C08SLm0066I05.1 GATCATCCTGACCTAACCAAGTGTGTTTATTTGGTTCAGTTAACACAATTTTCCCAGACT TGATTCTGAAGGTATAGTTTTTTTACAGCTGCACCATGTACTGTAGTGCTAATTTAAAGA CGGATCTTGTAGGAATCCCAAGAAATTCTTCGATTTCTTCCGGAAACAGATGATTAATCA TCTGCTTCTCACGTTCCGTGAATAGCCGGGAGTTAGGATCAATCTAAACCAACCCATCAT ATTATGTATACGATTCAACACGCCAACTATTAAACAACTTATTAGAAATACAAGACAGCC AATCATAAATGTCACGAAATCCCCGCTCTTCGGGGGTGCCACGTTTGGTGACTTCCCTTC TGTGTAGACTGCCTAGCAGGCTTTCAATCTTAGTACTATGGTGGCCGACCAGAGTAAGTA AGCATGTAAACGACCATCTCTCCGCAGATAAAAGACTAGAGTAGGTTCACTGATCTTGAA AAACTAACGAAGATAAGGTCGATAGCTTGCTTTCTCGTGAAAGTACGGGAAAGAAATAGC TTACAAGAACAAGTAAGAGAGTTGACTTGCTTACTTTAACAAGTAAGGGAACTGATGTTG CTTACTAAAGTAAGGGATTGTTGACCCTTTCAATCTTGTTTGTACCCACGGGGCACATTG AACACCAACTCAACTAAAAAGAGAAAAAAGGGTACTCACTCGTCGGTAAGGGAAAGGCTA GGCTTTTCTTACGCTAATTCTTCTCTTATTATATTTACTAGATTGACTATTGCACTGAGC CCTATTCTATCTCGGGTAACCTGATTACGGCTTTTCCGACTAGGCGCCCTACCTAAGCCT TACTTCCCGTCCGACTAGCATGGTGTCATATCACTCTTGAAAGAACACGAGATCTCGGTC AATCAGAGCAATTTCCTGGGGAAAGGGGCAGAACCATCCCCACCTTATCAAGACAATTTG GTACCTGTTTTCAAACCCATCTTTCGTTGAAAAATCGAACCATTCAGCTAGGGCCGGATA GTAGTCTGAAACCGATTTTGGCTTGGGCCGTGTTCTCTAAAACCCGATTAATTAACTGGG CCAGATTCCCCTGCAACATACCCTTTCTCAGAACAAGATTTCGATTCTGATTTTGATTCC GACAACTTATGCAGGAACTTTCCAATAGACCGGTTGCTGCTTCCACAGCTAAGAAGGCTT TATTGAAAGCTTTAAAAGAGTGGGAGGACCCAGCAAACTGCTGTACAAGACACAAATTCA CCATCACAGAGTCCACAATGTATCCATAACGATACCATGAATAAAGCTTCACAAGAGAGT GCGGCCCAGGTTTCCTCCTTTCATGATCTTCAAAGAGCTAGCACGATTCTTCATTAACTT ATTTCACCCACAATATCAGAAGTAAAGATAATCATAAGTAGGGAATCAAAATTGCGGAAA ATGCAAAGAACGTCTATTTGTCCTTTATCAAAACAGTATAAGTATGTTTGTCTCTTCCAT AATTACATTAGTTACAATTGTGAATAGCGAGAAGTTATATTTTTGGTTTTGGACAATGGA AACACTTCTAGCAGAGACAAAGTTGCACATGATAGCTTGAAGAAACAAGTAACTAAAAGA ACATCACAAAGAACATCACAAATATTTAAATATAGAAGAAGTACCGAAGACGTACCTGAA GCAAGTGTTCCGGCAAAGCCAGCAGTCGCCATCTGCTGGTTCAAAGGAATGAGTTCCGTG TTCAGCCCCTGAGTTACTGTAGGGCAAGTTGTTGGAAACACGACTCAATTTCCTCCTGAA TATTTGGTAACTCACGTGTACAAATTTGTTGGTCCATTCGTATCAGAGGACGAAACCATT AATTTAAGGACCACGCATTTGACCCTATTCATTGGCGCATCCATCCAGTTGTAAGTACAG CTTGTGGGTACACCACATTTCTCTGTAACTCACTGAAGTTTGTGGATACACCAAAATACT CCTATCACGAGGCAATGAAACTTTCTCACTCTCACCATTAGACTGGCAGGTCATCTCCAC ACACAATGGTGAACCAGATTCTGCAAGCAACTGATAGTCTTAACTCCTTGAATTATCAGC CAAACAGATAAAGTATCAGCAGTGGTCATCCTACCAGCTTTTGGTACATACATACCGTTA AGCTCCCAAATTCTAAAACTAGCTAAATCGCGTAAGAGTTTCAGAAACCAGAATAAACAT TTTTTATATGCATCAAGCAGATGCAAAGCTTAAAAGAGAGAGATTAGACCATCCCAGATA CACAAAAGACTAAGAAACCTTACTTACTTTGTAAGTAGAATAAAACTTATATCAGACTAT ATAAGAAGGGGAAAATTAGGCAAAACACTTACTGAACAGCAGTTGCAACCTGATAATATA GATTAGTAATGTTTTTTAACATAAACAAACAAAAAAGTATCAGCAGTGGTCATCCTACCA GCTTTTGGTACATACTGCTGTTAAGCTCCCAAATTCTGTGTTTTCAAATTCTAAAACTAG CTAAATGGCGTAGGAGTTTCAGGAACAGAATAAAACATTTTTATATGCAACAAGCAGATG CAAAGATTAGACCACAAAAGATGAGAAATCTTACTGACTTTCACACACAAGTTGTAAATA GAATAAAACTTATATCAGACTATGAAATTTAGAAGAAAAAAAAAACTTAGTAAACAGTAG TTAGAACCTGATAATATTGATAAAAGAAAATGTTTATTAACATAAACTGAAAAGCAAACT GGCTCTAATCTATTGTTCAATCACTAAAGTTGAAGGCATTGTAAAGATTGCATAATCTCC TGCTTGTCACGAATAATTTTTTGCATTTTCTTGTCATTGTCATTATTAGCAGCAGCAGCT TTGATCTTGATCATCATCGTTAATAAGACATTCTTCCTCTCCACTTTGCTTTGGGGCAGA TATTTGGATGTAAGATAATATTCTCTAATCTGCCATTCACTCTGTCTCAATCTGGATGAT GATTTGTCTCTACCATCATCGACATTGTAGTAACAGTACCACGAAATTTTGACGTTGCCA ATGTGCCTCTTGTTGGCATCAAAAATTGACTTGCGTTTGGGTGTGCATTTCCAAAACCCG GGTGCCTCTTTACTAGCAAATACTTTACAGTTTTCTCTATTCTGAAAAGTGATCATCAAT CGTATGTTGTTATTTGTGCCCTTTGTAGATTCAAGGATTTGTGATGGACTGAAAATTCTG ATTCCGTAAACATCATCGACATCCATAACAGTATGCGTACCAGGAAATGGCTTCCCCATT ACATACTTCACCAAATTGTTCATCATCTCCTTGTCCATTGGATGACGACTACTTTTCCCC ATTATTAGATTCTCAAAACAAACAAAATTTTCTATTGAATTCTAAGAAGAAGAAGAAGAT CCTAGGGTTTTCTTTTAACCTAAAACTAAACAAAAATTTGCCTTCTCTTTTTCAATCCAA TACTACCCAACTTAAACGTGTATATATATATATAAATTAAAAATTGTTACCATAATTGAA CAAAATTGTTTAGCGTGGAATTTTTAGTAGCTATCAAATTTGAATAAAAATATTTAACAA ATTGTAGTAGCTATTTAATTCGAATAAAAGTATTTAAAGTGGAAATTTTGATAGTTATCA AAATCGAACAAAAGTATTTAACATGGGAAATTTTCATTTATATCAGTATCGAACAAAAGT ATTTAACGTGGAAATTTTGGTATCATCGTTAACTTTTTTCAAAAAAAAGTGATTTTGAAA AAAGTAAATCCTACAAGAAATATGCTACACAAAATATAAACTAACAAACCTGTTCAAGCC TTGAAAATACGTTACTTACAATTTAAAGACTTATTATAAAGTCTTTCAAAATTCATTTCT AAAAAAAAGTTAATAAACTAAAGTGATGCAAGTTAAGGGGTGCAATGAAATCATCCTACA CCTGAAATTAAGTTAAAGTTCTAATTATGTTCAAAATTAACTTCAAATTAGTAAAGGTCA ACAAAATTTCAAGTTTATATTTTTAATTAAGTTCAAGTTATTATAAATTAATTAAGTTCA ATAAATTTCTAATTAAATTTAAATTAATTAAGGTAATAATATTTCAAGTATTTTAAAGTT TTAGTTGAGTTCAAATTAAATTCAACTTCGAATAAAGTTCAATATTGAGTTTTAGTTAAT TAAGGTCACTAAGATTTCAAGTTCATATTCCTAAATCTTATGTAATAATGAATTCAAATT ATAATTAATTGTAAATTCTAAGTTGTAATGCAAGTTCATATCTAACTTCTCTAATTTCAA AAGTATTTCATCAATTCCCAACTCAAAAACATTTACACAATACATTTATACTCAAAACAC TTCAATTACCAAAAAAAAAAAACTCAATATATTCATGACATTCAAACATCCATCTTATAC TCAAAAACACATCAACTACGAACCTCTAACTTCAAATTGACACATCAATAATTCAAAATT TGTAAAGTTCACAATCTAAAGCTCTAAAACTTTATAATAATTCAAAGTTTATAACCTAAA ATTCTAAAATCCTACAATTGATTTGTTGCAAAAAAAAAATATTTATTCAATTTTTTAATA TTAATATCTCGTTACAAAGTCTATAAAATAAAATAAAGAATTTGTTATATAAAAATAACA AATAAGAACCACAAAATTATTATTCTTTATTATTAAAATAACTCAATCAAATTCTTGAAA TTAACATCCCACACACATTTAAGAGGATAAATATCAACTTGTAATCATACTCTTTAAAAA GAAACTACTTATAGCATATTATTATCATCTTATAGCACATCAATTAATAATATATTAATT AAAAAATATATATTTAAAAATAAACTATTTATAACATATTATTATCAAGTTATAGCATAT TAACTAATAATATATTAATAAAAAATATTTTATTATTTAAATAATAATTATTATGTTCAA ATAATTAATTTTAATTATATTCACTTACCTTTTATCAACAAAACCTTTTAAATTATTACT GATTAATCAATTATCTTTTAAAATTTTTTATATAAACAATAAATTATTATATATTGATCA ATTACATTTTAATGTTTTTAATATAAATAATAAATTATTATTTATTAAATATTAATTAAA CTTCATATTATATAGTTACCTTTTTAAAAACAAAATCTAAAAATTAGGGATTTGATCTTA ATTAATTTCATATTATATGGTTACTCAATAACTACCCACCACATATCAATCAATACTCTT TTATCTTCCCCCAATACACTCAACCTCTCTCCATTTATTAATGATTAAGAATTGTGACAA CATTTATTAAGTTGTTTTTTACAGTGTATTTATTGAATGTTGCATGCCCGAGAATTTGAA GAGTTTATCTTTTTATTGAGTTAAATTAAAATCAGATGAATTATTAGCATTACAATTATT CTTCATTCTTAAATTTCTCTATTATTTTAAAAAAAAATTCAACATATAATTCATCCCCCC CCTCCCCGCCGAAAAAATTCAAGATTATTTTCATAGCTGCATATTTCAGTTCTAATGGAT AACTTTGTGTCAATTTTAATCAAACATAATTGAAAGTGAAATTCTTCGGGTTAGTTTTAG TTATGATTTGTTTCTTAAAATTATGAATTGTTGGTTTTATTTAGATTTATCGTTTTTTAC ATTTAAAACAATGTTAATTTTTTTGTTAACTGTGTTATCTGTAATACAGTTAGTAAATTT TTTTTGAAAGAAACAGTATGTTCTGTATAGCGTAGATGAAGACTGAAGTTTATTTTTTTT AGTGAATGAAATGTGTATGAAACATGTATCATTTGTGTATGAATTTTTTTTTAATAGTAT GAAATTTTGTTTTTCCACAATCCCAGTGCTATAGACACTCTCTATATATTGAATTTTTCA TCTGACAAGATGAAACATATCCAATTGGAATATTATTTGACTGCATTTACATGCTCATTT GAAAGTTTGATAGATCATTTGGCTGAAGCATTGTGTGATTAAATTGCAGGTTAAAATCCT ACATGCCAAATACGTTATGAATACGGAAGATGATAAACATTGACATATGAATTATGAATG ACATACTGAACTTTGACATATGCAACAGCTACAAATGATATATATGAATATTGTATGAAT AGTGTATGAACATTGTATGAATACAACCTGAAGATTATATGAATGACAGTATCGTTCAAT TTATATTTATTAGGTATAAATATTTTATGAATTATGAATGTCATATTGTACTTTGACATA TGTAACATAAACAAATATTATATATATGACAATTGATTGAAAACTGTATGAAATATTATA TGAATACCATAAATGTCAGTGATAACTACTGCATTCAATAAAACAAAACGTGTTTCTAAC ATTCAAAACAACATAATAACAAATTTAACATTACGAAATCATTATTTTTACATATGATAA TTTGAACATGTTTTTCTATTGTGTCTAACCTGACGACATCTACGGCAAGTCATTATTGTA TTCTCAAAACAAACAAAATTTTCTATTGAATTCTAAGAACAAGAAGAAGATCCTAGGTAT TCTTTTAACCTAAAACAAAACAAAAATTTGCATTCTCTTTCCCATTTCAATATTGCCCAA CTTAAATGTGTATATATATCAAATTCTAACAAAAGTATTTAACTTGGGAAATTTTAGTAC TGTGGAAGAAGATTCATCACCGGGCTGGACTTTAAGACCTTAGTTGAAAATACCTTTCCT CATTCATGGGGATCTAATACCATCATCAACTTTTTTCTAAAATAAAGTATTTTTGGAAAA TACTTCAATTTTTTTTTAAAAAAAAAACAATCATTTGTTACGCTATCCGTACCCCCAACC CCCGCCTAGGCTATCCCGACAAATATTTCTAAAAAAACATATTCGGGGCCAAAGTATCGA TCATTTCTTAGAGTTAAATTTCGGAATAATTATCGAGGTTTTGTCCTACCTTAGCCATCT AGGTGATCATTAAATGCATATGGACTAAAAGGAACAATGTGTGATAATTAAGTATTAAAC CAACCAATAAAGCGACGGACAAAAGATTTACTTTTGTCATTTTTCTGGATTTTTTTTAAA AAACTTAATGTAGAATAGCGATAAATTGAGTCACGGTGTCCGTCGCTCTATCTGCATTCT TTTATAGCAAAAATTTTGGTAGTTTCTTCTGTCCAACTATAAATTCAAGTCAATTTAATT TGGCACATTTAAGTAAATCATACAAAAAATATGCTATACAAAATATAAACTAACAAATCT ATTCAAACCTTTAAAAATACAAGAATTATAATTTAAAGATTTATCATAAAATCTTTCAAA ATGCATTTCTAAATTCAAAAAAGTTTATAGACTAAAGTGATGCAAGTTAAGGGGTGCAAT GAAATCATCCTATAAACTAAAGTGCTAAAGTGATGCAAGTTAAGGGGTGCAATGAAATTA TCCTACAACTCAAATTAAGTTCTAATAAAGTTCAAAATTAAATTCGAAGTAGTTAAGGTC AACAAAATTTCAAGTTTATATTCCTAATTAAATTTAAGTTATATATTATAAATTAAATAA GTTCAATAAACTTTCTAATTAAATTAAATTAATTAAGGTTAATAATATTTCAAGAATTTT AAAGTTTTAATTAAGTCCAAATTAAATTCAAGTTCTAATAAAGTTCAAATTAAATTTTAA TTAATTAAGGTCACTTTCATATTTCTGATTAAGTTTAAGTTATAATAAATCAAAGTTATA ATTAATTATAGATTCTAAATTGTTATGCAAGTTCATATCTAACTCCTCTAATTTCATAAG CACTTCATCAATACCCAATTCAATAATATTAACACAATTCACTTATACTCAAGCCTTTAA TTACTAATTAAAAAATAATAATGCATTATATTCATGACATTCAAACATCCGTCTTATACT AAAAAACACACCAACTACTCACCTCTAACTTCTAATTGAAACTTCAATAATTCAAAATTT GTAAAAGTTCACAATCTAAAGTTTTAAGACTTTACAATAATTCAAAATTTCCAAAGTTTA TAACCTAAACTTCTAAAATCCTACAATAATTTAAAAAGAAATATTTTTATTTATTTATTC AATTTGTTAATATTAATATCTCGTTATAAAGTCTATAAAATAAAATAAAGAATTTAATAT ATAAAAATAACAAATAAAACCACGAAATTATTATTCTTTACTATAAAAATTTCACAATAA AATTCTTGAAATTCCTATTCTTCATTTTCATACGACAAACTCTTTGTTTTATGTTATGTT TTATACACTATTTGTTTATACTTTCATTTATAGAATGATTTTTTAGTTTATTTGAATTGA ATTATTAAATTATATTCATAATCATCATGTAAAATAATTACACTAGATTATTTGTATGAA AATTAAATCTTAATATTTGACATGTGTTCAACATAAGTCGTATCGCATTTATCGCTTATA TAAATGTATTAAATTTATCAAGAACTCTAAAACAAAATAAATAGAAATAAATGAATCAAA GTAAAAGAAGACAAAAGTAAGTTTATTTAATAAATTTATCACAACTCTAAAATAAAAAGA GGAAATAAAATAAACTAGAAGAGAAAAGGATAAAACGCACTGAAAGATAAAACTAAGAAG GATATGAATCATTAAATAAAATACTAGATAAATTATCCATCTTTTTCGTCCTCATCGTCG GTCTCATCATTCTCATCAGCATCATAACCATCTTCTTCTTCCTTAGTTTCATCTTCCTCG TTCTCTTCCTCCTCTTCCTATTCAATTTTTTCTCCATCTTCGTATTCTCCTTCTTCGGCA ACTTCGTCAATATTATTAATAGGAGAGACATCGTCATCATTCAAATCATCATCCGTTTCT TCTGAGTTAGAACTAGATGATGTAGTACAATAGTCTTTTTCTTTTCCATCGGGATCAGAA TCATCACCTAAAAAATTATCAGATTTAGAATTAGAATCATCATCAAAAAAAGTCTGACAT GATAGTAATAAAGTCTGACATGATAATAATGATGATATTAAAAAGATGAATTTTGCTAAG AATGAATTTTAATTTTTTGTTTGAACGATAATTTTTAGAAAGTCTGACATGATAGTAATG ATGATATTAAAAAGATGAATTTTGCTAAGAATGAATTTTAATTTTTTGTTTGAAAGATAA TTTTTAGAAATATTTAGGATGTCATTTTATAATCAGCTTGATAAAAAGGAGGGGTTAAAA TCACAAAAATGGATACAATTTTTGACATAGATATTTTTTTTTATTTTTTTGACATGCATA TAGTATGAACATGACTAATAACTAATCCCATTTGATGAGCAATAAAATGTTACATATTAT GCATGACTTTGAATTATTGCAAATTATGCATGACTTTGAAGACAACAAACAACGTACCTA ATGAAAATTATATTTAATTACAAATTATAAATTTATAAGTATTAAATACATTTTTAGTGA CGATACGATATTTTAGCTACAAAATATTTACGTTTTTAGGACAAATAAGTAGATATAGGC ATTAATTAGGTGATCTAATGACTGATTCATAAATTAATCACTAATCAAATACACATTAAT TAGGTTTTATGTATTGTAAACTTTTACTCTGATTTGGGGTGTGCCGGGGAGTAAAATTAC AAAAATAGATGAAATTGTTGACATATATTTAAATGGGAAAATTGTATATAATAGCAAACT AATAACATAAATTAAATGGAATAGCTAGGGTTTGATTTAATTGTGCTCCATAGCACACAT TAGCTAAAATTTGTCAGCGTCTCTCTCCCAAAAATCTCGCTCGCCTCTCTCGCTTTATAC ACAGAAGTGTATAATTCTGTTTCTGTTTTGTATAAAGTGAGAGAAAATTGTATATACACA TGCAAAAATGTATATCTTCGTGTTATACACTTAATTATACAATTTATAAATATTTTACTT CAAATATTGCAAAGAAAAAGGCCAACGAATTATACAATTACGAATTATACAATTACAGAG AAATATAATTTTCTCTAGCTTTATACAACAGAAGTGTATATATTGTGTTTCTGTTTTTGT ATAAAGCAAGAAAAACATATATCTTCTTGCTATACACTTATAATTATGCAATATACATAC ATTTTAATTCGATTCAACTGTATGCAAAGCAAATTATACAATTGCAACGAATTATACAAT TTAGACCAGCGAATTATACAATTTAGGCCAGCGAATTATACAATTGTATATGTATAGCGA ATTATATAGTTTTATGTTTGCTATGGAGCGCAATTATGTAAACTTTGTTATAGCATACAA ATATAAATTTTTTGTTTGCTATATGTGAAAGTTGACCTTATTTTTTTGACATGCATATAG TATGAACATGACTTTGACTAAGAAAATAACATAGAGGCCACAAAAATAAAAAAAAGCTAC ATTTGTATTAATTCCATTTAAATAGTCTCTAATTTAATAACTAATTATAAATTAGTCACT AATTAAATTTCAATATTCTATAAAGTATATATAAACATTAATTAGGTGATCTAATGACTG ATTTATAAATTAATCACTAATCAAATACACATTAATTAGGTTTGATGTATTGTAAAAGTT TATTAGGAATGTGTATCGGTCAGTTCGATTCGGTTTTATGTATTATTAGTTTGGTTTATC AATTTTTTATTTTTATATATGTTAAATCAATAAGAGATTTTTTATCGATTTTCGGTTTAT CGATTTGATCCTTAGTGGTTTGATTTTCAATTTAACCAATAAGAAAATCTCTCTATATAG TAGGAGAAGTAAAAATATTTACGTGCCAGCACGAGTAAAAACAACATCTATTAATTATTA TAATTAATTAATTTTTCTTTAAAAAAGAAAAAGAAAGGACGGAAAGCATGGAATCGAAAA AGGCAATCAATCAGAATTGAGAAAATAATTCAAAAAATCTTGATAAACACTGGAATCTTT ACCCTGTTGATCCAAATCCTGTATAAAAAAAAACGAAGACTCCCCTCAAGAAGATTTCGC TTAAAAGCATGGCGTGGATCGCCAATATGCTGAAGCTTGTCTTTAAGAAAGTGAAAAGCG AGGTTTTCACCAGCACTTGAGCTAGTAGTCACTTTCTTAGATACGGCTTTCAGCTAGTTT GTGTAAGTGTCTTTGCAAGCAATACCCCAAAAACTCCGACAAAAGAGACGGATCAGGGGA ATGGAAAAGCCTTTGAATGAATGAATTTAGGTATCGAAGTTTGATTGTTTAACACTCGAT TTCATTTCAATATTGCCTAACTTAAACGTGTATAGATATATTAACTAAAAATCGTTACCA TAATCGAACAATATTGTTTACCGTGGAATTTTTAGTAGCTATCAAATTTGAATAAAAAAA TAATTAACCTAAAGAATTTTAGTAGTTATTAAAATCGAACAAATGTATTTAACGTGGGAA TTTTGATACCAGTTAATTTTTTTCTAAAAAAAGTACTTTTGAAAAATATTTTAATTTTTA AAAAAAAGTAATTCATTTTTACGCCATCTATTGTCGCTATTGCACCCACCCAATCCGCCC CGTCAATTGTTATATTTTTTTATCAATAAAAAAAAATGGAAAATGTTTCGACTTTTATAA AAAAAAATCATTTTTTACGTATCCCCTACCCCCAATCCCCATCTAGGCCACCCCCATCAA ATAATTCTTAAAAAGTAGGCGAAAACATCAATCATATTTCAAGGTCAAATTTCAAAATAG TCATTGAGGTCTTGTCCTAGCTCAGACATCAAGATGATCATCAAATGCATATGGACTAAA AGGAACAATGTGTGATAATTAAGTGTTGAACAACTTAAAAAAATAATATAGAAAAGCGAT AGACAAAATCATCCTGTCCGTTGCTTTTTCTGCATTTTTTTACAACAAAAATTTTGACTG TTTCTTCTGCCCAACTGCAAATTCAATTCCATTTAATTTAGCTCATTCATGTAAATCATA CAAGAAATAAGGTACACAAAATATAAACTAACAAACATGTTCAAACCTTAAAATTACGTG ACTTACAATTTAAAGACTTGTTATAAAGTCTTTCAAAATTCATTTCTAAAAAAATATTAA AAAACTAAAGTGATGAAAGTTAAGGGGTGCAACCAAATCATCCTACACCTCAAATTAAGT TAAAGTTCTAGTTATGTTCAAAATTAAATTCAAATTAGTTAAGGTCAACAAAATTTCAAG TTTACATTTTTAATTAAGTTCAAGTTATTATAAATTAATTAAGTTCAATAAATTTCTCAT TAAATTTAAATTAATTAAGGTTAATAATATTTTAAGTACTTTAAAGTTTTAATCAAGTTC AAATTATATTCAACTTCGAATAAAGTTCAATATTGAGTTTTAATTAATTAAGGTCACTAA GATTTCAATTTCATATTCCTAATCCTAATTAAGTTTATGTAATAATGAATTCAAATTATA ATTAATTGTAAATTTATGCAAGTTCATATCTAACTTCTCTAATTTCAAAAGTACTTCATC AATTTCCAACTCAAAAATATTTACACAATTTACTTATACTCAAAACACTTTAATTACTAA TTCAAAATAAAAAAAACTCAATATATTCATGACATTCAAACATCCATCTTATACTCAAAA ACTGTCACGATCAAAAACCGGGCCGCGACTGGCACCCACACTTACCCTCCTATGTGAGCG AACCAACCAATCTAAACTTTAACATTTCAATGTAATATCAACATAAAGTAATGCGGAAGA CTTAAACTCATTAATAAAATAAATAACTATTATTATCCCCAAAATCTGGAAGTCATCATC ACAAGAACATCTATGATCAAATTACTAAACTAAGAGTATTCTGAAAGCTAAAACAAGTAA AAGCTAGTCCATGCCGGAACTTCAAGGCATCAAGACATGAGGAAGAAGATCCAGTCCAAG CTAGAAGCATTAGCTCACCCTGATATCCGGAGTAATGAAGACTGGCTAGAGTTACTGTTG AGTCGAAGATGACGGCACGTTTACTGCACTCCACAAATAAACAAGAAGAAAACATAAAAG TAGGGGTCAATACAAAACACGGGTACTGAGTAGATATCATCGGCCAACTCAAAATAGAAA TCAATATATACCAAGTAATATCATAAAATCAACTATGATACTCAACATGTAGCAACAACA AGTACTATATCATTAACAATTACCGTCAAGTTCACACATGAGGACTCAAGCCTCAATACC ATACTCATTTGGGAATCATGTTCATTAGATTGAGTATATTAACATCTTTCAAGATTCATT ATCTTTATTTCTCTTGTGTCGGTACGTGACACTCCGCTCTCTCATATTCATTAATCCTCT TGTGTCGGTACGTGACACTCCGATCCCCTAAATTTACGTGTCGGTTCGTGACACCCGATC CCCTAATACTACGTGTCGGTTCGTGACACCCGATCCCCTAATTCTACGTGTCGGTTCGTG ACACCCGATCCCCTAATTCTACGTGTCGGTTCATGACACCCGATCCCCTAATTCTACGTG TCTGTTCGTGACACCCGATCCCCTAATTCTACGTGTCGGTTCGTGACACTCGATCCCCTA ATACTACGTGTCGGTTCGTGACACCCGATCCCCTAAATCTACGTGTCGGTTCGTGACACC CGATCCCCTAATCTCCTTCTATCAATTCATCAAGCCTTCTTTCTTACCAAGGCATCATCA ATCCCATTATTTTAGTTCATCACGCCTTCTTTTATACTAAGGCCTCATTATTAACAAAGA GATTAGGATTTTGCAAGATTTGGGATTCAATAACTTCATCATGCTTATATAATCACAATT ATGTAATTACATTCATGCAAGCATACAATTAAGCACATAGCAAGGTTTACAATATTATCA ATACATATCATTCGCTATTAAGAGTTTTACTACGAATATCGTAAGAGAAACCATAACCTA CTTCCACCGAAGATTAGTGATCAAGCAAGCAAATTCCCAAAGCTTTGTGCCTTCTTCGTT TCTCCTCTTTCTCGTTCAACTTTCTCTCTCTTTCTCTTGTTCTTTCTATTTTCTTTATTC AAACCCTCTTTCTTTTACCCTAATTAGTATATAATTAAGAATAAAAGATGGCAATAATAG CCCACTAATTAACTTAAGGTTACCTCTTTTAACCCCCAAGTAATTAGACTTATTAACATT AACCCACTAACTTTATAATTAAAGCAGGAATAGTCAAAAACGCCCCTTAAAACGTATAAA GAAATCCGACCCAGACTGGGATTACGCAGTCTGTGACGGCCCGTCGCGCCTGCCACGGTC CGTCATGCAGGTTCGTCAGAGACTCGATTTCCTCAAGGAGTCTGTGACGGCCCGTCGTAC CTACAACGGTCCGTCCTGCACTTCCGTCACGACGTTCAGAGAATCGTTCCCTGTACCAAA