C08SLe0013G08.1 GAATTCACCAACTACAAAACCCCATTTACACCAATTAACAAATTTGAAAAACAGAGATAA AGAAAATGAAGTTAGTTTGGTCTCCAGAAAAAGCATCTAAAGCTTATATTGATACTGTTA AATCTGTAAGTATATATACAATTTCAACAAATTCCCTTTTTGTTTTTTTCTTTCCCAGTT ATTGATTTTCTTGATTTTGATACAGTGTGAGATTTTTCGAGAATCGAGTGTAGCGGAGAT GATATCGGCTATGGCTGCAGGATGGGATGCTCAGATGATTGTAGAAACATGGTCGAGAGG TGGGGTTATGGCTACAAGTATTGGGTTGGCTGTGGCAAATTATCATACAGGTGGTAGGCA TATATGTGTAGTACCAGATGAAGATTCAAGAACAGAGTATGTAGAAGCTATGGAAAACGC AGGGATGTCGCCGGAAGTTGTGATCGGAGAACCGGAAGAAGCGATGGATGGGTTGATTGG GATTGATTTTTTGGTGGTGGATTGTAGAAGAAATGATTTCGGTAGAATTTTGGGGGTTGC TAAATTAGGACATAGAGGTGCAGTTTTGATTTGTAAAAATGCAAGTTCAAGAATTGCTTC TGATTTCAGGTGGCGGAGTGTTCTTGACGGAAAATCAAGAATTGTTCGCTCGGTTTTTCT GCCGGTAGGTAAAGGTTTGGATATTGCTCATATCGGAGCCACCGTGACCGGCGGCGGAAA AAAGGGTGGCTCCGGGAAGACAGAAAGTCGATGGATTAGACATTTTGATAGAGATTCAGG GGAAGAATTTGTGATACGCAAGTGATGACGTCCATAATTCAAAATTAGTTGAGATTTTCT TTTTCTTGTTTAGTTATTTTTCTTTTTTAGGTTTTTGTGTATATTAGTTAGATGATACAA AACTAATCAGGTTCCTGTTATTTGCCAATTTTGAAAATATGTTTCTAGTGAAATTAGATG TGTTAATCTTGACGATGAAAGTGTTTATCTTGTTTTATCAAAAGACAATTATTCAAGTAA AATTAGATGTACTTATCTTAGTAATGAAAGTACTTATCTTGTTCTATTGAAAACTATCGT TCAGATGTGTTTATCTTGGTGATAAAAGTACTTATCTTGTTCTATTGAAAACTATCGTTC AGATGTGCTTATCTTGGTGATAAAAGTGTTTATCTTGTTCTATCGAAAACAGTTGTTCTA GTGTCTATCTTGGTGATGAAAGTGCTTATCGTGTTCTATTGAAAACAGTCGTTCTAGTGA AATTAGTTGTGCTTATCTTGGTGATGAAAGTGTTTATCTTGTTCTATCGAAAACAGTCGT TCTAGTGAAATTAGATGTGCTTATCTTGGTGATGAAAGTGCTTATCTTGTTCTATTGAAA ACGATGTTCTAGTGAAACTAGATGTGTCTATCTTGGTGATGCAGTGCTTATCGTGTTCTA TTGAAAACTATGTTCTAGTGAAATTAGATATGCTTATCTTGGTGATGAAAGTGCTTATCT TGTTCTATTGAAAATGATGTTCTAGTGAAATTAGATGTGCTTATCTTGGTGATAAAAGTG TTTATCTTATTTTATCAAAAACAGTCGTTCTAGTAAAATTAGATGTACTTATCTTGGTGA TGAAGTACTTATCTTGTTCTATTGAAAACTATGTTCTAGTGAAATTAGATCTGCTTATCT TGGTGATGAAAGTACTTTATCTTGTTCTATGGAAAACTATGTTCTAGTGAAATTAGATCT ACTTATCTTGGTGATAAAAGTGTTTATCTTGTTCTGTCGAAAACCATTGTTTTACTGAAA TTAGATATGACAGTCGTTCTAGTGAAATTAGAAAACCATTGTTTTACTGAAATTAGATAT GACAATCGTTCTAGTGAAATTAGATGTGCTTATATTGGTGATTGAAAGTGCTTATCTTGT ACTATCGGAAATGACCATTCCAGTGAAATTAGGTGTGCTTTATCTTGATGATGGAAGTTT GTATATAGGTATCATAAATTTTTGGATTAAATAGCACACAGATTTCATAGTTGTTACAGA AATCAGAATTGACCAGATTCAATAACTTCCGTTACGTAATTTGTTCACGTCTTCGAGAAA GGCAAATAACATTAAATGCTACAACAATATTTAATGGTATTCGATACTTTTACGTATTTT TGTTGTTTCTTACATATCACTAAATATGAACACATAGTTATAAAAGTACAATGAATTCCG TGCTAAGAAATTTAAAGGTTGAACTCGTACAATAAAAATCTTGAATCAGCCTCTCACACA CACGATACGGTACATAAAGAAATGGGCGTCTGCGTTATTCTTTTCTTTGTAACTACAGAG GCAATACTCACCCAAGACCTAAGTTTACCTGTCCAATATCAACATCTTCAGAAAGTACAA GATACTTTGATGGCCAATGTCTACATTCTTTTAGCTAATATGGTGTGTTAAGTCATATCA AGAAGGTGTCACCTGAAGGACCTACAGAGGATTCTCTAAACATTTTCGTGTCGTTTATAA GTAGGATGAAGCAAATGATCAAAGTGCTGGGAGAACTTGATAGGAAAGTGCCTGTGTTAG ACATCTTGAGCTCTTGGAATCAGTCATAACTATCTCTGCTTCTTCGCATAGCCTTCTTTT GTGATTGGGCCTTCTTATTGTCAAGTCGTTTGCGCTCCCCAATAGCAGCCCTTTTTAGTA GGAAAATGAGATTGGTTATTCCAGAAAATTACAAGTTGGCATAAAATACATGTAATTGGT AAGTAAAAAGTGCATAACATAGGTTATTGGTTTGAGAATGCTTACAATTTTGTTATTCTT TTCACTTGCTCTTCAGATGGAGGTGGTGGTACATAAGAAGCAGCATCAATTATATCCTGT GATACTGGGAGATTAATGAGCAATTCATAATAGACCTGTATATTGTGGAACAAATCTACT CATTGAAACATCATCTGCCACTCAGAGATGGACTTGTACCATTCCAATTGATAGAAAGTG GGAACAGTCATAAAATGAATGTTCACCTGTAATTTACTCAAAGCATCTTCGATGTTACCC CTGAAAAGAATCATAGAACGCATTCAGCTTTGTGGCCTTTAAAAAGGTCTAAGTAAACAG AAAAGAATATATGGAAGAGGCTCACTTCTGAGTTCTCGTCTTTGTTGAAGAGATCACAAG CTCTCCATCCTTATTTATCCGATTCTTTTCCTGTTTAGAATATTAAAAACTTAGCCCAAG TGTTAGGTGAGTTAAAACTTGCAGTAAAGAAAGATAACAATAATTATAATGCAAATTACG CACAAGCATTATGGCCTTTCCCAGTTATCAGATATGCAGAGGTGTAAAACAAGCATCATT AATCAGTATACTTCAAATCTTCAATCACCTAATTATGGAACTAAAAGTGTACAGGGAAGT TATCAGCGTATGGTAAAAAATGATTGCATACATTTTTAGAGAACAGTGGCAAAGTTTCCC TTCAAACCATCATGAAATCACGACAGATGAGGCACTTACTCCATACTACGCCATAAGCAT TCATGGTAAATTAGCAACGAGCTAGCGTGATGTATCTCTCCATTAAATAGACTTTAATAT TCTTGTACCAACTTAAATTAGCTAGTTGGATGAAATGAAAACTTACCTACTACTTGTTTA AGTCCACCGAGTTATCTTTCTAAAGAAAGCATAAAGAGCAAAATAAAGGTCTTCGCTCAC CATTTGCAAAATCTTCTCTCTGACTCTGTCACTTAACCAATAAGCATTTTCAACATTGAA CCGCATATCCACCTTGGTATTTACTGTAAAGATAAAAATTTCTTGAAAAAGAAGGAAATG AAAACTTAGAAGGCAATCTTATCTTCTGAAACAAGCCGCACCAGACCTTTATTGACATTT TGACCTCCAGGACCTCCACTTCTTGCAAAGTTGACAGTCACGTGATCTGGACCAAACAAT AGGACAAAGAAGAACACCACCAAAAGACTTAATTTTCTACTTTGTTCAATAATTTCAATA AATACAAGACATCCTGATCAAAAAGCTGAATAATTAATCAGAAGCAACACTTCTTCCATG TGAAAAACTAAATTGAATTGAACATAAAAGACGAGAGCATGTAATATACCAGAGATCAAC CATTCTCATTTTTCTACATCCCCACCCCCTTTGTGTCCTCTCAAAGAAAAGTTACAAAGA TCTTTTATAGGTCAGTATGAAACCTGGCCTTTCTTTAGAAAATATGCATGAAAAAGAAAG GTTTTGATGAATATTAGATATTCCAAATGATTTTCGGCTTTTCACTGAGCAGAAGAGCCA TATTAAGCAATTTCATACTGTAGAGTTCCAACTACTTCTGTCCTAAGAAGTTAAAAAGAA AACCCAGAATAAGTTTAAATTGGCAATAGTCGCTTTAGTCCTACTCTACCTGTGGAGCAA ATTTGATTAGTATCCCCATAGTCTTTGACAATGATGTCAAGCAATACACATTCTTTCTTT CCTTTTTCAAATGAAGGTGGTGTTGGGTCAGTTTATGTGCACCTCACTCATTCCACCGTG TACTTGCTTTTGTCCACCAATACAAGTATCCAGCAACTCTACTCACTAAGGCTTAGGCTA TACATATTCTAGCAGTCTTTTTAATAGCAGTCCCAGTCCAAAGTATTTTAACATTTGTGG CTACTCTAGACAATTTTCCTACTCCCTACTCTCTGTGCTTCACATAGAAATTCTTCAAAA TCTTTCTGGTGAAAATCACAAATAATTCTGAGACCAAGTAAACAAAGACTCTAGACCCCA ACCCAATTTTTTTTTAAAAAAAGAAATCACTGGTGGAGAAGTGGCACTCTCAACCCAACA TAAAAATATTTGATGACACCGATTACAATACAACTTCCAAGCTAACGCCCACTATAGCTT AGCCATTTTTACATTACTTGTAAGGCAATATATTCACACAGCTGATTTCTTGAATACCAT ATCATATGCAATCAGTCAGTAAACAATTTTCATTTGCTCGACTCTCTGAAATTATCAAGT ACCCTGACATGGAAATGGAAGTGAAGATCAACTATATCTTCATCAGAATAAATTGGATAC GCCATTGGGACAATCTCAATGTGAGATGATACACTAACTAATTTTAAGTTCCTAATCTGC TTCAAGGCTGTACCACTAAACTACAGTTACTGCATTTAAAAAATGGACCTTCATTTCCAA TAGACCAAAACAAACTCTTAACACTTGCAAAAAAAATGTACATTTTACAGGATAAGGTGT TCCATACAATGCTATTCTAAGTCCCGAAAAAGTAAAGTTTTCAATTAATAAATTCCAGGC ATTTTCAGTGGAAGTCAATGAAAATTGGAGATGGAAATTCATATAGAGAGACATTTGAAA TACCAAGAGTAATCTTAGGAATAGGATCGTTTCCCGCAGCTTGAGATCGCTCCTTAGCTT CATGTAACAGCTGTTGAACCTGAGCAAGCCGCGCCGGAGACTTCTTTCCATCATCAGCAC CACCTTTGGACGCCGCCGCACACCTAACCGGACTAAAAGAGAGACTCCGTGATAAAATTC GATGACTCACAACAAGGTTCGTCTCCAGGTACGGTGCCGGCGAGATGTGGATGAAGCGAA CAACATTTGGGAAGTGTATTGACGGACGGAAAATTTCCCGGACGAGAAAGCTTGTCGTAG TTCTGAATGATGCCATTTTCCGGTGCAAAAATTGAAGCCCAATCCTAATAATGGTGAGTC TTAGAAGCCCATGATCTAATTGTAAAATATGTGGCCCATACAGGAAGCCACTTGGAATCG TGAAAGTTACTCGAGATATCATGTTGGTTTAAAAGTTGATTCACACCTGACCACACTACA AATTATACTACATAAAAAGACTAGTTTATCCCAAGATTATTATCAATTTAAAAATCGACA TAATATATAAATATGCCCTTTAATTTGACTTCGAATTACATTTTTATGATATTTATGCCC TTTAACTTTGGGTGTGCACAAGTACACACTTAAACTTGTATAAAATTGAACAAATATACA CGCATGTCCTACTTGTCATCCTACATGTCATTTTTTGTCCTACATGTATTGTGTCATGTA AGACTCACGTGTTTATTTATTTAAATTTGGATAGTTAAAATGTGTGTTTGTACATTATGA AAGTTGGAGATCAAAATTAAAATTTGAAGCCAAGTTTATTATCAAATATACGTATTATGC CTTTAAAGGTCTATGACAAACTTGATTATTGTTTTCTATTGTACTTTCTAATACACTGAC GAAGAAAAAATATATTTAAGAGAAAAAACAGTCATTCTACTCGATAAACCATACCTTATA GATAATTATTATTACTCTTTATATCGGCGTAAAAAGAATTGAAACGACAATTATGATGAA GCGGGTGGCCAAAATGTTAGAAATGTTTAAGGAAAACAAGCAGAGAACCGTATAATAGCC TCTCTTTTTTTTAATTGTTTGGAAGTTGATTTACATCATTTTCACAGAATCGAGCCTGCA GATGGTTCACAATTCTATAATCGAACGAGCAAGACAAAGAATAACCTACCTATGTTTATT AAGCTGCAAAACATATTCAATTAACCAAAATTATAAGGTACTAATATTATGTGACTATGT CGAAACATCCCTGACCATTCTCTCTCATACCACCCAGTTAAAGGAGCGGGAGCGGCCACA CATTATAACAGCTACACAAACTTGCTACAATGATTATTCAACGGTAGCATGCAGGAAGGA TAACGGCATGACGTCTTTCTGCAAAAGAAAAGCAGAATAACAAGATGCTAGAGCAGCTAC TATTCATGACTACACATTGTGAAGTAGCAAATGACTTTTGCAACAGATGCATCAACATTT CTTAGATCGATCCATATTACTGGCAGTGGTGCCCTTTGAAGAACTCCTCACATTCCTAGC ATCTGCTTTTGCCCTCTGTGAATGCATTGGATGGGAAGGGCCAGCAGCATTACCACCTAC ACCTGGTCCGAGGCTCCCTGAATGATGTGCGCCTTCCGTCGAAGGAAGTGCCCATCCACC CCTATTTGCACCATTATGGACACTGCTCCCAGACCCTAGAACAAAGAAGTTGAGACATTA GAATAATGGAACGCACGAGGGTCTAATATAACACAAATTGAAAAGAAACTCAACCATTTG GCAGTTACTGGTTTGCATATATCATATCCATATCCGGCTATCCACCAATACAATTATCTC AATGGAAAAGAAAAGGACTCCAAGTATTCCAAGACCAAAAATATCACACCCGTCGCTATA TCATGCAATTTCTATCACAATATGAACAAAAGATGAAGGAGAACTGGTTTGATATTCAAT TATATTTATGGAAAAGAAAAAGAATTCTCGTCATCCAAAACCAAAAATATCAGGCACGGT ATCAACCAAATCCAAGAAAAAGAGAGAAATAGTTGGACTTTAAACAACAACTAAGTCTCG GTCCCAAACAAGTCCAGAGCGGATATATAAATCCACTTGTTCATTTAAGCTCATTTTATA TAGTCATACTAAGAAAAAATGCTAGTGTAGAAAAAATATGCGTCTGTTTACATATATCTA TAACAATAATAATTATTATTATAATAACTAATAACAAAATTTGACGTTCTCTAATAAGTC TAAAACCTATTCTTCACTAGTAGATGATATTCGATTATCTCCATGGAAAAAAAAAAGTAG AGGAACATAACACCAACCTACAGAACGTATTAGGATGTTTTAATTAACACTGTTTTAAAG ATGTTTTACACAAGTGGATGGTATAGAACATACTTGCATAGTGACGAGTTTAAAAGTTAG GAGAGCAAACACAATGATATACATGCATATCCTGGTATACTTACCAGTTTCACCTAGTAA ATTAAACCCACCATACAGGCCAGGTAGCTGATTTCTAGCTTTTCCTTTCCAGGTTTCTTC AAATCCATCAAGTTCATCTACCAAAGACACCAATTATTCAGAAGCAGAAACCAATTAATG AGGAATCTCGTTTAGCAATCACTTACTTTCGTTAAGGTTGTGCAATGTCTGCATGGTGTC CACCCTGCCATCTGAATCGAGTTTGCGCGACAAAGAATGACCCTATATTACCAAGCTTCC ATCAAGTCATTTAAAGCATAAAAAAAAAAGAAAAAAAGAGGAAGGTCTTGAGGAATCAAG AAAATAAATAGGTAGTTCCACCTTAACTGTCAGCGAGAAGAACATACCTTATTATGTATT CCCCTTGAAACCCTGTGACTTGCTTCCCCAGTAGCGGAATTGGCTTCTTTACTTTCCTCA AAAGTCAGCTACAAATACAAACAAACAGTGAACGATATGGCAAGGTCATAGCAAACCCGA GCTCTATAGTCCCCTGTTAAATGCTATAATCAAAATCACTTACTCCATCACTTCCGCTCC TCCTGGTTTTGGAAGAAGTGTAATAGGTTCCATTTGCACCACCATAGGACACGGTGGAAC TCTGAAAGCTAAAGCTACGAACTTGAGGCTGTTGAACATTATTTGCTCTCTGGAAATCAT TCTGGAATACCATTTGCTTACTACTCCTCTCTGCTATAAGCAATATATCATTCTTCAATC AATATCTATACAAGCAAAGACCTTACAACCCTGGAAATGAAATTAAACTATACACACATA CACACATAATTATAACGGAACTATACTCACCTCCTGCTTCATCATCTGGATATTCAATAA AAGGCTCAGTTCTTGACCTAGCATGCTTTCTCGTGTTCTGTTTCTTCTCTTTTGGAATAT CATTTTCCTCCTTCTCATCATCAGAGTCCAACTCCTCAATAACAGGACCCCTAGATCTAG GCTGCTGGAAGGGGACAGAATGTTGTTGGAACGGAACAGAAGGCTGTTGGAAAGGGACAG AGAACTGTTGGAAAGGGACAGAAGGCTGTTGTTCCAGAAATCCAGTCATGTGCGAGCCCA TGAATGGACCTCCGCGAGGACCAAAAGGGGTCGACCCAAACATGCCTCCAAATGGGTTTG TGAAGAAAGGATCATCAAACGGGTCTCTGCCTCCAAAAAAGCCAGAACTTCCAAATCCGG CAAAACCACCAAAACTACCAAAAGGATTACCAAAATTGGAAAAGGGGTCTCTGCCTCCCT GCATTTTCAACTTGTGGCCTGAAAATTAACCAAGGATCGCTTCGCTCAATGAAACGTATT ATATAAACAACAATATCTTCATGCACAGTGGTGGCAGCAAACAAGGTGAAATAAGTCTGG AGATACGAGTTTGAACCCAAACAAGTCAAGCAATCATTTCAAATGTATGGAAGCAAGAAA GTATGTAATCCACTGTGAAATAATATGAAAGTAAAAGCTATATAGGTCTCCCTTCTCCCG AAACCAGAATTACTGGGAACTGTGACTCGGAGAAAACTTTCGAGGTTGATGACTCTTGTT CCCTAATCTCCATTTGTCTTCCCCTCCATGTAGTTATAACATCTATCCCTTGCTACTTTG TACATTGAAGCTCAAACATAAATCAGCTATTTGACTATAATAACAGAGTGTATTGCTGCT ACATTAGGCAGACAACTTGCATGTAAACTGCATTCTATATATTATACTATGCATGCAAAT CTTTTAACTAGTGTCTCATTTCTATCTGACCAATCATAGCTTTGCATATCCAAGTGAAAA CAATCTCCCAACTAATTTTCTGTCGTTTCAAATCAAAAGATATTAAACATTTGGATAAAG TTGGGGAGTACAGACTGTACAGTGGTAAGAAGAGACCATTATAAGGTGTTGCTCCTTTCT TAAGGGTAAATACTATGACACAAGCTAGCCAGACTGAAGCCTTCCCCACCAATTAATCAA TCAACAAATCTCCGGCGCCTTAATCTCACAATTGTGGTCACCGCTACATAATCTGCTACA TTCAGGCTTAGTTTGGAACCACTACTGCTGAGTAGTTACCCTTGTGAGGCAAATTGGGTG TCTTAAAAACCAAAGATTCTCTAAATATCAGTCATCCTTTTAGAAACTGATATAAGAGGA CAATTAGAGGTGGATCCAAGATTTGAAGGTTACGGGTGTCATATTGCCTTTAAACAGACG TGTTGATTAAATTGATCAAATATTTAACCTATATCTTTACCTTATAAATAGGAACTCCGG AATTCAGTTCCGTTATTCATCTTTTCGGTTCATAAAACAGATGAATCGGAAAATAAATAA TTCTAATTTGGTGCAAAGAAAAAAAAACTTCTAATAATATCCTCTATAATTGTACTCGGT GAATTTTCTTAGTCTAAATGCACTCAATGATGACATAAGAATTTATAAATATTTCACACA CTATGTAACAGACTAATATGAAGTGGCCAAAAATTTACATATACAAAGTCTTATGTTAAA GTATTGACTCACAACAATATACGAATCTAAAAAGACCAACACAATCATATGAGGTTTCAG TATGGTTTTCATGTCGTCCTTTAAGGTAAGATGCATTTTATTTTGTAAATTTTTAAATTC TTGATAAGATTTAAATAATTATAGACTAAACTATTTCTTTCTTCATTCATAGAACAAGGA GTTAGAGAAACTCGGCGTCGAGTTTCAACATTTTGACAACAAAAAAGACGAAAAATTGGA GAAGGTCTAAAACAAACTTCAGTGATTTGTATGACTATATATTATTTCATGAAGGAAAAA GGAGAATTATAAATTAAAGTTATTTCTAATTAGAGAAAAACAATAGGATAGTCAAAAAAG AGAATGTGCCACATTAATTGCTATGGGGAGAGTGATATTTTATGCTTAAAGTAAAAAGGT AAAAAAAAAAAAAGCCAAATCCAAATTAAGAAGTTTTACAACATGGTAACATATGGTAAT TATGTAAAATAGTAATAAAGCACATTAATTAAGATCATGGAGTGCCCATAGCCCACAAAT CACACCTAAGAAGTAAACCAGACTAGGCAAGCCATGAGTGCCGAGCTCGACTAAGAAAGC ATGCAATACGTTTCAAACTTGAAACCTCCCATTTGGGAGATTCCCTTCTCAAACAACTCG ACCACCCTTCAGGATAGTTTGTTGTAGTCTTATTCCGATAAATTTGTGTTGCTTTCTAGA CGTTGTAGGTTTACCTTGTCCTTTTCGTATTTTCGATCTCATTAACTTATTGAAGTGGCT TTTCTCCCATTCTATCCTTTTATGTGTTGATTCTCCTACTTCTAATGTGATCCCCTCTAA TCTTGTCTGGTCTTATATGATAGTTCATTTGTCTTAACATATATTATTCTAATGAAATTC ATCTTGTGGATGGGACGATCTTATTCCACATCATCCTTTTATTGCTCCAAACTCCAACAA CCTTACTTCTATTTATGTCACTTCTGATAAAGTTAACAAGTCTTCTAAAAGATAGAAATA TAAAACCTAGATACTTGACTTGTTATTTAGCATTTCGCACAACACTACCGTTCACCGCAC