C09HBa0072G22.3 TATTTTAAAACGAAATCTGTACACCTAAAAGGAATATCAGTAGTTACCGTAAGGCAAAGG TGCCTGCTCTGGAATGTTCCATCTCTGATCATCTTCCGTCCCAAATATTGGAGGCGTGTT GAATGAATTTCTGTGCCCCATTGTACGTGAAAGTAAGCAATAAATTTATCTCTCCGCGAA AAGAAATCTGCAATCAAATAACAGGAGTCACATCGTCATTTTTTTCTTCATACTGAAAGG AATATAAACAGTTACTCGGGTGACACGCTATACACCACAAAAAGACACATCAAAGATCCA CATGAACCCCCCCCTCTCTCTCTCTCTCTCTCTCTCTCTCTCCTTCCCTTTTTAGTGCAC AAAGTAACGTATTGGAAAAGTACTGTCGATCTACCCTTATCTTTAGAACCCCGACATGAA TTCTATACAATTTCTTATCACACAAACTTAAAGACTTCTATTTCTACAAACCTACGCAAA CATATCTTCTTACAGAAACTTAGGACCTGTTTGGCCAAAATGCGTACTTACTGATAACAA ATAGAAGTCAGCAGAGAAAAAATGCCATCACAGTAATTTTTATGAAAGTCATGGAATAAG ATTGGGATTTCATAACAAAACAGAAAAGCTTGATCTATAATTGTCAAGTTCCTTCACGTA AAATAATCAAAGATAAGACATCTAGATGTGGTAGAATTCTTTTTACTGAAAGCCACAATT AAATCTCACAGAATGTGGAACTTACATATCAGCACGCAGGATTAGTTAAACGTGAGCTCG TATGGTTCACGGACTAAGCTATCCCGGGAGGCCGGGACTGCAGTCCTGGTAAAATAACCC TTTGACTATTTCATCTCACTTGGGAGGTGAGATAAAATAACATCAAGTTGATGGGATAAG TGGGACATCTCAGGATTAGGTGTTGGATTAAATTTATATTTTGTTTGGATAAAGGTCTAA ATTAATATCAAGATCAGACATCTAGAAGTAGCAACCTTCTTACACTGAAAGACATGATTA GGTCTCGAGGGGTAGCTTTAGTGGACATAGAGGGGATTGGTTGTGGAATGGGGACGACCA AGGTAAATGGAAGCAAAAAAGGTGGTGAAGTGAAGATGGTGGAGAGTAAGAATAAAGAGG AATAGCGGACACATAAGGGAAGATATAAGACAAAGAAGGCGGTAATTTAGTAATTACAAC GACAAAAATGACCACTTCTAAACAATTGAATGTAAAACTAAAGATCAAAGGTGGGGATGA AAATTGTATGGGCTACACAATGCCTAATAGATGAGGGCCGGAGGGACAAGTAAAGTGCAT CAAGAATGAGGACGACAAAATACTAGTGGTGGAGGCACTCATTAGACGGAGGTGACAATT ATATTTCCACAAACTCTTGAACAAAAAGGCGAGATCGAGACATTGTGCTAAGAGACTTGG AGAATTACGAGAAGCGTCACAATTTTGGGCATGTGGGTGAATAAAGGTTGTGAATGTTAA GGGTGTGATTCGAAGGATGCACAGGGAAAGAGCGATTAGCCGGACAAGATCCTGATGGAA TTTGAAAAGAGCACAGGCAAGGAAGGTATGAAGTGGCTGACTGAATTGTTTAATGTCGTG TTTTAAGGCAGCAATAGTGTCCGAAAAAATAGAGGTGGAGTGCAATGATCTGTTGTACAA GTACAACAGACTTTCAACATTGCAACAACTATAGAGGTATAAACTCCAAAGCCACAAATT TAAGAGAGGGTGATGGAGATAAAGGTGAGGACAGGCGTTTCTATTTTCGAGAACCAGTTC AGATTCATGCCGTAAAGTTTCATTCATCTAGTTAGGAAATTATTGGAACAATATAAGGAG AAGAAGAGGGGCTTACAACCCAACATACGACAAAGTTCTGATGGAAGTGCTGAAGGCTAA AGGTGTACGGCATACACTAGTGCATACGGTAGAGCCAAGGCCTGAGTTAGGACAACGGGA AGAGACTCAAAGCACTTCCTATGAAGTGGCATCAAAGATCAACTCTTAGACCATTTTTAT TTGCCTTGGCAATGAATGTATTGGCACGACAAATCTAAGCACACTATTCTAGTCATTCTT CTAGCAACCTTCAAGTAAAATATTCTCTAGAACTTATTCTCCTCGGCTTTTTCTTTATAG TTTCTTTATTAATTAAGTGAAGTGCTCTCTTACTAACCCGTACCAAGTGAGTACCAAAGA AAATACAAAAGAACTTAACCATGGTTCAGGGAATCTAGAACATCCCTAACTGTTAACATG CTATTTTTGAAAGCTCACCAATGTCACATAATTATGTTTTGTGTCTATTCTGTCTGTTTT CTATCTCTGCCAGCAGTTCAACAACTGCTTCAGTTCCTGTGCACAACCCAAAAAACACCA GCTATGTCTAAAAACAAGCCCATATTTGACACGTTGGCTGCAATGAAGTCATAGATGACT AATCCAGGGGATTGTTCATATAGAAAACATCTGATTCATGGAGTCTCCACTGAAGCTAAT CTTATTGTTAAACATGCTTCATGTGTTGCTAACCATCCAAATATTGCCACCTATCTTTTT CTTCATGATATTGAAATTTGGTTATCGCTCCTTCGAACATTGTTCCCACAACTTTCTTTA TTACTCTTCTGGTGCCAATTCAAGCTACACTAATGATGTCTTAAAAGTTGATGTCACTGC AGCTATTTGCACTAATCGAGTATAGATTTTATTTTCTTTGGAAAATGGCAAAGATTGTAT TTAAAACAGCACTAAGAATGTGTTGGGAGCTCTGTACAATCTGGCAAAGTTAAAAAAAAA ACTATATCACATCCTAGGCATGTAGGGAGTCTAGCAGCTAATTGAGTATAAATTTCTTTT TTTGTGTGTGTTATAAGCAATTCCTTTCACAATATAATTACCAGCATATTCCCGAGGAAA GATCTCAAAGCCCTTTCTTTCCAGTGATTGTTTACTTGTTCATATACTACTTCGCCAACA CTGTTTGGGTGATTGATTACTATTTCTGTGATTTTGTTTTAGTATTTCTTTTGTTAGTTA GAAGACTCAAGTTATTTCACCACCTTGAGCTGAAAGTTGAGAGAGTTATGTCGCTATTCT TTGTAAGATTTAGGTTAATAGTAGGAAGCATTCTTCATGATTGTGTCATAATTAAGAATA CTAAGAATTTTAAACATAATTTAGTTAAAATATTCTCAATCATCATATATGTTCTCACTA CTTACTCAATTAGTATTCTTTTTTTTTCTTTTAATCCTCTTCATAATTCAAAAGCTAAAA CCTCGCTGAGGAACCTCGACAAATAATAAGAGGTACAATATAGAATTTCTCTTTTACCGC AGAGGTCCAACAAAGCTATAGAAGTAAATAAAAAGCAGGACTGTCTAGGCAAAAGGTTTA CTCCTTAACATAAAAAGGTCCAAAAAGATAAAATCACATGTAGAAACAAATTGCTATCTA TCCAATAATAATGTAAAGCGCCAATTCATATACATAGCAGGGAAGGCTCCCTTTTCAGTG CTCACTTAATGGAGAAAGTCTTCCAAAGAGAAAGTAGATATTTACTTCTCAAATACATTC ATTCCTCTTGTTGTCATACTACTTGTATCATCTTCTGTCGCCCGTACATATAGTTAGGCT CTTAAGTGATAGAAGGACTATAATGCCTGGGTCAATGATTAAAAGAAAGAAACATTTTCT TTGGTTTTTGATAGGTATAGAAAATAAAGGAAGCTCTATGTCTCCAACTGGACTATTGTG GTCTAGATTAGCATCAACATAGAATTTTTTCTTTCTTGTCTTTACATTCTTCGTCCCTTC AAGAGAAAAGTTAAAAACCTATGAGACGATTAATACAGTTCAACCTGAATTAGGTTTTAT TACTTAAACCATTTCCATGCCTAACACAAGTATTCAAGTTGAAGATGTCACCTGCCACCT CCTTTTCGGAGTACTCCAGAAATAAGTTATTATTAGGATCCTTGTAGGTATTTTTTTTTC CTTCCTCTTCTTTTGTTCCCCTCTGTTTGCAGGTCACTAGCATATCCTTAATGCTGAAGA ATACAACATTACCATTTTCAAAAAAAGAAGTTATTTTTCACAAAAAACAATACTTACAAA CTGAATCACCTTCACAATTGCACTTAAGCAACAAACATGAGCTGCCTAACCATTTCTTTT CTATGTTCCAGTTACATTATATCTTTCTTTAAATTAAAGCATAGATTCTACTTAAACGGT AATCTTAACTTAGCAACTTTGAACTTAGTCAGGAATAGCAAAGGATGTTCACACAGAGAT CATTTATCCCCATCACTTTTCTGCTTTGCCATTGAGATGATCAATAAGCTGCCGGAAAAC CAATAAATGGAGCATGTCTGAATGGTTTTCTGATAAAAGTTATCAGTAGACCATAAGACT GAAAATCAGATCTAATATAAGCAGATGATACTAATTTTCTAAGATCCTCAAACGAGACAA ATCTGTTCACCGTTCAACACCTTGACATAGTTGGTGGCAGAGTATTGGCTCAGAACAGGT ACAACAAAATCGGAGTTCAAACCATTGGGAGGTGCATAATAACCATTGTTCTAACTACTA CCAAGGGGTGATTGCACATGAACTCCTTATGAACAGCCTGGATCTTCCCTATGAGGCAAA TTCAAGGAGGGAGAGCTTTGGCTACTATAGCTCAAGAAAGTATTGAAAGGATAGAAAAAG AAGAGTAATGTCAAAAGGAGGGAGAAGTATTTGACAGAAAAAGCTCTTATGTACATTTTC ATATTGTAGAACTGGTGCCTTAAAATACTGAAAACCTAATGAGATAGGAAATTTTCATCA GGTGAGTTGGCGAAAGCTGGATAGAGACAGAGCTCCTATACGAACAGATGAGCCTCGGTA AGAATGGAAGCATTAGCATCTGTAAATAACTATGTTCAACTGAGCCCTTTTGGGATGGTT ATGGGAGATAGAAATAGATGAAAGTGCTATAAGGAGGGAACTGATAAATGAAATGTATAA ACGCATACATCTTGGATGATTCAAAGAGGAGAACCACCCTTATAAAACAAGCTAATGGAA AAGATCATGAAAAAGAGAGGACTTCTTTTTTTTTTTTTGAGAAAAATGAAAAAGAGAGGA CTTCTTTTTTTTGGAGAAAAATGAAAAAGAGAGGACTTCCTGAAGTTTAAAGGAATCTCT TTTAGGAACCGAACAGTACACGATGTTGGCTCGATAGTTGGTGAGGTGGTATTATTCTAA CCAGCTGAGTTTTCTGATCACTTTTCAATCACAACTGCAAAGAAAGCCATAGTTGTGGAG ATTCTTAATACAAAGGTTGGGCAGATTGCACCAGACATACGTTTAGACAAGTATACAATT CTAAAAATTGACATGCGGAAAGATTTCCTAGAAACTATACAAGCTTTTCATGATTAGGGT GATAAGATGGTCTGGCTGGTGACATTCCCAAATTATTCTCCAAGAAGTCTTACCATACTC CTGCTTGAGGGGGGGGAGGGGGGGGGGGGGGGGCAAGTAAGAGCATTTAACTGGGACTAC ACAAAAAGTGGCATCTTTCACATGAAAAAGGTACGTTATGGTCAATGGCGGAAGTATTAT TATAAAGACAACAACATCATTGAATTATACAGTGTTATCCATTTCAAAAGCAAGATTAAA GTAAGAAGACCTTTGTGGTAAAGAGATGTGAATCATTTCTAAGCTCATTAAAACTTTATG CCGCTTTCATGTTCAAGATTAACCCAGAGCAACCAGAAAATAAAGCCAACACATGGACAG CTGACAAGTTGTCTGAATATATGAGCCTAAAGAGCAAATGTCACTAAGCAAGCTAATGAT AGTAATGATACATCCATTGCATATAATTTAACCAAAATTGATGCAGTCACGATAGTTTCT TTCTCAATGTTGACTTAGTAAGGATTAGAAAATGTAACGTATATGTTGTACTTATCCTGG AGACGGATATCTAGGACCTTTCCTGTTGAATCTACTCAAAATTTAATAGGAAACAAGAAC ACAAGCTAAACCACTTGACTACTCCTGCTGTTTCAACAAAATGACACGAAATATTAAAGA TAGCTCATTAATAAAGCTAAAAAGAGAAACATATCACCACAAGTACCTTTGACGAGCCAT ACCACCAAATAGACATGGCCAATTTGGTTTCCCTCATCCCATGGCAGTCTCACTGAAATA TGTTCCATTAAGGAGAAGCCACTACAATTTTTGTGTCCGTCAATCTTTCTGATAATGACT GTTTCAAGGTTCAGAACTCAGAGAAATGCAGGACGAAGAGCAAAGGGTGGGGGAGGAGTA CGAGAGTGTCTCTGGAAACACTTATTAATGTTGCTTTTATGAGATGTACCAGTGTAAAAG AGCATATGAGAGTTTAGAAAGAAGCAATTGCAATCTTTTGTATGAAATGCACCAAAACAA GTTGGCTTGTCAGAGAGATAGAAAAGTAAATGGATAATGATGGTATGAGATTAGCTAAGA ATAATCTTGTCAGAGGGAGAAAGTAAAGAAATAAATTTGTTAACAGTACCAGATATGCTT CATGATTGACTAAGTTTAGTACAAAATGTTGAGAGTGCAAAATAGGGATAGAAGCAAAAA CTGTGAAATGGCTTTAAAAGCTTCCATCATTGCATCTACTTGCAAAGTGAAATATAAGAG GCACCACCTCATGAAGATTGTGGGTAGTACAAAAGGATGAATAGTGACAGGTACCAATGA GCCCCAAAGAACTAGATACAACTCATCCAAGCTATAGATGTGTTACTAGTTAGAGAACTT TCTTACATCAATGGGAGCTCAACCATAAATACAGAGGCTAACTGGTAATACGCGTGTTTT CTCATTCATCACAACCAACTATGATAGTTGTCCTCCAATATTCCGTAGACCAAGCAACAT TATGTTTAAGTGTTCTACGGAGTTGCAGCACACTTAGCAATATACTAGCATCAATGTGCT ACATCGTAGTGGTACAACTACGAAAATGTACCTTCCATTGGACCCCAGCTCTGCCTTGTG ATGCCATTCAGAGAATAAATTGATCAGGATTGCTCTCACTCTATTTCGAACTAAGCCATC AATAGAGTAAGATTACAACCTAAGACTCCAAAGGAGCACAGGAACACTAGCTCAATAGGC TCAATTAAAGGAATTACCAGCATACAATTGAATCAGGATAAAACCAGCTGTCATTGAGAA AATAGAGAGAATGTTGCATCTATTAAGCATTACAGTATCTGCTCAGCATCTCTACCCTGA ACCTTAGAAGGGATATTGTAATAAAGTTGCAACACACTCAAAACTGTGAATGTTGCATCT ATTGAGCATTACAGTATCTGCTCAGCATCTCTACCCTGAACCTTAGAAGGGATATTGTAA TAAAGTTGCAACACACTCAAACTGTGCACCATTCAGTTCTATTCACCAGCAAACAATCCA AAGTATTCACAGACAAGATCGTACACATCTGCCCCCGTGTCACTACCAACAGATCCACCA TTCCAGAAAAAGTAAACAAATACCAGTCAAAAATGTGCTCTGGAAGCAGCATGGTCAGCA AGAACTTCATCTCCTATCATCAATAAAAATGGCATAAGCAAGACAGTCTTTCCAAGTGAA AGTGGCCCCATACTACCAGCAGTTAAAAGGAATCCCACAACTAATCAGAAAGTTAGCTGC AGCCTGTAGAATGAACTTCAGGTTTTCCAGAAATGCTCTCCCCACAGTTAATGGCAGCCT GTAAAATGAACTTCAGTTTTTCAACAAACTCTCACCCCCCAATAAGTGGCAGCGTCTAAA TGACTTCAGGTTTTCAACTACTTCTCACCTCATCAAGAAGCATCTTTCGGTAGGTCATTA ATTCTGCAAGAATAGCAGAACCTATTTCCTATGAGCTCTTCACACTCAAAAGGTTTAAGG GTAAGAGATGCAATAAGAGCAGCTCAGTCTAATCAATCTTGATAAGAACACCATAAGAAT GATATCTCTTCATAACCTGCCAGATTGACCAGAAAGTTGTTTGCAACATCATGTATGCGT GAGGTTCTATACATTAGCAAAGCTATTTAGCTATCCACCAAATAAATACCCTGCAGGAGC TCCCAGATTATTTTTCAGTGAGAAAGATGAGAAGAATCAGAAATATAATTATGACCTATC CTAATTATCTGAGACGGTGATAAGAAATCCGGATTGGGATTGAAAAAAGAAAGGAAGAAC AAGAAGATGCTAGAGCAAAAGCTGGAAAAAAAAAAGAACAATGTAAGATGAGGAAACCTT AAAATAAGTACTATAGATAGAGATATGGCTGGACTGAGAAAGGTAGGTACCAAAACCCCT