C07SLm0017L19.2 GATCTTTTATAGTGTAAAAATTATGTAAAAAAGTTGTATCCTAATTCCTATGCTTGGGTA AAGTTTAATTTGGAAAAATCTTTTTGACTTTAATTGTTTTTACATGGAGTTCCTGTGTAT ATTTCCGAGCTCGTTATTTAGCTGTTAATATTAGCTTTGTATTCGTTCATCCCTTTCGTG GATTAAAGATTGTTTCACAGATGGACCACTTAAGGCCCAAAGACAGGTGGCATCTCAAAG GCCCATCAATTAGCCCAAAATCATATCCTAAAGGAAAAATTACGCGGTTAAATTCGCAAG AATATACAAATACATATGTATAGTATACAATTATTTAATCAATATATATATACAATTCAC CTCTCTCCCACTATCTGCCCTCTCTTGCTCGCCTCTCTCCTCCTCTCCAATCTCACTCAC CTTGCTCCTCTCTCTCTCAATCTCGCTTGTCATATATACAAAACATATGTATAATATACA ATTATCTAACCAATATACATATACAATTCACCTCTTTTACACTTTTTGCCCCCTCTCTCC TCTCTCTCCTAATCTCGCTCACCTCTCTCCTTCCTATAACATGTAGCTACGAATGATAAT TATCAAACTATTGCTAAAGTAATTAAGTTATTTTAATGGGTATTTGTGAAAGTTTCCCTA TCCTAAATCAGATATTAATAATGGTGTCATATATTTGGACAACTATGTTCTTTAAAAGGA ACTTTTGCATATAATTGAAATTTTTTCAACTTCGATCTCATATACCTGAAATTGATAAAA AAAAAAAAAAGATGCTTATCTTAGATAAACTTATAAAACTTTAAGTATAACGTGAATAAC AATCCTCGAATCAAACTATTTATGTATTTGTCTCATATGTTGCCTAAATAAATTTAATTT TTTAATGAATTTGAATTAAAGGGATCCAATTTTTTTGAGTCATCAAATAGGCATATCATT AACTCAACAAGACTTGAACGGAGTGGACAAATTATGTATTACATGAGTTAGGGCACGTTT GGCCATAAATTTTTTAAATAATATTTGGGAAAAATTTGACAAATAATGTTTGTCCATACA ATTTGTCATTATTTGACAAATATTTTTGGCAAATATCCCAAATTTCCAAATATTAGTTTT TTCTAGTATTTGGGTCAAATATCATTATTTGGGATATTTTAAAAATTAAAATTTTATTCC AATCTTTTATCTTTTACAAAAACACCTTCTCTAGTAGTTGCTTGCGTTGTATTATATCAT TTTTTACGTGAACACTAAAATAATGATGAAATATTTAGTGAATATTAAATAATGATATGA TTGTTGATGAAAAATATTAAAAATTGGCTTTAGGTAACAAAGTCATGTACTTTATCTACT TCACGATGTATGAAATAATTCTTGCTGCACTCACTCTAAATTATCACGTTGCTTCAGTGT CATGGACATTATTTGTTATTGTTGTAACTAACATTCAATTGACTTGTAATACAAACTTTT AGTTAGTTTTGATAGTTTTTAAAACTTGTGTGTATAAATCATATTTTTCTAAAAAGATGA AATATATTTCTCAAATTTTATGGGCAAACACATGGTGAAATTTCACTCAAATTTAGCTTA ATTTTGTCATTTTTACTTTCGGATGACAACATGAGTTGGAAGTTTAAGAAATTATAATGT GAACAAAGATCCTGTGCATATTGTTGATCGACTATTTCCATATATAGAATTTTCGTGTAC TACTAATAATATAATATTCTTCAACAACTATGAATTAATTATCCTGCACACCAACTCTGA GTTTTGTTAATTTGAATGTTTAAACATTTATTGAATATTGATGGCTAGCTACCTCGCAAA TAATATTCTCCTTTCTATCTTTTGACTTAGTTTATTCAATTCAATGGTTATGTCTCTATC AAACTTTTTTGACTTTTTATTACTTTCGATTATTATCAGCCTTTAAGTTCGTTCCCAGGT GTTCATTTTACCTCACCAATTAACGCAACCTCTTATTGGTCGATTATAATTGCTTTTATA