C04HBa0331L22.1 AAGCTTCCATGTATACTTTGCTGCATTTTTTTACTGCTTCAAGACCTTTCAAAGTTATAT CTTTATCATCACCCAATCCAAGACCTATTATATACAGCATGATTCTCCCTTCACTTCACT TCACTTCTAATCCAAAATATACTTCTAATTAGTGATGCAAATTTACAAGTTCCAGTACGA GATACAGAGGAAACAGTTCTTTTTTCCAGTTGGAACGAGGGAGACGATGAATTTAAACCC TAGTGAAAACTTGTAACTTGAAATATATATACTTATTGAACTATTTGTAGGATGCAGAAC AAAAGTCGATATGTCCGAGTGGTTAAGGAGACAGACTTGAAATCTGTTGGGCTTCGCCCG CGCAGGTTCGAACCCTGCTGTCGACGGTTTTATTTTTTTGATCAATATGATATCGTGTCA ATCCATCAACTCATATTTACCTTCATAACCTATAGCCTATCTTAGTTGGGTGTTTTTTTT TTAAATAATAATATCGTACCAATTTGTCAACTAACATTTACCTGTTATAGCAAATAACCT ATCTTAGTTTCAAGATTTTAAATCCTATCCAATGTAAAATCATACATGTATATATCGTCT GGATGACCCAATGACCATCGATATATATAACTTAAATTAAATTTGAGAGAAGGAAGAGAA TTCATCTCCAATTTTATTTTTATAATACGTTAACAAAAAGATTTTTTTAAAATGCAATAC ACACAGGTGCTCAATTTCATTTACAACATCTAGCAATTGGACAAAGCTGGTATTGAAATC ATGTATTGCTCAACTTGTTAAAGATTACATGTAAGAACAGAAGGTGAAAGGAATATGTGA AAACTGAGAAAGGCAGAGAGAGGGGATGAACATAAATGAATTTTACACAATTTTGTGTCA ATATATTCAGGTCAAAATGACAGGTCTTCTAGACAATAAACAAGTTGTGGCATCCATGCT GAGTATTCTTCCATATCTAATCATCGTCCTTGAATTCCCTGTCGAGAAGAAGATGACACT CTCAGTATTTGTCTCTCCAAGAATGAGTTCTAACTTCTCCTTATCATACAAAATGCAAAC AGAAGTCGCGATTCTATGTTTTCTTTTTGTGTGTGTAGTAGTAAGAGGTGTAAAGAATGA TAACTCACCTGCGATCAAGGTACCGAGGTTGAATGCCACTGCCTTGACATGTTGTGCAAG TCAAACCACCAGCACCGTCACAATTGATGCACCGAGAGACTTCTGTCTCACCCCCTCCAA GCTCCACCGTCACACTGCCAGTACCCATGCAAAATCTGCATTTCTCTGCAATATAAGCCC TTCATAAGTATTAGCTCTAAGTCAGTCTCAAAAAATGTTAGGTTTTAAGGATTAACTGGC TCTACAGTCTTTGATCAGACAATCTACTGACTACTTTTTGAATAATCGAACCTCAGTAAG ATTGTATGGTTCAATAACTCAATTCTCCTCTTTTACTGGGTGATGTAATGTCTATACATG CAATCTTAATTGATGGCACATGACAACGAAGATTCACTTTGATATTTAAAGTGGAAACTT CAAGATTATTCACCTAGCAAATTTTAGAAAAACAAAAACGTCAAATCATAAATCACCCTT CTCTTCGTCGCTCTCTTCGATGATCAAAAACACCACAGCAGATAGAACCACCTTAGGGCC AGGATTAGAACACTTCCCAATTACAAAGGCGGTATCTATGAGAAGGAGAAATTTAAGTCA AGCCAGGAGTAAATTGCAAGTTGAATAAAATTGTTGGATCGGAGCCATGGATTTTCTAGA AGCTCATTGGTAATTGGTCATTGATGTAAGTAGCTGCAACCAGAAATTCCTTAAAGGCAC TAGAGACATGCTAAGGGATAGGCGTCAACCTACAATGACATCTTTGAAGTGGCATACGAA TTAAGTGATTAAAAAATAAATCCTAGATCCATACTATGAGCATTTTGGAAGGATTTCTAA GAAATGCACAATTTGCTCTATCCATCATGTCAGATATTTTGATCAACAAGTCATACATGT CAATTTTAAGTGATACAAAACTAGACCATTTCAATAAGTCAACTTAAGATCCATGGAAGC AATTGACATGTGGGTTTAGTGTCTTTGCTCGGACTTACGGAAGTTGATAAATGACGCATA CAAGCAAAAACATCACTAATATAAAGAGATGTGGATAGCTCAAACCATAGTCTAGTTTCT CTTGGCTGGCAAGCAAATGACTAGATTCGTAGCAAAGTGCAAGTTATGTCTTAAACTGGA ATATAGGAAGGAACCATAAGAGTTATTTTCCTGAGACTTGTAAGAAAGAATCGAGTGATA ACAAGGATTGATGAATGTTCTTCATGGGCCAAAAACCATCAGAAAGTACTACAGCATCTA AAACTGAAGCCAAGCACAAATCAGAACATGTACTTCATAGTTTTATCTTGAGGATATTGA AACTTCTGCCCTTATTCTACAATCTATATTCTCCCATATCTCACTGCAAACGGCAAATAA AACTTTACCTGGAAATCAGAAATACAACAACACGGGCTCTACTTTTGTTGTTGTTGAACC AATGTATGCACTCCTTCAACAACAAGAACTACTGGCTTCCAGTAAATATTTTCAAAAGAA ACTGTTCTGGGGGTTCAAAGGCAAACAGGAAACTCTCACTTATTGCAATTGTCTCAATAT AGTTTAATTAAGCCGAAATACAATTCTGCGGCTCTTTGGCAGCCATTCAGCTCAAATTTC TTAATTGAGTGCCATCCACCAATTATGTATTTTAAGTACACTTGTGGACATAACAATATA CCTCTAGGCTCATTTGTACTTATCGGATCGAACATATAAAGAAACAACAGAATGGAAAGT CTAGTTTAAGAAATACTTACGAGCACCAGTGCCAGTGCAGGGGAAGCAGGGCTGAGTGTT CTCTCTTTTTGCCTACAAAATGTACATTCTTTAACTATGAAAACGGAGATATATATCGCA GGAATTGTCAAGCAATAAAATGACCAGGAAAACAGAGTTATATATCAAACATAGTTAATT TTAAAATATCAAATTAATCTTATATACTTTAGCTTAGAAAATTAGTCAAACGACTCTCGA GAAATGAAATGTAACAAAAACTGTAGTTGTACCAAGCAACTGAGCTCTGCAGAACCCGTA AGTAGCATCCCGGATAATCAAGAAAGGTACAAAAAAGAGCATATTTCATAAAATTAAATC TTAAAACTTACAGCATTATCAATTTGGGTCTCATAAAAAACTGGAATTCCAACTCCAATA GCAACACTGAGCACCCCAACTGTAATTGCTATCACCTGCCAAGTACATCACAATTTCCCC AAAAATAAAAAAAAAATAAAAAAAACCCATATGAGATCAACTGAAATTAAACAATAATCA TGGAGAAAAACACAAAAAGAGAACTTGAGAAAGAAAAGAACCGTGTTTTGATCAAGATCC ACAGCTTTAATACATGGGTACGAATTTCGCCTACGACATGTTTGATGAAATTTCTGAGTG AAAAAAGAAGAAGAAAGAGTAGGAAGCTTAAGAGGTGAGCTGATAAATGGAGACTTAAAG CGGGAAAGTGAAGGTGCTGTTAACATTTCCTCCCTTTTCTTTCAATGTTTAGTTTAGCTA TGGATTTTGCTATCATCAGAATCAGAAAAACAAGAAATTCTGAAACTGACACCAACTGTT GTTAGCTATCCATTGTTAAGCCTTTGGATTGTGTGGGGACACATTTCATATTTACCAGTC ACTTCATTGTGTTTTTTTTAAATATATATATATATATATATATAAAATCTAAATGGTAAC TCAAAAAAAAATATTCGTCTAAAATTATCCCCTCTATCGTTCATTTTGTATGTTTGATGT AATAATTTTGTATAGTTCTTTTTATATATAGGTAAATAAATGTCTAAGCCTATATGCAAC TTGATTACTCTATTCATTATCATATACTTAGTAAAGTTCAATATATGTGAATTTTAATCC TTCGTGATTTTAACCTACTTTACTAATGATAGGCGATTACAACACTTGTTTATTTATATA AAAAAATCTTCAACTTTCAGTGCGATTTTAACTCATTGAAACAATATTTGGGATGCAACT CTTGTGACTTATCATTTCTGAAATTATGTATTTGTTGGTACTGACGCTATTTTAATTATT TACGATTAATACGTATATGCTAATTAGGTGGTTTGCACTGGCCACTTTTAACCATAGGCA GATCAGCGTATATCTGCAAACATATCTACATATATTTCAAGAAAAATGAAAACCAAATTA TATGTTAGAACTGTAAAATGTATGATACAATATATGAGCTAGAATTTGTAACACATTCCA AATGTGAATACATATAGTTTGCATCCAGTTACCGCCTTTCATACAGTAATGGTGATACAT ATAATACATGATTTTGTGAGTTGTGACACATACTCAGATTGATAGTTTATCTTTGTGATT TTACAGACGTGTAAAAACATGAAAGGGAATATACATTAATTGATGAAACCACATCTTGTG ACTCAACTGACGAGTTCCTTAACCTCGTTGAGCTTCATACCTTTGCCACAAATTCTGATT GTATGGTTTGTCTGGCTCATATTCGTCTTCTCCCTGGAGCTCATGTTGCACTACTTTGGT CCGCTAGTTTTTGAAGGGCCACATCTCTCCACCATAGCATCGTACAGTTGCCTCCCGTTC TATTTATGAAATTTAATCAGACTAAACCTCACATGTAAAGCAAAAGATACTCATTCTAAG TTTAAAAACACTTACAAAAATCACTGGGAAAAAGTGTATTTGTCCCTCGGGTTTTGTCTG TTTCTCTTTAAAATAAACCAAAATCGGAAAGTTTGGCCACCATAGCTCCCAGTTCACAAA TGAAGAATATCTGTTCACATCATTTGAATCAGCCATTTGGCAAAACTGACTTAGAGCAAG GATTGCCTTCTACTTACTTCCAGCGGTTCTTTCCACCCACGAAAACATTTTCACCTGACT CCTCGAGTTGCTCCCCAACTTTCACCTCCTGCAACGAAGTTAACATAGCAATTAGAGAGA ACAACTAATATGACAATGCAATGGTATATAAATTGCTTACATCAGATTTATACAAATAAG AATGTAACCACATGCTATACGTACCAGAGCCTCATCATCAAAGACAAATCTCACTCTTGT TGTCTGCAAGCGAAAAACGATGTGAATCAATAAGGAATGCCGGCCTGATAGATGCTAAAT GAATGAACGAGATCAAGGAAATTAAGATAATAAGCAGAATGAACAGATGATCTGTTACTA GATCCGGTGCAATAGAAGAAGCTCCCCGTTATAACTTGGATGTCATGGGGTTCAACTCTT GACAGATGATTCTGAGGTTATTTTCCTTCTTTTTTGGGTTATTGGTCATCCCATCAGCTT ATGTACATCTCAACTTCTCCATCGAGCAGCCTCTTCAACTCAGAAGCACAGGTTGCCAAA AGAAATCCACCAATTTAGAGTTGTGATCTCACAAAAAGTGTAGTTGGGATTCGAACCTAG AATCTCTAAGTTGGCTTGTGAATTACTTTCTTAAGTTTCTTTAGGCAATGTAAGCAAAAC TCTCTCCTACTTATCTTTTATAGGTATAATTCATGCAACACACTAAGGTTGGAAAAGTTC AGTATATATCATTGAATTCCTACCTCACAATTTTTGTTTGCTAAAAGCCACAAACCTTAG ACATGTAAACATGCATCAAGTAAAGGAAAGCATTAATGTCTATGATTCACAAAGCACGGG TGCCTTGTAGATGACTGGATAATTTTTTAATGTTGCCATGAAGGATGAAACCGCTTAAAA CAGAACTAACACAAAATCTCATTCTAATAAGATGACTACAGTGCTCTCCATCTCATTTGT TAAAAAAAAAAAGGTACCTGGAATAACAGGAGTAATCCAAGAAGACCAATAGGAACTGCT GCGGGTAGATTTTCCACATAAAATAAACCACCAGATAACCCTGTTCATACAAAAATGTAA AAAATTAGAACAAAGACACTAGAGAAAAATGAAATGGGGAAGGGACCGAGGGAAATTCTT CAACAAACAACAGCTTGTTTGGATGGTTGTACATATCGTTTCAGAATGTAGTATATTGTA ATGTACTCTGTTGAATTGTTTTGATGAATATAATGTATATATTGTATTGTTTCCTATTGT TTCATAAGACCACCATGTACCAACAATTTGAACAATAAAACTTATAATATTATCAAAAGA AATAGAGTATGAGATAGAGTTATGATTTGGTTTAAAGTAATATGATTATTGAATACAAAA TAAGGGCAAAATGAGAAAGAAAAAAGAAAGAAAGATGATAAGCCCACGTGATCACACCAA ATAAGTTGTTGCATTATATGGAGTTTACATTACGGAGTTAATAATTCGATACAACAAAAT TTAGCGTAGCTTAAGTAACATTACGATACAATACCACAGGTAACAACAATCCAAACAATG TGTTTAACTTCAACTATAAATTTGAAAATGTTGATTAATCAAAGATAAAGAGAATTGAAA GATGCACCTAGAAGGACAATAGGAATTCGGTAATCTGGATCAGGAACAACAGTCTCCTTC TTTATCAGTTTCTTCCGCATCTGCCAAACCACGAACATTAGCCCAAATTCCCAGGAAACT ACAATTAGATACAGTCAAACATCTCTATAACAATCGTCCAACATTTCCCTATAACAGCCT AGTTTTCTTTGAATCAACTTTCATACTATGTTATATTATATGCTCTTTATAAACTGCATC TCACAATCAGGGGCAGAGCTAGGTGGGTTGCTTCTTCACAAACCCTATATTTGTACTAGA AAATTAAGTATACCTCTAATAACAAAACTGATTGACAGCTCCATGACAAATTTAGAACCC CAAACTTCTAATATTGGTTCTGCCTCACTACAGAGGCTTCTCTATATTAGCAATAAGATC ATCTCAAATTCCAAAGGCAAAATTAGATCAAATGAAAAAACAGAAAATAGAGAAATATGA ATTAACTGACCACTGAGGTGATAGTGAGATTGATTTTTTTGAAGTTTTTAGTGAAAAGAG TATGACTATTAATCTCTTTGCCATAGAATGAGCTCTGTAATTTCCTCACAGCCACAGGTC CACCTACTACTTCTCTTTCTGCTTCTGATAAATACAAAACAAAAATTAGTTTACAATACA AGAAAATTTTAAGATAAGCTTAACAAAGTTTAATTTTACAGAAATTTTGCTCAACTGTGC AGAGCAGTAGTGAAGCGGGAAGCAGAGAGAAGAGCGCTCTCCATTGCAGTTTCTCTGAAA TTGAAAAGAGTGAGAGGCTGTAGATGATTTCCCTTAATTTTGTCATTTCCACGCTCTATC CGTTTCGCTCCATTGCAAGCCACTGATATGTCTAAAGCTCAAGGGTAAAAATGTCAACAA ACAAAAATACTCAATGCGGGCTTCGGAAATTGGGTGGAAAATAATTTTTAAAAGAGGAAT TTTCGCATATAGTCACTCAAAATTAGTCTAATTATGCTTTATAATTAGAGTTTGCTAATT ACGATTTGTAACTACATGCTATAGAGAAAGTTGCGAGCGAGAGAGGACAGAGGACAGAGA GTCGGAGAGTGGTGAATTGTATATGTGTATAATTAGATAATTGTATATTATACATATGTG TTTGTATATTTTAGCGAGAGAGATTGGGAAAGGGAGGGAAGAGTTGCGAGCGAGAGAGGA CAGAGGACAGAGAGTCGGAGAGTGATATATTGTATATGTATATCAATTAGATAATTGTAT ATTATACATATGTGTTTGTATATTCTAGCGAGAGAGATTGGGAAAGGAAGGAGAGAGGCG AGCGAGATTGGAAGAAGGAGAATAATTTGTACAATTTGCAGGTACGTTTATGTAATTCAT ATATTTTTATAAAATTGAGTAATATAAAGTCTGAAATTATACAAATATAGTAAAACTTGA AATAATGAATTGATACAAACATAAACATATGAACTTTAAACTGTTATACAAATTGCATTA TACAAAATTCAAAAATCACACGTTTATACAAACTTTAAAAAGTTATACACAACAAAAATG AAGGTATATGATGAAAAAACTGTAAAACCAAAGGAAATCAACGTCGTATACAAATATAAA CAATCGTATACAAATACAAATCAAAGAAAGAAAGTCAATCAACGTAATTTATGTATAATG TTAGTCGCAAGTGATAATTATAACAAACTATGTATGTGACGAGTAATTAACTAATATAAA TTTGTTTAACCGCATAATTTTCTCTTTTAAAAATAATTAAAACGGAGTTAGCAACCTACT GGCTTACTGGGTATGCATCGTTTGGTATAAATGATGAATTCTTGTCTAGTGTCCGATACT TATATTAAAGCGCGAGCCTAGAGCCTTTTAAACGTGTCTGCCTTTCTTTGTACTCGTTCA ACTTTTTTAAATAGTAACCACTCTCACCCGGGCCTTTGTCGTTGGAGCAAAAGCAATAGG CCCAGCTCCACCATGGGTTTTATGTTTTGATGTGCCATTGCTTTTAGATTTGTAGGCTAT ATAGCTATCGAGCAGAGTAATTACGTTAATATAACAAAAAAATTAAATGAACATTTTATT TTATTTATACATATGACTGAAAATTCACAATGCACCAAAAGAATAGGAGAATGGGGACAG AATAATTGTTCGTAAAAGCAAAATAAGAATAAAAAAGATGATTTCTTCGTTCTTAACTAT AATTCTTATATTTAATTTTTTTAATATAAAAAGATTTTGTTGGTGAACATATTTATCTTA AAGTATGATTTTTTGTTAGTATACATCTAAATTAGATAAAAAAATTTATAAATATCGAAT ATCTAACGAAAACGATAAAAGTAAAATAAAAATGGATCAAGAGTGTGAGGGTGACAGGCC AACAAAGTGCCTATCATTGCAAAGCATGTGATGGTGTGACCATCCCTTTTATGATCTTCA TATTAGTAAGGTCTTTAAATAAAGGTAAGGAAGAAAGCTTTTCGAACAATTTCGTTATGC AAGTGATGATAAATTTTTGAAGAGTGTGAGTAATATGTATTATTTAAAACTTATACATAT AATTTTGACTAACTTCTCAAAATTATTCTATGTGAATTTTTAAAGTAGTTCTATTCATGT TCTTTTTTCCTAAAATAATTTTTTTTAGAAAAATAAGACTATTTTGTATACATTTTTTAT TACATCTTTAAAGTTTTCAACTAAAATTTCATTCTATATAATTAAAAAAAAAAAAAAAGT ACATGAAATCACATGATTGTAGAATGCCATATATAGCCGTTGTGTGAGTGTGACACATAT AAAAGTTGTTCAATGAACCCCAAATGTCGAGGGACACCTTTTTCAACCATACATTAATAT AATATTATATTTTATCATAAAATTATCTCTATTTATAATGTACTTTAATATATTTAATTT AGGAGATACATTATTATTATAGGTTTTGAAACAAACCTAAATTCATCACGTTAGACAATT AAAATAATTAAACAAGTGATATGGTTGTAGGACACACAAAAATCAATGGCTTTATTGATA TAATGTTTATCAAAAATTATTTATTTAATAAAATTTGAGTACACATTATTTTCTTGTATT CGACGTATAAAATTACATTTGAAAGGTAAAAAGAAAGGTTTTGCATGAGGAATTGTGTCA GTAAAGAGTGTAATTGAAGTATTATTTCCTATCAATTTAAGAATATTCTTTATTTATTTT TTCTTTTTTTGTGATACACATACATTTCTCTTTTGAGAGGGTTAAATAATATACTTTGCA TTTTGTATACTTATCCATTAGTTCTTATTTTTTTCATTATACTTTGCACATTATCCACTT ATCCCAATTCCATTTCTCCAATCCATCTTGGGGCCCATATACTAGCAAAAATAAAAATAA AATTCCTAGTAATTGTGAGCTAAAATTTAACAAAATCCTAAAATATTGTAGTTATGTCCT TTTGTGAAATATTCACAAAAATACTTGAGTTTCAAAATTTAAACTTTAAAGAAAATATTT AATTTTCATTTGGAGTAACTTCTCATTTTTTTCTTGTAAAGATTGAGAAATAATCCTTTG ATATTTTGACGAAATATATATAATTTGTGCGAAAAGTAAAAATTTAACTAATTAGTTATG AGCTAAAAAGAAATAAAACTCATAAATATTACCGTCCATCCTTTTTGAAATATTTATAAA AAATAATTTTAGTATTTAATCTTAAAAAATTATTAAGTTACGAATTTAATAGTATCATCA TTTAAAATTTTATATTTTTTACTATAAATTTAAAAATATCACGCACTTTAATTTCTGAAG TAAAACTCATATTCAAATACGAATTTCATCTTAAGCATACCTCTCATTTTATAAAAACTA AGAAAATATTGAAGAAATACAAACGATTTTTTTTTTTTAAATAACTTTTTACTAAAAACG TTTGTGTTTAGGAACTAAAATAAAAATGAAAATTCATTTTAAATGCCCATCCGTATAATT TTAAACTCAATAAATGGTTTGAGAAAATCCAAAACGACACAATCTACCACCCCCGTAAAT CTCTTTCACACACCTCTTCTCGCCAACATCGCAACGGTTCGCCGGAGAACTGCGGTGGTG CCACCAACTTCTAAAAAACTGTTTACTTGCCCGCTTTGCTCTAACTAACGGCCAATTCGC CGGATTTTCTAGTCAGTTCGCCGGTGTTTGCTTTGGATTGATCAGCAAAAGGTACTGATC GGTTTGTCACAGATGTTTGTGCTCTTGTTCTGTTTGTAATTTACTATTGAACTTAATTTA TTTTTGATTTTATCAGTTTTTGGATCTTATATTTTGTCTTTTATGTTTTTAGATACTTCT GAAGATATACTATTTGTTTGACATTGTTTTAGTTTCAACTTTTTAGGGATTTTTTTTAGT CTTGCTATAAACAATGAGTGATAAAGCAGATGGGAAGAAAAAGATGAAATTGTTTTAGTG TTTTGCTGCATTTTAAAGTCATTTGCAATTTTGATATTCATTTTTATACAACAAAATTGT GAGCTGAGTTTCTATGTAAACAACCACTTTTAAGGAAGGAGTAAAGTTTGCATACATCCG ATTTTCAACAGACTCCACTTGTGAGATTACACTGTGTGTGTTGTTGTTGTATCAACTCAA ATTGTAAGTTAAATGGATAGCTATATGAAGTAATCTATATCCATTTGGTTTCATTTGTAC TCGGTTCCGTTTCAATCATCCTTAAATTAGTTCCCCTGATGCATTATCTCCCAAGTTGTG TTGATTGTAGAGCTTGGTTTAATTAGTGTTATCTTTTTTGTGTCAGGAATTCAAGATGAT TGGATCTTTTATCACCAGAGTGCTTGTGTAAATTTCGAACTACCCTTATACAAATTATAT AGAGTAGTTAATCGTGGATTTTCTATTTCTTGAGTTTCTAAAGCTTTGATCTTTGGTGTT CTTCATGTAGGATGGTTTTTGGTTATGCTTATCCAGCTTATGAATGCTTCAAAACTGTGG AGATGAACAAACCAGATATTCAGCAACTCCGCTTTTGGTGCCAATATTGGTATGTTGCTA CATTTTGTTAGACCTCGATGTATCTTATTGTGGATCTCCGTTCTAACTACCTCATTCCTC CAATTTTCAGGATCTTAGTTGCTATGTTGACAGTTTGTGAGAGGTTCGGTGATGCTTTTA TTTCATGGTAATCATAACGAACTTGTTTGTTCAGATCGTATTTTTTGATTACTCCAACTT GTTATATTTTGAAATATTCATGTTGATGTTAACTTTCTCTTATTTGTGTGATACTTTTTC TTTTCAAGGGTTCCAATGTACAGTGAAGCTAAGCTGGCATTCGTCATTTACTTGTGGTGC CCCAAAACTAAGGTATGCAAATATTGAAAAACAAATATTCTGTCTTTGATCGGCTTCAGT TTCATATTAATCTAATTAGTTCATCATCTTATCATAAAATTACTGCAGGGAACTACATAC GTCTATGATGCCTTTTTTAAACCTGTGATATTAAGGCATGAACCTGAGATTGATAAAAGT TTGTTGGAGTTGAGGACCAGAGCAGGAGATATGTTCTTTTTATACTGGCAGAAAGCTGCT AGCTATGGCCAGACGAGGGTTTTCGACATTTTGCAGTACATTGCTTCGCAGTCAAATCCA CCTCCCCCCACTCAGGTTGTCGTTAAGATGTGTTTCAGAGTTTATATGCAAGCTCAATTA TTTTCAGCATTTCAAACATGCTCTTTACTAAATGATAGTCTTAGCTGTTTGAAATTTGAA GATCGTATTAATTTTAGAATTTGCATGCTTTTGAATCCATACAGCTGTGTTGCAATGCAA CTCCACAAAGTCCTTCTCTAATTGTCCGTGCTGATTTGAAGGTTAAGGAGTGATTATTCA TAAGAGTCTTAATATATAACACATGCTTGTGAAGCCTTGGGGTTTACTAGATAGGTTGAA TCTTTTCAGACTTAGAAATGGGGAGGTTGGGGGTTCAGTGTAGGTGATAGCCAGACTACA GATAATGAACTGTTGCATTGCTGAGTGGATTTGTTTGTGTTTGTCATTCTAAGTTGGATT CGCTATTTAACTTTCCGGCCGGGAAAGTTAATTTTAGCTGTACGTTGGAATATGGGGTTA GAATCTAAGGGGAAACTTTGTTGCTGGGTGACCTGTGTATTTTTCATGAGGTGTATTGTT GACTGCATGACTTCCCCACCCAGAGTTATCTGTACAAAATTGCATACACATGTTTTATGT GGCTTCAGTGTTTTTTTGGCTATAAGACAATCCACCATACATGTTTTTTTTACTCTCATA ATTATAGACACGAATAATTCCCATTTCCGTTTTACTTTATCAAAAAGAGAAAATATCAAT GACAATAATAACAATAGACAAGAACTAACCTAACTAATCAAGTACAAGAGTTCTCTGTGT TTAACATAATATTTTCAGTAATGTAGCCCCTATTGTAAATTTCTTACAACACTTGTTCTG AGATTAATACAATACTTTTAACAATTTAAAAAAAAAAAGAATCTTCGATGTTCAATTGGT AGTCTAATGATTAGCTGTAAGATTGTGAGTGCTGAATTTGATCCCAGTTTTAAATATCAA TTTGAGCTGTCTTTCAAAATTGCAGACACACAGGCAAAGCAGTAGAGGTCGTCAACCCAC AGCATCACTAAATCGCAGGTCATCTGCTTCAGCAACACAAGTACAGGCTGAAGAACAAGC ACCCCGTGCTTCTTCTGAATCTTCAAGCGAGGATGAAGCAGATTCAGCAGAAGAGGCAGG ATCCTCCAAAGGTCCTCCACCTGCTTCCACTGCCGCTGCAAATGCACAAAAAACAACTCC CTCCAAATCACTGGTTTCAACTGTAGCTGCTTCTCTGAACACACAAAAAGCATCTCCCTC CAAATCCCTTGCTGAAATCACAAAACCTTCCACGTCTGTTGAAACTCGAGTGGTGCAGAT TGATTCTGTGCCTCCCTCAGCCACTGAAAGTGTTAACCCTCCTGCTGAGACAGCCTTGGA GGAAGCAGTCCGAGTAACACGCGCCAGATCAAGAAAGACAAGGACCTCAAACAACCCTTG ATTTATGTCATCAAGTACTTAACCCCCCATGGTAATTTGAATATGTAGTTTATATACATC GGAAAAAGGATTGGTTCTTCAATGTACATCTGGCATATCTTAGTTCATTCATTACTGTTG TCCATGATTTTTTAGCATGGCTCGAAAAGTATAAGGGTCGTCGAGTGTGTAGGATTGCCA GATGCAATTACCATTCATTATTAAATATCCAAATTATAGTACTTACGTTTGTGTGAAGGT GGGAAAATGATCATGAATCTATGAAGTTAAGAGTTATCTTAGAGGATCACTGTACATACA TATAAACATCTGGTTCTTGAGATGGCTTGGTTGATGTACTGAATGGTAATTGGAATGGGA CTGGGCTTCTATAATTGTATCTCTTCTAATAAACTTTTGAATAATTTGATTTTGGGTTAA TTGATTTGGATATTTCAAATTCTAGGTTTTGACTTTTGAGCCTTTTTTAGTCCGGTCACT ACAATTAATTACCTCAATATAATAGTTTGGTCCTTAACAACGATTGAGGCCGACCTATCG CCCGTGATTTTATATTGAACTTAATATGGTTTAAAGGATATTAATCTATTAAACTTTTGG AAATAATACTCATTGGACTTTTATGAATTTGACTTATTGGCACTTGAAACACAACTGAAA CCGATCCAAATTACATAAATTGTAGAATCAAAATACAAAGTCCAATCCATAATCCAAACC AAAAATACAAAAGGTTTGAATTTCAATTTGACCCCAACTCTGTCCACTCCTACTTGCTAC TGCACAATAATTTTGCCTCACAACGCCTTTAAATTCCCAAATGCCAATAGGCAAAAGTTA CTTGGAAGGGCATTTGACATAATATCCTTACATTCTAATCTCGTTTACTGAGAACAGAAC AAATGTAAATTTAAACACACTATGAGCCATTCACAGTAACCATATAAAGGCTAGATATTT AAGATTCACAAAATTGTCTAAATTTCACAGTTCACTTCAATATTACCCAGAATCATTCAA TGTTTAACATAAGCTGCCGGCAAGCAACAATAATAGAACAGCCAACAGAACTTTTCCAAT GAAGTCATATCTAAGGCTAGTCCCAATTCCCAGCATTGGTTAATCATAAGACTGATATTC CTGTGAACCATATAGTTGTACGCAAAAGTTGTAGGAGTTTCCCTGAAACCAGTTGTTTCT TACTATAATCTGGCTAGAGATATGTAAAGCTTTTTAGCTTCAAAAGATATTTACATGTTT ATAAGAAGCCTTATTTCTGTATATCTTCTGGTATCCATATATGGAGTTTGTAACCAGGCT CAATTTTAAAGATTATTCAATGCCCCACAGAGCAGTTGCGCTAACCGCCTCCTCCGAGCG CAACCAGTAATCATCATCTATCTGCAGTTTAGGGGAAGAACATGTTGTGGATTATAATCA GTGTTTTCATATGAATTCACTACTATAGAATAACTATTGTTACAAGAATTGACGGCTTAT TAATTGGATTACTTTGCCGGTTAATATTAAAAAAGGGATAGCCCATTGCTTCGAATTACT TAGTCACTTCAAAACAACAAGGCTGATGGTGTTTAACCATACTGATTCACATGCATTTTA ACTTATGCAATAGAGGAAGAGATACCAATAAATTCGAAAGGGAAAGAGAGGGGTTCAGTC ATATACTTACACTGTTATGAGAAGGTACTATTTTATGGACACCCGAGAGCTTTGAGTCTG TTGAATCTAAAGAGCAAGGATGTGCTGGGGATGGGTAAGCATCATCCATCTTTTTTGCAG CAGACACTGAATCCATGGACTTGTCATGTTTGATGGTTATGTCCTCATGCTGCCTACCCT GTTTGCTGCATTTGTTGATAATTATGTTAGTTAATTGGGCCTTGAAGTTTCTTTCTTTAT TTTTTTTGCTTGTACAGTAAAATATCACTTTCTTTTTAGGGGAGACTACTACTACACAAA GAGAATTAGTGAACCAGCCAAGCTATACATACACCCATATGTTACAAAAGGAGAGAAGCT AGTCATGTAGTGGAGATACCTCAAGAGAAACAAATCTATCGGCCCTGTTGTGCTTCTAAG AATAAGCTTATACTGCCTCTCCAAATCAACATCCTATTAACAAAAATAAGGGATCAGAGT CTAGCATATTATATGTATTATCATATTGCCAAAGACCACGGTTACTCACCTCACATGGAT CAGGAACTTCAATAGAACTAGCATATGGAGCTTTTATAGCAATGAGAGTTTTATCCTGTG ATATACGCCACAAACATTATAGAGAACTGAAACAGCATCATGAATAACATATGTAAGATG GGTGTTACATACCCTGAAATAAGGCAAGTTTCTGATATCTTCCTCAGTCAGAAAGAGGCT CCTGAAGAGTCGAACCAGATGATTTTAAGAAACTGATCACATTTTCAGAATAGAAAGAAT TGCATCAGGAGAAAAAAAGGCATACTTCTGACAATTCATATCAGATTCCAGGTTCCTTAT TTGCTCTAGTTTTTCCCTGTATTGAAAAACGTTTCACATTCATAAAGTAAGAAAACTCAG AAACATGTCCCTCATTGATGACAAGTTGTTATCAAACCTTATGCAGCTATCAAGTCGGTG ATCCTCTGCACTTAGATATCCAATTTGTCCCTGTCATTTAATTGGAAAGCAAGGTTCAGT TAAGAATCAGAATGAGCGAAAATACAAAACACCTTCCTTATTACATTAAAAAAAATTATT ACTAGTAGATAGGTGCAAGCAAATATTTCTACTTCAGTCGTGTCTTTTAAGAGATTCATT GAGGCATATTATTACCTTGTTTGCTTCATAGCTCTAACTCAAGCTTCATAAATTACATGC TTTTGTTTATACAACAGCTATAAAATGAAGCAATTAGGGGTGGCAAAAATTTGTTTAAGA AAATATGAAAACTATTACAAACAAAATGCAAAATTTATATTTAAAAAAGAAAAACTAGCT ATTTTTGAACAAAAATATATTAGAACTTTGAATTAAACTACTCAAATATTTGTCTTAACG AATAAAGTTTTTGAAACAATATTCAATGCAATATTGCAAACACATGACTGACGATTTATT AGCTTGAATTAATTCTTACTACTGTGTGAAATCAAAGCATATGGACTTTAAACAATAGTA CACAGAAAACTAGAAAAACTTGATTTTAACCATTATTTTCTTAAGACATTCTTAGAAGAA CTTTATAATCACCTTCAGTGTAGATACTTGGTTATCCAGCCCTTGAGATTTTGTTGACTG GAACCCTCTGTTAAAGATAAATTTGGATCATCAACATGTAAGATTTAAAAAAAACAGAAC CAAATCCACAAGTGTATTACTTCCAACGTATACGACTCTTTGTAGTTTTCTCAATTAATC CAATTCCCTCGAGTACATTTGTGATATCATAAATTCTCCTCTTTGCCACCTGGGAAACAA TTATTCAAATAAATTTAGCATCAAATATGAAACAAAAGAAGCTAAATAAAATAAAGAACA CAGTATTCTTTTACTAATTTTATACATTCATATTCATGAAACCTTAATAATAAGGTATAA CTTCTACACACTACAATACAAGGGAAAAGCTAACCTCCAAAACCTCTGCAGAATGGTTCA AATCAAGGGTTCCATCATCAGCCTCTTGAAGCAAACCAATAAATTTCTTAGTCAACAAGC CTGCCAAAAAATGATATATTTATTAATCAATATCTCAAACATCCGCAAGAGCACAATCAT CTTGTTCAGGTAAATTACATTTACTCGAAATAACGTACCTAAAGAGTTATCATATCGATA AGTGACACCTAAATTCAGGTTATCAAGTAGATCTGTTTTAACAGAAAAAGAAAGAAATTG AATTATTAATAAATTTGAACTCCAAATCAATATATATATAGTAATATACCGACTCAATTT TGTACCTGCATTTATTCCTTTGGTAGCTTCAATGGTATCTCTAGAAGACTTCCTTTTACT AGGTTGTTTAGTACGTGCACTAGGAGCTTGTTCAACGGGAGAATAGTTGGATGCAAGACT TCTCTGACTAACTCCAGATCCACAATTGTATTCCTTGGACTTTTCAATTTCATTATTCTG CTTCAAGACATGAGAAAAATCCATTAGTATAAACATATATAGGTCATTGTATGATCTCCT AGGAGATAACGTTTATGAGCAGAATGTGTACAATCACCAGAAAAGTTCTAAGAAATTTTC ATTCTACAAAATTAAACGACAATAACTTAGTATGAATGGTGAATTCAACTATTCAAATAC ACACAATTAATGGAGTACTTTATAAGATTGATGCCTAAATAACACAATAAAGGTAGTATC TCTATCGTTAGCAAGAGACCAGAAGAAACTTCCCCACTTCCGCCCAAAAACGTGATTTCA GTATTATTTTCTACTGTTTTGCATATCGTTAACAGAAATCACGTATTTTACAATAGGAGA AAAAGCAATGATAATGTAATACTACTTACCGTGACAAAAACGAATGTGGAAGAGGCAATT AAGTGTAAGCATAGGAAGATAAGTAAAGAAAGAAAGGAGAAGCCTTCTTCTCATCTTTCT AAGCTTGGATAACAGATTTACTCTAAATTTATGTTGATTGAGACAATGGTTGAAGAGAAA TGTACCACGTCAGTGAGGGATGAGATTCCCGGACTCTAAGGCTTGGACAATCTTCCATTC TTTGAGATTACTCATCGGAGCAAATGAAATGTAGAATGGCAATTGAGTCCAAACATCAGG ACATAAAGTTAAAAAAAGGGACAAAGACTTTCTCATACATCAAAACTTGGATTGACAGAG TTACCACATATACGTGTTGAGCTAGCTTTTACGAAACCCGCAATTCAAAAATGGGATAAA AGGGATGAAAACACAATACTACTCAGTAGAGCAAAAAGGAATGTAGAATAGGCAAGTAAG TGTAAGCATTGGGAGAGAAAGTAGAAGTAAAAGGAGATAATTTTTTTCCTTATACATTTA AACCTGGATTGACAGAGTTACTACGTATTTGTGTTGATTGAGATAACAGATACACAACAA ATAAACTGAGGTATGCACAATAGTACTAAATAATATGGAAATCATGTAATTTAGTCATAG GAGAAAGCGATGAAAACACAATACCATTAACCGGAGAAAAAAGGAATACAGAAGAGGCAA TTAAGTGTAAGCATTGAGAATTTGGGAGATAAGTTATAAAAAGAAAAGGAGATCGGTGTA GGATGAGATCCCTGAACTCCTTATAAGGCTTGGGGAGTCCTCCCATAGAGCTTTTACAGA AATCACTTAATTTAAAAATAGGATAAAGGCATGAAAACCCAATACTACTTACCGGAGCAA AAAAAATGTGTAGAAAAGGCAATTAAGTGTAAGCATAAGATAAGGAAGGAGAAGCCTTCT CAACTTCCTCATCGAGATAACATATACACAAGAAATTAACTGAGATGTGCACAACAATAC AAAATAGTATGGAAATCACGTAATAGGAGGAAGCGATGAAAACACAATACTTTTAACTGG AGAAAAGGGAATGTATACGAGGCAATTAAATGCAAGCATTGGGAGATGAAGTTTTGTTTT ACAAAAAGTAGAAAGCCTCAATGTACCCCATCGGGGAAGGATGAGATTCCTGAACTCCTT TTAGGGCTTGCGGAATCCTCCTCCCTTTGAGCTAACTTTTACGGAAATCATTTCATTTAA AATAGGAGAAAAGAAAAGCTAAAAACGCAAAGAAGAAGAAGAAAGCCTCAGTGTACCACA TCGGTAAAGGGTGAGATTTATGAAATCCTTACAAGGCTTGAGGAATCCCTATCCCTTTAA GAAAAGGAATATAGAATCGATAACGCATGAGATTCTTGAACTCCTTATAAGGCTTGTGGA ATCATTGTCCCTTTGAGAAAAGGAAGGTAGAATAGGCAATTAATTTTAAGCATTGGGAGA TAAAGTTTAAACAAAAGGAGAAAGCATCAGTGTACCACATCGATGATGAAAAATGAGATG CCTGAACTCCTTATAAGGCTTGTTGAATCCTCGTGGCAATTAAATCCAAGCATTGGGATG AAGTTTAAGAAAAAAGAAGAAATCCTCAGTGTACCACATCGATGAAAGATGAAAGATGAA ATTCTTGAACTCCTTGTAAGGCTCGGGCCTCTCTTTGAGCTAACTTTTATGGAAATCACT TTATTTAAAAACAGGAGAAAAGGTGAAAGGAAGGTAGAATAGGCAATCAAGTGCAAGCAT GGAAGAGACAAAGTTTAACTTGGATTGAGTGACTGACAGAGTTACTATGTATCTATGTTC ATCAAGATGAGGATGACGTTCTTGAACTCCTTATGAGGCTTGGGCGTCCTCTCTTCGAGC TAATTTTTATGTAAAATCAATTGATTTAAAAAATAGGAGAAAAGGCAAAAGGAAGGTTGA ATAGGCAATAAAGTGCAAGCATTGGGAGAGATACAGTTTAACTTGGATTGACAGAGTTAC TAAGTATCTGTGTTGATCAAGATCACAGATACACAACAAAGAAATAAAAGAATCAATTAA GATTGGATTCACTTAGCTACTCCGAATCTGTGCTGCTCGAGGTAACAGATGCACAAGAAC TTAACTGATATGTACACAACGGTAAGGAAATCAGGTAAAAGCTTTTTTCTCATATATCTA AACTTGGATTGACAGTTAATCTGTGTCTGTGTTGATAGAAATACAGATACACAATACTAC TCATCGGAGCAAAAAGAAATGTAGAACAGCAAGCATTGGCAGATAAAGTAAGAAAAATTA AAGCAGAAAACCTTTTTCCTCATATATCTAAACTTGGATTGACAGAGTTAATCCGTAACT GCTTTGATCGAGATAACAGATACACAACAAATTAACTAATATAAGCACAAACGTACAGAA ATCAGGTAAAAGCTTTTTTCTCAAATACATAAACTTGAATTCACAGAGTTAATCCGTATC GACATTGATCAATACTACTCATAGGAACAAAAAGGAATGTAGAACAGCAAGCATTGGTAG ATAAAGTAATAAAATTAAAGCAGAAAAGCCGTTTACTCATATATCTAAACTTAGATTGTC CGAATAACTCTGTATCTACACTGATCGATAAAGATAAACAATTCTCAATTATTTTTTTTT TAAAAAAAAAAAACTTAGATGCGGACAACAGTACAAAAACCGTACGGAAATCACGTAATT TTAAAACAGCATCAATCCGCAATTCAACTCACCGGATTAAAACCAAATGTAGCAGATGCC TGAGGATTTCCGGTCAGAGATTCCGAGCAAAGATTGGAGAGAATACGGGGATGGCTCCGG TAAGGTGTTACAGCAATGGCGGTAGGAGTAGGAGAAGGCGATGATCTTAGATGAAGTGGT