TTCTCAAGAGTTGAAGTGTTTTGAAACGGCGGATCATGACGGTTCGTCGTTCCTGTGACG GTCCGTCCTACAGGTCCGTCACAGAGTTCAGAGAGTCGATTCTCAGTACCCAATTTTCAG AATTTCTAAGTGTTTTAAAACGAGACCCTCGACGGTCCGTCGTGTCCATGACGGTCCGTC GTGGGTTCCGTCATCTCAGCCTGTTTTTCCATAAATAAAATCTGCTGCTCAAAACGACTA AACAGGTCGGTACAAAAACACATCAACTACTAACCTCTAACTTCAAATTGACACATCAAT AATTCAAAATTTGTAAAGTTCACAATCTAAAGCTCTAAAACTTTACAATAATTTAAAGTT TATAAAGTTCATAACCTAAATTTCTAAAATCCTACAATTGATTTGTTGCAAAAAAAAAAA GAAATATTTTTTTATTTATTCAATGTTTTAATATTAATATCTCGTTACAAAGTCTATAAA ATAAAATAAAGAATTTGTTATATAAAAATAACAAATAAGAACCACAAAATTATTATTCTT AAATAACTCAATCAAATTCTTGAAATTCCTGTTCTTCGTATTTATACAATATAAACTCTT TATTTTATGTAATGTTTTATACACTATTATTTTATACTTACATTTATGGAATGATTTTTC AGTTTGTTTGGATTGAATTTTTAAATTATATTCATAATCATCATGTAAAAATTAAACTCT ACTAATATTTTTTATATATAATAATTTGTTACTTTTGAATAGATAATATATAACATTAAA TTAAATATATAAATAGATAACGGTAGGAGCATCAGTGGTTTATAATGTTGTGATACTACA ACGAAATATGTATAGGTTGATCGAACGTGCAACATGTTTATTACGTATGCTATTTCTTAA AATGTAAAGTAAATAAAAAAAATTAAATATTAATACATTACATTTTAAGATGATTATTTG AATATAATTTTATGAATAAATCAAAATAAATTTCTCCTACAGTTTCTTCCCTCTAAACAT ATAAACCTCATAAGTTTTAAAACTAATAAAATAATTTCAATTATTTATTAAATCTTATTA AATAAATAAAAAATTATAAAATTGTATAATAAATTATTACAAAGTTATTTGTTCTCCACT TAAATACGTGTTTCATCAATATATTTAAATAAAAATGGAACACCTTTTACGAGCTCTTTA AGATTTTATTACTCCACAATCATGAAGCGTGAGTTAAAGTGAGTATATGTTGGTTAGAAT AATAAATTTTATTATGTTGGTCAGAATAATAAATTTTAAAATATAATGATGTGATTATAA ATTTAATTTATATGTGAAATAAATGGTTAGTAGGTATAAATTTGAGGTTATTTTAACAAA ATATAAACTTGTGGATCAAATTTTATATTAAAATAACTCAAATCATAATACCGTATTTCT ATATGACTCCATCTCACGATACCATATCGTGATATTGTATCAGATGGCTACTTATCGTAA CAATTACATTGTTATTGTTGTTTTATTACAGATCGACTCCTTCCGCTTCTTAGGTAGTTG AACTACGGGCGGACCTTCGAACAAGAAGCTTGTGTACTGCTTTCTACAGCCTTGGGCTTA GCAGAAAAGTTAAAAATGGCTAGTATATTTTAGCCTTTCTAGCAAGCTCTCTGTGTAAAC GTAACATACTATGAAACATAAATATGTTAATATTAAGTTTAATCATCTCTTTATTATTTG CGTGTCTGTACTTAAATCACGGGCACTCTTTAACTAGTTTTAAAAGAAAGTGACAAATTG ATAATGTATCATCCGTTGTAGTCTAGTTGGTTAGGATACTCGGCTCTCACCCGAGAGACC CGGGTTCAAGTCCCGGCAACGGAATTATTTTTAATTTATCTGTCTCATTACCTTATGAGA TTCTTGGTAATCGTTTTCTTAAAAAAAAAATTATGCGTTCATTTTGCACGGACTAGTAAT TGGTCTAATCAGTTTGCACAGACCAGTTACTTGGTAAATCAATTGGCAATAGACAGGTTA ATATAAAATGTTCAATGCTTTTGTTGGTAAAGTTAACGGTTTCTATACATTATTCAGTTT TATAGATAACAGCAATAATATCAATATTAACATTAAAATATGTATAGAAGCCTATTTGAT ATATTCTTATCTTTCAAGGAAATTAATTAGATACATGAAAGAGGAACTCGACTCATAAAA GTAGAATGTCGAATTATTGATCAATAGTCAACTGGGAGAAGAAAATATACGCCTACATGG TAAAAATCAGGGAACATCTTTGCACCTGTGAAGCGTCATCATCTTCATCCTGGGCAAGTT TTCCACAAATTAGTTATTCAAGTCCCACAACCCAGAAGATACACACCCTTAAGATGTCTT AATACACCTCAAGGGCAGTATGAATGGGTGATAAAATCATAGAACCACTTGCTGATATCT CACTTCACAAGAATGAAGAGTCGACCAACCAGTTTACACACTGCAGTATAATATCTTCAT ATTCCATTTGAAGTACACAGAAACAAAAACCAAAACATAAAACAGTGAAGACACTGCAAA ACTTAACATATCCCTTGTAGCTCAGCAAACAATGGATTATATAACTATTACAATTCTTTC AGGTGAGGCATTGATGTAATATTTCCCTAGTGAGCCATAAAGCTCTTACCAGTACAGGAG TTCATATCGCTTGTAAACGCTTCCAGGTAAAAGCACAAATAACTGCATGACAAGTTATAA CAGCACCAAGCTGCACAAATGAAGACATTCTATACATATTCAAGCTGGCAAAAAAAGGAA GCTCCTCAACTTTCTTTGTGATCTTGGGGTTTTACTCTCTACAAGAAATGTACACAAACT CACAAAGAACCATTAAATGCATATGGACTAAAAGGAACAATGTGTGAAAATTAACTGTTG AGCGAAAAATCAGAACAAACGCAAGCTTGATTACTAAATAGATGTCGAAATATATTGAAG AAAAAAAGGAAGGTGCAGAAACCAGTCACTGTCACATGCTCCCAGCTCTGCCAGGAGTTG TTTTGGGTGATTTGAACTTTGAAATGTCAACAAGATCACCAAATAGTTTATCCTCTGGCT TTGAGGGCTTTCCAGATGGTATGTATGAAGGAGTTGAAACTGGATAGGACGAATTATTTA GGACACCGTCATCCCTCACAGAGAGCCCAGACATTCTCTGATTAAGAAATTGTGTGTTCT GTGGTTGAGCATAGCCATAGCCATAGCCAGCCATCTGGTTTCCATACATTTGTTGTTGGG CATACATATAAGCCATGTGCCCAGGTGGCATTTGTTGTGGAAACATACCCATTGATTGTC CACCTTGGATTGGTTGAGGAAGCAAGCCTACCATCTGATTGTTTTGCATAGCCTGATTCA TCATTGCAGGCTGTCCACCAGTGATCGGTTGTGCATACATACCATGGACATGTGAACCAC CAGCCAATTGCTGGTTGTTAGTTGCCATCAGCTGGCTATTTTGCATTGATAAAGCATTTG GACTACCAGACATTATCTGATTGTTGTGCATTGGTAGGGCATGTGGACTACCTGGCAACA ACTGATTATTTTGCATCGGTTGAGCATGAGGATTCCCCATTGTTTGGCTGTTATCTGCTG CCTCAGCTTCCCATGGAGGTGGTGGAAACGAACTGCTTTGACCACCTAATCAGAAATTAG ACAACAACTATGTGAGTAATAATTCAGAAACTCAATGAGCAAGAGGTCGTAAAATTCAGG CAATACATAAGACCTGTACAGAAATTTGGTTTTACACGTGAGGCATACCAACTTCAAACA CACGCTATACTTCAGCATATCCCTATTTAACTCTTCACCAACATATCTATAATGGTTGCC CGGTCTTTTGGGGTAATAGAGAATAATAATGAGGACAATTTCGACCTACAGCGAACAGAC TACACATTTCTATAGAACTTTTAAGCAAAACAGAATGCGTGCAGATTTTTTGTAGTTGTT GTTGATATAAAACAGAATGCATGCAGAATGACAAAGAAACGCACCATAAACTGGAGAAGG TGACTGCTGCTGTTGCTGTGATATCTGTTCGTTCCAGGCCGTGTTAGAGCCTTGTGTATA TGTAGTTCCGGGGACACTTCCATTTGGGTACAAAGCTGACTGGGTAGGAGTGAAACTCTG TTGTCGAAATTGAGGGGACGAAGCATGTGTCTGCCCTGCTGAATATGGAGATTGTGAGTT GCTGGGTGATGAAAACATGTCAACAAGAGCAAGGGCATTCTGCTGTGAAACAGGACTTGC AGGCTGAGGTTCTCCACCAACAGGAACAAGGGCCAGGACATTCTCAGTTGTAGGTGAGCT GAAGTCATCTCCACTCAGAAGATCAATTTTCGGGTCAACTTTTGTTGTTGTTGATGGAAT GTTAGCCGAAGCAGGAGCAGGAAGAAGCAACTGTGTCCCTAGGCTAGCATTTGATGTAGA TCTGGAAAGAACACCAAGTGATTTATATGAAAAAGACAGTGTGACATTGACGACTCAAAA ATGAACCAGAGTATCCAGGATTTCTAACATATTTCCCCTTTTCTTTGAGGGAAGGGGCAG GGATAGCTTATTTAAATTACAATCATCTAGCACTGACTAGGGAAATTCTGCATCACAAAG ATATTTCTATCAATCTTGCAGTACCAGAGGACTTTTGAACCTTCATAACATCCTAATATA GTTGATAATAATTTTAAAAAGAAACCAAGAATTGGGGGGGGGGGGGGGGGGGGCAAATAA GAGAATGACACAGATAATAGTTATTCACCCTCGGTCTGATTGTTTGTGGTCCCCGGTATC AATAAGTGGAGCATCAACATTTACAAGAGGTTGAGGTGGTTCAGAATTTGTTTTTTCTAC TTGAACAGGAGTTCCGGAGGCAATAGATTCATGCTTGGCCAATACACGCTGCAACTCATC ATTCAGCGCTAGCCCTTGGCAGAGCAGTGATTCATCCCTGTATGAGGTAAATGTAAGGAT CCCACAGGAATCACAACCAAATGATGCATAATAAATATGGCAGAGCAGATAGAAAATATC GCAAAGACTCGGACTAAGAATAAGAAATTCGATTTAAGTTCCAATATCATGGCCAGTCCA GCATATTTGTATTGCTTGATAAGATATTGTTGTCCTTACTGAATCACTAGAACTTCTACT GCAAAAATAAGGACAGCCGATGCAATTAAAAATGATTAGCCTTTACTTCTCTCCCCGACA ATTGACTTATAAACAAGACACAAATTAAAAGCTTCAAGTTTCAACTAATTAACTTACCCT CGTCCACTATAAAAAAAAATTATGTAGCTATGGAACCCATAATAAATAAAAAGGAATCTA AAAGACACTAATCAATAAATTCAGAAGATAAAAATAGCAAGCATTCCCCCCTCCTGCTCT CAGTTTCCTGACAAAGCATCCCAAACTGCAAATGCAGACGGTGGGCAAGGCTCTATTAAC CAATTCAAAACCTTAAGTCTTACTGCTAAAAATTAAAACTATTCCAGACCATCTAAAGCA AGTAACACTCCCAACAAACTTTGACTACTTGAAGCGTCCAGGTCAACAGAGCACACGCGT TCCTCTCTAAATAGAATTATGTGACATGCACTAGTGTATGTTAATGAGAATATCCATCTC ATTTACCGAAACAATAATAAAAACCTTCCAGGTTTCAATCAGAACTATCCAAATGGGCCC CTAATTTCCTCATCAGTTCCACTTCATCTATATGAATATAGTACCCCAAAAAATAAATTT TGATAAACCTGTCAAGATTTTACAGGAATAGCACTTAATGAGAAGTAGTCTGAGTAAAAC AAGGCCTTACGTAGTCGAGTTTACAAGGTGTACTACCCTTTGCTTGTAGGTACGACATTG TTCCACCAAATCAACAATCACCTCTTGTTTCAGCCCCTGCAAACCAACAAGCAAATATAT TATCGCAGTGAACAACGAGAATTAACTCAGCAAAATAACATATAAAGATTTCGACACAAA AGAACTGAATTAAATTTAGGAAATTTCAACACCAAATAATGTTCTACTTAGGGTAAATAT GTATCTAAGAAGCAACTACGTGAGCTGACAACAATACACCGCAAAACTTTTAGCCTGCCC AGTTTGCATTAAAGTAAGAATATCTTAATGTTGAAAAATGCCCTCAACAGATTCTATAAG CAAGACTCTACCTCTTTGTTTTCAGGATCTAATGCACTCAACATTTCAGCAAGGACATCC ATGATACCACGTGCATTCTGGATCTCTGTCAAGCTAGCAACATAAAAAGAATAAAATGAG AATTAACTACCACAGCAAGCCTAACAGCCGATAGTTAAGCGGTACAGGTATTAAATGACA TTCACCAGCAGCTGCAAATCATTCATCTTATTTCAGGTTATAACAATTACAATATATTAA CACTAAAAGGACAACATATATGAGTTCAAATTAGTCAAAACAAGTAACATCAAGTCTAGA TATGATAATGCATCTCAGAAGAGAGATATCAACACCAATCATAGACATATAACATATCAA AGATAAGTGCTGAAATAAAAAGAAGACGTGAGAATGAATTTTCATATATACATTATTATT TCTATTTACAGCTGAGCAGATTAATCTTGGATTGCGTGACCTAACATCTAGATGTCACAA CTCATAAAATACATCAAAATGAAGAAAACTAGTATAATTGGCGAAGTAAGAGGAGACTAC TGATCCTAAAAATCCATTACTGATCCTACAGTGTGCCTGCTATGATCCTACCACTTTTCA ATTCTACCAGATATTTGGATAGACTCAATGAACTTGGATCAAGATCCATGGAAGTTCAAA TAGATATTGCACAAAAAGGAAAAAAAAAAACACCAGCAACCAGTCCTAAGGTTATTCACC CGTTACATTTTGGGCAATGCCAATAAGAGAGTATCATTGCTGATGGAGGATATTAATCCC AAGTTCTCTTCGATTCTTCACTGTCATCAAAATGATGGTTTTCCGTTGACTTTAAACATG CGTATTGTATCACCTGCCTAAATTTACATTTGGTTGAGGCATTGAGCTCAACCATCAAAT ATGTCAAGGCATGCTCTAAGAAATTAGTCATCAAAAAAGTTGTGCTAGGAGAAGTTCTCC TAGACTGGCTCTCCATTTTTGCTTTTGCACATCAATTATACCAACTGCACCTGCTGACAG TTCCACAACAGGACAAGAAAAAAGAGAGAGAAATCACAGTAAATGACTTAAAAGTCTAAA TTCTTTCAAGAGTTAGAAATGTAAGACTCACCTCAAGGCCGGATATTCAGCCTCTGCAGA AGACTCAGCTGCTTCCTGACCGGATTCAGGATTCCGCAGATTCTGTGGGTATGAAGTCAG CGGATGTGTTTGGGGGGGTGTGAACACGGGGGCTGCTTTCTCAGCTCTCTGAGGGAAAAC AGCTCCAATGCGCTGGAACGTCAAGCAGTATGTTTAAAACTCCATTTTTGAGAAGCAACA AAATGCTAAAGGAATGACATGACATGAAAACTATGAATGAACAAAATACGTGTGGTGGAA GCTAGAAGTCTGGTTCAATAAGCGTCTTAATTGGAACATTAGCAACCATTGAACTGCTTG ATGATATGCATTCATCCAACAAGTGCTATGTTGCAATTGGACCCTATACTAATTAGTAGC TGATTTTGGATGATAGGTTAGAAAAATGAACTATCACCAATAGACCCAGTTTCTTTACTT AATTGTTTTGAATACTTAAGACACGAATAACTATCACATGCAGATACACAAACTAAAACC AGCAGAAAGACTTACAAGCAACTCCTGGTATGCACCATAAAATTGTGGATATCTTGCCCT TGGTCCTCCAAATGCTTCTTGCCACGTGTCTATCAAAATTAGTACTTTTTCCTTGACATG CAAGTCAGGTTGCTGTTACAGAACAGTACATAAAGATGCCTTAACTTGTGAAGAAAGAAA AAGGTTCAAAGAAGACATAAGGGAGTTTAAGAGTCAGCAAGAGGTCACCTTCTTTTTTAC AATTTTCACCATCTCATGAAGAAGATCTTTCTCAGCAACATGCATATGGACAATATCCCC ACAATTCTTGACAATTGTTTCCAACAGCTGAAAAATGGAAACTCAATTATAATGTCCAAT CAACTTATTAATTTGATAGGCTGGAGTTCAAAGTTATAAAAAAAATGTTAAAGCAACAGT AAATCAATCAGTATCCTTCATGACTTTTAGAATCTTAAAAGATAACATCAAAAAATTCAG TCTTTCTCATAGGGTCACACTGCTAATGGAGGGGAATTTAGGCAACCGAAGACTCTTAAA GGCCACAAGTTGATTGAGTGAAAATATGTATCTTTTTGAATTCCAAGACATACCTACTTT GATATACAGTTTTTGTATGAATATTCAATATTTTGTCCAACTCTTCTAGGAGCTGATGAG AAGTGAACTTCTAGATTTTCCATATGAATCTACTAAATCATGATTTCCTTGCCCACTAGA TCTTAACAGAAAGGGGAAAAGTGTATAAATCTAATGGTGGTAGTAAAAATAACTGAAAGG AGTCCTGAACAATTCTAAAACCCAACCAAATGGTAAAGTTTTCTTTATTTTAATGCATCA CAAGAGTTCAACAAGATGCATAACAGCAAGGAGTACATTTAATTAAAAAACTTGTAATAG TTGAATGTGATTTAGAGGGGCATCCGTATCAAAGTGAGAATGATATAAATGTGGAATATT AAGTTACTTGACCTTTGTTTCAAACATCAAGTGAAACCAAGATCCCAGACTTATCTTCAT CAATCAATCACTCCCTCCGTTTCAAAAAGAGTGGCCTAGTTTGACTTGACACGGAGTTTT AGAAAATAAAGAAGACTTTTGAATCTTGTTGTCCTAAATTAGAGTTATGTCAAATGTACA AAATTGTACTTTAATCTTGTGGCCTTAAACATGCCGCGTGGAAAGCTGAAACTAAAATGT TATCAAAAAAAAAGAGAGAGGCCATTCTTTTTGAAACAGATTAAAAGGAAAGGAGGTCAT TCTTTTTTAAACGGAGGGAGTATTTCTTATTGCTGAAACTTCCTTTCCTAGTACTATATA TTGGCTCACTTAAAAAATTTCATTTAGTTGTAGAAAATAACCAACTCCAATCAATTTCTC ATATACTGGTTTCAGAACTATTTTGTTCAGTAAAGAAGTCAATCCCGGTGGGATGAACAT TTTTTACTATAATTCAACTTTTTTATGGCGAAAGAATTTAGAGCCTGTTTGGCTTTCTGG GTTTTGGTTATGATTATAAGCCAAAAGCCATAAATTATGCCTTTTGACTTTTTTTTTTTT GGTTATTTTGGCTTAAAAACAAGTGTTCATAAGCACTTTTTTATTTTCGCCAAATACTAT AAAACTACTCAAAAGCCATTATGGTTTAAAAGCACCTAAATAAGTCAATCCAAACAGGCT CATGTCATTCAACCCAAAGCTTTAAGGAGATGAGTCAAGTAGCTCGAGATCATATTGGAA ACCTTTACACAATCAATGAGATACAAGTACAGCTTCAACACCTTCTGCACGTGAATTTTT GCTCCCTTTTTCGAAAGGATATTCAACAGTAGCAAGCCTAGAATCAAGGGAGATAGATTA GGCTTAATAGGTTCAACAGTAGCAGGCCTCGAGGGAGATAGATTAGGCTCAATAGGTGAT GAGTGGACCTGGAGTAATGTTAGTGGATAGATGGACTTAATTGAGAGAGGTATAAACCCT GAGAAGCTCCATGAGCTGAGTTGAGAAAAGGAAAAGCCTAGAGAGGAAGCAATTGTGGAA ATGGGCTCACCAAAGTTTCACTCTATTACAAGGCGAAAGAATCTAAACATTCAACTCAAA ACCTTAAAGCAACGGGTGAAGTAACTCAGGATAATTATAAACCTTTTTGGAAGGTGGAAA ACCCTAACACAACCTATGAGGGACAACTGTAGCATTCTTAATTGGTGTAAGTTCATTGCA AGTTCGGCAAGGTACATCTATAGGGTAACAACCACCAAATAAAGCAAGAAAATTCCCAAT GACAAGGACGAAGCCATAGCACTGATAGAGTACTCTAAAGCAGAATGTACAACAATGTAA ATAATATATTTATCCATTCAAATTGTAGATGAGCATTGTCATTTAACACCCTTTTGTAAT TTCTTTACAAGAACCGTACATCTTTTTCTAATACGGTACTGTCTGGGGCAACTTATGTAC ACCTAGCGAATTTCATGGGGTACTTGCTACCTAAGTAACTTTGTCCACTAAGGCTTAGGC AGATAAGAAGAATTCATCTAGTGATTTTTGCCTCCGCTGAAGTTGAACCGAGGCCTCAGG GTTATTCCACCTCATCGACCACTAGGGAACATCTTTGGGTGTAAGAACTATTTATTAAAC ATCCATATTTTCAAACAGATTATCTAATCAACTACAAATTTAAGAAAGCACCTAGCACTA TGAAAGCATAGGATGCACCCTTGTGTGTCACCAGAAAGACTAGACATCACTCTAATTGTT GTCTTTTATACAATAAGCTACACGCGAAGACCTGATCAGAGATTGCTTGAGATGCACATT GCCATATATCACCAATCCACCTCAAGGATACTCCATGATAATGTATATGTGGTTTTTCTT AAATAATGATCATATAGCATATATGACCATATATGTAGTTAATAAGAGAGAGAGAAAATA ATGAACATGAAAGAGTTGACGAAAAGAGTTTTCTGGATTCCTAGTCTACTATAACTGACT AAAGAGGTAGCATAAATTTAACACTCAAACATCGCCTACATAAAAGAAAGAAAGACAAAG TAGCACAAAAGTTGAAGAGTTAACAGTCCATATGAATGAAGTATTAAGGCATCAGTTTTG ACTGCTTAAGAAGCTTACTGTCAGAGCAAGAAGTTGAACTTTGGGATTCTTACTACCAAG ACGTCTTTTTATTCCCTTCACGACATCTTTGGCTTGCCTGGTAAACCGTAAACCCAAAAG AACATAAATATCAATAATAACTTTAGACAATCTTTCACCAAAGGTAAAAGCACATATCCA TATTGGCAAGCCACTAAAACGAGAGAAAACTTAAAAAGAAGGAAAGAAGAGGAGAAAGGA AATTTTAGTGAGCAATACTACATGATGCAATTTCAGTCTAGTTCATTGGATTTCTATTGA TGTTTTTCTTTCCAGTGAAAGGGAAAGTTATATATTATTATAATACTCTGAAGAACCACA TATGAGAAATATTACAGAAATTATTTACAGAAGGCCTAAAGATCACACTGCATCACTGTC AGTTAACCAGAAGACTAAGAAAATATACCTTTCACGGGTTCTTATCTTGACCAACAAAAC AGAAAGTTTAAGTACCATAACTTGAGTTGACAAACGGAAAGTCATTTTTTCAAAGCATCT TCAATTCCTTCATCCACAATACCCCGATTTCCATTTAATGGACGTAAAATATATCCTCAA TTGGGGTGATAAAATTATCAACTGTGCATATGATGAAACTCCCTGGAAACCAGAAATGGT GTCCAAACATGGAACACGTGTACCGCAGATACAGCTAAAGACATACTTAAGATCATTTAA ATAGGCTGCACTGTCAGATGCAATCAAGATTTTTTATTTTGTTTGGGATGGTAAGTTTTT CAGGTGCACTCACGGTTAAATGGATGAAGTTAAGATCAAACCAATGCTCTTCATTAAGTT AGTCCACCTAGTTGAGGGAAGGTACAAAAAGGGACTTGCTGAGAATGCGAGTGATTCGAA GTAAATTGTTGATACCAACCATAATCATAAGAAACTTGAGCACTTAATGTGTAAAACGTT CATGTTAATTTTTCCTTTGTTTGAGAATAAACAAAAGTTTAAGCTTGAGGGAGTTGATTA GTTGGGAACTGACGTCTATTACTTGAATTGTAGCCTCTCTAAGTAAAGGTCTAACAGCAT AACTAACTTATTTTGTTGGTCTCAGGTCTACAAACTCAAAAGGAAACAAAGGGAATAAAT GTATCAAAAATTGTGGAGGAAGACCACGTTTAGAGCAAAAAGCTGAAAATCAGAGAAAAG AATAATGTGCAAAAGGGAAAACGTGGAGACAATTTCTGTACATCTCCACGATTGGAAGGA ATCACACAGGAACAACATGTTGATCCAGTCGTGATTCCAATCGTCTGGTTGATGAAGATG TGAAGTTGGGAGCCTAAGACAATATGGGCAAACATAGAGATGATTGCCAAACGCAATTGG TCTTAAATCCTAAGAGAAAAATCACATATTAATTCCTCGTAGAAAGGTACATAAACCAGC AAGGTCAGAGACTTATTAATTTCTGGCACTTCTTAAGGATTAATACCACGCTTAGTTTTG GCTACATTTATTATCCAGTGCCATCTTTTACAAGTCAGAACTCATGTAACTTCGAAAATA TATAGCATTCTCGAAAACACTAATTGGTTTGCCGTATGCTTTTGCCAAGATGCATGCGTC AATGGCATTTTCACAGACGCACCACCTTAGAGTTTGTTACATTTAGGGCTCAAACGCCAC CTTTGACAACACTGTCAGAAAACATAGTAAAAAGATTCCTTTTTTTGGGTTTGATAAGTA AAAAAGACTTAAACTTTTAGGATACTAGGAGTCGATTTTGAGACAAGTCAATAATAATAA GAATACAATGGGCTGGTAAGCCAACCGTTTCAGTTTATGGATCAGCTATATCTCCTTGCA CACAACCTTGGCACAAGGAGAGGATGAATTTGATGCAATACAGTACATATGCGCAACAGA TTATACAACACTATTTTCAAACTCAATTGACTAAGAAAAGCCATAGACGCCAGAATTATC ATTGATATTCGGAGGAGCAGCTCATCAGAGTTCTTAAGAAAAACAATGCATCAGATAGCA TAACATACAAAGTAAAATGAACTCAGGACTAAGAAAGGTCATTTTGCTCATCATGACAAC AGCTAAAAATTCGAAAGGATATCTTACCCACATAAAATGAAATGCAAACCTAAACTAGAC TTCGACAACCCAAAGAGACTAATCCAATTAACAAGCATGACACTAAAGCTCACTGGTAGG CATTGCAAAAATGATTCCCTATCTAACAGGAACTAGCAGCAGAATCACTCACTTCCGTTT TGCATAATGCCACTAGCACTCCCCTGACTTCCTAACCAAACAGGTTTTAGTCTAATCAAT GACCTCATCGAATTAACAGCTTTTTTCATGAAATTCTCAACAAAGATACTATTAATTTTT CCTTTTTGGTAAATAACACAGTTGCCACTACCCTATACATTCATCTAAAGCTTCGTAAGT CATCAACAACTCAACAAGCAACTACTTAAGTGCTACATCTAACTTCGAAAACCAGTTCTA AACTCGGTCTATATCATTGGAACACTCTCAAGTCACCTAAACCAACAAAAAGTGAAAGAG AAAAAGGCAAAAGTTTAACATACACAAAACCGTAAATTAAAAAGAGCAAAGAAAGAGAAG CATACGCGGGATCGTGATTGCAAATATCGCAGATCTCGAGATTCATAGCCCAATCAGGAC CTATGAGCATATCGCTCGTTGCTCTTTCCACCATTGAATTCACCATCCTTATATTAGTTA CTTCTGTTCACCTCCGACAGAAAATCTCCAGCTTTTTTCCGATCAAAACCACCGGTCAAC TCCCCGGCGATATCAAAAGAAAGATTCGCCGGCGAGATTTTCAATTTGCAATAGAATCCC TGAACTTATGAATCAAACAGTTTTGTAGAACCACACGGCGCTCTTTCTCTCTCTTATCTG CGATCGCACCTTTTTCTTTTTCTTCCTTCACTTAATTTTTCATTGACAAATATGAATATT TTAGTCCTCCATTTTAATTCAATTCGACTTTCTTTTTTTTTTTTTTAAATCCATTTTTAA AAGATTAAATGTATATTAAAAATTATTTATTGCATTCCTTTTTTGACTCAAAAGGAAGTC TAGGGATGACTTGTGTGAAACCCTATCATAAAATTATTTTTTACATTTTGTACTGCCTCA ATTTCAATTTATTTGGATTCTTTTTTCTTTTATTCCATTTAAGGAAAATAATTTTGATTT CAACCTATATTTAAAATCAAAAAGTTAAGATAGAATTAATTTGATTATAAAATTATTAAA GCAATGATTTAAGATTCCATTTTTTTTTAAAGATGTTAGTATTAAATTTGAAGAAAATAA ATGAGTAGAGAATATATGTAATAACTTTTTACCTTATTTAATGTGGAAATCATTGTAAGT AATCGAAAATAAATACTCCCTCCGTTCAGAATTGTTTGTCATATTGCGTTTATCGAAAAT TAATTTGATTAATTTTTAAAGGTAAATTAAATCACATTAATTTGATATTTTAAATAAAAT AAATAAATATCCTAAAACTACATAGAAAATACTATAAATTATAACTTTTTGTATATTAAT