TCCTACTACATCCATCTCAAAATAGCGATATTATTTTTGTTATATAAATATTAATTTTTG AAATTAAATTTATTTAGGTGAGCTCAATAAGTAATGATAAAATTTTAGTTGATCAAATTT ATTAGTATAAATTTCTATTATTATTTCATCAATATGATAAAAAGTATATTTTAAAATATT AAAATTTATATCATTTAAAACTCAAAATAATTTGACGTAAAGGGGTAAGAAAAAGAAGGA TGATTATATTTGATTAGAACCAAAAAAATATCAATTTTTAAATATATGAATATAAGATAT ATATCAAATTAAACTAGACAAGTGGACTATTTGAACAGATAGATTTCTAGGAAAGTTGGC TAATATATATGATGATAGCATTACAGATATATATATATTAAAAAAAGAAAGCTTTTCTGC AGCCCTTTAGTCCAAGGTGCAATTATATATTGTTTGTTCATTTAGCAAGTGCCTCTCTTT CTTTGGTTCTGCTACGCAAATTAAACATGAAGAAGGCTGCGGTGCCTGGGGCCTGGGCAA GCACAACTCTTATATTGATGTACATGTTTGAGATAGCCGTAGCTCAAACAATTGCCACAA CTGATCCTTCTGAAGGTCACATCTTTTTACTTTCAAACAAATTATGATGTTCTTTTAATT AATTAATAAATTATGCTACTAGTTGTTATGACTAATCTAGTCTCATAGTTGTGCAGCCCG TATATTGAACTCCATGTTCCAAAATTGGGGGATTTCTGCTACAGAGCGTTGGAATATTAG TGGTGAGTTATGTAGTGGAGCTGCCATTGATTCAACTTCCATCCTAGATTTTAATCCTTC CATCAAATGCGACTGTTCTGCCAACAACACAACTCCTTGTCACATCACTGGCTTGTAAGT CACTCTACTAGTTGCATGTTGGATCCGCCGATTCTATTTTACAAAATATATCACTTCTAT TTCCCAGGAGAGTTTATGCATTGGACATCATCGGTGAAATCCCAGAGGAATTATGGAGTC TTACCTTCCTCGATGATCTGTACAATCTTCCTCCTAACTTATACTTGTTTCATCTTTTTA TCTCCCAACTACTCATAGTTTGCTTACAAATTGCAGCAATTTGGGACAAAATTACTTAAC AGGCACACTCTCCCCATCCATTGGCAACCTCACAAGAATGAAATGGCTGTAAGTCTACTC TATTTCAGTTATGCTCAATCATCATATTTTGTGTTTAATATGTTTGGTGTCTTCAGAACC TTCGGCGTCAATGCTTTGTCAGGGGAGATTCCAAAGGAACTTGGCTTGTTGACTGAGTTA CAATCATTGTAGGTTCTTATAATTATTATGTCCTTGCTTTCATGATATATCATCTATCCA TCTATCAAGGGCATCATCTATGCATTTTCAGGAGTCTTGGCACAAACAACTTCTCCGGGC CTCTGCCTTCAGAGCTTGGAAACTTAACAAAACTGACACAAATGTAAGTTATGATGCATT CATGTTTTAACATTCAAATCTTAATTGTTACATTTTTGGAGTTTGCATGAGAAATAGGTT ATTTGTTCGTCAATATCATACTGAATCTAGATGGTGTTGCATTGTTTCAATATATATATA CACACACACACACACACATCAAATGCAAAATCTTCAAATAATACTAGTAGAGAAGGAGTT TGTCAACGCTCTAATGCAATCTATGTTCTGCTTGATCTATTTTCATGCTAGATGAGGAGT ATAATTAATTCAATCCTTCTCTGGTTTCTGTATAAAGTAATCATTCCTTGTCTGAAGACT ATGATAAGCTATATTAGGTTGTTAATATTTGTCACATGAATCATAAATATAGTATACAAT CAACATGGCTAAGACAATATAACTCTCATTTTATGTACGTTAGTATCGATCTTCCTTGCC CATTTTTCTTTTTGTTTCTCATTCCATTCTACATGTTTCAATCCTTAAAATTCTAATTTA AACATGCAACATACAGAAATAGAAAGGAAAAAAGAAATAGGATAAATTGAAATATATAGC