GTTGCTAGTGATAAGTTGAGATCGACGTTTTCACCGGCGGTAGTAGACATAATTGAGGAA GCAAAAGATTATCAATGGCGGAAAAAAAGAAAAAAGAGGGCTTCAAAACAGCGGGAATGA ATAGGTGGTAAACTGTGAGGAGGCGCTGAGTTTCGGATTCGAATAAACAAGGGCCCGCTT ACGCGCCTACCTTTTATCAATATTTTCGGAAATTTATGTGAGCCCAGGGCCCATATCTCT CTGTAAACCTCATATTAATTGGGTGAATATAACAATAATAAACGAAGCTAGATCTTAGGG ATCTTACCAGTTTTAGCTTACACTATATTTTCTCCTCTTGTTAATTTTACTTGTAAATTA CTATAGGTTAAAGTTATTTTTGACATTTTAGAGATCAAAGATAAGAATTTTACTTACTAG GTTTACTGTTAGTTGTTACGTTTCATGTTATAAGAGTTAATTTGATTGGTTTTTGAAGCT GAACTGAATTAGATTAGATTAATATTTAGATATTTAAAAATTATACGAAAAATATTATAA GTTAAAATATTTTTTCATTAATATGATGCATGATCAAAATTCATATAATGTAACTCTTAA AAAATAAAAGGTGAAAAAAAGAAAGTAATCAATTTCTGCACTTTAGTTTTTAAGATAATA AATGTGGAGAGAGATTAATCTGGTGAAAGGAGAGTATTAAATTGAGATCCAATAATAAAT TTAGCGATTTAGCGAAATTACCTTTTTAGTTAGTGATATTTAAAAAGAAAGTGTGATAGG TAAAACATAATAAGTAAAATGAATTGGCGGGAGTATATAAAAAGCGTAGAATGTAACTAT AAGTGTAGTCAATGTTAATGGTATGATAATCGGTAATTATTTGGTATAAATATTTGTATT GAATTATAGTTATTATTTTTTTGAATTATAATCTTTATTCGACTTTTTTTAAAATATAAC AATTTATAAATATTCGCATTCAATTAAATTGTATCATTTAAATTGAAACGAAACCGTAAT AAACTTGTCCACTCCTCCAAGGGTGTGACATGAGTCATGACAAGTGTGTTGATAAACCGA CACTCCATGGATTTTTTTGAATTTCAAAAGTTTGTGTTTTAAAATCTAGGCGGCACTCCG CACAATCTGCTCATCATGTCAACTTGCTACTCCAAATTCGTTTGTTTTAGCTGCATAAAA ATAATAATTTTAAAATATTTTATAGAGTTATTCTATTCTATATTTGATAATGAGTATTAT TTAGTTTAGAAATTATTTTGTTCCATCTTTTTATATAAAAAAAATGATAAAATAAGTTAT TTTATATATAAGGTGAATAAAATAATTTCATAAAATATCTCAAATCATGAAATATCTTTA TCTATCCTATCCCGTGGAGGCCCAATCGAATGATGCATCCCAAATAAGTCGTGTGCAAAA TGTGTAAAGATTATTTACAATTTTTTATATTAGATTTCTTATGTCCTATAAAATTTTGAA TTCGAGACCTGAATATGAAAAAGTCGTTTGATAGATAGTAGTACCCAAATGGAGGCGGGG GGACATAAATAATAATGATTCATATAGCTAGCCTCAATATGTTTGGAGTTGAAGAATAAT TGTTAATGTTGTATTACATATTTTATATTTCTTCAACAAAACAGACTTCAATTGCTTGAT CCAAGAAAGACAACAATATAATTCTACAATTTACCACTTAATCTTCAAATACTTTATAAA GTAAGAGGAAAAAGACCCTTTAGTCTTTTGATTTAGAAGAATTGCTCATACAAAAGCAAG CATACATCAATCAATGAATAAAAGTACAACATGAGTAACCTTGTTTCTGCCCCAGAAAAG AGACAAGATAATCCCTACATCTATTCTAACAGGGAATATTCTCGAAAGACGAAAATGGTA TCGTCAAGCGACATGTACAACCAAGCAGAGTGAGATGCCAAAAAAATTTATCCTAGTTAG AGCTGGTAAGGGAGTCACTGCTCGATATTTTCGTGCCACTTAGTATATAACCACCAAACG CGCTCATCTGCATATGTGGATGGGTTCTTGATGGGAGTACCTGCATGTTTTCAAGTATTT CAGGCACAATTAACAAGCTATAGCAAACATAGGCAGATCTAGAGGCAGGTTCAACTGAAC ACATTGTTTTTGGTTCGATCCACAAATAAACATGCAAGTTTTTGTGTGTGTATTAGACTC AGTTTAAACCTATTGACTTTAGATCCTAAATTCTGATCACAAGTACAGAAAAAGAAGTTG TCAGTAAAAAAAAAAAAAGTGTACACATGTCAAACTACTTCAAGTGGAGCTATAGTTAAA TTTCTATTATCTGCTTGACAGAATCTCCCTGGAGAATGCAAATAAATATAAAGTTAAGTA ATCATGTAAGTGGTCAGATCCCCTTTTCGGGGTCGTTTCGGTTTAGTTAAAACAAACCTG ATATTCACGTAGCCAAGGTTCAGAAATTTGTAATCCAATCGCCATTTTCTCAATCTGCAG GTTGTGCATACACGTAGCTAGGGGCTGCAATGAAAACAAAGGATTAGTTTTGTCTTATTT TTCCAACAGAAAGGGAAGGTGATGTGACAAAGAGTGCGCTCCAATTATTGACACAACAGC CCGCCCACCTACCCATCCACACCAGTTTATGGGAGAAAGCAGAGTCTTTTAACAAAAATC TAGCCAAAATATAAGCAGTGACGTGATCCTGTTGCAGGATCTCCTCTCAAATGCTTGCAT CTCTCAAATGGAAAATGAGAATGACCTTCTGAAAATCTATTTTAGTTCTTCGACTTATTT ACTCAGCTTTGGACATTAAAGAGCAGAAAAAAGGATATTGATTTGCTACCACATGCTCAC TACAGGATGCCTAAATCCAATAACATAAGGTTTTACTATTAAAAAATGTTTATCTAAACT TCATCCTTAGAAAATTTTTCTAGACATATAAAGAATGCAGAAGTTGGGCTATTGCATAAG TGAATAAGAAAGGGCTGTGTGTGTGAACAATGAATGAGCAGCCTGGCAGGCTAAGAAACA TTAAATAAGATTGGCAAGCTAAGAACAATACCTGAGCATACTGGTGATAAACAGCAAAAG GAGCTGAAAATGATAAAAGAGGAAGCACTTCTTTAATAATGCCCCATGGGTCCAGTTCCG GAGCAGCAATTATTAGGCTGAAATATTATATTGGAAATGAGATAGAAGGAGAAACATTAT GTGTCAAAGAAAAGAATAAAACCCAGATTAAATTCAAACCTGGAAAAACCGTTTTCTTTC CACGACTTGATGGCCTCGAGGGTTGCTTTCTGACCTGCTTTTATAGATTTAACAGGCTTG ATTATTGGAGAAGAAACTCTCTCAGGTGTTACATCCATGCCACCATCTTCAGCTGGCACA CTAACTTCGTCTAGACCACCAGAATGAGTGACAGGTAAGGTTTCTTCCTGCAGGAACATG TTTTAGAGAGAAGTTTAAAAGTCATCCACGCACGCATTTACAGAAGAAACAATTTACACC AAAAAAGGATCAACTTTTGACATTACAACATGGTTTTACCTGACCCTCAGACACTGAAGC TCCAGTTTGAAATGAATTCAGGTCGGTCAGTGATGCATGCACGATTCTAGATACATACAC AAACAGCAAAGTTTATAGTTAGTACGAATGCAGTAAAACATATTTAGAGTTTAGACAAAA GCTATCCACTGAAATATACAATTTTTTTCTCTGTGCACTAATTGGGTAATTTTTCTATTT CATTGCAAAAGGAAGTGTACCTTTTACAGATTTCATCGCTTAAATTAAACATCCTTGTGA TATCGACAGGATATGGTGATGATCCACGATAAGTATTGCACACATAACCAGTACCTGCTA ATATCATTGTCATGAAAATATTAAAAAGTCATTAACTTAAATAGCAATTAACACTCTTTA ACAATACTATAAGTCTATAACATGTTCGACATGGTTTCACAACTATAAGCATCAGCGCCG TTCACATCATGATGACAAACATACGATCAGTATCAGTAGCAATAATCCACAGACATGATA CAATTTCCCATTAGTATAGGCTGCATGATCAAATTTTATGTGTATAAAGCAATGGTCACA ATTCACAAATATCCCTTGATTTCCTTAATGTAACTACAGTTAAGAACAAATACATACCTC CAAGTCGTTCTGCAATAGCACCAGTAAGAATACCACTGAGCATGTCCACTACAAGTACAT CTGCATTTGCAGTAACATTCCCCAAGGAGAGCAGTAGAGATAGTGCATCCACTCGCATGA ATCTGATGGAATCAAGAGGATATAAAATCAACCCCCATGTAAACCCAGAATCATGCAAAG CAAAATGAATAAGATATGAAACTTTGGGTTATTAGACTACAGTGAGCATCTGAACCACAA AGAAAAATAACATCAAGGAGGATATATCAGATTTCAAGATTTTCTGATGCTAAAATAAGT TATCAATGTCTATCCTTCTTTCCCTCCCATCAAAAAGACAAATCATAACCAGAAACAACA GATGAAGATATTTGATCAAACACAAGAAAAGACCATATTATTACCCGATTTTTTCAGGAT GTTTCTTGAAGTAGGCCTCACAAATGCTGAAAAATGCAAGAGGTATGTTAGAAATTAAAG AAAAGATTGAGGAAGATAACGACTATGGGATTTGCAACTAGAAACCAAATGTAGTATTAC GACTATCTACATCTGACATCACCACTAATAGCTTGGGGATTTCAAGTTCAGAAATTAAAT GCAGAACAATCAATTATATGATTTGAAGAACAATAGTGCTTAGAAGAAATTAATGAAAAA CTACCATTATATGTTTTACTTATCACCTGAATTAAAAAAAGAAAATCATAAAAAGTGAAA CACAATCCACAAGCCCTAAAATGCTTTACTAATCAAAAAGCAATACGAGGACATACTCAT CCACAGAAAAACTGAGTGTTCCACATGAATGAAGTGGTATAATCTAGTTACAACAAATAG ACAGTTACTGGATCATTGCTCAAATAAGAAATACTGCCTTCTTCCACCTGGGGCGAACGT GCAACATTTTGCAGCATATGAAAGTAACTTGTTTAATTTTGATTACATTACCAATCTTAG AGTTTTATTTACTAAGCTATATCAAAGAAATGCAGTGAAAACATTATCCAATCTCGTTCT ACCTTCCCCTTCTCCAAAGATTAAGTTATAAATGAAGGAAAAATCAGGAAGTAGTACGTC TATCTCCAGAATAACTAAAGGAGATTTAAAGACAGGAGTGTACCTTCGTGCAAAGGGGCG CCTCAAAAGTACTCGAGGTGCATATTTCTTCTGTTTCTTAACCCTATACTTATCCTGCAA ACAATGAGAGGTCAGCATATTTTCTCAAAGAAAAACTAATCAACACCAAAAATGCCAAGC TCACTTGTGAAAATAATGTCTTCTTCTCAAAAGTTGCACTGTTTGCAATGAGTGCTTCAA CTATTTCATCCCCTTTTGCTCCCTGCCTGCAACATAGTCAGATTAATACTTCTCTTCAAA ACTGCTAAATGAAAACCTAAGAATCTTGCAGCCTTTTCTTTTGCTTGAGAGAACTCTTTT GTAAACAAAATTTGTTCAAACATATCAGAAGAAATATAATATAGATCTATAGAAATTCTG GATTCAGAAGCCTCCAATTTTTCTGTTAATATATCAATGAAATTTGCCAAAACAGAGTGA AACAGCGGCAGATGATGCATACCACCATCCCAGACTAGTTTGCAGTTCTCAAACCTAGAG GTCGTCTAATTAACTGAAAGTACACATTATCAATATCCACTAAAATAGTATCTTGAAACT GCCTTCGAAAGACTCTTATGCAAGGTTTTCCCACAATTCTTGAAACTGCCCACTAAAATA AATAAACAATACCACATAAAACCATGAACCTCAGACAAACTCACTTTCGCATCTCGTCAA TATCTTCACTAGTGAGACTCTGAGCAGTATTATTATCAACAAGCGCACGGTTGTCTTTAG ATCCATCCACGTCTTTTTCTTCAAGGCCGTTACCTGATAATGAAAATGCACAAAAGTTAC TATAAATTCCACAATTTGTTAAAAAGAGACTAGAACAATAAGAGAAAGTAACACGAGATG TATAAGGGTAGATTGTCTACATCACACTCTGCAGGTGCGGCCCTTCCCCAAACCCAGTGT GACACTCGGGATGCTTTGTGCACCGGGATACCCTTTGAACATGAGATGCATAAGCATATT TAGTTTGGTCTATCTTTGCATACTAGCTTGGTCAAAGAATTATATACTACCTCTACATCC TAGTCTTCTGTCCCGCTTCAACTGGTTCTTAAGCAAGAAATACACTGTAGTGGATAAACC AAGCTAAAAAGAAGACTAGTTCTGGTTTTACTAAAAATGTTTGAATGCGTCATGGAAAAC GAGAGCTCATTCTTTGGCTCTATCCAAAAACAAGGTATTTGCAATGTGGCAGGAAGGTCC ACAAATGCAACCCCTAAAAGCCATTTGCACAGGCAAAAATATCATCAACTGAAGTCTAAG TACCCCATGTAATCTTCCTTGTTATAAAGTTAAAGAGTTATGTTAATCATGCTTGCTCCC TCCAAGTCTAAAAGAGTCTATGATGATTATCCATACAAAGCAATGCATTTTTCTGAGAAA ACCTTGCATTAGAATCTTTCAGATAGATATTATAAGTATATACCATTAAACATAATAGGC TGATTAGCCCTATTATCTGTAATGCTATATAATTACATTACACATAAAATTGTCAGACTG TCACGTGAACTCAAGGGCTCTGAGATGTGAAAAAGAACACTTTCAGAAATGAGGGTAAGG ATGTGTATGATACATCGTGATCGGCACATAGGAAGAGCTTAGTGTATCTGGCTGCCTTTT TTAGTAATTGACTACTTCAAAAACTAAGTACTCCCAGTAAATGACTACCGCCCCAAGTTG AATAAACTTAGTAATAATAACTAATTGAAGAACAGAGAAAACAGTACTCATAGAAGATGA AAAGGCTAAATCAGAAGAATACCTTCTGCATTCTCAACAAAACGAGTCAAAAAGGTTCCT TCTTTTCCCGGCTCCACTTGAAACAGAGACCCGAATGGACAACCTATAAGAGGCTGAAGA GAACACTTCTTATTCCCAATTTTCAATGTCCTGCATGCACAACACAACTTCTCCATCAGT TCAAAAATCCATAATCCAGAACAAAAAACTGCATCTTTATGCACTAAAATCAATCAACTA TATCTCAATTACAAAACTAAATGCAGCAGACAGAAGCAAAAAAAAATCGGATGTAATTAC TTACGAGGCAGCAGTAAGACGAGAAAAAACTAAACGGTCGCCATCATTGATGTCAAGCAA TACATTGCAACCTTCATAAGTTAATCTACTATTATGATTTTGCTTCGAATCCTCATCAAC TGCTTCTTCAATAGACATTTTTGCTGCTAAAAATTCAATCTTTAAGCATTAGATGAAGCA GTAGAGAAGGAAGTTACACTATAAGCTTCAGTTCTCTGTTAGTTTAAACCCTAGAACCCT AAACGATGGGTAATTTACAAAACAGGAACTGTTATTTAAACAAATAAATATTTAGGCACT AAAATGGTAGATTTTTGGGGATTTAAAATTGGGATAATTCATAAAAGGGGAAATTTCAAT TTGCCCCCTAAACTTTAGGTATTTGGTAAAACATCCTCAAATTTTTTTTATAGTAGCAGT ATTACCCCCTGATTTATGAAGGTTGACTTCCAATAGACATCAAGCCCAATGTAAGTCAAT ACTATCATATATTAAGGGTCAACTCAATTTATGTTAGATCTAGACTTATTTCAATCCAAC TTGTATCTAATAATTTTTTATCAAGTAAAATATTAGTATATGCTAAATGAGAATTCATTT ATTTATTATTCACTCAAATTATTGAATTCGATTATTTTTAACATATTAACATGTTGAAAT ATCATAAAATGACAATTTTTCATAATGTATATGCATATATGAGATCACAAAATATCATAT ATTTGTCTGAGAAATTTATGATGATAAAACTTATTTTTATTATATATATATATATATTTG TTATAGGAGTTAAGGGTATTTTTTTGAAATATACATGCACATATAAGCAAATGAATATGA AAACTACATGTTTATAATGATATTAAATCTGTTGATACTTGCAAAAGAATTGGTATTGAA TCTATTATTATTATTATTATTATTATTATTATTATTATCGCTATATGCAATTTAAAATTC TTTTTTTTTTTAAAAAAAATGTTGTTTATACATTGTGTGCTTGAGTGAATTAATTAAGAA TTGTATTTTGTGTGGATGATATGAGAAGTGGAAATGGTGAACATGTCCGCATATTTTGGG ACGACAAGGGAACACCTTCTGCAATATCTTCTCTTAGTGAATGGTTGGCCAAATCAGCAT CTGACTTCTAACCACTCCATTAAGATTCTTTCATTTTTTAATAATTAACTTGATCACGAA AACGATAATACATAAAAAAATATTACCCGTAGGAGAGTCTTGAAGCAACAATAAAGTTGC ATCAGTATAACTTCGTTGGGGTGTATACCATAACAAAAATAACTTTTAGCGGCATTAAAT ATTGACATTCAGAAAGAGTGCTAAAGTCTAAACCCGATATAAGTCGAGTGTCATTAGAAC CAATATCGTTAAAGCCTTTAGGAACATATATAAAGAGTGATAATTGCTGTTAAGAATACA TATTAAGAATTAATTATGATTATTTTTGTTATAGTGATAGTACGTCCCTCCCTGAACGAT GCAACCCATGGTTTTGAGTCATAGAATATCAGTTATTGATGTTTGCGTCAGGATAATCAT AACCATTCGTCGAACCAATTTTTTACATCTGAAAAAAAAAAGATAGTAATGATAAATTAT TTAATTAGGGAACAAGTATTTAGCTTAGTATTTTTTTTTCCTTTTATAGGTTTTGTGTTT ATCTGCTGGCTATCCACTTAAACTACAAGTTGTCTAGATCTATAGGCAAAGCATGTTCCA ATTTCACATGTTGCTAAGTGCCTTAAACTCTATAATGGCTAGAAAGATTGGAAAACATTG TGGAAATATAATAGGGATGTCTTTTGGGAATTTGTACTGAAAAGATAGAGGCACTTTGTT GAATTTGAGGAACCTAAATGGATAATATATACATATAATAATAATAAGAAGTCAGTCACC CTGTTAGTGTTTACTAGTTTTCTTTGCAAAATATGTGTGGTTTCTTTTGTCATTTTTCAT TTTTCATTTTGCTAATTATTGGAATCTTCAAACCCACCATGTGTTATGAGGAACAAATTG ACTAGTCATTCCAAACTAAGGAGAAAGTGCGTACATATAAACATTCAGAAGCTTCCAAAC TTTTGAGAGTGATCCCATATAAGATACACCCCCTCTGTCACGTACGACGGGTGTATCTCA CGAGAATTGTCATGTACGATTCACATGTTAACTTGATTTTATTAAACACATTCAAAGTTA GATTGCATGGATGTAAATTGAGATCAAGTTAAAGTATTGTTTATATATTATGTATTGTCA AATAAATAATGTTGATATTAAAATTCGTCTGTCAAAAAAAAATCAAATTTGATGATTTTT TTTTAAGTTATGTAATTACAAAATGTACACATAGATTTCCAAGCTATTATTGCATGCGAG GAAGTGCGTAGATATAAACAATCAGAAACTTCCAAAAGTTTGAGAGTGATCTCATAAGAT GTATAAATTGGTGAAAGTTATTAATGTGAAAAATTGGAAAATTGTTCTTTCTTGAAGTCT CTTCTTTTACACTCAAAGTCATTGATTCTTGATTTTCTTTTCTATGAAAAAAAGAAGAAG CTAAAATTATGCATTTTTTTCAAGTATTATTAATGTGAAAAATTGGGAAATGACTTAATA AGTGTTTTAAAGTGATTTTTGTTACAGAAATAGAAAAATGTGGAAAGAAATATAAAATTG AAGGTGCCTTTAGTGTGTGTATATACTATTTGTGTTAAATTTAATGCAATTTTCTTTAAA ATGAAATAACTTAAACCGGTAGTCAACATTTTTAAAGTTGAATATTTACATTTATGTCAC TTCTAGTGTAGACTCCACCATGTTTGATCAACTATCAATTTACTCGGTCTTGCCAAAGTC AAATCTAATGAAATTAATGGTTGAGATTAGAAGGGAAAAATCAATTTGATTTAAGTATAG ATTAATCAAGGTATACATTAAGACAAAAAAAAAAAAAAAAAGCAAACAAATCTACTTATA CCATCAAAAAAATATGGTGAGATGAATGAGATTCCTTTATTTTTAATCATCAATTTCGAA TTACAGCAGAGCAGTAAGTATTTCTTCATTCTTTATCAAAAGTCTCAGGTTCAAGTCTCT TTAATATGAAATCGTCTTTGTTAAAAAGCACTCTACCTCCAATCTGAAACCTCCCAACGC AAATTCAGATTTAATCAACCTTCAATTTAAGTATTAGATACTGAATAAGAAAAAAATATC TCCCGTTCGCATTCTCCCTTTTTTACGTGATGCTTCCTTAATCAAAAGTCTCAGTTTTTG AATATGAAAAAGGCTCCGGTAGAAAATACATCCCTATTGAATGAGCCTTACACAATATAA TGTGATAGAATTAAATTGTTATACCTTGACCAAAAAGTCTCTTAAAAGATATTTGTGATA AAAAATATATATAAAATACAAATTTAAATTAGTTGAACTTTAATATGAATATGAATACGT TACGCATCGGAGAGTAACTAGAAAAAGACAAATACATCAGGATTATTTTATGCTAAGAAG CAGCAAACAGAATATTAAATAAATACAGTAGAAGGAGTAGATAATAAAAGAGACCCAACT ATTTTTTTTTTTTAATTTTATTTCCCCTTCTTGGATCCCTCTCCATTAATAAAAAGAAAT AAACTACACACTCTTTTACATTAATATAGAAAAGTTAGAACAAACTTCTCTCTCTCTTTT TCTCTTATGAAAAAGAGAACTTCTTCAACAATTGCTCTGTTTTTTTCCCATTTTCTTGCT CTGTTTTTAATGGCACTGTTAACATTTTTACCAGAAACATCAGAAAAAAATCAACCTTCA AAGAGGAGGAAAAAACAACAAAAACAGAATAAGGAGAAACAAAAGCAGCCATCTTCATGG GATCAATTCAAAAACTTATTGACTTGTAAACAAATTGAAAACTCAACTGTTCATGATCCT GCTTCCAAAAACCCTCCTCCTTCTGCTGCTGCTGCTGCTCCTGCTGGAGCTTACTCTAAG TTGAGTTCTTGTAGCTCCATATGCAGTTTCAGGTATTAATTACTTAATTAAATCATATTT CCGTAACGTGCGAGTCTGATTCTCTTTTTTTCATAAATCAAATATATAGATTTTTCTCCC CCACAAGTCTTTCGTACCATGTTGAACTGCGTAAACATCTCATAACAAAAAATCAAAGTC AAAATAGTCATTTTACGATCTTATAATTAAAATATACTCGTTTTTTAGGATTCATACATG CATTATTATATGCACTTCTTTTTTTTAACTATATGACTTTACTTATGTTTTCTTTTCGTT TCGATATTTATTATAAATAAAATTTATTTTTTAAAAATAAAAAAGCAAAATCTCTAAATT TATTAATAGTGTCTTAAAATTTTGATTATAAATTGTATTGACTAGGAAGTGATTAGTAGT GTATTTCATCCAAATTTAAATTATTAGAGAAATTATTGATATAATTTTAATTATTTAATT ATATTATGTCTCGATATCATTAGGGATGTGGTACATGGCAACACAAGAGTGGTACATAGA GCTGATAATTCCCCAGAAAGTAGCAGTTTAGGCCAAGAAACTCGTCTTCTAAGCAAGAAT AAAACTTCACATCATGATCCTTCATCTTCAAGTTCGAGATCTCTTGCTAGATCAAACGGT AATGGTAGCTCCACATACACTACTTCATCAAGAGGAATGCAATTTCGTAAGCTATCTGGA TGTTATGAGTGTCACATGATAGTAGATCCTAGCAGGTATAATTTTAATTTCATTTTTCTA ATACATTTTATTTGTGATTAATAATCTTGATATATAGCATTAATGAGTGAAAATATTAAT TTTAATTTTTTTTATAGGTACCCTTTACCAAGGTCAACAATTTGTGCATGTCCAGATTGT GGAGAAGTTTTTCCAAAAATTGAGAGCTTAGAACATCATCAAGCAGTTAAACATGCTGGT AAATATTTATATTCGAAAAATCTCAAATACTATCTTAAAAATAAGTATAAATAATTTTCT ATAAAACTTGTATAATTAGTATCCTGAAAAGCATATGCTTTAAGTAGTTAAATAGATACA GTATCAAAATGACGTATATTATTCGTGTCTATAAGTTAAATCCTTATATATATTATATTT TCTTTCCTACTTATATTCATATTCCTTTTGTTTAGATTAGGGAGGAGTAGGGGTGGAGTT TATGTGGAAAATCTCTTTTTGGAAAAGTGATATAAAGCTAGTCCACACAAAATAATATAT AATCGATAAGATATATAATATAATATATAAACATTATATATGTATAATAACAAGTAAATT TAGATATTTTCTATTGAGCAGTCAAATGTGTAACTTTTTATTTTTAAAATACTCAATTTG CTCGTATTTATCCTAGAAAAGATGATTCCAATCTTGTAAAAGGAGACAAGCTTTAGACAA CATTTAAGCTTTGAATTGTTTTAGGCAAAGTTCAAAATTGTGTTAGTGGAGGCAAAACGG AATTGTTAATACAATTTTTATAAAATAATAATATAAAGTACGTTAATTAAATATATTTTT GTGATACATAGGTTGAGCCCCCAATAAATATTTTGCCTTTTTTTTTGGACCACTTAAATA TTTAAAGGACCATCTAGAGTAATATTTGCCAACTACCTCTTCATAAAATTGAAAAGTACT ATATACATGTAGGAAAATTTTAATTGACAGATAATTAATTTCTCTTTTTATTATCATATA CCACACCGACAACATGCATGACACCCTAATTTACAATACTAAATTAATTAATTAAAATAT TTTTAGTTTAATAATGTTGAAGATTATTTTATTTTGATTAATTAAGAATGCATACCTAAG AAAGAATCGAATCTTTAATACTGAGATATTACTTGTCTTTGAATTACATACATTTGGTAG CCCACTCTACTTAATAATTAATGTTTTCTTATCTTGTTTAGCTATTTGAGTTCTAATTAT TTATCATAAAACTAATTCTGGAATAGCTTATTCCTAAATTATTTCATAATTAGTTAATAA CATTAATGTGTTGGTTGGCCAGTAAGACTTGATATCTTACCAACCAGAAATGAGACCCCA TTTATTTTCTTTTGTTTTTTTTTTCATATATTTTTTTTATCGAATATTAAAAAATATATA TATATTATATGTTTGCGGGTTAATTTTAATTTAAGCCGATTGATTTTCAGTGTCAGAGTT GGGTCCGGAAGATTCAAGCCGTAACATAGTGGAAATAATCTTCAAATCAAGCTGGCTTAA AAAGGATAATCCGATCTGTAAGATCGAACGGATATTAAAAGTCCACAACACCAAACGCAC GATCCAACGGTTCGAGGACTGTAGGGACGCGGTGAAGATACATGCAGTGGCCACAGGCAA GAAAAACCCAAGATGTGCAGCTGATGGAAATGAGCTGCTTAGATTTTACTGCACGAGCCT TACGTGCGTCCTTGGTGCACGTGGCTCGTCCAGCTTGTGTGGCTCGGTACCCGGTTGTGG AGTTTGCACTACCATACGTCACGGTTTCCAAGGAAACAAAACTAGTGGAGTCCGCACAAC TGCTAGTAGTGGGCGGGCCCACGATTGTCTTGGTAGCGGTATGGCCCGACGCAGGGCCAT GATCGTGTGTCGGGTCATTGCTGGTAGAGTCAAGCAGAATGTGGGCGCTTCTCCCACGAA AGAGGAGGAGAATTGCTCTGGCTCTGGTTCTGGTTCTGGTTCTGGCTTGTCTGCTACTGG CTCTACCATATACAATTCAGTAGCTGGACATGTAGGGATTTACTCAAATCTCGAGGAATT ATACGTATTTAATCCAAGGGCTATACTTCCATGCTTTGTTGTGATATACGAAGCATTGGA ATCTTAGGCTTAATGTTTTTTTTTTTTTAATTTGTACTTGAGCTGTTTGTACGGTTTAGT TTGTTTTTTTCTTTTTTGTTGTGTCCTTAAATTTATGTAACTAATTTCAAGTTAGTTAAA AAAAAGTTGTAACACCCGTGAGGTAATGCTGATCCAACTATGATTTTTGTAAATATTTAT TTATTTTATTTATTTGTCCTTTTTACATAGTGTTAGTTTGTTGAAGGTGAGTAAATACAG TGATGTTTGAAGTTTATCTACCCAACTGTACCATAATAAATATCTTAAAATATAGCCCCT CAATTAATGCTTTAAAAAAATGCCGTCCTTCAACATTTAACTTGTCATTTTCTATGTCAA TATAGGTTATCCCACTAAATTCTTTCGCTCTTTCATGATTTAAGTTATAAATACTGATAA TATAAAAATATTTATGTCTTTATATCAATTTTGTTATTATGAAGATTTATATATCTATAG TACATGATAATGTAGGGAACTTGATCTCTTTTAATTGAATATTTACCTTTGTTGTTCTAA AGCTGCAAGAAATAAAGGTAAAGAAACTATAGATAGAAGTAGGGTAAAGGAAGCATTATA GTACTCAAAAGGATAGCTTTGAACTGTGGATGATTTTTTCAGAGTTGGGGCCAGAAATGA GTCAAAAAAGAGTAACAATATGATGATGGTAATTTTATTGATTGGAATTTGATAATTAAT TACAGTTCCTAATGTTACCACAGTCAAGGAAAAAAGGTTGATTCCTTAATTACGGTCTCA TATTAATCGGTCATTTTATTAAAAATTATTGTCATATATTATCATCGCAATCAATGGTTT AAAATGCGGGAACGTGAGGCGGCGCATTTTATACACAATAGGGCGAAGCTTATGCTCCGA GATATGGGGCGTAAGTCTCACGGATCTATGGAGCGTAGTTTTATGTATATTCCATCTCAT AGTTTTATTACTAGTAAAATAAGCAGAGGTAAATCTTTTAATGATTTATGATTTTTATTT GAGATGAGTGTTAATAATTAATAATGAAGAAAAGATATTATAATTATTACGTAAAAAATA TCATTACACCAACAGTAAAAATATGATTTACTGAAAAAAAGTTTTTTAAAAAAAATTAAA ATTTCCTGGCATAGGTTTTTACGCCCAGAACTTACATTTTTATGCTCGGAACCTATGCCT CAAATTTTAAGACGTACCCCACCTCGAGACTCCCCCAAATACATTTTTTAAAACACTAAT TGCAATTAATTCTTGCAGAATCTACTTCTTCGAGGCTATATAACAAAAGTTATAGCGAAA TACTAACACCTTCTTTATTTTTAACTAAAATTTTAAACTTGAATTCAAATATAATTGAAT TTTAATATAAATATCAAAAATTAGATTAAAAAAATTAACATAAAATTTTATTTTTTATAA ATTTTCATCATAATCTCAAAAAAATGCTCATGTAATTCGTAATTTCGTGATATGACCAAA ATTAAAGGAAAAAAGTAGTTGAAGTAACCGCATGAATCAATCCATCACATAAATGTATTC CTTTCTTTTTTTTTCTTGTTATTAATGGATGAGCTGGAAGGGCACGTGGGGTCAATATTG GGACCACTGCAAAATTAATTAAACTTTATATTATACTGTTTACAATAGAAAAAATATGAT AACACTTTGACTGCAGTGATGAACTAAAAATATACTCACATTGTCAAATCAATTTTCCCC GTAACATTATTGCATACACATTCTAGTTTTCTTTTATTTGACTATATATCATTTAGTAGA AAATCAAAATAGGAGTTTTTGAGTAATACAATATGAACTTAATATCGAGTAAATTAATGA TTGTTATTAAATCTAATTCATATTAATAACGCGTGGGAAACTCAATAATGAGTTTTAAGT TATTATATACCGAATGTGTAAAAACACATCGGTATACTCGTGCAATTAAGCTCTTATTTT AGTAAAGTTCAAAAAAAATTTGCTTTTATTTGTATATATTTATAAGTATTTGAGAGTAGT GGTTCTTGATTTCCACCCCCTCGTTGTAATACATAATTAATTATGAATGAAGATCACTGA ATATCTTGCATTTACTTGTTTTAAATGATGGGTATTAAAAGGAAAAAGATTAGAATTTGT TTTTTTTTTATCTATGTTATTTTATTTTTTAAAATATGTTTATTATTTTAAAACTTTAAA ATAGAAGAAAGAACAGTTTATTTAAAATTTAAAAAAATATTATAAATTATTTAAATTTGT AATCAAATTTTCTGACTATTTAGCAGTATTAAATTGTGCGGTTTGAAATGGAAACTTAGT ACATCTCCCTCCTTGTATTTTGATTTTTGAAAACTGAGATTCGCATTAATGCATTGTAGT ACATGTACACGTACTCACCAGTCTGCCAATATGTTCTTTATTGTTTAAATATTACTCATA CTTAATATATTAACTGAGCTGGCACTCATAGAGTTATTACTTATGTGATGTAAAAAATAT TCAATGATGTACTTCGTTCAGACAAAACTAAATTGTAAATGAATCTTGTATCGTGTAGGA TGAGTCATATCGAATTCTTGTAAGGTTAAGACAATTTTTTTTTAATTGACTTTTAAGATG TGATTTAGGCTCAAAGCTTAATTTAACATGATATCAAAACTATATTCAATTTGATTGTGG GGTGGAATACCTCCGGTCCATGAATGTGCATGCACTGGGGCGGATAGTAGAATCCCAGAT AAATAATGTTTGGATCTAGGCGTGACTCGTGAGGGGTAATGAATAGAATCAATAATACAT TGTTGAGGGAAGAAAACCTTAGCTCCTTGTAAGAATATAAGGACTTGAACAATTCTCTTA GGTGAGTTACGCTCAAAACCTAATTTGACATGTAAATTAACAATATATGATTTGAATGAG TGAGACTATGCAAATCTTACACCGACTTTTGTGAGATAGAAATGTTAGACCTTTGGCTCA ATTAAGTTAAAGATGAGTATTTACATGAAATATGTGTGGCAATCTAAAGAAAATCTTAAT TTCTCATCATTAAGCAAAGTAGGAGGAAGAGACAAGTTTTATCAGAAATTGGTGATCGTA AATTAAATACTTTTATAAGGCTATGTACTATAACTTAAATAAGACACTTAAAATGGGCTA CGTGGTGCAAATCATGTGGTTAATCATTTTTTGGGCCAGAGCCCAATCTTGATTGGGCTC TGGTTGGTTGCAGGTTCCTGTCCATGGGTTTGGTTTGAGCTTCCTACCACATTGACTTTG GGCCTTTGGCCTTCTTTTTCCAGTCCTTTTACTAAAATTCTCACTTTTTATATGTATATA TATTAGGATAAACAAAATTATTTTCATATATCTGAATCTTGATAGATAAAGTTATTCAAT ATTATTCAATATTTATAAAGGTGGATATAATTATATCTTCAATAAATAGAGTTGGTCCAT ACTACTGTTGGTGGGAGACAACAGATACGCCTGATCGAATAGTTGATGTATGAACTTTGA GTTGGTGAAGATCAATAAATGCTTGACATAAAAATAGTAGATAATTTCTTTTATATGCCT AAATCTCAATAGACGATAAAGTTATTTGATATTTATAATGGTGACTAGAATATTATCAAA CCTTGATAAACAGAGTAATTAATTGATATGGAGATAACAAATGCCTCAATATACAAGATA GTCCAAATACAATTATATCTTTTTAATTGAAATTATCCAACATCCAATTGTAAAACTAAA ATTAATCAAGATGATAATAAGTCTTTTTTTAAATACAACAAATAATTTTTAACGTATAAT ATAAGCTCAAGCACATGCAGTACTCATTTGAGAGTGATTCTTAGAGAATATTATCTTAGG AAAAAAGGCAAGTTATTATTGATCATACTCATTAATGTCGTACTTTTATAACTTCTTTGC TTTTAATTAAAAACTAAGCCAGTCAATCATGTCTTAGTGAACTTGTTGTCTATTACTAAT TTAATCATTTAAATATAAATGTGATTAGCAAGTCATCATAATATAATTTAGTTTTTTCAT CTCATAAATTGCAAGTAAATAACCACTTTATAAGCTTTGTCGTTACCCATAATGCAAAAC TTCACTTTTTTTTTTATTGAATGATATTTTATTACTTTTAAATCGATCTATGCATTATAA AAATATTTAGAATGTATACACATATATAACCATACTCATTTTGAACGTCTTAGTAACTTT AAATTATGAATTTACCTATGTCGAACAAACATGCATATATGACATAAGAGAATCTCCCAC CTGAATCATTCTTAAGATCACCAAGCTCTCTCGTATGAAACTAGACTATAACATAGAGTT TGACTGAAATCAAGAATTTCGATCTAAACTCTAAATTGTCTTAAGAAGTTCATTTTAGTT ATATTTACAAAGTAATACTCCCTCCGTCCACAGTTAATTGTTTTGGTTTTCTTTTTTAGA GTCAACTAAAAGAACTTTGACTTACATTTTACGATGTATATTTTCATCATATTGATATAC AAAAAATTGCAGTTTATAGTATTTTTCATATAGTTTATGAATATCTTTTTTTTAAAAAAA AGTATCGAATTAACTTTATTGACTTTCGAAAAGTACAATGACAAATAAAAGTGAATAGAG AAAATAATTTATTTAGAACTTAATAACTTAAAAGAATCAAATTTCTCGAATTATAAATTT CAAATGCCTACTTGAAGTACGGTACCTGTATTTACAATCTTTACTTCTCTATTATATTGT TCAATACGTTCACGGATAATATTACTAATTTCGTCAGCTCGAATGGTTACCATGATTCTT AATTTGGATTCGATAACTTTGAGTTTGTCCATAATTATCCATAAGAGTTAGTTTTGAAAG GATAGAACCAATGATATTAATTATTACCATGCTAACATGATTATTTGAATGAGGACTTTT GATTTTTGAGAGTGAGTTAATATAATATCATAGTACAAGACATGATTATTACTTGGAAGT TAATATAATTAACAATCTAAATAAACAAATGTACTTTGAAAAGACAACAAAAGCCCATAT ATATGATTTGGTCACATGGTTAAAGAATTAAACCATCATCTTTTTCCAAATTTCATAAAT ATATATAAACCTTATTATAGCCAAAACTTATAACAAAAATACAAAGGCTTTTTGTGTTCT AACAACAATAATGTACACTAACAAAACTTCTATTCAAAGAGAAAGCTTTGTTATTCAAGT TTCAGAAAATTTTCAATCTTCATCTCAAGTTATTAGCCCTTCTTCTAATAAATTAATCAA TTTCTCCGCTATGAAGCTTTTCGATCGCTTTCGCAAGATCGTCATGCGATTCGTTTTCCC TATCCCAACGTCTAGCCGGAGGAGGCCGAGTCGGGCTGGGGCAACGATGTCGGCAACCGG GCCGGGCTCAGGACAGAGACGGAGATCCTGTGACCGGCCCGATCCGCCGAAGACCTCATG TAGCTCTTATTATTCATCAACTTCTCATTATAATGAAGCTATTGCTGATTGTATAGAGTT TTTTAATAAGTCATCACAAGATCAAGGTATTTTTAGTGGTAGAAAATCAGACGTTATTGT GTGATTTTTATGTTTTTTTGGGGCTAAAGTAATTAATTCAGTGCAACCATGCTTGTAGCT TGTGTTGTTTATTTTATTTTATTTTTGAATTTTATGAGTTCAAATTTGATGTTGTAAATT TAAACATAGTTGTATATGTGGAATAGCTGATTTTGATTTTCTTAATCTATTCAATTATAG AGACCCCATAACAAAATATGACTAGTAAAACCCAAAATTAACATCTTAAGAAAATCGAGT TCAAATCGATCTAAAAATTCTCGATGTTCAACTAACTTGAAAAGAAATTTACTATAAAAA GAAAAAACGTTATCTTTGAATGGATATTTTAGTGAGAATAATTTGTTTTTATTTTTTTCT TACAAAATTTAGTTATTCTCTAGCTATTCTTGAATTTTTTGTAAAACTCATTAGAGATTT TTTTAAATATTATTACAAGAAGCAAAAGGAATTACATATCATAATTTATAGTATATCTCT TATTGAAAATTGTAAACAAAGAAATCAAATATGCATATTAACCAACCTTACTTTTCACAC TTTGATTTCAAGCAAAAAACCATTGGAAAATTCAAACGGAACGCAAGCCTTGAGATGTCT TTTTATTCGATTTAAACTCGAGCAGATTGAATGTTATTATCCGAATTACTACCTCTTTTC CTAGAAAAAATTCCCCCAATCAATGGTATGATTAGGGATATTTTTTTCTTTTTCTTCTTG TTGATTGAAGGATGGTTTTGTAATAATACAACATGATCATGATCATCACCTTGTGAAGGA TTTGCAAATGTGACATATCTTTTTTTGTGAAACTCAATATTATTTTGATCATGTGACATA ATTTGTGATTTCTCTATATATTTTAGGTCTTCAATTTCTGATACCATGACTTTTTGTTGC TCAAATTTTAGGTTATTAAGCTCATTTCTTGTGCGTTCAAGTTCTTCTTCTAAAGAAGAG AGACATGTAGCCATTACCAATCTTTCTTCTCTTGCCCTTTCTAGTCTTTGCTTTGTCTCA ATTAACTCATCATTAAACGAGTCGTCGCTTTCGTCTTCATGACTCGATCCATCCTGTTTC TGAATAAATAAATAATTAAGTTAGAGTTATATATACTGACAGTGTAAATAATATTTATCA TATCGAGTAAATCATGTAGGCAACTTAGAACTCAAAAAATGAATTTCTTCATTGTATAAT TAAAGATTAGAGTCATTGATCTAGTTTATATATAAACAGTTCAATTTATATATGTTTGAA