CACCTGTACTTGCAATATGTCCTCATCCCAAGCCCTCACATCAACTTATGTCGTGTCAAA ACAAGATATGCCAATAGAAATGGAATTTGATCACATGCCCAATATTAAGCTCAAATCAAC TCCAACAAAGCCCTAGTATGAACTATTTAGCCCAGGAAACCCATTCTTATGAATCTAGGG CAATATCCTTCATCTGACAATAATAAGCCGCCAGCTTCCCTAGCCTGCATACGAAAAACC ATCTAAACCTAGATACTCTGAAAGGAAATATAGGAAAATGCTAGCACATAGATTCTAGGA ACTCAGTGCCTAAGCAAAAAATAGAGATTACAAAGTGGGCACTTAGCAGAAAGATGGGAG ATATATATTTGCTAATATAAAGCCACAGTCACATGGCTTCGGATAAATGTTTCCATAGTG TCATTTAAGTTAGTTCCTCATATTTCTTCAAGTTCATATCACGGTGTCAAGAAATTAGAC AAAATGCTGAAAAGGGTCATATACAAGAAAAAAGATCATTTATAAAAGAGAGCAAACAAT ATACTTTGTTCAAATAAAGAAGTTAATGAAATAAAGCTAAATGTTTTTCATGTTCTTAAA ATAGTCCAAGGGAAGTAACTTTACATGGAGCCCAAAAAAAATAAAAAAAAATTATAAGCA AATACACACTGCCCAGGTCTAAAATGTATCACTGAGTAGAATAAAGGGACTGATGAAATG TTATTTCCTTACTTGGAAGTGTTCAAATATGTAAACAGAGCAGCTGGTTATAAGTAATAA TATGTAAGAGACAAATTTTTGAAGAATAACATTGACAAATCATAAAATGTGGCATCACAT CCTCCTGTGATCCAAGGAGAGGCATCTCCCAACATCTAAAAGCAACACGGTGCAGGCAGA TGCTCCACCTAAATTCTTTGGACAATAGATCTCAAAGCTAACAATTTGAAAATTTAGGCA AAAAAAAAGAAAATGCTTACATGAACAAGTGAGTCTCACTCAAATCTGGTCAGCCACAAA GGAAAAGTATTATGTCTTCAGGTCCTTGCAAGGTCTTTAACTCTGCGGCTGAGTGATATA CTGTTGCAAATAAAACATATAACATGGTTCACTTGTGTTGGACAAATTTTGAATCAATAT TACACATCAATGGCATAAACAAAATCTTGACTTTTAGGGACCACTGTAATACTATATGCA ATTAAGGCCCCGCAAACACAAGTTATGATTGTCTCATGTCCTTGCAAAACACAATACCAA CTATAAAAATGCATATCTAAAGGAACTCAAAATACATCCATGAATCAATTTCAGAACAAT GGAATGTGCAATCAACAGCATAGCTCATGGTAGAATGTCATAAAACTGATTCTCAGCTCC ATTTCTATTTGACTTAAAATTCATGGACAAGGTGTAATTTCTTATCCAAATAAATTGCAT CACTATGAGACTCAATCCTAGTTCATTGGATAAGATTCACACTGAGACCTGTCACCTGTC TATCCATGGATCCATCACATCTCATCTTTCTTTGGTCCCTAGATCCTATAGGTGAATTTA ACTCCCTAACAGTAATAATACACTGGCCACCTATTTTTGAGAAAAGGATTTTCATGCTGG TCATTTAAAAGCCCCACAGACTCAAACTTGGGGAAAAAATTATCCTAACCTTACTCGATA TAAACAACTCAAACAAGAACAACAACATACACCGCATAGTCCCACACGGTATAAAGAACT CAGAGGTATTACTAAATAATATTGACTGCCACTATGAGTGGCTAAATGTCAATGTTCCTC TTAGACCAAATTAGAAATTCCATCCTTGCGAGGAAATAGAACTAAAACAATTAACAATAA TAAGAAAAGGAAGCTGCACACACACATATGTAGATGAATTACAAGAATAATGAAAAGGTT CAAGTCAAATTACTCGCTGCATTTACTTGGGTGAAACAGAGATGTTTGTGGAATGGAGGT AAAAACAGAGGAATAAGGATTTCTCAGTGATTTAGCAAGGAAGAAAGTGAAGAAGGGAAG TACAACTTCAAACTTTCCATAAAAGAGAAAACTATATCACTTTTACTTGTCTTCCAATCA TATCAAACAAAACTAAGCCATGAATACTTCACAGGAGTGTAATAGACCAACCAATTTCTC TCTTTTATCCTCCTTCTCTCCCTCCTTCCCTTTTTGATACATAATTAATGCTTTCAGAAA CTCCTATACGCAGCATATAGCTTTCTGGACAGCAAGATTTCCATATTTACGATCTCTAGT TAATGTAGCCGCTTACCAAATTGGTGCATCAAATATTCAATTTTCTTTACAACAACAACA ACAACATACCCAGTATGATCCCACTTGTAGGATCTGGGGAGGATAGTGTGCGATAAAGAA CTACAACTACGGTTCACTTCCAAACTGGAGACGGAGTCGGTCACATGAATCATCAATATT CATTGACCCCTTCCATTCCAATGCTCAAAAATGATGTCTTTTCTTAATCCATGAGTAAAT AGTCCATAGATTCTACTTTCTTCAGATTATATCAAGTCCCCAGTATCTATTTATAATTAA AACAAAAAAAAAACATACACTTAATAACTTGCAATCAAAATTAAAAAACTGAAAGTTCAA ACAAACAAAAAATCTTAGATAATAAGTAAACATAAAACAATTGTTCATGCAAAATCTGTA AAAAGCAGCATACAACAAAACTAAACGATCGGGTGAGAAGATCAGCTCGGAATTAATGGG TTCTTATTAATTAAAAAAATCGCAACAAATTAAAGCCTAAAACCCAACAAAAAATCACAG AAAGGGAACAAAACAACCGCAGAAGAACATAAATTTGATAAACTAACCACGATCGGGTAC GAAAAACAACTCCAACCCAATAATTTTTACAATCGATCAACCGAACAACACCGAAAAAAA TACAGAATTAAACAAACAAACAAACAAAGGACATGAATGGACTTAATAGAAACAATAATA TAGACTAAACCGATGATCGGTGAATTACCGGAGAAGTTTTGCCGGTGAAGAAACCGGTAG CTTTTGCTTGTGGATGATCGGATGATTGAGACGAATAAATTTAATTTATGAATAACTTTT TTTTTCCTGAGAATTAATATAGGGAGATAATTATTATTTTTACTAACATTATTATTTTAG ATAAAAGAAAAGACAAACACGTAAAGAGAGAGAAATTAATTTTGTGCGCTCAAAGGCAAA TGAATTTACATAGCGGTTTGGATTATTTTATAGTTGTAGTGGCCTCTCTTTTTTCTTTTT TTTAATCGAACCGTTACTGGTCTCGAGTTTCAATCCTGATTTAGAAACACTTCATCATTT ACGAAAAAAATTTGATATAATCGCATACTAACATAGATGAAAAATCAAAAAGTATAATAT AATATAAAAAAATTATTTTGAGAAAAAATATTTTTCTAATAGATATTATCATCAAGGTGT TATAGAGATATTTGAACTAATTCAAGCTTTATTTTTTGTTAATTAACATATACATTGTTT ATGTTTTTATATTCGATGTTATTATTAGGCAGATGTGAAAGTTAAGATTGATATTTAGTT TATTATATAGAGAGAACTGTGATACTGATGAGAATGTTACATATTGTATTGTATTGAAAA CGATGAACTAAAAGTTTACATAAGATAAAAACGTGTCGAAATCTTTTAACGATAAATTTT ATAAAATAATAAATAATTATTATGTGCATAGAAGTCAAATATATTACTATTTTTTTTATT TTTTTTTTTGTCTCATAAGAAATAATGTACTAATCGAAGAAAAAAATATTTATATTGACA ATTGCTTTTTTCATATTTCTTTTCCTCCCAAACACTAGTAATAATGTAATTTCCACGCTT GTCAATACTGATTTACACGTAACTCTATATATTATAGTTAATTAATATGATTTAAAAAAA TATAAAGTTAATATACTCAAGTAAAAAAGGAGTATACATAAGACTCGTGATATTTTATTA TTTAAATGAAAGGAAAATTGTATATAATAGCAAATTAATAACCTAAATTAAATAGAATAG CTAGGGTTTGATTTAATTGTGCTCCATAGCAAACATTAGCTAAAATTTGCCAGCTTCTCT CTCCCAAAAATCTCGCTCGCCACTCTCCATTCTCGCTCGCCTCTCTCGCTTTATACACAG AAGTGTATAATTATGTTTCTGTTTGTATAAAGCGAGAGAAAATTGTATATACACATGCAA AAATGTATATCTTCGTGTTATACGCTTAATTATACAATTTACAAACATTTTACTTCAAAT ATTGCAGAGAAAAAGGCCAACGAATTATTCAATTGCGAATTATACAATTGCAGTGAAATA TAATTTTCTCTAGTTTTATACAACAGAAGTGTGTATATTGTGTTTCTGTTATTGTATAAG TTGATAAAAACATATATCTTCTTGCTATACACTTATAATTATGCAATATACATACATTTT AATTCGATTCAATTGTATGCAAAACAAATTATACAATTGCAGCGAAATAGGCCAGCGAAT TATACTATTTAGGCCAGCGAATTATACAATTGTATATGTATAACAAATTATACAGTTTTA TGTTTGCTATGGAGCGCAATTATGCAAAGTTTGCTATAGCATACAAATATAAATTTTTTA TTTGCTATATGTGAAAGTTGCCCATAAATCAGCTTGGCACAATTAATAACAATGAATAAG TTTTGTTATTTAAAATACTTAAAAAATCAAATTATCAAAGATCGCTATGATGAGAGTGAG AGACTCAATTTAAAATTTATTACATATTTTTTTCAATTACAAAACCATTCACAAATTTTG CTTAAGTGGGATTTTTATCTTCATTCACAAATAAATAATAATTATATTAAATGGAGCTTA TCCTATGTGTACGCAAAAAACAACAATTTAGATTATTATTATTTTTTGTTAAAAAGGTTA TTAAGAATTAAAAAGTGAAGAATCTTAAGAGAGAAAAGAATTACTAAAAATGAAGTAAAA TAATGAAAGAATCTCGACTTATGGGTTGACATAACTTGATTTGGTGTCAAGTTAAGAAAA TTACCAAGTAGGAGTATTTAATTGAGAATCGTATATGATAGCAAATTATTAATTCAAATT AAATGGTATAAATATATTTTGATTTAAGTGTATCTTATCAAAAACTATAGCTATTTTCGT CACTCTACTTGGTGGAATCTCGTCCGTTTCTTTCGCTTTTTATACAAATACAAATGTATA AAATGTGTTGTATTCGTGTTTGTGTTTGTATAAAACGAGAGAAAATTGTATAAATACATA TATTTTCGTTTCTCTCTCCTGGATCTCACTCGTCACCCTCGCTTCTCTTGCTTATACAAA CAGAAACAAAATGTATAAATTGTGTTTTTGTTTGTATAAAGCTAGAGAAAATTTATATAC ACATGCAAATATACATATATATATATATATATATATATATATTCGTCTTATACACTTATA ATTATAAAATAAAAATACTCTCCTGACCAAATTCTTTTATCTTTCTCTCTTTCTCGTTTT ATACAAATTTAAATTGTATATAATTTCTCTCTTTCTCGTTTTATACAGTGTGGTTCAATT GTATATTCTCTGTCCAAGTCTCTTTTGTCTTTCTCTCTTTCTTGTTTTATACAATTCTCT TCATTTGTATATGTATAGTGAATTTTGTGTGTGTGTGCGTGTGTGTGTGTGTTTATTAAG CAAGTGTGCAAACTGCATAAAAAGTGGGGGTGATATAGTAATTTCAACAATTTATACAAA CACACAAAATTTTACTCATAAGTCGAGTTCGCTGAACGCGTTTTACGCGTAAAGAGTAAT TTACTCATAAATCGCCTTCCAAAAGTGCTTTTTATGCATAAAGAGTAATTTAGTCATATA ACGCATTCACATTTTATGTCTCACGCGTATTTTTACTCATAAATCGCACTCAGTATGTGT GTTTTATGTATAAAGAGTAATTTACTCACAAAACGCACTCTCTGAGTGTGTTTTTATGCA TAAAGAGTAATTTACTCATAAATCGCATTAACTGAATGTGTTTTATGCATAAAGAGTAAT TTAATCGTATATCACATTCACTGGATGTGTTTTATGCAAAAAGAGTAATTTATCCATAAA AAACATTCAGTCCTAAATAGTAATTTACCCATAAATCGCATTTAGTGAATGCGTTTTATG TATAAAGAGTAATTTAATCATACATCGTATTCAGTGAATGCGTTGTTATGCATAAAGAGT AATTTACTCGTAAATCGCACTCACTGAATGTGTTTTATGCATAAAAAGTAATTTACTCAT AAAACGCAACTGAATGCATTTTATGCATAAAAAGTATGGGTAATATTGTAATTTCAATAA TTTATAATAGTACATATAATGTGATTCATAAATCGCATTCGATGAACGCGTTTTATGCAT AAAAAGTAGGGGTGATATAGTAATTTCAACAATTTATACAAAGATTCAAAATTTTACTCA TAAGTCGTGTTCGCTGAACGTGTTTTACGCGTAAAAGAGTAATTTACTCATAAATCGCTT TCGGCGAATACGTTTTATGCATAAAGAATAATTTAGTCATAAAACACATTCACATTTATG TCTAAAGCTTAATTTTACTCATAAATCGCATTCGCTGAATGCGTTTTTATGAATAAAGAG TAATTTACTCACAAAACACATTCGTTGAATGCGTTTTTATGCATAAAGAGTAATTTACTC ATAAATCGCATTCACTGAATGTGTTTTATGCATAAAGAGTAATTTACTCGTAAATCACAT TCACTGGATGTGTTTTATGCAAAAAGAGTAATTTATCCTTAAAAAGCATTCAGTCATAAA TTGTAATTTACCCATAAATCACATTTAGTGAATGCGTTTTATGTATAAAGAGTAATTTAC TCATAAAACGTATTTAGTCATAAAGAGTAATTTACTTTACATCGTATTCGGTGAGTGCGT TTTATACATAAAGAGTAATTTACTCGTAAATCACATTCACTGGATGTGTTTTATGCATAA AAAGTAATTTACTCATAAAACGCAACTAAATGCATTTTATGCATAAAAAGCAACTAAATG CATTTTATGCATAAAAAGTAGGGGTAATATAGTAATTTCAATAATTTATAATAGTACACA TAATGTTATTTATAAATCGCATACGATGAACGCGTTTTATGCATAAAAAGTAGGGGTGAT ATAGTAATTTCAACAATTTATATAAAGATTCAAAATTTTACTCATATATCACATTCCCTG AACGCGTTTTACATATAAAGAGTAGTTTACTCATAATTCGCGTTCGACGAATGCATTTTA TGCATAAAGAGTAATTTAGTCATAAAACGCATTCACATTTTATGTATAAAGCGTAATTTT ACTCATAAATCGCACTCAGTGAATGTGTTTTATGTATAAAGAGTAATTTACTCATAAATT GCATTCACTAAATGCGTTTTTATGCATAAAGAGTAATTTACTCATAAATCGCATTCACTG AATGCGTTTGATGCATAAAGAGTAATTTACTCGTAAATCACGTTCACTCAAAAGTTGTAC ATAACGTAATTTCAACAATGAATGGGAAGACACTAAAACTTACTCATAAATCGCATCGTT GAATGCGTTTTATGTCTTTCTTTCTCATCTCAATTAATGTTGAGTATAAAATGACAAAAA TAATTATATTTCTCGAAAAAATCTTTATATTTGGTGGAATATAGAGACATCTCAAAAATA TCCAATACACCACGTCTCAGTTTCTGGTACTCCACTAAACGTCCTTATACACCGTTTCTC AATTTCGGATACATCGCTCAATATTCTTATGCTTCGCATTTCAATTTCGAATACATCACT TGACGTCTCAATACATTGAGTGCACGATTTTTTCAGATAGTAGGAAATTTTGAAGAATAT GGTAAAGTAAGTCGGTTACTCTTTGGCTAATTTTCCAAATCTTTTATCTAATTTTATTTT GTTTTGATTTGTTTTAAATAATTTCAATTTGGGCTCATTGTTAAGCCCAAATTATTGGGC CGAATATATATAATCGCATTTTTTTTCCCACAGACGTTCTTTTGGAACTTCATCTAAACT TCATAACGGCTTGCCTTAGGGTACTCGTCAAAGCCTCCCAGTATTCACTAACTCAGTCCA CCACCTCCATCGGCCGCCGGCGGCCATTTCCAACGAACTTTTCTCATCTCCGACGTCGTA TTTTCTCTTCTAAACCCGATAATATGGTTAGATTTTTTCGTATACTTATTGATTTCATTT CTGAAAATCAAACTTCCTGTGCTTTATATGAATGAATTGAAATGATTGTAGGCTGACTCG