C02SLm0066K03.2 GATCAATAAGCTAGGCTTTGAAGTATATGCAGAGGGCTTGACTAGGGTTCTGAGAATTTG TGAGTTTTCTGATAGACGAAGAGGGGACACTTCATTCCATTCCTGCACAAAGATGCAGCT AAGAATATCCTGTTTTGCAATTCAATTACTGGAACGTGCAAAGCAAGTAAGTATATTAAG TATTTTTGTTTTTTTGCCATCACTGCGTCCTTAACCATTTTTCATATAGCTGTTTGATTA TTTCAAACTAACAGTTTCAATGTTCTTGAGTGAATTGATTTTTTCTGAAAAAATTAATAC CTAATGGCTAATCTTGAATAAGTTATACAATGAAAATAGCATGTTCCCTTCCATTGGAAA TTTTCCTTAAGAATGGGTCATCTGCATAGACATCCAAACTGACTCTCTTGTTGAGGAGGT TTTGCACTTAGGAAATGGACATTCTTTTAGTAATATCACAGACTAGAGGTTATTTGTGTT CTGTTTCTTGAGATCAGTCTTAATTCATTTTCTTTCCTGTGATGAAATGTAATGGTGTAT CATCTTCCACGGGATTTTTACATTCCCCATTAAGTCAAATACTCCCTTCTTCCGCAGTTT TTCTTGAAATTGGTAACTGTTTAGAAAAATTTCATGCCGGCCACTGAATTCTCAATTGCT TGCAAGCTTTCTTCTTTCTCACTCTACCCTTACGCTTTACACCCAAAACCTATGTTGGGT GGTCTAGGTTGGTAGTCAGCACTTCTCCTAGTACTACTTTACAGTCCGTTTATGAGGTTC TATCCCTCCGTACTTGGGACAACCCTATTTGTCAATGTTCCCCAGACTCCACTTGGGGAT TACATTGGGTATGCTTTGTTGTGGGAATATCTTTCTTTAACATATGTGGTAGCTTCTTTT AAATCAAAGCTAAAGTGAACTGCAGGATAGCTTTTCCTTCCTCATTTCCAGTTCTATATA GTGCTTTGTCAAAACCATGAGTATCTTTATCCCCCTGACCATTTAGATCTCAACTAGTGA AGATATCTTGGTAGCCTGGAATCGCTTGAACCAGGGTGTTATATTTTCCCGAAATTTAGT TTTAGCTTCCGTATCTAATCCTATTTGTAGCTAACCGCGCTGACGGAATTCTCATCCGAG TGCGTTTACTCAGAATGTTGACTAAAATCAAACTTAGCCTTTAACTTAAAGTTAAAACGC CTAATCACACCAACTCACACTGAAAAATTTGAGAGTGATGTCGACAATGCTACTAGCATA AAATGACCCTTCCGGAACTGATGGAATCGTCAGAATTGCATTCTGATGTCATCTTCTTGA AATTTTGATCGAAAATGATCATTCAAGGTTCATAAGCTCCAAAAATACTTAAGCTCACAC AATAACCAAACGAATGACCAGGCAACCGATTTGTCAGTCCCAGCAAGTCATAAATAACTT GGGATCGATATAGGAACGCTCTAAACGATGCACAGAAGATAAACCACTAAAAATGACAAG AAGGGTCATTACAGAACTCTCTATATTCCTTTAGAATAACAGGATCATAACTGGGTGGTG GACCATGCAAAATATAACATATGTCACACGAGTGTGTCTACGTTTATGACAATGACTACA CCTAGATTCAGGTTTTCCAAAACGTTCTCTCCCTCGTCGATTCTCCATAGATTGGTATGT ATGTCGGAAACTGCCAAAAGTGCTACACTAGTCTGAAAATATTGGAATCTGCCCACAGTG GCCTGAAAATTCTGATTTTGCCAGAATCTTGTCGGGAACGGCCCGAAAATCACCGAAACC CTAATTTCGGCGATCGGATCTAGAGAAAGATGGTCGGGTTCTGGTCGGAAATACTGGGCG ACCCCAACAGAAGAAAAATTCTCGAAAAAAAGTGATCGGAGAACCACTCACGTGCCGGCG CGTGAACAGATCTGCCAGAAAATTCCACCTCTGACCGGCGCGTGGGGGCGCGTGGAGGGG TATTTTCCTGTGGGTTTGGTTGGGGTTTGGTCGCCTGAGTTTCCCGAGCCTCGTGACGGT GTTGTCTTTTGCACAACACCTTCAGAACGAAAGATGACGCAAATCAGTCCCACCGTCGTC ACCAAAATCCGACACCGGTGACTTGAAGTTCTCACCAATGCTCTGATACCATGTGAGAAA TATATGGGGGAAAAATATTATTGAATTGTGTATATAAATTTTACATTGAGACCTTATTTA CAGACTCTACATTAGAATCCTTTTCCGACTAAAAATTCTATTCCTATTCTTATTTTAAGT AGGAAATACTTATTCTATTCTAACAGACATCTTAACTGTAACAAAAACAAACTGAGTTGA TATAATCAGTTAAAGAAATCATCCCATTGTCTCACTGCGTGAATCCCCAAAGTGCAATAG AGCCTGTGAGTGCTAAATACTTTTGGGGATATTCTGTTGACCAAAAAGTTCACCAGAAAA ATAAATAATTAGCTGGAGGCCCATTGGGGATGGTTGAGACTTGATTTCAGATCAATGAGT GGGCGAAAATGAATGAAAGCTCTTGAAAAGGGAAAATCTAGAAAAAAAAACCTAATTATA GGTTCATAAATATCGTCCGGAAATTTGGAAAAATTGATTGGGTAATGTTTCAACCTCAGT CGACTCTTAGGCTATAATCCTAGAAAAATAGCTAAAAGTTGAGAATCTCATCAGAGGGAC GACGGATTCATTCCAACCCCAGCTTCCGGCCGTCAGAGACTCCTGGAACTTGGATGGGGT GGATTTGGAAGGTTGACTTGACCCCCAGAATTTAAAGAGCCTTATAGCAGGGAAGTTAGC ACTTGCTGGCACCAGAATTCATTGAAAGATTCCAAATTTTGTTTGGTGCATAGCACTATG TCAAGCTTCAAATGATGATGTGGCCTCTTAGTTGGTTGCTTACATAAGAATATCTAATCT TCTTTTGGTGCTTGATTATGTGCAACACCCACAAAAATGCAAGTGCAATGGTTGCCAAAG AACGTCTGGTGATGAAACTCCTCGTTTTCTTGACGATGCTGGTAAATAATGCACAATGAA TGTTTCTTACCAAAGATCTGATATCATGTGAGAAGTGATGAAACATGGAGTAAAGATTGA GATAATGCATAAAGACTTTGAATCTTTTGTAGTCGCACTTTAGAATTGTTAGATTGGATT AGTCTCATATTGATTAAAAAATGAACTGGTGGTATGCTTATATACACTTGAACAATCTTC TCTGCTTGAGCTAAGCTCTTGGGGTTGAGATAGATCCAAGCTCTATATCTTTACATGGTA TTTGTAGCACTCCCCTCAAACTAGGCACGATCAATATGTATGCTCCAGCTTGAGAGGAGT GTTATAGAATGTATATAGACTTTATTGTTCATTCTTAGCAAAGTACATAGCCATATTTAA GTAGCAAATTTGTAGGAATCCTTCTTTATTTCTTTCCTTAATTAACACCTAATGTATTGT ATTTAGACATAGCGTACCTATTGGAATAATACTATAACTTCTTCCATCTGATTAAATAGT ATTAGTGCCAAGTCTTCCCCGTTTAGGTAGCAAATTTGTGGGAATCCTTCTTTATTTCTT AACTTAATTAGCACCTATGTATTGTATTCAGACATTGTGTACCTATTGGAATTATGCAAC TTCTTTTATCCAATTACATGGTATCAGTGCCAAGTCCTTCCCTTTTGTGCCCCCATGTTA TATTGTCCATGCTCCATTGGGCCTAGGTATGAAGGAGGTGTTAGAATGGGCTAAAGTCTC ACATTGGTTGGGGAATGGACTGGTTATCTGTTTATATGAACTTGGGCAATCCGCCTTTCT TGAGCTAGTGTTTTGGGTTGAGTTAGGCCTAAGTGTTATATCTTAACGAGAGTATACAAA ATTCTAACCATCTATTTGGGACAGTAACTCTATGTTACATAGTGTATGTCTAATATTTGA AATAACTAAATAACAGATGTAGTATCACTTCTCCTTGTAAATATAATCAAGACAAGTCTG TGAATGTCTACGAAGTCAAAAAAACAGAACCTCTGAGCATATTCAGAAGTTGCATTCTGA AGGCAAGAAGATATGCTTCTTTTCTGTAAGGAAAGCAAGAAGACGGTTCCGGGATCATGA GGATAGTGCTTACCCCTTTCTATGGAACAATAAGTCTTCTGATGGTGCAAATTTAGGTCA CTATCCTGCTGGTTGTAGGTATTCCCTGATGTTCCTTTGTCATTAAGAATGTGGGCTATG ATTCAACTTCGTGATCAAGTAAGATGGAAAGGAAGAGAGAAATTTGACATCAGAGTTCAT CATATAGCTTGTGTATATTTGATATCGAATAACAAACTCAGCTTGGCTTCCATGTGGCAT TTTATTGCAGCCTGGTTAATTGTGCTCAATTGCTTAAAAGACTCTCCCTCTGTTCCAAAA ATAGTCGTCATATTTCGCTTCTCTAGAGTTAGTTTGACTAATTATAAAGCTAAATTAGAT AAAATTAATTCAATATTTTAAAATTAAAATTTAGATATTCAAAAACTATAGAAGTACTAT AAATTGTAATTTTTCTTATATCAAATATGTTGAAAAAATAAATTTTAAAATGTTCGTCAA AGTTCATATGGTTTGACTCTTAAAAATATAATTGTGGCAAGTATTTTGGAACGGAGGGAG TAGCTCATTTACCTGATGTTCATATTTGTCACGACCGGAATCTAGACCCCAGACGAGACC GGCGTCGTTGACCTCTCAGAGGTCGCAGACAAGCCTGCTTACGTCATTCTTACTTTACAT AGATTAATTTTAGCGGAAAATTTGAAATTTTTGATTCTTTAATCATACTTGTTGAACATT CTTAACATTTCGTAATCGTTCATCATCAACCATCTAACATTTAAGAGATAAGCAACTGAA AGAAATAATTCATTAAGTATTAATTGTATATCGGCCAAAATAGCACCAATACAAAGTTTG AACCAAAACAGGAAAGAAACGCTAGTGGAACATGTTCCGCTAGCTCAACTCTAAAACTAC GCTAGAATGTAAAACAGTAGCATCCTCGAAAGCATGAGGACCTACCAAACTCCGGATGAA TACTGATGTCCGGATAGCTGCAACAACGAACCTGTAGCTCTAGCGTCCACCTGTGCCTGC ACCTAAAAATAGATGTTCGTATGGAATTAGTACACACTTGTACTAAGTATGAGTATATGC AAGTACACACCAGGGACATGCATGAGGAAGAATAGCTCTTTCCTAACAACATGATTTTTG GAAGTCAAGTCAGTGGACTTGCCAAATTGAGATTGGGAAAGTTATGCCATGAGAGTGACA TGCATCATTATAATTATCGTATAGCACACAAAACATAACATATTCATATAACACATAACA TATAACACATACTTTCTTTCATATTATTCATTCGTATACCATGAGACCTTATTATCATAG ACTTAACTTTAAGACTTTCCAAAATGAGGGCTCAACATATGGGACCTCAACTAGGGAGCC TTCTTTAGCAAACACAGAGTCTGCTTCACTCATTCATTCGTATTTCATTTCAATTCATTC ATAGGCCAGTGCGAACACCAGCTATACCTAGGATGTAGTTTAAGACTTTCATCGGGTTTG CTGTGCAATGATCAGGAATGACCTAATGTCATTACCTGAATCTAGCTCACCTCTTGATTA TCCTATCCTAACACCTTCGGTATCATTCATTTCTTTATATGATTCATTTGAGGCTGGCCT CATTCATTCATTGGGAACTTTAACTTTAACCGACATAGATCATGTGAGCATCATGAAATC CAGTGTCTTCCCCACACCGAAAAGAGGTGGAATCACCGGCCAAAGCGATTCAAATAACAT GCTAGCGTATATGGGAATTTAACCCCGCCAGATCCCTATAGTGGCAATATAGGTTCAAAG ACTAGGAGATGTGTGGAGACCCATACCCGGCAAGCCGGACAGTCTCATCTCATGAGAATT ACGTGAACCTCCGCCCTTCCCGAAAGAAGGCATCACCACTCATAGCTAGCCTATCGGTGC TCGGTATAAAGTTCCATTACATGCAACTCATACATCATAGAAGTTTGCTTCTAGTATGAA GACATCATAGCTCAATAGATGATTTCTCATCTCATCATTAGTATTAAGTGTTTTAAACTC AATATTTTTATTAGAGTATTCATAGAGACTGGTCTCTTCATTATCTTACACTCTCATTGG TGAGTATGTATCGGTAACATTTACTTAAGCTCATTTAAGATTGCTCTCATCATACGCATT AACCTCACATCATGATTGTCACCACATTCTTCATTTCATTACGTATATCTTAGGTTCACT TATTCTTGAACGTATGTTAAACTTATATATCTATACATACAAGCCATGAGGCTTCATTTA TAGTTCGTTAAGTGAATTCTTGTTTTTCTAAGATTATGTATTACAAGACTTATGTATCTT GTATATATGCCAAGATCTTTGATTTTTGATCTACGTAGATGACATTATTCTTGAATATTT CACTCACGTATGACTTATGTATCAATACGGAGGTTTGGACACGAGAACCCAAATTTTGAA TTATTTGGATATCATTTATATTTTTCATTGATTTTTGTTCTAATATTCATAAATTTAGAA CTCTAAGTTAAGTCTCAACATTTTCGTGAAATAATAAATTTTCTATTTTAATTAGAATTC TAAATTAAATTTCAATCATTTACATGAAAGAATAATTTTCTAATTTAATTAGAATTCCAA TTTAAATCTCAATATTTACATAAAAGAATTAATATTCTATTTTTAATTAAAATTCTAAAT TAAATCTCAATGTTTACATAAGAGAATTAATTTTCCAACTTTAATTAGAATTTTAATTTA CTATTATTATTATTTTTAATTAAATTCGCTTGAATAGGGAGGTTGTGGGTTCGAACCCCC ACAGCCCCCTTATTTTTCCTCTCATTTTCGCTGAAGAGGAGGCTGTGAGGTAGTGGGTTC GAACCCCCACAGCCCCTCTATTTTTTTTTTTAATTCTTTGACATCCAAAAATTTCCAGAT TCTTTTTAAACCTATTTCTATGTTTTTGGAAATTTATTCCACTATTTTTTCTGCACTTTT TCATCAAGTTTCACATTAGTTCTTAGGGAGATTTCATGGTTCATTCACTTCACTATGCTT CATCAAAATGAACATCACATTGCACACCCATTTCACACATAAAATACATGATAAATAAAC AACTTATATACCCCAAAACAATGCCTAAAACACTGCCCTATACACACCCATACATCAACT TTTTCCGGTCATATTCTGATGATCATTATCGCGATTTCCCGCACATAAACACACTCATAT TTAATTTAAACACATCATTCATGCAAAAATCTAGCAGCACAACATACCCATCCTACAAAT TCATTAGGGAGCTAAGGACAAGGACATACGAAGGGGAACAACCTTAGTTTCAAGAGTTTA AGAAACGTCCGAAAGAAAGTACTCTTGGAGAAAGAATTCCATGAGAGAAACTCATACCTT AATCGATGTTCAAACTTTAATGTTGCTGCCCGGAAAACTCCTCCAAACCACTCCCAATTC ACTTCAAAGTATACCTCTCTTAGCCTTGACGTTTTGATTACTTTTTCTTTTGCTTAAAAA AATTTTTTGTGAGTTCTTCAAGCATGAAAATTATTGATATTTTGGCAGAAATAATGTGAG GAAGATGGAGAACGTGAGAGAGGGAGTTTAGAAGCGTGAGAGAGAGAGGGCTAATTGGAT TAGGAGACTAATTCAAGAATTAGTCAAATAACATTAAAATAAATAAATACAAATCTGTTT TATTTATTTATTTATTTATTCATTTAAAACGTGAAAGGACAATTATGCCCTTAAATACCT ATTTATTCTTATTTACATAATTCTCTTTTTTTTTTGAATCGTTACAATATTCATCTTTTA ACCTACTGAAGGATGTAGTTGACAAGGATAAGAGCAATGCATTGATCTATAATCCAATCA TTCTGGCAAGACTGAATAGGATAGACTTTGATGCCGTGTTTGCCGAAAAGCACAAGCTCA ACCATCTCAGGGTACAGGTAATCTTCTATTCTGGTGCTTTATATTCATTTCTGTGGTGGT TCTCATCTGTCCCAAGTCTGATTCTAATGACTTGCCTGATGATATTCTCAACCTCAAACT GCTAATGTCTCTGTAATCATGATGCAGTCACTGAGTGTGGAGCCTAAGTGGATTGGAGCT CCTTTTGCATCAATGCTTCGGAGGCACCACGTAGAAAATATCGACACAAATGACCGTGTA CTCCGTGTTGGACTTGTTCTAGCTGCATCAAGTTCTAGTGTCAAACATGTCCAACACTTA TCAATTGTGCTCCAGGTATACTGTGCTGTACACATATACTGTATGAATCTCTCTTCTGGA ACTATCATATTCTTGTACAAGATCCATCTGTTTTGGCAGGGACATTTATAGGCCTTTAAC ATAATGTTCCAAGATCTACAGGGAATTGACGTGTGGCTGGATCACTGTCATATTTTTGTT ATACTTACATATCCTGTTTGTTCCATTTTGATACCGCTGATTTTTCTTTGCAGCCCCTTG ATTTCAACCTCGATGAAGAGACATTAATGAGAATTGTTCCTTTCTGGAGAACGTCCCTCA GAGATACAAATACTCCAAGTCAAAAGTATTACATTGATCATTTTGAGATACATCCTGTTA AGGTGTCTACAGAACTTTGGTTTCACTATGCGCCCCTTCCCAAGGAAGTTATTTTATCAC CAAGAATTAACTCGCGTTTTCTATCCTAATAATGTTCCTAAAGGTTGTGGCAAGCTTTCT TCCAGGGGAATCTTATGCTAACCATAGCTCCACGCAAGAGACACTAAGATCTTTACTTCA CAGTGTTATAAAGGTCTGATACATAGTACTTCCTCTGTCCCTTTTACGTGACACCATTTG AGTGGAATGGAGTTTAATATGTTAAGATGGCTTCTATATCACATTAAGAGAGTAGTTGAA AAGTTAGTTTCAGAGAGAACACAATATTATAGTTCAAAATTTGAACTCTTGAAACTTGTG ATAGTTGAAAACAAAAATGAAGCTAATTTACTGTTCTTGTCATTATATCTATAATTGCTT CCAATAATTATGAATATATAGTGAATTTCTTGCGGAAGCCACTACTAGGATGATGTCAAC TTGTCCCAGGATGGAAGGATATAATGTCAATTGATGAGGGAATATTAAAATTCATTACAG TTGTTCATACTTACTATTTGAGCAAAGGTCTTTTCTTGATTATACCTGTGGTGTAACATT CTGTTTCCGATATCTGCATTTTTAGATACCTCCTGTCAAAAATATGACCGTAGAGCTCAA TGGCATCCTTGTAACTCATGCATTGGTCACTTTGCGGGAGTTGTCAATTAAATGTGCCCA ACATTATTCTTGGTAAGCCTGTGTTTACTTGTTTGGCTTATGTTCTCAATAATTATTGCT CAATAGTAGCTGAAAATTGCCATTCACTCTAGGTATGCAATGAGAGCAGTATACATTGCA AAGGGAAGTCCCTTGCTGCCACCAGCTTTTGCTTCTATATTTGACGACTTAGCTTCATCA TCTCTGGATGTTTTCTTTGATCCTTCTACTGGCCATCTTAATCTTCCTGGCCTCACAATT GGTATGCCCATGAAAACTCCGAAATCCTTGGCTTACTGCTTGATGCATCCATGTTTAGAC TTAAGATGAGTACTGCTCATTTACGTGACCTGTGCTTCCATGGACAAGCATTTATGTGGC TAATCTCCTTTGATGCAGTGATGCTTTTACGGGGTCTTTTGTTCCAGCCCCTACTGAATT TGCCTTTGCATCAGAATACCAGGAAACGAATACTTCATGTGAAATTTAAGAAAAACTGTG TGTTTAATGGGAGACTATTTGAATATTACTGTCTTCTTATTTTGGGTTAACTTGCCTTTG CAAGGTGTGCTTCTTAGTGGAAATGATCTTGTGTTGGGGGCTGTTTTGGTACGCCATAAA TCTTGTCAAAACTGAAACCTTTTTAGCAACATTATCATACTGAAGTGGCGTATTAGGCAT AGGCAAGTGAAAACAGCTTGTATGTCAAGGCAAAATTGTGCATTGCTAACTCTGCCCATT TTCTTGAGCGCCTATGACGCAGAAAGTTCTTCGAATTAATGTTTAATGAGATAATTTGTA ACTTAATCCAATCCAACCTGATAACTAGATAAATCTAAATCAAGGAGAGTTTTCAAACCA TAAAACAGCTCGAACATTTGAATTCCAGTGCAAATAGATTATAGGATGTCAGACTTCTAT GCAGTACTTTATACCCAACTCTCATGAGAGTAATGATATCAGCTGCTTTTCCGGTTCAAT TTGCTTTATGATGAAGAATTAGTATGACAATCTTTGCTGCAGGTCTCTTGGAATTCACTG GCAAGTATGACTTTTCCCCTTTTATTTATGTATGTTTCCTTATCAAAGTCTCTGCTTACC TTTTGGATGAAGGTACTTTCAAACTCATTCGTAAGTGTATTGATGGTAAAGAGTTTTCTG GAACAAAAAGATACTTTGGCGATCTAGGGAAAACTGTAAGTTATATATTTTTGTTGATTT TTTTGTTCATGGTTGATTTGCAATTGTCAATGACGCTGCAAAGGGTGTTTCATATGCAGT TTAAGTCAGCAGGATCAAATATCCTGTTTGCTGCTGTCACTGAAATATCAGACTCGGTTC TGAAAGGAGCAGAAGCTAGTGGTTTAAATGGAATGGTAAGAACATCTTATCTGATAGCAT TACAAATACTGTAACTACTAAGTGCCAACTTGAAGTGTTCAACCTTGATCTAGTGCTAGT TAGGTACTATTTCAGATTGTAATTTGGCTGTCACCCGAATCGATTTGATATGTTCTTTCC AGGTGAATGGTTTCCATCAAGGAATACTTAAATTGGCAATGGAACCTACATTACTGGGGA GTGCTTTCATGGAAGGTGGCCCTGATCGAAAAATTGGGCTTGATCGAAGTCCTGGGGTTG ATGAGGTACAACACATTCACGGATGATTTCTTATCCATTTCATTTTCTTTCTGTTAGAGA TAACAGATGCTGGTGGATGCAAACTTCTGTTGTTTGAGTGGGATAAATCAATGCTACATT TTAATGTGCCATCCGGAAGTATTCGGACAGTTTGGTCAAAGCTCAAATGAGATGGTTGTG TTGATTGACATAACTGGCATGGTTTTGGTGCAGCTCAGTGAGCTTTTAACTCGTGTCTAA CTTGCCATTCCCCCTGGATCTTCATGACTCATCTATCTTGTAAAAGGGGAAGAGGATGAT TTTTATCATGGAAGGGATCAATTTATACGACATTGAATAAGCGCACTTTAAACTGCATAA AACCTGTAGAATGGTGAACCAAATAACTGTTGATGGAGTAAAAAATATCAGCTATAGTCT ACATGGTATTAACTTCAGGTGCAACGACTCATCATTTCTGTAGGCCTAAAAGTTGTAATA TGGCCTACAGGAATCTAATTAGATCAACCATAATCTGTTTCTTATCAAATAAATGGCCTA CAGGAATCTAAGTAAGATCAACCATAATCTGTTTCTTATCAAAGAAAATGGCTTACAGGG ATCCAATTTCCTTTGGATGAAAGAAAATAGCTAGATGGCTCTGAAGAGCTTGGAAATTTT AAAGATAGTTGTTGTCTTGTTGATGAAGCATCTGATTTCTATCTGAGGGCCTGTTGTCAG GCTAACAATGAATATCTCCTGCTAATTCTGTTACATATCTGCCGTTATTGCTCTTGTTGT TGGTGTGACAGTTTAGTTAGTCCTCTCTCTCCTGTTGTTTTTGGGGGTTTTACAAACATG TAGTGCTGAATATTTCAATGCACTGCGGTTACTGTCATCTCATATCTAGTGTGTGTTTGG GAGGTTATAGTTATTCTAGCATATTAAAGCATCAAATTTTAGTGACCCTTTCGGTTGTAA TGCAGCTATACATTGAAGGGTATCTCCAAGCCATGTTAGATACATTGTATAAGCAAGAAT ACCTGAGAGTCAGAGTCATTGACAACCAGGTAACTAAAAATTATGTTCTTTGTGCGTGTG TGGTTTGCGCTTTTCAAAGATATGCCAAAATTAAAAACTTGTAGCACTGCCTTTTATTTA CTTATAAATATGCCGCGGCTGAAAACTTCTAGGCACTGTAATTACATTCTTCATGAGACT GAATTTTTTTGTCAGAACTACAGTAAAATTAGTAATACAGTAGGGTATCTAGCTTGCTTA GCTCTAATTTCTGTTCATAGCAAATTAAGTTCCACATGTAGTGATGCCAATCTCAAAATG CAACATAAATTGCAAATGGCTTTTATGTTTTATTGTGAAGGTTATCCTGAAGAACCTACC ACCAAGCAGTTCACTTATAGAAGAGATTGTGGAACGTGTGAAGGGATTTCTTGTTAGCAA AACATTGTTGAAAGGAGATACTTCAACAGCTGCTCGTCCCTTGCGTCACATGAGGGGGGA ACGTGTGAGTATTACTCTTTTTCCCTTTCATTCTTCTATGACCAGATAATTGTGGACTGG ACGATTTCTGTGATCAACATATGAACTTTCCTGATATAGCATTGTTATCTCCGTGCTCCA TTACTGATCAGTCGTTCCAATTTACGAGCACTCTTTGCACTAAGCATATTTTACTTGGTA GATTGAGGAATTTTGACCTCTCTGCTATATTCTCATATTCAAGCTTTTTTAAAAAAAAAA AAAACATATGGCCCCAAAGAAGACGACTTGTTCTTCAATTCTGTTGGTTTGACAGTGCTA TTAATGTTTATTGCTTTAGGAATGGCGAGTCGTACCAACAGTGCTGACCTTGTGTGAACA CCTTTTTGTGAGTTTTGCAATTCGGATGCTACGAAAGCAAGCTGGTATAGCAGTTGGGAA AATGAATTGGAAGCAGAAAGTGGAAGGTGATGATGAGAAAGCCATTGTACCTGCATCTGG ACAAAAGCTCGATTTTTTATGGAAATGGGGATTTGGAAATTTTGTTCTATCAGGGATTCT AGCATATGTCGATGGACGATTATGTCGCTATATATCTAATCCTATAGCTAGAAGGATTGT TAGTGGCTTCCTGTTAAGTTTCCTGGAGAGAAATGAATAACATTTTCTTGTCTTAAAGCT TTTTCTAGGAAAAAGAATAAATAGCAAGTGCATTTTGTTCATATGAGAGGATAATAGATG ATCCTTCCCCTTTCGTTTTTATTCCAAATGTATATAACAAAGCAAAAATAAATAAATTTT TTTTTGGTCTTCCTGTATGCCTACACAAGAATTTAGCACAGAAACTTTCTACATTCTATT GAACATTGTATGAAGTCCATGCCTGCGTGCTTACATTAGTGAGTTAAATCTCTTTCGTGT GAATTTATTCATAATATTAACAAGATCAAAGTTGTAAAAGAAAAACGATTATTAAATGAG CCCATAGATGTAAAATGATCAGAGTAAAACGAGTGATGCAGCACACTGTTTCCTCCAATT TGCATTCTCCTTTCCCTTTCAACCTTTTAATTTTCAACAAATTTGTCCCCCCCTCTTCCA CTTCGGGATAAGCATTACATTGTGCTGACACTTCATTTGCTACTCGATAAGTTAAATAAA TGGTTAATAAGTCCTCTCTTCCTATGTTATGTTTTGTTTATCAATTGATCGAGACACACA TTTTTTGGGAGTTGCTATTACTCGAGTACATTAAAATTAAAAACCACTTGCTTTAATAAA AACAGACGAACCCAAGAAGACAATATACCCACAGAAAGATTTGAATTATGAATGCTATTA ATAGATTTAGTCACAACTCACAATTCTTCAACGTTTCTACACTTTTTATGTTGTGAGATA CAAAAAAATATGGCTTTTGCGATATCCAAAGAGAAAATAGGCAGTGATGATCAAGATAGT GTCGAGACAGAGAGAGTAATAAGTAGCCAACTCTATTTGAAGTCATCGTCCCATGAAAAT CTTGACAAAAATGTTGTGCTGAGGAGACTTCGTCACCATAAATACTTGCAAAAGGTTCGT GGAAATTTGAAGACTCTATTGGACAGTTATTCGACAAGGGATTATTATGAGCACAAGTGG CTTGAACAGGGCGACGTTTTCTGCTCCCCTTAGCATATATATTTCCCTCCTTGTACCAAA CATCCTTACCTCTCTGTCTCTTGAGTTTCTGTGGGCGGAGCCTAAATTTGAAGTTTATTG AATCAAAGCTATTGATTTCTATCGAATTCACGTATTATATACATACCTTCAAAATGTATG AATAATGGCCTGGAAGACCGAGTGAAGGACGGGATATGAAGTTAGAGACTTAAAAGGTTT TTAGTATCGAACACATTGTACTTTTTCAAATGTTATGAATTCAAATTTTCATATTTATTG AAATTCTAATGTAATGTATTTTCGGTCTATGTCAAAAATCGGTCTATATATATAAATAAA TAAGTTAGAGCGATGGTTTTGATTTCATTAGTAACTGGTTATAGAAATTTAATTTTGTTT GTAGAAATCAATAGAGAGTTGTAAAATAAAAATTACGAATTTGGGTTATAACTTAAATAG AGATTCATTTTGCTTAAAATCCGCAAGTTGGTTTGAATAAAACTAGTGGCACAGCCCACT GTTTTGTTTCCACAGTTATTTGCATTGACCTTCAATGTCATCCTCTTCCACTTGAGGATA ACTATTACACTTGTTATTATTTTTATATGGTGCTGACACTTTATTTTGTTATTGATAGAC ACATTTAGGATAAATAAGAAGTTACTATTATTATTAACTTATTCACCCAAAAAGGGTGAT TCAGTATCTAGAAACTACTTAGCTTAAAATAAAACCGGAGGAGCCCCCAAATAGGCGGTT ACTATACATAAGAAGACAAAAGAGTTGCCCACAGAAATATTTGCATCTACCTTCCTATTT ATAGATTAGTTGTTATCCAAATCATTCAAAAATGATATCGAAAGAGCAAAAACCTTCGTT CTCTGAGTCTCAGAATGTGAATCAAGGTGGCGAGAATGGAAACTCTGTAATAAGTAGTGA GCTCTATTTGAAATCATCGACTGATCACCAAAATCTTGACAAAAATGTTGTGTTGAGGAG ACTTCGTTTTCACAAAGTTCGTGCAAAGTTGCAGGGTCTATTGGACACAAGGAATTATGA TTATTACGAGCACAAGTGGTTAGAACAGGGCGACGTTTTCTGCTCCCCCTAGGCCCTCTC TCTCTCTGTTTTTGTCTTCTGTGCCTAAGATTTAAAGTAATGACGAGTTCAATTTTAACA TCAAATATATTGCAATCATCATCATATTATTGGTTATAGAGAAATTTCCTATTTCTTTAA GGTTTAGTAACATATATTAGTATAAGTTGAACCATGTAAATATCGCTTCCTTTTCTGTTT AGATAATAATGCACTTTTCTCGTGTTTCTGCTCTTTCAAATAAAATTGAGTATCAAACTT GTGTTCCGTCAAACCACGTACTTCACATAAATTGGAACGAAAGAAATTGAGCCACGTATG CTTACAAGTTACAACATACTCCGAAGTTGGTTCATTTATGCGCAGAACATGTATTAAAGT AAAAGTGTATCACAAGTGTCAACTGAAACGAAAAAGTCACAGCAAGATCTCAACATCCAT AGAATATGGTGATTTACGTAAGTCATTTAAGTGAATAATGAATAGGTGACCAATCTTTAG ACTCTTGATCATTTCCTCCTGAATAATTTTACTAGATAGTTGTTTGAAAAATTATCTAAA ATATTTTGTTTTAGGATTATAATATTACTCAACTTTACCTATTTTTTTAGACTGTGTGCT TATTCAAAAAATACATTCTCTCTTTTTTATTAGGATGATATGTCACATTATTTATTTTTT TATCATTAAAAAAAATGCTTCAAATCTATTAAAACGTTAGGTTGCAATATGTTTTTTAAA AAAAATATTATTTTCTATTTATATTTTTTAGATATATAAAAATAATTTTAAAAATGAACG AAAAAAGTATTTCATTTCTACAAGTAACTACTAATAGATTGATTTAAATATTTTTTAAAA TAAGTTTTTTAATGATAATTATTATTTTTTTACTATAATTTTTTAATTAATTTTTAAATA ATAATTATAGTTTTTTTATGGTGCATTTTTTCTTCTCCTATTTAGATAGGTATTTCTACA TTTCATTTTTTTAGAGTATTTCCTTAAATCACGGAAAGTTTGATAAATATAAATTGACAT TATAGTTTTTTTTATAAAATAATTCACTTTTTCAGTTTTTATTTTTTAACCTTAAAAATT GAAATTTGAAGCATTTAAAGATCTTTCATTTTTTTCTCCGTAATAGCCATTACTGTTTTT TTTTTAAAAAAAAAAGTAGCTCAATTTTAATTTTTTTTCCTTTAAAATTGAAATTAGAGG CATTTAAAAATCATCCAGTTTTTGTCTTTACAGTTTTTTTTAACAAAAGAACTTTTATTT TCTATTTAAAATAACTATATTAAAATTCCTGTTTTTTAAATTGTATTTTTAAAGCATATT TAAGATGCTTTTTGAAAAATTAAAATTCTTGAATATTAGTGGTGCTGACACGTGACACTT TTTACTTCTCCTATTAGATATAGATAGATTTTTAAATTAAAAAATATAGTTAAACCCACA TATTATATCCAGTAAAAAAAATTACATCAAGAACTGTAATATGAGCTCCTTCGGTTCTTC AAGAAAATATGTGAGTTCTTTTTGTTATTTAAAAGAATTAGAAAAATATTAATAATAAAT TAAAAAATATGACATGGCACCCTAGTAGGAGAAAAATAATGTATCTTTTATGTTAAGTAT ATATTTTAAGAAAATTAGTCAAAGTTGAATAATATTATAGTCATAAAACAAATATAAGTG ATATTTTTAGATAATTTCTTAACCAGGAATGACTATACGAGGAAATTACTCTTTCCTCCT TCAAGCATCAATACTTTCACACTTTCACTAATTAATTAATTTAGAAATTGATCCTCATTA ATTCATGAACCGACACGAATATCTAACATTTATATTTTAGGTAAACTATGCAAGCTTTCT TTTTTTATATATTATACGCAGTACATCTTAACATGTATGATGTATGTGCAGTACTTTTAT TGTGTTAACACCTACCACCATTGACATCTTTTATAGTAAAGTTAGAGAATTTTCATTTGT CTATAGGACGTTTAACAACTTCTCTAAATTACAGAACCAAATTTATCATCACTAATAAAA CCAATATATTTATTTTGTGAAGATGATTTATGTGATTAAAACAAATCAAAAGTAAGTAGG TACAAAATGTTCTTTTTGGAGGTTCTTGATTTGCAACCGTGTTAATAATTGTTTATTTGA CGACAAAATCGGTTCAATTGATATTATGATCCATTACGAAGAAAAAATTAAAAAGAATTA TATCCAACCTACCAACATTAGATCTGATATTTTATATATAATACATACAAGAGTATAATT AAATTATAAGGGTTATAATTGAATTATATATAATATATTATAAGAGAATAATATATACAT GCCCTTGTTTTATATGTGGACTCTGGCGCATATTTGGGTTAGGTTCATTTCTACTCTAAA AGGATATACGTTTCGAGTATAAATATATTTCTATTTGTTCACAAGCTTAGAAATATATAT TTATTTTTTTTTTAGCATATTAGGAGAAATATATATATCTTAGCATTAATAATATATTTG TTAAAAATAATTATAAGAATTTAATAATTAATATTAGTAAAATAAATTGTGATAAACTAT TCATATTAATTGCTCTACTATAATTTCGTAATAAACATGTCAAGTAAGTTTACTCTACTA TATATATCACTTTTTCACGTTTTGAATAATTTTTTTTATTTTATTTTATGTATATGATTA ACAATTAAATAATCGTACCAAATTAAATTGAAATTGATAAAAATCAATCAATAAATATAT ATTATATTTAATTTAATTTTAATAATTTTAAATTTAATTAAATTAATCTGATTTTAATTT TGATCAAATTGAAATGGACCGGTGAAGTGCGTGCCAAATCTTCAACAAAGTAAAAGTAAA CTGATAAATCATTTTATAAGCTTCCAAATTGAGATTTAGTCATAGCACGACAAAGTAGAC CAAGTCAACACCTTATCTAACGTTAGTTTAATTTGTTTCTGTCTTCGATAAACGACATTT CTTTTGTCCTTTTCAATTTAATTTTTTTTCTTAATGACGATGTTCGTATACCTTTTTGCA ACATTATATCTATCGGCTAATTTGTAATTCTTAATACGAGCTTGGAGTCTAAAGAGTATA AAATATTAATAAAAATTTTAAAATGATATATAAAATTTTATATTAATCAAAATGGCAAAA TCGATGAAATAACAGCAATTTTCTTCACCGGAAAAAGCAAAATCGCTGTTACTGCAGCGA TTTTGCAAAATATTATTTTTTTAAAAAAAAATCAAATCGCTACCTAGGCAGTGATTTTCA ATTAATGTTTTCTTAAAAAAAACAGCTATTTTCTTTTAAAAAATTTAAGAAAATAATTTT TTTAAAAAGAAAATCATAGGAAAAATTAATTTTATTGATTTTCAAATTTTTTTTTGAAAT TCAAATATATAGCTTATAAGAAAATATGAATTGTTTTTAAAAAAATTAAGAATAAGTAAG GTAACAAAAATATTTTTTTTCTAAAAAATTATATTATATTGAATTTAAATTTAAATGATG TTTGAGTTCAAATAAAATTCTAACTTTTTTAACCTCTTTTATTTATATTTCCACAATGTC ATATAATATTAATCTTCATATTTTTTCATCACCCATCATTACCTTCTTCATATTCTTTAT TTTATTATAGATTTTTTAAAAAATATTTTTATTTTCTACATGCAGATGAGAGATTGTCCA TTTTTTTAAAAAAAAATTGTTTAGAAAATCAAAGCAATTTTTCTCTTTTTAAAAGAAAAA AAATTAAAGAAGGCAACGATTTTCTTTAAAATTTTCATTTATTTTTTTTAAAATTGTTGC TTAGATGGCGATTTTTTTTTAAAAAAAATCATTGCTTTTTCTGGTGGAGGAAATCGCAGT TGTTTCAGCAATTTTACTGTTTTGGTTAATATAAAATTTTATATACCGTTTTGAAATTTT TGTTAATATTTTATACTCCTCCGAATTCTCCTTAATACAGTAGTAGATAACGGGTTATTT AATTCACAAATCAAATTTAAGTATTCCATTTACATTCTTTTTTAGCTGAGTTTTGACCAA CTTTTAGTTGTGCTTCTGGCAGCGCCCAATTATTCCTGCATGGTAATCTCTGACTTTTCT ACATTTCTTTTGTAGTATTTGAAATATATGCTTATGGGATAGGTATAAGAATTTTTGGCA AAATGTTTTCATGCATTGACTTGAGATTGTGCATTGAATGGTTAAATCTGAGGTTCATGC ATAAATCCCAAAATCATATTTCCAAATCTAAGCAGAAAATTAGGGAAAGAATTACATTGG TTTTGACCATCCACAGAGATTTACCACATTATCTTGATAGGACAATGATAATTAAAAATC GATAAAGATATATCATGCATCGCGTGTTTATATTAAATTCTTCTATTTTATTATGACCAA ATAAGAAAATATTAAGAACAAAGTCATTACTTAAATAGTACTATGATTTAGCAATAAGAG TGTCATGTCTTTTGCCATATATTTTAATCAATTTGATATTAATATCTTACTAATAAATTT GTTAGAATAGGACATATACCATTTATTTGAGTAATAATGCTGGTATATAGCATATACAAA GCTTAGATCAACACTTTTGACTTTTTTCGGCTTAAATTTAGAGACAAATGGCAATAAGTC CACTAGTACTTAATTTCATATTATAACGAACATGATTATTGACAATATTTTAAAGTTGTC CTAAGGTAACTCATAAGAACTTGTGCTATACAAAGTACAAAAATATTACTATAATATTTT TTTAATGGACGAGAAAATGATGAATTAGGAGAAAAGATCAGTAAAAGACAGAAACTAAAC GCATGAGTAGCAGTTGCTTCATTGTGTCATATTGACAGGATCAGTTGTGCTTGAGTTTGT TTTTTTTTAAAAAAAGAAATGCGTCCTTTTTTTTTCCACACAGCCAGATATAGGTACACT ATACTTTTATTAGATTCTATTTATAAAATTATATAGGATATATTATTGTTATTGTTGAAG TAACAATAAAATATTGTGGTTCGGTTTGTTTTTGTTATTTTAGTTCGATTTTTTTATTTC GGTTTTTTGATGGGCTTACTTAATGGACTTTTTAAAATTTTAAACTTTATAATTTTTTTG TTTGATTTTTCAACTTAATGGACTTAAAAGTAAAAATAGACAATACATAAAAAATAGACA TCTCGCGGCTGTTGTTGTTGCTGATGGCGCCTGGCGGGCGGCTGCTGCTGCCTGAAAGAG AAAGAAAAAGAAGAGGACGAAGACTAGAATAGAAAGAGGTGCTGCCTCCAAGAGGAAGAT AAATAGGGACATTACAAAGGATTTCACATACTTTTTTCTTTTTTGAAAAAAATTATTTAA CATTACGGCGTCTACGAATTTCTCGAGCGTGAGCTCGCCCTGCACTCCTGCTTGACGGAC AACAAGTTCTTTTACCTGCCCACAGATTTCTTGCAAGAGCAATTATTAATTTATATAATA TAAATTATAGTATAATATTTCGGTTTAAACCGAAATATCAAATACCAAAATATTATGTAC CAAAAAATTGAATTGAAATATCAAAAAATTCAAAAAAATAAATCGAATATCGAATCGAAA ATCAAAATACCAAAACTAAAATTTTGAAAAAATTCAATTCACTTCTATATTTTGATTTTC CGATGTTTATGCCATCCCGAACTCCCTTTTTTTGGACAGCAATGATTTAATTACTTTCGT TACTGACTAATGTAAAATGATTGTTTCAATACATGAAGTCTGCTACAGCAATAGCGTACA AATTGCAAATTTAATATATTTTTCGAATCAAAGCCTATCACTTCATTTTCTTTCAATGAA CTTTCTAATAATTTACGCTGAATAATTTAATTGAAAAGTCAAAAATTTGATTTCGATATT ACCATTTGTAACCATAGCTAGAGCATATCTGGTCATATTATTATCTAGATTCGATTATTA AGAGACTAGAATAAATAGTTATTTAAGTAGTACAATTAACTAATAATTTTTTAAAATTTT GTTTGTAGAAATATAATCAATTTAGAGCAATTTACGTATCTTGATTCGTTAATTTTTTGA ATATTCTTTTTGTAAAGTAGCCTATACATTTTCAGTTGAAATGTCTCAAGATACTGAGTT GAATGCTTATTTTACATAGTCAACTTTGGTAGGTCCCTTTTTACACTTTGTAAAGTTCGC ATTACAATTTACATATGAATTTAACGACCGCATTTGTTAACACATAATTTTTTTTTTATT TTTTTATAAAGAACCTTTATATCTTACTCGTTTTAAGATTTTTTAAATGTCTTAAAAAGC TACTAGGTAATAAGCTATTAATCATAGATAAGTCTTCAATGTGCCTTGTCTCAATTAAAA AATGGAACTTTGGCCAAAAATCTGGTAAAGTGTTACATGGCTATTAAATAAATTTACGTC CTAATATATGTTATTATTATAAGGTTAGTCTAAAACGACAGAAACATAATAAGATGAAAC AAAAAATAAATAAAATACAAGAAGTAATTCGAGTCCACAGAAATTACTGTGTATTCTTAA GAAATTTAATCCTCTCACTGTACTCGAGGTTATGGTTTAATTTCTCCCAAGATAAAATGG ATTAATCCTGTTAAAGAAATAGCGGTACCTCAAATTTCTTTAACTTCAGCGAACTTCTGA ATAGGAATAAGTCACACAGACTCAGTCAATCGATACTTTGATTTATTTGAGAGAAAAAAA ATTTACGCAGAGCAGGAAAAATTCAGTGTTTGAAAAAACGAAAATTGACTTCCTTTTATA GCCATTTTCAGCAAGAAACGTGTCTGTTCAGAGAAATCTGTCAAACCCGTTTTATCCAAA AAGTTGTATCTTTTGGAAAAAATAACAACTTTTAGGAAAAATGTGTCTGTTAGGAAAATA ACGGCTTTTCGGAAAGTAACAACTTTTCGAAATGTTACGTTACTGTTGTTACCCACAAAT TTATAAAAGATAATATTAACAGGATTTATTTGATTTAACAAAAACTGATTAAATAAATTT TGTTCAAAAAATTTATTAATCAAATCATTTTTCAAAGCCAAAGCCGAGCGAGCGACGACG GCAGCGCGAGGGGGCATCTTCTTCTTAGCTCTTTAAGAAGTAATGGAAGTGTTTCCTTAT ATAAGGACAACAATTTCCCTTTCTTTTGTCGATATGAGAGAAATGACTTTTTATTTACAC TTTACAAATGACTTTTCATTTTCCCTCCAAAATAGTTCCCTCACTTTTCATATTCTTTTT TTTTTCCATTCACACTTACTAAACCCAACAATATATATATCCATCCTAAATTAGTAGTTG TCTTTAGCTTTTTAAGTGTCAATTTGCGTGAACTTAATCAACAATTTAAACTACTACTAT ATTATTTCCCATCCATCCTATTGGGATGAGAAATTTGCATTTTGTTATACTTTTCTATAT TTTGAAATTTTAGTTAGCTTAATTTAATTTAGTCATAAAAATTAATATAATTGAGTCTAA AAGAAAAACGTGAACATCAATTTATGTCCTACGGTTAACCATATTTATCAAAGTCAAGAC CTACGCACAATGGCAAATTGGCAATTGGCTCGCTGCCTAGCTGCCTTTGCGCGTTCAATT TGTACTTTCTCAATGATTCCCCTTTTTTATTTTATTTTTTTCCTTTTTAAGATCCAATTT TATTATTTATTTGCATCAATTTTATTTGCCTTTACATCAAATAAACACCTTAATGACTTA AATTAAAGACATAATATATAAATATGTCATTTAACTTTGCTTCAAATCACATTTATGCTC TTTAATTTTGGATATGCACAAGTAGACAGTTAAACTTGTATAAAGTTGAACAAACAGACA CACATGTCCTACATGTCATTTTTTGTCTTACGTGGTGTCATACGTGTATTGTGTCATGTA GGACTCATGTGTTTATTTATTTAAAAGTTGAATAGTTAAAATGTCTGTTTCTGCATTATG AAAATTGGAGATCAAAATTAAAATTTAAAATCAAATTTAGGATGCAATATACATACTATG CCTAAATTAAAACTAGGAAAATACGCTTTTAGCGCAATAAGTTAGCTGGCAAATATTCAT AATTTAAGTTACCATGCACGAGTTTGAATTTTATTAACCTTTATAGAGTTATCGAACGTT ATACTTTCAAAAAGATAATTTGTTAGCTTGTTATCATAATTTAAATCTAGGTCATTAAAG TTAATGATCTTTGACTAGTTCATTACTGTCTACATGAACTTGATGGTATGTAAAACAGAA AAGTAAATTAAATGAAACATATAACAAAATGTCACGGGGTTCAAATTATTAACTATGCTC TAATCCATATTAAATAGTATGATATTTAAAGAGGGAGATAAGGAATAATTCAAATAAATG CTCTTATGATTATATTATTAAATATTAAGTACAAACTTTATAAAGAAATGGAAAATGTAA TGGACAGTAGATGTGGAAAGTGAGAAAGGCACCAATTTGCACAGGTCGCATTATAATTCA TTTTAAAATGTATAAATACCAAAGTTGTAAATGGATATGCGCTGCGTGTGCGTAAAAAGA AGCTTCTTCCCGTCTCTTCCATCTCCGATTACTAGTCGATAGCTTTACTGTTACGAAACC CTGTTTTTGCAGAGCTGTTTTGGAGTTGAGATATTTCAAATTTTGGACTCTTAATTGCTG CTATTTTGCTTCCAATCAAAGAAAAGAAAAGTTGCAGACGAAGGAAGAGAGAGAAGTAAA AGACATTAATACATGAAACCAGTCCACGGTACTCTTTACTCCCTACTCTATTTTCCCTTC TATGGATGGAATTCGGAAAATAGCATTTATTGACAAACAATGAACTCCCCACCAACATCA ACTGCACCCCCTTAATTTCCTCAATTAATGGTCTTCAACAAGTCAAACTCTTTTTCTATT TTTTTTCCTTCTTTTTCATGGGTAAATTTGCTATCCCTCATTTTCATTTTCTCTTTGCAG AAGCAGATGATTGTTCACTTTAATTCAATTTCGAGTCATGGGTTTTCATCACATCATTAT TATTAGATTCGTTTTCTCAATTTTATTGGGTTGGTTATCATCGTCAGTTGAGGCTACTAA TTCAACTAAGTGCAATCAGTACTGTGGAGCTGCTGGTTCTTATAGTCCGCGTGTTTCTTA TCCATTTGGATTCTCAGAGGGTTGTGGGATTCGTTTAGACTGTACTGAAAGTACTGGAGA AATCAGAATTGGGGAATATATAATACAGAATGTGACTTCAGAGACTCTGATGGTTAACTT CTCGATGAATTGCAGCCGTCCGATTGAGGATCTACAGCAATTTGATCGAACCAACTTTGG TATGACTTGGAGAAATGGACTGCTTCTACACAATTGCAAAGTACCGAAGAGCGAATGTAC CATACTATCGGAAATTTTAAGCACGCGTTTGAACATACAGTCATGTGATTCGAAGAAGGA GAATGTCAGTTGTTATTCTGAGGCGAGGGCGGATTATTTAGATTACAAGAAATTGAAGAA TACAGGGTGTGGAACTGTGATTTCGTCCATCTTGATTGGTATGGATAATGATACAATGAA GAGTTCTGCCATGTTTATCGAGTTTCAGACGATGGAATTAGCGTGGGGATTGGAAGGGGA TTGTGCATGTCATAACGATGCAAATTGTACCAACGTTTCTCTCCCGGGGAACCGAAAAGG TTTCCGGTGCCGGTGTAAAGATGGATTCGTCGGTGATGGCTTCAGCGACGGTGATGGCTG CCGGAAAGGTTAGTTCAATTATTCTTTTCAAATGTTAAAACAGTTCACTGCAACATTATT CACGGTTAAATTGTGAGCATCATCTTAATTTAAATTTTAGAGATAAACACCTTTATTTAC CGTGTGTATATATATATATATAAAAAGAGACTAAAAATTTAAATGGATATGTTAAATATA AAGTTTAAAATTTTATTTCACATAACATATGTTTCGTTATAAGTGTTAGTGCTATTAATT TCAATTGAACTCAATAAATTGAGTTTTATTTATATATATTTCGTGACAAGTGTTAACGCT ATTAATTTCAATTAAACCAAATAAATTAAGTTTCATCTATAAGGTATAGGTAGATATTTT AAATTTTAGTACTCGGAGACATATCATTAATGGAAATGTCGTCGAACTCAAAATGTCTAC TGAATTTGGTAAATGGCAATTCAATAGAGACAACGTTTATTATATTTAGGGGTAAAATTC AAAGTTAATTGCTAGATGGCCTAATTATTGTTTGACTAAGGGCAAAAAGTGACGTGAGAG ATGATAAGATGACCAGTAGTTTTTATTATATTTGGTTTGACCAGTAGCAACACGCCACGA AGAAGGGCTGTTGTTAATTTCAATGGAGATTTACATGAATTGACTATGATTAAATTAATG ATATTTTAGTGTGATTAAGTTATTTAGGAAATCCAAATATTCCACAACTTGTGTTATATG CGGCTGGTGTAGTCAATAAAGCCTTCTCTTGATTTTGATATGGTCGAATTTTGGGTTCTA AGCTGTCGACTGTTGAAGGTCTACTATATGACCTCCTCATGCGACCTGGGATTTGTTGAT ATTCTTTTCTTATTTGATTTTATAATTTTCAGTGGTTTTTTATTAACAAATAAAAAAAAT TGTTTATAAATAAGTACAGATAAAGAAGATTAGGCTTATCTTATCATTCCTAATGTTATA ATGAACTTCTAGTAATTAATGAATATGAAAAAATAGATATTTTATGATAAATTTACTAAT GAGAATATCTATACAATGCAAAAATATAAAAACTAAAAAAAGGAAGGTTGAGTTTTCAAT CACAAACTACCTTTAACAAATGTATATTTAACTTTTTCACATTACATCAAAAGAATTGAA TTTTTTTTGGTTAAAAAATTGACTTTCTGGCCTACTGTGTTCTCCTCACCCTTTCATGTT CACCAATAGTTTCCATTCCCATTATCCTACAAATTAGTTTAGATTAAAATCGAAAGTTAT TCACTATTGATTTGGTACATCTATTAAGAAACAATAAATAATAAAAATAATATTTCTATA TTAACTTTTGATTTTATTAAATTTAATGTTTTGAAAAATGTATTACATGATAAATAATAT TTAATAGGAAGGGTAAAAAGTGACACATAAGATAGATTATCTCTTAATTTTTTAGATTGA ATAAGTATGATTAGACAATTATTTTTAGAATAATAAATAACTATTGTTGAAAGAATGAAG TACATAAACGCTTCGAATGAAATTTGATTTTCCTTGAAGAATGTATCATGATTTTTTTCT TATGATAATCGATTCAACCTGTGATAAAAAGATATATTCAGAGTAATATGAAAAATAACT TTCTTTTGTAGTAAACACACCCTTGATCTCTATTCTTTTGGTCATGTGGGACATTGGGAC TTGGTCTCACTAACTTTTTCCCCACTAGGTTCCTAACTTCAGCCTGCCAGCATTTTCGCG TATTAGGCTTTAAGGTATTACTCACAGTACCTTCCACTTTCCTTTCTTCTTCCTAGCTCC TGCACATGGATCCAAGACAAATAATATTATTCTTGTGAAGATATTTGATTCCATAAGAAG CATTTTAAAAAGATTCGTGATTTTAAATGCACATTTTTGTGGATATAAAATAATGTTGTT AGCATTAAAATGAGGATTCTAATATATAGCAGTTCTTTTTTTTTTTCAAGATGTGTCATT CTTTCTTCCATATACAAGAAAGGAAATTGTTATAAAGTAGTTGTCGGTACAATGATATTT ACTCTCACCAGTCACCAATGTGCCATGTCTGGTCTTTCTTAATAAGATTAAGAACCGATC TGAGTCTTTATGAAACTCTGCCGATTCGCGGTGGTATTGTAACTTATCAAAATGACAAGT TTGAGCTCGATAGCCGGAAATTTTTGTTATTTAATTGAATTGAGCGCTCAAATGAATTCG TTTTTCTTGAAGAGTTGAGCACTTCAATTAGTTTATCTTATCCAACTGCATATTACGTGA CACGTTCAAAGATCTTAACTTTTTAAAACAATAAAGAAGCATTTACTTGTTTGTTCTCTG