ATGATGAAAAAATATATCTTAAAATGTTAGTTAAAGTTTTTATAGTTTGACTCTAAAAAT AGAAATTATGACAAATAATTCCGTACGGAAAAAGTAATTTGTAATTATTATAGTATCTTT TCTTGTGCGGCTACCTATTTTTGGCCTAATTTATTGATGGTTAAAAAAACCACATTATTC CTATATTTATTTTTTCCATCCCCTTTCCAACCGATCAAACTTATACATTATGCAAATCTA GAGTTGTTTGTATTAAAAATAATTTATTTTCTTTGTCTCTTCCAAATTTGAAACGCAACA AAAAGTCAATAGTATTATTTTACCTCCAATTTTTTTTTATTGGTCCAATTTTAATTTTTT ATTTATTTCGTTTATTTGATATTTTTGACAAATCGAGAAAAAATTTGAAAAACATAAAAC TCTTTTAATAAATAAATTGATTTTAAAATTTTCTTAATTAATAGAAGTATAATGACAAAT TTACTATGTTAATTATTATTTTTTAATAAACTTATTAAGTCAAAAATAAACAAGTAAGCA TGACAAAAGTATGAGGTAATTAAAAAAAAAGTAGTTTCTTTGTTTCATTTTATATGTCTC ATGCCTGTAGTCAGCCAGGGAGTGAGGAAAGCCGCTTTCAAGCCAGTACGGTACCACTCT CTCCTCAAATCGGATATTGGACCCTATTATCGAATATGTTCTTTCAGCTAGGAATGGAGT ATAGGTACAAAACCAGTTGAAAGCTCTCCAATGGTAGCTGTCGAACGGTCAAATTGGCTT GTCTTCGGTCTGTCAATGAACTTCCTTCTCGCCCTTGATTACAAAACTCCACAATCTAAA ACTGTCAAAAGAAATTGAACATGATTGTTGCAACTGTTCATTCCTTAATTTTACAATCAA GTTTCGAATTTTAAGAGTCAAATAAGTCTATCTTTGATCATAAATTTTTCATAGATCATT TAAATATTTTAAATATCAATTATTATAAATTATAATATTTTTTACGTAACTTTTTAAATA TATAAATTTTATTTTATAAAAATTTAAATTATATATATAATTAAATTTTAATTGTTTAAC TTTTAAAATATAAAAAGTGTTATATAAATTGGGACGAAGAGTTTGACTACATTGTAAAAT GAAAGTGTTGATTTGAAAACAAAAGGAACGGAAGAGGCGGTGAAAATCCTATATGTCATA GAATTGTTGGTTACGTTGATGGCCGAATGTTCGGCCGACATTTATTAAACGGACGGTGGG GATTTGTTTGATTTAAAAGATTCTTCATTGAAAGTGGTCAGCGTCACCATGCATTATTTA TTATACAGGCACCAGCTTTTACAATTCTACTTGCAGTTTTAACTATGATGTCATTGTACA CTTTGAAAATAAATTATTTACAAGTGAAGTCACAATTTTGGATCGATTAATCGAATTATT ATTTATTGAAATATGTTATTGTTATGCTCTTTTATAATAATGGAAAAGATCGAATATGCC CATAAAGTATTCTGAGTTTGGGCAAATATATCATCTTTTTAATAGTTTAGTTCAAAATGT TTTTGCCATTTCATAGTTGGTCTAGATATATTTTATATTCAATGAAATAAATAACTCAAC TAACTTATTAATAAGTAAAAAATAGAGAAAAGACATAAACACACCATCGAAGTTGTCCCA TATTTGCATAAAGACACCTAAACTTTCAAAGTATCATATCACCCCACTAAACAACTATAT ATCGTTGTAAATGAGTCATTTTTACCCATTCCCTCGTCTAGATTGTTTACACCCACGTTA GGCGTGTCATGGACCAATTTTCACTTTCATTGACCAGCTTAAAAGTATCACATGTCATTT CCTTTCTTTATTATTAATTATTTAATCAATTTATGTCATCTTCCCCAATTTAAACCCAAA ATAGATGTGATGGCCCTAATATTTTGATTTTCATAGAAAGAACTATGTTGCTTCGAATTT CAAAAGTGTGACGCCTGAGTTATTTGACACTCTTTATGCTATTTTAATTTTTGTTATTCC GAGTGCAAATGATGATTGGAGCCATAATGAGATGAAGATAGTGGAAGTAGTTGCTGGCTG TGGCGCTATTCCTATACGATGGTTCTTGAAGAGTCACAATTAATGAGGGAGAAACTAGAA GCGAGGAAAGATTTGCTGCAACAGGCTAAGGAGAATGCCGTGAAGGCAAGGCAGACAAGA AATTCGTTTCGAAAGGTAATGAACAATGGAATGAGACGACCAATGCATTCGATTTTGAGT TTGCTTTCCATACTTCAAGATGAGAACACAAGCTCTAACCAGAAGATTATTATCGACACA AAGGTGAGAACGAGCACCATTCTGTTCGATTTAATAGATGAGGCAAACCTGACAAAGACG AAGGGAGATTCCCAGATTCCCAGTAGAAATGATGCCGTTTCAGTTGCATTCACTTATCAG AGAGGCTTCTTGTCTTATTAAGTGCCTATGTGTTTATAAGAGCTTTGGCTTTTCCATGGA TGTTCCCATTTCTTTACCTAATCTGGTGATGGGTGATGAAAAGAGAACATAGACGAATTT TCTTCAAAAGATAAGGGTCGGGTCGGGTATATTCTATCATAGGGAGTGAACAAACGACGT AGACGAGGGAATGAGTAAAAATGACCCATTTACAATGATATATAGTTGTTTAGTGGGGTT ATAGGACACTTTTAAAGTTTAGGTGTATTTGTGAAAATATGGGACAACTTCGATGGTGTA TTTATGTCTTTTCTCTAAAAAATAGTTACTTACACTTTTAAAATAAGAGCATAATGTTCA AACATGACTTTTAACTTGACGTCAGTTGGTAACTATGATTTTTAATTTTGGATTTGCACA AGTAGACAACTGGGGTTCATTTGTCTTCATTAAGATTAAGACGTCTGGATATGAATACAT AAATATTTGAATATTAAGATGTTATCTCTGAATCTGAACACCAGATTATTGGAACTGTTT ATTTTCAATATCTGAATGTGCATATGAAATTAAATATTATCGATAAAATGTTATAAAAAT CTTATTTTAATAAAATAATTTTTTATATATAGAAAATAATATTTTGAACATTTTTATGGT AACAAGGTAATATGATTTATCTGTTAAAAATTTAACACTAAGTTACATCATTAATATGAG TATTCATTGCACTCAAAATATTCGAGAATATAATACAATGTCATGTAAAATAGTTTATAT AGAGTAGTAATATAATGTTTATGAAAACGTTTTATTTATAATGGATATTTGTTATTGTTA TCGATAAAATAATTAATACTTTCTTATTTTTTGAAACCGTGTTAAATATTATATCGTGAA TGCTTATCAATTCAAATATATTAATTAATTTATGAAAGTAAAAGACGTATATTAAGTTAG TAAGAATAAAGACAATTATAACAGTAAGCATATAATTAAACATTAATTAAATAAGAAAAA AAACTTTTATGAGTTATTGTGAATTAGTTGAATTAAGATAGGAGTCTTATTTTGAGTCTG AATGGTGTTGAAAGTGTATTATAGATCTGATTCATTCAGATGTATTCAGACCCATTAAGG CCTTATTTGTTTTAATTAAGATTAAGATGTCTGAATCTGAATACAATATTAAGATTTGCA TTAAGATCTAGGTGTTTTGATCTGAATACACATCTAAATATTAAGATGTGGTATCCAAAT CTGAACACTAAATAATTAATGCGTTTGTTTTCAATATCTGAATGTGGAAGTGAAATTGAA TATTATATTATTAAAATATCATAAAATTTTCCTTTCAACAAAATATATCACTTTTGATTT TTTTTTAAAAAAAGTTTTAATAATCATGATTTGTAGTACTATTTTTTCATTCAAAAACTT TGAATAACAAGAATACACCAAAAATATTATTGCAACCAGTATTCTTGAGTCTTGACACAC ATCAATACAAGAAAGTTATTAATATAAAAAAAACTTGAAAAGATTTATGAAAACTTACTA ATAGATAAAAAATGGTGTTTGATTGACAAAAGTGAGAAAGAAAGTTTCTAGTTATAATAT AAAATAGCACGCCCAAAGCAAAGAAGTTATGATTTATTATTTGATAAGTTATCAAATGAG TCTGAATGTTGTTAAGAGTCTCATACAGATCTGATTCGTTCAGACCTCTTCAGACCCATT AAAAAAAAGTTATAAAAATAAAACAAATGAACTTAATGAGCTGATCAGACCTAAAAAAGA AACGTACTTAATGGGCTAAATCTGAATGATTAAGATTAAGACCTCCATTAAGTGCAAACA AATGAGGCCTAAGAGACTTATAAGGAAATAAACAAATAAACTGAATATGTATGATTAAGA TTCAGTCCTAAAAAACGAACACACTAAATGAAGCGAATCTAATTGGTTAAGATTCAGACC TTCATTAAGTACAAACAAATGAGGCTTTAAACTTGTATAAAATTGAGTGAATTGACACAT TCGTCCTACATGGCATTATTGTATCTTACATGACGTCATACGTGTATTGTGACATATAGG ACACTCACACTGGTATTTACTTTTTCAAACTTATACAAATTTAAGTGTCTACTTGTGCAC ATTCAAAATTTCAGGGCGTAGTTGTTCGTTAAATCAAAGTTAAGAGTTAAACTAAAGTTG TTTGCTCAGTAATTACTCACTAACCAATGGTATTATATACTCTTATAGTATCGTTGAGTA ATGTATGAACAAGAAACCTTAAATCCTTACTGATATTAATATAAAATTTATATACTGATA TAGTATTGTAGACACATAAATTGTATTGGATCAAATTCATACAAAATCTGAATTAAATCC ATGTTTATTTGGGCTGAATGATTAATTTGGGCTTTACAAATAAATGAGTCCACTTTATTA AGTTCAAATCCAAGGTCCATTTTACCTTGAAGCCCAAACTCGTGCCACGTGTCACATTGA CTTGGCATCCGAAACCAACAAGGTGATGTCACGTGTCCAAATGAGGTGTTAGTCCCAGTC GAGTGCAAGAACCAATTACAGCATGCCAAGTTTCAAAATGACATTCTTTGGCCAATCATA TGCAACCTTGTCCACCCCATACAACTTTAAATAGGGGATGGACATGACATTCTAGAGGAC GGAAAAAGAAGAAGACTCTTCAACAAACATTCAACAAATTGGAGAAAGCTACAACATCAA TAGTTCTTCAAAGGAGTGATCAACAAAGTTCTTCCCGGAGATCGACTTACAACGACGAAG CGCTTTTCGACGTCCGGGGGATCGACAACATCTCAAGGAGGTCTACATCATCCAAAAATT TGGGAAATACGCTACTGAAGGCCCTCGAATCGCGAGAAACTTAGGAGAGAGAATTAAGAG AACAACGAAATTGTACTCACAATAATTCACTAATAAAATCACATTTTTCTTTTATTTATT TTGCTTGCAGTCGATTTTTCGTGCTTACGAAAATTTATTGCAAACAAGTATCAATTAAGT GAAATTATCAATTTTAGTTATATCAATGCAATATATGACATTGACTTAATATCAGTCAAG CAAAGTTAATTGATCTATATAATATAATTTTTTAGTAAAATATGAATGTAAAGGGTTATA TATTGCTTTTATGATATATTTGCTTGTTTTCCAAAAAAAGAAAACCTACACACTGGCTTA AAAACTTTTATCCTCTGATTTAGAGTAATTTTTTAGAATAACAATAATTTTCTCCAGTCA ATTTTCTCAACAAATAAATACTTATTAAAAAAATAAAAATAATTGGGTTAGCATGGGCTT TTGTTAGGCAAAACCCACTACAAATTTTGAGTTTGGTTGAGTTTTATTTGTGTTATTACT AACAATTAAGTATTTGTACAATTTCACATCTTTTGATGGCACATACCACTGTCGAACCTT TTTTTTTTTGCTTAGTAATCAACGAGTTATGTTAATTTTGGAGGCTTGCATTAATTTTAG GGTATATTTGAAGTTTTAGATCAACATAAGGGTATTTTTTGATCAAAGGATTAATTATAT TAAATATAATTAAGAGTTGCTAGTGACAATAGGTTCACCTTCTATGGTTATATGTAGCAC GATATTAATATTTTGGGTCACATGCGGATTCTGAAAAAAGCCAGCAGCTTTGTTCCTAAC TTTAGCATAATAATAAGTTCCTATTACATTTGTGTTCACTTCCTTCTACACCCATGGTGG CGCATCTGCAAAAATGGTAGGCTAACCAAAAACTGCATCCATTTCTGACGAAAATATCTG GAACGAGTGGCGACCACATTTTTCTGGTCTCTTGTTTCTCAATTCACATTTAAGCTTTTA GGGACTAGATTTCCTTCCTTAGAGACTATTTTTGTTGTAGTGATTGTTGTAGAATTAGAG TCACATCAAAATTAGACTAGTTATATTAACGGTTATGATTATATCATGACTAGGATTAGA TTATTTATAATTATTATAATAAATAAAAATAATAATAATAATAATTAACTTAGGATTCTA CAATTCTCTCTTAAAGAGTTTGTAACCCAACATTATTATTATCATTACAATCCTTAATCC TAGACGTGAAATTTCTACAAATAAAAATAATATGATTTTACAATCTGAATCATCAATTTC TTGGTCTATACTATTGGAACTAACCTTCAAAGATTTTTCTTTAAAGTAACCCACTTAGAT GTCTCAGAAAAGATAGTGATCTCATTCGGAAAAATATGAAAATGCTCTTACAAGATGTGT ACCTTTATATATATAAAATTTATAATGACATATATTTTCTAAAATATTACCTTTTAACTT TTGATAATTATTTTTTAAGATTTAATCTAACTATGTAATTATACTTGGACGATCAAATAA TATCTTATAACTATTACAATATAAACAAATCATTATTATAATATGTAGTTAATAATTAGG TTAATTTCAATTTTCAATTACTAAATAACTGATTAACTTTAAATTTGACAACTTTTTCCT AAAAAACACACTAAAATCATGTCTAGTTTGGGAAACCTAGGCAATACTTCACGCGGTAAG ATCACAAATTAAATTCATGCCATCATTGCTATAAATACAAAAGTAGAAAAAAAGAGAGGA GTAAATAGACGCGTGACCGTGCTAAATCTGAAAGCAAAAGCAACAAACTAACTTTGAACA TACCATCCATCATCCCCAAACCCCCCCGCACCAACTAGCATTTCCATTCCCACCCTTCAA ACCCCATTTTGATTCCACAATTTTCTCCTCCCACCAGCTCTCCAAATTCTCCTTCCCCTT CACAACTCTTCGTACATGCCTTTCTACAGTTGTTGAAGGGAAAAAAAAAGAAGAATATGG CGATAATCGGAGATGCACTCCGGCAAGCGTTTATGCCAAAGCACGAATACGAGTGTCTTC GTGAGGAAGACAAGGCATTTAATCGTCTTCAGAGGCCCTTTGTGATCTGCAGTTTAGCCC TAATATCACTTGCTATTATTGTATGTACTGTTATCAGCTTGAAAATAGTGTTTCCTGTCG ATCCTGCTCGCCGGCCTTTCTGTGGTGACTATCGTATTCAGCCGCTTTCGATTAATTTTA CTAATATAGCTGCTAGTGGTTCTGAAGGTGGTAGTGGTGGTGGTACTGCTGGTGATTCGG ATAGTTTTCCTGGTGCGTTTTACCTAACTAATCAGGAGATTGTGGATTACTATTGGATGG TTGTGTTCATTCCTTCCACGTTCATTTTTGCGATATCGGCAGTGTATCTAATTGCAGGTG AGTAGATGTGAGAAATATTTTATGTTTGACAAATGTGATAGCACATGGTTTATATGTCTT ATGCGAATAAGAAGTAAACCTAATTTTGAGTTTGTTATTGAATTCGAAAAAGAGATCGCC TGTTTCATATTTTTGGCCTCGCCGTTGCATCTAATTGCTCTGTTTAGCTTGTACTTTATG CTTATTCAGTATCTGTTTTTTTAGGCAAATGAGATGCATCTTCTTTTGACTTTTGTTATT GCATTTGAAGAGTACAATGTGTATTTTCGCGCCCTTATTAGTTTAACTAATAGCACGTGA GGACTTGGGAACATTACAGGGTAAATGTGGTTGTGTATCTTTGGATAATAGCACAAATGT TTAATCCGTTCTCTCTTTTAGGGAAACAAGTAGTTGTTAGTACATTCGAAGAGTAGAATG TGTATTTCAGTGATGCCATGACAGCTACACAGATAACATGGTCAGGAATTTTATTGTTTT GTTGTCTCTTCTACCTAAGTTAGGCCTAGACTTAGTTGCATTTAGTCTTTCTGAGGATAG TTCCCCTAGATATTGTGTAGAAAATGAAAAGTATAAACCGGACTCTCAAATGATTCGCGG GTTCACTACGTGTGGAAATATTTATATTGTAAGACATCTCTGGTTATAATAAACTGCAAC ATGTATGTGAAATTGAAAAACAGACGTTTTAGAAGCTATGAATGAGGATGTAACTCTGAG ACTGCACGTGAATATAGATAATTGATAGTTAACTCTGATTGAAGTTCTTTTGTATCTGTT GATTATCTCTGAAAAGTTCATTAAAATCTTATAATCCTGTAGTCTTTGCTGTATTGGAAT TTCAATATATCTGAAAACCTAACTGGACCTAGGTTCTTTGGGATTCCAAGTTTATGAACT TTAGAGATGAAAAAGGTTTATTATTTGGATTATTTTAAGTATATATGCTTAATCTTACCT GATGAGCATAGTTTTTGGAGGCTAAAACTAACCTGTTTTTGTTCAAGCATGAGTTCAGCT ATGGGAAATTCTCAAATTTGAATCGCTCCTCACACTCGAAATGAAGGGAAGGCACATATA TGTCCTTATAAATATAAAAATGATCTCAACTCTCCTCATCTTGTAAATGTCTGCAAAAGT GAATCCTATCTCGGTTAGGAAGGGAAGGATAGAGATTGATGAGAATTAAGAATTTCACAC ACTCACGTAAGGTGTACAACATAAATACCCTGGAAATTCTACTGCCTTCTTCTTTCCCCT GTTTTTTCTTTGCATCCTATCGTTACTGAAATTGGGGTGCAAATAACAGAATTGTGTGTC TGGGCTCAAAGTGTGCTGCTACCAGTTTTAAATGTTTAATTGTATAAGAGCTACAACTAT AACTGACTTATCAGAAAAATAAGAGAGAAGATAACAGTTCTCACTGTTTCTGCTTTAAAC TTTGCAGGTATTATGGTTGCATACGCTGCTCCGATGAGACATGGATGCTTGAAGGTTGTT GAGAATAACTATTGTGCTTCCAGAAGGGGTATATTTCTTGAGTTATACGTTTTCCTCTGG TTCATGTTACCTCCAATAAGGGTAGTACTCTAGTTATAGCAACTGGTAGGAAATTTAGGG CATTTACTTTTTCTGTCCTTCCAGTAAATGTCTGATTTCGCAAGAATTCCTCGTTTACCT CCCTTTCCTTTCTAAGCTCTATGCATCAACTGTATTATGTTATTTTCCCCGTGGAAGCGA GCCTCTTTTCACTGCATTTAAGCATAGCGCTGGTTGAGGGAATACTAGATTTTGTATTTG GCTGTTGGAAGGTTGCAGATTGGTGTTGCTCTTATAAAAAGAACTGTTTTAGATATCAGC TAGTTTGGGCGGAGAATCCACAGATTTGTTTCTGACTTATACATTTCAAGTTTTCTAGCT CTGTGTATTTATAAATGTGGGTGATCTCACGTTTCCTTTCGGGGATAAGGCTTTAAAATT ATTGGTGTGTAAAAACGATCTTGTCGGGAATGATTCATGCTTGTTGTGTTTGTGGATAAA ATAATGCTCAAGAGGTTAAGGGAGCGTTTGGCCTTGAAAATTGTGAGTATTTGAAAAAAG TAAGTTTTTCAAAGTTAAAAATGATATTTGAAAATTGGAGTTTGTGTTTGGCCATGAATA CAAATTGGATTTTTTTTGAATTTTTGAGAGTAATTTGAAGTGATTACAGTTTTTTAGTGT TCTTCAAATTCCTCAAAATTCCAGAATGCTATGGACAAACATGTTTTTGGAGTTTAACGC CAAAAAAAGTACAAAACTTCAAGGTCAAATGCCCCCTAAGTACCAAAACTTCATGTGCGA AATCTATCTGAGCTTTTCCTCATACCAACAGAAATTAGGTTCTTTCGCTGATGTTCTTGT GCATCAATGAACAGATTCAATTGTTTTTCTGTCCGTTTGTTTACTTGTTGTATTTGTTGT GGTATGTGTGTCTGTTCTAGCTGGTTTTAGGAAGAAAAAAAAAACTAAATTCAAGAGTTT GGTAGGAGAAACATCAATTCATTTTCAGTAGTTTTCTTCCTTAAACGGACTAGGGTTATT CAAGTTTGTTATACGAAATACGGAGCTATCTGCAGTGGTACAAATCGAAGCTAAGTAACC CACTGTTATAGCAAGTTTGTAACAGCTTAAGGTTGGAAGGTACAAAAGCAACGAGCTCTC AAAGATGTTATAATGAAGAGAAGTTTGCCATACTTCCCATGATCGAATAATATTGTAATA ACTATCAAACCTTTGCGAATGGAATAAGGCGAGAGGAATGGCTTTGGTGGTGGAAATTAC ATCATAGTATAGATACTTCTTAGAAATTAGAGAAGAATATAATGAAACAATACATAACCT TGCAGTAGTTCTTGTGTGTGGTTAATAATTACTCCCTTTATCTCAATTTATGTGGTACAC TATCCATTTTAGTTTGTCCCAAATAGAATGTCACCTTTCAATAATTAGAAACAACTTAAC TCTAAAATTCTCCTTTTACCGTTAATGAAATGACTTATAGCCACACAAATAGCTAAGGGT TCTTTTAGACCACACATTACAAAAGTCTTCATGTCTTAAACTTTGTGCCAAGTCAAGCAG TGCCACCTAAATTGGTATGGAGGAACTAGGGAGTAATATTTTATATCATGTGTACACCTT GCTATGAGCTTTTCAAAAGAATTTTAGATCATCTAAGAAGCAATCCATAACTTTGATCTG TTAGGACTATCTTTATAACATAAATGCTCTTACACGCTATAGGGAAAGCTAAAAGTGAGT CGAGCTAAGGAGAGCCTTGGAGGTTAGATCTATGTTATTTATACGAGCTGAGCGTGATTG TCAATGCCAGCAAAGAGCTAGCTTGAACTAGGCCGGCTTATATATCTGTTGGAAACTGGT TTGTGAGCTCAACTCTCAGTGTGTTCATTTTGGGCTTGAGTTCATTCCTGGAGATAATTA ACTTTGGGATTGTTCTTCAACTTTTCTGGGTCCTTTTTCTGATTTACTCTTTCGAATACA AAAAATGCATTCATGATATCTTGAGAAATTAGCTAAATGATCCCTCAACCTATTACCTGA TTTCCAACTACACATTTATACTTTACATGGGTCCTATCACCCCCGGACTAAATAACCCTT TAATCAATACAGATGACATGAGGCTCGGAGGACTTAATTTTTGGGGAAGATTTGATTGCC TAGTGCAGTTGCAGGGAAACGTGAATTCGGCGCCACCTCCATCCTCTCCTCCACCACCAC CATCTTCCCCTCTACCTCTGCCTTTTATCATCTCCCCCACTTTCACCATTAACTCTTCCA CCTCCTTCACCTGCTCAAAGATGCACAAAAATTTTACTTCGTCTTCTTCAGCAGCCATTA TTCAATACCCATCAAAAAATTCAACAAAAACTTACCCCCAGAATATTTCTTATCTTGTCC GAATTAAATGCAAATTAATGCTCAATCTTCTACCACAAACATATTCAACGTAACCCTCTT TGATATATGAAGTGATTGAATTTATATTTGAAAGTAGAAAAATTGTCTTTCTTCAAAGAA TTAAAAGCACTGTTCCATAAAGACACGAAATCTTACAAGAGAGGAAAAAGTCTGATAAGT GATTTTGATTAAGGGTTAATTAGGAGATGAGCTCCAAAAAGGGAAGTCGGAAAATCTTCA AACTCCTAGCATGGCAAATTTCAGATCTGAAAAATAGATAGATAATGAGAAAGAGAGAGA AAACAAAGAAAAAAGCCAAAGGCAGATGAGAGAGTGAAATGCACTCGCTATGCCAACTAA ACACTTGAGGGATTATTTATTTCATTTTAAAATAGTTCAAGGGGGAAATAGAACCACCCT GAGTATAAGTGTGTAGTTAGAAATCCAATAATAGGTTGGAGGGTCATTTGGCTATTTTTT TAATATCTTAGTTATTTGCTTAGTGTATCACTTAAGTGTTTGGGGAATCAAAACTGCTAA GTCAGGAATAGCTTACCTTTAATATCTATGAAGGAAACTGTTGGTTGGTAAAGATGTCCT TTTAAACTCTGAATGAGTCGATCTGAGCTTCCAGAGTGCAGCCCGTTAAATTATTGGGAG GCATGAAGTGCTAGGTTTTCTTAGTTTAATAACTATAAAGAAGTTGAGCTTGTGTATTTA ATATGGGAGGAAGGTACAGGGGTGGGCCCATATACTCCCGGAAGGTACAAACGTAAGTCG ACTTGAGCTTTTATCATGAACGGGTTGATTCATTTTCAGTCTCCAGTAATTGGTATTTCA TGAACTTGCTAATAATATTAATAAAGGAGTATGAGGTCTGCGAAATGTGAGATGACAACT TCAGAAGGAATTCCATTTCTTCAATTCATTCTGAAGGTAAAACCAACTTGAACAGTATTA ATGGATAGGAGTCAGGTCCCAAAAACTAGGATATCTGAGCTATCACTTATCTATTTTAGG AGAACTTTGTAAGATTATTAGCATGCGTGATAGGAGGTTTTGAATTACGTATATAGAGAT GGTTTAATACATTTGTTAGATTATGGGTTTTGTCTGTCTCACTGCTTACTGTGGGAGGAA GGGTGCTCTTGTTTCCTGCCTATTTGCATGTGTGCTGGTGGGTAATAATTATTGATTGAT TTACTCGTTTCTTTTTTTTTTTTTTAAAAATAACTGTGGTGTTCGGGCTGGCTTATGCAT ACCTTGACTAATTCCATGAGATACCTACTACCTCCCACCGTCCACCATCACAGGTTCCGG GTAACTCCAATCCACCAATCCACCAAGGATTGGATAGATGGACCTCCTAGTGTCTTTTGT CTCTACTGGGAAGATTGATTTATTCATTTCATCTGCTATTCTTGTATTCCTAACATTTCA TCATTATGTTTCAGGTGGAGTGCGCTGTCTATCCATTCTCAATGTTGCTTTTGCTATCGT ATTTGGTCTGCTTGCACTGTTTCTTGGTTCAACCCTTCTCACATTAGGGAGCAGCTGCTC AGCACCCTTGTTTTGGTGTTACGAGGTTGCTTCATGGGGGCTGGTGATTCTATATGGAGG GACTGCTTTCTTTCTAAGAAGAAAAGCTGCTGTAATTCTTGATGAAAGTGACTTCAGTGG GCGCAATCTTGGAGTAGAAATGCTTGAAGCAAATCCAATGGAGGTCACACCAGATGTAGA GAGACGTGTGAATGAAAGTTTCAAGGCATGGATGGGTCCTTCTTTCTTGTCCTCGGATGA GGAGGATGAATCTGATAACTACCAGGAAGTTCCAGCTTTATCTCGTACCAACTCTAGCCG GCTAAGACAATAATATGAACTTTCCTCCTGTTGGATTCCTCGAGCAGTGAATGAAATATT GTGGAAGGTCTTAACTTGTGATATCTTACCCAATCACTTGCATGGCAAAACTTTTGAATT GCACATGAGTGCTGCAGCATCGGTTCATTTTGGTAGAGTTTCAGGTTTTGTATAGTTAGT TTGAGGGAACATTGATTTTCTTGGTGGTGGAAGGCTGGTAGAGTGGGAAGGGATCTCTCA GTAATTGATTTGGAGTAGACTGACTAATGCACGATTCGTGGTATTCTTATGAGCGTTGCT TAGTTGTTGATACTGAATTTTGGAGTAGTTCCTTGTAGTTGTCTTTTCCTCGTACCACTT GATATATAACTGTTGAAATTTAGAACGAGCACAAATTAGTGCATAGCATCTATTTTTGGA TGATATACAACATAGCTAAAGTGATACAAAAAATATATCATGTTTTAGTAATTTTCCCTA TTTAAACCAGTCACCATGTTACATCACCCAAATGGAAGAATACGCAGCTCTAATACTGGA TTCTGAGGGAATTACTTTGCAAACCTAAATTTTTCATTCCCTAAATATTTCATATTCGAA TTCTGCAACTTGCTAAATGCATATTTGCTGATGAATATTTAGAGGTATATCTACCGTCAA AACAGTTGTAGAAAGCAAAACTTGACATAATGATCAAAGATTGTTGAAACAAACTTTGTC ATGAAAATATGAATTTTTGATCTTTGCTGTCATACTCTAATTTACCCTTGAGACTTGAAT TCCAATTTTGGTAATGAACAACAGAGCATAACTTAAGTTAATATATGAGTCCTTGGAAAA AAATCCTATTCAAGGTTTGATTTCTGAAAATGACATGATTGGAAATGGACAACATAAGTA ATGGTAAAACTCCAACAAAGTGTACTGAAATTCCAGCACACTTTATTAAAGTTATCTTGT