C02SLm0097L01.2 TCATATGTAGTGTTTGTGGAGGATAGAATGTAGACAGAATTTAGCCCTAGACCGTTTTCA TAAATAATGAATCATGAATGTGTTTGTTGGAGTGTATAATTAATTAAACAAGACAGTTAT ATAACGTATATGATCTTAATAGAAGAACGGGAAGAGCTAAATACGTACCAGCGGTCTCAG TTCCATTTAATGCTGAGATTATTTAGTTAGAAGATAAAATTGTCTCTAAATTAAAGATAA GAAGTACAAATTAAAGAATTAGAAAGATCCAAATGAAATTGTACCTTATCTGAATTGTCC CACTAAAACTTTGCCAAGTGTAGTTAAAAACTTCCAATATCCACTAATTGGCCCTTGGAT GGGCCCCACTAAATCTAGTAAAAGGGCCACAAAATCAAATAGAATATCTTCAAAGACCAA TAAAGGTTTCTTAGGTCAATCGAGGCTGCGAATATAACATTTTGTTTTCTAAAAAAATTT AGTTGCATCAAATATTTACACTAAGCTAATGCAATTATAATTATTATATTATTTAATAAA GCAAAATAAACAATAAATTTAAATACATGGTATACATTAAGCCTATATAATTTTGATAAA GTATGAATGAATATAAACACTTGGGCAAGTTTTACCCCTTTCTTCTCCTTTTCTTTTGGG GTTCTCAATTTCATATATAAGATTTTTTAAAGTTTTTTTTAATAAAATGTTAATATTTAT AAATTATGTAGAAGTATTTCAAGATATTTTTAAGATATATAAAAAAATCTCAATTAGTTT TTTTTGGGACTTTTGAAATCCAAGAAATATCACATAGACTTGAATATATGTTTCGATCAA TTTGCATTGTATAAGAGAGGTAGATTTAAATATGCTGACCTTAATATCTTTTATCTTTAC GGAAATGGGAAATAAAATTATATTTGCTATAAACCCTTTGACTTAAAATAAAAAAAAATA GCTTTTTCAACATAGACATTCTAAAATCAAGGCCTTTTTTCTCTTTCAAAATATACGACT GTTGCAAGCAATAATATCATGTTTCACAATATTACTGAGGAAGCGTACAATTTTGGACAT GCTTGGTAAAGTTTCCAACTGTATATATATGTTCTAAAAACAAATTATATCTATATATTG ATTTTGAAACTCTTCGATATAAAATTAGAGGCTGACTTAGTTTTTTTTTTTTTGAACTCC CTTAATGGAAATCCAGGATCAGCCTTAAGTAGATTGACAACGTGATATTCAAGTGTACTG TTCATCGGCTCAAAATATTTTGGTTTACATATAAGCGTACTACTGTTCTTGTCTTAAATT GATTGTACGTGAAATATATCATAATGTCATTTTATATTGTGGTTTTAATTAACCTGTCAA GTAAACAATTGAAATTTATAGTTGCTCTAGAAAATCGAAAGAGACATTTTCTTTAAACGA ACTAATTTTTTTTAGGATAAACAGATTCAAACAGATGAATAAAGTGTTACAAGGAATATA TATATAACATAGCTACAACTAGAACGCAAAAGAATCTTTAGAGAACAGATATATATATTG AGTTCTGATTGCACTTAAATTTCTCTCATATATAGCTAGATTTTGTTGTACTATCTTCTA AGAAAGAAGAGAGAAATATATTAAACAATATAAGATTTAGCATCCATTTATATCATGGCA AAAAAAGATGTTCTTCTTCTTCTTCTTTATTGATTTACTATGTTTTTTCTCTTTCTGCTT TTGTCTCATGCACAATCTTGACAAACATCCTTGCCTGCTGCATTTAGTACTCTTCTGCTC CTGCTTATTATTATTATTATTTCTCTCACCCTCCAGTTCCAGCTGTTCCTCATTTCTTTT TGTGTCTTCTTTCCCTCTTGTTTCTTTCACTTCCACCTATTAAATATATATAAACAATAT TTAATGTTATACACGAATTTAAAATTTCTAAAATATGAGTGTACCATTGGCTATTCGTGT AGTATGAGTGTCATCAGATGATTTAATAAAATGTATACATAAAATATCTATTTTTACGAA GAGACTACCATTTCACGTGCTATCCATAAGTTATCAGGTACTTGAAAATAGAATGCATAT TTAGTAAAATCCAATTTGAAGATGGAGGTGTTGATATGGAAGTAAAAAGAAACTATTATT GAGATGTAGCAGTTGAGAATATGACAATTCCTAAACAACATATATAGCATTTTTGGCTTC CTAAAGTGACTTTCTTCCCCTACTACCACAATTTGTATAACCATTTCTAGTAAAAATGGA ACTACCAAAAAACATAAAAATGTAGGGGTGGGTAGTGAAAGCTAGTACGTGTCAGTCAGT TGCAAGAAGTGACCACAAAATGATATGATTTCTGCATGTGCATGGGGTACTTAATGCTTT TGGGACCAATTGTATTACTATTGCATTTCGTATTATACGTCTTAGTTTAATTTGATATAA AATTTCAAAAAAATATTTTTAAATATATAATTTAAAAATGAATCATAGTGTTTATGTAGC TATAAATTAAAACAAATATATTAAAATTAAATTGTTAAGTATTAAATAAACTAATTTCTG TTTTTTTTAATAGAAAGTCCTTTCACCTACCTAGTAGAATTAGTACTTCATGTATAGCAC TTCATGCGACCTAGTCAACCTTTACAATCTAGCACTCATGCTACAATAACTGATATTATC AGTCTACTATAATTAATAGACTTGCATCATGAACGTATAACTTAGTAAAAATTCTGACTC TGCCACTGATGCGTAATCTTTAACATCATAATAACTAGTGGAAAAAGGATTTACCTTTTC CTGAGATTTGAGTTCAGGAGTAGTCATGGGTGAATCATCAGCTACACAACGTTTTGTTGC TCTTTCCTCGATGGATGGAGTACGAGCAGGACTTGGACTCTTTGAACTTAAGTAATTAGC TGGAGTACTACTCTGTGTTCCCACATCTCTTGTAATGCTAACCTTCTCTAAATTCATAAA AATATGTACAAGTCATGACAATGTGAGATGAAAATAATCGCGACTTGAGTTATATATATT GTCAGTATTATAAAAAGAGTTTACGCTATGAGCATGCATATATACCTTTGGTTGGAATTT GGATTTGTAATTCACGTTTTGTAGGAGGTTTTGGACGGAATTGTGAAGGATAGATCAAAG GTGCAGACATGGTGATTTTATTCGTTAATTGTCGAAACGATCTTCCACTTAGTGTTTTTG CTGATAAACATTCTAATGGAACTTCCCCTGATAAAGGATTGCATATATATTTCTCAGCTT CATTCCATTTCGAGTTTAAACACAATCCATCTGGTGACATGTATTCCCAACTATATGTTG TTTTTGCCTGCAATGCTACACTCAAAAAATAAGTCAGTTATATTGAAAATGCAATTTTTA TTCGAACCTACTGACTCTACGTTCTGAATTCGCTTGAACTTACCTTTAAGGGCAGTGGTA AAAGAATAAGTTGATGGATCTATTTCATCTGTAAAAAAAAAAAGAATTATGAGAAATTAA AAATAGTAATAAAACAGAAAAATTGGGAGAAGTAGTTTTATTACCTCTTAAGGTGATGTA GCCAGGGGAAGAAGCAGTACTAGAAATGGAAATGTTTGATCTAAAAGATTTTGCATCTTC TCTAAAACTTGTAATATAAGAAGCTGAAAATCTTCTTGAATTTGTGTTTTCTCTGCTAAT TTTGGCCTTAAGAGTCCATTCTCTAAGGTTAAAATCGCAATCGTCGCTGCGCCTTGTTGA ATTTCCAATAGGGGATTTTGCCATACTAGTTTCTATTTTCATGATTGAAGAAGTTTTGGT CTGGACTTGAAAAGTTGGTTCACTTTTTAAATAGAAGGAAGTTATAAAGGTAGATAGTTA AATTTCAATAGCCTTTTGCCTGCAGAATCAGCAAAAAAAAAAAAGAGCAGCTGCTCATCA AGTAACTTCCAAAAAACTAAAGCCTCAGAGATTTCAAATTTAAATTTTCCTGTATTTGAC AGCAACCCACACCCCTTATTTTAAAAACAAAATTTTGATAAATAAAACAAGAAAAAATTA TGAGCTAAAAAAAGTGGGCCAGATAAACATTTTTGTGGTTTATTTGCAAATAGAAGTCAA GTGGAATGTCTAATCTAATATTGTGTTTTACATAAAAAAAAATAAAAATGGAAGAGATGT TTGGTGAGTTAGTGCAACAGAGTAGGTAAATTTGGGTATATAGTGATAAAATTGTTCAAT TTCCAATTAAGGGGTTGTGAAATTGAACATGCTATGTCATCTCTTCAATTTGGAAACTTT TGTTTCATAATAATGCTATACAACGTGAAATTACACTGAGTATAATATCAGCCAGCCGAT TAAAAAAAAAAAGGTTAATGTTAAATTCATGATAATAACTACTTGGGTAAGCTTTGTTTT GTTAATAGAAGCAGCCAACACTGAAAGAGACAGACGGATACCCCGCCTTGCTACATTCAA AAGTTCAAAAAACGAAAGAATTTGATCTTTATTATGCAAAAAAAATAATCATAACAATGA AAATTTGCATTCAAATAAGGACATGTGTTGGTAAGGTAATCCAATGTATGACCATACATA TCCTTGCTGATTTTTGAGACTGTTGGGTTATTTTCATTGGGGGGTTTAATTTGATTCCAC GGTCCTTTATAAATTTTGTATCACATTTTTTCTCCGCACATATCTTTTTTCTTTTTTGTA TAAGTGGTAATAAAAAAGTAAAAATAGTTAAAAATTGAAATATGGAAATGGGATGTCAAG ATCATCGTCGTAATAATTATGGGGTATGTAGGTCCATCATCTCGTGGGCATATAGTCACC GTCAGTTTTTGTCTCAACTGTATATGCAATGTAGGTTTCATTATCAGTTTTAGGATAAAA ATTCAGTTTTTCTTTCATCCTTTAACAAATATGTGACTTGTCGCACTTTTTTTCATTTGG TAATGAATGTATACATAAATAATTATTAGTGCCAGTCAAAGGAAATGAGTAATTTATTTG ACGCTCCATAATCTTGAGAGAGTGGAAATGGGAATCCAACTTTTATATTTTCTGTCCCTA ATTTTACCCAAACTTGTTCAGTTGTTTATGCCCAAAAGACAGACAAGGAATTGATGTTTA AAGAATCTTTGCTGGGCTATTCAACCGGACCACAATTCAAACAGTAGCAAACGGATAAAA AAAAATTACTTTTTCTTCATTGTAAAGGGGTAAGTAAACCCCACATGAAGGATAGTTACA GTTTAAGCTTCATTTTCTCTGCAGTGAAATCTACAAAGTTTTTGTTATTCACATACATAA CATGTTTCAACTAATGCCCCTCACCTCAACCCCAAAAGCCAAACTTCAACTTTCAAAAAC TGTTTGAAAGACGACGAATCAAGCTTAAAAAGTTTTTATTGAAATACTATACGACACCAG TAAATCTGAATTAAGTTGCAAACGAGTAGGACAGCAGTGAAGACGGTGAAAATAAAATCT TATAATTCAACAGCATCTATATCACTCTAGAGAGCCAGATAATCGCAGTAAATAGTTCCA CACTGACTTAACATCCTTGAGATAATTCTCGATTACAATCAATAGTGAAAAAGGCTAAAG ACTTCTTATTACATAATCTATGTTCTGGTAACGAGGGGTTAATCTCACGGAGTATGACAG CTTAAGTTCGCACAACTATCAGAAAACCATAACCTCATCTCCAACATAAGCATAATCCTA CCAAGCTTATTACAGACAGGAAGCTAAATTCCCAAAAACAAGCCAATATTAGACCAATAT AATGGCAGAAGCCCTCTTACCACACGTCTTAACATGGATGCTTGGTCTCGTACCCCCTCA TCAATGTTGAGAATTCCAGCAGCAACGACCAAGAACACATGCGGCTTCAATGGTTACAAT ACACTTTGATCTCTGGCGGTTATGGAAGTCATGCAGCAGAGCGGGCATCAATTGCTGAAA GAGTTGACCTCGCCCAACAGCCACTAGTCAGATCCTCCAAATAGCTTCACTGCCAATAAA AACACGATATAAGATATTATGTTTCTTACACAACCTACTTCTGTTGCATTAATTATTTGG TGTGTCAAATAATATTTAAGAAATTAAAATAAGAGACCAAATGACTAAAATTCTAGTCCA CAGTTGAAGATCTTATTGAAATCGCACAATTTATTCACCCTTTTCAGAAGTTATCCAAGA AATAATGAAATCTAAACCAGATTACATCCACCATAAAAAAATTAGTAATTCTTTGGCACC GTTCAATCCATCACTCGTACCACCACACACACACATACTTCACAAACAATGCATTTATCA ATTTCAAAGTGCACTCAATCGCGCTATACATTCCAACGCAATCAATTTTTTGTCAAAACT TTAAATAGTTATACTAACATTCCGAGGGGAACATAGAGTATGTTACACGGTGCACCCTCT GAAAGATCCAGTTTCTCAATTGGTCTTCAACAAAATTCTTCTGAACACTAAAAACTTAGG CAAACTTTTTACTATATCTCTCTCTGATACTAATAATTTTATCATCTAGTAGAAATAATG AGAAAAAGATCAAGATCCTTACTCCAAGAGCTCAGCCTCCTTCACTTGTTATGAACCACT TGATAGATATTGACAACTGCAGCACAAAGATTGTTCAATACCCACAAAAGAAGTACAATA ACCAGGTGCGACAAATGAACATGACCGGGTTCTAAAATTTGAAGAAGGAACGTTTAAAGT ATACAAATCGCTCATATACTTACTCCTCCCACAAGAGAACTCAACCAAAACCACCCAATT GCCATTACTTGTCTATCCAAATGTGAAACATGATGACCTGCAATGCAGCAAAAAAAAGGG GGAGGGTGGACGGGGGGAAGAGAAAAGGTTTACTTTCCATACATTCAAAAGACGAAGGGT GTATAAATTTAATGTTTAAAGCACAATAAGCCACTGAAAATCATGAAATTGAGTATTTTG ATGCAGAGCGGAAGATAAGCGGGGCCAGGTAGGAACCTGAGATGCACATCGAGAAATTGC TTATGGAGATTTTGTCATGAAGATCAAGCCTTGTGAAGAAGGGTCATCAGTGTCAAGTAT GGACAGGAGGGTCATTGGTGCACCAGAGAGTCACAACAGCTTGTGGTGCTATGTTTGGAA