C02SLm0020N15.1 AGTGCTCACCCGGTAAAACCTTGGTAAGAGAGTTTATCCTTCTCTATTCTAGATTTTCTT TTATCTGTGGAGAGGAGTATGGGAAGAAAGGAACAAAAAATGCTTTGAAGATAAATCAAG TCATTTCCAGAAGATAATGAACATGTGTAGAAGATCATGATTCAATTTTTCATGCTTCAG ACCCCTTGTAGATGATAGAGGAGCTGTAAAGTTTGGTCTCTTTACAATCCTGTAATTATG GATGATCATACCGTCTTTGTATAGTGATAGCATCCACGACGGCATACCTCCATTAAAGTT GATGTGTTTAATTAAAAAACAAGATGTTTACCGTGGAAGAGTAGCCCAAGAATCATAATA AGTGGACTAAGTGCTACATATATTTCATGGTCAAAGTTTGAGTTTAAGAGCCAAAAGATT CGGGCCACATGAAGGCCAAGAGGAGGGCCACATGAAGGCCAAGAGGAGGGCCACATGAGC CCAACTAAACCATAAAGAGAGCTGAAATTTCATGCCAAAAACTGTTGAAGTCATGTGGGT GTTTTGGTGGAAATTGTTCCTTCTTTCCTTTTTCTTGACAAATAATTTTAGGAAAAAGTT TCCTAGTCTCATGCTATTAGGGATCAATTAAACTATATATAGAGGTGAATTTTGTTATTT TCAAGAGAAATAATTAATGATCAATATTATTTGAGAGGTATTCCTTCTTTACACATTTGT GTGTGATGACTATGGATTTATATCTTACAATCTTATAAGAACGATTCTTTTAAGAGATAA GATTAGTTCTTAACTTGATATCTTTGATTTCTATTAAAGAAGGTAATTAATCTTATACTA ATTGTTGTCTCTAATTCCTTCGAAATAGGAATCTAAGTCACTCTTGATCTAAGTTCTCGA ATTGATTCTATTAGTACCATAACTAATACTGATCCGCTAATTTGAATATTAAGATCAATT AGGGTTCTTAGCACTTTATTTTGAAATTTAGAAATTTTATTCTCGAATTTCACATATCTT TCAATTCTTGTCTTTAATCTTTGTATTTGTGCTTCCGTATAATTTTCTTGTTTATTCGAG TAACCTGATTCTTATCATATAGTCTTACTATTTATATAAGATACGGTACATGTTTAAAAA AAAGGGAGAGAGAGAGAGAGATCCAAATCATGCTAACTTGTTACTCACTTGCATTTTGGG TGTTGGTCACAACCTATAAAGTAGCCTGCACCAAACCTGCTCACTTTGAAGATTAAAGTT CCCTGAAGACAGCTTGGGCATGTCCTACTTTCATTAGGAAGAGATGCAAACAGAAAATCA CCAAAAGTTTTCTCCAACATCTTCTCCACCTGATGAATGTGCACATTACCAGTATGTTCA CAATACTTGCTAAATCTAGTCCAGTAATCTCTCAAAAGGCCCTTCCATTCAGTCAAACCA GCAGAGACATTATCAAGTTCCGTCTCCATATCAGCAGTGAAGCTATAATCTGTTACTTCA GTAAAGTAATGAGAGAGAAATGCTGATACCATACGCCCACGAAATTCAGGATGCAGTGTT CTGCCTTTGGCAATGACATAATTCCTGTCCTTTAACACTTTTATTGTGGCTGCATAAGTA GAAGGTCTTCCAATGCCGAGCTCCTCTAGCTTTTTGACCAAAGACCCCTCAGAGTATCGT GGTGGAGGCTGAGTCTGGTGTTGCTCAAGTTTCACTTTACCCAAATACATTGGATCCCCA GCGGTTAAATTCCTAAGAGCCTCAAATACTTCAGAATGATCATCCCTCCCATTCTCATTA TCTCTTGTTGAGTTAGTTTCTACATCCTCGTAGGCAGCTTGGTACCCGGGAAACTGTACT TTTGAGCTTGATGAACGGAAGATTATGGATTGGTCAGATTTCCCAATATCAACTTGTATC TGCTCTATGGTAGCAGGTTCCATCTGGCATGCCATGGTACGGGACCATATAAGTTTGTAT AGCTTAAGTGCATCATCATCCAGCACCCCGACAAGCTTTGAGGGTAACCTTCGGATATCA GTGGGTCTAATAGCTTCATGGGCCTCTTGAGCATTCTTCACCTTCTTGAAGTATTTGCGA CCATTCTTTGATGCAAAATTCTGTCCATACCTTTCACTGATATAGGATTGAATGTCCTTG GTAGCTTCATCTGAAATGTGCAAGCCATCTGTTCTGATGTAAGTTATCAATCCTGTTGAC TTGCCATCAGATAACTGGATTCCCTCATATAGCTTTTGTGCAAGTTTCATCGTATATGTT GATGAAAAGTCCAATTTGTTTGCGGCATCTTGCTGAAGTGTTGATGTTATATAAGGAGGA GAGGGGTTTCTCTGCTTTTTGGTTATCTTAGAGCTAAGAACTTCAAAGTTTGATGAATTT ATCTTCCCTTCAATTTCCATTGCTTCGGTATGAGAGCTAACAGAGAACTGACTTAATTTC TTGGTATCAAAATGGGTCAAATGGGACGACAAAAAGTTATTGGCTAAATCTAGGTTTTTG TTCTTCTTAAATTCAACCAGGACTGTCCAATACTCCTGTGGTTTGAATCCATCAATTTCC ATTTCTCTGTCACATATAAGTGATAGGGCAGCAGACTGAACCCGACCAGCAGATTGACAA CCAGGTAATTTCCTCCACAGAAGTGGAGAAATGTTGAACCCAATCAGGTAATCAAGAGCA CGCCTTGCAAGATAGGCATGCACTAAATTTGCGTCAATCTCCCTTGGAGACTGGAGGGAA GCTTTGATGGATGATTCAGTAATTTCATTGAAAACAACCCTCGTTACATTAATATCATCA CGCAGGGCATCCTGTTGCTGTAACATCTCTATAATGTGCCAAGAAATAGCCTCTCCTTCA CGATCAGGATCTGATGCAAGAATAAGATTCTGGGCTCTGAGGATCAATGACAAACAGATA AGAAACTGACCATGACATCGCTTTAAACAGTTCAAGCTATAAAACAGCTATTTTATGGGG GGGAAAAAGAAGGGAATCTGGTGTGTCTTTCCATCCTCTGTATCACTGTCAATTTGTTAA CTGAATATTATGAAATGCAAAAATGGTTTCCTTTTTCAATCATAATAATGATCATTGAAT TGTAGAACAATTAAAAAAAGACTATAAATCACATAATCACTACTAATCCTCACCAACATG TTAGAACCATGTCAATATATAGTTAATCAGAAGTTGGAACAACAGATAACATACCCACTT AGCGCAACCTTTATGCTTTTGAGATGAGTCCAGGCAGCAGAAGGGACCTCCCATACCATG CTGAAGTCATCATCTGGTCGTACAGATCCAGACCTTGCAGCCAAGTCCCTGACATGACCA TAACTGGGCAGGACTTCAAACATGTCACCGAGGTACCCTTGAATAACTCTCGCCTTTGTG ACAGACTCGACCACCAGTACAGACTTTGCTGTTGGAGGATATAGTTTTGGCCATTTTTTT TGTCCGGGGGGCTTACTTTTGCTGCTCACATCTGAACTCTTGTCTGTTACTAATTTACTA TCAGATGGTACTACAGTTGCCCCATTCAGTTCTGCAACAGAATTGCTCACCTTGGTGGGT TTCCTTTTCCTGGGAGAGGTTCTTTTCACTTGGGCCAAGTCAACCTTCATTGAGACATTA TCAGCAGGCCCTACTGAGGAAGAATGAACGGGCGAACTAATCTGGAATACTGCAAGGTTA GTGCAGGTAATTATGCAGAAAAAAGAAATCAAATATGGTGATTCCAGAAATTGAATAATT GCAAACCTCTGATACTGCTGGAGATTCCTCATCTTTAGCAGGGCTAGGCTTCTTTGCTCG GCGAGTCTTAGAAGCTTTTGGCTGATCTACTGTAGCAGAAGAAACATTTTTATCCTTTTT GCTTCTTGACTGCTTCTTTGTTTTCTCGCTCCCCGTGGATGTTGGTTTCCCATTATTGCC AAGAGGTATACCTGAAATGTCCAGGTTGACATCCTTCTCATCAGTTTTTACAGGGGTGTC CTTGGAAATGACCAGATCAACATTCTTACTGGCTGATACTTTAGAGTTTGGAGTGCCTTT TTCAGTCACCTTGTCCGACAAAGCATTTCTTCTATGAACAGCCAATTCATTTGACCGCTC TGAGTGATTCTTTAAATTTTTAAAGAATGTTTTATTTCCATCACTAAAAACTTTTGCTCC ACCAGAGCCTTTATCTGCTATTGCTCTTGCATCACGGGAAAAATGCATTTTTCCATCTGT GTTATATGACCGTGAACCTATTCCTCCGAATGGCCTGAAACTGAAGATAATAGGCATTGG CGTACTCGGAAATCCCTCCTTCGATAGCTGAAGGACACTAAATGCAGAAGAAGATCCTGG CTCATTTGTATAGTAGCTTCTGAGAGGATGAATTTTCTGTTGAGACACGACTCTTAAATT CCTTGGTTGCCTGGCTCTAATCCCACAACATATCCTGGCTTTACGGGACATTTTCTCAAA GCTATCAACAGTTGCGAATGTTGAACATTGCAAGCAATTTGCCTGATAATTATGTAGTGT CCTGTTCTGCAACTTAACCAAAAAAAAAAAATTGGTACAGTCAATGAGGTGGATATTGCC ACAAGGAATTCACACAAGGTTTAAAAAAACAAGGAGGGGGAGGGGTCACTTCCAGACAAG TTCTCTATCATCTTTTCATGAATCACAATTGTAAAGACCGAGACAAAACATTCTTCGGAT TTGCCTAGTAACTATCAAAATGTGTATAAATCTTAAAGAAAACATAGAGCTTCAAAAAGT AGAGAAAAAAAAAAGAGTAAAAATATAAGGTTTAAAGATCCCTCAAGGTGTGCTACAAAA TCTTTAAAATTTAGCATTAGTTAGGGCACAAAGATAACAGAAAGAGCTCTCTCAAGTTGT TGCTTTTTAACTGATAATGTTGTATTCCTCTGCATTTAGGACATGCTGGAGACCTCCAAA AAGAGCTCTCTCAAGTTTGGTTCACAATAGTGAGTGATCCTAACCAAAATAGCATAAGCT TAATCCATAAGTATTAAATAAACTAACTTTTTCTCTTCAACTCTAACAGGACATGGATAA TAAGAATAATACAAGTGGATTATGTCAGTTACTTATCCCTAACTCAACTGGAACTTATAC AAATAAAAGCTTTAGACTTTGAAGTTAAATAAATTATGCATCTCAAAACAGTCAAACTAT TCCCTATTGCTTTCACCTTTGCCATTTTTGTTTAAGGGATTCAAATCAAGGAATTCACAT ACCCCATTTATGTTTCAGGGTTCAATTTCAAGGAACGCGAAATAAAATAGGACGACTGAT ATAACTACCCTATGCAATCCCTTGTACAGACAATAGCACAAAAGAAAAGAGAAAAACTGT AAATTTACTTTCTTCTCTTTTCCTTCTCACTTCTACCTTCCAACAAACCAAGAGAAACTA AAAGTCTCTAGTTTTTACAAGGAAAAAACTAATCATAAATTAAATCCTGATACCAAAGAA CTAAAAACTAGTCATACATTGAATCCTGATACCAATTGAATCCTGATACCAAAGAACTAA AATCTCTAACCACTCTACCCTATGCAATAAATCAATATTACAAGTGTATGAAATTCTTTA CAGAACAACAGAATGAAATACTTAACACCATCAGTAACAACAAGAACAAAAATGAGAAAA GTGAACATATTGTTGGATTCTACCACTGATAGACTAAGCTTTCAACATTATCAATTTACT GACAGTTCAAATGAGAACAATCAAATGAACAAAGAAAAGAAATTTCTTACCATGATAGAG CGGCAGCTAGTAGAAGCGGTAGTCAATAGCTGCTGAACCAATGCCATTCAAAACCCAAGA AGCTATAACTGGAGACAAGATAATGGAAAGAGCAAAACCATGAATTTGGAACTCAAATAA CAATTTAAAACATCATAAATAGCATTCTTGATTGCTGATTATTGAACTTCAGAACTAATT TCAAGAAAAAGATTAAAAACAACATAAATGAGAGACCCTTATGGGGGGTGGGGGGTAGGG AAGGAGGAGGCAGTTTGTGAAGTGTGAAGGGGTTTTTGGTTAAGAAACAAGAAAAGAGGA TGAGAGGGTTTAGCAGTAGGTTGTACTAAGGAGGACGACGATTTTTTTAAATATGATTTT TTTTTCCCCCTTATGTTTGTAAGCTTATTAGAATTAATTAAAATCTAATTATTTCAATAA AATTGATTTATCATTTTACTTTTTATACAACCTGCCAACTACAAAAAGTTTATATTTTTA AGGAAAAAAGGTCAAATATGCCCCTAAACTATTCGAAAAGATCTAGATATACCCTCCGTT TAAAATTTAATTCACTCATGTCCTCGCCGTCCAATTTTTGGTCCAATTATGCCCTTATGG GCGTTAGTTGTCATATTGGACATTTCCAACTCATTTTTCATTTCTTTAAATGTCACATGG AATTGTCATGTCATTTTGGCCTTACCACATAACATTTATATGAAATGGAAAGATAGTCGA ATTCATAAACATCTAATCCGATCCATAAATCAACTCCTTTTAAATTCACTATCTGATACA TTTTTAACAATTTTGTTTAATTTTTATTATTGCGGTAAATATCAAAAATGAGTAATTGAT TAATAAAAAATAGAAAAAATATGAAAAAGAAAATATAAAATTAACGCCAAAAATTCACAA ATAAATATAGTAACCTTAAATCTAACGTTTAAAAAAAATTTAGATTTTTTATTTTTCGAT AAATCTCGAAAATGAGTAATTGATTAATAAAAAATATGAAAAGTATGAAAAAAATATAAA TTAACACCAAAAGTTTACAAATAAATATAGTAACATTTCAAATAGAATTTTTTTAAATTT TTCGGCAAATTCCGAAAATGAGTAATTTTTTAATAAAAAGGGAAAAATATGAAAACAAAA TAAAAAATATACGTCAAAATTCACAAATAAATATAGTTAACTTAAATTCAATAATTTCAA CAATTTTTTTATTTTATATTTTTTTCATATTTTCCTATTTTTTATTTCTGAATTTTTTGC GTAATTTTTATATTTTTTCATATTTTTTGTTAATAAACTCATTTTTGGGATTTGTCAAAA TAATTAAAAATTAAAAAAATGTTGAAATTGTTGAATTTAAGGTTACTGTATTTATTTTTT AATTTTTGGCATTAATTTTATATTTTTTCATTACTTTTTATTAATCAATTACTCATTTCG GGATTTATCAAAAAAAACAAAAAAAATAAAAAGTGTTTAAACTGAATTTAAGGTTACTAT AATTATTTATGAATTTTTGGCATTAATTTTATACTTTTTTCATATTTTCCTATTTTTTTA TTAATTAATTACTCATTTTTCGGAATTTATCGAAAAAAATAAAAATTAAACAAAATTGTT GAAAATTGGCCAGATAATTTTTTTAAAATGGATTGATTTATGGGTTGGATTAGGTGTTTA TGAGTCCGAATATCTTTCAATTTTCATATAAATGTTATGTGGTAAGACCAAAATGACATG GCAATTCCACGTGGCATTTAAAGAAATAAAAAATGAGTTGGATATGTCCAACATGACAAC TAACGTACATAAGGGCATATTTGGACCAAAAGTTGGATGGCGAGGGCATCAGTGAACCAA ACTTTAAACGAAGGGTATATCTAGACCTTTTTGAACAGTTTAGGGGCATATTTGACCATT TTCCCCATTTTAAAAGAAAATTGTATTTGAATGGAAAAGAAAAGGATAATCATATAATTT GTGATATAAATAACTTGATTGTAGTAATACTCAATTCATTTAATATCACGTTAAAGTCAT TTAGTTTTCATTATTAATAATGTTTGACCATAAAATATCTTTAAATTCCATAAAATATTA ATTTTAATAATTATTATATACAATAATTTTCTTTCCGAGAAAGTAATATTGTGAAAAATA TTGTGACTTTTTCTCACAAGTATCGTAGTATATTTAAATCATAATTGTGACTTTTATTTG CAAAAAAATCTACATATTTACTTGTATCCCTTCCTATGTGATTATATATTTTTTATTTAC TCTAATAAATATTTACAATCTTTAATAATGGTCCTAAAACGATGATATTGTTCATCCATT TCTTATTTTTTGGATTGGTTCAATTACTTAATTTGTTTTTACTTTTGAGTTTTTTTAGTT TTTTTTTTTTTTTGTAAATAATTTAAGACCTTGTTTGATTCCACATTTTATAATGAGACT GCATATAGGCTTCATCTTGATTACATATATCTTTTTAAATTTTTTTTATTACTCCTTTTA GCTTTTATCACTCTTTTACTATTTACTATATTTTCATTTTATACTCTCTTTGAGTCTTGA TTTCATAATATATTTTCTCGAGAAAACAAAAAATAACTCTCACCTTCTAAATTCAAAAAG GCACAACATCTCTATACCTCATTTTAATAATGTTATGTGAATGAATTTGTAAATGAAAAA CATAGTCGGATCTCGACTTATTTAGGATTGAAGCATAGTTACTATTTGGTAAATATATTG CCTACAAAACAATTATTTTGCATGAAAATAAAGTAGAATAGAGTGGAATTGGTTAAAGAG AATTCATATATTTCATTCATGCAAAAGAGCCCTTCTACTTGTTATCAAACATATCCACCA AAGCTATCCTTCATTTTCATCATGATTTCTATAGAGAACTTCTCATTTTTCTTCACTTCA TATCTTTCCAAAACTAATGGTATAAGTCATTTTCCACCTATACACCATTACTAGCTACTT CCTACACCCACCCCCAACAAAAGCCCTCAAAATGTTGCAAAAGCTATTGTGATAGATAAA GCTTTCTGCATAGCTGAAATGGAACCATAATCTTGACGCCCGTCTTCTATGGCTACATGA TTTCTGGTAAAGATTGCTTCAACTCCTGCTGTTATTCATGTTTAGAACAGAATCCTGTCT TGGTAAATGTCCAAGGCCTGTATAACCTTCTCTATCAGTAATTTCCGATGTAATCTATAC CTGCCAAACGAAAGCATTATGTAAATAAGATCTGCATTCACATTGAAGCAAAGATAAGAT GATCTCTGCATGCAATGACGAATAATACTTCATACATTACGTACTTTATTGCTGCTTCGA ATGTTCTCCTGCATTCAGGCATCGAATCTGTTCACAGAAACCAGGAAAACGAATACATTG TTGGACAGCATTATGACGTGAATAATGAAATATGTTACAAAGTCAACCGATGAAATCAAC AAAAAGTGGTAAACAGTGTCAGCCCATGTGTAGCATGACGCCTACAAGCTTTGTAATTCG TGGCAAAAGCCAAAACTTATGATGTTAGTCAGTACTAGGATTGATGGATTCTGAATTCAA TATACATAAATCCACATTGTTTTTTAGCATGAAATACAGGTGACAACCATAGCGCATAGA AGATGGAGTTATATTTCTTCTTCAACATGCATCATTAGATAGAAGTACACAATCCAGGCT TACCTAGGATTTTCTGGTCTTCGTCAGAAGTTGTGGGAAATTCTGCAAGCATCTGGTGGC ATTCTTCTTGCAGCTCCTTCACTGCTTTCCTCTCTAGACTTGGAATTGGAGGGAGATCTC CATCTGACCAAGTGGGCAACGTTCTTGCGGCTGCTATTATTGCTCCATCGACGAATCTGT CTCCATCATTTGATAGCTTACCTGCTTCAAGTTTTAAACAAGGATTCTAAACATAATTGC AAACCTAGATCAGTGAAGGAGCTCTAGTATATCAAAAACATTCTTTAAGACCCATACTGT TGTGGTAATATTCTCCAGGGAGGCCAGATATGTTAAAGACCGATAAAAAGGTGTCTAGAT GAATTTTGGCATCTCCGGTGAAATGAATGACATCCCAAGGATTCTACAATATCAAGGATA TATATTATAGTGTCAGTAGAAAAAGAAGAAAAAATAGAACAGAGAAAGACATCTCATACT CAAAGCAAAAGTTCAACGAAATCAACAATCATATATTTAAATTCATTTCCATGTCATAGA GATAGATGGCCCTGACAACTAATCAAATCATAAGCTTCATTAGAATAATTTGTAAACAAA GAATATATGTTACACCGTCTTTCTCTTTCTTCCTCTGATTCAGTACAAATATCAAAATTC TTCTACTATATGGAGCATCATTGAACAAATAATTAAACTCAAGCCCCACTCAAAATTCTA TGATTAAATGCCCAAATTAACCTATTCTCAATAACCCAAGACAAGGACAATAACTGGAAG AATTTTTTCCTCACTCTAATCCTGTTCCCTTTCACTTTTAGGTTTATCTCATCTTCAAAA TTCATCTACACTTGTCAGGCTTGATAGTACACATTGAATGTCCATTTACAGCGATTTCTT GCCAGTCTTTTAAATATGACTACAGCAATGAATGTTACTACACAAAATCAGTAGTACTAG GAACTTCGAGTTGGAATTTCATACTTTTCAGCAGAAAAAATACCGACACAACTTCTGTTT TCTGGGAAGAGTAAAGAATAACTGCATTACCACAGGCGATGAGAAACCATATCTCTGCAT AAATAAGTCATTCTTCTGTCCAGCCATGTAATTAACAGTCATCTGCAAGAATTCATAAAG GTCATGTTAGGCCATATTATCAAGATTATACAATAGCAACAAAGACAAACAGGGCCACAT ATAGTTGGATCAGCCACAGACCCAAGATTTGAAGACGACAGAAGCACCACCAAGGACAGA TGCACATTAGTTAAAGTATGTCACGCAATACTGCATGCTATTTCTTCTTTCATTTTAAAC TCTACTTTTCATTTAGCTTATTTTTTTCCTTGTAGTGGAAGGCAAGACCTTGCACGCTGA GGAGTAGGTGACAAAGTCAATGGCACCAAACGAGGTCATCCTTAATTATGCAAGATTTTG ATGTTGAAAATGTCTTTTTGGGCCTAGAATAAGCAAGACTCTGATGCAAGAAATGCATTC TTAAAAATAAGATAGCCCTAGATATCATATACGACCTATGTTCAACAAGAAAATGGAGTA CAATTTTTTCTGCACCACTGAATGTAAGACATGCCTTCCGGGCAGAAATTAACATGAGTC ATGCATCTTCTCCTACTAAGCAAAATGCCATCTTCTCCAGATGAATTATCCAAAATAAGC CGACTCACTGACAAAGCCAGTTACATTCCCTATGTGATAAGATGTTCCGACTAATGCGCA CACAACACAGTTCAAATGAAGCCTCCAGTAGATCTAGAAAGCTAAAAGGATTTACCTCAT CTCCTTTTCTAATTTTTTGTCCTGCATTTATCATCACCTCCAGCATGCGGTCCTTGAAGC GCCAATGGAAAAAGCAATTTGGCTGAAAAGAATGATTCATCATGTCTGGAGAATGAGATG AGTTACATGTTAGGACTTCCTCACAAACAAAGTTTGGTTAAAGATGCTACAGATAATTGC AAGCAAGTCTGCCTTGAAATTATGAAGAATCCCTATCTAATAAGTCTTTAAGTTTTTTTT CTTAAACACAGGTCACAATAATACGCTTGGTAAGGCATAGTATTAGGTCTTGTTGTTGTG TTCTTTAATACTAGTTCAAAAGCTTTCAGGTTTTCTGAACTTCTCTACAAAGTTGACTGG CATTAGTAGAGCTAATATAGACTTTTAATACATCGATTACTTTTGTGGAAGTTTCAAAAT ATGTGACTTACAAAAGAAAGCATAATGTGCATCACCACATCGCCAGTCAACATCAAACTT TAGGACTAGAAAGACACAGATGCAATGAGAATAACAGTTATTGAGGCCTTCACTAGCAAT TAATGGAAAAAGAAGAAAAATAGCAAAACCATTAACAAATAATTCTCATCATGTCAAGTC AAAGGAACTGTTAATATATATTCAAAGTCACCAATTTTTCTCTCATAATCACCATTGTCT TCCGGTTATCAGCATCCTTCAGTATTTTGCAATGCTCCTCGTTTTCAAGAAATTATCCAG AAAAGTTCCAAATTTTTTCTTCTTTTTTGAAGGAGAAGGAGAAGGAAAAGAAATTCCAAC TTTTTACATTTCCATTTTGTATTTTCATGAAACTTGTTCGGCCAAACAATAAAACCTTCC TTATCTCAAAAAATAAGAAGTCATTGCACCTCCATCTTGATATTGAGCTGTATTCTATAG CAAAATGATGAATTTGAATCAAGGAAACAAATGGAAGATGGAAATGCAGAGAGAAGTGTT TAATTTTGAGAATGTTTAATTTTGCCAGGACTAGTATTTGAGAATGTTTAATTTTGCCTC TTCTAATATGAGACACATAGATACACACACAAGGCTGAAACAAAGGGAGGGATGGGCGAA AATCTGATGTTTTGGGTAGAGAGAAATTCAAAAGCTGATATAATATTTTATTTTTGAGGG GATATGTTTTCTTTGATAGGACAACTTTGTGGGAACTCTGGAAAACAGATTTTACTCTTC TGTAAGGTACTCCTTCTGTCCCATAAAATATGACCTGGTTAGTTTTACAATGGTTGACTA CTTGATACACTCTGTCTAACATCAGATATGAATAATTACAATTCTTAGAATAAACAGTAT ATATTAGACTAAAGAAAACCCTCTATGAACCATATATTTCTTACCAAAATGTGATGAAAG TAGTATTAAATATCATTAGGGTGGACAAATATTTTCCACCTGTAACAGTAACTGCGTCGA GTTTCATAATGCAGACTGCAGAGGGAGAAAGCACAGCTATTTTTAAAAAATGGAAAAAAT TGAATACACAATATTCTCATTGGGGGCATGGTTTCAGTAAACTGAACACTGAACATATTT TTCAGTGACTAACTTGTTACTGCAGTCATGGATCTGCTCTTTTGGATCCACTTAACATCT TAAAGTACACATGAGCATCACTTCAAGACCAATCTAAACAATAATTAAATAAAGGATGCC ATTCAGACTATCTTAAAATATCTCAGCCAAGTTCAATCTGTTAAAAGTAGGGTGCTGCAT TGTGTGAATAAACTAATTAAAGCTCCCGATTTCACTATTGAAATTTTGGACAGAAATACA ATAAAGAAGCTCACCAGCATAAGGTACCAACATATTTGCTTCTTGAACCAGTGAACCAAT TCTTGTTTGCATGCTGATGCATCGAGATTGTGCTATACTCATTGCCCAAATAAATCTCTC AGGATCCTGAGCAAGACGCTTAATTTTGAGAGGTACTGCAGAATGCTAAACAAATAAAGA AAGTCAAAGGCCAATGTTAGTGAGCAGGAATCTGGGGGAAAGAGATTTAACAAGATTGTC TGTACCCAGTTTTTCTCCCAAAACTCAAGTGCTCGATTTTGCTGTTCTCTCATGGTAGAA GCAAGCTTCTCGTCTTGCAACTCCAAAAGATCCTCCTACACCACAGAAAGCATTAAGAAG AGCATCAGGAACACAAAACAATTATTTATTTACTCTAGCACTGAAATTCTAGAAATTAAT CCACCATGAATATGCCAAATGCAGCCATTCCATTTTTCAGTTTGCAACTAATCTTTCTAA TCAAAACCAGCCCAGCTGACTAATGAAAATGCAAAGCACAGAAATGAAGAAGCTTCAACC ACATATTAATTTTCAGATTGAAAACCAAAATGGTAACTCCAAAATAGACTTAAATACACA GAAGAGAGCTTCAACAGTCATGGAAAAAAACAAGATTCAGTCGAAGAAACTTTTGTTATA AATTAGAACCCACTAATAGCAAAGGTCACATAACAGTGTGAATATCACAAAAGCTTTTCT AATTCACATTTCGAGTTACTCAAACTTGAACCTCAGCAGAACACCATAACAAAGTGCAGA ATAATTTTGTGAATGCATAGCATTTTCTATAGAATCTTCCACAAAATATTACATTAATTG AATGCACTGAAATTTGGATGATACTCATATCCAGACCTCGGTAGCTAGAAGAAAGCTAGT GCATTCATCAGCACTAGGCAAGAAGTCTCCGTATAGCTGCCAAAAGTTGTCCTTGCAATC AAAAGCATATAAAAGAAGGCACGCCAACCTCAAGTCCGAATCTGTCTGCCATAAGAAGGT AATCAATATTAAAAAGTCACAAGAAATCTTAGAAAACCAAAAAGAAAATGAAAAAATTTA GAGCATAAAAACAAATCCTCTCATGTGTACCATTAGGGAAAAGGTAAGACGTCTAATTTT TATTTTTATCCAATCAAAGAAAATGTGGATAAATATTCTCCCATGTGTTCCATTAAATAA TATTTAGTAGGAAAATTAAAATATTTAAAAGGAAAATGCATCCTTTTACCTCGGGATTGG TTGAATTGATAATGTCGAATACTGGATGTCCTACAGGTATAATATCTGGAAAAAACATCC AAGGAAGCTTTTTGCTTATGGTTAACATAAGTTCTAAAGGAATTTCCATTATTACCTGCA TTACAAACAAAACCTCATGATTCACTGAATTTTAGTGATAACGAAAAGGTGTGAAGATAA TCAGTGCGAAAAGAGCAATCAAACAGCCAAGCTAATGCCAAATGAATTAGACAGTCAAAA CTATGTAGGACATGATAAAATACACCACAGCAGGAGAAGAATTAGTAGTGCCTAGCCACT GCAAATATAACTTATCAAGGTTAAAAAGCAAATGAGGGAAATCAACTAAAGATACTTATC TCAGAGAGAAGGAAGGTAGTTTAAAGGTATTACAATTCTCCCATGTCCTTTTTTCCTACC CCCACCAATTTCATGGTGGAATTGATGGGATGAAGTCCAGCTTTTGGTATAGTAAAACAT TGATGGAGCAGTAAATTTGACACTGCTTCCGATGGTAATTGATATAGTTAAACATTTCAT CAGGAGGAGGAAAACATTGTACATACAAACATGTTGTAAGGTAGTGCTCACCCTAGCTCG ACGGAGAGGTTCCACGTCTTTGGAAGCAAACACTCCATACCCATCTGGTCCCTCCCTGAA TTCAATCCCGTAGGCTCGAAAACTTCTAACATATCCTATTTTGTAGAAATCAGGATCTGC CAGTTCCAACTGTTCATATGAAAATGTTATACCACCATCATCAACAATTAGAACAGGAGA AAATAAGGATAATTTGAAATAATCAAATAGGAAAATATATGTTCATCAGCTTCTCAAAGG ATGTAAGACCGAGAAAGTAGAGGGATTCCAACCATTAGTTTGACTATGTAACAATAGAAA TGGGATATCTATGCATGAGAACGTGAGAACGAACATGAGCATCTAAGTGAAAATCTTAAG GTAATTGGGGAGTAGCTCAAAATCATCATAACCCTTTGGATGCCCCTAAACACCAGATGT TAGGCATTCTATATATCTGAAACCAATGCAGACTCACACGTGTGAGAACGGACTTACTAA TTGGTTAGAAATTCCGACATATTAAAGAAAAATTTATGCAGTGAAGGAGTAGTAGAGAAT GCTTTAGGTATATGATTCCCCTATACCTGATGTAGAACATTTTGTATTTCTAACACAGTA ATCACCAAAAATTTATATGGGACCTGACCTAGAACCAAATAATTTGTGAAGAAAATCTGA ATGAGGAACAAAACCAATTCATAAGAACAATTCCATCGATCTTCAAAGTGTAACTCCTAT CTTTTCCAAACATCAACTGCCTGGCTGTCACTTCCTTCAATTTATTGAGAGACTAGTGCT TATTGTTGTCCATTGTTTGTTTGGCATTCTATTAAAGTAAAAGAAACCATGACTGAAGAG GAAAAGGTATGCAGTGCCAAAACTCTAACTACAAAAAAGAGTACATAAAAGTGTTGCATA TTGCACTTATACAGTGAGCTTACCAAAAGAAAACAGCACTTATCACACAGAAAGTAACAA GATGTGATTAAACTAAACTTGAACTTCAAGAACATGAAACAGAAGGGGCAAGTAGAAAAT ACCTGAGAAGCGGGAGTATCTTGGGGTTGAGAAGGGGGTGTAAAAAGAGGAAATGCAGAA GGAGACGGAGAAGAATCATAGGCCTCCAAAGTGGAAGAAGTAACAGCACCATTAGCACTT GAAGAAACTCTCAAAGGTCTGTTTCTCTTGTTACTATTACATACCAAAATAGGTTGTTTC TGCAATGATGCAACACATCCATGCTGCAGACCTCTCCATAGCTGGTTCAATTATTAAAAA ATCAAACACCCATAAAATCAAAAAGCAAAAAGATTCATTCTTGAATGATTTGGTTTTGTG GGGGCGAAGGCCTAACCTGATGGTGAAGCTCTGGCTGGTGGAAGAAGTTCGTCGGTTGCT GAATTAGAATGGTGGAAGAAACCATTCTTGAGAGTGAGCTAAAAATTTAGTGGAATTTCA GTAAAGAAGATTCATACATCGATGGAATTTGGGTTCTTGAAACGTTATCCACTCTACTGT CAGTGAGAGAGTGCCCAGGGGTTTTTCCTGGGTTTAAATTTTTTGATTTTTTTTCCCTAT TTTATTCCACAATTCTGCTACTTAATTTATTAATTTATTTTTATATATATTCTTTTATCT TTATGGAAACGGTGTGATAAAGAAATTTAGCAAAATAAATATTTAAAAATGTGTCTGACT TTGTTTTCACTGTGTAAAAATTATCAATGTTGGCGGTAAGAGGGATCAATGACGTCGAAA TAATTATAATAAAATCATAATTTTAAATCAAACATTACTTTATATTATATCATTTTTATT ATTAGGCTTGAATTTACAAATAAAACTTTACTTAAATCTAGTTAAGTATTGTTCGAATCA AGTAATTATAAATCATCTGAAAAAATCAAAGGATTGATGCAACTAATTTGGGACCAAAAC TTAGTTGATCGACAAATATATGAATGTTGGACAACATGCAGAGGACCATTATCTGAATTT TGACCATTTGCACCTGTCATATGATACTATCATATACAAAATTATAACCATATGACATGA GATTAGCAACTAGAAAGCCACGTAAGGTACCAGGAAAAACATTTGGATGTTTTGTTATAC ATAGAAAAGACCTTCAACCTGTCAACTAATTTAATCGAAAGGCCAACAACAGCACCATGT ACTGGATACAATCTTAGTCAACATTACAATAAAGTAACTCTCATCTCCAGCTATGCATAT GACTGAGTTAGGATGTTCATGTCCCAAGACTGATTAATAATGTGTGATAGCATTGTTGGC AGCACTTCCTGAACCCCAAAGAGAAACAAGATATCACAAACTTCAAGTGATTGACACTAT GGAGATCTCGTCTTGAGATGCTTATTGCTCTCTTCTTACTGAGCATGATTAGGTCGTCGT ATGCACCTTGACTATTCCGCTAGGTACCTGCATCCTTTCAGTACTGTTGGTATCGGATAA CTCTACCACCAGGGTTTAGGCAGAAGGAAGAGATCACCCAAATGTGTTGCCTCTATTTAA GATTTGAACCTTAGTCTCCCATGGAGTTTACTCCAACTTCATCAACTAGGCCACATCCCC CAAAGACAATATCTGTACAAAAGGAAGAGAAAAAAAGTCAAAAGGAATTAGAGGTCCTAT AACAACAGATGCACCAGTGCTTTCAGAACTAAATTGACTCATAAATCACGTAGCTTCAGA CAAACAAGTAGCCCTCCTACCACATTTTACGCAAAATCTACCACAAGCAAAAGGAAATTC AAGTAAGCAACAAATACAAGTGCATTAACAACATTTCAAAGTTCTTAAAACTACAACAGA ATTAACATAAGCTAAGTGATGTCCATTGAGTCGCAGCTCCATGATCAAGAAACTGATAAA ATATCGATCTTGTCCATGCAAAATAGAAAAAAGAAAAAGGTCAGAAACCAGCTTTAACAC ACATCAAAGAGGTACCAGTGACAACTTCGACATAGATAGGTCCCATGTGTCTAGATGACA AAAACAACCACTGACGTCTCAATTCAGTGTGAAATGAAGGAGCTAAAGACACAAGGAACT TAAGCCTGCATCAGAAATGCACATCTCTCCAAACATTGAATTACATCGAGTGAAGCTAGT TATCCAAAAAAAAAATTGTACAACTAATTCAACTTAAAACCAGAGAATGTCCAGTCCATC TTTTGCTTAATGTGCAAACTTTTAAGAACACAAATATGCACAGAAACTAAGAGAAGGCTA TATAAAAAACACAAGTCTTATCAAATTCCAAGCTTTGTGTACAACGAGCAAGGATTCATA ATAAGCATACTCTTCTACTGGTTCCTATACATATTTTCAAACCACCTATGCATACTTCTG TATTAACCCCCATCTCTAAGTGTTGCCCCTTATCCACAAGATTCAAAATCTTGTTCCATT ATCTTGATCTTCGGATTAGATAAGTTACTACTACTCAAACATTTAGAGAAAATATATGAA GACTTTTGCAGCATATTTCTGCTATCTTGTCTTGCTGCTTAAAACAATTTAGCATCACCT ACACCACCAGGTCTCAGCCACCAACCATGCAATGGTGGTCAGAGAGACAGGTTCTTCTGG AACTAACTTGTTTACAACCTCACAAGCACTTATAAGTGCATCTAATTAACAACAGAACTA AGAAATACACAAATACAGTGAGTGGACAGGATACTGAAGGTACGTAACACATTTGAAGCT TAATGGTAAATCAAACAGACACGTACGGTCCAAAAGTAACAGATTAAGCCTTATAGCCAG TTAGGTGCAAATACACATTCTAATAAAGCATTTTATTAAGATTAAGCTTCTGATGATAGA GAAATTGAAATTGCACAAAATAAAGGAGCAAATAAGTATAACACAACTATCCACACCACA ATAGGCACAGAAGTATTAACAAAGGTATGTAGAGTATTATGCAAGAACTGTATGACTATC AGTAAAAACTACTGAGAATGGGCATTGAAGCAAAAAACAATAGTTTATCACATTATGAGT TGATAATCTCCACAATAAAGCAAAGGATATCTGCACAAACTTAACTGATAATTCAAGAAT GCAAAGTCTACGAAGACAAATTGACACTACCAACTTAAGTGAAGCTTGTAATTCAGAAGT GCAATCACAATCATTCATGCAAATGCTGTAAAATTTCCCATTTTTCAGTTCATTTTAGCC TTCTCCAACAAGAAGAAAGTAGCACAAGTAATAACACCACATAGCATTAGCCACAAATAG TAGTCATTAGCCAAATAATTTACCTTAAAAACTCTCTATTCAATCCAATTTGAGATTATA CTATCCAATAAAGCAACCACTTCCTCATTTCCCTTGTCCCCATTTTCAACACACTTCAAA TCTTCATTCAGTTCTTGAGCCTCCTTAATCCTGGCCTCCCTCAGAAGACTTCTATACACC CACATCCTAACCTCACCCCCAACCTTCAAATTCCCAACTACCATCATCCTCAAAACCTTC AACCCCTCCACAACCATATCATTCTTGCAAAACCCGTTCACCAAAATAGCACACAATCCA TAATCTACAGGACAAGGGAAATCAGGCCTGGACACCCAATGAAAAATCTTTAAACCTTTC TTAGCCTCCCTGTTCCTAAAGTACAAAGAAACCAACATTTTACAAATGGGTAATAGAAAA GATTGAGCCTTTGGGGTGTACTTGAGGCGATTGAGGAAGTACATGGGTTGTGTAAGGTCA GGTTCAAGAGAGAGTCTGTGAATGAAAATGGAAACAGAAATTGATTCTAAAGATGGGTTT GTGAGAAATGCTGTTGTGATGAGATTAGCAGCTTCTTTGAGGTGATTTGAAGAGCACAAA CGTGGGATTAGTAGATTGATTTGTGTAAGCTCTTCTTGGGTCAGAAAAGTTGCTGCAGTT ATGCTTGTTGTGGGTTCCATTTGGGCATGAGGAGAAGAAGAAGAATACGATGATGTTAAA GGCAAATAATTAGCAGTGAAACGAGAGAGAAGAGATGGTGAATGAAGGAAACGCAGTCTT TGAATCGATCTCATGATTATGAAGCAGCCATTAATGGTGTGATTGGTGTGATGGGTCGTA TAAATACCCTGTCCCGTCCGAAATTGTTTGTTTTTTATTTTTCAAAAGTGAATTTGATTA ATTTTTAAAGTTAAATTATATTATATTAATTTGATATTTTAAATAAAAAATTATATATTC TAAAATTATATGAAAAGTATTATAAATTGTAATTTTTTGCATATTAATATGATAAAAAAT ATATCTTAAAATATTTATCAAAATTTTTATAATTTGACTGTAAAAATGAAAAAAATAATT AATGAAAAATTGACATTTTATTTGTCACACTTTCTAACCAGGGCGAGTCAATTCTATATC AAAGAATTTAAATTTAAAAATTTTAATTAATAATCGAAAAATATTTATTATTTGATCATA ATTTTTGTTAGTGAAAATTTCAAGTATATAAAAAGAAAAGATTAAATCTGGATGACTTCC TCTATTTGAATTTATTGATATAACTAGGTAAATTATTCATACTTCACACGGGATTGAACT ATTTTATTAAGCTCACATATGATCATTCGATAATATTCTTATTTAAGAACTTTTTTTTTT AATGCAAAGCGTTGCTCCAAAATCTTAATGTTCTATATTTTTTATAATTATTTCGAGTAC AAGAAAAATGTTTAAGAAATCCCTATAGATATAGTTGGTCAGAAGTAATGAAGTTTTTTA AATTCCAAATAGTTATAAAAAAACAACATCATACAATTAAGAAGAGACCAAAAAGTCTCG AACAACAACACTCCCATGTAAAATGGAACATTAGATCCATACAAGAACATAATAAACTAA ACTCAAATGAAAGATCTTCAGCTCATTTTTTACGAACCTCCATCAATTTATTTTTATTAT AGTATGACTTATCATGTATATGTTTAAAAATAAGCCTAAAATTGATTATGTCATTGTCTC ATAGTAGTCATTAATATTGATTATGTTTCATATCACCGACCTCAACTTTTTTTAAAATTG AACCATAGTTATTTTTATGAATTTAGTATGCAGTTAGAAAGAATTAATCCAGATATCAAC TATGAAGTAGGTGGCCTCTGAATGGAACGGTTCGCAGCTGGATATTCTAAATCAAAATTT TGATACATAACATATTAAAATCTCACAACATAATTTTGTTAGCACTTGAACTTACAAATA TCCACAAATAATAATAAAAACAACCATGCTTTCCTAGCAATCAAGAAGAAAACTTTATCA AAATAAATGTTGCTTGTCTATGAAGTAGTATACAAGTTTACAGTTCACAAATTTAATTAA ATAATTCAAAAGAAAAAATTGTTACTTCTTTATTTAAAAAAAAAAAGGATAATGCCCAAG TACCCCCTCAACCTATGCCTGAAATCTCAGAGACACACTTATACTATACTAAGGTCCTAT TACTCCCCTGAACTTAATTTATTAATAATTTTTTACCCCTTTTTAGCTTACGTGGCACTA TCTTGTGGGCCCAACGATGATTGACTTTTTTTTCGAACTAGTGCTACGTAGGCTAAAAAG GGGTAGAAAATTACATATTAAATAAGTTCAGGGGGGTAATAGGACCTTAGTATAGTATAA GTGTGTCTCTAGAATTTCGGGCATAGGTTGAGGGGGTACTTGGGTATTTTCCAAAAAAAA ACATAAAACTTTATCAAAATAAAGAGTTATGACTACAGTAAAAATGATATTTAATAACAA TTAATAGTTTAATTATCGGTAAATATGTATTTTCAGAGACAACTGGCGCTCTCTATAAAT ATTCCTAAAGATTATAGCAGTATTGAATCTAATGACATTAATTAATGTCGGTAAAGACTC TAGCACTCTTCGTTAATGTGCATAACTATTGTTGATAAAAATTATATTTGTTATAGTGTA TTTTGGACATTTGTTTGTTTCAAAAAAACTTGATCTCTTATTAAGCCCCAAAAGAAGAGA CGGAGAAATATGACAAATTACTTAACTTGCGACAAAAGAAGTGGATTAATTGTGTCTATA CTCTATACTAATATTTTAGTAAGAGTGCAATAATACACGAATTGTTTGTACCTAAGAAAA ACAATCAAAATGATACATTAATCGTGGCAAGCAATACAATAGTTTGTTTGATTCTTTTAT CAAACTTCATCATTGGTTCTGTGTCAGTTATCATATATTTATTGTTGTGTGCTGTCAAAT ATAGTACAGCCCACAAGTAATCTCCCAAAATGTTTATGAAAAAACTTCTAGAAAGGTACA AAAGAGAAGATAAATTTTCAACAATCCTTATTGAAATTTTTAACATAGTTAAAGAAATCA CCAAATAGAAAATGAAAAAAGAGATAGATACACGAATCATTATGACTTACATTAAAAGAT TAAGTTTCATTAAATAAAGGGAAAAAAATTTTGAGAAATGAAACACATTTCATGAGATGT TTAAATAATTTATTTGAATTCTACTGCCCAATGACAAAACAAACAAATAATAGTGGCCAA CAAAAAAATTTGTTTGCTAAAGAACAAAATGTAATGAATTCGACCATTTCAACAGCGTTA AGTCGTGGAATGAAATATGCAAGAGTACTAATATCGCATTGCAATCAAAAATCTATTTTA TTTGTTTATACGAAGAAACCTGTAGAAAGAGCCAAAAGGGAAGATCAATTTTCATTAGTC TTTGCTGAAATTTTAACAGAGTTTTAGAATAAGTCACCAAAGTAGCAAAATAAAATTCTC