ATTAAAAGATACTTTGGTTAGTTGGTTAATCCTCTTTTTCACTATAATATTGTCAGTCTT TATTCTCCAACATGAAAAAAAATATACTTGTATTACAGATTAAGCAAGCGTTTTTTTTCT TCTTCTTATACTGCTTGATGTTGCATTTTAGAGATTATAGCACTAATGAGATTTAGCGGC AATTAATCAGTAATTACCGTTAAATATGTATTTTTAGCGGCAATTAACACTCTTTGTATA TGTTTCTAAAGGCTTTAGCGACATTGAATCTAACGACACTTAACTAATACCGGTAAATAA TTAATCACTTTTTATTAATGTGTCTATTTATTACCGATAAAAGTTGTTTTTGTTGTAGTA CAGTAGGTTCAAGCCATGTGAAAATAGCCTTTTGCAAAAGTAGTTGCATACAATATACCT TTATGGTGGGGTTCTTTTCTGGACTCATAAATAGCAGAAGTTTAGTGCTAACGGTTGTGT TTTCCTCACACAAATAGAGATAATGTATGCGTACATCCTAAAATGAATACTTTTTGAACA CTAGAACCTTTAATGAGCAACGTGTCCATTTTGGTCGGTAACGTCCAAAAGGTGTCTGTT TTGGAGCCGAACTCGTGATACCTAAACCCCACTGGATAGATTAATATTTTATGCGTTATA TAGCAAATATACACTATTATATCCCTAAGAGACAACTACATATAATTGTCACTGAATTGA AAAATAATAATAGAAATTACGTGCTACAAATATATTAAAAGAACACTCATATAATGTAAA AATTTGGTATACTATCGGTGTATATAATATGAAGTGGAGAATAAATGGTGTATATTACCT GTTTAAGCTTATTAGCAGAGTAGAGTTCTCCAGCAAGAACTCTTTCTCCGAACAACATGA CTGCCTCCTTAACCGAACGAAATGGAGCACTCGTATCGATCTCCGCCTTTCCCATCATTG TGGTCACTCCTTCTGATTCTTCCATATCGTTTATTGTCAGTTTCAACACTATTATCGATC GAATGTATGTTTGTAGGAGTGTGTTTGATGAATGAGAGACTATAAAAGAGCTTAAAAAGT GGAAACAAAAGAAGATGAGTAAGTGGAGCTTCGTTTCTTCAAGTCCACTTCACTAGAATT ATTCTGCCTTGTAACTTGTACCTCTTTCTTTTTAGTAAAAAATATACAGAATTGATTCAA CTAGAAGCTCAAGGCAAATTGGGCTGGATTGTGTGGGTTTTTTGGTTTATTTAGTGGGCC TACTTTGATTTTGATATAAAAATGAGTAATGACAAACATAAAAATCATATTTGCATAATG TGTTCCATAGCTAATATAAGTATGTATATTTCACTATACATATACAACAAAACAGTTGTA TAAGTCGTCATACATATACAAAAGAAAACAGTTGTATACAAAAGATTAATTGTATAATTT ATGTACGTATAAAATGAGAAATAGTGAAACACAAAAGAAAATTGCGCAGGTAGGACGAAG ATATATGTATTCGCATGTGTATATACAATTTTCTCTCGCTTTCTACAAACAGAAACACAA TTTATACATTTCGTTTATGTTTGTATAAGCAAGCAACGTGAGGGTGGTGAGCGAGATCTG GTAGAAAGGAACGGAAACATATGTATACATATAATTTTCTCTCGCTTTATACAAATACAA ACCCATTTTATATATTTGTATTTGTATTAAAAACAAGAGAGACGAGCGAGAGAGGGGCGA GAGTTTGAGAGAGATAGACGACTGACAAATAATTTGCTACATGACACAAAAATCAAAATA CAATTATAACAGTTAATTTAAATTATTAGTTTGTCATTATATACTATTTTTTCATAAAAA TAAGTGATACAGATCTAAATAGACTATGATATGTAATAGATTTTGTTGTAGAATAATTAT TTTCGATCGCATGAACATTTTCAATAATTCTTTTTATCAAGTATTAAAACTGTTTTTTTA TCCACAATAAAATAAATAGTAAGGAGTGGGGCAAACATACATTTGAAACTCCGACAGAAA AACCAAAAACCAAAAAAAAAAGGTGAAAAATTCCAAGCAGCCAGCTACTTTTCTTGTCAA CATCGTCTTGTCCGCCACAATCCGGAGAGAAACTAGTATTATTTGTCACTCTAGTCATTT TTAGTATGTTCTTTAAAAAATATGTATATTATTTTATATAATATTCTTTCTGTTTAAAAA AAAGATTTTTAAAATCTGTTTTAAAATGAATGATTTTTTTTTTTAATTTTAACTTCGCAT ATGACATGTTTAATGTCACAAGATTAAAGGATAATTTTGTAAATTTGATATAACATTAAT ATAGGATCACAAGATTGAACCGTCTTCTTTATTTTCTTAAACTTTATGTCAAACCAAATT AGATCACTTTTTTTCAAACGAAGGGAGTATTTGAAATTTTTACTCTTAAGTTTAAACTTC TCTTTTTATTAGTATTATACATATTAATATAATAATTAATATATTATCATATGTCTAGAA TAGATTTAAGTTGTAAGTGTAGTTATAATACATGTCAAAAGTCTCATTTCCTTCCTTTTA TTTCGTGTGTTTTGGTTTAACATAAGAACATAAATTTTGAGAAAAGTGACTCACTATTAA TTAAAATATTAAAATCTTTGATCATACTAAAAAATTTAAATATGTGAAAAGATAAATTAA TAATAAACAAAATTTTGAAGAAATAAGAATATTATTCAATAAGTTCAAAGGCAATAATGA CATATTTATCGGATAATCTTTTATGAATATTTTATAAATATTTTAGATGTATCTTTATAA AAAATAACGTTATATATACATAAAGTAATCTTTTGAGAGTTTAATTTAAAATCGAATTAA CTCGTAAAGTTTTAATTAGACTTAAACGCATGTCGTGAAGTCCTACGGAACTTCATTGTC CTGCACTAAATTTAGTCAAGCAGAAAAGCTGTAATGCTCTCTGCTACGGTTTAGTTTCAG CACTATGAAAGTAACGAACAGTTTTATAGTTAGCCAAATTCTTATATTCTTTCATTAAAT CCTCACATCATTATTTTATTGAAATTCAACTGTTTTTCATCATTATTTTATTTGAAATTC AACTGTTCAAACAAACTTTTTTTTTTTTTCAAGTGTTAAAAGTTGAGATCTTCAAACACT CTGTTTCAACGTCACCATTTATTGTCTCTCTTTTTTTCTCCGTCACACAATTGAATTGAT CTCACTGTTACCTAAAATGTCGGTCACCGTTAGCTCGCCGGCCGTCCGATCCTTCCATGT TTCACGATCACCTCATAAAACGATCTCTAGGCCACGTGTCATTATATCTGCCGTCCGATC TACTGACAGCTTAGGAGTAGCACCAATTTTGACGAAGTTGCAGAAAGATTGTGCTACTCC TCTTCCAGTTTTGCGCCACGTGGCGGATGCAATGGCCGATGATATGAGGGCCGGGCTTGC CGTCGACGGCGGCAGTGATCTGAAGATGATCCTTAGTTATGTCGACACTCTACCAACTGG GTAAACTACTAATTTTATTTTATTTTGGTTCAGTTGTGATATTAATTGGTTGGCCAGCTA ATTGGGTAAAGATCCCATTATTTTTACTTTAAGCTATAGTTGGTGTACTTCAATTCTTCA AATGTTTAATTTGATGAACATAATCACAAGGAGTTACATGGTTTAAAGACTTGTCTTTTT CGCCATGTAATGTGTTTGTCATCTCATCTAAAAGCTGAAAGTTGAATAATTGTTATGTTT GAACACGCGGCTACATGTGAGCTTGATTTTTTTCATGGGACGAACACATTGAAATATTTT TTACTTGCGATGATGTTTGAATCAATAATCTCTGGTTGATTTGATACCATATTGATGTGT GTGACTATCTTGTCTAAAAGTTTGAGCATGTTATAGTGTCTTGATTATATATTACTCCCT TCGCTTCATTTATGTGTCTCTAATATTTCCAAGTATGATTTCGATTTGTTCACTTGTTTG ATTGTTGAGCTTGTTCTTATAGTATTTGTTACAATATATTAATGATTAATGAAGGAATGA GAAAGGCTTGTGTTTGATTGTTGAGCTTGTTCTTATAGTATTTGTTACAATATATTAATG ATTAATGAAGGAATGAGAAAGGCTTGTTTTATGCGTTGGACCTTGGTGGTACAAATTTCC GGGTGCTAAGGGTGCAGCTAGGTGGTAAAGAAGAGCGTGTAGTCGCCACTGAGTTTGAGC AAGTCTCTATACCCCAAGAACTGATGTTTGCTACCTCCGAGGTTGTTTAGTTTTTCTTGT TGTAATGGGATTTGACCAATACTATCTTTTTTGTTGTTGTATTCATCTTTGCATCGGTTA TTGTAGGAGCTTTTCGATTTCATAGCTTCTGCGCTAGGAAAATTTGCACAAAAGGAAGGT GGTAATTTTGAGTTGCAACAGGGACGGACAAGGGAAATAGGATTCACGTTTTCTTTTCCG GTGAAACAGACTTCAATAAGAACTGGAATCCTAATCAAATGGACAAAAGGTTTTGCTGTC TCTGGAACTGTTAGTATTTCTTGACTCTCTTATTTGTGTAAAGGAGTGGCAGATTTTAGA CATCTTACTAATTTAGCCTATGACTGATTCTGGAACCATACATCGCTAAGAAGGCCAATC AATTCTGCGTTATTTTAGTTTCAGTAAAGATGGCCAATTTCCCTCGAACTACTAAAACTT CCAACGAACGTTACGGTTTTACCTTTTTCTGAAGAAAGCACCGGAATCATCTAGTTGGTA AAATCCTGTAATTCCATCCCCAATCGATTGTGCATGTGAGATTTTCTGTTTTCTGGACAA CCGAGTGTTTCATATTCGTGAGTCCATTTTTTTCAAGATACAACAAATTTGTAAGAGTAC TGGTTACACTATGATAACTGATTAGTAAGTTGTGTAATTAGAGGGATCATTTCATCGCTT TGTTCTTACAAGTCGAATCGGAAAATACTGGATTCCAAACTAGTAGAGAAGATCGAGTTC CTTAACATTGACTTTTAACTTTGTCTCTCTTATCATTATCATTTTCATTTTACCTGCCGA TTATTTTTTGATTCCATCATAACATGGAACAGGCGGGAAAAGATGTTGTTGCTTGTCTGA ATGAAGCCATGGAGAGGCGGGGAATGGATATGCAAGTGTCTGCCCTGGTAGGTTCTTGCT CAACTTCATGTGTATTGTAGAAATGTTGGAGAATAGTCTGGCGCTTCCTTAGTTCAATCA TTTCATGATTTCATTGTCAAGTTAGGTCAATGACACTGTGGGAACACTTGCCGGAGCAAG ATACTGGGATGATGATGCCATGGTTGCTGTCATTCTTGGGACTGGAACCAATGCTTGCTA TGTAGAACGTGTGGATGCTATTCCTAAGCTGGCAAAAAGGATGTCTAAGTCTCCAATAAC GGTAAGTAGAGCCCAAATCTCCTTCGTCAAGTTATTTCATGAACAGATTTTAGCAACCAT TGAGTTTGATACATCATTATATTTTAGATTGTGAATACCGAATGGGGAGCTTTCTCAAAT GGCCTTCCTTTAACTGAGTTTGATAGAGAAATGGATGCCGAGAGCATTAACCCTGGTGAG CAGGCAAGTATTATTGACTCAAAATGTGAAAATTTCTTTTCTTCGTATTATTGGTATCAC ACTGTTTCTTAATGGTCTTTTCTACCATCTTATTTCTTGATGAAGATTTTTGAAAAGACC ATCTCTGGTATGTACCTTGGGGAAATTGTGAGACGGGTGCTGGTCAAAATGGCCAAGGTT GGGGGCTTATTTGGTAGCAGCTATGTTCCGGAAAAGCTAGTCACTCCATTTGTGCTGAGG TAATTACATCTGTTATATCAGAAGTTTATGATGCAAATGTTCTCGGTTTGTATTAATTAG TTTTTACTCACTCTGTCTGATCTGCATCATATAGGACACCTGATATATGTGCCATGCAGC AGGATACATCAATAGATCTTGAAGCTGTTGAGTCTGTCCTCTATGATGTAGCTGGGGTAT ATTCCTTAACTCTCGTGTTTTAACTTGCACTGCAATACTCTTTCCAGTCACTTATCTTCT AGGCCAATTTTTTTTCCGATTGAATACTTGTTGTCCAATAATCGATTCATGAAGAACCTT ACATTTGAAGATCTATATTCATTCCAAAGACAACATTCAAAAGGATAGTTTAGCATCTGT TTCCATAAACATAGAACATTTTCCAGAGTTATGTTTATAGATATGAAAACACACAATAAC AACTACTATTACGCCTCAATCCCAAGCAAGTTTAGGTCAGCAAAAAAATTTAGTCTCTCT AGCACTAGAAGTTCTTTGCAAAAAATATTTTCGTAGAGTATGAAAGAAGTCTACGAACGT TTTGATGTTCACGATTTTTCTTTGGATTATTAAATTTCAGGTAAAATCCGATCTAAGTGC AAGGAAAACAGTCGTGGACATTTGCGATACTATTGCAAAACGAGGGGGTCGTCTAGCTGG TGCAGGAATTGTTGGTATATTACAGAAAATGGAGGAAGATTCTAAAGGTCTCATCTTTGG TAAAAGAACAGTTGTAGCAATGGATGGAGGCTTATATGAGCACTATCCTCAGTACAGAGG ATACCTCCAAGAAGCTGTCACAGAGCTACTAGGCTCGGAAATTTCGAAAAATGTAGTGAT AGAACATTCAAAAGATGGATCTGGTATTGGAGCTGCATTATTAGCTGCTGCAAATTCAAA GTATGAACATGATGATTAAGGGAAAAGCTAAATTTCATGTGTTCAAAGGTTTGCTTGAGG AAAAATACATGAGCATTTGTAATTTAGAATGTTCTAAAGAAGGATTGATGATTGGATTTA TAGAGGCTCTTGTTTGTGATGCCATTTTTTGTACTCCCATTAATGAAGTACGAAGAAGTG AGGATTTATATAGCCAACCCCAATTTATTTGGAATCGAGGCGTAGTTGTAATTGTATTAT ATGCAGCACTGACTTATTTATGTGATAAAAAGCACATGTATCAGTAAATATAGAACATCT TGTTTGTTTTGTAATTGTGAAATAAGCACAAATAAAACGCTTTGGACAAAGCGTTTTATG CTATATTTATCATAAGGGCCTTTTTTTTATACTTACTTACACATGTCCCTACTGTATTGT CTCTAAGTGTCACGTGCAATTCTATTTCTTGCGGGTTATATTTTTTATTTTTATTACAAA TAGTTATTTTGCACTAATTTTTTTATAAATAAAATGTTTTTTCGTTTTATTTTAGTGACA AGTATCGCAATTGTTTTATAAATATTTTTCATTATAATTTATTTGATACAGTTGAAATTT TAAGACTTAATCAAGTATTTTTATTGGTATATTTTTATGCATTTTTAATACTTTAATTTG TTGCTTATTATGTTTTGATAATAATTTTTATGTTATTTTTAAATATATAAATTATATTTA ATGATTTATGATAAAATTATATATCCAACTTTTTTGGAAAAAAATAATTAAAACTGGGGG TGGGGGTGGGGAACAGGGGATTATATTGGGGCATGAATAACAATAAAGCTATGCGGAGTG AGGATTGGACAGGTTGAGCGTAACCATCAAAAAATTTAATCTGACCCATGAAACAACAAG TAGTAATAAAATTGAAAAATACGAGGAAAACCAAATAATTCATGGTTACGTATTAGTAGT TTTTTATCCTAATTATCGACATTATTTTATCTAGAATCATGTCCTCGATAAATTGTATGC ATATAATATCAACCTACTTATACCTTTAAGAAAAAAGAGAAACATTCACATATAGCCACT AAAAATAGCTTAATTACTTTCCATAGTTATAGTTTGATAATTACAATTCATAGCTACATG TTATAGGGAGGAGTGAGGCGAGAGAGATTGGGAGAGAGAGGGCAACAAGTGGGAGAGAGG TGAATTGTATATGTATATCGGTTAGATAATTGTATATTATACATATGTCTTTGTATATAT GACAAGTGAGATTGGGAGAGGGAGGAGAGAGGTGAGCGAGATTGGGAGAGTGAGTAGAGA TGCGAGTAAGAGAGGGGAGACAATGGGAGATAGGTGAATTGTACATGTATATTAGTTAGA TAATTGCATATTATACATATGCACTTGTATATATGACAAGCGAGATTGGGAGAGGGAGGA GAGAGGTGAGCGAGATTGGGAGAGTGAGTAGAGATGCGAGTAAGAGAGGGCAGACAATGG GAGATAGGTGAATTGTACATGTATATCAGTTAGATAATTGCATATTATACATATGCACTT GTATATATGACAAGCGAGATCAAGAGAGAGAGGAGAGAGGTGAGCGAGATTGGGAAAGGG AGGAGAGAGGTGAGCGAGAGAGTAGGAGATAGGTGAATTGTATATGTATATTGATTAGAT AATTGTATATTATACATATGTATTTATATATTCTGACGAATTATATGTATACAAATGTGG CTAATTATACAAACTCGATGTAGCCCACGTAATTAATGTATGATGTTAGTCGTGAGTGAT AATTATAACAAACTATAGCTATAATGAGTAATTAAATAGTATAAATTTGTTTAACGCGTA ATTTTCTCATAAAAACACCTATCATATGAGAGTTGAGCATGCGAAGGAGAAGAAACACAT ATTACAAAGAAAAAGGTGTGGTCAATCGCGTTTTACGCTTTATTTATAACAAGGACATTT TTTATATTTACTTACACATGTCCCTACTGCAGTGCCTCTAAGTGAAACGTGCATTCTATT TTGCAGACTATATTTTTTATTTTTATTACAAATAGTTATCTTGCATGATTTTTTATAAAT GAAATATTTTCACGTTTTATTTTAGTAACAAATATTTCAATTGTTTTATACATATTTTTC ATTTTAATTTATTTGATATAGTTAAATTCAAGATTTAATCAAGTTTTTCTATTGGTACTT TTAATAATTTAATACGTTAATTATTATGTTTTTTTGTAATAATTTTTTATGTAATTTTCA AATATATAAATTAAATTTAAAAAATATAAAAACTTATGTATTCAACTTTTAAAAAAAATA AAAATGAAAATTGAGGGTGGGAAAAGAGTTGAGTTTAACCTTCAAAAAAAATTAATTCGC CCCGTGTAATAATTGTTTTCATTTTGAACCCGTCTTCGCCCCGCATAGGTCCACTTCACA CAATTTTTTTTTTTTAATTTTGCCTTTTTAGTTAAGTTTGATATTAAAAATTAAATTATT TTTTATTAAGTTATATAAACTTAATAGATAATGATTAGATTTTATTTCTTAGAGATCAAA TTTAGACGTATGTAAGAAATTATTTTAGTTTTGATCGAACCATTTTTATTTGTTATCTTG AATATTTTAGTAACTTTAAAGAAATTAATATAATAGATAATGCTCTTTCACTCATATAAT ATTTAAAAAGTTAAAATTATGTTTGAAACCGCATAGATTTTTAACTGTATTCCGCATTAG TTTTTAAAAATTCACTTTAATGTGCTCTGTATCTCTCCTCGGCCCGCACAATTTTAAATT CACCCTGTCGTGCTTGTTGTAGCCTTAAACCCGGTTCGCACCTCCCCCCTCCCCCCAATT GTCATCCCTATACCGAGGAATCAAACTCTCACAGTAAAAAGTTTAAGAGTTACTTTTTCT GTTTAAGGGCATTTTCAGCCCTAGACTCTATTTTACTCTCCAATTATAGAATTTTTCTTT TTCAGAGAATCAACTCCAATTCAATTCTCTATTGTACTTTTTAAAAAAGAATTTTTTTTT CTCTCCTTAATATTATATTATATTATTTTTATTTTTATTTCATTTTCTTATTTCATAATA TAAATTCGTTTTTGAAAAAATAATCACCTTCTATAATTTTCATGTAATATCAAATTATTA TTTTTAATTTTTTTTATCTAATATAAAATTATAGTTTATTACAAATTTCAAAGAACAATT ACGAAAAATTAAAAAAAGAAATCAACAACCACAAGCACAATCGCAATTACAAACACAACA ATGCTCCAGATCATACACTATCTTTTTTCCGAATATTGTTAAATCTGAAAACGACCTACT AAATTACTATTGTGATTTTAAAAATCATTATGTTAAGTATTGTATTATTATCTCGTACTT AAAAATTATTATGTGATATATTGTATTTTTAAATTAAATTTTTTCATTTTAAAAATTATT AGGGACTATTTTGTCATTTCTTTAAAACAAAGGTGAAAATTCTTCTCTGGCACCTCAGTT GTGACCCTGAGGGCTTTTTGCTGGTTTTTACAAATTAAAGAATCAAAGAGATTTTTTCAA TTGTTTCTACAGCTGTTTTGCCTGCAGATCTTCTGAACAAAATGGTAACTTTTTTCTCTT CTCTTTGATCTCACTGAAAATTATTTGGTAGCAGAAATTACAATCATTTTGTTTTCAATT TCATGAATTTGCTGTTCTGATTGATTTTTGATCGTTTGTTTTCAACTGGGTCATCTCGAA AAATGGGTAGATCCGTTTTATATTGCTTCAGAACAGGCAAGGAAAGACTCGTTTGGCTAA GTATTATATACCTCTTGAGGAATCCGAGAAGCACAAGGTGGAATATGAGGTATTTTAGTT TTTTTTTTTATGTGAATTTGGTGATTTTAGATTATGGGTTTTGATTATATAGTCAATTTT GGTCCTTGTAGGTTCATAGGTTGGTTGTGAATAGAGATCCCAAATTCACCAACTTTGTTG AGGTAATCAAGCCTGATTTTTTTTTTTTAAATTTCAGTTGATGGAAGCTAGCATTTCTCT GATTAAGCCCTTTTATGTATGTGGAGTTGAGTTTAACTTGATCAGCTTGAAATGCAAAAA GCGAAAATGTGATTATCTGTCTTGTTTTCGATCTATAGAACACCATACTAAGCGAATTTG CTACAATTGTGCTAAGGCAAAGGGTTCTCTTTCGCTAGCCTTTAATTTTCTAAAAGTAGT AATGTTTAACTATCTTATACTGTGAGAGGATGATGTCCTCTTGGTGGAGAACTATTTTGC TTTCCCTCTACGCTACGCCTGCACATTATCATGACATTTCACATTATTGGTGAAGTAATA TCAAGATGGTTTATCGTATTTATCTACCATTGCATCATAAATACTTGTTCCGTTGGTATC AAAGGAATAACTTTGTGAAATGATTGAAGGATAGGGAGTGGTGGGGGATTCAAGATATTG TTCAAAATTTAATTTCTGTGTAGAGTAACCTATGTTATGGCTTAGTATGAAATTCTTATT GAGACATTTCTCCGTACCTACATGTTGTTTCCTAATTCAGTATCTTGGCTTTAGAAAATT TAGAGGTTGGAAGAGAGTGGGAGAGTGGAGGGAGGGAAGGATCAAGAAAGAAGAGCCATT TCCCTTTTGCTTGTGCATGATTAGAGGATTTATTTAGAATCATATACAGACTACTTTTTA TGCATCATTCTAGCTTCAATATTGGTGTAATATTCCTGGATCTGATTTCTTAAAGAATCA AAAAATGTTAACCTGCAAAAGGAAACAAAAGAAGCATTGTGTTTTAACTTTGTTGGGTAA TCCTTTCTCATGAGATGCTTCGTGAAGTATAACATACTATTTAAAAGTCCTCGATGACAT AAAGTACAAAGCAAGATATCGGACAGAAGCTCTTTTTTCCTAAGTAAGTGATTTATCCTT GGAGCTGTAAGGGGGAAGGTAAAGCAAAGGAAGAGAGAGAAAACAAGTTTGAGGTTTGAA CTTGTGTATATTATATTTTTGTAAAATATGATAGAAAACAACTGAGTGTGAGCAATAAGG AAAATCAATAGCTTTTCTGCTGAAACCTCATCAGAATTGATGAAAGAAGTTAATCTAGCG ATTTTTTATTTGATGATGGAGCTGCTTAACTTACTTCAGTAATAGGTTGCACGAGATTTA CATCTCTGGCTGATTTCAGTCTCCACTTCTTTTCAGTTTTTGTGTAGATATGTTCCTTCA TAAGTCACTAATAACTAACACCTGCTAGTTATCTCCTCTTTGCAGTTCCGTACTCACAAG GTAATATACAGAAGATATGCAGGATTATTTTTCTCACTTTGTGTTGATATCACAGACAAC GAGTTGGCTTATTTAGAGTCCATCCACTTGTTTGTGGAGATTTTGGATCACTTCTTCAGC AATGTCTGTGAGCTGGATTTGGTTTTCAATTTCCACAAGGTTAGACATTTCTCATCAAAC GTTGCTACTTACAGAAGCAACAAAGTTAATAACATCTTTCTTTCCTGTGATCCCTGTTGT GGCACAATGGTCTTGTTGAATCTTCTAAGATGCCTGTTAAATATTGCTGCTGTATTTTTC TTTTTATATTTTTGTGCCGGCTCTCCAACTTGGTGCTGGTCGTCAAATCCTTAGCTGAGC CTTTTAAGTTAGAAATGAAGAAATATGTTTTTCATTAGTAGAGTCAATGGCACCGTTCTT TACTCATTGTATCATTTATGATCAATTTCTTCCCTCTGCAGGTATATCTGATATTAGATG AGTTTATTCTTGCTGGGGAGCTCCAGGAAACAAGTAAGAGGGTAAGAAATCTGCTTCCCT AATCACCTCTTACCCCCTCCATCCCTCCTCCAGACGTAGGGCCTGTAGCTGGCCAATTTT CTGATCTTTTGATGCTCTCTAGCTTGCCAATTTTTTGATTTTTTGATGCTCGCTAGGTCC TGTAGCTGGCCAATTTTTTGGTATTTTGATGCCCACTCACGCACACTCACACTCACACTC ACACTCACACTCACACTCACACATATGGATATGTGTATATACATATGTGTATTGACTGAC ATGTACATGCTAATTTCAAGGTGTTAATTTTAAAAAAACATATTTAGCAGTGGTCCAAAC TATCTCTGCTTAAGCAGGGTAACTAGATATTAGGTGTTGTTTGTCCCTCATCCATGAGAA GACAGATGTTTTGGTTTTGTATATATATTCCTTTGCTCTCTTTCCTCACATCCTGCCCAA TGGAATAAAGAAGTTGATGCATATTTGATTCTGCCTCGACTTGTTATCCTATATAAATTT GCACTAAACAACATTCTTTTACACGCCAGGCAATCATCGAGAGAATGGGAGAGTTGGAGA AGCAGGAGTGAAGAACTCCGATGCTTTGCTCAAGAGTCAAAACAAACACTTGCCTTTTCC TTCATCACCTGCACTTCTCTTCCGGCTGGCTGTATTTACTGCATTAGACATTCTGTATCC CGTTGATACCTTCATGTTGATGTGGCCTCATTTAATACAAGATTTGTTCATTCATACATT TAAAGGTAGTTTGCAAGTTTAAATATGAATGTCTCTATCTATTCCCAGTTTAAATATGAA TATCTTTATCTTTTGTTAACTCCAGAAACTATATTGTTGTTGGAAGTAGGAAAAGGGTTA TTTCAATACGAAATTTCTTTATTTTTACTGGCCATCATGCCTTGGGATAACTTGTATTTG TCCTTCATTCAGAGGGAGCTCCAAACTCGATGTTATAATTGAAAGTAATTTATAGTCAAA ATTAAACATTTTCTTTTTTGAGTTTTGTAACAAATGAAGTCCACTGAATTCATGTCATTG CTCCATTAAAGTAGGAACTAGTACGAAACAATTTCCAAAACTGGGGTGTAAGTATCAAAA TTCTTTTTCTACTGAAAATAGGGAAAAGAAGTTTGAAAAAATATTTCAATTGATTATATC CTCTCCACCTTGGAATACATTTCATCTTTAAACTCATCTGTGTAGCCGCCATCCCATTGT ATTTATCTATTTTATATACATAATATTTTTTACTTTATCCATCGAACACAAGAAAACATG TATAAAAGAACACTTTATTTTCCTGAAAATTGCTGAAAGAAATTTAAAGCAGCTGCAATT TTTTTCATTGCCATTCTTCTTCTTGTGTATACTACAAGTCAATAACCTTCTCAGACACAT AAAGTTTCTTTCCATCTAGGGAAAAACCAACAACCATTTCTGAAGTTGTTACTCTATAAT TAATTGAAACTGAAACAGAATAAGCATCTAATAAGGGACATGAGATTTACTATATCCTCC CTTTTTTGTGTTCCTTATATTCAGTAACAGAATGAACACCAACTCTCATGCATAAGCAAA GAAAAGAATAAATCAATTATGATTTGCAGGAGTTTCGCTCTGATATTATGGACATGGTGC CATGGCTCTCCGTATTAACGACGATCATTGCAAAGAAGCTGCAATGAAGGCACATTATTG GGGTAGAGTCCATGTCCACTTCCTTCCAAGCCAGAAGGGAAACTGTAATATTGTCCTTTG ATCCTTGAATTAGTTCGTGACGTAGAAATGGACATAAGCTCCTGCTCGTTCAACAAGGGT GGAACATACTTGGAAGAAAGTGCTTCCATCGAGGAAGAAGAAGCTGCCAATTGAGCTTGA GAAGGTCCAAAGATAGGCATTGGTCGCCCTGCATTTTGCCAGTCTCGCATTTGTGAGGTA GAGACTCCACCAAACTTGTACTGAGCAGCGAAATGGGCATTTTGTAGTTCATTCTGCTGC GACATTTGTCTTGGTAAGGCCATAGCAGCTTCTCTTGACGGACAAAATGACGCACCTCCA AGATATGGAGGCAGCAGAACCTGCAACTAGCCACAAAAGTATTGCCTTAATCTACTAAAC CATGTATTTATTAGTAGTTCCACCACAAACTTACACCTGAATCATTTAATAAATGTACGC CCAGTAAAATGCAATAGATGACCAATTTTACATTTAACACTTCTCGAACATTCCAAAAAA GGAGAAGGGGGATCAGAATGAGCTATGGTTCTGGGTGGTCTATGTTGGAAGCAGAATAGT GTTATCTAACGCATGCTTTGCATAAATACATAGATATGTATGTGTGGGCGGGTGTCTTTA AATAGGCTCATGTACTATAGTCCCTAATAACTTGTTCCAGCCCCAAAAGTCAAGATTTCA GCATGTACCTACGCTGTTCTCATCCTGATATTACACATAAGAGGGGTAAAATAATCTATG TTCTGGAAAAAACAGTAAAGTGACCGCACATTTCAGAAGTTGAATTCAATTTAAAGAATC TTCAGTATCTTAACAATTTAAGTCACGGAATTGAGAATCTGACAAACTAGTTGTGTTTCA AATGGAGCAAAGCAATTTTAATTAGAAGTCACCTGCTGAGTTGCTGCTGTTGCAGGATTG TAACGGAAAGGTGCAGATGAATAACCATTCTGGGGAAGCAAGAAATGCAGGGCTGGATGT TTCTGTGAGGTTACAGGCGTATCAAGGTTATGACCAGCAATAGTAGCACCACCATTAGTG CCTTTGATCACATAACTTCCAGCTGACAATGAAAGGAAATCTGCATTCTGCGAAAGAAAG AGGATTATTATCGTGTATGGATGAAGAATATCACACATTATTGAAGATAACTAACCTGCT TTGCTAAAGAATTGAACCCAGATGTAGTAGAAGCCTGTTGCTGATCTTGGAGGAGTCTTT GGTGCAAAAGGATTGCATTTCTAACTTCAGTTGGATTCTTCTCAACAGTAGAGGCAACAT TCCCAGTAGAAACAATTCCATGCATATCATTCACCTTTACAGTTGGGCTGTTCTGAATTA TAGGAGGCTCTTGCTTCACTCCATCAGGAGGTGAGGACTGAGAAGGATGCGAGGAGACTG TGTCACCTCTCATCGAAGTCTGTAAGCCCTTAGTCAGCCGACTTATATAAACATGAGCAG CACACCTCTTAAATGACTTCCTCAACTCAAGTGGAACTTGAGAATCCTGCATAATCAAAT CAAATGAGTGTTCCATATAGTTGTTCAGAATGGAACAAAGTACATGAGAGTAACTGAAAG CTATATCGAAGTGCTAAAACACCTTCATGGTTGGTAGACAAGATTTTGCATTTTGAGCTT GATGATCAGTGCCAGCGCTCCCGATCCAGACAGGAAATTTGCCAATTGGAAACCTATCAT TACTCGGTGCATGAGAAACCAAACAATATTTGTAGGCAAGGAAGAGTGCGGTAAGAAATG GGAACTTACTGTGGTGAAGAATCAAGTATGTCGGAACAAGATGACCCTGCTGCAGACAAG CCTGGCCACAACAATGAACCTGATCGCCAAAACAACATTTCTGTTAATGTAGATATAAAA TACACATGATTTGGATGACACCGTCTCGGATATATTACAACCAGTCATCAGAAAATTTGA AACTTGCAGGCTATAGTTATACCATTATTCCTATTCTCCTTGTGTGTGTTTTGTTTGTTG GCTTGATAAGCAACAACCTGAATACAGAACAGTAAGATCAGCATTTCTGTCACGTATTAA CCAAAGAGTATAGATGTCCAAACAAAAGTTACTTGTTGCGATGAAATTTCTAGCTGCTCT GTGTTGATGAATGTATCACACGGGGAAGCATCATGAAATGATTTTGATTTGGCAGCTTCT CCAGCAGAAACAGCTATGTCTGGAAACTGCTTCAAAGCTTCAGCACTGAATTGGGAGCTG TTTGTCCTTATGTCCTGTTCTGTTGTTACAACTACACCATTTATGAAATACATTAGTTCG GCAAATGACCAATTATGGAAGAGACCAACATAGAAACGAAGAACTAACAAGCAGACCTCC ACTTGCGATTACAGAAGCCTCAGGTTCTGGTAAGTCCAAAGATTTCACTTCAGGAAGTTG ACTATTTATTTTGCTTTCGCTCAAGGTGTCAACATCTGGGATCATACCAGCCAAAGCATA CAAGGTTTCAGCCACTTCCTCTTCATCTTTGGTGATTGGACAATCAAGCTCCTCCTTTAT ACACCGACTTGAACCACAATGAGTCTGCATTTAAATCTCATTATCATAGATGAAAATTTT CAATTGAACAGCATATCATTCAATTGTTTGGCAGAGGAACCACAGAGCTAAAAGAACTAT TAAAAGGAAAAAGCTGCAAAATTTACAAGTCACTAACCAAATTAAGCTTAGACTTGTTGC CATATTTCCTTAGTGTTTCAGCTCCATCTGACATGCGATTCGCCTTTTTGGAAATCGGCA AAGGTGGAGAGATGAGCTTGCGAATTCTCTTCTTGATAACTACAAAGGGCAAAGGATCCA AAAGCAAACAATTTATGATCAATTGGAAGTCCAAAGTTTAACTCAAACAAGAACCATTTC ACCTTATAAGAGATTAAAACCAGAAACTTGGCCAGTACAATCACCCAAATTGCAGATTAA GTACTTTTTAATGATTCCAAAGGTTTAAAAAGCGAAATAAGACGAAGAAACTTACAGAAT CTTCTCATGCTTAAAAAGAAAGAAAAGGTGAAAAGGAATTTACTATAATTTACAAAATAA AGCAACAAGTGACCCACTTCCAAGCACTGGGCTCCAACTAACACATAACTATTCCAAATA AGATAACAAACATAAGCAAGTCAGTAATTTCCAAATTTGATTCACAAAAATACAAACCTG AACGAACTTTCCGAGGAACAGAAGCATGATCTACTCCATTACACTCATCAAAAAACTGCA AATCCAAAAGGGGTTAATGAATTTAACAGACCAATACCTATTTACAATATACTTAATTGA GCTAAAATATCAAACCTTTTTGGGAAACTTAAATCGCTTCCGAACAGAAACATTGGAATG AATCTCATCGTTATCATCAGACTTTAAACAACCCATTTCAATGTTGTTCATACTGGACTA AACTTCACCAGCACCACTCAATCTTTCTCCCCCTTTCTTCGATTTCTTCGCAATTATTTC ATTTCCTCCCTTACAATCTAAGCATTCAAAGCAAAACCCAGAAATATTATCAGAGAATTT TGTGTGGAAAGCAGAAATCACAAGAAAAATCAAAACAAAAAGAAGGATAAAGAACTGTAA CAGATAACCAAAAAAGAAAAAAAGAGAGGAGAAAAGGAGGAATACAAGACGACACGCGTT TCTCAACCTCGCAAACACCAAAATCCACATATAGATGAATAAGAATAAGAATATATTTGC AGAAACAGACAATAGACGCATTGATGGGTCTTGTTGTCTAGTAACCGTTTGATTTTAATA CAAAGACGAAACAATAAAATTCACTTTCACACTTAAGCATTACCGATTCTTGTCCATTTC TGGAAAAAAAATACTGCAACAAAATTGAATTGAAAACAATTTTTTTTCCAGACCCAGCTA CAATCAATTCTCTAATCATCAAACAAGAACCTCCAAAATTCAGAACTTTTGGTAGTGAAT CTAAAAACCCGATACAGAAACATTAAAGGCTTTTGGGTTTTACAGTACTAACATTTAAAA ACTCTAAAAATGGTTAAAAAGGGAAGAAGAAGAAGAAAACTGAATTTGGTCCTTTATGTA CAACGAATCGGGTTCTTCTTCACATAATAAAGCCGCTCTCTCACTGTGAGTCTGTCACAC TCGTACTCATCAACCCCCAAAAAGAAAGAGAGAGAGAGAGAAAGAGAAAGACAACACACA CGCAAAGTACCTAAAAAAAATCAACCCCATGTAGAGAAATTACAGTACCATCTCTATTCA TCAACAAAACCCCATTAAAACAGATCAACATATCAGATTATATAGATCAAACGTACATTT TCTTCAGAAAAAGCATAATCTCATCACTCTTTCAGATCGAAAACGCAAAAATTCAAAATG CAGAAAACAAAAAACTCAGTCATTTCCATGAACAAACAACAGAGAATCATGAAAAAAAAA ATTAATCCAGCTTACAATCTGTTGCAACAACTCATAACTGAACAAGAACAAACAAACAAA CAAAAAGAATAAATTTTTGATTTACCCAAATAGTAACGATTTAGCTATCTGAGAATATTT CTGCTTAACAAACGGAAAAACCGAAGCTTTCGGTTTTTGATTACCCGATTCTCTCAAGAT TTCACACGAAAACGATCAGTTACTCTGTTTTCTCTCTTTCTTTTGCGTTTTAAAAGGAAT ATTTTTAATTATTACGTCGTCACAATATCTACGGACCATACAAACGGGATTTTCGCAGCC GTTGGATCAAAAGTTCTCGAGTCCCACGTGTCATCTACGTGGCAATAATTTTTCTTACCC AAAATGCCACCGTGTACATCTTCCAATTAATCGCCGATTCATTATGTTATACTACGGCTG ATTAATAAATACTTTTAGGTTGGGCCCCATGTAGGGTAATGATTTTGATTCTCTGGCGCT GGGTGAAAAGGGAGTGCTTCATGAATGATGCGTGAAGTTGAGAGCAATTCGGTTGAAAGG GACTGTGAAAATGACTATTTTACCCTTTGATCGCGATATCAAATGACGAAGATACCCTTC CATTTGAAGTTAGAATGTATTCAATAACATCCAATATAAAGAAAGATTTGATTAAGTTAT CCCATCTCTTTTTGTATATGTGTAATGAATGAGTTGTATGTTTTTTGAAGCTATTAAATA ATATTAACTATTTTGAGAGCTTTTTTAAAATTTTGAATCGAGAAGTTTTAATGTGATTTT TAAACTTAAAATAAATTGATTGATGTAAAGTTTTATCATGAAAATAAGAGTTTTAAGTGA GTTGGATGTAGTATGTTGACAATACAAATAAACTAAAAGCTTAGTTTATATAGTCAAAAT ATGCACCAACCTAGATCTTATAATTGATCGATTAAAATAACAACAAAGTAAAATTGAATA GCATACTAGATGATATATTTTTTTATAAAAAAAATCATAAATAGTGTCTTGGATTGATAC ATGCTTTTTCAGTCAAGTGAGAGCAATAGAGTGAGTCTTTTTTGCTATTCATTTGGAGTG GAAAGTATTCTTTTATTCTTAATTAGAGGTTTCGAATTTAAGTATTCCTAGATACGAAAT CGTTTTTGTTAGAAAATATTTTATCTTTCAATGTATAATTTATCAAGGTGGATCTTTTAA ATTCGAATATGAATATCGAGCACCTGACGAGAAGCTGTTTAGCATTTATGCTCCTAAGAA ACTCACTCTTTATCTAAAAAAGTAAAGTAACTTTTAACATTGAGTTTTGGGTTAGGATAA CTGGTCTGGATAATATACGCATAGGCCCAATACTTCAGCCCAAAACTTAGCCCTCTGACT CTTCACTCGTGAATGAATACGTATTGTTTAGGCCTTTAGGATCCAAATTAAGTCCCGTTC ACTGACAGTCTCTGCCGTGTCTACTCTGTCGCCGGTTGCCGCCGGTTGTCGCTGCTCGCA CGTCTTCTCTTTTTCAGGTGAGTTCGATTATTGTGTGTTTTAATTCTTTCCAAAAGGAAC AATTGAAGATGAAGAAAAATCTGTTGAATTTTTAACTTGAAAAGAACTGAACTATACACA CCATAATTGAATCCATACTAGTTCGAAGCGTGATTTATGCTAGTTGAAGATGTGATTTGG ATTATCATTATGATAATCATTTCTCTATATTTGAAGTTTTTGAACTCAATGTTCTTAGGT TAATTAGATATTTATGAGTCAATTGATTTTTGAATGAACCATTGCATAAAAATCAATTGT CGATGGTTACTTGTTAGGTTAAATAGGTTTCTGCTGCTGATTGTTTTTGTCGATCTTTAA GTTTTATATAGCTGTACTTTGAGATAGAAGGAAGGTGTTTGAGCTATGAGAAATTCATTC AGCTTGTAAGTTTTTGATTTGCTTCACCTGGAACTCAATTCGAAGCTAGCCTAACTTATT TTTCTGTTTATTTGTCCCTGGGCACATAAGTAGAAAGTTTGAGTATCTTCTCTTTACAAG AAAAACCTGAGTTATGTGGCACTTTAGACTACAAATTGTATTTTATACCTGACAGATACT ATTGTAGGGCATATAATTTAGTTAGATTCGTTTTTGGTTCTGCTTTGGGCTGTATTTCCT TGAGACGAGGGTCGGGAACCACCTCTCTAACTCTGAGGTAGGGGTAAGGTTTGCGCGCTC TAAACCTTTGGGTATTTTGTTGTTGTAGATTTTATTGTAGTGCATATGGTATTACGTCAA CATATTGAGTGTGTTCCCATAGTGGGGTCTGGGGAGGGCACTAACCTTCTTCTCCCACAT