ACACATTTCAGACATACCAGATGCCAAACAATAAAACTTAACAAATACATGAGAGTTTCT TTCAAACTTAGGAAACGAAAGTTAATTTTTGAGGTTTATAAGTTATTTTCTCCTGATTCG AGACTTCTTGATTGTTGAAATTTCACATGTTCTTAGGATTTTTGCGATGTATGAAACCGT TTTTTTAATTACAGAAACATCTTTATATTTAATTATTCTGTCATTTCTGTAGCTTGATGT TCTTTTTTTTTCTGAAAAAAAACTACAATTTCGTTGCTTAGTTATCTCAACAGCGCTGGT GTTAGTGGACCAATACCATTGACGTTCGCAAGACTGCAGGAGTTGGAACAAGTGTAAGAG CTCTTTGTGAAGAGTTTCTTCTATAGCTTCCCAATTTTTACTTCGAGAAACTTGTGTATA ATAAATCTAACTGGAAAACGAACTATTTGTGTTTCAGGTGGACTTCAGATAATGCTTTTA CAGGGAGGATTCCTGATTTCATTGGAAATAATTGGACAAAACTTACTGTATTGTGAGACC ACAGTTACTTGAACTATGTCCAGTTTTTATTTCTTGAGTTCTTTCGAGAATGGCGTGTCT CTTTTTTCTTGCAGCATTGCTATAATGCTATTGCTGCATCTCCTAGCATAGTCTGTGACT GAGCTTTCTATTGCCACAGGAGGTTCGAAGGAAATGCTTTTGAGGGTACAATACCAGCTT CCTTTTCCAACTTAACCACTTTAACCGATCTGTGAGTTCTTGCGTCTGTTTTATCATTTT TGTTCATAGTTTAGAACCCCCTTTTACATTTAGCAGAATCTGATATTTCATCTGCTGCAT AACTATCAGGAGAATAAGTGATCTATCCAATGGGAGCTCTTCACTTGACTTCCTTAGGAA TATGAAGTCTCTAAGCAAGCTGTAAGGAACAATATGACATAGCACCACATGCTACAAATC TTGACATTATATTTTCTTTCTTCTTCTCTGACCAACTAAATTTGGTATTTCCAGGGTTTT ACGAAATAACAATATTTCAGGTTCCATCCCAAGTAATATTGGAGAATATCAGAGCCTGAC ACTACTGTGAGTTCTGAGCATGATATTGTTCTTATAAACATTTTTAGTCCTCAGTCTTTT GGATTGAACTTTAATTATCTCACTTATATGACCTATAGCATCATATGTGAGCATAAACAC TTGTAAAAGTGTCGTGCTACTATATCAACTCAAGTTCATGTGCTACTATATTGATCAATT ACTAGTTATACCCCTTTGGTCTAACCTTCATTTTATTTTTTTCTTAGGGATTTGAGCTTC AACAATTTGACTGGGCGTATTCCAGATGCACTTTTCAATCTGACTTCACTGACTCACTTG TAACAGACGATTTAAATTGTTTATATTTGATACCACCTTAACTATGTGTTCAGGTGCTAA TTCCCTTTTCGATCATCAGGTTTCTTGGTGATAACAAGTTAACAGGCGCCCTGCCAGCTC AGAAGATACGGTCTCTCCAGACTATGTGAGTAACTCTTGTTTTTGTATGATCGATATCCT TTCTGTTGGATCGAGTATGCTGAACTTTCAAACATATTCACCTTCTTATTAAGGAGAATG AAGAACTACTTCTGTTATAAGTTATTTCAGCATCTTCATTACTGAGACTTTGAGGCTTTA CTAGGTAATACTGATAGGATAACACCAGAGGCTTTACTAGATTGATTCATAATATCTAGC ATATAATTGTATGTATAGCATCTAGTCTTCAAATTATTTTTATCTTATGGCCTTCTTGAA CTGATGCTTCAATTTCATGCAAACTCTAAATTACTTTCTCCCTTTTACATATAAATGCTT GACATGTTTTATATATTTGCGCACAAAAATATCTGAAATGCTTATAATTCCATTTTTGCA TGTAGAGATTTATCTTACAATGAGTTATCTGGAAACTTCCCTTCTTGGATCAATGAAAAT CTGCAATTGTAAGTATGAGAATAGCTGAAGTTTATATAATGCTTAACCTAATCTTTTTTC