ATATTTACATAAATGACTATGACTTAAAGTAAATATTAAGCTCCATAAAACAGGAAGAAA AAATCCTTGAAGAATGAAACAAACTTCTTAATTAGTTTAATTAGTGTAGTTGAATTTGGC TATCCTAGAGCGGAAAAACACATACACATAGTAGTGACAGAAAATTCTTTTATTTATACA CAACTAAGAATAGTGTGAATACATTCTTATTATGCCTTATTAGAAATGTCACAATTCTTT AAAAAGTCACAACTTTTTATAAAAGTCAAATTTTTTCATAAAAACCGCAATTTTTCATAA AAGCCACAACTTTTCACAAAAGTTACATTTTTGATGTAAAAGTCGCAACTCTTCATTAAA GTCACGACTTTATATAAAAGTCACAACTTTTCGAAAATGTTATAACTCTTTTGAAAAGTT ACAATCCTTTTGGAAAGGTTACAACCTTTCATTAAAGACACAACTCTTCATAAAAGTTAC ACCTTTTAATGAAAGGAGAATGCTAGTTTTGAAAATAAAATAAATTCAAACAGGATTCTT GTTTGTGGTGACGCCACATAGGCGAACTTAGGGTTTTCTTTTATATATATATATGTGTGT GTGTGTTTGATTTTAACTTTATTTAAGTTTAAAAAATAAAGATAATATTAAATATTATTA AAAAAAATTTAAATATTGTGATCATAAATATACCATATGAAAATTTAACATTGAAAATTC TAAAAAAACAAATATGTTAAATATATTAATAAAATATTCTTTTAACATAACTTAAAATTA ATTTAAAGTGTAACTTTTCAGTATTTTGTAAAAAATATATATCTATATAAGCTATACCTA AGAATTTAAATAATATCTATTTCATAGTTAAGATTTTAGTTTCGCACTATATGAATTGAA CTTGTATAAAAGTTCGGACAAGTTCGGGCTCAATATTTATATTATTTCATATGTTTTAAT TTATAATTCATTGTCATTAATATTGGGCAACTTTCACATATAACAAACAAAAAATTCATA TTTGTATGTTATAGCAAAGTTTGCATAATTGCGTTCCATAACAAACATAAAACTGTATAA TTCGCTATAGATATACAATTGTATAATTCGCTGGCCTAAATTGTATAATTCGCTGACCTA TTTCGCTGCAATTATATAATTTGCTGGCCTATTTCGCTGCAATTATATAATGCATAATTG AATAATTCGCTGCCTATTTCACTGCAATTTTTTTTATAAAATTTGCTTTGCATACAATTG AATCGAATTAAAATGTATGTATATTGCATAATTATAAGTGTATAGCAAGAAGATATATGT TTTTCTCTCGCTTTATACAAAAACAGAAACACAATATATACACTTATGTTGTATAAAGTT AGAGAAAATTGTATTTCACTACAATTGTATAATTTGTAATTGTATAATTCGTTGACCTTT TTCTCTGCAATATTCGTATAAAATTTGCATTTGTCTACAATTGAATTGAAGTAAAATGTT TGTAAATTGTATAATTAAGTGTATAACACGAAGATATATATTTTTGCATGTGTATATACA ATTTTCTCTCGCTTTATACAAAACAGAAATTATACACTTCTGTGTATAAAACGAGAGAGG CGAGCAAAGGGAGAGTGGTGAGCGAGAATGGGAGAGTGGCGAGCGAGAATGGGAGAGTGG CGAGTGAGATTTTTGGGAGAGAGGCGCCTGGCGAACTTTGGCTAACGTTTGGTATGGAGC ACAATTAAATCAATCCCTAGTTACTCGATTTATTTTAGATTATTAGTTTGCTATTATATA CAATTTTTTCTTATTTTTATGATTTTTCAAACATATTTTTTAAAAATAATTAATATATTT TAAAAGCCCTAATTTGCAAACAACTATAATAAATTTAAAATAACTAAACTATCCAATATT TTTACTTTTTCCCTCAAACTATATAATAGTGGATATAGTAATAGAGAAATATTGATAATT TGTATTTGTAGGGTAAAATAAATCTTTAAAAAAATGAATTGTGATATAATGTAAATAATG TCTCATTAGAAAATTACCCAAATTATTTGGGTTAATTCTTATTTTAAAAGATATTTTTCG GTACTTATGTACTTTTTACTCCTATAAAATAGAGCAAATAGAAACTTGTTTCTTTTCCCA AATTAGAGAAGATTTCCTCTCAATACCGAACCCTACTTTCCACGCCGACCCGGATCCGTT TTCCATACCATACTATCGCTTAAACCCCTACAGCCAACGCAGTCTTTCATCTCTCTAACC TTAGTTGAAGCAAAACCATACGCTGTTTTACGCTGAATTTTGGTAACAAAACAATGTAAG AATGTTGCTTTTCTAAAATAGAAATTAAATTTGAATGTAAAGAATACCAAGAATTGAGTT CTTGAACCTCTGGTTGATTTGTAATTGCAAAGACTAGAAAGTTCGTGCATCTTCTTGATG ATTTTTGTTAAGGATATCCTTCTTTTTATAACTTGAAAGTTCTTGCTCAGGTTCTAAGAA TTAATGTTTATGCTGTCTGTTTGTTTTGGAACGCCAAGATTTGGTAATTTTTCTCGGTGG GGTTGTAGGAATTATTGATCGATGTGGTTTAACTTTGATTTTAAGAATACCCACAATTTG ATTTGGATTAAGAAGAGTTTTTTTTTTTTTGATTACGAAGAGTTGATTTTTTTTGTGGGG TTTGGTGTTCTTGGATAGTATTAAATGTTTATAATGTTTTTTATTTTGTATTGAAGGTCC CGTCTGTGTGTGAAGAATTTGCCAAAGTATGTAGCCGAGGACCGTCTCAGAGAATTTTTC TCTCAGAAAGGGGAAGTCACTGATGCCAAGCTCATGCGTACTTCGTTAAGTTTCTCTCCT TCTTTTTGCTCTTCCTAATTTTCTTTGTAAAAGTAATGTGAGCTGTAGACAAACTCTATG CCTGAGTCCGTAATTTGTTGGACTGAACGGGTCAAAATGGAGTAATCGACCATAGACCAT TCATATAGCAAACCATAGTAAGTAAGGAACTTGCTGTTGATGTATAGTAAAACATTGATG TGTTTCAGTTGTTGTCAGTGTTCAGACAACAATTGATATTTTGAATGCTATATACAAGTT GCTATTTGGTAGTATTGATATTTTGGGGATATTTTTATTACTATTGGGGATATGTTTATT ACTACTTTGAAATATATTTGACATCGAATGATTGTCATGATAAACAGAGATGGGAAGAGT AGGCAGTTCGGATTTGTAGGATTTCGAACTGAGCAAGAGGCTGAGGAAGCTATCAAGTAT TTTGACAAGTCTTTCATGGATAGTAGTCGCATTATTTGTGAGGTATGTCTTTTCTGCCTC AGTTATCATACAGACTTCGCGAAAGAAGAAAATGCATCTCTCTCCATATTCCATTTTTCT GAATGAGTAGAACGTCTTCTTTGTATGTTTAGAATTAATTTCACTTTTTACATTTATTTT AATTTTCCCTATTTATAGCCACACTGTCATTGTTTGTGTTAGACCAGGAATTCCAAAAGT CTTTCTTTCTTAAACTCTGTGCCAAGTAAAGCACAGTGAGACAATAGGAACAAAAAAAAT GGCACCTTTAAAAAATTTCCGAGTAACTAGTGAAAACCTCCTAATAAGCTTAGGAATATT TACTTTGTTAGGTTGTGATAATTATTTTTCTATAAGAGAGTAGCCATTTATTGGTGATGT GCTTGAATGACACATGAAATTCATTTTCATATAGCCAGATTGCTAGGAAAATTGGGGATC CAAATATCCCTCGTCCATGGAGCAGGCACACTTTGAAGAAACAAGAGATATTGACAAATG AAGATGAGAATGCAAAAGTAAACAAAAGTTCCAAGTCTGCAGGTTTAAAAGGCGACAAAA AGAATAGTAAACAGGAGAGTAAGGATGACGATCCTCAGCTTCAAGAGTTCCTTGAAGTTA TGCAGCCTCGGAGTAAGTCAAAGTTGTGGGCAAATGATGCATTAACAGCTCCGTCTCTTG CCCGAAGTAAAAAGGACGGTGATAAACAATACCTGAAAAAAGAAACTAGCCAGGAAAAAG TGGATACTGATGACTCTGAGTTGGACGAGGTTATTAAAAAAAAGAAATCTCTGTCAGATA GTGAAAAATCTGAGAAACCTAGCAGCTCCCGTAATGATGAAGTTATGACCGATACGGATT ATTTCAAAAGTAGAGTGAGGAAAGATTGGTCTGATTCAGAAAGTAGTGAAGACGATGGTA GTGATAATGAAAGTGACAAGAGCAGTGAAGATGCAAATGCTGGTAATATCCTTGAACCTG ATGATACAGAGGAATTTTTGAGTGATGGTCTCACCAGATCTAACAATGAGGCAGCGCTTG AGCTTGTTGACCCTTCATCAAGTGTTAAGGACGAAATAGAAGAAGATCTGGAGAGCGGAC GATTATTTGTTCGTAATCTTCCATACACCACTACGTAATACATCTTCGTTCTGCTTTTTC CTTTTTTTGGGCGATTTAGTCAACTCAATATGTTGCACTGTTTTATGACTTTAATGAACC TAATACATGTTCTTGTTAAACTGATGGGTTTATGATTCAGGGAAGAGGAGCTGGAAGAAC ACTTTAGAGCATTTGGCAATGTCTCACAGGTTCATATTGTTGTTGACAAAGATACAAAGC GGTCCAAAGGAATTGCATATGTTCTCTATCCATTACCAGAATCTGCTGCTAGGTACACCT GTCAATCAACATATCCAAATTCTAAGCTACTGCACTTTAACCTTCCAGAAGCACACTAAT ATACATGAGTACTATGCATTATGTGTTTGTGTGCGTGTGTGTGTGTCTCTCTCTCTCTCT CTCTCTCTCTATATATATATATATATATATATATATATATATATAAATGTCTATTTTGCT TGTTCACGGTGCTGTTGTTCATTTATTGTTTCTTCCAGGGCATTAGCAGAGCTGGACAGT TCAATCTTTCAAGGACGATTACTTCATGTTATGCCAGCGAAGCAGAAAATTTCTCCAGAG AAGGCAGAGTAAGTGGTTTTCTCCTACTCACTTTAATGTTCATATCCATTGAGACCATTT GCTTATTACATTTATGTGAGAGAAGCTCTCTCTTTTTTCTTGTTAATATGGGATCTACCA TGCTGTAATAAGATTGGTCATCTATTAATCTGTAGGACAATTGCTAATACCAAGCAATCA TCAAACACATTTAAGCAGAAGAGACAAGAGGAAAAGAAGGCATCTGAAGCTAGTGGAAAT ACACAATCTTGGAATACTCTGTTTATGCGGCCAGACACTGTATGTATACTGTCAAATATT ATAAGTTTATATCCATCTTTTTTCTGTTTGCTAGAAAGAGTAAGATCAACTGGTGATTTT ATTGTGCTTCTGCATGTCTACATATTAGTCAGGATGCTCCTTGATTTTTCGGTGTTCTTG TAACTTGTAACATGAAACACATCTTTTTAGGAAAACATTTAACTAACAACCAAACATTCT AACAACCAAACATTCGACTTGATGAGGATTTTTTTGTGGAGATTAAATATCCCCTAGCCC AACCAAACATTGTACAAATTAGCGGTAATTGGTCTGACATAACAAGATTGGTATCTGAAA AAAATTCTAGTTTGATACTTTCTGTCCGATAGGATGCTTTGTTTTTTCTGTCCGATAGGA TGCTTTCAGGTGGATGATTTGTTTTTTCTTTTGTTTGGGGGTGAGGGTGGAAGGGGATAT GGACAGAAACTTTTAAAGATCTTTGATGTTTGCCGTAATAAACTGGGTTTATCTTGTTTA CATTTGATCAGATTGTAGTTATTTTAGTTTTTACATTATTCTTCTTGTAAGATGATTTGA TAGTTCAAATTTTTTTAAGCTATCTTACTACTTCTCTGATCATTCTGAAATTCTTCAGGA TCTTTAATTACTTTGCTTTTTAGGTTGAGTATGCATCATACTGTATCAGATTTTGAACTT CTTCTTGAATGTAAAAATGATCTAAGTCTGTTCTTCGAAATATTTTAGGTTGTTGAAAAT ATTGCAAGAAAATTTGGTGTGAGTAAAAGTGATCTTCTTGATAGAGAAGCTGATGATCTT GCTGTACGCATAGCATTGGGCGAGACTCAAGTGATAGCGGAGACAAAAAAGGCTCTTGCA AAAGCTGGAGTTAATATTGTTTCATTGGAAGAATATGCTGCTGGAAACACCGATGGGGCG AAACGAAGCAATCACGTTATTTTAGTTAAGAACTTGCCTTATGGTTCATCAGAAGGTGAA CTTGCAAATATGTTTGGGAAGTTTGGGAGCCTGGATAAGATTGTTCTTCCTCCTACCAAA ACCTTAGCTTTGGTATGTGCTTTTACCTTTGAAGCCTTTGGCTTGAAATGACTATTCTTG AACTGTAATGGTTATCTATCCGTTTTATGACTTTTTCCTCCAATAGGGTGGTAGTCACTC CCTTCCTTCAAGCTCATTATCTGAAAAAAATTCTAGTTTGATACTAATAGATTTTGTTTT GAAAATGATACTTATAGATTATGATTCTGTTGATGTGAGTATACGGTAATTGGTCTGACA TAACAAGATTGTTTGCTGTTTCTGTTATTATTAACAATCAGGTTGTCTTCCTAGAACCGG CAGAAGCACGTTCAGCTTTCCGGGGTCTAGCATACAAACGTTACAAGTAAGTGTATACAT CCATTTCTTACCTTCAATACCGAAGGTGATTTTCTAGTTGAACAAGTAGCTGTATATGTA GAGTCAAAATTTCATGTCATGATTGATGACAAAGTAAGATTATAAATACCCCTCAATCAA TTGTGAATTTTCAATTACTTAAACTTTGCGAGGGTCCTATTACTTCTTCGTCTTTTCTGA AGTGGAATATTGTGCCTGACATGTATATTCCACGACTTAATTTTCTTAACCCTGTTTTGC CTTCTACCTTATTTCTTTTTTGCTCCACCTCTGTTGAATGGTGTTAAGCCAAATATCCCC AATCTAAATCTTACTGTTTCCTCACTCCAACTCCAATAGTTCCTTTGTCACTGTCATCCC TTGTATTCTTGAAACAAGATGCAATTTATTGAGCTCAGTTCATGTTACTTAGAGAAGACT CAAAATTAGAGAGAAGCCGTGGAAGGAGAAGAAAGGAATTACATTATCTCTTAATTTTGC TTTAGATAACTGAAAGTCCTTGAGAAATGGGGAAAGAGTTCCTTTTTGCTTTCTGGTGTC TTGCTTTAGAAAATGCCTTTCAGCTTTAGATTTTGCAAGATTGAGATTTCTCCTAGTTTG CCTTTTGTTCTTACTAGCATATATCATTTTTGCTGTGTTTCATATTCAATTATTTTGATA GAGTTCTGTAAGTTCGGAATTGTGAAGTAATTTTTTCCCCTTTGGTCTAATGCAGGGACA CTCCCCTTTATTTGGAGTGGGCTCCTGGAAATATTCTTGATCAAACAAGTGATTCAAAAA ATGCTCTTGTTGTTGGTGAAGATGATGCAAAGAGAGCGCTGCTAGAGCAACAAGTGGAAG GAGTAACGGATCCAGATGTTGATCCTGATAGAGTTGAGGTATATGAACTGCAAAACTTAT GTTGTTCAGAGACGGCTTGAATGGAGTGGCATTTTAGTGAGGATTCTTGACCCAACTAGC TTGGGACTAAGATGTTGTTTTTCCAGCACAAAAATGTGGAATATGTTACAAATTCTTAAA CTAAGTCTTTCATATATATATTCAAGTTTTTAGTTTATTGGTAAGCAACTAGGGCCTGCA TATGAATCAAAGTGGTTTTTGATGGATTATGGCTGATAGTCTGTAAGTCAAGCATTGGGA GAAAGAGATGAGTTCACAGAAAATCGGAAATAAATTATTCTTAAATATGATCCTTACTCT TGGTATCAGCAGACTATTGAATACTCATTGCATGCTGGTTCAGTTGCACCACTATTACCA AAGAATCATTCTATTCCCTGGCACTGAAAACAAAAAGAGTTCAGTTATTGGAAATAAGTG TAGGGAATAGCAATGCAGTTTTAGAATTCCTTGTTGCCTCTTGGTTTGTTCTAGCAGCCT TGATTTCCCATGTTTGTTTCCTGTTTCATTAACCAATTGACATTCTTGTTTGCCATCTTT CCAGTCACGATCACTGTATGTCAAGAACCTAAATTTCAAGACGTTGGATGAGAGCTTAAA AAAGCATTTCACCGATCACATAAAGGATGGACGAATATTAAGTGTGAGGGTAAGTTCTTT TAGCTAGAAATCTGGGACTTTTACTATCTGAGCACAGTATTTCCTTCTTGCTGCATGAGA AAATAACTCCTCTTCATCCAACACCTATTAATATTATTCTGTGAAGGTGAAGAAGCATGT AAAGAATGGAAAAAATGTCTCTATGGGTTTTGGATTCGTTGAGTTTGATTCTGTTGATAC AGCAATCAACGTTTGCAAGGATTTGCAGGTAAACTTTCTGATTTGAACTCTGTCTGTACT TTTCAGGCTCTTATAACTAATTTTCCAACTTCCCTCTTGTCATTCAGGGAACTGTTTTGG ATGGCCATGCACTTATATTGCAACTTTGTCACACTAAGAAGGACCATTTACCAAAGAGAG CTGAGAATGACAAGAGTTCAACTAAGTTGCTTGTTAGGAATGTTGCTTTTGAGGCAACTG AAAAGGATCTCAGGCAATTATTCAGTCCATTCGGGCAGGTACATCCTCTTAACTATTGGT AACATAGAGTGATACTATGTAGTAAAAAGGTGATACTAGGTTTCCCTGTGCTGGAAGCAC CAAAGGTAGTTGAGGATAAATATGTCTGCGAGGCACAAGCATGCATGATATCCTTGTACA GTTTCATTTTGATTCCACGTGAGACTTTTTTGTGTGGAACTCATAAAATTGCACTTATGC TGATGATCTGTTGGTCTGAATTGTGAAAACTGAATTTCACCTGATTAATTATTGTTGCTG TTATTTTAAAATGGTGGTATCTGCGTCAGTTTGCCCAGACCTCCAGATGAGGGGTGGGGA AAAGATGAGGTATGATGTTAGCTTGGATATGATATAAGAAGAAACAGAAGAGGGATGGGA AAAGATGAGGGGTGGATAAAGAGGGGGAGAACTGGGGAAGGATGTGGATGTGGCTTAGGT TGTGTTCTTATCTCTAATTATATTAGGCATAATAATGGCATTTTTACATGAAGCTAGACT CGGGAAAAGATTACGCCCTTGCCTTTTGGCTCAAATCTTGAGAGCCAGCTGAAAAAGATT TGCAATCATATGATCCTTGGCTCTTGATCGTTCCAGAACCCTTTGGACACATGTTCTTTT TGCTATGATATATTTTTTGATTGGAAAAGAAAAACAGATAAAACTATAAGGTCTTATTTC AGCCATACTTCTACTTTTCTTGGTAAACTATTTTATTGAGATTTAGGTGAGTATTTAAGA TTCTCTCCGTTCTGTAAATGCTTTTGTTCGAGGATCCAGCGATAGTGGAATGTGTTTTGG AAATCATGTGTCTGAAAGATGTTGATTTAGACAGAATGGTGCATGGTAATTAGCAGATGA TCTAGCCACTAGGAGCTAGGTCTAGAAAAAAAAATTATGATGCTTTGGTCGCTTGAAAGT CTGACGTGTATGCTCTTTTTTTTTTTTTGCATTTGTCAATCATGTTTTCACATAGCTATT TATCTCAATGTCTTTTCCGTTGACCACAAAATTAAATTCATCCTACAGATTAAGAGTTTA AGGCTGCCAATGAGGTTTGGGAACCATAGAGGATTTGCATTTGTAGAGTTTGTCACGAAG CAAGAGGCAAAGAACGCCATTGAAGCTCTATCCAATACTCACTTGTATGGGCGCCATTTG GTATGTGATCTTGCAATTCTCAGGCATTGTATATAGCCTAGCTAAATATGACCAAATAAT ATGTTATGTGTATGTTACTTCTCAGGTTCTGGAGAGAGCCAAGGAAGGTGAGAGCCTAGA GGAACTACGTGCTCGCACAGCTGCACAGTTTACTACTGAGCAAAATGGGTTTCAAACTAC TAAATTATCAAAAAAGAGAAAGCAAATGGCTGTACTGGATGATGGGAGTTCTAAATTCGG GCGAATTGCTGATTAATACTCTTCACAACTCAGTCATATGTAACATGAAGATGAGTTTTT TCTCTCTTCTATCCCCAATCAGTTGCCCTGTATAGGTTAAAAGCTACTAATTCTGCAGTC TTTGTAGCAAATAGCACTAAGACCAGAACTTGTTTAATCATTTCACAATCAATATGGTGG GACTTGATAGTTCTCTTTGTATACTAAATTAGCTATTTTTTATTTGGGATAAGATCTACC CAGAACTGAGTGTTGCAGTTTTGTTTATTAATGTAATGTTTTTACATCCTCTTCAGTTTC TAGTTTATGAAAATTTTCCAGTCAGATTGTGACAAAATATCAAAGTAGGTAAACAAAGTT GAATTCTTTGGATGTTTCTTCTGTATTATTTTAATAAAAAAAATATGCATAAACCCCTTA ATAAATACAGTGTGAAAACATGGACAGTAGGTTAATTGGAGTCCAAATTTTTTTGATTCA TTATATAAGAAAAAAATGGAAGGAAAGATCAAAAATAAGGATTTCTTTTTCCTTTTTCAA CACCTATTTGTCTTCACAAATGATGACCATCTATCAATTATTAATACTCACTACATTATC ATTAGTCAATACTAGTCTTGGTTGACATTCACAATCAACATCATCAATAATCAGAAAATG AATTAAAATATTTTATTAATATAATATTAGATAAATTTGAGATTTTATATTTATTAGGTG TTTTGTTAAAAAAAATGTATATTTGGACGTTGATAAATAAATAATCTTTACTTGTTAAGT ATTTAGATTATAATACATTTTAATATTTATATTGTATCATATAAATTTTGATATTCAGAT ATTTATTTAGGCTCAAATAATTAGTTTTGATGAAAATAAATAAATGAGGCTTATGAGTTT GGTAAGTAAGAAGAATTAATTATTCTAAAAATTAATATTTATATATAATCTAGCAAAACA TTACGAAGTTACGAGCTGGTTTGGATGGAGATAACAAAGAATTATCGAACATGAAAAAAT TAAAAAAAAATATTTATAGCGTACATCTTTTTTTACCATTTACTCTTCTTTTTTCTTTGG GAGGTACTACCACAATTTTGTGGTCAATTAAACAAAAATTCAACTTTTCTTATTGACTAC TAAGAGAGGATATATATACTTCCCAATTGCAGTGAATTGTAGCCCAAATATTTTCAAGAA AAAGAATTGTTTCTCTTTCTCTCAAGAACCTCTTTTTTCTACTGCTGTTTTGGGGCGATT CATTTGTTCATCATTTGTCTAAATTGGGTTGCATTTCCGGTCCTTCTGCCTCTTCTTTCA ACTGGGTATGTCTCAATTTTCACCTAATTCTCTGGTTTCTTTAGGGTTTTAATCTTTTTC TTCATATTGTTAAGTTTCGTGATTCTTTTCTGTCTGGATTTACTTTTTTAGTGTATTTCT CTTCGTTATTTATTCTTCTGTATATGAGATCCCTATTCATTTTTCTGGGTTTTAGTATTT GATGATTTTACTTTACTGTACTTGATGTTATACGTTGTTGCTTTGTTAGAATTACTAGCT TTATTCGTTTTCTTTAATTCTGCTCATAGTGTACCATTGGGGTCTTCCTTGTTACTTGGT GAAAGTTTGTGATACTGTTTATTTTATAGTGATTTCTTGATTTATTTTTTGTGTTTGTTC TGAATCTTGATAGAGGCAATGTCGCAAGGTTACGCAATTGAGCTCTACTTTGATCCTGCA CTTGAAAACCAGGTCTTGAAAGCCTGGAATGTATTGGCTCGGCGCCAGATTAGCACTCAG CTTATTGAAATTGAGTCTAGACCTCACATTACCCTCTTCTCGAGTCCGTTTCTTGATCCA TCGAAGATTGAGAACATTGTAAAGAATTTTTCGTCCAAGCAAGAATCATTGCCTCTGTCC TTTGGTTCAATTGGAAGCCTCCCAAGTGACGACAATGTTCTATTTCTTGCCCCAACTCCA ACTTTGTCTCTCCTTCAGTTCCACTCACAACTGTATGATGCTATGAAAAAGGAGGGCATT GAGATTGCGGAGGAGCATCGTCCTGATACATGGATTCCTTATTGCCCAGTAGCTGACGAA GTGCCTAAAACTCGTATGGGTGAGGCATTCACTGTTTTGAGGGATCTGAAATTACCTGTT GCTGGATATGCTACGGAAATTGCACTTGTTGAGTATCCACCAGTTCGTGAAGCATTTTCT TTTGTGCTTGGTAATACAGTTGAACCATGAGGCTTCAGGCATGTAATTGTGTTGATTTTA GTTTAGGTTTTTACCTTCTGTTTCCTACATAGTTGCTGTTTTAGAACCTGATATAGATGG TTAAGAGTGCTATTGTCGTTGCTAAATCGTCATCTGCTTTGATGAAATATTGAGGTCATT TCTGATTCTTTTCTTATCGTCCGTACTTGCAATTGAGGTTTTGATCTCATATGTCAGTGT TGTTGATAATAACATGCTTATTTTCTTCTTATCAATGGAAAATCTCTGTTGGACCGCTAT TACCATAGAGACATTATATGCTTATGTGTTCTATCTTGTAAATCTTGTACATGGTCTTGG CTTATGTGTTCTACTTTTTCAGTCTTTAATGTGGTTTGTTTCATTCGAGTGTAGTATATT TAAGTTCTTGTTAAGTTTAGCAAGCTTGAATCATGTGAGGTGAATTTGCTTGTGTTAAAT GATGTTGAATATAGATTTTGCTTGTGTTTAATAATGTTGATTTTGACATCAGTGGGTACA CCTTTTGATTTGCAACTCTCAAAGATCACATGATTTCTTTAGATTGTAAGATATTGTGGT GCTTGTTGATTTTGATCGGATTAAATCATGTGAGGGAAGTACAGAATCTACCAGTTTTTT ATGGTTGGTAAAGCAAATAACATTTGGAAAAACATGAGGCAGAAGTTGATTGATATACAA GCTGGCAAATGGAGAAAATGACAAGAACTGTCCATTATGCTTGGCGTTGGTTTTGAGTAA TCCTTTTTCATCAAGGTTTCATATAGTCCTTTAAGTAAACACCTGAGAAATTTAGTCCTT TATGTTTTGCCATATTTTATAAGTGAAAACAACCAAGCACTAAGACAGTTGCTTGTTGCT ACATGATCTGGGATCCCCTATGTAAAAACAAAACAAAGAAGGGATCCCATTGTACCATGA AACTTATTCCTATAGTGAATTTGTGTAGTCTAGTCTGCTGTCTTCATCCTTTACATCTCG AATGTTGCACCTAAAGCCAAAAACCAGACATCTGAACTTTAACAACTACGAATTCTCTTT AAATACAGTTCCTTACTCCCCAAAAGATTCTACAGATACAAGCTGCCCAGTGTGATCCAT GTTCTTTTTGGTGTTTTCTAATCCTTCTATGCCCCAAGTGGACAACAATTCTTTCACTGT TTTAGGCATTACAAATGGTATATTGCATAAGTTCTAGAGTTGTCTAGCCATTGTGCTGTT CATGGCCTCCTTATTACACAAATATCATCTGCTAAATATTATCATACCCTTCACAGTAGA TTGCATTGTGTTAGGCAACCATTGTTGTTTTGAGAAGCCACATGAAACATGTTACTTAAT ATGGGGGCTTTACTTTTCCACATCTGATGCTAAGGCAAGTGATATTGCTTTCCATATCCT TGTTTAGCTCCACTGTAACATGAACCAACTGAGAGAATTCCATTCCTTTGTCTTTCCAAT GCTAGCTGATCTTCCTCTTCTACCTTTACTTCACCTTCTCATCTTTTAACAAGAGGGCAG TCCTTGGTACTACTCAACCAAAACTGAGCAATTTTGGTCTCCACTATATTTAAAAATGTA CGTGTGAAATCATTTAAATTAGAGAAACCGTCAGGTTGGACTTCACTTCTCCCAATTATC TGATTTTTAATTTTGTTGTCGGCCTCTGTGCTTGTTTTCTGGTGCTGATCTGGTCTGCTT CAGCTTGTTCTTTTGGGGGGTTCTTCATAAGGTATGAATTGAAGACAAAATTTCCCATGG TTTCTTCAGTTTAAACAATTGATGTGTTTCTCAGGAACATAAAGGACTATTACTGTCCAA TGTGACCCCCAAACATAAGGGACTTTTTTGTCATTTTCTCACTTCACTGCTATGAAAATG CCTTGGGACTATGTGACCTTGGGCTAGGCTTTGGAAATACTGGATTGATCACAGAGCGTC CTGGTAAAACGCAACTGCTGTCTTCTGCAATTTTGAATTTGTGAAGCTCTTATTTCATAG TATAGAACTTCCAAGTTCAATATTTGTAGGATAGGTTAACTTCTTTTGCATTTAACTCAC ACATTTGGAACTTGGTCTCAGTAGTATTGATTGATATTGAAAAAAAGACCCCATAATTCA AGTTGGCGTAGCCTCTTTATGTTGTTGTACATATGTCTAATAAAATGTGTGGTGTTTTAT ATTTAGAGATGGTTATAGTTGTTGAAAAGTGTAGATCTCTGAAGTTTAGCTTGGTTTACA CTTGTACTGCGGAGCTCAGACATGAAAATCCTAATATAAATAACTTCTGTAGCATAGTGG TGGATTTCTGGCTGCCATACTTTGAATTTTAGACAGATGTTTGTGCACAAGTACATGGCG GTCTTTGCATATCGTGCGTAAGCTAAATTTTCCGTCTCTGGATAATATCATTTGTTAGGA TCGTTGTCTTTATGTTGACTTGCATCAAAGTTTCTATGAAATGTCATACAACTTAAGTTG TGGTTAGCAGGTTTCAGTGAATGAGTCGAATCGAATCAAATAAGTTTTTTCTTCATTCCA CAACTATATACTATAAAGTTTTCATTACGAAGATCACAGAAATACATACGTCAAGAAGCT TTCTTTCCAAATATTAAGAAGGCTTGAGATCTACTAAAACAACAATTTTCAAGTAAAATT TTAGTTTAAGCACAATTCTAACTTTTTTTTAACTTCTACTTCAAACTTACATTTTTTATG TCAGCCAAATAGGTGTTTCTATTTTGAATCGATCAAACACTATTTCTATAATTTGGAACA AAATAAAGTAACATAGGCGTCTTATTTGAAAAAATAAAATAAAATAATTCCAAGACCTAT TGCTTCAAACTTGCAATAATTATGATTCTTAAATCTTCCCAAACTTTTTAACAAGGAAAA ATTACTTAGAAATACACCTCTTATTTTAATATAATATCTAAAAAAAATTACCATCTAGAA AATTCACGAATGTCAACTCGGACACATCAAGCACCTCTTGTTGATATATCTATATCCTCC TCTCGGTTCCCATTGTATCCGGACGTCTCTGATGTATCTGAAAGTCCAGTATTCTATCCA AAGGTCCAGCGATATATCCAAAATCCATAATCTTTAGGGATTTTTTAATTTGGAAAAGAG CCGAAAAATAACAGTAATCAATTCTTAAGAGATTTTATTTAAATTATACTAATCCACTTG ATTTAAACACACATGTCATATTGGAAATTACATTAAAGATTCACTACTTCAAACATCATT CATTGTTTGGGCTGAAAATATGGGCCACAGCCCATAGATCTTAAATTTGGGCCTTATACG AATCCGGGTCATGTATAGTCGGCGACAAGGTTCATCTACTTTAGAATCTCAAGCTCCCGC TTCTCTGCAAAAATCCCTCGTCGACGGTAATCATCCTAGCAGACAGAAATTTCCGGCCGT TTTTGAACAGAGAGGGATTTGTTTGGGCACTCCATTGTTTAATCAGGTAAATATCTTTTC GTTTGCTTCCTGTAATATGGAATTGAGTATTATTTTTTGGTGCGTTAAGGTTGTTTAGGT TGTTTGTGTTCAAATAAACACATTTAATGTTGTACATCTGTTGGCTTCTTTTTTTTTGGG CGGACTAGTATTTAACTTAATTTTCCTGTCTTTTCTCGTTTGAGATGAGATGAGATGAAA TGACACGGAACCAAATTATCAGCATATTATTGGGCTTTCTTGCTTTAATAAGTTGAGGTA AAAGTAGTTTTCTGGATTGCAATTGCTTGAATGACAAGTGAAGTGGTTAGCATTTCATAG GGTTTGCCTTAGGCAAAAAAAAATTGAGGATAGAAACCTTTATTTGGGGTTCTTTTTAGC TGAATGATTGTTTTTTTCTTTTTTCTTTTTCCAATATGGAATCTGCTGCAACTTGCAGAA ATAGAAATGTTAGGCATCACACCGATATTGCCCCTTCCGGCACCCCCGTTGGATGGGAAT CTGGGACCAACACCTCTAGCTCAGGTGGTAGAGGAACCAAATGATGTTAAGATGGAAGAG AATGAAGAGGAAAACAATAAGGACAAGGTTCCAGCATCTGTTGCAACACATACGAGAACT ATTGGTATCATTTATCCCCCTCCTGATATTAGGAGTATTGTTGACAAGACTTCACAGTTT GTGGCGAAGAATGGTCCGGAATTTGAGAAGAGGATTGTTCTAAATAACGCTGGCAATGCA AAATTCAACTTCCTGAATGCTTCTGATCCTTACCATGCCTATTATCAGCACCGTTTGGCT GAAGCTCGCGCACAGAATCAGGGTTCTGGAGAGCAGCCTACTCAGCCAGAAGACAAAGAA GCAACCCCTGCTCCTACCGCTGATGATGCTGAGGCAACTGCAAAACCTGACCCATCAGCT CAATTTAGACCTGTCAGAAAGGTTCTTGAGCCACCTGAGGCAGAGCAATATACTGTTCGA CTCCCTGAAGGGATCACAGGTGAAGAAATGGATATCATAAAGCTGACATCACAATTTGTG GCCAGAAATGGGAAGTCTTTCTTAACAGGGTTGACAAGCAGGGAGATAAATAATCCCCAA TTTCATTTTCTAAAGCCTACTCACAGCATGTTCATGTTTTTCACTTCACTTGCGGATGCG TATTCGAAAGTTCTGATGCCTCCTAAGGGCTTGACGAATAAGCTGCAGAAGAGTGCTGCT GACATGACAACAGTCCTAGAGCGTTGTCTGCATCGGTTGGAATGGGAAAGATCACAGGAG CAGGCTAGACAGAAAGCTGAAGATGAGATAGAACAGGAGAGGGTGCAGATGGCTATGATT GATTGGCATGATTTTGTTGTTGTTGAGACGATAGATTTTGCTGATGATGAGGATCAGGAT TTACCTCCACCTATGACGCTTGAGGAGGTTATAAGGAGGAGCAAGATGCCTACATTGGAG GAAGAGGAATATGTTGAGCCTGGAAAGGAGGTGGAAATGGAGATGGATGAAGAAGAGGTG CAGCTTGTTGAAGAAGGTATGCGAGCTGCGACTCTTGAAGAGAATGGTGGTGTCAAGAGT GCTGAAACCATGGCAATTTCAGGAGAAAATGATCCACCAATGCGGATTGTGAAGAACTGG AAGAGGCCTGAAGAGAGAATCCTGGCAGAAAGGGACCCAACTAAGTATGTTGTCTCTCCT ATAACTGGTGAGTTAATACCTATTAGTGAGATGTCTGAACATATGAGGATCTCTCTCATT GATCCGAAGTACAAGGAACAGAAGGACAGGATGTTTGCGAAGATTAAGGAAACGACTCTT GCTCAAGATGATGAGATCTCTAGGAACATTGTTGGGCTTGCACGAACTCGTCCAGATATA TTTGGTACTACGGAAGAAGAAGTTTCAAATGCGGTCAAGGCTGAGATTGAGAAAAAAATA GAAGAGCCGAAGCAGGTCATATGGGATGGTCACACAGGTAGCATTGGCCGCACTGCAAGC CAGGCAATGTCTCAGAACAGTGGAGAGGATCAGAATGATGCTGCAAATGATGTAAGAAAC CTTCCTGGTCCACAGGTTCCTCCACCTCCTAGACCCGGTCTTCCTTCTGTTAGGCCACTA CCTCCACCTCCTGGGCTTGCGCTGAATATTCCTAGGCCTCCTAATACATTCCAGTATTCC ACACCTACCATAGCTGGTGCTGCTCCGCCTCCACCTCAACCTCCTATGGTTAACATGATT CCTCAGGTTCGGCCCCCACCTCCTCCCATGCTACAACTACAAGGTCAGCAAAACCTCATG GTCAATCGTCCCCCAATGCCTCCATCAATGGCTATGAGTTCGCATACCCTTACTATTCCA CCACCTCCTGGATCACAGTTTACACCTATGGGAGCACCTCGGCCCTTTGTTCCCCACCCG ATGTCCCAGCCGGGAATGTCTATGGTCCCGCCTCCTCCTATGCCCCAAGGAATGCCACCA CCTCCTCCACCAGAAGAAGCTCCTCCTCTCCCTGAAGAGCCAGAGCCGAAGAGGCAAAAG CTTGACGAGTCTGTTCTCATTCCTGAAGACCAGTTTTTGGCTCAGCATTCGGTGAGGATA GCTTTAAAAGAACACTTTTACATAATTGTCTGTTTCATGTTCTCTTACATCCATGGAAAT TTTATTTCCTGCTGGGTTATATTGCAGGGACCTGCAAGGATCAATGTATCTGTGCCGAAT ACTGATGAAGGGAATCTCAAAGGACAAGTTCTGGAAATCACTGTGCAATCTCTGACCGAA ACCATTGCAAGTCTGAAAGAGAAGATTTCTGGGGAGATCCAGCTTCCTGCGAACAAACAA AAGCTGAGTGGAAAGGCTGGTTTTCTCAAGGACAACTTGTCTCTTGCATACTATAATGTT GCTTCTGGAGAAACACTCGGCCTCTCTCTGAGAGAACGTGGTGGGAGAAAGAGATGAATG AGGATTTATTTGACATGGCTTTCCAAGGTTTATTTTGCAACTATTTGGCATACTAATCCT TGTTATGAATTTAAAGAACTCTCCTTTCTTCTTTCATGTTATTTTGGAGATTATACTGGT CTTGTACTTCTAGATTTTCTTTCTGCAATTTAATCAATTTTATCTTTCTGATGGTTGTGG GTATCTACTACAGATTTTGGCATGTTGGCGATCATCGATGATGACAACAGGAAGCTTACT AGTTCTATTCCTTTAAGATGCAATGACTGTAGGTTATGTTCTACTAATTTGTGTGTCTTA ACATGTGCAGTTGCTCCACCCTCTAACTAGAGCCCAGTTGTTATTTTGTTGTATCTTTTG AGTCCAAGGCCATTTTGGGATTAGAACTTTTCTGATGTCAAACATTCCTTACAATTTTAG AGGCTTTCCTTGGCAATTAATATTTCAAACTCTTCTGTGGATTTAGGACCTATTTCTGTA GAAGATGTGTGTGTCGTGTTTGGCGATGCTTGTCCCAAGCACACCTGCCTCATATGTGGT GCGTTTTTGGGGCACTTGAGCCCCTTTGTGCAAGTCCTATGTAGCTTCATTCTTTTCATT TGCTTTTGTGTAGTCTGCTATCTGGAGAAAGTGGCTAAGGTTTCTCTGATGCCTTTATTT TATCAACACAGCTTTACCCCTGTTAGAGGCTGTGATGGTTGTATTATGAGGTTCTATCTT GGTAGCAAAAGCAGGTATTGTTTTTGCTCTTTTTATTGGTGTGTACGGTTTATTTTTTGA TGAGAAGCTGTTGGCAGACATCAAAGATTCTACACTTGCCCTTTTGCAGTTTGTCCGTGC TTTTGGAGGAGGTTGCAGATTGATGATTGATAAATGATTCATATGTGATCTTTGGGAATG CCAGATAATGTGCCGCCAGTAGTTTTTATTTGTTAATGGGAGTTGGTTTGTTAGCTTATA TATGCTTTGTGTGTTTGTCCTGTTTGTATCTTGATCCACCCCATTTTTATGGGGTCCAAT TATCTTAACTGCACTTTCAACTGATGATGACAGAACTAGTGACATTTCACAGCTAGGAAT GTGATCGACATACTTTTTAAGAAACTGCTTTCTATGGGATCATGTTCTGGCCATGTATTT CTATCTTTGCAGCTTTCCCTTAATAAGCAGAAGTTAGTTTTTTGCACATCTATATAAGTG ATGGGTCGCAGCTTCATGTTTGTATAGCCAACTTGTGCTTGTAGTAGAGTGCTACCTTCT TCCAATTATTTGATTATGTATGAGCCTAGTGAGAAGGGATTAGAGGGGTCGTAAAAGTAG AAGAGGAGAGGTGAAGTATGTACTTCATTTGGGTGATAGGTCGTATTTTGAGTGATGCCT TTACTTATAACTAGTGTGAGGGTTTTAACATGTAGTCATTATGTCTCAAACAAGTATTAA CTAAAAATCTTTTTCAATATTCATGACATTAAAAATTCGAATAAAGCAAGAATGCCACTG TATGTGAAAATACTCTTACAAGTACAATTCATTCTTTACTGAAATTAATTGATTCTAAAT CGAGTGAAATTGACGCAAAAGATCCCCATCTTTAGCCAAGTTATTAATTATAATCAAGAA GAATTTCGCAATGCATGCCACGTGTTTATAATTTATAGTTCATTTTTTTACTTGATCATA ATTAATTAACATGAGATACGTAACAATGAAAATTGCAATTGATTTAAGAAGGATGCAATT GCTGAATAATGTAAAAGGCCATGGGTTGCCTTCGCAAGTATATTTTGTTCTATATGTCCT TTTAACACAAGTGAACCCTGCATTTACATCTCAAAACTCTATTATACACAAATGGGAAAA GCCAGGTCTTTATGGACTAGAGAGTTGGCAAACCAGCATCAAGTATCTGGTTTTCCTCTA AATATGACTCTGTTCTTCATCTCCTTCAATATCCATAAGTCGAAAAGTATCCAAGAGAAG GATGGGAAATCATACATTAGCTCCCAGAAATACTCATCATACCGAGCTCTGTTGTAGAGG TTCAGCTTCATGATGGACAACCTGATTCTGATTGTGGTTGTCGAGAGGCATGTACTGCGA CATGATGGCCATAATCTCTGAGTCCATGTATGACTATAAAAATTTACCAATAGTTAGCAT AATGGTTGTTGTAGCGTAAGTATGACTCTTAAGATTGTAATAACTACTCGATATGCTTAC CCGAAGTCTATACTTGTAAAAGGTGTAACCAGCTAAACCAGCCCCCACTGCAATGGCTAG GAAAGAGAACATAAGGACCCGTCCGATCTTTGATGAGTGTCTTTCTGTACATTTAAGAAA CAAAGGTAATATTGTAAGTTCATCTTGTTATGTCATGATATATTATTATCGTGAAAACGA TGCTTTGCATCTTAGCAAAATGCAAGTTTTTATCGGAGGCAGTAGTTTATGGTTAACTTT AGAAGTTGAAGCTCTGGTAGATTAAAAGATAAACAACATTTGTTTTTAGTGCTGAATCAA CTTTTTCTTACCTATACAAGTATCATGCTCCATTATGTAGAGTTGATTTCCTTTGCACTT ACACTCGAATCCACCCCATGTGTCCTTACAGCTGCAGCCATCACACTGACAAACAAGTCC TTCCTTGCATTCATCTACATCTGATTTTTTGTTGTTGAAAGGAACGACGTTTGAATCAGC ACTTAACAAACACGAGAAAATTTTAGTGTCACGAAAGGATCTACAAGAATGTTACATACC TTCACATTTATGGCCATCCCCTTTAAAACCATACGGACACTTACAGCCTGATAGTTCACC CTCCTGCTTTGCGTTAAACCAGATTTTAGCACATACAATGGTTTAATCTTGACTAAACAC AGTTAAAGAAAGTATTGGTTTTACTGAACTGAACATGCTGAATATGTTTGCCCATTTCTG GTTTCTGACCAGCATCCTCCGTTGTTTACCGAACACCTTCCAGGTCCAACGGCTGTCAAT CGATTGCAAGCCAGTTAGAGGGGAAAAAATATTTAAGTCATCCAATTCTCAAGAGTGACA AGCAATTCGATAGGCCAATTGTCAATTAATGGACGTATAACTAAAGAACAAGAAGCAACA CTTCCTTACCTTCACAAGATGTGTATCCATCTCCTTTATACTGAACGCCGTTCACCAAAG GGCACTCACAAACTCTTCCTCTATATGTATCCTTTAGAACAACACAAGCACGAGGTTCAT GTAAAAGGTTGTTATATATACCACAATAGTTTTCCACGAAGGAAGATGATAACTTCATAG AGGTTTCAAAGAGCATTATTGTCCATACCTTGCAGGCAGTTATGTTAGATTTAGGATCCC GCCAACAGCCACCGTTCCTTTCTAGGCACTGGTTTGTTTCAAGATCTATTGTTCATTGAG CATATAAGCAACAATTAGCTAACTCTTTCAATTTTATGCAATAACTCTGGTAGTCAAGAT CCTGAAGAAAGGAATGGTGTCAAACCTCCACTTAAACATATCGAAGGTTCAGTTGTTTCC TTAAAACCAGCACATATGGCTTTTAAAACAGCAGTCCTCTCCAATTTCCCTTAAAGAAAC AGTAAAAAAGAACTTGAGTACTCAAAGAGTGATCCGAGGAGAATATTATATCCCCCTGAA GATTTATCAATAAGAAAGCTACAAATATAAGCAATTAGTTAGTTTATGTTGAACTTATTT TTCTACGTCTACATCATACCTCGATATTGAATATCATTGATGACCATTGTTGGTAAGATT GTCACATCTCCACGAGGTCCTCGGCCAACCTTTTAAGGGAAACAAAAGAAGAAGTTATGT TTATATGTAATATATTCATGATAACATAGATATTTATATCTGTAAAATCACAAAATGGTC AATTATGTCACAAATTATGAAATGATTAGAGATTTTCAGAAATGAAGATACCTGGAGGTC TTGCTCAGTCTTCAACACATCATTTTCAACATTAGCCTCTGGATCGCCCATGCATTTCTT