AAAGTGCTACAACACACTGCTACTTACAAGACTTCTACCCTAGTCCTCGACCTCGAAACT TTCCTATATAGGGTCATATTCCTAGTAAGTTGAAGTTGTGTCATGTAGGGTTGAATCACC TTCCCCTTGTTCTTTTATGACCTATCCCTGCCTTTCTAACTCCTGTTCCGCCAATATTGG ACTAGCACAGTTACCATTTAATCATTGAACAGTGAAATAGCCTTTCCATGAGAAATCTTT GAAACAGAAAAAATGAACTGCTTAAAATCATGGTGAGAATTTCGATGCACCAAAAGAAAA GTATCATGACAAAACCGAGCAGTCACTTAACACTAGAAAGGATCACAAACTACTCTAATG ACAGTTACATATGTAACATGGGTATCTTCTCTGGTACTCGAATGAAATGAACATTCTTCT AGTTTTAAGTATACATTTAGTCTAAGTTGCTCTGATTCTGCACTTTTGGTGCCACACCCG TGTCGACACGACATGGGTGTGGGATCTTTGTCCGATTTGGTCAACTGATTTTGGGTACTT TGACCAAAATATATGGGGAAAGTCTTGACAGTTCTAAGATTTCTGTAATCAATACAAAAG CTAAGGTGAATTGAAGAAAATGGAATACCTTTTATATAGAAATTTCTTTGTCTTTCCTTT TCGTTTAATCTCCTTCCAAGATTCTCCTCAAGTTCTCCACATAATATAGGTTTTATAACT CTATTTTTAGGCGAATCCCTGCACCCGTATCCATACATAGATTCATATCCCCAAATCTTA AATTTAGATCTTGAAGGATCCAACCTCTGGATCCACACCCGTATCAGACACCCGCACCCG AGTTCGAGCAACTTAGCATTTAGTTCTCCTTTCTTCAGATTGTATATTATAAACTTGTTT TGATACTTTGACCCCTCTGACTTTTGAAATTGTTGCTTTTTATGTACTGCAGCTGATATA AGCCCAAAATTGTAGCTTATGTTTGGACTAAACTACAAATTGGTTAAGGTGCTCCCATCG ACAATACACTATTGGAGAACGAGTGCAGAGGTCTGATATTTCTCGTTCAAGTGTCGACTC AACGCCGAGAGAAGTCGCCTTTTTTGGTTGAGAAAAACCTCGAAACTGCCCTTTGGCTCA TCTTAATGTAACTATTATTGTGACAGAGAAGATAAGAACATTGTTTTTGTGAAATCAGAT GTCGACAGCAACATACCCACCACCCCCTCCGTTTTATAGGCTGTACAAGGACTATCTTCA AGACCCCAAGTCTGCTCCGGAACCTCCCCCTCCAATTGAGGGCACCTATGTCCTCTTTGG TAGCAACTACACTGTAAAGTCTCTGACCCGTTCTTCTACTCCCTTTTGAAATCCACCCCC AAATGGGGAAAAGGGGTGAAAAAGTCATGATACCCAATTGCTTACTTGTGCTTAATGTGG ATGTATGAATGTATAAGGTGTCTTTGAGGCCCATTCAAGTTACTGGGTAGCTCTTTACCT CGAAAGATTTGCTTTTACTTTAAAGATTGAACCATGTTCTCAGTTTCTTCACTTTCATAT ACTTTATATTGCTTTTGGGGTAAAGGTATGGATTTAATTCAATGCGCGCTTAAAAAAATA CAAAAGATTAGAGGGGGAAAATGTCTGATGCTAAGGTGAGGTTCAGTGAGATATTCAACA ATGATTTAGATTTTATCTATTCTGAAATATGAATGAGGTTTCCATTAACATTCTCACCTT TATCTTATGTCATCTTGAGCTGCAACGCATCAAGAATCTTTATTCTGGTCACTCCTCTCA GTCCTCTGTGTTCTTGTCTTTTGTGAATTTTGTTTGTCAGTTGTGTTGCTGAAATTAAGT TGTCGTTGTGGTTTTTATTAGATAGCTATGTGCAAGTTTGCTCATTATTTATTTTGGCAT TACCGTTTGCGCAGACTGATGATGTACTCCCAAATTTGGAAGAGCAGGGTGTGCGTCAGT TATACCCAAAAGGGCCTAATGTTGGTAATGTTTGCAGCTATTCTCAAAAAGCCGTATTTG TTCCTACTGTGATATGTAACATGCATATCTTTTTTAAACATTTATGGTTAAAAGAATTTA AGTATGTGGATACACACATTTGTACCTTATATATCATCCTGCATTTTCGATATGAATCTG CATGGAACATGACACTCGTTTTTGTTTCCTTATCGTAAGTTCCAAGTAAATATCCTCTAC AAGGTCAATCGATATGTCTAATCATTTCTGTTCTCTTTCTCTAAGCCAGTGACCAGAATA AATAAAAGGGAAATAGATATAAAGTTTGAGCCCTTTAGGTTATTCAAAGTCTTAGACAAA AGATTGCAAATCAAGTATCCTATGCATTGCAAAAGTTAATTGCAGAATCAATTCCATAGT TGAAACGATGATGTCCCCTTTATTGGGTGCTGCTGCATATGGGATGCTTCCAGAGATAAA TTTAGGTGCTATTTTGTTGCTTCTCAGAAAAAATTATTCATTCTTATTCTGCTGATTCAT GTTACAGATTTCAAGAAAGAACTAAGAGCACTTAACAGAGAATTGCAGCTACATATATTG GAGCTTGCTGATGTTCTTGTAGAGCGCCCTTCGCAATATGCCAGGAGAGTGGAAGAGATA TCTCTGATATTCAAGAACTTGCACCACCTACTCAATTCTCTGCGTCCTCACCAGGTGATC AATTGGTGAAATCTAAGTGTCTAAATATTTCTGGGTTTTAGCATGGCTATAGAAGATAGA TGATCTCAATAATCATTTACCTTTGTTTCTTTCTTTTACAGGCTCGAGCCACACTTATCC ACATTCTAGAACTTCAGATACAACGACGTAAACAAGCAATAGAGGATATCAAGCGGTATG ATGTTGTTTGTATGTTCTTTTTATCATATATATTTAGCTTCTTCCTTCATTAGATTTAGA TGAAAAATCGTGAGTTTTCTAGAAGAGTTCAAGTGTGCCTCATCAAACAGTTGCAAGTGA AAGAATTCAGTTTCCCTTTAAGCTGCTTCAGTCACTTTCAGCTACACAGATTATATGTAA TTACTATATCAAACTACCTCTCAAAATGAAAAGAGAGATGTATTTACCGTTAACTCTAAT AATGTGCATAAATTCACAAGTTGTTGGAGTTGAGGCAGACTGTTTAATTCTCTCTTTATC TTTTTATCCTGGTTACTATGATTTTAGTCATGATTTTGGTTTCTATTTGCTTGTATAGGA GAAGGGAAGAAGCTCAGAAGCTTCTAAAGGAGGCACTTGGTACCCTTGAGGGACAGTAGA ATGCTCTTTAGACTTTACACACACAGCTGGCAGAATTAGTGTCTAGAATGCTTTGAAATT ACAGTATAGAAATCATTCAGTCCTAATGTGAAATTTTCTTTATTCACTTGCCTGAATTTT ATACAGTGACAATGCTTTTATGTGGCAAGTGTCACAATCCAGTGCCAAAAATTCGACGTT TCAGTCATCGAGGCAATACAGAGTTTCGATTAAGAGTGTGTAAAAAGATTTAGGTGACCT ATCAAACATGTAACTATTCTGATATTATGTTAAATTCTTAAAAAGTAGTCTCATCACTAC TATTGAACATGTGATCTTCCTTATCTTTTGTTGCTGAGCGGTGTGAATAGCTCTTCTAAC ATCAACGTGAATCAGCCTATACGCGTCATCGCGGATGTTGTAGAGCAAGTATTTAAAGGG ATTGTGGCAAGGTCGACCATTTGAAAAAGAAAAGTCCACATAGACTACAGTAGTAAGCAG TGTTGATCAGCTGACGCAGAGTATCCTAAACAACAGCAACAATTACTATGCCTCAATTCA CCAAGGGAGCAAAACGGTGGGAGCTCCAATGTTTTGTTGCTGTGACATGAAAGATGCTAT GGTTGTACAATCTAAAGAATCTACATTCAAGAAGCAACTGTGACATAACCCAGTAGATCA GCTAACAACACACATCTATTGGCATTCGACGAACACTCTTAGACGAAAACCAGATTAACT GGAAAAAAATAGGAGTGAAGTGTACAATCTCGTAGCCAATTCATAAAAAATTCAACATTT TTGCGACAAACTAAAAGAGAGTGTTTACGAATTGCAAAAAGAGAGAAAAAAAAAGCATGG CATTCGAAAGAAAATTTGTGTACAAGGATATTAACAAGTCCAAGAAGCAGATCTTTTCAT GGTAGGCTTCATCTGTTTATCTTCTTCAAGTGATATCATACCCAAATGAGATGGATCTTC CAGCATCATTCTAGCTACCAAGTAACCAGCAATGGACCATGTCTGGAACTTACGCGCCTG CTTTCCAATAAATCGACCAAGCTTTCCGTCGTAATACTCTGGCCAGCTATCTTTTAGTAA ACGCGATTCAGCTAGTTCAATGGCCCGTCGTGCTATTTGGGGTCGACCAGTCTTGATAGC TGCTGCAGTAAGGAGCCACAGAAGAACTAGACACAAAAAACCAGGCAAATCAGTATTAGC ATAAGTTTGTAAATGTCACGGTGCAGAACATGAAAAGAGTACTCCCTCGGTTTCATTTTA TGTGAAAGTGTGACTGAGCACAGAGTTCAACACGTGATCTTAAACATGTCATGACATTTT TTGTGGCTATAAACCGTATCACTAAGGGTTTTTAAATATAGAAAGGCATCATTCTTTTCG GAATAGACTAAAAGAGCAAGATTGATGCATAAAATGGAATATAGGGAGACATGATAGGCT ACCAAAAAGTAGACAGATATACTGGTCATCGTGATGCGAGATGACATAGCAAACTATTGC TAAATAGAATGAAGTACTTTTGGTGTTATATAAGAAGGAAGAAACTATAACCTGGCCAAG TGCCACCATTGTGGTAACTCCAACTAGTGTTTTTAGGGTCGCATCCTGTTACAATTCTCC ATTCATGGCCTTCCATAGCAGGATAACAGATTTTCAGCGGCATTTCTCCAACTAGCTCTT GCCATCTTGATTCAACGAGATCCATTATGGCGGAAGCTTGCTCAGGTGTAGCCAAAGATG ACAAGATTGAAATACAGTTACCCAAACAAAACCAACGGAAGTCCATGTGAGCAGGACTAA CATTTCCGATGAAGTAACCACCACGAGTTGGCATGAAATCAAAAACCCACTCCGGAAGGG AATCTGGCATCACATTAAACTTGTTTACTGCAGTGTGAGAGTACTCTTCTGTTTTGTAGC GGTATATATCATTCAGTTGTTTTATGTCGAGCCAATAGTAACTTCTCATGTGAAAGCTTA AAGCATGAAGTCGTTTAATTATTGCATCACAACACTCTTGGTTTTCTTCGTCGTGTTTAA GGAGAAACAAGGCACATCTTAAGGCCATAAAGAAAAGTGCTTGTATTTCAATAGGATAGC CATAGACACCCTGGGAACAATATGAAACAAAGTGCTTATGACATGTGAGTAGTGGATATT TTAAAGGAAGTTGAACTGCAATAATTGAGAATTTTAATATGCCCACAAATTTATTGAGAA TATGAGAAAAGAGTACAAGTCTTCTTATTGGTCCAGTGTAATCCCACAAGTGGAGTCTCA GGAGGGTAGTGTATACACAGACCTTACCCCTACATCGTGGAGGTAGAGAGGTTGTTTCCG AAAGACCCTCAGCTCAAAGTGCAGCACATCAAAGAAGTTATGAAAAAGGAGATACAGCAG TGAAGAAAACACGTCAATTAATAAGGAAAGCACTACATAGCACATCGAAATCAAGCGGTA ACTGAAACACAATAGAAAACAGATGGTCAAACGCAAGAAAGTACGTGTATACGACTAATA CTAAGACAGACACAGTGCTACCAGACTCCCACCAAGCCTAATCCCGCCAAAAAGCAAGAC AAAGCTCAACTGCCTATTTCTTAACTTCAAGCAAATGATGTGAAATCTCAGCAGAACTCC TATTTGAAGCTTAACTTACCTAAGTCAGAATCAGAATCACTGTCATTATGTACGAGAAAT AGAAAATCAAGCACGTAATAAGTATGTAGGCTAACCAAATCTTGACAGATTATAAATATG CATTTGGTCAATTATACTATTCTAGAAGTAACAGTTGATAGCTATCTCATATCTTGTCAT CACTGTCATCATGTAATATTAAGTAGAAAATCAAGCATGTAATAAACAGAAAACAAGGCA TGAGCATAAGTCAGATCTAGTTTAAAAAACCGATAAAGAGCGGATAGTAGTACATCAGAC TGACCATTCTGCGATCAATCATAGAGCATCCATCAGCGCACAGCAGGGTTGGGAATGTAT CAAAACCTTCAGAGAGACATAATTCAAGAATCAGCCTTATACCCCTTTGGCATTCTGGCA TCTCAGCCAAAGAAGTGTCCCCTGTAGACTTTGTGTATGCACGAAGTAGTATAATCCACC AGAACCCTGAATCAACAGGAGCAACTCTACCAATAGCACTTTCACCGAAATCAGCAGTTA TAGTCTCATAGTTCCTAACAGGATCATGAGACACTTTAAAACTTGCAGGCATAACTCCAT CCCCCAACTTGAACTGGTCTATCTTCTTCTCCCGAGATTGGAGGCGCAAGGTTTTCAAAA GAAAATTCTTTACTATATCAGGTTCACCATTCATCAAGAATGCCAAAGCGCTGGGGACAA AATCTCTGACAAAAACCTGCCAAATTTTAAGTCAGAACTGCAAATTGCAAGTAGAATGGT TGTCATGTACATAGAGAAAGACGACTGTGAAAGGATTTCGGAAAGCTGGGCCCATCAGTA AGCTGGTTTTACCTCTGGAGAATATCTAGAATCTGGTTCTAGATCAGACGCAAAAACGCT CAAAGGTTCATTGGGGTTTTAAGCGCAAATAAGCATGAATAACAAATAAGTGAAATATCA ATTGTTTAGTGCCGCCTCGTCATAAGAGGTTAATTCACAATGATAAGTATGCCTTAGAGA ACCTTGCTAACGACGCTGAATGCACAATAAGCGAGAAAAAGTGCTCAGACACATTTCGAG TCCCGCTTCATGGCTTAAATGCGCCTTTGACAACACTGGTTCTACATAAGTTTTTATGTA AACTATTTGAACAATTCAGTCGGTCAAGCTTAGCTCATATTCATTGAAATAGCTGGGCCT GCAAACTATACCCCCTCTTCATCTTATCAGTCAACCGCAAACCAATCAGTTGCACTGATA ACTATAGTGTGGACATAGGAATTCACCATTTTCTATTTATTACGTAAAGAAACATCTAGT ACAACTTATCAGAGGACACTCGTCAAAACAAGTTCCATTGAAGCACATAATCGACCTGCT TCACGGGATATTAAATCACAACAAAATACATAAAGACAAACTTGTATCCATCTAAGAACT AGAACAATAAGCATTTACCTGATCATAGTTAAGTTCCTCAGCAGAATTATCTATAGCAGC AATAGTTCCCACAGGTTGATCTCGGAAGTTAACAATAGAACGCCTCAAAGCTTCCCATGC TTCGCCGATTATAGGATGCGGCTCATATCCGAAGGTTGATCTGGGTGTGTGTATGCCGGA CCACCTTCCTGGTGAATACACTCCAACCATATTATCAAAAACACGAGAAGAGTTCTCCGA ATTTTTGTATACCTGACGTGGCGGTGAATGAGTCATTGACATTTCGCTGAAAGATCTTTC ATCGAACGACCTCTTCCTTTCAATATTAACTTGTCTTGGCCTTTCCAGCAATCTAGCCAA ATCTTCCTCGATTTCAAACAAGGATGGAGCAGCTTCCGCGTGTCTTGCATTCCCATTTTG AGACACATCCACAGGGCTAGGCATCTTCCAATACTTCCAAAAGTCCTAGACAATAAGAAA TCGAATCCAAAGATCTGCATATCACCAATGAAATAAGAAAACTTTTAAGAATTCGCCCCC GTAACAGAAGCTTAGTAAACACAAAGCTATATAGCTCAGACTCTCCAAAAACATCAAACA AGTGTGTGTCGGATCCTCCGAAAGGTTCCTCTTTTGGAGGATCCAATGGGCTGCAGCAAC ATTTTTGGAGAGTCCGAGCTACATCAAACAAGAACTTACATAATAAAGAATACAATCAAC TTGTAATAAAGAGTGCAATTAATGCCTCTTATACTTGGAATACATTAAATTGAAATATAC ACCAGATCAGAAAATCAACATTTTTTTCATTTACAAGCAATATTTATTCACTATAAGTTT GGTTTAATTCAACTTGAGCAAAATTAGAGCAAGTTCTTACACACAATTTTAATTAATTAA TCATAATCATTAACTTAATTAAACAATCAAAGTCAAACTACTGTTAGATCTTCTTTTACT TTATCAATTTACTTCTTTCTTTTTAATTCATACTTTGATCAATCCAGCAAATACTGAAAC CAGCACAAAATGAAAAATCTCAAATGCAGAAAAACCTTAATATCATCGAAACAAACAGAA AAATGAAAAAATTAAGAAACATAGATAAAACACAAAATAAATAACCTAGGAGCTGGTAAT AACAACCTCAAAGTATCGGCGGCGGCGGCGGCGGCTACGGCGAACTTCAGTGAGATCTAA GGTTTCCGAGGAAGACACCAACCATGAACTATCAGAAAGACTTTGGGACACAATGGGTCT TTCACTATATACTATGTTGGAACTATGTGAAAAAAAATTAACCGGGAAATGAAGGTCAAA AGACGAGTTGACTGGATATACCGGTAAGATTTTGTGCTTGTGACGTATGGGATGGTAACT GACACGTAGGATTGTCTGGGAATATCCGATTAACAGTTCTGGGGTAATCTCCGACCAAAC TTTGTCCGAAAATGGATTAGTTGTAATTGTAAATAGTGATTAAGGAAATAATTGTTGTTG TTGTGAACGATTATTACGATCTTAAGTATGATTAGTGATAACGATTAATCCCACATCCTC GCGACTTAATAAGTTTCATTAATACTACCTTTAGTTTTTTTTTAAAAAAAAGGATGAGAT TATTAATTTTTTTATCTCAACTTATGTTATTCACTTTCATTTTTAATTAATGTCAAAAAG AATCTAATATTATTATATTTTGGCAACAATTTAATTTTAAAATATTTATATTATTTTTAA TAAAATGATTTATAATCACATAAATATAAAAAATTTATTTTAAATCGTAAATTTTAAAGT TATATGTCTAATCAAACTACCTCACATAAACTATGACATAGAGAGTAAGAAATAATGATC AACAATGAATTTTTCATTTGTTCCTTTTTTTCTTACTTCAACAATGATGATATTGAAGTC GGAAAATAGAATATTATTTAGATAAAAAGTGCTTTAATATATGCATGATGATAATTTAAA TAAAATAAATGACGAATGAAATCCAAAAAGTTCACTTACCATTAGCTCAAATATTAATGT TGGAGAATTAATAAATTTCATATATGGTAAATTTTCTAAACATTTATTGCTAAAGAGATT AACTATGAAATTATTAAAACATTCTTTTGTAGTTTCTAAGTAGGCAGATTTATTAAAATT TGTTGCTGCTGATGTTATTAATCTCAACGATTAGATGTGTTAATCGTTCCGTTTAAATTT TTTGGATGAATCAGCCCTTCTCTTTTAATAAAATAATTTTATTATTTTTTTATTGTTATA TTGTGTGTGAGAGAGAGTTTAAACTATTAAAAAAAATGTAATTAATCTATGTACAAAAGA GAATAAAATAGAAAAATTCATGTAAAAGTAAAATCTTCATTTTATTTAACTTTCCTTTTT CGTTTAATTTTAATATTTTTATTCATTCTTTCTATTGCTACCTACTCCTTTTGTCCCCTT TATTTTTATTGTTATTCTTCTTGCTTTGTTTTCAACGATAAGATTAATTTAGTCATTCTA TGACTTCGATTTGCATGAATCTTCCCTCCTTTAAGTATATCGTAAAAAAATTAATTAATT ACACCAAGTTGATTTTCTTTATTACTTAAGGTCCAATCCAACTTAGTTGAAAATTTATAT TGATGTGAAAGCTGGTTTAATAAATCCTACGTGTAATTAAGTGTCATTTGGACGGCGATG CTGATTTTTACAACGTGTTATTACGTGAAAATGAAATTATGTTAATTAAAAGATTAATGT CAAGTACTACATATCCTATTTTGGATACCAACAGAAAATGTTCGATGCATCTTTTTCAAA CTAGACCACCCCAACCTACCCATGTTTCACTTGATATATATATTATTGTTGGAAATAAAA AACTTTTAAAAAAGTATATGAAAGACTTTTGGTATATTGGTCATTCATTATCTCAATTCT TATCTGGTATGAGATATCAATTCTTATTATATATTTAATGTTTTTTAATGGAATTGTTTG TTTGCATATATTTTTTATATTTATTATAATGAAATGAGGTAACAAATAACATATAATATA ACATAATATAAAAATTGATTCTACAGAAAACTTGAAAATTATAAGTGTATAACTAGTAAA ATATAGTTATATGTGATGATTGTTATAAGAATATCTTGTGTTCTGAATAAGCGGGTTAGA AATTGATCGGCATATCGACTAATCCGTTGTATATGTTTGTCATTAGTCATTACTTACATT AATAATTTTAAAATCATGAAAATTCGATATGATTTATGACTAACCTAGCATGACACTTAT GTTGAGTTTAACAAGAAGCCACATCTTTGTTATAATATTTGTCACAATTTTAAAATGTAG CATCTTTTTATCATTTGTAGGTTTGAAATCATAAAAAGATGTACCACTAGTAAAAACAAA CAAATAAATGTAAGATACAAGAATAAAAATTGAAATAAATTCAAATATAACATGAAGTCA TATTATATGAAACGTAGTTAGATTTAAAAAATGATAGAAATCACATACTTTTAAGACAAA ATTATCATTTATCCGTTATAAGTAGATAATTATAGAAATCTCTTAAACTGATACAATAAT ATAAACATTAATAGTTAACTAAGATACATTACATTTTGCACATGATACACTATTCTGATG TACATTTTATACATGATACACTAATATGATGTGCGATATACATTAATCTGATGCACGAGA TACATTAGTCTGATGCACGAGATACATTAATTTGATGCGCTGATACATTAATCTCATGCG TGAAAATGAGGGATTTGGGGATTTTTAAAACTAATAGGGGATAATGGTAATAAGAGAACT TAAAAGTGAAATTTCGTCATTTTTCCTAATATTAATACAATATAATTTGTGAATAATTTA ACACGATATGACGATTCTTGTAATATAATACAACACACTTAAGGGCCCAAAAGGAAGCAA GCCCAAGTGGAGGCCCAAGCCTCTCGCTCCTACCCTGTAATTTGTGTTCGTTTTCAGAAA GCATATAGAGTGCTGTATTTGACCGTTGAGAAAATTTTCGAAACTCAACGGTTCTACGCT CCATTGCGCTCTCTCTCTTTCAAACTCTAAAAGTTTCTTCAATCTGCAATGGCGAAGTCC AAAAAACCAAAAAATTCTTCCGATAGAGAAAAATGGAACAAAGTGTTCAATGCTTTAGTT CACATGTTGACATCACAGCAGACGCAGCTTGAATCCCTTGCAAAAGAGAGAATGATTCTT GAAGATCGGATAAAATTACAGAATGATCGATGGGTATCTGATATTCATAGATTTCAAGAA CAAATTTATGAGGTTACTTTGATTTTCTTCTTGAATTTTGCATTTTTACTTATTTAGGGT TTTGATTGCTTGGAATTTTAGGGCTTTTGATTAAATTGGGTTCTTTTGCGTTTGCAGATG AGGAAAAACTTTACAATTCAAGAGATGGAGCGCATGCTTGAGGTTGCGAAATCGGAGTTT GTTGTTGGTTTGAAGCAACGAGATGTTGCCGTGTTCCAAAGAAAGCTCGGTGAGTTTATA TTTGAAAAAGAAAAGAACTTTTTCTTGCCCTAAGCTTTGTTTGGTTTATACGAAATGATG GAAATTTGAGCAAATTGTGGACCTTTACTTGCCTTGCTGTTTATTTCCCGACTCGTTGAG TTTAAAATCAGGTAGGAAGTAGAGATTTCTTATTGCTATGCACAGGGACAGAGCCTGGTG GGAGCAAGGGGATTTATGCATATATAGCTCAGTAAATATTTTGGCTCCGCCACTAGCTAT GTAGAGTTCAAAGACGATAAATATTAACTTTGAAGTTGTCCTTCTCTTCTCTTTCTTTAC CTGATAAGGATGGTACTATTCATGATTACTGCCTTTGATAACTTTTATGAGCCTTATTTT GTGCTGGGGTGTCGCCACAAAGTACAGTGTCACTGCCTAAACAATATTGCTGTTTAAGAT AATCAATTTGATAGTGGAGCTTGAAGTCTTGAACATACAATATCTTTTTCTTACTCAATA TGGTTCTCTCAATATACTTTTATGAATCCAACCATGAATAAAGTTGCATAATTTATTTTC TTTTGATAGCTTAGAAATCTTCAAGGGCTAGTGGCACTCGTGTTAGTTAAATTGGGAGGG AATTGAAACAGTTATCTGTTACGTCTAGTGGCGCACGTGTCATATTAGTTGGAACGGAGT AGAAACAGTTACATGTCAGGGTTTCTATTAATCCACCCCATTTCCCATTAGATAAGTTAA ATTCTTTCAATACACTTTTACGAACTTAATACTGAAATAAAGTACATCATAGCACTTCAT TCAGTTTGGAGAAGTTTATAAAAGTCCTAAGGAAGCAGAATGGCATACAGTTCCCTGATT ATATGCTAACTTTCTCCTTCTACAGACCTTGGAACAAGAGAAGGAAAAAGAATCTTGAAC AGAGAAGATATGGTCTTTTATAGCGTTCGTGCTTTTTTTCCTGTCATCTGAGGAGTGAGG GAGGGAAGGAAAGAAGGAAGGAGAAAATAAAGGGAAGAGACCTCAGGGTGGTTTTTTTGG ACATGAGTGGCTGAACTTTAATTCCGAGACTGAATAAAGGGCATGTTACCTCTTTTTTTT CCTCTAGTTGACTCACTTTCTCCAACTCACTCAATTTCACTTGTACACATTTCAACTCTT GTTCTAAAATTCTCTTTGCATCTCAGCTCAGGGCACACTGATATTTCTTTTCGTGCATCT TCAAGATTGTCAAAGTGGATCATTTAAATTAGCAATAATGGAGTTTCTGTGTGTAATCAA AAAATTATGCAACCACATATCCTCTACACACTCGAACACACTTCTTTATGTATAAAGTTA TCAGTTCAGTTTTTATTGCAAGAGGCTATTTTAGACTTTCTTGCTCTTGAAAGATGGCTC CCCATCCCAGTGTATCAGTAGCCTTTATTGTTCAAGGATAGACATGATCTCTTAAGTTAT ATCATCCCAGCATTCAATTTGGTTACTTACTATTCACCTAAAAAGTGCAGAAAATGCAGA TGGTGAACTGGCTGACTTCAGAGAATGGTTTGACTACCTCTCTCAGAGATGCTCTGAGCC AAATGTATGTTGTTTCAATTGCCTTTTCTATTATGAATGTTGTTTCTCATCGCCTTTCTG AGTTTTTAGTTTATTATTTGCGCTAGTAATAAAAAACTAGAAGATGAGATGTATGAATGT TCATTTGATCCACAGGATGTACCAAATGCTGCAACAAATGAAAAGTCGGAGACAAGAAAG AAGGCTTGGGAAGATGAGGTGAGGAGGCTTAAAACAGAAAATGAGAAGCTTACTTCAGAG AAAAATTCTGAGATTTCTGCCCTCTTGGCAGAAAAGAATTTTATTTGGAACCAGTTCAAC AAACTGGAGCACGACATGACTGAGCAATTGAGGAGAAAATGTACTGAGCTAGAGCATGCA AATGGTAAAATACAGGCATTTACGAGGAACATTGAGGAACTACAATTGTCCAACGCTGAT AAGGATAATACAATTGCAATGTTAAGAAGTCAATTGGATAATACAACTGCAACGTTGAGA AGTCAAATGGCCAAATTGGAATCTGACTCCGTCACTAAGAGTGGAGAGATATCCAAACTT TCCACTGAACTAGTGTTGCTAAAGAAGTGCAGAAGTGCCTCCGTCACTCCTGTGCTGCGT CGCTCCACAACTGGATCAGGACCTTCAAAATCGGGAGGCACGTCCCGTGGAACAGATCAG AGGAATATAACTGTTAAAGTGGAAAAGCAATCTTCACAAGCCCTTGAAAAGGTAACCTTT TCCTGCAACTGTCCTTTCCTGTTACATAATTTGTCTGTGTTAATGTTGTTGTTAAGGTTG TTCTTCTTTGAGAGGGATCTCGCCTAGTAGTTAAGTAAATGGCTATGTATCTTCACAGTT GTTTAATCTCATTTTAAGAGCATGTTAGTATGTCAGAAATATGTTATGGCTTATGCTATA TTGCTTGGATATTTCAAAAGTTTCATACATGTGTTTGATCCTCCAACACGAGTATAGTGG CATTTTTGGAAGATCGAGCAACATAGGTCTTATGTTATGTAAGCTGATAGATGCTCGTTT TTTTTTATAGGGACAGAGAAGTTCAAAACGAAAAGCTGGTAATAGTATCTTGAGTGCTCC AAATCTATTCACGTCCTCATTTAAGGTACCTAAATTAAAAATGTCATCTCCCTGTGTGAC ATGACCTCTGTCACCAGAAATTCGGCTTGTATCTATATTAGATGATAGATTTTCGGTACA TATGTTCATTTATTGGATCTTGGTTCTTCAAGCTATGTGACAGTAAATTTCAGTCGGTAC TAGATGTTGATGTTGTATACTAGAGAGATAGTTGCAACTGATTAGTTGCAACATTTTATT GAACTTGGAGACCTGACTATTCAAGTAAATGAGGATCAGTTATTTGATTTCTGCATTTTC TAGTTCTCTTCTCAATCTCGCAGTCTCTTTCCATTCCTTTAGTACTGATATTACTAATGA ATTTGTCTGCGCTCCGCGTTGTGTATCAATAAATTTGAGATACTTTATAAATTTTCACGT GTATACATCTATTAAAGCTAAATTCAGTAAATTGACAAAATTTCAATCAGATAATGAACA AGAGATATATCACAGCAGTCCATGGCTTGTTTTTGCTATACGTCATAGCGCTTTTTTTAT TTTTGCTAAAATCCAAACGCTTTATTGCTAATTTTGGTATCGCTTGTTTTAACCACCCTT AAAGTAGGGATTGTGTTCAATGTTTTGTCCAATAAGGGGTGACGTACACGCGGAATTAGT TGAGCTACACAAAAGTTGACTGAGACACTATAATCATTAAAAAAAATGACTTAGTTGAGC TACACAAAAGTTGACTGAGACTCTATAATCATTAAAAAAAATGACTGAAAACACTCATGC TATTGAAAAAATAATATAAAAAATGGGTTGGCATAAATTTATTTTTCGTATGACCACACG ACTCAAGTTTTTTCTAAATGAACATTTATATATCATAGCAATAATATGAGTTATATCTTA CGAGGCATAACAAGTTTGATCAATATTTCTTTATGAAATGAGCAATAAAGGCAAAAATTA AAGATCCTCATATTTGACTTTGTTATAACTTATACAGAAGATGTGTATTAGCAATATGCA GATAAGATTAAAGAAGATAAAAATACATGTATATCAAACGATCCATATATTATTACTCAC TGCATAAAGATTCATATATTATTTACCTCATAAAACCAAATATTGCCTCTCTAAACATTA TTATCTAAAGAAATGAAAAACTCTTCCACCCTAATCATACAAATCCTAATCCCTAATCCT AATTATGTACAAGCTATAACACAATACTTTCGATACAAATTAGTATAACAACATACATGA AAATTACTACACAAACAAAAAAAAAGGAACGCTAAATTTTGAACCTTATCGAGTGTAAAT TCTGGATCCGTCTTAGCTCAGTATCGAACAATTTTTCAAAGTATACGAAACCAAGTAGAT TGAAATGAGTCTTGATAATGAACCATGACCAAAAGCAACACCAAAAGCAAAGCAATTCCC CAAGGAGATCCACCTTCTTGGCTAGCCAAATGGTACACAACAGGCCTTGTAACTCCTCCA TAAGGATAAAACCATCTATTACTATCAATCATTATGTATACCAAAAGTATGATAAGAAAA GGTAATAAGAAAGACATAAGCTTCATACTAGCCTTTGATTTTTCTACTGTTGCTTTGTAT TCTGAATATGTAGACATAGACATCAAGAAAATTACTAAGCCAAATAAAACTATCAAAGCT AAAGGAGGTGCTGATATTGATTCTAGGGTTTGGTCTCTCCAACTAACTCCTCTTCTTTCT CCTATGAACCAACCCATAATGATATATCAATATAATTCTTAATTTTGAAATAAGAATGTT TTTTTTGTTCTTTGGTTTATTTTCCTATATGGAGCAAAGAGGAATATGTGATTATATATA GAGGAAGAGAGGTGGTGTCAACCTTGTGTGGTTGGAGACAGATGGAGCTTTACTTTGGAT GTGGTCTAATCTGAGGTGGATTTTAGAATTTAAAATTTTATGAGTTTTATAATAAGTTTA TAAATACTTTATTTTAGGTCGAGAGAAACAATCTCATTATTTTTTACGAGATAAGAGAAT AAGGTATGCACACTCAACTTGTGAGATTATACTGAATATGGTACTATTGTTATTATTGAT TTATGTAGTAACTTCACGTTTTTTGAGAATTTATCATGAAGGCTTTTACCACAACTTTTT TCTTGTATTCGAGTTTGAGACTGATAATATGAGTAAGCTTCAACATCTTAAATATATTTC CAAATTAATATACAATAATACCTAAATTTATAGTCAAAACGAAATATTTAATGAAATTTG GATTAATACATGTAAATCATCATCTGTACAAAAGTAATTAAGTTCATGTGAACTCATAAA CTATAAGTTAATTTCCCCTAGATTTTTGATCATATTAAACTCATTATTTTTTATGATATA AAGTATAATATGATGAATTTAGTATCAAAAATCTTAAAAATTGAACTCCTAAAATTTAAA TTCAAATATTCGTACTTGATGTGGTCATAATAAGTTATGGTATAAATTCTGCCCTTTTTG GATTCCATCAGTAGAAGACCGTCCTTTCTTTGTTTAGATTCTACACTTTGAGAAAAGGGG ATTGATTCAAAGATAGTAAGCAAATGGGCAAATAAATAAAAAGCAAAGTATATATTCTTT TTTGATTATTATTGCGTAAAGTTACAAAAAAATATCAGTATAATTGGTGTCTCACAACTA AGGTATTGGTCAATTTACTTGTCCATTAAGTCTAAAGTTATTCTGATTAATCACCATCTT AATACCACCTGATTAAACTATAAAACTATTATATAATATAATTATGATAGATTATTTGGG AAGTGAAAGTGTCTGAGCATTATAGAATAGAGACGTGTTATAATTTAGGATTTGAATTTA ATAGGTTCTTTTCAAAATTCTTAACATATGTTATGAGTTCAAATATAAAATTTCTTGATA TTTTAGTGAATTTTTAGATGCATATTCACATTTGGTATTAATAGAAAATTATGACGTTAG ATAAATCTAAAAGTCAAAAGATTACACCCGCTCAAGAGGCTAAAATTCAACTGTTCTCAA CTAGGAAAGCTATATATATTGAAGTAAATTTAATTCGAATGAATACAATTTTATTATACA TTTTTGTTAATAATTTCTGAGAGATAATTGAATCGAAACAATATATTTAATTAAATTGTC TTAAATTCGTACGTCTGAATAGTAGCAAGAATGATCACAAATCTACCTAGAAAGGTACAA CGTGTTTATTTGACCTATAAAAAGACATCGATACAGAAAAAAATATGATTACCTCCAAAA GGCGGAAAGTATAACGAAAATCTTTTTCCATCCTCCTTAATTCTCCTTTTATAATTCTCA CATTATAATCAATGGATATTTTAATTCTCACATTATTTACTAGAAAATTAAAGATTTCAA CGAAATAGTGTTATGTGCTATGAGACAAGGTGTATTTACTTTAGGGTATATAAAATTATT AGAGAGGTCCTTTTGATATAAATTTAAAGTTATATTTATCTCATTTAATTATTGATATTA ATAAATAAAAACTTACACAAATTTAAACCAAAATTTTTATATTAATTATATGGGATGTAT GATGTATCACTGATGAAAGAGAGGCTAAAATTATATCCTTTTCCATTAGGAAAAAGCATA AAAAAAATATTAAATTTAAAATTTTAAACTATTTCCTCAATTGATCATACGTATGTAGGG TAATTGAAGATTTATTTCATCACTATTCGCCTGAATTTTGTATATTTGAACAACAAATTT GATGACAAATGGCATGCATGCAAGGATGCAAACGTATTATTTTGATTTAAAAAATTGCTC ATATTTCATGATTTTATCGCAATCACAGAAAAAACTTTATGAAAAATATAAATATAATCT TTATAATCTTTTTTCATCTTCCTTTATTCTCTTATTATAATATTCATATCATAATTATAT GTGACTGGTTTGTTCTCAAACCAAACTGACCCCTAAAGAATTGAATGTTAAGCATGATAA GTCAAGGTACATGAGAAAAATCTAGGTCCCAATAATGAACAAACTTTAGCCTAAAATTTA ATGCAAAATATTATTACGATGAGTTAGGCAGCTTAAATTGTGCCACTTACTAATAATTTT GTGGATGAAATGAAATGAATTGTTTTGATTCAGACAATTGATTGAAATCTTTACATTATT GTTTTATACTTATTGGTTTTGCAATCTCCAAGTCAATGCATTCGATCAATATTGATATTA TCTTCATTTTAATTTATATAATATTGTTTAATCTGACATAAAATTAAATAAAAAATATTT TTAGAATTTGTGGTATAATATGCTTCAGCATTTTCTTGAATGAACTGGAAACTTCAGCAT ATTTATTTTTTAAAAATAAAAGGGACAAATAGTTATTTGTTAAAGTTGTTTCATACATAT ATAACGAACCAAATATGTACATCTTTTCCACTTTAATTCTTAAAGTTTTTTTTTTTTATA AAAAAAAGAGACCTATTCAATAATTGAATTCTAGTACCATCTTGGGTTCATCCAACATCT TTGCTATTTGGTGAAAAAGAGAAAAAAACCTTTGACATTTAAATAGGCAAATTTGTATAA GAAATACTATTGTATATATGGTTTATGGATCAAAGTCAATTTCTTGAAGATATATATTAA ATTTTTAAATATTGTTAACAAAAATTTTAGTTCCGCCGCAGATCCTTTCACGAACCAGAG GGAATATGAATTAAGAATTTCTTAGATTATTCAAAATCTCAATTTATTCTTCTTTTTCTC TTAACATTTGAATACATCATTTTACTCTATTAGATACATTACAACTTTATTGTATACAAT ATATTTGATACACATAATTGTTGATACATAACCTCAAATCTCAATTATTTCAAACCTATT CAATATGAATCTAATTTAAAATCATGTATCATCATGTAACGTACGAATAATGACAATAAC TGTGAGTTCTGAAAATTCTAGATTATTGTAATTCGGGAAACTTTTGAAATATGATATAAT TAGCGTCCGGTACTTTATACATAGTTGAATCATGATCTAAAATTCTGATTCTTAGCCCAT TTCCTCCGTATTGGGCCTCTATCATGGATCATTTACCCAAAATTGGGCTTTTCACTTATT GGGCTTAAAACCCGAGAACCTGGAATGCTGTCTTAGGCCCAAAATCAAAATTACCCCAAT TGTCTCCAACTTCAAAAAAGCCAGTTAACCAGAAGACCAAATGCTTCTTCTTCGTTGAGA AACCCTTCACACTTCACATTTTTACAGCTGATTTTTTCGAATTGAATCCTGAAAATGTCG TCTGAAGACTCAAAGCCAGTGAGGAAAGTGGAAAGTGACGACGGAGAAAGCATTGGGTCT CTTTTTAACAGCAAAAAGAAACCTAACAATAATGCCGCTTCAAAATCTCAGCCTCTCAAA AAAGCTAAGATTAAGAAAGAAGAAAAAGATGATGATTTCGAAGAACCCATTTCGAAAAAG AGTCCAAAAATTGTTAAGCCCAAGAAGGAAGAACCTTCACCCGTGTCAAAGAAAAGTTCG AGTAGAACTGATAAAGTTGGTATTTTTATTTGTGCATTTTTTGTTATTTTACTGTTTGAT TTGTTGGTTTTTTAATTGGGTTTTTTGTGTGTAGAAAGTTGTAAAGAAAGAGGAAGAGGA TAAGAAGAAAGGAACCAAAAATGGAGACACCGTTGTGAAGAAGAAGGAAAAGAAAGTTTA TGATTTGCCTGGACAGAAGAGAGACGCTCCTGAGGAAGTATGTTCCAAATTTGCATGTTA AAAAAAACATTTTTTATGGTTTCAATCTGATCTAATGTTATATTTTTTGATTTTCAGAGA GACCCTTTAAGGATTTTCTATGAATCCTTGTATCAGCAAGTGCCAGAAAGTGAACTAGCA GCTATTTGGTATAACATTCTACCTTTTAAATGATTTTGAATAAGTTATTCTTGGGTAACT CTCTTGTCGTTAGTGTTTTTGAGTATCGTGATGAAGCTGTCTCTATCTTCTTTGAGTTGG TGTTGGTTGAAAAAAATGAACCTTGAATATTATTATGTTCTTAAAGGTCAAATTTTGTTC TTGTCCTAACAGTGTGTGTGTTATCCACCTGGTTGATGCTTCTGTATTAGCTCATGCTTT CATTTAGCGTTCACTTTGTCGAATGAGTAACTATTCTTAGTCTAGTTGTTTAGATGTGTT CATTTTCAAACTGAAAGAAGAGTAGGGGTAAGAAACTTCTGTTTGTATCTGGGTGCCCCT TAGATGCATAGTGTATTTTTGCGTATTGTACAACAGATAGTGAAATATGAGGTGTGTTGC TTGAATGTCAACGTGTGTGGAAGAGCAAGTTGGCTGGAAACAGCTAAAGAAAGCTTGTGA AGTAAGCAGTTCTATGTGAAAAGAATAGCCCACACTCGTAAACTTATATGTCATTTTTTC GTCCCTTTTTTTTTAGTAAAGAAGCATCAGCATGATAGAAGTTGCATGCCTACAACTGAG ATGCTTAGTGAAGTTGCTAATTGAGTAAGTATCCATTGGACAAGGAAATCTGTATCTTGA CTTGGCCCTTTTCGCCCAGTTAAGTACAATACATATTTGGCCACCTTAGTCGTAATCTAA