AATAATCAGGACGACACTGGCCAAGTTTCGCTACTACTAATAACTACAAGGTTGGGAGTG GAAGGAAAATGTCTTTCTGGAGTGACAAATGGGTTGGTTCACAAACATTAAGAAAAAACA TCCTGACCGCTTAGTCCTGACGCCTGATGCAACTATCCATGAAGTCTGGGACAGCAGGAA TGCAACTTAAACTTCAGAAGACTACTCCATGACTAGAAAATGAATGGGGTTGCTTTTGTG ATTATTAAGGTATAGGAGCAGTTTCAGGGTATAACAGCAAATGAAAAATGCATATGGTCC TCAAAACATATCTGGAGGGTTAAAGCTTAAAAGATCATATAAGGTAGCCAGTTTGTATGT ATGGTTGTTAGAGAGGCATGCCTGACACAGAGAAATGTGAAAAGGAGGGGTTAATTTTTA TTATTTTTTTAATCTTTTTTTTTTTTTGAAAAGGAGGGGTTAATAGTAATGCTCTAGATG CTTTTTTATGTGAGAAGGAATCTGAGGCCATCAATCATATTGTCATTCGCTATGAAGTCT TCATTCACTGTGAAGTCACTGATGTGGCAATTGTTTCAGTATGAAAGGAATTAAATGAGC TATGCCAAAGTACACTTATAGATCTCCTAGAGTGCTAGAACAACATAGGAGGAACAGCGA AGCAGAAGAGACATTGGAGTTCAATCCAAGCATACAAAGGAAGTCAAGGTGTTTTGACAG AAAACACAGCCTTAGACAGAAAGTAAAGGTGATCATTGAATCCTTATAAGAAAATCAAGG ATTTCTTTTGTTTTACTATTGATTTGTAAATATGGCTCCAACGCAACCTTTGTGCCGGAA GGGCTTCCAATAATATACTCTTACTGTTTTCAGACGAAGAAAAAGCATGAAATATTTCTT CCCGCGAGGAAACAAAATAATTTGATATTGATGTGAAAAGATGCTCATCTAAAATATCTT GCTGAAAGAATCAATATAAAAAATTTCTGGCTGACACCCATAAGAAATTTACTTGTCAGA GAATCCGATGTATGTAGAACAAAATGTTAATGAAGGGGAGGACTCACTGACCACAAAAAA GCACTCAGCATCTCTAGGAAATTGCATATGCAAACATGCTTCCTGCAAATAACAGAGGGT GCGATCAAAAGAGGTTTCCTAAATTAAAAAAAATAATTATTATTTTCCAACAATGACTGC AATCAATCCAGCATTGTGACTCAACAATTTATACAGTGGGTTGTGATCAACTAATATTTG AAAAGGTCTCAAGATAAATGACCAGCAGTTTGCATACGTGAACAAATTACCTTGTCTTGG ATGACTTCAAACACGTTACTTACTTTAACTTCGAAATTGACACTACACTCCTTTTATAAG CATGCTAACTAACTTGATTAAACTTTGACTCTTCCCGTTAGCAGGATAAGACAAAGGGAT GGATGCATGATCCATATAGAATTTTAGTTGTGCATACCTTGTCCAAGAAGCAATATTGTA TTCGCAGACAAAGCTGCAATTTCTTGGACCTTTTCACTGGAAAATATTGCTTGCACAACT ACATAAATGTAAAAGAAGAAAAAAATTACTTAAATTGCCTAATAACTCCAATGTCACAGA TGAAGATCAGAAGTAATATAATAATATAATAATGGGTTCCTAATAACTCCAATGTTACAG ATGATGATCAGAAGTGATATAATAATATAATAAAGGGTTAAATTAACAGGAGCGGCTGCG GGTTTCCCTTGTCATCAAAAGAAAAAAAAAGTTATAAATGGGAAAACAAAGGAGCTGATA GTACAAGAATGACAATCGTAAAATAAACAAATGAATGTTCTTCCTTGATACATATTATCA TACAAGCAAAAAAATCGTCTGAAGTTTCAACTCAGAGCATATTAAGATTTACATGTGGTC ATTTTAAGGGGTGACTGAAACAGAAATATTTCAAGCATTATTCATGATATTAAATGTTTC TCCTAACTTAGAACCATACTATTAATACATGGAAAACATTACCTGAAGTCTGTACAAGCT TCTCTGCAGGATCCTTGCTGTCAGTTTTATTGACAGAAGATGCATCCATGTCAGTCACCG CAATCATGTGTACAGTATGAAGTGCATCTGTTGTCCAAACAGTTTGTGTTCCTGAAAAGG ACAGCCAATGGCATAACAAAACAGAGAAAGCTGATATTCTATGACATCAACTTTTTATAC ACATTTCTGAAGCAAGATATCAGTAAATTAACACGGCATTATGTCCTTAAAAAAATAAAT GAACACAACATTATTAAATTTGAAAGGATGGAAATATACTTGTAGAAGAATCCGGAAGAA CAGTGAGCTTTCGAACTTTCATGTTGTGAGTTAACTGTTTCATGCTATAAGGAGTCTCTG ATCCATGAACAGAAGTTGCAGGGAACAAGAGGTGAAGATTTCCTTCAGAGTCCAAGATCA GAAACCTGGTTGAAGATAAGGCCTGAATGCCAATAGCTTTTGCTGACTTAACCGGTATCT TGATCGACTCAAAATTATCATCCTTGTTCTTGAATGCCACGAAGTTTGCAATACCCTCTC TGGAATCTTGTCTGAGTCTCACAGACCTTAACTTTGCTGCAAGTTAGAATGCACAATTAG CAGCTGTAGGAAACAACAACAGAATTGGAGCTTCTAGATCTTAACATGATGGCGAAATCA AAGAAAACTTAAATGATGTCAAACTACATTTTTACAATAGCAAAAACAACCAAAGTATCA CTGTAATAAGATTAAGGAACAAGGCACAAGTACCACCCCAAACTATACCCTAAATTCGAG CGACACACCTAAAACCAGTGTTTTGGACGGCGAGAGGCGACAAGGGCCTGCCTCGCCACG CGGCGAGGCGCTCGCCTTTTTTAATCGAGGCACCAATTAATACAAAAAATTAACAACATT TAATTGCACATATAATATTCAAAATTTCAATAGCAATTACATATATTACAAATACTATAA TAATTACTATAGAAGAATTAATTTTTTTTCAAAAAAATAATGGACAACAGTCACAGCACA GTGAAAGCAAAAAGCATTTTACAGTAATCCGGGACAAAACAGAGAGTGAAGAAAACAGAG GGAAAAAAAGAGTAGTGAAGGCAAGGAGCAGTGAAGAGTGAAAGAGAAAGAGACGAATGG AGCAGCAACTCGAGGAAAAGAGACGAAGAAGAGAGCAGCGACTGAGGAAGAGAAGAAGAG AGTAGCGACTGAGGAAGAGAAGAAGCAGCAGCGACTCGAGGAAGAGAAGAAGAGGAATAC ACGAAAGTCTAATGAAAGTTTGAGAATAGAAAAAAAAACCTAATATTATTAAGTTAAAAC TTTTTTTTAAAAAAAAGATCAAAATGGCGACGCCATTTACGTCGCCATTGGGTCGCCTCG GGTCGCCTATTTGAGGTCGCCTCGCCTCAGTGGATAATGGCGACACAGCCTCGCCTCGCC TCGCCTCGCCATTTGCCAAAGGCGCTATGGCGAGCGCCTTTTACAACACTGCCTAAACCT TACAAGGGTCCCTATTCCCCACGACCCCACCCCCACCCCTAAAAAAACTCATTTTTTAGG TATTTTGTGCTCCTTTTGTGCTGACATGGAACCACGCGTGAATACACTAATCTGAGGCGC ATGGGAACATTAGTACAATAGCTCTAATCAATAGGAATTGGCGAAGTGTAATTGCGAAAG TTGAAAAAGAAAACTCTTTCTTCAAAAGCTGATTCTTTTCATCTTCAATTTACCCTTTCT TCATTCTCCATTAGGGTGGCTCCAAATTAATACACTTCTTGAAATTTCTCCTTGAATAAA AAAGGTAAGCTTATTTTGTGTAAATTCCTTTTCTTTACCCCTCTTTCATGTCAAATTATT AGTCCTGATTTTAGAAGTTTCATTTTTTCTCCTCCTGATAAAATCAATACCTCATTTTTT TCTCCTCCTAATGAAATCAATACCTCATTTTCTCCTCCTGAAGAAATCAAACACTAAATA CCAAAATGGAACCTACATATCAAGTACCAGAATGAAAATCATGGTTTAGGTCGAGGCTCA AAAAAGTGAGAGATTTGAACTTATTTGTTATTGGAAAATTAAAAGGTTTTTGGTAAAGTA ATGGAGTGGGACCCTTTTTGTGTAATAAAAGCACAAGTATACACCGCACGTCATTTACCT GGACAATGGTGACACGTGTACAAAAGGAACACAAAAATTCATTAAAAAATGAGTTCAAAG GGGGGTATATTAGGACCCTCGTAAAGCTAAAGAGTGTCGTTGGGATTTCGGGTAAAGTTC AGAGTGGTACTTCTGCCTTATTCCTAAGATTAAAGACAAAAACCACCCCAAAATAGCCAG ACAGGAAAATGAGTAGCAACTAAGGACACTTTTCCTGGAAATAAATATAGCAATCTCCTA GAAGCCTTGTCGAACATTCATATCTTTGAGAAGGCAAAAGATACAGAGTAAAGAGGAAAA AAGGACAAGAAATGGAGTGCCAAGTGTTCTGAGCCAAAACTCAAAGAACGGAATTAGTGC TAAAGTTTGCAATTTAGTCATTAGCTTAACTAGTTCACACCGCATTCTATGTCTTTAAAC GCAAGTGTAATATTTGTGTTGTAGTATTTTTCTTTAAGAGGGATCTGACATAGGATGGGG GATAAGAGCAAATATGCAAACTGGCTAGGCTTGTTGGTTGATTTTTTAAAACATATTAAC TCTCGCCACCCAAAATACTTGACCTACCCTCTTTTTTCATCCTTCTAAGAGAATACGAGT AATATTATTCAATGGAGTTTTCTGCATAGTAATTCCTACAATTGAAGCAGATATAACTAA CACTAGTTCACATTATCTCAAGGTCGATTTAACATCTTTCAAAATAACTACTTCTATCTT TCATCACTTCCAAAAATATATAACATTAAAAGTCTATGCAACTTAGTGCTCATGCAGCCT ATAGGTAAACAGTAAAATCAGATTAAACCATCACCATCATACACAACATAAATATGCTAA TCCAAGACTATAACCCAATCAAATTGTTTCCACGAAAGCTCTACTTCATTTAGATTCTGC ACTTCCAATGATACCTTTCTTAATTCTGACCAAGGATGAACTTAGAGTTCAAGACAATAA CCTTATATCTTGGAGAGTGGGAAAAATAGAGATATCAACAATGGAAGAAGAGGGAGGAAG TGTATCACGTATAAAGAAATCACGACATACATTAAAGCCATATCTTTGATAAGCCAAACA AAATACTGCCACATTTATGACTGCCAATAAATTGCCTCTCAATCCCAAATTATTTGGGGT CTGCTATAAAAAAAAAATATTCTGTCACCTATAAAGTAAGTAGTGATGGCATCAAGAGAC GTGGTAGATACAAAAGAGAAAATTAGCTTTATACATTATTGATTTCAAACATATATCAGG AAGCCAAGAAAACCAGAAAATGATCAATACTTGTTATTTGCAGAAGACAAGTTACTCCTG AAAAATGGATTGTTGAGAAGACATTTAACGATAAGAATCCACTTCATCCATTCTGCTCTG TTCAGGTTCATTTCATTTTAATACAAATTAAAAATTTTCTAAATCTAGGCATCGTCTCAA CCTAACTCTTATCCATAAAAGGATATACAAGTACCTAGATTAAGATGAGTCATTCACGAA CACCTGGCATGATGCAAGTATAGCAACTAAATAAAAATTAGTTGGTATACTTTCATAAAG ATATATGTATTTATCTTTATGTCTTAGCTAAATCTGTTTCAATCGATCCATTGGATATCA AGCCAACCTTTCTCCATTTGGTCTTAGATCTACTTTGTCCTCTTTTATCATTTCTAATCA CAATATTATTGCAACTATGTGCATATAGAGATCCCGTACAACATAACTAAACTATTTTAG ATAACCTCTTATTTTATCATGTACGGTTGTTATTTGTGCTCTCAAACAGATGTGATAATC TCTAATTTTGACAACTTCAGTATATCTGCACAGCCATCTTAACATCCAAATTTGTACAAG ACTAGGACATGAATCTTAAATCTTAAAGATGATCACTCACGACATTGTTGGTATCAGACT TTTCTAATGGGATGTCATTTACTTAACATACTAGAACACACTGTTTTGGAGACAATCTAG CATCTCAAACCCCACCATTTGTGGAGTTATGGGTCTTCCCTACCGTGAGGGGAGGTAGCT AAAGTTGCCAGATAAATAACTAATGCCTATCCTTTTACTCGATCTTTCTAAGGAGTTATT TCTACTTAGAAACTGATCCCGAAAATCCAACCAGAGTTTTGTTATTATGCAGCATACATA GACATCCTGAAGCAAACACAGTATAAATGTGAGTAACATAATAGATACATGTACAGATCC CATATTCAGGATCGAGTGATTCATATCTTTTTGCTATTAACAGTACTACATTTACCACCA GAAACATAATTGCAATATAAAAGCAATGGAACAGTTCAAAAAAAAAAAGAAACTTGGATT CTCAATGCCAAGCTTCTAAAATAGCTATGGATGGACAGCAAAGTCAGAAAGTATTCCAGC ACCTGATTCAGTGCGGTTCTCGACCATACCATTGGAAGTAAACTTCAGTTCCATCAATTT ACTACCATCAGCAGCACTAATCTCAGCATTCATGCCATGTATCATCCCATTTCGTAAAGG TAGCTTTTTTATCTCCATTTTATCTTTTTCTAACCCACCATTCAAACTTTTCTTATTGGT AGCCCTCTCTTTCTTAACTCTTCCTTTGACCAATGGCCGCAGGGGGAAAACCCTGACTCC ATTATCTTCCCCCAAAATCAGGACCCCAAAAGATACACTAATGGAAAACACGGGCAGAGA ACAATCAATCACGGCATACTTCATTAATTTCAGCTCCTCACCCCCCAGGTGTTTCACAGC AAAAACCCAAACTCTACTATTCGAAATAGAGTACAACGCAAATACATTAACATCGGCAAC CAATTTCAGGGAAACCCCATGAGAAACCCCAAAAACCACCCCGAATTTACTCTCATCAAA CTTGAAATCAGTGTGATTACATACAACTTTGGCCGGAGTAAAAGACTTCCTAGCAGAATT AAGGATATAGAAACGGAAGAGAACTGCGGAGCCTCCGTAAATAGGAGATGAGATGAGAAA GAGGGTGATCGGATTAGGGTTCCGTAGGAGGAGGAAAGCGGCGGCGGAGATGGGGGGATG