TATCTTGTCAACCGGTAGATCTGATGAAACAAATAAAAACTCAAAGAGTAACTACTGAGA ACAGTATATATTATCAATAATGACCAAAAAAAATAGAACTCGAAAGGGAGATACCAAGTG ATTTCATGACCTCCTCAGCACATTCTTTGCTGTATCGCTTTTGCTTCATTGAACATCTAA TATGAAAATCCGTCACATAGTCCCACCAAACCCAAGAACGGCTACTCTCATTTGCAACTC TATGCACGCAAAGCTGCCTCAAGTTCTCAAAGACAACATCCTTCCCTTGGTACCCCTCCC CAAAGTCCTGCTCCGGATCAGGAGCGCAATATCTCCCGTGATTAATGCACTGAGATTTGC ACTGGCTGCTAAGAATGAAAGCTTCAGGACAGTACCAAGTAATATAATGAGGCGTGAACA TAGTATAACCGCCCTTCTCAAGTATTTGAGCATGTCCTTTGAAGTTCTTGATGAAATTCA TCTGCTCATCACAACGAACCCCACACTCATCGTTGCTATTAGTCCACAATTCATACTCAA CTCGCTGATCAGGATGAGGCATTGACTCCGTCCAATCCATTTTGATCACAACTTCCTCTC CCTTCTTAAGAGCTTCTTTCAATGCGTCACCAAACGACTTTTCAATCAATGCTGACGGGA TACCAATCTTCTCGATGTATCCATTGGCATCCGTACTTTCTTCAGGAGAATCCATAGTTA TAAGAGCCTCATCTATACTATCAGCAACTAGTACTGCAGCTGCTCCAGCTTGTTGCCCAT TCCATACCTTCAAAGCAAAATAGCAGTCTGGAAAAAAAAAATTGTTTTACATATTTATCA TAAACTTATAACTTCATCTAATACGTCAAACATTCCAGTAAAATTCTGCATAGAAAAACG AATATCCGTATAGTTGATAGTGGCTACTCAACTAAAGAAATAGATTCCGAAACTCCCTTC AACTCCAAGAAACAGTAAAATAACTCATAAGTCTCTAACACTTCACTTAGAAGCAAAACC TAAAAGAAGTGTAAGTTTCTCCAACTTAATTAGAAATAGAATTTAGCTCCTTTTTAATCC AATAGATACTCAAACATCAGCAATAACCTCTAAGATTTAGAATTTAAACTCTATATATGT AATCAAGAAAAAATTAATTACTAATACTTGTTATTAATATCACAAACTCATAAACTTTAA ATTATTCCGTTTCTCGAGCTATGGGAAATGAAGAAACCTCTAGCAGAGTGATTAGATACA GAGACAACATTACATCAAATCAAAAATCAAAAACTTCAAATCAACCAAAAATTTGATCTT TTAATTTTTCGAAATTAAAATAAAAATTACCTCCACGATCAAGAAGAAGGATATTAGGAC GATGACCCTTAGATTTGAAGGGTTTATCACCATCAAATTCAGCGCAGCCATTAGCACCTT TACTAGGATAAACAACAGTTCCAACTAAAGAACCACCATAATCAGGGACACCAAAATTAC CAATAGAGGCATCATGCTTCGAGTGCATTGAATAAGGAGACAGAACACTTATACTGTTCT TCTCAACTATAAACCTTGCCTGAACTAGCACAACATTCGATACTATCAAGGAAAAAAACA GAAGTCGAAAAAACAGAGCAGCCATGTTTGCAGGAGAGTGTAAAGGTACAAGCATATTTA GTATTGGTACAATTTGTAATGTTTGGGGTTTCAAAAAGTTTGTAAGAGGTGTAAAGAGGA GAAAGAAACAGATGGATTACATAAGGGGCCAAAAATCAAGAAAGTGTCAAGAGAAGACTC TGTGAACAGAGGAGACTTTTTGGAGTTTTTGTGTGTAATCTTCTTCTTCTTGAATTGTTT ACTTCTTTGTATGACGTAGAAGAAACGAAAGAGGGGGTGGGGTGGGTGGTGGGGTGAGAG GGGTGGGTGGGTGGAAGGTGGTGGAAGGAGTCAGAGCAACTACCAAAGATGGCAACTGCT GAATTTCCTAACTAATATTTAAACATATTTATATATTTTGATTTATTGTGATTCTCGGGG AAGAGAAAAATATTAGTCACCGCTTCGTTTCAAAATAATTGTCATAAGTTTCATATTTTT AGGTATTAATATATTAAAAAAAGATTAAATCTATAATAGTATCTTTTTCTTGATTTTAAA TATCTAAATTTTAGTTTTAAAATATTAATTTTATTTAACTTTCAAAACGAATTAAATTAT TTTTCAAAAATATAATAACTATTTTAAAATGGAGGTATTACTCATGCTTGATTCTGATTC ACGGTGACACTTTTCACTTAAAATTCAAATATTGTGAAATGGGGATAGAACTGTCGTTTG AGCTCAGTTTTAAATTGCTCCCAATTCTCAATATGACACTTCATATTCCTAGTTTGACGA GTGAGGACTTGCTGTTCTATTTCCTTGATGGCCTTCAAAATTGGGCCAAGCAGGAGCAGC AAAGGCGTCAAGTGCATGACTTTGATGAGGCGATCGTAGTGACGGATTCACTCAACGACT TCCGTGGTGATGCTACCAAGGGGAGGGATAACAGGAGCAGAACTATTCCTCCCAAAGTTG ACAACAACAACAGGGGCCGTAGCAGACCAAATACCAACCGGAGCAATGACACGAGAAGCA ACCCTCGTGATCAGCCTTCAAACTTCCGGAAAAATTATGAAGACCGCAAGAGGGGTGCTC CTCAGCGGGAAGGCTGTTATATCTGTGGAGAGACGACACATGCCGCTCGGTACTGTCCGT CGTTGAGGAAGCTTAGCGCCATGGTGGCTGCCGAGAAGCAGCAAGAGAAGGCTGCAGCGC AAGCAAGCAGTTCTGCCGGTGAGAAACGTGGGCAGAGTAGCGGAGCTGACAAAGGCAAGA ACGTGGCCGTAGGGATGTTCAACCATATGGCGCTGATCAGCCACATCTCCATTGCTGCCT TGGCTGCCAAACCAGCTGGAGTCAGGCCTCGTGAGTCATTGTTCGTCAATGCCAAACTGA ACGACAAAGACGTGCGGATCATGGTAGACACAGGGGCAACCCACAACTTTGTGACTGAGC AAAAGGCCAAGGAGTTGGGCCTAAATTATGTTGCCAGTAATACCAAGTTGAAGACCGTTA ACACCACTCCTACTACTGTCAATGGTTTTGCGGCTGCAGTTCCAATTGAGTTAGGAGAAT GGGCCGGGCAGACTGATTTTACAATTGCGCCAATGGATGTTTTTTATATCATTTTAGGAC TTGACTTTTGGTATGAAGTCAATGCCTTCATCTCACCGCGTCATAACCAGCTACATATTA GCGACGTTGGAGGGTCTTGCGTGGTACCCCTTATTCGGGTACCACAAACTGGAATGCATT TGTCAGCAATACAGATCATCAAGGGGTTCAAAAGAGGCGAGCCAACTGTAACGATTCAAA AAAAAAAGAGAATTATGTAAATAAGAATAAATAGGTATTTAAGGGCATAATTGTCCTTTC ACGTTTTAAATGAATAAATAAATAAATAAATAAAACAGATTTGTATTTATTTATTTTAAT GTTATTTGACTAATTCTTGAATTAGTCTCCTAATCCAATTAGCCCTCTCTCTCTCACGCT TCTAAACTCCCTCTCTCACGTTCTCCATCTTCCTCACATTATTTCTGCCAAAATATCAAT AATTTTCATGCTTGAAGAACTCACAAAAAAAAAAAATTTTAAGCAAAAGAAAAAGTAATC AAAACGTCAAGGCTAAGAGAGGTATACTTTGAAGTGAATTGGGAGTGGTTTGGAGGAGTT TTCCGGGCAGCAACATTAAAGTTTGAACATCGATTAAGGTATGAGTTTCTCTCATGGAAT TCTTTCTCCAAGAGTAATTTCTTTCGGACGTTTCTTAAACTCTTGAAACTAAGGTTGTTC CCCTTCGTATGTCCTTGTCCTTAGCTCCCTAATGAATTTGTAGGATGGGTATGTTGTGCT GCTAGATTTTTGCATGAATGATGTGTTTAAATTAAATATGAATGTGTTTATGTGCGGGAA ATCGCGATAATGATCATCAAAATATGACCGGAAAAAGTTGATGTATGGGTGTGTATAGGG CAGTGTTTTAGGCATTGTTTTGGGGTATATAAGTTGTTTATTTATTATGTGTTATATGTT ATGTGTTATATGAATATGTTATGTTTTGTGTGCTATACGATAATTATAATGATGCATGTC ACTCTCATGGCATAACTTTCCCAATCTCAATTTGGCAAGTCCTTGACTTCCAAAAATCAT GTTGTTAGGAAAGAGCTATTCTTCCTCATGCATGTCCCTGGTGTGTACTTGCATATACTC ATACTTAGTACAAGTGTGTACTAATTCCATACGAACATCTACTTTTAGGTGCAGGCACAG GTGGACGCTAGAGCTACAGGTTCGTTGTTGCAGCTATCCGGACATCAGTATTCATCCGGA GTTTGGTTTATTGTCATTCTCGGGGAAGAGGAAAATATTAGTCACCGCTTCGTTCCAAAA TAATTGTCATAAGTTTCATATTTTTAGGTATTAATATATTAAAGAAAGATTAAATCTATA ATACTATCTTTTAAATATCTAAATTTTAGTTTTAAAATATTAATTTTATTTAACTTTCAA AATGAATTAAATTATTTTTCAAAAATCTAATAACTATTTCAAAATGAAGGTATTACTCAT GCTTGATTCTGATTCACGGTGACACTTTTCACTTAAAATTCAAATATTGGGAAATTTAAT AAAAAAAATTTTTTTTTTACTTCATAGGATAGCGCAAGAGCATGCATTTATCTATGTTGC TATTTATACTTCTTTCAACAATTTTATCATTAGAGAGTACCTTATATAATTTTTTGAAGT ATTTTATCCTTTTGAAAGTAAAGTTCTAGCTTTTAATTGTCGTTAGTAAAATAAATGTAA TATATACATGAATTGCCAAACAGGATTACCATTTTGGAAGAAAAAAAGGATAATTATGAA TTAGAAAATCTTGGACTTGGTTTTATTAGTCAAATTAATATAAATTTTCCTTCGATCTAT GAGTAAATGTAAAGTTATAAATATAACCTTTTCATTTCTTCAATCTTAAGATGACAGGTT TCTTTGCTTAGATAGTTTCCCAAATCAGAGCAGCACTTATAATCACCAAATCTTATATTA ACCTTAAATATTTTAAAAATTTAGTGGGCTAAAATTGTTTTTTTTTAAAATAAATAAATC CAAGTACTTAATGAGCGTTATTTTAGAGTATTATTAATTGAGTATTTCGTTTTTAATATT ATAAATAAGAAGCTAATTTTTCGTTTCTAGTTTTAATAAGCTTGTGAATTCTGCAATGTG CATCTTTGATTTTTACAAAATAGATTCTGCCCTAAATTTGGTTCTATTTTAATTGATCTT TTCATTAGTTTCTGTTTTTTTTGTTTTTCTTGGAGAAATAAATGGAACTACATTAAAATC TCTGAATACTTAATTTAAAATAAATTAAAGGGTACGGTATTATTTTATTTTAGGTCAATA AGCTAAGCATTAATAAATGTGCACCTTGAACTAACACAATTATAAAAATAAAGAAAATCC TAATATTTCGTTATTTATAAACAAATGACTGTTAGCATTGTTAGTGAAACTTGCATATTA TTGTATTGTTTTTTGTAACTTATGCGATTAATGATGAATGGGTTATATTTTTTTATTCCA AATAGGTAATAAACATAGTATATATATATATATATATAATATATATATATATATATATAT ATATATATTAATAGAGTGGCATATTTGATTTAAGTTTTTTTATTATGATAGTTGACTAAG ATTCTGTGGAATTAAAAACACAATTTTAAAATATTAAATATAATAATTAAAAAACTTATT TGACTGACTATATAGAAATAGCGACCTCTCAACCCCTCTAAGAAGCTAAGATTAAAACAA GATGATTCAATTCAAATAAATATTAAAGTTAAAAAAGATGTAGGTATATATAATCTGAAA TTCTCATTAAATAAAAATAAAACAATTTATCATTAAGGGTTAACAATTAGTTGAACATGT AATTCTTTATAATTGGGTGTTAGATTCAAAATCTTTAATTATATGATTCAAGATCGTTAC TAGAAATTTGTGTAGCGTAATTTACTTTTCATGTGCAATTAACATGCTATTTCTCACTAG AATGAAATTTACCTTATACACACCCGAATATATATATATATATATATATATATATATATA TATATATATTTGTGTGTATAATAATCCGGGGGGATTTTCTTTGTTTTGTTTTCGTGCAAA ATGATCATATTAGGGAAATTTCACCAGCTTTTTCTACCAAAAATCCAATTACAATAAACT AGTTCTAGCCTCTAAATACTATATACTACTTTAAGACAAAAAGAAAAAAGTACATTTAAA TTTTTGTGGAGATCAAAAAGTGAATTAGGGAATAATTTTTTTTTTTCGATTACTAGAAAG TTTGGCAAGCAGAGTTATTTGATATATGTGTTAATCTTTGATCGAAAATAGTAGGCAACT GAGTAAAAAATTCATATACTCAAGCGAAAATCAAATCATACTAATATATCATGGTTAAGT CATAAATATTTAAAATAATACTATATTTTGTGATAAATAATCATTAAATACAATTTAGCG ATAAACATTATATAAAAATATGTATGATTTGTGTATCATTGATTGATATATATATTGAAT TCGAATAAACTTTTATACAGACATCCAATGAGTTAATTAAATATACACCTTAAACTCACG ATAATTAAGAAAATGCAATTATGTGATTTTATATATAGACCCTCGATGCATGGACTCTAA ACCCTTCCAACAAGATGAGAAAAATAATTCTACTAATCAAAGTATTGATTAATTTATAAC TGAGCTAGCAGAGACTTTAATCATTAATTAAAGTTGAGTATTAGTGTTTTACCCTTCCAT CCAGAATTAATACCCCTATAATTATATCTTTCTCACTGTCCCACTAGTGATAAAACTTAT AAATTATAACGAGTTAGCTTGTTTAGGTGATGAAGCTTCTATTAGAATATGATATGAAAT AAATAATAATCAGTTGACTCGTGAACAAAAATTATCTTGTTACAAGATGAGGTAATCATA TCATAAATATTTAATGAGTTTAATTTATGTACTTAATTTTAATACTGCTACAAGACATCT TGTAAGGTAAGACTGATAAAAACAAATTAAATACCTATTCTTTATGTGTGTGATGTAATC ATAAAGGTTTTCCGACTTATTACTTCGCACGTCTCTATTTAGTTGTCCACTTTAGAAAAA ACACACATATTAAAATAATAATACTTAACATAGCGAAATTATAATTTTATCCTTATTAAA TATGATTTCAAAAAGAATGAATATAAAACATAAAAATTTTCAACAAGTTTAAGTGAGGGT ATAATAGGAAAATTTCTTTTATTCTTTCTTAATTTGTTAAAATGGACAACTAAATAGTAA CATCTTAAAAAAGAGAAAATATGAACAAATAAATAGAAACAAAGAGAATATTAATTAACG TAGCCTTTTTTTAATACTTCCTCCGCTTTTTTACTTGCCTGCTATGTATTAATTATTTGA AGTGATGAATTATCAATAAATAATTCATCATTTTATATTTATATTATCCTGTTATAAATC CATTGAATTGTGTGGATTGTTCATTTGCTTTCTTCATGAACTTATCCTATCATGTATCTA CATTTCCAAGGTGACATGAACTTTTATAGATAACTATGTACTTATTAATTGAGCATTTAT CGTGGTGGCCTTTGGGTGATATTTCTACTCTATAAATAAAGATATCATTCACCTTTTGTA AAACACACTTGAATAAGAAGAAAGTCTTATCTTCCATCTTACTTCTCTTGTCTTCATCTC TTTATATTTATATTGCCATGAGCTTGATTTTATAACATATCCTTGATATTAAATAATTTT TTATTTTTAATGTTTAAATAACTTGTATCTAATAGGGTGATTTTTGACAAAATTATCTCT ATCATTTACTATTTTTTAATCTCTATATCAATTAAATAATAAATTCTTATTGGACAAAGA CGTAGTCCCTCATCTTTGGGTTAAAGCTCAAAATTATCGTTGAGTTTTCATATGGAGCAC TAATGATCCCTCATGTTTATAATATTTGTGTACTTTTAATCTTTCTCCAAAATTTTACCT ATTTTTTTAGCATTAATTTAGTAGGAATAATAACTACATATAAAAAAATGTGAAAAGAAA TTTTTTTTATTTAGTGAAAATTGTATTACAGATAAAATTGATAGATTTATTACGATAATT TTAAATACAATAGAATAATATTTTTCCTTTCTTATAGTGTCATATGTAAAATTGGGGTTT TTTTTCGTGAGGGGTGGGGGTCAGAAATAAAAGGATAACGATACAAATTGTCCGGTCTAA GCAAATTATTTATTCAAATATTGTGCATCTATAAATTAATTGCCTGAAAATACCCACAAA ACCCATTATTTACACGAAATATCTACACATATCCTTTTGTTCGAAATTGCCTACTGATTT GTTCTTTTGTATCATCTGCTTTTGTCCTCTTTTTTTTTTTCTCTCTCTCTTTCTGATTTT GCTTTGTTTTTCCTTTTTTCATTAGTTTATTTCTCCTTTTTTCAGTCGTTTTGTTTTGTT TATTAGGAAAAAATTTACTCACATCAAATATTTATATTAAACTAATTAAATTTTTATTAT TATTATAAACATATGTTAATTTATTAAGATTGAATCAAATGAACAATAAGTTTAAACACA TGTATATATTGAATGGTATAAACACTCTGGGTGGAACCTCTTTCTCTTTATTTGTCCCTT TTTCTTTTTTTTTTCTCCTTAAAATAAATATATAATACTCTCTCCGTTTCTATTTATCTG TTCATATTTCATTTTATATCTGTCTCTATTTACTTATTCATTTTAACGAAATAAGAAAGA AAATAATTTTTTTTCTAATATGTCCTTATTTAATTCTAGAAAACTTCTAGTACTACTAAG TTTTAATACATGCTTTTTGAAATCAAAAAATACATTTATTATACTTGGGAGCTGCATAAT CTTTTAAGTCAAAAGTAAAATTGTAACTAACCTATGATAATCATTGGTGTCTTAATATGT GCAACACTTCTAAAGTGGACAACTAAATAGGAATAGAAAGACAACTAAATAGGAACAGAA AGAGAATAAAGATGAAATTGTGAAAATTAAATAACTATATTACAACAAGAAATAATTGAG AAAATACTAAACTTACTGCCTTATATATAAACAAGCAAATCTTGATTTTGATAATCTCTT TAGATTGCTTACATAAATCTCCATTTTAAAGTTGAAAATTAAAAAGAAAAACACCATTTA TTTTTGAAATACCAAATAAGGAGAATCAATAGAAACAGCTGCAGCTCCTACTAAATCGAC CATAGGAGAAATTGCTCTAATCAATTTTTAACACATGAAAACAAATCAACAAAGTCCTTA AGTAAACATGAAATTAACACTAATAACTTATCCTCCCAACATATGAAATCATATTTTCTG ATGTTGTGGATGAGACAGCATCAATAGCAGAGCCTAATGGCCATGCAGCTTCAACAAGGT GATTTTTGTAATTAACTTGATGCACCACTGTAATCTTTCTTATTGGATCAATACCTGTTT ATTCATTCATTAATTAATTAAAATGTAAAAATTTGAGGTATAATTAAGGAATATTAGCTA AAAAAAAAAAGAAGAGAAATTAAATAAACTTACCAAATCCATTTACCAGCAAAGTGTATT CATATAATAAATCCATGCAGATAAAGGGTATGTCCTTATCGTTAATGTTAGGGAATACCG ATTTCATGTTTTGCTTCTTAGTCTTACAAGCCAGCGTCGCTGCTTTATAGTATTGTATTG GCTGAGTTATACCATAGGCCTCTTTTGGATCCACTATACCAACCTACATTAATTAAAATA TTAATCGAATCGTGAATAAATATGTATATACTTATTTCATTTTTATAATATGATGTACTT ACTGTAGAAGCATAATCATAGAAAAATGAAGAGATATAGAGATTTTTGGTTCCAGCTCCA CCACCACCATTCCAAATCCCAGCAAATGAACAATTTTTGTGATTGCAAGGTGCATCAATC TGAAGCAATTTTCTAATTATTGCTTTACATCTTCTGATATTTGGACCTTGTTTTCGTGAT GCAGCTTTATAAGATACTCCATTATATGTGTAGTACCCTTCAAGGGAAAAAAAAATTGTA ACTATTTTATTAAGGAATAACAACAGACGACGAGAGGGAGTTCCTCAGATGGTAAGCATC TTTTTCGAGTTCGAGTCACCAAAGGAGCAATGGGGGTGGGAGTTGCTAGAGAGGGTATAA AAAAAAGATATCAGCTCAAGTATTTGTTAAAGGAAAGTACCATTGTGCCCTTCCACGATG CATGGACTAGTGTAATTTTTAGAAGCCTTCAAGATATCAGCTCGAGCTGCTAATAGTCCA TAATTTAGAAAACTACAACAATAAAGTTGTTAATTAATTATGATTTTGAGAAATTAAATA AAATTTATTGATTAGAAAACATTAATGCATACTATAAAATAAATATATATAATAATAATA GAAATGAAACCTGTGAACATAGAGGTAATAATTAGTTCCAAGAAGTGCTTTTTGTTGGAC ATAAGCGTCTCCATTTGGTAACTTTGGAGCATTTATAGCACTTTGTTTTGAGACAGCATA AGCAATTTGAACTGATCCACCTCCAAGATCAATTGTAGCAATGGTGTCTGGGTAATTTTT GCCCAAATTCCCATACAAATAGTTCAAAGCAACCTGCATTTTTTTTAAGAAAAAAATAAA GTCATTCTAATTTTAATAATTGATTGCAAATGAATAAATCATAGTCAAAAAGTATATTGT ATTAGGCAAGTCTCGTACAACAAACTCAACCAAGAATAGGCTTTTTAATTGTTTAGTTTC GATGTATAAACACCAAATGTAATTTACCAAATTATAAGAGAAAAATCACAAAATTATTTG TTTTGTGAAGTTAATTAAGAACGTTTGATGATTAAACTTACCCAAAAATAAGAACCTTCT AGAGTTCCTTCGAGAACAGAGACCCATTCATCCTTGTAACTCAGAGTAGTTTCATTTTTC AGCATATCTCTTACCTTAATCAAGGAATTATAATAAGAAAAAACAATAATTAAACCAGTG AGATTAATTTGTACGATGAAGGATTATCAAATAATACAATAATTAAGATTAATTTTCCAA TTAGTGAAAGTAAGAAGGGATAAAAAAAATGTACTGCTTGCAGAATCTTTTCAGATGAAT CACCCTTTAATAACCTCAGCCCTGCAGTTGCCTGTATCAATTAAGATTAGCGCAAGAATA ATGTTAATTAATATTAATAGTACTTTTTTTTCCTCAATCATATGGAATAATATAATTATG AATCTTAATCAGAATTAAGAGTGATATAAATAGTTAATTATTAACTGACCCCAACTTTAA TAGGGGTTTGAGACTGTAAATTCTTAGGAATAACAGCTTCAGCTTTCTCAAGAAGGGGCT TTAGAGAATTTGCAGCTGCCTTTGGATCATCTGCATATGAACTCAGACCTGGTTTTATCT GCAAAGGTAAAAAGAAAACTCACTTATAACTAGATCTTTGGTAATAACAGTGCAAAATTA CTACTAGTTCATTCTATTCGATTCGTTTATTATATTTTCCTATTTAATTTGTTTTACGAA AAAGGTTTATTTGTCCATTCAATTGATTTGGAGGGTGGTTATCCACACGTATGATTCGAA ATCGATGCCTCCTCAATATCTGAGTTGAGTCTGTTACATAGGTCTTGCCAATGCAGCTTA CATATTTATACCGTAATATACAGATTATTACACAATAGGGATTTACCTAATGCGCACAAA ATGCTCACCATAGAATGCTTATCCATATGGGCTGGGCCAGACAGGCAGAGGTTACACTGT TGCAGGTTTACTCAGTGCAAACAAGATACTCATCACAGAGTTCTCACTCAAAGGGAAAAG ACGGGAGCAAAAATTGTAGCGGATATAGGTTATCCTAGGATTCTAACAAGAATGTCTATT TCTCTTATTAGCACAACAAATGTATGACTACAAAGTTTACAACATTCAGGGCGTGATTGG TAGGAAGGAAAATGAAAAAGGTTGATTGGTTAAATGTTTTTCAAATTAACTTATTTTTTT TAAAATTTAAAAAAAATGACTCCCTTCAAAAAAAACTTAAGAAAAATGTTTTCAAAACTC CCTTCTAACCTCTCCCTACCCACCACACCTTATCAGTCCCCAACCCACCCTCTACCAACA TTTAAATTAAGGTGGTTGATTTGTGCTTAAGCTGACATCTCATTCCTACAATACAAGATC AAAAGGAAAAAAAATGGTCCAGAAAAACAGGAGTGAATCGAATAATGATGAGGTTCGAAA CCAAATGGATCCACAAGAATCAGTGTCAACAGAAGGGGTAAGGGTATTAAGACAACAAAA TGAAACTACCAGCCCCCACCCTCTATCCCTAAAAAAAAAAAATTACTTTTTAAAAAATAT TTTCAACTTCAAAATTTTAATTTTTTTTTCACCGTATCATCGTTCTCCCACTTACCCGCT ACCACTCTTATCCTAAAAGAAAATAAGTTTAAGTTTATTTTTAAAAAATATTTTCCTCTC TACCAAATGTACCCTCAAAGTCTTTTTTTTTTTTAATTTCTTTATATGAAGTCAAAATAA AACAAGGCATACTGTAGCTAAAAAGTGTAGTAGTGTTGTATTAAGTAGGTACCGCCAAGA AGAGTTCAAGATCATTGCCGATATTGATGAGATCCAAATTTGAGTTAAAACGAAAGACAT GAACTCTGCTACCAGTGCTTCCAGCGTCAAATATCACTGCATATTTCTCCGAATAATCAT TGGCATGCGAGCTCAATGGCAACCCAACAAGTATCAACAACATAATGTTGAACAAGTTAT AAACATTACTAATATTATGCTTCTGCATTTTCGATCTCTGCACAAAAATGAAAGCAATTA ATGTTTGATTTAAAACAAAGCAATGCACAAGATAAGGAAGAAAGAGAGAAATGGTACCTG CTTTAGTTATCAACAATAGTACTGCAGCTTTATTATCTTTATACACGCAAATTGTACTGA TATTTTGCATTTGTATCTTTTCATACATTTTTTTCTTCTTCTGGTTTTGGGGGTAGGTAG GGTATATTAGCTTGCATTACTGAAGACCCAAAAAAAAAAAAAATAGTCACACATTATTCA CATGTACTTTATTTGTAAATTTAAATGGGAGGCCACAAATTAAACGTACCCATTATATTG GGTCCATGCTGATTCTCTTATCTAAACTGCCGAGAAAAGACGAGGCATGTTTTGAGAAAT GTTACTTTTGGATTCGGCTCCCCATTCATTTTTCTTTCTCTCGATTTCGTCAAGTGCATG TGTAGATAAAAAATATAAATTTTATTTAAAGTTAAAATTTAAATTATAATATTATAATCA TAATTAAATTAAATAATTTTGAAAAAACTATTCTCCAAATTTGATAAATAATACAACAAA ATTTGATAAATATCATTATTTTCATTTTATATCTTTATATTAAAAAAAATAAAATTGTAG AACATGAAATGTTTAATATTTAATATAGTAAATAATAATCTTCAAAAACATATCCATTTT TAAAAATGCTTTCTTTTATTTCACAAAAGAAAGGATTTTAAGTTTTTCTTAAAAAATAAA TAAATAAATAAATAAATAAATAAATATATATATATATATATATATATATATATATATATA TATATATATATATATATATATATATATCCCCTCCTTCTAACACAATAGCCACATTTTCTC CTAGATATTTTTGGTATTTCACGTGTTTATTTCGTGTTCTTTTATTTTATGTTTTTTTTT TAACATTGATAATTCTTTCACTCTTTTGTTTTGTTTCTCAACATAGTAAAATATTTCAAA AACAAAGTTTACTGGTATAAAAAATTGTTTATTTGCTTCTCACCTTGAAAATCAGATAAC TTAATATTTAAATATAAAAATATAAGAGGGAATTAATTTATATCAATATCAAATATTGTA TGGAATATAATAATTCTTACCACATTTAAAAAGTAATTTTTTAAAATTAGTAGACTTATC TATGATTATAATATTAATTAATATAATATAATTTTGATGTTTAAGTTTTAAATCTTTCAT CTAGACATTCACTTGACAAAATAAATAATGAAGGGAAACCGAATCCGAAGCAAAAAAAAA AAAAAAATCTTCATTAGATCCCTCTCAAAAGGGACCAAACGGAAAATTGAATTGAAATTG GAAGTATTGAAATCATGTGTTAAAATAAAAATCGGTTATGACTATCTCAAATCTTTGGGA TCCAAGAGGTTAAAGTTCACGTTGGATGGTGATTTGTCTAATTTGGTCGCTTAATATCAC CAATTTTAATATATTTATATTTATCTATTATTATGACAAATATGAATTTGAACCGAAGAA ATTAAAAAAAAATTACAAATGGATGGATAAATTTTAAAAGATAGTATTTCACCAAATATA TGTTACATCAATTTAAATAAAGAGTTTTAAAACGAGTTAAAATTGAACATTAAATTGGGT TTAATTGAAAAGTTTTAGTATGAGTTAAGGCTAAAATATATACCCAATTTAAATTATCTT TAATTCGACCCATAAAATTCTGAACAATTTACTTATATTTGAATCTATTTTGACATTCGT ATATCCTTCTCATATTAAAATGTTAAAAGTATTTAGTGAAACGTAAAAGATTAAACATAT TTAGTGTTAGATTGTAACACGAGTTATTTAAATGAGTTACCAATAAATTTCATTTTCAAA AAGATATTATCGCGGAGGAACTATATATATGAAAATTAGATGGACCACTAAGATTTAACA TGATAAGGACAAACTCTGCGAGGCCTTCACTGTTTGCTTATCATTTTTGGAGCTTGCTAA GTTTAGATCGAAGAATTATTGTCATGAATACCCTTTTTTTTATGGCTAATAAATTATTAT CATTATTATTATTATTATTATTATCAGATTTAAATGCATTGTCAGTCTCTAAAATTTGTC ATCAAATTTTATTTAATCATTTAGTTATTACTTGTTTCAATTAAACAACTGATTATATCA TGAAGTTTCTCAATTAAACATTTTCAATATGGATCAACTTGAAGTGAAAAACGTCTGGTT AATGCTTTTCAAAGGGAATATTGGGGTTAGAGTTCGACATAAAGTATATTAATTCTATGG AATAATATATATATTGGACTTTAAACTTAATTTCAAATTTTAATTTTATCTTAAATTTTT ATAGTGAACAAATAGGCACTTTAATTATCCATCTTTTAATAAAAAATACGAGATTCCTAC CTGGCAAAATGCATGAAATGCACGCACTGAGCGGGAATTTTCGAGGCCCACAAAGGTAAA AAAATGCTGAAATGACAATTCTACCCTTAATGAATCTCTTTTATATTAATTAAAACTAAT TTTTTTTTTTTAGTTTCAAAATGACATGTAAGATATCTTTTTTTTAAAAAGACATGTAAA ATATTTAGTTAGTTGGCAGCCACTGATTGACTCACTAATACATGTGGGGAGTATTTGAAT TTCACGCACTTTGGCTTCAAAAATCGCGTGTTTATTTATTGAAAGATAGGATAGTTAAAG TGTCTACTTGCGCACTATAAAAATTTGGAATCAACGTTAAAATTTAAAATAAAATTTATA ATCCAATATACGTATTATACTTTTAACTTTATTGGTGAGTGTCTATTTGCGCACTATAAA AATTTGGAATCAACGTTAAAACTTAAAATAAAATTTATAATCCAATATACGTATTATACT TTTAACTTTATTGGTGAATAAACAAAGTATTGGTCAAACTATATAGAGATCATTGAATTT ATTCAACTGGAAATAGTTGCAGAGCTGTAAAATTGTAAAAATAAGAATAGTGAAATTTCT GAACAAATTCTTCTAAGCTCCGGATCTTTGTTGATATCTACCATCTTTTTTAAGCATAAT ATATAAGTATTTTTTTAATTTATGTTTGAAATTTTAGAAACATATTTATACTATACTAAC GTCCTATTACCCTCGAATTTATCTTATTAATAATTTTTTATTTTTTTTACCTACATGACA TTATCTTGTGGGCCCAACGCTGGTTGACTTTTTTTTTCAAACTAGTGTCACGTAGGTCAA AAAAGATAAAAAAAATTATATATAAAATAAGTTCAGTGATAATAGGACCTTAGTATAATG TAAATATATTTCTAGATTTTCAAATATAGATTGAGGGGTACTTGTACATTTTTTCTTTTA TTTTATATTTTAAACATTTGAATATGTGTTATTTTCATACCGAATAATTGAATAGGCTAT AAACATTTATTTTATTGTGGTAATTATGACCTCAAATTCATAAATATTATTTTTATTTAA CAAAATTCATTTAAAATTCTTGAGGCTTCATCTTTCAAACAATGTAATTAATTAATAAAT ATTAATTTATTAATTAAATAATATTTTGTAATTGTAATTAATTTAGAAATTTTTTACTGT TTTTAATAACGTAATACTCCACGTGCGGATGCAAAAAGTGGGATCACACTATATTTGGAT AGTTTAACAATTTTATACATTTAGGCCCGTCTGGATGTGCTTAATAAAAGCAACTTTAAA AAGTACTTTTGAAAGTGTTGAAACTTATTTTTAAAATAAGCAGTTATGTGTTTGGATAAA AGTGCTGAATTTGTTATGTCAAACGTGAAAAAGAAAAAATAGAAGAAAGAGATGTTAGGG TTATATGGGTAATTTGAAGATTGTATAAAAATATTAAAGGAAAAAACATAAAAATGTGGT CAACTTAAAACAGCTTATAAGCTAAAAAAAAAAAAACACTCCTACCCCAGCTTTTAACTT TTGACTTAAAATAAGTTTTTTTAACTTAAAATAAGCTATTTTGAGTATTGTCAAACAGAT AAATAAGTCAAAAACCAGCTTTTAAGTCAGTTTGACCAGCTTTTAAGCTGAGCCAAACAG GCTCTTATTCTATTCTTCTATTACTTTACTATTCTATTTATAGAAGATGCTACAAGCTCT GTATGTCGAGGGTAATATGATAATTTAAATATTCTTGTTTTATTGCTTAATATAGATAGA AATTTGGATTAAAAAATATTATAAATTATAATAATTAATAATTTAAAATACTTAAAAATA AATAAAAAATTTTGCTAACTATTTAAATTTCAACCTTACCACATAATTTGGAATATTAGA GGCATATATATTACGTAAAACACATAAAATGCATTACAAATTACAATAATTACAAGTTAC ATATTAAAAAGAACTTAAAAAAAAGTTAATTGACTTTTGACATTTCATTTGTATTACATA AATCAACACAAATGGAATAATATATATTATGTGAAAATTAAATTTGAAAAATATTATAAA TCACAATAATTAGCAACTTACAGTTTTTAAAATTAGTGTAGATAAAAAAATTATTTGACT CTCAAATTCATCTATGTCACTTAAATTGGAACAAAAAGTATACTCATCACGCGAAAGTTA TGTAAAATGTAGTACAAATGGTAATAATTAACATCATAATATATTTAAAAACATATTAAA AATTGATTGACTTCAAATTTTATATGTATCACATAAATTGAAACAAAAAAATAATTTATA TTGTGTCCGTATTGACACGAAACTCTATAGCTATATATATATATACGCACGAACTACCTT GACGTTTTCTCAAACTCGAAAAAAGTCGTTATTGTTAGTTTTTTCAAAACTAACTAGATA GCAACTAGTTATTGTTATAGCTTATAAAACTTGTAAGTAAAATAAATTAATTGTTAAAGT CAAACATTCTAAAATCTTTATTAAACAAGCAAGTCACTTTGGAATATATTTAATATACTA ATTATGTCTCTTACTTATTTTAATGGTTTGGGTTTCGCCGATAAACATGACAGTTGAATT TTAATTTGTAAAATTTATAATGTTTGACATCATCTTATATTATCAAACTTAAATGATTCT TAAAATTTTGAATTCATCAAGTTACTAAAGTTATAAACTTATGTGATGTTTGCTCTATCA AATTAACAAGTCTCAAATTAAATTCCTAAAATTTGGTCAAGGACTTTACCCTCATTAAGT GGATAGTCACAAATTAAACAAAATAGAATGGGGAGTAGAAATTTCTTGAAAATTTACTAA ATATAATTACTCAATTTAAATAGAAAAATTCAACATATTAACATAATAGTTTTTCTTTGT TCTTCCAGAGATTTGGTCATTTTTTTCTGTTTTTTTATTGGCTCCTTTAATGCTTTAATT AGTCATTTACCTAATATTCGAGACCACTTGTAATTTGTAAGCATGCTTCATCGCAAGAAG GAAAAAAAAAACATTCAACCTATTTGATTCTCAAAATTTGAAAGTTTTCATGCTAGTAAT CAAACGCGTAATAAGTACATTTACTAGTTAAATATATATTATTTTACCTAAAAAAAAATA ATGTATTTTATTCATATAATATATATTTACTGACTATTATTTGATGGACGACAATACTTT ATAGCTTTCCCTAATTTCAAAAAGTCTATGTAAATTACATGATGCACCTAGATTATATTG TTGTTTCAACCTAAAAATTTTAGTAACATTCTTTTGACTTATTTGTGTTGTTTCCGCTAC AACAAAAAAAATTTTAAAAAAATACAATAATTATTTATCGTTAATAATATAACTATCGTT ATTTTATATTTTATAATAATAATAATCAATGCGCGCACTATATAAATGTTGCTAAAAGCT TTAATAACTCTGAATATAAATATCGTTAAATTTCTTTGTTGTAGTGTTCCTTTGCTTAGC CATATAAATCGTTGGACTAATTAAAACCAATTTTATAGATTCTTCGTAGTTGGATACGAC GCAACAGATAAATAGTGTAAGTGCCATCGCACTATCTTTGGCTGCAGCTAATTTAACTTA ATTCGTAACCTAATTAATTAAACCGAAATATATATAAGAGATATTAAAAAAATAGAGTAA TCTCGTAAATTACAAATGTTAAAGAAACTCACGTAAGTGACAAGTAAAATTGTTTAAATC TATAAACTATTGTTGGATTAGGTCAGATTTTAAGATGTAATTGAAATAGTATATGTTGCT AATTAGTAATATTTATGGCAAACCACAACACGGCAACACGGTCATCTCTACTACTAAGTT GTTATAATATACGATTGAAAATATACTAACTATATTTTCCTAAACTTTTCTTTTTCGGCT TGCATAATATTTTAATTTTTATACTTGAGAGTCCAATTGAATTAGCTGACTAAAAATAAC TGACGAACATCCATTATTGAAGAATAGTTTTATGTACTATATTTAATTTTAAAAATAAAT AATTATCAGTGTTTGATATGATGGTATAAATATGTTGATAATTATTTTTTAAAATACTTG AAAATATATCTTTAGAGGTATTCACGAAAAACAAATATATTGTAAAAGTAATTTCATACC CACACACACAAAAAAAAGAAAGATAAATGCCTAAAATAGAATATAGAGATAAGTAAATGT TAAAGAGCATATTTTAGGAACAATATTTCAAAGATTGCACAAGATATAAAAGTTTTGATC ATGGCTAACACTTATACATAATTGTTGTACACTTAAACTAGTAAAAGAATCAAATAAATA CATATAAATTAATTTGATCAGCTTGTAAATTTAATCTAATTAATGTGCTTAGTCTTTCCC TTGCACTTTTTAAAGCCATTTTCAGTTAAACACCCCCTCCCTTCCTCCCTCCCCCAGCAA ATAGTCTCCTTGCTTTTAGGAGCAGCTCAAGCATATTAATGGCCTAAGGTAAAAATTAAA TGGGACTTTAAACTTGAATTATTAATACCATTTATAAAATTAATTTCTTCTAATTTTCAA TTGATAATATAACAAGTCTTATTTTAAATTATTTTTCATGAGATATAGTACTCCAAATAT GTCAAATTTCTTCAAATAATTCCTTTATTTTCATGAAAAGTTTGTTTTTTCTACAAATAG TATTCAATATTTGTTAAAAAATAATAACTTATAACATATTATCATTAAAAATGAGGCCCC TTAAATTCGGGGCATAAGGCACGTGTCTTTTTTTTTAACACTGTCGAGTCACCCTTGCTT CCTTTCTTTATAGTCCTATGTTATTTTATTTTTTAACTACTCGTTCAATGTTCGATATTC ACATTAGAATCCGACTTAAATCTCCATTCGCGCTAGAAAGTTCCACATCAGGATAAAACG CTCCCTAATAAAGACAACTCTGTACTCGGGGAAACTCAAACCCAAGACTCTTAATTATAA ATGAAGCCACCACAAGTCCACAACCCTTGTTGGTTATATAGTCATATTATTACAAACCCC CCACCCCCTAAACATTCACAGAACTGAACTGGTCCATAACCAAAAATAAAATAAAATGAC TAGCACCATTGTTTTAATAGCCTCTGCTCCATATATAACCTTAATTCCCTAATTGTTATG CCTTGCACGTAAATCACAATAACTAATCCTATATAAACACCTTCCTTCCTATTCCCAACA AAGACAAAAAAAAAAAAAGAACTTATAAAAAAAGATGGATTATCTTAATGTAAATAATCA AGAAAGTGTAGCTGCTAGAAAAAAATCAATCAAGAGGATCACTATTATTACAATATCCTC TATAGTATTTGTTGGTTGTGTTGTAGCAGCTATTGTTGGAATAACAACTAACAAAAACAA TGAAAATTCAAACACACAAACCACTTCTTTTTCAGCAGCTATTAAGGCTGTTTGTGACAT AACATTGTATCCTCAATCATGTTACAACAGCCTTGGTCCTCTAGCCACATCAAACAAACT TAAAGTTGAAGATATTTACAAGTTATCGGTACAAGTTTCTGTCGATGAATTGTCAAGAGC ATCGGATAAGTTCTTCAATTCGTCAGAATTCAAGAACATTTCCGATCCTATGACTATTAA GGCCTTAGAAAGTTGTCATGATCTTCTATCACTTTCTTTGGATAGTTTGAATGACTCACT TTCTATACCAAACAAGTCGTTGCTCGAGGCTTTTACTGACCTCAAGACAACGTTGAGTGC AGCTGGAACTTACCAGCAAACATGTATCGATGGTTTTGGAAATATAACTAGTATTGCTAA ACATAACCTTAAGAATTCGGGGGAGTATACGAGTAATAGCTTGGCTATTATTGATAACAT TGATGAATCACTTCAGAACTCAATGGACTCCATCGATTCCTTAGGTCGAATTGGAAGAAG ACGTCGTCTTTTGATGGAATTTGATGGAGATTTTCCTAGGTGGATGAGTTCAAAAGATAG GAAACTGCTTCAATCTTCAAAAGGGGAAGTTTTGAATGTGGATGTTGTGGTGGCTAATGA TGGGACTGGGCATTTTACCAATATTTTTGAGGCTCTTGATGTTGTGCCTGAGAAGAGTGA TAAGAGGTTTGTGATATATGTGAAGAAGGGTGTTTATGTTGAGAATGTTAGGGTTGAGAA GAATAAATGGAATGTTGTGATGATTGGTGATGGCATGGATGCAACAATTGTTTCTGGCTC TCTTAACTTTATAGATGGCACTCCCACTTTTCAAACTGCAACTTTTGGTAAGCCTTATTT TACATCAAACATGCACAAGCAATAGATGCATCAGCAAAATACTTATTTGTGTTCTTCCAT TTTTCTTCCTACGCAGCTGTGTTTGGCAAGGGATTTATCGCTCGTGACATGGGGTTCCGC AACACAGCAGGTGCAGCAAAGCATCAAGCAGTGGCTCTAATGTCAACTGCTGATCTCTCT GTTTTTTACCGCTGCAAATTTGACGCGTACCAAGACACACTCTACACACACTCCAATCGT CAATTCTACAGAGAATGCAATATCTATGGCACTGTAGACTTCATATTCGGTAACTCGGCA GTTGTTTTCCAGAATTGCAACATACTGCCCAAGAAACCAATGCCAGGCCAACAGAACACC ATCACAGCTCAAGGCAAAATCGACCCTAATCAGAACACAGGCATTTCTATTCACAATTGC ACTGTTTGGCCCTCAGCTAACCTTACTGGAGTCAGTACCTTCTTGGGTAGGCCATGGAAG AACTATTCCACGACCGTTTTCATGTATACGACAATGAATAGCTTTATTGATCCTAAAGGG TGGTTACCCTGGGTGGGTACTACAGCACCAGACACTATTTACTATGCTGAATATAGAAAC TTTGGCGCTGGGGCTGTGACTAAGAAGAGAGTCAACTGGAAGGGATTGAGATTGAATATT ACTAGTAAAGAAGCTAGCAAGTTTTCAGTTGCACAATTGATTCAGGGAGACAAATGGCTC CCATCAACTGGAGTCACCTTCAAGAAGGATATCTGATTAAGATGAATCAATGATTGAGTC TTTTAACAATGGTTGAGTTTCGTTTTCTGTTCAAAACTTTCTTTGTATTGAGGAAGGGGA ATTGGTTTGGTTTTACTTTTGAAGCTCAAAGAGCAAGAACCACCTTATTGCATTTTCTAA TTTCACTAAATGTTGGTTGATTTGCACCCAAAATTTCAGGGGAAGTAGCTTCTGAAGCAA