GAGGTTAAGCTTACTATGATCATCTAATGCGCTACTTTAGATTTGTTATAGGAAAAAATC TACTTTAGTTTGAATCTGCAGAAATCATCTTTCAAGTGTTTATTTGAACATAAGAAAAAA TGAAATTATAAGTATATAAGCTTTGTTATAACTTCATTAAAACTTCCGTCTGGAATGAGA AAATGGATTGTTTCAACCCTTTGACACTATATGATGAGTTCAGCTGACTTCTGACTGAAA TTGTGACATATCTAAGGTGAAAACTTTTCTGGTAGTGCATTTTTCCACTTATTGACTATG GTTTGATATCATCCTTATGCAAAGCACTGTGTCCCTGGGCACAAGCTTTTACATTGAGTG CTTGGGGGATTAAGTTAAAGTTGTCACCAAGAATAGTTTGTGATACTAATGAGTGTTGTT AGTGGTTATAATGCAAATTAATATGCGTGTCTGAAGCTTAAGATGTGAGTTTAGACTGTT TAGTCAGCTCATTTGACATGATTTTGATGAAATATTGGTGCAATTACTTCAACCAAAATC CCAGGGCTTACTTATGACTGTTCTGTTGCAGCACATGCGATGAAACTATTTAGCCCATTC TTTGCATTATCGTGCTTAGACGTCACTCAATTTCTTGAGATCTGCTGTGGATTGATGCTA AAAACTATGTCTAATGTTGCTCATCTAATCCCTGATACAAATTGTCACTCTTCCCTTTCT GTCTCACTAAATCCACCCCGATCACCAAACAAGCATTAGAACTAACATAAATTGAAGTAG TTTCTCTAATGAATTTGGCAGCTGTCTCAGTCTATAAATGTTAATAAAGCTGGCCAAACA ATGTCTATGCATGAATGGTTCCTCCTCATCAACCCTTTTGACCATCACTGATGCTACAGA AAGGATCTCGATGGATCAAAATGTCTGCTTGCAACTGTTAACAACCAAATCCAGAGTTGT TCATGATGATTATAAAAACTACAACTGTCCCTTGCAGTTGGATTCAAGTAATCATATCCT GATACTGTTGTTCTTGCAGGATGATGGAGTCAGGTTTGCTTCCAAAGGACTTGGCGAAGA AAGTTTTTGAGAAGAAACAAAAGAAGGCCCAGCAGCTAAAGCTTGGTTCACCTCTGAAAA CGGTTGTGACTGTGAAAAAGACCACGGAGTCTGTTACTATTAAGAAGACAACATCCTCGT CAACCACGCCATCAACACAGAAAAAGAAAACACCAGATTCTGGAAAAACGGAATCAATGC AGCGGTCAAAGAAACGGAAGCTTAAGGATGATTCTTCTGAAGAAGACTCAGATGATGGTT TCATTGCAACTCTTAAAAGCACAAAGAGACAGAAAGCCTCTTGATGTTTCTAATGGCTTA GTGAAATTGTAGATGAGAAATTAAATACTCTGTTACATGCATTTCAATTTCTCCATTATG TAAAAGTTGACCTTTGTTCTCTCATTTTCTCCATTGTGTTTTTCCAGGCTCTAAACTTTG AATACAATTAAAAAAAAATGTATCTCAAACTTCATTCATTGCCCTTAAGAAATAGGGGCC AGACAGGAGCTTAATTACTTCGAGTATTTATGACTCTGATGGCAATACATGACCGGTGAA TCTTAGCGCAAGCACTAGAATAGTTGAAAAATTCTAAGTAAACAATTGATATTTCATTTC ACATAGAACTAAGAGAAAACTATCCCATATTAGCATTTGATTATTGAACATATAAGCTGG AAAATGAATTTAAGATAACGAACCACATCGGAGAATGAAGATAGTTATGGGCTGCTTGGG TAAAATAAAGAATGAAAAACATACGATATGATAAATTATGATCCTTCAGGCAAGTTTTAA CGGGATGTGATGAGTGGTCAATACTCGCATTAAAATATGTGAGAAGGGTGTCCAGGCTTA GCCTTTTACGACAATTTGGGCGCTCTCAATTTTACCAATCTGATCCCTATGCTTGAATTA TCTTATAATCCCCCTACCCCAACCCCTCTAAACACACCCTCCCCATAAGTTAAATTTTTT TAATTTTATAGAACATTAGTTTGTTTTATAACTAAATTATAAGTTATTTACATTTTTTAT TGGAATGATATAAACTATATAATTAGTGATAATTTAGACCAGATAAAGAAAAACTCAACC GTCTAGTATTTCATGTAGAAAATTCACAAACAAATTAATAGTTCAGGTATACTATCATTA TCATTGAACAATTCGACCATGAGTGATGGGATAAAACATTAAATATTACTCCATATATCA CAAATCATAATATTTAAAGAACAGTTTTGTACATTACTCATATTTCAAATTGTAGACTTT GATATTCACGGTTAATTAGGTAAGAACTCAGAATTCATTAATGATACATGATTGATCTCA ATCTATGCCAGAAATCTTAGAGACACACTTATACTATATGCTAAGGTCCTATTACCTCTA AACTTATTTTATTAATAATTTTTTATCCCTTTTTGGCTTACGTGACACTATCTTGTGGGC CCAACGTTGATTGACTTTTTTTTCAAGATAGTGTCACATAGGCCAAAAAGCGATAGAAAA CTATTTATAAAATAAGTTCGGGAATAATAGGACCTTAATATAATATAACTATATCTCTGA AATTTCGGGCATAAAAGGAGTACTTGTGCATTTTCCCTATAATATATAATAACATTCCTT TTTTTATAAACTAATTTTTATAATCACTAACTTTCGCAGAGATTATTTCATGAAACATTC GTACATGTGAAATAATTTCATACAAGTAATAAAATCAAAATAATATTCCTTTATGTATGA TTTATAACAAACCAATATTACAATATTATATGTTTGTCTCTTCTCAATATTGGTTTGTTA TAAATCATACATGAAGAATCTGAATCTCACTATAAAGAGGTGATATTTTACTACCTCTTT GTCTATGGACTAGGTATTGAATAAAATTTTTATATCTCTCTATATTGAAAATATTTAGCA AGACACCTATATTTATATACGAATAAATTAAATTAAATAATTTTCATAAATATCATAAAT AACAAATTCTAAACTACTAAGATATCTTATTCTCAATTTGTTATTATGTGCTCAAATCAA ATGAATGATTATATATTATAGACGTAATAGCATTTTAGTTAATGTAATTTGTACTTCAAA GAGAGGTTTAACAAAGAAACTTAGGTTAGAGAATCCAAAACTTGGGTAAAATGTTAAGAT TTATTGAAGATGAGTCAATAACAAATAAATATGAAATAAAAGACAAAATTTGGAGCATTT GTGGATATGCTGTACTCAATGATTAGTAAGTAAAATATCTTGTAGTAGTGAATAGAAAAA CTGACACATCCCTACTTATTTACTCCACCATTTATGTCTCTACACTTCCCTTCTTTCTGA TTCATTACTACAATTACTTGTTCAACAAGCACCTTTTCCATTTACTTTTTACAACATGAT TACATAATTAGATAACATTTTCATATATTAACTTTATATATTTTAGTTCTCATTTATATG ACACATATTTAGAGCGTGACTACTTAATAAATTGAATTGGTTGAGAATTATAAAGTTTCA GGTTCAATTTTATTTTGAGACAAAAAATACTTGGAGTTGGTGAGATAGGTATCCTGTTAA ATTAGTTAAAGTACGTGAAAGTTAACGCGTACATCACAGAAAAAATAAATTATTTGACAT ACTTTTTAATTTAATTACGTCCTAGAAATGATGTCACGTTTCTATTATTAAAAATAACTT AACTTGAAATTACATATTTATCCTTAGTAAAATTGTTTATTGCTATACAAATAATCAACC CGTTTTAGATCACAAATTTAAAATTAAAAAAATAAATAAAATCAAACCTTAAATTAAAAT GAAAATTCTTTATTAAATTTTTGCATCAAATTAGACTAACAAATTAAAATTGAAAGATTA GTATTTTTTTTTTTATGTTTAACCAAAACTGTAAAATATTAAAGAAATTAATACTGTATT TCAGAAATTTGGTAGCACGTGAAAATTTGACTTGTTTAACTCTGTATGCATTTTATTGAA ACAGGCTGTAGTCTTTGAGTCTTCCCACCTACCCCACCCCCCAAACTTTCTGACACGCCA CTTATAAAGAAAAATAAAATAATAATAATATTGAAAATGAAGAAAATTTATAAGAAAAAT AAATATGATAAGTATTTGGAAATATTTAAAGTAAATTATTAGTTTCAGTTTAAACTATTG ATAATTTTAAAAAATTATTTTACTTAACGAATAAAACTTAGATACATATTGTTGTATCAT ATGATATAACAAGTAACCTAAAACTCTAGTAAGAACATGAAATTCTTAATAAAAAACTGA TAGAAGTATTAAAAATATTCCTAAATTTAATGAGAATTTAAGGGTATATTTTACTCATAT TATAAAACTAAATATTTAAAATTTAATTAGTCAAATAAAATATATTTTAAAATTGTTAAT AATTTTAAAATAAAACTGATAATGCCCGTTTGAATTTAAAGTAGGGCAACTTTCACATAT AGCAAACAAAAAATTCATATTTATATGCTATAACAAACTTTGCATAATTGCGCTCCATAT GAAACATAAAACTGTATAATTCGCTATACATATACTCGTTTATAATTCGTTGGCCTAAAT TGTATAATTCGCTAGCCTATTTCGCTGCAATTGTATAATTCGCTATCCTATTTCACTGCA ATTGTATAATGCACAATTGTATAATTCACTACCTATTTCGCTGCAATATTAAAGTGTATA GCAAGAAGATATATGTTTTTCTTTCGCTTTATACAAAAACAGAAACACAATATATACACT TCTGTTGTATAAAGCTAGAGAAAATTGTATTTCACTTCAATTGTATAATTCGCAATTGTA TAATTCGTTGACCTTTTTCTCTGCAATACTTGAAGTAAAATGTTTGTAAATTGTATAATT AAGTGTATAACACGAAAATATATATTTTTGCATGTGTATACACAATTTTCTCTCGCTTTA TACAAAATAGAAACAGAATTATACACTTCTGTGTATAAAGCGAGAGAGGAGAGCGAGAAT GGAGAGTGGCGAGCGAGATTTCTGGGAAAGAGACGCTGGCAAATTTTAGCTAACGTTTGC TATGGAACACAATTAAATCAAACCTAGCTATTCCATTTATTTTAGGTTATTAATTTGCTA TTATATACAATTTTCCCCTAATAATAACGTCCGTCGGAATAAATTAAGTGAAAAGAACAA TATCCAATCATTTGATAATTTGAATCCACAAATTGATTAATTTAAATTGGTTTTTACAGT GCATCTATTAAAGGAAAAATAATTAGGAGAGATAGAAGTCCAAATACAAATTCAAAGTGT ATTTTTTTAAAAAAAAATATTAAATATATTTACATATTAAGTTGAATTAATATTAATATT CATATTTCTAATTATTCAAAATTTATAAAATTAAAATTTTGCTCCACTTTTATTTCAAAT ATTTCCTTAATATTAGGACTTGAGTCCAAAAACCTCTTATTATAGTCCTAATGTTATTCA GTTAATCTGATGCCAATGAAATTAATTTTAGGACTCCAATTTATATCTCTTATGACCAAA TGAAAAAAGAAAAACTTTTCTTGACATAATTACAAGTAATTAATTACATTAGTCCCCTAA TAAACTATTCAGATTAAAAAATAATAACAAATAATCATAATTAAGTAGTTAAACTTGTTA AAAGTACATGTTATACCATTGATTTGATGTATGCACTACTTTCTCTTGTTGACCTTACCT ATTCTAGACTTTTCTTCATAATAGGACATATATTTGATTGAAAGTTAAAGAATTTCCTTT TTTGAATGTGAAGTTCAGAAAATGAATTTGAAATTAAACATTGTATATTTGTATTTTAAA CACACATTCTTGAAAAATATAAAAAAATTTATGATTGTTTTTTTTTAAAAAAAAAAAAAA ACTAACCAAAATAACTAATACAATGTATTATATATATGCTCATAATGTGTTATGTTTTAT TTTAGGGAGTAAAACTAAATAAGCATTGATTAACATTGTAACATTTAACTTTTCATCATC ACATTGATACCATAGTAATACATTTTGTATATATTTTTAATAATTATAAACTATTTGAAT CAATCTAATTCAATCAAACTACAAAAAATAATGGAATTGCAAAATAAGAAAATTAATATG AGATGAAAATAACTAAAAGCCATAGTGCAATGAATGTTTGACAGTTTATCTCTTAACTAG AGATCTTAATTTTTCGAACTTTAATATGAAAAGAAGGAAAATCTTTAGTAAAAAACTAAA GAATATTCACTATTTATAGTATTGAACGTCGAACGAAAAATGAAAAGAAAAATAAGAATT TTAAGAAGTAAGGAATTCTATTTTGTTCAAATAACTTGTTAGTTACATTACCATATGTAG GTTCATTCCCAAATAAAGAAAAAAAATAATTTTTTTTTTTTTTAAAAAAAGAGAGGCTCA AAGCATAAACCCTAGACAACCCTCCCATCTCTATTTGTTTGCCACGTGTCATCAGCCACA AACTCCATGGATTTCTCCCCCTTATTACCAAACCCCTTACCACTTCTCCATCTTCTTCTT CTTCTTCCCTCTGCTCTGTTTTTTCTCCCTCCTTCAGAACCGCCGCAAAATTCAACAAGA ATGAAAAACAGCAAGCAGAACGAACTGTGTGATTTGTTTCGTAATCCATCTAAAGATGAA ATTGAAGTAGTAAAAATTCTACTCGATCTCGAAAATCTAGTGAGAGAAAGACAATATTGT TCGGTAATTTGGGGTTCCAAGAAGAGGAGATCTAATCGACGAATCGATTCTTCTTCTTCT CCCGTCGTCAACTCATCAAGTAGTTCGAAAATCGATGGAAACGAAATTGAACCCAAAATT AAAGCTGAAGTTACTAGCCCTGCTAGCCCTGCTACTCCTCTTTCATTTTCCCCAAGTGAA TCTGATGAAAAATCCAAACATTCTTCTCGCAGAAGCTATAAACGAAAGGTACTATTCTCA ACCCCCTCTCTCTCTTCTTCTTCTTCTTCATGAATTCATAATTGTTAATTGATTTTCAAA ATTGCTTTCATCGATTTCGATATCTAATATCTTTTTCTCTCTCTAGTAACCAGTTTCAAT GCCTACCCTATTTCGGATAATTTTTGTTTTATGACATTTTAAACTTCGTTACAACAACAA CAACGAATATCACAATTATGAATAACATATGCAGTGAAATCTCAGATTATTTTTGAAAGA TCTTTGGCTATGAATTTTAAATCTTGTTGCAAAAAAATTGTATGTTTATGATTGGGGATT TGGTGAATGATTTGAGTTTTAAAATTGTTGATTGGTTTGCAGACGAGGGAGGAGCTAATG GATAAAATAAAACAATTATCTCAATGCAGAGAATCGCTTACAGGGGTAAGTTTGTAAATT CCTTCAACATAAATTTAGTTTTTTTTTTTTCAATTTTCTTTTCCTAAATTATCCTCTGTC TTTTTTTTTTAATTGATTTAATGGAATTTGTACAGGAAGTGGAGAATGTTCGTAATTACT ACAATAATCAAAAAGCTTACAATATGAAGTTGAAAGCAATGAAAGAAGAGGTAAATATTC ATCTCTATTTTTGGTAAAAATCTTTATTATTTTCTCATTTTTTTGAGATTTGTGATCGTG GTTGCGTAATTTGTTCACAAAATTGATCATTTGCTACACTAATCAAATGAAAGAACGTTT TAATTTAACTCGTGATAGCATATTATTATTCTATTTTTGAAGTTTTATTATTAGCTTACG ACAAAAAGTGTATAATTTAACTCGTGATGGCATATTATTACTCTAGTTTTTGAGGTTCGC ATATTAGTTTATGTCAAAAAGTGTAAAATGATAACTTAATTAATATTTTTTTTAAGTTTG CTTGTTAGCAATCAGGTTAACAACCTTCTTCCGTATCGTTAATTAAATACAGGTAACAAG AATGGTGAATTTCCAAGGGGGTGGTGTTAATTTAGGTCAACTTTACTCTAATCCTGGAAT AGAGCCCAATCGTCAACAGCCGTTCATTATGGATCAGGTTGCTTCAAGATCAGAAGCTAT TCATAGATTTCAATACCCATTGGGCCAGCTGCAACAGGCCCAACATTTGTACTCAAATGG GTTGGGCCCAGGCCCAATGGGCCTTCCTGATCTGAATGTTAAGGTGGAAGAGGCTTTCGC ATTGGACCAGTTCGATATCGATAGAATGAATGTTGAAAGGAAGGCCCAATATGCTGAAGC TAGAAGGAAGAGGAGGATTAAAAGAATAGAAATTAAGAACTCATCTGGTTTTATTAGACC ACCAAGAAGGAGATAGTAGGTAATTTTTGTATTTTTGATCCTTCCATAGAATGATAGTAT TATTTTTTTGTGAGCGATACGGAAGGCCAATCGAGCAAAGCTCTATTTTTTTGCTTTGTC CAATGTCGCTAAGTGAAATTGTATCGTACATTCGTTGAAATAAGTAGATGAGCTATAATG ATGTACGAATACTTTTCATTGATCGTATAAACAAAATATTCATGTCTTAGCCCTTAGGTA TCTCGTGAAATTAATGTGTGCAAAAATTAGCTTGGACACCCCCTAATACACTTCAAATAT AACCACTTATTGTTGGTTTATCGATATATTAAAGAATATCTAATTATTTTCGTTGATTAT TGGACGCGTTGATCTTTGTACTATTCAGATCAGAAAGGCATAATGGATCAAAATGTCTCT ACTTATATTGATTTTGTTTCTGTCCTAAGTAACTTGGATACTTAACAGGCCCAAATTTTA AAACTGGGCTATTAACTAGGTCCACATAAAACTAGGTTTAGGGTTTGGTGACTGCTGCTA TTTATACCAACACTGGAGTCATCCAGAACCAGCAGCTCAATTTCTCTGTGACTAAAATTT CTGCCTTGGCTATATGAAAAATGTTTGGCGTCTTTTCTTCTTCTTTTTTCTCGTATTTAT GTGCACATCGACTAATTTCACGATGACTCTTTTCTCTCTCTGTGTTATTTTTTCTTTTAG AGTTTGATTGAAAATTGATTGCAAAAAGGGGTATGCAGATGATGACAATATTTTTGAGGA TATAAGAAGCTCAAACTTTATTGGAGTTTGAGCGATGCTTTTTCCTAATACTTCCATGAC TCTGATGCATACCTTATACTTATTGCATTTTTTTCTTTGTTGGCGAAATTATGTTCTTCC ATGGTGAGATTGTATTGTTTTTTGTTGGTATAATTTCATGGTCGCCTTACACTTGGATTT CAATCATGTGTATAAAAGAAGTTTATTTGAATGAATTTAGGTTTAATTAGGTCTTATGAA TCTAACCAATTCAGTATGTTTTGTGCGACTTCTCATAATTAAAGGCCAAATACAGTGATA GATTCTTTAATTTGATCTCAATTTTAATGTTGGTTTTTTTATTCATAAGTTAGATCCTTG AAAGCAAGGGAGAAGCTGAAATATAATTAAAACTTGTTTTAGTTAGATGTTCAATCTAGA TATATTTCGGTTCTCCCCTTCATAAATCAAAAATTGAATCAAGTGAATTGAATAACTGGA AATAGAAACAATAAGGGTCCGCCCCTTAAATTAATGGAGTGAAATACCATGTTTTACTAT TTAATTTGGGGGATGAAAGAAGCTGAATGTTATTTTCCTTTAAAAACATTGATTAGTTAA TCAATTTCTTTGTGTCATTTTTTTATTGGATATTTTGTCTGAAGTACCTTTAAGGCTCAT GAAATCACTTTATTGATCTTCCGAAACGTGTATAATTTGGTGAAAAGTGCCTTAAATTTA AGAGAATTGGCTATATGTTACGGACTAATTATAACATGTACTCAGATCATGGGCTAAAGA GAAATGAAATCTTTCTTCCATGTAAATATGCAAAATAGAATTCCGGAAGAAAAAAACATG AATCAAATGTAATAGAATAACTGCTGGAGGAATCATATTTAGAGGAGTACGGATGCTAGA ATAGTATGTAAGAAACTGCAATACACCAACAAGTACAAGAAGCTACTGTAATACAGTATA TTCATATAGACCAATAAAAGACATTTCATTTCTCAACAAACCAAACACAAAGTTCAAATG AAGAGAAGACAATAGGAAACATAACAAGTTCACTTGGCAGAAATTGAACAAACCAACAAT ATATCAAATGTAGAGAAGTTTTTAGGATTGGTATTGATCATCAGCAACCTCATCATCATC ATACTCTTCCTCATCATCTGCTGTAGCATCCTGGTATTGTTGATATTCTGCAACCAAATC ATTCATGTTGCTCTCGGCTTCAGTGAACTCCATTTCATCCATTCCTTCACCTGTGTACCA ATGCAAGAAAGCCTTGCGCCTGAACATGGCAGTAAACTGCTCACTCACCCTTCTAAACAT CTCCTGAATGGAGGTTGAATTTCCAACAAACGTGGATGCCATCTTCAGCCCAGTTGGTGG GATATCACACACACTAGACTTGACATTGTTAGGGATCCATTCAACAAAGTAGGACGAGTT CTTGTTCTGCACATTGATCATCTGTTCATCTACCTCCTTTGTGCTCATCTTACCCCTAAA CATGGCAGAAGCTGTCAGGTAACGTCCATGACGGGGATCTGCCGCGCACATCATGTTCTT GGCATCCCACATTTGTTGAGTAAGCTCTGGCACTGTTAGCGATATGTATTGCTGTGATCC ACGAGAGGTTAGTGGGGCAAATCCCACCATGAAGAAGTGAAGACGTGGGAAGGGAATTAA ATTCACAGCCAATTTCCTCAGGTCTGAGTTCAGCTGACCAGGGAATCTCAAACAGCAAGT AACACCACTCATGGTTGCAGAGATCAAATGGTTCAAGTCACCAACTACACGAGAAAATAG GCAAAATTAATCATTTGCTTACTTAAACTTGCAGATCATATTATTGGTTACCACTAAAGA GAAACACTTACAACTTGGAGTAGTGAGCTTCAAAGTTCTGAAACAAATATCATATAGAGC TTCGTTGTCAAGGACCATACATTCATCGGCATTCTCCACCAATTGGTGCACCGACAGTGT AGCATTGTATGGTTCTACAACAGTGTCAGACACCTTTGGAGAAGGGAAAACAGAGAATGT GAGCATCATCCTGTCTGGATACTCCTCCCTTACCTTGGAAATCAGTAGTGTTCCCATGCC AGATCCAGTCCCTCCACCAAGTGAGTGGCAAACCTGGAATCCTGATCCATAAAACAAAGA ATACAAAACAATCAACTACCACCCCTCAATCAACAAATGGTAATAATTGTGTATAAAGAG GGTCACAAATAGATGCATTAGACATAAAAGTATTCAATTAGATAATATCACTGTCCAGAA ATTTCAAGACAGAAACAATATAAATAAGATCTTAGATAAATTTCCAAGAGTATAAGGAAA AGAAACACACGACGATTGACTAGTATTACCATAAGTAAGATCCAGACACATCATAAATCT CAGTACTCGATCATGCACTCTAAGAGAGTATGAATTCTTGTGAGATGCATGATGAGAAAG TTAAATTTATCCTTCTGCTAGACTATACAATTTTATGCCACTCATGTGTGTGCTCTATGA GATTCAGGCTTTATATGAACATTCAAATGTGCACATATGCATCAGCATTATTTCTACCCT GAGTCAGACAAGTTGTTAACAGCAAATATAGGCATTTTCATCATAGAGCATACGATTACG AATGAGTAAAAGAGACCTGTATATGACCAACTGTGCTACCATAGGTACATTCATAGAAAC AACAAACAAGCATTAAACAAAATAAAACAAGATCAAATTCGGTTACATCTAGGTTATATC GACTATAAGCACATACATCGGACCAATTAGCATAGGATTTGAAATGAAAATGAGGAAGAG ATCTAGTATTGGCACTTGTTAACTACCAATAGGAAGAATCAGTACGCAATTAGCAATAAA ATCGAAAACAGAAACTAAAGGCACTGTCAACTATGAACTCATACATCGGGCAAATTAGCA TAGGATTTTGGAATGACAATAAGAAAGAGATCTAATATATGCAGTGTGAACTACCAATCG GAAGAATAAGCAAGCAATCCGCAATAAAAACGAAAACAGAAACTAAAGGCAACAGGCACA TTCATAGAGGAAATGAACAAAACCTTGCAAGCAATCACAATTCTCCGCTTCTTTACGAAC AACATCTAGAACAGCATCAATCAACTCAGCGCCTTCAGTATAATGACCTTTGGCCCAGTT ATTACCAGCACCAGACTGTCCAAAGACAAAGTTATCAGGACGGAAGATCTGTCCATAGGG ACCAGATCTGATACTATCCATCGTACCAGGCTCTAGATCCATCAAAACCGCCCTAGGAAC ATAACGTCCACCAGAAGCTTCATTGAAATAAACATTGATACGTTCAAGCTGAAGATCGGA CTCAGCGGCGGTTCCTTTGTAACGTCCGGTAGGATCAACACCGTGTTCATCACAGATAAC TTCCCAGAATTTGGAACCGATTTGGTTTCCACATTGTCCTCCTTGAATGTGAAGAATTTC TCTCATTTTCTCTTAGTTTTTTTGATGAAAAAAATTGATGAGAGGAATGAGAGAATAAGA AGAAGAAGAGATGAAGATGAAGATGAAGATGAAGGGAGAAATGGGAAAGAGAGTGATATT TCTAGTGGTAATGAGGAGAGAGGCGGGAATACATAAACACGCAATAACTGATGGACCCTA CATTATAGGCTGAGAAGAATATGGGTCCCCCGATTTTCACCACCGATATTTTTGGCATCC ATTATTTTCTTTTTGTTCTCTTCTTAACGCCCAATAAATTAATTTATCATCTCAAATAAG TATTTTCTTTTCTTTCAAAAAAAATGTGTATTTTTAGAAAAGAAATTAGTTACTAGTTAT TATTTTTAGTAAATGTATATAAGATGTTATGAGAAAGATATATGTAATGTTTTGGGTGTT TTTTGATAAATACCTTTATAATTAAAGGAATTAAATGTGTCTTTTTTTAAGGAGATGAAT AAATCTTAATAGATTGATAAGTGGTAATGCGTATATATAAAAATGTTGATTTAGCGTGTG AATGCATTGACCATTTGAGTTATTGCGTTGAAATGTAATATTCCTATGTTTTTTTGTTTG AGTTCAGTCAAATTCAACGCATTTACTATACATTTAGCTTAGTCATTAAATATAAAAAAG AATCTTTAAAAGGACAAACAACACGAGATGAAATAGATAGTTATTAAACATAATGCATTC AAATTTATATATATTATCAAAAATAAGATTTATTTTTTATTTTTTTCGTCTATATTTGAT GTATAAAACTTTAATTAAAATTAAATCACACACTGTAGGACCTATTACTGGATGGTGCTT TGAACAGTTTGAATTATAACCATGTTGAGCATGAAATTGTCTTATTATCCTTAATGTAGC TCCTCATATATATAGTAAAATGTTTAAATCGTGATCAAGTTCTCTACTCAACTTGATCTT TTTCTGTTTTTGCTTTGATTTGAATTACTCTATTTATTAACCTTATTGTAATCACTTAAC ACACAAAGCCTACAAACTAGTTCTAGTTTAGATCCAATCAAATTTTGTCAAAAAGTGTTG AAGAATATTTTGCGTTGAGTTACTAGAAACAATTTGGAAACTTAAACAATCATTTGGATC AAGAACTCAATTATTGTCATTTCATTACTGTTTTCACCTCCATTATTTCATTCACGTGGC TATGTTTCTTTTTTATTACTAATATATAAGTTTTATCACGAGCACAAACCCCACAGCCAG TGAGGTATTTATGATATTTGTGGTGTTGACAGCTACTGATATTTTGTCTCAATTACTACA AGGTTTGTCTACTTGCAATATTTTTTTTCAAGTATCCTATCGTGATCACCACCTAATATT ATTTTCACTATGTTTTTTTATTTATGAGATGCCAACTCCAACTATTGTACTAGATGGGGA CAACAGCAGAGTTTTAGATCTGAGTAATGGTACACTTCAATGCTTGAGCTCATCCACATA AAACTGATCTAAAAAAGATTCCTCATTACTTTCGACTCGAACTACTTTGAATGTGTTTTG ACTTCATCAATTCGTTTTTGATTAGTCGTGATCAGCCAAAAATGCTAATTTAACCCTGTT TAAGACGATCTATCGAAATGTGACTGACAATCCAGAACAAACAAAATGACAAATAGGTAA TAAAATTTACTTCTTTACCTTTTTTATAATGTTCAAGAGTATACTTGATTCAGAGGATCT GTAAAGTTTTTCCATTTGTTTGAAAAGACTGACAAGGGCATGAATACAACACATACTTGT ATCCTATGTTGCTCCGACTCTGAGGAGAACTCCAGATGTAGTGCATTTTTGGAGGATCCG GCATGAGGTGTGGCTCTTGTTTCGGAGAGTCCACGACAACATAGCTTTTATCATAAAAGC CTATTCATTACAACAGACGAGAATCACAGAAAATGTTACTAAAATAGAGTTCAGAAAAAC ACACGAAATTAGGAAGTTTATATGTCCTTTGGGGTCTTTCTTATGCACATCTAGAAACAT TACAATACAAAGATCAACAGCTAAAGACTTGAATACAGGACATCACCAAAATGTAGAACA AACGAATTCTTGTAACAGCTGCTTTCATCGATTCTGAAGCATGGATTCGTTGCAGTATTT CTTGAAATTCAAGCATTCTTCCACAATGAAATCACTACAAAATTTGATTTCAGAAAGTCG TGTTAGTGACACAAATAGCAACCTTTTTCATCATAAAAGCAGCAACAAGTGGAAACTTAC AAGATCCGCTCAGCCATATCTGATGTTTCCCATCTGGGACTCCACGGGTACTCAGCAGTG ACTGGAGACTTGATGGGTAGACCTTGAGAATTAAAGTGCTATACAAACATGCCAGTGCAC AGATATGAGCACCAAGTCAATTGATACTACAACAACAACTACTACTACACCTCGATACCA ATCAAGAAGCACAAACAGATGAGTAGAAGGGAAAGATGAGAAGTATGCCACTCCTATCAC AGAATGGCGGGCAAGAATTGGGGCATAACCACTACATTTTTTTCACAAAAAGGTTCTATG CCTAAATATTTACATGTTCATGAAGGCAAACTAAAAAACGCTCGAGTATTACAAACAACC ATACCAAAATATCTAAAATCCTGTCACGTTATCTTTCTTAAAAAAATAAATCCTGTCACG TTATTGAACAACAAGATCAACAACATAACCAGTGAAATTCCACAAGTGAGGTCTGCAGAG AGTAGAGTATATGCAGACCATCGTACCCCAACCTCATGGAGGTAGAGAGGTTGTTTCCAC CCTCAGCTCAAGTGTGGCAAATAAAAAGAAAAGGTACATGGAGGAAAAAAATAAAATATA GTAAAGGTAAGAAGGCACCAATATAGTTCAAGGGGACCTAAACAAACTATTTACCTGGGA ACTCTGAAGCATCAAACTTGGCTGCTGCTTAGGGAACTGAAGTGGGATGGCAACATGAAC CTAAAATATAAAGGATATTATAAGATTTATCTACTAATAATCGCTCATCAATAACATTTA GATATAAGCAGCAGAAGCAAAGATAATCAATCAAGGGAACATGGTCTCCAGTCAGCATGT CAAACAAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.955 727 1015 match_2 match_part 0.842 10668 10851 match_part 1.000 11447 11487 match_part 0.980 11591 11689 match_part 0.982 11771 11827 match_part 0.984 11949 12012 match_part 0.966 12109 12315 match_part 0.899 13286 13404 match_3 match_part 0.833 10672 10851 match_part 1.000 11447 11487 match_part 0.980 11591 11689 match_part 0.982 11771 11827 match_part 0.984 11949 12012 match_part 0.971 12109 12315 match_part 0.949 13286 13364 match_4 match_part 0.856 10672 10851 match_part 1.000 11447 11487 match_part 0.980 11591 11689 match_part 0.982 11771 11827 match_part 1.000 11949 12012 match_part 0.961 12109 12315 match_part 0.941 13286 13336 match_5 match_part 0.850 10679 10851 match_part 1.000 11447 11487 match_part 0.980 11591 11689 match_part 0.982 11771 11827 match_part 1.000 11949 12012 match_part 0.931 12109 12137 match_6 match_part 0.861 10694 10851 match_part 1.000 11447 11487 match_part 0.980 11591 11689 match_part 0.982 11771 11827 match_part 1.000 11949 12012 match_part 0.951 12109 12293 match_7 match_part 0.975 11934 12012 match_part 0.966 12109 12315 match_part 0.966 13286 13667 match_8 match_part 0.960 11938 12012 match_part 0.918 12109 12679 match_9 match_part 1.000 11987 12012 match_part 0.966 12109 12315 match_part 0.919 13286 13681 match_10 match_part 0.986 13714 14141 match_11 match_part 0.986 13714 14141 match_12 match_part 1.000 32262 32612 match_part 1.000 33084 33335 match_part 1.000 33438 33473 match_13 match_part 1.000 32262 32612 match_part 1.000 33084 33335 match_part 0.943 33438 33472 match_14 match_part 0.976 32280 32612 match_part 0.972 33084 33335 match_part 1.000 33438 33538 match_part 0.933 34791 34850 match_15 match_part 0.976 32281 32612 match_part 0.970 33084 33319 match_16 match_part 0.955 32301 32612 match_part 0.964 33084 33335 match_part 1.000 33438 33538 match_part 1.000 34791 34929 match_17 match_part 1.000 32527 32612 match_part 1.000 33084 33335 match_part 1.000 33438 33538 match_18 match_part 1.000 33207 33335 match_part 1.000 33438 33538 match_part 0.988 34791 35381 match_19 match_part 0.935 33213 33335 match_part 0.861 33438 33538 match_part 0.989 34791 34965 match_20 match_part 1.000 33333 33335 match_part 0.960 33438 33538 match_part 0.997 34791 35151 match_21 match_part 1.000 34951 35384 match_22 match_part 1.000 34952 35385 match_23 match_part 0.998 34952 35384 match_24 match_part 0.992 34981 35645 match_part 0.650 36003 36022 match_25 match_part 0.959 35089 35669 match_26 match_part 0.983 35259 35669 match_27 match_part 0.981 35292 35669 match_28 match_part 0.964 45321 45900 match_part 0.934 46511 46661 match_part 0.727 46747 46757 match_29 match_part 0.970 45537 45900 match_part 0.993 46511 46661 match_part 1.000 46747 46782 match_30 match_part 0.962 45557 45900 match_part 1.000 46511 46538 match_31 match_part 0.950 45561 45900 match_part 0.980 46511 46661 match_part 0.989 46747 46929 match_part 0.960 47493 47567 match_part 0.987 47666 47821 match_part 0.990 47908 48003 match_part 0.970 48106 48239 match_part 0.976 48335 48416 match_part 0.865 48821 49471 match_32 match_part 0.956 45561 45900 match_part 0.974 46511 46661 match_part 0.934 46747 46929 match_33 match_part 0.972 45585 45900 match_part 0.980 46511 46661 match_part 0.984 46747 46930 match_34 match_part 0.971 45586 45900 match_part 0.980 46511 46661 match_part 0.981 46747 46851 match_35 match_part 1.000 45598 45900 match_part 1.000 46511 46661 match_part 1.000 46747 46929 match_part 1.000 47493 47567 match_part 1.000 47666 47821 match_part 1.000 47908 48003 match_part 0.993 48106 48239 match_part 1.000 48335 48416 match_part 1.000 48821 49405 match_36 match_part 0.947 45638 45900 match_part 0.980 46511 46661 match_part 0.957 46747 46884 match_37 match_part 1.000 47973 48003 match_part 0.970 48106 48239 match_part 0.976 48335 48416 match_part 0.951 48821 49225 match_38 match_part 1.000 47973 48003 match_part 0.970 48106 48239 match_part 0.976 48335 48416 match_part 0.949 48821 49213 match_39 match_part 1.000 47973 48003 match_part 0.970 48106 48239 match_part 0.976 48335 48416 match_part 0.958 48821 49130 match_40 match_part 1.000 52664 52784 match_part 1.000 52931 53029 match_part 1.000 53112 53162 match_part 1.000 54466 54639 match_part 1.000 54942 55001 match_part 1.000 55530 55560 match_41 match_part 1.000 52686 52784 match_part 1.000 52931 53029 match_part 1.000 53112 53162 match_part 1.000 54466 54639 match_part 1.000 54942 55001 match_part 0.995 55530 55745 match_part 0.625 55826 55833 match_42 match_part 0.944 52731 52784 match_part 1.000 52931 53029 match_part 0.961 53112 53162 match_part 0.983 54466 54639 match_part 1.000 54942 55001 match_part 0.933 55530 55799 match_43 match_part 0.944 52731 52784 match_part 1.000 52931 53029 match_part 0.941 53112 53162 match_part 0.983 54466 54639 match_part 1.000 54942 55001 match_part 0.913 55530 55644 match_44 match_part 0.950 52765 52784 match_part 1.000 52931 53029 match_part 0.961 53112 53162 match_part 0.983 54466 54639 match_part 1.000 54942 55001 match_part 0.931 55530 55745 match_45 match_part 1.000 52771 52784 match_part 1.000 52931 53029 match_part 1.000 53112 53162 match_part 1.000 54466 54639 match_part 1.000 54942 55001 match_part 0.991 55530 55745 match_46 match_part 1.000 52773 52784 match_part 1.000 52931 53029 match_part 1.000 53112 53162 match_part 1.000 54466 54639 match_part 1.000 54942 55001 match_part 1.000 55530 55703 match_47 match_part 