ACTCGATGATGGTGAATGTGATTGATGATGTAGATTATCAATTGGACAATCCCCAGGTCA ACAGATTTCAATGGTTTTCTTGCCTTGTAAGTTTATTTTAAGGGACAGCACATGGTCCTC ATGTTTGAACGGGTGAAAGTCAGAGGATGAACAAGACCTGGATTGTTGATTAATTTCATA TTTTATTGTTGAGTAAGCGTTATGACAATGGTAACCCTAACTGGAATCAATGCCAAGTCT TAAATTAGACGTGAAATGAGACAGTTCATTAGTATGCCAGTTTAATTTTTAAATAACTTA GTACTTCACCTGAATCAATGGCATAATTTGCAGGGATGAAAATTGAAACTGATTCATCTT CATTTTACCAGTACATTCCATGTCCAGGAAACTATCTGTAAAGACAACATCTTGACTTTT GGAGATTTAAAAAAACTTAACTGACTAGTGCTTGTGAGATTCCACGTTTTCAGTGAATTG GTTTCATATGTTGATCATGTGCTTTTTCATGACTCTGGTAGGGCATACATTTTCATTCTG ACGATGTTCTAAGATATTTTATCTATATATTCAATCAATTCTATTCCCAGAAAAGAAATA ATTTTATCCTCTCCCTCCACCCTAAAAATTTTGCCATATGCTCCTTCCTTCTACCTCTTT CTCTACGATTATCTTCAGTATGTCGTCTTTATACTAACTTCTTCTTTATACCTGTCTCTC AATCAGTTTCAAGATGTAATCCTTCCAGATACCTCTCTGGACGATGTGGTGGAACTACCA GAATTGGTGTGCTCGTTGGAGGTATATTTCTTTCTTTTTTGGGTTAACTTATTCAGAAAA TGTCACTTCTCAACTCGTTTAATGTAACGAGCTTGCAAGCTTATCACAGATGGGTTCTGT GTTCTTCATATGTACGAAGATTTTTGCACAAGAGCTGCCGACTGATCAGTCATCACTAAA CTTCCAAGCCTGCTTACTTTTACAGCCGTTTGATTTAATATAACTAGTGAGTTTGATCTC TTTCCTGGTCAAATGAAATTTCGACCACCTACAGGGATTATTGCTGGAGCTGGTTTAATG GCTGCTTTGGCTGTTCTTTGCTACTGCATTCGAAGACGTTCTGCATCTCTCAAGAAAAGA ATGAGCGCAAGACGCCTTCTCTCTGAAGCTGCAGGCAGCAACAGTGTTCATGTATTTCAA TACAAAGAAATTGAGAGAGCAACAAATAGTTTCTCTGAGAAACAGAGGCTGGGCATAGGG GCTTATGGCACAGTTTATGCTGGAAAGCTCCACAGTGATGAATGGGTTGCAATTAAGAAA CTAAGACACCGGGATCCGGATGGTGTTGAACAAGTGATGAATGAGGTTAAGCTTTTGTCT TCTGTAAGTCATCCAAACTTAGTCCGCCTCTTGGGTTGTTGTATAGAAAATGGTGAACAG ATTCTTGTTTATGAATTTATGCCCAACGGAACTCTAGCTCAGCATCTACAGAGAGAAAGG AGTTCAGGACTTCCGTGGACAATACGTCTCACTATCGCAACAGAAACTGCTCATGCGATT GCTCACCTTCACTCAGCAATGAATCCACCAATATACCACAGGGATATCAAATCAAGTAAC ATACTATTGGATTACAACTTCAACTCAAAAGTTGCAGACTTTGGTCTTTCCAGATTTGGC ATGACAGATGATTCCCACATTTCTACAGCACCACAAGGTACTCCAGGTTATGTGGATCCT CAGTACCATCAGAATTACCATCTTTCCGATAAGAGTGATGTGTACAGCTTCGGGGTGGTT CTTGTAGAAATCATTACAGCAATGAAAGTGGTTGATTTCTCTAGATCACACAGTGAGATT AATTTGGCTGCACTTGCAATAGACAGAATAGGTAAGGGTCGTGTGGATGAGATCATCGAT CCATTTCTAGAGCCACACAGAGATGCATGGACTCTATCATCAGTTCATAGAGTTGCAGAG CTTGCTTTTAGATGCCTTGCATTTCATAGGGATATGAGGCCTTCAATGACAGAAGTGGCA GACGAGCTGGAACAGATCAGGCTCAGCAGTTGGGCATCATTGGAGGACAATGTATGCATG ACTTCATCAGTGAATTCCTCTTGCTCATCTCCCCGTAGTATGAGTGAGACATCTTTTCGT AGTACAACAACTAAGAAAGGAGTAGGGAGTAGGAGGTTGATTGTTCCCCAGAAGATAGCG AATTCACTGGCAATCATGGAGGAAATAAAAGACAGTTCCCCTGTTTCTGTACAGGATCCT TGGTTAAGTGAAGAGAGTCCCCCTTCAACAAATCGATTATTAGGTAATTCTGGTCGATGA TGACTTGAAAAAAGAAGTTCGCTCTAGGTAGAAAACTGAGGGGGATCACCTGTAATCTAT CACCTCCTTTTCCTGCCTTCTAATCTACTGAGAATATCAAAGAGTATTATTAGAGCACTT CTCTTTGTATCAAAATTTTTATTGCTTCATACGCAGAATTATAGAATGTGAAATAGTATT TGCAATGCCATGAATTTGAATCGTTGTGTTTCCTGTTATTTACAACGACTATAATCCTAC ATCATACATCATCTTCAAGAATTTGACTACCCTGACATGTTAAATAATTTATCAATACAT ATTATATAACAGGATTAATTGTTACACTAATAGAATTGATCATGCTTTGAATTTAGCTAA ACACAGATCAAACTTAATTTGCAAATAACAACAATGAAAAATTGTATGACAAGCAATAAA CTCTTCAAGATTTTTGAGGTTCAGGTCCTAAAATACCATTGACTACAGCTCCGGCAATCA AAACTCCGACAAATTCAGCTCCGGCCACCGCTCCAGCTTGCGCCAACCCACCGAAACTTA CTGTACTCTCGATCTTCTCCTCCGCTGCTTCAATCCCCTTCTCAGCCGTCAGTAATCCTT TCTCCGCCGCTTCAATTCCCTTCTCTGCCGCTGCAATTCCCTTGTCTGCCGCCTCGAATC CCTCCTTCACTAATTCTTCTGCCTCATCTTCTACTTTCTTAAGCTTCTTTCTCAGTCCAA AGAGGCCAATGTCCGCAGCCTTGGACGGCATCTCCAGCGCTTTCACTACCGTTGTCGCCG TCACCAGAGAGATCAACTGCCTCCGCCCCCGGAGAGCCACCGCTGCCTGTTTGGTAGGGG GATTTGTGTTTGCATTTAGCACACAACGGGGTGGGTAAGTCCTTACTGTAAGTGAAGTAG TTGTGGAAGACATGGCTATGCTCTCTGTACAATCAAAATGAAGTCTGCACTCCTTGACAC CACAATCACAAAGAAGTGTGTGGACTGATTTTTTTTGAACGGACAAGAGAAATACAAATA AATAAATTAATTAAAACTCGGACCAGAAAATTAAAAATAAATGTTATTGGCTTCTTTTAC AAGAGTTTTTGGCTAAAATATTCCTTAACCATGACTCAGATATAATGTACACCTTGATAT TATCTAAGTGAGTAAAAAATATTTTTATACTATCCAAAAAATAACAAGAATCAACCTTTA ACATATTTTTGTTACCAAACTGATTGAACCAATGAAAAAATATATTTTTTTAATTTAATC ACGTCTTGGCGACGAAAAGATTAAAGTTACCTAAAAAAAATAAGAGTATGGATAGGAAAT GAACCTTGAATATAAATTTCAAGTGTTGTTAATTTATAGAGTATGTTTTTTGCATCATCA AGTAAATTGACTTGCAATACATAAATTTTAAAATATTCACATATTACGTTCCGAATGTTA GAAAGATTATGTAAAAAATAATTTCAAATATATCACATCCAACTATTCAGAGATTTTCTT TAGTAAAATGTTGAGGGGTATATAATATATATATATATACAAAGTTCATATTTTATACAA TGTATAGAAATGCTGGAAATTTAGTGAAATTACGTATGTGTAGTTATTAAAATGAAAAAA TAATTATTTTATTTGAAATTTTTTAAGTTGGAACAGTATTTGTTTTTTCCAAAGAATATT TAGAATTTGAACATATTTTGTCTGAATATAATTTAAAACCTCAATTTCAAAAAATTTAAA AAAGCACCTAACTTGATTTGCTTCACCATATGTACATATATTAGTTCAACTTAACACACT TTTTGTTGGGGCGAGTTTCTTTTAAAAAAATAGACAAAAGGATAAATCTTGCAACTTTTT CGATAGTTTAGAAATGTTTTTTGTTCATTTATATAACACAAAAATGTACTTTAAGTTTTG ATAATATTTTAGAGATGATTTTGGCCAAAAACTCACTTTTACAACTTCTAATTATTATTT TTTCATTGGGCAACTTTCACATATAGTAAATAAAAAATTCATATTTGTATGCTATAGCAA AGATTGCATAATTGCGCTCTATAGCAAACATAGAAACTGTATAATTTGTTATACATATAC AGTTGAAGCAAATTGTATAAGACAAGTGTATAAAACAAGAAAGAGAAAGACACTTGGACA GAGAACTGTATAAAAACGAAGTGTATAAAACGAATTGTATTATTATAAATGTATAGAACG ATTATATACAATTTGAATTTGTATAAAATGGGAAAGAGAGAAAGACAAAAGATACTTGAC AAGGAATATACAATTGAATCGAATTGTATAAAACGAGAAAGAGAGAAATTAGATACTGAA AATTATATAAAACAAGAAAGACAAAAGAAACTGAGCAGGAGAGTACTTTTAGTGTATAAT TAAAAATGTATAGGACGAAAATATATATACTTGCATGTGTATAAACAATTTTTCTCACAC TTTATACAAATAGAAACACAATTTATACACTTCGCTTCTGTTTGTATGAGTGAGAAAGGC GAGGGTGGCGAGCGAGATTTGGGAGAGTGGCGAGCGAGTTTTGTAAGAGGGGAGAGAGGG GAACAAAAATATATGTATTTATATAAATTTCTCTGCTTTATACAATTAGAAACAATTTTT ATACACTTGTGTTTGTATAAAAAGTGAGGAAACGAGCGAGAGATTGGAGGAGAGTGGCGA GCGAGATATTTGGGAAAGAGACGCCTGACAATTTCTTGCAAAAGTTTGCTATAGAGCATA ATTAAATCAAACCCTAACTACTCTATTAATTTTAGGTTATTAGTTTACTGTTATATAGAA TTTTCCTTTTTCATTTGTATCATCTTTTTTGTTTTAAATAATTTTTTAATAGTGACTTAA GGTGTGCATTGTTTGGATTAATTCAAAAAATCAAATCAAATTGAATTTTAAGTTAGATTG ATTTTTTCATTTATTTATGGTTTAATAATTTATTTTATTTGACTTTTGGATTTGATTTCG AATTAAAAAAAAAAAGAAAATCAAAAAATAGAAAAAAAACTTATATAGAGAATGTGCGTT AATGTCATTCATTATGATTTAACTTATGTTTATACATTTATAATTGATATACTCTTCAAT ATTGTATTTTTTGTTTTACTTGTATATATAAATTGCAAATATAAATTTGATTTTGTTTCT AATTTATTGCATGATCGAATAATAATTAAAAAAAATAAAATAATTGGAGAGTTATGTTCT TCTCGGGTCACTCAAACGGCGTCGTTGTTTCTCAACATGAAATTTATACTACTACGTTTG TGCGCCACACGGGTTTTTCCTTTGGGTTCAAAAGAGAGGGAAAATCAAGGGCTTATAAAA TTTCCGCTTAGAGTAGCTATTTCTAATCAAAGAGACGATGGCTGAGGAAGCAGTAATTTC AGTAACAAGCCCTACGGCGGAGCAAAACCAGAACTCGGTGAACGCCACCATCGAATCTGG TGTTCAGGGAGGCACAGAATCAACTTGCAACAACAATAATAATAATGCGGAGAGTTCTGC GGTTACTTCTGATGTTAACCGTGAAAAATCTCTGGAGTACGCGGATGAGTTAGTGGTAAA AGGCTCCAAGGCATCTGAAGATGGAGATTATGGAGAAGCCGTAGAATGCTTTAGCCGTGC CCTGGAAATTCGGTTAGGGTTTACCAGTTTCATTTCCGCACCTTTCTTTTTAATATCAAG GAAATTTAACTGTTTGCTTGTTTTATTTTGTTTGAAACTGTTTGATTAGTTTCTTTCGAG TTAATTGTTGTTGATGGAAATGTAAAAAAAAAAAAAAAAGATCTTTAGGCGTCTTTGGTA ATAAGGCGGTAAAGATATTACGGTTCCGGGTTTAATTTACTCCGGGTGGTTGAGTGGTTC ATCTTTCAAGCGATTTTGGAATTTTTTTGTGGTTTAGTTTTGATGTGCAGAATATCTCGT TAACATGGCACTAATACATAGATACAGTACAGACTCTTTTGAGTGATTATCAGATAATTA ATTTCTTCATACATTTACTTTACTTGCTTATGAAGCTGCACTGCGCAAAAACGGGAAAAA GTACTTTTTTTTTGTGTGCTGTTCAAATCCTTTCCATTTGGGAATGATTGAGTTGCAGAC ATGAAGTATAGGGTTGAGATTTACAAGCCCTCGTGGACTCTTGGCTTTTGCTGGTGCGAT CTTCTATAGCTAAAGACAGCATGGACATCTGTTTCCAAGCTTTTTAGTGGACCGATTGAA ATTGGAATTACTATCCATGTCTCTGCACATTATGCACCTTCATTTCTTTCTTCTGTTACA ATTGCAATGCTGTTGGTTTACTTGTATTTAACTTTCATTGTTACATGAATGCGTGGGTAG AAAGGAAATATTTCAAGAGTTCTTCAAGTTGTTTCTAGGGCATTGTTGTTCTTTGCGTCA TACAATATGCATAGTTTTAGAGTTTTTCTCTCCCTATATATTAACTTTATTATTATGCCA TTTCTAGTAATTCTCGTTTCACATGGATTTCTTTTGAAAAAAATTCAGGGTCGCACATTT TGGTGAACTTGCTCCTGAATGTATCAATGCATATTATAAATATGGGTGTGCTTTGCTGTA CAAAGCTCAGGATGAGGCTGATCCTTTGGTTTCTTTGCCAAAAAAGGACAGCGGGTCTCA ACAAGATTCTAATAGAGACGGCTCTGTTAAAAGTGTTGTTAGTTGTGAGTCTTCTATTTC AAGCACTGCTGAACCTGGTGGAAGTTCGAATGGAAAGGAAAAAGTAGAAGATGATGGTTA GATTCCTTTGCATTATATTCTCATTTGATTTTCAACAACATTACTCGTGCTTTCTATTAG TGACATTATCTCAAAACATAATAACTGAATTGAAGAGTTTGCTAAGTAGTTACCAAAATT AGCATCGACGCAAAATGTGTCATAAAAATATATTTAGCAACATAGTAATGTGAAGCAAGG ACTTTATCACCTCATGGTGAATCGATTAGCTTCTTCAAAGACCATCACTTTAGAAGTGAG GAACAGAGTAATCACAAAAAAATGGCTTGGCCTAGTGGGATTACTGATCCAGATAGAAGG TAAAGAAAACTTCATCACTTCATGGGTCTTAATGAGCTTCTTCAAAGACCATCACTTTAG AAGTGAGGAATATAGTGTCACAAAAAATGTTTATCACTTCTTGGGTGAACATTGAGCTTC TCCGAAGTCCATCACTTTAAAAGCCAGGAACAAAGTGATTAAAAAAAGTGAATTTCTCAG AGGTATAGCTATTCTAGTAGCAACCCTTGTGAAATTAGTCGAGGTGTGCACAATCTGGCC TGTACATCATGGTTATAGAACAAAAAAGAGTGAGCAATTGATCCAGCAAAAACAATTCAT TTTGAACTTCACTTTAAAGGTTATGTAGGAGAGAGAGAGAGAGAGAGAGAGTTTCCTGCC ATTTTAGTGCGATTACTCCTTCCCATCAGCATTTGACATTCTCTTTATCCGTTGTCTACT TCATTTATTGAGTTTGTAAAATCTCACCTTTTACTGCTTCCAGTTCCCTGTTTCTTTCGA TTCTTCATTTTTTCAAACAATGACTTTTCTTTCTCTATCTGGTATATGAGTTCTATTCTT CTACAACTTCTCATTTTGAGCTTCTCTCTTTTTCTCTCTTAATACATTTTAGAGTAACTA ATTATGGAATTGCATGTTGCAAATTAATTCTTTTTTTCCTCAAAATTATATAGTTGTGGA AGTTAGAAATCAATTATGCATCCAAAATCATGTGTCTGTGACCTTGTTGACATAATATTT TAAAGATGTTCAATTTTAGTTTGTGTCAATTGTACACTGGACATTGAAACTAGTGGCTTT AATGGCACTGCAATGTTATAAGAACTAAATTCATATATCCTTGTAAAGAAGTTCTAGATT CATATATGTTTGGTAATATTTATATTTTCTGTAAATGTGCACTTCATTCCTAAGAGACAG GCTCTTAGCTTCTCATTTTTGGTTTGAATGACCATGGTTCTTTTTCTTACTGCACATCTT TCTATAAAGACACAGTCTGTTACAATTTTATATTTTTGGGGGGTGGGGGATGCGGAGAGG AAATTTAGTGTACCCAGTTGATTCACATAAATATATGAGTTGCTATAGAGTCATGTGCAA TCGCCTACAATATATGTCAGTTTTAGTTAAATACTGATTACTGCTCCGTCCTTTATAAAG AAGTTTCTGGAAAGATATATTATAGAAATGTAAAGATGTGCTGCTGCTGTTTTCCTGCTA ATAGAAATCAGCTACGTGCAACTATTTTGTCACTAATTGAGATCAGTTATCCTCTTTAGA TATGATAGTTCTTGTTGTGGCTTACACTGTTATGAGACAGCTGCAGAGGAAAACGAAGAT GAAGGAGATGAAGAAGAAAGTGATGACGAGGACTTGGCTGAAGGTGATGAGGATGAAACT GACCTGGATTTAGCCTGGAAACTGTTAGATGTTGCAAGGGCAATTGCTGAAAAGCACGCT GGTGACACAATGGAAAAAGTGGATGTATTATCAGCTTTGGCTGAGGTAGCCTTGGAAAGA GGTTTGTCTCCATTAAACAATACTTCCATTACCTCATTAGAATAGTGACGTCAGACACTT ATTTTTTGTATGGGAAGTTGAAATGTCCATTGGTCTATCAACCACTTATTGTCTTGTTAA CTAAAATATGTACTGTTAACCAGACTAATACGTAAATTGTCATCTCAATGAATAACTCAG TTGATTATATTCCAGCATTTTGGTTGTTTTGAATTGCAATCCCAAGCTGCAAATAGTTTC TCTAACTCAAAACTGTTCGAAACAATGGAAATAACTGTAGGAACTGGATAAAAGGATGAC TGTTCAAAGTATTAAAAGGTGAGGTCTAACTAAAAAAATGCTAGGTAATTTCTGTCCACC CGTCTAAGTTTTGGTGACAGTTATCTAATATACTTGTGGTGGTGGGATGTAGCAAGTATC GGGTGAATTACTTGAGGCGCAAACATGTTGGCCCGGGACCTCTATTATCAAGAGAGTGAG ATAGATAGAGACTGTTTGTGTTCTAAAAAATTTCTTATCTACATGTGCAAAACGAGGGGG TGTAATCAGACATATGAAACGGAGGTGAACTCTAGTTTTATCATCAGTGAGTTATAGATG TTGTGGAACATGCTGTGTTGAGAGGTGGACTGAGATCGAGGGAGTGACTGGTAGATTGAG GGGTGTAATCTGAGTACAGACATGAAATGGAGGTGAACTCTAGTTTTATCATCAGTGAGT TTTAGATGTTGTGGAACATGCTGTGTTGAGAGGTGGACTGAGATCGAGGAAGTGACTGAT AGATTGAGAGGCATTGGAGGCAAATATTGGGGTGAGCAAGGATGGAGAAGTGATGTTAGT GACTTGACACACTGGTGGAACTTCAAGCCGCGACCGAGAGATAAGAGGGACACGATCTAT GTTGCTTGTATCCTCCAAAATGCCACTGTACCCATGTTGGATCCTCTAATGGGAGGGCAT ATGGGTGTGATGACAATTTTAGAGGATCTGAGCAATATTACATGACTATGAGTTACGAAG CCCCTGTTCCTCCTATTAAAATCTAGCTCAACAATTTGCTAGCATTTTTAGTTGGAATCT TGTATTCACATTCTAGATTGTTATGCGCTGCTTTTTCAATGAATTCTTTTTGAAAATATT AGGTGACTGGAAATGGATTTAATAATTGAAATAAAAATGACCTAAACAAACTGATCAAAC CAAATGCAAATGATTTGGACCTTTAGTTGCCTTTTTAGTAGAAACAAAATGTTTATTTCT CTTCTTCACATGCTATTAGATTTGTAAATGTTGTCCTTTTCCTTTTGCAGAGGATATTGA AACTTCCCTTAGTGATTACCTGAAGGCATTATCCATTTTGGAACGCTTGGTTGAACCTGA CAGTCGCCATATTGCTGCGCTGTATCCTTAGTAACATGTAACTTATCTTTAAATTAAGGG GATTGTTTTCTGACCTACATCTAATTAGTTAAGTCTTTATAATGATTTCTTTAAGTGCCA ACATTTAAGTGTTGCTTCCTCTTCCTTGCCTTGTGATCTTAACTGTATTACAGCAACTTT AGGATATGCTTATGCCTGGAAATTGGTTCTAAGCATCAGGAAGCCATACCATACTGCCAA AAAGCTATTTTAACTTGCAAGTCGCGGCTGCAGAGACTCACTGAGGAAATAAAGCTTTTG TCAGAATCAACAGAAAGATTAGCTACTACCGATGTAGATCAGATTGCGAGACAGTCTTCC AGTATATCACAGTCTGACTCTGTATCTGCTAAAGAAGCTGAAGTTGAAACGCTCACTGAA CTTTCTGCAGAATTGGAGAAGAAGGCAAGTATCAATCACCAGATGAATCTTTAGTAATGT CTTAGTTCTTTCTTATTTTATAATTGTGACTCTTCCACTTGCAGCTTGAAGATTTGCAGC AGTGTATGTCAAATCCATCATCTATCCTCTCCGATATTTTGGGAATGGTGTCTGCGAAAG CAAGAAGTCTAGAGAATGCTGATGCTTCTGTAGCTGTGAACTCCTCACAGATGGGTGTTG GTACCAGTGGTAGCGGAAGTTTTGACTCTCCAACTGTTTCCACTGCCCACACAAATGGTG CAGCTGGAATAACCCATCTTGGAGTAGTTGGAAGAGGAGTCAAGAGGGTGCATCTAAACA CAACCACAGAATCTAGTCCAGCGAAAAAACCTGCATCTGAGCAGCCGTCAGATAATGGAG ATGGCACTGCCTCTTAAAGCATGTATTGTTGGTGCTTCAATTAAGTTACGGTTAACATTT CAATTTAGCTTATTGATAACATTGGTGGATTACCTTAGTTTGTTGCATTCTCTGTTGGTT AGCTGGGAAGTGTGTTGCCACAGATCGCATCAGTTTATTTCCTTAAATTAATTACCTTGT ATGCATGTTGACTATTCAGTATGTGTTGCTTTGCTTCTTCTGCAGTATGTTTATATATAT ATATATATATATATATATATATATATATATATATATATATATATATATATATATATATAA TCTACGTAAAGACTCAGAAGTTGATTACTTCTTTGAACGAAATGATAGCTGTGCTGGCAG ACCAGTAATTGAACAAGTAACCACTGTCTAATTGGTTCTGAAAATCTGCTAATTAACCAT CATGCAAAGTGGTAAGTATTTTATACATTTGTGTATTTATTTATAACTCTACCTTTTTGA AATTAACAGTCGTTCACCTATGCGTACTTCTTCCAGTAAATTTTTGGTTATCTGTGAGCA AGAATTTGTTCTTCTTTCACATCATTTAACAGACATTATGCTTCAAAATAACATGACCTT TTTTTTAGGCTTAGTTTGCTATTCATCTTTGCTTTGAACAGAAGTTTATTTCAGTCGAAG TGACATTAGGTGATCTTTTCGTTGCTTGGTGGGTCGAGAGTAGTGGGTATTTCATGGATT AATTGACGAGTGCGTCTAGACACCACCATTATGCATAATATGTTGTGATGTTATTCGAGA ATATATTTGGGTAGGGAAAATAAAAGACAATTCAGTGGTAGAATATTGTAAGACAACATT CCTCTGGCAGGTAAGTCGTACGAATGTTTCCGACAGTAAGCGCACTTTCATGTGAAGTAA ACCTGCTCTGTGTCGTTTATATACTTCTAAAGATGCTCTTAAGCAATATTGATTTAGTGC TGAGAACCATATAGTAATAGCATGTCTTGTCTGATGATAGTATGGAAGCAGACAAACACC AAATGCCAATGTGGTACCCTAGGGCTAACAAAAGTCCCTAGTAACTTTGTCTAGGAAAAA CATTTTAGGTGAATACAGAAAGAACCAATACGATACCATCAAAGGAACTTTTAACGATTG GTCGTTACCACCAAAGTTGATGGAACTTGTTTTTATAGTGGATTGGTCCAGAGTTGTGAG ACAGAGAAAATGTGTTATAGAGTTGACTGCAAAAAATGCGGCAAGTACTCCTGGGGTGGG TGTGGTAAACATTTGAACACCCTCTATGGTAGCATCCAACAAGGCAATCATTGTAATTGT CGTCCTTGGCCTGGAGTTGTCATGCCCTCTTCTCAGACCATCACCCAAAACAAACAAACT GTTACCCAAAACGAATGTGATCCCACCACCACCACAGCAGGTATATACACAAATCTAGAA TGAATATAACTTAACGTCACGATTCAACTTGAATGATTTAATGTAAATATTAAGTATAAA AAAGTTTGATTTTTTCTTTTAAAATTACGCTTCAATAGGAAAGTAGTACACTGCCACTTT TTATTTTGTTTATTCAAGAGTTTGGTAGACCTTTAATTTGTGATGGTCTCATTATATGTC AAGTGCCAACTAAAAAAAAGGAAGAGGAAATTCTCTCCTAAAGTTTTTCTTTTTAATATA TATATTTTTAAATAACTATCCGAAGACACCGGAAATTCTAGTGTTTACAGCTTTTGACAA TTTTGTTCATACTTTTTCTATTGAAAACGATTCGAAATTTTAAGCTATAATTTATTTCTT CGTTTCTCTAGATACTTCATTTTCAAAAAAGTGATTTATTTGTTGGGGTGGAGACAAGCA ATGATGGTGCTTATAGATTTAATCTTATCAAACAGTACTTTTTTTAATCCTTAGATTCGA AAAACCATAATATTAACTAGATTCGCACTTCATTTAAGTCCGACTCACATCATTATCATC ATATTAAACAAAAAATAAGTTAAAGCTGATTTATAAGGATCAGTGTATATTGACAATTAT TCTACTACGTAGATTTGAATCGATAATGTGAGAAAGTTTATCTAAAATCGTTGATTGATT TCAAAATAATTGTTGTTTTTCAGGTACTCAACGAGGCGATGATGCCGTTGGGTAATAGCT AAACTGCTACTGGAGACCAATAAATAAAGTGTATTATTAATCAATTATATAATATATAAT AACAGTCATTTGTAATAAATTAATACAAATAATGCGAATTTTAAGGTCAATACACATTGA CCGAACACTCTAATTTGCTTACGAAGTTGTAAAATAAATTTTGTTTTCCAGAATTGAGTC TTCTTTTAACCTTGTGCAGGGTGTTTTGTAAATTTTTATTTATTCAATAAATATAAGTAA TTAATCGTGGGTTTTGTGCCGCTTTTGGGTTTTTTCTTTATTATTCTCAAGAAGCTAGTA ATGTTTTGGCCTTTCTGCCTCCATTTCTCAAATTCACTTTTGAATTTGAATATTATAGGT TCAAAATTAGAAATTTTAGTATTTGATTTATTACATTGGTAATCTATTTATCTAATGTAT ATAAATTAATATATATGGAAGATTTGAGTTTTTGCCTTTTAGATTTATACATATAGAGGT TGAGCCTATCATTATTTATTTTTCACCTAGGCCACATGGGCTATGATATGAATATTTGGA CATCGTGGGACCAGTTCGATCAATCGAGTGTCAATTGAGCATCTTCCTTAAAGGCAAATG TCAACTTATAGTCCTATTATTAGTCACTTAATATTAAAGAATGCCCACCTAATATGGCTA TAATCATGGCATTTTATTGTCATTCACTTTGGAACATGGATAGTTTTAGGGGAGGACATT CCATGGATGCACTTGTATAAAATAATGTGTCTTTTTTATAGTAGTAGCATTTTAATATTA TGATTAGGAATGTTAAATAGGTAAGTGCAGAAATGTATTAAGGTGAGATGAGTTAAACAA TGAATCAGATACTAGCTTAATTAGTTTTTAGATGAGTGAATTTGATGTACAAAATAGATC GAGTTAATAAACATCAATGAGTTATTAACTATTCCAAATTTAAACAGATTAAATCAATTA TATTTTCACGTTGAGTCTTTGTAAGAGAATGTTTAGTTGTTTAGCAAACGTCTGCAATTT GCACCATTTAAAGTCATCACCATCTGCAGTAAGATCAAATAATTAAAAGAGTACCATAAT ATAAAAATCAGATCTCCTGTCTTCGTTATACTAATATTTAAATAGAATATATTATTGTCG TGTTATTTATTTTGAATTTGAAATGTTAGATAGAAGAATTAATATTGAGCAACCTCTCTT TACGTGGACCTCATAAAGTCGACACCATTTATTGCCCTACTAATAAATATAGGTATGTTT TAATTAATGGCAGGCAGTTGCCCATTTTTAAAATTTTCACGTCTCAGTTTTCCAACCAAA CTTTGGTTTCCACATTGAAGAAGACTATGCAGTAAGAAAATCAAAATTAATCGATGTTTT AATACAAATATTGAATATAAGGTAAGAAATCAAAAGTGAAATTGAATTATATCACGGTAT ACATGTGAGCTACCAAACTCTAGAGTGTCAAATTGCTCTCAAGCTGTTATAAATTTGTTG TGCTATTTATTTTTTAATTTGATTTGAGCAGTAAATGTGGGCTTTATATTGAGTAAAATT CAAATTGTCATGGATCCTTAAAAGGTACGATAACTGGACACAGCATATATGGGCCACCTT TAGCTGGAGGCCCCTTTTGGGACCATCCATATTTAAGTCATTATAACTCCATAATCTTGA TTTGAAATCGGTTGTTGCATTAGTCTTCTTTTTAACTTTTTGACTCCATTGACTTATTAC TATCAAACGTGTGTGGCGAAGTGGATGAGATTGATCTTTCTTCAAGTAGAGATCTCGTAT ATATGTTTGTTTCAATTAATTTGAAAATGAGATACGATTCATGTATAATCAAACATACCC GTCCAATGAAACAAAGTAAATTTAAATGTTAATTATGACAACAACGTGAATACTCCTTTA ATCAAGTTGCGTATGATTATAATCTCTAATTAGGCCCACCCAAATACATTATAGTAATAT AATAGGGTAGTGTTGATGCAGAAAAGCAATAACGATAGTTGGCAAGCAAAGTGTGTTTTT GTTGCTTATAAACAGAGAAAAAAGGGAACAATTTAATGATGACAGTAATAATTTTTCCTG CTTGTGTGTATTCTTACAAAGTGGATTTTCAAAGTGCTTTTTGAATCCTCCACCAAGCTT TCCTCTTCTTCCTTCAAACCCTAGAGAGAGAAAAAAGAAGATTCTGATCTGATTCATCAT CAAAAGGAAAGTGGGTACAAGTTTGAAGACAGAGATTTTTGGAAAAGAAAACACATCAAT TTCATCATCATCAGTATATCTTTTTGCTGTTTTTCAACCTACATAATCATTTCACCTAGA CTTTCTTACAAACACCTTATCTTCATGGATCTATCATAGTCCGACTTCCTTGGTGAAAGA TAAACTGAAGTTTCAACTTTCTTTGTTACATTGAAGAAAAATGGCGCACACGGAGCACCC CACCACCAAAGGCCAAGCATGGTGAGTAACAATAGTATATTTTCCATTTTCTTCTTCTTC TTCTTCACGTATTGTTAACTCAGATTCACTGTTTTACAGGTTTTGTACTACAGGATTACC CAGTGATATCATCATTGAAGTTGAAGATATGACCTTCCATCTTCACAAGGTTGGTCAGTT GTGTGTTGAATGAATAGATTCTGAAATGATAAATATGTGTTTGTTTATTTTTGTGTCGGT TGTTTCAGTTTCCCCTGATGTCAAAAAGTAGAAAGCTTCATGAAATGATAACAGAGCAAG AGACAAATGCAAGTAGCAGTAAAATCCAAAAATCTGCTGAACGAGACAACGATTGTGATG GTGATGAGGAGATTGAAGAAGAAGAGGATAATGAGGAGGACCAGCAATACTGTATTTCGT TCCCTGATTTCCCGGGAGGTTCAGAGACATTTGAGACGGCTGCCAAGTTCTGTTATGGTG TGAAAATCGAGTTGTCTGCATTGAACGTTGCTCCACTCCGCTGTGCGGGTGAGTACTTGG AGATGACTGAAGAGTACTCTGAGGATAACCTCATTTCCAAGACGGAGAGGTTTCTTTCAC AGACAGTGCTAAAGAGTATTAAGGACTCCATTAGAACCCTAAACTCGTGCAAAAACATCT TGCCGTTAGCAGAAACACTCGGCATTGTTCAGAGATGCATTGATGCCGTTGCTGTTAGAG CTTCAGCTGCCGATCCGTCTCTCTTTGGCTGGCCGGTGAATGATCACGGCCCTGGAAATG GAGTTGAAGCAAGTACTCGCCGTAAAGGTGCCAACAGAGGAGGTGGTATGGATTCATGGT TCGAAGAGCTAGGGCACTTGAGCTTGCCTTTGTTCAAGCGTTTGATTTCTGCAATGAAAA GTAGAGATTTGTGTTCAGAAGTTATCGAGAGCTGTCTAATGTATTATGCGAAGAAGTACA TTCCAGGAATTTCACGCTCAAGTAGGAAGACATCGTCGTCTTCGATACCATCGGAGAATG AACAGAGAGAGCTTTTGGAGACTGTAATTACCAACCTTCCTACAGAGATTAGCTCAAGAA CTTCAACAACCACAAGGATTCTCTTCGGCTTATTGAGAACAGCAAACATACTAAATGCTT CGGAAGCTGCTCGAGCTGCACTAGAGCGGAAAATCGGATCTCAACTGGAGCACGCCACAT TAGACGATCTTCTCATTCCAAGCTACTCTTATCTGAATGAAACGTTATACGATGTCGCTT GTGTGGAGAGAATATTAGGATATTTTTTAACCGGATTGGAAGAGAGGTCTACCGCTAGAA TTCAAGGCGAAGAAGAAAACATCAGTGTCAGATCCACGGCGCTAATGTTAGTCGGCAAGT TAATTGACGGTTACTTATCAGAAATAGCCTCTGATAATAATTTACTACCGGAAAAATTCT GTGAATTAGCTGTTGCATTGCCGGACCAAGCAAGACTCTTTGATGATGGCCTTTACAGAG CTGTCGATGTGTATCTCAAGGTAATGACATTTTCTTAATTATAGAAGTTATTCACTTTTT TAGTTCTATCATTTGTGTTTAATATTGTTAACTTAATTCCTTATGCAGGCGCATCCATGG ATATCGGAAGCGGAGAGGGAGCAAATATGCGGAGTTATGGATTGCCAAAAGTTAACACTA GAGGCGTGTACACACGCAGCTCAGAATGAACGGCTTCCACTTAGAGCCGTAGTTCAGGTA CTATTCTTCGAACAACTCCAACTCCGGCAGGCAATCGCCGGAACTCTTATGGTCGCCGAT GTGAATCCAGAAGAAATCCCGCGGCTGTCAATTATGGACGTGAGGGAAGAGGAGGGTGAA GGTGGGGAGCAAGAGGAAATGACAGGAGTAGTTGGAATGGGACGTGCACAGGAAGGTCGT AGCACGTGGAGGAAAACAGTGAGGGAGAATCAAGTGCTACGGTTGGATATGGATAGCATG AGGACGCGAGTACAAGAACTTGAGCGCGAATGCTCCTCAATGAAGAAAGTAATCCAGAAG ATAGATAAGGTAGGCAGCAGAGAAGGAGGAGGTGGGTGGAGAAAGAAGTTGGGATGTAAA TTCAAGACACAAGTATGTGACTCGCATGAGCCAACGGTTGTGGAGGCCAAGAAAGGACGG GGACAGCGTCATCAACAATAAGAAACAAATCAATTTCTTTCTACTACCTAATGGTCTCTA CTTTTAGTTTTAAATTATAACACATCTGTTGTGCCGTAATTGAGAAATTTGTTCCCAACT TACTACTCCATTCTTTAGTGAACAGATTCTTTTTTGTTTGTAAGTTGTTGCGGTTTTCTA TATTTAGCTCTCAATGATGACAAAGGAAAAACACGGTAGTTGGAGAATTAAATTCAGTAA TGTAACGTGTTTGAAAATTTGAATTTCACCACTTCCTTAAAAATTGCTCTTAATTAGGTG GGAAACTACTACGTATAATACTCCACGTATCTACTAATCTGACTATGATGATGAACTACT TTATATTTTGATGAAATTTGAAGTAGCTTTATATATATATACTAATAGAGTTCACTTACC TTGGGAATTTGGAGTTTTAATTGGACAGCAAAATTAAAGAGTGCATAGTACTAAAAAACT TTGATGGAGAGAGAAATTCGTGTTGGACTGTTTAATGATCGGGTGGCCCAACAGTTCGGC ATTATGTCATAATGCAACAAAATGAGCATTGCTGGCCTGAAAAGATGTGTCGAACGAATC CCTTTCATTAAAGAAGGATAAAGTGTTTCTTCTCCTTTTAAAACAATTTCTCTTTCTCAT TTGCCTTTGCTAATCGAAAAGCAGCTCAATTATTTTATCATGCACCACTGAGAACCAACA CTTCACTTGAACTTTATGAAAGAAGGTAAACAGAATAATAGAGATCGTAGAAAGATAAAA AAAAAATGAATCCTAATTTGTGCAGTGAAACTAAAGAAATTTACTCTTGGTTTGGTCATT CCATTAGCAAAAATTATGTACTGGAGTACATATTAGAGAGCTAGAGCTAGCTGTTAAATA TGGGCTAAAAGTTTTATTTATGAGAAGTGCTACATTAATTATTGTGAGTAATAGCTTTAC ATATTTTTCAAACATGTAAATTTAATTATCAAATCAAACAATGCCATGTATATTAACAGA AAGAAAAAACAATATAACTTTTGGTCATCCTAGCAAAGCAAACCTCAAAGACCACGAGTA AGAAGACAACGAGAAAATATACCAAAAGACGCAAAGATTTAACGTGGTTCAGTCAATCAA TCTACGTCCACAAAGAAGATGAGCAATCCACTATAAATATGAGAGTACAAAATACAGAGG GAAACAACCTCAACCAGTTCACTCGGAATACATGGGAGGTTTACACAAGTGATAACATAT CAAACTTGTGACCCACAAATTCTCCCTCTAACCAAAACTCTCAAAGCCCTTAAGACTACC TAAGAACTTTTCCTACAAGAAAAGAATTAGTCAATCCAAAACCTTTTTCTAAAAGAAAAA CCTATTTATGGTAAGAAATTTAGGACAAATAAAACCTAACAACCATCTGTCATCATATAA TTCTAATCAGTAAAATAACAAAATTATTATTTACAATCAAGTCAAAGACATTAAGTTAAT ATTTATATCTAAAAGTCAGATACCTAAAAAGAAAAATGTTCTGTGTACTGTTCAGATTAT TCTCAAATTTTTCTTCAATTGATATTTTGGTTGTTAGTCATTTATGTCTACTTGAGGCAA AAATGCCTGATACTTGGCCTTCAAAAGGTCATACTTCCAATAAAAAATATCCACAGTCTA AACACATATTTTCATTAAACTCGACAATTTTTTTTTGCAAAAAATCGATTATAAATTAAA AAGAGTATTCGTGCATTGGTCCGTCTGGGACAATGTCTAAGCTAGTTTCTTCACTGGGCC AGGACAACAAAAAAGCCCAGTAGTAGTCAGTTGGGCTCCAGAAGAAGTATTGATTGGGCC TGAAGCCTATCCCTTTAATATAAGGAAACCCTAAACCTACTAATGCCTATAAGTAGAACA GCTTCATTATATCTATGACCTACTCTATCTGCCAAGGAGGTAATTGTTCTTCAGTAGATC TCTTACATTGCATTAAGGATATGATTATATTTTTTTATTTCTGTTTTTGTGTTTAAATCG TGAATGTTGAAGTATTAGTTCCTCAATGATGAACAAACAGATGACGAGTCTGATAATCCA TTCTTTTAAAATAATGAAGACAATCGAGGCATTTGTCTGAGAGGAAATCCTATTTGCTAC TTCTACCTCGTTATTACTACTTCGCTTTTTGGTTTTTGATTGTTTATGAGATTTTAAATC TGGTATAGCAATCGCTCTTGATTATATAACCAAGTTTTCATTTTTTAAAAAAGAGATTTA AAAGTTTCATTCTGTAGTTCCTTTTGAGTTTAGAGTAAGATTTGCGCTTGAAATGCGTGG TAACATGTTACCAATTCCAAAAATGTTTTCCTTTTGAACTTTTGTGAGATCTGTGCTTTC AATGTGTGATTTTAGGGCTTCACTCCAAAACACGTATGTTTAAAGAGTCGTTATAATTCG ATCATGTTCTTCCCTTCATCACACTAATGTTTTGGTTAAAATTTTTTCTGAAATTCGTCT TTCCCATAATTTGAATTTAAACTAGCTACTATTTGTTTTGTGTGCGTGTGTTTTAACATC ATAACTTTCATAAATCTATTTAAAATGGGCGCTGGTTATCCCTACAGCAGCTGGATTTAA TAATAAAACAAGTTCCAATGGAAGGGCAATAATATAAATGAATGAAGATTACCACAAATA TAATCGTAAGAGGGGACTACTTAATTAGCTTGAAAATGTGGGATCCCATAATCAAATAAA TGTTAGAATTTAGTAAATGGTTAATTGCTTGACAGGAGAAATGTTAGGTTTTTAAATTTT TTTGACAAATATTACTTGGGTGAAAATTTTGAATCTTTTTGTGTTAGGCCGTAATATTTG GAGAAAATATATTCATTATAGGTTTGTATTAATAGCAAGATAAAAAAACATTGATATAAC AAAATTCATGACTTCCGCAATTAGTCAATGCAAACCACTGCTATAGAGAACAGCCGTGAA CGCTTTATAGTAATATATGTGAGCATCAGTGTGTCTCAAACGCAGCTCCAAAATTGCTTG CCAAAGGTGATCACTGTGAAGCTTCAGTGACATATTCAATCCCTTGTGGCATCTGCATTT TCCAATTGAATCGTCCTCAGTCCGATAAGAAAATAACCCAGAAAGCAGCCCAGGGGTAGA ATTTCGGAAACATTACAGTTTCACCTACAGCTTCTTTGATAGGTCTTTCCAATTGAACTC TTAACAGTCTCTACCACTTCAGGCACAAGATGGGATGTCTCAAAAATACATTTTCCATGT AAGAAGCCATGCTTGTAGTCGTTGATGCCGGGTTGATCCATAAAAGACGAGGGACTTTCT GAAGAAGTTTGTTTTTGGTGCAATCCTATAAAAAGGAGCAGTATTTATAAAAGAACTTCA TGAATGTGATAATCTGTGTTAGATCATGAGACGGGGGGAGGCAGTGGGATGCCATTCTTG AGGAAGAAAAAGGGTCCCATGACAGTAGGTAGCTAAGGCAAGATGCCTCGATGGGTGAAT GGTTGTGTAGAAGTCAAACTGAGGGTTGCAGCAATATGATCAGGGGCTGATGAAGAGGAA TGGCCATTATTTCCAAAATAGTATATAGAATTGAAGGGACCAAAGTGTACAGTTCCTTTG GCAAGAGAGGAAGAAAGAAGACAGGGATCGAGTAATAAGAAGAGCAACAAACAATGACGG CTGCTAAGGGAAGCCATTGAGAAGCAGGAATGAGTAATGGAAAAGAGAAGATGGGCTATG TAGTAGCAGAGTAATTAGTTTGTAATGCAAAGCTCTAAAGAGGCATGCTGTATTTATAGA GCATAACATGTTTTCCAAGGTTATTTAGGGTTTTGTTTCTGTTGCATTACCTTTCTTCTT TCATTTAGCTCAAATTCTATACACAACTCCGGCTTTACATGGAAACTGTACAATCCGTTC CCTTTTCCTATTTTCCGTGGGTGTATGTATGTGTCTGTTTTGAGGGGGAGAGAGAAAGAG AGTTGCTGCCACCAAAAGCAACTGTACAATTTATTTCTTGATTGTACCGTGCTCCAGATC CAGATTATCCTTCAATGTTATGATCACAAACTAGAGACTACATATCTTCAGCACAAAATT AGTGCTTTGTAGGTAGGCATAGAACCAAACTAGGATACAGATGATCTTAGTCGCTACGCT GCACATTATAGGTTGATTTCATGCCGATGCAATCGATGCCATGACTTCAAATAAGAGTTA TTGTTCCAACACAAATGAAAATAAAGACATCAGGAATAAAGAAAATATTTCAAATGAATT TTGGCTCTAATTCCTTGTTCTTTCGCTTCTTATGTGGGGGTGGGAGGAGGAGAGAGAGCA TCAAAATAGCTCCAAATTCATAAATTAAATAGTAGTATTAACTTACTCCTTGCAAGCCTT GTTATTCAGGACCCGATTCACTGATGGGGTATTTTGGCTCCCTTATGTGACCAAGCTAGG AGACAGTAGGACATGGGAGAGAGAATCTAATTATTGATGATCCATCTGTATCAGCAAGCT AATACATTATCCAGAGAAAAATTCAACTTAAACACGCAGTAGAAAAATTCAGCTCTCTTA TTCATGTCAGGAACAAATGGCAGGATAAGTTTACTTTATTTTGACTACCCATCGTGTGCT TGTGCACTCCCCTAGAGCTTGTAATTTGCTATTCCAATGTCCACAAGTTTCAGTTTCACA CTTGAACTGAAGAGAGAAACATCAGCCGGTGTAAATTACTTACATATTTGATTAGGATAA TATCAGAAAGAAATCTAATCCCCCAAGAAGTTTGATAACATTACCTTTCATCAGAGAATT CACTGTCACCGCAACTTGGGGTGGAAGATTGATCACATTGATGGGATGACTGTCGTGAAG CTCCAAGCAGATAGCTTCTACAGAATGATGCAGTCTCCTTACAGCTTTACGCGCGATAGA AAAAACATTAATTAGGTACACATTTTCTATCATCGTTCATTATTAACACAAACAAGCACT CAAGGACCAATTACCTGGCATGAGTGGCACATCATGAACAGTCATAATATTCTTATTTCC TGCTGCCTTTCTTGAAGACTCAGCCGTGGCAAAGAACTTCTTCTTGCCTTGGTAAAATGG AGGAGCTGAATGACTTTTTGTACTCTTCTTCTTCCTAATAAGCTCATCTGTTTTACCTCG ACTTCCAGCATCAATCCATTTATGTAAGTCACCATCCACCCTAGAGGAGAGCATAGCTCG TGGTATCAAATAATTCTTAAGAATCTCTTCACCATGAGATTGCATGTGTCAAATCATCTC CATCATAATAGAATTCAGAAGGACCTGAACCATAAACATCCCATGTAACAAGTTCCTCTA TTCTGGACATCTTCTCACTAGAAAGAGCATAAAATTGAGATCACACTTTGCAGTCCTCTT TCTCCAAATTATTTATGGCAGGGACCAAGAGATTACGTTCGATGTTTCCAAAATCATATG TGACAGCAGCCTCATGTTTAACAGGAAATAACCCTCTGTAGGTAAACATTAGAGGAATCT TTATTCTATCTAGATTTTTTCAAAAGTAGCTAAAGAGAAGATAGTGATAAACTACATGAT AGCATACTCTTCCACTAACCACCCTCCAGAATCCCCCCCCCCCCCCCATCTTTAAGTGAG GCAAGTGGACGACTGCTACAGCATACAGGGAAGGGAATGTGGAGTGGACAAAAGCTACAT GTACAAATCATATCAAGTACAATGAATCCTAAGTGATGTTGCATAAAAATGTCGAGTACA AATGCTTTCACCGACAGAGTGACTTCCAGTCCAGAGATTCGCGACAGTATACTCAACAAT AAAAGGAAAGGGTGCAAATCCTAAAAGTACCATTAAGAACCAATTAGTCACCACAAGATA TTCTTTTAAAACACATCAAAATAGCTTTATCAGATTAACACAGTCCGTATCAATGGTGCC AAAAAAGGAAGTTATGCTGCACATCAGAGCATTAGAGTAGTGTTATATGTTCAAGTGAAG TCACTTTCTCTAAGATCCAAATCATTTATATTGTTCTCTCATTTATTACTTCAAAAAAGA GAAAGGATAATAACTCAGTAAGGAGGTAAAAGTTGATACCTTTTGAAAACAAAGAACACA TAAAAAAGTAAAACTCGAAAGCTCTTGAATCTCTAGAAGGATGCCAAAGATCAACAGTAT TAGCATATTTAATAGGTCAAAGTTGTGTTTCCAACCTCCACAACTGAAGAATGAAAATCA ACCTAAATTTTTTGATAGGGTTCAATTTTTCTGAATAACGGAATTTTTTGTGGATTAGAT GGACCAGGATTGACCTACAAGTGTGAAACTCCTAACAATATGAGCCACCTCTCCACCCTG ATCTCAAAAATCAATAAAAGCTGGATGTCATCATCTCCTAAAGATATCAAGGCTCCAAGA AGATTGATGTAGCAAATATCTAGATAAATGAAAATCAAGTAAATTTTGAGGAAAATCGCA AAATTCATTCGAAGGGAAGCAGAAATGATTGGGTAAGAGAACCAGGAGACTAAGTTCAAA CCAGAAGAATTGTCAGTCTTGGAGAACAGCAAACACATTGTTATACAAAATTCAATACTC CAATCAGTAAAACAAGTATGTATGACATATGTCCGTCTTAAAATTGGTCTGTTTGCTTTT GCAACCACAGGAAGCTAGAAACGTGGTTTTGCATTATTCTCCCATAACAAAGGGGAGATT ATTGTGTTCTCTGGGAATAGATGTGCCGCAAGGGCCTTCTAACTGTTAGGGGTTCCATCT TAATACTTTGAAATCCTATACGATTGGTAATAAATAATGATGTTCGGCAAATTTTAACAT ATTAATTTCACACATATTGAAGTTCCAAAAAATGATTAGGTGTTTTGAAATAAATTTTAC ATAAAGCAACCCAAACCAATTCTCACAAAACTAAACCTAAGAAACTCAATTCTACAAAAA TAAAACCAAAGACTCACATTCGTTTCCCAATCCCACAACACTTAAATAATAATTGCCAAC AAAAACTCTCACCTTAAGTTCCACAGAGGTCATTGAAGGCTCCAAAGTCAAATCATGTAA AGATCTTGAGCAGTTCAGGTTCAAAAAACACAGTGGATAAATCTGAGATCTATTTTGTTG TTACTGTCTCAAAAAAAAATCTGAGATCTATTTCGCTACTCAATGTCAGAAGCACTACCA AAACTCATCTCTATGTTATTAAGTAATTTATGTGTTGGTCTTTTGGAAATAAATCTTGAA TTGATATCTGCATTACAAGGAAAACAAGAACACCACTGAAAACAAGCACTGAAGCACCGA TATAGTAAATGCACTGTGAGAAACAAGAATTCAATAAAGTGAATGCTAACCCCAACGATT AGTTTCCATTTTCTTTGTTCAGGAAAATATACTGAAATAAGTTCATACAAAAATATTGAA AGACCTGCAAATTAAACAGTGATTGTCAGGGAAATAAAGTGTAGAAAAGATAAACTTATC ACATCTCCTATCCATCAACTTGAGCCTGTATACCTTCACTGTGTGAACATACCAGAGATA TATCCTGAGAGTTTATATGAACCATCACTTGCATTCAATTTGTTAAGGGAACTCAGATGA CACCCGAACCCACTGGACAACAGCAGAAACAGAGAAGGACAAGCACGTGTGCAAAGAAGG TCATCTTCATTGCGTGCAAATGAACAAAATCTGAAGAGAATAAGACAGGAAATATCCTCA ACTTATCTGGAATAAACAAAGATGATCCATCATGTATCAGGCTTCTGTGCAACGAACAGC TCCGCGTAAATGGTTTCTATTAAAGCCAAAGCTTGCTGGGGAAGGATGCAAATCATCTGA ATGGTTGTATTTTGATGTCGTTGTTGTAAAGGCGCATATAAAAAGTAGAAAGAATGGCCA GACAACAAGGAAACACAAAAGAAGATGAAAGGAATGCGAAGTACATGACATCATACAGTA AAAGCAAAAACAAAATGTAAGCATCAATATTTTGTGTTGCGTACAGCTGTACCAGTTTGC CCAATTACAAGTAAAACCGAAAAACAATAAACAAAAGAACATCTGCAAAAAGATATTAAC GTACACAAACCGTCAACAGCCTATCAGTTGAGTAATGCATGCAACCCCTATAGACTACAA CAACCATTCCAAGTTATGAACATAATAGTTGTCAGTCCAATATGTTGCAAAACAATTACC ATGTCTTTCTCTCCTTGTCCATCTCGTGAGACACCAGATCCTTCAAAAGAAATTACAACT TCAGGGGATGAAGGAAAATAATAAATTGGCCAGAACTTTATGTCCATCAAAATGCATTAG ATCAATGTCGCCGATACTAATACTTACCATTATCATCCATCTTAAAGTTCACCTAGGAGA ACACAACTTATAAGAATAACAAACATCAAAAGAACAGTCCTACAAGGAAGTAAATCTCAT GGAAAAAAGAAATAGTATTGTGATATAAGAATATTCATTTGGGGAAAAAATACTTCGATA CTAGAATGGAGCATCATGCTAATAGGAGGAAACGTATATCAATTTTCATGTAAAGCATAT GCCCTCGTAATCAGAACTAGCAAACAAAGGAACATAAGAATTAATGAAAGAGTCTCATCG ATCACTACCTTTTGTACAACGACTTGCCATATCCTCAGCAGCCCACATCTATTGATCCTC AAGACATTAATTAAATCCGAAAACATAAAATTCCCCATTCTCTTACATGACACAATTTTC AACTCTTAAGAAACAATCAAAATAAAAAATTCTAGACCATGTTCATTTCAAAGAAGAAAA AAAGTCTAGACCATGTAAAAGAAAATGACCACTGAGGGTGTATATGGTAGTCTGTCCAAT TAAATGTCTTCATTCAAAGTACTACAAATCACAACTTCTTAAAATTAAACTACTTAATTT TATTTAGAGTTGTGTGTGTGGGGCCTTAAACAATAAAAACTTCACATATTTCCATTCAAT GGCTTCATAATTCAATTATAATTAAACCAATAACAACACTACGAGTATTTATCATGACTT CATAATTCAATTACGTTAACGGTTCACCTCCATGCGGCAACCACACTCATCTTTTCCAGT GAAAGAAAGGCCAGCATCTTCAAATTGCTACACCATAACAGGATTCACCTACACAGCACC GGATAAGTTTTTAGCAGTCATCCCTTACTAAAGCTATCACATGGTCCATATATAATTATA AAACCAGTCCACCTAGATGTGCAATAGTTACCCCACAGTTCCAAATTTAAAGGAAAAAAA GTGTTGAACCTCATATCTATGACGTGCCTCTCATCTACAAAGCTCTGGTTGCCAAATCTG AGAAAAGATATAGTTTATCCACTTGGTGATATCAATAGGAGAAATCATCCAGAATTATCA AGATACAGCGAATGCAGTGAGGTTGGAGGAAAGGAAGCACTTACAGTATTGCAGGTTCAG AATTTTTTACTTGAAAATACATTCTTATTAATCCAAGACATATGGTACCACCCATATGTG