CAATTACACAAAACTAGTCGGCGATGTGATTACCAGCAGCAGTGCAAGAGTAAATTATCA CATAGAAAGCCAGAGTAATTATATCAAAATAGAGAGCTTGAACATATAATTAAATATAAA ATATATTTGAATTTCACAAGAGCTTGAGATGTTATTTCAATTATCTTTTACGCACAAAGG GACAAAATACCAGTAGTGTTGACATTCAAAATTATGGGTTTGATATACGATTTTAACCTC TAAACCAAATATATTGTACTACTTAAAATATAACTAGACTTCCTTACACACGTTTTTATC CCAAATTACCTCTAAAACTAAATTCGCTAACACAAAAGGTTAGTAGTTTTTAAACAGAAC AGAATATTCAGACACAAAGTAACCAATTTCAGAGAAACAAAAAGGTACAAAAATCTAAAT AGAAGCACAATCATTGAAATGTTGCAATGTATCAGCAAATTACTAGTCTCAAACAAAGAA CCATTCAGTATCCACTGTTCTCATCAAAATTGCAGTAAAACAAAAGTACTAGTATTACTA GAAACCATGTAGACAGATTTGGATGAATCACTTCAATGGAATGAACCTTGAAGAGTGAGT AGCACCAATACCGGGCCTACCGTGCTTGACAGGCTTGTATGAGATGGAGAACTCAGCTAA GTAGTGACTAATCATCTCAGGCTTGACCTCAATTTGATTGAAAGTTTTTCCATTGTAGAT TCCAATGACACTTCCAATCATCTCAGGAACAATGATCATGTTCCTCAAATGTGTTCTCAC AACCTCTGGCTTCTCACCAGGTGGGGCCTCACGTTTCTGTTTGAATATGAAAAACATCAA TGGAAAGACATACATATACAAAAAATTGGTAATAATATAAAACATATAATGATGTTTACG ATGTTACAGCGAAGCCAAACTTGCAAACCATGAAACACTGGGTGCAAGCATTAAATCCTG TTTATTTCTGTAGGGAGAGGTAGTTGCATGAGGAAAGTGGCATTCTGATTATATGATTTG AACATCAGAAGGCCTTTCCTCCTTCCCAAAAAACTATAGTAGTAAAATTTCACCATCACA ATAAACTAGTTCACATAGACTATTATGTACAAGAAAAGAAACAATACTGCCACATAAATC CAGCAAAAGAATGTAACAAAACAAGTAGAAATTCTAGTGGCAGAAGAAAGACAAAGCGAC TGGGAGATTGAAAATATAGGGCAATCCCGACACCTTGGAAGCAGGTTGATGCACCCAAAG CAGCCATGGAGACCCCAAAACATTATTGTGCGCCTACGCACTTAGTGCGCCACAAATAAA AACCTCACTCTGTGGAATACCACGCCACCTCTTAATTAACGAGGGAAGCGCTCGGCCTTA GGCGCCTAATTCTAAACATCTCTAAGTCGTTTAAGACTAAGAACCCAGAAACACATCTAA AAGATTCATTATACTTATATTGTTTCTTTTTGTATATCAAACGAATTTCAGCTTCACCTA ATATGACTTTGTCGAACATGCAAAAATCTGGGGGTTGAAATAATATACAATTCTGCAACT AGAAAGAACAATAGGTGATCATGGATAATCAACAAAGATACAGGTAAACTAGATTGTCCA TGCTCAGTAAATGGTTGCATTCACTAACTTCGAGAAAAAGCATTCAGATGTACTAAAAAT GCAGCTTCACATCGCAGCAGTCTTTTGACTCATGATCTAAATTCACTATAGCATTGCAGT TACACTAATAGAGTTCTCACTAAATTAATAGACAAATGCAAGGTGTGCTGGATATAACTG AGGCTACAAAAAGCAAAGACATGTAATCATTCCACAACCCCTAACATATCTATTTCAAGT TTCTCTACCATAAAATGGCTGATATTTAACACCAAATAAACCATTTATTTTTAAAAGAGA AGCTAAAAGGAGGTTAGTAATCTTACCGCCTTGCGCAGCTTCTTGATCAAAGCCATAGGC TTCCTCTTCAAACCCCTCTGGAACCTAACACAATTAACATTCAAGATGAGTCCTTTTTCA CGGAAAAAGGAATTGACTGCATATTAAAAATGAGCATGTAAATAAAAAAATATATATGGT ACATCCACTAAATCCATAAGAGTCTGAGAGTTCATATACTTTAGGTCTTAATATCCCTTT TGTTTCACAGTAAAACAATTTCGAGGGTAAAGATGTCTATTCTTTGACTGCATTTTACAA CTGTATTTAAAATCATTACCTGCTTCAAAATTTAACAACAAAAACTTTACTAAGAACGCT ACTTTTTGGGAATCTAACAGTATCAATTACAATATCTATTTTTTGCCCTAGTTACATGTT CTTCAATAACACAGCAACAATGACAATGTTTACTTAAAATCATGCACAGATTACGTTGAA TAAGCTCGTGATATTAAAATTCTACACTAGCACATATCCATACAAAGCAAATGAATAGCA ATTTAACAGCATACATTTGCAAAAAGAGTTAAATACCTTCTGCGAGGACGAGCAGGGTAA AGCTTAACAAGCTCATCAGTAGACATGTCAAGAAGAGAATCCAGATCTACTCCTCTGTAG CTGAACTTCTTGAATGTTCTCTTCCTTGGCTGTCCGGTCGCAACATCAGCTTCAACTTCC GCCTATCAACCAGAAGAAAAAGAAAACATATCAACAAACTGTTAGATACAAGGAACAATG AAAATAGAAGCGTATCGGTTACAGATTTAAAGATAGAAATTACCATGGCTTCGAGAATGA ATTGGCTTCTAAGCTCCTATGGAAGTGACTGCGGCTAGGGTTTTGGGGACGACGATGAAA GGAGGTTCAATGAGAAGTGAGAAGCATATATAAGAAAAGGGTGTAGGGTTGGAGTTATTT TGATGGGCTAGGTTGAAATATGGGCCTGATGGGAAACCTCTTAATGGGCCAATAATCATA TAAATCGCAGAGTTTATTTGGATTTAATTTCTAATTTTATTTTTTATTTTTTGTTCGTTT TTTGGTAGGTTTTACTTTCAATTTTGCTGGAACTTACATTATTTATTATCATATATTTGA GTTTTGTTATGTTTAAACAAGTTATCATGTGTGAAATTGCTTCAAAATAGATAAATTTGT ATGTTTATTGTTAGTTAACTTGTATTTTTCCTTAACAATATTTTATTTGTATTTAATTAA TAAAAAAAATATGTATTTACTTGCTACGAAGTAATTAAAAATATTGTTATTTGAAATTAT ATATGATTAAAAGTGAATTTAAATTTATTGAGAAGATAAGTGTATTATTTCGGAGATGTG AAATAAAGTGTGATAATCTCCAAATACACCTTTTCATATGGTTGAAGTTCAATGTTGCAT AGAATTTACAACAAATATGACTGAATATTTTATTTTATTTTAAAAAATGAACTTTAATTA GGTAAAAACTTTAGGTTCAACATGTGTGAAATTGCTTCAAAATAGATAAATTTGTGATTA TTTATTTATGCCTCGTATGCATAACTTAAAATGACGATTTCAAGTCGAATACGTGTGCAA TTTAACTCAGGTTATACATCAAACAAAGACAATAACATATTTTGTGAAATCTAATTAAAT AAAGTTTGAAGAAAAAAATGTATAAATACCTTATTGCTAACTCGTACAAAGAAAAATATT AAAAAGTATAAACACCATATCATTTTTTAAAATAATATATCAAATTTTGGAAATTGTCCA AAAATTTAGTCCAGACATCCTAACTAATGTGGTGCTCTATTCACTTTGGGATATCTCACA ATGTTTGTATGATATAATTACTAATAGAGCATCATAAAAGAAATAGGATGACAAAAATTA CAAAAATAATGTTACGATTGTAAATATAAAAAGAAATAACTAAAACATTAATAGCTGTCT ATTAGTCTTTTATCATTATTTATGTAAGAATAGCCCTATATTTAAGGTCACATTTTTAGT TGGAGTTTTCTCATATTTGATGTAAATAATATGTTTTCAGTACTTTTTCAACCTACATCG AGCTCTCTTAAAATCATCTATAGACAACTTCTCACACTTTAGTAATGAAACATTCGTGCA TCTCCTCTTCATGGGCTAGAACAATCACAAACTCATTTTTCACATCTCATCGTCCATTCA TGTCACTTAAGTAATCCCACATATCAATTTAAACATTCTTCTTTCTATAATATTTATTAT ATGAATATAAGTATGATCAACATTATTTATTATATGAATATAAGTATGATCAACATATCT CATATAACATATTTGGTCTAACGCTATTCTGTAGAATTTATCTCAGTTTCATTTTAATCC CTACTATCAGTATTATTATTATGCACTAATGCACTATCATAATAAATGGAAAGAAGATAA AAAAGAAAAATGGATCAAATTGGTGGGGGTAGTTGGAGGAGTAGATGCACTTTGCCATTT ATCTGAACTTTGAGTCATAATAGCATTTTTTTAAAATTCAAAGGGACCTGAATACTAAAT TCGAATATTTGATCTTGTTCCTAAAATAGGCATCGTGCTTGTTCACTGCTTCGCCATTTT CACTGGAGCTGTTCCTATTGTTAGGTATGTTATCTTGACTCCTCCTATTTTTGATGTATG TTTTATTTTTTAAAATTTGCTAATGATATTCGCTGTTCAAGTTTGTGTACATTGATTGAT ATAATTGAGGAAACAGCAGGAAATTTGTGCTATAATTTGGTGCTTTTCTGGTTCTTGAAT TTGAATCTGATAATTTATCTGGGTTTTCTTTGTTTCTTTCTTTTATTTGTTCATTTAATC CGAATTCCTTTACCTGAGCACCCCCTTTACTGTTCTTCAGTCCCTTCAAGTTTTTGTTCC TTTGTGACTTGGGGCTTCTGGTAATTCTGAAGAAAAAGAAATTGCCTGTAGTTCATTAGT TTTTTCTTACAAGTTAAACGAAAGAATAGGGAAGAAGGATAACCAAGAGCCTACTTATTC TACTAAGTTTCATACTTGTAGAAAAAAATAATATTTTTAACCAAGATTGATTCTTTTTGA AGTGAACGACACGAACTCTTTGTTAGAATCCTACATTGATTGATTGATCTCGAATGAAAT GAGTAGGGAATGATTTTGAAGAAGGTGAATTGGAAATGTGTTGCACAGCTCAGCCTATTT GCTTAGTGGTAATACGGTTCTCAAGAACCTAGAAGAGGGGGCAACACAAATGTTTGGAAC TAATATTCTAGGAGAAGATGTTTTCAGATCATCCAATGAGTCGCGTGGAATGTAGTTGGT GTCGGAAAATGGAATTATTTTAATGTTTAACTTATACTTGTATGTTAGTAGTAATAGGAA GTATTGCTTCACAACATGACAATTGTTAAGCCTACGGAAGGGGTCAAAACTATAGTGTTT TAGAAAGATTTCTGTTGTTGGATTGCATAGAAGTAATGCATGTTATAGTTGGATGATAAG CTCAATAAAGATGTTTGTTGCATAGTATACTGTTGTCACTGCGACTGAGAAGTTAGGTAA GCATGTTACTTTTTTGGGTGATAGATTTGAGGCTTATAAGTTTTATGAATCTGACTAGCA TTTTGGGTGGAAGGCTAGAGAAAATAAGGTCCTTATTCGATTGAGGCAGCATGCTAGAAG TTGTATAGATTACAATTACTTTCCTACCAGAGGACTTAGCTCAGCTAGTGAACTAATTAT CAACTGCTCACTTTTGATATTATGATGGTTCACCACCACCCTTCAAGTGTGTTGTTGACT TGAGTTAAATCCTACAAGCAGTGAGTTCAAGTCATGAAGAGCTACAACACTTCTAAGGTG GAGAATATTGTTATGAGTGAGATTATAGTGGAAAGAAGATTCACAATGGAAACAATTGTT TATTATTCTGAGGAAGCATGCAGTAGACTAGCACTCCCCCTTATATGTTTTCTTCTTTGG TTCAGAACGTGTGAAAATGATCTTGATTGGGGACTTAAATTTGCAGCAATGTTATGAAAA AACAAAAGCACAAGGAAGTTATGCCTGAAGTTGTGAGGTGAATGCATTTTGAGGATAGTT CTTCTAAGTGTATTGAATTGATAAATGTGATGTATAAGTACATAATTGATTGGAAATAGA AGGGGAAAGAATAGATGTTGTGGTTGACTAGAATATCATATATGAACACCACTTATTTGA AAAAAAGAAGAAGTAAGAATACCATATACGAACACAACAGGAGTTATCAGCGGAGAATCT ACTCTAAAAAGAGAACGAGGGAGAGGTAGGGACTTGAAGATCTTGGGCTTTATCAATGAG TTTGTTCAATCCTCTAAATATAATTAAGCTAGACAAACCAAATGAGCTCAAGGTCTGTAC TAAAAAGTGGGGGCTTAAGATGTGATCTTCATCAATAAAAATATGAAGAGGCACCAAACA GTAAATAATAAGTGCCAAAAGATAAAATCGTAAAAGGTGAATTTCTCACCCTAAAACCAC TAATAAGGAATGCATCGTATGAAAATTAGCAGAAAATGTCCTCATTGATGCTCAACTAGT GTTGAGTTTGGATTTGACTATGACTTGGATCTCAAGATTTGATGTCCATGTTGTTGACCT TACCTAGTGTCTCAACTAGGAGGCTGGCCAAGTCCTTTTCAAAGTCAAACTCAGATAGCT ATATTTTTATAATAGTGATAAATCAGTACTTATTCTGTATCAATTTGTGTGTTTCACTTT CCTTTTCAGTTCGTCTAAAACAGAATGCCACTTTCTATATTTAGTAGGTGGCATTTGACT AGCACCATGTTTAAGAATTTAAGTAAGACTTCTGAAACTTATGATCTAAAACAAGCAATT AACTTTGTATGACTATGAATCAACTTAATAAGGGTAAAATAGAAAAATTAAAGTAAAACT GTTTCTAAATAACTGTAGTGTCTGGTTCAACTTGCGTGCACCACGACTAATTCCTTGGGG TAATTGCTACCTCCCACCAACACAAATACCAGGTAACTCCGTCCATCAAGGTTTGAACAT CAGAATTTGAATCTCGTGGGCCTAATGAAGATGTGTATAATATACCAAAATGTCCTTTGA ATGTTGTCTGGGATATGGAAACTAATTATAGAAAGTGGAATTCTTTTTAAAACATACTTA AAGGGAAGTAAGACAAATTAATTGAAACAGAGGATTATATTTTCCTCTCTGTCACAGTGT TCATGGTCCTCTTCCTCTTGCTCTCTTGGTCTGTCATGGAGCGACCAACAGTCATCATCT GCATAGCCTCTTGCTTTACTCTTTCTTATTATTGCCTGCTTCATCCACAATTTGACTTTC CCATTGTTTAGATGGCACTACTTTTTCTGTTTATACTTATGACTCACTGCTCTTTCATCT CACTCTTTCATTGTTACCAACAGAGACTTTATTACTATTTCTGCTCACTCAAGCATTATC TTCCACAATTTCCTTAGCTTTCCTGTGATAGAGGAATTCAATTTTTCCCTGTTGGTAAAC CGGCAATAACAGTCTGAAGTATCTGCAAATATACAGCAATTTAATAAAAAAACAACCAAA GGAAACTCATTTTTTTGCTTCAGTTTTAATTAATTAATCTGTCTTGTCATACTGTTCTGA ATCTTTTTGGGAGTGGTTGGAATAGGCATTTGACACTAGATCATTTAATCCTTTGTCGTC TTTTGTTCAAGTTGGATTTAATAACTTGAGTTTGAAAAACTGATTTCACATAGAGATTGA AAGTAAGAAAACCTAAATGCTGGACTGAGCTATTTTTATTTGGTAACAGTTAACGCACCA GACTCAAATATTTTCTTTAACTCAAACAGTCAGCTTATCAAACTGCTCGTGGCTGGTCCA TTGTCATAATAGTTCTTCTAATGGGTCTAGAGATTGAGGAGTTTATCTGGCAATATGACA AAATTTTGGGGAATGTTGACTTTTCCTGAACTTGGAGGATTTATATAATTACACCAATGT TGAATTTCATTGTCCTCTTCTTTCACTAACAGGCACTCTTTTTTGGCGAACAGAGCTATT TAGCTAACAAGTTTTTGTTTGCTTTAGCAGGCTTATAATTTGTGTCCCTTGAGGCATGAT CTTGGCATTGACACATCTCTTTCGTAGGGCTCCCTTTTTTTAAAATGCTTCAATCTCTCT ATAAATGTCAAAGAAACTTGTGTACAAAGATCAGGACAACCAGCCTTCTCGTGCAGTTTG TGTCAACTAGCTGTGGCAGCAACATCCCAACTGATGAGAGCACACTCGTTGATTTGTATC ACAGAAAGACACATGGTTTATCAAAAGAAAACGTCATTAGTGAAGCAGAACCACTCCAAT TAGATACTGCTCAATGTTCAAAAGTTTCAGCTTTTGTTGAGTTCTTCCAAAACCATGGGT TTTCTGCAACCCAAACGAAGAGACTAATTAGACTACGCCCTAAATTACTAGTATCGAAGG TGGACAAAACCCTAAAGCCCAAGTTGAAGTTCTTGCAATCAATTGGCTTTACTGAAGATG AACGCAATAAGATTATCTGTGGTAACCCCAACATACTCATGAGTAGCGTAGAGAAACAAC TGACTCCATGCTTTGATTCCCTAAAGATGTTCATGGGTAGTGAAATGCAAGCAATGGCTG CCATCAAACGAAGTCCGCAGATCTTTAATTATAAATTCTCTGATGGTTTGGAGCAGACTC TACAGGTATTGCACCAACTTGGTATTCCTGATTCTGAAGCTTCAGAGTTTATTTCAAAAG TTCCCATTATCTTGACTATAAATCCCAAAAAGATGAGTAAGGTTGGCTTGAGACTTAAGG AATTGGGGTTTGATGTTACTTCTTCAGCATTTAGGGCAGCTTTTACCGCAATGTCTGTAC TTAGTGATTCCAAAATGGAAAAGAAACTGGAAAACTACCGAAGTATGGGCTTTTCAGATG GCGAGATCCGCAATATATTCAGATTGCAGCCAACTTGCATGTTTTATTCTGAGGATAATA TCAGGGCAATTGTGGCATTCTATGTTAATAAACTCCATTTGAGCCTATCACACTTGTCAC AAAGACCATCCTTTCTATTGCGTAGCCTGAAGAAGAGGGTTATTCCCAGGTGTTCTGTCA TGCAAGTTTTGTGGTCAACAGGCGTTATTTCAAAAGTTAACAAACTATCCTCAATTCTAA TGATTAGTGAAAAGGACTTCTTACGGAAGTGTGTTACTAAATATGAAGCACAAGTTCCTC AACTGCTAGCTGCCTACCGTGGTGAACTTGTGTTCAACGAATACACTTTTCATTTACGTG AAATTCATCAGATTTCAGTGTCAAAGGCATCATCTTCTAAAGCTACGTAGCTTAGTAGTA TTTGCACCATCTGTATCTTTCACTGCACCATTTACTGTCGCATTCATGTTATCAACATTG TTTCCCATATTTAAGTTGAACTACTGCCGTTCTGTTCGTAGAGGTACTAGAATTCTTTAC TGGTAAGCTTATGAAGGAAATAAATTTTCTGATACTGCATATGCGTTTTTTTACACTGAA CATCAAAATTTCAGGGCAAAACTAGAGAACATTGTGCAAGCAAAAAGTAGAAATGTAACT GGTAGTGAGTTAATTGGTGATAGAGTTATTTGATTTAGTAGGCGACTTTTGATAAGCTTT TGAGATTGAGTTAAATTCAAAATTCATTTTTTTACCATAGTATTAAAGCTAGGTGCATCC CACTTTGTTCTATCCGGTGTTTTCATATGATAATGTTTAACAGTCCAATTGTCACGAAGG GATGTGCGGGAGGTGTTAGATATCCTACATCAATAGTGACAAAGTGAAAGAAATAAAATA AAAAATTGGTATGTCAAAATGTAAAGGAATAAATACCCTAAGGGTAGATGAACGCTTTGC AATTCAGTGTGATGGATTATTTGATCATTTGGTGTTGTTAAATATGCATATCATTTGTTT GAGGGTGTAATGGTCAAGGGTCTCCTGTTCCAAAAAGAAGTATGTGCTTATCTCCTGTTT GATTTATTGGGTTTCATATGCTCTGTGCCTGTGGTACTACTATCCTGGATGCAATGGCTG TGCTGACTGATTTTTATTTTTTTTGTTATACTTAGTTGTTGCAGCATTAAGGTTTGCTCA AAAACATGAACATCCAAACAATTGGAATGAGCCAAAAAGCAAAAGAAGGGTGATGTCTCC TAATCAGAAAACTAAAACATCTTTAACATTGTTGGATTACAGTCTACATGTTCATATTTC CTTTCAAGTTTAGCATGTTCCAACAAACTGTAAAAGGAAAATGAAAAACGCCATCTATTT TGTAAACAAATTTAAGAACTTGAGGCTTCATTTTGACAGCCCATGAACACAATCTATATG AGCATACCCACTCACATGCTCAAGTTCCAAGATACTCTACTACAATGTAAGATCATGAAT CAAGGAGAGAATATGGGAGGGACTTGTCAACAGTAAGTAACAAGACATCTATCAGCTTAG CAAGATGGCTACCGCCTGCAGTCAAACATTCTTCCTCCTGATCTTTCCCTTGCCATGATT CTTCTTCTTAGCTATTTTAAGCTTCTTTTTCATCTTCTTTCCAAGAGGTTTTAGAGATTT TGAACTTTGATTGCCATCAGCCATCTCCACATCTGGAAATCAAAACAATGACAAGATAAC ATACTGAGGGGAGGCTAAAAATCAGGTGCACAAGTTTCAGCAGCAATAGCAGATACAGGA CACTGGAGTAGAATGAGCAGTTAAATCTTACTCACATGTATTAATCTTTCCATAAAATTT AAATAGGAACTTATAATATTAGGACGCTAGTTGTTGGGGGCTGTTTCTGGGTTCCAAAAG AAAAAGGCATGATATGGAGTTGTGTCTTGATTGTGCACACTGATGATGTACAAGCTAAAC TTATGAAACTAATGTATTCAATGAACTCTAGTAACGAGATATCTTCCTTTCGTGGCAATA TGTTTCAGATAATTCATATAATTCCTCCTTTCATATCACTACTGGAATCACTGGATATAC ACACTGAGACAAAGTGGTTGATGCTGATAACTGACCGTTAATCTATTATCAGCGTTAACT GGCTAAATCATTAATCTCAATCTCTTAAATTAAGCCTCATCTGGAGTATCTTAAGAACTA GCAAAATTCACTAACAAAAAAGTAAGAAAAGATGAAGAGTTATTTTATGCATCATAATAT CAGCTTTCAAAAGTTGACAAAAACGGTTCAATCCTGATTAGTTAGATTGCCTGTATGCAT TATTCAGTCTGCTTCAATTTTTTTTATAATGGCGGTGCTTAGGCCAACTCGTGCACTCCT CAACTATGCATGTTGCTTGTTTGGCAACAATTTAGGACCTAAAGAACCTTAGCTTCACTC TCATGTGACATTGATGGTCTAAAAACTGTAGTAAGGAACTTGCCAACACTTCATGATATC TCGTCAAACTTCACATAAATATGAATCTACTATAGCCATATTCATGATATCTCCAAAGAT AATATCTTCAAAGAAATATGAAGCTCCCATAGCAATACCCAGATACGTTCTTCATTCTTA CATCTTCTCTATAAATTTTTATTTTTTCTGTTTTCCACCTTTCTCACACCACTCCATCCT GTCAAAATATCATACTCCAAAAACAAACACACAAGAATATAAATGGTAACAGCAGAAGAT AAATTTGAAACCATAAAAAAAGAAATTCAAACTAGAAGCAGCCAAAGCAACAAAATTTTG GTCTTTTAGCAAATTTGATATCAAATTTATTCCAAATCAAGTAAAAGTGAATCGATGGGA AAAATAAATAGAAGCATACCCATTTTAGATTCGTCGTTAGAAGTAGAGGCAGAAGTATCC ATGGTGGTGCGGCTGAAGGGAGACTTAACAATAAGCTTAGGAGCAGCAAGGGCAGCTTCT TGGGCAGCCAATTTAGCAGCTTCTTTCTTAAGAACAGATGGTTCTGTAGCAACTATATCC CTCCTTATAGCTCTCAGCCTCTTTTCCCTCTTTGATCTCATTGATTTCGCCATTTGTAGG TATCTCTGTTTTTTCTTCCTCCCGTTGCTCTGTATGCAGATTTTTGTTTAGGGTTTAAAG GAGGCAACAACGGCGCAGGTTATAAAAGCCCAAACACTAGAAATTATAATGCTTTAATTA CGTTTTCACCCAAAACAATTCTTTATTTGCACTTTGTACGCAAATATATTGGGTCAGTGC GAAGGCGATTTAGTGAATACTAGTATTAGATTATAACCGCGGAAAGTAAATTATTAATTT AAATTAAATATTATAATTACACTGCTTCTCTCTAGGTTTTTCGATCTCCAGTTTCTCTCT TGCCTTTTTTGTTTTTATACAAACATATCAATGTATAAAATATATTTGTATTTGTATAAA GCGATAGAAAATTGTGTAAACAAATATTTCCGTTCTATATACATTTAAAGCTATACAAAT GCAGATCTTCCCACGTAGGTTGTCATTTTCTTTTTTCCGTTTTATACAAACATATATTAT ACAAATTACAATATATAATTTGTGTTGTATAAAGCGAGAGAGAAAAACATTTGTTATATA AATGTTTTATTTCGATTCAAATGTATACAATTTAAATTTTATGCAAATGTACAAACACAT AAATTTGAATTGAGAGGTTGTCAGTGATTCATACAAATGGCAGCAGAAATTATACAAATC TGAAGATCCTACCAACGAGTTATACAACTTGATGCTCCAAAGCAAACATTAAGTTTGTTA TAAAACGCAATATACAAACTATAGTTATAACATACAAATATGTTTTGTAAGTTTTCTATA TGTGAAAGTTGCTCATATAAATACTTAGGAGTGTTGATTATTTTTTTTAAAGGGCATTTT CTGTAATTATTTAGAGAACATAATTGTGTAACTTGTAAGTCGATATACGACAGTAATTAA TTTGCTTTTACGTTGAGGGATAAACAATATCTCTCTATTTTCATTTATTTCACCTGAAGA TTGAATAATATAGATATTTAATCGGTATTATCTAAATGACGAGATCAAAATAGCATACTT AGTGAAATTTTACAGAATGACCGATTTTTCATAGGAAAAAAGAACTTAATTATACGAATA TTCTTATCATAATTACTAATTCTTCTGTAGTTAATATTTTACATGACTAATTAATTATTT CATATTAGATTTCAAGTCATATACATTTAAGTACATGTTTTTTTCTACTAAATATACTAA AATAGAGAGAGAGAGAGAGAGAGACGAGTGAGAACAAAAGGGAGGCAAATGAGATTTATC TATGTATTTAAGACATATGCAAATCACAATAGATGTATCTGGCGTGATCACATGTATCTC GAATATCAAATATGCGAGTGAGATATGAGGAGGTGAAATAGAGTTGCATATGTATCCATA TACATGCGATGTACACTCGTATACAATGTATTTAGAACAGATTACATTCAAATTTGACTA ATTTTATATCAATATACATGTATCTAAGCACATGAAAAAATTTGATAAGATTCATAATTT TGTAAACTATGATTTATCTAAATAATTAGCCCATGAACTAGTAGGATTTCGGTAAGTTAT CCTTTTTCTTATGCTATAAAGGCCCAAAACGTCTAATCTGTCTCACATGGGCCTATAAGA TCTGGTTTAGCCCATTTTCACTTTATCAGCCCAGCCTAGCCCATTTTCTATCCGCTCTCC TCTCAGTGATGAGAGTTCAACAGATTCAGTCAGTGGTTGATCTGCGCTAGGGTTGCTTCC AGCTTGAACCTTCCTATATGCTTCCATTTTGTTGATCTTCAATCTCGATTTTCAATTTCT CCAGCTCAATTTTTATCTATAGAACAAGAAAAAGTGTATAATTTTGGAAAGACAAGAAAA GAAAACTAGATGATGTCTGGAAATGCTTTAGTCCATGTATCAACAAATTCTACTGTTTTC CCCATCATACCCAGTAGAAGAAATGTGTTGGGTGATCGTTTTCTGTGTATAAAATCACCA ATCAGGCCTAAAAATCGAACCTTTAGTGTGAAAGCAATGTCTGCAAATACGGGTCATAGT CAAGAACAAGAGCAACAACCCGAGTCATCTTCCGACCAGAAAGGTCCACTTTCTGTTATT TTAGATGTTCCCAGGAATATTTGGAAGCGAACTATGCGTCCATTGAGTGATTTTGGGTTT GGTAAAAGGAGCATCTGGGAAGGTGGGGTTGGGTTGTTTATCGTTTCGGGTACTGTGTTG TTGGCACTCAGCTTAGCTTGGTTGAGAGGGTTTCAGCTGCGGTCTAGGTTTAGGAAGTAT TTAGCTGTGCTTGAGTTTGAGCAGGCTTGTGGCATCTGCACTGGCACACCTGTTAGAATC AGAGGAGTAAGTATTGGTAATGTGATTCGAGTCAATCCTTCCTTGAGAAATGTTGAAGCT GTTGTTGAGGTGAGCGACATGTATCTTTGCTGAACACATTTACTGAATTATATATATTTC TTTTGAAGTAATAAGTAGTTGTTCTATAGTTGCTTGTGTATGTTTTGATCTTAAACATTG ATTATGTGTTTATAGGTTGAAGATGATAAGATCATTATTCCTCGAAACTCGTTAGTTGAG GTGAACCAGTCTGGTCTTATCATGGAAACCATGATTGATATCACACCTCGAGATCCAATC CCAATACCTTCTGCAGGGCCCCTGGATCCGGATTGTGTTAAGGAGGGTCTGATAATTTGC GACAGGCAAAAGATTAAAGGACAACAAGGGGTTAGTCTAGATGCATTGGTTGGAATATTC ACACGTCTTGGCCGTGAAGCAGAAGAAATTGGTTTGGCGAATACCTATGCTTTGGCTGAG AGAGCTCTAAATGTTATTGAGGAGGCGCGACCGCTGCTTACAAAGGTTTGATGCACTTTA CATTTATTCACCTCCCATTTCATTCTTTTTGTATGGATGATGTTTAATCTGCTTACAAAG GTTTGATGCACTTTACATTTATTCACCTCCCATTTCATTCTTTTTGTATGGATGATGTTT AATATTAAGGATAAAAGAAGAAGGAAGTCTAACAAACAGATGAATTTAACTTCTGTACTT TTAGCTTAAGATATGGTTATGCAATGATATAACTTGTTGAAATTCTGTTCTTCTCTATTT ATGATTCATAACATCTTTATGATAAAAAATTTGTTCTGTATTTTTTTCTTTAAAGACCTA GAGTCATGTATGGAAACATTTTTAAAAACACTGATATTCTAAGCTTAGGTTAAATCACAC ATCTCTACTTAGTTCTTTCCACCAACTCACTATGTTCTACACGTCTACACCCTATAAAAG TGTAATGCGTGATGTATGAGTTGTACTAGAATCTTATGGACTTCAATCCTCTTTGACAGC ATCTGTGTAAAGAGCATTGGTGTAGATATTTCACTGTAATGAAATTTGTAAGTTGGATAA CACTTAAATTTGGAGAACTCTTAGTTAAAAGACCCTGGTTAAGTTAATATGTTTCTGGAA GTGCAGAAAGTGATTACTGAGGTCATTAGCTTGGGAAAGCCCACAGTATATTATACCCCA AGTTATGATCTGCAGAGGAGATATGTGAATGAATTGTCAGACAAGATCTGCTTGATTGCT TTGCAATTCTTTTTATGAAGGATTTTTTTGTCACATGTGCATGCAAAACTAATTTGAGTT AGAATATCTTGTTTTGAATGCAGTAAAACTATTAATCAAGTGCTTAATAATACAAGATTA ATTTTATAAGTCTGCTTGACTATTATTATCTCTAGTATGTGTATCTGTTTGAGAATTCTG TCAGACACTAACATCTCGTGCCTCATGCAACCATTTCTATTTACAGAAAAATGTTCTCTT GTTGACAAAATTAGTCTAATCCAGTTTGGACTTATTGATGTTCATTCAGTACACTAATAT GTCATGTAGTGCATATTCTAAATAATATGTCCAAAGCAAGTGCACAACTATTGTTAGTTT GTCAGATGTTAGGTGGTAAGTGTAAAACTGTGAGTTGTAAGTACGGCTGCAATATGTGTT TTCCTATACCACATTCATCAGTATCAAGCTATAGGACCATTTATAGAGGAGGAGGGGAGA ACTGAAACAGCGGTCAATGTTGGGCATACAGTTGCACTCATCCTATTATGCTACTTGAGC AATTTATGTGTTCCTTGCAGGTATTTAGTATATTCTCATGTATGAACATTGTACCTTTGA TGTATTGACACCTCAGATTAAAGCCATGGCTGAGGATGTCCAACCTATGCTAGCTGATGT TCGTGATAGTGGCTTACTGAAGGAAGTTGAGAGTTTAACCCGAAGTCTGGCACTAACATC TGAAGATATAAGGTAAATCAGTAACTTATGGTAGCTTCTTTTCTAAGGCAAGGGTGAAGT AGTCCTAGACCTTTATAAGATATACTTGGTACTTGTTAGTTTGACTGAGAATAGAACTGG GTGATACAAATTAAGTTTTGCTCATGCTGCTCACTTGTGAGCTATATATTTGGAGTGAGA CCAGTTATGTAAGAAGTTCAAATAAGCAGATAGCAAGTTCAATGAAAAAGGCTTCACAAA CATGGCATGCTTTTGTACATTATCAAGAATTCTAGATAGCCACATATTGAACTCATGCTT TTACCCACGTCATAGGCCATTCTCCACTAGGACACAACTTTGGATGCTTTCTTGGTTGAG TATACATGATGTGAAAAGGGCTAAACATTTCTAATTTCCTGGTCGCAACAGTGAGTTCCT TTTATTGATATCAAAAGTGGAGTTCAAAAGATAGTAACTCTTCTAGGTGATCCCCAAGTT ATGCATCTACTTTGAGGTTGCTTCTGTTACTGTTTGCTTTAGGCATGGAATCTGCTTTTA CAGTGTTTTATGAACCAAATTGCAGGAGAGTGCACTCCACGGTCATGACTCCTGAGAACA CCGAATTGATACGGAAGTCTATTTATACGCTGGTCTTCACTTTGAAGAATGTTGAGGTAA TTTCCCGCGTGGTAATAGTCATTCTAACACGTCAATCACTTTCATGCTTTGTGATTCATC ATTTGTCACATTATGCAGAGCATTAGCTCCGACATTTTGGGATTCACTGGCGATGAAGCT ACTAGGCGCAATTTGAAAATGCTTATCAAATCGCTAAGCAGGCTATTGTAAAGTTGATTA ATGTCTTGCAATACTACTAGCCTGAGAGAGGTTCCAAAGAGGAGAGGTTGTTCTGTTTGG CATTGACAAGAGTCCTTGGGCTATGGATTATAGGTTTTCTGCTAATCCAAAAGGATTTCA AGGTGTGAAAGCTTCCCTCTTCACCTTTGTTCTGTGTTAGAAATTGCAATATAAATGTCA TTAGAAGATGGTTTCACTAATATGAATTTTGATTGTTTGGTCACTTTCTCTTTTGAGTTT CCTAATATCAGCACCTCATGTTTTCATAAGTTATTTGTGTGTTAAGGAGAAGGTATTCCA GATCTTAATTTAAAATAATACTCATTTTATGAGGTGCTACTATTTAGGGTGACTTTGGTA CAAAGGAATTTTTTTTCCCCCTGTTTTCTTGAAAATATAAAACAAGCCATAAATTGTTTA TCTCAAGAGTTTCTATACCTAATCTATTAAATTTATTGGAGGGGAGGGGAGAGGAGAGGA GAAAATAATAAATTTAGAGTGTCACGAAAATTTAATTTTTTTATTTTTTATTATGAAAAC TTGTGAAAAGTCTTCCTACCAATTAACACATCCTTTGACTAATCAAACATGGGCGAAACA ATTTTTTCTTCACTTAAAACTCTTGTTAAGAACTTGGAATTATTTACAAATATATATATA TCAATTGAGAAAAAATCACAAACATTAAGGTGAACAAAGTATGTGATGCTTTGCTCATAG CCATGTCTTAACTAGAGTGTATTAGTGATTAATTACAAAGAGAAATTCTAATTTGATTTG TACAAAAATATTGCCACCCCTATTGAGATATATATAGTGTAATCTCTACAATTAGTCAAA TCATTAAAAATAAGTTAATTAAAGGTGAATTTTGTGTGGATTAATTAACCCAAAAAAGGG AAGAAAAATTCAAAGCTTAAAGCATGTAGTTAATTTTGTCATAGAACTTAAAGACACTAT AGAATAAATTTCATAAACTTATAGCGGGAAATTATTTAATAAATATTTCTTTAATAGTGG TTTTACAAAATTTAATTTGACCATATTTACTTGGAAAAAAGTCTAAACACAAATTCTAAT TTTTTTTAAGTGCAATAGCAAGTGCTTGCTAGACTTTTTTTTTTAAATGACCGATTAGTG AATTATTTAAAATATGTGAATGAAATTTTCTGATCACGTGGGACCATTATTTTTATTTAT TTCTTCATTTTAAACTTATTTTATTTTTATTTTACCCCACCCCTCATCCCCATCAAAAAA AAAAAAATTAAAAAATATTCTATTTCAATTTGTTTTTCACCCCTACTCTTCACCCAATTC CACCGGCCCCTAAAAAAATAATTTATTTTTAAAAATTATTTTAAATTTCAAAATTTCATT TTTTTCACCCGTACATCCGGTCTCCATTCTAAGTTTTTTTTTTTTTTTAAAAAAAATAAA TTATTTTTAACTTAAAAATTTCACCCCTTCCCTTGCCCTCCCCTTCTGCCAGATCTCCCC CCCAACCCCTACCCCACCCCCTCACCAAAAAAAATTTAATTTTTTTTTAAAAAAATATTT TCAATTTCAAAAAAAGAATTTCTCCTCTAATAAAAATGAAAGATATTTTTCAAAAACATT TTTCATTCAAATTAATCAAACGCTAAAAAATTTTCTAAAAAATATTTTTTACTTACCACC CAACATGAAAAAATAAGTCAAAACTCTACTTATTTTTGAAAGAAACCATTTTCGTTCCTA CCAAACACCCATCATTTAAAAGTTAATTTTGGAACAACAAAATATATTACTCCATAGATA GTCACCATTAGTAATTTGTACCTTCCGTTCTTATCTACTTGTCACTTGTCAGATTAATTT TTGCATATTCCAGATATTAATGTAAAAAATATTTTTATTAAATCACCATTATTATTTTTT TAATATCATTTTATTACTTTGTTCATTCACACAATAAGTAGAGTAAGGGTAAAACTATAG AGAAAAAAAAAGGAGGATTGACTATCTCACGTAATATAATTTTTTGTTTATCTACATTGC GATACAATGAGTATTTTGAATCATTTTATGTAATGAATATAACAAAGTAAAGTAAAACAT CATCCAATTCATTATTTTTGAATAGCTATGCTAGTGGTACCAGAGAAGTTAGTTCTGCTT TATCAACGAGAATAGCGAGGGACGAAAAATTATTTCATCCTTAATTAGAGATTTAGTATT CAAGCCCTATAATATATTGAAATTGCCTTTGGTACGAAATATTTACCTTCAAATACAAAT TTTTTAATATAAATTTAGATACAATTAAGCTCTAATACACGAACATCAAATGAAAACAGA AAAAAGATTAAGTTTTGCTTATATTTTTAATGAAAATAAATAAATAAAAAGGTAATGGAT AATTAACTTTAATGAATTATTGATTTTCATTCCTCCAAACATAAAATCGAATTTTTGTCA CATTTTATTAAAATCATAGATCAAAGTACAAAAAAACATTTTTTTTTTCATCTATCCCTA TTTCTAGTCATGTAAAATTTTTCTAGCATTGTTGATAGATTCTTGTTTTTCACATGTGCA ATATCCACCCAAGCATATTCCGGTGCCTCTCTGAATGGGGACACTGCAGTAAAGTACACA ATCTTGATTAGTCTTACATGGTGGTCCAAAAGCATCAACACGATGCAAACCTATAAAACA TACAAAAAGAATCGAGTTAAAATTCATAAATCACGTTAGAATAAGGACAATTCGATGTAC GAAGCATCAACAGCGAATGTATATGTATTGTAAGAGAGAGATATACCAATTGAGAGGAGA ATCACAAACACCAAAGAGAACAAAGAAAATGAAGATTTGCTCATTGCCATATCTTAATTA GAGAGTATTAGTGACTAATAATGAAGAGAAACTCTAATTTGATTTGTAGAAAACATTGCA ACCCCTATTGAGATATATATAGTGTAGAAAAGGTGATTAGAAAAATAAATGGAAAGGAAC ATTAAAAGCTCAAGTCATATAATTCATTTTGTGATAGAATTCATTGAATAAAGACACTAA ATGATAAATTTACTCACCGTGGAATTTTTTTTTAAAAATGTTTATTTAATAGTGGATTTA CATAATTTAATTTGACTGAATTTACTTGGAAAAAGAATTTAAACTGAAATTATTATATTT TTTCAGCGAAAAAAGGTCAACAATAGCTAAAAACTATAGAAAAAGGTTCAAAAATATCCT CCATCCATCTTTTGGTCTAAATCTATCCTTCTACCTATTTTTTGACTTAAAAATATCCTT CCATTAACCTTATAGCTCATTTATGTCCTTAAAACTAACAATCCTATCTTTATTTTTATT TTATTTTTTTAAAAAAATATTTATTATTTGTGATTCTCCTCATTGGATGAAATAAAATCT CCATATCAATTAGATTTCCTGCCATAATTTATCTAAGCCAAAAAGAATATACCTCTTAAA AAGACCTCAATTATTTTTAACTAGTTAACATGTTCGCGCGATCCTAACAACTATTTTGAA AATAATATCTTTTATAAATTAACACGTATTTAAAAAAAAAAAGCTCAATACTTAGTAAAA GCTATAAAATATTTATAATAATTGTTTCAATTTATAAGATATTATTTTTGCATTATTTTG TTAGGTTGTAAAGAACATGTTTTATATATTGAAAAAAATGTTAATTTAATTTTCTATTTG TCATGGATCATCAAATGAAACGCAAATAATCTCCACTTCTCGTTTTTTAAAAGCATGGAT ACTTATTTTTATATAAGGAACTACTGAACATAGACCTTTTTAAATATAAGTCTTCAATAG GATTTATTTAACAAAAAAACATACTTGTTAGGTACATAATCTTTTACAAAATTCTTTATT TTAAAAAAATTGTGCAAGTTAAAATATGAAAATTATTAAAAAGGATGTCAATAGTAATAC AAAGGACAGAACAACTACTATTTCAATCAAACAAAATATAAATGTAAAAAATCATAACAA TAAAATTGAAAAGCAATAAATATTAATATTTTAAAAAACAACTCAACACAAAATTATAGT CATTTTTATTTGTTTTAATTATCAAAGAATAATTATACAAATAATAAATAGTGAATATTT TAACTTTTGTGGAGTTACAAAATTCACTAAATGTATAATTATTTAGAAAAGATCACAATT TAAATAATGACAAAAATGCAAAGAATGGGAGAAAAAGAATAAGTAGGACTTTTAGTATAT AAGAGTTTCTGTGGTTGTTTGTTTTTATATCATATTGAAATTATTTATAATTTTTTTCGT CTTCACACAAATTAAAAAAGTTTAACTTTATTTACTCAATATATTTCACTAAAATAATAT TTCAATTCATTTTAGTGTGTATTTTGTATGTTTTGTTGTGGTCATTTTATTTAATTACTG AAAAGTTAGAAAATAAAAAAAAATTATTATTTAAGAAATTTTTTTAAAAATCTCGAGTTT TAATAAATAATACATACTCTGATACTCCCTCTATTTTAGAATAAGTGAAATTGTTGAGCC TTTTTTCATAGTTCAAAATAAGTGAATTGTTTCAAATTTAAGAGAGATGTTGAAAAATTC TTCCATTTTTGCCCTCATTTACAATGTTAAATAATTATAAAAGAAATGAATTTTTAAATA CAGAATATGTATATGACGGCATCTGAAAAATAAATTATTTATTTTAACAGTTAATTAAAA AGCTTATTTATGAAATATATAAATAACTTAATTTTGAGTATATTTAATATATGATGTGTT GACACCCAATTTTTGACCCATGCTGGTATAAATTAATTATCGAGCTTCGTGAATTTTCCA AACTATTTAAGTTAATTAGTTTTTTAAATCTTGTTAAAATAATAATAATAATAAAATAAA AAAAATAATATATATATATATATATATATATAAAATATATATAAAATATATATAGTACAT GGATTTTATGCTACTTATCATAACTTTAGATAGTATATATATGTTACGTAATTATGTATA TAGTTTGTATATTTTATGATTATTCAAAACCATCAAAAATATACATTTTTAAATGCTTTA TCAAACTAGTTTAATTTAAATTATAATTATGCTTTTGAATTACTTTTTGCTATTTTTATA AATTATGTTACTAAATAAATAAGCTCGTTAATAAATTTATACCAAGTTCGTTTTATTTTA AATCAATTGGCTATTTGTTAAATTGAACCCATTTTCCCTTTCAATTTTAAAGAACCGAAT TTGGGCCTTCTCCCAATTTACCTCAGGCGGCCCACGTCTTTAATCCAACCCACTAAATTA AATCCAACCCAACCCAAACCACTTTAATTTCCTACCCGACCCAGCCCCAATCTTTTGACC CGCGACCCGACCCGTCCCTCTTCCCCTTTCTTCTCCCCCTTTCCCCCACGCGACCCCCAT TCCCAGAAAAGAACAATGAAGCCCCCCCCAGAAAAAGACAGACGCGACCCCCCAACGGAG ATCCCGTCCCTTCACGCGTCTCTCTCCCTCATCTCCCACGCTCTCTTCCTCACTCGCTCT