GAGAGTGGTTTGGGGAGGAGGAAAGGAAGCGATAGAGAAAGGAGAGAAAGAAGAGTAGAG AGAGATAGAAGAATCGGAATGGAAGAGAGCTAAAGAGAGAGAAGAAGGGTGAAAAAGGAA AGAAGAAAAATGGGGTGGTGGAGAAGGGAAAGAAGGAGAAGAGAAAGGGGGTTTTGGAAG AAAAAGCTGATGAGCTTCAACTACCATTGTTAATGTCAATTTCTGATGAACAATGGGTTT CAGTTTCAGACAAATTGGATTTTTGTGGCAACGTTCATGTGTTTGGAGAAGAAGAACATA ACTAATTCCTTTTATCAATAGTAAAGTAAATAATGAATTGGTTTTGGTTTGGGGGTGAAT AATCAATAATGTTGTAAGTTGTAACGTACATGAATGGTTAAAACCAGATATTATCAATAA TGAGATGAGTAAATGTTTCATATTGAATAGTACTCTGTGTCCGATGTACTTGTTCACTGT TAATTTTATACTTTTTAATGTTATAAAATTATAATAGAAAATGATTATAATTAATAATAA CGATAACAATTAGAAATAGAATATAAATTTGCGTAATTTTCACATATAGCAAACAAAAAA ATATATATATCTGTATGCTATAGAAAAATTTGCATAATTGCGTTCCATAGCAAATATATA AATGTATAATTTGTTATACATTCGCTGGCCTATTTCACTGTAATTATTTAATTCACTAGT CTATTTCGCTGCAATTGTATAATTCACTGGCCTATTTCACTGCATCATCATCTGTATAAA ATTTGCATTTGTATACAATTTAATTGAAGTAAAATATTTGTATATTATATGATTAAGTGT ATAGCACGAATATATATGTTTTTGCATGTGCATATACAATTTTCTCTCGTTTTATACAAA ACAGAAACACAATTTATACATGTATGTTCTATAAAGCGAGAGAGGCAAGTAGAGCGAGAG TGGCAAGCGAGAATGAGAGAGTGACGAGCAGAAAGAGAGACGACTAACAAACGTTTGCTA TGAGGCACAATTAAATCAAACAGTAGCTACTCCATTTATTTTAGATTATTAGTTTGCTAT TCTGTACAATTATCCCTATAAATTATCTATTGATTTTATAAGGTAAACAAGTATTTGTTG GACGAAAAGGGTATTTATTTAGAGTAAATTTTAGGAATAACAAACATAAAAATCATATTA GCACTTTATACCTACATTTTTTATATTTGCGCTCTATAGCAATCAATGTTTGTTATGAAG CATTTGATTTATATAAATTGAGTATCAGCGTATATGAAAAGTTGCTTGTATATGTATATG TTATTTGTGTTAGGCTAAAGTGACGAGCGAGATTAGGATAGAAGGAGTGGAGCGAGCAAG AGATGACAGAGAGTGAAGAGGTGAATTATATATGTGTATCGATTAGACAATTGTATGTAT ATATGTAACTACTATGTATATGTATCTATGATGGTGTTTGTATAAATGTTGAATTTGTAT ACAATTGAATCAAGTTAAAACATTTTTATTTGTCTATCAAATTTTTCTCGCTTTATACAA AATTAATTATACCTACAATTGTATTAACCGAGAGAGAGAAAGGAAAAAGAGAACTCGGAA GGGAACAATTTGTATTAGTATAATTATAAGTATACACAAGGGAGAGATATGTATTTGTAT TTGTATATATAATCTCTCTCGCTATATACAAACATAAACACAACTTATAGATTTGTGTGT TTTATAAAGTGAGAGAGACGAAAGAGATAATTGAGTTTGACGACCAAGATTCAGGGGAGA AGCAAATGTCAACGTGTTTGTTGCGAATTCGAATTAAATAAAGCTACAATTTATAATATT TATTTTGAATAATAATTTGTTATAATACGTAATTTTCCTTATTTAATAATAAGGAAAAAC TTAATACAAAAACATTAATTATCTTTTAATTTTGCAAATTAAATAAATATATTAAATAAC TATTTTCAATAATGTAAATCACAGGAGGAAGGCAGTACATCTAAGAGGAAAATAGCAAAC ATCAATTTTCGACTCGTTTTTAGAGTATACATTTAAAAAATAATAATTAAATAACAGAAA TGTTACTCCCTTTTTTATAAACAGAACAATTCAAATAGGCCAGGCAGGCACTCTCTTTTT ATAAGCTTATTAAAAACGAGTACTTAAATCTGTCAGTAGATGAAACTTCAATTTTTAAAT CACTATTCATAGTACAAATCTTCTTTATGTTTGTGATCTTCCTTTGCTAAAAGTATTTCC TTCATTTTAAAAAAAATAATATAGTTTGATTTAGCACGAAATTGAAAAAAAAATTTAGAT TAAAGTTATGTTAAATATATAAAATTATTTTTAATTTTGTGATTTTAAATATGTCAGGTG AAAAATTACTGCAAATTTTTTTTTATCATTTTTTAAACAAACTAAAGAAAGAAGATCATT TTTTTTAAACAGAGAGTATATATTCAGACCATCTTTAATTCCACTTTATTCTCTCTATTC ACCTCTTTTTTTCATTTTTTTTTCTTATTTTATTATTATTTTGTAGTTAACATATTATTT TTCATATAAAACCATTAATTATATCTCTAATATTAGTAATTTATTTTAAATGTAATATAA TATTTTTAAAAATATATTATTTAATATATACGACTTAATTTTGAATTAATAATGTTTCAA TTTTTTATTTTTTATCACTTTAATATAGCTTGATATCGTTATTAGTTTTTACTATGAAGA ATGCACAAATTAAAATAATAAGATAAAAAAGAATAATTTAAAAATACGATACATGACACA ATAATTTAAACACGACATGACAATATTATAACATAACAATTTATCACAACGATAATTTAG TAATTTGGTAGGTCATTTTTCAGATTAACAATATTTGGAAAAAAAATAGTGTACGATCCA TATAATTAGTGGAGCTGTGATTGCGATTGTGCTTATTGATTTCTTTTTTCAATTGTTCTT AGTTGTTTTGTTGAATGAAAATCTCCGATTTGAATAATTTTTAGCTAGACATAAAATGAT TTAAGGATAAAAATGCTCATTTTGAACTCAATAAAACATTATTAAAGCATTATGGAAGCA ATATGATAATCTTGAAAATAGAGTATTTATTTAATTATATTTCACCAATAATTTTACTTT TATTTGAATTGTCCATTAATTTGTATATCACATAATATTAATTTGCAATTTATGTTATTT ATAAATTTAGGAAAAATAATATAATTCTATATTAAGTAAAGAATTTTTAAAATAAATTTT TATATTGCATTAATATTGTATAAAGTGATTATTTGGAAAAAAGGGAAATAAAGGATCTGT ATCATGAAATAAGAAAATAAAATGATATAAAAATAATTTTACGATATTGAGGAGGGAGAA AATGATTTATTTTTAGAGAATAAAATGGAAAATTGAGTTAGATTTGAATGTTTGAAAAAA TAAAAAAATCTTTATTTAAAAAATAAAATAGAGATTAAGGTCGGAGATGATTTAGTCCTC ATTTTGTTATTGTAAATCTATGTAATTGGATTTCTTCTTCTTAAAAAATAAGATCTTCAT ATCTTGAATTACTAGTAATAAATAAGCCCATCAAGTGCATGAGCTCCATAAATAAAATTA ATCTAACTTACTTAGGGGCATCCAATATCCCAAAATCCAACTAATTATATTATAAATCAC GTGTTAATGAATACAGATTATAAAAATACTCCACCTTGTAATTTTATATTATTATCAATT TTAAAAGAAGACAAATTATCTGTAAATCACATGTTATGGACTTTTGGATCGTATTAGTGT TCTATACATGGCTGTTTTTGTATTTCTAATTAATTAAAAAAAATGTTAGTTGCTATTATT CTCCTCATTTTGTTTGTTAAGGAAAGTGAGAGGAAATACATTTATGCTAAAGAAAGTTTA AAGAATTTTTATTCGTGGACTTTTTTCTTTTTTATAAGTACATTTAAACTTTGTGTGATC TGTAAAATATTATCATGTTAAATAAAATAGAGAAAATATATCACGGCATATATTAACTAG TATATAAAAAAATTTCTGATAAAATTATAACATAATTGTTTTTTAAGTACTAATGTCAAT AATTGTTATGGTTGTAAGAATATCCGATACTTAACTAAAATTTGCACTCGACTTGTGGCA ATGATAAATTGAAAATTAAGAAGTAAAAGTTTATAATAAAGAGAGATAATAATCACATAC ACTTTTGAATGATTCTTTTCTAAAAAAATTAACACACGAATACTCATTCATTTTTCAATA CAAACTATATGTTATCGCCTATCTGTTTAAAATAAAACTTATTGAATAAACGATGATGTT TCAAATAAAAAATAATAAAAATGGATATGGAGAATCAACTATCAAACTCTAATAAATATA TAATGGTCCAATGGTCATAATGATGAAAGGAACAATTGAATACACCTACTATCACACAAC ATAAAGCACTTCAAACTGAAAACAACTTGAACTTGTGAGCACTACCAACATATAAAAAAG TTTCATTTTCAAGTTCAATCATTGAGAACCCCAACGAGGGTTGCGGTGAGGTCTTGGATT CAAGCCCTTCAGAGCATAGTGGTCTCAATTTCGATCTCTTTGGATATGAAATCTCCTTTG TAAGGGAGAACTCTATGGTTCAAATAGTTATCGAACAAATACGTCCTTGAATTCATTACC AAATAATTTTTTCATTTTTATCTTTTTCTGGACTTTATAATAAAGATGGAACGTATCACA TAGGGATACAATTCAGATAATAGGCATACATACAAAGTACTAACAAAACAGTTAAACTTT TACCCAACAAAACGACAAATAACATACCAAAAATTGCAAAATAAAAGGACGTTGATGTTA CTTTTTTTTTTAATTCTAGAGCACGTAGTTATTGATTATTTCAGAACGACCCCAACAAAA GTTGTGATTTGCACATCAACACCCCCACTTAATTAGTGTAATTTTTCAGTGCGGCCCCTT CCTCACAAGCTTTAGCTTCAGGTGTTGGCTCCACCGTCGGCGACGGAGGAACCGCCGTAC ACAACAATTCAGATGGCAGACCGGGGATCCCCTTCAAGTAAAAAGTGTAAAATAGCTTGA AAGGGAAAATGAGTTGCTGCAATTTCACTTGACCGGAAACCCCTGCAAATATGCCGGATC CACCGGTGACGGCTAGGTAAGTTTCTTCATAGGTTAAGTACGCTCCCTGAACGGCGATAT GACCGTAATCGCCGAAGTAGAAGCTGTAAACAGCTTCATAGCGATCTCCTTTCTTCTCTT CTTCGTGCTTGATCAGAATGCAGAGTCCTGCTGTTATTCCAATTCTCTTCTTTAGATCTG CAGTATATAGCTGCAACATACCAAGAATCAGCATACGAATTAAAAAGACTCGTTCTAGGT TCTGGTATCTTGATTGCAAAGAGAAAGTTACCTTGTTGCTAAAGGGGACAAGATCTCCGA GTGAATTAACAGTCTTTTGGCTCAATCGAAGATAAGCAGGGCTTCCACGATCACGTTCAT TGATCTCATAGACACTAAGTTCTTGAACTTCAGCTGAAATCAAGAAAATTTTTGAGTATT CACAGATTGAACATAAGGTGTTTGATAAAAAAAATGTGATAAAGAAGTTAACTTTTCTTA CTGTTAGTTGAATCTGTTGAGGTGCTCTGGCTCTTGCAGGAAAATGATCTGGAAGCAGTA GTAGAGGTGGTAGTAAGTTTATGATTCTGAGAAATGAGAGGGTTAGGTAGTTTAAAAGAT TGGATCTTTTTAGTTTGGAAGGCAGAAGATAGCTTGGATGAGGAAGAAGAAATGGTTCTA AGAGCAGCAGAGGCTGAGGAAACAGTGGCCATTGCTGAACAATTTGTTGGTTCTAGCGGT CAAAAAAGAAGACTTAAATGAGGTTGTTGTTGATACTGATGAAACGATTCTAAGTGGGGG TGATGCATTATATAGAGTGGTGAGGGGGTCCAATTTCCATGTGTAACAAATGTGAATTGA TAAACTATTACAATAAGTACTGTCAAATATTTTTTCAATTCGGTGACCGTTACCTGCTTT GGAGTCTAATTATTCTGAATTTATATTGTATAAGTATTAAAGAAGTGACATCTGAATCTA ATTCAATTTTAATGTATAATTATTTTTAATTATATTGTATAAGTGTTAAAATATGATATT TGAACCTAACTCAATCTCAAAAGCTAACTCATTTTTCAAATCAATGAATACTTATAAATG AAAATATGTGTGTCTAACTCCAACGAAGCCAATAACTTGACTTTGATAAAATATTAAAAT ATTATATCTGAATTTAACGCAACTTCAAAAATTAGCTTTTAAAATTTTCTATCGCTCTAG GTCATTTTAACAAATAAGGTTTCATTAAAAGAGGACGGTGTTAGATGTGATGATGGTAGT TTGTGTGTTTTCACAAGTTGAATAGTCAAAGATAGTTTGGAGTTGTCCAAGAATGTAATA GCCAATGTGAGAAAAAGTGGCAACACGTGTTTCTCCTGCGCAGGCCGCAGCTATTGATTG GTGGTCTCTGCGGCTCAGCCTACATTGAATGTTGTGACTTCAACCCTTCGAATACTAATT CACACATCTCCGTCCAATTCTCTTTAATGTGTTCTTTTTATTTTTACTAAATTAGTTTCT GAAAACGTAATTTAAATTAATGAGTATATTATTTTTTTTAAAGAAAAATATTGATAAAAT ATGATTTTGAGTTTTTTTTTTGTCTTATTATTAATTGTTACATTTCAATTTTATGACCAT GAAATAAATGAATCAAAATAATAATATAAGAAGTCAATAAAATAAATTATACATATAAGC TTGTGAAGCAAAGAGAAAAAAATAACAATTATTTAAATGAAATTGCTCGATATTTTTAAT AGTTTTTTTTATTGATAAAATAATCTTAGAAGATCAAAAGATTACATGAATTAATCTTTT GGAAGTCTGTGCTGCAACTTAATATTTCTTCAATTAAAAGTTCGACAAAGATTATTTACT TTTTGTACTAAAAATGAGATAAGATTAACTTTGAGGGAAGGAAAATAAAATCTTTTAATT TTTTTACTTTGCCTTTTGAATCTCATAATTATAAGAAATGTGTTTAAAATATTATGTTAA ATTTTATTCATGAGCACTTTAAACTAATTGGTTAATTACAAATATTTAAAAAACTAAGGT