TGATTGAACCCTGTGAACATGATCTACAGGTTAATGTAAAACACATGAAGATCGTGAGGG AAAATCATGATGACAGGGAAATATCAGAAACAAACTTCCGGCATAAAAATTACACAACTG TGAGTGTTGGGATCAAACTCCGTACTGTTCGCATCTTGCAACCCAGGAATGGATCTAGCA TACTCGATAACAGCAATTTGCATGCCTAGACATATGCCCAGGTAAAGTATCCTGTTTTAC GGGCATATTTGGCAGCAACTATTTTACCCTCCACACCTTTATCACCAAACCCTCCCAGAA CTAATATAACATCCGACCCCAATTAACAGATGAGTCCAACAGATGTCACACATGAGTACA TAAAATTAAGTAGGTGTACTAAAGAGTAAGCTCGGCTATCATATAATGTGAAATTTCCTT TATATGTGCAATGCTAATATATTCTTGATAACTAAATTTCTTTGCATTCCTTAAAAGTAT GCATTTAAGAATACCAATGTAACTTCAAAAATCCATGAAGTTCTGGAATTTTTCTTAAAG AGAATACATCCAAGAATTCCAAGATAATATGATAACAATGAGTTCTCAAATTTTCTTTCT TTCTTTATTATTGGATGGAAGAATACCAAGATACGGGAAGAGCAGTAGTTTTACTTGTCT TGTAAACAATGGCAAGAACAAAGATCAAGTTAGTAGTTTTATACATATCCTAATGTATAT TACCAATTAAATCTCAAAAGAACTTTACCTTCAAAACATTACGATATTCATTTCGTCTCC AGTGAGTTTTAGCAACAATTTCCACCAAAGAAAGACAGAAATAGAGCTCTGAACCTCTCC TTTAAAGCCAAAGCTTGCTAGGTAAGTACGAATGTCGTCTGAATGGCTGTACTTTGATGT CGCTAGCGTAAATGAAGCATAAGAAACCATATTAAGATGGTCAGACAAAAATGAAGACAG AAGATGAAAGAAACAGAAACATATACTGTCTCCATATAAGTACCAATATGTATGTTCCAA CTCAACTTCAACCACAATAAATAATCAAAACACCTCTACATAAAGTAGTGATCAACAACA AATATCTTTCATCTCTCTATCTCCAAAATGTAAGCCTTAATATTTTGTTTTGTGTACAGG CTACAGCTATACAACTTTCCTCAATTACAGGTAAAGACACAAAATTAAAGATAAAAGAAC ATCTGTAACAAATATTAATGAACACAAACCAATAAACAGTCTATCATTTGATCAATATCC TACAGACTAAACAACCATTCCAAGTGATGAACATCATAGTAATCAGGCAAAATAAATTAT GTACAGCAGCATCAATACAATAGAAAAGATTATCATATCTTTCTCCCATCAGCACCAGTC CATCTCGTGAGATACTGGATCCTTTAAAAGAAATTACAACTTCAGTGATGAAGTAAAATA ATAAATTGAACAGAACTTTCTGCTCATCAAAATGCATCAGATCAATGTAAAAGAAACTAA AACTTACCAATGCCAATTGGAGAGATACCTTGTAGAAACTAGGTTAGGTTCAAACATAAA ATGAACAGTCCAACAAGGAAGTAAATTTCATGGAAAAAAGAAATAGAGTTGCGATATTGA AATATTTTATTTGGAAGAAAATAACGATACTAGAATGGAGCAACATACTAGGGAGAAAAA TAGTATCAATTTTCATATAAAGCATATGCCCCCATCATCAAAAGTAGCAAACAAATGAAC ACAAGAATTCATTGAAAAACCTCAACAGGCTGTGACTGTTTTGTTTGTGCAAGTAGCAAA CAAATTCCCAGGTGCAATTAATCGAAACAATAGCACGACTTGCCATCGTTTTGTCACCTA GCTATGATATTATACGCAGCCCACCTCTACTGATTCAAACATTAACAAAAATAAGAGAAG ACGAACCATATAATTCACTTCTCTTACGTGGCACAATTTTCCATTTTTAAGAAACAATCA AAATCAAAGTCTAAACCATGCAAAGGAAAATGGTCACTGGGGGTTTATGAAACTCTGTCC AATTTATTATCTTCATTAACAATACTACAAATCACAACTTACTTATAATTAAAATACTTA CGTTTTTATATTTGAAATAACAGATATTATTACCAAAGAGCCATGTAAGTACAAAGAAAA TTCAAATGGACAGCCCCAGTCTTGCAGATCAAATCATTCTTTAACATTCAAACTAGCTAT GGATAGTAATCTAGACTATTCAAAGCACTAACTAGTTTTGCCTTCCTTCCTCCTCTAACG TGAATTTCTTCGACAATCATTCGTATAAGAACACCAACTGGCCTCAATTTGTTCTGAAAT ATTCTTTAGTTCCTCTCACGTGACACTGTATAAATACTTGCTGCTAGAGCCATTCGAAAT TCTTGAACATCCTTAACCTACACTACACTACCACCGCCAGGGTGGCAACATAACTTATAT TTTAAAAAAGGGGTTTATTAAATTTTCTTGAAAAACAACAATTCCTTTGAATTTTTAAAA AATTCAATCGAGTTCTTGAATTTTCCTTATTCTTTTTTGTGAGAGAATAGAAGATAATGG GAAGAACAGCAAAATACCAATAAAGATCAGGATAATTGATTTAGGGTTTAGTCTTTCAAC GCACATCAGTCGCCGGGACGGTTAAGAGCGGCAATCCGGTGGAGAACTCGCCCGGTAGCG TGCAAGTTCTGCCTATAGATGGTGCTGACTGCTGGGTTTTAAAAATGCGTGCTCCTTTAC AGTTATTAAAACTTGCGTATTTGATACTGCGGGGGTAATTAATACGCACAAAGTATATTA CTTTTGTAAAAAATATATATATTACATTGTTAACGTGAAATTTGTTGTTATCATATAAAA TTATATTTTAAGAGAAAATTATATATAATAGTAAATTAATAACCTAAAATAAATGGAGTA GCTAGGGTTGATTTAATTATGCTTTATAGCAAACGTTTGCAAAAGATTGTTGGGCGCCTC TCTCTCAAATATTCTCGCTCGCCACTCTCCTCCAATCTCTCGCTCGCTTCCTCACTTTTT ATACAAACACAAGTGTATGAAAATTATTTTTAATTGTATAAAGCAGAGAAAATTGTATAA ATACATATATTTTTGTTCCCCTCTCTCCTCTATTCCAGATCTCGCTCGCCACTTTCCCAA ATCTCGCTCGCCACTCTTGCCTTTCTCACTTATACAAACAGAAGCGAAATGTATAAATTG CGTTTTTGTTTGTATAAAGCGTGAGAAAATTGTATATACACATGCATGTACATATATTTT CGTCTTATACACTTATAATTATGCAATAAAAATACTCCTCTGTCAGTTTCTTTTGCCTTT TTCTCTTTCTTGTTTTATACAATTCTCAAATTATATCTAATTTCCCTCTTTCTCATTTTA TACAATTCGATTCAATTGTATATTCCTTGTCAAGTCTTTTTTGTCTTTCTCTCTTTCTCA TTTTATATAAATTCAAATTGTATATAATCGTTTTATACACTTATAATAATACAATTCGTT TTATACAGTTCTCTGCCCATTGTTAGTAGAAGGACTGAAATCACTTACTTTAATTAATGA AAGATTAAATATGATTAGTGAGATATCACAGGGACTAAAACCAATATAAGACAATAACAG GGGGACGAAAATAATTATTTTCTCTTGAAAATATTAAAAAATATTCCAAACTTTTATATT TTATATAAAAGAAAATTTATCATTTATTAATTTCAACTAGTATTTATCTACCATGTTACT CCATTAATAACTAATAACCGTTCATCTTTGCTCTATGTAAAACATGGCAGAAAAAATAAT AAAATATTTTTAATGAGTTATAATTCATCGTGACAAGATTGAATATGTGATTGATGTATT GCTCTTGAGTCTTGTCAATATTGTTATTTTGGTGTAGTTGATTGTTATCAATTTGGTTAT AAAGTTATTTTTTAAGGTAACATATTTATTATAAATTAACAATACAAAGTTAAAAAGGTA TTCATAATAATTTGTAAAACTTACGAATATAAATCATATTTTTAAAAATAATTTAATATC ACTACCAAAATTTATGATTAAACGCATAGTGAAATTTCATTTAAAATTAAATTATCGAGA ATAATTCAAATTAAATTTGAATATTAAAAAATTATTAGACAAACTTCGCATAAGTGCGGC TGATAAACCACCATGCTACGATAATTTTATATTTTGGTTCACGTTTTATTTTGGCAGGCT GAGAAGGAAGCTGGGCTACTATGACATTTGCGAGGCACCAGTCACAAAAAACGGAAGTGT ACTCTTGAATATTTTTAATATACAATTACGATAACATTTTGGATGTCTGGCCCATTAGCT CAGTTGGTTAGAGCGTCGTGCTAATAACGCGAAGGTCGCAGGTTCGAGACCTGCATGGGC CATTACTTTTTTCTAATTTCTTCTCTTTATAACTCTTTACTATTTATTTTATGCATAAGG AGTGTGTATCGATTTATCCTAAGTACTAATTTTGCCATATGGCAATCCAACAAACCAATG AAAGAAAACCTTATCCTATATCTTATCTTACTCACAGCAAAACCACCAAAAATTATTTCT GCAATCTGACCATCCAACTGTCACACTTGTTAGTTTCTAATAAACAGAAACAAACAGCAG CAGAGAACTGATCAGAAAAACAAAAACAAAATGGCAGCCTCTCTACAAGCAGCTGCTACT CTTATGCAACCAACTAAGGTTGGTGGTGTCTCTGCCAGAAACAACTTGCCATTGAGGTCA GCTCAAAGTTTGAGCAAGGCATTTGGTCTTGAACCATCTGCATCCAAGCTTTCTTGCTCT TTGCAAGCTGATCTTAAAGATTTTGCTCAGAAATGCACTGATGCTGCCAAGATTGCAGGA TTTGCCCTTGCCACTTCTGCCCTTGTTGTCTCAGTAAGTTAATAGTGTTTTGTTAAAACT GCTCATTTTTTGGAATGATTATCTTGTCATCTATAGTTCATGTTCCTTTAGTTTTGTGTC CCTTTTTCTTTTGATGTCCTGTGTCTAAGAGAGAAATTTGCAACTTAATCATGTAGGGAG CTAATGCTGAAGGAGTTCCAAAACGTCTAACCTTTGATGAGATCCAGAGCAAGACATACA TGGAAGTAAAGGGAACTGGAACAGCAAACCAGTGCCCTACCATAGATGGAGGTGTTGATA GCTTTTCCTTCAAGCCAGGCAAATACAACGCCAAGAAGTTCTGCTTAGAGCCAACATCAT TCACCGTCAAGGCAGAGGGCGTAAGCAAAAATTCAGCCCCAGACTTCCAAAAGACCAAGC TTATGACTCGCTTAACCTACACTTTGGATGAGATTGAGGGACCGTTTGAAGTATCTCCTG ATGGCACTGTTAAATTTGAGGAGAAGGATGGAATTGATTACGCTGCTGTTACTGTCCAGC TTCCTGGTGGTGAGCGTGTTCCGTTCCTCTTCACCATCAAACAACTTGTGGCATCTGGAA AGCCTGAGAGCTTCAGTGGCGACTTCCTTGTGCCATCCTACAGAGGTTCATCGTTTCTTG ACCCAAAAGGCAGGGGTGGATCCACTGGTTACGACAATGCTGTTGCATTGCCAGCTGGAG GCAGAGGAGATGAGGAGGAGCTCCAGAAAGAGAACGTAAAGAATACCGCGTCTTTAACAG GAAAGATCACATTTACTGTTACCAAGAGCAACCCACAGACTGGTGAGGTGATTGGAGTGT TTGAGAGCATTCAGCCATCTGATACTGATCTGGGGGCAAAGACTCCTAAGGATGTAAAAA TCCAGGGTATCTGGTATGCCCAGCTTGAATCATAGACAGATCTTAGACTTTGTGGATCAT TTCTTCGTTTTTGATTTTGTTATAAGTTACTACAAGGTTTCAACTTTCTATGACCCAATT GGATAAGTAATGAGACAACTATCTTCCTGTATATTATCAAGTATAAGTAATAATCCATTA ACATACTGAGTTGCAAAATGCTGATATGTACTTAGATTTGCTAAGCGTTCCATCTCAAGA AAGTAAAAAGTTGTATGCTTGCCTAGACTCTGATATAATCGTCGAATCTGTCTCTGTATT TGGCAGCGGTAAGTATTGTTGAGTGATCCATCTAATGAGTCTCAGACACTTACCCATCCT GTTGAGAGATGTCAAATACTACTACATCCAGATAAGGCTATGAAATGGTGATCCTTACCA AGTACCAATCTGACAATTGACAAACAGCACGGTTCAATTCACAGTTTTAAGATGGATCTC CATGAAACAGTTATCTCGTTAATTTCATATGGAATACCATTTATCGCAATAACTTTAGAT ATAGCTTATAGTTTTTATATCTATTAGTATTTCAGAAAAAAATGCCTTCTATCTAAAGTT GCATTATTGTCGTTCTCATGTTCTCAAAGAAGACGATCATTTATATATATCTATACATTC CTACAAAGAATAAGCGCTCTGGTGAAGTTACTGGTTGGCTATAGCATATTTCTCGAGCAA GGTTTTGCTTATGAAGAATTATGGCGAGAAGCAATAACTTCATTTTAATTTCACACAAAA GGTCACTCTATAATCTATATAGAGAATGAAGGAGTATCACAGGGGATATCAGAATTATAT GGTGGATCTTAAGAAATATGAAGCTACAAATCATCATCGCTGATGGATTTCTCAATGATG TCAATGCAGACGCCCACAGATTTCCCTTGAGTCATTGCCTCTGCAAGCTTCGATCGTGCC TTCTCGTGGCGTCGCAAAATGAGGATTGTGTTCAATACAGCCCATCTCACCTGAGAATCT GCTTTCTTCTGTGTAAATCCCAAGCTTTTCAGTAATGCATCCAACTGTCAAGCAGGAAAA ATTTATTAGCCTTTGTTTAACATTTGGGGCCATTTGGTTGGGAAAAATTTATCCCTGGAT AAGTTATAAGTCATCCTAGGACTACTTATCCCACCTCATCCTATCACTATGTATAATGGT AGGATAAGTTATCTCAAACATGGCGATCAAACAAGGTACGAAAACTTTATCCCATCACTA TTTATTTCTATATAGAATCAATCATTTTGGTGAAAACTGAACAAATGTACAATATCTAGA GAAAGGATGTAGGGATCTCAGCCTTATACAATTGCATCAAGAAAAAGTAGCAGGTGGAAG ACCGAGCTCTTTATGCATGAAAGTGAATAACAATCTACGATAAATCTAGGTAGGAGCAAT ATTGTTTAATGGAAATATAGCAGTTTCTCATATTAATAGCTCTTATTCTTCTTAGAACAA GAGTATATAAGAACTGCAGTAGCTGTTTATTGCACTTCAAATAGTAAAATTCTCAGTGTA CCATATGATGTCTTTAAATGTCCCACTCAGTTGAGATATGAACTGAGCAAAATAAACCTA GAAAGTTAGATTTTCTTCAGATTATAGGAGGCATAGGAATAACATGAACCTGATTAATGT CAGACAGACCTCCCTCAGCATACCCAAACAGAAGATACTCAGTTGCTACACCTGCTAGCG CAATACATGAAAACCTGTTCAGCATCTGTTAGAAGTGCATTATTAGTGAAGGAATCATAT AACAGGTCACAGAAATAAACATACGTGATAATTATGACAGAGATCAATACCGTGGCTGTT ACTTTTCCTCTATTTACCTGCACGGCAATGAATCAGGGTCAAACTAGAAAAAGAATAATT ATACACAAATCATTATTGCCCAGCCCAGAAAGCTTAAAGGAGAAGAAAGAGTAATATTCA AGGAACAACCAAAACTGAAAAGCTTTACTGGAGGTTAAAAAAATTGATAGGAGACTACCT ACTTCCTCAATAAATTCTAAGTCCACAAAGGCTGTTCCTGCTTGGATGTTCAACGATCCT TCCTTCTTCAAAGCATCCAAACTGGTGAGTGTATACCCCTTGGGAAGAATACCCAGCAAG TAGGCAATCAAGAAATGCCCAGCTTCATGCTAGAACAGAATTGGGGAATCAACAGCTTGT TACAAGACAAGTCACAGAAAAGAAAAGCCAAACTAATAATGATTTTCAGAAAGAGAAAAG TAGAGGTAAATGATAAGGAAATTAAATACTTGTGTATGAAGGACATTGCAATTAGCAGGA ACATGAATTATTTTTTTTTTTTGAGAAGAAGCAAGAAAGTGAAAATGAAGAAACAAATTC TGAATATCAATCAATCTGTAAGTCTTTTGCAAGATGTTACAATCAAAGGAAGTTGAAAAC TAGAACCTATTTAGTTGTTTTTTCGAGAAAAAGTTGAAAACTAAATACTCTGTAGTGTGT GTTCGTATGTGTAGGTGAAGAGAGGGAGACAGAGAGAGAATGAGAGTGATGAATCTCACT TGAATAACCCTGTTATGGTACTTCTGACTGAATGTATGGCCAATTGTGTCAAGGACCAAA GTACCAACTCCTCCATTGAAAGAAACCTATGCACAAATATGGATAACTCAGTTATCATGT TTGAAATGTCTCAGAACACATAACTCCATATTTTACACTTCTTACTTTCACCTCTGTTGA CTCACTAAGTAGACTAACAGTCAAATATACATAAACAAGAGTGTAAACTGTTATCACAGG GTTAAGATTGTTCTCCTTTATATTCCTGAAATATGACATAACATGAAACTAGCAAATTAT CATGACCATGTCCCCAGTGTGATTTTCAAACGTAGAGAAATGGCAACACGGGGAAAGAAA AAGTGTTTTTTATCTGGATATGTCAATAGTGACTGTTTCATGAAAGCTTAGTTCTTACAG AGTGATTTCATAAATTGACATGCATGTGATAAGTTAGTCTTTGACAACCCTTTTTGGAGT AAAGCTATCGCAGCACTATATTGGAGACTTTGCTCATATTGGTGATTTTTCTTATGTCAG TTGGTATTCAGTTCTTGCCCTCTTCTGTTGTAGATTTTCTTTTTAACTTATCTGTTGTAG ATTTATCTCTTTCAGAATATCTTCTATAAAAGAAAATTAAAGCTGGTAACTACTATAAAT GCGGTTTTTGTTCCTAGCAATTTGTTTAAAGTAAAACTAAATTTTGAGTTTCTATGGAAG AAAAGCAGCAATCAATCTTGTAAAACTCACAGCAAATCAATTGCTTGGTGAATAACATGA CTCTAACCTTCGGAACAAATTTTCAAGAAGTTTCTAACGAAAAGATACAAAAATTGCTCT ATGAACAGCCATAGAGAAATTCCAGAAGACAAATTGACAGGCATCTTAAGAGTTTACCAA GTCCAGAGTCCACAGAAACAGAACCCCCAGAGAAACAAAAAGGATCTGTTGTGGGCTCAA ATCAAGCGCATACCATGCTGCAGAACCACTTAATATAGCAGCAATTTGCAGATTTCTTTC AATTGCTCCAAGGGTAGCATCAACTGGTGACAGAAGAGATATGGCTTCTATTCCATTCAA CTTCAATTCATCTAAGGAATACAGCCTCTGTGGTACCTGCATGAGCCTACACATAAAGTT AAACCAGTTTTCCTACATAAGCTCAGAGAAACAAGGCAAATGTTTCTTCAATAAACTTGT AAACTTAAAGCAGATTTCTGAGAATAACAAGACCAATGTCTGTCCAATAAAATCATAACG ATTAATTATTCAACCTAACTAGATGTAGTTTACCACTAAGCCCGGCTAATCACTAACAAC TAAGTAAGATTTCACCCTTTCTTACAAACCATTTATATCTCTATATATAACTAAAAACTT TATAACAAATGCAAAAAGATTAATCAACAAAAGGAAAGTAGATTATACTCATTTATACAA CAATGCCTTAAAATCAGAACAACAACGTAGTCAGTGTAACCCATACCAAAGCTGTGCCAT CAGCTTAAAACTATGCAATAGGTAGAATAAAAACAGTGAAAACCTATCAAACGTGAATTT GTAGGGACTGTGCCTACTGAATTGATCCGGATGAAGAGAACATTGCAAAAACAAACCTGT CTAGCAGCGCCAAAACACCGAAGGCCACCAGGTTTTCCCTGCAAATCCTTGACAAGAGAC AAAGCAGCCCTTTCATCTCCCTTCGTCAACTCCTTATCCACCTGTTCCAACACCGATAAG CCCGAAACTATCCTTGAATTGCTCGATCGTAACTCCGAACAACATAGCAATCCACCACAA TATGCAGCAATACTCCCCATTCAACAAACTACAAACTACAGAATTAATGTATAATTAATT AAAAAAAAACAGTGAAATAGACAAGCTTTCTACAGTTTCAGCCACGAGAAGATAAGGCTC CCGTCGTATTTGGGTTAAAGTTTTTAGGATAAATTGCACTAAATATCCCTGTCACTCATT TGTAGATATGTTTATAATATTTAAGATCAAATATATTTAACTCCTGATATTTTAGACATT AGCATCATTTTAGCTCTTCAAAAATAATACTCCTTTCAAATTCAATATTAACTTTACACA TTAGCGTCATTTTAGCTCTTCAAAAATAATACTCCTTTCAAATTCACTATTAACTTTACA CATTAGCGTCATTTTAGCTCTCCAAATATAATACTCCTTTCAAATTCAATATTAAAATTA AGAGTTAGAATTTTATGTTTAGCAACCATAAAAATTATATTTACGCCCTATAATTTGCTA TAGATCATCTTATTTGTATAAATTGCAGATAGCTTGTTTGAATAAAAATATAATAATTGT ATATCATTTTGGTTAGATAATTATATATATGTAACTATTTTGTATATGTATCAATGATTA TGTTTGTATATCCAAATTTGAATTGTATATAATTAAATCGAATTAAAACGTATATGTATG TATATTAAATCTCTCTCTTGCTTTATACAACACAAATTATACGTTGTATTTTGTATAATA TGTGTTTGTATAAGCGAGAAAGAGAGAAAGGCAAAAGAGAAATTAACATAGATGTATTGT ATAATTATAAGTGTATAGGACGAAGAGATATATATTTGCATTTATATATACAGTTTTTTC TTGTTTTATACAAACACAATTTATACATTTATATTTGTATAAGGTGAGAGAGACAAGGGA GAATGGTGAGTGAGATTTTTGGAGAGAAAGGTCAATGATAAAATGTTTACTACGGATCAG AATAAAATGAAATTGCAGTTATAAAATTTATTTTAAATAAATAATTAGCTATTTTATAAA ATTATATGCCTAAAAATCACAATATTTGATTTTTAAAAAATCATTCAGTAAACTGTGTAT CTTATATTTTATTATTTTTTGGAAAAATGCACAAGTTTCCCTCAATCTATGCCCGAAATC TCAAAGACACACTCATACTATACTAAGGTCCTATTACCCCTTGAACTTATTTTATAAGTA ATTTTTTTTATCCTTTTTTGGCCTACATGACATTAGCTTGAAAGAAAAAGTGAATCAGCG TTGGATCCACAAGATAGTGTCACGTAGGTCGAAACGGAATAGAAAATTATTGATAAAATA AGCTCAGGGATAATAAGACGTTAGTATAGTGTAAATATGTCTCTGAAATTTCAGGCATCC GTTAAGGGGTAATTGTGCATTATCCCTTATTTTTTTAATAAACGCTAAAATAACTAAAGG CAACGGTTAAAATGAGACCAAAAGTGTAAACTCATATAAGTCAATTTAAGCTAGCGTTTG GTCATAGATTTTCAAATATTCTTGGCAAATATTATTTGAGTGAAAATTTGGGTGAAATTT CACCATGTGTTTGGCCATAAAATTTGGGAAATATATTTTACCTTTTTAGAAAAATATGAT TTATACACACAAGTTTTAAAAACGATCAAAATTAACTAAAAGTTTGTAATACAAGTCAAT GAATGTTCGTTACAACAATAACAAATAATGTCCATGACACTAAAGCAATGTGGTAATTTG GAGTGAGTGCAACAAGAATTATTTCATACATCGTGAAGTAAACAAAGTACATGACTTTGT TACCTAAAGCCAATTTTTAATAATTTTCATCAACAATCATATCATTATTTAATATTCACT ACATATTTCATCACTATTTTGATGTTCGCGTAAAAAATGATGTAATACAACGCAAACAAC TACTAGAGAGGGTGTTTTTGTAAAAGATAAAAGATTGGGGTAAAATTTTAATTTTTAAAA TATCCCAAATAATGAGATTTGGCCCAAATACTAGAAAAAACTAGTATTTGGAAATTTTGG GATATTTGCCAAAAATATTTGCCAAATAATGGCAAATTGTATGGACAAACATTATTTGCC AAATTTTTTCCAAATATTATTTCTTTTTCTTTTTTTACATATTTGAATTACAATATGTTT CTATTAGACTCATATTTTACTCAAATTTTAAAACTTTTTGATGTTATTAAAAGCTCCTTA AGCTAAATATCTTTCTCTCTTAATTATATAGCCTCCAAAAGTGGTTAAACTTTAGTCCTG TTTTGGTTGATGAACTTTTTTATACTTAAGTTAATTTTATGTTGGATAAATGATTAAAAA ATAATCTCTCTAATACATAGAATTTTAAATTCACTAAATTTCTTAAATTTTCTTTTTAGT TGAACTAAATAGAAAATTCTAACACTCACTATTTAATATTGAATAAAAAAGATTAGAGTA ATAGTGATTGAGACAGTAAAAAAGGAAAATTATATAAGATAACGATCTATTAGTTTAAAT TAAATATTATATTTATAATTTATTCGCAACAAATATCTTATCCTTTTATAATCTAATTTA GTATACAATTAGTCACTTTTAATATATAATTAATCTATAAAATATGTTTGTATCTCAGAC ATAAGTAAATATATTTTCATCTTAGACACAATATCTTATCCTTTTATAATCTAATTTAGT ATACAATTAGTCACTTTTAATATATAATTAATCTATAAAATATGTTTGTATCTCAGACAT AAGTAAATATATTTTCATCTTAGACACTTTACCTTTTAAAAGTTTCTCCAATAAAAAAGG TATTGCTCCAGCCTCCAGTGTCCCTAAGCATTTTTTTTTTAATTTAATTGTTTTTGTGCC CTCTTTTCAATTTTGCCCACTCCATCACTTCTGCGGATTTCTTTAATTTCTATCGGAAAT TAGGGCAAATTCTTTGCTTAAGTCTTCGAGAGAAAGCATCCGAGGCTTCTCCCTCTTCTA CTTGTGGGTTCAGGTATATTCGACCTTCTGTAATTCCTCTTTGACCAGTTCTTATGTGAA TACAGTTTTTTGGTTTTGGGTGAATTCTCAAATTATCATACGAAGAGGCAATGAAAATTG CTCTATAAGTTGATTCAGCTCTTAGAAAATTGGACAATTTGCTAAAATCACATGTTTCAG AGAATTTGACCTTATTCTGAAAGATGCTAATTAACTACTCTCTTGTTATTATATACTTTG CTTATACTTAGATGCCTAAAACAGAATTATATGTTCCAGTTACTTGGAGAATACATGTTC ATTGAGGAGTCACGTAGATTGTTTATGGATTTAACTTGAATCTATTTACCAGTTTGACAC AAAACATCCAAAAAAAAATTGAAAAAAAAGGAAAGAAATCGAAAAGATGATCATCAGATT GGAACAGAAATTTCGTAGGTAGTTGTGCAAATGTCTTAGCTGATAAACACACATATACTC GGTTTTAGGCAACAGATTAAAAGAAAATAAAAAATAAATTAAGAACTAAGAAGAGAATCT TTTCGGTGCTCTCTTAATTTAGTGTTTACTTCCCTATTTGGGAGGTTTGTGGGGGCTGAG GGGAGGTGTAGCCTGCCATGAATCCCATTGATCTATAAACAAGGACAGCAGACATGAGCC TTATCAGGATGACAACAACAACAACGTACCCAGTGAGCCTTACCAGGATGATTAGTTCTT AACGACAGTTATCGAACTTATATTTTCTTTCAATCCAAATCAAAGTTAAATTGAATAGAT ACTCATGTCTTCTTTTGAAATGGTTCATAACCAAATTTTGTGTAAATTAAGCTTGAAACT TTATTTGGAATTCAACAAGTTAATGGATTAGTATATGAGTGAAATCTGGAAGCGTAGTCT GATTGTATCTATAACATAGCATAGTCGGGTGTTATGCCTTCAACAAATTGGTGTATCTTT ATCCTATCTACTTCCTGATGTGGTTAGCTGTTTGCTATGCTTTCTCCTTCTTTTTTGGGG GGGTGGGGCGGGGTGGGGCTGTGTTTTGACTGAATCCTATAAATTGATCTTAGCTTCCAA AAAAATATGCTGTGTCATCTTTTATCATTTGTTTCTCAAGTAAGTTTGTCACTTTTTGTT GTTACTAGGAAATACAACTCTTCGATACTCTTTTAGTCTGTGCCAATTTTTCTAGTTTCT TTCTTACTTAAGTTTTATTTTGCTGTTACTAGGAAATCCAATACTTCTATACTATTTTAG TTTGTGTCATTTTTCTCATTTCTTTCTTAAATAAGTTTGTGACTTTCTGCCGTTACTTGG AAATCCAACTCTTCTATACTCTTTACAAGTTTATCTTAACCATAATGTAAGTACATACAT GGATGTAGTGAACTTGGCTTGAATTTACCCTTTCTTTTTAGTTCTCTTGACTCATTTTAA AATGACTGTTAATTCTGCATTGAACTTAATGTTGTAAAAGAAGGAACATCATTTTCTTTC ACTGTGAAGTGTGTGGACATGGGTTAATGGTTTTGGTCAATTGCAAATGCATTGTTTTCC ATTACATAAGATGTTGGTCACTTTTGGTCATGTTAACATAGTTCTAAATTCAATTCTATT TTTGTGTCTTTAGTTAGTCTACTTATAGTCAGTGTTTAACTTACTTTTAGATTTCAACTT CTTGTAGAAGTTTAATTATTTAGTTGTATTTTCTTAGGAAAAAGTAACAGATCCTTTTAA ATACTCAGTTATTCTTTAATTCTAGAGGGCGAATAGTCATTGTCGGAGCATAACTGATAG ACGTTACCCCTACTGTTGAATATACTGGACAGGTTATTTGCAATTGTCATGATTGATAAA AAAATTGACAGTAAAGATGTGGAAGCTCTACAGCAGAATGGAGATGAGAGTAGATCTCTT CAAATAAAGTTTCTGTTTTTCGCCCGTGCTAGAGATCTGACTGGCATGACTGAAATGCCA TTGGAAGTTTCTTATGGTAGTACTGCCGGTGACTGCTTGAATAAGGTCATTTCTCACTTT CCACGGTTGGAAGAGATACGTGGGTGCATGCTTCTTGCCCGGAATGAGGAATACACAGCC GAATCCACCACTGTTAAAGATGGAGATGAATTGGCCATTATACCTCCTATTAGTGGAGGC TAACTCAGTTCCTGAACTGCAATTATCGGAACTCTATTTTACTTGTATTTATGTGTGTGA TCATATTACTAAGCTGTGTTATTTATTCCCTAATAATACAAGAACAAAATTCTCTTGCTA AAATCATTGAATCTGCAATGTATGGAATACTGAGAGTGTGTAGTAACAATGAACTTAGCT CACTGCCCAGTAAATGGCATTCATGAAAGATCCTAAAATGTTCTGTCTAATGGAACCTTG ATGGATTTGCAAAATTTTTCCTTGCCAGGATGACCATTATCATAAAAACTATATCATACA AATGAGAAATCTATTCCCATACAAAAAGTAGAGGTTCGCGATTCAGTTTGACTAGGAAAA GAAACAAATTTTAGTCTACTTTCGTAAATCTAGTCAAGTTGGACTCTACTTTTTTTTAAT TAAAATCGTAAGAACAACTTCATTAATGACACTATATTTAATTGGCTCTACTTGTAATTC TCCATTTCCAATATGCAAGTTGTTAATAGTGAGAAATAGAAATTTCCTGTAAAATCAAAT AATTATTGTGTGTGAAAAAAGAGAAAAAGAAATACTAAGCTAAAAAGAGAAGAAAGATGA GACTTAAAAGTCATAAAAATCCACCGCCACCGCTTCAATTTTGTATCCCCGCAACCACTG AACCTGTTTATTTTGGAAGCCAGACAAGATCGTCTTGCCCCAAATTAAAAGCTTAACAAA AGACATTAGAGGGAAACATCATCTTTTTCTCATTCACACGTCACAACTACCTCTTCTTAT CATTAATTTTTTTTCCCCAAAATTGTTTTCCGTTTTTCCTCTGTTCGGTTGCTTCTTCCT CTTTGATGTAAACGTGGCATGGCATGCGTAGCAAGTTGGAATTGGATATGACAAACATCT CGGTTCATTATATTAGCAAATTTGTGCAAGTCTCTGGCATGTCTGTAACGACATGGATGA ACTTCCAGGGGCTTTGGGTTCTAGTGGCAGCTTGGCTTTGAGATTAGGACAGGCTATCTT CTCCGTTGCTTCACTTCTATTCATGTGTTACGATATTCCGTTCTATAGCTACACTGCTTT CTGGTAATTTTCTCTTTCTCGATTTCCTTTTTTTTATTTATTTTGTTTAATCTGTGTCAA TTTTTGAATTTTTGCTACTTTCGTTTAGTTTTAGGAGATTTCTGATCGGTAGCCTTCTAT GTTGATGCATTTGTATGTTACATGTGCATTTCGTACTTTATATGGTAAAGTCTTCACTTT TTGACCTAGCCCTGCAATTTATGATAACAACTAGGTATTTTTTAATTGCTTGATGGCCAG AAGAAAAACTAGTTTAACAGCTCAATTGCCACTGCGGACTGGAACTTAGTTGAAATTAGA AGGTAGAGTTGACTGATGATCATATAGAAAGGAGAACAAGAAGAACGAAAATTGAATTTT ATGTTTGAGTCTCTTTTTTGGTTGGAACTTGGAAGATTGTTATGTTATGAAATGTTGATG ACCACAAAGTGAGTGGCGGCAGATTGCTTTTAAATTGAGTAGCTAGAAGAAACTATTAAA TAGATATGGAGTAGGTGAATGAGGATTAGAAGGAAAAATACAAGGGGAAACTAATACTTA AAAATAGACCCAAAAAAAAAAGAAAAGGAAAGAACAAGGTGAAAATGAGTAAAATAGGTC AATAAGATAATAAGCTTCTGCAGGTCATCTGGATGATGTTGTTTGTGATATGGAAGAACA ACTAGCTGTTGGAATGTCAGCTGTTCTTTCTCCTGGAAACGTTGTTTGTGTGACTTCGTT CCACGTGTTGATCCATTTACGGACTAGGAAAGTCCAGTTTTCAATTTGGCGGTGACAACT AGTATGCATTTATAGACGAGCTTGATACGGTTCAAATTTATTAAGAATGAGATATATCCA CCTCTTTTTCCTCCTCCTCCTCGTCATCATCATTTATGTTTCTGTCGTAACGTATATTAA CTTCATTTGTCGCGTGACGGTGAGGCACGAGACTCATTGATCGAGATAGATCCACCTCCT TTCCTGCTTGTCATCATCATTTAGGTTTCTGTCGTAACGTATATTAACTTCATTTATCGC ATGAGGGTGAGGCACGAGACTCATTATCGAGATAGATCCACCTCTTTGTCCTCCTCGTCA TCATCATTTATGTTTTTGTCGTAACGTATATTAGCTCCATTTGTTGCGTTAGGGTGAGAC ACGAGACACATTGATTTAGATAGATCCCCCTCTTTCTCCTCCTCCTTATCATCTTTTATG TTTCTTTTGTAACGTAGGGTGAAACACGAGACACATGATTGAGATGGATCCACTTCTTTC TCCTCCTCGTCATCATCATTTATGTTTCTGTCGCAACAAATATTAACTTCCTTTGTCGTG TTAGGCTGAGACACGAGACACATTGTTTTTTGGTGTTTTATTTGCCATTTGCCGCATATA TGGTCTCTGTATTTGTTGTTTTATTGTTTTGGCTAAGCGTATCTTTCTTCTGTTTAATTC GTTAATAAATCCTGGGTGGGCGGTTATCTGTAATGTATTTACCGAAACTTTGCCAGAAGA AATAGTTACATTCATGGAACGGCTGCGTAATGATTTTGGTTGTCAGTCTCCATGATAAAT AGGTGAGAGAACTGACAGCTATTAAGTGGTGCTTTACATGACTCATTGAAGTTAGCTTAT GTATACAAAAAGGATATGAAGATGAAGCTAGTCAGATGTAAATGTTGTGATTGATTTTCA ATGTTACAGTGTGGGAAGCAGGGAACAAGTAGTTACATATACTTGAGATCTTGTGGAGTG TATATACAATTGTGTTGTTTATGGTTAACATTTGGTAGCTCTCTTATCTTCCAAAGAACA TTTGGAGATGTAGAGCTAATAACAGCTTTTACTTATACTGTCTTTGGCGTTAATCTTAAG AGCTGCAAGTCGGAAGTGTTTTTGGAGTCAGCATTTCCTTATTTGTTACCCATTAAAATA TCATATTGAACTCATGTTCTTGTTCATTAAAAATAATATAGACACATCATCTTTAAGGCT ACAGTTCCGTATTACTATTGGTTGATGATGATATCAGATCATACACTTGTTCGTCTCTTT TGTTTGTAAGGTGCTATTCCTGCGTTTCTTCTACCTATTTTGTTCTTTCAGGAGTTGGGG TTTCTTGCACATAGTCTCACGAACCGCTTTGGTCACAGTAGTAATAGGTATAACCAAACA AATTATAACTGATGTAATGAGTCATTTGTTGATATGGGGTTGGGATTGCACTTTATGATC TCATTCTTTGCCCTTTTACAAGAATCCCAGTATTTGCCAACAGATGCGTTAAGAGCCAAT TTGCTGCTCATGGTTATTCTCCTTAAAACAGATTGTGACGGAAATAAATAAGTTATTGCG CTGGTACAGAAATATTTAGACATAAAGATGTATCAGAACATTATCTTCTAGCTGTGAAGA TGCAAATTTATGTGCTAATTTACCTACTTCAACTTTTGTTGCTTGCAGCTTTTTGGTGAC AGTAATGGGTTTGCTTATGGCGTGGAGCGTGACACTAGCAATGGTGGATGCATTCTCAGT TCTTATTAAACTCCCAACTCGCTTGCCTGGAATTCTCTCACTTGTCGTATTAGGAGATTG GGTATGTACCTTGTTCCTTATACTGAAAAATCTACCTTATATAATCTTCTTCTAATCAAA TACCATCTCGTTGTCGCACCTAACAGGTCCTGTCATTTCTAGCACTAGCAGCATCATGTT CAACAGCTAGTGCGGCTGACTTTCTTATTCATTCTAGAAGCTCATTCTGCGAGGGAACTT TATGCACGCGTTACCAACTCTCGGCTACCATGGCTTTCTTGGCTTGGTTTCTGACATTTT CGTCGTCCCTCTTCAATCTTTGGCTTCTTCCCAGCTTAAACGTTTAGTACTTATATCTCT CTGGTGCAATGTGAAATCGGGAATAACCCAGAGGTAATTTGTATATGGCACAACTTTCGT ATAGTCTGTTGGAGTTGATATAAAGTTAATTGTAGATGAAGCATAAAGTCGAGAATAAAA GATGCAATACTATAGAAGGAAGTAATACCAGTGATCCATTGCTGGACTAAATGTACAAAA TCTACTTTCATCCTTGTTGCGTTAGTCTATTATATGGTGAAAGCAGTTTAAATTAAAGTT TCATGATTACTTCTTACTTCTATGCTTCATTTTATTTTAGGGGTTGTATATTTGCTTCAG CATTTCGTCTTCACGCAGGGTTGACGTTTCTGAACATGAAAATACAAAGTTTCCCAATTT GATCTGAACATAATTTCAATAGGTCATTTCACAAAATTAAAGTTTATGAATCCTGAGCTG TATCTGTTTTGGAGGAAAATACTATGTATACCTTTAATTTAATCGTGTGTTAAAACAAAC AGGCTAACCTTTTCCCAACAAGCACTTTATAACCTTTTCCATATAGTCCCCTATTTAAAT TCAAAAATCATTTAAAAGTTGATGATTAATTATCATTTCATGATGTGACAGCATAAATTT AATGAGAAATTCATATACATTGGAACTTATTTAATCCACTCATTTTGGAATTAAAATATC CCTTGATCTTAATGATGTGACAGAAACAATGAGAATTTATATATTGTGAAACTTATTTTA TCCACTCAATTTGGAATTAAAATATCCCTTCATTCCATCAGATGTGACATTTTTTTTGCT TTGTAGTTCGGCGCTATTACCTTCAATTAATCAACTATAGTTCTATAATTAATTGTGTCT CCATTATAATTAGAAGATTCTCTAATAAAATTCGAATTTGACTTAACAGAAAAGAAATAT TATATATAAATATATAACTATTTGATCCAGAAAAAAACCCAGTACTGCTCTATGCTTTTT TATACAAATAAATAAATAGATAGCGTATCCATAAATCATGATTGTTTTTGTATTAGGTTA AGTAAAGTAATGCTTCAAATAATTAAAAATTGATTTATGGGATATTTGCTTTTAAACAAG TCTTTTTGCTCAATCCTTTCTCTAAAGCAAAATACCATCTCCGTTTCAAATGTAAATTAA TTAATCTTAAAAATTACAACAGATAATTTTGAGACGATACTATGACTGTGTCAACGAGAA TAATGCAGAAGATTCCACATTATTATATTTTTCAAACTTAAATTCTGTGCATTATTCTCA TGAAGTAGGGAAGAAATCATAAACACAGAATGGGCTGGCATTTTGGTCCACTAAAAATCT CAAACAAGTGCATTACTATTACTAATTAATTCCGTGTTCAATGGATTACGTTAATTAATA ATACAGAAAGGTGTTATTTTGCCGGCTGCTGCACTCCCTTTTTCATTTTGTCAATGCCAG CTTTCATCAAGCCATAATTAAATTCCACTCTTTAAAAAAAAACAAAAAATATATTTGTCT AAAGTTTCTATATATTGTTATTAATTAATAATATAGCAGTGGAATATTATACCTCTAAAA TCATAACACAACATTTATAATATATCTCACGAATAGAGTCTAAAAAGGATGAAAGTACTA ATATACATACACATAGCTTATCCTTTTTGTGAGACAGAAATATTGTTTCAGATAGACCTT AGCTTAACCTTACTATCAAGATTTTGGGTGTCAAAATAGAAGATTCAAAGACACGCGGCT TCATCAAATAAAAAAAAAATGAAAAATTATTTAACAGCTCGATCAATGAGATGCACGTGC ATTGCATCGTTCAGTTTCTGTCACCAAAAAATTTTTTAAAAAAATTATGAGCATCTGTTT GGGGAAAATAATACAAGCATCACATTGACATGCATATATATAATAATATATTTGATTGAA TGTTTATGAACCAATTATACTTAGTTGATTTGGTGTCATGTTTTTAGATTTCAATCTTGA GTCTATTTTGACAAGCTGTGTGTTGTGCATAGTTTCTTTCTCACTCGGCATCACAGTTGG GATATATATAGTCCACTTGTAATCAATAAGTAATGTTTTTCTTATTTTCAAAATTATATT AGTAAATTAATTTGACCAACTTAATATTTTATATTTAAAAATTTAAATATTGATGAGTAG TACAACAAAGGACTATAATAACTTTTCTTACATTAATTTGATGAGAAAATATATTTTGAA ATATTAGTCAAAATTCATAACATTTGACTCTTGAGAAATAAAACATAAACTAATATATAA AACCTAAGCAACCAACATTTCTAACAAAAGCTTAATCAAGCTCTCATCACTCAAATATGA GTATTCAGTTTTTTCAACATTCAAAATAATGTAAGTCTAAAATGAAACCAAACTAGCTAT TTACCCAGAGAATGGTAAAATTAATAATAGGAATATATTTACATGCTCATTTATTATCAA ACAAACAATTGAATGTGTCTTTTCCTGAATAATGTGTAGCCTCAACCATTACCAAAAAAA AAAAAAAAGCCTCAACCAATACTCAAAACCAGCCACTGATCAATTTTTGTTTTGCACATT AATTTTGTTGTTGGTGACGGTGAGTTTTGTGGGGGTGGAGTTGGTGGGAGAATGGCCTTA AAAGTCCAAAATCAAAGAGGCAAAACCATGTGAATATTTGCCAATTCTGGGGACCTAAAA AAGCGAATAGATGTTGGACTAATTATGTCTAAAGAAAAAGTTCCCTTTTTAAAAAAAAAA AACTGTTTCGGTGGCTATGTTATGTGGAGGGAAGCTTCATAGTCCCAACTTACAATAATT ATTTCTATAACGCCAATGATTATCAAATCACATTTTCAATCTTTGAAACTATTTTTTTAT GGGTCCAAAAGAGAAACCCAAAATCTATATTGTAATAACTTAATTAAAAGAATAAAGTTT GGAAAGTAATTAATTAACTAGAAAAAAGAGAAGCAGGTTAAAGCTACTCATGAAATGTCT TTTCTATCAATCCATTTATATACAGTACGTAACCTTTTCCTTTTTTATAGTCTATTTTAG AAAAAAGTAAAGGAGTTTGTCGCTAGGTATTTGACCAAATAGGATCGTCCAGTTCCTATG GAACCTATCACTAAAATACCCCTAGAGGGTGGATAAGGCTAAGCGGAGCGAAAAGGGCGA TCCTTTCTGTGACCCGAAATGAACTTATTCTCTCTTCGTCTCTTGCCTTTGAATCGGATA TTCCGATGAAAGCGGATTCTCTTTCCGTCCCTCGTCATCGAGAGGAAGAATCGCTATCTA TCTATATTATATTTTGGTAACTTCTTATTTTATTTTGATATATAATCTTACAATGTCTGT ATTTTATAAAAAAAACTTCTCTTAAACACCACACATCGTGAAACTGTCATAAATTATTTT TTACTAAATTTGAATTTGCATCAAAGATTTCTCAATCACAACATTTCTAATTCAAGATAA AAGAAGTATTTAACACTCGTTAATGACAACGAATTCCAATTTTGTATCTTTATAAGTCCG TAAAAGAACGTTAACATTTTTTTAATGCCATAGAACAATTAAATACTCGTCTCAACACTA TAACAAAAATAACTTTTAACATTAATAAATAGTGTTAAAGTCTTTATAGACATTAGTCAA GTGTCATTAGAACCAATGTCGTTATAAGCTTTAGTGACATATATAAAGAGTGTTAATTAT CGTTAAAAATACATATTTAGCACTAATTAAGAATCAATCGACGGTAATAAATTTTTTATT TTTTTTTAATGTAGTGGAACGTACATTGAGAAAATATTCTTACAAGAGTTGTCATGATCT TTCTTAATTTGATGTTAACCTTCAAATAATGCCAACCAACTTAAAGAGGAAAAAAAGTAG TATTTCTTAAGCAGGAAGGGAAGGGGGAGAGGGAAAAGAGAAAACGAATCTCTTTATTAG TGTGCACTAAGCATGTGTTTCGTAAGCAATAAAGGGACAAAATAGGAAGAAAAATTAAAG CGACTCTTTTTCTTTTTCTTTTTCTTTTATATTCAACAACTTAAATACTACTACTACTTG GTATTTTAATTTTTAAAATGACCCAAGTCAACCAATATGAAAATAATGGCTTTTACTTTG TCTAACCTTATTTTTGTCTTTAGTTTGATTTTAAATTGAAATGTTAATTAATTTCGGTAT TTATATTTTATATAGAACTATTACATCTTGTTTGGATGGTTGTCAATTCCATCATATCGT ATTAGTTTTAATACGATGTTTGTTTTTGATTATTACTTATCGTATGGTATTATATGAATC CATCTTTTAGGTAACATGAAAACACTAATTTTATGTAGCGAATGGAGTCTGATTTGATGT GATTCTATATTTATCTTAATTTTTTTTATTTTGTCTTTAATTATTAATATTCAAATTATA GACGTATTATATTATGTAATGATAGAAAATATATAATATATTCAAGCATTATATTTATTA AAATAATACGAGATATATTATGAAATAATGCAAACCAAATATCCTATCAAAGGGTTAATA ATAATAATATAATATTTATCATAAGATATTGAATAACTTGATATGCCTAGTCAAAGAAGA CAATTATTAAAAAAGAGAAGGAAACATAAACTAGGAGACAAAAAAATAATGAGTAAAGAA TGTATATTAGTATTATTTTCGAAGGCGGGAGGAAATAGAAGTGAAAATTAGAAAAAGAAG AAGAAAACAAAATAGAGAGAGGTGATGGAAGAGTGATACAGTGTTTTGTTTTGTGTGGAA CAGTTAGTAGAAGGAACGATTCAAAACACCACAACAAAAAAACAGATCATTACATGTAAG CTCTTGTCGGGTTGTTGCTAATTTATTTATTTATTTATCTACACTCTCCTGCCTTCCTTC ATTTCCACGTGTCTTTTTATTCACACTCCTCTGTTTCTCCTTCACCTTGCCACGTCCCTT TCTTTTCTTACCTATATTACCCTTCTAATCTTCCCATTATTTCAGCTCAACCGCCCGTAC CTTCTACTTTAGCTTCTTTTTTTTTAATTTATACTTAGTTTGACTAAAATAGACAGTCCA TCAACTAAATTAAATATTAGCTAATTCACGAGATAAAAACAATGGTTTAATAAAGAAACA TGTATCCACAATTATACGTAAGAAATATGGTGTAGTGATTAATGAAGTGATTAAGAGTTA TAAAATTTAAAGTTTAAATTTCATTAAACACACAAAAAAAATATTATTTCGTTCATCCTT GTATTGACGGATAAAATTGCTTGATAGATTTTATTAAGTTATAGATATTTTCTAAAATTA GTCGAGATGCGTCAAAAATTTATGTAACCACAATCAATGTTGATCATTCTATTTAATTAA TGTATTAATTTAACAATTAGTCCAAATTAGTATAAATGTAAGAGTTCATCATTATAGTTA ACAAATCTTCCAAGGGAATAAGAAGAGACAAAGGAAGAAAGGAGGGAGGTTCTATAATTA ATATAAGAAACAAAAAAAAAAAATCATACCATAATCATAATTGAGTTTTCCCTCTTTTAT AGTAAAGTAGGCATCTTTTTTTGGATACTAATTAATAATTTGAGACATGCATCCTTCATC TTAATTGTATGCATAACAGTATGAAAATTACGAAATTGAATAAAGTAAATATATGTTACA TCATATATTTATCGAGCCATGCATTTAGGCGGTGCATATTAATCGATTTAGAGAAATTTG ATCGTTGTGTTTATCAATTCATTTGCGATCTAGATAAGTTATCGCTGTCCCGATAATCTT TATGTGTTGGTAGAGAAAAATTAGTTGGTGGACTGGTAACATGTATGTGTGCTTATATAA AGTATATAGAGGCAATTTGCCAAAAAAAAAGAAAGTGATGAAAGGGTAAAAGAAAAGGGA AAAAGTGTCATGATAATCTTCTTTGAATTATTGTATAGTAGCCTTCAAATATCATTATCA AGATGCACAGGTTACTTGTTGATCTGTTTGTAGTCATCTCATCGGTGAGAATTAAGAACC TTCCTTTGCTATTTCTTTCTACAGAGAAGTCCTAATTTTGCCTTATCAAAACTCCTGCAC ATACCATTATTCAAAGAAAATGGATTGGTGGTTACATGTTACCCTCTCGTTTTTAATTCT ACGCTCTTTCTCCATCCTTTATTTAACATCTCGTGATTCCTCTACCCACTAGTACATTGA CCGTACCCCGTTTACCATCTTCCTTTCTTTTTAATTTTAAATTATTTGACATTTTTTCAT AGTTATATGAAAGTCTGATTAAATTTGGATTTTATAAAAAGAAAAACATAAGTCACATTA AAAGTAAGACGAACAAAAATGATTTTCTATCTGAACTTGATATCCTTAATTAAAAAAAAT TACATTACAATTCTTGTTAAACTGATCCTTCAATAAATATAACTTGATCCGGACTTTTAC TACTAGTTTGATTAGTACCTCTACCACTTGAATCAATCTCGATAGAATACATGTGAAACT AAAAGAATTTTCATTTGAAAAATATCTCATGTAAAATAAAATGTACAATAAAAATACATC TATCATTAATATTTGGATGATAATATCTAAAGACGGCTATTTCTTTAAGAATAATCTGAT ATTTAGTGGCCAAATCTGTATAGGAAATATTAGTATATCTTTAGATATTCGAAGCACATT AACCTAACTGTAAGTCAAGTAAAATCATTAATAGAGAAGCGTTATTATCGAAAATCTTTT CATTCTTAGGGCTTAATTTTAACTTTGAGTAAACTTATTAACTTTTGATTATAGGTATTA AGTTTAAAAAATTAAATTTATGTTTGTTTTTTTAATTCAAAGTAATTCATTTAAAATAAA TTTTTAATTACTCCCGAAATGAGCAAAGGAAAACGATACTGGCTCAAAAATCCTTAGTCC CTACTTGCGTAATTTGAATACGAAAATAGGGGTAAAATTTAACGGAAGAAATATACAACC TGTCACCCATAAGTTTACAGGTTGGCAATGCATTGCCCTATGCTGCTATGATGCCAAATA TAACAAACTCTTTAATTCAAAAGTCACCTCTTTATTTTCCTTTTTACCATTTCCCTTTCT CTCTTTTTAATAAATAAAAAATGCTGACGTGGCTTCCTGGTTCATTACTCGAGAGTACAA TTTTATTATCACTTCCTATTTATACCTTCCATTCCCTCATTTTTCTCTCCTCCATTCTTC TCTAACAAGCTTTTTCCATTTCCATTGAATCCAAATCGGATCTACCAAATATGGGTATTT GCAGTTCTTGTGAATCTACATCTATTGCTACAGCAAAATTGATACTACAAGACGGAAGAT TACAAGAGTTTCCTTATCCAGTAAAGGCGTCTTACCTGTTACAGAAAGATCCGTCAATAT TCATATGTAATTCCGATGAAATGGATTTCGGTGATGTCGTTTCCGCCATAAGCGCTGATG AAGAGCTTCAACCCGGTCAACTTTACTTTGCGTTGCCGTTAAGCAATCTGAAACGTAGGC TTAAGGCGGAGGAAATGGCAGCATTAGCTGTAAAAGCTAGTTCTGCATTGAACAATTGTG GCACTGAGAAATACGGTTGTCGCCGTAAAGGTTCAGATTTCTTAGTAGAAAAAAAGGGGA AAAGGAGAGATAATAACGATTCCGCCGCCGCTGCGGAATTGAGAAGAGCGAGGAGTAGTG GTGGTAGTGGGAGGAGAGGTAAGTTTACGGCGAGGTTAACTGCAATACCTGAGTAGATTT AACTTTTGGGGAAAATCAAACTGTTCATTTTAATAGTTTTTTTTACAATTTTGTGAATAT AGTAGAAAATTAGTTGAGGTTAATATTCAAGATCTGCTCTCGGATTAGTGAGTAGTTCGA AATTCGGCATCAAACTTTTTTTTTAATTTTTTAGAATAATGTGTAGTTGCCATCAGTTAA TATGGGGCTGTATCACAATTTTACCTCTAGCTCGATTGATTAGCAAATATTGGATTAAAA CCTAAATGAGATCTCCATTAATTTTTGCATCATTTATTATCATCAAGTACTACAGCTAAA ATATACTTTTTCTTAATTAATAGTAACTGATTTTTTTTTTAAAAAAAAGGATTAGTAGGA TTTTATTTAGATCAAGAGATGATAAAAGACAAAGGTTGGCGTCTTCTGAACTTTCTCACC CAAACCACCTACGCAACGTACGCTATCGTCTGACTTATCATAACGACTAGCATGGATTAA