CTCTCTCTCTCCTCTTCTCTCTCCCTTCGCGCAGACCTAGCAGCAGGGAGGCTAAAGTTT TTGTCCGTGGTGCCAAGATCGCGCCACGTAGCTCGCAATCGGACGGCCCCCATCCCCCTC CCGTTGAAAATTTCGTACAAGGATTGTACTAGTGGCAGCTTCAACCTTATCTTCGTGAGT TTTGAATTTTGAAATGGAGGGCGAAGTCTCGATTTTGCCCCAAGCCTTTTCCAGTATTCC TCCGCCCTCCCTCTTTCGAAAATCCTATTTCTTCTTCTATATAAACCCCACTCCGTTTCC AGAATAGGGGGTTGGTTTTTCGGATTGGAAAAAATCGAGGTTAGAATTTTGAAAGGGGGA CTTTTGGGTTTAAAAGAAAAGAATTTTCAGAGAGAGAGAATTGAGAAATGGTTAGTTGAA GTTCTTTGTTTTTTTTTTCTTCTGTTGTTGTTGTGTGAACTGGAAAATTTAGTTGGATTT TGAGGGTCGGAAGGAGTATAAGGGAAAGTCGAGTTGAAACTACGAAAGGGGGATTATCAT TTTCGTTTGAGAGCCTCAAAAGTCGAAGTCGAAAGTTTCGTTTTCTTCTTCATTTCTTCT TTGGAACTGTCAGCTGAAGGTGTCCGAAACAGGGCTTGCCTTTCAGTCTTGATCGCGATG TCGTCATCTCAATCCGGCGACGCCAGCCCTCTACGCGCTTGCTCGAAATACTAGGTTCGC GGTGGAAGTCGTCGCTCATCGCTGCTCGTGTTCGTCTCAATCGCTGCCCCCGAAGAGGTA AATCTTTCGTCTTCAGATGTTTTCCTCGTTTGTATATGTTTAATGACCTATATGGAAAGA GTTTCGTTGTCGTTGTTTGTGGGAATTCTGGTTTGCTTTCCGCCTAATCGTTAAATGTTA TAAAGTTTGATTCTCTCTGTTGGTTTGAACTCATTGTCTGGCTGTTGAGTCTTTTTAGTT AGTCTTCTTGATATGTTTCTCTTGCGATGAAGGTTGTATTATGGAGGATAGTACAATATG TTTCTTTAATGTCAAAGTTTAGTGTGTTCGGTGTCTTGATGGATAGAAAGGGATATTTTC CCTCTAGGCAGAGTCTGCGGTTGCTGTTGCTCACGGTTGAGGGTGTCTCAATGGCACTGA TCATCGTGAGACCATGTTGGCCGGTTGGTTCCTTTTCTCTTATATTACAAGTCGTTTCAT TGAATCTTCTTGATATTCTCCATGTACGCCTAGGATTTTGGTTTAGGATGGCCTGAGGAA AAGGCTTCGATCGACCGCCTCTTTCTGTTTGTGTATATATTTGAAGTTTAAGTAGATCAT AATGTGTTTCTCGAATGGCCTCCCTATTTGATAAACTCAAGTGTGTCATAGTAAGTTAAG GTGTTGTTGATCTGCTATATGTTATCGTCTGAGTCTTTTCTAATTGAATTTTATTGAGTA TAATTTGGTAATCATTTGTATTGTGTTGATCAGTCGTTACACGGGTGGGGAACATCAAAT TGTTTGATGTATGATTATTTGGGGAGTGACCCTTGTTCGATAGTGGCATAAGGACCCCTT CTGTTTTCTCCTCGCGGTGCCTTCAATATAACGTTAAAGATAAAAAGTGTGACTGTTCGG ATTGTTTCTTTAATCTTGCTGATCATATGCCCCTCCCAGCCTAAATGTCTAAATTTTTTT TTTTTATTTTTTTTATTTTTTTTCTCTCTCGTTGCTGCCCGCAAAAAAAAATAAAAATAT ATATATATATATATATATATATATATAAATGTGTCATGTTATTGTATGTATTATTTATGT CACAAATTTTGACTATTAGACTTAGCTTATAAAAGTTCCACGTTCTTTTCTTAATTTCTT TTGTTTTATCGCATGTGAATTTTTTTGTGAGTCCGTCTTGGGACTTCATCTCCTTCTTCG CATTTGGAAAAGTCGTAAAGGCTCCAGATTCCTTTATCTCGAGTCAAACCAACAGGACGG ACATGTCAAATTCGAAATGCCGTGAAGAGTGAAGAACTTGAAGAAGTTATTTAAAAAAAA TTCTTTATTTTATGTTTAGTATTTTATTTGTAATGGGCATAAGCCCTTGTCGTTTTCACT TTCTTGTATTTTGTATGTTTAGACTAGAACAGGTACGAAAAGAAATGGGTTGAAACCCAA AAACAGGTGGGTCCAAAACTCGGTCAAGGCGAACAGAACCCGAGTTTGGACCCAAAATCC CTCTCTCTCTCTCCTTTTATTATTCGTTTATATGTTTGCTTCAGTGTCGTTAGCTAGGGT TAGAAAACTCCAAACCCTTCGAAGCGCCTTTCTATTTTATTAAGTTAAAACTAAATCTTA AAAAAACAATAAGTATTTTAAAATTTGTAAAGTCTGTCTAGGTAAAACCTTAAGGAATTT AACTTCGAAATAGATTTGCAAATTGACAAGATAAATGACAAATATTTCAAAATTTGTAAA TTCGCCTAAGTAATCTCTTAATAAACTCAAATAATAAAAGATCCGCAAAAGTTAATATAA AATAGTCAAATAAGTTAATCGCCGGAAAATCGTAAGTTAGCGGAGCGTCTTAGGTGCTTT TTCGAAACCTTCCTAAGACGCTAATAGGAATCCCGAACCCTCTTAAAAATGTTCCAAAAC AAATTTTTTTTTGTTTTAGTTGTTTTGGAAATAAGTTTTCTTGATTTTTCTTAAAAATTA AGTGGCGACTCCTAAAAGTCGAAAAAACTCTTAAAATAAAATGAACTCCTTTTCGAAAAT ACTTTTTCGATAAAACATGATGCAAATGAAAGAAAAATGGAAAGAAGTCTTAAAACAAAG ATAAAGAATTAAGTAAAAAGGAATTGAGGAGATATGTCTATTTAGCAAAAAATATAAATA GATAAAAAGAATTGTAAGTCGTGAGATGGATCAACACGCTAATAAAAAAACAAAGCAACA TAGTAGTATTTCCTTATTTTTTTTAAAATAAAAATAAAAATTAGAGTATGTTTTGTTACT AAAAGTTTACGACCACAAAAAAAGAAAAAACATATGCTTCCATGAGAATGTTCTAAGTGC AAATCTTGAATAGTTGATGTGCAAATGATAGACAAAAATGTTAAATCCATTATATTTTGG TAAAACTAAATGTAGAGGTAATAAATAGAATCGTAAAAAAGGAGTTGAAGAGAAATGTCA TTTAAGTAGAAAAAGTGAATAAACAAAGACTTTTGTTATTTATGAGGTGTAATTAGTTGT AATAAACATTGTAATTTTTTTAGTTATCAAACAAATTAATTAATGAAGAGAGTAAATTCA TTTTTTTCAGTTTCATAATCAATTTAAACAAATAGAATTAAATGTTTTGTGAAATTTGAG TCCCACAATTATATATATATAAACTAATTTTACACAAATGTTAACAAATACTAAACAAAA ACTTAATGGAAGGAATCTCATCTCCTTTTTAGTCGATTCAAAATCCACAAAAGAAAGAAA TGTATTATTTCATCTAAATTAGAATGAAAAGAAGTGGATAGAGTAAAACAAAAGATGATG AAAATATTCTTGATCGAAAAATTATACCATATTAGCATGTTATATAAATAATATATATCG ATGTATAATAAGGATCGTATATCTAAAAGACAGAAGTTCATATAATGAAAATATCAAAAG TTTTCTTTAAGCAACAAAATAATCCGCGGAAGATCATTTTGTCCTTGATACAAAAAGTGT GGTTTATAATATAATCTTGTTCTTGAAAGGTACATATCTTGATAGATAAATAACTAATTG AAATATTATATATATAAGCAACAATAACTTTTACTTTTTCAAATTTTACTCTAACCAACT GTTAAACTTTCTTCTTCATTTTGATGACTTGTAGTAAATCAATTTTTGATCGGCTCTTTT GACGAAACTTACACCACCTTTAAATTTTTTTCTTCATCTTGATAAATTTTTGCTTGACTA TTGTAACACAGAAGAAATTTTAAAAAATATATCTATTTTAATCTTCATAAAGCTGAAAAA AAAACTATTAACAAGATGAAGTTGGAGAAAATAGAAATGGACATGCAACAACACCACAGA TAATTGTTATTTATAGATAAGAATTAAGTAGAAGGAAATTGAGAAGACATCTTATTTAAT TAGAGAATTCAAATAAATAGAGTTTTTTTTTTTTGTAATTTCATGTGATATAATTATATG TAATGAATATGATTGTATTTATTATTTTTTTAATAAATTGATTAATGAAATACATAAACG AAAAAACTCAAAAAAGGGAGAAAAAGATGAATAGTTTTCTAGGTCATTGAAAGGTGTCAT ATCACCTTATTTATATCTAGCTTTATTATATATAAAAAAAATTATATTTATAAGTAATAT ACATTTGGTATAAATTAAATTAAATAATAAAGATAAAATATTTAAAATGTTTTTCTTTCG TAATTTTAATTAGAAGAAGGACAAAAAATTTCAATAAAAATATTTTTTATTATTGAACTA AAGAAGTATGAATTATGAATAATTACTCTTTGTAAGTTGGCATGTGAAGAGTCTTTGTTG TAAATGTTTTTCCATTAATATTAATACTTGTTGTAAATGTTTTTCCATTAATATAATACT TGTTGTAATAAATTAAATAATGACTTTTGCAATGAATTAATTAATTTAAACAAGAAAGAA ATGTCAAGAAATGAGAAAAAAGATATATACATGTGTAGATCATAGAGAGGTGTCACATTA TCTTGTCTATGATTCTCCTTTATATAATATTAAAATTAAGATATAATTAAGATTAAGATA ATATTAAGATTTTATATAAAAAAAATCTAATAGGTTTTTTTATATTTTTTGTAGTTTTTT TTAATTCCGACTCCTCCCAATTATTTTTTCTATTTCCCCTAAGTTATTACGTGAATTGAA AACACTTGGCAGTAGGTAAAAATTAACAACTATGGTTTAATCAATTACATTAGAATTTTA ATACAATATAAATAATTAATATATCATAAAAAAATAATAATATTATGATCATAATAATAT TATCTTATCCATAATATATTATATTTTTTCTCTCTTTTCCTATTTTTATTTTTCGTCCAG GCCACGATCTACAAAATCTATTTCTTCTTCTTTTAGTGAGTTGTTGAAAAGATTATTAGT CCAAAAAATTAAATGATTATTTTTTTTTAAAAAAATAGACTTTGCTTAGGATATATAACA ATATGATATGTCCCTGTATCGAATTTTTTTTTAAAAAAAAAACTATAGAAAATAGAAATT ATTAAATTTTAAAAAAATATTTTTTTTAAATCTTAAAAAGATATATTGTTTTGATTTGGA TAAATTATGTAAAAAATTAATAGAAGTGAACTTTTATTTCATTTAAAAAGAAAATGACAC ATAATAAGTATTTTTTTTTAAAAAAAAGAGAGAATTGTTAGTTGCAAGGGTATAAGTGAG CCAAAAATATTGATGAAAGGGTAATGTTAGACCAAAAAAATGAGTTAAAGGGTATTTTCA GACCAAAAGATAAATGAAACATGTTTTTAGACCTTTACATGTAATTTAGGAGTATTTTTA ACCCTTTTCGGTTGCGAGGGACAATAGCAAAAGAAAGTGTTTGCTTGACATTTTTTATGA CGTTGCTGCTTTAAATGATTAACGAATTGTTTAACATGTGAATGAAATTTACAATTTTCA TATATTAGCAAACTTTATTTATTCAAACTGATAGTAATTAGTGGCGTAGTCATATGGATA CCCTTCGTCGGAAAAAAAGAGAGCATATATACAGTTAAATGATATACAAAATGATTAAAT AACATCTTTTAGGGACACCCTTAACATAACAAGTTACTATTTCTCGATACCCTTTAAAAA ATTTCTGACTCTACCACTAATAATAATATATCTGATCATCAATTCGACCTATTCTAACCA AAAACCTATTTTTCGACTCTTAAAATATTCTTATAATTTCTTCTATTAATAAGTGAGATT AACACTTTGCAGACAACACCCTATCGATATGTGTGTTTACCTGCTAGCTAACTCTCTTAA TTTTAAGGAGAATTTCATTTGTAGCTAGAAATATCGTGGTCACATGGTTCCATTATTTAT TTCTTCATTTCAAACTTGATTTCAATATTTAGTGGCTTAATATTTCGATAATTATAATTT GTTCAATTTCAAATTTAGAATAGTGAATCATGACTTTTGAAAATTAATTTGATGTAGTTT AATATTTTTAATTTGATTTCAATTTAGTGCTATGGTAATTGATAATTATAACTTTTTCCA ATTTAGAATTTTTAACTTATATATACTCATAAAATAGAAAATTATGGCTTTTAAAAATTA ATTTGATATAATTTGATATTTTTAAGTTTGATGCAGTATAGCAATGTGATAAATAGATTA TTACAATTTGTTCAATTTCAACTTATCTATACTCATAAAATAAAAAATTATACCATACAT GCTAACACATTTCACACAAAAGTGTGTATTCAATAATAAGTAGGAATAACTTCCTTTGCT ACTCAATTACACAAAAAATATATTAAATCAAGATTAAAAAAACTACATAAATTGATATAC AAAAATATTATTAGTTAAATCTAAAAGACACAATATACATCGAGATAAAAATATCAAATA TAATTTACAATAATTTTTGTATCATTATCAAAGTATAGCTTAGATATGGCTTTGCTCGTT TCATTTTGTCATTTTACGTTTTTCAAGAGTTGATAAATTAAAATTATATTAATTTGATAT TTTAAAATTAAAAAAATGTAATTGTTATGAGTACAAACAATTCATATAATTTTGATTTAT GTTTTTAATTTAATTGATTAAAATCAGACCAAATCAGATTTCGTTGACTTCTAAAATTTA TAATCAAAGTAGATACTTTTTTTCTTATTTGACTTTTGGTTTTTCTTTTTTAGTTTATAT GAACACTCATGATTATAATGATAATGAATATCGATTTAAAATAACAAAAAAAAGTAGATG CCATTGTATTTTTGTAATGACATAATATATAAACATGACTCTTAATTTGATATCAGTTGA TAAATGACAACTAGACATTTAACGTTTACTGTGCATAAGTAGACACTTAACTTGTATAAA ATTGAACAAATAAACACGTTTGTTGTACATGACACCTACATGACAATTTTGTATCCTACA TGGTATTCTATGTATATTATACCACATAGAACTTGTGTGTCTATTTAATCAATTTTATAT AAAATTTAATGTCTACTTATGCACACTCAAAATTATAAAACATAAATTTCTGTTAAAACC AAATTAACGATCATGTTTATATATTATGTTTTTTGTAATTCATCAATCCTGACATCAGTA TTTTTCTTAAGCCCCAACTAATTCTATTCGACTTTACATCATATAAGACATATCAAATTT CTATTAGATTCTTTTCTTAATTTTCAGACTTAAAGTTAAAAATCTTTAGTTAAATAAATA AAAATTCACATGTGATTCACATAGTTTGATTCTTAAATTTAATATTTACTCTAGAGCGGG ACTAATTGATATATTACATATTCTCTTGATTGGAAAAATTATTTAAAAAAAAAGATGAAT CAAACCAGGTAAAAATAAATAAATTCGTTTGAACTTACGAAAAATTTACTTGAATCTTCA ACTAATTTTTTAAATTTATTTAATTTGTGATTGTCAGTTTGTGTCGATCACGATCCCAAA TTTTTGAAATATAATTTAAAAAGTTGATTTTGAAACAACAAAATTACCCCATAGTTAGTT GCCAATAATTTGTGTCCTCCATTCTTTATCTACTTGTCATATTAATTTTTTGCACATCCC TTATATAGTTATATTAATGTAAAACACCACATTTAGTAGAGTAAGGGTAAAACTAAGGAA AAAGAGAGAAACAATTCTCAACTATCTATTGTTATTTTATTTCACCTATATCGAGGTACA ATAAGTATTTTAAATCAATTTTTTTTTTGAAATAATTATAACAAGGTAAATAGAACATGA TCATCCAATTCATTATTCTTGAATAGCTACGGAAGTGGTATTAATGTTGCGGTGAAGCGA AAAATATAATTAATTTATTTTTAGTTAGAGATTTATATTCAAAACTCTATTGGATATACC AAATTTTATTTGATAAAGAATTCAGATAAAATTGAGCTTAATACATGAACATCAAATGAA AACAAAAAAAGATCAAGTTTTGCTTTATCTTTAATAACAAGAAATTAAGATGATTATGAA TAATTAACTTGATGAATCATTATTTTCTCATCGATTGTCACACTTTATTCAAATCATAGA TCAAAGTAAAGAAACAAAGAAGAAGCAGATTTTTTTTCATAGATCTCTATTACTAGTCAT GTAAAAATTTCCTAGCATTGCTGATAGATTCTTTTTTCTGACACGTACAATGTCCATCAA AGCATATTCCAGTGCCTCGAATAATAGGAACACTGCAGTAAAGTACACAATCCTTATTAG TCTTAAAATTCAAAATCACGATAAAATAAGGACAATTCGATACACAAATCATCAGAAACA AGCTTGTGTATTATATATATATATATATATACCAATTACGATAAGACTAACAATCACTAA GGAGAACATAGTGTATGAAGGTTTGCTCATAGCCATGTCTTAATTAGAGTGTATTGGTGA TTAATTACGAAGAAAAACTCTATTTTGAATTGTACCTTGTCCTTAACCCTTATATATATT AGTGAATACAAGGTAATTGCTGGATTAACTGTCCAATAAAGAAAATATATTAGTGAATAC AAGGTAATTACTGGATTGACTATCCAAAAAAGGAAATATATTAGTGAATACAATGTAATA GCTGGATTAACTATCCAATAAAAAAACGGAAAGATGGAAGGTGAATTAAAAGCTTATAAG GAATGTAATTTATTATGTCATATATTTAACTCATATCATTTTAGTGTAATCTTATATGAC ACAAAAAAAGAGTGGGAAAGTAGCTTATAAAATATTTGACTAATAGACGACTGCATATAT AAATTAATTTGAATGCATTTACTCGGAAAAAAAAGTCCAAACACAAATCCTACTTTTTTT TAGTGCAATAGCTAAAGAAAGTGCTTGCTTGATTATTATTTTAAAAAAATGATTACTGAA CTATTTAAAATATGTGCTTAAAATAATCATATATATATATATATATAAAAGATCATTAAA ACTGAAAAGTAATGTATTCGATTATGTTTTAAAGAAGTCTCGTTTGTGTTTTTTAAGCCT ATTTTTTTCTTTTAAAAAAATATTGACCAAAAACCTTTTATCTAATTGTACAATTCCTTT ATATTATATATATATATATATATATACTTAAACAAATGAAGGATAAAAGACATTGGTTTA TACAGATAAAAAAACACTTGTCATGACTCATGAGCGCGAAAGATTCATATGGTATTTTGA TTTAATTTTTTGATTATATTCGATTAATTTTTTTTAAAAAAATCAGATTTTTGTTGACTT CTAAAATTTAAAACAATAAATAAATAAGTGTGTATGTTTTTTCTTTATATAAAAAATTAA TTTACTTTTTTATGTTTACTGTGAAAATTTTAATCATGATAATATAATGAACTTCGAACT AAAATAAAAGAAAATTTTAGGAATTCATGAGTATTTGGCTAAAACATTAAGGAATATAAA TGATTTTTTTTACCCATTAAAATGATTACACATTCACAAGATTTTTTTTCTTTTTAATTG AAATGATCTTTTAATTAGAAAATTAAGCCCTGTTCTAGATTCATATCTTATAATTAGTCA AAATGATAAAACACCACAAAATATCAGTGACTAAACTATTAATGATTTTCTTCAAACAAA TTAAAACATCGTCTCCCACGCTTATTTTATTTTTAAGTTTTACCTAGTTAAATGATACAT GTACTTCTTAATCTAGTTATTGTAATTTATTGATTGATTGAAATAGAAGTTCTCAATTTG AATTCAGGAAAATGAACTTCATGTCAGAATTTTTTTCCTAATATAAAATTACCGTTAAAA TAAAGAAATCATATTCGGATTATATGATTTGATCCCAAAATTTAGTAGGCGTTCAACCAT ATAATACGATATCACAATATTTTCTTAATTGAAAACATTAAAAGAAAAAACAAACAAATC AACCAGTGTATTATCAGTGAAGATGAAACTAAGCTGCTGCTTATAACTTACTCATAAAAC ACCTAAATCTTTAACTCCTTTTTTAAAAAATATATTATTTATTTAATTCACTTTCTGTCA TATCCCAAATTTTGAAAATATAATTAAAAAGTTAATTTTGGGACAACAAAATCTATTACT CCGTAGCCAGTGACCAACTCACCATCCCTTATATGAATTTAAAAATATTTTATTAAATTA ACCTTGTTAATTTTTTATACCATTTTATTCCTTTTTTCTTTCACCACATTTAATATAGTA AGGGTAAAACTGAAAAATAAATAAATCAATTTCTCTTGATTTTCGAAAGACAATAATTAA GTATTCTTTTATTAATAATGAAGTGTTCGAGCCTACTCAACTATTTCATGTTTTAATTTA CCTATATTTTTGTAATGAATATAACAAGTAAATGAAATTACGATGGAGCGATGAATATTT TCTTTTATTTTTTTAATCAAAGGTCTTGTAATTTGATATTTTCTGACACAAAACTAAATA TAATTGAGCTTATGAAGATTATAAAAAAATACTAGTGGTAAAGTTTTGCTTTTTTGAGAG GTTGAAACAAAGTGCAAACAGAAAAGTCAACAAAGGACTTAATAGGAAGTTTAGTTTGTC GGCAAATATAATTAAAGTTTGATTTATCTAGAAAACTATGATAAATTCATTAAATTAATG CTTATGAGGTCCATTGTACTTATGATTATTAGGGCTTCTCTTTTCCTAGCAATGTGTGGT CCTAACTATTTTTCTCAAAGCCTAATTGACTCCCTACCTTCAAAGCCATCATTTTGCTTT AAATCTCATCACTATATATCAATCAAAATTGACATTAAACAAATTAAATATTCTGATTTT TATTAATACTAAGTACTAGTACTAATTTTTATGATGATTATCATGAAAACTAATTTTAAT GTCACGTCAGTTTGTTGAGCTAAGTAACTAACTATTTGCTTTTATTTTGTTTAGTATATA GTTCGGGTGGAAATTATAGATCACGGAGGAGCAAGCTAGAAATTTGTTTAGGTTCAAGAA TTCAAATGCAATTAAAAAAGTCTCACATTTTTGCCATATTTTCACATTATAATTTTTGGA TGGATTGAAATTTGAATTCTCTTTATTCTATGTAGCTCCACCACCATATTTAAATACTAA ATTAGAGATTTGTGATTATATGGTATGCAAATCTCACTCACACTTATATATATATATATA TATATATATATATATATATATATATATATATTTTATTTTTTTTGATTCATATGTATCTGA CTAAAAATTTGGTGTGAAATTATTACTTAGTGATAAAGTGTAATTATTTCAAATTATAAG AAAAATTAGTAAATATGATAAAGAATATTTGTGTAATTAGATACTCCCTATGTCCCTTTA CTTGTTCGGTGTTTATTTTTACTTATTATTTTTAACTAATCAAGAAAAATATTTTTTTTG CTTATTATATCCTCAATTTATTTAAAAAGTTGATATTTTAAAAATGATAGAACTTCTTTA ACTAGTAAATAAATTTTTAAATTTTATCAATTAATATGAATAAAATGATAATACTAATTA TATCAATTTTTCTTTTTAATAAATATGTCAAGTAAAAAGAAAAAACGTAATAGACACGGA GCAAGTACTTTCACTTTTGAATAAAGGGAAGATGTTTCAAAAGCTATGTACAAATTAAAG AGAGACAAAAGTTGATTTTGAGAAAAAAGAAAAAACTTTATCGCTCGATTCTACCAGTGT GGATTGTGGAATAAATATGTTTATGGATTTCCAAATTTCACTTTTATTTGTCGAGTACGT GAAATTCGATGGACTTTTAACTACATAAAAAGTTGAAGAAACAGACCCCTCCCTCTCAGT AACAACATGTTCCTCTCGTTTAGGAGCGACTCAAACGTATTAGTGATTTAAAATAAAAAT TAAATAGGCCTTAAAATTTAAATTGTTAATAACTTTTCTATAAATTTTTTTCTTTTAGTT TTCACCTCATAATATAACCATTCTTGTTTTAAATTATTCTTTATAAGATATACTATTCAA AATATGTCAAATTTCTTTTAATAATCCCTTCATTTTTCATGAAATGTTTACTTTTTCTAC GAATAGTATTCAATATTTTTAAAAAATAATAACTTATAACCTATTATTATAAAATAAAAA TAAAAATGAAGCCCCTTAAATTTGTTGAAAAAAATACGTTTATCATTAAAGTAGGAAAAC TTTTTAAATAGATGAAATCATTATAAAAAATAAGAAAGACATTAAAAAGATTGGATTGAC GAAAATTGGAAATTCGAAGGAGATTTGGTTTTAGAAAATATGTCTTTGTTTGTTACATCA GAATGACGATAGGTAATTTTCATATCTAATGATGAATACTTAAGAGACAAAGTCAATTTC ATAATAATTAAAGAAACATTTATCAACAAAGTAAGTAACAAAGGTCTTTTTCTATTTCTC AAAACTTTGCTTTATCACGTGATTTCCTCTAAATAAACAAATTAAAGAGAGTAAATAAAG AAGAAATAAAATTATTTACGAAAGGCAAAAAAACAGAAAAAGAAATAAAAAAAGTGTTTG GGGTAAAAAATTATGAAAATAGACCCATCCAATCATCAATGGTATCTTAATTCGTTGACA CTAAAAAATTACTTTTGGCTTGGTTGAGGTAAAGAACTTCTTTTTTTTCTTATTCATCCA AAATTCGAATTTGAGACACTGGTGAAGGGTGACACAGAAACAATTTTATCACTGCATCAT AAATTCATAATCCATGTTAGTAGGTAAAGAACTTTCTTTTTGTTTTCTTCCCAATTGTAT ATATCTCACCATTTCATTTTTACTTATTACTGTTAACGTGTTGAAAAAAATGAGTTATTT TTTCATGTTATACCCTTAGTACTAATTAATTGTCTCAAATTATTTTTCAACACGTATATT AAACATCTATTAATAGAGAAAATGTGATATAATAATTATGTTAATTATTATTTTCTTAAT GAATATGAAAATGACCAAATATAATAGATTAAAGTGAAAGATTCGAGTATTTAGTAATAT GTTGTTCGATAGTACTTGTTTATAGTTCTATTAATTCAAATTCATACCTTTAAAAGATTA CGCATTTCTTCTAAAAGATGATTTATTTTTACACCAAAATTCAAATTCACACTTTTAAAA TCATATATATGATTAGACATAATCAATATTAACAAGAATTTACTATAAGAAATAGTCTCT CTTTTTTTATAATTTCAAAGTTTTAGCCTAACTATTTAAGAAATAAGCCTATGTCTTTCA CTAAGTAAACCTCTGGACTTAAATTTTGCAAGAGGGTGGAAAAAAGGAAGAAGAAGAGAA GTTTAATTATTTGAAAAAGATTCTTATTAGTGTTGAATTTAGATAGAGGAAAAATAATGA TACAAAATCATTACTCTTCCCATAAACATCCATATTATCATTCACTCTCCTATAATAATT ACTTATCTTTTGCTAAATTTGTGGTATGATAATGATCTAAAGTAAGATTAACACCATAAC ATTTACATTATTCTAATGAGTTTTTTACACATTTTAATTTAATAAAATTATAGAATAATG ATTTCTCAAATTTTAAACACATTTTTTCAAAGAATTACCATCATATCACTCCATATTTAA CATCATCGACTATGCCTGTCGGCAGGCTTTATGGGTACACTTATAATATCTACAATTAGA AAGTAAATCACATCTATAATCATAAAAAAGTGGAGTTCCATTTTACTTTTTTAGGGAAAT TAGCTAAAAGTTTTTTGTCCGAGTTCTATTTGCTAAAATATAAATTAATTTATATTGTAG GAATATAGTAATTTTTTATTCCGTGCACATTCTTTACTAAAAAAAAGAAGTGATGTAGCG TACATATGTTAAATATTAGTCCGTCACTATTTTTAAATAGAGATTTCAATTTAAAAATAA ACAAGTAATTAAGAATCGAGAAAGTATATGATGACGTTTGGTATAATTTTATTACATTTT CTTTTATCTTCAGTTGGTTAAGTCGACATTTCTTGTATTAGGGTTTTCTTCTGCTCATCA TTTTGTACTAACAACGTCTGTTATATTGGTCCACAAATTAAACTTAAAAAATCTTAAAAG GAAAAGTACAGGTTAAGCTAAAATAAAAAGAAAAAGAATTGTGTATATGTGAAGATTTGC TAACGACAAGGACATGAATGAACATACATGAGTCAAAGAAAAGGTATAGTACAAAAATAT TATAGCGATAAAAAAGAAAATAACACTACATAAAATAAGTGAATAATATATTTAGCCAAG ATATATAAAAAATAAGAAAGAGCTAGTAAATGGTGTGGACGTGAAGAATTCGTACAAAGT TATATTATTCTGTACAGTTGTAATTAAATAAGTCCACCAATTACCAAGTAATTAGTGTTG CACAAGAAAAACATATTTGAAGACTTTGCCTAGAGGAGAACACTCAACAAGACTTGGGGT GGTCCTCTCATGAGTACAGCCTAAGTTAAAATCCTCAATAAATATTTGTTAAATATATAA TTTTTGAGTTCACGTGAATATTTATGATGCGTCCCGATATGAGGTTCATGTTGATGACTT TTTTATAAATAAAAAAAGATGACTACTTCACCTTAATTTGTCAAACACGTATAGCATTTG TCTTATATTATTAGAAAGGAAAATAAAACACACGAGTAGATAGTTCTCTCTGTGCTTATT AATGTAGACAAAACAAGAGATATAGTAGTATTTAATTTATACAATGATTAAATTGGACAA TCTAGCTAGTCTCGTAATATTGGGGGACCAGACATGGTTACTGATGAAAAATTACGCTAT ATATACAAAATTAAACAATATTTTTTTATATATACTTTTAAATTTTTTAATAAAAATTTT GACTCGGCTATTCGAAAGATAAGCAGGGCCAGCAGTATATAGATAGGTGCAGGGTGATAT GAGATAGACAAAGTAAGTTAAAAAGAAAACAGAGAAGATTGAGAATGGGTCATCACTGCT GCAGTAAACAGAAAGTAAAAAGAGGTCTTTGGTCTCCAGAAGAAGATGAAAAACTCATTA AACACATCAAGACCCATGGCCATTCCTGCTGGAGTTCTGTTCCAAAACTAGCTGGTACTA CTACTTTCTTAACTCTTTATTCCCTTTATCGAATTAAAATCTCGATAGCAACATTTAACT ATAACAATCATGTTTTCTTGTTTCATTATAGTTACGTTGTTATAGAGAGATTTGACTGTT TGTTTGCAGGACTACAAAGGTGTGGAAAAAGCTGCAGGCTTAGGTGGATAAACTACTTAA GGCCA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.902 24069 24221 match_2 match_part 0.930 26989 27274 match_part 0.972 27401 27508 match_3 match_part 0.962 26989 27274 match_part 1.000 27401 27405 match_4 match_part 1.000 27004 27168 match_5 match_part 0.932 31361 31833 match_6 match_part 0.933 34132 34265 match_part 0.986 34634 35197 match_7 match_part 1.000 34145 34265 match_part 0.997 34634 35215 match_8 match_part 0.975 34145 34265 match_part 0.994 34634 34988 match_9 match_part 1.000 34149 34265 match_part 0.990 34634 35461 match_10 match_part 1.000 34157 34265 match_part 1.000 34634 34878 match_11 match_part 0.934 34190 34265 match_part 0.957 34634 34984 match_12 match_part 0.922 34202 34265 match_part 0.946 34634 34950 match_13 match_part 1.000 34658 35120 match_14 match_part 0.909 34941 35105 match_15 match_part 0.985 34993 35471 match_16 match_part 0.967 35099 35344 match_17 match_part 0.997 39130 39712 match_18 match_part 0.933 39991 40657 match_19 match_part 0.915 40328 40740 match_20 match_part 0.992 40771 41271 match_part 1.000 41368 41511 match_21 match_part 0.986 40976 41271 match_part 1.000 41368 41597 match_22 match_part 1.000 41118 41271 match_part 1.000 41368 41667 match_part 0.996 41834 42075 match_23 match_part 0.998 41710 42374 match_part 1.000 42470 42484 match_24 match_part 0.995 41710 42312 match_25 match_part 0.996 41710 42176 match_26 match_part 0.993 41969 42374 match_part 0.997 42470 42814 match_27 match_part 0.946 55035 55347 match_28 match_part 0.464 68405 68432 match_part 0.954 68900 69183 match_29 match_part 1.000 73064 73104 match_part 1.000 76591 77304 match_30 match_part 1.000 73065 73104 match_part 1.000 76591 77165 match_31 match_part 0.959 76584 77310 match_32 match_part 0.958 76584 77305 match_33 match_part 0.979 76585 77453 match_34 match_part 0.964 76586 77305 match_35 match_part 0.971 76586 77168 match_36 match_part 0.971 76586 77164 match_37 match_part 0.963 76608 77309 match_38 match_part 0.971 76693 77139 match_39 match_part 0.946 76717 77183 match_40 match_part 1.000 77183 77983 match_part 0.600 78075 78089 match_41 match_part 1.000 77277 78031 match_42 match_part 1.000 82279 82794 match_43 match_part 0.996 82289 82842 match_44 match_part 1.000 82289 82728 match_45 match_part 1.000 82290 82746 match_46 match_part 0.984 82302 82989 match_part 1.000 83116 83228 match_47 match_part 0.911 82319 82948 match_48 match_part 0.960 82336 82961 match_49 match_part 0.970 82484 82989 match_part 0.976 83116 83281 match_50 match_part 0.921 82662 82989 match_part 0.966 83116 83144 match_51 match_part 0.922 82722 82989 match_part 0.975 83116 83351 match_52 match_part 1.000 83138 83645 match_53 match_part 0.992 83210 83445 match_part 1.000 84797 84912 match_part 1.000 85466 85556 match_part 0.997 85639 85959 match_54 match_part 1.000 83211 83445 match_part 1.000 84797 84912 match_part 1.000 85466 85556 match_part 0.997 85639 85959 match_55 match_part 1.000 84814 84912 match_part 1.000 85466 85556 match_part 0.997 85639 86009 match_56 match_part 1.000 84815 84912 match_part 1.000 85466 85556 match_part 0.997 85639 85999 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_57 match_part 0.979 1952 1189 match_58 match_part 0.979 1952 1425 match_59 match_part 0.984 2727 1955 match_60 match_part 0.975 2733 2011 match_61 match_part 0.991 2701 2053 match_62 match_part 0.987 2601 2288 match_63 match_part 0.990 2701 2312 match_64 match_part 0.941 6036 5885 match_65 match_part 1.000 9902 9838 match_part 1.000 9744 9544 match_part 1.000 9207 9165 match_part 0.986 9060 8622 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70524 70467 match_part 0.992 69336 69083 match_288 match_part 0.968 71325 71264 match_part 0.973 71162 71017 match_part 0.966 70524 70467 match_part 0.980 69336 69085 match_289 match_part 1.000 71285 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69098 match_290 match_part 0.942 71315 71264 match_part 0.973 71162 71017 match_part 0.948 70524 70467 match_part 0.930 69336 69107 match_291 match_part 0.968 71325 71264 match_part 0.973 71162 71017 match_part 0.983 70524 70467 match_part 0.956 69336 69109 match_292 match_part 0.917 71323 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.991 69336 69112 match_293 match_part 0.902 71314 71264 match_part 0.932 71162 71017 match_part 0.983 70524 70467 match_part 0.973 69336 69112 match_294 match_part 0.900 71333 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69113 match_295 match_part 1.000 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69113 match_296 match_part 1.000 71325 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69114 match_297 match_part 1.000 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.982 69336 69114 match_298 match_part 1.000 71325 71264 match_part 0.993 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69115 match_299 match_part 0.979 71311 71264 match_part 1.000 71162 71017 match_part 0.983 70524 70467 match_part 0.995 69336 69115 match_300 match_part 0.927 71304 71264 match_part 0.932 71162 71017 match_part 0.983 70524 70467 match_part 0.985 69336 69138 match_301 match_part 0.955 71307 71264 match_part 0.959 71162 71017 match_part 0.983 70524 70467 match_part 0.908 69336 69141 match_302 match_part 1.000 71306 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69141 match_303 match_part 1.000 71321 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.974 69336 69142 match_304 match_part 1.000 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69143 match_305 match_part 1.000 71321 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69143 match_306 match_part 0.967 71323 71264 match_part 0.986 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69148 match_307 match_part 1.000 71318 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.995 69336 69151 match_308 match_part 0.980 71313 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69151 match_309 match_part 0.864 71322 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69163 match_310 match_part 0.939 71312 71264 match_part 0.973 71162 71017 match_part 0.983 70524 70467 match_part 0.982 69336 69171 match_311 match_part 1.000 71279 71264 match_part 0.986 71162 71017 match_part 0.966 70524 70467 match_part 0.887 69336 69178 match_312 match_part 1.000 71276 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69179 match_313 match_part 0.993 71160 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69181 match_314 match_part 1.000 71323 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69212 match_315 match_part 0.968 71325 71264 match_part 0.966 71162 71017 match_part 0.966 70524 70467 match_part 0.983 69336 69216 match_316 match_part 0.983 71323 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.983 69336 69220 match_317 match_part 1.000 71308 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.991 69336 69221 match_318 match_part 0.976 71305 71264 match_part 0.973 71162 71017 match_part 0.948 70524 70467 match_part 0.973 69336 69225 match_319 match_part 0.860 71313 71264 match_part 0.890 71162 71017 match_part 0.983 70524 70467 match_part 0.887 69336 69231 match_320 match_part 1.000 71321 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69292 match_321 match_part 0.964 71319 71264 match_part 0.966 71162 71017 match_part 0.983 70524 70467 match_part 1.000 69336 69311 match_322 match_part 1.000 71325 