GTTTTTAGTAAGAGTATTTTTGTTCACAATTCGTCCCATATAATATGATCAAATGTTAAT AGCTTATAAAATGGTGGCTAATGTTTGATAACACGTAATTAAGTGCTATTTGCTAAATTT CCCCCCAAAAGCAAAAGCCCAAAAACGTAAAGCCCAATTAGCCCATCTTCTCCACTAAAT TCCTTAGGTCAAGAACATCCAAAACCTTCTGCTACCACCTCATCTTCACCACTGTTAATC AGTTTCGCCCTAAACCTAAACCGTCGATTTGCGATTTTTGATTTTTGATTTTCAGCGTTT AAGCTCAACAATGGCAGCTCCCTACGAGTACGAAGAAGGAGGTTACCCACAAGAAACAGA TGCAGTCGGGTACGACCCGAATTTCGTGCCAGATTCCGTAAAATCGTTCGTGGTTCATCT GTATAGGCACATAAGAGAGAAGAATGTTTACGAGATTCACCAGATGTATGAGACCTCTTT TCAGACACTGAGTGAGCGTATGTTTAAGGAAACTCCTTGGCCTTCTGTTGATGCCGTTGC GCCTTACGTTGATAATGACCATGTCTTCTGCTTGCTTTACCGTGAGATGTGGTTCCGTCA CTTGTATGCTAGACTTTCTCCTACTCTTAGACAGCGGATTGATTCGTGGGACAATTATTG CAGCCTTTTCCAGGTTTTTAAATATTGTCGCCTTTTTTATTTGTTTCTTTTTTGATGTGT TGGTTTGTGTTATTCAGTGAGCTCAGTAAAACTACTAAGCTTCAATTCCAAGCTAATTAG AGTCAGTTCCATGAATCCATGCCTGTTTTATTCCAATTCTTCATAATTGGGATTCTTTAA CACTAGACGCGTTCTTAGATTTTACTTGCTGTATGTCTCCCGATAGTCTGAATGTAAGTC CACAATTTAGGCCTATATTGTAATGCGATTGCATATAGTAGATTGATATTTGGAGTTCAA ACATAGTTATTTGATATTGGTGACTGAATTATACTTATTGGCAATGAATCAAATTTCTAG CATGATATACTTCAACTGAAGTAGTTCTTTTCTAAATACATTGTGAAGCCTGTAGATATG TTATCATTATGCTCGTCACATGAAATTCTTTGTGATTGTGACATTCTATATATATTGGTA CTCGCACTGCAGACAATGTATTTTACCTAAACTACTTAAATCATGCACATCCTCCATATA GAAAAACAACCTAAATAGAGTTCCCCTCAGACTAGACCTGTGATTACTTTGGCTATGAAT CGTACTCCATAAGCCTAAAGGAATTTTATCAAAATTGTTGATATTCAGAATAGATTGTTT ATACTATATTAGTTTTTGGGTCTTTACTTTGGATCTTACGAACAAGTATTATATAAAAAG TTTCTTTGCATAGTGATGTTAGAATGTTTGTGTTTTAAGAACTGTTTGAACTGTATAGCA TCTATTTGTTAAATGGACAAAGTTGGGCAGTACTAGCGGGTCTTTAGAAAGCGTGTATTT TATTTATTTAGGAATGCACTTTATTTACTGTATAGATTTTTGTAGCTAGGTTGCTAAGCT TGACACTGTGGAACAACGGCTGTGCATTTATAGGCTTCGTAAAATGAATCTTGAGTTTCA CATAGACTGCATTGCTGTAGGTGGTGCTGCATGGTGTGGTTAACATGCAATTGCCAAACC AGTGGTTGTGGGACATGGTAGATGAGTTTGTATACCAATTCCAGGCATTCTGTCAATACC GTGCAAAGATGAAGAGCAAAACTGCAGAAGAGATCGCGTTGCTTAGGCAGTACGACCAGG TAGAGCTGACAGATTACGATGCTTTTTCTTCTTCCCTATAGTTTAATCTATTAAGATTGT CCAAGTTATAGCACTATCTGAAATATACTTTTGAAATTTGTTCAGTTAGTACTCTATTTT ACTTTTTAAGGATCTTTATAATTTTTTTCTTGCGTTTTATTATTTTTTGCATAATTACTC TTTTATCTTTGATACTTGATTTTTAGATAAAACTAGGAAATTTTTTTGAACATTACAATA TTGACCATGTGGTTATCTGCGTTCCCTTGAATTATTATTGGTTACATGTATTATTAGTAA ATGCATAAATCTGTAACATTGTTTTTTAACTGTAAACCCTGCAACATTGTTCTCAAGCAT CTTTTATCCGGTATTTGTTTTTAAAAATCATTCTTCTGTGGCATCTTTTAGCTGTTTGCA GTTTATTATCCAGGGTATTGATGTGTTACGTTTGGGTAATAGTTTCCTTTTAGCTATAGC TATAGCTAGGGTCATAAATTGTCGTGATGGAGTAAGAATTGCTTGTAGCTTGTCTCCAAG GTCATATATTGGCGTATGGTGTTTCATGAATGGGCAAACTGTGGAGCCGCCACGTACAGT GATGGGTGTTCAATTATACATCCTTTTGTCAAAAAATTACACTGTATACATTGACAATTA TATCTAGTATATAGGTCATAGCTTACTTTTCTTAGGTATATATTAATTAATAATGAAAAC CCTTAGCAAAATTTTTGGTTTTGCCACTGTGGACAAAACTATATTGGTTTAATAATGGGA TAAAGTTATGGTATTGATGGATGTTAATCATTATAGTGCAAAGTGGTCATTAGGTGAAGA GATTGGATTGGCTGTCAAAGCCTGACTTGGACAACTAAGATGTGTTTTTTAACCAACATA TTTCTTATTATGATTTAATAAACCATTTATGATTTTATTGTCTAAAAAATCACTCTAATA ATGATGTTTATTAGGCTTGGAATGTCTACGGTGTTCTCAATTTCTTACAAGCCCTTGTGG AGAAATCTACAATAATCCAAATCTTGGAGAGGGAAAAGGAAGGTCTTGAAGAGTTTACTG CTACTGATGGGTATGATTACAGTGGTGGAAGTAATGTCTTGAAGGTTTTGGGCTATTTCA GCATGATAGGCTTGCTCAGAGTTCATTGTCTGTTGGGTGATTATCATACTGGCCTGAAGT GTTTACGTCCAATTGACATAACTCAACAGGGAGTTTACACCAGTGTTATTGGGAGCCACA TAACCACAATATATCACTATGGTTTTGCTAATCTTATGTTGAGGAGGTATGTTGATCATT ATTTTCTCCCAACTCTTGCATTTCTGTTACATGTACTGTACAGTTCTGTATGATTGTGTA TACTTCTATTTTTACTCAAGAATTTACTAACATGCATATTTTAAAATATGCGTTCCTTCC ATTTTGCGGAAATTGCTGGTCTGTGAGTGTTCTAATCAAATTAAATGAACTAGGGTCCTA ATGGGTCAAAACCCAACCCAACGAATTTTGCTTGGATCAGAATGGGTTTGTCAAAACGGG GCAAGCAGTACTCATAGAATAGGTCAAGATCCAACTCAACCCAAGTTTTACTAAGTTTAA TTATTTTATTTGTTCTTTTAAAACATTTTAGTACCTAATGAAATTATTTTTTCTGTATTA TGGCTATATATAACATATCAAATTAAAAAAAAAGTTTTTTCTTAAAAAATATTTTGACAA CATATCTCATGAGTCAATTTATCAATCCAATTTTTTCGGGTTGAAATGGGCTGAGCTAAT AAATGGGCGTGTTAAACTTAAACAGGTTGGGCGGGTTGGGTGTGATTTACCACCTCTAGA AAGTAGTATGCACTTCTCTTTTAACTCAACAAGGAGCCACCTGACCCATCTGCAAGTGCT TACAGTTCTATTTGTATTTGGTTTGGCTTTAGCAGAGAAGTTTTATTTCCTCTAATCTGG AAAATGGGTTCACCATTTTGCAGGTATGTAGAGGCTATCCATGAGTTTAACAAAATCCTT CTGTATATTTATAAGACAAAGCAGTATCACCAGAAGTCACCCCAGTATGAGCAGATACTG AAGAAAAATGAGCAGATGTATGCCCTGTTGGCTATTGCTTTGTCATTGTGCCCTCAAGTG AAACTTGTTGAAGAAACTGTGAATTCTCAATTAAGGGAGAAGTATGGTGAGAAGATGGCG AGGATGCTGAGATATGATGAGGAGGCATCTGCACTCTATGACGAGCTCTTCTCATATGCA TGTCCTAAGTTCATTACTCCTTCTGCTCCAAGTTTTGAGGAGCCTCTCGTAAATTACAAC CAGGTACCTATTTTAACTAGTCTTAGTTTCTGGTCCTTTTTATCCCACCTGCAAGGTTAG TTTAAAGATATAAAGATACAGATTGTTCTCCTCAATCCTCCATGCAAATGTTCATTTGTT TCTAGAAATGTTTACTTCAATTACATCCAAGTTGCTCCTTCAATCTCCATTACAAGGATC CTTGTGTATTTTATGTGAACGGTTTCTCTATGTTTCTTATTTCTTGACTCCACATTTGAA CCACCACAGATGATGGTTTTGCATGCTCCGACCACATGACATTTTTTCTTCAGCTTTTAC ACAGCTTTCATCGCTATTAAATTAGTTATATTGTCTTCCTCAGGATGCCTATAGGCTACA ATTGAAGATGTTTCTATATGAAGTGAAGCAGCAACAATTATTGGCTGGTGTTAGGTCCTA TTTGAAAGTGTATTCAACAATCTCCCTGGGGAAGCTTGCAAATTACATGGATTTGGATGA ACCCAATTTAAGGTCTCAAATATCTAATGCATTTAGCGGTTTGTTATCATGCAAATTCTC AGCTGTGATATATGCATTTGTGGGCTTATATACTGAATTCATTGTTATGCAGAGCGGTTT TGATGACATACAAGCACAAAACACATGCTGTCGATTCTGATGGCAAGATAATTTCCAATG CCGATGTGGACTTCTACATAGATGAAGTAAGAAACATATTATGTAAAAATCTTGTCATCT TGTTCCTTTAATCCTTTCTCCATTGGGTAATTGATGGCTGACTACATTATTTATTTGATA TAATCTAGGTAATGTGCGTGGGGTTTTATAGTCGGTCTTTTTCGATCATATTCAAAATAA TGTCTTTTGAGTAGCTTGGGAATAATCAACCGTGAACTGTTTTTCAGCATTTACCTTTAT TCTTGTTCTGAAGAGATGCGAACAAGTGTGGGCATTTCTTATTGATTGTTTTGCTGGTTT TGGTGTCATTTAACATGTGTTAGTCTCTCCTGTAGCTTTCGGTACAAATAACACAAGGCC ATAAATGCATGTAGAATATTTACTGTGCTTATTCTTCTAACCCAAGGTAGTAAACACTAT CATACATTCTGACAAAGTGATTCACAATGTCTTTCATTCCAGGATATGGTACGTGTTGTA GAATCTAAGTCCGCGAAGAAGTATGGTGATTACTTTTTGCGTCAGATTGTGAAGGTAATT CTTGTATAAGCATTTTCAGCCATGGTTTTTATTCACATTTTATTTTGCCACATATTCATT CGACGTGTTTCGTTTCTTTTTCAGCTTGAAGGGATCATGACTGATATTGACAGGATAAAG CTGGAGTAAGCCACCTTCCTATGTTATAGTATCAGTAGCGTTTAACTTGCTTTGAGCTTC ATTTTTGTACTGAGGAAAATGCAGAAAGTTGAATGAGAGTATGTTTCGGTTTTGAGAACA CCAAGCTTTGTTGATTAGTGACTAGAAACAATTTTTTCTCTCGCTTTGTAATCTATTAAT ACAATACAAAGTTGCCTTTTCTTAAGAATGATATAAATATGCCACTTCCAATCACCAATA ATAATTACTTTTAAGTCATTGATTAGTATGCCACAATATTTTGTGTTGGATAGAAAACTT GCATACAAAGATCAACGACACAGTTGGATAAAACCAAATTAACTTATTTTTGATGAGTAA TATATTGCTTATTGTGTACATTCCTATCTTCCATAGCTTTTTCTTTTATCACATTTTGTT TGGAGGGTTGTTATATATATTGTTTCGGGTATAAAAATATTAAGATAACAATGCGATTAG GTTTTTCATTGTTACATTCAATATATTTTAAGTTACAATTAAAACATATCTCGTATTTAA ATTAATAATACAATACTAACACAATGGTACAACCATCCCAACAAAGGTGTTGAAGGAATA CCATTGTACATACCTCTCTTTAATTTCCTTTTCTTTTTTTAGCAAGCATTCGGTGATCCA ATAAAAGGTTTTTTAAGCTAAGTCTATTCTTTTTACACAATAAATAATATTTTTTAATTT AAAAATTTTGTATCAGTCAAATATCTTGTCGGATAAAGATATTTTATATATATCTAGGCT TTAGTAAGTTAATAAAATAACAACTCTCATAACATTCAGTCTTGACCCTTAAATAATTTT TCAATACTATAAATCAAAGTTCAAACACCTTGCTTGAAAGCCAAAAAATAAAAGGTTACG TAATCAACAAAATCTTCATTTCTTGAAGAACGTGCCACATAGATATTAAAAAAAAGTCCG TCCTTCATCTAGAATGCGTATCGCCATCTAATAACGCCAATAAATAGACAGTTAGTATTG TGGGCCCTACAACTGCCATGTCATCAGATAACACCGATCCCATCACCCACCCCGTCACCC TAGCTCTTTTCCTCCTTCCCGTTCTACTACTATATATAAAGGATTTTACAGATCATTGTC CAGAGTAAACAAACTTTAAAAAGGAAGGCGTACTGTAGCAAGCAAAAGTTCCGTACTACT AAAATGCACACACAACAATCACCGTCACCCTCCGCCGATCGGAGGTTGAGTGTTCTGGCG AGGCACCTTGAACCGTCGTCCGTTGCCGTTGAAGGTCATAGCAACCACTCCATTGTCGGT GCTCCTACCTCAGGAAATGATGGAAAACAGTCTGTTTTCTCTCATATCGTTCGCGCTCCC GAAGATCCTATTCTCGGCGTAACACTCTCTCTCTCTCTCTCTAAGTCTTCGTGTTTACTT TTCTTATTATGAGCTGAATTTTCAGGAATTTTAGCTTTTTTTAATCGTGAGGACATCCAT TTTTATTATTAAAAGAATTCAATATACAAAAATGGATGATATAGTTCTGTGAGTTCGACC ACTTGAGTTTTGTCCGATTGATGGAAATTGAAATGGAAATGATTGAATTTTCTCTGTGTT TTTTTTTTCAAAAAAATCTTATTGAGGAAGAGATGAAATTCATGGATCAAGTTCTCTGAT TCTGTTTTACGCGGCCGAATAGAAAACCGGTTATTAATATCTTCCGAAAGTGTGTTTAAT TGTTGAGGTCTACTTTTAGTTTAGTTTCTTGTGATTTTGCCTTTTTTGAGATCTCAAATA TAGATTGATTGAAGCTTGGTGACATATTTTGGTTGTTATGTTTTGGTTATTAGGTTACTG TTGCATACAACAAAGATACCAGCCCCATGAAGTTGAACTTGGGAGTTGGTGCGTATAGGA CAGAGGTGATCATTCATTTGCTTAATTTTTTAATTTAACATTCTTGTCATAAATGCAGTA CTCTGTTTTTGGTAGATAAGCAATCGTGATTTTGATATTTCCATGATTGAAATCCAAAAA CACGAGAAATTACTAATGAGTATTGACAACAGATTTTCCTTTTTCAGTTTCTTAAGTTGT GATTGTCGTGGTGATTGCTGTGTTAATTTGGTTGTAAATAGTTCATCCAACTCTGAAGTG TTTGATGGATGCTTTGCTAAGAAATGATTTTTTTAAGATTATGGGTTGCATAAACCCGTA ACTGATAATTTAATTTAGCCTACTTGGATGTTCTGTGATATTTACTAGCACTCTCTCTGT AATAACGAGTCTTTCTCTTTTTAGCAACTCTTTAATTTCAACTTTTCACATGGACATAGT TCAGACCACAAGATTAAAGACACGTTGGTTCATTTAACAAATCTTTTATTTAGAGATTCA AAAGTCTTCATTATTTTTTTTCAACTCCATCCGAGTCAAAGTAGGCCAAGGAAATTGAAA TGGAGGAAGTGGTTAATATGGAAAACTATGAGACTAGCATAAGAAAAGTATAATAGGGAA ACTCGTTAACTAAGATGTGAAGATTCAACTAAATAAGAGGAAGCTAGAAAGGAGAAAGAA TTTTCGATAAAGTAACTTTGTTATAGAAGAAGACTATTTGATTTGGGTTGGTCTTAGGTT ATATTCAAATGCCTACTACCACCCCTATTTATAGTTGTGTAGGGATGATTTTACATGGGA AGAATCTAGACTATTCTAACTTCTTCTTCAAATATCTCCCTCAATTATCTAATACTCTAG ACTATCTAGATTTTTCTGAAGTACAAATATCTAATTCTTTAGATCATCTAAACTTTTCTT AGATACAACAAATACTAAAGATATCGCTATAAAACTTAAGGAAGTTCGACTAAATATCTA GGATTATTTGTATCTCCAGAAAATCATCTATATTTTTCACAAAAACGACCTTTAGATTGT CATAGTCAGTGATAAAATTCAAATTGCTTCCATTTCCATGTTATATCATTGCCAAACACA GTATATGGTTCTGATTTTTTTCTGAGGGGTAAAACAAAAATCAAAGCAGACTAAACAGTT TCTATATATCTACTAAGTTTGTCACTTTGTGATTTCAACTTGTCAAAGCAGACTAAACAG TTTCTATATATTGCGTTTGTTCTGTAGGCTAGTTGGATCAGACTCTGTCAAAACCAATTT GTATATTGCATAATATTATTGTTAAGAAACTAGAGTCCATCAACAATTTGTCATGGAGGT GTTTATTTCTGGGGGTTTGAATTGCTCCAACCTTTCTCCAAGTGTACTCAAAACAATGGA TCTATCAAGTTGACATATTGATTTTACACTCACAGACTAAAACTAGTTCTTTTTTTTTGC CTGCCCGAGTAAATTGAGATGTTAAAGTTCCTAGTTGGATTTAAGTTTCTTAATATCTTT TCGTTGGAGGAATAATTGGGAAGGAAGTTTATTGACAAAGGACTTGAGGATTCTCAGTAC TCCTCCTTCCTCAGATTTCAGAAGAAGCTCTTGAGTTTTCCTGGCTGGCTATTGATTCCG GGGATCGTTAGCTTGTGATGCTATATTCCATTATATCATCTAAAAATACTAATGTGTTCC TTTTCCCCTTTGTGCGGCGGTATCAGGAAGGAAAACCTCTTGTTTTGAATGTTGTTAGAC AAGCAGAACAGCTACTAGTAAATGATAGGTACTTGCTTTCCGTTTCAAGAATTATGAACC CATATATTTTCTTAAACCTATGTGATTAACCTTCAAGGTTTCTTCAGGTCTCGCATTAAA GAGTACCTTCCGATCACTGGGTTGGCAGACTTCAATAAATTGAGTGCTAAGCTGATACTT GGTGCTGACAGGTAAAAGAGTTACCATTCTCTGTTTAGTATTGCAGATGAGATACGCAGG CAGATAAATAATGTATGTAGTTGCATAAGATAGTACCTTGAAATATAAAGGCTTCATTAC CAAGTGTTTGGTTGATTGCTTGGTAAATCTTTGTGAAGCTTCTATTAACATCTACTGCCC ACATTGCATTTTTCAGTCAACTTCTGATCCCGTCCATGTCATTCCATGAGTAGGTTGTTC TTGGAACTGCCATTCACTTCTATATGTTTAGCTTCTATGTTGTTGGTGCTATCAGATGTA CCCTCAACTTTTCTGTGTGTTTTCATTCTGTAATCTAATTTAGGCACAATTATTTGCAAA TGTGGTTTCGAAATTTGGTTAGAGCACTAGCATCTAAATAGGAAAATTTCGATGCATGTG GTGAAGCGTAAGATCAATGTCTAGAGCTGTCAGACATGTTTATCTTATTTCTATCATGCT CTTTCATATGTTCTCAAGTTAAGGATGGCTGAAACTTTAGACTTGCTTTCATATAAATCA AGGTTAAAAGAGAGTTGTTAATATGCTTCGATTTTAAATACATCTAATACTAGTGACCTT TATTTTATGATCTTTCTTTCTTTGCTTGTAACAGCCCTGCTATTCAAGAGAACAGAGTAA CAACTGTCCAGTGCTTGTCTGGCACAGGCTCATTGAGAGTTGGGGGTGAATTTTTGGCTC AACACTATCATCAAGTAAAACTGCTTTGATTTCTCATCTTTCATTTTTGTTTCCTTCAGT TCTTTGCTTGAATGGGTACACAATCTTTGAAGTTGAATTGACCTTGATGTATTTCTCTCT GCAGCGTACTATTTATATTCCCCAACCAACATGGGGAAACCACACAAAAATTTTCGCTTT AGCTGGGTTGTCAGTTAAGAGTTACCGCTACTATGATCCAGCAACCCGTGGACTCCATTT TCAAGGTACGAAACTTCTTCCTACAAGAAAGTGATGTAACATGATATCGTTCCAGTACAT ATATATATTTAGGGAAAGTTACGCGGTTAAGCGAACGTATACTAGTTAATTAGCTAATAT AGCTACAGTTCTCATTAATCACAATTCAAATTACTTCTAGCTATAATTACATTCCCCTCT CTCTCCTCTCTCCTCTCTCCTCTCTTCCTCTCTCTCTTGCCTCTCTCCACTCTCCTCTCT TCCTCTCTCTCTGTTGCCTCTCTCCACTCTCCTCTCTTCCTCTCTCTCTGTTGCCTCTCT CCACTCTCCTCTCTTCCTCTCTCTCTGTTGCGTCTCTCCACTCTCTCTGGAATCTCGTTC GCCTTTCTCCTCTTTTTCAGTCAACTCTCTCTCCCTGCCCAGTCTCTCTCTCACTTTATA AAAATACAAATTGTACAAATACAAATGTATAATTTGTGCTGATGTTTGTATAAAGTGAGA GAAAGATTGGATATGCAAATACGAATGCACATGTATCCGCCTTATACACTTCCAATTATA CAAATACAAATCTCTCCTTGCCCAGTTCTCTTCTGCTTGGCTCTCTCTTGCTTTATACAA ACACAAATGTTTGTATAAAGCGAGAGAGAGACTGATATATAAATACAAATGTTTGAACTC CATTCTATTGTATACAAATACAAATCGTATGTAGTATACAAATACAATCATTGATACATA TACATACTAGTTAAATATATACAATTATCTAACAGATATACATATATAATTCACCTCTCT ACGCTCTGCCCTCTCTCGCTCACCTCTCTCGTCCCTCTCCCTATCTCTCTTGCCTCTTTC CTCCCTCTAACGTGTAGCTAAGAATTGTAATTAGCAAACTATAGTTATGGAGCATAATTG AGTTATTTTAAGTGGCTATATGCGAAAATTGGCTGTTCAGTTTGTTATTACTCTCTTCTT GAAAGAAGGATATTCTTTTCAGTCTTGCAAATTGTCACAAATCTGTATCAAGTTGTGGCT GAATCACTTATTTGGTTGTGTAAATAGTAAAGACACAAATTTAAACCGGCTCTAGTAATT TGACAAGGTTGTAAAGACATCATCCTCTGTGGTTTTTCCTCATAACTATATTTCCCATGA GAAAATCAGGGAATGGAGATAAATCTGTAACTTGGTAATAATGGAATGCAACACACATCT AAACAATTTGACTTTTTCCTGAAAACATAGAAAAGTACCCAATTAGATCAACAAATCATT GGATCTTGTCAAAAAATGTAGTTGCTGAAATGTTGTAAAAAAAATTGCCGCCGCAATGGT CAGAACATAGGAGGAAGAATAGGAATAATGCTGGTCAAAGGAGGCGGTGCTACTGAAAGG CCAGAGGGTGGAGGGAATTAAACTATCTAAAAGAGCCTGTGTTACCAGAACAAACGAAGT GTGGTGCGGCGTAGTAAAGAGGCACAGGTTATTGAAATAGTCAAAGGAAAGAGGCTAGAT GTTGCGACTGTAGTCACAGTAAAGAGAAGTGGTGCCAACGGAATGGGCACTGGAAAGAGA AAAAGCTATTTAGGGTTATCTACATGATCATAGACGCTCTAATGCTATGTGAGAAAATAA GAGAGTGGAGGAAAATAAATGTATTACTTGATGATAATGGAATATAAGACGCATCTTAAC TTAAATGTTTTATAATCCGTATGTTCAAACCTGAGGGAGTAACTTTTAATATTGTATGCT TGTGTCAGCGTGATGTTGACTTATATATGAAATTTTCCTTTCATACATGATAGGTTTGTT GGAAGACCTTGGATCCGCTCCATCAGGAGCGATAGTGTTACTTCACGCTTGTGCACATAA CCCCACTGGTGTGGATCCAACCAAAGATCAATGGGAGCAAATTAGGAGATTGATGAGATC AAAAGGATTGCTACCCTTCTTTGATAGTGCATATCAGGTAGAAAAATCACCAACAAACCA AAGCTAGAGCTTTTTGGCTTTTTTATGGGAGCATTTTCAGATGAGACATTTTTTTTTGAT ATATGTTGATTAATCTTGATATTTGAACTTTTATACTATAGGGCTTTGCCAGTGGAAGCC TAGATACAGATGCACAGTCTGTTCGCATGTTTGTGGCAGATGGAGGTGAAGTACTTGTTG CTCAAAGTTATGCAAAGAATATGGGGCTTTATGGTGAACGTGTCGGAGCTTTAAGCATAG TACGTCTAAAATGATAACGTGTGCCCTGCCCATTCAGAAACATATGAAATGTTCATTTGT TCTTTTGTTGTGGTGTCTTCTTTTTTCTTGAATAATGTTTGATTCTAATGATACTTCTTC ATACTTCTTCTTATTGTTTTCTAAATTGGCCTTTTTCTGGTGCTGAACACTGGAGGTACA TTAGAGTCGAAGTTATGAACTACTGAACTGCTTAACCCTCATAGCTTACTTCAAAATATA TAAACTTGACAGCTTAGAACATGACCTAAAAATTTTTGCCGTCAGTAAGAGATATCAAAA GTTTGTAGCGTAGCGGTTCCATCTTCGAAAGAATGAATGGAGAACTTGTTATGGGAGGCA GTCCGCATAATATCATGTATTGCAGTTTATCACAGACTCTGCTGACAGTGTCATCTTTTT AAATTTTCTCAAATCTGCAGGTGTGCAGAAATGCTGATGTAACTAGCAGAGTTGAGAGCC AGTTGAAGTTGGTGATTAGGCCAATGTATTCCAATCCACCAATTCACGGTGCGTCTATAG TTGCTACAATCCTCAAAGACAGGTAATATATCAGCCATCAGGACATTGCTTCACGGACAC TAAAAGGCATTTCCTAGTTTCTGTATGATATAATAATTCAGTTTATGTTCAGAAATTAGG TTTAGTCATTGTTCTGCAAAATAAATCACTACTTTCATGCAGAAACTTGTACCATGAATG GACTCTTGAGTTGAAAGCGATGGCTGATCGAATCATCAGAATGCGCCAGCAATTATTTGA TGCTTTACGTGCTAAAGGTAACATTGGTAGCAGTCACGTATTCATGTTTTCCATATGTAT TGCATCGGTCTCTGCTCTTTTTATTCATTTGATCATTCATGTTAGGTGTCCTTATATATG AAAATTACATATGAATGTTGTACACAGCTGCCTATAGAATCTGCTGCAATATGTCCAGCT CATTTGCCCTACATAGTTGATGAAAAAGACCAACTTTTACTAAGCTGATTCTCCTGAATG AAAGTTAACCAGAAAAAAGTAAAGCAAAACAAAACCTGGAAGTAGACAATTTTAATCATT TCTTCATAACATAATACATCTCGATCTCCCTTATTGCTCTCATCAAGTCCTTCTGTAATT CTCCTTGCATCAAATATTGCTCATTCTAATGGAACTAACACCTCATGATGACAGCTGAAT AGATTTTCTACCCTTAGAAAACCATCCCCAAGCGCATCTTTATGTGGTGCCTTTGGTGAC GTGAAACTATTGATCAAGTTGTCTTCTGATAGATCTGTTTCTGATTTGAACTCCATCCGC ATTATATTTAAAAGATCATTCTTAACTCTGTAGGCACATCAGATGTTAGAATCATGATGT CTTTATACTTGGTCAATTCCTTACTTCCGGTCAAGCACTCTTTAATCCATTTAAATGTCA AACATTGCATGAACAAGATTATCTATTCCTATTCACGTTTCTTTGCTTGGCAGGTACCCC TGGTGACTGGAGTCACATTATCAAGCAGATTGGAATGTTCACTTTCACAGGACTTAACAA AGAACAAGTCGCCTTCATGACCAAAGAATACCACATCTACATGACATCAGATGGGTAATA TGTTTTTTCTACGTCACAAAGTTCTATTCGTGTCATATTACACAATATTATGTCTCTCCA TCAACTGATATGTGACTTTATTAGAAGGGGCAGGTAAAACAGAAAATGGGAAGGGAGGGT ACGAGAGAACATGTTAAAATCCTAAAAGTCATCACTTGGTTCTTTTTGTAGTTACTTTCT ACCTTAGCTTTCAGGAACAGTAAGAAAAATATGATCGTATTGATGAACACTTCTACAGCA TGATTCGTACTAGTCGGTATATAATTGTGATAACCTCTATGAAGCTTGACTATCAGATAC ACCCTTGACATGGAACACATGTTTATTTTTGTAGACGCATTAGCATGGCAGGTCTAAGCT CCAGGACAGTTCCACACCTGACAGATGCCATCCATGCTGCTGTGACTCGGGCTCGTTGAG