AATGAGAAATATTGTTATTTAAATGTGTAATTAACCTCGAAAATTAGCTCAAATGAATTA CGGAGAAAAATAATTTTAACTTGAAGTTAACGAAAAAAAGATAGAAGAGGATCTTGTTGT CGATGATACAAGCGATTTCATTGTTTGACTTTGAAGCACATGAATTGTAAACATCACAGG TATTAAAAGGAATCAACGATTATAAATTTGGCTATAATTAGCTAACAAAGTAATAATTTG AATGTTTTGAACCATGTTAAACTAATGTATATGTATGTTGTGAAGGGACAGTTCAATGAT TAAAAAATAAATTACGATTAATTATCGATTTGAATTTGCAGGTTATGAAGCTAGCTAGCT CACTCCAGTGCTCTTGTTCTTTATGTTCCTTATTCTCAAGTCATAACTATTGATGAAGGA ATAAAAAAGCTAATCTAAATGAATGGGATGAATTATTGCAACAATTTGTAGGGTCAAAGA AAGAAAAATATTGTATGAAAAGTGGATTTGCAAAAACTATCATGGAAAAATAAATAATAT TTTACTTCTCCCACCATTACAATTATCGTGCTTATATAATAAGAAAATTAAAACTATTCC TTTCTCCTTAATTTAATGAGATTTTAATATGGATTTCGAACACTTTAGCTATTTTTTTTA AAAAAGTGTTGCTAACAGGCTAGCTAATCTTAACTTTCTTACAGCTGGAACCATGTCAAT GTCATTATCTACATTTAATAGTTGTTTTATTCCTTTGATTGGAAAATTACCATAACTTCA TATAATTTGAAGTTTCGAGTAAGCAACCAACAAACAATGCGACAATACATGACTTTTCAC CCATACAAGTTGTAGTTTGGAAAATATTGACTTTTTAGTACGTACCCAACTAATATATTA TTCACTAACATACGTTAAAATGAGATATTTTCACATAATTAGTAAACCATGTTGCAATAT GGTAGTGAGACAAATTAGTACTCCACTACTATATAGGTAGAAAATTTAATTAAGCAAATG TGGTTGGTTAATTAAAGCTGGACCCATTTCTGTTGATATGCCTTAACTCTATTATTTATC ATTGTGATCAAATGTTAAGATGAAAAAAGCCAGCTAGGAGAATCCAATGCTTCACGTATT TCAAGTAGATGGGGTTTCTAAATGAGTTTTTTTTTTATTACCATGCAATTTTACTCAAAG TACTTGTAAAATTTCATGGCACGTTTTTCACTCCATATATATACAATTGGCCCATACCAT TGAATCCATCACAAGTGGTGCAAACACTGTACTTTTGGGACAAACACAACATGTGAATCA CACAAGCACGTAGTAGATCTAGATTTTGTTGCCATAAATCTTACTGTCTAAACTAAATTT TTTTATAATGTGTAAGTACATTATGACGGTTATTAGGGAAATACAATTTTTTTTTTTCGA TCGATGACTCAAGTAATAATTGTTGCAAATCTGCTATAGGAATAAGAAATCCGTATGTCA TCAAACTAATATTTTCAGTTAAATACTGCTTAACACGGATTGCAAGCTTGATGCCATACA TAGATTAATAGGGTAAAATCCAAGAAGAATTGTAAGTAATTGTTATAGTGTTCGATAGTG CAACTTGAAGTTATTTTATTAAATTTAATCGTAAGGCAAAAATTGCGTGGACCGTCACAG TTCATTTTTTTCATGAGAATATATATATATAATAGTAAAGTAGGTACTATATGTTTGAGC CTTTGATGGGATCGATTGATTAATGTTTCTTAGTGCTTATCGCGAATAATATATATATCT GCTTTTATTAAATGGAGATATATATAACATCCAGTCCAAGTTGGTAACCATATAATTAAC TCGAACACAATCTCATCGAAATCTTATAATCTTTCCAAATGTTTTTCATGTCTCAAACAC ACAATCATATCTATTTTAAGTTTGCGCGAAGTAATATATTTTATATTTAGTAACTATTTA ATTTTGAAATATTTATTATTAAACAAGACTTGTTTTAGATTATTCAATTTCAGGAAAAAA AATATTTCTTAAATTTTATATAAAGTCAAAATATTTCGACAATTTCAGGTACCACTTAAA ATAGGAGTGTTCTTATTATACTTAATTACTTGATAGAAATGAAGGCAATTTCTTTGGTTG GTCCCAAAGATTAATGCGTCTGAAGGATCAAACATCCTTTTCACTTGCCAGATTTTATTT CACCGTGTTGTAATAGTACTAATAATAATAATATTCTTCATGTCTTGTCGTATTTTTTGG TTTTTCTTTTAACGTAAAACAGTTCAATGTTTACTATTAATGATTGTACAGAGTATGTTT TTCCAACTTGTTGAGATACTTTAATTGCCATTATGTGCCTGTTAGCTAGCTGCATCAAAA GTATGGGGTATAAATATAATATATACAAGGTGGTCCTTCCTTATCCCACACCTAATTAAA AAACTTAAATTTCTCTCAGATTAATTTGTTGGGTAAGTTTGTAAATTGGAACATCATATC ATATGTATATCCGAATACACTTTAGATTTGCATACATAAAAAAATGATTTACCATTAACG TCAAAACTTAAAGTTTATAAATTTGAAATTATAGTTTATTTGATAAAATTATAAAGTTTG AAATTAATAATTTATGCATATTTCATCTTCTCACAACACCAACTCATTTTCCTCCCATCA AAATCACCTACTTCATAATTTGCTACATTAATTGTAGGTCATCATATTTAGTTACTTTTA AATATCTAATAAGTCCTTGTCCAATTACTGGTTAATCTTCAATAGGTCAATCCTTATTCG GACTGTTTATTTTACACATATTTCATTCGTTTAAAAAAAATGATTTTTTTTCTTTTTTAA TCTTTTTAAAAAAGAATAACTTTCCTTTTAGTAACACTTTAGTTTCAGCTTGTCGCATGA CATGTTTAAAGCCACAAGATACATTTAACATAATTTTAATTTAGAATCACAAGATTCAAA AAATCCTTTATTTTTTAATACCTTGTGCCAAATCAAATTAGATCATTTTTTTTAAACGGA GAAAGTATTAAATAAGGTATAGTGATGTTATGAATTAATAATGTAGAGATTAGCTAGTAA ATATCTATTAGATACATTATGAGTACGTTAAAAAACAGTTAAAAAGTCAAAAACATTAAA GCTTCATAACTGAAATATTAGAATTGTGAGTTTTCTATTTGTACTATCGTGAAACACACC TCTAAATACATAAATTATAATAAATAACCTCATGTTGACAATTTTTAAAAAAAATAAAAG TGATAATGAGTCTACCTCCGATCTATATCAGAAAATCAAAGAAATATATTTGTTGAACTT ATTTAATGACCTGAATACTAGTTAGTAGTTAGCGTGAAAGGATGTGTTAGGGCCTTTAAT ATAAGATGGTGCAATTTTGAATTGCAGCTCACACAGAGAAGAAACTTCAGCAGCTCAAAA TTAATTTTTATAATTGACTTGTTATATGTTACTCCAATTTTTATATAAATTATCAAAAAT TATCATCAGCTTTTTTGATAAGTCAAATTACCTGCCTCGATGAGCTAAAGGATTGACAAA ATTTCTGAAGTGGTTACTGCTCCCTTGTTACTTTTTGTAGTGGTATTTTTCTAAATTTTT ATAATAAAAAATGTTTTGATATTATGTATTTGTGTATTTATAAACTCTAGCAATGAGCAT TCTCTCGATAGAGAGACGATAGCAAATATCTTATACACATGTATAATATACGAGTAGCAT ATGTTTTTAGATGTTGGTTCCCCGTACACTTCACATACAGTTTAAGAAAACATATACGTT GAATCTAAGGGACTACATATACAATTGATTTCTTTACATATATTCAGCTTCAACTTATTA AAAGCAAAGAAATACACATAAATAAAGATATTGTATTTGCGCGATATCAGTTAGGATTAT ATATTCGCACAATTTTGATTAAAGATTATATATTGTATATGCACACATACATTTTATTTT GGTATTGTACAATGCAAAAATGAGTGTGAATATGAAATTTTGCCGAAGGATTCACCGTCA ATTGGGCTTCAAAAGTAAGTAGTCCAATAAGAGAAGGCCCAGCTCTGACATTGGTTTGTC CAATGAATATGAAATAGATTTAGAGAAAATTTCATATTTAACATATTATATAACACCATT TTGTTACTAGTTATGATATTATTTTTCAAGTTTTTAAGCTTACCAGATATAAGATTTGTT GGACATAAATAAAAAAATGACAAACTAATTAGTGTAGTAATGATAATAAAGAGTTAAATT AAAATAAGAGAACTCCTAACCAATGGAGATGAGATTTAGATTTATATACGTGCCTGAAAC ACAGAATTTGCTTCTTCTTAGAGCACACAACTAGGCTTTGCTCAAATAGAAATAGCCAAA GAATTGAGGGGCACTTCCACAAAGACACAATTACAGGAACTTTGATCATCCTCCATTCTA ACTGAAAACTACCATTCATGTATACACAAGTGATGGGAAAAAGAATTGAGACTTCTTTCA AAGAAAAAAAAGAAAGAAACAACCACATTCTTCGATTAATCTTAACATACCATCATCATT TCACCAGGTCCTTCATTATTAGATACCGGAAAGCAAAATTATGAGGAATCCATTCAATGT TCTTGCGGCCCTTTCCCTGTGGAATCTTCTTAATGCTCTTTCTAAGAGATTCCGGCAAAG ATTGCTGGATCATCTCTAACACACCGGCAGGACATAGGCCAGAATCCTTAGCAAAGGACT CCACAACTTTTGGTAACACTATTTTCTGATCCTTCTTCACACCAAAGGTAGCTCTGATAT AATCTTCTTTTGCGACTTCCAGCTCCTCGTGTACTCTTTTCGGTGTATACACTCGAACCT GACAAAAACATTCTGACTCCCGTTAGACAAGCAACTTTGTTTATTAATCATCAGGTTCAG GAAATTGGCCTCCACATCACTACTAATTTATCTTCTTTTATAAACGCCTTATGTATTTGC ATAGCAAGAGCAACTTGACGCATATTTCTAGCTTTGTGACAATGACATGCTCATGGAGAA AATAATGAGGAGAATAATATGGCCATTACCGCGGGATCTGAGTGATTGCCTGAGCTGAGT GCAAAATGCAGAAGGGGTTCTGGATGTTCAATAGCATATGTTTGTCTTTCATCCCCAGTC TTGAATTTTCCTTTAGAAGAAAGTAACAAGCGAAGCCACTGCATCCAGAATGAACTTTAT CAGCATCTCAACTATTAAATCCTCCAAAACCAGTAGAACTAGAAATATGCCAAGAACAAA AAGCACTAGGCTGCAGTACAGAAATTTTGACAACAGAAGTAAATAAAGATGCTAAAGCTC TTGGGATATACTTCGAGGAGAAAGTATGTTTGAGGTGTAGTTAGTTGATTGATTCATTGA TTGTGTAGCTTAGGCCATGACTGAAATAGTTCATGAAGTATACCTGTCCTGGTCTGGACA TTCGACATCCCAGGATAGAGTTCTGTATCATATCTGCACTTACTACATGGCCTCCAACAT TATAGGCAGCCTGATTAAGCAATAAGGTAAGACAACATCCCCACCACGCAACTCTTAACC AAATAAAAAGGTTTATTTACTAACCTTCAAGAGTAGAAATATTCTCTTGACATTGTTTTG GGGGATACCGTAAGCTAGAAATGCCTACACGGAAATAGTAATACTCCACCATCAGCTGAA AGTAGATATTGACTGCATCGATTATAAAACTATAACACTGATGCTCTAAATTAATGAGGA ACCTTACATGCATCACCAATGCATTATGTACGTTAAGCCAGAATGCTATCTTCTCTTCGT GACTCAACTTTCGTGGATCAATTTGTTCTAGGCGAGAAATAAGTGACCTGCAATATGACA CCTCAAGGAGCACCATACGTCAATAAAGGTTAAGCTCATGATATGAGGTGCCTGAATCTC ATATGTTCTTACCTGAAGTGCTGTAACATCGGTTCAATATCGCCCAATTTCTGAGTATCT CTATATACACACTGTACTTCAATCATTGTGCTGTAAGGTCCACTGAACTCCTTCAACCCT TCTACATGAAAAGGATTGTCCAGCCGAACATCAAAAGATGAATCATTCCTAAATCCTGGA CTCCATATGTCTTTTGGGGAAAATGCACTTATGGAAGACAAGGATGAGGTTGGCGATGAA AGACCGGGATTTGTCAGTGGAGGATCAGCAAGCTTGCTATATATGGTGCACATGCACTTT ATCATATCCTCGGACAGCTTGTTTGGTGTATCAGGAACGTGATCAGAGATACGGGTGCCT AGATGCTCTGCCAAACTGATTACATTTGAAGAAGCATTTTGTGCATACTGCAAAGAAGTC GTAAAAGAGAGACTCAAATTTTTAAGCTGTTAATTGTTTTTTAAAAGAACACTTCTGAGT CATCATATATCTAGATGCAACAATAATAAAAATAATCCGTCCCTCAAATAGCAGAAAGTG CAACGAAAATTCATCTCCGTGATTGCAAATTACCTCCATCATAGATAACGGTTGAGAATG ACAGGCACGCAATGTTTTGCCGAGTGTCTCTTCCGGTGGGGAGGCTCTGCTCGACAGAGC TGAACGCTGAGACAACGACGAATGGCTTCGATGAACTCCAGATTCGTTAATTTTGTCTTC CACCATACAATTGTTTTCTTTTCGTGGATATAATTCTGATTGACTATCAACTCGAGAAGT AGATTTTTCCCTTTTCAATATCACATCAGAATTGGAGAAATCAAGACGCCTCCTTGGGGT ACTTATAGGAGATTTTAGTTTATCATCTTTTGTGGGAGGAGATAAGGATGAGACTTGTTG ATCAAATGCTTTCCTGTATAGTGAGAGAAGATACTGTTCCAAATGCCCAACTTCCAATTC TAGTACTGCAATATCTCTGATCAGTTCTGTTGCTGGCTGGAAATAGTTGAGAAGAGTACA ATCAACATAAGACAGAAATACAGTTAACAATCAATTAAGATATAAGGAAATAACCCAACA ACAACAATGAGCCTAGCAGAAACTCGGAACTAAAAATAGACTATTTGAGGCTTACACTAC TAAATCAGCTTCACAAAGAAATTAATGTGTGAAGTTCCCAAGTTTACACAAACTCAGAGA GCATATGTAAAGCTAACATATTTGCATTATCACATATCTAAAATCAACCTCTTCAAAAGT ATCTCATATATATAGCATATATGTAATGACTCTTCTTGTCATTTTTAGTGTTTTATCTTC TGTGCATCGTTTAGAGCGTTCCTATAGCGATCCCAAGTCATTTATGACTTGCTGGGACTG ACAGATCGGTCACCTGGTCGTTAGTTTGGTTATTGTGTGAGCTTTAGTATTTTTGGAGCT TATGAACCTTGAACGATCATTTTCGATCAAAAGTTCAAGAAGATGACATCAGAATCCAAT TCTGACGATTCCATCAGTTCCAGAAGGGTCATTTTAGGCTAGTAGCATTGTTGACATGAC TCCCGAAGTTTTCAATGTGAGTTGGTGTGATTAGGTGTTTTAACTTTAAGTTAAAGGCTA AGTTTGACTTCAAAAATACTAAAGCTCACACAATAACCAAACGAACGACCAGGTGACCGA TCTGTTAGTCCCAGCAAGTCATAAATGACTTGGGATCGCTATAGGAACGCTCTAAACGAT GCACAGAAGATAAAACACTAAAAATGACAAGAAGGGTCATTACAATATCTTAGTTCTTGT TTGAGATCAACTAAAGTGAGAAACTTCGTTAGAGGATGCTAAAGATTACAACATAGTATA GTTCATTAAAAAACTACACAGAGCAGAAGGAGGTACCTTAGGCATTGCGGTCACTTCATT GACATCTTGAGAAGAAGATTTATAACCTAATGCTTTCTCAAGAGCACATCGAACTGCAAC TTGATCATGTAATCTTCTCTCCAGCTGCATTATCTGCAAAGGATATGGCTTAAACCACTA TAAACATTAAGAATCTTTCCAATTTACCAACATGAGCAGATATATCATCTATGTTAGACT ACCTCTTGCCTCAGAGAACTTTGTATTTCAGCCGAGGATGATGGTTTCTTCTCGCTCACG TTACAGTCATTCCCGTGACTCGTATCCTAGTGTAAATAAAATATTATTCTCAAATAGTTG CAAAAGCTCAGTACTTTGAGGTCTTTGTTCTTCTTTACCTTTTCAGAAGATAGAACTAGC AAATTGGATCATAGACATATCAGAAAACAAGACTACAGGGAAGGAAAAGGGATATAGGAA GCTAGGTAGAAGATCATCCATTCTGATCTACTTTTATTTCCTTTTCCAACATTTGAAATT GTGACACTATAGCTTGGGGGCTACTTTTAACATCAAAACGCGAGAACGAAGCGTCCTTAC CAACTTCAATCGATTAGAGGTCTCTACAGAATGATCCACGATATTCTCCTCTTGTTCTGG TTTAACTGGGAAGCTGCCATTGCAGAAATCACACAAAAAGACTAAGATTGAATGAAGCAG TAAGACAGCACTCAACAAATCACATGTAGGAAAGATTTAGCCACGGGTTAAAATCTGGAT TGCACAAAGACTTCTAAAATAAACAAATTGCTTTGTGCAAAGGAACTGAAGAAGTAGTAG GATATAAGAACAGAAGTAAACGGCATGAATGCTTAGATTCAGTACTCCATGTCATATAAG AAAAAGCCCTTTTCCCCTTTCCCACTCTTGCTACAGAGCTTTCCAATTTTTGCAGTAACG CAGAGCACATTGGTACACGAAACAACAGTTTGTCAAGCAAGCACATAGTTGCACAGATGT GATTTAGAGGGGTTTTATTCGTAAAAACCACTACAAAATCTACCACGAGGAATACACCCA ATAAGCAATTTTTTCTAGTTAAGCAGACCCCAAAGCGATGAAGGGAGAAAGAGAGAGAAT TCTAGACAAGAATAAATCCAAAGTCTACCTCTTGGAACGCGTGTGTTTAGATGATGTCAC TCTATTTTCTGGAAATTTACTGGTGCTAAACCCTTCAAAATCCATATCTGCAGCTCACTC AATGTGAATGAAAAGCTTGCCATTAGCCATCAAGAACCAATTTTTCGTAAATGGGAACAG CAAAACTGGATCAGAGTATACTTACCAGTACATACTTCAAACAGGTAACTATCAAAGATC AAATATTTGGAAAATGGAAACAGACCCACTGGTCCTAAAGACCCAAAACAGGCCTCAAAA ACCTCAGCTTGAAATAAAACCCCCAACTTGTCTTTGCATAAAGTCTCAAATGGACAAGAA AAGGCAGCCCTCCTTTTGACCAGGAGTTGAAAGTGTAAGTAGCAGATGCTCACTTTTGCT CCAAAAATCTGTTACTCCCACATTCCCAATATAGCTTTGTGCAATAGAGGGGAAGGTGAA GAGAGCTTTTTCCACTGAAAGATAAAAAGAAAAAGAGTATTCCCTACTAAAGCTCAAAAA TGTCAAAGGTATCCAAAAGTAGGTATATTTTACTTGACCATAAAGAGTTGATAAAGGTCA GAGATTTCGGAGGAATAATAAAAATGGTGACTCAAACAGAATACTAAAAGGTTTAAGCTA AAACAAAAAGAAGATTAGAAACATAGTAGATGGATTAATAATTTTAGCAGTATTGACAAC CCATTTTTCCACATTCGTTTCACTTGTTGGTGAGCCAGTGGGAGTTGTTGACCGGCCCTT TTGTCCCACACCTTGTTTATCTATATGTATACCTCTAAGCCTCAACTTCAATCACTCTAT TTTTCTATTTTCTGTGTGTGTTTTGGTTAGGGTTGTCCTATTTAGCTTACATCAATAAAT AGAGTTGAGATTATAATTAAAGTTGTTATCAAAATAAATAGTTATTTGTTTTTCAATTTT TTAGATTAAATAAATCAAATTATGTTCATATAAATAGATCAGATTTCATATATATTACTT TTTAATAAAATTATTTTAAATTTCATGCATCAATTATTGAAAATTCGTTAAGATAAAATA TTTATAAAAGACTTTCTCAAATTTACACGCGTGATTAGAGGAGGAAGGATGGGGTTTAAT TTATATATACATAGATATACATAAGAGTATTTACACAAATCAGTTCAAAGTTACTACAGT TAAGTGAACTAATAAAGTAAAACATATATTTAATAATCATAATTAAATGGTAGTTATGCA TAGTGAAGACTGAAGTGTGTGTCAATTGTCATTCTATGCTGATTTGGACAACATCAACGC GAACAAATTTTTATTTATACGAGTGCTTAGGAAAAGGGTAGCTAGTTTATAAATACATAG ACGGATATTGAATAATTAAAAAACAAATCAATTCAAATTTACTATAAATGATTGAATTGG TAAAGTGAAGAACATCTCTTATTTAATCATATGATTAAATGATAATTATGCATGTCAACT ACTAGTATTTATATATTAGGCCCGAACACATAAACAAATTTCTAAGCTTGTTGAGTTTTT CCGTTCAGTTATCTCAACTAAGTCATTTTCCTATTGAATCATTGAACTATCCATAACTTA TTCCTTTTAAACATTGTTGACTGATTTTGATCGATTTTTCTATTATAAATGACTTCAATT GTGTTCGTATTGTAATGATTTTAATTGAATGAATGAAGAAAAATTTTGTGTTGCTCTCAT TTGTTTTCTTTGTTCGAATGACTAGAAGTAAAACATAATTATTCTTGAACAGTTTCACTA TCAATTGAACTAATGAGTTCTGGAACAATATATGTATTCTCTATCAATGCCTCTCAGAAA ATTTAATTTCACATTAACCAACATTATTTAAAAGGAAAAACCTAACAAATTTAGAAACCT ATTTATGTATTAGACATATATATTAATTTGTTATAAATATAGTTAGGATAATTTTTTATT TGTAAAAAATATTGTTGTGGTGGGGTGACTAACTAGTTTACATATCCATAGGTAATAGCT AGGTCATAACGTATTTTCTACACTAACCTTTTTAATGGAAAATTGAGCCTTCCATAGGTT GTTTTGAGGTCAACAAAAAAGTTGTACACTAGAAAATTGGAGTGCCCATGGCACACTTAA TTAGGTATTTCGTGTGAATTCAACCACTCATATATAAAACTATATGCACACATGTATATG CATGTACCTATTATATTGTCATTATTATTAATAATTTTATTGTTATTAGTATATGATTCA TACCCTAGAACTACCAAATCCTTGTATATTAGGAATGGTATCCCACTAGCTTTAACTAAT TAGAATTATTTCCAGCTACTTAAAAGATATCCAATTTCACGAGGACAGACACACTCAAAA AAAAAAATCTTTTTGGAAATTAAGCTTTTATAAAGAAGAAATTGTATTAGAAATTAACTT TTGCTTTTTTTAATGCTCTTGTGGAAATCATATACGTATCTTTTTTTCATTTTCAAACAG TACTTCTTTGTAGAAAGTACCAAATGCATTAACTTTTCTTGGCTTTACATATGGAGCTTT TTTTTAATGTGCTCGCTTAAGTATTTTCTTCGTTAATTTTTATTTGTTTATAATATTAAA AATTCATCATACATAAGTAAAAGCAAACTGAGGTATAAATAGCAAGGTACCATGTCTATT GAGTTTTTTCTTTTTCACATAAGGCTAAAAGAAGAAGGAAAAAAAAAGTAGTGCCATACC TCAAAAGAGATGAAAGGTGAAGGAAGGGTTAAAAGGGGACATTGGATACTTAAAAGGAAA TGAAGTTTTGTGGGGTTCCTTTTGTCTAAATCTTCTTTTTGTTAAGAGATACCTATATTG TCCTTGAGTAACAAAGAACTAATTGTTTGTCAATAGAATCCTCAAAATTAAATTAAAATA TGGTCATGGGACATAGAGACTTGAACTTTTCCAAGATAGAGACAAAACAAAATAAGGAGT TGTGAGTATTTGCTAATGTATGTATGTATGTAGCCATCAGTCAGGCCTTTGGTTTTTGTC GTGATGTTCAACTACTCATTAGAAAAGTTTCTTTCTTAATAGCTACTTGTGATAGCAAGA AAGGAACACTTTCCCATAAATAAATTGCATTTAACTTATAATTATTTTTTATCTATAATT ATTTTAAACTTATTTTAAATTTTATCAGGTACTTTTAAAGGCTAAAAACCTAACTTAAAA GTAGTTTTGATCAATTTTTAAGTCAATTCAAATAGGATCTAAGTTAGCGATGGCATTGGG GGTGTGGGGCGGGGGCGAGACGGGTTAAGCTTAATCCGCAAAATTTTTAATTCGCCCCGT ATAATATTTTTTTTTCCTTTTCAATCCGTCTCACCTTATACTGCATAGACCCACCTTGCA TAATTTTTATAATATTCTCTTTTTTTAGTTAAGTTTGATACAAAAAATAAAATTCGTATA AATAAATTCACTTTACATTTAGTTGTATTAATGTAATACGATAGTGACTTAAAAATTTAT TTTTTAAAGATCAATTGAAAAATGTAAGAAACTGTATTATTTTTCATTGAATCATTTTCA TTTACTATCTTAAATATTTTAGTAGCTTAAAGAAATTATTATAATAAATAATCTCCTGTT ATTCTTATAGCATGTTAAAAGTAAAATTAAATTTAAAAACATGTAAAATCAAAAATATAC TTGCAATCCATCCTGTCCTATGTTAATTTTAAAAAGACCTACATCAACTCGCTCCGCTGT GCACCGCCCCATTATTATCCCCACTCTAATTACACACTGGTCTAAGATTTAGCTATCTAC CTAAAGGAACTAGTGTTCAATTTCCTTTGAATACAATTATTCCTTTTCTTAATGATTAAT TCTATAAATCTCGGATTCGTCACTATCAACCAGACCCCAATTAAGTCCAACATTAACATA CATTGTCTTTACTTTAGAGCATCACCAGAAAATGATAACCTGTGGTCCTAGTTAGTATAT TATTATGAATTACTCTAAAAAAGAAAATAGAGAGAGAAGGAGAGAAAATTGAAACTTCTA TTTTATCTTATTGTCCATTTTTATATGAACTGATTCGGATTGGGCATCTCCCAATGTGCA GGGTAGGCAGAAGATAGTTAAAAAGTGTTCTTCTATTCATTAAATTAAGGGATAATGCCC AAGTACCTCTCAACCTATGCCCTAAATCTCAGAGACACACTTCTACTATACTAAGGTCCT ATTATCCCTGAACTTATTTTATTAATAACTTTTTATCCCTTTTTAGCTTACGTGGCACTA TCTTGTGGGCCCAACGATGGTTGACTTTTTTTCTTGAACTAGTGCCAGGTAGGCTAAAAA GAGATAGTAAATTACATATAAAATAAGTTCAGGGTTAATAGGACCATAGTATAAGTGTGT CTCTGAAATTTCGGGCATAGGTTGAGGGTACTTGGGTATTTTCCCTTAAATTAAAATACT TATGATTTAGTGGAGCAAGTGAAGCAACTATTTTCAAATGAATCTGACAGACATACCTTG TGATTCCATGAATAATTGACTTGTTTATTTGATACTCTGTAAATTGTGTATTACAAAAAC CAACATGCCCACTATTATTATGCTACCAAGATATATATATATTTTTTTGAAATTTCTTTT GATTTTCTAGGCACTAAATTAAGATCAGATTCCCCTGTATCTCCTTGATTTTCACTGATT TTTTTCCAAAAAAATTGTACTTCTCAAGAAACTCTCATCAGTTGAAATGGTCAAACATAG ATTAAGCTAAACAAAAATCTAGAGTGTTTCATTGTTAACAGTCACAGAAGTAAAATAGAC AGTTGCTGAAATTAACAGTGTGGAAATATTAAGAACTAATCTTTTCACCAGATTCAATCT ATATGTTAGAATCCGACAAATTAGAAGAACTTAAGCTTAATTTTCTTGTATAACATAAGC TTAATTTTCTTGTCGCCATCAATGTTAACCAATTGTCGTACATGTCCATGAGTTTTAAAA TTAAGAAATGTTAGAAAATTAGTTTCCCAACTACTAGTTTACTACTAAATGATCAACTTT GTCATGCTCCTGTATGAGTGAAAAAAATGATAATGTGAAACACTATTTCAAGTGTTATTT ATAAACGGTTACTACTATCAGAAAGAAATTCTTCTAGCTTATTTAAGAGACCTGACTGTG TAGATATTTTTTCTATATCAGTACGTATATGATGTGAAGAGGAGATGCGCGGTTACACTA ATCATGAGGAGTGGTGAAAGGTTGGCTATACTGTGTGTTACGATAGAGGTAAAAAAAAAG GTTTGGAGATCGAAAATTAGTGTGTAATGTAGTGACATAGCATCTTTAAGAGGGATGAGA GACTCTTCACTCTCCTCTGCTACTTTTATCTAATTAGTAGTATTACTATTTAGTATGTCA GTAATTTTTCTTTCGTTTTATTACTACCTATTGTTTTATTGCTTATGTCTATTTTGTTAT TCATATTAATGTTTCGATAATTATTCTTCTAATTTGAAACAATCTCTTTATCTCAAAGGT GGAGTAAGATTTCATATATCCAACTTGTAGAATTAAATCGAGTATGTTAGGTGTTGGTGC TTTATCATAGCAGTGGCTCTTTTCAAAGTTTCCATGCAGAAGGCTGTCCGTAAAGCATTA AATATGTGACAAAAGTCATTTATGATTAGAGAGTATTGATTTTTGTAAATGGAGGAACAG TTGGGGTTCTTTTGATGTGCCCATATTGTACTCATTTAGATTCAAAACTATAAACGAATC AGATATTATTGTTTTCACTTCATTTTCTTTATCAGTTGCTGTTTATATGAATCATGATGT GAATATCTCACGAGCTCACAGAGTCAGCAAACAGAGACATTGCTAATAAACTTGACATCA ACATTTGAGAGAAAAAGTTGAAGGCTTTTTTTGTGGGGCTGAGAAAAGAGGGGCAGGCTG TGATTAGAGAAAGGTGTTAGAATCCCCATAAAAGAAAAAAGACATTAAAAAAAGGGAACT TTCCAAGAGGATTTGGACAAGGGAGTCAATGCCAATGATATAAGGGTGCAAAAGGCATCT CTTTCTCCCAATGTTGTCCCCACAATGTCAATGTGTGCCTTTTAAGGATCGTAATCAAAT TTAAAAAAATCTATTACAACGTTAAATTCTGAATCTATCTCATACACACTTTTGATTCAT AAAACACAATGAGGATGAGTTGTATTCTAGTTATAACTGTATCTGAAGCTGCTATAGTGC TGCATTTTTCTTCTTATCTATAGTTATTGGCCACAAGTAGCACTTACACTGCCCAACGGC CACTGCATTTTAGTCCTAAACTTTGGAACTGTTGATTATAGTGTCATTTTGGTTTATTGT CAAGTTAAGTAATATTAAACTCACTGATGTGCAAATAGAATTTTTACGCAATATATATAA CTCAAATCCTAATATAATATGATAATTAATTAATATTATTGCTGCTGATATTATGTTAGC AACACAAGACTGTATTCCTGAAATGTAATTAATAAACTAGTAAGACAAATCTTAGATTCA ACTCCGTGATTAGTGCAGCTTGTGTTGCCAGGCCACGCACTGTCCAATAATAAAAATTAC AAAATCCATACTATTCAACTATAAGTAGTTGTTTCCTTTAATATATTATTATCCAATCTA TGACTTCAAATTGGTTGTAAATTAGCAGATTGTTTGCCCCAACAGTCTGGTTATTGTGGT TGCATAAGCAACTAGTAACGAAGCAAAAAGTTTTACCAACAATATTAATTAACCAGTCTG AATCTGGTTATTGTGGTCGCATTAGCAATTTTTTCCTCCTATTAGTATCAATTATTAAAA AGAAGAAGATAGATACTCGTGGGAAAATAATAGAAAATAGAAATGCTTTTCTGATGTACA ATATATTTATGAGCGAGAAAAAACTTACTCTCACTTGGTGTTTACACTAAATTAATACAA AATTCATTATTACGTGATTTAATAAAGTAAAATAAATTACAAATTTAAACACATGACATG CATTTATTGGCTTGGTGTAAACATTCAGTGCGGATAAGTTTTACCCGAGTATATTGCTAT AATTGTGACATTGCTAATTTTTATCATATATTAATTGTCTAAATTATTATAAATAAAAAA TATTTACTATTTATAATAATATCATTTTTTTCACTTGATCACTTTTAATACATTTTTAAT GCACTTTTAATTCATATTACAAAGAATAATTTATTATTCGTATATTATACAAGTTGTATT AATGAATAATACATATATCACACATTTTAATACACTTATAATATAATATATCAATTTTTT ACCAAACAAGTCTAATATACTTTTAAAATAGCTATAATACATATATATTGTATACTTAAT TTATTTTTAATGCACATGTTAGATTTAATATGATATTACTATAAATAATAAAAAAATATT AATTAAATCAGTAATTATTTATTAAAAGACATTTATAGGGGTAATTTTTTCAAAGAAAGG GAATAAGTCTCTAGACTCATGATAACCCGTTGGTTTGAGTCGTCATTTAACATGGGCTTT TCAGCCAATTTATCTGCTCAATTCCAAGTCCAACAACCTATTTCACTGCTAGTAAATAGT AATTGCTCAATGCTGTAAAAATTGAAATTAAAATTCCCTTTATGAGGGCGACGAGGAGCC GAGTATTCCAAGTAAGGGAAGTGGTACCATAGTTTCAATCTGTTTATTTTAAAAAATCTT AACTACTTTGATAATTTTTAAAATGGATTTCAAATCCCAAATTTTCTTTTTAAAAAAATA GAGTAAATATGACTTTGAATTTTACATTATGGTTTCAATTTATTTATTTTTTAATGTAAA ACTTGACTCATGTATTTATATTTTGTTAAAAAATAACACTATTATTTTTAAAATTGAAAA AAAAAAGAAGAAGAAAAAGGAACAATAATAATAACTCAGGGTCGGTATGAAGAGAATGTT TGTCATATAAATAAATTTACATTTAAAATTGCTAGTTACTAATGTTGTTGATTAATGAAT CTTTATTAAATTATGTGTTTTCGAAAATTTTCTAATTGCATATATTTATTTATAAAATGA ATATAGATATGTGATTTATAAATGTGCTTCCTTGGGATGTCTCAATTTCTTATTTGTGGA CTATTATTTGGTAAAGATTGTATGACAATTGAAGAATTTTATATAATTTTGATAACTCAT GAGTTTTTCGTGATATGAGGGAAAATATAACTTAATAATATCAAATTGTCTGTCCAAACA ATTCTTCAACTCCATATTAGTATAATTTCAAATTATGTCTAAAATGAACCGAAGTTTAAA TGCATCAAATTCACTGTCTTTTAATTTTCTTAAATTTAGTGCAGGTCAAAATTAATCAAG TAAACTTTTTTTTTTAAAAAAAGGCAACGATCTAGATTTAGTGAGTACTAGAAGAAGTTA AGGCAAGTTGAAAAATATTGAGAAAAATTGATTAGACAAGACATAATACAACTACATATT TAGGCTCTAATTTTGAACTTAACCAAAAATTTCAGGCTCCAATATGTATTATTTTTTATA AAGAGTGCTGTACTCACAAGTGATTTTTCTGCTAAAAAATTCAAGTAAATTTACCTCCCC CTTTACCGTAATGAAAAAAATTATTTGGGTGGAGTTTTTTAATGAATAATCATTGATTTT AGTAATACTTTTTGTTTATTACAATCATAACATACGTAATAATATTATGATAAATCTCGT ATTTTTTTCATTCAATAAAAATTGCCCATCATATTATTTTGGAATGTTCAATAATACTTG CCCATTTTATAAAATAAACGGATAATTTTACACTTAGAAATTGTTTGGTATAATAGATAA AAAGAGTTAATCTAATGATAAATTTAGAGTGACACTATTTGTTGTTTGGTTGCAAAGGTT GAGAGAACTTATTTCAAGATTAACAATTAGTCCTGAGATAAGTAATCCCAAGATAACGAT AAAGTATGTAAAATAATGAAAATATTCCCTTAAACTCTTTTTTATACACCACTTTTATAT TCATGATATATATTAACATAATTTTTAACATCATTTATAATGACATTCACAACCTTAATT ATTCGTTATTTTTATGATACTATATTTTTTAATTAAAAAAATTACATTTTATAAATACAA TTTTTAGTTATGAATATACTATAAGTTGAATTTATTTACCTAATTCTTATGTTTATTTAT ATTTGATTTCTCTTAAAATGTCCACTCCACTACCAAATTACATATTTTTTATTAAATAAT ATATTACTCACTTAAAAATTATATTTTATACATCAATTGAAATGTAGATAATAAAATTTC TCTCACTATAACAAACTTAAAATGATTTTTTTTTAAAAGTTAAATAGTAAGATGAAACTT TTATTTTTAAATTAAATAAGATGAAAGCTTTATTTTGATCTAAATATGATGGAAATTTTA TTTTAAAGAAAAATAGATGAAAGTTTAAACTTTTTTAAAAACAGCACAATCATGATAATT CATACACAAAATATTTTTGCTACAACTAAAGCGTGCATGAAGATGCAAAAAAGAGAAACT AAATAAGGCGGAGAGTATTTTTGCTAACAAATAACTTATTCTTAAAAATTATTCAATAGA TATAGGTTTGAATATGACAAACCAAACAATCAATAAAAAGTAATATCAGCAAAGAGTGAT ATAGTAAAATTATTCTTCTATTGATTAGTTTATTCTGAAGTGTATTAAGTCAATAGTGAA CAAATATTGTTGAATAAAGAAAGTATGTGTAAAAGGGATTTACACAAATATATTACAACC ATTTAAAAATATTATCATTGTTTGTGATACAATGCATTGTCAGTAACACATTATTTTTAG ATAAAATTTTGTATTAAATGTGTTTTATAAATTGTCCTCTATAATATACATTGAAGCTAT ATGATAAGTGTTTGTGGAATTTTTTAATTGCTATACATAATTAATATTTTTTTGAAAAAA TTATGTGAATTAGTATCTTTTAATAAATAATTACTTATTTTTAGCAAATTTTTTTTTTAT TATCATTATGTTAAATTTTCAATACGTATTAAAAGTTAATTATATATGTAATGTGTGTAT TATAAATTTATAATTATTTCTTTTTAAAAAAATATTATGCTTGTTTGGTTAGAAATTGAC ACATCGAATTATAAATGTATTAAAATGTGTGATAAATGAATTATCCATTATTAAAACTTG TATTATATATGAATAATAAATTATATTTTAGAATATACATAGAAAATGTATTATAAATAT ATTAAGTGAAAAAATATATTAATATAAATGATAAATATTTTTTTAATATAGTATATTTCC GTAAATTTTTTAATATTTTCTTAGCAAATGCGTAGTAAATTTCCCAATTAAGTATGAAAC CGTAAAATTTGTGTAAGCCCATAGCGGCCCATCCAAATTCCGTCTTCTAAAATTTGAATT CCGTATTTTAGCCTTCTTCGAAATTAGTCCATCCCCTCGGTCTACTTTAACGCACAACTA CCAATCAATCCTCTCGATGTACGCATTCTCATTGTTATAGAAAATTCCATAAAAACCCCT AACTAACCCATTTATTCCAAATCTAGACCCAATTCACGTTACGGAATTCCCAATTTCTCA TGCCTTAAATCTCCTTCACCTACGCCCCACCCCCCACCCAAAAAAAACTCCATTAATATT CTACTTAGGTCTTTTCTTCTTCCGTTATATAAAATTTTCTCATCATCATGCCCCCTGTTT TCTTTCATCCCCAATTTACCACTTCGATTTGTTAATATATATTTGGACCCTTATACGTGC CTATTCAACCATTATTTCTAAGCTTAAAAATTTGGTCACCACGCATTTATTATATCTTTC CTTTTTTCCCTAACACTCTTAACAATATAACTTAGTCAAAAAAAAAAAAAAATTGTTATA CCCCTCTCTCCAAATCTGCACCCACTGGAAAAATATTCTTAGAATTTCTTGATCTCTGCT GTAAAGGTACATTATCTATCATCTCTTTTATGCCTCTAATTTAGCTTAGACAAATATATA TTTATATGTCACATATTTAATTTGTATGTGTGTTGCCATGTCTACCTAGGTCTCTTCATA CCCAAATACGACAACCAACATGCACCAGTAAACCCTTGCAACAAAACCCACTTACTTCCC TTTTGATTTTATTTTATTTTCATTAAAAGATTTCTAGGGCGATACATACACATTTGGGGT AGGTCAATTGAATTTGGTCCTTTTTTTTTTGATTTAGACCCACCTTTGGTTCCTAGGTTT GTCGTGGTACATTCTTGATCTGTGTTACAATTTCAATCTTGATACAGTTAGGGTTTTAAT TGTATTGATAATTAAGATAATGTAGGTTTATGTTTAATTGTGTTTGATTTGGTAATTTAT AATTTCATATACATGGGTGTGAAGCGGTGTGTCTTTGATTATTCGTAACAGTTTCACACC AGTATCGTATGACTTGTTTAAAGACAATTAATTATTTGATGTTACTTTCTAGCTTAATGT ACATAATTGACATGGAATTCTGCTCGTGTATCACTAGATGTCATTAGTTACTGTTCAAAT TGGATGGAACTTAAATTGTTTAGCAGTCAATTAAAGGTGGGCAGCTGAAGTTTTTTTGGT TCAAACAGTTGAATTATTAGTTTCCAGAGAGGGATTTCAACATGGATTAGGACTTGAATT TGTAGTAATACTACACTGATTTGACTTGTACAATTGGGCATTTTTACTTGTATATTTTCT GCACATTAATATTTTTTAGTTTTGGTTCAGAAATTCTCTCCTCCTTGGTAGCATCACTGT TACTATTGTTGTTTTACCTCATCTAGTAACATACTCAATTGTTTGTTAATCTTTGAGGAG TTAATTAGTCTAACTTACTAGCAAGTAAAACAAATACTCCCTCCGTTCATTTTTACTTGT CCAGTATTGACTTGTTACACCTCTTAAGGGTGGACAATAAATAGAATGACAATTTTACTT TATTATCCTTCGAATATATAACAAATCCAATGTTTTAAGAAATGACTAGTTAATAATAAG GGTGAATTAAGAACTAACGGATAAATTATATTTGGATTATCTAAATTGGACAAGTAAAAG TGGGCATGTATTTTTTTAGTATAGTAGACAAGTTAAAGTGGATAGATGTAGTAATTAAGA AGGAAACTATGGATTTCTGTTAGATAAGCTATGCTGCATTTTTCCTCTCAAATCTTTGGA TGCAAAAGATAATTCTCTCCTTTTCATCCTGATGTGTTCTTGGGATCTGTTTTTTGGAAT TAAGCAAGGGTAATATTTTATAACATTATTTTAACAATTTTATGAATAACTTGGATTTAC AATCTGCTCATATATATGTTCCTTTTATTATATCCAGTAAACATAAATCAATTTCTTTTT CTTGAAGAAAATTATTTATATGCATCTCTGTGTGTTTGTGCATAGTTTCTTCCCTCCTTT AACAATAATTTTGCATTTTCAGTTTGTGTAACACTCATAATAGGTCGAGTGACCTGATTG TCTAAATGAAGTACAATTATAGTACTAATTGTTCCTTACAGAGTTTAGAGTATATGCTCA AGTTTCCACTCAAAGGCTTTGCAATTTGAAGATTTCTTTTGTTCTTAAATGACATTTGAT CAGTTGGATAAACATATAAATAATATGACGGGACCATAATTAGTTGCATATTTTGAAAGA TATTCAGCTACAGTACTAAATATTAGTGGCAATATGATAATGATACACATGTTTGGAGGT GGTAAGATTCTTCATGCAACCTGAAATAAAGTAATTTTAACACTAGTAACTAGCAAATAC ACTGGCCAAAGTTACCTTTGTATATAATATTTTCACCAAATAGGATCCATGGTAAGAAGT CTTGAACGAGAAAGATTCTGTTCGTTTCCTATTTGCCATGGTTTGTTAATAGCAAGCTAG ATGTATTTTTGAGAGTTCAATTCAATGGGAGGAGTTAGTCTACATCGGTTTTAGCTCTGT GTGGCATGTAATTTAAGATTTGAGTCCCGCTCGCTGATATAATTATAGAGATTGTCAGAA AATACTCTGCCTGCTATTTCAAAAGAATATCATTGCTGCTGTATGCAAGCAGTTGAAAAA GGTGCATCTTTAGTATATCATAACCTTTTGTACTTGTCGCCGGAAAAAGTATTTTCTTTT TATTCTGCTTATTGCTAAGAAAATAAACTGTGTGCATGTAGTTTATCTCAGAGGTTTTGT ATATTTGTTTGTTCTTAGAATTTTCAGATTACTTGTTTAACCAGGATACTAGTCAGGTTA GCATATAATAGAGAGGTTGAATTCATCGCCAAACTCGTCCTGTCATCGTATGGAAGTGAA GATTTTCTTCTGCAATCATGGAAGTGCTCCCATGTTCCAATTTACATTATGTCCCGGAGT CTGATTGCCCTCAACAGGGCTCTGGAACTACTCTTATGTATGGTGGAAAACCAAACCACC TTGAACATGCAGAACAAGTTCAATCCGGTGATGTGAAAGTCGATGATGTCCTTCTTAATA CAAAGGAGTGTCAGGAAGAGGAAGCAGATGGACGTCAATTCTCTGTCGAGGGATTACCAA CTGCAGATGTGATTCCTACTAAAGAAGCATATTATGATTTTGGGGGAGACTGCCAAATTC TGTCCAGTGATTTCCATGATTCTGTAGATGACAATGTTGTGGAACATGATCATGTTACAA AATCTGATCTAGTGAGAGAGTGCCTACGACCAGTTGTTGACACTAATGAAATTGGACTCC CTTATAGTAACCAAGTTGTGGGATCCTCTTCCTGCGAGTCCAAGTGGCTGGATGAAGATG GACCTCTAGCCGTATGGGTCAAGGTATTTATTAGTATTTGGTCATTTTATCTCGGTATAT ATTTCTATAATCTACATGCTTAACTTTTCCTATTTGGATAAAGACATAGTTCCTTTTCTT TCGGTAAAGTCAAGCACCCCCAAGATGGTGTCAAAAGTATGTGGATGTATGTCTGAAGAC TCTCAACCACAATAATCCATCAAACTATTCTAAATATCTATACAAAAGGGGATCCTCTAT TTCGTACAAGATATAAATGAATCAAAATTAGAAGTGAAGAGTTACCTAGTACCTGCTGTT GGTGGGAGGTGGCAGGTATCCCCTGGAATTAGTCGAGGTGAGTGAAAGCTGGCCCGGACA CCACGGTCATAAAAAAAAAAGAAGTAAAGGGTGATATCAAGGAAGGGATGAGAAGAGGCG AAGTCAACTTGTAAAACTGATGTTGGACATAATTGGCTGGTAGTCATCTGTCCATCTTAA GTAGCAATTTATGTTCCCTCTTCCATGCTCGAAAATATTGAGGAATAGCTTCAATGTACA ATCTGATGATGCTCTTTGTAAAGTATAATTTTATGGAAGCACATTGCATTTTGAACCCCC TGCGGGAAAAAAAAAGCAAACAAGATTGCTTATTGATGATTCTTTATTGATTTTGCATAT TCTGTAGTGGAGGGGGTTGTGGCAAGCAGGAATTAGATGTGCAAGAGCTGATTGGCCGCT ATCGACTCTCAAAGCGAAGCCTACGCATGAAAGGAAAAAATATCTTGTGATATTCTTTCC TCGCACCAGAAATTATTCTTGGGCCGACGTGCTTCTTGTTCGCCCCATTAGTGACTTCCC GCATCCCATCGCATATAAAACCCATAAAGTTGGGGTGAAAACGGTGAAAGACTTGACTCT TGGTCACCGTTTTATCATGCAAAGACTTGCTATCAGCATACTGAATATTATTGATCAATT ACATGCCGAGGTTTGCTTTTGAAGCTCATATTACATATAGAGACGCACATTCACATTTTA TTTCATGCTTATTCTTTTAACTTTTTATTATCTTTTTAAAGTTGAGATGCTACTTGACTC ATTAGGCTCTAGAAGAGACTGCTCGCAGTGTGATGGTATGGAAGGAATTTGCAATGGAGG TTTCCCGCTGCAAGGGCTATCCTGATCTTGGAAGGATGCTATTGAAATTTAATGATGTAA AATCTCCTGTCTTTGAAGCTGCGCTAAGATGCATACTCTCCCCTCTTCTGTGTCGCACTC TCCTTTAATGTGGTTCACAACACTAAAATCTGGTTCCTGAACTGCATTGTTGTTTTAACA CTGCAGTTTGCCAGAGCCATTCTTTTGCTTCTTTGTTTTAAAAATGGTAACATAACTTAC GTGGATTCTTCTTCTTATTGATCTTAAAGTATCAATTGTTTCTAACCCTCTGTTTTCTTT AAGCTAAGTAGAACAACCACTACCCAAAGATTCAGGTAGGCCTATGTCGTGGGCAAAACA TCTAATACTTTGGAATCTTCAAACTAGCCAAAATTGTGTTGTCAAACATTAATGTTTTAA TTGACCATTGATGAATGATCAACACACATCCTTAACACGTCTCTAGCATGGCTAGAATGG GAGTGCTCTTGGGTTTTAGTTTGATTTATCATGAAGATTTTTCCAAATGGACCCCTTGAG TTATTACTTAATACTTTTTGTAAAGATATGACACATGGACCAAAAGCTAACTTATGAGGG GAGTATTACCTAAGTCTTTATTAGCAGACCATTGGTCCATTCCCAACCAATTTGGCCACT TTAACACTTCCCTTCATGCCTAGACCCTATTAGAGTGTGGACCGGGAGCCCAAATGGGGA TGAACCTAGCTATGATACCATGTGAAGATGTAACCATATAGCACGTGAGCCCAACTCAAC CCCAAAAAGCAGCTATGAGGGGAGAATTTGCCCAAAACCATATAAGTATACCACTAGTTC ATTCCCCAAAATGTGGGACTCTAACCCACTCTAACACTTGCTTTGATAGGTATAGTAATG AATACAACAATGTATATTTGTCGATGCTACTCTGTATATATGTTTTTCAAGTGGAGGGTA AAATGAGTTCATTTACCAAACATCATCTCTAACGAAGAAAAGAAAAGGACAGAAATGTAT AGTAAGGTAAAAAGCCTAAACAAATAGCTGGTATCCGTAATCAAGGTTTGACTTCTCAAG GCTTGCACTATACTTATTCTTTCTTGGCCTGGATAATGCTGTTTTCGCTTGTGCCTGGAT AACACAATCATTTACTTATGCAGATGATACTGCCGTTGTATAAAAAATCATTTTCGATGG AGTCTTGGATTCAGCACTGTCAGAATGCCGACAGTGCTGAGTCAATTGAAATGCTGAAGG AGGTAAATCCCTAAATGATGCTCATATATGCATCCATTCTGCTGTATATCTATGGTTGTA AATTTTTTATTGTTTGTTTTGCTTTTCTTTTGTTGTCTTTTTCTTGAGTGAAATTTATTA CTTCTAATAATAATTATGAGTAATTTATTATAATAAATGTGTACTTGACTTCTTATGATT GAGTTTCTGTTTCCACACAACTGGAACTTTGGAGTTTTACTGCACCACCAAGGCAGTTAT ATGGATGGGTGTTACTCTTTTAAGAGTTGATTGCTGCCATTGAAAGTGAAGTTTTGCAAG GACTAGAGTATGATTGTTGTTGATGCATAAGAACATGTTTCATTGTCAAGAAGCAGAATC CAACTTCCTGTTGGCACTTTGGGATGTGGGAAGGACGTGTGTGTTAGTCCTTGATTATGT CTGCAGTTGCTTCACTGATGACACTTGCTACCTTCTCAATAGCATTTTACCTTATCAGTG GAAAACCCATTTGATTGAATAGATGCTGAACTGGTCTTTTGAAATTTCATCATAGTACTA TCTTGGCGCAGACTAAAGCTTTTATCTTTCTATTCAGGAATTGGCTGATTCTGTACGTTG GGATGAGTTGAACTCACTTCCAAATGAAGGATTACATCTTGATCTGAACTCTCAGTGGAA GAATTGCAAATCTGAGGTTATGAAATGGTTTTCAGTTTCACATCCCGTATCTGATAGTGG AGATGTTGAACAGCCGAATAATGATAGCCCATTGAAAATGGAGCTTCAGCAGAGCAGAAA GAGGCCCAAGCTTGAAGTTCGTCGTGCTGAGGCACATGCTTTGCCAGTGGAATTTCAGGT GTCACATCAGGCTGTCCCTGTTGGATTTGATGCTGGTGGTCTTGGTGGCCATGATATCTC CAAAAATGTACTTTTAGAATCTGAACCAACAAAAGATGACATTTCTCTTGGAGAGGCTCC TCGAAATGGTTCTCCTGGTAGTGTGGCAGATAGATGGGGAGAGATTATTGTTCAAGCAGA CAATTCCGACGTCATTCAGATGAAAGATGTGGAACTGACCCCTATAAATGGAGTTTCAAG TAATTCCTTTGATCATGGAAGTAAGAATCGCCAGTGTATGGCCTTTATTGAATCTAAAGG AAGACAATGTGTCAGATGGGCAAATGACGGTGATGTTTATTGTTGTGTGCACTTGGCCTC TCGCTTTGCCAGTACCTCAATTAAGGTGGATGCATCTCCACATGTTGATACACCTATGTG TGGAGGGACCACTGTTCTTGGGACTAAATGTAAACATCGCGCCTTATGCGGCTCTCCTTT CTGTAAGAAACACAGGCCCCGAGATGAGAATGGATTGGGTTCTATTTTGCCCGAGAGTAA ACATAAACGCAAGCATGAGGACAATGTCCTTGGATTGGATACCTCAAATTGCAAAGATAT TGTTCTCGCTGGAGCATTTGATGCTCCGCTCCAAGTTGATCCTATCTCAGTTCTTCGTGG AGAATCTTGCTATAGGAACAACTTGCTTGAGGTGCCTCAGTATTTGCAGAACAGACCAAG TGGTTCTGAGATGCATTGCATTGGTTTGTGGCCACATGGAAGTGAGCTTTGCATAGAAAG TCCAAAACGACATTCATTATACTGTGAGAAGCATTTACCAAGCTGGCTTAAACGTGCGAG GAATGGCAAGAGTAGGATTATTTCAAAGGAAGTATTCATAGAACTTTTGAAGGATTGCCA GTCCAGGGATCAAAGATTGTATTTACATCAAGCTTGTGAGCTTTTCTATAGACTTCTCAA AAGTTTACTTTCTTTGAGAAACCCAGTTCCAAAAGAAGTGCAATTCCAGTGGGTCATATC TGAAGCTTCTAAAGATCCAATGGTTGGTGAATTCTTAATGAAATTAGTTTGTACTGAAAA ACAGAGGCTGAAAAGTGTTTGGGGATTTAGCGCTAGTGAAAATGCACAAGCTTCCTCTTA CGTCAAAGAACCAATTCCATTATTAAGGATTACGGATAATGACCAGGATCATTGTGATGT CATAAAGTGCAAAATTTGCTCTGAGACGTTTCCAGATGAGCAAGTGCTTGGCACACACTG GATGGACAGCCACAAAAAGGAAGCCCAATGGCTTTTCAGGGGTTATGCTTGTGCTATCTG