GAGAGTAAATCACACGAGACAGGGAAAAATTGCAAACCGGAGGTAGTTATTGTAATACAC ATTGTGATTTTTCTGTATTGAGCTTGCTTTTTTGATTGACTTTGAGTATTTGATAGGCAG CAGCATCAGAAGGAAAACAATTGACACCTGAAGAGCTGGAGAAGAAGAAGAAGAAAGAAG AAAAGGTCTGTAGACTACTTCTTTTTTTTGGACTTTGCTGTGATGGATGATTCCTCAGAT TGAACCGTTGCAATTCGATACTGTGTTTTGGCTTTTATACTATCAATTCCTTGTTACAAT CATTATTTCAGTGATATTCAACTCTAACTTATGATTGAATCAGTTATTTGATTGATTCAG AATATCTAAGTGGTCCCTTTGTGTTTATTGTTTGGCAGGCTAGAGAGAAAGAGTTGAAAA AACTCAAGGCTGCACAAAAAGCCGAAGCAGCAAAACAGGTAAAACTACTTTGTTTATTTA TCTAATTATGTTTGATACTTGTGTACTTCATAAATGCATAACTTGGTAGAATTGCTCTTA GCTATCTCTGTTATGCTGTTTGCGATATACTGATTGAGGAACAGGAATTGCCGACTCTCG GTACCACTGGCAATACATCCAGCAAGCCTGGACAATGATGAAATAATGAAATTTCTTGTT ACACTAATTGCTTTTTCCAAGCTTCTCTGACTTGGTTCGTCTGTATTAATTAAGGCACAA GCCAGCTCCACTGTGTCAAAGACTGCTAAGAAGAAGAGCTCAAAAAGGGATGGTGGAGAG GAGAACCCTGAGGATTTTGTTGATCCAGAAACACGTCTGGGGGAGAAGAAGAAACTCTCC CGAGAAATGGCAAAGACTTTTAATCCCAGTGCTGTAGAGAAATCGTGAGTTCGAAATTGG CTTACCTTAATTTTTCAATTTACTGATTCAGACAAAGATTCTATTGTTAGCACACTGTTA TGATTCTTTATGCTAACCTGACTAGGTGGTATGCGTGGTGGGAAAAGTCCAATTTCTTTG TTGCAGACCCAAACAGCGCTAAACCACCTTTTGTGATTGTGAGTTTATCTTCTGACATCT TGTGCTGTTGTTTAAATTGATGCATTTGGTGTGAATGATATTTAGGACATATAGGATCTA TAAGGAGCTTGGTTCATCTACAAATGCAACTATTGTAGTTCGAGTTCTTAGGATAATATT TTAAGGAGAAGCACAAGTTGGTACTCATGGCATATGACAATTTTTACTTGCTGGGATGTT AATGTTTTGAATTTATGTTCGTACAGCTAGACCTTTTTATTTGATATCTTAACTTGATTT GGTTCCACCTATTTTCTACCCTCTTTCTCATGGATCACAAAAGTACCCTTTAACAATTTC GAAGTTGCTAATGAGGAAGAGAATTTTCAGTTGCTCATTTTCCTCAAGTACTCTCGGACA GTTTTGTTAATCTTAACTTCTCATATTCTGTTTTGGTGTCATGATATGGGTTTGGAAACC TATTCTCTTCTCCCTTCCTCAGTTGTTCATTATCCTGGAGTACTTGGACACTTTGTCAAT TTCAATAGATCATTTCTCTAGGATTTTACAGTGGATGGTGCTATTATGCCAGTTAAGAGG GAAATTCGTTTACCCTCTTTAGAGTTTGGATTAGGTGAAATTTTATTAAGAACAGAAACA TTTGTGGCTGGTGATTTCAGTTGGGGAAACAAGTTATAGTTAGATGATTCTGCAGTGAAC TAATAAAACCATACATGGCAGTCAAAATCATTTATAACAGCCAACTTGTTCCAAAAAGAA AGCAAATAATACAATTGAACATAAGATTAAGATGGTGTTTGTATTGGCTTAAAAGCGGGT CAAACCTACTTTTAAGTCAATTTTTGACTCCCGGAAGTGGTTGGCAAATATAAAAAATTA ACTTAAAATAAGTCAAAAATGACTTATAATAAGTTGGGAAGTGTTTAATAGGTCAAACAT GATTTAAGATGAGTTTAAAATGACTTAAAATAAGTCAAAAACCAAAAGTAGGTCTTCCTT CCTTTTTATTTTTTGACTTAAGTCATTTCAGTTTGAATTTTTATTTTTGACTTAAAAGCT ACTTCTTCAAGCCAATCCAAATGGGCTCGAAGTATAAAATACTTTTTGTCTAAAAAATTT CTGAAGTTGCTTTCTCCTTGGATTGCCCACCAAATGGCTGCCTGGATGTAATATCATGTC GTCAATGACACTCTGATTTACTTACTTACAGTGAATGCTCATGTGGAGCCAAAAGTAAAA TAACTCTATAAAGAGTACTATAATGAAGAACTTAACTGGTATTTTCATTGGACAATCACT TGGTAAATTGGATTAATAATTTGGAAGAAAATAAGTTGAAATGAAAATCTTGTTTGTTAC TGTGTTCCTGGTCTAAGCTTGGACTTCTTTCTCCCAAGCTGCTTACCTCTACATCTAAAT GCAGGTCTTGCCCCCACCAAATGTGACTGGTGCTCTCCATATAGGACATGCACTTACTGC TGCCATCGAGGTATCAAAATTCAGAATCACTGGGCCTAGTTCTCTGAGTGTTCTTCCGCT TATACAGATTTATATTTACCTTTGTGTCCAGGATACTATTATTCGTTGGCGGAGAATGTC TGGATACAACACCTTGTGGGTCCCCGGGATGGATCATGCTGGGATAGCAACTCAGGTTGT GTTTCAAACATATCAAATCCTGACTTCAAACATCGTTCTAGGGTGTTAAGTTTATCTGGT TTATCTTTACCTATAATTACATGTTCTTTTATGTTGTTTATCTACTATTTTCTAAGTGTG CATCGTGGATGGTGAATCTAGGTTGTTGTGGAGAAGAAGATCATGCGAGAAAGGAATTTG ACTAGACATGATATTGGTCGGGAGAAGTTTGTTGCTGAGGTGAGTATATACTGCTAACAC CTTATTTCACGTCTTGTGCTTATTTTGAAGTCTATGATTAGTTGTTTTTCATCCCATAAA AATCATTTCAATGACTTAAATATCCTTCCAATTGTTGTTTTCAAGCAAATAAGATCTTTC CAATTTTTGCCACTTTCTCAGTCTGGAATAAGGTGTCTTCTTTTGAAGATTTAAATAAAG AAAAGCAAGTGCTAATTTTAACAATTATTTGCACACATAGGTTTATTTTGTTAATTGTAA TATTAACTGTACTCGCTAAGGTTTTTGTAGGTCTGGAATTGGAAGAATGAGTACGGGGGT ACCATACTACAGCAATTACGTCGCCTGGGTGCGTCACTTGATTGGTCTCGTGAGGTATGA ACCGCAAGTTTAACCTTTTCTTTCCTGTGTTGGGAAAATCCCGAAGTAGTTGTACCATTC TTATTTGTTGTGCTCTAACACATGTTCTGTAAAATCAGTGCTTTACCATGGATGAGAAAA GGTCTAAGGCTGTAACTGAAGCATTTGTTAGGCTTTCCAATGAAGGTCTTATATACAGGT ATGCAGCTCCTTTATTTTCTTTGTCTGCCTTATCTCCTCATTATGTGCATGTATAGCATA TTCTTGAGTGCGCAGGTTTCTTGAAATAATTTTGGCTCTACATTTAACCTTGTTATCATC TATCAAGGGCTCCACGTATGGTGCATTGGGATTGTGTCTTGCGTACTGCAATCTCTGATA TTGAGGTGAGTCATGATGAATCAAGTCTAAGATGTTGTGGCAAATATATCCTTATTCACC GTTGAAAGTTGCTGCTGTTCGTAGGTTGAATATACAGACATCAAAGAGAGGACACTTCTG AATGTTCCTGGATATGAAGAACCCGTGGAGTTCGGGTTGCTGACCTCATTTGCTTACCCC TTAGAAGGCGATCTTGGTGAAATTGTTGTGGCGACCACCAGAATTGAAACTATGCTTGGT GATACTGCAATTGCTATACATCCTGAAGACAAAAGATACAGTCACCTTCATGGGAAATTT GCTATTCATCCATTCAATGGAAGACAGCTTCCAATAGTTTGTGATGATATACTTGTAGAT ATGAACTTTGGGACTGGTGCTGTTAAGGTATTCTATATCATTATGTTCTGAATGTGGTGA AATAATTGTGGTGTCTCAAGTACTCATCATTGCTTATGGACCATTCTTTGAATATCCTGG CAGATAACTCCAGCCCATGACCCAAATGATTTTGAGGTTGGACAGCGTCACAAACTAGAA TTCATAAGTATTTTTACTGATGATGGGAATATAAATAGCAATGCTGGTCCAGACTTTGAA GGAATGCCTCGTTTCAAAGCTCGTGTCGCTGTAACAGAAGCTTTAAAAGAAAAGGTATCT TCATTACTTTTCTGTACTGTTTTAGCTGGAAATAAAATGTTAATAGACTGCATGCATGTA TTGATACACAAATTTGTTCTAATTTATGTTGTCTCACATATAAAAGATCCATGGATGTGA TGGACTCACTTCCTTCTGAGATATCCATGTATATACCCATGTCTGTCCAATATGAGTATA TATAGGAAGGACTTCATAAGCATAATTTTCATAAATGTTTGGTCCTCATTTACATAGTCT CTCTCCATTTGAAACCAACATTCCGTATCTTGGAAAATGTAAGGTATTTTTTTATAAGGT AATATACTTCTATTATTATCTGGAAAAAAACTGTAAGAGGCATATAAAAAGTAGAACTAC ATGTAGATGAAGTGGGGAGAACCATAATGGAATAGTTGAGGTGTGTGCGTGCAAGCATGC CCTCACCATCATCAGAAAAGAAAAAATAAAGTAGAGACTACATCAATAGAGGATTCTCTA CAAAATGCACCCGTCATCTAACTGATAGGTTGACGAAAGCTCTTTTGTTCAGGTCATTCG TTTCCCTCATATTCCATGACAATATCTTCAACTTCTATGAACCACAATCTTCTGCTTTCC CCATCCCTTTACCCCTTTGCCTCTGGCCCTCTGTCCCTTTCATCACCTGACCTTTCCTCC AATTCACCACAATATTACCCCTACCTTCTTTCACGCCCTAGCTATCCCTCACCACTCTTC TATCTCCTTGCTCTACAGCATGTATCAACATAAATGAAAAAAGCATTTTCAATTGTAAGA TTTGTCTTGTACATGTGTTGCCCATGCTCAAAACATGCTATTGGGCATTGTGTTTATGAC CATTCTTTAGCATTATGCTCCAGAGGTAATGGAAGCCTAGTATATAAGTATACTTCATAT GGAATTCCAATTTGCTATACAGAGGGATTAGTTATGTTCCTAACCAAAAACCTTTATCAG TATGTACCTAACCAAAAACATATATGCTATATGAAAGTATGACGCAAGCCCACATTATGG ATGTATGAACTAAAGTACAACACTACAACCTGAGCTAACATGCTTTAGTTTATTTCTTAT TAACTAATTCTGTTTGGTATGTTAGATATGTTCCATATGATTACAATAAAAAGTTCATTG AAATATAGGCTTTTCGTATTTTTTCAATTTTATTGATTGGAAGGACCTTAATGCGTATAT CAAATGTAAACTTTGTGATCCAGCTATGTTATCGTTAGGTTCTTGTTGTACTTCCCCCTT TGAGTGTGGTAGTTGTAATAGGGAATCACAATCTCTGTCCTCAACTCCTGATGTACATGT CATTTCCTATTTTGGTACATCCAAGAGCTTTTACACGCTTAGACACAGTAAAATTATCCT ATCCAACTATTACAAATTTCAAGTTGTCAAATCCATGAACAACTAAATACAAATTTTGTT GCAAATAATGCTAATAATCTACAATTTAACGATCGCTGGAACCTATTTAAAATATAAATT GAATAAAACAAATTCAGTGAATAGATGTTACAATAGATAAATGCCTTACAAGCCAATTAG TTTTCATGGTTGAGCAGTGTTACTTACTACAAGGTTTGTGCATGAATGTTGGACTGAGCC ACTTTTGGCGTCAGCTGCATGCATGAAACTACAATTTTAATGATCACTGGAACCTATTTA AAATATAAACTACAATAAAACAAATTTAGTGAATAGATAGAGCCAACGGTACAATATGTA AATGCCTTACAAGCCAATTAGTTTCGTGGTTGAGTAGTCTTATTTACTAAAAGGTTTGTG AATGAATGTTGGCTGAGCCACTTTTGGTGTCAGCTGCATGCATAGCTTATCAGTGGAAAC AAGTTTTGTGCCAGGGCCACAGTAGCAGAGGATCTGCCTTGGTATTGATCTTCCATTTTT GAAATTCAGTTTCAACAAGAGCCCAGGCCTTTCCTGTTTATGTTTTTTTTCCTTAACCTA GTAGAACTCCATAACATAAATTACAATAGATCTTGAGTATTTTATTTACTTGGAATTGGG TAAAGCACATACTGTTCCAACTTTTTCTTTTCTCTATATAACATTGTGTCTCACTTTTAG CTCTCTGAGTTCTCGAGTCTTTTGAATCGTGCTTAAGTTATGACCTATGAAAGCATGGTT AGATTTGAGGATGCCCCGTAGAAGAAACTGTGCTACATAACATTGGGCTTAAGGATTTTA TATTGAAAATTGTGACCTGGGATGATTTGAGTTCTCTGTGGCTAAGATGCATTGTCTTTG ACTTATGTGTTACAGGGTCTCTACAGGGGTGCTAAGAATAATGAGATGCGCCTTGGGATT TGTTCAAGAAGCAATGATGTAGTGGAGCCTCTTATAAAGCCTCAATGGTTTGTCAACTGC AAAATTATGGCCAAGCAGGCTTTGGATGCTGTTGTGGATGAGGATAATCAGAAACTGGAG ATCATCCCAAAGCAATATGGTGCTGAATGGAGAAGGTGATTTTGGATTTTAAAAAAAAGG TTGAATAAATGCTAGGGTTCAAATGAGACATCAATTTGTGCTGTGGTCTCTACGACCCTA TACATATGTACACTGGTGTAATTTGATGCACTGTGTTTTAGTTTCTAATTGATATCGTCT TTTCTTCATTGCGGCAATGGATATCCTATCATTTACTTTTTGTGCCAGTATCTCATCAGA CATCAACGCATACATGCAAAAAACCTGGTTGTGATTTTTGTTATGGATTCAATTATACAC TTAATACAGGATATACTTCCATAAAATGAACTTTATACAGGATATTTTGTGCCATTTTCT CATTTCTTGATGCATTATCTGCTTCAAAATCTTTTGTCCTCTATGTCAAGAAGACTTATG TGGTGAACATGCAGATGGCTTGAGAATATTCGTGATTGGTGCATCTCAAGGCAACTTTGG TGGGGTCATCGTATTCCTGCTTGGTATGTCACACTGAGTGATGATAAGCAGAAGGAATTT GGTGTGTCTGACGATCACTGGATTGTTGCTAGAAATGAAGAAGAAGCTCGAGATTTGGCT TCTAGGAAATTTTCGGGGAAGAAGATTGTTGAGCTCTCTCAAGATCCAGATGTGCTGGAT ACCTGGTTTTCGTCTGGTCTTTTCCCATTATCTGTATTGGGGTGGCCAGATAATACTGCA GATTTCAAAACATTTTATCCAACTTCAGTTCTTGAAACCGGACATGATATTCTCTTCTTC TGGGTCGCACGAATGGTAATGTTGGGAATAAAGCTGGGAGGTGATCTTCCATTTTCAAAG GTTAGCAAACCTAATCCTCCCTAATATGGAAAACCTTTTTTCTTGTTGAGCTTTATGTTA TAAGTGGATTTTGATTCTTTGAATCTATTTTAGGGATCATGTTCACCAAGATAGTTCTGG TTCCTTGATTTATGGTTTTTTACTCCTTAAAACTGACTCTGTGAGCTTGCTCACATTGCT GGTCCCAACCCGGATTAAGGAGGTGGGTTACTGAGGGTCAAATCAGAAACAACCTCTCTA CCCCATAAAGGTAGGGGTAGGGGTAAGGCTGCATACATCTTACCCTCACTCCACTTGTGG GATTATACTGGATTTGTTGTTGTTGGTCTCAGTCCTTGACATTGAATATTAAGTAGAGAT ATTGGCTACGAAAGTTATATTTAGTAGTTCATTTTTTATCTACATGAAGTAGTTGTATAA CTTGACCGTTCTGCTGTCATCTAACAAATCTATTCATTTTAAAATGATTTGTAGGTTTAT TTGCATCCAATGATCCGCGATGCTCATGGGCGTAAGATGTCGAAGTCGTTGGGAAATGTT ATTGATCCCCTTGAAGTTATTAATGGAATCACACTTGATGGTCTTCATAAGAGATTAAAG GAGGGTAACCTAGACGCAAAAGAATTTGAGAGGGCAAAAGAGGGACAGGCAAAGGACTTT CCTGATGGTATTCCTGAATGTGGTGCAGATGCTCTTCGATTTGCCCTTGTCTCATACACT GCCCAGGTTTGTCACATTTGTGCCTTAAGATTTAATAAGCTGTTTCTTTTGACTTTCTTT