GTAGAAAAGGTCTTATTATTTATATTTGGGAAAATACAGAATTATCTCCTCAACTTATGT TTGAAATTTCAGAAACACACTTATACTATATTAAGATCTTATTATTCCTGAATTTATTTT ATAAGTAATTGTCTATGCCGTTTCGATCTACGTGACACTAACTTAAAAAAGAAAGTCAAC CAATGTTGAGCTCAAAAAATAGTGCCACGCAAAAATAGATAGAAAATTATTAATAAATAA GTTTAGGGGAATAATATAACCTTGATAAAATATAAGTGTGTTTCTGAGATTAATTCAAAA ATATGTAGGTTATTGGCTCGCGTAGAAGTTACTTGGTTTGATATTAACTAGATAACAATA ATCGACTTTTTTCAATTCTAATTTCTAACCAAGTTTTAGTTAGTTTTTTTTTAATTGAAG TAATTTGTTTAGTTGCTAAATATTTTTTTGTCTCTAATTATTTGTCTACTTTTAAATTGA CATCATTTATTACGAAAATAATGATTGAGATAGTGAATTTATCATTTTACCCTTAGTAAT TATGAAGTGGATAAATTAAAAAAACTTAAAAGTTTAAAAAATTATATTATGTAAAAGAAA TTATCCTTTCTTGATTTATCAAAATAGACAAGTAATTAAAAATTATTAAATAAAAAAAAA GAACAACTAATTAGAAAAAGAGGAAGTGAAACTTTAGTTAGAGGGATCTCTAAATGTTGC ATGTAGTGGGGTGTCATCTTCAAAACTTCAATACTTCACTTGCAATATTCCAAGAAGGCA TAATATATATATTAGACTTCAAAATTTAACTTCAAATTTTAATTTTGATCTTCAACTTTC ATAGTACATAAATACGCACTTTAATTATCCTACTATTTAATAAATAAGCACGTGATTTTT ATCTGTCAAAACGCGTGAAAATCACGTATTCTACGCGCGTGAGGAGTAATTTTTTAAGCT CACAACAGAAAAAAATGCTGAAATGACAATTCTACCACCCCGGATTCCGTCCAATCTCCG ACAACCCAAAAAACCCATTCATTTTGCCCAACCGTTCTTCTTCTTCCTCCACACCGAAGC ACAACCCATGAAGCGAACGAACTTCAAACTCGCTGAACCCACCAAATACTTGACCCCAAA CCCATCAGATTTGTCGTCTCCGGCGAGAATCATCACCAAACTGCTGCAACCAGCAGCTCG AACAAGACACAAAACAGCAGCCAAATGACCCCCAAAATCCCATGAAGACAGACCCAACAA CCACAAATACCTAAACCAAGAAGCCAGCCATCAACAAACCTCTAAGCTCTGTCAAAGAAT GAGCTCCGAGCTCTAAAACCATAAATTAAAATTAATTTTAATTTTTTCTAGTTCTAAAAT TGACGTGTAAAATATTTAACTAGTTGACAGATACGTTGGAGCGTTTGCCTTTCACGCTCT TTGACTTTACAAATCGTGTGTTTATTTATTTAAATGTAAGATAGTTAAAATGTCTATTTG TGCTTGTGCACTATAAAAATTAGAGGTCAAAATTAAAATTTGATGCCAAATTTAGGGTCC AATAAATGTATTATACCTTACAAGAATATCTCATTTTCCTCCCAATTTAGCAAATCATTT GCAGTTTTTCCATTTAATTTGCTCTGGTCCAAGATATATGCCCAAATGCAAGACAAATCA GTTAGCAATATGTGTTTGTGTCTAAATTATAGTGATCACTATTTTTTCATTACAATCGAG TCTAAGCAAGAGAATTTAGTGAAGTTCATACCTGTTAAAGAATGACAAAAGTCCACATCA GTGGTTAATGAGATGAGGTGGACTCCTTACAAGACTTAGGCAATCCTCCTTCAGCATAAG ACCTAATTTCAACCATACCTAAGAGGATACTCAGCCATATATTTCATAATAATGATTATT GCAGCATTAACCGCCCTAGCAATATCAGACTCGTTCAAAAATTGTTGTTGCTCATTTGTG GCGGCGTGGATCATCTCATGAGACAAAATGCCATCTGGTGCAGCAATTTTATTCACAAAG CAATATAAGTATAAGAACACCAAGCTTATCAACAAATCACAAAACCACTGCAAATGCACA ATATTCATTACTTTGATTGATAAAGCTAAAACAGAAAGAGAAATACTTGAACTATTTGTA GCAACTTCAAAACCTTATTGAAGCTTCCATTCCCTATTGAATCAACAAGCAGTCGTTGTA GTATAGTGGTAAGTATTCCCGCCTGTCGTGCGGGTGACCCGGGTTTGATCCCCGACAACA GCGTCAAACTTTTTGGTTGTAGCACATATTCATTTTTGCCGATGAAGAAGAAAATCTGTC ATAGCAAGAAGTGGAGCTGCCTTCTCTGGAGCAAAACCAACAAGCTGCTCCTTGGCCTCC TTGCTAAGTTTTTGAGCATATTCTTTGGACTTGTCAATGCCAATCATCTTTGGGTACGTC AATTTGTTGGCCAACAAATCGTTCCCCGCTGTCTTTCCTAGTTGCTCAGAGGATTTAGTA ACATCAAGAATATCATCCACAACCTGATACATCAGTCCAAAACACTGCGAGAATTTCCTA ACTCTATTCAAGTTATTCTTCATGTCTAAATCCTAAAAAAAATATCTCCTCGTGTAAAGA CTGGTATATTGAAAATTTAAAATAAATTAATACATCTAAACGTATCATATCTTCTATATA ATATAAAATTTTTAGTGACTCGTTTCTTACAATTCAATAATTTAGTATAAATAATTTGTC GATTGCGCGGATGAAAGAAAGGGGTGGTGGTGGAGATATAAAGTGTGATCGATAGGGTAT CTTGTATGTGATTAATATAGCTAAACAAAAAGGTGAAAGGCAAAAACATATATGAATGGT GGTCCTATTCCATATTTAAATGGATTATTAGGATACGTCGATTTCACTTTGCAAAATACC CTCTATAGATTCATATATTTTCTTTTCTCATCAACTTTTTTTTCTATCATATAACTAGCC TTACTCTGGCTTCTCACGTTTCACATGTCTCAATGTTTATTTGTTTTTTTTCCACTCTTG GGCGTCTAAAGGGTTTAGAAAAATTTGACAATGTGGACCACCCAAAGTTTATAAAATTAG AATTAAACAGTCATGAAGGCATATACCTAGGAGTTCCATTTACATCTTCACGTATAAAAT GTGTACTTTATATTAATTTTATTTATCTCATGATTCTTATTAGAGATGATAAATGTAACA TTTTTTTTTTGTTTTTATTAAATTTTAGAAGAGATAACCTTCTTGATTAATTCTATGATT TTCCTTTTTTATTACGAAACTGAAACTTAACAATTAACTGAGACATAACAAACATGAATG TAGTTCATATCTAAATTAACATCAAAGCCATCATATCTAACTCAACTAAGTTAGTCATGG TACTCTTGTGATTGACATAAATTTTACAATAAACTTTCTTAGCTAGAACGGACTCACCAA CAAATATAAAACCACAGAAAAAATTATATCGAACTCAATACTAAACAAAGAAGTATGGAA GACTAAATATGTTGATACGAGGTAGGCTTATTGGTGATTTTACAAGGGCTTATATAGCAA AAGTTGATACAAACAAATGGGCTAAAAAGTAAATGGCCCATTTATTTTATTTATTTTTTC CATTATCAATACACAGATTTGCACTTCGTTAGCGGACAATTTTGGGTAAATTATGAAAAT TGGGCCTCTTCACAATTTAGATCCCGACCGTGTGGATGGATGGACAAGGAAATTTTAGGT CCAGTTCCAGTTATATTGGGGAGATAAAAGGAAAAATTACGTGGTTAAGTAATATATATA TTAGTTAATTAGTTATTATAATAATTATTTTAGTTAATTATTATTCGCGATTAACATTAG TGATAATTATGTAGGCTGAGATTTTGAGTTTGTATAATTTGAAATTTTAAGATATAATTT CTATAACTTTTATATAGTACAATTTTATAAAATATTATTTGTATAATTGATAAAATTTAG ATGTTTGTGTTTGTATAAATTTATATTTTAGATTTATCAAAATATAACTCAATTATTCAA ACTAACCATAATACGTACGAATTCACTCACAAATTATACAAACAATACAATTTGAACCAT AGCTGCAACCCCTAATAATGCGAGCTACGACTATAAAGTATAATTAAATTTATTTACTAT AACGGATATTTGCAAAAATTCTCCTTAGGCATAACCAATAATGGCCCCTGAACGAGTTGC TCGAAAAAGCTAATTAAAGATCATTCATTTTTGGAAAACTATATAAATCAGAAGACTAAA ATATAGCTTTTAGCTTTTCACTTGAAATAAGTTATTTTTTATTTAAATAAATTATTTTGA TAATTATTAAACACTCTAATAAATTAAAAAGATGATTTTTAAGTCAGATTGATCAGCTTT TAAGTCCATCTAAAGATGCTTTAATTACATCTTATTTTTTAAAAAAAATTAATTATTAAA ATTTCAAAGTTTTCATTGCTCTCGAAGACATTTTTTTAAATGTCCGGTACATTGTAATAA TATATTATTTAATGGAAGGAAAGTATAGAAGGATTTTTTAAAAAAAATAATTAAGTGATA AACTTTTTTAGAAATTATAATATGTTGTATATTTACGTTAAATTTCTTAATTTTTTAATT TAACATTTCCCAAAAATTTTGTGTTATCCAAATGTCCGAATAACAACCAATTAACTGACA CTGAATTTGTGAATTTTACGAGACAAATGTTCTTGTTAAAATTTCATATTAGGTTTCAAC TGTGAGTTATTTTTGGAAATTTAAATTATGTGTGTTGATCAAAATACTTTAAATATTTTT TTTTCATTATATCATGAATTTTAAATAGATATCATATATTTTTAAAAGATTTAGATTTAA ATTTTACTATTAATATACTAAACCGACATAGCCTTAAGTTGAAAAAATATCAAATTCATC GAGGGAAAACGAAAATTGCAAGTATATTTGGCCAAACGAAGCACCTGTCCATGAAATGCC ACGTAAAAATTCTAAGCAAAAATACTACAATAAGTGCATGGAATGAGACGAGCACGTGTC AAGTTGAAAGAAGCACCTGTCCATGAAATGCCACGTAACTCACACCTTCAAAACCTCTCC ATTGCTACAAATCTCCATATTTTTGTTTTTTTTTTTTAAGAAAAAGATAAAAGTACTAGC AATGTCGGTGAAAAATTGTATGTCGATTCAATGTTGCAAAATCTTGTTCAAGTTTCTACT GTTTATGATTATTATCATCAGTAGCGTGTTTATCGATGTAAGAGCTAAAAGAGAAAATGA AGGTTGGGAATGGGGTTTAGGTCCTCTGATTAAAAGAGCAGAAAGAAAAACAGTTATTTC AACTGAAAATGGTGAAGTCTCATCAGTCACAGTAGCTGATGGAACAACCTATCATCTTCA ATTCATCACATTGGAACCCAACTCCCTCTTCCTTCCCGTTGTTCTACATACAGATATGGT TTTTTATGTTCACACTGGTATTCATATATACACTTGATTTCTCAAATATATCATGAACAA ACTTCCTGAGATAATAACCTATTTATGTTGATTTTATTTTTGTTTGTGGAAATATGTTCA TAGGGTCGGGGAAGCTAACTTGGATGAATGAAAATGAAGAGAAATCAGTGGATTTAAGAA TAGGAGATGTATTCAGGCTGCCTTTTGGATCTATTTTCTTCTTAGAGAGTGACTTAGACC CTATCAGACACAAACTTAGACTTTATTCCATTTTTCCCAATTCAGGCCGAGTAATATTTC TTTGCCTTCTTCGAAAAGCTTAATTATTCGATTCATTTTTATTTTAATTAAGGATGGATA TTTCTTCCTAATATATACAGGAATCACTGAGTGAGCCCTACTCCAGCATCCGTAAAATGG TTCTTGGATTCGACAAGAAAGTCCTCCAAGCGGCATTTCATGTATAACAACTCCCTACTC CATCTTTTTAATTCAGTGTGTTTTTACTATATATTTATATATTGGCTACGGTCGAAAAAT ATCATTAACTAATTCTCTTTAACCGCCTAATTACACACTTCACAACAGCTATAATTGTAT AATAAGACCTTAGTGATTAGCCAACAATGCTGTTTTGGTCATAAATTGGTGTGTTTAAAA ATGCTAGTTAAGAATATCACTTAATCATAGCTGTTATCAAGATGTATTGTAAGAATTTTT TACTCAATAGTTTTTAATATTACTTGGGCTTTCTTTTAGCCCAATTAATTAATGTGACGA GTAGTTTGAATTGACACACAGTAATAAAAAGAGTCCCATCTTGTTGGGGAGTCATTTTAA TTAATGTAAAATTTTGTTTATGAAGGTACCAGAGGATGTGATAGAAGAAGTGTTGGCTGG AACAGAAGTACCAGCCATAGTGCACGGTGTGCCAAAGTCAACTAAGAAGAAGAAGAACTT ATGGGAGATGGAGGCTCAGTTCATGAAGACTGTTTTAGGAAGGGGTAGTTATAGTTTCTT TGACAACCGAAGGAATAAAAAGAAGAGTTCTCAATTGTTCAATGTATTCCAAGAGAAACC AGATTTTGAGAATTGCAACGGGTGGAGCACGGTAATAAACAGGAAGAAATTGCCGGCGTT AAAGGGCTCGCAAATTGGTATTTACGTAGTGAACTTAACGAAAGGATCAATGATGGGGCC ACATTGGAATCCAATGGCTACTGAAATTGGAATAGCAATTCAAGGAGAAGGAATGGTGAG GGTAGTTTGCTCAAAGAGTGGAACAGGGTGTAAAAACATGAGGTTTAAAGTGGAAGAAGG GGATGTATTTGTTGTGCCAAGGTTTGATCCTATGGCTCAAATGGCATTCAATAACAATTC ATTTGTGTTTGTGGGGTTTAGCACAACTACAAAGAAACATCATCCTCAGTACTTAACGGG GAAGGCATCGGTCCTCCGAACATTGGATAGGCAGATATTGGAAGCATCTTTCAATGTGGG CAACACAACAATGCATCAGATTCTTGAAGCACAGGGTGATTCAGTTATACTGGAGTGTAC ATCTTGTGCTGAGGAAGAGAAGAGGTTGATGGAGGAAGAAATGAGGAAGGAGGAGGAGGA AGCGAAGAAGAAAGAGGAGGCAAGAAAGGCTGAAGAAGAGAGAAGAGAGAAAGAAGCAGA GGAAGAAAGGAAGAGACAAGAGGAAGAAGCAAGGAAAAGGGAGGAAGAGGAAATAAGGAG