TCTGGATTCTTTTACTAATAAGAAAGTTTTGGAAACTCATGTGCAGGAAAGGCACCATTC ACAGTTTGTTGAAAATTGCATGCTTTTTCAGTGTATTCCGTGTACTAGCAATTTTGGGAA CTCAGAGGAGTTATGGTCCCACGTGCTCACCGCACATCCTTCCAGTTTTAGATGGTCTCA TACTGCTCAAGAGAATCATTTTCCTGCAAGTGAGGTTGCATCAGAGAAGCCTGATATAGG CAACTCCTTGTCGACACAGAATTTCAATTCAGAGAACCAGTCTGGTTTCCGAAAATTCAT CTGCAGATTTTGTGGCCTGAAATTTGACTTGCTACCTGATCTAGGCCGCCATCATCAGGC TGCTCACATGGGTCCTAATCCTGTTGGCTCTCATATCTCCAAGAAGGGCATCCGTTTATA TGCTCATAAATTGAAGTCAGGAAGACTTAGCCGTCCAAAATTCAAGAAGGGTCTCGGATC TGTAGCATATAGGATTAGGAACAGAAATGCTCAGAATATGAAGAGACGCATCCTGTCATC GAACTCCATTATTAGTGGAAAACCTTCGATTCAACCTAGTGCAACCGAGGCAGCTGGTCT AGGTAGACTGGGAGATCCCCACTGCTTAGATATTGCAAAGATATTGTTTGCTGAGATTAA GAGAACAAAGCCACGGCCAAGTAACTCAGACATCTTATCAATAGCTCGGATTACTTGCTG CAAAGTAAGCCTCCAAGCATCACTTGAAGCAACATATGGAATTTTGCCAGAGCGCATGTA TCTCAAAGCAGCAAAATTATGCAGTGAGCACAACATCCTTGTCAGCTGGCACCAAGATGG TTTCATTTGCCCCAAAGGATGTAGACCTGTTCATGACCCTTTCATAGTATCTTCATTACT TCCCCTTCCTGGTCAAGTGAATAGAACTGGAAGTATTCCACCGAATTCTGCTATTAGTGA GTGGACTATGGATGAGTGCCACTATGTCATAGATTCTCAACAGTTCAAGCACGAACCATC TGACAAAACTATTCTCTTGTGTGATGACATAAGCTTTGGACAGGAGTCAGTTCCGATAAC TTGTGTGGTAGAAGAAAATCTTTTTGCCTCCCTCCACATTCTTGCTGATGGCTCCAATGG CCAAATTACCACAAGTTCTCTACCTTGGGAGAGCTTTACCTACGCAACAAAACCATTGAT TGATCAATCCTTGGATCTTGCAATAGGGGTAACTTGTTTTGACTTCTAGTATTCCATGCA ACTTCCATTTCATCTGGCGAAGCACCGGAACAAATGGTTTTCATAACCTCGAGTTGTTAA TTTCCCTCAGTCACTGTCTCTTCTCCTCTCTAATCATCTTTTCCCTTTTATGGCAGAGTT CCCAATTGGGGTGTGCTTGTCCAAATTCAGCATGCTCTTCTCAAACTTGTGATCATATTT ACCTCTTTGATAATGATTACGATGATGCCAAAGATATTTATGGGAAGCCTATGCGTGGAA GGTTCCCATATGATGAGAGAGGTCGGATCATGTTGGAGGTAAAAATATATTCCTTTGATT TTTCTTTCCTAATTTTGTGATTTGCAGTCCGTATTTTTTTTGGCTGATAATTAAAAAGAT AAGGATGCCTTGTGTACTCTTGTCATTAAAAAGATAAGGATGCCCTGTGTATATCTTCTG CTCAATAATATGGATTTGTCTTATAACTGTGTTGGCTGAAGAGCATTACAGTATGATAAT CATACATGATGCTAGAAATTTGTAGGGTGTGCTCGATTTTATAAGCATTTTGCGCCTGAT TATCTACTTGATTTTCAGGAGGGCTACCTTATCTATGAATGCAATCAATGGTGCTCGTGC AGTAAATCTTGTCAGAATAGGGTTTTACAGAGTGGAGTGCGTGTGAAGCTAGAAATATAC AAAACCGAGACAAGGGTAACACTTTGATCTGAAATTATGAAGGCGTGAGTTTCTCTAGTT ATTTACTATTTTGTCTTACAGGGATGGGCAGTCAGGGCAAGAGAAGCAATCCTTCGTGGT ACATTTGTGTGTGAATATGTAGGAGAGGTACTTGATGAGCAGGAAGCAAATAAGAGACGC AATAGGTTGTAAGCTTATAACACATTCTACTTGGTAGCTAAAATTTCTTTGTTGTATGTC ATTGTACCTTATTTATATCTGGATCCACCTATTTGAGTAGGTCTGCCACAGAAGGTTGTG GGTACTTCTTGGAGATAGATGCTCACATCAATGATATGAGCAGACTGATTGAAGGGCAGT CTCCATATGTAATTGATGCTACTAACTATGGAAACATTTCCCGTTATATCAACCACAGGT ACTGTTACAGCTCTCTTCTTGATTTGCTTTAATCTCAATGTGGTTATAATTGCCTTAATT TGCATTATATTGGGACCATCAGCTCCAATAGAAGTGTATAAGTAAAGGCAATGTGGAAAT ATCACGTCTCAAAGTTCCTTTATAAATGCCAAACGATGCTTATAATGGTCAGTTCATTAA CTGAAGATTGACAAACCAACAAATCTATTATTACAATGCCAGCTTGAAATTCCTGTACTA GCCAAAAATTCAATTGAGTTCTACTCCAACTTGCTATAAAGATAAACGGTCTTCTTTTAT GTAAAAATCACTGTTAAGCAGTCTGCAAGAATACCATCTTTTTGCTCCACCCGTGCATGG CACTCCTTGCCCACGGAGCAGCATACTGAAAAAAATTCACAATCAGGATACAACAACTGA TTTACTATCTTTTTCTGTTCTTTTTTTTTTAACTTGCACTCTAGTGATCGATTTGCTTAA CTCAGCTGCATACAAAGCATAATTCATGTTTTCAATTCCGCCAACTTGTTCTCACTTCTG CCATTCCGTGCTTCTACCTAACCTACCTGTGTGTTGCTGAGAGATTCAAATAGATACAAC TATTTGGGATTACATTGGGTACACTGTTGTTGTATAACTGTGTGAAAGTTTGTCCTATGT CTGACATCTTTTATTTTTTGATGATTGTGTAGAGTTTCTGCATATGATTTACACCTTGGT TTCTTATGAAGTAGTTTCCCATAAACACTGCACCGCGTTTTTGCCAAGCAAGATAGCTTT TTGGTGGGACCCTTCTTATAGAATGTAGAACAATTATACTGGTGTAGTACGGATTGCATT AGGACATAATGAGTACTACAACCATGCTGCCTACATGAAAATCTTAATAGATGAAATGTT CCTACTTAGAATGTATATGAAATTAGGATGGCTTCCAATGGCCTGTAGATTGCTGCTTGT CAATGGAATGATCCTTAAATGTCTTATTTGTAACTCGAGGAGTTTTAAGTTCTCTTCTGC TGTAAAAGTAGCATACCCACAAACACAGAAAAGAAAAAAAAAACAATATTGATAAGTGAA ACAGTAGCTGTTTTTTTTTTTATTTCCTGCTGCTGATCATGAGTTGATGTGTAATATTAT TTCAGATTGCTTTCAGTTAAGTTCTTACGAGAATGTTTTGGTTCCTTTTTTGTTGCAATT AGTTGCTCACCAAATCTCGTGAATTACCAAGTTCTCGTGGAAAGCATGGATCATCAGCTT GCACATGTTGGTTTTTATGCAAGGCGAGATGTATGTTCTCTCTCCTCTTTGGTAAATATT GGTCAAGTGACGATGCACCATTGTATTAGTCAGATCATGAAAAAAAAGATTATTGCTGCT TGTTCTTATTTTTTCTACTGGATTTTTTTTGGGTAACTTGATTTGACCTCAGCTAGGACT GGGTTTATCCCCTCATGTCTCAAGTTATTCATTGTGCCCCCTCCTCTTTCGCGTTTCATG ACTGACATATTGTGTGCCCCCTCGATTTCCTTGAGCAGATACTTGCAGGTGAAGAACTGA CCTATAACTATAGATACAAACTATTGCCCGGAGAAGGGTCTCCATGCCTGTGTGGATCCT CTAATTGCAGGGGACGTCTTTACTAAATCCTCTACTTAATAGATTGTGCATTCAGAGGTT TATGAATTCAGATCTGTAGAGATTCGGAATCCCGAGGACTGGTGTGTTTGCAGGAAGCAA AAAGTTTGTAATTGTCCTTAGTTTATAGTTTGTGTGACCTAGGTTTGTCACACGTCTTCT AGTGATGTAATGAACTTTTTACCATCACAGATTTGTAGCTTTTCCAGTTTGCTTTTTTTC TACTCTACAGTTTCTGGGGTCACTCACTCTTCAATTTCAATCAGAAATGCTTGGCCAAAT TTCCACTCATAAAAATATAGAGGCAAGAACATGAGTCTAGACACTGCTGCTAGTAAGATT TTCTTTTTCCTGTAAATTTATTACACTGGGGATCGATTTAAAGGAAGGGTAAACAGAATA GTGAGAATTAAACTCGAACCCAACTTATGAAATACTTTTACTGATACCACTAGACTTAAA ATATTGTAAGATTAGAACTTCATTTCCGGCTTTGAGAACAAAAAGAAAGCGAAGGACAAG CCATAACCTATTGCAACCAAGATTGACTGACCTGCAAGCAAAAAACAGACGCATGACATA GTGGAGAAGCAGTGATACAAAAAGCTAAAAACATTCAACACATATGAGAACCAAAACCAA AGGAAGAGGTGTAGAACAATTACCAAGTTCAACATGGTTTGAAAGGGTTGTATTATTAGG GTTTCCTTTTTGAAGTTGTATAGACATGGAGAGAATAACAAGTCCACTTCCAACCTTTTC CCTCACAACTCTCTCCCTCATATCAAATGACCAAATTCCAGATATTCCTTGAAGAAAACA AACATCTTTGAGGAATAAGATGGTTCCCAACAAGAGAGTAGTTTTGGCTATTTTGTTTGA TCCATTGACCAAGTTGACAAGGCAAGCCATTGCATATAGAGGAAACCACAAATACCAATC TGAAACCCAAAAACAGAAGGAAATGAAATCTCACTTAGGGATGGATAGCTAAATGAAGAA AGAGTAATTACCAGGGTCATTGAATTGGAAAGATGCAGAGAGAGCAAAAAGGAAAGCCAT TAATAGTGAAGAACACGTAGAAACTGTAAATCTTGATGATTTCATGTGTTTTTGAGAAGA TGATTCTGCTTTCATGTTGTATCTACTGGTGTAGAGATTTGACTCTTCCTTTGAAGTTGT GCCAGGAAGATTAGATGATCTAAGCCAACTACTTTCATTGATAAACAAGTACAGTAGTAT ATTTTATTGTGAAATGATGTTGACCAGGACTTTTGCATCCCTTCACCAAAATTTTTTCAT GGTTATGAGGAGAACTCAAAACTTGATAAATTTCACCATTACTTGTTAACGGTGTCGAGT AAATCTATTTATCAATTTAAGGCTTAACTAAAGGGGAAGAAATCCTTTTATCTCTTATTT GTTTGCACTTGATGAAAGTTTAAATTAAATGATTTATATCTAAATTATTAAGTGTATTTA TTTAGATTAAGATTTAAGCACTTACTTAGTATTAGATAAGTTTAGTCATTAAGCTCTTGA GCTAAGTCTTAATATTATTAAAAGGTACTTTTGTGTGGATAATTTCACCCCATTCTATTG ACAGTCACTACTGTTAGCTACCACCTCAATCATCCCTATTGCCATCACCACAACCATTAC ATGTCAACCATCACTGGGCACTGACAACCACCGCCGGTGCTAACCATTAGTATCAATCGC TATCACACCTATTACTTCTCCATCATTATAATTAGTTCACTATCACCAACCTCACCACAT CCATTGTGACTCTCAACCACAATCATCACTGTAGCCAATTCCTATTACAAACAACCTTTA CCATCAACACATTGTCAATCACCACACAATTTTTTGGTTACCACCATCAACAATACCAAC CAGTTTCACCACTGACAATCACTATCACTGTCAACTACTACTGTCGATCACAACCATATC CACTACTCCATCATTATAATTATATCCTTTGACATTGACATCACCATCTCCACCATTATT ATTGGTACAATGTGACCAACTCCTATTACCAACCATTTCCACTTCCAACACATCATCAAG CACCCATTCAATTGATGAAAACAAATAAGAATATAGCTCTTTATGTACTCCTTGGGCATA ACCTACTTTTTTCCAAAAAAAGTTTAAGAATAGAAAAAAACTCCAGCTTTCCTGTTAATT TTTCTGTTAACAGGTATTACTCCATAATTTACATTTTTCACTACTTCAATTATCAAATTT TTCTCTAATTCCTTTATGTTTACTTTATTTATCGAATATATTCAATTAGAACAACAACAT ATATTTGTCCTAAAAATAAAATGAAATATAAAGAGCCTCGAGATTTTTAAATTGGGTAAA CAGATCATACTCATAGTTAGGTCTTCTCTATTTGTTTCTTTTGTTTTTCATTTAGAATTC GCGCCGCAAAATTTCCATGCTCCCTAGTAAAAATAATGTAATACGGAAAAAAATAAAATA AAATAAAATTTAAATTCAAAATCTCTTAATTAAAAATTGTATGTCCGGGAATATATATAT GATCAGATTCTTAAACGAAGTCCCATTCCCATATATTTTACAACGATGAAGGCTGTTTTA ATATTAGAGGGGCACATAGATTTTGTAAGATACCACACTTTCAAGTTCCACCCCACATGG AGCTAGCATATATAGTAGGAATTAGAAGAATGATAAAAATACCAATATATAATAAAATGG GGCCAAGCCAATATTGGTGTGACAAAGAGAGGTAACTAATTACAATAGTGGACTTCTTTT TGTACACTATCTATAACTACTCATGACAAGAACGTGTCTCTTTTCTTCTTATAATAATAA TTACACTCACATAGTGTCATCATCACTTTGCACATCCTATATTCTAAAACATTACTTTAT ACTCCATGGAAACAAAAGTATTACTGTATTAATGCACCCACCTTCTTTTATTTTGATATC AATAACTACACCTAAATTTGGGTTGAATAAAGATGTAGACTTCATTTTTCTCTTTAATTT GCACATAATCAAGATATCCTAGGAAAGTAGAAATGAATCAACTCTCAAAGTAAGGGTCCT AAGTTTGGTTATAGAAAATTAACGAGATTCCCCCCCCCCCCCCCCCTTAAAATTAGGCGT ATAGATATGTTTATGAATTTCGAAAATAGTTTAATTTCTCATGAGGAATAATATTATATT TTTTTAATGACAGGTACAATTTTTTTTTTTTAAAAAAAAGCTACTAAGATTTAAATTATG ACCTCCTGACTATTAAATTGTTTTGAAAGGAAACTTATATCTCATTGAGAAGCAAATATG AGATTTTGTCGCAAAGTATGGAATTAGCTGTAATATGGAGTAAAGAATTGACATTAAACA GTAAGTGACGTTTAATGTCAATAATTTGTCAACTAGTCATGAGTTTTGTTGGCTAAATCT CAATCATGACAAAAATCATCTTTATGTAAATTATTCTTTAACACTTTTGTAGTTAGTGAG TGGAAATGAAAATAGAAAAGAGTTGAAAGAGAAATATATGCATGTACTATATATATATTT TAAATATTGTCAAAATGTCAATAATTAAATAACCATGTAATTAACTTCTTTTTTTATTTG GTCAAAACTTACTCGAATAGGGGAATAATCAACAAGTTTCGATTACAATTGCCAAATTTT GGGAACATGCAAATTTTAATAGATGCTTTTAATAAAAGGAAAAATTAATGGGAAGTCTAC TTCTTGGAGTTCCATCCATTAATTTTCTTCCGTTACCCCTACGGCAAAGTTGTCGTACCA TTTTCATTTTTTATTTCTTAACTTCGATCCCCACTCCCATACATAGCAAATAAAAATCTA TATTAATTTGCTGTTTTTACCTTTTGGTTTTGATTTTTTATATAATCAAGAAGATTTAAT TTCAAATTTAATATTCTCTCCATCCCATAGATGAGTACTTTCTATTTTATGCCATAAATT AAAAAATTATTATTAGATTGATTTTAAATTTACTATTTTGTCCTTCACTCAAATTAATAA TTAGTCTCCTGAATAAAAAAATTCTATATCTTCAAAATATGTTTATTTTTATTCAATTTG ATTCAATAAGTGATCAAATATATTACTTCTGGTGATTCTTTGAGGGTAGTCTTGTCATTC AATGAACTATGTTTGGTTTGAAAATGATGGTGATTTCCTTATCTTGAATTGATGAATTTT TCTTCTTTTTTGTAAATAATTTAAGGAGAATCAATTCTGCAAAGACCCAGAAAGCAACAG GAACATTTTTTTTTGAAAAATAAAAATATAGTATAAAAACCAAATAAAGCAAAAGCAAGA TTGGGACTTTGAGAAGACAACCCAAATGCATGCCTTGTTAGAGTGTTTTTTAAGGGAAAA GGATAAAATAAAATTGTGAGACCTACAAAAGCAGATTCATAATAAAAACAGAATAAAGAA AGTAAACATCATCAGTGAGACAAAGTGATAAAGTTGCAAAAGACACAGCGCATAAGCCAT CACTCTCATTTCTTTTCTTTTATTTATTTATTTGGACCCCAATTTTTCAATTCATATAGG AGGGGAGCTCATCATTCCACTCTGTTAAATCTCTGATTTGGTGGTTCCCTTCATGCTTGA CATCAAAGCTTTCATTCAATCATTTTCAATGCCTCTTCCTTGGACTTTTAAATTAAAAGA TTTGGGGTTTTCAAGAAAATCTCAGATAGCTCTCTCTGTTTGTAGTTGAGTATTTGTTGT TTTCTCTATTTCAAGAATTTGGGTGTTTCAAGAATCCCTTTTGTCCTGCCATTTTACACC TTTAGGAGTGGTGAGTTTCAACTCTTCTTTCTTTGTTTCTTGACAACTATACTGTTAAAG GTTTGATCTTTTGTTTTGTTTGCTGTCCTTTTGGAGAACGAAAGAAAGGAACAATTTGTG TTTTTTTTATTGTTAAGTGTTGGAGTAGTAGCTATCTTTTATCAGAGGGGAAAAGATTAG CTCTTTGATGTTTTGTCCTAATTAGTAGATATTCATTCTTATGATCAAAGAGTTCCTTAG TTCTGTGTAGTCAACCTGATTTCAATTTCATCATCCCTTAAGTAAAAAAAATGCAGAACT TCCCCATGATAACGCATAGTGGATGTTGTAAATGCCATATATTGAATTAGTTAGGCATTG AGTCTTTTCAAGAATGGCTGAAATTAGACTGACAAAGGTAGAACAAGGCCAAACCAAAAT TAGGAATGTTCCAATTGCTGTGACCCCAGAGGGTTTCTGGTGTTGTCCCTCTCCCAATGT GTTCCAGAAGAGCCTTAAAACACCGAATCCTTTAAACAAGCCCAAAGCTCCACTTCCTAC AACTCAAACCCCAGCTCACAAGAAACAAACTTCAGTAACTGAGAAAAGACCGGCTAGTGC TGCACCTAAGTCGGGTGCTGTTTCTGATGAAAAGCGAGGTGTTAGTTCTGATACACCTAG TGTTACCGCATCGGTGCCTGCGGAGAGAACGCCTCGGTCCAAGACTGAAAATGTACCAAG GAAAGTGTCGATTGAGTTTGGTGAGCCTGGAACTAGTGATCTTAGGGTGATCTTGCTAGG AAAGCAGGGGTTTACTGTGAAGTTGAATGTTCACAAGAATATTCTGGTAGCAAATAGCAG TTTTTTTGCAAATAAAATATCAGTACAGCAGCCAGTTTTTCCTTGCATTGAAATTGATGA TTGCGAGGATGTTGAGATATGTGTTGAAACCATTGGCCTCATGTATTGCAAAGAAATGAA GCAGCGGTTGATCAAGCAAAGTGTTTCTCGTGTTTTGCGTATTATCAAGGTAATTTGGAA ATCATGAGATGGACTTCCCTTTATATACATCTTTGAAAGTTTCCACTAGAACTGCTGCTT ATATGTCAGATAACTACTTAATGTTTTGTTGATGCAAGTAGTTAACTTAGTCATCAGTTT CCCATAAAGTTTCGTTCTTCCCATTTTGTAAATGTAGTAGAAATATACTAGGTTGCTGTA TATCTGCTGTAGCTCTGTGCTTCCATATGCTTAGAGTGATCGATAAATGTATTGAAAGAT GCTTAAAGATGAAGGCGTAAACTGTTCAAAGCAATTTGTTTCAGTTCAAACTATAGCTTT GACATACATTTTAATGGAAACATAAAACCTAGCTCGTTTATCAGTATATTCCATATACAC TGTAAATTTGATAATGTTAGGTAGTAGATGATACTGATATGAGTTATAGCATGCTGATGG TTTTTAGAAGAATCTTTTTCAGTCATCAGCATGATGAAGCCCTAAAGAAAATTGTAGGCA TTTCTTTAGGGTAACAGTCAGAATATCTGGAGGACAAGTTAAATTTTGATGGAGAATATC TGGAGGACAAGTTAAACTTTGATGGAGAATTATAACATTTAAGTTTGTTACATGAGTGGA CAAAATAAATACTGAAAGAAAAACTTTTAGAAAAGTTCTTTCTCCCCCTCTCACTTTCTT GAACTGTGTGACCATCCTGCAGGCGTGTGAGAGAGATTTAGACTGCCCCACGCTCTCACA ACTCCATCAGATGCATAATACTTTGATCCTGTTTACTGATGCAGGACACCAATTCAGTGA TGGTTTTACTGGGAAGGTCCTAAATAGTGTTGAAAACTCTTTTAAGCACCCTCAGAAAGT TTGCATAGAGATGTCCAAGAGTTAGGAAATATGGTTGACTATTCTACTTTGTAAAGTTGC TGTAGAAACTAACATCAGGCAATTTGAACTGGACTCAAGTTACTATTATAGGCTATTGAT TATGGATAGATATATATCTAGAATTCCTATCATAAACTACAATAGGGTTTATCAAATGCT GGGTTATTAAGTATTTGTTAGATATAATAGGAAGGTCTTAATTAGTGTTAAAAACTCTCT TAAGCTTCCTCGTAAAGCTCCCATAGAGATATGACTGAGTTACCGAATATGGTTGGTTTT TGTGCACTATAGACTAACATACATTTGATTGAGGATTTGTAATTTTTGCATAAATCACTT CGGATAGCTTGAATGTCTTGTCTTTCTGTGATAGACTAATCGATTGGGAGGTTATGTATA TATGCTTTGACATTCAATTATAAACTGCGTAGGGGTCATTTATTCATCAAATGCTGCACG GATCTTAATGTCATAAAAGGAACATTTTATTCTCCTGTTATTGCATTACTATTAATGTTC TAGTTTTAAATGGAGTTTAATTGAGCCAATACCTTATCCAGTGTTTTTGAACTTCTTTAC AACACATCCTTGAAGCTTCAATGTTTTAGTTTCGTGAATATTCCCCTCTGAATTTGTTGG CTGTCAAATTTATTTTGCATGCAAATCATTCTTATATCTTCGAAATAGTAAACAATTCCT AACTCAGACCCGCACTGTAGGTAGCCGAACAACTTGGATTTCAATCATGCATGCAGTCAT GTTTAGAGTATTTGGAAGCAGTACCATGGGTTGGGGAAGAAGAAGAGGAGAGAGTTGTTT CCTCGGTCCTACGGCTGCAGAGTGATGGAATTGGGGTGACCCCTGTGTTAAAGAGGGTGT CATCTGATATTTCAAAGCCTCACAAGGACACATTCTCGCATATCCTAGAGCTGGTGCTCA AAAGTAATGAAGAGAGAGGCCGCCGGGAAATGAAATCTGTTGTACTGAAGCTTCTCAGGG AAAATAACTGTCTTCCAAGTTCCTCTGGCTCAGTTGACAGTTACAATGAAATAATATATG GCTCGTGTAGAAGTTGCCTGGATTCAATATTGATTCTGTTCAAACAAGCAGCTGAACCTG AGTTTAGCAGCAATTCTACTGATTGCAGAGAACCAGTAGTGAAGCAGATGGTTCTTGAGG CTGATAACCTCTCTTGGATGCTTGAAATTTTAACTGACAGGCAAGCAGCAGATGAATTTG CGGTGATGTGGGCTAGCCAGCAGGAATTGGCTTCTCTGCATACTAAGCTACCTATTGTGT CTCGCCACCATGTCAGCTGCATCACAGCAAAGCTTTTTGTAGGAATAGGAAAAGGGGAAC TTCTGCCTTCAAAGGACACACGTAACCTCTTGTTACAGACGTGGTTACAGCCATTGATCA ATGACTACAGCTGGTTGCAGCACGGATCCAGGTCGTTTGACCGAAAGGTTGTGGAGGAAG GAATTGGCAGGACAATCCTAACACTACCTCTGGAGGAACAGCAGAGCATTTTGCTTTCTT GGTTAGGCAGTTTCCTCAAGTCAGGTGATAATTGTCCAAATCTTCAGAGAGCATTTGAAG TCTGGTGGCGTCGTACATTTGTCAGACCTTATGCAGAGACAGGAAGTACCCGCCCATTAG ACCATGTTACGACTCCAAAGGTAACAGAACATTAGACGTTTATGGTATCATTTAAAAGGA AATTGTTGAAGATCAGTGTTAAGTTGAATTGAAGGAGACTTCTGTTGTATGCAATGAAGA AAGCTCGGGGGCTCTGTCAAATCAAGGATAAATTACTCATCTATATAAGGTGTCTAACTG ATTCCTTGTGTGAATCATGTAAATTTAGAGTATCATTTGAATTGTCCAATTTGGTGTGTT AGTGATTTGTAAGAGGTATGTAATACAAGTTGGTTGTGTTAAATTATAGATGGATCAAAT TTTCTGACAGGACCATGGCTAATGTAACATATTGTCTTAGCTGTAACTCATTTAGAGATG AATCTGTTAAAAGTTTTTATGCAACTTCTGTAAACTTGCTTTTATAAAACAATGGGGCCT GGTGTAGTAGTGACAGTTCAAGAATAGGAAATCTTTAGGTCXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXX GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 8649 8762 1 114 1 match_part 1.000 8864 8953 115 204 1 match_part 1.000 9386 9492 205 311 1 match_part 1.000 9573 9721 312 460 1 match_part 1.000 10573 10655 461 543 1 match_part 1.000 10740 10787 544 591 1 match_2 match_part 1.000 8649 8762 1 114 1 match_part 1.000 8864 8953 115 204 1 match_part 1.000 9386 9492 205 311 1 match_part 1.000 9573 9708 312 447 1 match_3 match_part 1.000 9384 9492 1 109 1 match_part 1.000 9573 9721 110 258 1 match_part 1.000 10573 10655 259 341 1 match_part 1.000 10740 10835 342 437 1 match_part 0.992 10983 11105 438 560 1 match_4 match_part 0.991 9384 9492 1 109 1 match_part 1.000 9573 9721 110 258 1 match_part 0.988 10573 10655 259 341 1 match_part 1.000 10740 10761 342 363 1 match_5 match_part 0.963 10575 10655 1 81 1 match_part 1.000 10740 10835 82 177 1 match_part 0.967 10983 11105 178 300 1 match_part 0.988 12066 12149 301 384 1 match_part 0.965 12461 12602 385 526 1 match_6 match_part 1.000 13239 13454 1 216 1 match_7 match_part 0.990 13253 13454 1 202 1 match_8 match_part 0.989 13964 14333 1 371 1 match_9 match_part 1.000 13966 14263 1 298 1 match_10 match_part 1.000 15102 15576 1 475 1 match_11 match_part 1.000 15103 15637 1 535 1 match_12 match_part 1.000 15104 15563 1 460 1 match_part 0.789 17558 17576 461 479 1 match_13 match_part 1.000 24948 25208 1 261 1 match_part 1.000 28267 28341 262 336 1 match_part 1.000 28595 28912 337 654 1 match_14 match_part 0.987 28264 28341 1 78 1 match_part 0.998 28595 29201 79 685 1 match_15 match_part 0.987 28264 28341 1 78 1 match_part 1.000 28595 28844 79 328 1 match_16 match_part 0.998 28779 29179 1 401 1 match_17 match_part 0.993 28837 29400 1 564 1 match_18 match_part 1.000 28837 29392 1 556 1 match_19 match_part 1.000 28837 29250 1 414 1 match_20 match_part 1.000 28944 29364 1 421 1 match_21 match_part 0.955 28945 29539 1 595 1 match_22 match_part 1.000 28946 29239 1 294 1 match_23 match_part 1.000 29041 29546 1 506 1 match_24 match_part 0.991 30153 30818 1 666 1 match_25 match_part 0.988 33207 33552 1 346 1 match_part 1.000 34429 34650 347 568 1 match_26 match_part 1.000 33219 33552 1 334 1 match_part 1.000 34429 34676 335 582 1 match_part 0.988 36287 36457 583 752 1 match_27 match_part 0.997 33220 33552 1 333 1 match_part 1.000 34429 34460 334 365 1 match_28 match_part 0.899 33227 33552 1 324 1 match_part 0.970 34429 34627 325 523 1 match_29 match_part 0.994 33227 33552 1 326 1 match_part 0.987 34429 34507 327 404 1 match_30 match_part 1.000 33379 33552 1 174 1 match_part 0.985 34429 34495 175 241 1 match_31 match_part 1.000 36452 36481 1 30 1 match_part 1.000 37791 37881 31 121 1 match_part 1.000 38034 38304 122 392 1 match_part 1.000 38385 38698 393 706 1 match_32 match_part 1.000 36455 36481 1 27 1 match_part 1.000 37791 37881 28 118 1 match_part 0.992 38034 38159 119 244 1 match_33 match_part 0.996 38051 38304 1 254 -1 match_part 0.990 38385 38904 255 774 -1 match_part 0.516 39495 39525 775 805 -1 match_34 match_part 0.989 38426 38898 1 473 1 match_part 0.647 39495 39511 474 490 1 match_35 match_part 1.000 38437 38898 1 462 1 match_part 0.650 39495 39514 463 482 1 match_part 0.700 40607 40636 483 510 1 match_part 0.571 40824 40851 511 536 1 match_part 0.604 42392 42444 537 584 1 match_part 0.549 43404 43485 585 664 1 match_36 match_part 0.998 38437 38899 1 463 1 match_part 0.650 39495 39514 464 483 1 match_part 0.509 40512 40566 484 540 1 match_part 0.566 40788 40840 541 594 1 match_37 match_part 1.000 38437 38898 1 462 1 match_part 0.647 39495 39511 463 479 1 match_38 match_part 1.000 44369 44840 1 472 1 match_part 1.000 44929 44981 473 525 1 match_39 match_part 0.997 44369 44759 1 391 1 match_40 match_part 1.000 44369 44707 1 339 1 match_41 match_part 0.997 44515 44840 1 326 1 match_part 1.000 44929 45031 327 429 1 match_42 match_part 1.000 47447 47912 1 466 1 match_43 match_part 0.962 59693 60033 1 341 1 match_part 1.000 60177 60329 342 494 1 match_44 match_part 0.927 59706 60033 1 333 1 match_part 0.963 60177 60285 334 442 1 match_45 match_part 0.936 59708 60033 1 330 1 match_part 0.962 60177 60332 331 486 1 match_46 match_part 1.000 59714 60033 1 320 1 match_part 1.000 60177 60305 321 449 1 match_47 match_part 0.994 59719 60033 32 345 1 match_part 1.000 60177 60330 346 499 1 match_48 match_part 0.943 59720 60033 1 318 1 match_part 0.963 60177 60283 319 425 1 match_49 match_part 1.000 59722 60033 1 312 1 match_part 1.000 60177 60713 313 849 1 match_50 match_part 1.000 59722 60033 1 312 1 match_part 1.000 60177 60662 313 798 1 match_51 match_part 0.949 59722 60033 1 306 1 match_part 0.962 60177 60656 307 789 1 match_52 match_part 0.933 59722 60033 1 308 1 match_part 0.955 60177 60600 309 736 1 match_53 match_part 0.942 59722 60033 1 316 1 match_part 0.970 60177 60480 317 620 1 match_54 match_part 0.942 59739 60033 1 289 1 match_part 0.961 60177 60331 290 444 1 match_55 match_part 1.000 59743 60033 1 291 1 match_part 1.000 60177 60536 292 651 1 match_56 match_part 1.000 59746 60033 1 288 1 match_part 0.991 60177 60527 289 639 1 match_57 match_part 1.000 59747 60033 1 287 1 match_part 0.993 60177 60623 288 733 1 match_58 match_part 0.993 59751 60033 1 283 1 match_part 1.000 60177 60400 284 507 1 match_59 match_part 1.000 59759 60033 1 275 1 match_part 1.000 60177 60641 276 740 1 match_60 match_part 0.938 59761 60033 1 277 1 match_part 0.973 60177 60655 278 756 1 match_61 match_part 0.951 59767 60033 1 254 1 match_part 1.000 60177 60247 255 325 1 match_62 match_part 1.000 59769 60033 1 265 1 match_part 0.969 60177 60530 266 619 1 match_63 match_part 1.000 59769 60033 1 265 1 match_part 1.000 60177 60391 266 480 1 match_64 match_part 0.981 59774 60033 1 260 1 match_part 1.000 60177 60282 261 366 1 match_65 match_part 1.000 59776 60033 1 258 1 match_part 1.000 60177 60452 259 534 1 match_66 match_part 0.996 59776 60033 1 258 1 match_part 0.990 60177 60368 259 450 1 match_67 match_part 0.946 59776 60033 1 258 1 match_part 0.962 60177 60333 259 415 1 match_68 match_part 0.957 59780 60033 1 254 1 match_part 0.980 60177 60474 255 552 1 match_69 match_part 0.980 59781 60033 1 253 1 match_part 1.000 60177 60488 254 565 1 match_70 match_part 0.976 59781 60033 1 253 1 match_part 0.977 60177 60392 254 469 1 match_71 match_part 0.976 59781 60033 1 253 1 match_part 1.000 60177 60278 254 355 1 match_72 match_part 1.000 59782 60033 1 252 1 match_part 0.995 60177 60601 253 676 1 match_73 match_part 1.000 59782 60033 1 252 1 match_part 1.000 60177 60535 253 611 1 match_74 match_part 0.960 59782 60033 1 252 1 match_part 0.979 60177 60456 253 532 1 match_75 match_part 0.960 59782 60033 1 252 1 match_part 0.956 60177 60311 253 387 1 match_76 match_part 1.000 59783 60033 1 251 1 match_part 1.000 60177 60326 252 401 1 match_77 match_part 0.880 59783 60033 1 259 1 match_part 0.966 60177 60264 260 347 1 match_78 match_part 0.960 59785 60033 1 249 1 match_part 0.981 60177 60597 250 670 1 match_79 match_part 0.960 59785 60033 1 249 1 match_part 0.961 60177 60330 250 403 1 match_80 match_part 0.960 59785 60033 1 249 1 match_part 0.957 60177 60315 250 388 1 match_81 match_part 0.956 59785 60033 1 249 1 match_part 0.977 60177 60262 250 335 1 match_82 match_part 0.964 59786 60033 1 248 1 match_part 0.974 60177 60606 249 676 1 match_83 match_part 1.000 59786 60033 1 248 1 match_part 1.000 60177 60448 249 520 1 match_84 match_part 0.972 59786 60033 1 248 1 match_part 0.983 60177 60405 249 478 1 match_85 match_part 0.960 59786 60033 1 248 1 match_part 0.962 60177 60281 249 353 1 match_86 match_part 0.960 59787 60033 1 247 1 match_part 0.977 60177 60658 248 729 1 match_87 match_part 0.964 59787 60033 1 247 1 match_part 0.968 60177 60455 248 526 1 match_88 match_part 0.968 59787 60033 1 247 1 match_part 0.977 60177 60262 248 333 1 match_89 match_part 1.000 59788 60033 1 246 1 match_part 0.996 60177 60658 247 728 1 match_90 match_part 1.000 59788 60033 1 246 1 match_part 0.996 60177 60638 247 706 1 match_91 match_part 1.000 59788 60033 1 246 1 match_part 1.000 60177 60602 247 672 1 match_92 match_part 1.000 59788 60033 1 246 1 match_part 0.998 60177 60598 247 667 1 match_93 match_part 0.992 59788 60033 1 247 1 match_part 1.000 60177 60597 248 668 1 match_94 match_part 1.000 59788 60033 1 246 1 match_part 1.000 60177 60545 247 615 1 match_95 match_part 1.000 59788 60033 1 246 1 match_part 0.992 60177 60534 247 604 1 match_96 match_part 0.996 59788 60033 1 246 1 match_part 0.997 60177 60520 247 590 1 match_97 match_part 1.000 59788 60033 1 246 1 match_part 0.997 60177 60491 247 561 1 match_98 match_part 0.996 59788 60033 1 246 1 match_part 0.993 60177 60483 247 553 1 match_99 match_part 1.000 59788 60033 1 246 1 match_part 1.000 60177 60450 247 520 1 match_100 match_part 0.931 59788 60033 1 247 1 match_part 0.977 60177 60433 248 504 1 match_101 match_part 0.992 59788 60033 1 246 1 match_part 0.995 60177 60363 247 433 1 match_102 match_part 0.970 59788 60023 1 236 1 match_103 match_part 1.000 59789 60033 1 245 1 match_part 0.996 60177 60710 246 777 1 match_104 match_part 0.967 59789 60033 1 245 1 match_part 0.970 60177 60578 246 648 1 match_105 match_part 0.947 59789 60033 1 247 1 match_part 0.933 60177 60281 248 352 1 match_106 match_part 0.967 59791 60033 1 243 1 match_part 0.972 60177 60534 244 601 1 match_107 match_part 0.992 59791 60033 1 243 1 match_part 0.996 60177 60450 244 517 1 match_108 match_part 0.967 59791 60033 1 243 1 match_part 0.968 60177 60301 244 368 1 match_109 match_part 1.000 59792 60033 1 242 1 match_part 0.978 60177 60450 243 516 1 match_110 match_part 0.996 59792 60033 1 242 1 match_part 0.993 60177 60450 243 516 1 match_111 match_part 0.967 59792 60033 1 242 1 match_part 0.981 60177 60445 243 511 1 match_112 match_part 1.000 59792 60033 1 242 1 match_part 1.000 60177 60441 243 507 1 match_113 match_part 1.000 59792 60033 1 242 1 match_part 1.000 60177 60373 243 439 1 match_114 match_part 1.000 59792 60033 1 242 1 match_part 1.000 60177 60269 243 335 1 match_115 match_part 0.992 59792 60033 1 242 1 match_part 1.000 60177 60255 243 321 1 match_116 match_part 0.979 59793 60033 1 241 1 match_part 0.969 60177 60629 242 693 1 match_117 match_part 0.979 59793 60033 1 243 1 match_part 0.993 60177 60606 244 672 1 match_118 match_part 1.000 59793 60033 1 241 1 match_part 1.000 60177 60534 242 599 1 match_119 match_part 1.000 59793 60033 1 241 1 match_part 1.000 60177 60450 242 515 1 match_120 match_part 0.967 59793 60033 1 241 1 match_part 0.967 60177 60326 242 391 1 match_121 match_part 0.967 59794 60033 1 240 1 match_part 0.972 60177 60602 241 666 1 match_122 match_part 1.000 59794 60033 1 240 1 match_part 1.000 60177 60498 241 562 1 match_123 match_part 0.958 59794 60033 1 241 1 match_part 0.980 60177 60431 242 496 1 match_124 match_part 0.979 59794 60033 1 239 1 match_part 0.995 60177 60368 240 431 1 match_125 match_part 0.996 59795 60033 1 239 1 match_part 1.000 60177 60367 240 430 1 match_126 match_part 0.966 59797 60033 1 237 1 match_part 0.964 60177 60316 238 377 1 match_127 match_part 1.000 59798 60033 1 236 1 match_part 1.000 60177 60496 237 556 1 match_128 match_part 1.000 59798 60033 1 236 1 match_part 0.997 60177 60488 237 548 1 match_129 match_part 0.992 59798 60033 1 236 1 match_part 0.984 60177 60432 237 492 1 match_130 match_part 1.000 59798 60033 1 236 1 match_part 1.000 60177 60402 237 462 1 match_131 match_part 0.992 59798 60033 1 236 1 match_part 1.000 60177 60342 237 402 1 match_132 match_part 0.931 59798 60000 1 203 1 match_133 match_part 1.000 59799 60033 1 235 1 match_part 1.000 60177 60589 236 648 1 match_134 match_part 0.996 59799 60033 1 235 1 match_part 0.994 60177 60488 236 547 1 match_135 match_part 1.000 59800 60033 1 234 1 match_part 0.977 60177 60662 235 721 1 match_136 match_part 1.000 59800 60033 1 234 1 match_part 0.996 60177 60441 235 499 1 match_137 match_part 0.970 59800 60033 1 233 1 match_part 1.000 60177 60392 234 449 1 match_138 match_part 1.000 59801 60033 1 233 1 match_part 0.996 60177 60445 234 502 1 match_139 match_part 1.000 59802 60033 1 232 1 match_part 0.997 60177 60488 233 544 1 match_140 match_part 0.996 59803 60033 1 231 1 match_part 1.000 60177 60244 232 299 1 match_141 match_part 1.000 59804 60033 1 230 1 match_part 0.994 60177 60710 231 763 1 match_142 match_part 1.000 59804 60033 1 230 1 match_part 0.998 60177 60662 231 715 1 match_143 match_part 1.000 59804 60033 1 230 1 match_part 1.000 60177 60545 231 599 1 match_144 match_part 0.922 59804 60033 1 230 1 match_part 0.997 60177 60487 231 541 1 match_145 match_part 0.961 59806 60033 1 228 1 match_part 0.971 60177 60658 229 710 1 match_146 match_part 0.903 59807 60033 1 229 1 match_part 0.967 60177 60661 230 713 1 match_147 match_part 1.000 59807 60033 1 227 1 match_part 1.000 60177 60189 228 240 1 match_148 match_part 0.965 59808 60033 1 226 1 match_part 0.982 60177 60450 227 500 1 match_149 match_part 0.964 59810 60033 1 224 1 match_part 0.974 60177 60524 225 572 1 match_150 match_part 0.953 59812 60023 1 212 1 match_151 match_part 1.000 59813 60033 1 221 1 match_part 1.000 60177 60603 222 648 1 match_152 match_part 1.000 59813 60033 1 221 1 match_part 1.000 60177 60535 222 580 1 match_153 match_part 0.991 59814 60033 1 220 1 match_part 0.969 60177 60370 221 414 1 match_154 match_part 0.963 59819 60033 1 215 1 match_part 0.961 60177 60331 216 370 1 match_155 match_part 0.963 59819 60033 1 215 1 match_part 0.963 60177 60310 216 349 1 match_156 match_part 0.918 59819 60001 1 183 1 match_157 match_part 1.000 59820 60033 1 214 1 match_part 0.994 60177 60497 215 535 1 match_158 match_part 0.981 59826 60033 1 206 1 match_part 1.000 60177 60563 207 593 1 match_159 match_part 0.971 59826 60033 1 206 1 match_part 1.000 60177 60223 207 253 1 match_160 match_part 1.000 59840 60033 1 194 1 match_part 1.000 60177 60621 195 639 1 match_161 match_part 0.959 59840 60033 1 198 1 match_part 0.956 60177 60313 199 338 1 match_162 match_part 0.984 59844 60033 1 190 1 match_part 1.000 60177 60535 191 549 1 match_163 match_part 1.000 59844 60033 1 190 1 match_part 0.997 60177 60517 191 531 1 match_164 match_part 1.000 59849 60033 1 185 1 match_part 0.989 60177 60524 186 533 1 match_165 match_part 1.000 59849 60033 1 185 1 match_part 1.000 60177 60498 186 507 1 match_166 match_part 1.000 59849 60033 1 185 1 match_part 1.000 60177 60452 186 461 1 match_167 match_part 1.000 59849 60033 1 185 1 match_part 0.967 60177 60326 186 336 1 match_168 match_part 0.961 59882 60033 1 152 1 match_part 0.962 60177 60519 153 496 1 match_169 match_part 1.000 59885 60033 1 149 1 match_part 1.000 60177 60450 150 423 1 match_170 match_part 0.958 59890 60033 1 144 1 match_part 0.954 60177 60327 145 295 1 match_171 match_part 0.965 59892 60033 1 142 1 match_part 0.962 60177 60655 143 621 1 match_172 match_part 0.885 59903 60033 1 136 1 match_part 0.957 60177 60476 137 439 1 match_173 match_part 1.000 59933 60033 1 101 1 match_part 0.998 60177 60623 102 548 1 match_174 match_part 