GGATATTGCTAACTTTCTTAAGTTGTCCTTCCAGTCCGATAAGATCAATCTTGATATTCA GAGAGTGGTTGGTTATCGTCAATGGTGTAACAAACTGTGGAATGCCATTAGGTTTGCCAT GAGTAAATTGGGTGAAGATTACACCCCTCCAACAAAGATAGTTCCTCATGAAATGCCTTT TAGCTGCCAGTGGATACTCTCAGCACTTAACAAGGCCATAGCAAGAACTGTCTCATCCCT GGAATCTTATGATTTCTCCGATGCAGCAACAGCAGTATATTCTTGGTGGCAGTTTCAGTT GTGTGATGTGTTTATAGAAGTAATCAAGCCATACTTCACTGGTGATAATCCAGAATTTGT ATCTGCAAGAAGATCTGCTCAGGACACCTTGTGGCTTTGCTTAGATAACGGGTTGAGATT ACTCCATCCATTTATGCCTTTTGTCACCGAAGAATTGTGGCAGCGCCTTCCTGCTAGCGG GGATTCTATAAAGAAAGAATCTATAGTGATAAGTGATTATCCTTCATATGTAGAGGTATG ATCTAATCACAAATTTTAAATGTCTAGAACTAGCAAATAGACATATTACCTTTGTTGGTG GCTGTTAACTGTTAAGTAAGTTTTGGTGTGAACTTTTTCTTTTCAGTTGACTCGGACTGA AGTGTAGTTTCTTTTCCTTCTTTTCCTCTTCTTCTTGCTGTTGGTTTTGAATGATGATAT AGTGTCTTGGTTACTCTAAACTTAGGTATATGATCTGTTTCTGAAAAATCAATTTAGAAT CGTGCATGTACGATGTTAGACTTCTCATCTAGTATCTGTGAAAAGAAAACCATGTAGACA ATTCATTTTGCAAGAATACGTATTTGAAATATGTTAACTTGCTTGAGGATCTGAAACAAG CAGCTTATCAACACGAGTCTAGTAGTAGAAAACAGGACTTAGTATAGTGTGAGCTTATCA AGACGAGTCTAGTTGTAAAAAACAAGACTTAATATAATGCTCCATGCCAGCTGCTACTTG ATTCTTATATTGTCTAATGACCATGTTGCTTTACGTCTCTTCAATTTTTCAGAGCTGGAA TAATGATAATGTGGAAACTGAGATGGAAAAGGTGTCATCCATTGTTAGAGGACTGAGGTC GAAGAGGGCATTGTTGCCTCCAAAGGAGAGATTTGCAAGGTAAACAATTGGGTGTATCTG TCTCCTGGGTCACTTATAATTTCCATACATAAAAAGCATTTCAAATGGTATTTCTGGTTT TCTTCATGAATCTCTTTGTATGTGAAGTTTATGTTATAGATGCCATTCAATTTTTATTAT CTGTTGAGCATTAAGCCAAAATTTTGTGAACATGTGTAAACTGTCCTCATAAGAATGGTT GAAGTACCATAGGAATTGTTTTTGAATGAAAAAAAAGTATTAGGGTGGATAACGAGCATG TTAATTCCATTTCGTGTTTAATGGGATTGAATATGTCGTCATTCAATATGGCTTTTTGAC TATTAGAGATGACAGATGTGAAAAGGTTGAATTTATCTTGGAAGTGGTGGAAATGCAAGT TTGTTCTTAAAAGTGGAAGCACTTAAAGTACACACAAGTGGGGTGGGAGTACAATGCAAA TAAAGAAGGCTCAACCATTCAAGTGCCTTTCATGATATAATCGACAATCTATGAATTAGT TAATGTCTTCATTCCTAATCCAACCTCTCATCTAAGTTGTTTGAGGTATCACTCTTTCTT GTCCATCTTTAGAAAATTGTAATTCACTTCGCCAGCTTTCATACTGCAGCTATTGGTATT TTTCTGTTCAGTTGTAATTTTTTTTGGAGGACCTATCCCAAATGCCACGATATACATCAT GTATAACACTTGGATGAAGGATACCAGTGTGCTGTAATCTGTTTGACTATGTGTCTGTGA GTCATTCATACAGTCATGCACCCTTAATATATGTTAATGATTGCAAGAGAGATTTATATG TTAGGCTTTTTTTGTATGACTTGAAAAAATGTTCTCATAAATCCAATTAGGACATTTAAC TTTCCAAACTAATGGTGGTGATCGTGCTGTCCGCAGGCGAGAAGCGTTTGTGCTTTGCCG GACAAATGATACTGTTGAGATCATAAAAAGCCGCGAACTTGAGATTTCTACTTTAGCTAC ACTGTCATCTTTGAAGGTATCTCTTTCTATGTCTGGTTTGGTTCTCTTTGATTCAAAGCT TTTTAATGTCTTCCTAGTGTTGTCTTCTCAGTTTTGAAATAAGAAAACAAATTAGATTGC TAATGTTGCTTATTTATGAACTATTTTGAGAAAAATGGCTTATACTTGTATTTCAATTGA ATGCACATATTAGCTGGAAACATTGTCCAACCAATGTATGCTGTTTTGATGTGCATTGCA CAACAACACTCTAAAAAACTAGTTCTATTGTTTTCCATTCTATGTTGCTCAGGCTCTTCC AAAATGTCAACGGTGCATGTTGGATTCTCCAAAAGTAGTGTATTTTTGGAAAATCCAACA CGGGTGTGGCATCAAAAGTGAAGAGTCAGCGCAACTTAGTTTCCAAATTGTATCAAAAAC ATGTTATTAATCCTCATCTTCCCAAAAAGTAGAGAATCTTCAACATCCCTATTTAGTTGT TTACCTTTCCTCTTCCACATGATATGAAGCTGGATATCTTCAAACATCCTTAATGGCCAG TCATCAGGTCATGATCAACAACCACCTTGCCCCAACATGTTCTTAGTCGAGGACACAATC AATTGAAACCTTTGCCTTTTGAGGGAGAAGTGGAATTAGATGATTCATATTTGCTGACAA TATCATAGTTCATGCATGTTATTTTTTATTATTTTTCCTCATTTTGCTGAATCTATATTT CTTGCGCTTATCTTCATCAGGTCTCAAGTGACACTGATGCAGCTCCAACTCAATGGCTGA CAGAAGTGGTGGATGAATCAATCACAGTTTTTCTCGAGGATAAGGGGACTATCATTAACC CTGAGGCTGAAGTTGAAAGGCTCAAAAAGAAGAGAGAGGAGACGAGAAAGTAAGTGAAAT TTCGAAGGCTGGACTATTTACTACAAAATGATTTTCTGGCTAGATGAATAAGTGCCTTTC AATTGCTTTCCTCGGGGAGCGAGACTCTCTTTTTCTTGTCAGGCAATGAAATAAAATTAG CTTTTTGTGTAGAAGAGAAGTAAAAGCAATGTTGAATCCTATGTTGTTTGAACTCTTCAA ATATGTTGATAGATGCATGTCGGATCCTCCAAGAGTAATACATTTTTGGAGGATCTGATA GGGCGCAACAACATTTTTGGAGAGTCTGATAGGGTGCAACAACATTTTTGGAGAGTCTGA GCAACATGGATTGAATCAGTATATAAGACATTTCAACTTACAAAAACAGGAAATTTGTGA TGGTCTTTAGTTTTATGAGTTACTGAAACTCGAGGAAAGTTCCAATCAGGTAAGCCGTCA TTATGTTGAGAAAGATTCTGGTTGAATTAGGAAAATGTGTAAAAGATCAGTCTTGTTTCT TGTTAAGAAGTCCCACATCGGAAAAGGGTAGGCAATTGGTCTTGTTATATGGACTTGGAC AATCACCCCCTCATAAGCTAGTTTTTGGGGTTGAGTTAAGCCCAAGATCCATCTTTACAT GGTTTAGAGCCAAGCCCATCCCAGTTCTTCGTTCACCGATGTTGGGGCCTTCTATTGTAT TGTCCAAGCTCCCGATAACGAGGTCTGAGTGTGCGAGGGGTGTTAAGAAGTCCCATATCA GAAAAAGGATGACGGCCAATTGGTCTCGTTATATGGACTTGGACAATCCTCCTCCACTCA TAAGCTAGTTTTTAGGGTTGAGTTAGGTCCTAGATCTATCTTTACATTTTTCACTAGATA TTACTATCTTTTTTCCAAATATTTATCAATTTAACGTAGTGATGGTCCGGAATCATGAAT TGTACTCAATTTTGTTCAGCTAGTGCATCATTCAGTTGTCTTCGTTCAAAAGTGGGCTGA AGTTATATATCGCGAAATTTGAGTCAATTTAAATTGTGAAGTTTACTAGCTGTTCAATTT GTGTCATTGTACCATCCTTTTCTTCTTTTGCAGGCAATATGAAACCTTAACCAAAACCAT GAGTACCTCTGGCTACAAAGAGAAAGTTCGTGCTAACGTTCACGAAGAAAATACATTAAA ACTTGGTGCCCTCAAGCAAGAACTGGAATCATTCGAAGAAAATATTGAGCGTCTCATACG TCAAATGGAGGCACTATAATTGGAGTAATTTCATCATGTTGTGCCTTGATTGTTCAACAC ATTCTGCCCCTATATCTTTTTTCATTTTTTAAAATGTTTTAAGTTAAATTTTGCTGTTAT TAGTGTACCATGTTGCATTTTTTTTGTATACTAATTACGATTCTTGAAATTTTTGAGATA ACAAGGTGATTTCTGTAATTTGTGATATGAATAGGCTTAATATTAGCTTCCTCAATTTGC TAATATTTTGCCCTTGACCACATAAAATTGCCAGTCTAATGTTTTCTGATACATTGATAT GTTGTAAGTAGGCCATTTGATATTACGATGGCTTGGTTTCGCTATCGCTCGTAATTATAT TTTTCTTGTTGGATGAGGGATGGGGATAGAGTTTTTGATTTGATGTGACAAAGTGTCTTA CATATGTCTACTTTCTAGTAGAAAAAATATCTCCAACTTTTTCAATTATTATTAGTATAT TGTGAAATTATATACACCATCAATACAAGAATATTTACCATAAATGATATATTTAGCTTT TTGAGAAAACTATTCATTTTTAGAAAATAAGATGTATTTTTAATGTTTTATGAATTTATG CTTCGTAAATATTTTGAAAAAAATTGCTCTACGTGATTTTATATTATATACACTATCAGT ATAAAAAATTCTTTCATATTATTTATCTAGTTTAATTAACCTCAATATATATATATATAT ATATTAAGATTATGTTGTTCATGGGAAACTGTCGGTTTAGGGGGAGAATGAATGCTACGA GCATCCAAAATCAATCATTTTCTCTTTGGAAATTATTCTTTTTATGTTTCGTTTACTAAC TTATAAGAAAGTTGTTTACCATAAAAATGGTATAATTTCTCATTATCATTATTGAGTAAC GATTAATTGACGTTGATCTGAGATAATCTTGAGTAACAAAGACGTTTGAATTACTACAGA ACCCAATATCACTCCTTTAGAGCTAGACGAATGAATACAAACTTTTCTGATATAAGTTCG TATCTGAACTATTTTTCTTTGTCATGTATCACTTCTCTTAAGTTTCGAGTATAGTTATAT TATTTTTTTTTACCTTAACAATGGTACTTTTTAAAAAAATATATAAAAAATATTCATGTC ATAACCAAGAATCTTTTAAACACCTAATCTTTGAATTAATTAGAAAAAAAGAGGATTTAA TTATCCTCTATACAATATGCATATGTGGACAAAATTTTGGTACTTAATAATAAACATACC GACAGCTCCAGGCCAAGTTATCCATGCAAGAATATATTTTCTTATCTTATAAATCAGATC TCATTTTATTATTCTTTTGGAGTTAATTAATAAGAAGAAATATAATTTTATTATTTGAAG TAATAATTCAGTTCTTTTTGTGTGTCTTTCTATCTGTACATGATAATGGTAAGATCCAGG CATATTCCTGTATTGAATTCAGAATTTTTATTTAAAAATTTCAAAAAATAAAAGTATAAA CGTATAAATAAATCAAATAAAACATAATTCCAAGAAAGTAATAGTATATTATTTATAGGT ATAAAAAGTTAGTTCCGTTACCGGAGAGCCCCCAGACGCTAGTGTCAACGTAAAAGGAAA TCTACCACTATGCTACAACTTACTTTCATTTTCACGAGGGGGTTTAATATTAATAAATCT TCATAAATACAAAAAATTTATCTTATATATGTACAATATAATTTTTTTTTTACCTCGAAC CCCCTGAAAATCCACGTAAGTCCGCATCTGATACACTCTATCCTCTTCAGACCCCAATCT ATATTGTAAGTGTTAGTTTGAGAATTAAACTTTTTTTATTAATTAACAAGAGCTATTAGT CTCTCTACACAAACACAATAGCAAAACTAGAAAAATCAAATCATGAACTACCCGAGTAAT ATTTAAGTTAGTAACGAATATTTATTGTGAAGTAAAAATATTTTATTTCAAATAATTTAG AAGATAAAATTGGATTCATTATTTTTGTTTTGAAAAAATTATTAGTAATATTTATCGTCA AATTAAAATTAGATAAATAAATTAAAACGAAGAAGCGATACAGAGTATTAGCATTGGATG CCATAGGTTATAGATAGACAAGACCATGTGTGCTTAGTCCCAAAGAAATGGAAATGTTTT GCCATGGAATAACGTGCTTCTTTGTATTGTGTTTCCCAATTCTTCTACATTTTTAAAAAG CCATCAACCTTTTTCTTATTAACAAATATTTTAATTACAAAAAACATAATTTAGTCAAAG AAAAGTTTTAAGCACCTTTAAAGGGGATCCTTATTGAAATAATGAGATGAATAAAAAAAA TTATTTTTAATTAAAAACTTTTAGATAAAAAGAATTTGAATAGGAAGTACTTCTCGTTCG ACGAATATTATGTTGCATGAATTCAAATCAGTCGAGATAATAAAATAAAAGGTGAAAAAT TAAAAAAATGTTAATAAAAATAAATTATAACATATTCCTTCGGTTTTTATTCTGAGTTCG TAATAAATGTATCGATGATGAAAAACATATTTATTGATAAGATTATTTTTATTTTATAAT TATAAATGAAATTCTTGATAAATATAATAAATAACCTAATAAATATTTTTTTTAATGTCT GAATCTCACTTATTGGTTATGATGATGATATTATATATGTCTTTTTCATTCTACTTAAAG ATATTTATATTATTTGTGTATATAATTTTGATCAATTTTATTTTTTTCTATAGCTTGGCC TCAAATTAATATCATCAATAGTTCCTCACTCATCATAATATAATTAAGTCCAATTCCATC AACTTTTAAATCAATTGAATGTGGACTTTTTTTGCTACTGTAATCTTCACAAATTATTGA TTGCATTATCTTATTAATACTCAAGTACTATATTATTAATCATTATATATTTGAAAAGTA ATACATATTTTAAATATAACATATTTTCTATTTTCTATTTTGTATGTAAGTTTTAATTAT ATGTTATTTCTTATATTTTCCTTACTTCTACGTCCTGTAATTCTTGAATCGAGAGTCTTT CGCGTAGAATTATTATATTTCTTTAAACTCTAGTTATAAAATTTCACTGAATATGTTATT GTTGTCATTATCCGAAGACTAATATATATATATATATATATATATATATATATATATATA TATATATATATATATATATATATATATTTAATGACCAAATAATTTTCTCCTAATAGAGAT TATCATATTGCCACTATATATAGGTATCTTGAAAATGTAACACTATAACGCGTTTTAAGG ACTACGTTTTTCAACAAATAATTCTTAGAATCAATATTTTAATGATATATAAATTAATGT CTTAATTAGACTACAAAATCACATCTCTAGTGTACGTAAAAATAAATAAATAGGAGAACT ATATATAATATAGTAGTTGTTGTATAGTTATTTGTTTGGTACTCACATTACAACCCTATT AAATCGAAAGTCACTCATTACAAATTTTATTTCTCGAAGCGATACTTTTCCGAAAAAAGT TTTAATTCCTAAAAACTCAAATCTGATATATACCTAATTTTTTTTAAAAAAAATCTCGAA CCATCTTATCACGATCGACGTTTGTATGATTGATATTTGTTAACGTGCATTGGGGAGTGA AGAAAGGAATCTATGCAACGGATTGGTGCAAGTGATGTCGTATGTGGTCGGACACAACCA AATCTTATCCCATACCCTTGATATATATATATATATATATATATATATATATATATATAT ATATATATTTGAATTATTTTTTATGTATATGTATGTAAGTCGTATGTAGATCGATCTTGA ATTCTCTGGATTTTTTCTATGTAACTTTTTAATATTTTGAATCCTTTAGTGAAAATCTTA ACATTGTATTAAGGGCAAAAAGATATTAATAATCTGAATCTCCTTTGTTGAAAAATCATA ATTCAATCCATTTTATGTGGCACTCTTTCCTTTTTAGTCTGTATTAAAAAATATGTTACT TTACTATAGATATTAAAACTAACTTAACTTCAAAATTCTCATTTTATCCTTAATGAAATG ATTTTCCGTCATACAAATATCTAAAAATTATTATAAACCACGAGTTCTAAAAATCTTTTC