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69318 match_323 match_part 0.994 70026 69517 match_324 match_part 0.988 70026 69518 match_325 match_part 0.998 70199 69633 match_326 match_part 1.000 71161 71017 match_part 0.997 70524 69924 match_327 match_part 1.000 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70051 match_328 match_part 1.000 71160 71017 match_part 1.000 70524 70092 match_329 match_part 0.957 71110 71017 match_part 0.982 70524 70470 match_330 match_part 0.924 79172 78741 match_331 match_part 0.921 79105 78827 match_332 match_part 1.000 80591 80360 match_part 1.000 79172 78954 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 1952 1189 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 2733 1955 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 6036 5885 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 9918 9838 exon 9744 9544 exon 9207 9165 exon 9060 8622 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 13295 13155 exon 11445 11336 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 14413 14390 exon 14145 13777 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 16520 16337 exon 16241 16023 exon 15129 15027 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 20023 19454 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 24069 24221 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 26989 27274 exon 27401 27508 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 31361 31833 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 33973 33946 exon 33228 32810 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 34132 34265 exon 34634 35471 gene_14 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 35890 35879 exon 35480 34685 gene_15 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 39130 39712 gene_16 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 39991 40740 gene_17 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 40546 40105 gene_18 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 41710 42374 exon 42470 42814 gene_19 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 40771 41271 exon 41368 41667 exon 41834 42374 exon 42470 42814 gene_20 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 41078 40771 gene_21 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 47495 47011 exon 46467 45775 exon 45680 45592 exon 45449 45380 exon 45229 45146 exon 45045 44969 exon 44851 44770 exon 44632 44550 exon 44463 44400 exon 44300 44172 exon 43964 43861 exon 43773 43360 gene_22 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 44854 44770 exon 44632 44550 exon 44463 44400 exon 44300 44172 exon 43964 43861 exon 43773 43424 gene_23 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 58815 58553 exon 57358 57230 exon 57091 57035 exon 56894 56802 exon 56553 56351 exon 56232 56141 exon 55957 55743 exon 55663 55474 exon 55374 55060 exon 54557 54532 gene_24 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 58868 58858 exon 58777 58553 exon 57358 57230 exon 57091 57035 exon 56894 56802 exon 56553 56351 exon 56232 56141 exon 55957 55743 exon 55663 55474 exon 55374 55060 exon 54557 54532 gene_25 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 58772 58553 exon 57358 56802 exon 56553 56351 exon 56232 56141 exon 55957 55743 exon 55663 55474 exon 55374 55060 exon 54557 54532 gene_26 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 55035 55347 gene_27 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71346 71264 exon 71162 71017 exon 70524 70467 exon 69336 68808 gene_28 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71346 71264 exon 71162 71017 exon 70524 70467 exon 69336 68910 exon 68475 68452 exon 68297 68276 gene_29 gene GT_PGL_23_AGS_3 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71346 71264 exon 71162 71017 exon 70524 70467 exon 69336 68929 exon 67751 67734 gene_30 gene GT_PGL_23_AGS_4 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71346 71264 exon 71162 71017 exon 70524 70467 exon 69336 68934 exon 67751 67712 gene_31 gene GT_PGL_23_AGS_5 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71346 71264 exon 71162 71017 exon 70524 70467 exon 69336 68935 exon 67751 67730 gene_32 gene GT_PGL_23_AGS_6 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71341 71264 exon 71162 71017 exon 70524 70467 exon 69336 68949 exon 67751 67735 gene_33 gene GT_PGL_23_AGS_7 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71341 71264 exon 71162 71017 exon 70524 70467 exon 69336 68949 exon 68372 68341 gene_34 gene GT_PGL_23_AGS_8 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71341 71264 exon 71162 71017 exon 70524 70467 exon 69336 68955 exon 67751 67731 gene_35 gene GT_PGL_23_AGS_9 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71324 71264 exon 71162 71017 exon 70524 68808 gene_36 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 68405 68432 exon 68900 69183 gene_37 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 76584 77983 exon 78075 78089 gene_38 gene GT_PGL_25_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 76584 78031 gene_39 gene GT_PGL_25_AGS_3 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 73064 73104 exon 76591 77983 exon 78075 78089 gene_40 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 80591 80360 exon 79172 78741 gene_41 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 82279 82989 exon 83116 83445 exon 84797 84912 exon 85466 85556 exon 85639 86009 gene_42 gene GT_PGL_27_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 82279 82989 exon 83116 83645 RepeatMasker tomato repeats master Gypsy00205 2304 2473 1 Gypsy00205 2304 2473 1 nucleotide_motif 420 6590 6776 Gypsy00205 2325 2472 1 Gypsy00205 2325 2472 1 nucleotide_motif 251 6888 7035 POTTEN1 999 1109 1 POTTEN1 999 1109 1 nucleotide_motif 230 7629 7744 Copia00110 2717 2862 1 Copia00110 2717 2862 1 nucleotide_motif 512 23074 23216 Gypsy00043 529 1320 1 Gypsy00043 529 1320 1 nucleotide_motif 5570 23777 24617 HELITRON7_OS 1539 3804 1 HELITRON7_OS 1539 3804 1 nucleotide_motif 281 27599 27740 Gypsy00017 1062 2092 1 Gypsy00017 1062 2092 1 nucleotide_motif 7380 48034 49066 Unknown00008 2526 3122 1 Unknown00008 2526 3122 1 nucleotide_motif 3531 49067 49653 Gypsy00046 4068 4156 1 Gypsy00046 4068 4156 1 nucleotide_motif 240 51341 51363 HELMET3 3699 3770 1 HELMET3 3699 3770 1 nucleotide_motif 244 51364 51428 GYCUME1_LTR 337 443 1 GYCUME1_LTR 337 443 1 nucleotide_motif 317 51820 51925 Copia00063 94 153 1 Copia00063 94 153 1 nucleotide_motif 325 53523 53586 ATHILA7_I 49 6380 1 ATHILA7_I 49 6380 1 nucleotide_motif 287 59528 59618 HATSOD1 2 239 1 HATSOD1 2 239 1 nucleotide_motif 955 61082 61303 HATSOD1 4566 4791 1 HATSOD1 4566 4791 1 nucleotide_motif 808 61356 61578 SONATA1 26 171 1 SONATA1 26 171 1 nucleotide_motif 476 75286 75431 SONATA2 70 132 1 SONATA2 70 132 1 nucleotide_motif 288 75546 75607 Copia00149 8170 8287 1 Copia00149 8170 8287 1 nucleotide_motif 582 90537 90658 Gypsy00046 4119 4189 1 Gypsy00046 4119 4189 1 nucleotide_motif 252 90668 90736 Gypsy00049 218 460 1 Gypsy00049 218 460 1 nucleotide_motif 853 93843 94100 TLP1 1 291 1 TLP1 1 291 1 nucleotide_motif 1030 98366 98673 MUDSOLT1 462 514 1 MUDSOLT1 462 514 1 nucleotide_motif 292 102759 102811 RepeatMasker tomato repeats master Unknown00034 3706 4017 -1 Unknown00034 3706 4017 -1 nucleotide_motif 2340 21712 21405 Unknown00040 4460 4522 -1 Unknown00040 4460 4522 -1 nucleotide_motif 557 23073 23020 Unknown00040 4373 4459 -1 Unknown00040 4373 4459 -1 nucleotide_motif 557 23290 23217 SONATA1 31 177 -1 SONATA1 31 177 -1 nucleotide_motif 336 26372 26240 Gypsy00017 917 975 -1 Gypsy00017 917 975 -1 nucleotide_motif 418 48038 47980 Gypsy00003 5430 8393 -1 Gypsy00003 5430 8393 -1 nucleotide_motif 5268 50126 49167 MUDSOLT1 400 517 -1 MUDSOLT1 400 517 -1 nucleotide_motif 256 51504 51379 MUDSOLD1 477 612 -1 MUDSOLD1 477 612 -1 nucleotide_motif 815 53899 53763 Gypsy00080 7590 7725 -1 Gypsy00080 7590 7725 -1 nucleotide_motif 353 54047 53914 Unknown00034 3691 4020 -1 Unknown00034 3691 4020 -1 nucleotide_motif 1472 62172 61849 MUDSOLT1 3855 4184 -1 MUDSOLT1 3855 4184 -1 nucleotide_motif 1457 73552 73254 Unknown00043 6993 7066 -1 Unknown00043 6993 7066 -1 nucleotide_motif 243 75503 75429 Gypsy00073 605 1172 -1 Gypsy00073 605 1172 -1 nucleotide_motif 1142 81381 80858 Copia00039 98 236 -1 Copia00039 98 236 -1 nucleotide_motif 530 97218 97066 TLP2 7 246 -1 TLP2 7 246 -1 nucleotide_motif 1071 98668 98430 HELMET3 3651 3765 -1 HELMET3 3651 3765 -1 nucleotide_motif 257 102894 102765 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2129 16805 17899 match_2 match 2250 1 1135 match_3 match 2597 12840 14170 match_4 match 3144 8392 9977 match_5 match 4004 14236 16255 match_6 match 4000 10010 12072 match_7 match 4325 17919 20130 match_8 match 4662 20467 23037 match_9 match 7002 28538 32111 match_10 match 9373 1162 6042 match_11 match 2932 39099 41285 match_12 match 1174 48036 49066 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1150.5 5167 85857 clone_start_1 clone_start 890 5167 5643 clone_2 clone 839.5 7951 40407 clone_start_2 clone_start 369 7951 8157 clone_3 clone 786 8392 40407 clone_start_3 clone_start 262 8392 8523 clone_4 clone 1278.5 8694 44288 clone_start_4 clone_start 1219 8694 9308 clone_start_5 clone_start 1435 11192 11939 clone_5 clone 1094 12393 52774 clone_end_1 clone_end 856 12393 12824 clone_6 clone 869 12840 52774 clone_end_2 clone_end 406 12840 13044 clone_start_6 clone_start 339 27309 27479 clone_end_3 clone_end 630 49357 49682 clone_end_4 clone_end 527 49357 49626 clone_end_5 clone_end 702 49396 49765 clone_start_7 clone_start 626 49396 49715 clone_end_6 clone_end 545 49479 49765 clone_end_7 clone_end 500 49502 49765 clone_end_8 clone_end 498 49502 49764 clone_end_9 clone_end 476 49502 49765 clone_end_10 clone_end 492 49502 49765 clone_start_8 clone_start 452 49530 49765 clone_end_11 clone_end 446 49532 49764 clone_start_9 clone_start 428 49538 49765 clone_start_10 clone_start 452 49538 49765 clone_start_11 clone_start 387 49559 49765 clone_start_12 clone_start 347 49583 49765 clone_end_12 clone_end 672 106587 106925 clone_end_13 clone_end 672 106587 106925 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_13 clone_start 1072 547 7 clone_end_14 clone_end 1411 85857 85146 clone_end_15 clone_end 555 6635 6356 clone_end_16 clone_end 1310 40407 39747 clone_end_17 clone_end 1310 40407 39747 clone_end_18 clone_end 1338 44288 43614 clone_start_14 clone_start 1031 9350 8823 clone_end_19 clone_end 396 12072 11873 clone_end_20 clone_end 1031 12608 12089 clone_start_15 clone_start 1332 52774 52070 clone_end_21 clone_end 773 12824 12435 clone_start_16 clone_start 1332 52774 52070 clone_end_22 clone_end 365 13023 12840 clone_start_17 clone_start 668 20854 20467 clone_start_18 clone_start 309 24385 24218 clone_start_19 clone_start 753 26782 26403 clone_end_23 clone_end 1078 29102 28538 clone_end_24 clone_end 1015 31665 31154 clone_start_20 clone_start 434 49618 49396 clone_end_25 clone_end 559 49693 49396 clone_start_21 clone_start 686 49765 49396 clone_end_26 clone_end 561 49690 49396 clone_start_22 clone_start 553 49686 49396 clone_end_27 clone_end 424 49621 49396 clone_end_28 clone_end 311 49765 49601 clone_start_23 clone_start 400 50107 49902 clone_end_29 clone_end 408 50107 49902 clone_start_24 clone_start 1023 50982 50419 clone_end_30 clone_end 531 53617 53330 clone_end_31 clone_end 444 93798 93554 clone_start_25 clone_start 343 106437 106265 clone_start_26 clone_start 771 106905 106501 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.902 24069 24221 match_2 match_part 1.000 27004 27168 match_3 match_part 1.000 34145 34265 match_part 0.997 34634 35215 match_4 match_part 0.975 34145 34265 match_part 0.994 34634 34988 match_5 match_part 1.000 34149 34265 match_part 0.990 34634 35461 match_6 match_part 1.000 34157 34265 match_part 1.000 34634 34878 match_7 match_part 1.000 34658 35120 match_8 match_part 0.985 34993 35471 match_9 match_part 0.997 39130 39712 match_10 match_part 0.915 40328 40740 match_11 match_part 0.992 40771 41271 match_part 1.000 41368 41511 match_12 match_part 0.986 40976 41271 match_part 1.000 41368 41597 match_13 match_part 1.000 41118 41271 match_part 1.000 41368 41667 match_part 0.996 41834 42075 match_14 match_part 0.998 41710 42374 match_part 1.000 42470 42484 match_15 match_part 0.995 41710 42312 match_16 match_part 0.996 41710 42176 match_17 match_part 0.993 41969 42374 match_part 0.997 42470 42814 match_18 match_part 0.946 55035 55347 match_19 match_part 0.464 68405 68432 match_part 0.954 68900 69183 match_20 match_part 1.000 73064 73104 match_part 1.000 76591 77304 match_21 match_part 1.000 73065 73104 match_part 1.000 76591 77165 match_22 match_part 0.979 76585 77453 match_23 match_part 1.000 77183 77983 match_part 0.600 78075 78089 match_24 match_part 1.000 77277 78031 match_25 match_part 1.000 82279 82794 match_26 match_part 0.996 82289 82842 match_27 match_part 1.000 82289 82728 match_28 match_part 1.000 82290 82746 match_29 match_part 0.984 82302 82989 match_part 1.000 83116 83228 match_30 match_part 1.000 83138 83645 match_31 match_part 0.992 83210 83445 match_part 1.000 84797 84912 match_part 1.000 85466 85556 match_part 0.997 85639 85959 match_32 match_part 1.000 83211 83445 match_part 1.000 84797 84912 match_part 1.000 85466 85556 match_part 0.997 85639 85959 match_33 match_part 1.000 84814 84912 match_part 1.000 85466 85556 match_part 0.997 85639 86009 match_34 match_part 1.000 84815 84912 match_part 1.000 85466 85556 match_part 0.997 85639 85999 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_35 match_part 0.984 2727 1955 match_36 match_part 0.975 2733 2011 match_37 match_part 1.000 9902 9838 match_part 1.000 9744 9544 match_part 1.000 9207 9165 match_part 0.986 9060 8622 match_38 match_part 1.000 9918 9838 match_part 1.000 9744 9544 match_part 1.000 9207 9165 match_part 0.998 9060 8657 match_39 match_part 1.000 9918 9838 match_part 1.000 9744 9544 match_part 1.000 9207 9165 match_part 1.000 9060 8932 match_40 match_part 1.000 14413 14390 match_part 0.995 14145 13777 match_41 match_part 0.982 14115 13777 match_42 match_part 1.000 16520 16337 match_part 1.000 16241 16023 match_part 0.990 15129 15027 match_43 match_part 0.994 16510 16337 match_part 1.000 16241 16023 match_part 0.981 15129 15027 match_44 match_part 0.417 35890 35879 match_part 0.992 35480 34685 match_45 match_part 0.981 41078 40771 match_46 match_part 0.998 47495 47011 match_part 1.000 46467 45775 match_part 1.000 45680 45592 match_part 1.000 45449 45380 match_part 1.000 45229 45146 match_part 1.000 45045 44969 match_part 1.000 44851 44770 match_part 1.000 44632 44550 match_part 1.000 44463 44400 match_part 1.000 44300 44172 match_part 1.000 43964 43861 match_part 0.998 43773 43360 match_47 match_part 1.000 45602 45592 match_part 1.000 45449 45380 match_part 1.000 45229 45146 match_part 1.000 45045 44969 match_part 1.000 44851 44770 match_part 1.000 44632 44550 match_part 1.000 44463 44400 match_part 1.000 44300 44172 match_part 1.000 43964 43861 match_part 1.000 43773 43762 match_48 match_part 1.000 45800 45775 match_part 1.000 45680 45592 match_part 1.000 45449 45380 match_part 1.000 45229 45146 match_part 1.000 45045 44969 match_part 1.000 44851 44770 match_part 1.000 44632 44550 match_part 1.000 44463 44400 match_49 match_part 0.994 45933 45775 match_part 1.000 45680 45592 match_part 1.000 45449 45380 match_part 1.000 45229 45146 match_part 0.987 45045 44969 match_part 1.000 44851 44799 match_50 match_part 1.000 55796 55743 match_part 1.000 55663 55474 match_part 1.000 55374 55060 match_part 0.692 54557 54532 match_51 match_part 1.000 55583 55474 match_part 1.000 55374 55060 match_part 0.692 54557 54532 match_52 match_part 1.000 55490 55474 match_part 1.000 55374 55060 match_part 0.696 54557 54535 match_53 match_part 1.000 55774 55743 match_part 0.974 55663 55474 match_part 1.000 55374 55060 match_54 match_part 0.963 55634 55474 match_part 0.959 55374 55060 match_55 match_part 1.000 56506 56351 match_part 1.000 56232 56141 match_part 0.981 55957 55743 match_part 0.970 55663 55498 match_56 match_part 0.988 56226 56141 match_part 1.000 55957 55743 match_part 0.982 55663 55501 match_57 match_part 1.000 56542 56351 match_part 1.000 56232 56141 match_part 1.000 55957 55743 match_part 1.000 55663 55644 match_58 match_part 1.000 56548 56351 match_part 1.000 56232 56141 match_part 1.000 55957 55743 match_part 1.000 55663 55648 match_59 match_part 1.000 57085 57035 match_part 1.000 56894 56802 match_part 1.000 56553 56351 match_part 1.000 56232 56141 match_part 1.000 55957 55746 match_60 match_part 0.995 56548 56351 match_part 1.000 56232 56141 match_part 0.990 55957 55749 match_61 match_part 1.000 56804 56802 match_part 1.000 56553 56351 match_part 1.000 56232 56141 match_part 1.000 55957 55750 match_62 match_part 1.000 57063 57035 match_part 1.000 56894 56802 match_part 1.000 56553 56351 match_part 1.000 56232 56141 match_part 1.000 55957 55758 match_63 match_part 1.000 56548 56351 match_part 1.000 56232 56141 match_part 1.000 55957 55768 match_64 match_part 1.000 57286 57230 match_part 1.000 57091 57035 match_part 1.000 56894 56802 match_part 1.000 56553 56351 match_part 1.000 56232 56141 match_part 0.978 55957 55774 match_65 match_part 1.000 57070 57035 match_part 1.000 56894 56802 match_part 1.000 56553 56351 match_part 1.000 56232 56141 match_part 1.000 55957 55911 match_66 match_part 1.000 57063 57035 match_part 1.000 56894 56802 match_part 1.000 56553 56351 match_part 1.000 56232 56141 match_part 1.000 55957 55913 match_67 match_part 1.000 57072 57035 match_part 1.000 56894 56802 match_part 1.000 56553 56351 match_part 1.000 56232 56141 match_part 1.000 55957 55933 match_68 match_part 1.000 57028 56802 match_part 1.000 56553 56351 match_part 1.000 56232 56141 match_part 1.000 55957 55951 match_69 match_part 1.000 57063 57035 match_part 1.000 56894 56802 match_part 1.000 56553 56351 match_part 1.000 56232 56161 match_70 match_part 1.000 58696 58553 match_part 1.000 57358 57230 match_part 1.000 57091 57035 match_part 1.000 56894 56802 match_part 1.000 56553 56351 match_part 1.000 56232 56191 match_71 match_part 1.000 58743 58553 match_part 1.000 57358 57230 match_part 0.982 57091 57035 match_part 0.946 56894 56802 match_part 0.956 56553 56351 match_part 0.975 56232 56193 match_72 match_part 1.000 57072 57035 match_part 1.000 56894 56802 match_part 0.995 56553 56351 match_part 1.000 56232 56193 match_73 match_part 1.000 58769 58553 match_part 1.000 57358 57230 match_part 1.000 57091 57035 match_part 1.000 56894 56802 match_part 0.995 56553 56359 match_74 match_part 0.996 58815 58553 match_part 1.000 57358 57230 match_part 1.000 57091 57035 match_part 0.957 56894 56802 match_part 0.955 56553 56398 match_75 match_part 1.000 57063 57035 match_part 1.000 56894 56802 match_part 0.993 56553 56409 match_76 match_part 0.996 57070 56802 match_part 1.000 56553 56445 match_77 match_part 0.995 58772 58553 match_part 1.000 57358 57230 match_part 1.000 57091 57035 match_part 1.000 56894 56802 match_part 1.000 56553 56456 match_78 match_part 1.000 58769 58553 match_part 1.000 57358 57230 match_part 1.000 57091 57035 match_part 0.968 56894 56802 match_part 1.000 56553 56485 match_79 match_part 0.893 58767 58553 match_part 0.984 57358 57230 match_part 0.965 57091 57035 match_part 0.957 56894 56802 match_part 0.981 56553 56502 match_80 match_part 1.000 58772 58553 match_part 1.000 57358 57230 match_part 1.000 57091 57035 match_part 1.000 56894 56802 match_part 1.000 56553 56511 match_81 match_part 1.000 58772 58553 match_part 1.000 57358 57230 match_part 1.000 57091 57035 match_part 1.000 56894 56833 match_82 match_part 1.000 58772 58553 match_part 1.000 57358 57230 match_83 match_part 1.000 71319 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.998 69336 68935 match_part 0.500 67751 67730 match_84 match_part 1.000 71159 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68955 match_part 0.524 67751 67731 match_85 match_part 1.000 71159 71017 match_part 1.000 70524 70467 match_part 0.990 69336 68949 match_part 0.529 67751 67735 match_86 match_part 1.000 71160 71017 match_part 1.000 70524 70467 match_part 0.977 69336 68949 match_part 0.562 67751 67736 match_87 match_part 1.000 71160 71017 match_part 1.000 70524 70467 match_part 0.979 69336 68949 match_part 0.562 67751 67736 match_88 match_part 0.979 69194 68910 match_part 0.542 68475 68452 match_part 0.545 68297 68276 match_89 match_part 1.000 71072 71017 match_part 1.000 70524 70467 match_part 0.995 69336 68949 match_part 0.594 68372 68341 match_90 match_part 0.989 69282 68808 match_91 match_part 0.968 71325 71264 match_part 1.000 71162 71017 match_part 0.983 70524 70467 match_part 0.987 69336 68880 match_92 match_part 0.969 71327 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68888 match_93 match_part 1.000 71314 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.976 69336 68888 match_94 match_part 0.973 71300 71264 match_part 0.959 71162 71017 match_part 0.966 70524 70467 match_part 0.989 69336 68888 match_95 match_part 0.885 71289 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68888 match_96 match_part 0.984 71325 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.998 69336 68889 match_97 match_part 0.973 71300 71264 match_part 0.959 71162 71017 match_part 0.966 70524 70467 match_part 0.975 69336 68894 match_98 match_part 1.000 71304 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.993 69336 68904 match_99 match_part 0.988 69304 68905 match_100 match_part 0.984 69282 68905 match_101 match_part 1.000 71341 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.998 69336 68908 match_102 match_part 1.000 71325 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68908 match_103 match_part 1.000 71052 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68908 match_104 match_part 1.000 70524 70467 match_part 1.000 69336 68908 match_105 match_part 0.993 69343 68908 match_106 match_part 0.987 69284 68908 match_107 match_part 1.000 69280 68908 match_108 match_part 1.000 69248 68908 match_109 match_part 0.979 71310 71264 match_part 0.979 71162 71017 match_part 0.948 70524 70467 match_part 0.971 69336 68917 match_110 match_part 1.000 71052 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68922 match_111 match_part 0.984 71325 71264 match_part 0.993 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68923 match_112 match_part 1.000 71314 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68923 match_113 match_part 0.923 71315 71264 match_part 0.959 71162 71017 match_part 0.966 70524 70467 match_part 0.973 69336 68928 match_114 match_part 1.000 71314 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.998 69336 68929 match_115 match_part 1.000 71100 71017 match_part 1.000 70524 70467 match_part 0.985 69336 68929 match_116 match_part 0.976 71057 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68929 match_117 match_part 0.928 71346 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.995 69336 68935 match_118 match_part 0.937 71326 71264 match_part 0.959 71162 71017 match_part 0.966 70524 70467 match_part 0.988 69336 68935 match_119 match_part 0.984 71325 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.998 69336 68935 match_120 match_part 