0.965 59948 60033 1 86 1 match_part 0.978 60177 60488 87 398 1 match_175 match_part 1.000 59969 60033 1 65 1 match_part 0.983 60177 60533 66 422 1 match_176 match_part 0.980 59983 60033 1 51 1 match_part 0.994 60177 60533 52 408 1 match_177 match_part 1.000 59989 60033 1 45 1 match_part 1.000 60177 60709 46 578 1 match_178 match_part 1.000 59996 60033 1 38 1 match_part 0.981 60177 60716 39 583 1 match_179 match_part 0.947 59996 60033 1 38 1 match_part 0.974 60177 60369 39 231 1 match_180 match_part 0.960 60009 60033 1 25 1 match_part 0.974 60177 60518 26 367 1 match_181 match_part 0.958 60010 60033 1 24 1 match_part 0.971 60177 60659 25 506 1 match_182 match_part 0.895 60015 60033 1 19 1 match_part 0.974 60177 60607 20 450 1 match_183 match_part 1.000 60032 60033 1 2 1 match_part 0.978 60177 60533 3 359 1 match_184 match_part 1.000 60033 60033 1 1 1 match_part 0.993 60177 60879 2 704 1 match_185 match_part 1.000 60089 60608 1 520 1 match_186 match_part 0.973 60192 60717 1 526 1 match_187 match_part 0.973 60195 60710 1 516 1 match_188 match_part 0.974 60205 60868 1 663 1 match_189 match_part 0.960 60205 60707 1 503 1 match_190 match_part 0.972 60205 60707 1 503 1 match_191 match_part 0.975 60229 60915 1 687 1 match_192 match_part 0.989 60249 60702 1 454 1 match_193 match_part 1.000 60271 60944 1 674 1 match_194 match_part 0.979 60281 60797 1 517 1 match_195 match_part 0.983 60282 61032 1 753 1 match_196 match_part 0.996 60306 60836 1 531 1 match_197 match_part 1.000 60336 60901 1 566 1 match_198 match_part 1.000 60338 60875 1 538 1 match_199 match_part 0.980 60398 60901 1 504 1 match_200 match_part 0.973 60409 60959 1 551 1 match_201 match_part 0.960 60442 61084 1 641 1 match_202 match_part 0.964 60464 61025 1 562 1 match_203 match_part 0.991 60477 61060 1 584 1 match_204 match_part 0.987 60478 61011 1 534 1 match_205 match_part 0.959 60504 61087 28 611 1 match_206 match_part 0.980 60504 61015 1 512 1 match_207 match_part 0.996 60521 61045 1 525 1 match_208 match_part 0.991 60539 60883 1 346 1 match_209 match_part 0.990 60549 61060 1 512 1 match_210 match_part 0.967 60554 61011 1 458 1 match_211 match_part 0.945 60576 61067 1 492 -1 match_212 match_part 0.947 60590 61094 1 505 1 match_213 match_part 0.943 60596 61104 1 509 1 match_214 match_part 0.970 60619 61050 1 432 -1 match_215 match_part 0.939 60656 61111 1 456 1 match_216 match_part 0.927 60693 61187 1 492 1 match_217 match_part 0.969 60693 61074 1 382 -1 match_218 match_part 0.987 60696 61082 1 388 -1 match_219 match_part 0.994 60698 61050 1 354 -1 match_220 match_part 0.985 60704 61042 1 339 1 match_221 match_part 0.935 60786 61107 1 322 1 match_222 match_part 0.937 60786 61104 1 319 1 match_223 match_part 0.994 60788 61097 1 310 1 match_224 match_part 0.993 60788 61093 1 306 1 match_225 match_part 1.000 60827 61208 1 382 -1 match_226 match_part 0.929 60899 61124 1 226 1 match_227 match_part 0.767 68161 68293 1 126 1 match_part 0.958 70113 70425 127 436 1 match_228 match_part 1.000 68203 68293 1 91 1 match_part 0.989 70113 70570 92 549 1 match_229 match_part 1.000 68203 68293 1 91 1 match_part 0.978 70113 70568 92 547 1 match_230 match_part 0.950 71185 71523 44 382 1 match_part 0.955 73969 74101 383 515 1 match_part 0.945 74187 74403 516 733 1 match_231 match_part 0.948 71253 71523 25 295 1 match_part 0.947 73969 74101 296 428 1 match_part 0.944 74187 74491 429 735 1 match_232 match_part 0.947 73970 74101 1 132 1 match_part 0.966 74187 74364 133 311 1 match_233 match_part 0.893 74074 74101 1 28 1 match_part 0.906 74187 74644 29 468 1 match_234 match_part 0.957 81684 82078 1 395 1 match_235 match_part 1.000 81731 82352 1 622 1 match_236 match_part 0.965 81734 82076 1 343 1 match_237 match_part 0.924 82222 82445 1 215 1 match_238 match_part 0.893 102684 102786 1 103 1 match_part 0.957 105105 105550 104 549 1 match_239 match_part 0.951 107982 108062 1 81 1 match_part 0.994 111597 111758 82 243 1 match_part 0.966 112039 112155 244 360 1 match_part 0.946 112222 112277 361 416 1 match_240 match_part 0.932 107989 108062 1 76 1 match_part 1.000 111597 111758 77 238 1 match_part 1.000 112039 112155 239 355 1 match_part 0.981 112222 112325 356 459 1 match_part 0.986 112421 112558 460 597 1 match_part 0.973 113763 113835 598 670 1 match_241 match_part 0.966 109205 109587 1 383 1 match_242 match_part 1.000 109353 109927 1 575 1 match_243 match_part 0.995 109372 110123 1 751 1 match_244 match_part 0.997 110151 110873 1 723 1 match_245 match_part 1.000 110281 110847 1 567 1 match_246 match_part 0.974 110435 111011 1 577 1 match_247 match_part 0.972 110809 111448 1 640 1 match_part 0.988 111597 111679 641 723 1 match_248 match_part 0.980 113801 113850 1 50 -1 match_part 0.979 114099 114331 51 284 -1 match_249 match_part 0.949 114171 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match_part 1.000 30861 30173 1 689 1 match_269 match_part 0.995 30785 30173 1 611 1 match_270 match_part 0.907 30702 30175 1 504 1 match_271 match_part 0.996 30776 30238 20 558 1 match_272 match_part 0.996 30827 30276 1 552 1 match_273 match_part 1.000 30852 30513 1 340 1 match_274 match_part 0.926 50883 50535 1 352 1 match_part 0.915 50453 50325 353 481 1 match_part 0.859 50226 50149 482 560 1 match_275 match_part 1.000 50995 50535 1 461 1 match_part 1.000 50444 50329 462 577 1 match_276 match_part 1.000 52983 52911 1 73 1 match_part 0.998 51035 50539 74 570 1 match_277 match_part 1.000 53155 53074 1 82 1 match_part 1.000 52984 52911 83 156 1 match_part 1.000 52807 52573 157 391 1 match_part 0.991 51035 50708 392 719 1 match_278 match_part 1.000 53324 53283 1 42 1 match_part 1.000 53172 53074 43 141 1 match_part 1.000 52984 52911 142 215 1 match_part 1.000 52807 52573 216 450 1 match_part 0.981 50844 50740 451 555 1 match_279 match_part 1.000 53337 53283 1 55 1 match_part 1.000 53172 53074 56 154 1 match_part 1.000 52984 52911 155 228 1 match_part 1.000 52807 52573 229 463 1 match_part 0.960 50844 50745 464 564 1 match_280 match_part 1.000 53156 53074 1 83 1 match_part 1.000 52984 52911 84 157 1 match_part 1.000 52807 52573 158 392 1 match_part 0.984 51035 50790 393 638 1 match_281 match_part 1.000 53272 53093 1 180 1 match_part 1.000 52984 52911 181 254 1 match_part 1.000 52807 52573 255 489 1 match_part 1.000 51035 50905 490 620 1 match_282 match_part 1.000 53336 53283 1 54 1 match_part 1.000 53172 53074 55 153 1 match_part 1.000 52984 52911 154 227 1 match_part 1.000 52807 52753 228 282 1 match_283 match_part 0.964 53337 53283 1 55 1 match_part 0.970 53172 53074 56 154 1 match_part 1.000 52984 52911 155 228 1 match_part 1.000 52807 52761 229 275 1 match_284 match_part 1.000 53336 53283 1 54 1 match_part 1.000 53172 53074 55 153 1 match_part 1.000 52984 52911 154 227 1 match_part 1.000 52807 52792 228 243 1 match_285 match_part 0.960 60525 60225 1 302 1 match_286 match_part 0.991 61059 60358 1 702 1 match_287 match_part 0.979 61098 60437 1 662 1 match_288 match_part 0.932 61239 60504 1 730 1 match_289 match_part 0.964 61112 60614 1 501 1 match_290 match_part 0.967 61112 60694 1 419 1 match_291 match_part 0.957 61082 60715 1 368 1 match_292 match_part 0.971 61082 60740 1 343 1 match_293 match_part 0.984 61058 60740 1 319 1 match_294 match_part 0.500 61344 61319 1 26 1 match_part 0.400 61258 61254 27 31 1 match_part 0.986 61046 60757 32 321 1 match_295 match_part 0.957 61084 60780 1 305 1 match_296 match_part 0.968 63004 62943 1 62 -1 match_part 0.963 62777 62751 63 89 -1 match_part 0.990 62665 62570 90 185 -1 match_part 0.970 61964 61695 186 455 -1 match_297 match_part 1.000 65388 65097 1 292 1 match_part 1.000 64596 64378 293 511 1 match_part 1.000 63566 63480 512 598 1 match_part 1.000 63089 62943 599 745 1 match_part 1.000 62777 62765 746 758 1 match_298 match_part 0.967 65305 65097 1 209 1 match_part 0.963 64596 64378 210 428 1 match_part 0.989 63566 63480 429 515 1 match_part 0.987 63089 63013 516 592 1 match_299 match_part 0.993 65387 65097 1 291 1 match_part 0.974 64596 64482 292 406 1 match_300 match_part 0.998 87465 87021 1 445 -1 match_301 match_part 0.966 88809 88693 1 118 -1 match_part 0.980 88607 88508 119 218 -1 match_part 1.000 88404 88345 219 278 -1 match_part 0.989 88270 88184 279 365 -1 match_part 0.984 87938 87810 366 494 -1 match_part 0.961 87598 87291 495 802 -1 match_302 match_part 1.000 89335 89254 21 102 1 match_part 1.000 89087 88693 103 497 1 match_part 1.000 88607 88564 498 541 1 match_303 match_part 0.937 91771 91709 1 63 1 match_part 1.000 91213 91141 64 136 1 match_part 0.952 90866 90783 137 220 1 match_part 1.000 90693 90577 221 337 1 match_part 0.949 89676 89422 338 592 1 match_304 match_part 1.000 92082 91886 1 197 1 match_part 1.000 91787 91709 198 276 1 match_part 1.000 91213 91141 277 349 1 match_part 1.000 90866 90783 350 433 1 match_part 1.000 90693 90577 434 550 1 match_part 0.981 89676 89464 551 763 1 match_305 match_part 1.000 92162 91886 1 277 1 match_part 1.000 91787 91709 278 356 1 match_part 1.000 91213 91141 357 429 1 match_part 1.000 90866 90783 430 513 1 match_part 1.000 90693 90577 514 630 1 match_part 1.000 89676 89604 631 703 1 match_306 match_part 0.936 92148 91992 1 157 1 match_307 match_part 0.996 116844 116381 1 464 1 match_308 match_part 0.917 122993 122440 1 548 1 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 9384 9492 exon 9573 9721 exon 10573 10655 exon 10740 10835 exon 10983 11105 exon 12066 12149 exon 12461 12602 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 8649 8762 exon 8864 8953 exon 9386 9492 exon 9573 9721 exon 10573 10655 exon 10740 10835 exon 10983 11105 exon 12066 12149 exon 12461 12602 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 13454 13239 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 13239 13454 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 13964 14333 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 15102 15637 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 15104 15563 exon 17558 17576 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 28264 28341 exon 28595 29546 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 24948 25208 exon 28267 28341 exon 28595 29546 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 30861 29347 gene_11 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 30861 30166 exon 29967 29957 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 30153 30818 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 33207 33552 exon 34429 34676 exon 36287 36481 exon 37791 37881 exon 38034 38304 exon 38385 38898 exon 39495 39514 exon 40607 40636 exon 40824 40851 exon 42392 42444 exon 43404 43485 gene_14 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 33207 33552 exon 34429 34676 exon 36287 36481 exon 37791 37881 exon 38034 38304 exon 38385 38899 exon 39495 39514 exon 40512 40566 exon 40788 40840 gene_15 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 33207 33552 exon 34429 34676 exon 36287 36481 exon 37791 37881 exon 38034 38304 exon 38385 38904 exon 39495 39525 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 44369 44840 exon 44929 45031 gene_17 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 47447 47912 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 53337 53283 exon 53172 53074 exon 52984 52911 exon 52807 52573 exon 51035 50535 exon 50444 50329 gene_19 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 53337 53283 exon 53172 53074 exon 52984 52911 exon 52807 52573 exon 51035 50535 exon 50453 50325 exon 50226 50149 gene_20 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 53337 53283 exon 53172 53074 exon 52984 52911 exon 52807 52573 exon 50844 50740 gene_21 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 52983 52911 exon 51035 50535 exon 50444 50329 gene_22 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 53272 53093 exon 52984 52911 exon 52807 52573 exon 51035 50535 exon 50444 50329 gene_23 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 59693 60033 exon 60177 61208 gene_24 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 60089 61208 gene_25 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 61239 60225 gene_26 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 61344 61319 exon 61258 61254 exon 61046 60757 gene_27 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 65388 65097 exon 64596 64378 exon 63566 63480 exon 63089 62943 exon 62777 62751 exon 62665 62570 exon 61964 61695 gene_28 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 68161 68293 exon 70113 70570 gene_29 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 71185 71523 exon 73969 74101 exon 74187 74644 gene_30 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 81684 82445 gene_31 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 89335 89254 exon 89087 88693 exon 88607 88508 exon 88404 88345 exon 88270 88184 exon 87938 87810 exon 87598 87021 gene_32 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 92162 91886 exon 91787 91709 exon 91213 91141 exon 90866 90783 exon 90693 90577 exon 89676 89422 gene_33 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 102684 102786 exon 105105 105550 gene_34 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 110151 111448 exon 111597 111679 gene_35 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 107982 108062 exon 111597 111758 exon 112039 112155 exon 112222 112325 exon 112421 112558 exon 113763 113850 exon 114099 114406 gene_36 gene GT_PGL_22_AGS_3 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 109205 110123 gene_37 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 116844 116381 gene_38 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 118781 119334 gene_39 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 119534 120036 gene_40 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 122192 122922 gene_41 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 122993 122440 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 84.87 59449 59522 RepeatMasker tomato repeats master Contig1019 Contig1019 nucleotide_motif 3261 1109 1513 288 691 1 Contig1559 Contig1559 nucleotide_motif 1017 2136 2309 2 187 1 Contig598 Contig598 nucleotide_motif 507 3668 3873 648 872 1 Contig1209 Contig1209 nucleotide_motif 990 4442 4691 9 263 1 Contig360 Contig360 nucleotide_motif 6142 4705 5570 670 1523 1 Contig420 Contig420 nucleotide_motif 284 6937 7059 7 124 1 Contig420 Contig420 nucleotide_motif 300 7001 7052 3 56 1 Contig554 Contig554 nucleotide_motif 1793 7176 7451 242 515 1 Contig391 Contig391 nucleotide_motif 1189 18458 18679 1 223 1 Contig893 Contig893 nucleotide_motif 3238 22212 22713 1 507 1 Contig1227 Contig1227 nucleotide_motif 2059 23167 23463 1 309 1 Contig151 Contig151 nucleotide_motif 5987 31889 32709 1 834 1 Contig28 Contig28 nucleotide_motif 2114 46530 46799 41 310 1 Contig28 Contig28 nucleotide_motif 658 46799 46902 360 462 1 Contig151 Contig151 nucleotide_motif 404 65928 66211 431 726 1 Contig151 Contig151 nucleotide_motif 872 66005 66206 339 552 1 Contig358 Contig358 nucleotide_motif 1947 66379 66687 1 312 1 Contig563 Contig563 nucleotide_motif 4494 66784 67402 1 619 1 Contig1216 Contig1216 nucleotide_motif 961 77996 78176 1 199 1 Contig1019 Contig1019 nucleotide_motif 1364 90308 90469 535 696 1 Contig81 Contig81 nucleotide_motif 659 93198 93325 1 130 1 hind_R=1420 hind_R=1420 nucleotide_motif 472 100520 100597 4 81 1 Contig52 Contig52 nucleotide_motif 1277 101753 102137 1 400 1 Contig1660 Contig1660 nucleotide_motif 347 107359 107431 1 85 1 RepeatMasker tomato repeats master Contig1660 Contig1660 nucleotide_motif 425 3887 3801 2 85 -1 Contig381 Contig381 nucleotide_motif 7699 6329 5277 1444 2506 -1 eco_R=82 eco_R=82 nucleotide_motif 9007 6684 5637 1 1046 -1 Contig359 Contig359 nucleotide_motif 4243 6946 6327 1 617 -1 Contig1736 Contig1736 nucleotide_motif 1264 7490 7105 42 425 -1 Contig46 Contig46 nucleotide_motif 4865 7980 7383 1946 2556 -1 Contig391 Contig391 nucleotide_motif 704 19340 19232 15 123 -1 Contig427 Contig427 nucleotide_motif 3774 22487 21857 50 691 -1 Contig2561 Contig2561 nucleotide_motif 326 38999 38926 220 293 -1 Contig2585 Contig2585 nucleotide_motif 274 39008 38952 389 446 -1 Contig151 Contig151 nucleotide_motif 4948 58639 57966 148 838 -1 Contig563 Contig563 nucleotide_motif 268 59205 59105 44 145 -1 Contig1202 Contig1202 nucleotide_motif 873 85748 85530 1 243 -1 Contig1019 Contig1019 nucleotide_motif 2947 90312 89957 342 695 -1 Contig81 Contig81 nucleotide_motif 964 93580 93391 99 292 -1 Contig358 Contig358 nucleotide_motif 1983 96165 95868 3 312 -1 Contig52 Contig52 nucleotide_motif 1504 99232 98860 1 382 -1 Contig97 Contig97 nucleotide_motif 314 100035 99904 16 147 -1 Contig598 Contig598 nucleotide_motif 289 107662 107504 546 703 -1 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 8649 8762 1 114 1 match_part 1.000 8864 8953 115 204 1 match_part 1.000 9386 9492 205 311 1 match_part 1.000 9573 9721 312 460 1 match_part 1.000 10573 10655 461 543 1 match_part 1.000 10740 10835 544 639 1 match_part 0.992 10983 11105 640 762 1 match_2 match_part 1.000 13239 13454 1 216 1 match_3 match_part 0.989 13964 14333 1 371 1 match_4 match_part 1.000 23984 24208 49 273 1 match_part 0.996 24421 25208 274 1061 1 match_part 1.000 28267 28341 1062 1136 1 match_part 0.997 28595 30073 1137 2613 1 match_part 0.800 31171 31185 2614 2628 1 match_part 0.667 32137 32148 2629 2640 1 match_5 match_part 1.000 33216 33552 1 337 1 match_part 1.000 34429 34676 338 585 1 match_part 1.000 36281 36481 586 786 1 match_part 1.000 37791 37881 787 877 1 match_part 1.000 38034 38304 878 1148 1 match_part 1.000 38385 38898 1149 1662 1 match_part 0.650 39495 39514 1663 1681 1 match_part 0.711 40605 40642 1682 1718 1 match_part 0.571 40824 40851 1719 1747 1 match_part 0.541 41167 41288 1748 1863 1 match_part 0.524 41661 41723 1864 1923 1 match_part 0.727 41909 41930 1924 1945 1 match_part 0.622 42217 42261 1946 1988 1 match_part 0.561 42525 42656 1989 2110 1 match_part 0.647 42719 42735 2111 2127 1 match_part 0.500 42846 42943 2128 2224 1 match_6 match_part 1.000 44369 44840 1 472 1 match_part 1.000 44929 45031 473 575 1 match_7 match_part 1.000 59722 60033 1 312 1 match_part 0.977 60177 61106 313 1244 1 match_8 match_part 0.939 60755 61080 1 327 1 match_9 match_part 1.000 68203 68293 1 91 1 match_part 0.989 70113 70570 92 549 1 match_10 match_part 0.985 107996 108062 1 67 1 match_part 1.000 111597 111758 68 229 1 match_part 1.000 112039 112155 230 346 1 match_part 0.981 112222 112325 347 450 1 match_part 0.986 112421 112558 451 588 1 match_part 0.973 113763 113835 589 661 1 match_11 match_part 0.992 109353 110255 1 903 1 match_12 match_part 1.000 110151 110873 1 723 1 match_13 match_part 1.000 118781 119334 1 554 1 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 0.988 30861 30010 1 849 1 match_15 match_part 1.000 52983 52911 1 73 1 match_part 0.998 51035 50535 74 574 1 match_part 1.000 50444 50346 575 673 1 match_16 match_part 1.000 53272 53074 1 199 1 match_part 1.000 52984 52911 200 273 1 match_part 1.000 52807 52573 274 508 1 match_part 0.990 51035 50732 509 812 1 match_17 match_part 1.000 53337 53283 1 55 1 match_part 1.000 53172 53074 56 154 1 match_part 1.000 52984 52911 155 228 1 match_part 1.000 52807 52573 229 463 1 match_part 0.981 50844 50740 464 568 1 match_18 match_part 0.997 65454 65097 1 358 1 match_part 1.000 64596 64378 359 577 1 match_part 1.000 63566 63480 578 664 1 match_part 1.000 63089 62943 665 811 1 match_part 1.000 62777 62751 812 838 1 match_part 1.000 62665 62570 839 934 1 match_part 1.000 61964 61653 935 1246 1 match_19 match_part 1.000 89335 89254 21 102 1 match_part 1.000 89087 88693 103 497 1 match_part 1.000 88607 88508 498 597 1 match_part 1.000 88404 88345 598 657 1 match_part 1.000 88270 88184 658 744 1 match_part 0.957 87938 87892 745 791 1 match_20 match_part 1.000 92162 91886 1 277 1 match_part 1.000 91787 91709 278 356 1 match_part 1.000 91213 91141 357 429 1 match_part 1.000 90866 90783 430 513 1 match_part 1.000 90693 90577 514 630 1 match_part 0.981 89676 89464 631 843 1 match_21 match_part 0.928 116844 116016 42 838 1 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 8649 8762 exon 8864 8953 exon 9386 9492 exon 9573 9721 exon 10573 10655 exon 10740 10835 exon 10983 11105 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 13239 13454 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 13964 14333 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 23984 24208 exon 24421 25208 exon 28267 28341 exon 28595 30073 exon 31171 31185 exon 32137 32148 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 30861 30010 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 33216 33552 exon 34429 34676 exon 36281 36481 exon 37791 37881 exon 38034 38304 exon 38385 38898 exon 39495 39514 exon 40605 40642 exon 40824 40851 exon 41167 41288 exon 41661 41723 exon 41909 41930 exon 42217 42261 exon 42525 42656 exon 42719 42735 exon 42846 42943 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 44369 44840 exon 44929 45031 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 53337 53283 exon 53172 53074 exon 52984 52911 exon 52807 52573 exon 50844 50740 gene_9 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 52983 52911 exon 51035 50535 exon 50444 50346 gene_10 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 53272 53074 exon 52984 52911 exon 52807 52573 exon 51035 50732 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 59722 60033 exon 60177 61106 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 65454 65097 exon 64596 64378 exon 63566 63480 exon 63089 62943 exon 62777 62751 exon 62665 62570 exon 61964 61653 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 68203 68293 exon 70113 70570 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 89335 89254 exon 89087 88693 exon 88607 88508 exon 88404 88345 exon 88270 88184 exon 87938 87892 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 92162 91886 exon 91787 91709 exon 91213 91141 exon 90866 90783 exon 90693 90577 exon 89676 89464 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 109353 110873 gene_17 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 107996 108062 exon 111597 111758 exon 112039 112155 exon 112222 112325 exon 112421 112558 exon 113763 113835 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 116844 116016 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 118781 119334 Cross_match_vector vector sequence Cross_match_vector vector sequence match_1 match 123042 123076 BLAST_tomato_bacs Solanum lycopersicum full BAC sequences BLAST_tomato_bacs Solanum lycopersicum full BAC sequences match_1 match 110028 116667 100862 107500 -1 match_2 match 8758 118555 123041 94488 98974 -1 match_3 match 110028 116667 100862 107500 -1 match_4 match 8758 118555 123041 94488 98974 -1 match_5 match 2345 5413 6862 49833 51283 -1 match_6 match 2339 5413 6862 58510 59961 -1 match_7 match 2868 5412 6862 30843 32293 1 match_8 match 2797 5412 6862 2908 4357 -1 match_9 match 2757 5412 6862 11459 12906 -1 match_10 match 2797 5412 6862 37497 38946 -1 match_11 match 2757 5412 6862 46048 47495 -1 match_12 match 2781 5412 6862 84018 85467 1 match_13 match 2781 5412 6862 127837 129286 -1 match_14 match 2773 5412 6862 100906 102355 1 match_15 match 2765 5412 6862 35288 36737 1 match_16 match 2757 5412 6862 43824 45273 1 match_17 match 2750 5412 6862 49834 51283 -1 match_18 match 2750 5412 6862 41483 42932 -1 match_19 match 2742 5412 6861 7716 9165 1 match_20 match 2401 5412 6862 19305 20756 -1 match_21 match 2335 5413 6862 40579 42031 -1 match_22 match 2335 5413 6862 124002 125454 -1 match_23 match 2331 5413 6862 48455 49906 -1 match_24 match 2331 5413 6862 39771 41222 -1 match_25 match 2280 5413 6862 103556 105005 -1 match_26 match 2006 5413 6823 29963 31371 -1 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 731 108659 111439 251 1131 1 match_2 match 159 106328 106633 76 177 1 match_3 match 113 112036 112326 1188 1262 1 match_4 match 58.5 112437 112556 1268 1307 1 match_5 match 43.9 106749 106859 178 214 1 match_6 match 446 43560 44840 34 479 1 match_7 match 213 44923 45480 478 667 1 match_8 match 561 28642 29877 305 708 1 match_9 match 134 24455 25156 16 249 1 match_10 match 561 28642 29877 305 708 1 match_11 match 134 24455 25156 16 249 1 match_12 match 365 43560 44840 31 408 1 match_13 match 177 44926 45480 408 566 1 match_14 match 45.1 43391 43489 1 33 1 match_15 match 444 60165 60929 77 331 1 match_16 match 441 60165 60929 78 332 1 match_17 match 295 43734 44840 70 457 1 match_18 match 146 44923 45459 456 632 1 match_19 match 404 121641 122558 210 504 1 match_20 match 224 119414 120052 1 210 1 match_21 match 402 28654 29619 275 600 1 match_22 match 106 24470 25159 8 221 1 match_23 match 278 43560 44840 41 451 1 match_24 match 108 44923 45438 450 582 1 match_25 match 243 43746 44840 115 468 1 match_26 match 122 44932 45423 470 614 1 match_27 match 240 43746 44840 71 442 1 match_28 match 119 44923 45432 441 572 1 match_29 match 252 43560 44840 56 433 1 match_30 match 81.6 44923 45414 432 577 1 match_31 match 246 43560 44840 44 434 1 match_32 match 78.2 44923 45348 433 553 1 match_33 match 236 43731 44843 76 453 1 match_34 match 86.3 44923 45360 451 582 1 match_35 match 242 43560 44840 40 423 1 match_36 match 79.7 44923 45330 422 535 1 match_37 match 222 43560 44840 49 415 1 match_38 match 89.0 44923 45387 414 541 1 match_39 match 216 43560 44843 52 444 1 match_40 match 76.3 44923 45348 442 568 1 match_41 match 266 28726 29634 280 582 1 match_42 match 212 43734 44840 65 458 1 match_43 match 73.9 44923 45093 457 513 1 match_44 match 212 43734 44840 65 458 1 match_45 match 73.9 44923 45093 457 513 1 match_46 match 263 28651 29853 251 625 1 match_47 match 206 43560 44840 42 425 1 match_48 match 69.7 44923 45081 424 476 1 match_49 match 30.8 43400 43489 15 44 1 match_50 match 185 43560 44840 42 417 1 match_51 match 79.0 44923 45135 416 486 1 match_52 match 34.7 43400 43489 15 44 1 match_53 match 214 43734 44840 72 418 1 match_54 match 62.8 44923 45099 417 475 1 match_55 match 214 43734 44840 24 370 1 match_56 match 62.8 44923 45099 369 427 1 match_57 match 252 28696 29598 338 646 1 match_58 match 252 28720 29634 343 645 1 match_59 match 251 28654 29598 312 635 1 match_60 match 251 28726 29601 954 1243 1 match_61 match 250 121641 122546 234 527 1 match_62 match 208 43560 44843 41 457 1 match_63 match 62.8 44923 45075 455 505 1 match_64 match 192 43734 44840 69 437 1 match_65 match 75.1 44923 45081 436 488 1 match_66 match 181 43560 44840 42 414 1 match_67 match 78.2 44923 45141 413 483 1 match_68 match 26.2 43418 43489 21 44 1 match_69 match 239 28690 29604 420 723 1 match_70 match 238 121641 122546 186 483 1 match_71 match 235 28651 29601 385 708 1 match_72 match 183 43728 44840 91 436 1 match_73 match 72.0 44923 45489 435 597 1 match_74 match 229 28648 29607 334 660 1 match_75 match 229 28648 29607 371 697 1 match_76 match 228 28651 29619 380 696 1 match_77 match 227 28651 29619 406 722 1 match_78 match 227 28732 29601 311 623 1 match_79 match 226 28633 29610 660 983 1 match_80 match 225 28633 29601 335 664 1 match_81 match 193 43734 44840 35 369 1 match_82 match 50.4 44923 45330 368 463 1 match_83 match 221 28648 29622 401 733 1 match_84 match 219 28642 29598 393 719 1 match_85 match 164 43863 44843 1 326 1 match_86 match 76.3 44923 45348 324 450 1 match_87 match 218 28732 29607 416 705 1 match_88 match 176 43734 44843 68 426 1 match_89 match 63.2 44923 45075 424 474 1 match_90 match 217 28648 29598 404 728 1 match_91 match 216 28732 29607 399 688 1 match_92 match 216 28642 29598 365 691 1 match_93 match 215 28699 29610 383 685 1 match_94 match 215 28681 29604 379 684 1 match_95 match 159 43734 44840 74 399 1 match_96 match 77.8 44923 45102 398 457 1 match_97 match 214 28732 29607 375 662 1 match_98 match 213 28717 29592 464 753 1 match_99 match 211 28669 29598 570 883 1 match_100 match 211 28717 29592 467 756 1 match_101 match 211 28699 29592 583 878 1 match_102 match 211 28699 29592 582 877 1 match_103 match 210 28642 29589 36 363 1 match_104 match 210 28699 29607 385 686 1 match_105 match 210 