TTCTCCTTCCATTCTTCCAACCGGAAGCTAGACACACTAACGGGAACTAATCTGTCTAAT TTTAGTTGAGCACCTTGAGGTGAGAGTTCAACTTCCTAGTTGGTCTCGCCAATTAAGAAT ATATCATTTGTCCCAATATCTTAGGGGAAAATTACTACTCCCTCCATCCATCTTTGTTTA TACACTATACTAAAAATTGAATGTCAAGAGATGATTAAGTGCTTGGTTCATAATTTACCC TTATCATTAACTATAACCACTTCTCCAATGCAATTCTCTAAGACATTATATTGACTATAA CCATTTCTCCAATGCATTTTCCAAGACATTATATTTATTATATTCAAAGAATAATATAGT AAAATTGTCATTTTATTATTGCTCCTAAGAAATGTGCCAAACCAATACTGAACAAATAAA AATGGATAGAGGAAGCAACTTCAACCAAACCTCTAGTAAATTGCTAACAACAAACAAACA CACAAAATGTTAACTTGAGGATGAAAAGTCCAACCACAAATACATTGTATACCAAAATTC TCGCTTATGTCATACAACATACAGCGTACATAACCCCACCATCAAGAAATAAAGCGGTTA CTTCCTCCTTGCTAGTATAGATTCTTATCCAACGAACCCTACCCGATAAAACAAAAAACT AAGATAACAACAGATCTTGCAACATAACAGATAACATAAATAAAGTCATGGAGAAAATTG TTTGAGCAAATCAACCAAACGCTGCATTTCTATTACCAACAAAACCAAAAGATAGCTAAT TTGTCATTTATAAGCATACACCGGTTCATCTAATCGCCACGATCATCTCAAAATTTAAAG AACAATTTCATCACACTCTTCAATAACAGAAGATCACCAACCATACAAACCATAAATTAG GGTTCCGACAATAAAAACTATCATCGATCCTCAAATTAAACCAAAAAAAATCTTTTTTTA CAGTAGATACAAGAAAATCTGACCCTAATCAGAGAAAATTGAAGAGACAATACCTGCAAA ATCTAGAATTTAACAAACTTTACGAAAATTCAATCGGAGCAGAAGGATTTTTTTTTTTTT TTCTGGATATTCGGATGAAAATTATAGATTTACGGATATCGGATTTTTGTTAATTAACCA ACGGTTTCGCGAGGAATGTTCTAGTACGTGTCAGCAAAAGTGTGAGTGGGCTGGGCTGGT CTGGGCTTCTGAAATATAAAGCCCAATCTTCTTGCGATGAAGACCAATATCTAATCCAAC AACTTTATGGGTATTATTATCATGTACTCTCTACCAACCATTTAAAAAATAACCTATGTT TTGGGTTGATTTACACAAAATGTCCCCTTTTTTTTTTTTTAAGATAAATGGTTGTATTCT TATATTGTCTTTCGGAAATAGCCTTTTCACCTTCACGAGGCAATACTAAAATTTGTATAC CTTTATTCTTCTCAGATCATACTTTGTGCGATTTTCATTGAATATGTTGTTGTTGGTTGT ATTCTTATTTTGAATTGTTATGCAAATATAGCTTTTGAGAATTATGCTTATGTATAACAT TGAATTTTACAGACAAAACAGTAAATTATCATTTAATATATGCAATAACTCACAAACTTA TAAATTATGGTATGATATATTTTTGTAATATTTCAGTTTGCTTCGAAAAATATGTTTAAG AACGTGATCTAAAACGGTCATACATTAAGGACATTTATTAAACAGTTGTCTCAAAAGAAA AAAAAACGACAACATACTCACCACATTCCTACCCACCCCCACACACACGTATCAGTTATT GTAACAAATATCCTTTGATACACTTCTCCTTTACGTTTCTTTAGTTATGTGTAATATACG CTACTTTCGTTCACCGCGTTTTTTTTAGGCGGTGTTTGGACGACACCAATTCGTTCCATG TGTGTCCACTATACCAATAACTTACGTACACGAGAGTTTCTTAAGCAATTATCTAGTAAA CTATTTATCGTCAAATTTGTTACAAAAAGATATTTATTTTTGGTCTAATTTTTTTTTAAA AAAATAAACAGATACCCGTGATGTACTAGAAATAGTCAGCGCCTGTTAATTTTTTTTTTT TAAAAAAAAATGAAGATGGACCACATGATGACAATCACAATCACATAAGAAAACATAGTG CACAATGAGTGTTGGATCTATTTTCCCATTGTGTTACTATCATTTATTATTTTCACATGC CCTATTCCTTCTTTGCTTCTGTATATGTAAGATGTTTGATTAATGATATGTGTCCATCTT TGCCTATGTAATTTAATGAATGGTAGATGAGGGGAGTTAATACTACTACTATTGACAGTA TTACTATTCATTTTCATATTTAATACCACAACCAACACACATACCTACCATTCTTTAATG TGAAGAGAATGACACCTTTCACTCTACATTTTTCTTTTTTTCACTTAAAAAGTTGTGTAA ATTCATCATCAGAACAAAGATAAAGTTAAAAGTTCGATGTTTTCATGAGAAAGGGTTGTT ATATGAATGTTACTTATCATCGACCGTGTGTGACCTAGTGATCATTGATGAAGTGGTATG TCACAAGGTCCTAAGATGATTTCTTGCCATTTATTTAATTTTGGTGAATAAAGTTACTTT CTCCGTCTGGTATTGATTATTATGTTGCGCTTTTTGAAAGTTAATTTGATTAATTTTTAA AGTTGAATTAGATCACATTAATTTGATATTTAAAATAAAAAAATTAGATATTCTAAAACT ATATGAAAAATACTATAAATTGCAAATTTTTGCATATTGATCCAATGAAAAATACATCTT AAAATGTTAGTCAAAGTTTTTATAGTTTTACTTTAAAAATGGAAATTAAGACAAACAATA CCGAACGAAGAAAGTACTTGAATTGTTGTTCATAGGAAATGAAAGATATTTTGTGAAACT AATCAAAGTATGTGTAAATTGCTGAGGAAAAGTTTACAAAAATAAATGAATTATATGAAT GTATATTAACTATTCCTATATATTTTGTAGGAAAGAATTCAAAATGTTACACGTAAGAAC ATTTTGTTTGGTTTAACCATACAATTTTTGAAAGTCAATTAGCTCCATTAATATGGATTC ATGACAGGTAGATTCACTAATGAAAAGTAAAATAAATACTTATTTACAAAATGATACGTA TAAATAGTTTTGGATTTAATTAATCATATGGAAGTTTATTAGCTCGATTGATTCAAATAG TCAACAAACTCATATAGATGCTAAAAGTAGTCGAGACTGCAAATAAAATGGTACATAAAT TGATTTTGAGTAAAATATATATAAAACACATTAAGTAAAATTTAGGATGGAACTCTATAA TTAATAGCCAACATTATAGTTGAAAAATGCAAAATAATATTTTATTTTAGCTTTGAGATG ATTTTAACCTGTTGGTGACCACTTTTATGAGGCCCTTTTAGCGACGTTTGAATTCGTGTA TGCTATAATAAAAGTAAAATGATTGTTAATTAAGATATATTTATTTTCAAATATTTGAGA CTTTAACATTTATAATAAAAACACATATTCTATAACTCATATGTGTTCTTTTAAGAGAAT TTTAGCGAATAGCCTTCATGATAAATTTTATTATGCTTCATAAATATAATTTATATAGCT ATAATTTAAGTTGAAATAACGAATTTTTATATGATTACAAATATCAGAAGTATAAACAGT TATACAAATTATATAATTATACAAAAGTTATTATAAATTATACTATATAACTTCTGAATT ATATAAACGTGCGAATTACACAAAACTAAAAATTTTTGCAATATTACTATAACTAAAAGT AGGTCGCGGGTTGTTATTAAGATAAATTATAGCTATATTAATTAATTATCTAGTATATGT TTGCATATACACGTAAATTTTTTAATTTGTTATTATTATTATTATTTGTTGTACCATAAA TGTTGGTTCCGCGAATGCAGGGTGGGATTGAAGTCCTCCTCCAAATGGTTCTATTTTGCA TTCACGCGATAAATTTAATTTAATTTAATTTAATTTCACTATTTATGGGTACTTCATTCT TTTTTGTCTTTATGATTCTCATGCAAATCAAGAATGTACGTAATTAAATGAAGCATTTAA TTTTCCATGACTTCTTTCCTGATTATTTCATGATTTTAATTAAATGGTCTAGGGATGTGA ACTATTTCTCTCATTACAAGTGATTGAAAATTTCAGCATAACTGGATATTATATTGAGTT TTATTTTTAAAAAGATTTGTAGTCTTGATTCCAAATGTCATATTTATTGGAAGTTTGATA AATTAAGCTTCATATTAGAAGTATTGAATATTCGTGATCGTATTTAAATGTTATTTTTGT GAGTTAAACTAATTAATTAATTATCAGAATCAAGTTGAACTCAAAAGGATATGATAAACA ATTTAATTTAAAAATATAACATTTTCAGTGTTTAGGGGTACTTTTATTAAAAAAAATAAA AAATCGCTTGTAAAATTTGATAACATGATAATACTAGCTTTATGGTAAACGAATTAATAT ATAGAGGTTTTTAAAAATGATTTTTAATAAGGATATATCATATATCCATTAAATATTAGT CTCCGTATTATAATTTTGAGATACTTTATTTCTCAAATTGAACGATTTCTTAAGGATTTT AAATAGAACAATCTTTGATTATTAATTTCTTTTAATAGAAAATGATTTCATAAAAATAAA ATTAAAAGAGGGAGAAATTATGCAAGAAAGTGGTTGTTAGGTGTACGATATGGTGGTAGT AAATGCAGAATGAAAAAAGATACTGTGTCATTAATTACTATCTTTAATTTGGTCTTCATT TACGTATTGCAAAATGGTGTGTACATAATATCAACTTGGGTCAGTAGTGAATAAGGTAAA TATTTCTTTAGGAGTCTCGATTTTAAATTTTTAAATACGAAATTATTTTTATTAAGTCAA GTTTTATCCTAATATATGGGACTTTGTGACATTAATTTGAGATTAATTGGGATAAAATAT ACATCAATTTTTTTAAAAAAATCGAAAGCGAACTTTAATAGTTCAATTGGTTGAATACTT TTATATATTTACATTGTTGCGGTCTTTGGGAGAATTTCATTCTCTACCTTATAATCCTTT CTTTCACTACTCCTTCCGCTACCCTTGAAATTTTTTTAATTTTCTTTTGAAAATTTGACT TGTGAATGTCGATTTTTGACTAAATAAATGTTATTATGTTTTAAATAAAATCAACTTCTA GATGTCATTTTCATTGCCGAAATTTTTTTTAAAAAAATCTGATCGTTCTCTGTGGTCTCC TGGAGGTCGATTTCTAACGCAATTTTTTTTTTTGAAGAATGTAAATAAAAGAATCAAAAT CTAATTAAGACAACAAATATTCAGTCTAATAATAAAAATAAAAAATATAACGTAAAAATA ATAAAGACATGAAGTCATGATTTTCGAATAATGTATTTTATAATTATGTTACTGATAAAC TTACCTTCAAAAGTCGATATTTTCCAAAATAAAATCATCATCCCATTTGATGTTGGTATT TCCCAAAAATAAATTAAAATTCTATTTTATTTATTTATTTATTTATTTTAGTAGCGTACC TGGTGGGAAAAGGAAATTTTTTTGTACATATATAATATGGTCGACATTATACGGCAGTGA CACAAGAAAAATGACAACTTGTGAAACTTTAGAATTTTCAAAACAATGAAGAAAGGACAA TTCATAGAGATTTACTAATTTTATCAAAAGAAAAAGAATTTAAACATAATGTTTTTTTGT TTCTATTTGGCTTCATTTAATTTTATAATTTATTATATCATGTTATATTGTCCTTCTTGG AACTCAAAAGTTTTTTGTGATTTTTTTTTGGCTGTTTTAAAAGGAAAAAGATAAAAATCC ATTTGACCAAACAGGCTAAGTATAAATAAGTATGGTGGAAATTTAACATATAACCATATA ATATTTATTTTTATCTATATATATAGTGCCTAGCTGGTTAAAAGACAAATCCAAAAAAAA ATATCGACCATTTTTTGGGAGATCACTGTCCTTATTTAATTATTCTAGACAATGATATGG ACCTACTCATCAATGCTGCAAATATAGATTTTTTTTAAAAAAAAAATTCAAATTTTTTAG TTTATAAATAAATTTATTATCATATGATTTTTTTTCAAATTATATTTAGAGAAGAATTTT TTATTTTTGCGAGCTTATAATCTTTAACTAAGTTCAAAAAACATAATTACAAAAATAATT TTAAAAAATAAATATTGATTGATTCATTTCTCTACTTCATGTTTATAATTGTAAAATGTA ACACGCTTGATGATTTATAACCATTTTAAAAATCATGGTTAATTTATAGTAATTGGTTAA TTTAACACATTTACCTATTCTATACGTATAAAATTGCAAGTTCTTATAAACAAAAAATTA AATTTAAATTCTCTCCATTTAAATGGGTATCCAAATAAGAATGAGAGACTTACAAAAATG GAGTGAGATTAGAAATTAGATAAAATTCCTTTTTTATTCTTAACTAGAATTTCAATTTAA AACCTCGTTAAATATTTTCTTGTAATATACACTGTAAATTAATTAATTATTTTACATAAA TATTTTGTTCTTATTTTATATGTCGTACAAATATAATTAGCGTAACTATTTGGATTATAT AATATTTGCGTCAAATATTCATAATAACTTATACAATTTAAAATTATAATTTCACTCCCC GCCCCCCGGCCGAAATCTTCAAATTATAGTCTAAAAAATGTTCATAAAAATTAGTTATAC ATACAATAATATTTCAAAAATGGATAATTGGCTATAATATCAAATGTAAGTCTAAAAGCA GATAGATAAACAAATTTTTACTTTAAATTTTTTTCCATCATTTATTTTTTAGAAAAGGAG GATTAAGAAAAAAAGAATTATATGGAAATAAACTATATTTGACATTTGACTTATTAAGTC ATAAAGAAGACCCATACTCAACATTAAAACGTGTAACTCACGAACCCATGTGTCACGTAA TAGTAGACCATAATTAACCCCTAAAACAATACATAGCGCGTGGACTCCATAATTCTGACC TTGGTAAATTCTGATTCTTCTGATTTCTCCACGAGGTGGGGTTTGGGGCGTTTTCTTATA AAATATTTTTTCATTATTCAATGTTCGATATAGATTAATTATTTTGAATATATAGAGTAA TTGTTTTGAATTACATCATTAAAAGTATTTTTTATCAAAAATTTTTTATATTTAGAGCTT AAATTTGAAGCTAGTTTTAAAAAATACCAATTTCATTCTTTGTGTAACATTTCAATATAT TATTAAAGTCTGTCTATTTCAAATTCACATAGGACCTTATTTAGAAAAATACTCTTTATT AATTACTTTCTTCGTTTAAAAAAGAGTTATCTCATTTCCTTTTTAATTCGTTTTAAAAAA TAATTTTTTTATTTTTTATAACAATTTAATTTCAGTTTGTCATGTGTCATATTTAAAGCC ACAAAATTGAAGGATAATTTAATATATTTAACATAATTTTAATTTAAAATCATAAAATTT GAAATTCTTCTTTATTTTCTAAAACTTCACTTCAAATCACTCTTTTTAAATTAAACTTTT ATGTCTAAAACTTAAATTCTAAATGAATTAGAAAAACAACCACCTCATTAACTAGGCCAC TTTTATTTATCTAAAGGGGTTGGGGGTTATATAGGTTAGAAGAAGCTGAAATATAATTTC AGATTTCAGAAAAAAGAACCTGCAAATCTGTTCTGTGATTCATTCAAAACCATGATTACA AGCCGACGAAAAAACAAATTTTGAGTTTTTTTTCTTTTTTTTTTCTCAACAAAAAGAATC AATCTTTTTTCTTATATACTCTCATACACCCTTTTCATTTAGCTTCAATTTCCATGGCTA ATTCATCTTCTTCCTCCTCAAAATCCTCCATTTCTCCTCGTCATCCTCCTCTTTTCACTC CTGTAAGTTCACCATTTCTCTTTTTGGGTATTCAAGCAAATTCTTGATTTGTATTGTTTT TAAGATTTTGAACATAAAGAAACAATCTTTTTGGTTTATAATCAATACCCTTTTGGTTTA ATTCAATTTCCATGGCTAATTCATCTTCTCCTTTTACTCCTGTAAGTTTCACCCTTTTTT CTCTTATGGGTATTGAAGCAAACTCTGTTTAGATGTTTTTTTTTTCTCAAAAAGATTGAA TTTTTATGATTTTTGGTTTGTGTTTTTTGGTTGTAGATTGAAGAAGGGAATGAAGAAGAA GAGTATTCACAAGGGAGAGGCAGTTTTAGAGCAGAAACAACTCCAAGTGAAGGTGAATAC AGACACCATCCAACACCTTTACACTCTAAAACAGAGAATAAAGGCAAAGTGTGTAACAAA AAGAGGCAAGAAAATGATGATAAAGGAGTTTTGTGTAACAAGTGCAGGCCAAGCAATAGG GAGAAAATCACTGTGGTTCCATTAGACAACAAGGGTAATTCTTTAAATAGTCCACATGGT GGTTTATTCAAATCTGTTCTTTCTAATCTGGTTAAAAAAAGTCCAAGATTATCATTGTCA TCATCAGAAGTTGAGTCTTCTGTTGTTGGTGGAGTGTCGACAAAAGAGGAACAATGGAAA ATTGCATTAGCTGAGGTTTCACATAAGCTTATTCAAGCTACTAGAAAAAGAGATGAGGCT GTTTTAGAAGCATCAAGATTGAAGTTTTCTATGGTTGAGCTTGAGAAAAAGCTAAACAAA CTTGAAATTTACTGTCATAATTTGAAGTCTGGTCTTGATGTTTGTAGTAACAACAAAGTT ATGATGACTAACAAATCCTCTTTAAGTTTGGTTCAAAGAGTGAAATTTGGTGAAGAGGAT AAAGTAATTGAGCATTTCTTAGTTATGGTGTCTGAGGCAAGATCATCTGTTAGGATATTA AGTCGATCGATGACTCTTCAACTTAGGCAGATTGGTAGCAAAGTATATGATCGAATTGCA TTATTACTCCAACCATATGAAATCAAGATTTCAATATCAAGAAACCCCAGAGGCTTACTT GTGTATCTTGAAGCTTTGTTAAACAAGGCCTTTTATGATGATTTTGAATCTATTGGATAT CAAAAGAGTTGTTGTAACCAAATCTTGAACCCCATTGATCGTTGTGAATCGAATTTCGGT TTGTACAATCGATTAAAGGACTTAACATGGGAGGAAGTTTTAAGCAAAGGGACAAGATTT TATAGTGAAGAATTCAGCAAGTTTTGTGATAGGAAAATGAGTGAAATTGTTGCTATGTTA GGATGGAACCGTGCTTGGCCTGAACCACTTTTGCAAGCTTTTTTTGGTGCATCAAAAGCA GTATGGTTAGTACATTTATTGGCTAACTCATTACACCCAACTTTGCCTATTTTCAGAGTG GATAAAGAGATGAAATTTGACTCAATTTACATGGAGGATATGGGTGCAGACAAGGCTAAG AAGTTGGTCCCTAACATGGTTAGGATCATGGTTACACCAGGGTTCTATGTCTATGACAAT GTGGTCAAGTGCAAGGTACTTTGCAGGTATAATAATAATATTGGCATTAATAACAATGAG GGTTTAATAACCCCATCACCTACATAACCAAAAAATACACATCATGTGAAAAATATTTAG TTTAATTTTGTTTTTCTTTTATGTACTTATTAGATTTTGGAGGACTTTTTAAAGCAAAGT GAAATATTTGGCGTTTTGTTGTTGTAAGTTTTCTTGCATTGATTTACTCATTACTTGGTC AAATTGGTGAGTTTCTTTGTCAAACTTTACTTGTTTGATAGATTTGAGTCTTAACATCCT TATGGAATGACCATGGAGTACCATGGTCTAATAGATATGATTCCCATTTCCCACTCTTAA TTAGATGTTTCGAGTGAAATTTTTTTTTTATCAGATATGGTATGCAATGCTAACCTAGAT TGCTTAGGGCTTCATTGTTCAGATTAATCGCGACTCCCAATTTAAATATCGAACATGAAA AAATCTTTACTTTCATTGCGAAGTTCGATTCGATTTACCCATTATTTTTTTTCTTTAAAA AAAGAGCTAGGACAAAAACTTCCCTATGGAATCTCATTATTATGTACAACTAGATATATA GTAAGGTACATGTATTTATTGTAAGTTGTGATGAATGAGTAGTTTTTTTTTAAAAAAAAA TTGTTTTGAGTAGTTTTATTTCTTGTGGTAACAAAGCCAATATAAGCCAATACAAGAAAG TAGTAAAGTTTCTTGTTGGTGTATATGAGTTGTTATTGTCTTTGACAGCCCTCATCTAGG TTTCCTCATCCTTCAAATTTGTCTTATTGAGTACTTGTTGGGACCAATGCAACAAGTCCA ACTCACTAGTTTTTAAAAGAATCACTTTCATAGATTTTCATATCATATTTATATATACAA CATATACAACATATACTTTACACTTCTATCTTTCACTAATACAAATATCGAATAATTTTA CTAACAAAGCTCTTTAGACATGTTTGAGCCTATGTTGAGCACCTCCGCCATGCTCACAAA AGTTCAGACAAGGGAGTATTTTTCTCGACGACGAAAAGGGTGCGGGAAAGGAAAATAGTT TTTGAGATAAAAAATAAAGAAGATCGAGGATGGCTTTATAACAATGAAACACATTTTTAT GACTTTCATCGTATGATTGTCAGTCTCTCTCCTCATGTCCATCACGATAGTTGTCCTCGG ATTTTTATCTACCTTTTATAATAAAAAATCTAATATTTTTATTTTTGTTAGAATTTGAAT CTCTATTGTTTATTATTTCCGTCTATTTCATTAATCGCTAGGTCATTTAAGTGAAGTTAT CTTCATATATTTTGACATCTTAGATTTGCATGTACAACAAACACTACCGGTCAAGGGGAA ACGTTTTCATTATACACTTTTTCTCACCCTTTGGAAATCCAATACGTATTAAAAGTATAA TCTTTATCCTCAGGAGTGATGTTACATTGAAAAACAAACATTTGTCCTATGTGATAATTT ATACACATAATTTTTAAAAATGGTTTAAGTTAGCATCAAGAGCTAGTTGATATATTTTGA TTACTAATATAACTTTCTGTAACTGATACAATATAGTTGACCACTTTCACATAAAATAAT ATGTACAACATAGTTTGCTTTCATCATATGAATAAGACATGCTTTTTTTTGGTCCCACAT AGCTCAAAATAACATTTAGGATGTTAATTTTGACTTAAAATGGAAAATGATGTGGTTAAA CAAATTTATACTACTTAATTACTCATCATAGTTATAATTTGCTATAATTATCGCTCACGA CTAACATTATACATTAATTATGTAGGTTGACTTCGAGTTTATATAATTAGCTATATTTGT ATATGTATAATTTGCTAGAATATACAAATACATATGTATAATATACAATTATCTAATCAA TTTGCATATACAATCTACCTCTCTCCCACTCTCTGCCCACTCTCGCTCGCTTTTCTTCTC