1.000 52774 52784 match_part 1.000 52931 53029 match_part 1.000 53112 53162 match_part 1.000 54466 54639 match_part 1.000 54942 55001 match_part 0.994 55530 55872 match_48 match_part 1.000 52774 52784 match_part 1.000 52931 53029 match_part 1.000 53112 53162 match_part 0.971 54466 54499 match_49 match_part 0.985 53284 53763 match_50 match_part 0.991 53515 54190 match_51 match_part 0.993 53515 54114 match_52 match_part 0.983 53516 53801 match_53 match_part 0.979 55655 55799 match_54 match_part 0.966 62659 62717 match_part 0.971 64493 64873 match_part 0.929 65475 65544 match_part 0.917 66068 66139 match_55 match_part 0.854 62670 62717 match_part 0.945 64493 64873 match_part 0.929 65475 65544 match_part 0.846 66068 66106 match_56 match_part 0.895 62680 62717 match_part 0.945 64493 64873 match_part 0.957 65475 65544 match_part 1.000 66068 66138 match_57 match_part 0.942 64493 64873 match_part 0.914 65475 65544 match_part 1.000 66068 66104 match_58 match_part 0.986 64665 64873 match_part 1.000 65475 65544 match_part 0.994 66068 66234 match_part 1.000 66342 66415 match_part 1.000 66779 66861 match_59 match_part 1.000 65475 65544 match_part 1.000 66068 66234 match_part 1.000 66342 66415 match_part 0.996 66779 67055 match_60 match_part 1.000 65475 65544 match_part 1.000 66068 66234 match_part 1.000 66342 66415 match_part 0.996 66779 67055 match_61 match_part 1.000 65475 65544 match_part 0.982 66068 66234 match_part 0.946 66342 66415 match_part 0.968 66779 67030 match_62 match_part 1.000 67580 68004 match_63 match_part 0.957 74999 75252 match_part 0.955 75358 75469 match_part 0.959 76971 77044 match_part 0.930 77176 77360 match_64 match_part 0.988 75000 75252 match_part 0.991 75358 75469 match_part 0.959 76971 77044 match_part 0.953 77176 77368 match_65 match_part 1.000 83404 83715 match_part 1.000 83795 83917 match_part 1.000 83998 84068 match_part 1.000 85820 85932 match_66 match_part 0.667 83795 83800 match_part 0.957 83895 83917 match_part 1.000 83998 84068 match_part 0.998 85820 86332 match_67 match_part 0.984 83795 83917 match_part 1.000 83998 84068 match_part 0.994 85820 86312 match_68 match_part 0.992 83797 83917 match_part 1.000 83998 84068 match_part 1.000 85820 86134 match_69 match_part 1.000 83900 83917 match_part 1.000 83998 84068 match_part 1.000 85820 86301 match_70 match_part 1.000 84010 84068 match_part 0.996 85820 86311 match_71 match_part 0.914 89575 89993 match_72 match_part 0.915 89575 89868 match_73 match_part 0.914 89575 89852 match_74 match_part 1.000 91473 91848 match_part 1.000 92203 92265 match_part 1.000 92376 92450 match_part 0.981 92813 93121 match_75 match_part 0.987 91474 91848 match_part 1.000 92203 92265 match_part 0.984 92376 92436 match_76 match_part 1.000 91624 91848 match_part 1.000 92203 92265 match_part 1.000 92376 92450 match_part 0.985 92813 93145 match_77 match_part 0.960 94873 95599 match_78 match_part 0.988 94919 95647 match_79 match_part 0.962 94924 95715 match_80 match_part 0.960 94925 95344 match_81 match_part 0.915 94934 95121 match_82 match_part 0.951 94942 95677 match_83 match_part 0.985 95161 95570 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_84 match_part 0.985 3660 3462 match_part 1.000 3335 3252 match_part 1.000 2952 2901 match_part 1.000 1305 1149 match_part 1.000 998 703 match_85 match_part 1.000 3689 3462 match_part 1.000 3335 3252 match_part 1.000 2952 2901 match_part 1.000 1305 1149 match_part 0.989 998 725 match_86 match_part 0.973 3611 3462 match_part 1.000 3335 3252 match_part 1.000 2952 2901 match_part 1.000 1305 1149 match_part 0.985 998 725 match_87 match_part 0.923 3669 3462 match_part 0.988 3335 3252 match_part 1.000 2952 2901 match_part 0.991 1305 1191 match_part 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match_part 0.996 97525 97044 match_part 1.000 96101 96057 match_295 match_part 1.000 97507 97044 match_part 0.941 96101 96068 match_296 match_part 0.952 97484 97044 match_297 match_part 0.980 97545 97047 match_298 match_part 0.998 97544 97053 match_299 match_part 0.963 97484 97057 match_300 match_part 0.987 97515 97071 match_301 match_part 1.000 97461 97071 match_302 match_part 0.992 97460 97071 match_303 match_part 1.000 97524 97083 match_304 match_part 0.945 97537 97084 match_305 match_part 0.940 97499 97085 match_306 match_part 0.988 97502 97094 match_307 match_part 0.949 97493 97099 match_308 match_part 0.954 97474 97107 match_309 match_part 0.976 97443 97107 match_310 match_part 0.947 97528 97110 match_311 match_part 0.946 97537 97115 match_312 match_part 0.947 97533 97134 match_313 match_part 0.948 97529 97184 match_314 match_part 0.943 97545 97193 match_315 match_part 0.942 97473 97198 match_316 match_part 0.932 97537 97227 match_317 match_part 0.963 97544 97250 match_318 match_part 0.995 97494 97276 match_319 match_part 0.924 97545 97322 match_320 match_part 1.000 97518 97322 match_321 match_part 0.988 97490 97325 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 3689 3462 exon 3335 3252 exon 2952 2901 exon 1305 1149 exon 998 703 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 3677 3462 exon 3335 3252 exon 2952 2901 exon 1305 1191 exon 943 752 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 3674 3252 exon 2952 2783 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 3720 3252 exon 2952 2901 exon 1305 1149 exon 998 776 gene_5 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 727 1015 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 7394 7316 exon 7224 7091 exon 6680 6608 exon 6040 5958 exon 5223 5185 exon 5068 4998 exon 4930 4816 exon 4739 4311 gene_7 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 7357 7091 exon 6680 6608 exon 6040 5958 exon 5223 5185 exon 5068 4998 exon 4930 4816 exon 4739 4311 gene_8 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 6917 6914 exon 6680 6608 exon 6040 5958 exon 5223 5185 exon 5068 4998 exon 4930 4816 exon 4739 4311 gene_9 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 5365 5185 exon 5068 4998 exon 4930 4816 exon 4739 4311 gene_10 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 10668 10851 exon 11447 11487 exon 11591 11689 exon 11771 11827 exon 11949 12012 exon 12109 12315 exon 13286 13681 gene_11 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 11934 12012 exon 12109 12315 exon 13286 13681 gene_12 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 11938 12012 exon 12109 12679 gene_13 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 13714 14141 gene_14 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 15852 15800 exon 15605 15431 exon 15141 14848 gene_15 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 28808 28565 exon 28410 28283 exon 27273 27165 exon 26726 26645 exon 26574 26504 exon 25826 25785 exon 25502 25378 exon 25074 24981 exon 24826 24760 exon 24647 24460 exon 24377 24272 exon 23724 23638 exon 23260 22781 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 32262 32612 exon 33084 33335 exon 33438 33538 exon 34791 35669 gene_17 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 32262 32612 exon 33084 33335 exon 33438 33538 exon 34791 35645 exon 36003 36022 gene_18 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 45321 45900 exon 46511 46661 exon 46747 46929 exon 47493 47567 exon 47666 47821 exon 47908 48003 exon 48106 48239 exon 48335 48416 exon 48821 49471 gene_19 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 45321 45900 exon 46511 46661 exon 46747 46930 gene_20 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 52664 52784 exon 52931 53029 exon 53112 53162 exon 54466 54639 exon 54942 55001 exon 55530 55872 gene_21 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 52664 52784 exon 52931 53029 exon 53112 53162 exon 54466 54639 exon 54942 55001 exon 55530 55745 exon 55826 55833 gene_22 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 53284 54190 gene_23 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 56963 56280 gene_24 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 59743 59438 exon 59304 59097 exon 59011 58833 exon 58757 58703 exon 58579 58510 exon 58433 58343 exon 58246 57896 exon 57827 57804 gene_25 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 59682 59643 exon 59559 59438 exon 59304 59097 exon 59011 58833 exon 58757 58703 exon 58579 58510 exon 58433 58343 exon 58246 57896 exon 57827 57804 gene_26 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 60368 60076 exon 59995 59938 exon 59559 59438 exon 59304 59097 exon 59011 58833 exon 58757 58703 exon 58579 58510 exon 58433 58343 exon 58246 57896 exon 57827 57804 gene_27 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 61410 61286 exon 60257 60076 exon 59995 59938 exon 59559 59438 exon 59304 59097 exon 59011 58833 exon 58757 58703 exon 58579 58510 exon 58433 58343 exon 58246 57896 exon 57827 57804 gene_28 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 62659 62717 exon 64493 64873 exon 65475 65544 exon 66068 66234 exon 66342 66415 exon 66779 67055 gene_29 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 72134 72067 exon 71414 70939 exon 70216 69785 exon 68950 68392 exon 68006 67492 gene_30 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 71422 70939 exon 70216 69785 exon 68950 68392 exon 68006 67492 gene_31 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 72128 72046 exon 71414 70939 exon 70216 69785 exon 68950 68392 exon 68006 67492 gene_32 gene GT_PGL_14_AGS_4 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 72154 72067 exon 71414 70939 exon 70216 69785 exon 68950 68392 exon 68006 67617 exon 67419 67410 gene_33 gene GT_PGL_14_AGS_5 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 72134 72067 exon 71414 70939 exon 70855 70850 gene_34 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 67580 68004 gene_35 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 74999 75252 exon 75358 75469 exon 76971 77044 exon 77176 77368 gene_36 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 83404 83715 exon 83795 83917 exon 83998 84068 exon 85820 86312 gene_37 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 83795 83800 exon 83895 83917 exon 83998 84068 exon 85820 86332 gene_38 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 86311 85829 gene_39 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 89575 89993 gene_40 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 91473 91848 exon 92203 92265 exon 92376 92450 exon 92813 93145 gene_41 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 94873 95715 gene_42 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 97574 97044 exon 96101 95832 exon 95744 94897 gene_43 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 97550 97044 exon 96101 96034 exon 95981 95832 exon 95744 94897 gene_44 gene GT_PGL_22_AGS_3 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 95773 94897 RepeatMasker tomato repeats master Copia00151 8334 8464 1 Copia00151 8334 8464 1 nucleotide_motif 332 7892 8023 Copia00143 43 153 1 Copia00143 43 153 1 nucleotide_motif 253 18958 19063 Copia00143 102 163 1 Copia00143 102 163 1 nucleotide_motif 252 19636 19697 Copia00143 49 152 1 Copia00143 49 152 1 nucleotide_motif 289 19722 19832 Copia00143 43 176 1 Copia00143 43 176 1 nucleotide_motif 308 19837 19972 Gypsy00071 3410 3469 1 Gypsy00071 3410 3469 1 nucleotide_motif 240 29445 29504 Copia00143 125 220 1 Copia00143 125 220 1 nucleotide_motif 323 38052 38142 Unknown00025 246 469 1 Unknown00025 246 469 1 nucleotide_motif 578 39937 40141 Unknown00046 1896 2068 1 Unknown00046 1896 2068 1 nucleotide_motif 625 42560 42730 Copia00110 13216 13619 1 Copia00110 13216 13619 1 nucleotide_motif 1725 43670 44049 Copia00151 8216 8371 1 Copia00151 8216 8371 1 nucleotide_motif 564 50190 50343 SONATA1 1 135 1 SONATA1 1 135 1 nucleotide_motif 318 68080 68189 Gypsy00043 530 1315 1 Gypsy00043 530 1315 1 nucleotide_motif 4332 89324 90019 RepeatMasker tomato repeats master Unknown00046 1869 2069 -1 Unknown00046 1869 2069 -1 nucleotide_motif 616 30033 29838 Copia00105 8612 8660 -1 Copia00105 8612 8660 -1 nucleotide_motif 238 32759 32709 Unknown00019 41 254 -1 Unknown00019 41 254 -1 nucleotide_motif 529 44220 44001 SONATA2 1 169 -1 SONATA2 1 169 -1 nucleotide_motif 903 44789 44621 Copia00172 1853 2080 -1 Copia00172 1853 2080 -1 nucleotide_motif 521 51696 51479 TS2 501 640 -1 TS2 501 640 -1 nucleotide_motif 655 69236 69091 Copia00172 1105 1285 -1 Copia00172 1105 1285 -1 nucleotide_motif 700 70598 70427 Copia00172 5199 5319 -1 Copia00172 5199 5319 -1 nucleotide_motif 428 71602 71481 Unknown00034 3704 3995 -1 Unknown00034 3704 3995 -1 nucleotide_motif 1802 87458 87177 Copia00094 4305 4465 -1 Copia00094 4305 4465 -1 nucleotide_motif 807 87485 87328 Copia00151 10053 10212 -1 Copia00151 10053 10212 -1 nucleotide_motif 491 100271 100119 TS2 522 655 -1 TS2 522 655 -1 nucleotide_motif 614 100282 100149 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 3751 98573 100572 match_2 match 2129 75339 76412 match_3 match 2111 40082 41167 match_4 match 2149 78925 80059 match_5 match 2654 6396 7755 match_6 match 2748 19546 20931 match_7 match 2722 92351 93810 match_8 match 2942 80117 81642 match_9 match 3572 52904 54774 match_10 match 4167 76499 78651 match_11 match 4347 41814 44075 match_12 match 4433 37752 40065 match_13 match 4476 98207 100572 match_14 match 4881 3852 6367 match_15 match 5103 23479 26073 match_16 match 5247 16762 19498 match_17 match 5628 83877 86814 match_18 match 5961 26095 29152 match_19 match 6476 1 3360 match_20 match 7020 93832 97456 match_21 match 7838 45510 49595 match_22 match 8603 67538 71946 match_23 match 55224 60312 match_24 match 62195 67542 match_25 match 10972 16663 match_26 match 2111 40082 41167 match_27 match 2672 62195 63542 match_28 match 2654 6396 7755 match_29 match 2748 19546 20931 match_30 match 3572 52904 54774 match_31 match 4347 41814 44075 match_32 match 4433 37752 40065 match_33 match 4881 3852 6367 match_34 match 5103 23479 26073 match_35 match 5247 16762 19498 match_36 match 5961 26095 29152 match_37 match 6476 1 3360 match_38 match 7838 45510 49595 match_39 match 55224 60312 match_40 match 10972 16663 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 817 1 461 match_2 match 1005 4787 5293 match_3 match 763 8481 8907 match_4 match 1164 13731 14317 match_5 match 1201 17621 18226 match_6 match 1304 18078 18760 match_7 match 1322 18085 18797 match_8 match 1211 18388 19055 clone_1 clone 1256.5 19818 57773 clone_end_1 clone_end 1429 19818 20538 clone_start_1 clone_start 1084 57227 57773 clone_2 clone 1166.5 25095 62177 clone_start_2 clone_start 1213 25095 25706 clone_end_2 clone_end 1120 61613 62177 match_9 match 954 25593 26073 match_10 match 305 26095 26248 clone_3 clone 835.5 34805 75256 clone_start_3 clone_start 1310 34805 35465 clone_end_3 clone_end 361 75075 75256 clone_4 clone 893 34805 75060 clone_start_4 clone_start 1310 34805 35465 clone_end_4 clone_end 476 74821 75060 match_11 match 1364 43205 43896 clone_5 clone 749.5 43502 75256 clone_start_5 clone_start 1138 43502 44075 clone_end_5 clone_end 361 75075 75256 clone_6 clone 933 43502 75060 clone_start_6 clone_start 1138 43502 44075 clone_end_6 clone_end 728 74694 75060 clone_7 clone 348 51809 82605 clone_end_7 clone_end 387 51809 52003 clone_start_7 clone_start 309 82450 82605 clone_8 clone 655.5 51809 83114 clone_end_8 clone_end 387 51809 52003 clone_start_8 clone_start 924 82628 83114 clone_9 clone 314 52017 82605 clone_end_9 clone_end 319 52017 52177 clone_start_9 clone_start 309 82450 82605 clone_10 clone 621.5 52017 83114 clone_end_10 clone_end 319 52017 52177 clone_start_10 clone_start 924 82628 83114 clone_11 clone 292.5 52398 82605 clone_end_11 clone_end 276 52398 52536 clone_start_11 clone_start 309 82450 82605 clone_12 clone 600 52398 83114 clone_end_12 clone_end 276 52398 52536 clone_start_12 clone_start 924 82628 83114 match_12 match 1181 66828 67430 match_13 match 1291 66829 67479 match_14 match 914 69548 70012 match_15 match 605 71330 71642 match_16 match 599 72726 73048 match_17 match 684 74704 75060 match_18 match 361 75075 75256 match_19 match 353 75339 75516 match_20 match 1449 84788 85554 match_21 match 490 86170 86452 match_22 match 769 91890 92298 match_23 match 291 92351 92497 match_24 match 924 94938 95414 match_25 match 605 96987 97303 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.955 727 1015 match_2 match_part 0.986 13714 14141 match_3 match_part 0.986 13714 14141 match_4 match_part 1.000 32262 32612 match_part 1.000 33084 33335 match_part 1.000 33438 33473 match_5 match_part 1.000 32262 32612 match_part 1.000 33084 33335 match_part 0.943 33438 33472 match_6 match_part 0.976 32280 32612 match_part 0.972 33084 33335 match_part 1.000 33438 33538 match_part 0.933 34791 34850 match_7 match_part 0.976 32281 32612 match_part 0.970 33084 33319 match_8 match_part 0.955 32301 32612 match_part 0.964 33084 33335 match_part 1.000 33438 33538 match_part 1.000 34791 34929 match_9 match_part 1.000 32527 32612 match_part 1.000 33084 33335 match_part 1.000 33438 33538 match_10 match_part 1.000 33207 33335 match_part 1.000 33438 33538 match_part 0.988 34791 35381 match_11 match_part 0.935 33213 33335 match_part 0.861 33438 33538 match_part 0.989 34791 34965 match_12 match_part 1.000 33333 33335 match_part 0.960 33438 33538 match_part 0.997 34791 35151 match_13 match_part 1.000 34951 35384 match_14 match_part 1.000 34952 35385 match_15 match_part 0.998 34952 35384 match_16 match_part 0.992 34981 35645 match_part 0.650 36003 36022 match_17 match_part 0.959 35089 35669 match_18 match_part 0.983 35259 35669 match_19 match_part 0.981 35292 35669 match_20 match_part 0.964 45321 45900 match_part 0.934 46511 46661 match_part 0.727 46747 46757 match_21 match_part 0.970 45537 45900 match_part 0.993 46511 46661 match_part 1.000 46747 46782 match_22 match_part 1.000 45598 45900 match_part 1.000 46511 46661 match_part 1.000 46747 46929 match_part 1.000 47493 47567 match_part 1.000 47666 47821 match_part 1.000 47908 48003 match_part 0.993 48106 48239 match_part 1.000 48335 48416 match_part 1.000 48821 49405 match_23 match_part 1.000 52664 52784 match_part 1.000 52931 53029 match_part 1.000 53112 53162 match_part 1.000 54466 54639 match_part 1.000 54942 55001 match_part 1.000 55530 55560 match_24 match_part 1.000 52686 52784 match_part 1.000 52931 53029 match_part 1.000 53112 53162 match_part 1.000 54466 54639 match_part 1.000 54942 55001 match_part 0.995 55530 55745 match_part 0.625 55826 55833 match_25 match_part 1.000 52771 52784 match_part 1.000 52931 53029 match_part 1.000 53112 53162 match_part 1.000 54466 54639 match_part 1.000 54942 55001 match_part 0.991 55530 55745 match_26 match_part 1.000 52773 52784 match_part 1.000 52931 53029 match_part 1.000 53112 53162 match_part 1.000 54466 54639 match_part 1.000 54942 55001 match_part 1.000 55530 55703 match_27 match_part 1.000 52774 52784 match_part 1.000 52931 53029 match_part 1.000 53112 53162 match_part 1.000 54466 54639 match_part 1.000 54942 55001 match_part 0.994 55530 55872 match_28 match_part 1.000 52774 52784 match_part 1.000 52931 53029 match_part 1.000 53112 53162 match_part 0.971 54466 54499 match_29 match_part 0.985 53284 53763 match_30 match_part 0.991 53515 54190 match_31 match_part 0.993 53515 54114 match_32 match_part 0.983 53516 53801 match_33 match_part 0.979 55655 55799 match_34 match_part 0.966 62659 62717 match_part 0.971 64493 64873 match_part 0.929 65475 65544 match_part 0.917 66068 66139 match_35 match_part 0.986 64665 64873 match_part 1.000 65475 65544 match_part 0.994 66068 66234 match_part 1.000 66342 66415 match_part 1.000 66779 66861 match_36 match_part 1.000 65475 65544 match_part 1.000 66068 66234 match_part 1.000 66342 66415 match_part 0.996 66779 67055 match_37 match_part 1.000 65475 65544 match_part 1.000 66068 66234 match_part 1.000 66342 66415 match_part 0.996 66779 67055 match_38 match_part 1.000 65475 65544 match_part 0.982 66068 66234 match_part 0.946 66342 66415 match_part 0.968 66779 67030 match_39 match_part 1.000 67580 68004 match_40 match_part 0.988 75000 75252 match_part 0.991 75358 75469 match_part 0.959 76971 77044 match_part 0.953 77176 77368 match_41 match_part 1.000 83404 83715 match_part 1.000 83795 83917 match_part 1.000 83998 84068 match_part 1.000 85820 85932 match_42 match_part 0.667 83795 83800 match_part 0.957 83895 83917 match_part 1.000 83998 84068 match_part 0.998 85820 86332 match_43 match_part 0.984 83795 83917 match_part 1.000 83998 84068 match_part 0.994 85820 86312 match_44 match_part 0.992 83797 83917 match_part 1.000 83998 84068 match_part 1.000 85820 86134 match_45 match_part 1.000 83900 83917 match_part 1.000 83998 84068 match_part 1.000 85820 86301 match_46 match_part 1.000 84010 84068 match_part 0.996 85820 86311 match_47 match_part 0.914 89575 89993 match_48 match_part 0.915 89575 89868 match_49 match_part 0.914 89575 89852 match_50 match_part 1.000 91473 91848 match_part 1.000 92203 92265 match_part 1.000 92376 92450 match_part 0.981 92813 93121 match_51 match_part 0.987 91474 91848 match_part 1.000 92203 92265 match_part 0.984 92376 92436 match_52 match_part 1.000 91624 91848 match_part 1.000 92203 92265 match_part 1.000 92376 92450 match_part 0.985 92813 93145 match_53 match_part 0.988 94919 95647 match_54 match_part 0.960 94925 95344 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_55 match_part 0.985 3660 3462 match_part 1.000 3335 3252 match_part 1.000 2952 2901 match_part 1.000 1305 1149 match_part 1.000 998 703 match_56 match_part 1.000 3689 3462 match_part 1.000 3335 3252 match_part 1.000 2952 2901 match_part 1.000 1305 1149 match_part 0.989 998 725 match_57 