GAGACAGGAAGAAGAGGAAGCTAGGAGAAGACAAGAGGAAGAGGAAGAGGAAAGAGAGAG ACAGGAAGCTAGAAAGAAACAAGAAGAGGAAGAAGCAGCACAAAGAGAGGCAGAGCAAGC AAGGAGAGAAGAGGAAGAAGCAGAAAAAAGAAGGCAGGAGGAGGAAGAATCAAGGAGAGA GGAGAAAGCAAGAAGAAGGCAACAGGAGGAAGCAAGGAGGAGAGAGGAGGAAGAAGCAGC AAAAAGGCAACATGAGGAAGAAGCAGAGAGAGAGGCAGAGGAAGCAAGAAGGATAGAGGA GGAAGAAGCACAAAGAGAGGCAGAAGAAGCAAGGAGAATACAACAGGAGGAAGAAGCAGA GAGAGCAAGGAGAAGAGAAGAAGAAGCAGAAACAAGAAGGAAGGAGGAGGAGGAGGAAGA ATCAAGGAGACAAGAGGAGGAATCAAGGAGGAGTGAAGAAGAGGCAGCAAGAGAGGCAGA GAGGGAAAGGCAAGAGGAAGCTGAAAGACAAGAAGAAGCTAGGAGACGGGAGGAAGAAAC AGAAGAGAGGCATCAACAAGAAGAAACCGAGGAAGAGGAGCCAGGCCAACCTGAAATGAA CGGATATTCCTCAAACTAGCCTATGAGTGTGTTGTGTAACTAGTGTACTCAGCAAGTTCT CAGGAGCTGAATAGTCTCTACGTTTTTGTATAATCTCATGTGTGTGTACGTCTTTTCATT TACTTTTGCTGTCATATTTATGAGTTTATGTAATAACACCGAAACAAGTTTTCATAGATC ACTTTTCCCTGGCAAGTCTCCAGCAATGTAGCAGAAGGTGTTAGGATGTTATCTGGATGA AAGCAGTTCATACATTTAAATCATTGTCTGTTGCTGCACAGGGACTCAAACATGGAGGTG AACTTCTCTCATTCGAATCTGTCTTCTGTCTTTAATATGAATAACTCTGTTTAGAGAAAA ACAGTAGAGCAATTCGTCGTTCCAGAATACAGATAATAATAGAGAGATAATAAAAAAAAA GGGAAAATAAAGGTAAGTGCAGCTAGAAACAGAGTGTATAAGATTGTTGAATATGTTGAC CTTATCTTCTAATCCCTTTAATTACTTAAATCGTATTCAAATTCTGATTCAAATGTGTTG TGGGATTCCGTCTTTTTTATTTAGGAAACACGGTCCACATTTTCTTTAACAACAATAACA TGCTCGACGATAAAGTCTGACACACTCTTCTCTGAAACATACCATAAATTAAAGTATCGA ATTTTAGAGCAGTTTGATAAAATATTCACAAAATAAAGAAGATTGTAGCAAATACTAAAA CAATATAATGCATTATAGAAATACAAAGCATTAGAGAAAAAGAACACCGGTAAAAACAAA TAATACATTATAGAAATACGAAAAGATAACAGTCAGTAACAGATACTTTTAAGTCATACA TCTATTGCCAATTTTCCAATGAAAAGAGGAAGGGCAAAAGGGGTATGGTAATTGTTGAAC ACAAAGAGCCCAGAGGCTATACAAACTATTGGGCCCTGGGCTGAACCACAAAGAGGCCCA AGAGTAAAACAGCCCAACAATAGATTTGTTCGGGATTCAGGTTGAGTAGAGATAAAAGAG TTGTCACAACGGTATGGAGAATTCATGCATATTGTGAAAGAATTGTCTAAGTCCTCTTCT CTTCTTCTAGAGTCTAAGTAGGCATTTGGACATGCGATATCATACGCTATATGGTATCGT GAGATGGAATCAAACTTTAGACATGTGATTTTACGCTGATTCCATATCATGAGATGTGAT TTCATATTCTCCAAAAACCATGATATGGAATTATACAGAATACCATATGATGATTTGAGA TATTTTAATACCAAAAATTAACCCACAAGTTTATATTTTGTTAAAACAACCCCACATTTA TATCTACTAACCATTTATTTCACATGTAAATAAAATTCACATCATTACTTTTTAAATTTT ATTATTCTCATTGGAATAAAATTTATTATTCTCACCAACATATGGTCACTTTAACTCACA CTTCACGATTGTTGAGTAGTAAAATCTTGAAGATCTGTGAACGGTGTTTCCTTTTTATTC AAATATATTGATGAGAAGTAAAAGTTAGATTGAAACAATTACTTAAGTGGAGAACAAATA GATTTCTAATAATTTATTATGCCATTTTATAATTTTTTGTCTATTTGATAAGATTGAATA AACAATTTGGGCTATTTAATAGTTTTAGAACTTATTAAATATTTATGTTTATGAGAAAAT ATATAACACCAAAATTTATATCGCATGTCCAAACAAAATTTTAATTTCATATTATGATAT CATATCGCAATGGCCAAACGGACCCTAAGTTTCTCATTTCAGTAACTTTAATTGTATTTC TTTAGTTAATTAAGTGTTGTTGTGATTAGGCCATCAGGAATATTATAGCTAAAGTATTTG TGTTGAGAATTTGGATTTGTTACCGTAATTAAATGTGAATCGAATTAAATAACTACTTTT CCTCCTTTAGAACTTTTAGAAACACTTTAAAATAGGGTTTTGAGGACCACATAGCAGTGA GCATTGATGAACTACAGGAGTAGTACGTACGTATGTCCTTTCTGATATACTGATGCGATT TGTTGCTGCAATTAAAGATGGAAAATGAAATAATACATACAAAGTCCGATACTACCAATA AATACAAAGATACCAAAAAATTTGATGAAATATCTTACGTGTCAAGCAAATGTGATTATA TAAAATTTGGAGGATGGAAGTATATAAAAGTACAAAAGTAAATGGTGTACTCTTTTTATG AAACAAGATAGGTGGTGTTGAGAGTGAAATGGAGATGGGCTTGGATATTATGTAGGCATC ATGAACCAATTATGGGACCTACAAGATTAATGTTTTGGATATCCCATATCTTTCGTGACA GCCCCATTAATTCAGTCTCTGTCTTTCGGATGAGCACGTTATACTATTCAATTTCTTATG GGATGAGTACGCTTTACGGATAAAACCTCCACTCAAAAGATATTAAACAGATGATTACCC TTCATACTAATTAAATCATCCCCAAAGATAATTATTTATTTCTTGTAGTATTTTTTGACC ATTTATCATAGACTTATGAACAAATCCTGAATTCAAATCTTTCAGTGATACAGTAATTTT TGGTACAACAAACTTTGCATTTATGGCTTGGCAGTGATGAAAAACTTGCATACAGCTTGA GTGCCCTCTTTAGTTACAGCCTCCTGGCCTGACTTTACTCTCCATATGCCACAAGTCAAC ATCTCTATATTTTTAATCAGTAGTAAAATTGTTTGCAATTCAACAGCCACCAAAAGTGAC TAAACTAAAAATTGGATCAGTTATATTTGTGACATTTGATTTTGTAATTTATTCTGTTAT TTTAGTTTTATAGTTTCCCATCTCAAACTATCTATCGTAATTTTTAGAAATAGGTTTCTC AAAGATGCTCATTTCTTTCTCTTTTATTGTTATAGTAAATTTTTGCAATCATGATTTTTT ATTTTAATTTTGAGAAGAGAATAAATTGTAAATAATCAGTTCTGACAGGTCTTAGACAAA GAGCAAGCACCTAATTATATTGCATATATTTAAATAAAAAGGAAGATTAGGTGGAGAGAG ACCATAGTTTATGACGTCATCCAGAAATTAATCATATTTCATTATTCCTGATTATGCTAC CAAACAAGAATAAAGCGACAAGATTAAGGCATAAACCTTCCACAATAGTTCATTAATTAT TTATTTATTAGCCCAAAGTATGTCACTACTATTACAGAAATATTATATAATAATTAGAAG ACAGTTGGTTGCTACTTAAACTGATGATAACCCTTCATTTTCATGCACTGTTGTTCAAGA TTAGATGTAATTTCAAAGTCAAATTGGTACTGAGAAATGTTAAGAAAAAATAAATCTGCA TCAGATTCCTTTAATTGATGTCAAAAGCACAACTACAATTGGCCCAACAAAGAACATTCA TTTGATCTAATCCGTTTTATGTCTTTTCTCTAATTACGACTTAACTTCTTAATTCAACTT TTAATCATTACCACTTCTATATCTAAAAATAAAAGAAATAAATAATAACGGTAGTGTCTA CACTAATTTATGCAAATTTTATAAAATATTTGCTACCTTTCACTTATATTAAAACAGTTA ATTTTGTTTAACCGTGATATATAAAACAAATTGAATAACATTTTGAAACTGTAAAAATTT GAACTCCTATTATCTTATTAATCAATCAATCAAAATAGGTATTATGTATAGGTTCACACC GAATATGTTGGGCAGCTTGTGAGAAAATGGTACTAGCAGTAGGCCAAATTATTTTTTTTA ATATAAAGTTGACTATTAGGAACCAACTTGCCGGCTTCATATATACTTACCATATAAAAA TAAATAAAAACATAAACAGAATGTTCAAACATCCAACCCTAGAATGGCCGATTCAACGAT TCGTTGGCTAAATTTTAAACTTTTTTGCTCAAAGAGTTTAACACTGCTGCATTAGTTATG CATCTGAATTATACAAATTTTATAAAAATTTGCACTGTCTGAAATAGAGATACCATTTGA TAAAAATTCCCACTAGATGAGCCTCTCTTGGTTAAATATGCTTATAGCAAATTATATACT AAACACATTAACAGCTTCATCTGTAACAAAAAGCAGAGGAGTTTTAATACAGCTATACAT TCAACTTCTACTGTACAGCAGAAAAAAAACCTTTCTACTTTTCCTACACAAAGGAGACAG TAGAACAATCTTAAAAGTGTCCAACTGCCTTCTTTCCTCCTGCCATCCTATGCTCAAATC TTTGGGGCTGAGAGCTTGCCAATATGTTTTTTGCTGCATCAAGTGAAATTCATTGTCCTA TACAGAATAAATTAAACCTGACTCTAAGATATCATGAATTTCTTCCCAAGTCTTTCCCAC TGAAATCTGCACTACCAAATGATCCAGCTGAAGTCACCATGTCAAGATTGCTACCCATGG ATGTTAAAAGGGCAGATAATCCAGGCGATGGACCGACACTAGCTGCCATTCCTAATCCAA GGAGGTCAAGAGTGGGATGTTTGGGACCAAACACCGAGGGAGTTCCCAACATTAATTCCT TTAGACCAGAACCAGCGTCACACGGTAGTCCAAGACCAAGACCTGCAGCTAATGATGCAC CATTGGCATCACTGGGTCTCCCACTCCATTCTTGATGACCGTTTGAAGATGACGTGGAGG ACATAACCCCAATGCCCCTCAAGAACGATGAGCTGGTTGCTGCTGCACCCATCTGAGCTG CCTTCTGCAGTAATGCTGTTGCCGACATAGCTGGTTGTGGTGCGGGAGCATATTGCCTCC GTTCTTGACCAGCTGGTCTAAAAATTGACGAACTGTGACTCATCGCTAGGCCGAGAGATA TTGGTTCTGTAGATGAAGGTGGTGCCATCTCAAGAGTGTGCTCAGGCGCCATGGCTCGAA ATATATCAGAAAAAACAGGAGCTTGAGATGGCAGACTTCCCGAAGCTGTTGATGAAGCAA ACAAACTTCCAAAGACATTGCTGCTACTACTTCCATTACTACAAGAGCTGCTACAGTTTC CAGTCAAGCTTGCTACCACTGCTGCTTCCTCCACAACTTGCTTCGTAGCAGCTCCAGCAG AATTTGTGACTGGATTCTCCCGCAATTCTGCACAAATTGTAGCAGTTATATTAAAAAGAT GAAAAGAAGCATACTTCTTTAAGGAAACAGAGAAAGTTAAAACTTTTCATAGAAAAAGAA CATTATCTATTGCAAAAGGAGATCCAAATATAGTATCTTTTCTTTACAATCTTTACCTTA TTTAAGCATTATACTACTTATTCTTTCTTTAGCCAACGGTTTCATGACATTGAATCTTAG TTTATAATTAATTATCCGATCATTTTCTTCATTTTTTTCCTTCCTATTTTAGACCCTACT TCTGTCTACAAGATTCTGATTGATTAATAGAAAAAGATAAATGATTTTGTACAAAGAATA AATACAGATAAGAACAAAGATCAATAAATGACAAAATTAACTAGCTTCCAAGATATAGAA ACAACAAAGTTATTTTGTTTGATATGTAACAAACACAAATGCGACAAACATCAAACGCAG AGAAGGTACCTCGATTTTGAACGGAGGAAGCAAATGACATTACGGCAGTTGACGGTGGAA CGGTAGGGGTCATTAAAGACTTTGGAGCTGCTGGTGGTGGTGGTGGTGGTTGAGACTCGG TGGCAGGTGGAGGGGCTGGTGGCGATGGCGGTGGTGATGATGAAGCAACAGCTTGTGTCT TAGGCTCCTCATTAGTACTAGGAGGCTTCTCTGGCAGTGTTTTAGCACTTTCTTGAGCTA ATGCATCACAAAATGCCCTATGGGTGATAAAGCTATCCCTCCTGTACATTATTAGCAAAT AAAGTTAACAACTTTATTACCCAGAAAGAACTTAAATTGAGCTCAAAAAGCATACTGTTG ATTTACCTTGAAAATAAAGTGCCACAATCACATTTATACTCTCTAGTTCCACAAATTTTT GAATGAGCCTTTAAATCAGACTGAACAGCATATTTCTTGGAGCATTTGTCACATTTCCAC TTCTTCTCACCATGTTTACGGCAGAAATGTTTCTTGATTCCGGTCAAATCACCCAATGCC CTAGAAGGATCATGGTGAACACAACTGGATTCAGGGCAAACATATACTCTCTTCTTCACC TCATTGCTTGATCTCTGCCTCAACTTCCATGGCAAATTATGACCTCTTCTATGAAGCTGC AAATTCTGGTCTCTTTGAAACCCTTTACTACAAATTTCACAAACAAATCTGTTCGTCGCC AGCAAAGTTGTTGGTGACAAAGCAATAACCTCTGCATCGGGATCTAATCAAAGCAACCAA AAACAGAAAATCAAATCTTCGCTGAATATTAGTAAAATTGGGTTCATCAAGAATCGTAAC GGAACATGATTTACCTGGCATCCCAGGAAGATTCCGTTTCTTCTTGGCTGATTCTTTCAG AGGAACTACTTGATTACCTGAAGACGAAACGCTTGCTTCACCTGAGCCTGTAGAATCGTT CATGGCGGATGAGTTATCTGGGTCGGCCGGCATGTTTTTTTTTTTTTTTTTGGGGGGGGG GGGTTGCTCAAAAAAGCAAATCTTTAGAACATTTATGTTAAAAAAACCTTTTTGATATCA