TCTCTCAATCTCGCTTGCTTTTTATACAAATGCATATGTATAATATACAATTATTTAACC AATATACATATACATTTACATCTTTCCCACTCTCTGCCCCTATCTCACTCGCCTCTCTCC TCCCTCTCCCAATCTCGCTGGTCTCTCTCCTCTCACCCAATCTCACTTGTCATATATGCA AATACATATGTATAATATATAATTATCTAACTAATATACATATACAATTCACCTCTCTCT CCTCTCCTCAGTCTCGCTCGCCTCTATCCTCCCTGTAACATGTAGGTAAAAATTGTAATT ATCAAATTATAACTATATAGAGTAATCAGGTTGTTTTTTAGTGGCTATATGTGAAAGTTT CTCATAATAATGAGTATGCTAAATAAACTCATATTTTTTCCATTTTTAATCAAAATATAC TAAAGTTAAAAGGGTAAAAATATTGAAAAAGTAAAATAACATAGATAAAATATCATTTTG GCCAAATTCTTTTTCCCTAATAATAAATATAAAGAGGGGAAAATGATATTACTCCATCTG TTTCTAATTACTTGTAATTTTTTCTTAACTTTCACTTGTCTCTAATTACTTGTTCATTTT GACTAATCAAGAAAGGACAACTTTTTTTTATATTATACCCTCAATTTATTACTTTGAAAA ATATAGAATTTTATGAAAATCTTAAATTTTTAATTCATCTACTTCATAATTAATATGAAT AAAATAGTAAAATTATTATATCAATTATTATTTACTTAATAGGTGTGTCAATTTAAAAGT TGACAAACAACGTCAACTTTATAATTTTATCATCACCTATTTAAATAGTTGCATCATCAG TATGACACACAAGTTAATTAATTAAATTGACTTATAATAACGTATAATTTTTCTTGTTAA TTTAAATATGATGATATGATAAATAAATAAAATGATATAACATATTGATATGAAATAATA CATTTATCTTAGAGCTTTCTTTTTTACATGTAAATGCATCATATTTTAAACCTTCTGCCC CAACTTAAAGACTAGAAAATAATGTCAAATTCAAAATTTTACTACTTTTCAAGCTAATCT TTTGTCACAAAAAATTCCACCCTGTAATATATTTGATATGTATACTGGAATTATTCTACT GTTCTAGAATTAGGCTGAACTTAACCGTGTTTATAAAAATTAATTAATATACATCAAACG CGTACATATTTTTTATCGATATATTTTTCTTTCATCATTTTAATTTTTTTGTATGGTTAT GACTTAATGCAAATTTAAGAGTAAATTTCAGAAATCACATACTTTTAAGGTAAAATTACA GTATATCTATTAGAAGTTTATACTTATAAAAATCTCTCAAAACGAACATAATAATATAAA CATTGATACATTAATCTAATGCGCGAGATACATTAATTTGATGCGCGAGATATAGATATA CTAATTTGCTACGCAAGGTACAGTTTATATATGATACACTAATCTGATGCGAAACATACA TTAATTTGATGCGTGAGATATAGTCGTTTGATGCGTAAGATACAAAAATCTGATGCGCGA AGTACATTTTATACATGATACACTAATCTGTTGCACAAGATATACTAATTTGATGTGCAA GATACACTAATTTGATGTGCGAGATATATTAATGTGATGCTAAAAAATAAGGAATTTTAA AATTTGTAAAACTTATAGGAAATAATAATAATAAGTAAATTAAAATGTGAGATTTCCGTG ATTAATCCAATAATTAGACAAACAAATTAATCCTAATTCTTGTAACATTTCCTAATTAGG TCCCTACAAATTCCTGACACTTTCCTTTTTAAACACATTTTTTTTTCCTTAATTAAAAAA AAGCTCCGTACAACTTCGCCCAAAGACATACAGAAAAAGGAAGCGATAACGGGTAGTGAA TTTGGACTTCAACTTGTTTAATCATTTTTCGAGAGTTGAATATTTATATTAAAGTTTGAT TAGTTTTAATTCGTATTGAATATTACTCCATTCAAGAATAACACTCTTAATTATTATGGA CGAAACAATCCTATATATTACTCCTTGAGTTCAGCAATAATTACTATTTTGAAATGTCTA TCAATATTGTATGTAATGTGATATTTATGGATAATTTTACTTCTAATTTCAAAATAAATC AATGTTCGATTATTTTTAATGTTAATAAATTAGTTTCCGGGTATGAACCTTTGGACGGTT GGTTCGACCCGGAAAATGATGAAATGGTTTCGGGTCATAGTCATATCGTCGGAGACAATT CAACTTTGTGCCTTTGAACAGTCAACGTGCGAAAATTACTACGACTAATTCCCTCTCTGT GAATTGTTAAACCACTGAGAATTTTCATTTCCAATTTTTCGATCACAACGATCTCTGTGA TCGATCAATTATTTAAAGGCCACACACACAGAGAGAAACGGAAATTGGAATATATTTTAC TTTTTGGTGGAAAATCAATCATGTCGATGTCTGATTCCGATACATCGTCGCAGGGAAGCG ATTACAAGAACTTCCGGCAAGTTATACGTGACAGTAAGTATTCTATAATCACATTTTTGC TTGGAATTGGCCTTTGATTGAAACTATTAGGGTATTAATCAATCTGTTAGTAGAATAGAA ATGTACTTTCCTTGATCCAATTTTGTAAATTGTGCTTTTTGTTAATGAGATGTGCCTGAA TAAAGTAGACAGGATATTAGGGATTGACATAGTCAGTTGATTGATTGGTACTAATTTCTG TATGTTCATTTGAGAATTACAACAACATACCCAATGTAATGTGAGGTTTTGGGGAGGGTT GTGTGTATGGAGACCTCACTCCTACCTCGTAAAGATAGAGATGTTCATTTGAGAATTATT ATTTGGTAATCTAATTATCAAAGTTTGTGATTCTTTTAGCTTTTTTTTTTGTGGAGGATA AATTGTCAAAATGGTTTGGAGTGAAATCAAGTCATCAGGTTATATTTACTATTAGTGACC TAAAATTAGGCGGATATTGCATTTTTGAATCCTACTGCAGACTAAAGCTTGGTATTTAAT TGGAGAAGGGTAGAGAGAGGCGTTATTACCCCTCGAGCTTTGAACGTGCAGTTACTATCC CACGGGAATTTCTTGGTTATAAAAAGATAAAATTTTTATTGTTATCTGATGGGTTGCGTA ATATTGTGGGAACATATGAACCTCAGGATATTTGGTGTTGAGTTTCCTTACCTGGCAAAT GGTTGAGTTTCTTGTTTATGTATAAATCCCTTTAAATTACCAGGCAACTGTTGCAGTTTT TATCTTCCACTTTTTCGAGCATTGATCACTGTAACTTTCCTTGGTTGCTCACTGTAGTAG CATCATTGGAATGGAATTATACCATCTGTTCTAGTGTACGGTAAGAAAATATTTTGGAGT ACTTGTAATGAATGTAACAGAGAAATTTTTACTCTGCAAAACCCAGGAAGCACTAACTGG AATTTTGTCATTTATAGAAACAGCCTAAGAGGTCAACTATTTTGGATTATCTAAAAAAGA TGTAGGATATTTTCTGTCAGATGGTTGACAGCTCATAAACTGACTCTGCAACTCCACCTC AACAAAAGATTAGTGAAAATGATTGAAACTATCTAAATTAGTCAACAGATTTTTTAAAAA TGAATAAACCTAAAACCAACATTATTCTACACATCATAACATGCACAACCTCTTGATTTA GACATAAATTCTGGACGGAGTATACTATCAGAGCAGTTTTTGACATGGGATTTTGTAGGA AGTAGTGGTCAATATACACGTGGAAATGCGGAAGTTAAGCTCTGGGCATGTCATTCTTAA GCGTGGGGATGCTATAGATGTCGTATGAAGTGTTCTTCAGGAAATGCAAAAAGAGGTTCT TTTTGATGGGGGTTAGGCTAATACAAGATATTTTTTTTTGATAAGATAAGGTATAACAGG GATAATATTGGATAATTTTTTTGATAAGATCAGGTATAACGGGTATAATAGACGTATACT TGTTACTTGTTAGTCATAAGAAACCGAAATAATATTGGAATGATGTATTTCTTGTTAGGT GTGGATAAATTCAGGACATACGGCACTTTAGACCGGCATTGCATTCGTTTTGCAATGCGT GACTATTCTTTTTCAGTAACATTATCTCTGGATTTTAATCCTATACAATTTTGATTTTTA TCCTTGGATAAACAACTTCTGGCGTAAGATAATTTCTAAATATGGTATATTGTTAATAGG GAACATAAAAAATGCAATAAACACCCAACTCTTTAATGCATTGTTTAACCTGATGCCTTA TTCTAGATCAAACAACTGCCCTACTTTGGACTTCTAGATTTTGGTGCAAGTTCGTTCTAC CTTGTTGTTTTTTAGACCTTCTGTAATGCCTTAGGCAGGATATCCCCAGGTCCAAGACAG TATTTGTGATCTTTGAGAACACACTTTATTTTTATCCCTTTGGACTTTTACCACCTAAGC CCCAACAAATTTATGACTTACAGCGTATTATTAAGCCGTCAAACCCAAGCTTGAAATTTC TTTTTCCACTGTTTTTGCTCCTATCAACCTAGGGCTCTAACATTCCTTTGATACGGTAAG AGTAATTTTTTTGGTATCAGCATCAAGAAGGTACAGGATATGGTACAAAAGAAGCAGTAT ACTCAATTTTCTCTATTGACTGAAAAGAGTCCCAAAATTCCTAAAACTGTAACATACTTC CTAATGTGTTCCCTTTGCATCTAGAGTATAAGTTCTGTAATCATTTAAGCTCGACAAAAG AATATGCTCAGTCCTTCCTTCAAAATATCTCCCGGCTCTTTCAAGGCACACAGTCCAGAT GATGTGCACAGTGATAGTCTTTCTGGATCTGTTATCCACTCTCTTTCCTTCCTTCAAAAT ATTTCCCGGCTCTTTCAAGGCACACAGTCCAGATGATGTACACAGTGATAGTCTTTCTGG ATCTGTTATCCACTCTCTTTCTGTCCCAAAATAATTCAAGTTGCTTATTATCTTGTGGCA TTACTTAGCTTTCTCCAAACAGGTTGATAAATAGAGACCAAATCTGCCTAGTAGTTGCAC TGTAACAATAAATGGTTGCTATTATCTGAAGAAGTACTGCGAAGAAAGCACATCTTTTGC ATAATGAAATGTCTCTCTTCTGTTATCTATTGAAGACACACACGGTCACACCCTTCAATG CTACCAAAGCAATACATGCAAATAGGTGGAACAATGGATTTCCTATTCAATATCGAAAGC TATTCCTTCTCCCGATTGCACTACCGCTACAGGACTAACTTAAACGACTATATAGATTCA GACTTGCTAGCCAACCAAACCTAGGAATCTCTCTTTTTCATCTAGCACCACAAGTTGCAA ATTCCAGCAAAATCTAGAATTTGAAGTCGGAGTTGGCTTGAATATGTGCTAGAGGGTGGC TCTGCTGACTGGATTTACAATCGGTTCAAGCATCTAGAATTGAAGTCGACAGGCGTGGAG TTCTATTACTGTCAGCAATTAAATGTCAACTCATTAGCTGGAGTTGTAGGGCAAGATCGC AAGAGTACTTGTAGATACCAAAGTAAGGTGGACCGTAGTCTAGGATATGAAATCGTGGCT AGCGTTCTCTTTTCCCTATCTTGGAGAGCGAGAGAGAAATAACTGCCTAGCAATGGCATG AGATCATCAGCCATCAATCCAAAGTCCCGAGCGAAAACAAACAATTGCTAGGCATAATGA GGTTATGACGAGAGGATGCCCATTTAAGGAGTTGAAAATCACTGAACCACTTGTTTTGTC CAGAAAAGTGTACAGAAAGCTTCCATTGAGATAACACTTTGAAGTAACAATGAGTCAGTT AACTAGCCTTAGTTTCAAACTAGTTCAGGTCAACTATATGAATGCTCTAACATCCCTTTT GGTGAATTATTTGGTTTTCCTATGTTGCACTAAGATTCTAAGGGAATATCTCTAATTTTT CACCTTAGGAATAGGCAAGTTAGGTTGCTATTGTGACAAGAACGCTCCAATCAACAGGTT GGGATTTCAAGTCAACATGTAAGTGAAGTGGGAGAGACCACTATTGACAGCGCACGAGGT TGGGGAGGGTGGGGTTCTGTCATATAAAAGGAAGATTGCCCCCAAAAGGTTTGCTCAGTT GACTAAGGTTGGTGGAATTTTTCGTTGGTAACAAGTTCGAGCCCTGTGCCAAGCGAACTA TATCCAGTATTTAAGTGGAGAAGGGGTAGAAGGATAAACCCACCATTCCTAAGTTTCAAA GTTTGTGGTTGGCCCAAATAGTTGGTTCTAGACGTATTTATCAGTCATTAAAAAAAGAAG GAAGAAATATTGATACCCATGGAGTAAAGAGAAGTGCTTTGCAACTGAAGTGCAAAGAAG GATCTACGCTGATGATATACATGTGAACTTGATTGCCCGAGTCTATGATAACAACATCCC TGTTTGTTTGCTTTTTAGCTCAACACTCTAACTGAATAAATATGTTGCTAAAAGAACAAA TCATTGAAATATGACTAAGCTTTAGATGAGTGTCTACGGGAGGACTTTGTCAAGATTCAT ACTGGAATATAAACTATTTTTAATTTTTTTTTTTGATTAATTATGATGTTTGTAATCAGG TTATTGCAAATAAACTATTGAAACTAGTTTGCAAATTGCAATGATGGGAAAAGGGTTCTT ATATTGAAAGTTACTTGCTTCCCTATAAAATTAGGTCTTGCACTTAACTCACACCGCTAA AGTGGAGGAGGATTGCCCAAGTCTTACAAAGAGACCACCCATCTTATTAATCACCAATAT GAGACGTTTTTCATCTTTCAACACCCTTTGGTTGAGATGGCTCTTGCTCTGGTACCATAT AAAATTAGGTCTTGGGCCTAATTCACACCCCAAATCCCAGCTCAAAGGTAGGCGGATTGC CGACGCCTTATAAAGACACCCTTTTGTTTTCATGTCCGCATATCGCCGATTGATGCACCC CAAGATCTGCTATTAAACTTTCCAGTTAGTTGTTTTGTACTATAAATACAGATGGAGCTC TAGTTGCACTAATGCAGCCTTTTCCTGTAATTTGAGAAATGCATGATGAATTATGTGTTC GTTTGGAGTTAATAATGATGTCAAGTTCTGACTTAAGAGTTCTTCCGTTGCCTCTTTTTT TTTGAGATAGTAACAATTTGTATTTCTATTTCCAAAAAATCAAAACTGCCACAACATGTT ACAGGTTCCTAATTACAAATTTTAACCGATTATTAGGAAGATCTTCATTCCTTTGACAAA AGATTACAGGGGATCCTAAGACATTCACAACTGATTCTTGATTTTCCATATACTCCTGTG TACTTATTTTCACTTGCAATGAAGTGTGTTGTCTGATATTCTATTCATATGTTGCCATTT CCTTCTATATTTGTAGGATTACTATATGAAATGCTCAGGTCTGCCAAGTCAAAAGACTCA AAATCAGCATGGAAGGTACAACTACATTATGTTTCACAATTTGAAGAGATCCTTCTGTTT GTAAATTTGTACTTTCAACAAAAAAAAGTGATGTGGTTTTAGATGAAAAGCTTTTTCTTT ACCAAATCAATGCTATAACGTCTAAAACTCATAGCAACTAATTGTGTTGCTTATAAGTAT TCTTTAGGAACTATTCCCCAAAAAATAATAAATTGGAACTTTGTCAAGAAGATTATAACC CATTTGCGATTTCCCAAAAATAAATAAATTGGAACTTTTTCAAGAAGATTATATACCCAT TTGCGACAATGTTATGCCTTCACTTGTGTTGAAGTGGCTTGAAATACTTCTATTAAATTC CAAGAATGCAGGTTGATGAAACCCATAGATAGTTCTTCTATTGATCCTCTATCCTGCAGG TACTCATCATGGATAAACTAACTGTTAAAATAATGTCATATGCTTGCAAGATGGCAGATA TCACAGAGGAAGGAGTTTCATGTAAGTATTTACAGACCATTCTTAGGGATATTCATTCTT TTTTAATGACAATGGTTTCCGTGTCAGCTTGTTGACACTTTGACTATTCCACTGGGTACT TGCTACTTCCCACACCAGCACATATACTAGATAACTCTGCACACCAATGCTTAGGCAGGT GGGAAGATCTCACCTAGTTTTTTTTGTCTCCTTGGAGGTATACTAGAGAGCACATAGTTC TCCCCCCACTTCATATTAACCACTAGGCCACACCCTTGGACGCCACATCCTTTCATTTCT TACTTCTATCTTGATTTACTGTTGAATCAAGTCATTGATGGTTGTGTATAAATTTTAACA TACATGCTTTCAGATGTGATACATACTTTATGTATATGTATATAGATTTTCACATACTGT TCAGTTGGAATTTTCTTTCACCTGTCGATAGAGTCGACATGTTTCTTTTTTTATTTTGTT AGCTCCTTAACTAAAGCTTAGGCAACTAGCACTAGTGCTGAAATGTTTTATTGTCCTTTG TGTTAGAGCTAACTGATTACACCTTTTGTAATTTGGCATCTTCCTGATGCCCATTCAATG ATAATCTTCAACCTTCTTCAAAAACATAAATTGTACATATCTGAATTAAATAGATATCTC TCTGTGTTAGTTATATCATTGGAATGTGCAGATTATCTTGTTTTCCTCTATGTGATCTTA ACTTTGTATCCAAATGATGCTGATGGTCCCTCATAATGAATTAATGTGCATAAGTGGTGT TGGTAATATCATGTATTGGGTGACGTTTCTATTACATTATTAATCTTTACCTCTTTAACC CATTCATCTTTTCATTACTGAATAGGATGTACTGTTTGTTACTCCCTTTCTTTTGTGCCT TTGTATTTTAGCAGGCCACATTTTCCAGTTCTACCTGGAAATAATTGCATGTCTTATTAA TGACATTTGTGTGGATTATTAACTTTTCCTCTTAAGGTGCAAGTGCAGTCTATTCTCGTT TACTGGTCTCCTGGTGATTTTGTCCTTTTCTGTTGAAGATTAGCAAAACCTAAAATTGGG CTGGTGAAGCATGTATTTGTTCCTGAATATATAATAAATTCATATTTCCTTAGAATATAG TGGTCAATTAGGAGAAATTTCATGGGGCAACACCATAGCATGTGCCGTTCCTGTGATTTA TTGGTCACTATTGTCTTTCGGGTGGATGATATTTGAATGCTGATGAACTTGATCTTGAAT GACTGAAAGAGCTATTGTTTACAATGTTTCTGCAGTGGTTGAAGACATATACAAGCGTCG GCAGCCGCTCCCATCAATGGATGCGATATACTTCATCCAACCAACAAAAGAGAAGTACTA ATGCTAATTTCTTTGTTTGACTTCCTTACATAGTTCACTCTTTCAGATCCTCTAGCATTT CTAGGTGTATGCTTCTATGTTATAAATTATGTTCTTTCCATTTTGCACCCTGAACATATC TTTTTTGTTTTTATCAATCTAAGTAAACAAGATTTCATTAATCAAAAGGGCCAGAATCGG CCACCTGCAAGAGGTATTCCAAAAGGTAAAGAACCTACCAAAAGATAATAGTTCTTTCAT CTATATAACCAGAAACTAAATGAGTGCACCAAAAATAAATAAGTGATCAGAGACACTTCT CAACTGACCAACATTCATTTCTACCCCTTCAAATGCTCTCATTTTCCCTCTTAAAATAAT CCATAACAAAGTAAGGGAACAACATTCCATGCACTGCTCTTTCTCTAGCTTCTTCCAGCT TAACAACAAGTCCTTTACAAATCTAGGCATCACCCATGACATGCCAAACCATCTCATAAG ATCCCACCACCTTCTCCTGGCTGCATTGTAAAAGAAAACAATCTACATCTTCACCCACCT TGTTGCATGGCTAACACCAACTGATGCAAGCAACTCCTAATCGAAATAGTTGCTAGGACT TGAGCCTCTATTTGTACAGCTTGTTTCATCCATCCTTAAGTACTTGATCCTATTCCTGTG AGTAACTCTCTTCTTGGGATCAGCTGTGCGAGTTTGTATATCAACACATACCTCAGATTC TATTACTCTCCTGAGAGGTACAATCTAGACTGATGATATAGACTAAAAAAAAAAAAGATC ATGCTTATTTTCACGGAATATTATCCTTATCTTAACTGATTAAATAGAGAAAAGGAAAAG AAGCACTACCCTGATCTCAGGGTAAATAGTGAGGAGAAAAATATGATAGGGTGAAAAAGG CATATATTGACAGAGCAACTCAAAGAACTCAAAATTTGAGCAAAATGAAGATATTAAGAA GTACATGATAAAATAATTAGGATAGGGTGCAAATTACACAAAATAAGGTTATTAACTAAG CTGATTACATTTGGTTGTCCCATTTCCATTTTGGAATGTTTATGTTTGACACAATTTAAC CATCAATTTTTCTTTTTACAAATTGTTTAAAATTCAAACTTTCTGAACCACTCAGAGTTG GATTCTTGTAGTGCTTTCTGATCAACTCATGCACTATGACCAATATGATGTACCAGTAAG ATAAGCAATTATAATCCCATCCACTCATACTCATGTCACATGAAATGGGATGGAGATACT AATTTCTTAGACTTAAACATCTGATTTTTGAGGACTTGTCCATTTTTTCCTATATGAATG AATATGTTGTCTATTCTACTTTCAGTTTGGTATCCTTCACCATATCGTAGGATGATAGAA GTTTAACTGAAATCACTTAAAACTTTTGAGGTTGCAGTTTGTTAAGTATGTGATATTTTT TGTTTTAGTATCATGAATTTTGACTCTTATCGCGGAGGAGTATGGCACTGTATCTTCTGT ATGAGTTTTCATAGTTTAAATAGGTAATTTTGACTAAGAATTTTCTTCACACCAAAACTA TTATGCTGTGTTTAGAGAAAAACACACAGATATTACAAGCAATTAGTTTAATGACTATTA TCAGAAACTCCATTTATAGTAGAGGTTTTACCATTCTGTTTTGGTTCTTCTCTATGGGTG ATCCAGGAATTTTCCTATTATTTTTTCAACTTAGCTTTCGATATGGAAGGTTTTATGCTG TCTTGCCACTATAACCATATGTTGATGTGATACTATTAGCAGAACTTCTGGTACACGTGT TCTTTTTATCAGGAACTTCTGTTGATAAATGTTATTATTATTATGCTGGCTCTTTGTTTA TCTTAGTAATATCAATTTTGCTGTTATTTATATCTAAATATCTATATGCAGATTCTATGT CTTTATCCATACAGACACTTGATGTTAACCTTTTCTTTTATTTGCAGTGTATTGATGTTT CTATCTGACATGGCTGGGAAATCACCTTTGTACAGAAAGTACGTCCAGAAATATCTTGAC TTCCATTCTGAATGCCTTTTGTCTTGGTCACATATTTTTCTTTGACAATTGTGCATTGTT ACCTAGCCTCTGTTGATAGAAATAATGTATTACCCGTGTTGTACGCTTGTGCCTATGAAT GTTCTGATTCATATTATTGAAAGAAGAAATTAATTGACATTTGTGTTCGGCGGAAAAGAA