match_part 0.973 3611 3462 match_part 1.000 3335 3252 match_part 1.000 2952 2901 match_part 1.000 1305 1149 match_part 0.985 998 725 match_58 match_part 0.998 3720 3252 match_part 1.000 2952 2901 match_part 0.994 1305 1149 match_part 0.987 998 776 match_59 match_part 1.000 3475 3462 match_part 1.000 3335 3252 match_part 1.000 2952 2901 match_part 0.994 1305 1149 match_part 0.986 998 855 match_60 match_part 1.000 3674 3462 match_part 1.000 3335 3252 match_part 1.000 2952 2901 match_part 1.000 1305 1149 match_part 1.000 998 895 match_61 match_part 1.000 3677 3462 match_part 1.000 3335 3252 match_part 1.000 2952 2901 match_part 1.000 1305 1149 match_part 1.000 998 951 match_62 match_part 0.986 3677 3462 match_part 1.000 3335 3257 match_63 match_part 1.000 3674 3464 match_64 match_part 0.976 4692 4311 match_65 match_part 0.946 6644 6608 match_part 0.988 6040 5958 match_part 1.000 5223 5185 match_part 0.986 5068 4998 match_part 0.991 4930 4816 match_part 0.941 4739 4315 match_66 match_part 1.000 5033 4998 match_part 1.000 4930 4816 match_part 0.979 4739 4366 match_67 match_part 1.000 5033 4998 match_part 1.000 4930 4816 match_part 0.979 4739 4366 match_68 match_part 1.000 4925 4816 match_part 0.979 4739 4366 match_69 match_part 0.965 7372 7316 match_part 1.000 7224 7091 match_part 0.973 6680 6608 match_part 0.976 6040 5958 match_part 1.000 5223 5185 match_part 1.000 5068 4998 match_part 1.000 4930 4816 match_part 0.975 4739 4375 match_70 match_part 0.953 4693 4396 match_71 match_part 0.949 7374 7316 match_part 1.000 7224 7091 match_part 0.973 6680 6608 match_part 0.976 6040 5958 match_part 1.000 5223 5185 match_part 1.000 5068 4998 match_part 1.000 4930 4816 match_part 0.977 4739 4435 match_72 match_part 1.000 7374 7316 match_part 1.000 7224 7091 match_part 1.000 6680 6608 match_part 1.000 6040 5958 match_part 1.000 5223 5185 match_part 1.000 5068 4998 match_part 1.000 4930 4816 match_part 1.000 4739 4469 match_73 match_part 0.957 6653 6608 match_part 1.000 6040 5958 match_part 1.000 5223 5185 match_part 0.986 5068 4998 match_part 1.000 4930 4816 match_part 0.983 4739 4510 match_74 match_part 0.978 7357 7091 match_part 0.973 6680 6608 match_part 0.988 6040 5958 match_part 1.000 5223 5185 match_part 0.986 5068 4998 match_part 0.983 4930 4816 match_part 0.870 4739 4717 match_75 match_part 0.987 7394 7316 match_part 1.000 7224 7091 match_part 1.000 6680 6608 match_part 0.988 6040 5958 match_part 1.000 5223 5185 match_part 0.983 5068 5009 match_76 match_part 1.000 7185 7091 match_part 1.000 6680 6608 match_part 1.000 6040 5958 match_part 1.000 5223 5193 match_77 match_part 0.977 7356 7091 match_part 0.959 6680 6608 match_part 0.988 6040 5958 match_part 1.000 5223 5206 match_78 match_part 1.000 7354 7316 match_part 0.963 7224 7091 match_part 0.944 6680 6645 match_79 match_part 1.000 15852 15800 match_part 1.000 15605 15431 match_part 0.976 15141 14848 match_80 match_part 0.996 28808 28565 match_part 1.000 28410 28283 match_part 1.000 27273 27165 match_part 1.000 26726 26645 match_part 1.000 26574 26504 match_part 0.952 25826 25785 match_part 1.000 25502 25378 match_part 1.000 25074 24981 match_part 1.000 24826 24760 match_part 1.000 24647 24460 match_part 1.000 24377 24272 match_part 1.000 23724 23638 match_part 0.998 23260 22781 match_81 match_part 1.000 25826 25785 match_part 0.992 25502 25378 match_part 1.000 25074 24981 match_part 1.000 24826 24760 match_part 1.000 24647 24496 match_82 match_part 1.000 28731 28565 match_part 1.000 28410 28283 match_part 1.000 27273 27165 match_part 1.000 26726 26645 match_part 1.000 26574 26504 match_part 1.000 25826 25785 match_part 0.965 25502 25418 match_83 match_part 1.000 28737 28565 match_part 1.000 28410 28283 match_part 1.000 27273 27165 match_part 1.000 26726 26645 match_part 1.000 26574 26511 match_84 match_part 1.000 28738 28565 match_part 1.000 28410 28283 match_part 1.000 27273 27165 match_part 1.000 26726 26645 match_part 1.000 26574 26567 match_85 match_part 0.989 56469 56280 match_86 match_part 0.990 56963 56290 match_87 match_part 1.000 59172 59097 match_part 1.000 59011 58833 match_part 1.000 58757 58703 match_part 1.000 58579 58510 match_part 1.000 58433 58343 match_part 0.997 58246 57896 match_part 1.000 57827 57804 match_88 match_part 0.968 59253 59097 match_part 1.000 59011 58833 match_part 1.000 58757 58703 match_part 1.000 58579 58510 match_part 1.000 58433 58343 match_part 0.921 58246 58107 match_89 match_part 1.000 59522 59438 match_part 1.000 59304 59097 match_part 1.000 59011 58833 match_part 1.000 58757 58703 match_part 1.000 58579 58510 match_part 1.000 58433 58355 match_90 match_part 1.000 59544 59438 match_part 0.981 59304 59097 match_part 0.966 59011 58833 match_part 1.000 58757 58703 match_part 1.000 58579 58518 match_91 match_part 1.000 59682 59643 match_part 1.000 59559 59438 match_part 1.000 59304 59097 match_part 1.000 59011 58833 match_part 1.000 58757 58703 match_part 1.000 58579 58536 match_92 match_part 1.000 59682 59643 match_part 1.000 59559 59438 match_part 1.000 59304 59097 match_part 1.000 59011 58833 match_part 1.000 58757 58703 match_part 1.000 58579 58573 match_93 match_part 1.000 59682 59643 match_part 1.000 59559 59438 match_part 1.000 59304 59097 match_part 1.000 59011 58833 match_part 1.000 58757 58703 match_part 1.000 58579 58573 match_94 match_part 0.983 59669 59438 match_part 1.000 59304 59097 match_part 1.000 59011 58853 match_95 match_part 1.000 61410 61286 match_part 1.000 60257 60076 match_part 1.000 59995 59938 match_part 1.000 59559 59438 match_part 0.957 59304 59144 match_96 match_part 0.977 72154 72067 match_part 1.000 71414 70939 match_part 1.000 70216 69785 match_part 1.000 68950 68392 match_part 0.985 68006 67617 match_part 0.700 67419 67410 match_97 match_part 0.982 68505 68392 match_part 0.990 68006 67492 match_98 match_part 0.964 67982 67568 match_99 match_part 1.000 68410 68392 match_part 1.000 68006 67590 match_100 match_part 1.000 68772 68392 match_part 0.968 68006 67658 match_101 match_part 0.995 68950 68392 match_part 1.000 68006 67773 match_102 match_part 1.000 68772 68392 match_part 1.000 68006 67847 match_103 match_part 1.000 68772 68392 match_part 1.000 68006 67874 match_104 match_part 0.994 68891 68392 match_part 1.000 68006 67959 match_105 match_part 1.000 70971 70939 match_part 1.000 70216 69785 match_part 0.995 68950 68528 match_106 match_part 1.000 68930 68556 match_107 match_part 0.996 70034 69785 match_part 1.000 68950 68769 match_108 match_part 0.953 70188 69785 match_part 1.000 68950 68824 match_109 match_part 1.000 71268 70939 match_part 1.000 70216 69785 match_part 1.000 68950 68881 match_110 match_part 0.891 72121 72067 match_part 1.000 71414 70939 match_part 0.990 70216 69918 match_111 match_part 0.983 72126 72067 match_part 1.000 71414 70939 match_part 0.500 70855 70850 match_112 match_part 0.985 72133 72067 match_part 0.998 71414 70942 match_113 match_part 0.994 86311 85829 match_114 match_part 0.996 86311 85829 match_115 match_part 0.987 95908 95832 match_part 0.983 95744 94897 match_116 match_part 0.991 95350 94897 match_117 match_part 0.983 95319 94897 match_118 match_part 1.000 95167 94897 match_119 match_part 0.996 97553 97044 match_part 1.000 96101 95832 match_part 1.000 95744 94904 match_120 match_part 1.000 97551 97044 match_part 1.000 96101 95832 match_part 1.000 95744 94904 match_121 match_part 0.989 95384 94917 match_122 match_part 0.987 95520 94918 match_123 match_part 0.987 95520 94918 match_124 match_part 0.979 95729 94928 match_125 match_part 1.000 95307 94928 match_126 match_part 0.989 95279 94928 match_127 match_part 0.991 95279 94928 match_128 match_part 0.945 95731 94980 match_129 match_part 1.000 95852 95832 match_part 0.997 95744 94991 match_130 match_part 0.991 96054 95832 match_part 0.995 95744 95108 match_131 match_part 1.000 97113 97044 match_part 1.000 96101 95832 match_part 0.992 95744 95150 match_132 match_part 1.000 96019 95832 match_part 0.993 95744 95156 match_133 match_part 1.000 95729 95219 match_134 match_part 1.000 95852 95832 match_part 1.000 95744 95243 match_135 match_part 0.992 95955 95832 match_part 0.984 95744 95244 match_136 match_part 1.000 95852 95832 match_part 0.970 95744 95317 match_137 match_part 1.000 97064 97044 match_part 1.000 96101 95832 match_part 0.998 95744 95338 match_138 match_part 1.000 95906 95832 match_part 1.000 95744 95343 match_139 match_part 1.000 95852 95832 match_part 1.000 95744 95343 match_140 match_part 1.000 96018 95832 match_part 1.000 95744 95354 match_141 match_part 0.929 97113 97044 match_part 1.000 96101 95832 match_part 0.990 95744 95358 match_142 match_part 0.981 95884 95832 match_part 1.000 95744 95415 match_143 match_part 1.000 96019 95832 match_part 0.997 95744 95435 match_144 match_part 0.965 96060 95832 match_part 1.000 95744 95448 match_145 match_part 0.997 97385 97044 match_part 1.000 96101 95832 match_part 0.995 95744 95524 match_146 match_part 0.972 97512 97044 match_part 1.000 96101 95832 match_part 0.989 95744 95556 match_147 match_part 1.000 96101 95832 match_part 1.000 95744 95562 match_148 match_part 0.981 97507 97044 match_part 1.000 96101 95832 match_part 0.944 95744 95584 match_149 match_part 1.000 97204 97044 match_part 1.000 96101 95832 match_part 0.987 95744 95593 match_150 match_part 0.993 97479 97044 match_part 1.000 96101 95832 match_part 0.993 95744 95596 match_151 match_part 0.989 97495 97044 match_part 1.000 96101 95832 match_part 0.986 95744 95598 match_152 match_part 0.989 97495 97044 match_part 1.000 96101 95832 match_part 0.983 95744 95627 match_153 match_part 0.985 97499 97044 match_part 1.000 96101 95832 match_part 0.943 95744 95639 match_154 match_part 0.989 97495 97044 match_part 1.000 96101 95832 match_part 0.990 95744 95640 match_155 match_part 1.000 97170 97044 match_part 1.000 96101 95832 match_part 1.000 95744 95666 match_156 match_part 0.949 97082 97044 match_part 1.000 96101 95832 match_part 1.000 95744 95666 match_157 match_part 0.974 97538 97044 match_part 1.000 96101 95832 match_part 1.000 95744 95689 match_158 match_part 0.991 97488 97044 match_part 0.993 96101 95832 match_part 1.000 95744 95695 match_159 match_part 1.000 97469 97044 match_part 1.000 96101 95832 match_part 1.000 95744 95710 match_160 match_part 0.974 97500 97044 match_part 0.967 96101 95832 match_part 0.926 95744 95718 match_161 match_part 0.970 97541 97044 match_part 0.996 96101 95832 match_part 0.962 95744 95719 match_162 match_part 0.996 96101 95832 match_part 1.000 95744 95722 match_163 match_part 1.000 97507 97044 match_part 0.984 96101 95846 match_164 match_part 1.000 97544 97044 match_part 0.992 96101 95860 match_165 match_part 0.989 97487 97044 match_part 1.000 96101 95870 match_166 match_part 1.000 97451 97044 match_part 1.000 96101 95883 match_167 match_part 1.000 97509 97044 match_part 0.991 96101 95887 match_168 match_part 1.000 97543 97044 match_part 0.995 96101 95889 match_169 match_part 0.995 97473 97044 match_part 0.995 96101 95898 match_170 match_part 0.983 97506 97044 match_part 0.980 96101 95906 match_171 match_part 1.000 97410 97044 match_part 1.000 96101 95922 match_172 match_part 1.000 97574 97044 match_part 0.988 96101 95942 match_173 match_part 1.000 97483 97044 match_part 1.000 96101 95956 match_174 match_part 1.000 97544 97044 match_part 1.000 96101 95962 match_175 match_part 1.000 97543 97044 match_part 1.000 96101 95980 match_176 match_part 1.000 97514 97044 match_part 0.983 96101 95982 match_177 match_part 1.000 97487 97044 match_part 1.000 96101 95992 match_178 match_part 0.995 97472 97044 match_part 0.991 96101 95994 match_179 match_part 0.961 97404 97044 match_part 0.952 96101 95998 match_180 match_part 1.000 97544 97044 match_part 1.000 96101 96001 match_181 match_part 1.000 97483 97044 match_part 1.000 96101 96001 match_182 match_part 0.993 97459 97044 match_part 1.000 96101 96038 match_183 match_part 1.000 97548 97044 match_part 1.000 96101 96039 match_184 match_part 0.977 97431 97044 match_part 1.000 96101 96039 match_185 match_part 1.000 97550 97044 match_part 0.984 96101 96040 match_186 match_part 1.000 97459 97044 match_part 0.984 96101 96040 match_187 match_part 0.985 97441 97044 match_part 0.984 96101 96040 match_188 match_part 0.954 97482 97044 match_part 0.983 96101 96042 match_189 match_part 0.998 97478 97044 match_part 1.000 96101 96042 match_190 match_part 0.998 97471 97044 match_part 0.983 96101 96042 match_191 match_part 1.000 97470 97044 match_part 0.983 96101 96042 match_192 match_part 0.956 97472 97044 match_part 0.980 96101 96053 match_193 match_part 0.996 97525 97044 match_part 1.000 96101 96057 match_194 match_part 1.000 97507 97044 match_part 0.941 96101 96068 match_195 match_part 0.980 97545 97047 match_196 match_part 0.998 97544 97053 match_197 match_part 0.987 97515 97071 match_198 match_part 1.000 97461 97071 match_199 match_part 0.992 97460 97071 match_200 match_part 1.000 97524 97083 match_201 match_part 0.988 97502 97094 match_202 match_part 0.976 97443 97107 match_203 match_part 0.963 97544 97250 match_204 match_part 0.995 97494 97276 match_205 match_part 1.000 97518 97322 match_206 match_part 0.988 97490 97325 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 3689 3462 exon 3335 3252 exon 2952 2901 exon 1305 1149 exon 998 703 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 3720 3252 exon 2952 2901 exon 1305 1149 exon 998 776 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 727 1015 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 7394 7316 exon 7224 7091 exon 6680 6608 exon 6040 5958 exon 5223 5185 exon 5068 4998 exon 4930 4816 exon 4739 4311 gene_5 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 7357 7091 exon 6680 6608 exon 6040 5958 exon 5223 5185 exon 5068 4998 exon 4930 4816 exon 4739 4311 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 13714 14141 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 15852 15800 exon 15605 15431 exon 15141 14848 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 28808 28565 exon 28410 28283 exon 27273 27165 exon 26726 26645 exon 26574 26504 exon 25826 25785 exon 25502 25378 exon 25074 24981 exon 24826 24760 exon 24647 24460 exon 24377 24272 exon 23724 23638 exon 23260 22781 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 32262 32612 exon 33084 33335 exon 33438 33538 exon 34791 35669 gene_10 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 32262 32612 exon 33084 33335 exon 33438 33538 exon 34791 35645 exon 36003 36022 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 45321 45900 exon 46511 46661 exon 46747 46929 exon 47493 47567 exon 47666 47821 exon 47908 48003 exon 48106 48239 exon 48335 48416 exon 48821 49405 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 52664 52784 exon 52931 53029 exon 53112 53162 exon 54466 54639 exon 54942 55001 exon 55530 55872 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 52664 52784 exon 52931 53029 exon 53112 53162 exon 54466 54639 exon 54942 55001 exon 55530 55745 exon 55826 55833 gene_14 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 53284 54190 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 56963 56280 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 59682 59643 exon 59559 59438 exon 59304 59097 exon 59011 58833 exon 58757 58703 exon 58579 58510 exon 58433 58343 exon 58246 57896 exon 57827 57804 gene_17 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 59669 59438 exon 59304 59097 exon 59011 58833 exon 58757 58703 exon 58579 58510 exon 58433 58343 exon 58246 57896 exon 57827 57804 gene_18 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 61410 61286 exon 60257 60076 exon 59995 59938 exon 59559 59438 exon 59304 59097 exon 59011 58833 exon 58757 58703 exon 58579 58510 exon 58433 58343 exon 58246 57896 exon 57827 57804 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 62659 62717 exon 64493 64873 exon 65475 65544 exon 66068 66234 exon 66342 66415 exon 66779 67055 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 72133 72067 exon 71414 70939 exon 70216 69785 exon 68950 68392 exon 68006 67492 gene_21 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 72154 72067 exon 71414 70939 exon 70216 69785 exon 68950 68392 exon 68006 67617 exon 67419 67410 gene_22 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 72133 72067 exon 71414 70939 exon 70855 70850 gene_23 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 67580 68004 gene_24 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 75000 75252 exon 75358 75469 exon 76971 77044 exon 77176 77368 gene_25 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 83404 83715 exon 83795 83917 exon 83998 84068 exon 85820 86312 gene_26 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 83795 83800 exon 83895 83917 exon 83998 84068 exon 85820 86332 gene_27 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 86311 85829 gene_28 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 89575 89993 gene_29 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 91473 91848 exon 92203 92265 exon 92376 92450 exon 92813 93145 gene_30 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 97574 97044 exon 96101 95832 exon 95744 94897 gene_31 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 94919 95647 AUGUSTUS_tom_cdna de novo gene_1 gene 1 11956 13741 transcript_1 transcript 11956 13741 start_codon_1 start_codon 11956 11958 CDS_1 CDS 11956 12012 CDS_2 CDS 13286 13741 stop_codon_1 stop_codon 13739 13741 gene_2 gene 1 32287 35467 transcript_2 transcript 32287 35467 start_codon_2 start_codon 32287 32289 CDS_3 CDS 32287 32612 CDS_4 CDS 33084 33335 CDS_5 CDS 33438 33538 CDS_6 CDS 34791 35467 stop_codon_2 stop_codon 35465 35467 gene_3 gene 1 45617 49159 transcript_3 transcript 45617 49159 start_codon_3 start_codon 45617 45619 CDS_7 CDS 45617 45900 CDS_8 CDS 46511 46661 CDS_9 CDS 46747 46929 CDS_10 CDS 47493 47567 CDS_11 CDS 47666 47821 CDS_12 CDS 47908 48003 CDS_13 CDS 48106 48239 CDS_14 CDS 48335 48416 CDS_15 CDS 48821 49159 stop_codon_3 stop_codon 49157 49159 gene_4 gene 1 52782 55571 transcript_4 transcript 52782 55571 start_codon_4 start_codon 52782 52784 CDS_16 CDS 52782 52784 CDS_17 CDS 52931 53029 CDS_18 CDS 53112 53162 CDS_19 CDS 54466 54639 CDS_20 CDS 54942 55001 CDS_21 CDS 55530 55571 stop_codon_4 stop_codon 55569 55571 gene_5 gene 1 64739 66839 transcript_5 transcript 64739 66839 start_codon_5 start_codon 64739 64741 CDS_22 CDS 64739 64873 CDS_23 CDS 65475 65544 CDS_24 CDS 66068 66234 CDS_25 CDS 66342 66415 CDS_26 CDS 66779 66839 stop_codon_5 stop_codon 66837 66839 gene_6 gene 1 75049 86144 transcript_6 transcript 75049 86144 start_codon_6 start_codon 75049 75051 CDS_27 CDS 75049 75252 CDS_28 CDS 75358 75469 CDS_29 CDS 76971 77044 CDS_30 CDS 77176 77751 CDS_31 CDS 83572 83715 CDS_32 CDS 83795 83917 CDS_33 CDS 83998 84068 CDS_34 CDS 85820 86144 stop_codon_6 stop_codon 86142 86144 gene_7 gene 1 88087 93196 transcript_7 transcript 88087 93196 start_codon_7 start_codon 88087 88089 CDS_35 CDS 88087 88105 CDS_36 CDS 91478 91848 CDS_37 CDS 92203 92265 CDS_38 CDS 92376 92450 CDS_39 CDS 92813 93196 stop_codon_7 stop_codon 93194 93196 AUGUSTUS_tom_cdna de novo gene_8 gene 1 3626 977 transcript_8 transcript 3626 977 stop_codon_8 stop_codon 979 977 CDS_40 CDS 998 977 CDS_41 CDS 1305 1149 CDS_42 CDS 2952 2901 CDS_43 CDS 3335 3252 CDS_44 CDS 3626 3462 start_codon_8 start_codon 3626 3624 gene_9 gene 1 7364 4671 transcript_9 transcript 7364 4671 stop_codon_9 stop_codon 4673 4671 CDS_45 CDS 4739 4671 CDS_46 CDS 4930 4816 CDS_47 CDS 5068 4998 CDS_48 CDS 5223 5185 CDS_49 CDS 6040 5958 CDS_50 CDS 6680 6608 CDS_51 CDS 7224 7091 CDS_52 CDS 7364 7316 start_codon_9 start_codon 7364 7362 gene_10 gene 1 21230 15073 transcript_10 transcript 21230 15073 stop_codon_10 stop_codon 15075 15073 CDS_53 CDS 15141 15073 CDS_54 CDS 15605 15431 CDS_55 CDS 15873 15800 CDS_56 CDS 16015 15950 CDS_57 CDS 21230 21033 start_codon_10 start_codon 21230 21228 gene_11 gene 1 28698 23153 transcript_11 transcript 28698 23153 stop_codon_11 stop_codon 23155 23153 CDS_58 CDS 23260 23153 CDS_59 CDS 23724 23638 CDS_60 CDS 24377 24272 CDS_61 CDS 24647 24460 CDS_62 CDS 24826 24760 CDS_63 CDS 25074 24981 CDS_64 CDS 25502 25378 CDS_65 CDS 25826 25785 CDS_66 CDS 26574 26504 CDS_67 CDS 26726 26645 CDS_68 CDS 27273 27165 CDS_69 CDS 28410 28283 CDS_70 CDS 28698 28565 start_codon_11 start_codon 28698 28696 gene_12 gene 1 60171 56655 transcript_12 transcript 60171 56655 stop_codon_12 stop_codon 56657 56655 CDS_71 CDS 57080 56655 CDS_72 CDS 57827 57633 CDS_73 CDS 58246 57896 CDS_74 CDS 58433 58343 CDS_75 CDS 58579 58510 CDS_76 CDS 58757 58703 CDS_77 CDS 59011 58833 CDS_78 CDS 59304 59097 CDS_79 CDS 59559 59438 CDS_80 CDS 59995 59938 CDS_81 CDS 60171 60076 start_codon_12 start_codon 60171 60169 gene_13 gene 1 71130 67711 transcript_13 transcript 71130 67711 stop_codon_13 stop_codon 67713 67711 CDS_82 CDS 68006 67711 CDS_83 CDS 68950 68392 CDS_84 CDS 70216 69785 CDS_85 CDS 71130 70939 start_codon_13 start_codon 71130 71128 gene_14 gene 1 73607 71193 transcript_14 transcript 73607 71193 stop_codon_14 stop_codon 71195 71193 CDS_86 CDS 71414 71193 CDS_87 CDS 72148 72067 CDS_88 CDS 73607 73591 start_codon_14 start_codon 73607 73605 gene_15 gene 1 97221 95062 transcript_15 transcript 97221 95062 stop_codon_15 stop_codon 95064 95062 CDS_89 CDS 95744 95062 CDS_90 CDS 96101 95832 CDS_91 CDS 97221 97044 start_codon_15 start_codon 97221 97219 gene_16 gene 1 100392 97370 transcript_16 transcript 100392 97370 stop_codon_16 stop_codon 97372 97370 CDS_92 CDS 97561 97370 CDS_93 CDS 100392 100375 start_codon_16 start_codon 100392 100390 