ATCTTTTCTTGGGGGAGTCAATACTTTCTCTCTTTTCGCCGTATCTACCAGTCAATCTTG CTTTTTCGTTTTTCTTTCTTTCATACACCCAACTACCAGTTTTGATCAAACCAAGCTAAA ATAGCAAATCCCCATAACATAGAAATTAGCTGAAAAACCCAGATTCCAAAATCACCAGAA AGTCAATCACCGGCGTGAACTTTCTGCCGGGAAAGTCGCTAAGTTCGAGTAAATGGGTTT GCTTATAAGTAAAAGTAATGAAGAAAAACTCGATGAAAATGAGAAGCAGTTGTGACAACG CAAGTCGGCGGCTCGGAAATCAATAGAGAGAAAGAGAGGAAATTTAATGTGAAAACAGAG ACCGCAAAAAAAGTCTACTCAGTTTTGGTCTTCATTCTTACTTTTCAAGAAGATGAAGAA AAATAAAATAATAAAACAGAACAGAAAATTAATCAAATGAAAAATAAAAATCATAGTACT AGTGTGTAGTAGCTAGTACTTGTTCTTTACAGTGAGTAAATAAATGTGTCTAAGAAAATA AAAAGTAAATAAATCATAAATGTGTCTCATTTCTGGAGGATAAAGACGTCTACTAATATT TTATATATATATATATATATATATATACTTATTGTAAGTTGATTTATAATTTTTAAAAAG TTAAATAAAAAATATAATTAACTAAATTACTTTTGTTATTAATATCTTCAAATTTTATAT TGAATTTATTATCATTTTCTATTATATAGCTATTTTAAATTAAGAATAGTATTAGAAAGT TTAAGTTTAATTAAATTTGTTAAAATAACTAAATAAATTAAATTTAAATATATATATTTT TATATTTGAATCATGTAAAATGATTCAGAGGAGTGGTTGTAGTTTCCAAAACATGAATTT TTTTCATTTATATGAGTATTTCCTTACTTGTACTAATAATATAAATAAATTCATAACTCA AAAAATGAGAACATTGGAAATTCTCTCTTCAATTTTGTTTATCCCTTTTAATTTATTTTT TTTAAAGTAATTTTTTTGGACATTATTGTTAAGCCGACATAATCCACCAAGCATGTTTAA CACTATAAATTGAGAATTATTTTAATACATCATAATTTTTTTTTAAAAAAAATTATTTTT TGTGTTCAATTAAACTAACATAAATACATCAAAACAATTATATATCAATTTTTAATCTGA ATTTATTATCTCGTTAGAATTATCAAAAGTCACCAATTTACACAAAATACTTTGATTAAA TTTTCAGCATTTAATCGGGTAATTTTTACTATCACATCTTGTGTCTTCTCTATTAATTTT CAAT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.994 19056 19570 match_2 match_part 0.987 19222 19679 match_3 match_part 0.996 29080 29841 match_4 match_part 0.995 29208 29757 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_5 match_part 0.959 6877 6804 match_part 1.000 6676 6623 match_part 0.987 6049 5505 match_part 1.000 5298 5293 match_6 match_part 1.000 14237 13803 match_part 0.982 9816 9535 match_7 match_part 1.000 14236 13803 match_part 0.800 13653 13649 match_8 match_part 1.000 20418 20162 match_part 1.000 20073 19952 match_part 0.999 19870 19183 match_9 match_part 0.978 19860 19210 match_10 match_part 0.969 19799 19210 match_11 match_part 1.000 20426 20162 match_part 1.000 20073 19952 match_part 0.995 19870 19215 match_12 match_part 1.000 20282 20162 match_part 1.000 20073 19952 match_part 0.992 19870 19232 match_13 match_part 0.930 19871 19270 match_14 match_part 0.995 19831 19270 match_15 match_part 1.000 20072 19952 match_part 0.993 19870 19318 match_16 match_part 0.993 20435 20162 match_part 1.000 20073 19952 match_part 0.994 19870 19348 match_17 match_part 0.985 20431 20162 match_part 1.000 20073 19952 match_part 0.996 19870 19375 match_18 match_part 0.989 20425 20162 match_part 1.000 20073 19952 match_part 0.994 19870 19377 match_19 match_part 0.947 19774 19382 match_20 match_part 1.000 20422 20162 match_part 1.000 20073 19952 match_part 0.998 19870 19383 match_21 match_part 1.000 20420 20162 match_part 1.000 20073 19952 match_part 1.000 19870 19384 match_22 match_part 1.000 20422 20162 match_part 1.000 20073 19952 match_part 0.998 19870 19396 match_23 match_part 0.922 19691 19399 match_24 match_part 1.000 20386 20162 match_part 1.000 20073 19952 match_part 0.996 19870 19405 match_25 match_part 0.809 20391 20162 match_part 0.967 20073 19952 match_part 0.944 19870 19427 match_26 match_part 0.939 20292 20162 match_part 0.967 20073 19952 match_part 0.959 19870 19453 match_27 match_part 1.000 20372 20162 match_part 1.000 20073 19952 match_part 1.000 19870 19469 match_28 match_part 1.000 20372 20162 match_part 1.000 20073 19952 match_part 1.000 19870 19469 match_29 match_part 0.985 20435 20162 match_part 1.000 20073 19952 match_part 1.000 19870 19470 match_30 match_part 0.810 20392 20162 match_part 0.967 20073 19952 match_part 0.957 19870 19570 match_31 match_part 1.000 20426 20162 match_part 1.000 20073 19952 match_part 0.996 19870 19612 match_32 match_part 1.000 20426 20162 match_part 1.000 20073 19952 match_part 1.000 19870 19651 match_33 match_part 1.000 20418 20153 match_part 1.000 20073 19952 match_part 1.000 19870 19690 match_34 match_part 0.939 20392 20162 match_part 0.992 20073 19952 match_part 1.000 19870 19733 match_35 match_part 0.939 20392 20162 match_part 0.992 20073 19952 match_part 1.000 19870 19777 match_36 match_part 1.000 20425 20162 match_part 0.992 20073 19952 match_part 1.000 19870 19821 match_37 match_part 0.992 20289 20162 match_part 0.962 20073 19970 match_38 match_part 0.988 34096 33494 match_39 match_part 0.993 34095 33494 match_40 match_part 0.981 34084 33494 match_41 match_part 0.979 35216 35170 match_part 0.989 34707 34262 match_42 match_part 0.909 35213 35170 match_part 0.944 34707 34350 match_43 match_part 0.998 36595 36015 match_part 1.000 35956 35880 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 6877 6804 exon 6676 6623 exon 6049 5505 exon 5298 5293 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 14237 13803 exon 9816 9535 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 14236 13803 exon 13653 13649 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 19056 19679 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 20435 20162 exon 20073 19952 exon 19870 19183 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 20418 20153 exon 20073 19952 exon 19870 19210 gene_7 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 19871 19210 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 29080 29841 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 34096 33494 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 35216 35170 exon 34707 34262 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 36595 36015 exon 35956 35880 RepeatMasker tomato repeats master Copia00172 488 522 1 Copia00172 488 522 1 nucleotide_motif 225 8931 8967 Unknown00034 3703 3761 1 Unknown00034 3703 3761 1 nucleotide_motif 230 9974 10031 Copia00112 1 133 1 Copia00112 1 133 1 nucleotide_motif 369 11409 11544 Gypsy00043 529 1314 1 Gypsy00043 529 1314 1 nucleotide_motif 2110 15030 15557 Copia00110 13323 13564 1 Copia00110 13323 13564 1 nucleotide_motif 537 16014 16268 Copia00094 4308 4464 1 Copia00094 4308 4464 1 nucleotide_motif 740 21723 21880 Unknown00034 3705 3979 1 Unknown00034 3705 3979 1 nucleotide_motif 1297 21748 22011 HATSOD1 1 221 1 HATSOD1 1 221 1 nucleotide_motif 768 22499 22716 HATSOD1 4557 4791 1 HATSOD1 4557 4791 1 nucleotide_motif 690 23072 23294 Copia00143 77 154 1 Copia00143 77 154 1 nucleotide_motif 554 23493 23570 RepeatMasker tomato repeats master SINE1_SO 1 28 -1 SINE1_SO 1 28 -1 nucleotide_motif 225 2768 2741 DNA-8-2_CR 1967 2025 -1 DNA-8-2_CR 1967 2025 -1 nucleotide_motif 228 13663 13602 Unknown00019 178 264 -1 Unknown00019 178 264 -1 nucleotide_motif 229 16056 15980 Unknown00019 49 317 -1 Unknown00019 49 317 -1 nucleotide_motif 485 16358 16075 Gypsy00191 1483 1670 -1 Gypsy00191 1483 1670 -1 nucleotide_motif 561 25219 25038 Unknown00043 5272 5442 -1 Unknown00043 5272 5442 -1 nucleotide_motif 288 31354 31183 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2091 24309 25543 match_2 match 4601 26409 28810 match_3 match 5118 32532 35251 match_4 match 5745 29546 32470 match_5 match 3447 19392 21154 match_6 match 3838 22325 24308 match_7 match 1834 566 1679 match_8 match 4886 7648 10352 match_9 match 5374 4775 7614 match_10 match 5707 10788 13717 match_11 match 2694 27452 28810 match_12 match 5118 32532 35251 match_13 match 5745 29546 32470 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 749 3564 4012 clone_end_1 