TTCACTACTGGCTACTACTGTTTTACATCATGTTCTCTTTAAGTTGGCCGAGTATTTCCC GCTCAAGTTAAAACTCGATTGCAATTCCCCCTCCTTGTAATAACTAGTTTCCTCTCCTAA GTTGGAGGCTATAATAAACCTGTATCTGTAATGTAGAATAAATATATTTTGCTTAATGTA GCAAAACCAATTTTCGTTACCTCTTCAGCATACCTTCAATCGTTACTAGCATATCTTATT AAAAACCTCATTTCTTCATCATCTTATTAGCGTGCTACAACATTGGTATCTTTGATTAAA AATTCTGGTTATGGTGTTGGTTCTTTGGGAAATTAGTTGATTGTTGAGTGCCATCTCAGT TGGGGTTTTTATTACATTTTTCGACTTCGTGCAATGAAGTGAAGGTGGAACATTGAATAT TTATACAGTAACGCTGATAAGTAATCCGATGGAATATGTCAATTCATGGAATAGTAGCTT TATGTATCTCATATTCCTTATCAACCGACTCAGTATAGTCATGACTCTTACGTCTATTCT ATTGTCTCCAAAGATCTAAAGCCTTACTTTAGTATCAATTGTTGATTTTTTAAAAAAGTG AAGAATTGTTGGGAAATAACACAAGGAAAAACAAAAGAACCAAAAGAATTGATACGGCAA ATGAAGTGAAATGTAATCATTTTTTATACTTTGTTGAGTTAGTTAAGTTATAGTACTCGC AGTAACAACATCATTTTTTAAAATTAATTTAGCCAGGTATCTCCCTACAAAATCATAGTT TTAATTACATAATTACTAAAAATAGGTAGCTTGTTAACAAGTTATGAAGACTAGTTTAAA AAATTAAAGTAGTAAGATAAAAGCAACAGAGGAAAACATAAGAAACTAAAGCAGTGGATA CATAAAAAAAAAAGATTGTTTCTTTCTTTTAGCTTTGTTAAGCTCTCTATACCTTAGCGA TACTTGCAGTAGCAAAAATCAGTGAAAAAGATCACAATCTGCCTTTTTGTACAAAATCAG AGATTTTCTCTAATTACTCTATCCATTTCATATCAACTTAACCCCTAGAAATTTATTTTT ATTAGGTAAGCCCGGTGCGTCAAGCTCGTCCCTCCGAAGGTACCAAGCCCAAACCAGAAG GGCATTTGACTTCTTCTTTTCCCATCTCATATTAATCATCTACTTTCTCCTTTCCTTATA AATCACAAGAGTAGTTTTACTAATTTATGCCATACAAATTTGTGCTTCTTCTAATCATCT GTCCCTTGATTCACAGAGTATTTATCAAGAATAATTAGACATTATGTGCAAAATGAAAAA TTTCAGTGCAAAAGGTTGCTTAATACAAAGTGGAGCGCATAGATAAACCCACACCACATT TCTCAATGGAAACACACAAACTCAGGACCTAAGTAACTCAGTTTAAAACTCCATGACGAG TTCAAGGAAGGTCAACCAATGATAATTGGTATGTAACAAAACCATATATATTTTAAAACT TGTACTAAAAATGGAACATGTTAGTACAAGCAATTTCAGTCTAATTTCATTGCTTCCTGC AAAATAAAAGCTTCAAGAGGGGCTGTTGTACAAAAATAGACTTCTTATTTAGCAAATGGG ATTAAGCAGAATAATAATGTTTAATGAAATGATAATATCTAATCCATTATCTTTTGACAA ACAATTGGGCAAGTATTTGTATAAGGCAAAAATAATAAATAAATAAATACACACAGGTAT ATCAAATCTTATATATGTTACAGCAAGAATTTCCACCCATCCTGAAAGGATTTGCTGCTG CTACCTGCAGCCTTTCAAGAGGTAGGAAGAAGGACTAGAAAAGCTGTTGTTGCTTGAGCA ACATTTTTCAGTTTCTTTTCCCTTTCCAGGTGATCCACATTCACTGAAGTCGAGTGTACG CCTCTCACTCTGCAAATAAACAGATGATAGGAAAGTTACAATTAACTCTCATGACTAGTA AATTAACCGATGAGCAGATTCCTAATTTTTCATGTTGATGTTGTGACTGGAAACAGAATT TGAGAAAGAAAACACTAGACTTTTGGCACATGCCTAACATTTCCCAAGGACTTGTGGTCA TAATAATAAAAAGACATTCTTATGGATATGAATGTCATTCAGAATAAAAAATGGGGAAGT TTAAAGTTAAGAAGATTACAGGATAGGTGTCATTCTTTTCAGAACAAACTTAAAAAGGAA GAACAACAGTATTTTCCTCTCAAGTTCATTTCCAAAAGGAATATAAAAAGATTGGGAGGC AAAGGTGCTTAAATTTCTGAAGAACTGCATAGTTAGTATATCTTAAAAGTGAAAACACAT AAATGAAACTGCATAGTGATGACATGTGAAAACACATACATAAATTAGCATAGGATATTA AAAGATATCATAACTGGGGACAAGATTGTTTTGCAATCATCTTGACATTGGGATTGGACA TACCATAGCATTTGCTGACAAAAGAGAATGATTTTCATCTGCTTTCTGGTTTTTGGAGTT CCTCCCCCGTAAGATTGTCTCTGGAGTATCACCTCCCAAGACCTCCTGGGCATCTGCAAA TGCTCCAGCAGTCTGCTCACTCAATTGCTTCATCAATCCAATAGCATCATAGCTTCTGTC ACCTGGGCTCATAAACAGTGCAAGATCCTACGAAGTTTCGAAGTACATAAATAAGAGCCC GGAATTTGAACAGAATAAAAGAGCAAACATAATGATATTAGAGTCTCATCGTAGAATGCG TAATGTAATCTCCAAAATCCTATTTACCTCAAAAGTAAGTTCATTATCAAGTCTCGGGCT TGACAGGAAAGGGGTGAAGATCCATGGAGATTTCCAAGCTGAAGGAGATTCAATACTCCT TTTATAAGGTGTTTCTCCAGATCTGTGGAGAAACAGGGTCAATGCACCGTTAATTTTGCA GGACAGAAATGCTGTGCAAAGGGTATTGGAAAAATAATAAAAGAATATAAAAAGAACAGC AACTATCTTACATGCTTACAGTCTCAGCTCCAACTCCATTTCCTGAAGTCTCAGCTGAGT TCTCCAAGGCAGTTGATGTGGGAGCAGATTGCATCGATGTAGTGATAACAAAACTACTTC CATCCTTCTTTCCACGTATACGAGGAGAGCAAATAACAGAGAAACATGAAGTCTCAAATG AAGATGAAACAGAACCTTGGTTTGATGCAGCTTCGATCCGTCTAGCATACTGATTTCCTA AAGCTTTATTGCTTAGATTTGTAGCTCTGTCAGCGTTGGCTCCAAAACGATCAGGAGAAA AGAACAGATCACTTGCATTAAGTTCAACTAGAACTCCAGAAGGCTGTTTTATCTGAAACA AGCAGAGCATAAAAGTTATTTCCAATTAAAGGATTCTCTGTCGAAAAAGTTGAATGGGTC TTACAATACGTAAATCAACACAGGCAGTTGCCATAACCACATTAAAACTGTGCAAGAATT TTAAACGTCAACATCAAATTTAGATTGACTTTAAAAGATGTTACAGTATCATGCAACAAG AGTAGAAGAGTGTAGAGCACCATCACATTAGAAAAAAAGGGAACAAAGGAAATACAGATA GTGAAGATCTTGAATGGAAAGGAAGGAATTTCGTAACATCCAGCTCCAGTTTTTTGATTG AGAAAATTTTCATTGAATTTTAGTCCACATATTTAAGTAACAATTTAACTTTAAAATGTC TATTTTAATAAAAAAAAATTTGATAAAGACCTTAATGAAATAATTTATAGCCACACAAAT TTATATCATTCATTTTAGACCACAAGTTTTAAAAGTCTTCCTTTCTTTCTTAAACACCGT GCCGAGTGAAACTACCTCCCATAAAATAAGACGGAGGGAGTATTAAATGGTAATGCTAAT ATTGATACCACCACCACTCTCAGAAAACACAAAGTGGTGCCAAAAGGAAACAAAATGACT TGATTCACCTTTCCAATTGCAGCATTGGCTCCAATTCTTTTGCCCTCCCTTGTTCCTTGA TCTTTATAGTGGACTTCACCTCCATCTAACTGTCTCCCAGAAGTTCCACAGATCGAATGT CCATTGCATCCCTTGTCCTCTTCCTTTCGTCCATCTTCAGTTGGATTTATGTTTTCTTTA TCTTCATCTGAAGCTTGAAGTTCCACAGTTTGATCCTTAGTTAGGGAAGACATTGCTTTT TCATTTGCAGAGTCGTCAAACATAACATCTAGACGAGAAAAATCCTTAGCCAGATTAGAA AATGATTCTCGACGGAGATCACTTTCAAGCTTCTTTCCACATCGCTTTTCTGATAAAGGT GACACCAAATCACGGTGTCGCTTCTTTAATATAGAAGGTGTACTTGTGAAAGTTTTGGCA GCACTTCTCAAGACGGCATCTGGACTACCATCTCTTTTTGGTGAATCCCACAACCTAAAT GGAGTAAGACAGTTCACAGAAGTCATCATCAACTGACGTATGCCAAGAGGACTAAACTCT TGCTGTGTATCTGTACCAGATTGTATAAGATCACAACTGAAAAATGGAACATCCAAGCTC GGAAAACGAGGCGGCTCATAGCACAAGGCTCCACCATCCTTCTTCTCTTCTTTTACAGCT GAATTTCCATTTACCATCGGACATGTTTGAATAGTATTTGAAGAAGTTGAGCCAAAATCA TTCACAGAAACTAGCTGTACAGAATCTTTTGTTTGATCCAGTTGGTCTTTCAGGAGAGGA TCATCCATTATGTTGTCACAAGGACTGTCAGATTCAATGGGATATGGAAAACTATCACAT TTACTTGTCTGGGACTCATGAGCTGGATGCGGAGGATTATGAAACTGATTTGAGGCAATA CCAAACATGAATGAGCTTTGCTCTGAAGAAAACTGTGAAGGAACAGAACATGGTTGGCAG GATGAAGTTCCCATAACATCTGAACAGAGAGGATTACAATTTTCTATTGACATATTTCCA CCCTCAGAGATCTGATAAATCAAAGAACCCGCAGTTTCATCTACACCATTCATAGCAGTT TCCGAAGGGAAGCATTGAGGAATTTCTGCCTCAGGGTATACCATTCTGAAACCCTCCACA GAAGTAAACATTTCATTCGGCTGGTGTAATCCCACAACCATGCTCCCATCATTAGTCGTT TCGAACTTCATTCCATTCTGCTGTGGAAAGGATACCATGTCATGATTCTCAGTACCAGTT AGACACTGCATGAAGAGACCTGAAGAATCCTGCATCAACTCCAGAGGAGAGACATTTGGT ATGTCATCTGGATTAAACTGCCAATCTTTTCCCATTGATGTTGCCCAGTCATGTGAAAAG TTATGCTCCAGGAGCTTGGATTCGGCAAGTTCACTGGGCACTTCTTCCACTGAAAAAGTA ATATCTTCAAAGGCTGGGGTATAGTATTCAGAACACGGTGCTGAACTGGCGCTTGGGTCC TTCCTGTAATTTGAATCCTCCAGCAATTTACCCTCCTCTCGTGTATGTGCAAATGTGTTG CCCATATCACTTGTAGATTGGGAACAACCAGCAAGATTTGAACCTTGACTGCATTCTGAA ACTTCCTCCATTTCTGTTCCTTCTTTACGAACACTATCATCTTCACTGCTCTGTTGCAAC TTTATCGAAGAACGGATTGATTGGTTCTGATGGTTGACAATAGGCAGAGCAGGGAACTGA GCAAGTGGTGCTGATGTCAAAAACGTGTCCAATTTCTTTTTGACAGAACTATTCCAGTGA TTTTTAATGGCATTATCTGTCCTGAAAAATCATAGAAAAATCTTTACATGTCATATAAAA TAGTGAAGGAATTCTCAGTGTAACAACTCAAAGGGAAAAATAAACCAAAAAGAACTCTTG ATCTATAAAAGAGAGTGGCTGACAGCTTCAAAGTACCTTCCGGGTAAAAATTTCGTCAAC TCCGCCCACTTGTTCCCATAAATTTGATGGGCATGAACGAGAGTCATCTCCTCCTCTTGA GTCCAAGCTTCCTTGTTTATTCCAGGATTTAGATGATTGTGCCACCTGAAAAGATCACCC TTAAAAATTATAGTAATATTTTCACAAATAAAAGAGAAAATATGAGTTTTATTCTTGGAG AAATTGTCACTTGATTTCAATTATGGCAAATAAAAGAAAATTTAACACAGATGGCACCAC AAAACTTCTATATTCTTCCACTGGCAAGGATTCCATTGACATACATTTCTTAAATTTTAG TGGGATTTGTCCAAACATTAGTTGATGAACAGCGTCTAGCACTTAGTGAAAAGGGTTTAG ATGGAAAACAGCAATTAAGTAGGTATAAAAGAAAATTAATGCTCTTCTGGAGTTTAGAGT TCTCATGTATACTGAATGAGAAAAAATAGAAAGCTGAAACCTCACAAGCTCTCGGAACTT TATTCACAAAAGAAATCTAGAGAAACTGAAACCATATTTAAGTAAAACGAAAAGAAAGAA AAACAAAAGAAAGCGATACATTACATGTATACCATTTAGGAAAACAAAAGAATCAACTTG CTTACCTTTCCCTACATTGTTTTCCAATACGTCCTGGCAAATGTTGAGCAATGGTGGACC ACTTTTTGGGGCCATATTTCTTAACTAATTCACCTATGACTTCATCCTCCTGGAAGTCAA GAAGTAAAATAGTTAGTAGCAATATACATGGATGCTGCGTGTTCCACATAACCATGTATT ATTAAAGCATATGTATTTACCTCTTTAGACCATGGACCTTTGACAAGTTCAGGATTAAGA ACCTTCTGCCACCTGTGCAAGCATTGTACATCAGTCCGGTCCTTAAAACATTCCGCTGCA CAGAGTAAACTTCTCAAATCAGTAAATTCCCAAATGCAGAAGTAGCAATAAGCTGATATT ATATAAATAATTTCTGCTATAATGGCTGCATGTGTCATATAACTTCAAATGCAGTTGTAG GTAAAACAATTCGAAGGCAGCATATATATTTCATAACAGGGAAAGACGGATGCCTCAAAA AAAAATCCAGTAAATATTTCTAAAGGAAAATGATAGTGGAGAAAGATTAAACACACTGGG AAGGAAAATTCATTTAACTAGAACATCTCTAACCCAATGCAAACGATTTATGGTGGTGTC AGAAAATATATGACTAACAAGTGAGCAATGAACAGTTGACGCAGAAGACAATAGCCGGTG AATCCCAAGCTAGAGTTGCTCCAAACAGACAAGGTTTAGCTCATCCAGAACAAATGTCTT TCTGACTTAGTGCTGCTATTAAGATGCGCAAAAAAGTGGGTACTTACTGTCAAATGGAAA ACACTGAGAATTTTCATTAAAAGAGAAGTTTCACCCGTTGCAATATGAAATCCTTATTCT CTTTAAAAGCTTCTTCGAGTACATTTCTGCGGTGAATCTCAAAGACTCGATAAGTATAAA CACACCATATCCTTGTTCCTAAAACAGAACTATCTCCCTAGGAGGACCTCTAGGTCTTAT TCTAGAGCTTTGATTAACTTCCAACCCAAAGTAAATGTTGATTTCTGCGGGCTTGACCAA ATTTGAGATAAGAACATGCTTTTGGGCCAAGTTTTCAGACTTTTGCATTATTTTTCTCAT TCCATCTTCAACAACCAGTAAATGTGTCCTACACGTTCAACACCTGGATCTTTGTTTCTT GAACTAAGATTGACTTTTTCGTTCAAAGTATATGTTGACTCTAAGCATAAAAGTAGATGA GGTCTTTTGTCCTGAAACTATGACTTAGCACATTATAGTAGGTTAAGACAAATAGAAGCA CCAATGCACACGTCACCAAAAGAGTTTGTGTAAGATGATTAGAGAAACAGTTCTGTTCAA GGAACTGACAAATAACTTTTACTTTATGTGTTCATAAAATGACCAGTTGATCACTTCATC TAAAAAAAAAATCGAGTTATTGTATAACATCAGATTAGCTTTAATGTCTCCTCAAGTGTG ATCTACTTAGAAATAACATATTTTGTCAATCTAACTGCGGAGATAGTCCTGTACTCCTGT TAAAGTGGTGAGATAACATTGCCAACAGCATCTTGTGTAAAAGGTGAAAGATCTGCAGTA TGCTCCGCGAATGTCAAGCACATTAGGTTAATAAATAACAGGATGAGGCAGTGTGTTTAC CTATCTTTTTCCAGTTTTTCCCCTTAAAACGTTGGACAGCTTTGCATAGAGTATCATCCT GAAAGGAAAAAAGGACTTATGTGGTTAGCAATATAAAACAAAAAAGCTGAAATCTGTACT GAATTTGATGAAACTCCGCCACATGTAAAATTGTATAAAATGAGAATCAAAACATAGGGA TTGCAGAAGGACATCAAAGTCAACAACTGATGCAAATAAAACTTTAAATAGACGCCCAAT CAATAGCCATCTTGCACATAGACCACTTCTGATGTTCTTCCTACATAGTGACATATCCAT CAAATTAAATCCTTGACCATTACGCAGATCACCAGATTCAAATTGGGTATCATTGATATG TATAGATCTAGAGAAGTTTGCTATATACCTCTTGGAGAAAAGGGGGGAACCAGATATTCT TGTGCTAAATTTATACAAGTAAAGGAGCTATAAGCAGTTGATGGGTAGGAAAGTGGAGAA AAACACTTATCCCCAAATATATCACTATGCCTGTCTGCTTCCTATGTGATACAAGTAAAA GAATGAGCCCTGTTTTGAGAGCTCATTAGCTGCAACACATAAACACAAGTTTGTATGTTT ATACTTACTACTTCTTTGGACAAACTGTTCTTTGGACAAACTGAAAGACACAATGTTGAT ACTCTATTTTGAGCTCCTACATAATACAGTAACTATACAGACTATAGGATAACTATCTTT TTTTATCACACGCTATACATATCGGTATTTTCTTATCTACATTGATTAATTTTTGTTACT TATTAACAAAGGATATTCCCGCGCTGACTTTTTGAGGAAACAATACAAATTCAGATATTT TTGTGAATATGAAACGAAGACCCTAAACCTATTTAAAGTTTCAAAATATGTAGCAGCTAG TAGTCATCACCAGTGCCTCTCAGAGTAGGATACTCTTTTATTAAATGCATGGACAAATCA ACTATACCACAATGCCAAACATGTTGAAAGCAGAGATATGAATCCTCTAATATATTTTGC TTTATGATGATTCATCATAATTTGATGCTACACTCCCTTATCTACTTGTACTTGGACCTA CACCTCATAGACAGGGACAAGAAATTTTAATTAGGTACCACCATTCCAACCTGAGAAAAA TTTCCCATTCTAGAAATGGATTACCACCCTCTCCCAACAGAGAAAAAGAAAAGTTTGCGT ACAAGTAAAAAGGAAACGAAAATATGTTTAAGAAAATAGCAACTTGAATGCATAAAATTT CTACTTGTTCTCGGCCGAGGAAGTGCCAACTTACTTCTTCAGGAGTCCACTGCCCCTTTG TGGAACGTCTTGTTGGACCGCTAGTTCTCCTGTTAACATTAGCACCAGATGAGTGAGTAG TTCAACATTCCACTGACTATTTGAGTGAGATTTACCAGAGTAGACTACATTCGAACTAAA ATTCATCTAAGTAGCCTTTTAATGTTCTGTCCACTAAAAGACTATATCTGAACTCAAATT TCAGCTTAATAGCCTTTCAATGTCCTGTCCACTAAAAGACTGAAGAGTTTCTGTAACACA ACATGAAAAAAATTCAATACACAAAGATGCACATAATCGCATAATGGCACTTTAAAAATG ACACAAAAGAAGCAATAGTCCAGTGCTTTGAAAATTACCCATGCAAAGGTCGAACTCTTT GGTAACTATTGCTAGTGCCATCTGACGGAGTGCTGATTCTATCACTTTCCATGGTTGTTT GACACAAAGATAAATCTGCATAACCCAACACCCAAAGGTCGATAATTTTCTCCAGAATGT CTTCCCAAATTCATTATATGCCACCCTAAGATGTGGGCTCTCCTACCTGATCTTACGACA AAATGAGAGGATAAGGTCAGAGCAAATTACAACGTAATGGTGCTAAAAAGCATGAGATAT ATTAAAGAAATAAGAACCCTTAATAAATACAGTCAGTTTTCATCTATGTAGCTCAAGACT CTCCAAAAATGTTCCCCCATCCATGTCGAGTCCTCCAAAATGCACTACTCTTGAAGGATC CAACAGACGCCCATAAGCATTTTTGAAGAGTCCGACCAAATTCAGGGAAATATACACAAC TAAAATTAACAAAATCACAGATTTGACTCGTCCTACCAAACATAGGTTTTCATTGATACC ACCAATCACTGGATTGAGGGTTCAATAAGAATTAAACAAACAAATTTAGGTAAAATACAC ACAACCAAAATCAGCAAAATAAACAGAAATCCCAAAGCAAGATAAACAAAAAGAAACTAA TAAAATGAGCAAACAAAACAATCTGATCAAATTAGGGTTCAAGATACAACAACAAAAAAA AAAATTCAAACTTTACAACTACCCAAGTACCAAGAAATCATAAATTAACAAATCCAGCCA TAAAAAACACAAATTCAATTCAATCAAACCCAAAAACCAAAATAAAAATTTAAATACAAT TCACCCATCATACGAAAATCAGCACTTACCGAACACAACTTCAAAATATTCAACCAAACC AATGGAATAATGTGAACAAAACACATTTGCAGATCGATCCCAAACACGATTAGGAAAAAA CAAATTTGAAGATCTAGAAATGAAGTGATGAAATTTAGTGAGAGAAATTCTAGAGAGAGA AAGAGAGAGTGTGTGTCTTTGTTGGAAGAAAATAATGAGGAAAAAAACGGTCTTTTAGGA ATTCAAATGTTAAAGAGGGCGGACAAGTAATTCGAAAACCCTATTAAGGTTTCAAAAATA TAGTGAGACTGAGTCAACGGTGGATGATGTGTGTGGGGAATAATCTCAGCCGTTGGATTG ATTTTATATTTGGTAAATTTTCAAATATTTTCAATACTAACGGGCAAGTTTGCACCTGCT ACATATGCTTTAGCCAAAGAAATGCACTTTAATATACCTTTTTTTATTTTTATTTTTATT ATTATTTGCTAAATTTTAATTTAAAAACTTAAAATAAAATGTTTGTGGTGAAAAGAGACG TGAGCAAAGGTCTCTTTCACCACGAGCATTATTTGTACGAAGAAAGAAGCTTCATACAAA GGGGTTGGAGTGAAGGGTATTTCATTTTATTAATTGGGTGGGTTGGTAGATTTTTGTTTG CATAGAGACGAATAATGAAAAGGTAGAAAGGAATGAATGATGTCAATCAACTCAACAAAA ATATTCAAAATGTTAAAAAGATAAAAGAAAGTTATGTTAAGCTTATTATTTCTCGGTTGA TGTACACACAATCATCTTCTTCTTTTTTCTATTGAAGAGTCAGATTCCAGAAAAGATAGC ATATCATAAGTTCTTTCAATAAATAAAACGGTTTAATTCACTTATAATCTCAAATTGTTT AATCAAGGGTTACCACACAGTTTTAAGGTCATTTCTTCTAATTACTCTTCATTTTGATAT GTCCTTTATTATTAAAAAATAGAGAGTATAATATGATTACGATTATTAATAAAGGTCAAT TTTTTTTATGTCATATCAAATTCACATTATAAAATGAATATTGACGCAAATGAAAAGGTC TAATCATAACGATACCAAATTTTATGTCTATTAATTTTACACTTTAAAAATTATATTAAA AAATAAAATTACTTTTCACTTACTTTTTTCATAACACTAAACTAATTAGAATAGAGATTT ATTTTCTCCGAATCATAAAATTATTTTTTCAGTGATTCGACTTAAGTACTAAAGAATGAT GACTGAGAGCTAACCACTAGCATAATAAATTAAAAGATAATCATCATCAATATGTTAAAT TGTGCTAAAATTTTAAAGTTGTTGTTTGGCATATTAGTATTTTTTTTTCTCAAAATCATA TTAAGAAATGTCTAATTTTGTCTTTCTAATTACTATAAAATTTTAAAATATTGACTGAGG CTCTTTTTCAACCAATTTGAATAGAATAGTTTATAAGTTATAACGATTTAATTGGGACAC TTGTAGTCAGATTGTAATGTAATTTTTTTATTATATGTATTTTGAAATAAGTGAATTGAG TGAAATTTAAAAATTTATATTTTGCATTTTATTTATCAGTAAATTGTAACAACTTTTTTC AGCAGCATTTGATGATTAAAAATTTCTAATAACGTCGCTAAATTAACAATCAAATTTTTA ACACTTTAGTCATTGAGATATTAAAATGTATTTGTTCATTTTCAATGAATTCTTGTTAAA AACAAAACGAAATTATTTATAGTTCAAAAATAAAATTAGAAAATATTTAGATCGAAACAG AATAAATAAAATTATCTGAAACTCAAAATGAAAAATTATTTAGTTTGTTTTTAATACTAA AAGAGAGTTCCCAACAAAATCAAATACCTTCCTTTAATTTCTAGAGATTCTTAAAATCTA TTTCAGATTTCTTTTTGACCCAAAATATAATTGTTATCCTCTTTTAAATTCTAAAACTTG TCTCAAACTTTAGTATTTTTTATTATAATTAAAAAAAATAAGACATAAGATTGCCAATAA ACATAATTATAGTTTTTGTATTCATAAAATTATGATAATAGATAAGGATCATATTCACAT GAAAAAAATGAACTAAATCGAATTTATTTGGGTTTTATTTTACATTTTTAAAAATTGATA GTATTTTGTTTGATATTTTTTGTTCATAGAAATGAAAAAATAACTAAGCCGGAAAATTAT ATTCATACTTTGTAATTATATATACATAGTAGATTATTTTTTATGAACAATTTTTTTATA TACGGGTATATGTTTTTATCAAATTTTAGCAGGTGTTTGTTTCCTAATTTTTTTTCCTTT TATATATCTTATTTTTTGGTTTTATTTTTGTGCCATGTTAATCCAATCAAAATTATTCAA ACATCTATGGATAAATATTAGGAATACTATAAGATAAAATAAAAACAGAAAATTACTTTG CTAAATTTAATTCATATAAATTTCATTCACACAAATCAAACGTTATTCGAAAAGAATTTG TTAAAGTATTATAATATAATAAATAAAAATATCACCAAAGAAAGATTTTTAATAGATATA TGGATAAATTAAAACAAACAATTTTAAGTAATAATGTAAGGTTAACACTACACATCTAAC TTCAACAAATTAACCAAAAAAAGCAAATTATATAGGACTTCATAAATCACTTTGTTTGGA TAATTGTTATTTATTTTTATTGTATTATATTTTATCGTGATATCACACTAAATTTGAATC TTTTCATTGCTATATAGATTGAATTTATATTACACGATGTAAATAAAATTTAAATAACAA ATAAAATAAATATTATAGTTAAACTAACAATACAATATATAACAACCATCCAAGTTGTAA TATTCTAAACTATACCTTGGTGTTTCAAGTAAGCTCTAGCAAATTCAAAAAACAACACAA ATATTTCTCCTTTTTTCTTTTTGTGATATTATATAATTTAGATCCAGTAAAATATAATGA AATTGATTTCGCTAGATAAAAATTGTTGTAGATACAATTTAATCATGCCGGATCTCCTTG GTCATGTATCTCTTCTTGAACGAGGATTACTTAGCACATAAAAGATAATGTTTATTATCT ATTTCACCAGCTATTTTTGATAAAATTTATTCGTCTAGAATCAATACATATTATGTAGAG AATTTCTCACATTATTTTCTAATGTCAAATCCCTCCATCATTCGAGCAAACAAAAAACTA TGCAAAGGGCATCTATAACATGTTTTAGATATAACATAAGCTCGAATTCTTTTACAGAGA AATCGCGGTTAAAGATGAATCTAATATATCAAATCAACAATATCAAGTTTTATGACATTG TTAAGGCCTAATTCATTGGTGATCCTTTAAACTTGACACGAAATTTCACTTAGGCACTTC AAGTAGGCGATGTTCATTTTAGACACCTCATGTAGGGTTTTGTTGTATCAAAATGACACA ACAAGACCTTACATGAGCTGTCTAAAATGAACATCACTTTACTTGAGGTGTCTAAGTGAA ATTTCGTGCCAAATTTAAGAGGTCACCAATAAGTTAGGCTATTGTTAAATTTAAACCAAA AACATAAGAATGAGCCATAAAAAAAATTATGAATGATATAAAGATGTGATAAAGTGAAAG AGGCAGAGGATAATTTAGTGGTTTTTGTTTTCCCAGAATTGCATATACACACCTATACTT GCTTAATATGACAGTTTTGTTTTGACAAAAATGTACAAAAAGCAAATTTTGTTACTACTA TTCTGTTCATATTTATATATATCATCATTCTTATTTAAGATAGATGTCTTTTAATATTTA TTATTTCATATCATAAAAATAAATGTATAAAAAAAAAGATCATTAGCTATATCAGTTAAT CAAAGTAAATTAATTAGTGTTCGTTTATTGAAAAAAATAAACTCAAAAATATATTAAATA