1.000 71325 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.998 69336 68935 match_121 match_part 1.000 71106 71017 match_part 1.000 70524 70467 match_part 0.998 69336 68935 match_122 match_part 1.000 71100 71017 match_part 1.000 70524 70467 match_part 0.998 69336 68935 match_123 match_part 1.000 71100 71017 match_part 1.000 70524 70467 match_part 0.998 69336 68935 match_124 match_part 0.974 71054 71017 match_part 1.000 70524 70467 match_part 0.998 69336 68935 match_125 match_part 1.000 70507 70467 match_part 0.998 69336 68935 match_126 match_part 0.971 70501 70467 match_part 0.995 69336 68935 match_127 match_part 0.995 69304 68935 match_128 match_part 0.989 69300 68935 match_129 match_part 0.997 69282 68935 match_130 match_part 0.979 71311 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.998 69336 68937 match_131 match_part 1.000 71052 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68937 match_132 match_part 0.984 71326 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68938 match_133 match_part 0.981 71315 71264 match_part 0.959 71162 71017 match_part 0.966 70524 70467 match_part 0.985 69336 68941 match_134 match_part 0.983 71323 71264 match_part 0.959 71162 71017 match_part 0.966 70524 70467 match_part 0.990 69336 68943 match_135 match_part 0.909 71318 71264 match_part 0.938 71162 71017 match_part 0.966 70524 70467 match_part 0.959 69336 68945 match_136 match_part 0.932 71089 71017 match_part 1.000 70524 70467 match_part 0.987 69336 68947 match_137 match_part 0.979 69324 68948 match_138 match_part 1.000 71327 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.992 69336 68949 match_139 match_part 1.000 71321 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.997 69336 68949 match_140 match_part 1.000 71304 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68951 match_141 match_part 1.000 71326 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68952 match_142 match_part 1.000 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68952 match_143 match_part 1.000 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68952 match_144 match_part 0.904 71315 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68952 match_145 match_part 1.000 71091 71017 match_part 0.966 70524 70467 match_part 0.987 69336 68952 match_146 match_part 1.000 71067 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68952 match_147 match_part 0.994 69304 68952 match_148 match_part 0.994 69283 68952 match_149 match_part 0.993 69248 68952 match_150 match_part 1.000 70488 70467 match_part 0.997 69336 68954 match_151 match_part 0.913 71332 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68955 match_152 match_part 0.984 71326 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68955 match_153 match_part 1.000 71326 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68955 match_154 match_part 0.984 71325 71264 match_part 1.000 71162 71017 match_part 0.983 70524 70467 match_part 1.000 69336 68955 match_155 match_part 1.000 71067 71017 match_part 1.000 70524 70467 match_part 0.997 69336 68955 match_156 match_part 1.000 70488 70467 match_part 0.997 69336 68955 match_157 match_part 0.975 69319 68955 match_158 match_part 0.979 69293 68955 match_159 match_part 0.997 69286 68955 match_160 match_part 1.000 69282 68955 match_161 match_part 0.988 69279 68955 match_162 match_part 1.000 71159 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68956 match_163 match_part 1.000 71330 71264 match_part 0.986 71162 71017 match_part 1.000 70524 70467 match_part 0.997 69336 68957 match_164 match_part 1.000 70524 70467 match_part 1.000 69336 68957 match_165 match_part 1.000 71318 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68959 match_166 match_part 1.000 71341 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.995 69336 68961 match_167 match_part 1.000 71303 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68961 match_168 match_part 1.000 69724 68961 match_169 match_part 1.000 71265 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.992 69336 68965 match_170 match_part 1.000 70524 70467 match_part 0.989 69336 68966 match_171 match_part 0.994 69325 68969 match_172 match_part 1.000 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.997 69336 68984 match_173 match_part 1.000 71314 71264 match_part 1.000 71162 71017 match_part 0.983 70524 70467 match_part 0.989 69336 68989 match_174 match_part 1.000 71313 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68990 match_175 match_part 1.000 71325 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.991 69336 69002 match_176 match_part 0.967 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69003 match_177 match_part 1.000 71285 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.997 69336 69014 match_178 match_part 1.000 71325 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.997 69336 69022 match_179 match_part 1.000 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.997 69336 69022 match_180 match_part 1.000 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69022 match_181 match_part 1.000 71313 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69022 match_182 match_part 1.000 71306 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69035 match_183 match_part 1.000 71308 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69043 match_184 match_part 1.000 71322 71264 match_part 0.993 71162 71017 match_part 0.983 70524 70467 match_part 0.986 69336 69047 match_185 match_part 1.000 71304 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69051 match_186 match_part 1.000 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.996 69336 69067 match_187 match_part 0.984 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.973 69336 69075 match_188 match_part 1.000 71305 71264 match_part 1.000 71162 71017 match_part 0.983 70524 70467 match_part 0.992 69336 69083 match_189 match_part 1.000 71285 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69098 match_190 match_part 0.917 71323 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.991 69336 69112 match_191 match_part 0.900 71333 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69113 match_192 match_part 1.000 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69113 match_193 match_part 1.000 71325 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69114 match_194 match_part 1.000 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.982 69336 69114 match_195 match_part 1.000 71325 71264 match_part 0.993 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69115 match_196 match_part 0.979 71311 71264 match_part 1.000 71162 71017 match_part 0.983 70524 70467 match_part 0.995 69336 69115 match_197 match_part 1.000 71306 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69141 match_198 match_part 1.000 71321 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.974 69336 69142 match_199 match_part 1.000 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69143 match_200 match_part 1.000 71321 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69143 match_201 match_part 0.967 71323 71264 match_part 0.986 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69148 match_202 match_part 1.000 71318 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.995 69336 69151 match_203 match_part 0.980 71313 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69151 match_204 match_part 0.864 71322 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69163 match_205 match_part 1.000 71279 71264 match_part 0.986 71162 71017 match_part 0.966 70524 70467 match_part 0.887 69336 69178 match_206 match_part 1.000 71276 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69179 match_207 match_part 0.993 71160 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69181 match_208 match_part 1.000 71323 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69212 match_209 match_part 0.983 71323 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.983 69336 69220 match_210 match_part 1.000 71308 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 0.991 69336 69221 match_211 match_part 0.976 71305 71264 match_part 0.973 71162 71017 match_part 0.948 70524 70467 match_part 0.973 69336 69225 match_212 match_part 1.000 71321 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69292 match_213 match_part 1.000 71325 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69318 match_214 match_part 0.994 70026 69517 match_215 match_part 0.988 70026 69518 match_216 match_part 0.998 70199 69633 match_217 match_part 1.000 71161 71017 match_part 0.997 70524 69924 match_218 match_part 1.000 71324 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70051 match_219 match_part 1.000 71160 71017 match_part 1.000 70524 70092 match_220 match_part 1.000 80591 80360 match_part 1.000 79172 78954 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 2733 1955 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 9918 9838 exon 9744 9544 exon 9207 9165 exon 9060 8622 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 14413 14390 exon 14145 13777 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 16520 16337 exon 16241 16023 exon 15129 15027 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 24069 24221 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 27004 27168 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 34145 34265 exon 34634 35471 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 35890 35879 exon 35480 34685 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 39130 39712 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 40328 40740 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 41710 42374 exon 42470 42814 gene_12 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 40771 41271 exon 41368 41667 exon 41834 42374 exon 42470 42814 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 41078 40771 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 47495 47011 exon 46467 45775 exon 45680 45592 exon 45449 45380 exon 45229 45146 exon 45045 44969 exon 44851 44770 exon 44632 44550 exon 44463 44400 exon 44300 44172 exon 43964 43861 exon 43773 43360 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 58815 58553 exon 57358 57230 exon 57091 57035 exon 56894 56802 exon 56553 56351 exon 56232 56141 exon 55957 55743 exon 55663 55474 exon 55374 55060 exon 54557 54532 gene_16 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 57070 56802 exon 56553 56351 exon 56232 56141 exon 55957 55743 exon 55663 55474 exon 55374 55060 exon 54557 54532 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 55035 55347 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71346 71264 exon 71162 71017 exon 70524 70467 exon 69336 68808 gene_19 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71346 71264 exon 71162 71017 exon 70524 70467 exon 69336 68910 exon 68475 68452 exon 68297 68276 gene_20 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71346 71264 exon 71162 71017 exon 70524 70467 exon 69336 68935 exon 67751 67730 gene_21 gene GT_PGL_16_AGS_4 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71341 71264 exon 71162 71017 exon 70524 70467 exon 69336 68949 exon 67751 67735 gene_22 gene GT_PGL_16_AGS_5 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71341 71264 exon 71162 71017 exon 70524 70467 exon 69336 68949 exon 68372 68341 gene_23 gene GT_PGL_16_AGS_6 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71341 71264 exon 71162 71017 exon 70524 70467 exon 69336 68955 exon 67751 67731 gene_24 gene GT_PGL_16_AGS_7 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71324 71264 exon 71162 71017 exon 70524 68808 gene_25 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 68405 68432 exon 68900 69183 gene_26 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 73064 73104 exon 76591 77983 exon 78075 78089 gene_27 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 73064 73104 exon 76591 78031 gene_28 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 76585 77983 exon 78075 78089 gene_29 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 80591 80360 exon 79172 78954 gene_30 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 82279 82989 exon 83116 83445 exon 84797 84912 exon 85466 85556 exon 85639 86009 gene_31 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 82279 82989 exon 83116 83645 AUGUSTUS_tom_cdna de novo gene_1 gene 0.18 26008 35190 transcript_1 transcript 0.18 26008 35190 start_codon_1 start_codon 26008 26010 intron_1 intron 0.98 26143 26558 intron_2 intron 1 27275 27400 intron_3 intron 0.97 27533 27758 intron_4 intron 0.97 27849 27995 intron_5 intron 1 28120 28848 intron_6 intron 0.74 29173 29441 intron_7 intron 0.96 29507 30235 intron_8 intron 0.93 30399 30964 intron_9 intron 0.93 31070 31186 intron_10 intron 1 31289 31367 intron_11 intron 0.98 31539 32568 intron_12 intron 0.93 32701 32785 intron_13 intron 0.35 32808 34122 intron_14 intron 0.81 34270 34633 CDS_1 CDS 0.89 26008 26142 CDS_2 CDS 0.98 26559 27274 CDS_3 CDS 1 27401 27532 CDS_4 CDS 0.97 27759 27848 CDS_5 CDS 1 27996 28119 CDS_6 CDS 1 28849 29172 CDS_7 CDS 0.96 29442 29506 CDS_8 CDS 1 30236 30398 CDS_9 CDS 0.93 30965 31069 CDS_10 CDS 1 31187 31288 CDS_11 CDS 0.99 31368 31538 CDS_12 CDS 0.96 32569 32700 CDS_13 CDS 0.35 32786 32807 CDS_14 CDS 0.71 34123 34269 CDS_15 CDS 1 34634 35190 stop_codon_1 stop_codon 35188 35190 gene_2 gene 0.99 39127 41637 transcript_2 transcript 0.99 39127 41637 start_codon_2 start_codon 39127 39129 intron_15 intron 1 41272 41367 CDS_16 CDS 0.99 39127 41271 CDS_17 CDS 1 41368 41637 stop_codon_2 stop_codon 41635 41637 gene_3 gene 0.41 66515 69072 transcript_3 transcript 0.41 66515 69072 start_codon_3 start_codon 66515 66517 intron_16 intron 1 67548 67636 intron_17 intron 0.42 68293 68877 CDS_18 CDS 0.97 66515 67547 CDS_19 CDS 0.42 67637 68292 CDS_20 CDS 0.93 68878 69072 stop_codon_3 stop_codon 69070 69072 gene_4 gene 0.99 76665 77870 transcript_4 transcript 0.99 76665 77870 start_codon_4 start_codon 76665 76667 CDS_21 CDS 0.99 76665 77870 stop_codon_4 stop_codon 77868 77870 gene_5 gene 0.58 82450 85731 transcript_5 transcript 0.58 82450 85731 start_codon_5 start_codon 82450 82452 intron_18 intron 1 82990 83115 intron_19 intron 1 83446 84796 intron_20 intron 1 84913 85465 intron_21 intron 1 85557 85638 CDS_22 CDS 0.58 82450 82989 CDS_23 CDS 1 83116 83445 CDS_24 CDS 1 84797 84912 CDS_25 CDS 1 85466 85556 CDS_26 CDS 1 85639 85731 stop_codon_5 stop_codon 85729 85731 gene_6 gene 0.35 85915 92207 transcript_6 transcript 0.35 85915 92207 start_codon_6 start_codon 85915 85917 intron_22 intron 0.68 86010 91939 CDS_27 CDS 0.78 85915 86009 CDS_28 CDS 0.37 91940 92207 stop_codon_6 stop_codon 92205 92207 gene_7 gene 0.92 92985 93597 transcript_7 transcript 0.92 92985 93597 start_codon_7 start_codon 92985 92987 intron_23 intron 0.92 93104 93452 CDS_29 CDS 1 92985 93103 CDS_30 CDS 0.92 93453 93597 stop_codon_7 stop_codon 93595 93597 AUGUSTUS_tom_cdna de novo gene_8 gene 0.25 4491 1185 transcript_8 transcript 0.25 4491 1185 stop_codon_8 stop_codon 1187 1185 intron_24 intron 1 3234 2917 intron_25 intron 1 3786 3702 CDS_31 CDS 0.25 2916 1185 CDS_32 CDS 0.99 3701 3235 CDS_33 CDS 1 4491 3787 start_codon_8 start_codon 4491 4489 gene_9 gene 0.1 16405 8982 transcript_9 transcript 0.1 16405 8982 stop_codon_9 stop_codon 8984 8982 intron_26 intron 1 9164 9061 intron_27 intron 1 9543 9208 intron_28 intron 1 9837 9745 intron_29 intron 0.76 10590 9944 intron_30 intron 0.11 13167 10663 intron_31 intron 0.98 13385 13306 intron_32 intron 0.99 14016 13476 intron_33 intron 1 14389 14146 intron_34 intron 0.62 14970 14516 intron_35 intron 1 16022 15130 intron_36 intron 1 16336 16242 CDS_34 CDS 1 9060 8982 CDS_35 CDS 1 9207 9165 CDS_36 CDS 1 9744 9544 CDS_37 CDS 1 9943 9838 CDS_38 CDS 0.75 10662 10591 CDS_39 CDS 0.11 13305 13168 CDS_40 CDS 0.99 13475 13386 CDS_41 CDS 1 14145 14017 CDS_42 CDS 0.85 14515 14390 CDS_43 CDS 0.62 15129 14971 CDS_44 CDS 1 16241 16023 CDS_45 CDS 1 16405 16337 start_codon_9 start_codon 16405 16403 gene_10 gene 0.88 20054 19296 transcript_10 transcript 0.88 20054 19296 stop_codon_10 stop_codon 19298 19296 CDS_46 CDS 0.88 20054 19296 start_codon_10 start_codon 20054 20052 gene_11 gene 0.6 47305 43657 transcript_11 transcript 0.6 47305 43657 stop_codon_11 stop_codon 43659 43657 intron_37 intron 1 43860 43774 intron_38 intron 1 44171 43965 intron_39 intron 1 44399 44301 intron_40 intron 1 44549 44464 intron_41 intron 1 44769 44633 intron_42 intron 1 44968 44852 intron_43 intron 1 45145 45046 intron_44 intron 1 45379 45230 intron_45 intron 1 45591 45450 intron_46 intron 1 45774 45681 intron_47 intron 1 47010 46468 CDS_47 CDS 0.99 43773 43657 CDS_48 CDS 1 43964 43861 CDS_49 CDS 1 44300 44172 CDS_50 CDS 1 44463 44400 CDS_51 CDS 1 44632 44550 CDS_52 CDS 1 44851 44770 CDS_53 CDS 1 45045 44969 CDS_54 CDS 1 45229 45146 CDS_55 CDS 1 45449 45380 CDS_56 CDS 1 45680 45592 CDS_57 CDS 1 46467 45775 CDS_58 CDS 0.61 47305 47011 start_codon_11 start_codon 47305 47303 gene_12 gene 0.91 58768 55220 transcript_12 transcript 0.91 58768 55220 stop_codon_12 stop_codon 55222 55220 intron_48 intron 1 55473 55375 intron_49 intron 1 55742 55664 intron_50 intron 1 56140 55958 intron_51 intron 1 56350 56233 intron_52 intron 1 56801 56554 intron_53 intron 1 57034 56895 intron_54 intron 1 57229 57092 intron_55 intron 1 58552 57359 CDS_59 CDS 1 55374 55220 CDS_60 CDS 1 55663 55474 CDS_61 CDS 1 55957 55743 CDS_62 CDS 1 56232 56141 CDS_63 CDS 1 56553 56351 CDS_64 CDS 1 56894 56802 CDS_65 CDS 1 57091 57035 CDS_66 CDS 1 57358 57230 CDS_67 CDS 0.91 58768 58553 start_codon_12 start_codon 58768 58766 gene_13 gene 1 71266 69088 transcript_13 transcript 1 71266 69088 stop_codon_13 stop_codon 69090 69088 intron_56 intron 1 70466 69337 intron_57 intron 1 71016 70525 intron_58 intron 1 71263 71163 CDS_68 CDS 1 69336 69088 CDS_69 CDS 1 70524 70467 CDS_70 CDS 1 71162 71017 CDS_71 CDS 1 71266 71264 start_codon_13 start_codon 71266 71264 gene_14 gene 0.4 72612 71289 transcript_14 transcript 0.4 72612 71289 stop_codon_14 stop_codon 71291 71289 intron_59 intron 0.4 72536 71426 CDS_72 CDS 0.81 71425 71289 CDS_73 CDS 0.49 72612 72537 start_codon_14 start_codon 72612 72610 gene_15 gene 1 82347 79042 transcript_15 transcript 1 82347 79042 stop_codon_15 stop_codon 79044 79042 intron_60 intron 1 80359 79173 intron_61 intron 1 82221 80610 CDS_74 CDS 1 79172 79042 CDS_75 CDS 1 80609 80360 CDS_76 CDS 1 82347 82222 start_codon_15 start_codon 82347 82345 AUGUSTUS_ab_initio de novo gene_1 gene 0.66 26008 32956 transcript_1 transcript 0.66 26008 32956 start_codon_1 start_codon 26008 26010 intron_1 intron 1 26143 26558 intron_2 intron 1 27275 27400 intron_3 intron 1 27533 27758 intron_4 intron 1 27849 27995 intron_5 intron 0.92 28120 28848 intron_6 intron 0.87 29173 29266 intron_7 intron 0.87 29375 29441 intron_8 intron 1 29507 30235 intron_9 intron 1 30399 30964 intron_10 intron 0.99 31070 31186 intron_11 intron 1 31289 31367 intron_12 intron 0.96 31539 32568 intron_13 intron 1 32701 32785 CDS_1 CDS 0.83 26008 26142 CDS_2 CDS 1 26559 27274 CDS_3 CDS 1 27401 27532 CDS_4 CDS 1 27759 27848 CDS_5 CDS 1 27996 28119 CDS_6 CDS 1 28849 29172 CDS_7 CDS 0.87 29267 29374 CDS_8 CDS 1 29442 29506 CDS_9 CDS 1 30236 30398 CDS_10 CDS 0.99 30965 31069 CDS_11 CDS 1 31187 31288 CDS_12 CDS 0.96 31368 31538 CDS_13 CDS 1 32569 32700 CDS_14 CDS 1 32786 32956 stop_codon_1 stop_codon 32954 32956 gene_2 gene 0.91 34639 35190 transcript_2 transcript 0.91 34639 35190 start_codon_2 start_codon 34639 34641 CDS_15 CDS 0.91 34639 35190 stop_codon_2 stop_codon 35188 35190 gene_3 gene 0.17 39127 42503 transcript_3 transcript 0.17 39127 42503 start_codon_3 start_codon 39127 39129 intron_14 intron 0.77 41272 41367 intron_15 intron 0.76 41621 41833 intron_16 intron 0.95 41909 42106 intron_17 intron 0.89 42179 42253 intron_18 intron 0.31 42375 42469 CDS_16 CDS 0.68 39127 41271 CDS_17 CDS 0.69 41368 41620 CDS_18 CDS 0.74 41834 41908 CDS_19 CDS 0.94 42107 42178 CDS_20 CDS 0.42 42254 42374 CDS_21 CDS 0.39 42470 42503 stop_codon_3 stop_codon 42501 42503 gene_4 gene 1 66515 68316 transcript_4 transcript 1 66515 68316 start_codon_4 start_codon 66515 66517 intron_19 intron 1 67548 67636 CDS_22 CDS 1 66515 67547 CDS_23 CDS 1 67637 68316 stop_codon_4 stop_codon 68314 68316 gene_5 gene 0.97 76665 77870 transcript_5 transcript 0.97 76665 77870 start_codon_5 start_codon 76665 76667 CDS_24 CDS 0.97 76665 77870 stop_codon_5 stop_codon 77868 77870 gene_6 gene 0.41 82450 85731 transcript_6 transcript 0.41 82450 85731 start_codon_6 start_codon 82450 82452 intron_20 intron 0.99 82990 83115 intron_21 intron 0.91 83446 84796 intron_22 intron 0.94 84913 85465 intron_23 intron 0.83 85557 85638 CDS_25 CDS 0.59 82450 82989 CDS_26 CDS 1 83116 83445 CDS_27 CDS 0.99 84797 84912 CDS_28 CDS 0.81 85466 85556 CDS_29 CDS 0.95 85639 85731 stop_codon_6 stop_codon 85729 85731 gene_7 gene 0.52 91216 92440 transcript_7 transcript 0.52 91216 92440 start_codon_7 start_codon 91216 91218 intron_24 intron 0.74 91495 91952 intron_25 intron 0.67 92098 92411 CDS_30 CDS 0.74 91216 91494 CDS_31 CDS 0.86 91953 92097 CDS_32 CDS 0.71 92412 92440 stop_codon_7 stop_codon 92438 92440 AUGUSTUS_ab_initio de novo gene_8 gene 0.31 4491 1185 transcript_8 transcript 0.31 4491 1185 stop_codon_8 stop_codon 1187 1185 intron_26 intron 1 3234 2917 intron_27 intron 1 3786 3702 CDS_33 CDS 0.31 2916 1185 CDS_34 CDS 0.99 3701 3235 CDS_35 CDS 0.96 4491 3787 start_codon_8 start_codon 4491 4489 gene_9 gene 0.01 16405 8982 transcript_9 transcript 0.01 16405 8982 stop_codon_9 stop_codon 8984 8982 intron_28 intron 0.36 9155 9061 intron_29 intron 0.86 9543 9208 intron_30 intron 0.39 10590 9767 intron_31 intron 0.47 11335 10663 intron_32 intron 0.73 11771 11446 intron_33 intron 0.77 13154 11826 intron_34 intron 0.99 13385 13306 intron_35 intron 0.86 14016 13476 intron_36 intron 0.93 14389 14146 intron_37 intron 0.56 14970 14516 intron_38 intron 0.72 16022 15130 intron_39 intron 0.47 16336 16242 CDS_36 CDS 0.57 9060 8982 CDS_37 CDS 0.37 9207 9156 CDS_38 CDS 0.4 9766 9544 CDS_39 CDS 0.83 10662 10591 CDS_40 CDS 0.44 11445 11336 CDS_41 CDS 0.88 11825 11772 CDS_42 CDS 0.97 13305 13155 CDS_43 CDS 0.99 13475 13386 CDS_44 CDS 0.96 14145 14017 CDS_45 CDS 0.81 14515 14390 CDS_46 CDS 0.59 15129 14971 CDS_47 CDS 0.47 16241 16023 CDS_48 CDS 0.95 16405 16337 start_codon_9 start_codon 16405 16403 gene_10 gene 0.36 20054 19296 transcript_10 transcript 0.36 20054 19296 stop_codon_10 stop_codon 19298 19296 CDS_49 CDS 0.36 20054 19296 start_codon_10 start_codon 20054 20052 gene_11 gene 0.08 47305 43539 transcript_11 transcript 0.08 47305 43539 stop_codon_11 stop_codon 43541 43539 intron_40 intron 0.42 43662 43584 intron_41 intron 0.63 43860 43774 intron_42 intron 0.44 44171 43965 intron_43 intron 0.48 44769 44301 intron_44 intron 0.92 44968 44852 intron_45 intron 0.96 45145 45046 intron_46 intron 0.97 45379 45230 intron_47 intron 1 45591 45450 intron_48 intron 1 45774 45681 intron_49 intron 0.98 47010 46468 CDS_50 CDS 0.47 43583 43539 CDS_51 CDS 0.48 43773 43663 CDS_52 CDS 0.96 43964 43861 CDS_53 CDS 0.44 44300 44172 CDS_54 CDS 0.92 44851 44770 CDS_55 CDS 0.94 45045 44969 CDS_56 CDS 0.96 45229 45146 CDS_57 CDS 1 45449 45380 CDS_58 CDS 1 45680 45592 CDS_59 CDS 0.98 46467 45775 CDS_60 CDS 0.65 47305 47011 start_codon_11 start_codon 47305 47303 