clone_end 739 27532 27904 clone_end_2 clone_end 1172 28213 28810 clone_end_3 clone_end 920 34111 34574 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_2 clone_start 773 12947 12558 clone_end_4 clone_end 573 17603 17291 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.994 19056 19570 match_2 match_part 0.987 19222 19679 match_3 match_part 0.996 29080 29841 match_4 match_part 0.995 29208 29757 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_5 match_part 0.959 6877 6804 match_part 1.000 6676 6623 match_part 0.987 6049 5505 match_part 1.000 5298 5293 match_6 match_part 1.000 14237 13803 match_part 0.982 9816 9535 match_7 match_part 1.000 14236 13803 match_part 0.800 13653 13649 match_8 match_part 1.000 20418 20162 match_part 1.000 20073 19952 match_part 0.999 19870 19183 match_9 match_part 0.978 19860 19210 match_10 match_part 0.969 19799 19210 match_11 match_part 1.000 20426 20162 match_part 1.000 20073 19952 match_part 0.995 19870 19215 match_12 match_part 1.000 20282 20162 match_part 1.000 20073 19952 match_part 0.992 19870 19232 match_13 match_part 0.995 19831 19270 match_14 match_part 1.000 20072 19952 match_part 0.993 19870 19318 match_15 match_part 0.993 20435 20162 match_part 1.000 20073 19952 match_part 0.994 19870 19348 match_16 match_part 0.985 20431 20162 match_part 1.000 20073 19952 match_part 0.996 19870 19375 match_17 match_part 0.989 20425 20162 match_part 1.000 20073 19952 match_part 0.994 19870 19377 match_18 match_part 1.000 20422 20162 match_part 1.000 20073 19952 match_part 0.998 19870 19383 match_19 match_part 1.000 20420 20162 match_part 1.000 20073 19952 match_part 1.000 19870 19384 match_20 match_part 1.000 20422 20162 match_part 1.000 20073 19952 match_part 0.998 19870 19396 match_21 match_part 1.000 20386 20162 match_part 1.000 20073 19952 match_part 0.996 19870 19405 match_22 match_part 1.000 20372 20162 match_part 1.000 20073 19952 match_part 1.000 19870 19469 match_23 match_part 1.000 20372 20162 match_part 1.000 20073 19952 match_part 1.000 19870 19469 match_24 match_part 0.985 20435 20162 match_part 1.000 20073 19952 match_part 1.000 19870 19470 match_25 match_part 1.000 20426 20162 match_part 1.000 20073 19952 match_part 0.996 19870 19612 match_26 match_part 1.000 20426 20162 match_part 1.000 20073 19952 match_part 1.000 19870 19651 match_27 match_part 1.000 20418 20153 match_part 1.000 20073 19952 match_part 1.000 19870 19690 match_28 match_part 0.939 20392 20162 match_part 0.992 20073 19952 match_part 1.000 19870 19733 match_29 match_part 0.939 20392 20162 match_part 0.992 20073 19952 match_part 1.000 19870 19777 match_30 match_part 1.000 20425 20162 match_part 0.992 20073 19952 match_part 1.000 19870 19821 match_31 match_part 0.992 20289 20162 match_part 0.962 20073 19970 match_32 match_part 0.988 34096 33494 match_33 match_part 0.993 34095 33494 match_34 match_part 0.981 34084 33494 match_35 match_part 0.979 35216 35170 match_part 0.989 34707 34262 match_36 match_part 0.998 36595 36015 match_part 1.000 35956 35880 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 6877 6804 exon 6676 6623 exon 6049 5505 exon 5298 5293 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 14237 13803 exon 9816 9535 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 14236 13803 exon 13653 13649 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 19056 19679 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 20435 20162 exon 20073 19952 exon 19870 19183 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 20418 20153 exon 20073 19952 exon 19870 19210 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 29080 29841 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 34096 33494 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 35216 35170 exon 34707 34262 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 36595 36015 exon 35956 35880 AUGUSTUS_tom_cdna de novo gene_1 gene 1 28100 29599 transcript_1 transcript 1 28100 29599 start_codon_1 start_codon 28100 28102 CDS_1 CDS 1 28100 29599 stop_codon_1 stop_codon 29597 29599 AUGUSTUS_tom_cdna de novo gene_2 gene 0.81 14667 6632 transcript_2 transcript 0.81 14667 6632 stop_codon_2 stop_codon 6634 6632 intron_1 intron 1 6803 6677 intron_2 intron 0.83 8677 6878 intron_3 intron 0.82 9222 8759 intron_4 intron 0.99 9519 9352 intron_5 intron 1 13802 9817 CDS_2 CDS 1 6676 6632 CDS_3 CDS 1 6877 6804 CDS_4 CDS 0.82 8758 8678 CDS_5 CDS 0.99 9351 9223 CDS_6 CDS 1 9816 9520 CDS_7 CDS 1 14667 13803 start_codon_2 start_codon 14667 14665 gene_3 gene 1 20372 19469 transcript_3 transcript 1 20372 19469 stop_codon_3 stop_codon 19471 19469 intron_6 intron 1 19951 19871 intron_7 intron 1 20161 20074 CDS_8 CDS 1 19870 19469 CDS_9 CDS 1 20073 19952 CDS_10 CDS 1 20372 20162 start_codon_3 start_codon 20372 20370 gene_4 gene 0.39 23828 20400 transcript_4 transcript 0.39 23828 20400 stop_codon_4 stop_codon 20402 20400 intron_8 intron 0.46 22805 20450 intron_9 intron 1 23598 22991 CDS_11 CDS 0.71 20449 20400 CDS_12 CDS 0.52 22990 22806 CDS_13 CDS 0.83 23828 23599 start_codon_4 start_codon 23828 23826 gene_5 gene 0.8 24323 24030 transcript_5 transcript 0.8 24323 24030 stop_codon_5 stop_codon 24032 24030 CDS_14 CDS 0.8 24323 24030 start_codon_5 start_codon 24323 24321 gene_6 gene 0.91 36153 33932 transcript_6 transcript 0.91 36153 33932 stop_codon_6 stop_codon 33934 33932 intron_10 intron 1 35169 34708 intron_11 intron 1 35526 35442 intron_12 intron 0.93 36014 35924 CDS_15 CDS 1 34707 33932 CDS_16 CDS 1 35441 35170 CDS_17 CDS 0.93 35923 35527 CDS_18 CDS 0.98 36153 36015 start_codon_6 start_codon 36153 36151 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 47.69 23932 24003 AUGUSTUS_ab_initio de novo gene_1 gene 0.86 28100 29599 transcript_1 transcript 0.86 28100 29599 start_codon_1 start_codon 28100 28102 CDS_1 CDS 0.86 28100 29599 stop_codon_1 stop_codon 29597 29599 AUGUSTUS_ab_initio de novo gene_2 gene 0.18 3822 2815 transcript_2 transcript 0.18 3822 2815 intron_1 intron 0.67 2814 1 intron_2 intron 0.78 3105 2988 intron_3 intron 0.41 3463 3376 intron_4 intron 0.99 3584 3509 CDS_2 CDS 0.99 2987 2815 CDS_3 CDS 0.41 3375 3106 CDS_4 CDS 0.51 3508 3464 CDS_5 CDS 0.77 3822 3585 start_codon_2 start_codon 3822 3820 gene_3 gene 0.07 14667 6632 transcript_3 transcript 0.07 14667 6632 stop_codon_2 stop_codon 6634 6632 intron_5 intron 0.29 6803 6677 intron_6 intron 0.78 8677 6878 intron_7 intron 0.99 9222 8759 intron_8 intron 0.98 9519 9352 intron_9 intron 0.38 13802 9817 CDS_6 CDS 0.27 6676 6632 CDS_7 CDS 0.74 6877 6804 CDS_8 CDS 0.99 8758 8678 CDS_9 CDS 0.98 9351 9223 CDS_10 CDS 0.92 9816 9520 CDS_11 CDS 0.6 14667 13803 start_codon_3 start_codon 14667 14665 gene_4 gene 0.9 20372 19469 transcript_4 transcript 0.9 20372 19469 stop_codon_3 stop_codon 19471 19469 intron_10 intron 1 19951 19871 intron_11 intron 0.99 20161 20074 CDS_12 CDS 1 19870 19469 CDS_13 CDS 1 20073 19952 CDS_14 CDS 0.9 20372 20162 start_codon_4 start_codon 20372 20370 gene_5 gene 0.78 23828 22759 transcript_5 transcript 0.78 23828 22759 stop_codon_4 stop_codon 22761 22759 intron_12 intron 1 23598 22991 CDS_15 CDS 0.9 22990 22759 CDS_16 CDS 0.88 23828 23599 start_codon_5 start_codon 23828 23826 gene_6 gene 0.84 24323 24030 transcript_6 transcript 0.84 24323 24030 stop_codon_5 stop_codon 24032 24030 CDS_17 CDS 0.84 24323 24030 start_codon_6 start_codon 24323 24321 gene_7 gene 0.86 36153 33932 