AAAATGTTACACAGGTGGAGGACATTTTGAGAGAAGGATAGGCTGCCCAAGTATCAGTTG AGAAAGCATTTTCTCATATAACTCCATACTAATCTCTCTGAGAGTCTTTTATATCGGAGC TTGCATTTAGACTGAACAAAGATTCTATCAAGACCACCTTGCAGTAATTAACCTAAAGCT AGATTTGCTATATGTGAAATTTCACATCATCTTTTACTGAATGCGAGCCAACATTGTGAA GGTACAGTCCCACCTAAATGCAATTTGAGTGAGAAGACCTCTGTTTAATAAGTGCATTCT GAAAAAAAGACCTTTAAGTCACCCAGATTTAGACCTCTGTACTTTCACGTTGACCAAAAG TCCCAATCCTCATATGAATATTCATGGTATGCAAAGCCAGCTATTGGTGTCAACTGGATC TATTCTTCTATATCCTAAAGTCTGATGGTCAATTCCCTTCCAATGAGTTAGGGAAGCTTG ACTTCATCAAAAGGATAGAGGGATCTTAGGTATCATAGATGTCAGGGTCTGATTTCCTTT GGTTATTTTTTCTTCCTCTCTCACTCATCCTCTGCTCCTCTTTATTTCCTTTTCAGGGCA TTTGTTTTCTTTAGTTCACCTATTGCTAAAGAGTTGGTTAATCACATAAAGAAGGATTCA AGTGTTCTGTCACGCATTGGTGCCTTGAGAGAAGTTATTATCCTTCTTTTTTGTGAAATT TTTTCTTGAGCAAATTTTACTTTTATTGCTTTAATTTGTGTCACTGTTCTTATTGAGGGT TTTATTGCGCAGATGAATTTGGAGTTTTTTGCTATTGACAGCCAGGTATATGATGATGCA TCACCCAAAAAGTCATGAAATTTGTTATTTTTCTGCTTTAGTTCCTGTGCTTAATTGGAG AATGTAATTCTGTGAAAATTCTTATTGCTAATGCTGCGAGAAGCTGAGAATCATATTGTA TATATCAAAATTTCTTGTCTTTAACGTTCTTTAGTAAGAAGTTCAATGCAACAGCTTTAA ACATGGCTTACTTTTTGCCAGCAGATTTTGCGCTGGGGTTGTCTAGAATAGTAATGTATT GATTTATCTCTTCCTAACAATCTCATATTACCCTATAGGGTTTTACCACCGATAATGAGA GGGCGCTTGAAGAACTTTATGGAGATGATGAAGGTTCTCGGAAGGGTAGTTTGTGTTTGA ATGAGATGGCGAACCGTATTGCTACAGTTTTTGCATCATTGCGGGTAAGCATTTAGATCT TGATCTGGAGCTTTCAAGCATAGAGACAAGAGACACCCTTGCTAAAATTAATTTCTACAG GAATTTCCTTTGGTGCGCTATCGCGCTGCAAAATCTCTTGATCCTACCACCATGACAACC TTTCGCGATTTAATTCCTACAAAACTTGCAGCTGGTGTTTGGAATTCTCTTACAAAGTAC AAATCTACTCTTCCTCACTTTCCACAGACAGAAACTTGCGAGTTGCTTATAGTGGATAGA TCAGTAGACCAGGTTCAACTTTGTTTCCTCTATTCTCCAGGTAGTCTTGTCTATTTCTTA TTTCCTTGACATGCTTCTCTATCTCCCTCTGTTTTCCAGATTGCTCCCATTATACACGAG TGGACATATGATGCAATGTGCCATGACTTGTTAAACATGGACGGGAATAAATATGTGCAT GAGGTGAGTTGTGTGTTCTGAGTCTCTCTAATGGAAATGCTGTTGAATCTACCATAACAT TGACATTTTAATGTAAGGCTAGGTTCCTGGCAAAGCTGGTGGCCCTCCGGAGAAGAAAGA TGTTCTTTTGGAGGATCATGATCCTATCTGGTTAGAGCTCCGCCATGCACACATTGCTGA TGTAGGTCTAGTGCATAACTAGTATAAGTTAGGAATAGGACATGATTATGCTATCTCTAA CCAGTAATTGGTTTGTCAGGCTAGTGAAAGGTTGCATGAGAAGATGACAAACTTTGTGTC AAAGAATAAAGCTGCACAAATGCATCAAGGTTCAAGGTTAGTCTGCTCTTTTTGCAATTC ACAAAACCTTTTTTTCTTAAAAAATTCCACTAGAATATGTGTTTGGAAATGCTTTGTCAT GATACGATCGAAAATTAATGCAATTGGCAAGAGAAGATGTATAGGATGTAAGAATCTGGG GATGTGATTGATTTAAACAATGGTTGACCTGAGATCTGTTAGGTTGACCCTCAAGTAAGA AAAACCTTTCCAGGTCTCGTCCAGTGTGCAGCTGAAGTAGTTTCCTTATTAGTAAAGATG CCCGTTTCTCTTTATGGAAGAATTGGTGTGTCAATTATCAACTACGAGAAGCCGCACAAA GTTAAAATCCATGAACTCTATTTTAAAATGCCGGCCAGGCTATTCTCAACAACAACAACA GACGCCGCAGTGTAGTTCCACACAGTTTGGGGAGGGGGGGGGTAAAGTGTACGCATACCT TACCTCTACCTCAGAGGTGATGTAGAGAGGCTGATTCCGATAGGCTATCCTCATTTACTA GAAAACCTCTTAAGCCATTTACTTATACATTATAGAACTAATTGCAGAATGAGTTGCCAT TTTTTATTTGGGTAAACTTGGAAATACCTGCAAGTCTGGACTTAGAAGCACATACCGTTT TCTTTTTCCATTCTTTAGATTCTAATAACTTATGTGTTTACTCTACTTTTTTCTCAAAAT TGTAGGGACGGTGGTCAATTATCTACTCGGGATTTGCAAAAGATGGTTCAGTCTTTACCT CAATACAGTGAACAAATTGAGAAGCTCTCCCTTCATGTTGATGTGAGTCTTCTGATAATT TCCCTTGATGGTTGCACTTTGAAATCTTAAGTTTGATTTTATATCTACACTTTGAACGTA AAGCAGCTAAAGATGTTACTTTATTTATTATTCTGGTCAAGAGACACTGTTTTACGTCAT TCATTAGGCCTTATTCTGCTGTAGACTCTTACTTGCATTGTAATTTTATCATGGCTATTC TGGTATTGTGGCAAACTGCAGGTTACTCAAATATGCATGATATTGATCCTTCTTGTGTGC AAGATAGGCTAAAATCTAAGAGTTTTTCTATCGTTCTGGCATCAAAGATTAATTTGAAAG GAAGATGGTTAATATTAATAGTTGAATCACATCTGTATTTCTTATAATTGTTCATGAAAA GATATCATATATTTGGGATTCTTATTGTCTAACCCAATTGACTACATTTTAGGTTTCTGA AAACGTTAGGAATGCTTCCATAATAATTATGTTCTCTAGATTTTCACAAAGTTTGTACTT TATCAAAAATGATCTCCACAGGCTTGAAGAACTCAAATTTATCTAACATTTCAAAATTTA AGATATTTTTCCCTCTGACGTATTATTTTTCCTACTATTTTGATACTACTTTTAATATAA AATGAATATCAAAGAACTCAATTTTAGTTCATAGTTGAAACTATCCTAAACAGGATATGA ATAATGGGGCCAAATATTTTTGATCAACATCTATTTCTTCTGAAACAAGTGCCAGAAAAG ATGATTTTATCTTCTAATCATTTTTTTGGAGAAACAATTCTTGTTCTTATGCTTACCAAT GCTAGTCAATTTATGACTGTCTCAATTCTTATATCTAATCAAACTTTGTTGTACGAGACA AGAGAGGGGGAAGTATATAGGACACACATCCAGATATCCCTGACAAATTCGAGAACAAAT GTAATATAGAGAGAATCCAGTTTTTGGGACCCAGGATCTACAGGTTGCTGAAAATGTCCA TGAACCTTTGCACAATTGCAAGTATTGATGAACATACTGTATTTTTCTAGTGCTTTGCTT GGATTAACACAATATTTGGTGTGATCTGTGATTTTATTTTTGGTGGCGAGAGTTTTATTG CGATTGTGACTCTGTTGAAGTGACGTTCTGAGTAGCTCTAGATAATCACTTCATTTTTTT TTTGTGTATTGGTGGAATTACATTTACCGGTCATGTTTTACCTGAGCAAATGTTCAATAT AGATATTTTCAGTTTCCTATCAATTTAGAGTTTATTGTGTGGTGGATAAGATCTTTTATT GAAGAAGTCATCAGACTGACTATGATGACTATTTGTCCCCTAATCAAGATTGCCGGGAAG CTAAACAGAATTATCAGGGAGTCAAGTCTAAAAGAAATTGGCCAATTAGAGCAGGACCTT GTTTTCGGAGATGCAGGAACTAAAGATTTGATCAATTTCCTGAGGGTTCATCAGGTAGAA ACTGTATAGATTGTTAAACCTCCATAATGTCTAGATTTGTTTATTTGAGCAATTAGCTGT GGTCTGCAGGATGTGACACGGGAAAGCAAGTTACGCTTATTGATGATTTATGCGTCCATT CATCCTGAGAAGTTTGAAAGTGACAAACTTTCCAAGTTAATGGAGGTCAGTGATTTGTTA TTGCTGTATCAATATCTTGAGTCGAACAAGTGTCACCTTATATTGGAGTTTTTCTTATTC TTGGTTAAACTACTAACGGTGTGAAAATCTAAATAAAGAAATAGCTACTGCATGTTATGA TCTTCCTAGTGGTCGAAAACACAATTTTGCTGTTTGACTTGAGTTTTCATCTGTGGCATA ATGCATTGTTTAAATTCTGATTCTTTTTTAATGTTAATTTGTGTCATCTGCAACTACATC GACTTTGAACTTCACTTTAGTACTATTCTGAATGGTAGACAAGGCTGCTCTCATTGTGTA GAAGACCATTTTGTACACATGAACACTCACATTTGTACCCCTTTAGTTAGCGAGATTGCC CCAAGATGACATGAATGCCGTGTACAATATGAGATTGCTGGAGGGATCAACAGATCATAA GAAAAGCTCCCTGGGACCTTTCTCTCTCAAGTTTGACGTTCACAAGGTACGTGATTGGCT ATAAAATTATTTGCATTCATGATAAGCTCCTTCTGATTAGATTTCATTGTCCTTTTTTTT AAATAACAGAAGAGGCACGCTGCTAGAAAAGACCGTACCGATCAAGCATCAACGTGGCAG TTGTCTCGTTTTTACCCAATGATAGAGGTATGCTACATGGGGGGGGGGTGTTATGACATC ATATCTATGAACTGATGATTCTGATTATGTTTTGGTTGTCATGATTCTACATGTAAAGCC AGCAATGTCAAGGGACTTGACAATATAGGTCCCTTCCATGTTCTCTCTCCCAGATTCAAC CCCCTCCCTCCAAATGAAAAACAAACAAACAGGGATAAAGAACAAACTTAAGGCTTTCTG AAGAAATTCAGAAAAGTAGTTCACCACTGTTAGCTCCGACATCAAGAATAGAATAGAATA TCAGGGTCACTGTAATTCATCACGTTGATGGGTTGGGGTGACTCAGAGGCCCGAAGATAC TTCTTTGAGATGGTTAACTGATCAAATCTATTCTAATCTTGCAGGAACTTGTTGAAAAAC TCAACAAAGGGGAATTACCAAAGAATGATTATCCCTGCATGAATGATCCAAGTCCAACTT TCCATGGGACTTCCCAGTCTGCATCAATACAAGCAAATCAAGTTTCAACTCCTCATTCAA TGAGATCGAGAAGGACAGCCACATGGGCCCGCCCTCGAAATTCTGATGATGGATATTCTA GGTTAACATTATTGCACCTCACCATTATTGATGAAGTATCGGGGCACTGTTACTTGTTGA ACAATATTCTAACAACTATAAACGAAATGGAACTGATGTCGAAGATATAACCTATTCATT TCAAGTATGGGAACTAGATGTAATCAAATGAGAAGCAAAAGTGATTAAACACTTATGGCG TGTAATGCTACAACTTCGATTGATCCTTGTAAGTTTATAGGCGTGAAGCCTAATCACGTA TATTTTTTGGAATTCAGGCTCAATAAGCATTTGTTAAAAAAGTACTAAAAGTAATTAGAA GAAAGGTTAGACAATTATGTTGAAGCTTCGACTGAACCTTCTCAGTTTATAATTGTGAAG CCTCATCACATCTATTATACCGTCAATACTAGAATTGATTGAAATTTTCAAGAATAAACA AGATTACAATGAAAGAGATAAATAAAACATACTCCACATATCATGCCAAAAAGTCATTTT TGTCATCAGAATGACGGTATTACCCAAGTTGGCGGACAAATACGACTAACAGAAGTACCA TCAAATTTTTCCATCTTCAAGACTGTATACCCCCATATCTCTACCACCACCCCCTTCAAG TCGACCATTCATATTCTCCGTCCAACCATCAGTAAAATAAATGTGATTAGGCTTCACTCC TACGACTTGTTCAGAAGAGACCATTAGGTCCATCTGGATCCTCATAATCACAAACTTGTG TAACAAATAACAATGCACCAGATACTTCAACTAGATGGAACAAAGTCCCATACCGCCTAA CTATTATGTCATATTCCTCCATTTCAATAACCAAGCGCGGTATCCCTGGATTTCCAGGGT CCAGAACAAAGATTATGCCAGGGTGAGCAGTCAAATACAATTGTCCATTAAAGTAGTGGA CCATAATTTTTAGAAGCAATTATAGTCCAACATTGGTCTCCAGGTCGCCAAAAAGCAAAA TAATAGTTACATTGTTCAAAATACGAAATCAAGAGAACATAGTCTGATGTTAGGGAAGGA TTTTGAGCTAAGTCGATGACTGCATCCTTATCTTGTGACGCCGGAGGAAGATGTATTTGG GTGCGCGAAAAAGGATGCAATAAAGTCACATCTCCAATACCTGTATATAAGCCATCCTTG TGTTGAAAGCCCTTTAGCTTCAGGGAGAAAGACTCTACGTGTAATTTTCTTATCAGAAAG AGAGTAAAATTCTCGATAATCATCGTCTTTATCAGCAGCCAACATAAGTAACGGAACTTG AGGACATGACATATCAAAATTTTCTTTGGTAGCAGCAGTTCGCCATGATTTACAGACAAC ACCGAATCCTCCATCTTTGTAACAAGATTTGCGATGGTAACAAGTAGATCGTACGGAAGT TCGGACCAATTCGCCATAGCAGAAAGAGAATAATTTATTTGTTTTTACCTGCATTAGTTA TATAGTTCCAGTTTGGACAATAATTTGTGGGAAAAAAAAATGTACTAACAAAATTGTACT TGGTAACGAATACTAACATTTTTTTTTTTCATTTATGAGACTCAATTCTATAAATATTAA TTATTTGTCATATAGCTTATTAAAGTATCATATATTTGGTAAAAATCTCAATGCCCTATT ATTGGTAATTATAGAGATTTTACTTCAATTAATATATATTAACAAAAGGAAAACGAATAG AGGATACATAGGTTAGATTACTTTTATACCAGAAAATTTTAATTTTATATACAAAATTAT ATAATTAATATATGAAATAAAGGTGATTTTTTGGCGACTTTAAGGATGCTACAATAATTA CACCTTTAGTGGCAACAAATGTCGCTGCTGAAGACCTTTTGTAGCGACTTATCATAAGTT GCCATAAATACTTTTCTCATTGATATTTTATTAGAAAAACTATTTCATATTTGTAACGAC TTATGCATTGTCGACAGTCAACTCTCACCTTCTCCAGTAACCATTTTAAGTCGACCCTAA AGCTGCTCCTATTTTGTGGCACCTATATCTGTCGCCACCTAAAAGTCGTCACAAAAAATT ACATTATTTGGTGGAGATTTTGTTGGTACAAAAAATTACATTTAGTGATTTGGTGGAGAT TTACGAATTGCCAATGGCAAATTAAAGCAAGAGCTAACATTTTAAATCTAAAATGCTAAG ATGTAAGAACGATTGTATAACCTAAGTTTGTAGGTGAAATTAAAGGGTCTACCAAAAGTT TACCAACTGTGTCTGAACAAAAGATTGAATTTTCCATCTTCAAGACTATCCGCGAACATA TATCTGATATCATCAGTAATAAAATAGATGTGATTCGACTTCACGCCTCTTATCTTAGAA GGGTCAATCGAAGTATAAGCATTATATCCCAAAAGTATTGCTCTATCTCCCAATAATTTA ATCCTTTTGGCCTCTCCTTTGATTAGAATATTTGCAAAGCTAGGGCATCCCACTTTGAGA TATCCAAGTATACTAGTTAGTTTCAAGAACTTAAGTTTGTGGAATGTGATATCTCCGATA TACAGAACATTCGGAAAAGAATTGGAAAAAAAAGAACAGTAACAACAACAAATTAATGCA AAAATCAAAATATAATAACAAAAGAAAGAAACTAGATATATGTAAAAACAAGATTACAAT GAAAGAGATTAATAAATAATTCCCTAAACTTTATCTTCGTGGAAAACAAAAATAATTTTA TCATAATCAAAAATTAAATGATTCTAAACTATCAAATCGACGGCATGACCCAAGTTGACG GATACTTAGGACTAACATGAATGTCAGGATTAAAACAAGTAGTTTTTCCATCTTCAAGAT TGTAAGCCCTTATATAATAATTGCCACCGCGTTTACCAGTAAAATAGATGTGATTAGGCT TCACGCCTATAGAAGGTTCAGTTGAAGTTGAAGCAGTACGCCCCAAAAATAATGCGTTAT CTCCTAAGATTTTAATCTCTTTTGCTTCTCCTTCGATTAAATCTAGTTGCCATACTTGAA ATTCAAAATCACCAGATTTTCGTTCAAATAGTACAACACAGTCACAAAATTGTTTAACAA TCCATAATGCACCTGATACTTCGACTAGATAGTACCGCGTAAAGTATGAACAATCATAAT TTTTCTTGAGAAGCAAGCGGGGTGGATCATGATTATCAATAACCCAAACTCCGCGATTAG TGATCGTATAAAACTGTCCTTTGAAATATTTGATATCCTCGAGCATACCACAACCTTCTA TATCAATTTTTGTCAAATAAATTTAAGCTTATAATGATAAGCTATCATTACAACATAATC GGATGTTAACGATGGATTAGCAGATTGATTATCACAAGAATTCTTTTCATCTTCCGAATA TTCGATCAAGCTATTACGAGGAGCAAGTTGTATTTGGGCACGTGAGAAAGGATGCAATAA CTTCATCTCTGTGTTACGTTTATATCCTACTGTGCAAAGCCATGAAAAACAATCTAGCCC TTTAGCTTCAGGGAGAAAAACTCTGTATGAAACTTTCTTCTTGAAAATAGAGTAAAATTC TCGATAATCATCACGTTCATTAGCAAACAACATAAGCAACGGAAGTTGGGAGCTGAAAAA TCCAAATTTTCTTTGGTAGCAGCAGTTCCCCATGATTTACAAACGGCACCAAATATAACG AAACCATGTAACTCGATTCGCTATCGTAACAAAGTATATCGTACGGAAGTTCGGACCAAT TCACTGTAACTTTTCTCCTTTTTTTGAAATTTCATATTTGTGATTCAATCGCGGAGGATA TTTAGTAAAAACTAAAGCAACTGCTGCCCAAACCTAGAAAAGGTTAATTATAAGGGGTCG TTTAGTTTGAATATAAGTTATGCTAAGATTAGTAATACTAAAATTAGTAGTGCGTCTTTA GTTTGAATACAAGTTAGAATGTGATTACTGATTAGTTATGTTCGGATTAATTTTTTATTG CAGTTTGTTTAATCATATTCAAATTTATATTGATCGCATAATTTTAAGAATAAGATGTTT GCTCATAAAAATATTCTCCACCTTATTTAGTTTTTTTTTTTTTTTTACATTTCCTTTGCA AATTTTAGTTGATCATTCATGAAATAAAATTTTCATCTTATTTAACTTAAATATTTTTTG TATGTGCATTTACATGATTGTGTCGTATGTTTTCTAAAATAAATTTTCATCTTTCAATGA TTTTTTTAGTGTGAAATCTCAAAAGGTAGGACCAGTGTTTTAAAAGGTGGGGGCGTGAGG CGAGACGCTTTATACAGTATGGGACGAGATGTAAGCCCCCCAGACACGGGGCGTAAGTCC CATGGATCTATGGGGCATAGTCTCATGTATATTCAATTTTATAGTTTTATTACTAATTAA ATTCCTTTTAATGATTTTATAGATAATTTTGTATCGAAAACCTATAATATATAGAAATTA TATTATGTTTTTTATTTGAGTTGATAATCTATAATAAAGAAAAAAGAATATTATAATTAC TATTTGAGAAATATCATTACACCAATAATAATAAAATAGACTATACAAGTAAAATAATCT TATATCTTAACTTTCTAATAAAAAAAGAATATTGTACAAACGTATTTCGTAATAAAAAGA AACATTGAAATTGCATAGATGATACAATTGTAATATATGCCTTAGGAGAAACATATTAAA AATTCGTATATGTTTCATATAGAGTATCAAAACATGAATTCATAGAACTGAATACAATAA GTATTTTTTACACAATGAATATGCTTACTATATGTTTATGTGTTCAATATAACCGGAGAC AATAACTTTGCAGAAACATAAACAACAGAGTCAAAAACATGTATTCAAAAACAACAATTA ATGAGTGTAAAAAAACATACTAGGATATTTAAAAACAAAACAAAACAAAACAAAAAGGGA AAAATCGAGTCCACTGAATGCATGATGTCCTCTTAAAAAAACTATTTCCCTCCAATACCA GAGGTTTAACAAATAACATCCTCTCTGAATGGAACAATTTTATTCACCAACTTATTGATA TAAAAACAGTGGTGTCACTAAGTCACTCAACAGGAAAAAAGTATACGAATATTTAATTTT AGGAAAGTACAAGAATAAGATCAGAACTTTTGTTGATTTAAAATGAGAAAAAATCTCTCT ATTTATAAAAAATAAAAGATAGTATGAATAAATATTTATTGTACATTATCAAAAATGTTA CAACTATTTAGAAAAATTACAAATATAACTAAAATTCTCAATTTCCTTTTATTTGCATAC TAGAAACAATTATTATTTTTAAGTTCTTTCTCATTTTTTACACGTAGTAAATTCTTTTTT TCAAAATCTTGGTTGACTATGATTCTTTTCACCCAAATAATCACCAACACATCCTTAATC ACCATTAACAACCGCAATCATATATCACAATCATCCTCATATAAATTTATTTTTTAATGC TTTATATTATATATAAATATAAATATAATATGTAACTTATTTGAATTTAATATATAAATA TAAATATAATATGTAACTTATTTGAATTTATGTTTAATTAATTCAGTAAAGTTAACTTTT ATAAATTTAGAGACGTTTGAGAAAAAGTAAATAGTATCTTTAAATCTTTTAATAAAAATA TAAATTCAAAATCATAATCTCAATTACATATCTTAATACATATGCTAGTATTCAATTCGA TTCAATTAATAGATATCTTAATCTTTTAAAATCTAGTGATAAAGAGTGGTATATATGTCA ATACCCGTAATCATTGAATTTGCGTAAAAATTAAATGCAATTTTTTCCCCTTGCGTTGAA ATAGAGAGAAAATTATAATGTGAAAAACTCAACTTATGTCAAATTGCTAATAAGGTAAAT