TTTCTGCTTACACGCCATATCAAATCAAAGAATATCACATAAAATAAAATTAAGAAAATA CTATATACCATACAATTTCAAAATTGATTAATATATATATATATATATATATATGATATC AAACCTCATTCATTTCTTTTTATTTTACATATATACTTCTTCATATTTAAAATTACTTTG ATAAAAATTCTAACTCCAAACGTAAATTAAAAAAAAGGTTAAAACTCAAACATGTGTATA GTGGCATATATAATATGTGGAAAACTTTGGTACCTATACGTCCATACGTGTGCATGTGAA ATGATGTATATATATGTATATTATATAGTAATAAATTGAGAAAAAACGTACAATATGCTC AAGAAGTCAGATACACACGTAACTATATAGTTTTTTTTTTCTTCAAATTTTTTTTTTTAG GGGGGGGTTGGGGGTAGGGTAGGAGAAGGTGGGGGGGGGGGGTTAGTTTATATAATATAA TAATTGTGAGAAAGAAAGAATAATTCAGTTTGTAGTAGGATCCAAGTGCATGAAGCCAAA AGCTGTTGAATTATATAAATATTTATAATATGCTCTCATTATATACTATATATTATGTAA ATTATTATATGTCACATGTATACTCTTCTATTTTATTGGTGAATTATTCTATAGTATGGA CCAACTCTTCAACTTATAATCAAACAAATCTTGACACTTTTTTCTTGTAAATTGTTTATT GCAAGTGGAATTATATTTTGCATGGGATATATATATATATATATATATATAAATCACTCT GTAATAATATTTTATCATAATAATTTGTTTTTTAACAGATTTTCATATTCTATCATGTTA CATCTATATTTTTATTGCAAATGGAATTATATTTTGCATGGGATAAATATATATGTGCGC GCGCGCATATATATATATATATATATAAATCACTCTGTAATAATATTTTATTATAATAAT TTGTTGTTTTTTTTTTACAGAGTTTCATATTATATCATGTTATTTATATGTATTTTTTTT TATAATAATATAAGGTGTTCGAATAAATGATGCTGTTATAAAAAGATTGACGAAAATATA TAGTAGGTTGTGTATTGGATGAGTACACATTATATGTGTTATTATGTATTTAACTTGTAT ACATTAATACTATAGAAAAAATTTACTTAGCATATATAATTAAATAAATGTGTATAATAC TTTATTTTATCAAACATTTGGGTTGATATACAATATTCACAAATATCAAAAACCTATATG TAGTATTAACAACGTACCACCTTTCTTTGTAATTAATGGTACTTTTTGTTTTTCATTTAA TGTATGATTTGTGACACGAGACATCTTACCTGAATCATTCAGATTTATATTGCGTAAAAT TTATCAGAAAAAATAGAAAACGTTCTCTACTAAAAAATTTTCTTTTTTTCAATATTTAAA TTATCAAAAAGAAAAATTAATTAAAAGCGCAGAAATTCTATTCATATTATTTCATCACAA TCTTTTATGATATAAATTATCATTTAATTAATTATGAACTATAAGTACCCTCTCAATCTA TGTCCGAAATTTCAGACACACACTTATACTATACTAAGGTCCTATTACCCCCTGAACTTA TTTTATAAGTAATTTTCTACCCCTTTTTAGCCTACGTGGCACTAGTTTGAAAAAAAAAAG TCAAACATCATTGGACCCACAAGATAGTGTCACGTAGGTCGAAAAGAGGTAAAATATTAT TAATAAAATAAGTTCAGGAGGGTAATAGGACCTTAGTATAGTATAAGTGTGTCTCTTAGG TTTCGGGCATAGATTAGGGGATACTTGGGCATTATCCCTTTATTTCTTAAGATTTTTATG TATATATATATATATATAAATATCCATTTTCCCCACTCCACCCCACCAAAAAAATAAAAG GAATAATAATTAAAAATTGACCAAAGTATGACCATGCATGGAAAAATCAATTATTGGAGA TAAATTGAAACATATTTGTATTATTATGCCCTTTTAATAACAATTCCTAATATCATCGTT AGTGTGGACCAAAACTTATATTAAAAAATATAATAAAATAAAATCTGAATTATTTGTTCT TTCTTCTTGATCGACATAATTTTTCGACGAAAAAGATTTTAATAAAACTTTTTTTTTCCA ACCTAATTGAGACAGTTTTGGTGGCTGTAATATTTCATGATATCATAGCCACAAAACATG TATCGAATTCGTTATGTATAAAATTTGAAAAAGAACTAAATATAGAGATTTATTAAATGT TACATTGTATTTTTATAAAAAAATATTTTCCTAGCTCAAATTTATAATTTCTTGATCACA TAATAATAATAATAAATTGATTAATTATCGTTAGCTTCTATTATATATATATCATATGCA GTCTTGATAAGTGGAATTTTGCTCGAAAAAATACAAAATGACACAGAGCTCTACACATTC TGGTTACAAGCAGCATACAGCCAATACTACTACGTACCAAAAATACATCTTATTAATTAA AAAAAAAAGGCTTTTTTTTTCAAATAATAATTAAAAAAATTAACCTAAAAACTCACAATA AAATAGCCAACAAGTGTAATATATTTATATAAAATATATAGAATCAGCATATACAATAAT AACATACTCAGTAAAATTTTATAAATTAGATACGAGGAAGATAAAGCGTACACATTTATC ATACCTTGTAGAGGTAGATAGATTATTTTTAAAAAATTCTCGATGTGAGTGCAACAAATT CAAGTAAAAAGATAACTACACGATGAACAACAAAAATAAAAGGAAAAAGGATAAATATAC CCCGAACTATCATAAATAGTATGCAGATATCCGTTGTCATACTTTTGAGACATTGGTGCG TCTACCATCTAAAAATTAGAACATATATGTCATTCACTCCAACGAAAGACTAAATAGGGA CACGTGACATAATTTTATCCGTCGATCGACGGATAAGATTATGACGCAGATATGTTCGTT AATATAAAGGGTATATATGTTTTAGTTTTTTAGACGGCAAGAACACTAGTGTGCCAAAAA TATGACTCAATGTATCTGCATGTCATTTATGATAGTTTGTGATATATTTGTCCTTTTTCC TCAAAATAAATTATCAAAATATAGTAAACAACGAGTGGTACAAGATATAAGAAGTATTAA CCGCAATAATACAATTAATACAAAATAAAACAATACGAGGCATGTATGCAACATACAACT CTTGAATATGTACTCAATATATAATTTGTATATATCGATTAAAAAATAAATCTGTCCAAC TATTTACGTAAAAATCCCGACTAAATACTTTATGATAGAGAGAGATCACAACAAAAAAGG TGACCCCAGCAGCTAAATCTATGGCTGACCGACTTTGAAATATATAAACAAACAACATAA AAGTGAAATGACATTAAACAAGAAAAAAAAAACTTATAAGAGAGAGAAATGGTGTACTAT ATATCACTGTGTGTGTGTTTTTTTAATTATTATTATTATTTTTGTTAGAAAATGAAAGAA AATATTCTCTTTTTACTTTTATAGTCTCTTTTTGGTGTTTTCTTTTGAAATTATACAGAC CCCTTTTCTTCTCTTATCTCCCTCTTTAAAGATCTTAAAAACTTTGAGCAAAGCCAAGAA AAAAAAAATGTCTTTATAAGTTTTAAGTTCTTGTTTTTTACTTAGTGTTTTTCAAGATTC AAACTTTAGTGTCTTTTATTGTGTTTTTTGTTCTTTTGGAACAATCTTAAAAATAAAAAT AAAAACTTGTGAGTTTTAAGTTCTTTTTATCTGTTTGTATTTGAAAAAAAAACTAAGCTT TTTTTGTGAGTTAGCTTTGTTTTCTAGCTCCAACAAAGCTAAAACAAAAACCCCATTTTC TTAAAAATGATGTCTGGAGATTTGTTTTCAATTCATCAACAACAACATCAGCAAGTACTA GTTGAACAAAACCCTAACCCTAAAGCTAATTCTTCTTCTAAGAAAAGAAGAAATCTTCCA GGTACACCAGGTAAATTTAGAACTATATGTTCATTTAACTAGCGTTTGGTCATAGATTTT TTTTCGAGTAGTATTTTCAAATTTACCACCTTGTGAACTATGAAACACTCCTTCATAAAC TTAGAGTTTCAACTTCAAAACCTATGGCCGAACGAAGAGCTTAGTACAATAGTACAAAAA TATTCACTTTTGCATGTCAAAGATTGAATCTTTATTGTTTCTTTCTTCAAACTACTTTGT ATTGTTTCTTGTTGTGTGTGTATATACTAGTGTTGTAAAGATTGAATCTTTATTGTTTCT TTCTTCAAACTACTTTGTATTGTTTCTTGTTGTATGTGTGTATATACTAGTGTTGTAAAG ATTGAATCTTTTTAACTTTGTTGTTATGTTAAACAGATCCAGATGCTGAAGTGATTGCAA TATCACCAAAAACACTGATGGCTACAAACAGATTCATATGTGAAATCTGCAACAAAGGTT TTCAGAGGGATCAAAACTTGCAACTCCATAGAAGAGGACATAATCTTCCATGGAAGTTGA AGCAAAGGAACAAACAAGAAATAGTTAAGAAGAAAGTTTACATATGTCCAGAAAAGAGTT GTGTACATCATGATCCATCAAGAGCACTTGGTGACCTTACTGGTATAAAGAAGCATTTTA GCAGAAAACATGGTGAGAAAAAATGGAAGTGTGAAAAGTGTTCAAAGAAATATGCAGTTC AATCTGATTGGAAAGCTCATACTAAGACTTGTGGTACTAGAGAGTATAAATGTGACTGTG GAACACTCTTTTCCAGGTAATTAATTTTGGTACCATCTAGTAATAATATTATGTTCTTGT TTTAGGAATATTTGTTTCAAAACTGAATTAAATGCTCATTCATTCATGGAAAAGTTCAAT TTATTGCTCCCTCCTGACTACAAACTACCCACCATTAAGCTCCCGTTTGGTCATAAATTT TGATAAACTTGTGTTTAGGCATGCACTAGTCAGTTTTTGAGCCGACTAGCTAGCATCCCT GCCCTCTTAAAATCTATGACCAAACGCTAGTTAAATTGTGTATGTTATTGTGCTTTAGTT TAATGATGAGTTCTTTTTTCTTGTACACAGGAAAGATAGTTTCATTACCCATAGAGCTTT CTGTGATGCTTTAGCTGAAGAGAGTGCAAGAATCACTACTACCAACAATTTGAACTTCAA CCAGCAACAACAACAACCTGTTGGAGTTTCACAAATTGGGACAAGTTTTGCTCAAGATTT TACAAGTATGACAACTGTGAATCCACTACATCAGCATCAGCAAAAACCAAGATTGTCACT TTGGCTAAATCAAGCTAATAACAACATGTCATCACAAAGTTCAAATCTTTTTGGCTTACC AGATCATCATATGGTCCAAATCCCATCTCATAACATGTTTGGTACTAACCAAATACTCAA CCCCACCCCCACCACCACCACCACCACCAACACCAACACTAACACTAACACCCCTGCAAC CCCAAACCCCCCTATACCAATGTCAGCAACAGCCCTTCTACAAAAAGCAGCACAAATGGG GTCAACAAAAAGCACTCCAAACTACTTTTCCAACACATTTGGAGTAATGCACTCATCATC TTCTCCTTCATCAAACAACACAACACAAATCTTCAACAACAATGAAATTCATCAAGCTTT TGCAAAACAAACAGAGGATTACAATCAAACAGAGAATATACTCATCAATGGGTGTCCAAA TATGAATTCATCTGTTAATTCTAAAGCAATCAATTTGGATCAGGCATTATTACAAACAGG TGGCATGCATAATCAAAATGTTCATTTCAACTTGCATAATAGTCTTACTAGAGATTTTTT AGGCATGGGAAATGAAGGGGGTCAGCCATTTTTGCCACAAGAATTAGCAAAGTTTGCTTC AATCAATTCAGCTATGGGGTTAAGCCATTACAGTACTGGTCACTAGTCCTACCAAGTTTT TTTTTTTTTTTTTGTATTAAAAAAAATAGAATAATGTAAAATTTGAATCTTATCTTATTA TCAAGCTGGCATTTTTTTTTACTTTGCATTATTTTGAATATATTTCCTTTTTAAGATAAA AAAATTGAAGTGGATTGATTGGCCTTTTATATTTATATGTATATATTTAAATAGAAGGAA ATGATTGTGTAAAGATTATTTCTTTAAAAATGTATGATTTTCATGTTTCTTTAAATTTGC AATGTATTACATAAAACTAATACCCAAAAATGCTATTTTTTTTAAAAAAAAAACAATTAG TATGTATTATAGGAGGAAAAAAAAATCCATTTTCGTAGGTTATATATGTAAAAAAGAAAA GATAATATAACACTAAAATTTATGAATTTAGTGATAAATGTCATCTATTTCTAAACGATA AAATTATGATTAAGTTACTGAATGATAAATTAATAAGATTTATAAGAAAAAAAAGAGTTA TATAACGATAAATTTCATAATTAATTTTTACTATTTTTTTTAAAGATTAGAAACAATAAT GATGATTGTTTTAAGAATGTATAAAAAATTCAATAGAGATTAAAATTACCTAATAAATGT CCTCTAGTGACCAATTATTAAATTACTGATATTTTAGAAAAAAATCTCAACTACTCATCA TTCATCGGTCGAGAACTATTCATGAAATGATAAAATATTTTCATATGATTCACAAATTAT AAATTTAAACGATATAAACAGTTATTAGTATTTATATTAAAATATAAATTTTTACATCAC ACGCTTAAAATAGGACTCTTTTTACCAAACTTTATTAACGTATAATATTTTTTTTCCTTT GTAATTTTTCAACTTAATATAATTATTAATTAAGGTGGGACCTTTATGTCTAAAAAACAA TAGTCATGCATATTTTTTTTTAACTACGTGTTGGTTACTTTAGTTTTAACTTTCAACTCT ACGAAGACCCTAAATATTATTTTATTTTTCCTATAAACTTTATAATAGTACTTTTATTTT ATTAGTACTATAGCTAGGAAATACTTGTAGCCTTTTAATTTAGAAAAAAATAAATAAAAA GTAGGGCACAAAAAACAATGAAACAAAGTGTTGACTAGTTTATCAAAATGACCAATATAA TGAAGTAGTCAACGATGGTGGTTTTTGCAGATTTTTTATTTTTTTTTATGATATTTTTTA TTTGATTATCTTTTTAGCTGCAAGATCACAATTTGTCAGAGGCACTATTTTTGAAAATAA AAAGTATTATTTTCTTCTTGGAAAATTGAAATCTCAAGTATCATTTCATAAATAATGAAT AAAATTGTTGTTTTTTTCAATTAATATAGAAGAATAACTTCAATTATTGGAGTTGTTATA TTCTATGACAATATTAATGAAATTTCTTTAAAATAATAAGTTGTACTAGATAAAAAGTTG ACAATAAGTATAGAGCTTGTATACGGATTAAATTCTCGTCTTTCTTTGATTCGTGAAATT AAAGCGAGAAATATATAATTTTTTTTAATGTCATAGGTATAACTTTTCGATATGTCTCCA CTAATGTAACGTTTTGATAGCGCTATTGTCTTTCAATTTAGTCTTATCTTGAAATTTATA AAATTCTTTATAATTTTTTTAAGCTAAAGAAATGAAATTTTAAAATATTTGATAATAAGA ATTTAATATTCATACCAGGAAATCATTGTATTGGAGATAAAATATTGACAAGCCAAATAA TTATGTAATTAATTCGTAGAACTCAAATATAAAATCTTTAATATTCATACGAGGAAATCA TGTATTGGAGATAAAATATTTGCTAGACAAATAATTATGTAATTAATTCGTAGAACTCGA ACGTACAATCTTTAAAAAGGGTATAAGAAAATATACGAAAAATCACTTGTTGACTATTTT GTAAAATATATTTACTTTTTCATGGTCCTTGTAGTACGTAGTACTATGATTATTAATTAT CAATTGAGTCACGAGTGAGTATAACCAAAAACAAGATAAAAAGAAAGTCTATCAAAAGGT GGTCCAAACTTTAGTGTTTTTTTTTTTATTAAAAAAAGTTTGATATCTTTTATTTATATC AGGGTTCGATTGAATTTGAATCCGTGATCGTAAAATTTATTTCTGAAAGCAACACTTCTT ACATGATTTTTTTCTATTTTGATATGTTCAAAATCAAGACCTTCGAATAACATTGAGAGA ATCCCAAACATCTTATGTTTCAAATTTATTTTAAATTTACAAGAAAAGTATTTTAGAAGA CAAAAGAATTCTTTTAAAATTTGAATCATAAATATGAAATTGTTTTTATCAAAGCGTATT TTACCTTAACTAAAAATTTCCGACATGAATTTAGATTATTGTTGGTAGAAGTATAATTTT