28699 29610 379 681 1 match_106 match 209 28735 29619 626 918 1 match_107 match 208 28672 29607 563 866 1 match_108 match 208 28699 29601 83 382 1 match_109 match 207 28735 29595 563 844 1 match_110 match 207 28681 29604 385 690 1 match_111 match 204 28735 29601 107 400 1 match_112 match 204 28720 29595 591 879 1 match_113 match 204 28729 29592 169 455 1 match_114 match 203 28735 29607 469 754 1 match_115 match 202 28735 29595 555 836 1 match_116 match 202 28735 29640 577 871 1 match_117 match 202 28702 29592 348 644 1 match_118 match 201 28723 29598 591 878 1 match_119 match 200 28633 29598 429 762 1 match_120 match 199 28657 29592 47 360 1 match_121 match 199 28729 29592 165 451 1 match_122 match 199 28729 29592 165 451 1 match_123 match 199 28633 29595 537 852 1 match_124 match 199 28729 29592 143 429 1 match_125 match 198 28717 29631 518 820 1 match_126 match 198 28735 29607 554 839 1 match_127 match 198 28699 29601 64 369 1 match_128 match 198 28735 29595 568 849 1 match_129 match 197 28651 29592 485 801 1 match_130 match 197 28669 29592 412 730 1 match_131 match 197 28735 29595 563 844 1 match_132 match 197 28735 29595 566 847 1 match_133 match 196 28702 29607 556 852 1 match_134 match 196 28735 29595 358 639 1 match_135 match 196 28729 29592 152 438 1 match_136 match 196 28729 29592 152 438 1 match_137 match 196 28735 29595 548 829 1 match_138 match 196 28672 29592 147 453 1 match_139 match 196 28633 29595 526 833 1 match_140 match 196 28633 29595 544 851 1 match_141 match 195 28666 29625 475 795 1 match_142 match 195 28729 29592 176 462 1 match_143 match 195 28741 29598 478 761 1 match_144 match 195 28735 29592 514 796 1 match_145 match 195 28699 29598 496 793 1 match_146 match 195 28702 29592 27 324 1 match_147 match 194 28729 29592 140 426 1 match_148 match 194 28657 29601 35 358 1 match_149 match 194 28657 29601 32 355 1 match_150 match 194 28657 29601 43 366 1 match_151 match 194 28702 29592 331 627 1 match_152 match 194 28669 29595 537 844 1 match_153 match 194 28672 29598 608 907 1 match_154 match 194 28750 29592 480 759 1 match_155 match 193 121641 122546 241 536 1 match_156 match 193 28732 29598 61 354 1 match_157 match 193 28741 29595 566 844 1 match_158 match 142 43746 44288 98 295 1 match_159 match 113 44340 44840 372 554 1 match_160 match 100 44923 45450 553 720 1 match_161 match 192 28666 29607 42 363 1 match_162 match 192 28735 29598 619 904 1 match_163 match 192 28735 29592 513 795 1 match_164 match 192 28750 29577 601 872 1 match_165 match 191 28660 29595 475 787 1 match_166 match 191 28651 29601 31 368 1 match_167 match 191 28717 29598 124 425 1 match_168 match 191 28717 29619 46 355 1 match_169 match 191 28717 29619 8 317 1 match_170 match 191 28735 29592 142 426 1 match_171 match 190 28660 29598 46 366 1 match_172 match 190 28660 29598 46 366 1 match_173 match 190 28762 29595 530 802 1 match_174 match 190 28732 29598 63 356 1 match_175 match 189 28735 29598 124 419 1 match_176 match 189 28723 29625 70 378 1 match_177 match 189 28723 29625 71 379 1 match_178 match 189 28747 29598 909 1192 1 match_179 match 189 28735 29592 506 794 1 match_180 match 189 28735 29595 531 812 1 match_181 match 189 28735 29592 513 801 1 match_182 match 189 28672 29631 536 850 1 match_183 match 188 28735 29601 57 350 1 match_184 match 188 28723 29598 707 1000 1 match_185 match 188 28633 29595 517 835 1 match_186 match 188 28657 29601 102 425 1 match_187 match 188 28729 29592 148 435 1 match_188 match 188 28735 29592 636 919 1 match_189 match 187 28735 29595 564 844 1 match_190 match 187 28735 29607 567 852 1 match_191 match 165 43734 44840 52 414 1 match_192 match 43.9 44923 45078 413 464 1 match_193 match 187 28684 29631 55 374 1 match_194 match 187 28702 29592 349 645 1 match_195 match 186 28672 29595 452 758 1 match_196 match 186 28702 29592 314 610 1 match_197 match 186 28741 29595 578 856 1 match_198 match 186 28741 29589 576 852 1 match_199 match 186 28660 29598 32 350 1 match_200 match 186 28717 29598 321 617 1 match_201 match 186 28660 29598 312 619 1 match_202 match 186 28747 29607 217 503 1 match_203 match 186 28735 29595 559 840 1 match_204 match 186 28633 29607 516 827 1 match_205 match 185 28735 29592 509 792 1 match_206 match 185 28702 29607 23 322 1 match_207 match 185 28735 29595 575 857 1 match_208 match 185 28693 29598 60 369 1 match_209 match 185 28723 29598 68 364 1 match_210 match 185 28633 29595 523 829 1 match_211 match 184 28735 29595 566 848 1 match_212 match 184 28690 29385 405 639 1 match_213 match 184 28735 29625 56 362 1 match_214 match 184 28735 29625 56 362 1 match_215 match 184 28723 29592 264 554 1 match_216 match 184 28657 29601 31 354 1 match_217 match 184 28657 29601 31 354 1 match_218 match 183 28684 29598 62 375 1 match_219 match 183 28735 29628 612 908 1 match_220 match 183 28681 29577 494 796 1 match_221 match 183 28735 29592 289 575 1 match_222 match 183 28666 29592 108 418 1 match_223 match 183 28669 29577 283 587 1 match_224 match 182 28735 29592 505 788 1 match_225 match 182 28705 29610 62 369 1 match_226 match 182 28735 29634 671 967 1 match_227 match 182 28684 29601 38 353 1 match_228 match 182 28636 29592 600 912 1 match_229 match 182 28678 29598 396 706 1 match_230 match 182 28741 29595 523 801 1 match_231 match 181 28666 29598 53 368 1 match_232 match 181 28735 29592 649 933 1 match_233 match 181 28702 29592 315 610 1 match_234 match 181 28714 29631 280 583 1 match_235 match 180 28651 29598 398 732 1 match_236 match 180 28735 29592 655 939 1 match_237 match 180 28732 29577 510 794 1 match_238 match 180 28735 29634 270 570 1 match_239 match 179 28723 29601 147 447 1 match_240 match 179 28699 29622 52 367 1 match_241 match 179 28735 29592 300 585 1 match_242 match 179 28705 29589 57 353 1 match_243 match 179 28681 29601 58 369 1 match_244 match 179 28735 29598 79 367 1 match_245 match 179 28705 29589 42 345 1 match_246 match 179 28696 29592 500 796 1 match_247 match 179 28735 29595 566 845 1 match_248 match 178 28687 29619 27 347 1 match_249 match 178 28699 29601 66 371 1 match_250 match 178 28735 29592 293 580 1 match_251 match 178 28672 29592 644 951 1 match_252 match 178 28732 29577 506 790 1 match_253 match 177 28687 29598 74 390 1 match_254 match 177 28651 29598 57 379 1 match_255 match 177 28735 29607 570 850 1 match_256 match 177 28717 29577 237 524 1 match_257 match 177 28714 29619 284 583 1 match_258 match 177 28729 29577 694 972 1 match_259 match 177 28669 29577 495 796 1 match_260 match 177 28675 29598 542 845 1 match_261 match 176 28675 29595 310 622 1 match_262 match 176 28720 29589 666 955 1 match_263 match 176 28735 29595 555 850 1 match_264 match 176 28735 29631 316 612 1 match_265 match 176 28699 29613 79 385 1 match_266 match 176 28732 29589 534 823 1 match_267 match 175 28735 29592 133 419 1 match_268 match 175 28654 29589 46 357 1 match_269 match 174 28735 29628 277 580 1 match_270 match 174 28723 29601 364 659 1 match_271 match 174 28735 29598 483 767 1 match_272 match 174 28717 29601 68 369 1 match_273 match 174 28633 29592 279 602 1 match_274 match 174 28735 29592 288 573 1 match_275 match 174 28735 29595 556 850 1 match_276 match 174 28657 29577 479 789 1 match_277 match 173 28663 29607 51 368 1 match_278 match 173 28735 29628 63 360 1 match_279 match 173 28729 29577 678 956 1 match_280 match 173 28732 29598 436 718 1 match_281 match 173 28735 29643 86 394 1 match_282 match 172 28702 29598 92 379 1 match_283 match 172 28735 29577 595 875 1 match_284 match 172 28684 29601 32 348 1 match_285 match 172 28735 29592 301 583 1 match_286 match 172 28735 29592 300 582 1 match_287 match 172 28651 29598 683 1008 1 match_288 match 172 28735 29592 272 557 1 match_289 match 172 28735 29595 550 852 1 match_290 match 172 28651 29460 298 566 1 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_291 match 147 89087 88692 256 389 1 match_292 match 126 87598 87299 514 614 1 match_293 match 105 89679 89266 119 255 1 match_294 match 85.9 88609 88082 389 512 1 BLAST_tomato_bac_ends Solanum lycopersicum bac end sequences BLAST_tomato_bac_ends Solanum lycopersicum bac end sequences match_1 match 1697 86058 86921 2 865 -1 match_2 match 1572 90877 91677 1 801 -1 match_3 match 1566 5641 6434 1 794 -1 match_4 match 1560 109041 109834 1 794 -1 match_5 match 1554 5637 6432 2 797 -1 match_6 match 1511 63900 64665 1 766 1 match_7 match 1481 61082 61849 1 768 -1 match_8 match 1465 122297 123035 10 748 -1 match_9 match 1415 41951 42664 2 715 1 match_10 match 1411 28469 29180 1 712 1 match_11 match 1398 5927 6643 6 721 1 match_12 match 1386 121561 122259 1 699 1 match_13 match 1374 8927 9619 1 693 1 match_14 match 1326 88266 88954 1 689 -1 match_15 match 1310 5737 6413 3 678 -1 match_16 match 1310 43594 44282 1 689 1 match_17 match 1283 121170 121832 1 663 1 match_18 match 1273 108163 108804 1 642 -1 match_19 match 1267 2914 3560 1 647 1 match_20 match 1249 59792 60421 1 630 -1 match_21 match 389 59580 59775 647 842 -1 match_22 match 1219 6082 6720 20 658 -1 match_23 match 1207 5927 6575 5 652 1 match_24 match 1199 109831 110443 1 613 1 match_25 match 1197 26677 27361 1 685 -1 match_26 match 1195 77444 78091 11 658 -1 match_27 match 1185 5793 6406 1 613 -1 match_28 match 1178 108877 109490 1 614 1 match_29 match 1174 61920 62511 1 592 1 match_30 match 1164 122341 122931 1 591 1 match_31 match 1162 6025 6626 1 602 -1 match_32 match 1156 5795 6405 1 610 -1 match_33 match 1136 122469 123041 5 577 -1 match_34 match 1130 109324 109914 1 593 -1 match_35 match 1118 28414 28977 2 565 1 match_36 match 1114 28319 28880 17 578 -1 match_37 match 1104 6035 6595 1 561 -1 match_38 match 1094 84971 85543 106 678 1 match_39 match 1057 5899 6439 21 561 -1 match_40 match 1055 29601 30151 1 552 1 match_41 match 1015 111790 112337 1 548 -1 match_42 match 963 43593 44110 21 538 1 match_43 match 957 6122 6640 1 519 -1 match_44 match 954 110083 110563 1 481 1 match_45 match 938 196 668 1 473 -1 match_46 match 319 15 182 487 655 -1 match_47 match 908 2536 3020 1 485 -1 match_48 match 886 120752 121202 1 451 -1 match_49 match 864 196 631 1 436 -1 match_50 match 860 120804 121253 1 450 -1 match_51 match 846 7410 7857 168 615 -1 match_52 match 842 5774 6222 1 448 -1 match_53 match 833 49837 50260 1 424 -1 match_54 match 825 6439 6862 1 423 1 match_55 match 819 6439 6862 1 424 1 match_56 match 803 47405 47862 1 458 -1 match_57 match 793 6439 6862 1 424 1 match_58 match 787 6466 6862 1 397 1 match_59 match 787 6466 6862 1 397 1 match_60 match 785 57281 57688 1 407 -1 match_61 match 755 4706 5098 321 713 1 match_62 match 747 6466 6862 1 396 1 match_63 match 747 7142 7534 1 393 -1 match_64 match 739 7142 7534 1 392 -1 match_65 match 739 7142 7534 1 392 -1 match_66 match 728 6476 6862 1 387 1 match_67 match 724 7142 7534 1 392 -1 match_68 match 722 6471 6862 1 392 1 match_69 match 718 5412 5801 8 396 -1 match_70 match 339 5180 5358 450 628 -1 match_71 match 710 6478 6862 1 386 1 match_72 match 690 6503 6862 1 360 1 match_73 match 676 7142 7506 1 365 -1 match_74 match 672 7142 7504 1 363 -1 match_75 match 668 7142 7498 6 362 -1 match_76 match 660 196 528 129 461 1 match_77 match 658 7142 7477 1 336 -1 match_78 match 656 81734 82093 1 360 1 match_79 match 652 7142 7498 6 362 -1 match_80 match 650 5019 5358 282 621 -1 match_81 match 410 5412 5638 3 228 -1 match_82 match 648 68799 69125 3 329 -1 match_83 match 605 68341 68649 479 787 -1 match_84 match 613 4707 5031 470 794 1 match_85 match 603 5469 5796 1 327 -1 match_86 match 603 7531 7855 181 505 -1 match_87 match 595 7142 7453 1 312 -1 match_88 match 595 5840 6147 1 307 1 match_89 match 591 16539 16884 346 691 -1 match_90 match 557 16929 17217 13 301 -1 match_91 match 577 7539 7857 1 320 1 match_92 match 561 7346 7640 1 295 1 match_93 match 387 7633 7857 302 528 1 match_94 match 559 6068 6369 1 302 -1 match_95 match 559 7343 7640 1 298 1 match_96 match 557 3398 3685 1 289 1 match_97 match 555 7341 7640 2 301 1 match_98 match 396 7633 7857 308 532 1 match_99 match 553 7350 7640 1 291 1 match_100 match 549 7548 7857 1 310 1 match_101 match 549 6566 6862 1 297 1 match_102 match 541 196 480 1 285 -1 match_103 match 361 1 182 299 480 -1 FGENESH_Tomato de novo mRNA_1 mRNA 113 2465 CDS_1 CDS 6.60 113 166 CDS_2 CDS 736 848 CDS_3 CDS 1.01 1632 1674 CDS_4 CDS 1765 2121 polyA_signal_sequence_1 polyA_signal_sequence 1.61 2460 2465 three_prime_UTR_1 three_prime_UTR 1.61 2122 2465 mRNA_2 mRNA 8239 9289 CDS_5 CDS 15.74 8239 8415 CDS_6 CDS 15.80 8634 8849 polyA_signal_sequence_2 polyA_signal_sequence 9284 9289 three_prime_UTR_2 three_prime_UTR 8850 9289 mRNA_3 mRNA 9404 13281 CDS_7 CDS 9.59 9404 9492 CDS_8 CDS 13.99 9573 9721 CDS_9 CDS 19.06 10483 10655 CDS_10 CDS 21.06 10740 10835 CDS_11 CDS 29.34 10983 11105 CDS_12 CDS 17.68 12066 12149 CDS_13 CDS 16.49 12461 12604 CDS_14 CDS 26.61 12920 13240 polyA_signal_sequence_3 polyA_signal_sequence 1.61 13276 13281 three_prime_UTR_3 three_prime_UTR 1.61 13241 13281 mRNA_4 mRNA 13990 14580 CDS_15 CDS 23.66 13990 14253 polyA_signal_sequence_4 polyA_signal_sequence 1.61 14575 14580 three_prime_UTR_4 three_prime_UTR 1.61 14254 14580 mRNA_5 mRNA 15092 15584 CDS_16 CDS 21.86 15092 15352 polyA_signal_sequence_5 polyA_signal_sequence 1.61 15579 15584 three_prime_UTR_5 three_prime_UTR 1.61 15353 15584 mRNA_6 mRNA 17977 19917 CDS_17 CDS 2.05 17977 17983 CDS_18 CDS 3.05 19543 19745 polyA_signal_sequence_6 polyA_signal_sequence 1.61 19912 19917 three_prime_UTR_6 three_prime_UTR 1.61 19746 19917 mRNA_7 mRNA 24458 25940 CDS_19 CDS 55.53 24458 25208 CDS_20 CDS 25870 25874 polyA_signal_sequence_7 polyA_signal_sequence 1.61 25935 25940 three_prime_UTR_7 three_prime_UTR 1.61 25875 25940 mRNA_8 mRNA 27549 28542 CDS_21 CDS 10.14 27549 27626 CDS_22 CDS 10.46 28267 28341 CDS_23 CDS 28377 28499 polyA_signal_sequence_8 polyA_signal_sequence 28537 28542 three_prime_UTR_8 three_prime_UTR 28500 28542 mRNA_9 mRNA 28573 29893 CDS_24 CDS 176.21 28573 29880 polyA_signal_sequence_9 polyA_signal_sequence 29888 29893 three_prime_UTR_9 three_prime_UTR 29881 29893 mRNA_10 mRNA 33278 34941 CDS_25 CDS 39.67 33278 33552 CDS_26 CDS 31.80 34429 34681 polyA_signal_sequence_10 polyA_signal_sequence 34936 34941 three_prime_UTR_10 three_prime_UTR 34682 34941 mRNA_11 mRNA 34942 36796 CDS_27 CDS 14.75 34942 34979 CDS_28 CDS 40.90 36240 36465 CDS_29 CDS 8.03 36676 36771 polyA_signal_sequence_11 polyA_signal_sequence 36791 36796 three_prime_UTR_11 three_prime_UTR 36772 36796 mRNA_12 mRNA 36818 39504 CDS_30 CDS 36818 36824 CDS_31 CDS 14.49 37196 37444 CDS_32 CDS 8.90 37791 37890 CDS_33 CDS 32.88 38034 38308 CDS_34 CDS 39.77 38392 38717 polyA_signal_sequence_12 polyA_signal_sequence 1.61 39499 39504 three_prime_UTR_12 three_prime_UTR 1.61 38718 39504 mRNA_13 mRNA 39986 40884 CDS_35 CDS 15.32 39986 40120 CDS_36 CDS 5.92 40824 40862 polyA_signal_sequence_13 polyA_signal_sequence 1.61 40879 40884 three_prime_UTR_13 three_prime_UTR 1.61 40863 40884 mRNA_14 mRNA 43301 45712 CDS_37 CDS 6.32 43301 43341 CDS_38 CDS 14.19 43420 43489 CDS_39 CDS 171.18 43569 44840 CDS_40 CDS 92.15 44929 45501 polyA_signal_sequence_14 polyA_signal_sequence 45707 45712 three_prime_UTR_14 three_prime_UTR 45502 45712 mRNA_15 mRNA 52723 53296 CDS_41 CDS 52723 52762 CDS_42 CDS 8.64 53148 53254 polyA_signal_sequence_15 polyA_signal_sequence 1.61 53291 53296 three_prime_UTR_15 three_prime_UTR 1.61 53255 53296 mRNA_16 mRNA 53454 53611 CDS_43 CDS 9.29 53454 53536 CDS_44 CDS 53567 53594 polyA_signal_sequence_16 polyA_signal_sequence 1.61 53606 53611 three_prime_UTR_16 three_prime_UTR 1.61 53595 53611 mRNA_17 mRNA 54859 55811 CDS_45 CDS 13.18 54859 55014 CDS_46 CDS 20.04 55110 55289 polyA_signal_sequence_17 polyA_signal_sequence 55806 55811 three_prime_UTR_17 three_prime_UTR 55290 55811 mRNA_18 mRNA 56031 59744 CDS_47 CDS 1.57 56031 56089 CDS_48 CDS 3.59 56220 56250 CDS_49 CDS 5.87 57204 57224 CDS_50 CDS 8.02 57705 57874 CDS_51 CDS 3.35 59338 59434 polyA_signal_sequence_18 polyA_signal_sequence 1.61 59739 59744 three_prime_UTR_18 three_prime_UTR 1.61 59435 59744 mRNA_19 mRNA 59791 61074 CDS_52 CDS 46.38 59791 60033 CDS_53 CDS 134.27 60177 60935 polyA_signal_sequence_19 polyA_signal_sequence 61069 61074 three_prime_UTR_19 three_prime_UTR 60936 61074 mRNA_20 mRNA 69367 70864 CDS_54 CDS 69367 69399 CDS_55 CDS 69576 69646 CDS_56 CDS 36.83 70113 70443 polyA_signal_sequence_20 polyA_signal_sequence 70859 70864 three_prime_UTR_20 three_prime_UTR 70444 70864 mRNA_21 mRNA 71393 72000 CDS_57 CDS 4.74 71393 71527 polyA_signal_sequence_21 polyA_signal_sequence 71995 72000 three_prime_UTR_21 three_prime_UTR 71528 72000 mRNA_22 mRNA 73985 75269 CDS_58 CDS 13.76 73985 74101 CDS_59 CDS 15.75 74258 74433 CDS_60 CDS 1.22 74681 74762 polyA_signal_sequence_22 polyA_signal_sequence 1.61 75264 75269 three_prime_UTR_22 three_prime_UTR 1.61 74763 75269 mRNA_23 mRNA 81711 83105 CDS_61 CDS 65.85 81711 82158 CDS_62 CDS 1.27 82550 82594 CDS_63 CDS 2.33 83022 83038 polyA_signal_sequence_23 polyA_signal_sequence 1.61 83100 83105 three_prime_UTR_23 three_prime_UTR 1.61 83039 83105 mRNA_24 mRNA 105198 106947 CDS_64 CDS 73.77 105198 105683 CDS_65 CDS 13.67 106328 106630 CDS_66 CDS 5.49 106746 106928 polyA_signal_sequence_24 polyA_signal_sequence 106942 106947 three_prime_UTR_24 three_prime_UTR 106929 106947 mRNA_25 mRNA 107815 112706 CDS_67 CDS 1.70 107815 107826 CDS_68 CDS 16.97 107964 108062 CDS_69 CDS 326.77 108638 111448 CDS_70 CDS 19.77 111597 111758 CDS_71 CDS 1.63 112039 112155 CDS_72 CDS 12.02 112222 112328 CDS_73 CDS 12.71 112421 112592 polyA_signal_sequence_25 polyA_signal_sequence 112701 112706 three_prime_UTR_25 three_prime_UTR 112593 112706 mRNA_26 mRNA 119414 122600 CDS_74 CDS 93.52 119414 120049 CDS_75 CDS 5.24 120743 120856 CDS_76 CDS 106.96 121641 122600 FGENESH_Tomato de novo mRNA_27 mRNA 21336 20448 three_prime_UTR_26 three_prime_UTR 1.61 20506 20448 polyA_signal_sequence_26 polyA_signal_sequence 1.61 20453 20448 CDS_77 CDS 2.68 20685 20507 CDS_78 CDS 21336 21303 mRNA_28 mRNA 27063 26074 three_prime_UTR_27 three_prime_UTR 1.61 26371 26074 polyA_signal_sequence_27 polyA_signal_sequence 1.61 26079 26074 CDS_79 CDS 8.02 26426 26372 CDS_80 CDS 3.32 26923 26841 CDS_81 CDS 27063 26971 mRNA_29 mRNA 30793 30013 three_prime_UTR_28 three_prime_UTR 1.61 30304 30013 polyA_signal_sequence_28 polyA_signal_sequence 1.61 30018 30013 CDS_82 CDS 59.99 30793 30305 mRNA_30 mRNA 50805 48111 three_prime_UTR_29 three_prime_UTR 48680 48111 polyA_signal_sequence_29 polyA_signal_sequence 48116 48111 CDS_83 CDS 19.30 48865 48681 CDS_84 CDS 6.74 50444 50325 CDS_85 CDS 32.33 50805 50535 mRNA_31 mRNA 52118 51055 three_prime_UTR_30 three_prime_UTR 1.61 51435 51055 polyA_signal_sequence_30 polyA_signal_sequence 1.61 51060 51055 CDS_86 CDS 0.24 51496 51436 CDS_87 CDS 8.93 52118 51859 mRNA_32 mRNA 65300 61659 three_prime_UTR_31 three_prime_UTR 61763 61659 polyA_signal_sequence_31 polyA_signal_sequence 61664 61659 CDS_88 CDS 13.72 61964 61764 CDS_89 CDS 4.03 62654 62570 CDS_90 CDS 5.54 62803 62778 CDS_91 CDS 13.56 63089 62943 CDS_92 CDS 9.41 63566 63480 CDS_93 CDS 13.42 63745 63646 CDS_94 CDS 22.79 64596 64454 CDS_95 CDS 27.04 65300 65097 mRNA_33 mRNA 68908 67814 three_prime_UTR_32 three_prime_UTR 1.61 68209 67814 polyA_signal_sequence_32 polyA_signal_sequence 1.61 67819 67814 CDS_96 CDS 14.29 68441 68210 CDS_97 CDS 68908 68850 mRNA_34 mRNA 72863 72332 three_prime_UTR_33 three_prime_UTR 1.61 72563 72332 polyA_signal_sequence_33 polyA_signal_sequence 1.61 72337 72332 CDS_98 CDS 21.06 72863 72564 mRNA_35 mRNA 91785 86688 three_prime_UTR_34 three_prime_UTR 1.61 87295 86688 polyA_signal_sequence_34 polyA_signal_sequence 1.61 86693 86688 CDS_99 CDS 27.48 87598 87296 CDS_100 CDS 16.03 87938 87810 CDS_101 CDS 9.51 88270 88184 CDS_102 CDS 3.04 88404 88345 CDS_103 CDS 11.08 88607 88508 CDS_104 CDS 40.95 89087 88693 CDS_105 CDS 33.66 89676 89254 CDS_106 CDS 20.40 90693 90577 CDS_107 CDS 6.42 90866 90783 CDS_108 CDS 11.59 91213 91141 CDS_109 CDS 4.79 91785 91709 mRNA_36 mRNA 104739 103794 three_prime_UTR_35 three_prime_UTR 1.61 104008 103794 polyA_signal_sequence_35 polyA_signal_sequence 1.61 103799 103794 CDS_110 CDS 1.10 104086 104009 CDS_111 CDS 4.36 104739 104656 mRNA_37 mRNA 113901 113225 three_prime_UTR_36 three_prime_UTR 1.61 113482 113225 polyA_signal_sequence_36 polyA_signal_sequence 1.61 113230 113225 CDS_112 CDS 8.25 113579 113483 CDS_113 CDS 6.12 113901 113771 mRNA_38 mRNA 115984 114552 three_prime_UTR_37 three_prime_UTR 1.61 114671 114552 polyA_signal_sequence_37 polyA_signal_sequence 1.61 114557 114552 CDS_114 CDS 2.71 114751 114672 CDS_115 CDS 9.57 115139 114864 CDS_116 CDS 12.81 115408 115212 CDS_117 CDS 1.72 115984 115971 mRNA_39 mRNA 117225 116065 three_prime_UTR_38 three_prime_UTR 116130 116065 polyA_signal_sequence_38 polyA_signal_sequence 116070 116065 CDS_118 CDS 16.31 116342 116131 CDS_119 CDS 117225 117162 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 8649 8762 1 114 1 match_part 1.000 8864 8953 115 204 1 match_part 1.000 9386 9492 205 311 1 match_part 1.000 9573 9721 312 460 1 match_part 1.000 10573 10655 461 543 1 match_part 1.000 10740 10787 544 591 1 match_2 match_part 1.000 8649 8762 1 114 1 match_part 1.000 8864 8953 115 204 1 match_part 1.000 9386 9492 205 311 1 match_part 1.000 9573 9708 312 447 1 match_3 match_part 1.000 9384 9492 1 109 1 match_part 1.000 9573 9721 110 258 1 match_part 1.000 10573 10655 259 341 1 match_part 1.000 10740 10835 342 437 1 match_part 0.992 10983 11105 438 560 1 match_4 match_part 0.991 9384 9492 1 109 1 match_part 1.000 9573 9721 110 258 1 match_part 0.988 10573 10655 259 341 1 match_part 1.000 10740 10761 342 363 1 match_5 match_part 1.000 13239 13454 1 216 1 match_6 match_part 0.990 13253 13454 1 202 1 match_7 match_part 0.989 13964 14333 1 371 1 match_8 match_part 1.000 13966 14263 1 298 1 match_9 match_part 1.000 15102 15576 1 475 1 match_10 match_part 1.000 15103 15637 1 535 1 match_11 match_part 1.000 15104 15563 1 460 1 match_part 0.789 17558 17576 461 479 1 match_12 match_part 1.000 24948 25208 1 261 1 match_part 1.000 28267 28341 262 336 1 match_part 1.000 28595 28912 337 654 1 match_13 match_part 0.987 28264 28341 1 78 1 match_part 0.998 28595 29201 79 685 1 match_14 match_part 0.987 28264 28341 1 78 1 match_part 1.000 28595 28844 79 328 1 match_15 match_part 0.998 28779 29179 1 401 1 match_16 match_part 0.993 28837 29400 1 564 1 match_17 match_part 1.000 28837 29392 1 556 1 match_18 match_part 1.000 28837 29250 1 414 1 match_19 match_part 1.000 28944 29364 1 421 1 match_20 match_part 0.955 28945 29539 1 595 1 match_21 match_part 1.000 28946 29239 1 294 1 match_22 match_part 1.000 29041 29546 1 506 1 match_23 match_part 0.991 30153 30818 1 666 1 match_24 match_part 0.988 33207 33552 1 346 1 match_part 1.000 34429 34650 347 568 1 match_25 match_part 1.000 33219 33552 1 334 1 match_part 1.000 34429 34676 335 582 1 match_part 0.988 36287 36457 583 752 1 match_26 match_part 0.997 33220 33552 1 333 1 match_part 1.000 34429 34460 334 365 1 match_27 match_part 0.994 33227 33552 1 326 1 match_part 0.987 34429 34507 327 404 1 match_28 match_part 1.000 33379 33552 1 174 1 match_part 0.985 34429 34495 175 241 1 match_29 match_part 1.000 36452 36481 1 30 1 match_part 1.000 37791 37881 31 121 1 match_part 1.000 38034 38304 122 392 1 match_part 1.000 38385 38698 393 706 1 match_30 match_part 1.000 36455 36481 1 27 1 match_part 1.000 37791 37881 28 118 1 match_part 0.992 38034 38159 119 244 1 match_31 match_part 0.996 38051 38304 1 254 -1 match_part 0.990 38385 38904 255 774 -1 match_part 0.516 39495 39525 775 805 -1 match_32 match_part 0.989 38426 38898 1 473 1 match_part 0.647 39495 39511 474 490 1 match_33 match_part 1.000 38437 38898 1 462 1 match_part 0.650 39495 39514 463 482 1 match_part 0.700 40607 40636 483 510 1 match_part 0.571 40824 40851 511 536 1 match_part 0.604 42392 42444 537 584 1 match_part 0.549 43404 43485 585 664 1 match_34 match_part 0.998 38437 38899 1 463 1 match_part 0.650 39495 39514 464 483 1 match_part 0.509 40512 40566 484 540 1 match_part 0.566 40788 40840 541 594 1 match_35 match_part 1.000 38437 38898 1 462 1 match_part 0.647 39495 39511 463 479 1 match_36 match_part 1.000 44369 44840 1 472 1 match_part 1.000 44929 44981 473 525 1 match_37 match_part 0.997 44369 44759 1 391 1 match_38 match_part 1.000 44369 44707 1 339 1 match_39 match_part 0.997 44515 44840 1 326 1 match_part 1.000 44929 45031 327 429 1 match_40 match_part 1.000 47447 47912 1 466 1 match_41 match_part 0.962 59693 60033 1 341 1 match_part 1.000 60177 60329 342 494 1 match_42 match_part 1.000 59714 60033 1 320 1 match_part 1.000 60177 60305 321 449 1 match_43 match_part 0.994 59719 60033 32 345 1 match_part 1.000 60177 60330 346 499 1 match_44 match_part 1.000 59722 60033 1 312 1 match_part 1.000 60177 60713 313 849 1 match_45 match_part 1.000 59722 60033 1 312 1 match_part 1.000 60177 60662 313 798 1 match_46 match_part 1.000 59743 60033 1 291 1 match_part 1.000 60177 60536 292 651 1 match_47 match_part 1.000 59746 60033 1 288 1 match_part 0.991 60177 60527 289 639 1 match_48 match_part 1.000 59747 60033 1 287 1 match_part 0.993 60177 60623 288 733 1 match_49 match_part 0.993 59751 60033 1 283 1 match_part 1.000 60177 60400 284 507 1 match_50 match_part 1.000 59759 60033 1 275 1 match_part 1.000 60177 60641 276 740 1 match_51 match_part 0.951 59767 60033 1 254 1 match_part 1.000 60177 60247 255 325 1 match_52 match_part 1.000 59769 60033 1 265 1 match_part 0.969 60177 60530 266 619 1 match_53 match_part 1.000 59769 60033 1 265 1 match_part 1.000 60177 60391 266 480 1 match_54 match_part 0.981 59774 60033 1 260 1 match_part 1.000 60177 60282 261 366 1 match_55 match_part 1.000 59776 60033 1 258 1 match_part 1.000 60177 60452 259 534 1 match_56 match_part 0.996 59776 60033 1 258 1 match_part 0.990 60177 60368 259 450 1 match_57 match_part 0.946 59776 60033 1 258 1 match_part 0.962 60177 60333 259 415 1 match_58 match_part 0.980 59781 60033 1 253 1 match_part 1.000 60177 60488 254 565 1 match_59 match_part 0.976 59781 60033 1 253 1 match_part 0.977 60177 60392 254 469 1 match_60 match_part 0.976 59781 60033 1 253 1 match_part 1.000 60177 60278 254 355 1 match_61 match_part 1.000 59782 60033 1 252 1 match_part 0.995 60177 60601 253 676 1 match_62 match_part 1.000 59782 60033 1 252 1 match_part 1.000 60177 60535 253 611 1 match_63 match_part 1.000 59783 60033 1 251 1 match_part 1.000 60177 60326 252 401 1 match_64 match_part 1.000 59786 60033 1 248 1 match_part 1.000 60177 60448 249 520 1 match_65 match_part 0.972 59786 60033 1 248 1 match_part 0.983 60177 60405 249 478 1 match_66 match_part 1.000 59788 60033 1 246 1 match_part 0.996 60177 60658 247 728 1 match_67 match_part 1.000 59788 60033 1 246 1 match_part 0.996 60177 60638 247 706 1 match_68 match_part 1.000 59788 60033 1 246 1 match_part 1.000 60177 60602 247 672 1 match_69 match_part 1.000 59788 60033 1 246 1 match_part 0.998 60177 60598 247 667 1 match_70 match_part 0.992 59788 60033 1 247 1 match_part 1.000 60177 60597 248 668 1 match_71 match_part 1.000 59788 60033 1 246 1 match_part 1.000 60177 60545 247 615 1 match_72 match_part 1.000 59788 60033 1 246 1 match_part 0.992 60177 60534 247 604 1 match_73 match_part 0.996 59788 60033 1 246 1 match_part 0.997 60177 60520 247 590 1 match_74 match_part 1.000 59788 60033 1 246 1 match_part 0.997 60177 60491 247 561 1 match_75 match_part 0.996 59788 60033 1 246 1 match_part 0.993 60177 60483 247 553 1 match_76 match_part 1.000 59788 60033 1 246 1 match_part 1.000 60177 60450 247 520 1 match_77 match_part 0.931 59788 60033 1 247 1 match_part 0.977 60177 60433 248 504 1 match_78 match_part 0.992 59788 60033 1 246 1 match_part 0.995 60177 60363 247 433 1 match_79 match_part 0.970 59788 60023 1 236 1 match_80 match_part 1.000 59789 60033 1 245 1 match_part 0.996 60177 60710 246 777 1 match_81 match_part 0.992 59791 60033 1 243 1 match_part 0.996 60177 60450 244 517 1 match_82 match_part 1.000 59792 60033 1 242 1 match_part 0.978 60177 60450 243 516 1 match_83 match_part 0.996 59792 60033 1 242 1 match_part 0.993 60177 60450 243 516 1 match_84 match_part 1.000 59792 60033 1 242 1 match_part 