GTTCAATTCTACTAAGCTACTTTCAAAATTTATCTTCTTATAACTATTTTCAAACAATGA CCACCACTTTGTTCTTTTCTATTTGTCATAAGGAATTTTACTGTTATTTTATTATATATT GATATAAAAATAATTTATATAATTTTTAAATATTTATTTTTTAAAAAAATAATAAATTAA TAAATTTAATTTAAATTTAAAAATTAATCAATTCTCCCAAAGTAGAGTACAATAACTACA GAGAAATATTAAATAAATATAATTTAATTTTATTTTTATAATTAATCAAATTAAACCCTT AAAAATATTACGCGACTAAAAAAGAATGAGGAATATAAGAATAAAGAATAAACGGCCTTT GGTTTCACCACTAACCACCTTGAAATTCCAGGCAACTTCCAATTTTGGCATTTTTCACAC ATTTCACTTTGATTCTATTCATACGCCTTCACGTACTTGTATATATACGCACTTTTAATT AGCAAACTGCAAAATTAATTTAAGTACACTCTAAATACCAAGTTCATTTATACGTATGTC AGATAACAATATCCGGCGAAGATTTCCGGTGAGCCGGAGAACTTCCAGCAGAGCACTAAA ACCGTCGCCGTCGGGTCGTCGGAGGTTTACGCCTGTGCCGGTGAATCGCCGGTCATCGAA GCAGCACAGGGATACTAATTATAAGGCATTAGAGAGAAGCAAATCGGAGCCTTGTGTTTT GAAAATTGGATTTGTTGACTTTGAAGATGACGATCCCCGGGATACGACGGCGCAGTCGAT GGAAATACTTTTCCGGCCACAAACTTGTTCGGACTTATTTGTGTCGCCGGATTATCTGAT TTCTGGAGCTCCGCCCAGTTTTGAGGTAATTTTTCTCCTTTTAGGATTTTTTTGGGGAAA TTTTGGGATATTAGAGAATTGTTTGTTTGCTTGCTATTTGTTGAAATTCCATTATTTGAG TAAATTCATCGTATTTGAGTTTTGAAAATGCTATTACTAATATTCAATTAGAAACTTGTA CTAGGTGCATGAATGAATTAATGGAATAACATTATTGCCCAAATTATACAAAATTAGATT CAGTATTTAAATTTTACGAGTATCGTCGTGTTGGTAGGAGATATTTCTTCACCTATAATG ATGTTACGAAGTCAAAGAGTGCAGTTTAGTCATGCCAATTGTGTGAAAATCAACAATCGC CCAATTGATAGTGTTTGTTTTCACATTCTTTGTTGTGTGAATGACTAGTAATTTACTAAC CACAGCTAAATCAACTTGAAATAGTCAAATATTTGCATCTCATTGTAAAATCCAATCATG ATGATATATATATATATATGATTGTACTTATAGAACTAAGGTTATATCACTTTTTAAAAT ATCGACACTGCTTATAGGAAGTTCTGCGTATCAACAGTGTTTCGTATTTAACCAATCTAT TGAAAGTGAGAGTATCTTACTATTACTCCCTTCATTTTAAACTCTACTTCAAGTCAAAAT TGGTCAAAGGAATTGAAACGAAAGGTGTATTTTTATTTTTAATGTCTAATATGTTGAAGG ATTTCGTGCAGAAGGGGTACAAGAAGGATGCAAAAGTTGTGGTTAATGTGACAGTTGAAG GAAGTCCAGGGGCGGTAAGAACAATGGTGAAGTTGGGATCAAGTGTTGATGAGACAATAA GGCTTGTGATTGACAAATATAGTGAAGAAGGCCGGACTCCTCGTCTTGATAAAAACAGAG ATGATTCATCTTTTCAATTGTACCAATCTCACTTCAGTCTTCAAAGTAAGTCCTAAACCT CAACTTTACTAAATCCAAATTAGTTTTGGAGATTAGATAGTGATTACAGGTGTCAAATGT ATAGGTTGGGTTAAATTAAACAAGTTGAAATGAGCGGGCTAAGCTTGAATTTTGCAGGTT TGGTTAGACTGAGTTAATAAATGAACGATCATTGATCATTCTAAATGTTACCTCGGTTAG GATGGTTGAGTCGAGATGGACTAAGCAACGGGTCATAGTCCTCCCATATATTAGATGAGT TGAATTGAGCTGGTCAAATAGGCTAAGTTAATAAGCGGGTCAAAACACATCATGTTTTCT GTGAGCTAATGTTATCAACTTTACATTAACGTATGCACTTCCATCCTTAAAAAAAGCATT TATTATGTAAACAAATGTTGATTAGGACTATTAATGATTTTTACGACTAAAATTGAATGT ATCTAATTATATAATCATTGGTATTAAAATAATTTTGGTGTATAAACCCTTTCTTTGTTG AAAGGTCAATTCTCTTGTGTTTGATGTAAGGTTAGCTGATGAAACTTAAAATATTAATAT CTGGCTCACCCTGGAATTAATCACATTATTTAGATTGGTCTGTGGTATATTGACTATTTT ATCAAAGATAATGTTGTTTTTTGGTCATAGATTAAAAGAAAATGTTTGTCTGACACAGTT GCCTATGTTCTGTCAGGGGAATGTCATGTTGTATTTCAAGACTTGACAATTTGAATAATA AGTTTAATACACTATTTGCAAAATTTCAACCTTTGTTTTTCTTTTCTAAAGTAAGTATAT ATTTGTGAAAGGATTAGATTTTAAATTCTATGATTACAACAACTATGCTTTTTATGTCTC AAGTTAGGATCAATTATATGATCGTTATATTTTTGTATTTTATTATTTTATATAGGCTTG AGCAACACAGATGTGATTGGAGATGTTGGGAGCAGAAGTTTTTATCTTCGAAAGAGTAAT AATAATGGAAGTAATCCAGAAATAACTTCAGATCAAATTGCTCCTGTTAAAGCAAATTCC CAATCACTCATTGTCTTCGATGGATTCTTTCGTCGCAAGATAAATAAAATCTTTAGAAGA ACATATAGGCTGTGGAAATTCCTTGGTTGCATGCAATGACGCATCGTAACAAAGGTGAAT TTAGAATTTTACTTTTTTTTTATTATATGATAGAGTAGCATGAGTATTAGATTTGCTATT CGATCAACCTATTATACGATATGTTGCATGGTGATATTATCCTTCCATGTAATTTTCATT ATCCTCCAAACAGTAATGGATTACTGTAAGATCCATTCATTTATAAAGCAAAATATTGTA TAGATTTATATATATATCAAATATTTGAATACAAAATGTCATGGGATTGAAAAGATACAA AAGCGCATGAATACTCTCCCTAATTTGAGTTTGAAATATGGAACTATGTTCCCAAATGTT TAAGCAATTTTAGTTACTTAATTTACAAGTAAGCATCTTTTCTTCCGTGTTTTATTTATC CCACTCCACCTAAACGTTGAAAAACGTATATACTAATATCATATTTTATACTTAAAAAAT CTAGACTAGATTGTACGCTAAATCAAACACAATAAAGGTTTTCTTTCTTTTTTTTTTAAT ACAAAAGCAACGCAAAAGTAGAAAATAGTCAAAAAGGTTGTTAAAGAAAATCAATTTTTT TTCAAACAACACGTGTTGATGAGATATCATTGTCCTTAGCATGGAAGGCTAGAGACTATA ATCGACCTTGTTTCATTATTACTCATTTAGTGAATAACTAGCTTGCTATCTGCTAAATAT ATATGAATAATATTGTTAACTTTTGAAATTCAAAAAATATCGGATAAATTATGACAAAGG AGTACTACCTACTTGGGGGGACAGAAAAGTTGAGACATGAGAGTTAGCAGCAGCAGCTAT TTCCTAGAAATTTCGCACACCACCACTATAGCACAAAAACTCAAATAATTTCAGTATGTG ACAAAAAATTCATTATCACCAACCCCTCTATTTCTTACGTAATATATAACAATTCATCAC AACACACACAAAATAGTATACATCTCTTTTGTTCGACAAGATTAATTAAAAATAAATAAA AATCGTTGTAATATTAGTTTACCTATCTAGTAGCTCCATGCACGGCGGCAGTAGAGCGAG ACTCGCGGTCGCCCATACAAATCCGGCCGTTATAAATGTTTCTGCCGGAAATATGGGTAC CGCGAGCGACGCTCGTGAGAAGCAGCAAAAGTTAACGAAGTTATTGGTGAATGTAAATAT TCAGAATAGTTTGGGCCCGGTGAATTTGGTGATGTCGCCGGAGAATACCGTCGGAGAATT GATAAGGGCGGCGATTGAGATTTACGTCAAGGAGAAACGGCGGCCGTTGTTGAGTCGTAG TGATCCGCTTTGTTATGAACTTCATTATTCTCAATTTAGTATGGAGAGTAAGTTTCAAAT ATCATCCTATTGAATTTTCAAGTTTATTTTTGCTCGTTCGTTCATATTCACTTTAACACG CAACATTGACTCTTAACTTGGTGTCATTTGATAGTTATGACTTTTAATTTTAGATGTGCA ACAAGTAAAATTTGTATAAAATTAAATAAATAGACACAATCGTTCTACATGACACCTTAC ATGATAATTTTGTATCTTATATGGTGTTCTATGTGTATTATGTCATATAGAACAAGTGTA TCTACTTATTTAATATTTTACAAATTTAAGTGTCTACCTGTGCACACTCTAAGTTAGAGG ACATAATTATCTATGAATTTAAGTTTATTATACTCATATCAAATGTGCATTAAAAATATG ATATAGTTAATATAAGGTTAGAATAGAAATTTTAATCAAATAAAACTTGACATCTATTTT TATTGCTAGGGAGTATATTTTAAACAAATCTAACCTTTTTTTTCTACCTCAATTATATAA TGAAAACAATTGACTAGCTATGTTATCGAGGGTGGGAGTGTAATGCAACCAAATTTAATA ATTCTGATTCAAAATATATTTCATATATTTAAAAATTTATTTAATATGTATAAAAAAATT ATCAAAATCTTAATAAAATTTTATTTATTTAAAATTTGTAATTTATAAATTCAAGCTTAT AATATGCAGGTTTGAGGAAAGAGGAGAAATTGGTGAATTTGGGATGTCGAAGTTTCTTCG TTTGTCCAAAACCAAGCACTTAACATCAAAGATATTTCACTTCCATCTACAAAGCTCATG GATTTCATTCTATAGCTTTTTATCCACATTTTAAACTAGTTGTTTTTGGTTTTGGTGTTT TTATTTTCAATTGAATGTACGTACGTGTGACATGTCATCTTTTCGATTATTTGTTGAAAT TAATGTATGTGCTAAAATAATGAATATATTGACTCAATTATATTTGAGGTGCCAAATGTC AACTGTCAAGATTAACAAATTACTAAATTCAAATAGTAATTATAACTAAACTAATTTAGG AGTAAGTTGAATAAATGTGTCAAACTTAAAGGGTCCCAAAGTATTCTTTTGCTTTTTCTA AGCATATGACGATACTAATTTTTAAAATTAAATTGAATCATATCAATTTAGTATATTAAG ATTAAAATTTAGATATTAAAATATTAAATTAAAAAAATTGATAAAATTATTATGTCAATA TGATAAAAAAATGTATTATTAAAACGTTGATCAAAATTTACGTAGTTAGTATATCAAAAA ACTAAAAAAGCGTACATAATTGGGACTGATTCTGCGCTAAGAAAAGGTACTATAAGGGTT AGTTTTGTATTTGACTTAAGTTTAGATGCAATGTGTCATTTATACAAAGTTGAGGGTGAC AATGTGGAAATTCAGCCATAAAATAGACCCAAAAACCTCCTCTTTGTCATTCACCGCATT CCGATTCATCCCCAGGTTAGCCCTACTTCAAATCGCACCTTCATTATTATTTTTATTTTC CTAAAACTGTGATTTTGTTGGTTTTTCTCTTTTAATCTTTTGTAACTATGATTTATTAGA ATAAAATTATGAGTTTATATATACCTGTTTTTTTTTTTTTTTTTGCAATTTTGATGAAAT TTTGCACATTAATTCTTGTTAAATTACTGAATCAGTATTATTGATAGACTGATCTGAAAT AGACTATTATATTTGTAGCTAATTTTCGAGTTGACATGATTTCGTTTTGTTTTGATTTTT TAATTTCATAACTTTTAGGAACATTCTGTTAGAAGGGATCAACTCTGTGATAACATTTAT GAATTATAGCTAGTTAAATTCAATGTGATCAAGGACGAAGGTTTGTTGGGGATTTTAAGC GCACAATGCAAATATGTATGCGTACTTGAAGACTAATAATTATATGCATGAATAACAAAG TAAGGAAACTGAGATCGATATAAATTGTTTAGTGTGGTCTCTTCGTGATTATGCTCGTTG GCAAGTAATAAGTAAGCCTTAGAGACTTGATGACTATAGTGAAATGTTCGACATGGTTTG TGCGTTGCTTCAGGGCCTAAGCACGCCTTTGAAAACACGAGTTATAGCAAAGTGTTCAGC ACGTAGAAATGAAACATCTGCAATGCCTTCTTGAGTTGCATGAAATTGGACTTATCTTCG ATAGAGTTGAAATGAGGCAAGATGGCCCAAATTTCAGTCTTAGCTGTTTTAAGTCTGAAT CTCGAGTTCAAGGGGTTCGTCCATTCACTATATGTCAATTTCATGGATAAGGGGGAAGAT TTCCTTGTAAACGAATCATGATAGCACTCCGTGGGGTCTTTGTTCACTCTTCTTACTTTC CCAACTTCTAGAAGAAAAAATATGAAAAGAAATGTGAACAAAAACGATCTTTCCAAAGTT AAGGCAGCAAATCTGAAGGACTTGGCAAAGAATGTGCAAGGACCTCAAAAGTTTTACTCA ATTCTGTTAACGGCCTCTCTCTGGTTTCTTATTTTAGGTTCGATGATCTCTTCATCACTC TCCTTTCTTTAAGTTAAAACATTGTATTAGTCAACAACTGTTTGCGGAAATGCATTATGG TCTGGAACAATAGGAAAGTTTCAGTAGTCAATACAGCTGTAATCATACTTATTACGCCTT TGCATATGGATGGCCATATAACTTTTTGGCTAGTTTCATCATTTATTTTGCAGCTCAAGC TTGGAGAGTTTTGATACGTGATGGTGAATGCGGTCAAAGGATTGTACCTATCATGGTAAA GTACTATCTTAAGATAATCAAATGACAATATTTGTTGGTAGAATAAAGGGTCTGAACTTC CCAGCCAAGTTTCTTTGGCAATCTTTCTTCTGCTTCTTTGATGCTGAGGTTTGCTTTCTT CTTTTTGCAGTGATATACCTATGGCTCAGTTTATCATCAATATGAATGCTTCATTGCCAC AATCACAAAAGTTCATCATACATGTTTTGGACAATACACATCTGTTTGTTCGATCTGATA TGGCTGGAATGATTCGTAGTGCTATTTCAGATTTCAGAGACGCTAACACATATGAGAAGC CTGCTTAGTTCTGTTTGATCGATGAAGTTCAGCCATCCCGTGTGTGCCTTGTTACCATGT AAAATAATTCCTAGTAAAGAAGTTTACCATTTTCGGAAAAAGGAACATATAGTATGTCTC CTGTTGTTCGTTCTGAACTGATTCGTCACTTTTGACAGATGTACTTATGGCTTTAGATTT GAAGTTCAACCTTCAATTTGGCAAAACTACAAGTGATATCATATTCTATTTCTGGACATC TCTTTTGTTGTTTACTTATTTTTCTCTTTATAGTTATCTCAATCCGGAGTTTATGGGTCG TACAACAATCCCCTTGCATGTAAATTATAAATAAAATATTGTTTTTGACGGAACTTTTAT TTTCTTATATCTTAGATTCAAGTTATGAATTTCTAGCTATTCAAGAAATTACCCATACCC TCTAAGAAAAAAGTTCTATTATCACTTGTTTCCTTGTTCTCTCTATTAAACTAAAAATAA TAATAGTAATAATAAAAACACAATGCAAATTCTCCCTAAATCGATTTTTTTTTAAAAATA CATAATTATTCTAACGGGTCAAATATTAATCTGGGTTTTGACCCGGACCCGGAACTCTTC CCTATCCAAAAACAACAAGGTGCTTCATCAAAAAAAAAAATTGACAACTCCTTCTCACAC TCTTCTACCTTTGTTGCTTCACCAAAGCAGCATCAATGGCAGTAGCTCTTCCAACATCTT CTTCCTCGTATCTACACTCTAAAACTAAAATTCCTAAGTCTTCTTTAAGGTACCATTTAC CCTCTTCTTCTTCTTTTCTTTTTCTCAATTCAATTTTCTTGTTTTCCACAAAATTAATGT TTCTTTCTGGTAATTTTTTTTAACTTCTTCTATTGTTTTTCAGCTGCTCCAGCAAAGTTT ATGTCGGATTAAGAATCCAATCTCCAGGTATGTTTTATTACATAGTGGTTATGTTAATTT GTGTTTTTTTTTCCTCTTGTTTTAATTGGATAATAACTGTTTGCTTCTTTTTTTATATAT ATATTTTTGGGCAGGTTCTTATGGGGTTGCGACATCTAATTCAAATGTTGATTTTTTCAA CAGAGTTCATAAAAGTATTAAATCCGGGTAATTATTTTTTTTCTAATTATTGGGTGAATT TTGTAGCTAAAAAGTTGTTGTCTTGAATAATGATGTGTTGTTGTTATGTATGCATATATG ACCTGTTTTGTTAGAATTAGAGTATTTGGTCCGTAGGGGTGAATCGAGGATTTAGAGCAG TAGGTTGATTTTCCTAATAGTCATCAATGCTAGTGGATGTTCTCTTGTGTAGGAGACAAA GGAAATGAGATTCAGATGAACTCGTTGCTCATACACTATGTCCAACTATTGAAAAGAATT GGACTTGAGTTGTAATATGTCTGAGAATTATGGATGATTTGAATGTAGATATGATGAATG GACTTCTTGGTTTTATAATTTTGAGCGAGTATTTTGGTCTTGGTTGATTAGAAGATGAAG GTAGTGGAGATGACGGTGCTTAGATAGATTTGTTGGCATACTAGCAGACATATGATTAGG ATGAAGTTATACAGGGTCAAGTGGGAGTGACTTTCATAGCAGGCAAGATGAGAGAAGTGG GACTGAGATGGTTTGGGTATGTGAATAAGAGGTGTGTGGATGCCCGGGAAGGAGGTGTGA GAGGTTGGCGTTATGAGAGGCAAAGATAGGCCAAAAAAGAATAAGGGGAAGTAATTAGAC AAGCCATGAAACAACTTCAACTTATTGAGGATGTGGCCCTAGATATGAAGATTTGGGGGG TCGAGATTAGAGTGGAAGGGTAGTTAGTGGTCAAGTGTTGCCGCTTTTTATGTGGGAAAG GTAGGGAGTTATTTAGTAGTTGTGTAGTTTCTTATTATTCAATGCGTAGTATTTTCTTCC ATCTGCCTTTCTCACCTATGCATAGTTTTCTTTTAGTTTCTGGCCGTTCCAGCGGAGGAT ATTTTCCATGGGAGAGGAAGATGCTGCAGGCTAATTTAATTTAATGGTTTTGAAAAGGGA AAAGTTGTCTTGATATCTAGCTGTTGATATTTATGAAGTATGAGCTTTGTTGTTCTGTGC AAGTTCATCTTAGAGCCTCTATCCTTTTCCTCAAACTATTAATGGAAAATGCCCAACAGG CAAGCTGGAAAGGCCGAGTGCCCAGAATACAAGCAACCAGGAAATATATATGACTTGACC GCTTTACAAATAAAAAATTGGCATAGAGAATATGACTCAACAATTACTTGTGCAGAGCTA TTCTTCCCTTCGATGAGCTTTTTTCATACTCTGCACATTTCTTGCTGCTGAATATTTAAA TCTAAAACTCAAACCTTCTAACCTGTCAGCCTTATTTTCTCTTTCATGTTTTTTCGCTTC TAATAATTTTTTAAAAAGGTTTTCTTTTTCCCAAAACTCATGCCATCTTTTCTCAGTCTT CCAGATTTATTCTCTTGCTCCCTCTTCTTCGTAAGTACCAAATATCCCCAAAATCCTTCA TTTCCCTCAATCTCTACTTGTAATCATCTGAATTACTTCTCTGTATCATTGACCTAAATC TGCAACAAAAAGAGTTGGATGAGCCGTCTTGATCTGCTTATTCCATTGATGCTATCTGAA TGACCTGGTCATTGTTTTCCAACTATACTTGTTGGATTTGCTTGCCAGATTATCTTCACT TAATTCCTGCTCAAATCCCCAACTTATCTCCTAAACTGCTTTCACTTCCAAATATGACGT GTAAATCACCATACACTCCTCTCCTCGATCCCACCTCCTCCATACCTCTCTGATCTTTCC CTCACGTGAGTTTATGATTAACATTGCCTTTTTTTTAAGGAACTTATATATAGCATAAGT CAGTATACTTTGTTTACAATCAAATTACAGATCATCGCGTAGTTCAAATGAGAAGATTTA AACTATTCTATCCCCTCACCCCCCAAACAGGGATATCAGTTGATCTGATGAGGTGTGTCT CGCTAACAAGCAGATCTGAATGAGGTGTAGCACTTGCATCATTTTTAATTGATCGTTACT TACAAGCTTGTGCAAAGTGCATGTTGTTCATGTCTGAGTATATCCCATCTCTTCTATGAG TGGAACCTCAACTCCCCTTTGGATATATCTAGTTTGTATATATTTTCTCAAGTTTTGGCT GCTGCTTGTGTTTCTAACCTGACCCATAAATCATAATTCCTAATTCCAGAACTAAAGATG GTAAAGCAACACGTGCACAAGTTACCATGATGCCCATTGGAACACCAAAGGTGCCCTATA GAAATCCAGTTGACGCATCATGGCAATGGGTTGATATATGGAATGCTCTTGTAAGTAACA TGCCTTCAGTTTCTCGTTAAGCTAGCAGATTATTGCTATCTGGATAAAGAATTTTATTCG TTTTAGCGGTAATTCAAAATGTCAAGGTCCAGGATCAGTCTCTCTTCGTAGTAGTGGTTG TAGCCAGCACATTCATTGGCTGAACCACTATTTGAATATGACTTCCAAGTCTATTAAATC AAAGCTTGATAACTTTGATCTAGAGCCCTTTACATTATTCTCTGGATCACTTCCTGATCG AAGAGTGCCTTCATTTCTTCTTTGACTAATTGGATAATAATTCATATGTTTTATCTGGGA AAATATCACTGAATTCTCAAATGCAGTACCGCGAACGTGTTATTTTCATTGGAGAAGAGA TTACTGAAGAATTTAGCAACCAGATATTGGCAACAATGCTGTACCTTGACAGTATTGATA ATTCCAAGAAGCTCTACATGTTTATCAATGGGCCTGGTGGTGATGTGAGTTCTTCACCAA TTTTGCTTTGTTGTCATAGTTTCTTTTTAAATAGAAACACCTCCTTTTTCTTCTAAAATT TGTACTCAGACCGGTTTCTTTCTTCTTGTTATGCTTAAAGTTACTTTTAATTACAGCTAA CTCCAACCCTGGCCATTTATGACACAATGCAAAGTCTGAAAAGTGCTGTTGGTACCCACT GTGTGGGCTTTGCCTACAATCTTGCCGCTTTTCTTCTTGCTGCTGGAGAAAAGGTACGAT ACTTCTCTCGTAGTGATGAAATGTGACTAAAAACTTGTGCTCATCTACAATGTCTTACTT ATAGTAGCTGTTCAAGTTGTTTGTAGCTGATTATTTTATGTAAAGATGCAATTGACTTGT CTGGACATTTTGGCTAGTTTTCCTTTTCTTTTTTCAGCATTTGACTTGAATGGAAATTTG