AGGCCCCTTTTCATGGAATAATTTTTGTTTTTTTTTCCAAGGGATAACTTTTTCCACTAA GCTTGAAAATGGAGAAGTCTACTTATTTTATAAATTAATTCAATTGAAACTTTATAGTTA ATCTAGAAAATATTTTTTATAGGAGTTTTTAAAGGTCAACGGCAAATATTACTTAATAAG TAATATATATGTATATATATTTTCCTAGAGCCAAAGTACAAAAAAAGGGTAATTTTAATT TTATTGAAAATGTACAAGAAAAGATGACATTTCTCATAGATTGAAGTAGGAATCCAAAGA CAATTGTACTATTTTTCTAATCTTCTTTGATTGAGCAATCAAATATGTATGAAAAAAAAC TTTAAGAATAAAATAGTAAACTCAAGTTTTCAAAGCCGTGATCGAGAATTAGTAAACTCA AACTAATTCAGATTCATATTAAAAAAATTCAGATAATGTAAAACACTTTCTATATATATA TATATATATATATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATCAAAAGAAATTATATTCTATAACTCTGGATTTAAAATTTCTGATAAGAATA TATTCGTACTTTCTACTACACCACAACTTTTGAAGTTTCAATCCCATTCGATGTGAAATT CGTTTATTTTCACCTTTATTCAAGGTAAACTCATCCAAAATAAATAAATTATAAACGAAG TTCAAATAATCTAAGTAAATACAAGTATAGAAGAAATGAGCGAAATTAGGCTATAAATGT AAACAAAGACATGCCAGTGAACAAACTGGCTAAATAATAAAGATTAGGTTTATTTAATGA AATGGGCCACTACGACGTTAAATTTTCAAAAAATTATCCAGCCCACAAACCAATTTAGAC TTGGGCCTACCTCATTCCAGTCTAATAGACCCCAATATTTTCTTGGTAAAAATTTTTGTT GGGCCAATAAAATTTGATATAGTAACTTTCATATATAACAAATACAAAATTTATATTTGT ATGATATAGCAAAGTTTGTATACTTGCGCTCGGTGACAAATATAAATATGCATAATTCCC TATATACATATACAAAGAAAGCAGTTGTATAATTCACTATACATATACAAAAGAAAGCAG TTGTATACAAAAGATAAATTGTATAATCTGCCATTTGTGTATGTATAAAACGAGAAAAAG AGAAAGACAAAAGAAAACTGAGCAGGAGAATATTTATTTTGTATAATTACAAGTGTATAG GACGAAGATATATGTATTTACATGTGTATATACAATTTTCTCTCGCTTTATACAAACAGA AATGCAATTTATACATTTCGTTTCTGTTTGTATAAGCGAGAGAGGCGAGGGAGATTCGGG AGAGTGGTGAGTGAGATTTGAGATAGGTGAACAAAACTATATGTATCTATACAATTTTCT CTCACTTTATACAAACGCAAACACATTTTATACAATTGTGTTTGTATAAAAAACGAGAGA GGTGAGTGAGACTGTCACAAAACGAGAGTGGCGAGCGAGATTCCACCAGGGAGAGTGGCG GAAATAGCAATAGTTTGCTATAGGGTACAATTAAATCAAAGTATATTTATAACATTTAAT TTAAATTAACAGTTTGCTATTATATACAATTTTCCTGATTTAATACTATCTTCATTCAAT AATTTTTAGCCCAAAACTTAAGCTAACATTTAACCATAAATTTCATCATATGTTTGGCTT AATTTTTGGAAACATATTTCACTTTTTTTAAGAAATGTATACTAATAAGTTTTAAAAGTT ATCAAAACTAACTATAAGTTTGTATTGCATAACAAAATAGAATAAAAAGATTCACTATCG TAACAATTAGTGTCCATGGCACTGAAGCAATATGGTAATTCAGAGATAGTGCAACAAGCA TCATTCCATACATTATGAAGTAGACGAAACATATTGTTCGTCACTTTTATCAATAATCAT ATCGTCATTTTCTTATTTACTGAATATTACATCATTATTTTGATGTTCACGTAAAAAATT TTACTTGAAAAATCTATGGCGAAATGGATCCGAATTTTTTTTACTTAAACATTCACAAAT TAAAATTTAGTAGAGAGAACTCTGTTATATCCACAAAGAACATCTTATCCAATTACCCTT TTATTTTTCACACACAGAGAGAAAAAGCTCAGAGAAAATGGCGGCTTCTCCTCTTCTTCT ACACTCCACGGCCTCCTCTTTCTACAATGCTGAGTTTCCGGCGTACTCCGTTCGATTGCC GGTCGGAAATACCAAGGTCCGGTCGTCCAATAAATTGACGGTGAAAGCTTCAGCAACAGT ACTAGTGGATAAAAGTGAAGCTGAAAAAGTTAATCGTCTGAAAACAAATTACCTCGAAAA GATTGTGCCGTTGTTGAAGGAAGAATTCAGTTACACCAATATTCTTCAGGTAAACTTAGG AGTCGTTTGTCCATTGCATTTTTTTTCCAGAACAGATAAAAATTAGGGCTTGGGAAAGGG AAAATGGGGGAATTGAACAAATTTTTCAGTTTTAAAAAAAGCTTAGTGCAGGTTCAAACA CAAATTCAATTTTCAATTATACTTTTCAAGTTAATTTCAATTTCAAAGCATATGTACTTC TTTAGCTTCAAATTTTACAACTTATATCTACAAATTTGAACTGTTTCTTGTTTGTTTGAT TAAATGTTGAATTTTAGAGTTGAAATGCTGAGAAATTAGTTTGTTTGACACTATTATCAT TTGAGGAGTGAGAAATCACAGTGAATATTAGTTGCATTGACCTATTGCTTCAAACTCTAT TATTATTTTTTAGTTTTAATTTGATTTGATACGGAATGTGGAAAAACCGTGTTTTAGGTT CCGAAGGTCGAAAAGATTGTGGTAAATTGTGGTATAGGAGATGCTGCACAAAATTCCAAG GGTTTGGATGCAGCAATGAATGATTTGGCCTTAATTACAGGGCAAAGGCCTGTGAAGACT AGGGCTAAGAATGCTATTGCTACTTTCAAAATTAGAGAAGGTCAACCGCTTGGAATTGCT GTTACACTTCGAGGGAATGTAATGTATTCGTTCCTTGACCGGTTAATTAATTTGGGGCTT CCTCGAACGAGGGACTTTCAAGGCGTAAACCCCAATAGCTTTGATGGTCATGGAAATTAT AGCATTGGCTTTCGTGAACAGAGTGTCTTCCCAGAGTTAAGTTATGATGCTCTTGGTAAG CCAAGAGGGATGGATGTTTGCATAACAACAACAGCTGAGACAGATAAAGAGGCACACAGA TTGTTGGCTCTCATGGGTATGCCATTTAGAGAAGGTTCTGGTGGACAGACAACTTTTACG AAAAAGAAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 16555 16706 match_part 1.000 16792 16842 match_part 1.000 16917 16985 match_part 1.000 17199 17258 match_part 1.000 17515 17684 match_part 1.000 17786 17858 match_part 1.000 19265 19330 match_part 1.000 19412 19430 match_2 match_part 1.000 16568 16706 match_part 1.000 16792 16842 match_part 1.000 16917 16985 match_part 1.000 17199 17258 match_part 1.000 17515 17684 match_part 1.000 17786 17858 match_part 1.000 19265 19330 match_part 1.000 19412 19495 match_part 1.000 19642 19719 match_part 1.000 20011 20016 match_3 match_part 0.942 16587 16706 match_part 0.961 16792 16842 match_part 0.986 16917 16985 match_part 0.983 17199 17258 match_part 0.988 17515 17684 match_part 0.945 17786 17858 match_part 0.924 19265 19330 match_part 0.976 19412 19493 match_4 match_part 1.000 16588 16706 match_part 1.000 16792 16842 match_part 1.000 16917 16985 match_part 1.000 17199 17258 match_part 1.000 17515 17684 match_part 1.000 17786 17858 match_part 0.981 19265 19318 match_5 match_part 0.909 16608 16706 match_part 0.941 16792 16842 match_part 0.986 16917 16985 match_part 0.983 17199 17258 match_part 0.976 17515 17684 match_part 0.959 17786 17858 match_part 0.942 19265 19316 match_6 match_part 0.903 16635 16706 match_part 0.941 16792 16842 match_part 0.986 16917 16985 match_part 0.983 17199 17258 match_part 0.982 17515 17684 match_part 0.986 17786 17858 match_part 0.981 19265 19318 match_7 match_part 0.925 16640 16706 match_part 0.941 16792 16842 match_part 0.986 16917 16985 match_part 0.967 17199 17258 match_part 0.971 17515 17684 match_part 0.959 17786 17858 match_part 0.924 19265 19330 match_part 1.000 19412 19430 match_8 match_part 0.983 17201 17258 match_part 0.988 17515 17684 match_part 1.000 17786 17858 match_part 1.000 19265 19330 match_part 1.000 19412 19495 match_part 0.962 19642 19719 match_part 1.000 20011 20022 match_9 match_part 0.983 17800 17858 match_part 0.970 19265 19330 match_part 0.976 19412 19495 match_part 0.987 19642 19719 match_part 0.976 20011 20094 match_part 0.975 20199 20278 match_part 1.000 20408 20465 match_part 0.983 20545 20662 match_10 match_part 0.977 17816 17858 match_part 0.970 19265 19330 match_part 0.976 19412 19495 match_part 0.987 19642 19719 match_part 0.976 20011 20094 match_part 0.975 20199 20278 match_part 1.000 20408 20465 match_part 0.960 20545 20847 match_part 1.000 20944 20948 match_11 match_part 0.952 17838 17858 match_part 0.970 19265 19330 match_part 0.976 19412 19495 match_part 0.987 19642 19719 match_part 0.976 20011 20094 match_part 0.975 20199 20278 match_part 1.000 20408 20465 match_part 0.920 20545 20619 match_12 match_part 0.762 20074 20094 match_part 0.925 20199 20278 match_part 0.983 20408 20465 match_part 0.944 20545 20811 match_13 match_part 0.963 20225 20278 match_part 1.000 20408 20465 match_part 0.987 20545 20847 match_part 0.988 20944 21114 match_part 0.973 23416 23526 match_14 match_part 0.982 20570 20847 match_part 0.982 20944 21114 match_part 0.992 23416 23534 match_15 match_part 1.000 20779 20847 match_part 1.000 20944 21114 match_part 1.000 23416 23615 match_part 0.987 24015 24164 match_16 match_part 0.988 20943 21114 match_part 0.980 23416 23615 match_part 0.984 24015 24260 match_17 match_part 1.000 20949 21114 match_part 1.000 23416 23615 match_part 1.000 24015 24276 match_18 match_part 1.000 20962 21114 match_part 1.000 23416 23615 match_part 1.000 24015 24107 match_19 match_part 0.987 24039 24420 match_part 0.976 24895 25146 match_part 0.946 25235 25382 match_20 match_part 1.000 24244 24420 match_part 1.000 24895 25146 match_part 1.000 25235 25414 match_21 match_part 1.000 24246 24420 match_part 1.000 24895 25146 match_part 0.997 25235 25541 match_22 match_part 0.970 24288 24420 match_part 0.972 24895 25146 match_part 0.938 25235 25556 match_23 match_part 0.964 24925 25146 match_part 0.978 25235 25549 match_24 match_part 0.969 25115 25146 match_part 0.977 25235 25719 match_25 match_part 0.980 25243 25682 match_26 match_part 1.000 25358 25735 match_part 1.000 26273 26379 match_part 0.980 27277 27376 match_part 1.000 28101 28157 match_27 match_part 1.000 25402 25735 match_part 1.000 26273 26379 match_part 1.000 27277 27376 match_part 1.000 28101 28174 match_28 match_part 0.978 25550 25735 match_part 0.981 26273 26379 match_part 0.970 27277 27376 match_part 0.972 28101 28172 match_29 match_part 0.983 25619 25735 match_part 1.000 26273 26379 match_part 1.000 27277 27376 match_part 1.000 28101 28249 match_part 1.000 29314 29620 match_30 match_part 0.895 25622 25735 match_part 0.972 26273 26379 match_part 0.960 27277 27376 match_part 0.953 28101 28249 match_part 0.965 29314 29484 match_part 0.818 29772 29958 match_31 match_part 1.000 25676 25735 match_part 1.000 26273 26379 match_part 1.000 27277 27376 match_part 1.000 28101 28249 match_part 0.996 29314 29548 match_32 match_part 0.983 25676 25735 match_part 1.000 26273 26379 match_part 1.000 27277 27376 match_part 1.000 28101 28249 match_33 match_part 1.000 25676 25735 match_part 1.000 26273 26379 match_part 1.000 27277 27376 match_part 1.000 28101 28196 match_34 match_part 1.000 25687 