gene_12 gene 0.55 58768 55220 transcript_12 transcript 0.55 58768 55220 stop_codon_12 stop_codon 55222 55220 intron_50 intron 0.87 55473 55375 intron_51 intron 1 55742 55664 intron_52 intron 1 56140 55958 intron_53 intron 1 56350 56233 intron_54 intron 1 56801 56554 intron_55 intron 1 57229 56895 intron_56 intron 0.85 58552 57359 CDS_61 CDS 0.96 55374 55220 CDS_62 CDS 0.87 55663 55474 CDS_63 CDS 1 55957 55743 CDS_64 CDS 1 56232 56141 CDS_65 CDS 1 56553 56351 CDS_66 CDS 1 56894 56802 CDS_67 CDS 1 57358 57230 CDS_68 CDS 0.76 58768 58553 start_codon_12 start_codon 58768 58766 gene_13 gene 0.98 71266 69088 transcript_13 transcript 0.98 71266 69088 stop_codon_13 stop_codon 69090 69088 intron_57 intron 1 70466 69337 intron_58 intron 0.99 71016 70525 intron_59 intron 1 71263 71163 CDS_69 CDS 0.99 69336 69088 CDS_70 CDS 0.99 70524 70467 CDS_71 CDS 0.99 71162 71017 CDS_72 CDS 1 71266 71264 start_codon_13 start_codon 71266 71264 gene_14 gene 0.94 80573 79042 transcript_14 transcript 0.94 80573 79042 stop_codon_14 stop_codon 79044 79042 intron_60 intron 0.98 80359 79173 CDS_73 CDS 1 79172 79042 CDS_74 CDS 0.96 80573 80360 start_codon_14 start_codon 80573 80571 AUGUSTUS_tom_ugs de novo gene_1 gene 0.23 22290 32956 transcript_1 transcript 0.23 22290 32956 start_codon_1 start_codon 22290 22292 intron_1 intron 0.47 22316 25556 intron_2 intron 1 25665 26027 intron_3 intron 1 26143 26558 intron_4 intron 1 27275 27400 intron_5 intron 0.94 27533 27758 intron_6 intron 0.94 27849 27995 intron_7 intron 1 28120 28848 intron_8 intron 0.73 29173 29441 intron_9 intron 0.97 29507 30235 intron_10 intron 0.87 30399 30964 intron_11 intron 0.87 31070 31186 intron_12 intron 1 31289 31367 intron_13 intron 0.98 31539 32568 intron_14 intron 0.99 32701 32785 CDS_1 CDS 0.4 22290 22315 CDS_2 CDS 0.99 25557 25664 CDS_3 CDS 1 26028 26142 CDS_4 CDS 1 26559 27274 CDS_5 CDS 1 27401 27532 CDS_6 CDS 0.94 27759 27848 CDS_7 CDS 1 27996 28119 CDS_8 CDS 1 28849 29172 CDS_9 CDS 0.97 29442 29506 CDS_10 CDS 1 30236 30398 CDS_11 CDS 0.87 30965 31069 CDS_12 CDS 1 31187 31288 CDS_13 CDS 0.99 31368 31538 CDS_14 CDS 0.98 32569 32700 CDS_15 CDS 1 32786 32956 stop_codon_1 stop_codon 32954 32956 gene_2 gene 1 34639 35190 transcript_2 transcript 1 34639 35190 start_codon_2 start_codon 34639 34641 CDS_16 CDS 1 34639 35190 stop_codon_2 stop_codon 35188 35190 gene_3 gene 0.56 38531 41637 transcript_3 transcript 0.56 38531 41637 start_codon_3 start_codon 38531 38533 intron_15 intron 0.56 38712 39118 intron_16 intron 1 41272 41367 CDS_17 CDS 0.56 38531 38711 CDS_18 CDS 0.92 39119 41271 CDS_19 CDS 1 41368 41637 stop_codon_3 stop_codon 41635 41637 gene_4 gene 0.94 66515 68316 transcript_4 transcript 0.94 66515 68316 start_codon_4 start_codon 66515 66517 intron_17 intron 1 67548 67636 CDS_20 CDS 1 66515 67547 CDS_21 CDS 0.94 67637 68316 stop_codon_4 stop_codon 68314 68316 gene_5 gene 0.98 76665 77870 transcript_5 transcript 0.98 76665 77870 start_codon_5 start_codon 76665 76667 CDS_22 CDS 0.98 76665 77870 stop_codon_5 stop_codon 77868 77870 gene_6 gene 0.2 82450 93258 transcript_6 transcript 0.2 82450 93258 start_codon_6 start_codon 82450 82452 intron_18 intron 1 82990 83115 intron_19 intron 1 83446 84796 intron_20 intron 1 84913 85465 intron_21 intron 1 85557 85638 intron_22 intron 0.81 85728 91939 intron_23 intron 0.51 92098 93211 CDS_23 CDS 0.49 82450 82989 CDS_24 CDS 1 83116 83445 CDS_25 CDS 1 84797 84912 CDS_26 CDS 1 85466 85556 CDS_27 CDS 0.96 85639 85727 CDS_28 CDS 0.83 91940 92097 CDS_29 CDS 0.51 93212 93258 stop_codon_6 stop_codon 93256 93258 AUGUSTUS_tom_ugs de novo gene_7 gene 0.3 4491 1185 transcript_7 transcript 0.3 4491 1185 stop_codon_7 stop_codon 1187 1185 intron_24 intron 0.99 3234 2917 intron_25 intron 1 3786 3702 CDS_30 CDS 0.31 2916 1185 CDS_31 CDS 0.99 3701 3235 CDS_32 CDS 0.99 4491 3787 start_codon_7 start_codon 4491 4489 gene_8 gene 1 16405 8982 transcript_8 transcript 1 16405 8982 stop_codon_8 stop_codon 8984 8982 intron_26 intron 1 9164 9061 intron_27 intron 1 9543 9208 intron_28 intron 1 9837 9745 intron_29 intron 1 10590 9944 intron_30 intron 1 11335 10663 intron_31 intron 1 13154 11446 intron_32 intron 1 13385 13306 intron_33 intron 1 14016 13476 intron_34 intron 1 14389 14146 intron_35 intron 1 14991 14516 intron_36 intron 1 16022 15130 intron_37 intron 1 16336 16242 CDS_33 CDS 1 9060 8982 CDS_34 CDS 1 9207 9165 CDS_35 CDS 1 9744 9544 CDS_36 CDS 1 9943 9838 CDS_37 CDS 1 10662 10591 CDS_38 CDS 1 11445 11336 CDS_39 CDS 1 13305 13155 CDS_40 CDS 1 13475 13386 CDS_41 CDS 1 14145 14017 CDS_42 CDS 1 14515 14390 CDS_43 CDS 1 15129 14992 CDS_44 CDS 1 16241 16023 CDS_45 CDS 1 16405 16337 start_codon_8 start_codon 16405 16403 gene_9 gene 0.83 20054 19296 transcript_9 transcript 0.83 20054 19296 stop_codon_9 stop_codon 19298 19296 CDS_46 CDS 0.83 20054 19296 start_codon_9 start_codon 20054 20052 gene_10 gene 0.57 47305 43657 transcript_10 transcript 0.57 47305 43657 stop_codon_10 stop_codon 43659 43657 intron_38 intron 1 43860 43774 intron_39 intron 1 44171 43965 intron_40 intron 1 44399 44301 intron_41 intron 1 44549 44464 intron_42 intron 1 44769 44633 intron_43 intron 1 44968 44852 intron_44 intron 1 45145 45046 intron_45 intron 1 45379 45230 intron_46 intron 1 45591 45450 intron_47 intron 1 45774 45681 intron_48 intron 1 47010 46468 CDS_47 CDS 0.98 43773 43657 CDS_48 CDS 1 43964 43861 CDS_49 CDS 1 44300 44172 CDS_50 CDS 1 44463 44400 CDS_51 CDS 1 44632 44550 CDS_52 CDS 1 44851 44770 CDS_53 CDS 1 45045 44969 CDS_54 CDS 1 45229 45146 CDS_55 CDS 1 45449 45380 CDS_56 CDS 1 45680 45592 CDS_57 CDS 1 46467 45775 CDS_58 CDS 0.59 47305 47011 start_codon_10 start_codon 47305 47303 gene_11 gene 1 58723 55220 transcript_11 transcript 1 58723 55220 stop_codon_11 stop_codon 55222 55220 intron_49 intron 1 55473 55375 intron_50 intron 1 55742 55664 intron_51 intron 1 56140 55958 intron_52 intron 1 56350 56233 intron_53 intron 1 56801 56554 intron_54 intron 1 57034 56895 intron_55 intron 1 57229 57092 intron_56 intron 1 58552 57359 CDS_59 CDS 1 55374 55220 CDS_60 CDS 1 55663 55474 CDS_61 CDS 1 55957 55743 CDS_62 CDS 1 56232 56141 CDS_63 CDS 1 56553 56351 CDS_64 CDS 1 56894 56802 CDS_65 CDS 1 57091 57035 CDS_66 CDS 1 57358 57230 CDS_67 CDS 1 58723 58553 start_codon_11 start_codon 58723 58721 gene_12 gene 0.85 71266 68989 transcript_12 transcript 0.85 71266 68989 stop_codon_12 stop_codon 68991 68989 intron_57 intron 0.85 69131 69015 intron_58 intron 1 70466 69337 intron_59 intron 1 71016 70525 intron_60 intron 1 71263 71163 CDS_68 CDS 0.87 69014 68989 CDS_69 CDS 0.85 69336 69132 CDS_70 CDS 1 70524 70467 CDS_71 CDS 1 71162 71017 CDS_72 CDS 1 71266 71264 start_codon_12 start_codon 71266 71264 gene_13 gene 0.96 80573 79042 transcript_13 transcript 0.96 80573 79042 stop_codon_13 stop_codon 79044 79042 intron_61 intron 1 80359 79173 CDS_73 CDS 1 79172 79042 CDS_74 CDS 0.96 80573 80360 start_codon_13 start_codon 80573 80571 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 26968 27274 match_part 1.000 27401 27524 match_2 match_part 1.000 38571 38686 match_part 0.994 39119 39743 match_3 match_part 0.996 40792 41271 match_part 1.000 41368 41667 match_part 0.996 41834 42076 match_4 match_part 0.998 41709 42374 match_part 0.994 42470 42813 match_5 match_part 0.934 68992 69172 match_6 match_part 0.976 73063 73104 match_part 1.000 76591 78033 match_7 match_part 1.000 82254 82989 match_part 1.000 83116 83445 match_part 1.000 84797 84912 match_part 1.000 85466 85556 match_part 0.997 85639 86007 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_8 match_part 0.981 2729 1933 match_9 match_part 0.995 16522 16337 match_part 1.000 16241 16023 match_part 1.000 15129 14992 match_part 1.000 14515 14390 match_part 1.000 14145 14017 match_part 1.000 13475 13386 match_part 1.000 13305 13155 match_part 1.000 11445 11336 match_part 1.000 10662 10591 match_part 1.000 9943 9838 match_part 1.000 9744 9544 match_part 1.000 9207 9165 match_part 0.998 9060 8631 match_10 match_part 0.998 47495 47011 match_part 1.000 46467 45775 match_part 1.000 45680 45592 match_part 1.000 45449 45380 match_part 1.000 45229 45146 match_part 1.000 45045 44969 match_part 1.000 44851 44770 match_part 1.000 44632 44550 match_part 1.000 44463 44400 match_part 1.000 44300 44172 match_part 1.000 43964 43861 match_part 0.998 43773 43361 match_11 match_part 1.000 58936 58858 match_part 1.000 58777 58553 match_part 1.000 57358 57230 match_part 1.000 57091 57035 match_part 1.000 56894 56802 match_part 1.000 56553 56351 match_part 1.000 56232 56141 match_part 1.000 55957 55743 match_part 1.000 55663 55474 match_part 0.998 55374 54909 match_12 match_part 1.000 71341 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 68888 match_13 match_part 0.984 71326 71264 match_part 1.000 71162 71017 match_part 1.000 70524 68958 match_14 match_part 1.000 80592 80360 match_part 0.996 79172 78717 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 2729 1933 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 16522 16337 exon 16241 16023 exon 15129 14992 exon 14515 14390 exon 14145 14017 exon 13475 13386 exon 13305 13155 exon 11445 11336 exon 10662 10591 exon 9943 9838 exon 9744 9544 exon 9207 9165 exon 9060 8631 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 26968 27274 exon 27401 27524 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 38571 38686 exon 39119 39743 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 40792 41271 exon 41368 41667 exon 41834 42076 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 41709 42374 exon 42470 42813 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 47495 47011 exon 46467 45775 exon 45680 45592 exon 45449 45380 exon 45229 45146 exon 45045 44969 exon 44851 44770 exon 44632 44550 exon 44463 44400 exon 44300 44172 exon 43964 43861 exon 43773 43361 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 58936 58858 exon 58777 58553 exon 57358 57230 exon 57091 57035 exon 56894 56802 exon 56553 56351 exon 56232 56141 exon 55957 55743 exon 55663 55474 exon 55374 54909 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71341 71264 exon 71162 71017 exon 70524 70467 exon 69336 68888 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71326 71264 exon 71162 71017 exon 70524 68958 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 68992 69172 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 73063 73104 exon 76591 78033 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 80592 80360 exon 79172 78717 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 82254 82989 exon 83116 83445 exon 84797 84912 exon 85466 85556 exon 85639 86007 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.927 82281 82989 match_part 0.975 83116 83351 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 1.000 9918 9838 match_part 1.000 9744 9544 match_part 1.000 9207 9165 match_part 0.986 9060 8622 match_3 match_part 0.994 16510 16337 match_part 1.000 16241 16023 match_part 0.981 15129 15027 match_4 match_part 1.000 71325 71264 match_part 1.000 71162 71017 match_part 1.000 70524 70467 match_part 1.000 69336 69158 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 9918 9838 exon 9744 9544 exon 9207 9165 exon 9060 8622 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 16510 16337 exon 16241 16023 exon 15129 15027 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 71325 71264 exon 71162 71017 exon 70524 70467 exon 69336 69158 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N15.1 type gene exon 82281 82989 exon 83116 83351 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.42 26008 32956 transcript_1 transcript 0.42 26008 32956 start_codon_1 start_codon 26008 26010 intron_1 intron 0.95 26143 26558 intron_2 intron 1 27275 27400 intron_3 intron 0.94 27533 27758 intron_4 intron 0.94 27849 27995 intron_5 intron 0.99 28120 28848 intron_6 intron 0.67 29173 29441 intron_7 intron 0.94 29507 30235 intron_8 intron 0.78 30399 30964 intron_9 intron 0.77 31070 31186 intron_10 intron 0.99 31289 31367 intron_11 intron 0.94 31539 32568 intron_12 intron 1 32701 32785 CDS_1 CDS 0.9 26008 26142 CDS_2 CDS 0.95 26559 27274 CDS_3 CDS 1 27401 27532 CDS_4 CDS 0.94 27759 27848 CDS_5 CDS 1 27996 28119 CDS_6 CDS 1 28849 29172 CDS_7 CDS 0.94 29442 29506 CDS_8 CDS 1 30236 30398 CDS_9 CDS 0.77 30965 31069 CDS_10 CDS 1 31187 31288 CDS_11 CDS 0.94 31368 31538 CDS_12 CDS 0.96 32569 32700 CDS_13 CDS 1 32786 32956 stop_codon_1 stop_codon 32954 32956 gene_2 gene 0.58 33380 35190 transcript_2 transcript 0.58 33380 35190 start_codon_2 start_codon 33380 33382 intron_13 intron 0.58 33387 34122 intron_14 intron 0.78 34270 34633 CDS_14 CDS 0.59 33380 33386 CDS_15 CDS 0.72 34123 34269 CDS_16 CDS 1 34634 35190 stop_codon_2 stop_codon 35188 35190 gene_3 gene 0.97 39127 41637 transcript_3 transcript 0.97 39127 41637 start_codon_3 start_codon 39127 39129 intron_15 intron 1 41272 41367 CDS_17 CDS 0.98 39127 41271 CDS_18 CDS 0.99 41368 41637 stop_codon_3 stop_codon 41635 41637 gene_4 gene 0.12 60804 69072 transcript_4 transcript 0.12 60804 69072 start_codon_4 start_codon 60804 60806 intron_16 intron 0.35 60881 66750 intron_17 intron 1 67548 67636 intron_18 intron 0.38 68293 68877 CDS_19 CDS 0.77 60804 60880 CDS_20 CDS 0.35 66751 67547 CDS_21 CDS 0.38 67637 68292 CDS_22 CDS 0.87 68878 69072 stop_codon_4 stop_codon 69070 69072 gene_5 gene 1 76665 77870 transcript_5 transcript 1 76665 77870 start_codon_5 start_codon 76665 76667 CDS_23 CDS 1 76665 77870 stop_codon_5 stop_codon 77868 77870 gene_6 gene 0.79 82450 85731 transcript_6 transcript 0.79 82450 85731 start_codon_6 start_codon 82450 82452 intron_19 intron 1 82990 83115 intron_20 intron 1 83446 84796 intron_21 intron 1 84913 85465 intron_22 intron 1 85557 85638 CDS_24 CDS 0.79 82450 82989 CDS_25 CDS 1 83116 83445 CDS_26 CDS 1 84797 84912 CDS_27 CDS 1 85466 85556 CDS_28 CDS 1 85639 85731 stop_codon_6 stop_codon 85729 85731 gene_7 gene 0.36 85915 92207 transcript_7 transcript 0.36 85915 92207 start_codon_7 start_codon 85915 85917 intron_23 intron 0.61 86010 91939 CDS_29 CDS 0.7 85915 86009 CDS_30 CDS 0.4 91940 92207 stop_codon_7 stop_codon 92205 92207 gene_8 gene 0.93 92985 93597 transcript_8 transcript 0.93 92985 93597 start_codon_8 start_codon 92985 92987 intron_24 intron 0.93 93104 93452 CDS_31 CDS 0.99 92985 93103 CDS_32 CDS 0.95 93453 93597 stop_codon_8 stop_codon 93595 93597 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 0.52 4491 1185 transcript_9 transcript 0.52 4491 1185 stop_codon_9 stop_codon 1187 1185 intron_25 intron 0.99 3234 2917 intron_26 intron 1 3786 3702 CDS_33 CDS 0.52 2916 1185 CDS_34 CDS 0.99 3701 3235 CDS_35 CDS 1 4491 3787 start_codon_9 start_codon 4491 4489 gene_10 gene 0.51 16405 8982 transcript_10 transcript 0.51 16405 8982 stop_codon_10 stop_codon 8984 8982 intron_27 intron 1 9164 9061 intron_28 intron 1 9543 9208 intron_29 intron 1 9837 9745 intron_30 intron 0.82 10590 9944 intron_31 intron 0.82 11335 10663 intron_32 intron 1 13154 11446 intron_33 intron 1 13385 13306 intron_34 intron 0.98 14016 13476 intron_35 intron 1 14389 14146 intron_36 intron 0.63 14970 14516 intron_37 intron 1 16022 15130 intron_38 intron 1 16336 16242 CDS_36 CDS 1 9060 8982 CDS_37 CDS 1 9207 9165 CDS_38 CDS 1 9744 9544 CDS_39 CDS 1 9943 9838 CDS_40 CDS 0.82 10662 10591 CDS_41 CDS 1 11445 11336 CDS_42 CDS 1 13305 13155 CDS_43 CDS 0.98 13475 13386 CDS_44 CDS 1 14145 14017 CDS_45 CDS 0.9 14515 14390 CDS_46 CDS 0.63 15129 14971 CDS_47 CDS 1 16241 16023 CDS_48 CDS 1 16405 16337 start_codon_10 start_codon 16405 16403 gene_11 gene 0.98 20054 19296 transcript_11 transcript 0.98 20054 19296 stop_codon_11 stop_codon 19298 19296 CDS_49 CDS 0.98 20054 19296 start_codon_11 start_codon 20054 20052 gene_12 gene 0.72 47305 43539 transcript_12 transcript 0.72 47305 43539 stop_codon_12 stop_codon 43541 43539 intron_39 intron 0.87 43662 43584 intron_40 intron 1 43860 43774 intron_41 intron 1 44171 43965 intron_42 intron 1 44399 44301 intron_43 intron 1 44549 44464 intron_44 intron 1 44769 44633 intron_45 intron 1 44968 44852 intron_46 intron 1 45145 45046 intron_47 intron 1 45379 45230 intron_48 intron 1 45591 45450 intron_49 intron 1 45774 45681 intron_50 intron 1 47010 46468 CDS_50 CDS 0.89 43583 43539 CDS_51 CDS 0.98 43773 43663 CDS_52 CDS 1 43964 43861 CDS_53 CDS 1 44300 44172 CDS_54 CDS 1 44463 44400 CDS_55 CDS 1 44632 44550 CDS_56 CDS 1 44851 44770 CDS_57 CDS 1 45045 44969 CDS_58 CDS 1 45229 45146 CDS_59 CDS 1 45449 45380 CDS_60 CDS 1 45680 45592 CDS_61 CDS 1 46467 45775 CDS_62 CDS 0.83 47305 47011 start_codon_12 start_codon 47305 47303 gene_13 gene 0.61 58948 55220 transcript_13 transcript 0.61 58948 55220 stop_codon_13 stop_codon 55222 55220 intron_51 intron 1 55473 55375 intron_52 intron 1 55742 55664 intron_53 intron 1 56140 55958 intron_54 intron 1 56350 56233 intron_55 intron 1 56801 56554 intron_56 intron 1 57034 56895 intron_57 intron 1 57229 57092 intron_58 intron 1 58552 57359 CDS_63 CDS 1 55374 55220 CDS_64 CDS 1 55663 55474 CDS_65 CDS 1 55957 55743 CDS_66 CDS 1 56232 56141 CDS_67 CDS 1 56553 56351 CDS_68 CDS 1 56894 56802 CDS_69 CDS 1 57091 57035 CDS_70 CDS 1 57358 57230 CDS_71 CDS 0.61 58948 58553 start_codon_13 start_codon 58948 58946 gene_14 gene 1 71266 69088 transcript_14 transcript 1 71266 69088 stop_codon_14 stop_codon 69090 69088 intron_59 intron 1 70466 69337 intron_60 intron 1 71016 70525 intron_61 intron 1 71263 71163 CDS_72 CDS 1 69336 69088 CDS_73 CDS 1 70524 70467 CDS_74 CDS 1 71162 71017 CDS_75 CDS 1 71266 71264 start_codon_14 start_codon 71266 71264 gene_15 gene 0.46 72612 71289 transcript_15 transcript 0.46 72612 71289 stop_codon_15 stop_codon 71291 71289 intron_62 intron 0.46 72536 71426 CDS_76 CDS 0.87 71425 71289 CDS_77 CDS 0.49 72612 72537 start_codon_15 start_codon 72612 72610 gene_16 gene 1 82347 79042 transcript_16 transcript 1 82347 79042 stop_codon_16 stop_codon 79044 79042 intron_63 intron 1 80359 79173 intron_64 intron 1 82221 80610 CDS_78 CDS 1 79172 79042 CDS_79 CDS 1 80609 80360 CDS_80 CDS 1 82347 82222 start_codon_16 start_codon 82347 82345 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 85.1 66668 67546 match_2 match 269 67624 68301 match_3 match 132 67639 68280 match_4 match 90.9 67301 67543 match_5 match 167 67624 68109 match_6 match 125 66983 67543 match_7 match 272 67624 68307 match_8 match 84.7 67235 67543 match_9 match 228 67645 68313 match_10 match 541 39172 40719 match_11 match 148 41035 41634 match_12 match 621 39172 40719 match_13 match 161 76698 77777 match_14 match 111 66998 67546 match_15 match 248 67624 68295 match_16 match 79.0 67235 67546 match_17 match 88.2 67645 67887 match_18 match 156 66620 67543 match_19 match 247 67615 68301 match_20 match 176 66605 67546 match_21 match 263 67636 68295 match_22 match 108 76896 77780 match_23 match 105 67654 68280 match_24 match 41.6 67277 67648 match_25 match 108 67708 68301 match_26 match 137 67639 68304 match_27 match 99.8 66674 67543 match_28 match 243 67624 68313 match_29 match 135 66701 67546 match_30 match 234 67645 68304 match_31 match 132 67621 68280 match_32 match 145 67639 68295 match_33 match 80.9 66998 67543 match_34 match 249 67636 68301 match_35 match 88.2 66701 67543 match_36 match 271 67624 68289 match_37 match 83.2 66605 67543 match_38 match 190 67624 68295 match_39 match 77.8 66620 67543 match_40 match 180 67624 68295 match_41 match 41.6 67274 67546 match_42 match 86.7 67624 68280 match_43 match 84.7 66998 67546 match_44 match 261 67645 68301 match_45 match 138 66605 67543 match_46 match 238 67636 68301 match_47 match 109 66998 67543 match_48 match 243 67636 68301 match_49 match 128 66623 67543 match_50 match 208 67645 68301 match_51 match 192 66605 67573 match_52 match 322 67636 68313 match_53 match 32.3 67457 67546 match_54 match 271 67615 68301 match_55 match 64.3 67001 67546 match_56 match 271 67615 68301 match_57 match 108 106605 106925 match_58 match 135 66692 67573 match_59 match 255 67615 68283 match_60 match 131 66623 67543 match_61 match 249 67615 68301 match_62 match 55.5 67295 67546 match_63 match 111 67654 68283 match_64 match 317 82558 83448 match_65 match 315 82558 83445 match_66 match 114 67708 68199 match_67 match 85.5 66974 67543 match_68 match 229 67645 68313 match_69 match 246 34639 35184 match_70 match 201 34639 35094 match_71 match 38.1 67304 67549 match_72 match 131 67639 68199 match_73 match 136 66995 67546 match_74 match 259 67624 68301 match_75 match 79.7 67232 67549 match_76 match 241 67645 68313 match_77 match 117 66692 67546 match_78 match 265 67615 68301 match_79 match 94.7 66719 67543 match_80 match 239 67624 68301 match_81 match 70.9 67301 67549 match_82 match 260 67624 68313 match_83 match 95.5 66620 67543 match_84 match 180 67624 68295 match_85 match 66.6 66710 67546 match_86 match 248 67621 68301 match_87 match 107 106611 106925 match_88 match 120 66992 67549 match_89 match 229 67639 68301 match_90 match 114 66998 67549 match_91 match 238 67615 68313 match_92 match 90.1 66998 67546 match_93 match 275 67624 68301 match_94 match 93.2 66983 67546 match_95 match 230 67630 68313 match_96 match 85.9 67223 67543 match_97 match 227 67636 68301 match_98 match 158 28825 29172 match_99 match 122 67232 67546 match_100 match 254 67624 68301 match_101 match 125 66638 67546 match_102 match 234 67645 68304 match_103 match 203 66605 67573 match_104 match 340 67636 68310 match_105 match 63.2 67262 67546 match_106 match 265 67624 68301 match_107 match 111 67624 68280 match_108 match 119 67624 68280 match_109 match 171 76722 77783 match_110 match 71.6 66650 67549 match_111 match 204 67639 68277 match_112 match 111 41218 41607 match_113 match 106 67708 68199 match_114 match 142 67624 68280 match_115 match 196 67639 68271 match_116 match 147 66605 67543 match_117 match 243 67636 68301 match_118 match 264 34639 35184 match_119 match 134 66620 67543 match_120 match 233 67618 68301 match_121 match 92.0 66713 67549 match_122 match 256 67624 68301 match_123 match 100 66692 67549 match_124 match 258 67624 68313 match_125 match 114 66611 67546 match_126 match 265 67615 68301 match_127 match 114 67654 68280 match_128 match 63.2 67292 67549 match_129 match 212 67624 68289 match_130 match 141 76896 77780 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_131 match 162 69342 69091 match_132 match 162 69342 69091 match_133 match 54.7 45687 45589 match_134 match 392 46468 45782 match_135 match 42.0 45666 45589 match_136 match 346 46468 45782 match_137 match 42.0 45666 45589 match_138 match 346 46468 45782 match_139 match 41.2 45666 45589 match_140 match 346 46468 45782 match_141 match 41.2 45666 45589 match_142 match 346 46468 45782 match_143 match 37.4 45687 45589 match_144 match 323 46468 45782 match_145 match 45.1 45702 45589 match_146 match 334 46465 45782 match_147 match 42.4 45687 45589 match_148 match 341 46468 45782 match_149 match 50.1 45702 45589 match_150 match 105 47251 47000 match_151 match 378 46465 45782 match_152 match 36.2 13439 13362 match_153 match 145 9943 9545 match_154 match 90.9 13305 13147 match_155 match 799 2915 1188 match_156 match 145 3485 3234 match_157 match 154 69342 69091 match_158 match 155 69342 69091 match_159 match 162 69342 69091 match_160 match 162 69342 69091 match_161 match 91.7 55660 55268 match_162 match 62.0 55961 55746 match_163 match 155 69342 69091 match_164 match 105 69312 69091