CCGGTATCAGGCCTTGTGATGACAACCCAAAGAACCTTTTTTATGAGAATTTAATTTATC TTATATTAACCTAGAGGTGTATTTAGCTGATTATAATTTATAAGTTGGTCTTGTGTCTCT TCGAAGGATTCCACTGAAAGTTGTGATTCTATCTTGTAATGTGAAATCAGACTACTTTCT GTTTTTTTCCTTTTTTGATATAAGTTTTCAAAATGGTAACTTGGTCATAAATTGACATGT GATTTCATTTGGCTGTCTAGATCAATTCTTGTTTTCCTGAAGGTATATCACTGACATTAA ATATGTGATTCATACGATTCACCTTATGCTAAAGCACTTGTTCATTCCTAGCCTAAATGA GGAATGCTTTTGTGATGAGAACTGTTAATGCAAAGACCTCAAATGATAGGCATATTCACA TTAAGGGATTCTTTGTTTTGGCTTAGTTTCTTATATCATGATGTGATTGTTTGGAAAGGC AAACTAAAGCGTATTTGTTAATTTGGTTAACTTTCCATCATGAAGGGCAATCGATGTGCA ATGCCTCTTGCAAGGATTGCACTAGAATCTCCAGCTGGAGCTGCACGCGGACAGGTTTGC TTGCCTCCATGACATTTTGGAAGTCTAAATGTTTGTTTCTGATAATCTTCCTGAGACTAC ATACACTTATATTTTCATCTTTGGTAGGCTGACGATATCCGTAATGAAGCAGAAGAACTT CTCAGAATTAGAAATTACCTTTTCAAGGAGTTGTCTGAGAAGACAGGCCAGCCTATTGAA AAGGTATGTCATTGTTTTTCCAATCTATGATTCGAAATAAGTTTCCACCTTAAACGGACT CTCCTTATATCGAGTAATAATTTACCTCTGCATATTCAAAGTATTGATCATGGTAACTGG AACCATGTAGGTTCACAAGGATTTGAGTCGAGTGAAGCGATTCACTGCTAAAGAAGCTCT TGAATACGGTCTTATTGACCGTATAGTTAGGCCTAACCGTCTTGACGGAGATGCTCCGCC GAGGGATATCACTGCAGGTCTTGGTTAAGTCTATAAGTCTTGGCTGCAAGTGTTGTTCTG CAAGAAAATTGTTTAATCTGCATATTGAACGCTTTTGATCTACTTATTCAAAAATTTGCA TTGCTGTTGAAGTAAAAGAATTGAAGCTTAATCTTTCATATTATTTTATTTTTCACAAAA AAAATGTTCTGTTATATGTCTCTGTCGATTTTTCACTCCAAATGCATCGCTAAGACACTA TGATTTCAAATCAGCATTTGGACATTATTTGTTATAAAAAAAAAGGATTAGATTGTTAAT TAGTGAATCTTTACAAAATTATGTGTAATTGAAAGTTTGTAAATCACAAATAAGTCGGTT TAAGATATTCGAAAACTTGTTTATGAATTGTGATTTGCTTATTTGGTACTTGTAAAACAA TATGTTAAATAGTTTTTATGTTTATGAGAAAAAATATAACTTAAGGAATTC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 1 125 match_part 1.000 206 919 match_2 match_part 0.952 1 125 match_part 0.965 206 697 match_3 match_part 0.952 1 125 match_part 0.965 206 602 match_4 match_part 1.000 104 125 match_part 1.000 206 818 match_5 match_part 1.000 104 125 match_part 1.000 206 659 match_6 match_part 0.999 20103 20782 match_7 match_part 0.990 20103 20627 match_8 match_part 0.987 20453 21048 match_9 match_part 1.000 20456 21035 match_10 match_part 0.990 21012 21603 match_11 match_part 0.915 32826 33237 match_12 match_part 1.000 35360 35373 match_part 1.000 35473 35505 match_part 0.976 35799 35924 match_part 0.974 36001 36192 match_part 0.968 36280 36342 match_13 match_part 1.000 36648 36696 match_part 0.979 37386 37482 match_part 0.992 38809 38934 match_part 0.990 39010 39105 match_part 0.983 39467 39586 match_part 0.949 39670 39747 match_part 0.904 40125 40321 match_14 match_part 1.000 36648 36696 match_part 0.979 37386 37482 match_part 0.992 38809 38934 match_part 0.990 39010 39105 match_part 0.983 39467 39586 match_part 0.949 39670 39747 match_part 0.995 40125 40321 match_15 match_part 1.000 50086 50447 match_part 1.000 51130 51401 match_16 match_part 1.000 50305 50447 match_part 1.000 51130 51415 match_17 match_part 0.990 50347 50447 match_part 0.996 51130 51376 match_18 match_part 0.999 52219 52917 match_19 match_part 1.000 52219 52849 match_20 match_part 0.975 52219 52779 match_21 match_part 0.985 53150 53215 match_part 0.998 53351 53757 match_22 match_part 1.000 53154 53215 match_part 0.925 53351 53738 match_23 match_part 0.952 54166 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 0.979 58468 58563 match_part 0.964 58691 58745 match_24 match_part 0.885 54168 54289 match_part 0.955 54404 54447 match_part 0.945 54555 54627 match_part 0.917 56750 56870 match_part 0.957 57207 57344 match_part 0.974 57477 57593 match_part 0.986 58306 58374 match_25 match_part 1.000 54169 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58555 match_26 match_part 0.892 54170 54289 match_part 0.955 54404 54447 match_part 0.945 54555 54627 match_part 0.934 56750 56870 match_part 0.964 57207 57344 match_part 0.974 57477 57593 match_part 0.971 58306 58374 match_part 0.972 58468 58503 match_27 match_part 0.892 54170 54289 match_part 0.977 54404 54447 match_part 0.945 54555 54627 match_part 0.934 56750 56870 match_part 0.971 57207 57344 match_part 0.966 57477 57593 match_part 1.000 58306 58324 match_28 match_part 0.892 54170 54289 match_part 0.977 54404 54447 match_part 0.945 54555 54627 match_part 0.917 56750 56870 match_part 0.971 57207 57344 match_part 0.974 57477 57593 match_29 match_part 0.950 54171 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57546 match_30 match_part 0.950 54171 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56779 match_31 match_part 1.000 54173 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 0.986 57207 57344 match_part 0.991 57477 57593 match_part 1.000 58306 58374 match_part 0.969 58468 58563 match_part 0.943 58691 58743 match_32 match_part 1.000 54173 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 0.943 58468 58537 match_33 match_part 1.000 54173 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58509 match_34 match_part 0.949 54173 54289 match_part 0.977 54404 54447 match_part 0.973 54555 54627 match_part 0.983 56750 56870 match_part 0.971 57207 57344 match_part 0.980 57477 57526 match_35 match_part 0.991 54173 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 0.992 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57521 match_36 match_part 1.000 54173 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 0.982 56750 56805 match_37 match_part 0.974 54174 54289 match_part 0.955 54404 54447 match_part 1.000 54555 54627 match_part 0.992 56750 56870 match_part 0.986 57207 57344 match_part 0.991 57477 57593 match_part 0.986 58306 58374 match_part 0.990 58468 58563 match_part 0.988 58691 58774 match_38 match_part 0.904 54175 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57293 match_39 match_part 0.921 54176 54289 match_part 0.977 54404 54447 match_part 0.945 54555 54627 match_part 0.934 56750 56870 match_part 0.957 57207 57344 match_part 0.945 57477 57586 match_40 match_part 1.000 54176 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57522 match_41 match_part 0.921 54176 54289 match_part 0.977 54404 54447 match_part 0.945 54555 54627 match_part 0.934 56750 56870 match_part 0.976 57207 57330 match_42 match_part 1.000 54177 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57267 match_43 match_part 0.929 54178 54289 match_part 0.955 54404 54447 match_part 0.945 54555 54627 match_part 0.934 56750 56870 match_part 0.971 57207 57344 match_part 0.983 57477 57593 match_part 0.986 58306 58374 match_part 0.971 58468 58537 match_44 match_part 0.929 54178 54289 match_part 0.955 54404 54447 match_part 0.945 54555 54627 match_part 0.934 56750 56870 match_part 0.971 57207 57275 match_45 match_part 1.000 54179 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 0.991 57477 57593 match_part 0.971 58306 58374 match_part 1.000 58468 58490 match_46 match_part 1.000 54179 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57524 match_47 match_part 1.000 54179 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 0.978 57207 57344 match_part 1.000 57477 57510 match_48 match_part 1.000 54181 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 0.983 57477 57593 match_49 match_part 0.944 54183 54289 match_part 0.955 54404 54447 match_part 0.945 54555 54627 match_part 0.934 56750 56870 match_part 0.964 57207 57344 match_part 0.974 57477 57593 match_part 0.957 58306 58374 match_part 0.957 58468 58490 match_50 match_part 1.000 54183 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57504 match_51 match_part 0.981 54187 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58563 match_part 0.989 58691 58784 match_52 match_part 0.941 54189 54289 match_part 0.977 54404 54447 match_part 0.945 54555 54627 match_part 0.934 56750 56870 match_part 0.975 57207 57326 match_53 match_part 0.980 54190 54289 match_part 1.000 54404 54447 match_part 0.973 54555 54627 match_part 0.975 56750 56870 match_part 0.993 57207 57344 match_part 0.983 57477 57593 match_part 1.000 58306 58374 match_part 0.948 58468 58563 match_part 1.000 58691 58696 match_54 match_part 0.960 54190 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 0.992 56750 56870 match_part 0.986 57207 57344 match_part 0.983 57477 57593 match_part 0.942 58306 58374 match_part 0.831 58468 58544 match_55 match_part 1.000 54190 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58523 match_56 match_part 1.000 54190 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 0.981 58468 58519 match_57 match_part 1.000 54190 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 0.971 58306 58374 match_part 1.000 58468 58509 match_58 match_part 0.980 54190 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 0.992 56750 56870 match_part 0.993 57207 57344 match_part 0.978 57477 57522 match_59 match_part 0.970 54190 54289 match_part 0.932 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 0.938 57207 57319 match_60 match_part 1.000 54190 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57256 match_61 match_part 1.000 54202 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_62 match_part 1.000 54203 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58560 match_63 match_part 0.989 54203 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57540 match_64 match_part 1.000 54204 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_65 match_part 0.988 54208 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58563 match_part 1.000 58691 58782 match_66 match_part 1.000 54208 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57504 match_67 match_part 0.962 54211 54289 match_part 0.977 54404 54447 match_part 0.945 54555 54627 match_part 0.934 56750 56870 match_part 0.978 57207 57296 match_68 match_part 0.962 54211 54289 match_part 0.977 54404 54447 match_part 0.932 54555 54627 match_part 0.934 56750 56870 match_part 0.960 57207 57256 match_69 match_part 1.000 54222 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58350 match_70 match_part 0.980 54241 54289 match_part 0.909 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57584 match_71 match_part 0.992 56745 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58563 match_part 0.989 58691 58785 match_72 match_part 0.988 56788 56870 match_part 0.986 57207 57344 match_part 0.991 57477 57593 match_part 0.986 58306 58374 match_part 0.990 58468 58563 match_part 0.894 58691 58983 match_73 match_part 1.000 56845 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58563 match_part 1.000 58691 58846 match_74 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 0.979 58468 58563 match_part 0.977 58691 58952 match_75 match_part 1.000 57252 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58563 match_part 0.991 58691 58905 match_76 match_part 0.980 57492 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58563 match_part 0.996 58691 58957 match_77 match_part 0.930 58318 58374 match_part 0.896 58468 58563 match_part 0.971 58691 58931 match_78 match_part 1.000 58338 58374 match_part 1.000 58468 58563 match_part 0.989 58691 58966 match_79 match_part 0.967 58345 58374 match_part 1.000 58468 58563 match_part 1.000 58691 58983 match_80 match_part 0.963 58537 58563 match_part 0.986 58691 58983 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_81 match_part 0.942 921 316 match_82 match_part 0.948 2430 2198 match_83 match_part 1.000 5673 5404 match_part 1.000 3946 3915 match_84 match_part 0.989 7074 6436 match_85 match_part 0.998 6954 6445 match_86 match_part 0.998 6920 6445 match_87 match_part 1.000 8510 8444 match_part 1.000 8348 8268 match_part 1.000 8142 8067 match_part 1.000 7997 7905 match_part 1.000 7115 6579 match_88 match_part 1.000 8322 8268 match_part 0.974 8142 8067 match_part 0.968 7997 7905 match_part 0.892 7115 6624 match_89 match_part 0.960 8091 8067 match_part 0.968 7997 7905 match_part 0.892 7115 6627 match_90 match_part 0.967 8564 8444 match_part 0.975 8348 8268 match_part 0.974 8142 8067 match_part 0.968 7997 7905 match_part 0.909 7115 6840 