25735 match_part 1.000 26273 26379 match_part 1.000 27277 27376 match_part 1.000 28101 28249 match_part 1.000 29314 29628 match_35 match_part 0.917 27281 27376 match_part 0.907 28101 28208 match_36 match_part 1.000 28103 28249 match_part 1.000 29314 29657 match_37 match_part 0.995 29314 29726 match_38 match_part 0.980 29364 29707 match_39 match_part 0.908 37183 37630 match_part 0.892 38017 38164 match_40 match_part 0.904 37183 37630 match_part 0.925 38017 38150 match_41 match_part 1.000 37212 37616 match_42 match_part 0.974 37281 37630 match_part 0.985 38017 38279 match_43 match_part 0.994 37451 37630 match_part 0.990 38017 38416 match_part 0.975 38731 38850 match_44 match_part 0.974 38028 38416 match_part 0.892 38731 39046 match_45 match_part 0.974 38028 38416 match_part 1.000 38731 38797 match_46 match_part 1.000 38298 38416 match_part 0.990 38731 39220 match_47 match_part 0.951 39086 39621 match_48 match_part 0.924 39196 39680 match_49 match_part 1.000 44133 44449 match_part 0.997 44878 45232 match_50 match_part 0.997 44148 44449 match_part 0.983 44878 45277 match_51 match_part 0.987 44152 44449 match_part 0.987 44878 45187 match_52 match_part 1.000 44171 44449 match_part 1.000 44878 45317 match_53 match_part 0.930 44178 44449 match_part 0.987 44878 45327 match_54 match_part 0.930 44178 44449 match_part 0.984 44878 45189 match_55 match_part 1.000 44180 44449 match_part 1.000 44878 45057 match_56 match_part 0.996 44181 44449 match_part 1.000 44878 45369 match_57 match_part 0.989 44182 44449 match_part 1.000 44878 45369 match_58 match_part 1.000 44193 44449 match_part 1.000 44878 45071 match_59 match_part 1.000 44272 44449 match_part 0.990 44878 45369 match_60 match_part 1.000 44305 44449 match_part 0.996 44878 45369 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_61 match_part 0.963 11615 11429 match_part 0.970 9480 9381 match_part 1.000 8624 8454 match_62 match_part 0.968 11615 11429 match_part 0.970 9480 9381 match_part 1.000 8624 8465 match_63 match_part 0.963 39653 39110 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 11615 11429 exon 9480 9381 exon 8624 8454 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 16555 16706 exon 16792 16842 exon 16917 16985 exon 17199 17258 exon 17515 17684 exon 17786 17858 exon 19265 19330 exon 19412 19495 exon 19642 19719 exon 20011 20094 exon 20199 20278 exon 20408 20465 exon 20545 20847 exon 20944 21114 exon 23416 23615 exon 24015 24420 exon 24895 25146 exon 25235 25735 exon 26273 26379 exon 27277 27376 exon 28101 28249 exon 29314 29726 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 16555 16706 exon 16792 16842 exon 16917 16985 exon 17199 17258 exon 17515 17684 exon 17786 17858 exon 19265 19330 exon 19412 19495 exon 19642 19719 exon 20011 20094 exon 20199 20278 exon 20408 20465 exon 20545 20847 exon 20944 21114 exon 23416 23615 exon 24015 24420 exon 24895 25146 exon 25235 25735 exon 26273 26379 exon 27277 27376 exon 28101 28249 exon 29314 29484 exon 29772 29958 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 20943 21114 exon 23416 23615 exon 24015 24420 exon 24895 25146 exon 25235 25735 exon 26273 26379 exon 27277 27376 exon 28101 28249 exon 29314 29726 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 37183 37630 exon 38017 38416 exon 38731 39680 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 39653 39110 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 44133 44449 exon 44878 45369 RepeatMasker tomato repeats master Unknown00043 5778 5836 1 Unknown00043 5778 5836 1 nucleotide_motif 247 4046 4105 Unknown00019 49 698 1 Unknown00019 49 698 1 nucleotide_motif 4883 12432 13100 TS 49 199 1 TS 49 199 1 nucleotide_motif 461 24619 24749 GYPMET_I 4271 4609 1 GYPMET_I 4271 4609 1 nucleotide_motif 462 28743 29070 ATENSPM10 1075 1172 1 ATENSPM10 1075 1172 1 nucleotide_motif 276 32557 32655 Copia00112 7618 7706 1 Copia00112 7618 7706 1 nucleotide_motif 300 33199 33295 Unknown00034 3715 4017 1 Unknown00034 3715 4017 1 nucleotide_motif 2204 35141 35439 Unknown00037 441 4558 1 Unknown00037 441 4558 1 nucleotide_motif 270 42441 42520 Gypsy00046 4078 4162 1 Gypsy00046 4078 4162 1 nucleotide_motif 410 42466 42549 Copia00110 13162 13624 1 Copia00110 13162 13624 1 nucleotide_motif 2387 42981 43475 RepeatMasker tomato repeats master TS 117 159 -1 TS 117 159 -1 nucleotide_motif 318 10790 10748 Gypsy00073 603 656 -1 Gypsy00073 603 656 -1 nucleotide_motif 292 13114 13061 Gypsy00073 1032 1370 -1 Gypsy00073 1032 1370 -1 nucleotide_motif 457 13880 13527 Copia00110 13267 13613 -1 Copia00110 13267 13613 -1 nucleotide_motif 1297 14046 13697 Copia00172 5193 5313 -1 Copia00172 5193 5313 -1 nucleotide_motif 610 27761 27640 Copia00172 5204 5313 -1 Copia00172 5204 5313 -1 nucleotide_motif 497 28529 28419 GYCUME1_LTR 374 443 -1 GYCUME1_LTR 374 443 -1 nucleotide_motif 333 32667 32598 Gypsy00042 5927 6007 -1 Gypsy00042 5927 6007 -1 nucleotide_motif 323 32680 32602 STOWAWAY50_OS 40 1189 -1 STOWAWAY50_OS 40 1189 -1 nucleotide_motif 331 33279 33175 SONATA3 1 233 -1 SONATA3 1 233 -1 nucleotide_motif 829 33660 33428 Gypsy00046 4079 4165 -1 Gypsy00046 4079 4165 -1 nucleotide_motif 373 42558 42471 Unknown00019 46 697 -1 Unknown00019 46 697 -1 nucleotide_motif 741 43658 42984 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 3271 9052 10728 match_2 match 6839 5554 9033 match_3 match 9232 343 5125 match_4 match 4252 14165 16401 match_5 match 4088 43218 45369 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 541 16 313 clone_end_2 clone_end 430 343 563 clone_end_3 clone_end 1384 699 1396 clone_start_1 clone_start 829 4383 4804 clone_end_4 clone_end 1112 17610 18170 clone_end_5 clone_end 1417 27457 28171 clone_start_2 clone_start 973 38568 39058 clone_end_6 clone_end 289 42037 42182 clone_end_7 clone_end 446 42201 42470 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_8 clone_end 553 16959 16681 clone_end_9 clone_end 410 16959 16753 clone_end_10 clone_end 884 17455 17010 clone_start_3 clone_start 918 17484 17010 clone_end_11 clone_end 852 17455 17010 clone_end_12 clone_end 1118 21003 20440 clone_end_13 clone_end 591 26280 25983 clone_start_4 clone_start 585 33037 32735 clone_start_5 clone_start 278 33200 33054 clone_start_6 clone_start 472 42011 41774 clone_start_7 clone_start 311 45369 45209 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 16555 16706 match_part 1.000 16792 16842 match_part 1.000 16917 16985 match_part 1.000 17199 17258 match_part 1.000 17515 17684 match_part 1.000 17786 17858 match_part 1.000 19265 19330 match_part 1.000 19412 19430 match_2 match_part 1.000 16568 16706 match_part 1.000 16792 16842 match_part 1.000 16917 16985 match_part 1.000 17199 17258 match_part 1.000 17515 17684 match_part 1.000 17786 17858 match_part 1.000 19265 19330 match_part 1.000 19412 19495 match_part 1.000 19642 19719 match_part 1.000 20011 20016 match_3 match_part 1.000 16588 16706 match_part 1.000 16792 16842 match_part 1.000 16917 16985 match_part 1.000 17199 17258 match_part 1.000 17515 17684 match_part 1.000 17786 17858 match_part 0.981 19265 19318 match_4 match_part 0.983 17201 17258 match_part 0.988 17515 17684 match_part 1.000 17786 17858 match_part 1.000 19265 19330 match_part 1.000 19412 19495 match_part 0.962 19642 19719 match_part 1.000 20011 20022 match_5 match_part 1.000 20779 20847 match_part 1.000 20944 21114 match_part 1.000 23416 23615 match_part 0.987 24015 24164 match_6 match_part 1.000 20949 21114 match_part 1.000 23416 23615 match_part 1.000 24015 24276 match_7 match_part 1.000 20962 21114 match_part 1.000 23416 23615 match_part 1.000 24015 24107 match_8 match_part 1.000 24244 24420 match_part 1.000 24895 25146 match_part 1.000 25235 25414 match_9 match_part 1.000 24246 24420 match_part 1.000 24895 25146 match_part 0.997 25235 25541 match_10 match_part 1.000 25358 25735 match_part 1.000 26273 26379 match_part 0.980 27277 27376 match_part 1.000 28101 28157 match_11 match_part 1.000 25402 25735 match_part 1.000 26273 26379 match_part 1.000 27277 27376 match_part 1.000 28101 28174 match_12 match_part 0.983 25619 25735 match_part 1.000 26273 26379 match_part 1.000 27277 27376 match_part 1.000 28101 28249 match_part 1.000 29314 29620 match_13 match_part 1.000 25676 25735 match_part 1.000 26273 26379 match_part 1.000 27277 27376 match_part 1.000 28101 28249 match_part 0.996 29314 29548 match_14 match_part 0.983 25676 25735 match_part 1.000 26273 26379 match_part 1.000 27277 27376 match_part 1.000 28101 28249 match_15 match_part 1.000 25676 25735 match_part 1.000 26273 26379 match_part 1.000 27277 27376 match_part 