AGGATATAACAGTAAATTTACCTAGTTTCTTAATAGGCGTAAAACCTAAAATGATAAGTT GATAACAAATAAATAGGAGCAGACCGAATATAAAAGGATTTTTTCTTTTTAAACAAATTT AATTAGAGATGTGTATTATTAAATTAATCTTATTATCAATGTTTTGAAACTCTAATTTTA ATTAGTTTAAAATACTTGTTAAAAAAGAATCAAACAATATAAATATTAATCGACATTATG AGATTGGACGTCTAATAATATTCGCATCAAGTCCTTCTCTTATTCAAAATAGCTAGCGAG AGGAATACTACTGATTATTCATGAAAGAAGGCTTTAAAGGGAAAAAATTATCATCTTTGA AAGGTGAACATTTTAAAATTATATTGATATAAAATAAGTTGTAACATATAGTAATACTTT TCATATAATCTTTGAATAGCTAAATTTTAATGGTTAAATATTTGACCAAATATATAACTT GATCCTAGACTGTACTTGTCTAATTTAAGTACAAAACTGAGGAAAAAGAAACACTGAGAT ATTTTGTGTTCCTTACCTTATTAAATTTCATAACAATGACTATGAATATTTTTAATTTAT TTTCGGTCTCTCACTTTAGATACAAAAGATAATTTGTCACTTTGCCTTCACATTTCGATT ATCAAGAGTTAATTTAACTATTTATGGAAGTGAAATTAAATTGGACTATTTAATATTCTA ATATTTAAGTTTAAATATTCTTAAACCATCTGAATATGATAATTGGCAGTACTTCTCATA TCAATGTGGTTAAAAACTACACTTTTGGTCAAAATTTATTAATTCAACTCTCTAAACACA GAACTCTCAAATATAATCTAGTGATGCTATAAATATAAAAAAAAAAAAAATACTTGCAGA CTAATTTTCTGCTATTTAAGTGATTATAGTGAAACCATTCCTCTAAATGCCCTCTTATAG AACCCAACAAAAAAAAAAGCATGGAGACATTTAACAAAGTTAAAAGTAAATATATCACTT CTGACTAAGGAACATTGAAAATGTAAAACATAAGCTATTTTATGATATTGTGACATAAAT TAAGGCACAAAATTGCAACACATTACGATGATGAAAGTATATATCATCGTAGTAATGTGG AACAAGATACGTTGAGAGAATTCATCGTAAATGGTACAAAAGATAGAATTCCTCATGACC TAGTTTTCTGGAATTTGTTCGGGCGTCCACCAAAATCATTACCCCTTCCACGCGAATGCT TCCCACCTCTGTTGAACCTTCCTCCCCTATGTTCATGAACAACAACATTAGTATCAAGCA AGGGATAACAAGTTCTCAGTTGTGGCTCTACATCACTCATTCAAGTGGGGAATCTCACAT CATAATAGAATATCTCAACAATCATTGATGCATGCACTTTCATCTTTTAGTTTTAGTTTT GTGGGTACTTGAGCTTGACTTACTATACTAATCACCAAAACACTGGACCTCATAACCTAA TATGTGCTTTGAACGAACCCAGAAACTACAACAGCGACCAAGTAACATGTATTTATGGTT ATCTTATTTCACTAACTCGCATATTAGAGGGATCATGTAACTTAACATGTTTATTGAGAA AGAATGTAGCAGAATAACATTATGACAGCTAAGGCTTACCTTCCCCTATTCCCTTTAAAG TCACGGCGTTTTTCCTGCTGGCCATTACGGAACATAGTCCAGTATTCCCTCTCAGCATCA CCTGATTAAAAAGACACGCACAAGTAATTATCTGGTTGCCGAGGCGATTCACACACAAAA AGATGAGATACAAATAATGAAAATGAAATAAATTAAAGAAGATAAACTGTGTTAATTGAA GTGCATAGTCAAAAACAAAGGGTTATTGCACAAATAAACATTGGTCAATTGATAATATCA ATGCAATTCTAGATATAGAATAAAAGCACCCACCAGTAACAGGGTCCAAGACAGCAATGA AATTTTTCACCGCCAAACCACCTTCCTCAGCAAGTACACCAGCAGCACGTGCTTTCTGTG CAGCCCCTTCACTTTCAAACCTTATATATCCTGATTCTGCTCCAATCGCGAAATCGATGA ACTGCACAAGAAAACCCATAAAACTACAAATGTCACACTATGCTTTCCTAATGCATTTAC AGTTTTATTTGACCTAGATATCCTGATCTTAAACAACTTCCAGGAAAAACAACCATTATG GAAATGTGGAAAGAAACCAGAAAAACATGGTATCATGTCACTGATACACAAGTATTCTCT AACTTCTTTGAGAAAGGTATTTGGGTCCTTAATACACAAATATGCAACTAAAAATAAATT TTTTAACAGTTTCATTAATATAATATGAAATCCCAGCAAAATGCCAAGTAGATTAATAGA TTTGGATTGCTAATACTTCTGTTCCAAAATCGCAACTGATTTAATGGGCACAAAGAGAGT TTATCCAAGCAGAGAGAAAACAACAACGTTCATTTTGCTAATCCAACAGAAGGATAAAAA AGAGACAGCAATAAATAATATGAAGAAATTACCCTAAGAACAACATATATATAAAGCAAA ATCATTTATCAAAAGAAAAACATATATAGAACAAACTATGCATACATCATTAGAATGAAG AAGTATCAAATGAATAATTAAGGACGAATTTTACCTTTACAGTACCAAATTTTTGGAATA CGCTCTTCAGGTCTTCACGCATAACGATATCTTTGTTATCCTTGCAAGCAGCAATGGATA ATTTTTCTTCCGCTGAAGCTTGCTCAACATCTTCAGTTGGAGTGTCCATGGATTTCTCGG CAACAACAGGATTCTGAACATCAGTCTCCCCATTCCCATCCTCTGCATCTTTTTTATCAC CCTTCTCAACATTTTCACCCTTCTCAACATTCTCATCATTGTCTCCATCTTTAATACCTC CTGGGACCTTCTCATCTGTCATTTCAACATTGTCTACTGTTGTATCTTTATTGCCTCCTG TTTCAGGAGCACTTGCGCTTTCAGTAGCCAGTTCATGATTACCATTCTGATCTGTAGAGC TTTTAGCAGAGATCCTCTTCAACTTAAATGCAATGATCAAGCCCTTTGGATAGCTGCCAC CATCACATCTATTGAGTTAATCACATGCCTAGCGTGCTAATAGAATGTCAATTATTGAGA CTACTTAACAGAAGTATTATACTCACTCTAGCTCCGAATTCGAATTATTTTTACTATTTG GACCACTACGAGGATGGTTTTGCTCAACTTCTTTCTCTTCAATGGCTCTTTCAACATCAA ATTCTTTCCTGAATAACCACAGATCAGCAGTATCTATGAGGAATCATTAAAAGGAATTGA TTGGAACAACTACAGTTTAAACAATGAAAACTTATAGTTCAAAGCAGTGGCCATCAAAAT GAGACATATCATTCCACTGGAATCAAGTCATGGTCATAATCTACCATTGTTAAATAAAAA CATACCTTATTACTTACTTAAAAGTGAGCTACACGGTTACATAGCCAAAGTTTGGACATG TTTAATAGAAAGAGCACATTTCATAACTTATGAACCCCCTAGGACAGCAAATCTCAGACA AAAAGAAAATAAGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.917 13165 13501 match_2 match_part 0.898 36535 36897 match_part 0.963 38348 38428 match_part 0.947 42315 42428 match_3 match_part 0.750 43819 43826 match_part 0.977 43957 44353 match_part 0.956 45321 45479 match_4 match_part 0.985 43897 44353 match_part 0.987 45321 45479 match_part 1.000 46455 46618 match_5 match_part 0.996 43900 44353 match_part 0.989 45321 45408 match_6 match_part 0.938 43917 44348 match_7 match_part 0.958 43949 44353 match_part 0.950 45321 45479 match_part 0.936 46455 46627 match_8 match_part 0.963 43950 44353 match_part 0.956 45321 45479 match_9 match_part 0.958 43950 44353 match_part 0.965 45321 45462 match_10 match_part 0.977 43960 44353 match_part 0.980 45321 45420 match_11 match_part 0.977 44029 44339 match_12 match_part 0.836 44171 44353 match_part 0.956 45321 45479 match_part 0.994 46455 46620 match_13 match_part 1.000 45447 45479 match_part 1.000 46455 46786 match_part 1.000 47484 47823 match_part 0.987 48164 48312 match_part 1.000 48413 48430 match_14 match_part 0.975 46469 46786 match_part 0.971 47484 47823 match_part 0.983 48164 48222 match_15 match_part 0.994 46469 46786 match_part 0.982 47484 47651 match_16 match_part 0.978 46651 46786 match_part 1.000 47484 47783 match_17 match_part 0.958 47729 47823 match_part 0.987 48164 48312 match_part 0.979 48413 48506 match_part 0.958 48943 49014 match_part 0.944 49105 49229 match_18 match_part 1.000 47743 47823 match_part 1.000 48164 48312 match_part 1.000 48413 48506 match_part 1.000 48943 49014 match_part 0.972 49105 49356 match_19 match_part 1.000 50284 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53945 match_part 1.000 55734 55883 match_20 match_part 0.968 50291 50538 match_part 0.958 50994 51065 match_part 0.973 52767 52803 match_21 match_part 1.000 50297 50538 match_part 0.986 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 0.980 53615 53714 match_part 1.000 53825 53833 match_22 match_part 1.000 50298 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53638 match_23 match_part 1.000 50299 50538 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53945 match_part 0.993 55734 55883 match_24 match_part 1.000 50300 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53942 match_25 match_part 0.994 50300 50454 match_26 match_part 1.000 50301 50538 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 0.992 53825 53945 match_part 0.987 55734 55812 match_27 match_part 1.000 50301 50538 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 0.983 53825 53945 match_part 0.985 55734 55799 match_28 match_part 1.000 50301 50538 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53869 match_29 match_part 1.000 50304 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 0.990 53615 53714 match_part 1.000 53825 53897 match_30 match_part 1.000 50304 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53628 match_31 match_part 1.000 50308 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53854 match_32 match_part 1.000 50308 50538 match_part 0.986 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 0.990 53615 53714 match_part 1.000 53825 53842 match_33 match_part 1.000 50309 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_34 match_part 0.996 50310 50538 match_part 1.000 50994 51065 match_part 1.000 52908 52991 match_part 0.990 53615 53714 match_part 0.956 53825 53869 match_35 match_part 1.000 50312 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53878 match_36 match_part 1.000 50314 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53877 match_37 match_part 0.986 50319 50538 match_part 1.000 50994 51065 match_38 match_part 0.991 50322 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52988 match_39 match_part 0.931 50322 50538 match_part 0.958 50994 51065 match_part 0.984 52767 52828 match_part 0.917 52908 52979 match_40 match_part 0.991 50324 50538 match_part 0.972 50994 51065 match_part 0.984 52767 52828 match_part 0.976 52908 52991 match_part 0.970 53615 53714 match_part 1.000 53825 53880 match_41 match_part 0.991 50324 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 0.990 53615 53714 match_part 1.000 53825 53829 match_42 match_part 1.000 50324 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53829 match_43 match_part 1.000 50324 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 0.988 52908 52991 match_part 0.975 53615 53695 match_44 match_part 0.995 50324 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 0.988 52908 52991 match_part 1.000 53615 53654 match_45 match_part 0.988 50379 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 0.990 53615 53714 match_part 1.000 53825 53829 match_46 match_part 0.968 50381 50538 match_part 0.986 50994 51065 match_part 0.968 52767 52828 match_part 1.000 52908 52991 match_47 match_part 1.000 50399 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53844 match_48 match_part 0.937 50444 50538 match_part 0.986 50994 51065 match_part 0.984 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53880 match_49 match_part 1.000 50484 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53945 match_part 0.987 55734 55883 match_50 match_part 1.000 51002 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53945 match_part 1.000 55734 55869 match_51 match_part 1.000 52772 52828 match_part 1.000 52908 52991 match_part 0.970 53615 53714 match_part 0.983 53825 53942 match_52 match_part 0.956 52784 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53945 match_part 0.994 55734 55897 match_part 1.000 56022 56027 match_53 match_part 0.970 52796 52828 match_part 0.905 52908 52991 match_part 0.930 53615 53714 match_part 0.967 53825 53945 match_part 0.933 55734 55897 match_part 0.839 56022 56114 match_54 match_part 1.000 52805 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 0.992 53825 53945 match_part 1.000 55734 55807 match_55 match_part 1.000 52932 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53945 match_part 0.994 55734 55897 match_part 1.000 56022 56060 match_56 match_part 1.000 52944 52991 match_part 0.960 53615 53714 match_part 0.967 53825 53945 match_part 0.938 55734 55813 match_57 match_part 1.000 53689 53714 match_part 1.000 53825 53945 match_part 1.000 55734 55897 match_part 0.993 56022 56159 match_58 match_part 1.000 53855 53945 match_part 1.000 55734 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56635 match_59 match_part 0.963 53864 53945 match_part 0.976 55734 55897 match_part 0.978 56022 56159 match_part 0.975 56601 56722 match_part 0.989 56863 56957 match_part 1.000 57654 57678 match_60 match_part 1.000 53891 53945 match_part 1.000 55734 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56947 match_61 match_part 1.000 53891 53945 match_part 1.000 55734 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56925 match_62 match_part 1.000 55749 55897 match_part 0.985 56022 56089 match_63 match_part 1.000 55807 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 1.000 58115 58235 match_64 match_part 1.000 55807 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57765 match_65 match_part 1.000 55807 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56915 match_66 match_part 1.000 55838 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 1.000 58115 58240 match_67 match_part 1.000 55849 55897 match_part 0.978 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 1.000 58115 58340 match_68 match_part 1.000 55866 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 1.000 58115 58257 match_69 match_part 1.000 55873 55897 match_part 0.971 56022 56159 match_part 0.940 56601 56684 match_70 match_part 1.000 56007 56621 match_71 match_part 1.000 56044 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 0.990 58115 58310 match_72 match_part 1.000 56122 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 0.976 58115 58407 match_73 match_part 1.000 56136 56159 match_part 0.967 56601 56722 match_part 0.937 56863 56973 match_74 match_part 1.000 56654 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 0.996 58115 58395 match_75 match_part 1.000 57734 57774 match_part 0.993 58115 58383 match_76 match_part 1.000 58121 58395 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_77 match_part 0.921 10206 9916 match_78 match_part 0.941 13490 13013 match_79 match_part 0.962 13491 13254 match_80 match_part 0.921 14056 13336 match_81 match_part 0.916 14056 13652 match_82 match_part 0.997 28485 28146 match_part 1.000 25597 25519 match_part 1.000 22707 22609 match_part 0.983 22512 22396 match_part 0.994 22032 21872 match_part 1.000 20853 20772 match_part 1.000 20496 20411 match_part 1.000 19537 19349 match_part 1.000 19021 18585 match_part 1.000 18225 17404 match_83 match_part 1.000 18192 17426 match_84 match_part 0.997 17811 17429 match_85 match_part 1.000 17800 17429 match_86 match_part 1.000 17791 17429 match_87 match_part 0.997 17785 17429 match_88 match_part 1.000 17972 17464 match_89 match_part 1.000 18614 18585 match_part 0.974 18225 17543 match_90 match_part 1.000 18614 18585 match_part 0.971 18225 17570 match_91 match_part 0.984 18775 18585 match_part 0.964 18225 17648 match_92 match_part 0.984 18775 18585 match_part 0.976 18225 17767 match_93 match_part 0.998 18211 17782 match_94 match_part 1.000 19444 19349 match_part 1.000 19021 18585 match_part 1.000 18225 18067 match_95 match_part 0.972 28426 28146 match_part 0.987 25597 25519 match_part 0.990 22707 22609 match_part 1.000 22512 22396 match_part 0.988 22032 21872 match_part 0.333 21773 21768 match_96 match_part 0.966 28409 28146 match_part 0.987 25597 25519 match_part 0.990 22707 22609 match_part 0.974 22512 22396 match_97 match_part 1.000 28439 28146 match_part 1.000 25597 25519 match_part 1.000 22707 22609 match_part 1.000 22512 22476 match_98 match_part 0.972 28426 28146 match_part 0.987 25597 25519 match_part 0.957 22707 22661 match_99 match_part 1.000 61053 60988 match_part 1.000 60867 60664 match_part 1.000 60129 59789 match_100 match_part 1.000 61053 60988 match_part 1.000 60867 60664 match_part 0.994 60129 59794 match_101 match_part 0.943 62829 62256 match_102 match_part 0.977 62677 62326 match_103 match_part 0.965 63469 62777 match_104 match_part 0.998 63431 62940 match_105 match_part 1.000 74458 74440 match_part 0.993 74066 73779 match_part 0.556 69628 69602 match_106 match_part 1.000 74458 74440 match_part 0.976 74066 73772 match_107 match_part 1.000 74457 74440 match_part 0.966 74066 73772 match_108 match_part 0.952 75599 75455 match_part 0.973 74881 74734 match_part 0.988 74521 74440 match_part 0.922 74066 73811 match_109 match_part 0.976 74521 74440 match_part 0.952 74066 73816 match_110 match_part 0.941 75673 75455 match_part 0.946 74881 74734 match_part 0.963 74521 74440 match_part 0.955 74066 73823 match_111 match_part 0.925 75695 75455 match_part 0.986 74881 74734 match_part 0.988 74521 74440 match_part 0.961 74066 73836 match_112 match_part 0.971 76088 75987 match_part 0.904 75893 75489 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 10206 9916 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 14056 13013 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 13165 13501 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 