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 80.82 305 386 AUGUSTUS_ab_initio de novo gene_1 gene 1 45617 45904 transcript_1 transcript 45617 45904 start_codon_1 start_codon 45617 45619 CDS_1 CDS 45617 45904 stop_codon_1 stop_codon 45902 45904 gene_2 gene 1 47544 49159 transcript_2 transcript 47544 49159 start_codon_2 start_codon 47544 47546 CDS_2 CDS 47544 47567 CDS_3 CDS 47666 47821 CDS_4 CDS 48106 48239 CDS_5 CDS 48335 48416 CDS_6 CDS 48821 49159 stop_codon_2 stop_codon 49157 49159 gene_3 gene 1 58382 58612 transcript_3 transcript 58382 58612 start_codon_3 start_codon 58382 58384 CDS_7 CDS 58382 58612 stop_codon_3 stop_codon 58610 58612 gene_4 gene 1 72229 86144 transcript_4 transcript 72229 86144 start_codon_4 start_codon 72229 72231 CDS_8 CDS 72229 72263 CDS_9 CDS 77127 77751 CDS_10 CDS 83795 83917 CDS_11 CDS 83998 84068 CDS_12 CDS 85820 86144 stop_codon_4 stop_codon 86142 86144 gene_5 gene 1 91501 93196 transcript_5 transcript 91501 93196 start_codon_5 start_codon 91501 91503 CDS_13 CDS 91501 91848 CDS_14 CDS 92813 93196 stop_codon_5 stop_codon 93194 93196 AUGUSTUS_ab_initio de novo gene_6 gene 1 28698 1606 transcript_6 transcript 28698 1606 stop_codon_6 stop_codon 1608 1606 CDS_15 CDS 1715 1606 CDS_16 CDS 13475 13292 CDS_17 CDS 16015 15950 CDS_18 CDS 21184 21033 CDS_19 CDS 25502 25378 CDS_20 CDS 27273 27165 CDS_21 CDS 28410 28283 CDS_22 CDS 28698 28565 start_codon_6 start_codon 28698 28696 gene_7 gene 1 71364 58797 transcript_7 transcript 71364 58797 stop_codon_7 stop_codon 58799 58797 CDS_23 CDS 59011 58797 CDS_24 CDS 59304 59097 CDS_25 CDS 59559 59438 CDS_26 CDS 68006 67854 CDS_27 CDS 68950 68392 CDS_28 CDS 71364 70939 start_codon_7 start_codon 71364 71362 gene_8 gene 1 97446 95062 transcript_8 transcript 97446 95062 stop_codon_8 stop_codon 95064 95062 CDS_29 CDS 95744 95062 CDS_30 CDS 95973 95832 CDS_31 CDS 97446 97081 start_codon_8 start_codon 97446 97444 AUGUSTUS_tom_ugs de novo gene_1 gene 1 32350 35467 transcript_1 transcript 32350 35467 start_codon_1 start_codon 32350 32352 CDS_1 CDS 32350 32612 CDS_2 CDS 33084 33335 CDS_3 CDS 33438 33538 CDS_4 CDS 34791 35467 stop_codon_1 stop_codon 35465 35467 gene_2 gene 1 45617 49159 transcript_2 transcript 45617 49159 start_codon_2 start_codon 45617 45619 CDS_5 CDS 45617 45900 CDS_6 CDS 46511 46661 CDS_7 CDS 46747 46929 CDS_8 CDS 47493 47567 CDS_9 CDS 47666 47821 CDS_10 CDS 47908 48003 CDS_11 CDS 48106 48239 CDS_12 CDS 48335 48416 CDS_13 CDS 48821 49159 stop_codon_2 stop_codon 49157 49159 gene_3 gene 1 52782 55571 transcript_3 transcript 52782 55571 start_codon_3 start_codon 52782 52784 CDS_14 CDS 52782 52784 CDS_15 CDS 52931 53029 CDS_16 CDS 53112 53162 CDS_17 CDS 54466 54639 CDS_18 CDS 54942 55001 CDS_19 CDS 55530 55571 stop_codon_3 stop_codon 55569 55571 gene_4 gene 1 64739 66839 transcript_4 transcript 64739 66839 start_codon_4 start_codon 64739 64741 CDS_20 CDS 64739 64873 CDS_21 CDS 65475 65544 CDS_22 CDS 66068 66234 CDS_23 CDS 66342 66415 CDS_24 CDS 66779 66839 stop_codon_4 stop_codon 66837 66839 gene_5 gene 1 75049 86144 transcript_5 transcript 75049 86144 start_codon_5 start_codon 75049 75051 CDS_25 CDS 75049 75252 CDS_26 CDS 75358 75469 CDS_27 CDS 76971 77044 CDS_28 CDS 77176 77751 CDS_29 CDS 83572 83715 CDS_30 CDS 83795 83917 CDS_31 CDS 83998 84068 CDS_32 CDS 85820 86144 stop_codon_5 stop_codon 86142 86144 gene_6 gene 1 91501 93196 transcript_6 transcript 91501 93196 start_codon_6 start_codon 91501 91503 CDS_33 CDS 91501 91848 CDS_34 CDS 92203 92265 CDS_35 CDS 92376 92450 CDS_36 CDS 92813 93196 stop_codon_6 stop_codon 93194 93196 AUGUSTUS_tom_ugs de novo gene_7 gene 1 3256 977 transcript_7 transcript 3256 977 stop_codon_7 stop_codon 979 977 CDS_37 CDS 998 977 CDS_38 CDS 1303 1149 CDS_39 CDS 2952 2901 CDS_40 CDS 3256 3252 start_codon_7 start_codon 3256 3254 gene_8 gene 1 7364 4671 transcript_8 transcript 7364 4671 stop_codon_8 stop_codon 4673 4671 CDS_41 CDS 4739 4671 CDS_42 CDS 4930 4816 CDS_43 CDS 5068 4998 CDS_44 CDS 5223 5185 CDS_45 CDS 6040 5958 CDS_46 CDS 6680 6608 CDS_47 CDS 7224 7091 CDS_48 CDS 7364 7316 start_codon_8 start_codon 7364 7362 gene_9 gene 1 13553 13257 transcript_9 transcript 13553 13257 stop_codon_9 stop_codon 13259 13257 CDS_49 CDS 13553 13257 start_codon_9 start_codon 13553 13551 gene_10 gene 1 21230 15073 transcript_10 transcript 21230 15073 stop_codon_10 stop_codon 15075 15073 CDS_50 CDS 15141 15073 CDS_51 CDS 15605 15431 CDS_52 CDS 15873 15800 CDS_53 CDS 16015 15950 CDS_54 CDS 21230 21033 start_codon_10 start_codon 21230 21228 gene_11 gene 1 28698 23153 transcript_11 transcript 28698 23153 stop_codon_11 stop_codon 23155 23153 CDS_55 CDS 23260 23153 CDS_56 CDS 23724 23638 CDS_57 CDS 24377 24272 CDS_58 CDS 24647 24460 CDS_59 CDS 24826 24760 CDS_60 CDS 25074 24981 CDS_61 CDS 25502 25378 CDS_62 CDS 25826 25785 CDS_63 CDS 26574 26504 CDS_64 CDS 26726 26645 CDS_65 CDS 27273 27165 CDS_66 CDS 28410 28283 CDS_67 CDS 28698 28565 start_codon_11 start_codon 28698 28696 gene_12 gene 1 60171 56655 transcript_12 transcript 60171 56655 stop_codon_12 stop_codon 56657 56655 CDS_68 CDS 57080 56655 CDS_69 CDS 57827 57633 CDS_70 CDS 58246 57896 CDS_71 CDS 58433 58343 CDS_72 CDS 58579 58510 CDS_73 CDS 58757 58703 CDS_74 CDS 59011 58833 CDS_75 CDS 59304 59097 CDS_76 CDS 59559 59438 CDS_77 CDS 59995 59938 CDS_78 CDS 60171 60076 start_codon_12 start_codon 60171 60169 gene_13 gene 1 71364 67711 transcript_13 transcript 71364 67711 stop_codon_13 stop_codon 67713 67711 CDS_79 CDS 68006 67711 CDS_80 CDS 68950 68392 CDS_81 CDS 70216 69785 CDS_82 CDS 71364 70939 start_codon_13 start_codon 71364 71362 gene_14 gene 1 97446 95062 transcript_14 transcript 97446 95062 stop_codon_14 stop_codon 95064 95062 CDS_83 CDS 95744 95062 CDS_84 CDS 96101 95832 CDS_85 CDS 97446 97044 start_codon_14 start_codon 97446 97444 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.986 13714 14141 match_2 match_part 0.997 32262 32612 match_part 0.996 33084 33335 match_part 1.000 33438 33538 match_part 0.997 34791 35669 match_3 match_part 0.935 33213 33335 match_part 0.861 33438 33538 match_part 0.989 34791 34965 match_4 match_part 0.964 45321 45900 match_part 0.934 46511 46661 match_part 0.727 46747 46757 match_5 match_part 0.973 45537 45900 match_part 1.000 46511 46661 match_part 1.000 46747 46929 match_part 1.000 47493 47567 match_part 1.000 47666 47821 match_part 1.000 47908 48003 match_part 0.993 48106 48239 match_part 1.000 48335 48416 match_part 1.000 48821 49405 match_6 match_part 1.000 52664 52784 match_part 1.000 52931 53029 match_part 1.000 53112 53162 match_part 1.000 54466 54639 match_part 1.000 54942 55001 match_part 0.994 55530 55872 match_7 match_part 0.991 53284 54190 match_8 match_part 0.966 62659 62717 match_part 0.984 64493 64873 match_part 1.000 65475 65544 match_part 1.000 66068 66234 match_part 1.000 66342 66415 match_part 0.996 66779 67055 match_9 match_part 0.988 75000 75252 match_part 0.991 75358 75469 match_part 0.959 76971 77044 match_part 0.953 77176 77368 match_10 match_part 1.000 83404 83715 match_part 1.000 83795 83917 match_part 1.000 83998 84068 match_part 0.994 85820 86332 match_11 match_part 1.000 91473 91848 match_part 1.000 92203 92265 match_part 1.000 92376 92450 match_part 0.995 92813 93256 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_12 match_part 1.000 3677 3462 match_part 1.000 3335 3252 match_part 1.000 2952 2901 match_part 1.000 1305 1149 match_part 1.000 998 703 match_13 match_part 0.998 3720 3252 match_part 1.000 2952 2901 match_part 0.994 1305 1149 match_part 0.987 998 776 match_14 match_part 0.667 7657 7640 match_part 0.939 7364 7316 match_part 1.000 7224 7091 match_part 0.973 6680 6608 match_part 0.988 6040 5958 match_part 1.000 5223 5185 match_part 1.000 5068 4998 match_part 1.000 4930 4816 match_part 0.956 4739 4311 match_15 match_part 0.953 4693 4396 match_16 match_part 1.000 15852 15800 match_part 1.000 15605 15431 match_part 0.976 15141 14848 match_17 match_part 0.996 28808 28565 match_part 1.000 28410 28283 match_part 1.000 27273 27165 match_part 1.000 26726 26645 match_part 1.000 26574 26504 match_part 1.000 25826 25785 match_part 0.992 25502 25378 match_part 1.000 25074 24981 match_part 1.000 24826 24760 match_part 1.000 24647 24460 match_part 1.000 24377 24272 match_part 1.000 23724 23638 match_part 0.998 23260 22781 match_18 match_part 0.996 56963 56280 match_19 match_part 1.000 61410 61286 match_part 1.000 60257 60076 match_part 1.000 59995 59938 match_part 1.000 59559 59438 match_part 1.000 59304 59097 match_part 1.000 59011 58833 match_part 1.000 58757 58703 match_part 1.000 58579 58510 match_part 1.000 58433 58343 match_part 0.997 58246 57896 match_part 1.000 57827 57804 match_20 match_part 0.943 72154 72067 match_part 1.000 71414 70939 match_part 1.000 70216 69785 match_part 1.000 68950 68392 match_part 0.990 68006 67492 match_21 match_part 1.000 97574 97044 match_part 1.000 96101 95832 match_part 0.984 95744 94894 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 3720 3252 exon 2952 2901 exon 1305 1149 exon 998 776 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 3677 3462 exon 3335 3252 exon 2952 2901 exon 1305 1149 exon 998 703 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 7657 7640 exon 7364 7316 exon 7224 7091 exon 6680 6608 exon 6040 5958 exon 5223 5185 exon 5068 4998 exon 4930 4816 exon 4739 4311 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 13714 14141 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 15852 15800 exon 15605 15431 exon 15141 14848 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 28808 28565 exon 28410 28283 exon 27273 27165 exon 26726 26645 exon 26574 26504 exon 25826 25785 exon 25502 25378 exon 25074 24981 exon 24826 24760 exon 24647 24460 exon 24377 24272 exon 23724 23638 exon 23260 22781 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 32262 32612 exon 33084 33335 exon 33438 33538 exon 34791 35669 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 45321 45900 exon 46511 46661 exon 46747 46929 exon 47493 47567 exon 47666 47821 exon 47908 48003 exon 48106 48239 exon 48335 48416 exon 48821 49405 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 52664 52784 exon 52931 53029 exon 53112 53162 exon 54466 54639 exon 54942 55001 exon 55530 55872 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 53284 54190 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 56963 56280 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 61410 61286 exon 60257 60076 exon 59995 59938 exon 59559 59438 exon 59304 59097 exon 59011 58833 exon 58757 58703 exon 58579 58510 exon 58433 58343 exon 58246 57896 exon 57827 57804 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 62659 62717 exon 64493 64873 exon 65475 65544 exon 66068 66234 exon 66342 66415 exon 66779 67055 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 72154 72067 exon 71414 70939 exon 70216 69785 exon 68950 68392 exon 68006 67492 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 75000 75252 exon 75358 75469 exon 76971 77044 exon 77176 77368 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 83404 83715 exon 83795 83917 exon 83998 84068 exon 85820 86332 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 91473 91848 exon 92203 92265 exon 92376 92450 exon 92813 93256 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 97574 97044 exon 96101 95832 exon 95744 94894 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 52664 52784 match_part 1.000 52931 53029 match_part 1.000 53112 53162 match_part 1.000 54466 54639 match_part 1.000 54942 55001 match_part 0.994 55530 55872 match_2 match_part 0.944 52731 52784 match_part 1.000 52931 53029 match_part 0.941 53112 53162 match_part 0.983 54466 54639 match_part 1.000 54942 55001 match_part 0.945 55530 55784 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 1.000 3677 3462 match_part 1.000 3335 3252 match_part 1.000 2952 2901 match_part 1.000 1305 1149 match_part 1.000 998 951 match_4 match_part 1.000 28738 28565 match_part 1.000 28410 28283 match_part 1.000 27273 27165 match_part 1.000 26726 26645 match_part 1.000 26574 26504 match_part 1.000 25826 25785 match_part 0.992 25502 25378 match_part 1.000 25074 24981 match_part 1.000 24826 24760 match_part 1.000 24647 24496 match_5 match_part 0.984 28690 28565 match_part 0.984 28410 28283 match_part 0.963 27273 27165 match_part 0.976 26726 26645 match_part 0.915 26574 26504 match_part 1.000 25826 25785 match_part 0.946 25502 25447 match_6 match_part 1.000 61410 61286 match_part 1.000 60257 60076 match_part 1.000 59995 59938 match_part 1.000 59559 59438 match_part 1.000 59304 59097 match_part 1.000 59011 58833 match_part 1.000 58757 58703 match_part 1.000 58579 58510 match_part 1.000 58433 58355 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 3677 3462 exon 3335 3252 exon 2952 2901 exon 1305 1149 exon 998 951 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 28738 28565 exon 28410 28283 exon 27273 27165 exon 26726 26645 exon 26574 26504 exon 25826 25785 exon 25502 25378 exon 25074 24981 exon 24826 24760 exon 24647 24496 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 52664 52784 exon 52931 53029 exon 53112 53162 exon 54466 54639 exon 54942 55001 exon 55530 55872 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0331L22.1 type gene exon 61410 61286 exon 60257 60076 exon 59995 59938 exon 59559 59438 exon 59304 59097 exon 59011 58833 exon 58757 58703 exon 58579 58510 exon 58433 58355 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 10634 13741 transcript_1 transcript 10634 13741 start_codon_1 start_codon 10634 10636 CDS_1 CDS 10634 10636 CDS_2 CDS 10813 10851 CDS_3 CDS 11447 11487 CDS_4 CDS 11591 11689 CDS_5 CDS 11771 11827 CDS_6 CDS 11949 12012 CDS_7 CDS 12109 12315 CDS_8 CDS 13286 13741 stop_codon_1 stop_codon 13739 13741 gene_2 gene 1 32287 35467 transcript_2 transcript 32287 35467 start_codon_2 start_codon 32287 32289 CDS_9 CDS 32287 32612 CDS_10 CDS 33084 33335 CDS_11 CDS 33438 33538 CDS_12 CDS 34791 35467 stop_codon_2 stop_codon 35465 35467 gene_3 gene 1 45617 49159 transcript_3 transcript 45617 49159 start_codon_3 start_codon 45617 45619 CDS_13 CDS 45617 45900 CDS_14 CDS 46511 46661 CDS_15 CDS 46747 46929 CDS_16 CDS 47493 47567 CDS_17 CDS 47666 47821 CDS_18 CDS 47908 48003 CDS_19 CDS 48106 48239 CDS_20 CDS 48335 48416 CDS_21 CDS 48821 49159 stop_codon_3 stop_codon 49157 49159 gene_4 gene 1 52782 55571 transcript_4 transcript 52782 55571 start_codon_4 start_codon 52782 52784 CDS_22 CDS 52782 52784 CDS_23 CDS 52931 53029 CDS_24 CDS 53112 53162 CDS_25 CDS 54466 54639 CDS_26 CDS 54942 55001 CDS_27 CDS 55530 55571 stop_codon_4 stop_codon 55569 55571 gene_5 gene 1 64739 66839 transcript_5 transcript 64739 66839 start_codon_5 start_codon 64739 64741 CDS_28 CDS 64739 64873 CDS_29 CDS 65475 65544 CDS_30 CDS 66068 66234 CDS_31 CDS 66342 66415 CDS_32 CDS 66779 66839 stop_codon_5 stop_codon 66837 66839 gene_6 gene 1 75049 86144 transcript_6 transcript 75049 86144 start_codon_6 start_codon 75049 75051 CDS_33 CDS 75049 75252 CDS_34 CDS 75358 75469 CDS_35 CDS 76971 77044 CDS_36 CDS 77176 77751 CDS_37 CDS 83572 83715 CDS_38 CDS 83795 83917 CDS_39 CDS 83998 84068 CDS_40 CDS 85820 86144 stop_codon_6 stop_codon 86142 86144 gene_7 gene 1 88087 93196 transcript_7 transcript 88087 93196 start_codon_7 start_codon 88087 88089 CDS_41 CDS 88087 88105 CDS_42 CDS 91478 91848 CDS_43 CDS 92203 92265 CDS_44 CDS 92376 92450 CDS_45 CDS 92813 93196 stop_codon_7 stop_codon 93194 93196 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 1 3626 977 transcript_8 transcript 3626 977 stop_codon_8 stop_codon 979 977 CDS_46 CDS 998 977 CDS_47 CDS 1305 1149 CDS_48 CDS 2952 2901 CDS_49 CDS 3335 3252 CDS_50 CDS 3626 3462 start_codon_8 start_codon 3626 3624 gene_9 gene 1 7364 4671 transcript_9 transcript 7364 4671 stop_codon_9 stop_codon 4673 4671 CDS_51 CDS 4739 4671 CDS_52 CDS 4930 4816 CDS_53 CDS 5068 4998 CDS_54 CDS 5223 5185 CDS_55 CDS 6040 5958 CDS_56 CDS 6680 6608 CDS_57 CDS 7224 7091 CDS_58 CDS 7364 7316 start_codon_9 start_codon 7364 7362 gene_10 gene 1 21230 15073 transcript_10 transcript 21230 15073 stop_codon_10 stop_codon 15075 15073 CDS_59 CDS 15141 15073 CDS_60 CDS 15605 15431 CDS_61 CDS 15873 15800 CDS_62 CDS 16015 15950 CDS_63 CDS 21230 21033 start_codon_10 start_codon 21230 21228 gene_11 gene 1 28698 23153 transcript_11 transcript 28698 23153 stop_codon_11 stop_codon 23155 23153 CDS_64 CDS 23260 23153 CDS_65 CDS 23724 23638 CDS_66 CDS 24377 24272 CDS_67 CDS 24647 24460 CDS_68 CDS 24826 24760 CDS_69 CDS 25074 24981 CDS_70 CDS 25502 25378 CDS_71 CDS 25826 25785 CDS_72 CDS 26574 26504 CDS_73 CDS 26726 26645 CDS_74 CDS 27273 27165 CDS_75 CDS 28410 28283 CDS_76 CDS 28698 28565 start_codon_11 start_codon 28698 28696 gene_12 gene 1 60171 56655 transcript_12 transcript 60171 56655 stop_codon_12 stop_codon 56657 56655 CDS_77 CDS 57080 56655 CDS_78 CDS 57827 57633 CDS_79 CDS 58246 57896 CDS_80 CDS 58433 58343 CDS_81 CDS 58579 58510 CDS_82 CDS 58757 58703 CDS_83 CDS 59011 58833 CDS_84 CDS 59304 59097 CDS_85 CDS 59559 59438 CDS_86 CDS 59995 59938 CDS_87 CDS 60171 60076 start_codon_12 start_codon 60171 60169 gene_13 gene 1 71130 67711 transcript_13 transcript 71130 67711 stop_codon_13 stop_codon 67713 67711 CDS_88 CDS 68006 67711 CDS_89 CDS 68950 68392 CDS_90 CDS 70216 69785 CDS_91 CDS 71130 70939 start_codon_13 start_codon 71130 71128 gene_14 gene 1 73607 71193 transcript_14 transcript 73607 71193 stop_codon_14 stop_codon 71195 71193 CDS_92 CDS 71414 71193 CDS_93 CDS 72148 72067 CDS_94 CDS 73607 73591 start_codon_14 start_codon 73607 73605 gene_15 gene 1 97242 95062 transcript_15 transcript 97242 95062 stop_codon_15 stop_codon 95064 95062 CDS_95 CDS 95744 95062 CDS_96 CDS 96101 95832 CDS_97 CDS 97242 97044 start_codon_15 start_codon 97242 97240 gene_16 gene 1 99195 97370 transcript_16 transcript 99195 97370 stop_codon_16 stop_codon 97372 97370 CDS_98 CDS 97561 97370 CDS_99 CDS 99195 99139 start_codon_16 start_codon 99195 99193 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 122 34787 35452 match_2 match 110 11944 12306 match_3 match 82.4 11592 11828 match_4 match 125 54460 54642 match_5 match 82.0 47654 47899 match_6 match 132 48821 49144 match_7 match 77.8 46753 46926 match_8 match 79.7 46512 46661 match_9 match 43.5 47496 47570 match_10 match 107 34787 35449 match_11 match 106 11944 12300 match_12 match 87.4 11592 11828 match_13 match 104 33082 33537 match_14 match 285 34787 35464 match_15 match 79.0 46753 46968 match_16 match 66.2 46512 46682 match_17 match 141 34787 35449 match_18 match 73.6 11944 12330 match_19 match 73.2 11592 11828 match_20 match 22.7 11456 11509 match_21 match 62.8 47908 48240 match_22 match 52.8 46512 46679 match_23 match 35.8 47487 47570 match_24 match 54.7 47648 47788 match_25 match 84.0 46753 46923 match_26 match 183 34787 35446 match_27 match 79.0 46753 46932 match_28 match 75.9 46512 46661 match_29 match 100 66067 66234 match_30 match 49.3 66339 66416 match_31 match 102 66067 66234 match_32 match 49.3 66339 66416 match_33 match 102 66067 66234 match_34 match 49.3 66339 66416 match_35 match 122 11944 12306 match_36 match 85.1 11592 11828 match_37 match 122 11944 12306 match_38 match 85.1 11592 11828 match_39 match 180 34787 35446 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_40 match 213 96042 95164 match_41 match 132 97446 97030 match_42 match 521 96102 95152 match_43 match 268 97446 97039 match_44 match 110 71286 70936 match_45 match 263 70294 69752 match_46 match 343 68950 68393 match_47 match 167 67989 67717 match_48 match 258 70219 69752 match_49 match 339 68950 68393 match_50 match 160 67989 67720 match_51 match 258 70219 69752 match_52 match 339 68950 68393 match_53 match 160 67989 67720 match_54 match 258 70219 69752 match_55 match 342 68950 68381 match_56 match 213 96042 95164 match_57 match 132 97446 97030 match_58 match 259 68950 68393 match_59 match 188 70219 69785 match_60 match 213 96042 95164 match_61 match 134 97446 97030 match_62 match 259 70294 69752 match_63 match 160 67989 67717 match_64 match 346 68950 68393 match_65 match 105 1309 1148 match_66 match 528 96102 95152 match_67 match 273 97446 97039 match_68 match 528 96102 95152 match_69 match 253 97446 97039 match_70 match 236 68950 68393 match_71 match 184 70219 69785 match_72 match 253 68950 68393 match_73 match 179 70219 69785 match_74 match 135 96102 95152 match_75 match 113 97443 97036 match_76 match 109 71304 70936 match_77 match 265 70294 69752 match_78 match 346 68950 68393 match_79 match 168 67989 67714 match_80 match 109 71304 70936 match_81 match 265 70294 69752 match_82 match 348 68950 68390 match_83 match 167 96042 95281 match_84 match 135 97446 97030 match_85 match 213 96042 95164 match_86 match 135 97446 97030 match_87 match 520 96102 95152 match_88 match 255 97446 97039 match_89 match 145 71352 70936 match_90 match 275 70219 69653 match_91 match 162 67989 67714 match_92 match 354 68950 68393 match_93 match 145 71352 70936 match_94 match 275 70219 69653 match_95 match 162 67989 67714 match_96 match 354 68950 68393 match_97 match 135 96102 95152 match_98 match 113 97443 97036 match_99 match 524 96102 95152 match_100 match 265 97446 97039 match_101 match 214 96042 95164 match_102 match 135 97446 97030 match_103 match 214 96042 95164 match_104 match 135 97446 97030 match_105 match 180 70219 69785 match_106 match 270 68950 68393 match_107 match 259 97446 97039 match_108 match 531 96102 95152 match_109 match 516 96102 95152 match_110 match 254 97446 97039 match_111 match 530 96102 95152 match_112 match 259 97446 97039 match_113 match 530 96102 95152 match_114 match 259 97446 97039