1.000 28101 28196 match_16 match_part 1.000 25687 25735 match_part 1.000 26273 26379 match_part 1.000 27277 27376 match_part 1.000 28101 28249 match_part 1.000 29314 29628 match_17 match_part 1.000 28103 28249 match_part 1.000 29314 29657 match_18 match_part 0.995 29314 29726 match_19 match_part 0.980 29364 29707 match_20 match_part 1.000 37212 37616 match_21 match_part 0.974 37281 37630 match_part 0.985 38017 38279 match_22 match_part 0.994 37451 37630 match_part 0.990 38017 38416 match_part 0.975 38731 38850 match_23 match_part 1.000 38298 38416 match_part 0.990 38731 39220 match_24 match_part 1.000 44133 44449 match_part 0.997 44878 45232 match_25 match_part 0.997 44148 44449 match_part 0.983 44878 45277 match_26 match_part 0.987 44152 44449 match_part 0.987 44878 45187 match_27 match_part 1.000 44171 44449 match_part 1.000 44878 45317 match_28 match_part 1.000 44180 44449 match_part 1.000 44878 45057 match_29 match_part 0.996 44181 44449 match_part 1.000 44878 45369 match_30 match_part 0.989 44182 44449 match_part 1.000 44878 45369 match_31 match_part 1.000 44193 44449 match_part 1.000 44878 45071 match_32 match_part 1.000 44272 44449 match_part 0.990 44878 45369 match_33 match_part 1.000 44305 44449 match_part 0.996 44878 45369 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_34 match_part 0.963 11615 11429 match_part 0.970 9480 9381 match_part 1.000 8624 8454 match_35 match_part 0.968 11615 11429 match_part 0.970 9480 9381 match_part 1.000 8624 8465 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 11615 11429 exon 9480 9381 exon 8624 8454 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 16555 16706 exon 16792 16842 exon 16917 16985 exon 17199 17258 exon 17515 17684 exon 17786 17858 exon 19265 19330 exon 19412 19495 exon 19642 19719 exon 20011 20022 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 20779 20847 exon 20944 21114 exon 23416 23615 exon 24015 24420 exon 24895 25146 exon 25235 25735 exon 26273 26379 exon 27277 27376 exon 28101 28249 exon 29314 29726 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 37212 37630 exon 38017 38416 exon 38731 39220 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 44133 44449 exon 44878 45369 AUGUSTUS_tom_cdna de novo gene_1 gene 1 16379 29479 transcript_1 transcript 16379 29479 start_codon_1 start_codon 16379 16381 CDS_1 CDS 16379 16386 CDS_2 CDS 16580 16706 CDS_3 CDS 16792 16842 CDS_4 CDS 16917 16985 CDS_5 CDS 17199 17258 CDS_6 CDS 17515 17684 CDS_7 CDS 17786 17858 CDS_8 CDS 19265 19330 CDS_9 CDS 19412 19495 CDS_10 CDS 19642 19719 CDS_11 CDS 20545 20847 CDS_12 CDS 20944 21114 CDS_13 CDS 23416 23615 CDS_14 CDS 24015 24420 CDS_15 CDS 24895 25146 CDS_16 CDS 25235 25735 CDS_17 CDS 26273 26379 CDS_18 CDS 27277 27376 CDS_19 CDS 28101 28249 CDS_20 CDS 29314 29479 stop_codon_1 stop_codon 29477 29479 gene_2 gene 1 37507 45369 transcript_2 transcript 37507 45369 start_codon_2 start_codon 37507 37509 CDS_21 CDS 37507 37630 CDS_22 CDS 38017 38416 CDS_23 CDS 38731 38885 CDS_24 CDS 44178 44449 CDS_25 CDS 44878 45369 AUGUSTUS_tom_cdna de novo gene_3 gene 1 15191 9410 transcript_3 transcript 15191 9410 stop_codon_2 stop_codon 9412 9410 CDS_26 CDS 9480 9410 CDS_27 CDS 11526 11429 CDS_28 CDS 15191 15133 start_codon_3 start_codon 15191 15189 AUGUSTUS_ab_initio de novo AUGUSTUS_ab_initio de novo gene_1 gene 1 5602 29479 transcript_1 transcript 5602 29479 start_codon_1 start_codon 5602 5604 CDS_1 CDS 5602 5610 CDS_2 CDS 16917 16985 CDS_3 CDS 17199 17258 CDS_4 CDS 17515 17684 CDS_5 CDS 20011 20094 CDS_6 CDS 20408 20465 CDS_7 CDS 20545 20847 CDS_8 CDS 20944 21114 CDS_9 CDS 23416 23615 CDS_10 CDS 24051 24375 CDS_11 CDS 24895 25146 CDS_12 CDS 25235 25735 CDS_13 CDS 28101 28249 CDS_14 CDS 29314 29479 stop_codon_1 stop_codon 29477 29479 gene_2 gene 1 44198 44449 transcript_2 transcript 44198 44449 start_codon_2 start_codon 44198 44200 CDS_15 CDS 44198 44449 AUGUSTUS_tom_ugs de novo AUGUSTUS_tom_ugs de novo gene_1 gene 1 5602 29479 transcript_1 transcript 5602 29479 start_codon_1 start_codon 5602 5604 CDS_1 CDS 5602 5610 CDS_2 CDS 7914 7980 CDS_3 CDS 16534 16706 CDS_4 CDS 16792 16842 CDS_5 CDS 16917 16985 CDS_6 CDS 17199 17258 CDS_7 CDS 17515 17684 CDS_8 CDS 17786 17858 CDS_9 CDS 19265 19330 CDS_10 CDS 19412 19495 CDS_11 CDS 19642 19719 CDS_12 CDS 20545 20847 CDS_13 CDS 20944 21114 CDS_14 CDS 23416 23615 CDS_15 CDS 24015 24420 CDS_16 CDS 24895 25146 CDS_17 CDS 25235 25735 CDS_18 CDS 26273 26379 CDS_19 CDS 27277 27376 CDS_20 CDS 28101 28249 CDS_21 CDS 29314 29479 stop_codon_1 stop_codon 29477 29479 gene_2 gene 1 37507 45369 transcript_2 transcript 37507 45369 start_codon_2 start_codon 37507 37509 CDS_22 CDS 37507 37630 CDS_23 CDS 38017 38416 CDS_24 CDS 38731 38885 CDS_25 CDS 44178 44449 CDS_26 CDS 44878 45369 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 16555 16706 match_part 1.000 16792 16842 match_part 1.000 16917 16985 match_part 1.000 17199 17258 match_part 1.000 17515 17684 match_part 1.000 17786 17858 match_part 1.000 19265 19330 match_part 1.000 19412 19495 match_part 1.000 19642 19719 match_part 1.000 20011 20016 match_2 match_part 1.000 20779 20847 match_part 1.000 20944 21114 match_part 1.000 23416 23615 match_part 1.000 24015 24276 match_3 match_part 1.000 24244 24420 match_part 1.000 24895 25146 match_part 1.000 25235 25735 match_part 1.000 26273 26379 match_part 1.000 27277 27376 match_part 1.000 28101 28249 match_part 0.995 29314 29726 match_4 match_part 0.993 37212 37630 match_part 1.000 38017 38416 match_part 0.990 38731 39220 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 16555 16706 exon 16792 16842 exon 16917 16985 exon 17199 17258 exon 17515 17684 exon 17786 17858 exon 19265 19330 exon 19412 19495 exon 19642 19719 exon 20011 20016 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 20779 20847 exon 20944 21114 exon 23416 23615 exon 24015 24420 exon 24895 25146 exon 25235 25735 exon 26273 26379 exon 27277 27376 exon 28101 28249 exon 29314 29726 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 37212 37630 exon 38017 38416 exon 38731 39220 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.930 44178 44449 match_part 0.987 44878 45327 match_2 match_part 1.000 44193 44449 match_part 1.000 44878 45071 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0072G22.3 type gene exon 44178 44449 exon 44878 45327 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 2 240 29479 transcript_1 transcript 16379 29479 start_codon_1 start_codon 16379 16381 CDS_1 CDS 16379 16386 CDS_2 CDS 16580 16706 CDS_3 CDS 16792 16842 CDS_4 CDS 16917 16985 CDS_5 CDS 17199 17258 CDS_6 CDS 17515 17684 CDS_7 CDS 17786 17858 CDS_8 CDS 19265 19330 CDS_9 CDS 19412 19495 CDS_10 CDS 19642 19719 CDS_11 CDS 20545 20847 CDS_12 CDS 20944 21114 CDS_13 CDS 23416 23615 CDS_14 CDS 24015 24420 CDS_15 CDS 24895 25146 CDS_16 CDS 25235 25735 CDS_17 CDS 26273 26379 CDS_18 CDS 27277 27376 CDS_19 CDS 28101 28249 CDS_20 CDS 29314 29479 stop_codon_1 stop_codon 29477 29479 transcript_2 transcript 240 17858 CDS_21 CDS 240 379 CDS_22 CDS 16534 16706 CDS_23 CDS 16792 16842 CDS_24 CDS 16917 16985 CDS_25 CDS 17199 17258 CDS_26 CDS 17515 17684 CDS_27 CDS 17786 17858 gene_2 gene 1 37507 45369 transcript_3 transcript 37507 45369 start_codon_2 start_codon 37507 37509 CDS_28 CDS 37507 37630 CDS_29 CDS 38017 38416 CDS_30 CDS 38731 39419 CDS_31 CDS 44178 44449 CDS_32 CDS 44878 45369 AUGUSTUS_tom_pot_cdna de novo gene_3 gene 1 15191 9410 transcript_4 transcript 15191 9410 stop_codon_2 stop_codon 9412 9410 CDS_33 CDS 9480 9410 CDS_34 CDS 11526 11429 CDS_35 CDS 15191 15133 start_codon_3 start_codon 15191 15189 BLAST_ath_pep AGI Proteins (arabidopsis.org) BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 231 38016 38417 match_2 match 229 38016 38417 match_3 match 227 38016 38417 match_4 match 63.2 20196 20474 match_5 match 255 20545 21114 match_6 match 268 25202 25753 match_7 match 117 23413 23616 match_8 match 240 24013 24423 match_9 match 152 24895 25146 match_10 match 188 38013 38417 match_11 match 130 25475 25753 match_12 match 235 38016 38417 match_13 match 186 38016 38417 match_14 match 127 38124 38417 match_15 match 186 38016 38417 match_16 match 126 38124 38417 match_17 match 181 38016 38402 match_18 match 228 38022 38417 match_19 match 228 38016 38417 match_20 match 236 38016 38417 match_21 match 234 38016 38417 match_22 match 232 38016 38417 match_23 match 260 44878 45351 match_24 match 234 38016 38417 match_25 match 243 38016 38417 match_26 match 175 24016 24423 match_27 match 226 38016 38417 match_28 match 206 38058 38417 match_29 match 232 38016 38417