transcript_7 transcript 0.86 36153 33932 stop_codon_6 stop_codon 33934 33932 intron_13 intron 0.99 35169 34708 intron_14 intron 1 35526 35442 intron_15 intron 0.88 36014 35924 CDS_18 CDS 1 34707 33932 CDS_19 CDS 0.99 35441 35170 CDS_20 CDS 0.88 35923 35527 CDS_21 CDS 0.99 36153 36015 start_codon_7 start_codon 36153 36151 AUGUSTUS_tom_ugs de novo gene_1 gene 1 28100 29599 transcript_1 transcript 1 28100 29599 start_codon_1 start_codon 28100 28102 CDS_1 CDS 1 28100 29599 stop_codon_1 stop_codon 29597 29599 AUGUSTUS_tom_ugs de novo gene_2 gene 0.81 14667 6632 transcript_2 transcript 0.81 14667 6632 stop_codon_2 stop_codon 6634 6632 intron_1 intron 1 6803 6677 intron_2 intron 0.82 8677 6878 intron_3 intron 0.82 9222 8759 intron_4 intron 0.99 9519 9352 intron_5 intron 1 13802 9817 CDS_2 CDS 1 6676 6632 CDS_3 CDS 1 6877 6804 CDS_4 CDS 0.82 8758 8678 CDS_5 CDS 0.99 9351 9223 CDS_6 CDS 1 9816 9520 CDS_7 CDS 1 14667 13803 start_codon_2 start_codon 14667 14665 gene_3 gene 1 20372 19469 transcript_3 transcript 1 20372 19469 stop_codon_3 stop_codon 19471 19469 intron_6 intron 1 19951 19871 intron_7 intron 1 20161 20074 CDS_8 CDS 1 19870 19469 CDS_9 CDS 1 20073 19952 CDS_10 CDS 1 20372 20162 start_codon_3 start_codon 20372 20370 gene_4 gene 0.82 23828 22759 transcript_4 transcript 0.82 23828 22759 stop_codon_4 stop_codon 22761 22759 intron_8 intron 0.99 23598 22991 CDS_11 CDS 1 22990 22759 CDS_12 CDS 0.82 23828 23599 start_codon_4 start_codon 23828 23826 gene_5 gene 0.85 24323 24030 transcript_5 transcript 0.85 24323 24030 stop_codon_5 stop_codon 24032 24030 CDS_13 CDS 0.85 24323 24030 start_codon_5 start_codon 24323 24321 gene_6 gene 0.87 36153 33932 transcript_6 transcript 0.87 36153 33932 stop_codon_6 stop_codon 33934 33932 intron_9 intron 1 35169 34708 intron_10 intron 1 35526 35442 intron_11 intron 0.9 36014 35924 CDS_14 CDS 1 34707 33932 CDS_15 CDS 1 35441 35170 CDS_16 CDS 0.9 35923 35527 CDS_17 CDS 0.97 36153 36015 start_codon_6 start_codon 36153 36151 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 22507 22954 match_2 match_part 0.996 29080 29841 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_3 match_part 0.959 6877 6804 match_part 1.000 6676 6623 match_part 0.996 6049 5511 match_4 match_part 1.000 14238 13803 match_part 0.982 9816 9535 match_5 match_part 1.000 20440 20162 match_part 1.000 20073 19952 match_part 1.000 19870 19055 match_6 match_part 0.979 35216 35170 match_part 0.994 34707 33505 match_7 match_part 0.997 36616 36015 match_part 0.993 35956 35813 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 6877 6804 exon 6676 6623 exon 6049 5511 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 14238 13803 exon 9816 9535 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 20440 20162 exon 20073 19952 exon 19870 19055 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 22507 22954 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 29080 29841 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 35216 35170 exon 34707 33505 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0097L01.2 type gene exon 36616 36015 exon 35956 35813 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.99 28100 29599 transcript_1 transcript 0.99 28100 29599 start_codon_1 start_codon 28100 28102 CDS_1 CDS 0.99 28100 29599 stop_codon_1 stop_codon 29597 29599 AUGUSTUS_tom_pot_cdna de novo gene_2 gene 0.65 3822 1657 transcript_2 transcript 0.65 3822 1657 stop_codon_2 stop_codon 1659 1657 intron_1 intron 0.99 2814 1897 intron_2 intron 1 3105 2988 intron_3 intron 1 3463 3376 intron_4 intron 1 3584 3509 CDS_2 CDS 0.79 1896 1657 CDS_3 CDS 1 2987 2815 CDS_4 CDS 1 3375 3106 CDS_5 CDS 1 3508 3464 CDS_6 CDS 0.79 3822 3585 start_codon_2 start_codon 3822 3820 gene_3 gene 0.72 14667 6632 transcript_3 transcript 0.72 14667 6632 stop_codon_3 stop_codon 6634 6632 intron_5 intron 1 6803 6677 intron_6 intron 0.74 8677 6878 intron_7 intron 0.74 9222 8759 intron_8 intron 0.98 9519 9352 intron_9 intron 1 13802 9817 CDS_7 CDS 1 6676 6632 CDS_8 CDS 1 6877 6804 CDS_9 CDS 0.74 8758 8678 CDS_10 CDS 0.98 9351 9223 CDS_11 CDS 1 9816 9520 CDS_12 CDS 1 14667 13803 start_codon_3 start_codon 14667 14665 gene_4 gene 1 20372 19469 transcript_4 transcript 1 20372 19469 stop_codon_4 stop_codon 19471 19469 intron_10 intron 1 19951 19871 intron_11 intron 1 20161 20074 CDS_13 CDS 1 19870 19469 CDS_14 CDS 1 20073 19952 CDS_15 CDS 1 20372 20162 start_codon_4 start_codon 20372 20370 gene_5 gene 0.28 23828 20400 transcript_5 transcript 0.28 23828 20400 stop_codon_5 stop_codon 20402 20400 intron_12 intron 0.32 22805 20450 intron_13 intron 0.99 23598 22991 CDS_16 CDS 0.58 20449 20400 CDS_17 CDS 0.37 22990 22806 CDS_18 CDS 0.86 23828 23599 start_codon_5 start_codon 23828 23826 gene_6 gene 1 24323 24030 transcript_6 transcript 1 24323 24030 stop_codon_6 stop_codon 24032 24030 CDS_19 CDS 1 24323 24030 start_codon_6 start_codon 24323 24321 gene_7 gene 0.94 36153 33932 transcript_7 transcript 0.94 36153 33932 stop_codon_7 stop_codon 33934 33932 intron_14 intron 1 35169 34708 intron_15 intron 1 35526 35442 intron_16 intron 0.94 36014 35924 CDS_20 CDS 1 34707 33932 CDS_21 CDS 1 35441 35170 CDS_22 CDS 0.94 35923 35527 CDS_23 CDS 0.99 36153 36015 start_codon_7 start_codon 36153 36151 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 213 28106 28807 match_2 match 124 28253 28792 match_3 match 205 28106 28807 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_4 match 24.6 36045 35989 match_5 match 43.5 35452 35381 match_6 match 233 35924 35526 match_7 match 43.5 35452 35381 match_8 match 231 35924 35526 match_9 match 23.1 36045 36016 match_10 match 202 20119 19472 match_11 match 42.7 35452 35381 match_12 match 221 35924 35526 match_13 match 181 35924 35526 match_14 match 117 24311 24036 match_15 match 219 35924 35526 match_16 match 47.4 35443 35372 match_17 match 181 35924 35526 match_18 match 124 35816 35526 match_19 match 184 35924 35526 match_20 match 125 35816 35526 match_21 match 179 35924 35508 match_22 match 223 35918 35526 match_23 match 45.1 35443 35381 match_24 match 41.6 35452 35381 match_25 match 223 35924 35526 match_26 match 118 24311 24036 match_27 match 119 24320 24039 match_28 match 125 24311 24033 match_29 match 25.8 36069 35989 match_30 match 43.5 35443 35342 match_31 match 232 35924 35526 match_32 match 122 24320 24048 match_33 match 120 24320 24039 match_34 match 123 24320 24039 match_35 match 125 24311 24036 match_36 match 196 20074 19472 match_37 match 202 20074 19472 match_38 match 204 20074 19472 match_39 match 116 24320 24039 match_40 match 114 24320 24039 match_41 match 43.9 35443 35351 match_42 match 222 35924 35526 match_43 match 32.0 36153 35989 match_44 match 114 34465 33992 match_45 match 44.7 35443 35333 match_46 match 240 35924 35526 match_47 match 22.3 36045 35989 match_48 match 42.0 35443 35333 match_49 match 227 35924 35526 match_50 match 129 24317 24036 match_51 match 27.3 36063 35989 match_52 match 39.7 35443 35381 match_53 match 224 35924 35526 match_54 match 101 3376 3164 match_55 match 30.8 3509 3465 match_56 match 103 3394 3164 match_57 match 30.8 3509 3465 match_58 match 24.6 36045 35989 match_59 match 44.7 35452 35381 match_60 match 232 35924 35526 match_61 match 38.5 35443 35381 match_62 match 195 35882 35526 match_63 match 35.0 36153 35989 match_64 match 117 34465 33935 match_65 match 240 35924 35526 match_66 match 45.1 35443 35381