28485 28146 exon 25597 25519 exon 22707 22609 exon 22512 22396 exon 22032 21872 exon 20853 20772 exon 20496 20411 exon 19537 19349 exon 19021 18585 exon 18225 17404 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 28439 28146 exon 25597 25519 exon 22707 22609 exon 22512 22396 exon 22032 21872 exon 21773 21768 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 36535 36897 exon 38348 38428 exon 42315 42428 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 43897 44353 exon 45321 45479 exon 46455 46786 exon 47484 47823 exon 48164 48312 exon 48413 48506 exon 48943 49014 exon 49105 49356 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 43819 43826 exon 43957 44353 exon 45321 45479 exon 46455 46786 exon 47484 47823 exon 48164 48312 exon 48413 48506 exon 48943 49014 exon 49105 49356 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 50284 50538 exon 50994 51065 exon 52767 52828 exon 52908 52991 exon 53615 53714 exon 53825 53945 exon 55734 55897 exon 56022 56159 exon 56601 56722 exon 56863 56957 exon 57654 57774 exon 58115 58407 gene_10 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 50284 50538 exon 50994 51065 exon 52767 52828 exon 52908 52991 exon 53615 53714 exon 53825 53945 exon 55734 55897 exon 56022 56159 exon 56601 56722 exon 56863 56973 gene_11 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 50299 50538 exon 52767 52828 exon 52908 52991 exon 53615 53714 exon 53825 53945 exon 55734 55897 exon 56022 56159 exon 56601 56722 exon 56863 56957 exon 57654 57774 exon 58115 58407 gene_12 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 50300 50538 exon 50994 51065 exon 52908 52991 exon 53615 53714 exon 53825 53945 exon 55734 55897 exon 56022 56159 exon 56601 56722 exon 56863 56957 exon 57654 57774 exon 58115 58407 gene_13 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 56007 56621 gene_14 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 61053 60988 exon 60867 60664 exon 60129 59789 gene_15 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 63469 62256 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 76088 75987 exon 75893 75455 exon 74881 74734 exon 74521 74440 exon 74066 73772 gene_17 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 76088 75987 exon 75893 75455 exon 74881 74734 exon 74521 74440 exon 74066 73779 exon 69628 69602 RepeatMasker tomato repeats master Unknown00019 48 698 1 Unknown00019 48 698 1 nucleotide_motif 4906 9755 10414 Unknown00050 3308 3483 1 Unknown00050 3308 3483 1 nucleotide_motif 404 10682 10844 Gypsy00078 3070 5038 1 Gypsy00078 3070 5038 1 nucleotide_motif 10572 12723 14775 SONATA2 2 253 1 SONATA2 2 253 1 nucleotide_motif 1733 23410 23662 Copia00151 869 1133 1 Copia00151 869 1133 1 nucleotide_motif 725 38966 39223 Unknown00034 3921 4011 1 Unknown00034 3921 4011 1 nucleotide_motif 274 41248 41336 Copia00094 4468 4574 1 Copia00094 4468 4574 1 nucleotide_motif 252 41337 41350 RepeatMasker tomato repeats master Unknown00049 2097 2203 -1 Unknown00049 2097 2203 -1 nucleotide_motif 280 29287 29191 Unknown00046 208 2834 -1 Unknown00046 208 2834 -1 nucleotide_motif 500 31988 31896 TLP1 390 618 -1 TLP1 390 618 -1 nucleotide_motif 799 33769 33539 Unknown00006 10299 10590 -1 Unknown00006 10299 10590 -1 nucleotide_motif 1890 34609 34321 SONATA1 1 243 -1 SONATA1 1 243 -1 nucleotide_motif 885 40048 39810 Unknown00043 7002 7074 -1 Unknown00043 7002 7074 -1 nucleotide_motif 279 42155 42078 SONATA2 2 189 -1 SONATA2 2 189 -1 nucleotide_motif 778 51610 51430 Gypsy00073 944 1277 -1 Gypsy00073 944 1277 -1 nucleotide_motif 468 54548 54220 Copia00110 13323 13503 -1 Copia00110 13323 13503 -1 nucleotide_motif 528 54557 54383 SONATA1 1 169 -1 SONATA1 1 169 -1 nucleotide_motif 1158 62082 61893 Copia00014 1540 1599 -1 Copia00014 1540 1599 -1 nucleotide_motif 231 62893 62836 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1645 12958 14089 match_2 match 1310 12723 13751 match_3 match 1382 12723 13751 match_4 match 1669 12739 13752 match_5 match 1431 12723 13716 match_6 match 1606 12722 13752 match_7 match 1883 12723 14089 match_8 match 1376 12734 13751 match_9 match 1352 12723 13751 match_10 match 1376 12723 13747 match_11 match 1366 12961 14064 match_12 match 1487 12961 14089 match_13 match 1479 12735 13752 match_14 match 1509 12735 13747 match_15 match 1368 12739 13752 match_16 match 1376 12739 13752 match_17 match 1497 12871 14007 match_18 match 1505 12871 14007 match_19 match 1754 12723 14088 match_20 match 1873 12723 14088 match_21 match 1493 12876 14007 match_22 match 1687 12722 13751 match_23 match 1423 12746 13751 match_24 match 1526 12718 13752 match_25 match 1485 12877 14007 match_26 match 1520 12721 13720 match_27 match 1310 12723 13716 match_28 match 1292 12739 13752 match_29 match 1382 12739 13742 match_30 match 2070 12735 14069 match_31 match 2085 12735 14069 match_32 match 1499 12876 14007 match_33 match 1568 12739 13752 match_34 match 1289 12739 13739 match_35 match 1350 12739 13742 match_36 match 1572 12741 13752 match_37 match 1614 12735 13752 match_38 match 1421 12721 13716 match_39 match 1421 12721 13716 match_40 match 1497 12722 13752 match_41 match 1503 12723 13752 match_42 match 1423 12723 13720 match_43 match 2167 12723 14089 match_44 match 2744 48395 49799 match_45 match 5344 73671 76396 match_46 match 6437 50777 54116 match_47 match 7491 64694 68571 match_48 match 9218 59930 64627 match_49 match 9987 54789 59907 match_50 match 1312 12723 13716 match_51 match 1386 12722 13752 match_52 match 1516 12876 14089 match_53 match 1774 12723 13913 match_54 match 1320 12740 13745 match_55 match 1945 12742 14089 match_56 match 1526 12742 13751 match_57 match 1421 12723 13716 match_58 match 1289 12739 13752 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 880 48419 48862 match_2 match 1166 39985 40572 match_3 match 1114 59205 59766 match_4 match 1019 67933 68446 match_5 match 1015 52345 52883 match_6 match 983 45099 45594 match_7 match 969 51900 52409 match_8 match 1009 612 1140 match_9 match 1352 36587 37289 match_10 match 1114 73671 74262 match_11 match 842 75955 76383 match_12 match 1292 75738 76389 match_13 match 1031 75843 76362 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.917 13165 13501 match_2 match_part 0.985 43897 44353 match_part 0.987 45321 45479 match_part 1.000 46455 46618 match_3 match_part 0.996 43900 44353 match_part 0.989 45321 45408 match_4 match_part 1.000 45447 45479 match_part 1.000 46455 46786 match_part 1.000 47484 47823 match_part 0.987 48164 48312 match_part 1.000 48413 48430 match_5 match_part 0.978 46651 46786 match_part 1.000 47484 47783 match_6 match_part 1.000 47743 47823 match_part 1.000 48164 48312 match_part 1.000 48413 48506 match_part 1.000 48943 49014 match_part 0.972 49105 49356 match_7 match_part 1.000 50284 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53945 match_part 1.000 55734 55883 match_8 match_part 0.968 50291 50538 match_part 0.958 50994 51065 match_part 0.973 52767 52803 match_9 match_part 1.000 50297 50538 match_part 0.986 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 0.980 53615 53714 match_part 1.000 53825 53833 match_10 match_part 1.000 50298 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53638 match_11 match_part 1.000 50299 50538 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53945 match_part 0.993 55734 55883 match_12 match_part 1.000 50300 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53942 match_13 match_part 0.994 50300 50454 match_14 match_part 1.000 50301 50538 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 0.992 53825 53945 match_part 0.987 55734 55812 match_15 match_part 1.000 50301 50538 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 0.983 53825 53945 match_part 0.985 55734 55799 match_16 match_part 1.000 50301 50538 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53869 match_17 match_part 1.000 50304 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 0.990 53615 53714 match_part 1.000 53825 53897 match_18 match_part 1.000 50304 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53628 match_19 match_part 1.000 50308 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53854 match_20 match_part 1.000 50308 50538 match_part 0.986 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 0.990 53615 53714 match_part 1.000 53825 53842 match_21 match_part 1.000 50309 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_22 match_part 0.996 50310 50538 match_part 1.000 50994 51065 match_part 1.000 52908 52991 match_part 0.990 53615 53714 match_part 0.956 53825 53869 match_23 match_part 1.000 50312 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53878 match_24 match_part 1.000 50314 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53877 match_25 match_part 0.986 50319 50538 match_part 1.000 50994 51065 match_26 match_part 0.991 50322 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52988 match_27 match_part 0.991 50324 50538 match_part 0.972 50994 51065 match_part 0.984 52767 52828 match_part 0.976 52908 52991 match_part 0.970 53615 53714 match_part 1.000 53825 53880 match_28 match_part 0.991 50324 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 0.990 53615 53714 match_part 1.000 53825 53829 match_29 match_part 1.000 50324 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53829 match_30 match_part 1.000 50324 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 0.988 52908 52991 match_part 0.975 53615 53695 match_31 match_part 0.995 50324 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 0.988 52908 52991 match_part 1.000 53615 53654 match_32 match_part 0.988 50379 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 0.990 53615 53714 match_part 1.000 53825 53829 match_33 match_part 0.968 50381 50538 match_part 0.986 50994 51065 match_part 0.968 52767 52828 match_part 1.000 52908 52991 match_34 match_part 1.000 50399 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53844 match_35 match_part 0.937 50444 50538 match_part 0.986 50994 51065 match_part 0.984 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53880 match_36 match_part 1.000 50484 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53945 match_part 0.987 55734 55883 match_37 match_part 1.000 51002 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53945 match_part 1.000 55734 55869 match_38 match_part 1.000 52772 52828 match_part 1.000 52908 52991 match_part 0.970 53615 53714 match_part 0.983 53825 53942 match_39 match_part 0.956 52784 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53945 match_part 0.994 55734 55897 match_part 1.000 56022 56027 match_40 match_part 1.000 52805 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 0.992 53825 53945 match_part 1.000 55734 55807 match_41 match_part 1.000 52932 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53945 match_part 0.994 55734 55897 match_part 1.000 56022 56060 match_42 match_part 1.000 53689 53714 match_part 1.000 53825 53945 match_part 1.000 55734 55897 match_part 0.993 56022 56159 match_43 match_part 1.000 53855 53945 match_part 1.000 55734 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56635 match_44 match_part 1.000 53891 53945 match_part 1.000 55734 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56947 match_45 match_part 1.000 53891 53945 match_part 1.000 55734 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56925 match_46 match_part 1.000 55749 55897 match_part 0.985 56022 56089 match_47 match_part 1.000 55807 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 1.000 58115 58235 match_48 match_part 1.000 55807 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57765 match_49 match_part 1.000 55807 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56915 match_50 match_part 1.000 55838 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 1.000 58115 58240 match_51 match_part 1.000 55849 55897 match_part 0.978 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 1.000 58115 58340 match_52 match_part 1.000 55866 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 1.000 58115 58257 match_53 match_part 1.000 55873 55897 match_part 0.971 56022 56159 match_part 0.940 56601 56684 match_54 match_part 1.000 56007 56621 match_55 match_part 1.000 56044 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 0.990 58115 58310 match_56 match_part 1.000 56122 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 0.976 58115 58407 match_57 match_part 1.000 56654 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 0.996 58115 58395 match_58 match_part 1.000 57734 57774 match_part 0.993 58115 58383 match_59 match_part 1.000 58121 58395 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_60 match_part 0.921 10206 9916 match_61 match_part 0.941 13490 13013 match_62 match_part 0.962 13491 13254 match_63 match_part 0.921 14056 13336 match_64 match_part 0.916 14056 13652 match_65 match_part 0.997 28485 28146 match_part 1.000 25597 25519 match_part 1.000 22707 22609 match_part 0.983 22512 22396 match_part 0.994 22032 21872 match_part 1.000 20853 20772 match_part 1.000 20496 20411 match_part 1.000 19537 19349 match_part 1.000 19021 18585 match_part 1.000 18225 17404 match_66 match_part 1.000 18192 17426 match_67 match_part 0.997 17811 17429 match_68 match_part 1.000 17800 17429 match_69 match_part 1.000 17791 17429 match_70 match_part 0.997 17785 17429 match_71 match_part 1.000 17972 17464 match_72 match_part 0.998 18211 17782 match_73 match_part 1.000 19444 19349 match_part 1.000 19021 18585 match_part 1.000 18225 18067 match_74 match_part 1.000 28439 28146 match_part 1.000 25597 25519 match_part 1.000 22707 22609 match_part 1.000 22512 22476 match_75 match_part 1.000 61053 60988 match_part 1.000 60867 60664 match_part 1.000 60129 59789 match_76 match_part 1.000 61053 60988 match_part 1.000 60867 60664 match_part 0.994 60129 59794 match_77 match_part 0.998 63431 62940 match_78 match_part 1.000 74458 74440 match_part 0.993 74066 73779 match_part 0.556 69628 69602 match_79 match_part 1.000 74458 74440 match_part 0.976 74066 73772 match_80 match_part 1.000 74457 74440 match_part 0.966 74066 73772 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 10206 9916 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 14056 13013 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 13165 13501 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 28485 28146 exon 25597 25519 exon 22707 22609 exon 22512 22396 exon 22032 21872 exon 20853 20772 exon 20496 20411 exon 19537 19349 exon 19021 18585 exon 18225 17404 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 43897 44353 exon 45321 45479 exon 46455 46786 exon 47484 47823 exon 48164 48312 exon 48413 48506 exon 48943 49014 exon 49105 49356 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 50284 50538 exon 50994 51065 exon 52767 52828 exon 52908 52991 exon 53615 53714 exon 53825 53945 exon 