1.000 60177 60441 243 507 1 match_85 match_part 1.000 59792 60033 1 242 1 match_part 1.000 60177 60373 243 439 1 match_86 match_part 1.000 59792 60033 1 242 1 match_part 1.000 60177 60269 243 335 1 match_87 match_part 0.992 59792 60033 1 242 1 match_part 1.000 60177 60255 243 321 1 match_88 match_part 0.979 59793 60033 1 241 1 match_part 0.969 60177 60629 242 693 1 match_89 match_part 0.979 59793 60033 1 243 1 match_part 0.993 60177 60606 244 672 1 match_90 match_part 1.000 59793 60033 1 241 1 match_part 1.000 60177 60534 242 599 1 match_91 match_part 1.000 59793 60033 1 241 1 match_part 1.000 60177 60450 242 515 1 match_92 match_part 1.000 59794 60033 1 240 1 match_part 1.000 60177 60498 241 562 1 match_93 match_part 0.979 59794 60033 1 239 1 match_part 0.995 60177 60368 240 431 1 match_94 match_part 0.996 59795 60033 1 239 1 match_part 1.000 60177 60367 240 430 1 match_95 match_part 1.000 59798 60033 1 236 1 match_part 1.000 60177 60496 237 556 1 match_96 match_part 1.000 59798 60033 1 236 1 match_part 0.997 60177 60488 237 548 1 match_97 match_part 0.992 59798 60033 1 236 1 match_part 0.984 60177 60432 237 492 1 match_98 match_part 1.000 59798 60033 1 236 1 match_part 1.000 60177 60402 237 462 1 match_99 match_part 0.992 59798 60033 1 236 1 match_part 1.000 60177 60342 237 402 1 match_100 match_part 1.000 59799 60033 1 235 1 match_part 1.000 60177 60589 236 648 1 match_101 match_part 0.996 59799 60033 1 235 1 match_part 0.994 60177 60488 236 547 1 match_102 match_part 1.000 59800 60033 1 234 1 match_part 0.977 60177 60662 235 721 1 match_103 match_part 1.000 59800 60033 1 234 1 match_part 0.996 60177 60441 235 499 1 match_104 match_part 0.970 59800 60033 1 233 1 match_part 1.000 60177 60392 234 449 1 match_105 match_part 1.000 59801 60033 1 233 1 match_part 0.996 60177 60445 234 502 1 match_106 match_part 1.000 59802 60033 1 232 1 match_part 0.997 60177 60488 233 544 1 match_107 match_part 0.996 59803 60033 1 231 1 match_part 1.000 60177 60244 232 299 1 match_108 match_part 1.000 59804 60033 1 230 1 match_part 0.994 60177 60710 231 763 1 match_109 match_part 1.000 59804 60033 1 230 1 match_part 0.998 60177 60662 231 715 1 match_110 match_part 1.000 59804 60033 1 230 1 match_part 1.000 60177 60545 231 599 1 match_111 match_part 0.922 59804 60033 1 230 1 match_part 0.997 60177 60487 231 541 1 match_112 match_part 1.000 59807 60033 1 227 1 match_part 1.000 60177 60189 228 240 1 match_113 match_part 1.000 59813 60033 1 221 1 match_part 1.000 60177 60603 222 648 1 match_114 match_part 1.000 59813 60033 1 221 1 match_part 1.000 60177 60535 222 580 1 match_115 match_part 0.991 59814 60033 1 220 1 match_part 0.969 60177 60370 221 414 1 match_116 match_part 1.000 59820 60033 1 214 1 match_part 0.994 60177 60497 215 535 1 match_117 match_part 0.981 59826 60033 1 206 1 match_part 1.000 60177 60563 207 593 1 match_118 match_part 0.971 59826 60033 1 206 1 match_part 1.000 60177 60223 207 253 1 match_119 match_part 1.000 59840 60033 1 194 1 match_part 1.000 60177 60621 195 639 1 match_120 match_part 0.959 59840 60033 1 198 1 match_part 0.956 60177 60313 199 338 1 match_121 match_part 0.984 59844 60033 1 190 1 match_part 1.000 60177 60535 191 549 1 match_122 match_part 1.000 59844 60033 1 190 1 match_part 0.997 60177 60517 191 531 1 match_123 match_part 1.000 59849 60033 1 185 1 match_part 0.989 60177 60524 186 533 1 match_124 match_part 1.000 59849 60033 1 185 1 match_part 1.000 60177 60498 186 507 1 match_125 match_part 1.000 59849 60033 1 185 1 match_part 1.000 60177 60452 186 461 1 match_126 match_part 1.000 59849 60033 1 185 1 match_part 0.967 60177 60326 186 336 1 match_127 match_part 1.000 59885 60033 1 149 1 match_part 1.000 60177 60450 150 423 1 match_128 match_part 1.000 59933 60033 1 101 1 match_part 0.998 60177 60623 102 548 1 match_129 match_part 1.000 59969 60033 1 65 1 match_part 0.983 60177 60533 66 422 1 match_130 match_part 0.980 59983 60033 1 51 1 match_part 0.994 60177 60533 52 408 1 match_131 match_part 1.000 59989 60033 1 45 1 match_part 1.000 60177 60709 46 578 1 match_132 match_part 1.000 59996 60033 1 38 1 match_part 0.981 60177 60716 39 583 1 match_133 match_part 1.000 60033 60033 1 1 1 match_part 0.993 60177 60879 2 704 1 match_134 match_part 1.000 60089 60608 1 520 1 match_135 match_part 0.989 60249 60702 1 454 1 match_136 match_part 1.000 60271 60944 1 674 1 match_137 match_part 0.983 60282 61032 1 753 1 match_138 match_part 0.996 60306 60836 1 531 1 match_139 match_part 1.000 60336 60901 1 566 1 match_140 match_part 1.000 60338 60875 1 538 1 match_141 match_part 0.991 60477 61060 1 584 1 match_142 match_part 0.987 60478 61011 1 534 1 match_143 match_part 0.980 60504 61015 1 512 1 match_144 match_part 0.996 60521 61045 1 525 1 match_145 match_part 0.991 60539 60883 1 346 1 match_146 match_part 0.990 60549 61060 1 512 1 match_147 match_part 0.970 60619 61050 1 432 -1 match_148 match_part 0.969 60693 61074 1 382 -1 match_149 match_part 0.987 60696 61082 1 388 -1 match_150 match_part 0.994 60698 61050 1 354 -1 match_151 match_part 0.985 60704 61042 1 339 1 match_152 match_part 0.994 60788 61097 1 310 1 match_153 match_part 0.993 60788 61093 1 306 1 match_154 match_part 1.000 60827 61208 1 382 -1 match_155 match_part 1.000 68203 68293 1 91 1 match_part 0.989 70113 70570 92 549 1 match_156 match_part 1.000 68203 68293 1 91 1 match_part 0.978 70113 70568 92 547 1 match_157 match_part 1.000 81731 82352 1 622 1 match_158 match_part 0.951 107982 108062 1 81 1 match_part 0.994 111597 111758 82 243 1 match_part 0.966 112039 112155 244 360 1 match_part 0.946 112222 112277 361 416 1 match_159 match_part 0.932 107989 108062 1 76 1 match_part 1.000 111597 111758 77 238 1 match_part 1.000 112039 112155 239 355 1 match_part 0.981 112222 112325 356 459 1 match_part 0.986 112421 112558 460 597 1 match_part 0.973 113763 113835 598 670 1 match_160 match_part 1.000 109353 109927 1 575 1 match_161 match_part 0.995 109372 110123 1 751 1 match_162 match_part 0.997 110151 110873 1 723 1 match_163 match_part 1.000 110281 110847 1 567 1 match_164 match_part 0.980 113801 113850 1 50 -1 match_part 0.979 114099 114331 51 284 -1 match_165 match_part 1.000 118781 119334 1 554 1 match_166 match_part 0.952 118906 119112 1 207 1 match_167 match_part 0.997 122469 122862 1 394 -1 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_168 match_part 1.000 13454 13239 10 225 1 match_169 match_part 0.990 30047 29347 1 699 1 match_170 match_part 0.977 30071 29772 1 300 1 match_171 match_part 0.994 30715 30010 1 705 1 match_172 match_part 0.997 30715 30026 1 689 1 match_173 match_part 0.990 30817 30151 1 667 1 match_174 match_part 0.991 30784 30152 1 633 1 match_175 match_part 0.993 30858 30157 1 702 1 match_176 match_part 0.987 30764 30157 1 608 1 match_177 match_part 0.997 30855 30161 1 695 1 match_178 match_part 1.000 30861 30173 1 689 1 match_179 match_part 0.995 30785 30173 1 611 1 match_180 match_part 0.996 30776 30238 20 558 1 match_181 match_part 0.996 30827 30276 1 552 1 match_182 match_part 1.000 30852 30513 1 340 1 match_183 match_part 1.000 50995 50535 1 461 1 match_part 1.000 50444 50329 462 577 1 match_184 match_part 1.000 52983 52911 1 73 1 match_part 0.998 51035 50539 74 570 1 match_185 match_part 1.000 53155 53074 1 82 1 match_part 1.000 52984 52911 83 156 1 match_part 1.000 52807 52573 157 391 1 match_part 0.991 51035 50708 392 719 1 match_186 match_part 1.000 53324 53283 1 42 1 match_part 1.000 53172 53074 43 141 1 match_part 1.000 52984 52911 142 215 1 match_part 1.000 52807 52573 216 450 1 match_part 0.981 50844 50740 451 555 1 match_187 match_part 1.000 53337 53283 1 55 1 match_part 1.000 53172 53074 56 154 1 match_part 1.000 52984 52911 155 228 1 match_part 1.000 52807 52573 229 463 1 match_part 0.960 50844 50745 464 564 1 match_188 match_part 1.000 53156 53074 1 83 1 match_part 1.000 52984 52911 84 157 1 match_part 1.000 52807 52573 158 392 1 match_part 0.984 51035 50790 393 638 1 match_189 match_part 1.000 53272 53093 1 180 1 match_part 1.000 52984 52911 181 254 1 match_part 1.000 52807 52573 255 489 1 match_part 1.000 51035 50905 490 620 1 match_190 match_part 1.000 53336 53283 1 54 1 match_part 1.000 53172 53074 55 153 1 match_part 1.000 52984 52911 154 227 1 match_part 1.000 52807 52753 228 282 1 match_191 match_part 0.964 53337 53283 1 55 1 match_part 0.970 53172 53074 56 154 1 match_part 1.000 52984 52911 155 228 1 match_part 1.000 52807 52761 229 275 1 match_192 match_part 1.000 53336 53283 1 54 1 match_part 1.000 53172 53074 55 153 1 match_part 1.000 52984 52911 154 227 1 match_part 1.000 52807 52792 228 243 1 match_193 match_part 0.991 61059 60358 1 702 1 match_194 match_part 0.979 61098 60437 1 662 1 match_195 match_part 0.964 61112 60614 1 501 1 match_196 match_part 0.967 61112 60694 1 419 1 match_197 match_part 0.971 61082 60740 1 343 1 match_198 match_part 0.984 61058 60740 1 319 1 match_199 match_part 0.500 61344 61319 1 26 1 match_part 0.400 61258 61254 27 31 1 match_part 0.986 61046 60757 32 321 1 match_200 match_part 1.000 65388 65097 1 292 1 match_part 1.000 64596 64378 293 511 1 match_part 1.000 63566 63480 512 598 1 match_part 1.000 63089 62943 599 745 1 match_part 1.000 62777 62765 746 758 1 match_201 match_part 0.993 65387 65097 1 291 1 match_part 0.974 64596 64482 292 406 1 match_202 match_part 0.998 87465 87021 1 445 -1 match_203 match_part 1.000 89335 89254 21 102 1 match_part 1.000 89087 88693 103 497 1 match_part 1.000 88607 88564 498 541 1 match_204 match_part 1.000 92082 91886 1 197 1 match_part 1.000 91787 91709 198 276 1 match_part 1.000 91213 91141 277 349 1 match_part 1.000 90866 90783 350 433 1 match_part 1.000 90693 90577 434 550 1 match_part 0.981 89676 89464 551 763 1 match_205 match_part 1.000 92162 91886 1 277 1 match_part 1.000 91787 91709 278 356 1 match_part 1.000 91213 91141 357 429 1 match_part 1.000 90866 90783 430 513 1 match_part 1.000 90693 90577 514 630 1 match_part 1.000 89676 89604 631 703 1 match_206 match_part 0.936 92148 91992 1 157 1 match_207 match_part 0.996 116844 116381 1 464 1 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 8649 8762 exon 8864 8953 exon 9386 9492 exon 9573 9721 exon 10573 10655 exon 10740 10787 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 9384 9492 exon 9573 9721 exon 10573 10655 exon 10740 10835 exon 10983 11105 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 13454 13239 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 13239 13454 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 13964 14333 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 15102 15637 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 15104 15563 exon 17558 17576 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 28264 28341 exon 28595 29546 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 24948 25208 exon 28267 28341 exon 28595 29546 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 30861 29347 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 30153 30818 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 33207 33552 exon 34429 34676 exon 36287 36481 exon 37791 37881 exon 38034 38304 exon 38385 38898 exon 39495 39514 exon 40607 40636 exon 40824 40851 exon 42392 42444 exon 43404 43485 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 33207 33552 exon 34429 34676 exon 36287 36481 exon 37791 37881 exon 38034 38304 exon 38385 38899 exon 39495 39514 exon 40512 40566 exon 40788 40840 gene_14 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 33207 33552 exon 34429 34676 exon 36287 36481 exon 37791 37881 exon 38034 38304 exon 38385 38904 exon 39495 39525 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 44369 44840 exon 44929 45031 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 47447 47912 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 53337 53283 exon 53172 53074 exon 52984 52911 exon 52807 52573 exon 51035 50535 exon 50444 50329 gene_18 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 53337 53283 exon 53172 53074 exon 52984 52911 exon 52807 52573 exon 50844 50740 gene_19 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 52983 52911 exon 51035 50535 exon 50444 50329 gene_20 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 53272 53093 exon 52984 52911 exon 52807 52573 exon 51035 50535 exon 50444 50329 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 59693 60033 exon 60177 61208 gene_22 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 60089 61208 gene_23 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 61112 60358 gene_24 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 61344 61319 exon 61258 61254 exon 61046 60757 gene_25 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 65388 65097 exon 64596 64378 exon 63566 63480 exon 63089 62943 exon 62777 62765 gene_26 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 68203 68293 exon 70113 70570 gene_27 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 81731 82352 gene_28 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 87465 87021 gene_29 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 89335 89254 exon 89087 88693 exon 88607 88564 gene_30 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 92162 91886 exon 91787 91709 exon 91213 91141 exon 90866 90783 exon 90693 90577 exon 89676 89464 gene_31 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 107982 108062 exon 111597 111758 exon 112039 112155 exon 112222 112325 exon 112421 112558 exon 113763 113850 exon 114099 114331 gene_32 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 110151 110873 gene_33 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 109353 110123 gene_34 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 116844 116381 gene_35 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 118781 119334 gene_36 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02SLm0066K03.2 type gene exon 122469 122862 FGENESH_Nicotiana de novo mRNA_1 mRNA 1612 2465 CDS_1 CDS 6.49 1612 1674 CDS_2 CDS 27.47 1765 2121 polyA_signal_sequence_1 polyA_signal_sequence 2.25 2460 2465 three_prime_UTR_1 three_prime_UTR 2.25 2122 2465 mRNA_2 mRNA 9580 13281 CDS_3 CDS 14.41 9580 9721 CDS_4 CDS 27.02 10483 10835 CDS_5 CDS 21.12 10983 11105 CDS_6 CDS 20.58 12066 12149 CDS_7 CDS 14.32 12461 12604 CDS_8 CDS 26.09 12920 13240 polyA_signal_sequence_2 polyA_signal_sequence 2.25 13276 13281 three_prime_UTR_2 three_prime_UTR 2.25 13241 13281 mRNA_3 mRNA 13990 15584 CDS_9 CDS 28.56 13990 14154 CDS_10 CDS 28.63 15065 15352 polyA_signal_sequence_3 polyA_signal_sequence 2.25 15579 15584 three_prime_UTR_3 three_prime_UTR 2.25 15353 15584 mRNA_4 mRNA 17977 19917 CDS_11 CDS 1.42 17977 17983 CDS_12 CDS 9.59 19543 19745 polyA_signal_sequence_4 polyA_signal_sequence 2.25 19912 19917 three_prime_UTR_4 three_prime_UTR 2.25 19746 19917 mRNA_5 mRNA 24458 25458 CDS_13 CDS 68.07 24458 25213 polyA_signal_sequence_5 polyA_signal_sequence 2.25 25453 25458 three_prime_UTR_5 three_prime_UTR 2.25 25214 25458 mRNA_6 mRNA 27258 28542 CDS_14 CDS 27258 27333 CDS_15 CDS 12.45 27574 27626 CDS_16 CDS 8.58 28267 28341 CDS_17 CDS 2.54 28377 28499 polyA_signal_sequence_6 polyA_signal_sequence 28537 28542 three_prime_UTR_6 three_prime_UTR 28500 28542 mRNA_7 mRNA 28573 29893 CDS_18 CDS 140.87 28573 29880 polyA_signal_sequence_7 polyA_signal_sequence 0.75 29888 29893 three_prime_UTR_7 three_prime_UTR 0.75 29881 29893 mRNA_8 mRNA 33278 36817 CDS_19 CDS 44.02 33278 33552 CDS_20 CDS 25.76 34429 34676 CDS_21 CDS 11.33 34856 34979 CDS_22 CDS 29.00 36240 36465 CDS_23 CDS 4.18 36676 36771 polyA_signal_sequence_8 polyA_signal_sequence 0.75 36812 36817 three_prime_UTR_8 three_prime_UTR 0.75 36772 36817 mRNA_9 mRNA 36925 38744 CDS_24 CDS 7.67 36925 37066 CDS_25 CDS 21.09 37184 37444 CDS_26 CDS 4.72 37791 37890 CDS_27 CDS 29.66 38034 38308 CDS_28 CDS 32.43 38392 38717 polyA_signal_sequence_9 polyA_signal_sequence 38739 38744 three_prime_UTR_9 three_prime_UTR 38718 38744 mRNA_10 mRNA 39910 40884 CDS_29 CDS 23.08 39910 40120 CDS_30 CDS 2.19 40824 40855 polyA_signal_sequence_10 polyA_signal_sequence 2.25 40879 40884 three_prime_UTR_10 three_prime_UTR 2.25 40856 40884 mRNA_11 mRNA 43301 45711 CDS_31 CDS 2.22 43301 43341 CDS_32 CDS 1.79 43420 43489 CDS_33 CDS 157.23 43569 44840 CDS_34 CDS 74.68 44929 45501 polyA_signal_sequence_11 polyA_signal_sequence 45706 45711 three_prime_UTR_11 three_prime_UTR 45502 45711 mRNA_12 mRNA 46266 46509 CDS_35 CDS 2.76 46266 46364 polyA_signal_sequence_12 polyA_signal_sequence 0.75 46504 46509 three_prime_UTR_12 three_prime_UTR 0.75 46365 46509 mRNA_13 mRNA 48085 48127 CDS_36 CDS 48085 48120 polyA_signal_sequence_13 polyA_signal_sequence 2.25 48122 48127 three_prime_UTR_13 three_prime_UTR 2.25 48121 48127 mRNA_14 mRNA 51289 51486 CDS_37 CDS 6.23 51289 51384 polyA_signal_sequence_14 polyA_signal_sequence 0.75 51481 51486 three_prime_UTR_14 three_prime_UTR 0.75 51385 51486 mRNA_15 mRNA 52723 52898 CDS_38 CDS 0.27 52723 52839 polyA_signal_sequence_15 polyA_signal_sequence 2.25 52893 52898 three_prime_UTR_15 three_prime_UTR 2.25 52840 52898 mRNA_16 mRNA 53157 53296 CDS_39 CDS 1.75 53157 53243 polyA_signal_sequence_16 polyA_signal_sequence 2.25 53291 53296 three_prime_UTR_16 three_prime_UTR 2.25 53244 53296 mRNA_17 mRNA 53312 53611 CDS_40 CDS 12.76 53312 53488 polyA_signal_sequence_17 polyA_signal_sequence 2.25 53606 53611 three_prime_UTR_17 three_prime_UTR 2.25 53489 53611 mRNA_18 mRNA 53761 54008 CDS_41 CDS 2.99 53761 53841 polyA_signal_sequence_18 polyA_signal_sequence 0.75 54003 54008 three_prime_UTR_18 three_prime_UTR 0.75 53842 54008 mRNA_19 mRNA 54632 54839 CDS_42 CDS 54632 54751 polyA_signal_sequence_19 polyA_signal_sequence 0.75 54834 54839 three_prime_UTR_19 three_prime_UTR 0.75 54752 54839 mRNA_20 mRNA 54859 55406 CDS_43 CDS 9.10 54859 55014 CDS_44 CDS 12.55 55110 55289 polyA_signal_sequence_20 polyA_signal_sequence 55401 55406 three_prime_UTR_20 three_prime_UTR 55290 55406 mRNA_21 mRNA 56031 57061 CDS_45 CDS 2.03 56031 56089 CDS_46 CDS 4.25 56220 56250 CDS_47 CDS 12.12 56877 57050 polyA_signal_sequence_21 polyA_signal_sequence 57056 57061 three_prime_UTR_21 three_prime_UTR 57051 57061 mRNA_22 mRNA 57078 57913 CDS_48 CDS 57078 57092 CDS_49 CDS 8.98 57204 57224 CDS_50 CDS 7.29 57705 57878 polyA_signal_sequence_22 polyA_signal_sequence 0.75 57908 57913 three_prime_UTR_22 three_prime_UTR 0.75 57879 57913 mRNA_23 mRNA 59619 59784 CDS_51 CDS 3.31 59619 59771 polyA_signal_sequence_23 polyA_signal_sequence 59779 59784 three_prime_UTR_23 three_prime_UTR 59772 59784 mRNA_24 mRNA 59791 61074 CDS_52 CDS 44.46 59791 60033 CDS_53 CDS 116.10 60177 60935 polyA_signal_sequence_24 polyA_signal_sequence 61069 61074 three_prime_UTR_24 three_prime_UTR 60936 61074 mRNA_25 mRNA 62120 62359 CDS_54 CDS 5.00 62120 62135 CDS_55 CDS 1.89 62220 62323 polyA_signal_sequence_25 polyA_signal_sequence 62354 62359 three_prime_UTR_25 three_prime_UTR 62324 62359 mRNA_26 mRNA 69367 70548 CDS_56 CDS 69367 69399 CDS_57 CDS 2.94 69513 69646 CDS_58 CDS 42.76 70113 70443 polyA_signal_sequence_26 polyA_signal_sequence 70543 70548 three_prime_UTR_26 three_prime_UTR 70444 70548 mRNA_27 mRNA 73201 73848 CDS_59 CDS 73201 73424 CDS_60 CDS 9.57 73612 73738 polyA_signal_sequence_27 polyA_signal_sequence 2.25 73843 73848 three_prime_UTR_27 three_prime_UTR 2.25 73739 73848 mRNA_28 mRNA 73985 74519 CDS_61 CDS 14.34 73985 74101 CDS_62 CDS 22.82 74187 74387 polyA_signal_sequence_28 polyA_signal_sequence 2.25 74514 74519 three_prime_UTR_28 three_prime_UTR 2.25 74388 74519 mRNA_29 mRNA 81711 83105 CDS_63 CDS 54.94 81711 82158 CDS_64 CDS 5.31 82550 82637 CDS_65 CDS 3.23 83022 83028 polyA_signal_sequence_29 polyA_signal_sequence 2.25 83100 83105 three_prime_UTR_29 three_prime_UTR 2.25 83029 83105 mRNA_30 mRNA 86720 87249 CDS_66 CDS 6.45 86720 86774 CDS_67 CDS 4.37 87082 87185 polyA_signal_sequence_30 polyA_signal_sequence 0.75 87244 87249 three_prime_UTR_30 three_prime_UTR 0.75 87186 87249 mRNA_31 mRNA 91808 94082 CDS_68 CDS 6.46 91808 91904 CDS_69 CDS 1.34 93950 94023 polyA_signal_sequence_31 polyA_signal_sequence 0.75 94077 94082 three_prime_UTR_31 three_prime_UTR 0.75 94024 94082 mRNA_32 mRNA 94620 95151 CDS_70 CDS 3.12 94620 94681 CDS_71 CDS 94889 94898 polyA_signal_sequence_32 polyA_signal_sequence 2.25 95146 95151 three_prime_UTR_32 three_prime_UTR 2.25 94899 95151 mRNA_33 mRNA 105198 106947 CDS_72 CDS 64.39 105198 105683 CDS_73 CDS 5.63 105889 105975 CDS_74 CDS 33.39 106328 106630 CDS_75 CDS 11.94 106746 106928 polyA_signal_sequence_33 polyA_signal_sequence 106942 106947 three_prime_UTR_33 three_prime_UTR 106929 106947 mRNA_34 mRNA 107958 112342 CDS_76 CDS 9.69 107958 108062 CDS_77 CDS 342.55 108638 111448 CDS_78 CDS 18.40 111597 111758 CDS_79 CDS 11.51 112039 112155 CDS_80 CDS 8.47 112222 112332 polyA_signal_sequence_34 polyA_signal_sequence 112337 112342 three_prime_UTR_34 three_prime_UTR 112333 112342 mRNA_35 mRNA 119414 121056 CDS_81 CDS 77.47 119414 120049 CDS_82 CDS 4.23 120441 120533 CDS_83 CDS 6.13 120743 120925 polyA_signal_sequence_35 polyA_signal_sequence 121051 121056 three_prime_UTR_35 three_prime_UTR 120926 121056 mRNA_36 mRNA 121671 122813 CDS_84 CDS 105.05 121671 122600 CDS_85 CDS 3.97 122700 122813 FGENESH_Nicotiana de novo mRNA_37 mRNA 4380 3586 three_prime_UTR_36 three_prime_UTR 2.25 4242 3586 polyA_signal_sequence_36 polyA_signal_sequence 2.25 3591 3586 CDS_86 CDS 3.34 4380 4243 mRNA_38 mRNA 9439 8133 three_prime_UTR_37 three_prime_UTR 8213 8133 polyA_signal_sequence_37 polyA_signal_sequence 8138 8133 CDS_87 CDS 15.62 8487 8214 CDS_88 CDS 3.77 8712 8589 CDS_89 CDS 7.01 9439 9346 mRNA_39 mRNA 21305 20448 three_prime_UTR_38 three_prime_UTR 2.25 20529 20448 polyA_signal_sequence_38 polyA_signal_sequence 2.25 20453 20448 CDS_90 CDS 13.41 20835 20530 CDS_91 CDS 21305 21303 mRNA_40 mRNA 26020 25757 three_prime_UTR_39 three_prime_UTR 2.25 25879 25757 polyA_signal_sequence_39 polyA_signal_sequence 2.25 25762 25757 CDS_92 CDS 26020 25880 mRNA_41 mRNA 27063 26338 three_prime_UTR_40 three_prime_UTR 0.75 26371 26338 polyA_signal_sequence_40 polyA_signal_sequence 0.75 26343 26338 CDS_93 CDS 3.55 26426 26372 CDS_94 CDS 5.92 27063 26966 mRNA_42 mRNA 30793 30013 three_prime_UTR_41 three_prime_UTR 2.25 30304 30013 polyA_signal_sequence_41 polyA_signal_sequence 2.25 30018 30013 CDS_95 CDS 76.94 30793 30305 mRNA_43 mRNA 39449 39340 three_prime_UTR_42 three_prime_UTR 2.25 39365 39340 polyA_signal_sequence_42 polyA_signal_sequence 2.25 39345 39340 CDS_96 CDS 39449 39366 mRNA_44 mRNA 42510 42083 three_prime_UTR_43 three_prime_UTR 2.25 42366 42083 polyA_signal_sequence_43 polyA_signal_sequence 2.25 42088 42083 CDS_97 CDS 42510 42367 mRNA_45 mRNA 46088 45912 three_prime_UTR_44 three_prime_UTR 45950 45912 polyA_signal_sequence_44 polyA_signal_sequence 45917 45912 CDS_98 CDS 1.09 46088 45951 mRNA_46 mRNA 48821 48293 three_prime_UTR_45 three_prime_UTR 0.75 48444 48293 polyA_signal_sequence_45 polyA_signal_sequence 0.75 48298 48293 CDS_99 CDS 5.07 48592 48445 CDS_100 CDS 8.78 48821 48685 mRNA_47 mRNA 49217 48843 three_prime_UTR_46 three_prime_UTR 48992 48843 polyA_signal_sequence_46 polyA_signal_sequence 48848 48843 CDS_101 CDS 6.60 49217 48993 mRNA_48 mRNA 50805 50130 three_prime_UTR_47 three_prime_UTR 2.25 50271 50130 polyA_signal_sequence_47 polyA_signal_sequence 2.25 50135 50130 CDS_102 CDS 14.37 50444 50272 CDS_103 CDS 31.19 50805 50535 mRNA_49 mRNA 52118 51819 three_prime_UTR_48 three_prime_UTR 0.75 51854 51819 polyA_signal_sequence_48 polyA_signal_sequence 0.75 51824 51819 CDS_104 CDS 9.54 52118 51855 mRNA_50 mRNA 56010 55679 three_prime_UTR_49 three_prime_UTR 2.25 55830 55679 polyA_signal_sequence_49 polyA_signal_sequence 2.25 55684 55679 CDS_105 CDS 6.45 56010 55831 mRNA_51 mRNA 61663 61190 three_prime_UTR_50 three_prime_UTR 61271 61190 polyA_signal_sequence_50 polyA_signal_sequence 61195 61190 CDS_106 CDS 1.65 61329 61272 CDS_107 CDS 7.23 61663 61557 mRNA_52 mRNA 62013 61660 three_prime_UTR_51 three_prime_UTR 61800 61660 polyA_signal_sequence_51 polyA_signal_sequence 61665 61660 CDS_108 CDS 12.22 62013 61801 mRNA_53 mRNA 65300 62421 three_prime_UTR_52 three_prime_UTR 2.25 62536 62421 polyA_signal_sequence_52 polyA_signal_sequence 2.25 62426 62421 CDS_109 CDS 6.58 62654 62537 CDS_110 CDS 5.83 62803 62778 CDS_111 CDS 11.24 63089 62943 CDS_112 CDS 10.94 63566 63480 CDS_113 CDS 8.71 63745 63646 CDS_114 CDS 15.85 64596 64454 CDS_115 CDS 25.07 65300 65097 mRNA_54 mRNA 68935 68130 three_prime_UTR_53 three_prime_UTR 0.75 68209 68130 polyA_signal_sequence_53 polyA_signal_sequence 0.75 68135 68130 CDS_116 CDS 6.22 68441 68210 CDS_117 CDS 2.70 68935 68850 mRNA_55 mRNA 71484 70847 three_prime_UTR_54 three_prime_UTR 0.75 70907 70847 polyA_signal_sequence_54 polyA_signal_sequence 0.75 70852 70847 CDS_118 CDS 6.52 70966 70908 CDS_119 CDS 3.52 71484 71403 mRNA_56 mRNA 71650 71552 three_prime_UTR_55 three_prime_UTR 2.25 71566 71552 polyA_signal_sequence_55 polyA_signal_sequence 2.25 71557 71552 CDS_120 CDS 2.25 71650 71567 mRNA_57 mRNA 72863 72332 three_prime_UTR_56 three_prime_UTR 2.25 72563 72332 polyA_signal_sequence_56 polyA_signal_sequence 2.25 72337 72332 CDS_121 CDS 23.11 72863 72564 mRNA_58 mRNA 75043 74666 three_prime_UTR_57 three_prime_UTR 2.25 74676 74666 polyA_signal_sequence_57 polyA_signal_sequence 2.25 74671 74666 CDS_122 CDS 13.34 74763 74677 CDS_123 CDS 74930 74914 CDS_124 CDS 75043 75019 mRNA_59 mRNA 85051 84889 three_prime_UTR_58 three_prime_UTR 2.25 84937 84889 polyA_signal_sequence_58 polyA_signal_sequence 2.25 84894 84889 CDS_125 CDS 0.71 85051 84938 mRNA_60 mRNA 91785 87271 three_prime_UTR_59 three_prime_UTR 87295 87271 polyA_signal_sequence_59 polyA_signal_sequence 87276 87271 CDS_126 CDS 27.55 87598 87296 CDS_127 CDS 10.44 87938 87810 CDS_128 CDS 13.87 88270 88184 CDS_129 CDS 4.27 88404 88345 CDS_130 CDS 1.50 88607 88508 CDS_131 CDS 47.57 89087 88693 CDS_132 CDS 40.33 89676 89254 CDS_133 CDS 22.44 90693 90577 CDS_134 CDS 10.91 90866 90783 CDS_135 CDS 5.75 91213 91141 CDS_136 CDS 1.00 91785 91709 mRNA_61 mRNA 98048 97642 three_prime_UTR_60 three_prime_UTR 0.75 97724 97642 polyA_signal_sequence_60 polyA_signal_sequence 0.75 97647 97642 CDS_137 CDS 3.29 97838 97725 CDS_138 CDS 98048 98028 mRNA_62 mRNA 104739 104179 three_prime_UTR_61 three_prime_UTR 2.25 104591 104179 polyA_signal_sequence_61 polyA_signal_sequence 2.25 104184 104179 CDS_139 CDS 0.31 104600 104592 CDS_140 CDS 8.20 104739 104656 mRNA_63 mRNA 112625 112363 three_prime_UTR_62 three_prime_UTR 112388 112363 polyA_signal_sequence_62 polyA_signal_sequence 112368 112363 CDS_141 CDS 21.32 112625 112389 mRNA_64 mRNA 113227 112762 three_prime_UTR_63 three_prime_UTR 112833 112762 polyA_signal_sequence_63 polyA_signal_sequence 112767 112762 CDS_142 CDS 3.86 112945 112834 CDS_143 CDS 12.14 113227 113127 mRNA_65 mRNA 113901 113225 three_prime_UTR_64 three_prime_UTR 2.25 113482 113225 polyA_signal_sequence_64 polyA_signal_sequence 2.25 113230 113225 CDS_144 CDS 7.54 113579 113483 CDS_145 CDS 8.29 113901 113771 mRNA_66 mRNA 114068 113944 three_prime_UTR_65 three_prime_UTR 0.75 113954 113944 polyA_signal_sequence_65 polyA_signal_sequence 0.75 113949 113944 CDS_146 CDS 8.17 114068 113955 mRNA_67 mRNA 115335 114552 three_prime_UTR_66 three_prime_UTR 2.25 114624 114552 polyA_signal_sequence_66 polyA_signal_sequence 2.25 114557 114552 CDS_147 CDS 8.62 114804 114625 CDS_148 CDS 6.93 115139 114838 CDS_149 CDS 13.85 115335 115212 mRNA_68 mRNA 117225 116065 three_prime_UTR_67 three_prime_UTR 0.75 116130 116065 polyA_signal_sequence_67 polyA_signal_sequence 0.75 116070 116065 CDS_150 CDS 20.50 116342 116131 CDS_151 CDS 1.20 117225 117162 mRNA_69 mRNA 118027 117828 three_prime_UTR_68 three_prime_UTR 2.25 117928 117828 polyA_signal_sequence_68 polyA_signal_sequence 2.25 117833 117828 CDS_152 CDS 0.15 118027 117929 mRNA_70 mRNA 119378 119161 three_prime_UTR_69 three_prime_UTR 2.25 119276 119161 polyA_signal_sequence_69 polyA_signal_sequence 2.25 119166 119161 CDS_153 CDS 119378 119277 mRNA_71 mRNA 121333 121113 three_prime_UTR_70 three_prime_UTR 121213 121113 polyA_signal_sequence_70 polyA_signal_sequence 121118 121113 CDS_154 CDS 1.43 121333 121214