match_91 match_part 0.994 8893 8731 match_part 1.000 8610 8444 match_part 1.000 8348 8268 match_part 1.000 8142 8067 match_part 1.000 7997 7905 match_part 0.980 7115 6864 match_92 match_part 0.981 8598 8444 match_part 0.975 8348 8268 match_part 0.974 8142 8067 match_part 0.968 7997 7905 match_part 0.922 7115 6950 match_93 match_part 0.964 8926 8731 match_part 0.965 8613 8444 match_part 0.975 8348 8268 match_part 0.974 8142 8067 match_part 0.968 7997 7905 match_part 0.941 7115 7014 match_94 match_part 0.956 8934 8731 match_part 0.965 8613 8444 match_part 0.975 8348 8268 match_part 0.974 8142 8067 match_part 0.968 7997 7905 match_part 0.946 7115 7042 match_95 match_part 1.000 12593 12534 match_part 1.000 9198 8731 match_part 1.000 8610 8444 match_part 0.988 8348 8268 match_part 1.000 8142 8130 match_96 match_part 0.879 12591 12534 match_part 0.896 9198 8727 match_part 0.971 8613 8444 match_part 0.935 8348 8318 match_97 match_part 0.883 12593 12534 match_part 0.900 9198 8731 match_part 0.965 8613 8444 match_part 0.810 8348 8328 match_98 match_part 0.896 9198 8727 match_part 0.971 8613 8444 match_part 0.875 8348 8333 match_99 match_part 0.883 12593 12534 match_part 0.896 9198 8727 match_part 0.929 8613 8444 match_part 0.900 8348 8339 match_100 match_part 1.000 9127 8731 match_part 0.994 8610 8444 match_part 1.000 8348 8340 match_101 match_part 0.883 12593 12534 match_part 0.900 9198 8731 match_part 0.956 8613 8478 match_102 match_part 0.938 9114 8727 match_part 0.953 8613 8529 match_103 match_part 0.883 12593 12534 match_part 0.900 9198 8731 match_part 0.940 8613 8530 match_104 match_part 0.883 12593 12534 match_part 0.895 9198 8731 match_part 0.939 8613 8532 match_105 match_part 1.000 12632 12534 match_part 1.000 9198 8731 match_106 match_part 0.919 12632 12534 match_part 1.000 9198 8773 match_107 match_part 1.000 12578 12534 match_part 0.995 9198 8819 match_108 match_part 0.919 12632 12534 match_part 1.000 9198 8915 match_109 match_part 1.000 20918 20899 match_part 0.986 20723 20103 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 1 125 exon 206 919 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 921 316 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 2430 2198 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 5673 5404 exon 3946 3915 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 12632 12534 exon 9198 8731 exon 8613 8444 exon 8348 8268 exon 8142 8067 exon 7997 7905 exon 7115 6436 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 12632 12534 exon 9198 8727 exon 8613 8444 exon 8348 8268 exon 8142 8067 exon 7997 7905 exon 7115 6436 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 12632 12534 exon 9198 8731 exon 8610 8444 exon 8348 8268 exon 8142 8067 exon 7997 7905 exon 7115 6436 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 20918 20899 exon 20723 20103 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 20103 21603 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 32826 33237 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 35360 35373 exon 35473 35505 exon 35799 35924 exon 36001 36192 exon 36280 36342 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 36648 36696 exon 37386 37482 exon 38809 38934 exon 39010 39105 exon 39467 39586 exon 39670 39747 exon 40125 40321 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 50086 50447 exon 51130 51415 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 52219 52917 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 53150 53215 exon 53351 53757 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 54166 54289 exon 54404 54447 exon 54555 54627 exon 56750 56870 exon 57207 57344 exon 57477 57593 exon 58306 58374 exon 58468 58563 exon 58691 58983 gene_17 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 56745 56870 exon 57207 57344 exon 57477 57593 exon 58306 58374 exon 58468 58563 exon 58691 58983 RepeatMasker tomato repeats master Copia00175 2420 2487 1 Copia00175 2420 2487 1 nucleotide_motif 253 11743 11811 Copia00110 1919 2137 1 Copia00110 1919 2137 1 nucleotide_motif 474 45124 45235 Copia00110 2138 2350 1 Copia00110 2138 2350 1 nucleotide_motif 474 45447 45555 TS2 1 351 1 TS2 1 351 1 nucleotide_motif 796 55024 55362 RepeatMasker tomato repeats master Copia00110 2406 2716 -1 Copia00110 2406 2716 -1 nucleotide_motif 1630 6245 5937 Unknown00025 236 474 -1 Unknown00025 236 474 -1 nucleotide_motif 770 14410 14154 SONATA2 34 253 -1 SONATA2 34 253 -1 nucleotide_motif 799 19179 18964 Copia00143 74 215 -1 Copia00143 74 215 -1 nucleotide_motif 645 29966 29835 Copia00143 120 221 -1 Copia00143 120 221 -1 nucleotide_motif 547 30081 29983 TS2 539 655 -1 TS2 539 655 -1 nucleotide_motif 459 37193 37067 TONT1_LE_LTR 615 827 -1 TONT1_LE_LTR 615 827 -1 nucleotide_motif 592 45446 45236 TLP2 30 294 -1 TLP2 30 294 -1 nucleotide_motif 1078 50785 50527 Copia00172 1280 1374 -1 Copia00172 1280 1374 -1 nucleotide_motif 258 52414 52325 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 5434 4823 7611 match_2 match 7791 877 4806 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 1285 27741 28388 match_2 match 1423 52428 53161 match_3 match 729 35439 35806 match_4 match 521 40348 40614 match_5 match 1580 20013 20830 match_6 match 1235 1563 2213 match_7 match 1055 14628 15182 match_8 match 1090 39769 40348 match_9 match 1326 6731 7407 match_10 match 1001 9702 10206 match_11 match 404 10874 11077 match_12 match 442 10638 10860 match_13 match 609 34698 35025 match_14 match 476 7940 8179 match_15 match 1403 25939 26676 match_16 match 948 6402 6903 match_17 match 952 7655 8164 match_18 match 505 18472 18747 match_19 match 660 18101 18433 match_20 match 852 30810 31251 match_21 match 1209 31124 31778 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 1 125 match_part 1.000 206 919 match_2 match_part 1.000 104 125 match_part 1.000 206 818 match_3 match_part 1.000 104 125 match_part 1.000 206 659 match_4 match_part 0.999 20103 20782 match_5 match_part 0.990 20103 20627 match_6 match_part 0.987 20453 21048 match_7 match_part 1.000 20456 21035 match_8 match_part 0.990 21012 21603 match_9 match_part 1.000 50086 50447 match_part 1.000 51130 51401 match_10 match_part 1.000 50305 50447 match_part 1.000 51130 51415 match_11 match_part 0.990 50347 50447 match_part 0.996 51130 51376 match_12 match_part 0.999 52219 52917 match_13 match_part 1.000 52219 52849 match_14 match_part 0.975 52219 52779 match_15 match_part 0.985 53150 53215 match_part 0.998 53351 53757 match_16 match_part 0.952 54166 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 0.979 58468 58563 match_part 0.964 58691 58745 match_17 match_part 1.000 54169 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58555 match_18 match_part 0.950 54171 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57546 match_19 match_part 0.950 54171 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56779 match_20 match_part 1.000 54173 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 0.986 57207 57344 match_part 0.991 57477 57593 match_part 1.000 58306 58374 match_part 0.969 58468 58563 match_part 0.943 58691 58743 match_21 match_part 1.000 54173 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 0.943 58468 58537 match_22 match_part 1.000 54173 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58509 match_23 match_part 0.949 54173 54289 match_part 0.977 54404 54447 match_part 0.973 54555 54627 match_part 0.983 56750 56870 match_part 0.971 57207 57344 match_part 0.980 57477 57526 match_24 match_part 0.991 54173 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 0.992 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57521 match_25 match_part 1.000 54173 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 0.982 56750 56805 match_26 match_part 0.974 54174 54289 match_part 0.955 54404 54447 match_part 1.000 54555 54627 match_part 0.992 56750 56870 match_part 0.986 57207 57344 match_part 0.991 57477 57593 match_part 0.986 58306 58374 match_part 0.990 58468 58563 match_part 0.988 58691 58774 match_27 match_part 0.904 54175 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57293 match_28 match_part 1.000 54176 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57522 match_29 match_part 1.000 54177 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57267 match_30 match_part 1.000 54179 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 0.991 57477 57593 match_part 0.971 58306 58374 match_part 1.000 58468 58490 match_31 match_part 1.000 54179 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57524 match_32 match_part 1.000 54179 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 0.978 57207 57344 match_part 1.000 57477 57510 match_33 match_part 1.000 54181 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 0.983 57477 57593 match_34 match_part 1.000 54183 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57504 match_35 match_part 0.981 54187 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58563 match_part 0.989 58691 58784 match_36 match_part 0.980 54190 54289 match_part 1.000 54404 54447 match_part 0.973 54555 54627 match_part 0.975 56750 56870 match_part 0.993 57207 57344 match_part 0.983 57477 57593 match_part 1.000 58306 58374 match_part 0.948 58468 58563 match_part 1.000 58691 58696 match_37 match_part 0.960 54190 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 0.992 56750 56870 match_part 0.986 57207 57344 match_part 0.983 57477 57593 match_part 0.942 58306 58374 match_part 0.831 58468 58544 match_38 match_part 1.000 54190 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58523 match_39 match_part 1.000 54190 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 0.981 58468 58519 match_40 match_part 1.000 54190 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 0.971 58306 58374 match_part 1.000 58468 58509 match_41 match_part 0.980 54190 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 0.992 56750 56870 match_part 0.993 57207 57344 match_part 0.978 57477 57522 match_42 match_part 0.970 54190 54289 match_part 0.932 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 0.938 57207 57319 match_43 match_part 1.000 54190 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57256 match_44 match_part 1.000 54202 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_45 match_part 1.000 54203 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58560 match_46 match_part 0.989 54203 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57540 match_47 match_part 1.000 54204 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_48 match_part 0.988 54208 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58563 match_part 1.000 58691 58782 match_49 match_part 1.000 54208 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57504 match_50 match_part 1.000 54222 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58350 match_51 match_part 0.980 54241 54289 match_part 0.909 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57584 match_52 match_part 0.992 56745 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58563 match_part 0.989 58691 58785 match_53 match_part 0.988 56788 56870 match_part 0.986 57207 57344 match_part 0.991 57477 57593 match_part 0.986 58306 58374 match_part 0.990 58468 58563 match_part 0.894 58691 58983 match_54 match_part 1.000 56845 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58563 match_part 1.000 58691 58846 match_55 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 0.979 58468 58563 match_part 0.977 58691 58952 match_56 match_part 1.000 57252 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58563 match_part 0.991 58691 58905 match_57 match_part 0.980 57492 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58563 match_part 0.996 58691 58957 match_58 match_part 0.930 58318 58374 match_part 0.896 58468 