55734 55897 exon 56022 56159 exon 56601 56722 exon 56863 56957 exon 57654 57774 exon 58115 58407 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 50299 50538 exon 52767 52828 exon 52908 52991 exon 53615 53714 exon 53825 53945 exon 55734 55897 exon 56022 56159 exon 56601 56722 exon 56863 56957 exon 57654 57774 exon 58115 58407 gene_8 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 50300 50538 exon 50994 51065 exon 52908 52991 exon 53615 53714 exon 53825 53945 exon 55734 55897 exon 56022 56159 exon 56601 56722 exon 56863 56957 exon 57654 57774 exon 58115 58407 gene_9 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 56007 56621 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 61053 60988 exon 60867 60664 exon 60129 59789 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 63431 62940 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 74458 74440 exon 74066 73772 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 74458 74440 exon 74066 73779 exon 69628 69602 AUGUSTUS_tom_cdna de novo gene_1 gene 1 36513 42733 transcript_1 transcript 36513 42733 start_codon_1 start_codon 36513 36515 CDS_1 CDS 36513 36897 CDS_2 CDS 42315 42733 stop_codon_1 stop_codon 42731 42733 gene_2 gene 2 43991 58199 transcript_2 transcript 43991 58199 start_codon_2 start_codon 43991 43993 CDS_3 CDS 43991 44353 CDS_4 CDS 45321 45479 CDS_5 CDS 46455 46786 CDS_6 CDS 47484 47823 CDS_7 CDS 48164 48312 CDS_8 CDS 48413 48506 CDS_9 CDS 48943 49014 CDS_10 CDS 49105 49145 CDS_11 CDS 50262 50538 CDS_12 CDS 50994 51065 CDS_13 CDS 52767 52828 CDS_14 CDS 52908 52991 CDS_15 CDS 53615 53714 CDS_16 CDS 53825 53945 CDS_17 CDS 55734 55897 CDS_18 CDS 56022 56159 CDS_19 CDS 56601 56722 CDS_20 CDS 56863 56957 CDS_21 CDS 57654 57774 CDS_22 CDS 58115 58199 stop_codon_2 stop_codon 58197 58199 transcript_3 transcript 43991 58199 start_codon_3 start_codon 43991 43993 CDS_23 CDS 43991 44353 CDS_24 CDS 45321 45479 CDS_25 CDS 46455 46786 CDS_26 CDS 47484 47823 CDS_27 CDS 48164 48312 CDS_28 CDS 48413 48506 CDS_29 CDS 48943 49014 CDS_30 CDS 49105 49145 CDS_31 CDS 50262 50538 CDS_32 CDS 52767 52828 CDS_33 CDS 52908 52991 CDS_34 CDS 53615 53714 CDS_35 CDS 53825 53945 CDS_36 CDS 55734 55897 CDS_37 CDS 56022 56159 CDS_38 CDS 56601 56722 CDS_39 CDS 56863 56957 CDS_40 CDS 57654 57774 CDS_41 CDS 58115 58199 stop_codon_3 stop_codon 58197 58199 AUGUSTUS_tom_cdna de novo gene_3 gene 1 3338 2784 transcript_4 transcript 3338 2784 stop_codon_4 stop_codon 2786 2784 CDS_42 CDS 3338 2784 start_codon_4 start_codon 3338 3336 gene_4 gene 1 28210 17552 transcript_5 transcript 28210 17552 stop_codon_5 stop_codon 17554 17552 CDS_43 CDS 18225 17552 CDS_44 CDS 19021 18585 CDS_45 CDS 19537 19349 CDS_46 CDS 20496 20411 CDS_47 CDS 20853 20772 CDS_48 CDS 22032 21872 CDS_49 CDS 22512 22396 CDS_50 CDS 22707 22609 CDS_51 CDS 25597 25519 CDS_52 CDS 28210 28146 start_codon_5 start_codon 28210 28208 gene_5 gene 1 67719 60001 transcript_6 transcript 67719 60001 stop_codon_6 stop_codon 60003 60001 CDS_53 CDS 60129 60001 CDS_54 CDS 60867 60664 CDS_55 CDS 61102 60988 CDS_56 CDS 61552 61212 CDS_57 CDS 63981 62169 CDS_58 CDS 64245 64117 CDS_59 CDS 64849 64746 CDS_60 CDS 64992 64941 CDS_61 CDS 67719 67655 start_codon_6 start_codon 67719 67717 gene_6 gene 1 76263 73973 transcript_7 transcript 76263 73973 stop_codon_7 stop_codon 73975 73973 CDS_62 CDS 74066 73973 CDS_63 CDS 74521 74440 CDS_64 CDS 74881 74734 CDS_65 CDS 75893 75455 CDS_66 CDS 76113 75987 CDS_67 CDS 76263 76245 start_codon_7 start_codon 76263 76261 AUGUSTUS_ab_initio de novo gene_1 gene 1 36513 42733 transcript_1 transcript 36513 42733 start_codon_1 start_codon 36513 36515 CDS_1 CDS 36513 36897 CDS_2 CDS 42315 42733 stop_codon_1 stop_codon 42731 42733 gene_2 gene 1 43991 58199 transcript_2 transcript 43991 58199 start_codon_2 start_codon 43991 43993 CDS_3 CDS 43991 44325 CDS_4 CDS 47484 47823 CDS_5 CDS 48943 49014 CDS_6 CDS 56022 56159 CDS_7 CDS 56601 56722 CDS_8 CDS 56863 56957 CDS_9 CDS 57654 57774 CDS_10 CDS 58115 58199 stop_codon_2 stop_codon 58197 58199 AUGUSTUS_ab_initio de novo gene_3 gene 1 3338 2784 transcript_3 transcript 3338 2784 stop_codon_3 stop_codon 2786 2784 CDS_11 CDS 3338 2784 start_codon_3 start_codon 3338 3336 gene_4 gene 1 22665 8838 transcript_4 transcript 22665 8838 stop_codon_4 stop_codon 8840 8838 CDS_12 CDS 9007 8838 CDS_13 CDS 19021 18585 CDS_14 CDS 20496 20411 CDS_15 CDS 20853 20772 CDS_16 CDS 22032 21872 CDS_17 CDS 22512 22396 CDS_18 CDS 22665 22609 start_codon_4 start_codon 22665 22663 gene_5 gene 1 76263 60001 transcript_5 transcript 76263 60001 stop_codon_5 stop_codon 60003 60001 CDS_19 CDS 60129 60001 CDS_20 CDS 60867 60664 CDS_21 CDS 61102 60988 CDS_22 CDS 61552 61212 CDS_23 CDS 63981 62169 CDS_24 CDS 64245 64117 CDS_25 CDS 64849 64746 CDS_26 CDS 65035 64941 CDS_27 CDS 68953 68850 CDS_28 CDS 74521 74440 CDS_29 CDS 74881 74734 CDS_30 CDS 75908 75455 CDS_31 CDS 76113 75987 CDS_32 CDS 76263 76245 start_codon_5 start_codon 76263 76261 AUGUSTUS_tom_ugs de novo gene_1 gene 1 36513 42733 transcript_1 transcript 36513 42733 start_codon_1 start_codon 36513 36515 CDS_1 CDS 36513 36897 CDS_2 CDS 42315 42733 stop_codon_1 stop_codon 42731 42733 gene_2 gene 1 43991 49149 transcript_2 transcript 43991 49149 start_codon_2 start_codon 43991 43993 CDS_3 CDS 43991 44353 CDS_4 CDS 45321 45479 CDS_5 CDS 46455 46786 CDS_6 CDS 47484 47823 CDS_7 CDS 48164 48312 CDS_8 CDS 48413 48506 CDS_9 CDS 48943 49014 CDS_10 CDS 49105 49149 stop_codon_2 stop_codon 49147 49149 gene_3 gene 2 50344 58199 transcript_3 transcript 50344 58199 start_codon_3 start_codon 50344 50346 CDS_11 CDS 50344 50538 CDS_12 CDS 52767 52828 CDS_13 CDS 52908 52991 CDS_14 CDS 53615 53714 CDS_15 CDS 53825 53945 CDS_16 CDS 55734 55897 CDS_17 CDS 56022 56159 CDS_18 CDS 56601 56722 CDS_19 CDS 56863 56957 CDS_20 CDS 57654 57774 CDS_21 CDS 58115 58199 stop_codon_3 stop_codon 58197 58199 transcript_4 transcript 50344 58199 start_codon_4 start_codon 50344 50346 CDS_22 CDS 50344 50538 CDS_23 CDS 50994 51065 CDS_24 CDS 52767 52828 CDS_25 CDS 52908 52991 CDS_26 CDS 53615 53714 CDS_27 CDS 53825 53945 CDS_28 CDS 55734 55897 CDS_29 CDS 56022 56159 CDS_30 CDS 56601 56722 CDS_31 CDS 56863 56957 CDS_32 CDS 57654 57774 CDS_33 CDS 58115 58199 stop_codon_4 stop_codon 58197 58199 AUGUSTUS_tom_ugs de novo gene_4 gene 1 3338 2784 transcript_5 transcript 3338 2784 stop_codon_5 stop_codon 2786 2784 CDS_34 CDS 3338 2784 start_codon_5 start_codon 3338 3336 gene_5 gene 1 28210 8838 transcript_6 transcript 28210 8838 stop_codon_6 stop_codon 8840 8838 CDS_35 CDS 9007 8838 CDS_36 CDS 18225 18112 CDS_37 CDS 19021 18585 CDS_38 CDS 19537 19349 CDS_39 CDS 20496 20411 CDS_40 CDS 20853 20772 CDS_41 CDS 22032 21872 CDS_42 CDS 22512 22396 CDS_43 CDS 22707 22609 CDS_44 CDS 25597 25519 CDS_45 CDS 28210 28146 start_codon_6 start_codon 28210 28208 gene_6 gene 1 76263 60001 transcript_7 transcript 76263 60001 stop_codon_7 stop_codon 60003 60001 CDS_46 CDS 60129 60001 CDS_47 CDS 60867 60664 CDS_48 CDS 61102 60988 CDS_49 CDS 61552 61212 CDS_50 CDS 63981 62169 CDS_51 CDS 64245 64117 CDS_52 CDS 64849 64746 CDS_53 CDS 65035 64941 CDS_54 CDS 74066 74047 CDS_55 CDS 74521 74440 CDS_56 CDS 74881 74734 CDS_57 CDS 75893 75455 CDS_58 CDS 76113 75987 CDS_59 CDS 76263 76245 start_codon_7 start_codon 76263 76261 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.917 13165 13501 match_2 match_part 1.000 43900 44353 match_part 1.000 45321 45479 match_part 1.000 46455 46786 match_part 1.000 47484 47823 match_part 1.000 48164 48312 match_part 1.000 48413 48506 match_part 1.000 48943 49014 match_part 0.972 49105 49356 match_3 match_part 1.000 50284 50538 match_part 1.000 50994 51065 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53945 match_part 1.000 55734 55897 match_part 1.000 56022 56159 match_part 1.000 56601 56722 match_part 1.000 56863 56957 match_part 1.000 57654 57774 match_part 1.000 58115 58395 match_4 match_part 1.000 50299 50538 match_part 1.000 52767 52828 match_part 1.000 52908 52991 match_part 1.000 53615 53714 match_part 1.000 53825 53945 match_part 0.993 55734 55883 match_5 match_part 0.996 50310 50538 match_part 1.000 50994 51065 match_part 1.000 52908 52991 match_part 0.990 53615 53714 match_part 0.956 53825 53869 match_6 match_part 1.000 56007 56621 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_7 match_part 0.997 28485 28146 match_part 1.000 25597 25519 match_part 1.000 22707 22609 match_part 0.983 22512 22396 match_part 0.994 22032 21872 match_part 1.000 20853 20772 match_part 1.000 20496 20411 match_part 1.000 19537 19349 match_part 1.000 19021 18585 match_part 1.000 18225 17429 match_8 match_part 1.000 61053 60988 match_part 1.000 60867 60664 match_part 1.000 60129 59789 match_9 match_part 0.998 63431 62940 match_10 match_part 1.000 74458 74440 match_part 0.997 74066 73779 match_part 0.538 69628 69603 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 13165 13501 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 28485 28146 exon 25597 25519 exon 22707 22609 exon 22512 22396 exon 22032 21872 exon 20853 20772 exon 20496 20411 exon 19537 19349 exon 19021 18585 exon 18225 17429 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 43900 44353 exon 45321 45479 exon 46455 46786 exon 47484 47823 exon 48164 48312 exon 48413 48506 exon 48943 49014 exon 49105 49356 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 50284 50538 exon 50994 51065 exon 52767 52828 exon 52908 52991 exon 53615 53714 exon 53825 53945 exon 55734 55897 exon 56022 56159 exon 56601 56722 exon 56863 56957 exon 57654 57774 exon 58115 58395 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 56007 56621 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 50310 50538 exon 50994 51065 exon 52908 52991 exon 53615 53714 exon 53825 53869 gene_7 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 50299 50538 exon 52767 52828 exon 52908 52991 exon 53615 53714 exon 53825 53945 exon 55734 55883 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 61053 60988 exon 60867 60664 exon 60129 59789 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 63431 62940 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 74458 74440 exon 74066 73779 exon 69628 69603 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 42858 43359 match_2 match_part 0.998 73972 74502 match_3 match_part 0.989 73972 74497 GenomeThreader_SGN_markers SGN marker sequences match_4 match_part 0.996 44826 44323 match_5 match_part 1.000 61053 60988 match_part 1.000 60867 60664 match_part 1.000 60129 59789 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 42858 43359 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 44826 44323 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 61053 60988 exon 60867 60664 exon 60129 59789 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0066I05.1 type gene exon 73972 74502 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 36513 42733 transcript_1 transcript 36513 42733 start_codon_1 start_codon 36513 36515 CDS_1 CDS 36513 36897 CDS_2 CDS 38348 38428 CDS_3 CDS 42315 42733 stop_codon_1 stop_codon 42731 42733 gene_2 gene 2 43991 58199 transcript_2 transcript 43991 58199 start_codon_2 start_codon 43991 43993 CDS_4 CDS 43991 44353 CDS_5 CDS 45321 45479 CDS_6 CDS 46455 46786 CDS_7 CDS 47484 47823 CDS_8 CDS 48164 48312 CDS_9 CDS 48413 48506 CDS_10 CDS 48943 49014 CDS_11 CDS 49105 49145 CDS_12 CDS 50262 50538 CDS_13 CDS 50994 51065 CDS_14 CDS 52767 52828 CDS_15 CDS 52908 52991 CDS_16 CDS 53615 53714 CDS_17 CDS 53825 53945 CDS_18 CDS 55734 55897 CDS_19 CDS 56022 56159 CDS_20 CDS 56601 56722 CDS_21 CDS 56863 56957 CDS_22 CDS 57654 57774 CDS_23 CDS 58115 58199 stop_codon_2 stop_codon 58197 58199 transcript_3 transcript 43991 58199 start_codon_3 start_codon 43991 43993 CDS_24 CDS 43991 44353 CDS_25 CDS 45321 45479 CDS_26 CDS 46455 46786 CDS_27 CDS 47484 47823 CDS_28 CDS 48164 48312 CDS_29 CDS 48413 48506 CDS_30 CDS 48943 49014 CDS_31 CDS 49105 49145 CDS_32 CDS 50262 50538 CDS_33 CDS 52767 52828 CDS_34 CDS 52908 52991 CDS_35 CDS 53615 53714 CDS_36 CDS 53825 53945 CDS_37 CDS 55734 55897 CDS_38 CDS 56022 56159 CDS_39 CDS 56601 56722 CDS_40 CDS 56863 56957 CDS_41 CDS 57654 57774 CDS_42 CDS 58115 58199 stop_codon_3 stop_codon 58197 58199 AUGUSTUS_tom_pot_cdna de novo gene_3 gene 1 3338 2784 transcript_4 transcript 3338 2784 stop_codon_4 stop_codon 2786 2784 CDS_43 CDS 3338 2784 start_codon_4 start_codon 3338 3336 gene_4 gene 1 28210 17552 transcript_5 transcript 28210 17552 stop_codon_5 stop_codon 17554 17552 CDS_44 CDS 18225 17552 CDS_45 CDS 19021 18585 CDS_46 CDS 19537 19349 CDS_47 CDS 20496 20411 CDS_48 CDS 20853 20772 CDS_49 CDS 22032 21872 CDS_50 CDS 22512 22396 CDS_51 CDS 22707 22609 CDS_52 CDS 25597 25519 CDS_53 CDS 28210 28146 start_codon_5 start_codon 28210 28208 gene_5 gene 1 68092 60001 transcript_6 transcript 68092 60001 stop_codon_6 stop_codon 60003 60001 CDS_54 CDS 60129 60001 CDS_55 CDS 60867 60664 CDS_56 CDS 61102 60988 CDS_57 CDS 61552 61212 CDS_58 CDS 63981 62169 CDS_59 CDS 64245 64117 CDS_60 CDS 64849 64746 CDS_61 CDS 65035 64941 CDS_62 CDS 66418 66361 CDS_63 CDS 67709 67655 CDS_64 CDS 68092 68019 start_codon_6 start_codon 68092 68090 gene_6 gene 1 76263 73973 transcript_7 transcript 76263 73973 stop_codon_7 stop_codon 73975 73973 CDS_65 CDS 74066 73973 CDS_66 CDS 74521 74440 CDS_67 CDS 74881 74734 CDS_68 CDS 75893 75455 CDS_69 CDS 76113 75987 CDS_70 CDS 76263 76245 start_codon_7 start_codon 76263 76261 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 39.3 31076 31216 match_2 match 52.0 31538 31666 match_3 match 82.4 31210 31485 match_4 match 48.1 31076 31216 match_5 match 99.4 31210 31482 match_6 match 74.3 31523 31669 match_7 match 48.1 31076 31216 match_8 match 99.4 31210 31482 match_9 match 74.3 31523 31669 match_10 match 56.6 31514 31666 match_11 match 30.8 31115 31195 match_12 match 102 31213 31485 match_13 match 143 36477 36899 match_14 match 158 42314 42727 match_15 match 108 55733 55897 match_16 match 57.4 48411 48503 match_17 match 90.5 48161 48316 match_18 match 200 47482 47823 match_19 match 201 46455 46796 match_20 match 203 44048 44356 match_21 match 57.4 48411 48503 match_22 match 90.5 48161 48316 match_23 match 200 47482 47823 match_24 match 201 46455 46796 match_25 match 203 44048 44356 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_26 match 322 64247 62412 match_27 match 322 64247 62412 match_28 match 129 18217 17555 match_29 match 117 22707 22396 match_30 match 62.4 64852 64745 match_31 match 63.2 65036 64941 match_32 match 266 64247 62394 match_33 match 65.9 64852 64745 match_34 match 70.1 65036 64941 match_35 match 266 64247 62394 match_36 match 65.9 64852 64745 match_37 match 70.1 65036 64941 PolyBayes unknown database PolyBayes unknown database SNP_1 SNP 0.942069308544991 50303 50303 SNP_2 SNP 0.800203890578313 50304 50304 SNP_3 SNP 0.734942485508696 50323 50323