58563 match_part 0.971 58691 58931 match_59 match_part 1.000 58338 58374 match_part 1.000 58468 58563 match_part 0.989 58691 58966 match_60 match_part 0.967 58345 58374 match_part 1.000 58468 58563 match_part 1.000 58691 58983 match_61 match_part 0.963 58537 58563 match_part 0.986 58691 58983 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_62 match_part 0.948 2430 2198 match_63 match_part 1.000 5673 5404 match_part 1.000 3946 3915 match_64 match_part 0.989 7074 6436 match_65 match_part 0.998 6954 6445 match_66 match_part 0.998 6920 6445 match_67 match_part 1.000 8510 8444 match_part 1.000 8348 8268 match_part 1.000 8142 8067 match_part 1.000 7997 7905 match_part 1.000 7115 6579 match_68 match_part 0.994 8893 8731 match_part 1.000 8610 8444 match_part 1.000 8348 8268 match_part 1.000 8142 8067 match_part 1.000 7997 7905 match_part 0.980 7115 6864 match_69 match_part 1.000 12593 12534 match_part 1.000 9198 8731 match_part 1.000 8610 8444 match_part 0.988 8348 8268 match_part 1.000 8142 8130 match_70 match_part 1.000 9127 8731 match_part 0.994 8610 8444 match_part 1.000 8348 8340 match_71 match_part 1.000 12632 12534 match_part 1.000 9198 8731 match_72 match_part 0.919 12632 12534 match_part 1.000 9198 8773 match_73 match_part 1.000 12578 12534 match_part 0.995 9198 8819 match_74 match_part 0.919 12632 12534 match_part 1.000 9198 8915 match_75 match_part 1.000 20918 20899 match_part 0.986 20723 20103 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 1 125 exon 206 919 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 2430 2198 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 5673 5404 exon 3946 3915 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 12632 12534 exon 9198 8731 exon 8610 8444 exon 8348 8268 exon 8142 8067 exon 7997 7905 exon 7115 6436 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 20918 20899 exon 20723 20103 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 20103 21603 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 50086 50447 exon 51130 51415 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 52219 52917 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 53150 53215 exon 53351 53757 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 54166 54289 exon 54404 54447 exon 54555 54627 exon 56750 56870 exon 57207 57344 exon 57477 57593 exon 58306 58374 exon 58468 58563 exon 58691 58983 gene_11 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 56745 56870 exon 57207 57344 exon 57477 57593 exon 58306 58374 exon 58468 58563 exon 58691 58983 AUGUSTUS_tom_cdna de novo gene_1 gene 1 66 805 transcript_1 transcript 66 805 start_codon_1 start_codon 66 68 CDS_1 CDS 66 125 CDS_2 CDS 206 805 stop_codon_1 stop_codon 803 805 gene_2 gene 1 15621 40430 transcript_2 transcript 15621 40430 start_codon_2 start_codon 15621 15623 CDS_3 CDS 15621 15635 CDS_4 CDS 19837 21135 CDS_5 CDS 35799 35924 CDS_6 CDS 36280 36363 CDS_7 CDS 39010 39105 CDS_8 CDS 39467 39586 CDS_9 CDS 39670 39747 CDS_10 CDS 40125 40430 stop_codon_2 stop_codon 40428 40430 gene_3 gene 1 50213 51203 transcript_3 transcript 50213 51203 start_codon_3 start_codon 50213 50215 CDS_11 CDS 50213 50447 CDS_12 CDS 51130 51203 stop_codon_3 stop_codon 51201 51203 gene_4 gene 1 53181 53528 transcript_4 transcript 53181 53528 start_codon_4 start_codon 53181 53183 CDS_13 CDS 53181 53215 CDS_14 CDS 53351 53528 stop_codon_4 stop_codon 53526 53528 gene_5 gene 1 54216 58828 transcript_5 transcript 54216 58828 start_codon_5 start_codon 54216 54218 CDS_15 CDS 54216 54289 CDS_16 CDS 54404 54447 CDS_17 CDS 54555 54627 CDS_18 CDS 56750 56870 CDS_19 CDS 57207 57344 CDS_20 CDS 57477 57593 CDS_21 CDS 58306 58374 CDS_22 CDS 58468 58563 CDS_23 CDS 58691 58828 stop_codon_5 stop_codon 58826 58828 AUGUSTUS_tom_cdna de novo gene_6 gene 1 5716 3846 transcript_6 transcript 5716 3846 stop_codon_6 stop_codon 3848 3846 CDS_24 CDS 3946 3846 CDS_25 CDS 5716 5404 start_codon_6 start_codon 5716 5714 gene_7 gene 1 13911 6892 transcript_7 transcript 13911 6892 stop_codon_7 stop_codon 6894 6892 CDS_26 CDS 7115 6892 CDS_27 CDS 7997 7905 CDS_28 CDS 8142 8067 CDS_29 CDS 8348 8268 CDS_30 CDS 8610 8444 CDS_31 CDS 9198 8731 CDS_32 CDS 12542 12534 CDS_33 CDS 13911 13905 start_codon_7 start_codon 13911 13909 AUGUSTUS_ab_initio de novo gene_1 gene 1 239 805 transcript_1 transcript 239 805 start_codon_1 start_codon 239 241 CDS_1 CDS 239 805 stop_codon_1 stop_codon 803 805 gene_2 gene 1 10502 57626 transcript_2 transcript 10502 57626 start_codon_2 start_codon 10502 10504 CDS_2 CDS 10502 10525 CDS_3 CDS 19837 20876 CDS_4 CDS 20997 21135 CDS_5 CDS 35799 35924 CDS_6 CDS 36280 36363 CDS_7 CDS 39010 39105 CDS_8 CDS 39467 39586 CDS_9 CDS 39670 39747 CDS_10 CDS 47760 47985 CDS_11 CDS 56491 56512 CDS_12 CDS 56750 56870 CDS_13 CDS 57207 57344 CDS_14 CDS 57477 57626 stop_codon_2 stop_codon 57624 57626 AUGUSTUS_ab_initio de novo gene_3 gene 1 9184 3846 transcript_3 transcript 9184 3846 stop_codon_3 stop_codon 3848 3846 CDS_15 CDS 3946 3846 CDS_16 CDS 7997 7905 CDS_17 CDS 9184 8731 start_codon_3 start_codon 9184 9182 AUGUSTUS_tom_ugs de novo gene_1 gene 1 66 805 transcript_1 transcript 66 805 start_codon_1 start_codon 66 68 CDS_1 CDS 66 125 CDS_2 CDS 206 805 stop_codon_1 stop_codon 803 805 gene_2 gene 1 10502 40430 transcript_2 transcript 10502 40430 start_codon_2 start_codon 10502 10504 CDS_3 CDS 10502 10525 CDS_4 CDS 19837 21135 CDS_5 CDS 35799 35924 CDS_6 CDS 36280 36363 CDS_7 CDS 39010 39105 CDS_8 CDS 39467 39586 CDS_9 CDS 39670 39747 CDS_10 CDS 40125 40430 stop_codon_2 stop_codon 40428 40430 gene_3 gene 1 50213 51203 transcript_3 transcript 50213 51203 start_codon_3 start_codon 50213 50215 CDS_11 CDS 50213 50447 CDS_12 CDS 51130 51203 stop_codon_3 stop_codon 51201 51203 gene_4 gene 1 53181 53528 transcript_4 transcript 53181 53528 start_codon_4 start_codon 53181 53183 CDS_13 CDS 53181 53215 CDS_14 CDS 53351 53528 stop_codon_4 stop_codon 53526 53528 gene_5 gene 1 54216 58828 transcript_5 transcript 54216 58828 start_codon_5 start_codon 54216 54218 CDS_15 CDS 54216 54289 CDS_16 CDS 54404 54447 CDS_17 CDS 54555 54627 CDS_18 CDS 56750 56870 CDS_19 CDS 57207 57344 CDS_20 CDS 57477 57593 CDS_21 CDS 58306 58374 CDS_22 CDS 58468 58563 CDS_23 CDS 58691 58828 stop_codon_5 stop_codon 58826 58828 AUGUSTUS_tom_ugs de novo gene_6 gene 1 5716 3846 transcript_6 transcript 5716 3846 stop_codon_6 stop_codon 3848 3846 CDS_24 CDS 3946 3846 CDS_25 CDS 5716 5404 start_codon_6 start_codon 5716 5714 gene_7 gene 1 9184 6892 transcript_7 transcript 9184 6892 stop_codon_7 stop_codon 6894 6892 CDS_26 CDS 7115 6892 CDS_27 CDS 7997 7905 CDS_28 CDS 8142 8067 CDS_29 CDS 8348 8268 CDS_30 CDS 8610 8444 CDS_31 CDS 9184 8731 start_codon_7 start_codon 9184 9182 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 1 125 match_part 1.000 206 919 match_2 match_part 0.996 20103 21048 match_3 match_part 1.000 50086 50447 match_part 1.000 51130 51415 match_4 match_part 0.999 52219 52917 match_5 match_part 0.904 54175 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 0.986 57207 57344 match_part 0.991 57477 57593 match_part 0.986 58306 58374 match_part 0.990 58468 58563 match_part 0.894 58691 58983 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_6 match_part 0.948 2430 2198 match_7 match_part 0.980 12632 12534 match_part 1.000 9198 8731 match_part 1.000 8610 8444 match_part 1.000 8348 8268 match_part 1.000 8142 8067 match_part 1.000 7997 7905 match_part 0.999 7115 6445 match_8 match_part 0.990 21603 21012 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 1 125 exon 206 919 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 2430 2198 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 12632 12534 exon 9198 8731 exon 8610 8444 exon 8348 8268 exon 8142 8067 exon 7997 7905 exon 7115 6445 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 20103 21048 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 21603 21012 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 50086 50447 exon 51130 51415 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 52219 52917 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 54175 54289 exon 54404 54447 exon 54555 54627 exon 56750 56870 exon 57207 57344 exon 57477 57593 exon 58306 58374 exon 58468 58563 exon 58691 58983 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.996 20103 21048 match_2 match_part 0.892 54170 54289 match_part 0.977 54404 54447 match_part 0.945 54555 54627 match_part 0.934 56750 56870 match_part 0.971 57207 57344 match_part 0.974 57477 57593 match_part 0.971 58306 58374 match_part 0.979 58468 58563 match_part 0.797 58691 58985 match_3 match_part 1.000 54173 54289 match_part 1.000 54404 54447 match_part 1.000 54555 54627 match_part 1.000 56750 56870 match_part 1.000 57207 57344 match_part 1.000 57477 57593 match_part 1.000 58306 58374 match_part 1.000 58468 58563 match_part 0.997 58691 58983 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 20103 21048 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0013G08.1 type gene exon 54170 54289 exon 54404 54447 exon 54555 54627 exon 56750 56870 exon 57207 57344 exon 57477 57593 exon 58306 58374 exon 58468 58563 exon 58691 58985 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 66 805 transcript_1 transcript 66 805 start_codon_1 start_codon 66 68 CDS_1 CDS 66 125 CDS_2 CDS 206 805 stop_codon_1 stop_codon 803 805 gene_2 gene 1 15621 40430 transcript_2 transcript 15621 40430 start_codon_2 start_codon 15621 15623 CDS_3 CDS 15621 15635 CDS_4 CDS 19837 21135 CDS_5 CDS 35799 35924 CDS_6 CDS 36280 36363 CDS_7 CDS 36443 36541 CDS_8 CDS 36620 36696 CDS_9 CDS 37386 37482 CDS_10 CDS 38809 38934 CDS_11 CDS 39010 39105 CDS_12 CDS 39467 39586 CDS_13 CDS 39670 39747 CDS_14 CDS 40125 40430 stop_codon_2 stop_codon 40428 40430 gene_3 gene 1 50213 51203 transcript_3 transcript 50213 51203 start_codon_3 start_codon 50213 50215 CDS_15 CDS 50213 50447 CDS_16 CDS 51130 51203 stop_codon_3 stop_codon 51201 51203 gene_4 gene 1 53181 53528 transcript_4 transcript 53181 53528 start_codon_4 start_codon 53181 53183 CDS_17 CDS 53181 53215 CDS_18 CDS 53351 53528 stop_codon_4 stop_codon 53526 53528 gene_5 gene 1 54216 58828 transcript_5 transcript 54216 58828 start_codon_5 start_codon 54216 54218 CDS_19 CDS 54216 54289 CDS_20 CDS 54404 54447 CDS_21 CDS 54555 54627 CDS_22 CDS 56750 56870 CDS_23 CDS 57207 57344 CDS_24 CDS 57477 57593 CDS_25 CDS 58306 58374 CDS_26 CDS 58468 58563 CDS_27 CDS 58691 58828 stop_codon_5 stop_codon 58826 58828 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 1 5716 3846 transcript_6 transcript 5716 3846 stop_codon_6 stop_codon 3848 3846 CDS_28 CDS 3946 3846 CDS_29 CDS 5716 5404 start_codon_6 start_codon 5716 5714 gene_7 gene 1 13911 6892 transcript_7 transcript 13911 6892 stop_codon_7 stop_codon 6894 6892 CDS_30 CDS 7115 6892 CDS_31 CDS 7997 7905 CDS_32 CDS 8142 8067 CDS_33 CDS 8348 8268 CDS_34 CDS 8610 8444 CDS_35 CDS 9198 8731 CDS_36 CDS 12542 12534 CDS_37 CDS 13911 13905 start_codon_7 start_codon 13911 13909 BLAST_ath_pep AGI Proteins (arabidopsis.org) BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 69.3 36479 36700 match_2 match 124 35995 36366 match_3 match 53.1 35799 35924 match_4 match 136 233 793 match_5 match 41.6 66 125 match_6 match 451 19900 21147 match_7 match 72.0 36479 36697 match_8 match 152 35995 36366 match_9 match 67.4 35799 35924 match_10 match 113 57207 57608 match_11 match 157 233 802 match_12 match 41.2 66 125 match_13 match 201 218 802 match_14 match 39.3 66 125 match_15 match 187 218 802 match_16 match 36.6 66 149 match_17 match 61.2 36479 36697 match_18 match 53.5 35799 35924 match_19 match 151 35995 36366 match_20 match 240 20233 21150 PolyBayes unknown database PolyBayes unknown database SNP_1 SNP 0.773068314642916 8475 8475 SNP_2 SNP 0.769320303224268 9202 9202