TCTCTACGTTTTGGTCTCAGTCTTGACTGTGATCAGCATGCTAACACTGATACTTGGAAA CTTGCAGAAATTTAGTTGCCAACAACTTTACAACAGAACAAATAGATCAATCAGATAGCA GGTTATCAGAAATTTAGTTGACAGCAAAATTATAGTTGTCTCTTTATTTGAAGAACTTAA ACGGGTGATACTTCCTTTGTCTTCAGTTCTTTGCCTTCGGGGTTAAATTGTCTTCAACGG AGTTTCCCCTGCAATCGAGGACGTCCAATATGTAAGTGCTTCCTATAATTACTTGAGGAC AAAAATCCTACTCCAAGTTTCTGGTTTCATTAGTATGAATAAGTTTAAAATAATTGTTCT ACATTTTGTATCTATAAACCACAATATCAGAATGGGTCAATATCCATTTAGTTGAATTCG TCCATTTAAGGTAATATACCTAATTCTGTAATATTTGTCCAACATTTTCTCTTCTTATGA CATGTCGTTTACCAAGAAACTAGGACATCTGCTACCCTATTCTACTGCTTATGTTCTAAT ATTAAACCGTGTACTGGTTTCTTATCTTCTCGTACATGTGACTTTTCATAATTTACAGAT TCTGACTTTGCAATTAAATGTGGAGGAGGACGTGCAATAAGATCCAGTGATCAGATATCG TATGAGAGTGAGAATGAGACTCTGGGTCCAGCAACATATTTCATGACTAATACAGGGAGG TGGGCTGTTAGTAATGCTGGTCTGCATTCTGATCGTCCAAATCAGAGCTTCACAAGCTTC ACCTCATCTCAGTTTACAAACACCTTGGACTCTGAGCTCTACCAAACTGCACGAATTTCC GCTGGATCACTCAGATACTATGGTTTGGGCCTTGAGAATGGTAATTACACTGTGACTCTC CATTTTGCGGAGTCAGAAATCTTAAATCCCCCAACTTGGCGTAGTGTTGGAAGACGTGTA TTTGACATTTATGTACAGGTATGATTGTTTTTGAAAATAGAGAAACATATATTATTCATA ATCAAAGAAATATTGGAATGATTTGGGTCCAAAAAGAGCATCACTTTAATAATTTTATGG TTATCATTTTCCAGGGAGTTCGGCAGTTGAAAGATTTTGACATAAAGAGGGAGGCTGGGG GAAGATCCCTCGCAGCTGTTCAAAGGCAATTTACTGCTCAGGTCTCTGATAATCATCTTG AGATACATCTCCACTGGGCTGGAAAAGGGACTTGCTGTGTACCTATACAAAGCACATATG GACCTTCCATATCAGCAATCAGTGCAACCCCAGGTATTACATACAGCAACTAGATGCTTA AACGAGGCACTCAGAACTGTACTCACAGTGCTAAGCTTTTCTACAGATTTTGAACCCAGT GTTAGCAACCAGCCTCCTACTACAAAAAAGAACCGGACCGGTCTGATTGTGGGAATTGTT GTAGGAGTTGGAGTCATAAGCTTGATTTCATTATTTGCTGCCTATTACCTAATTCAGAAA AGAAAACAGCAGAAGGCTTTGGAAGATGAAGGTAAGAAATGCAATCTGATATTGTATGGT TTTTCCGTTTTCGACTTTCAAGTGATATATCTATCTTTGAGTTTAACTGCTACTTGGAAA GTCGGTTAGCAACACTTCCATTTCAAGATTCTTTTTTTTGTTCTTGATATTGACAATTTG GTTTAGTTGAGCAAGAGTTAATGCAAGGAGTCAGCATATGCATTCCTTCAGTATATTCAC CTTATGAAATATTGTATAATGTATGTTCTAGGGTGTAAGTCTCAGAAATTGATGCCTTTG GCTTATTAAGGACATTTTCTCTTCAAATTTGCAGAGTTCATGGGGATAGATACCAGACCC TACACTTTCAGCTATTCAGAACTTCGAGCTGCAACTGGTGACTTCTCTTCTTCTAATAAG CTGGGAGAGGGAGGTTTTGGACCAGTTTACAAGGTAATCTCTTCTTCCACATGAAGTCCC GAAGTAACTAGTGTTCCCTAAATTGCAAATTTTCTCCAAAATCAAGAAATTATGTTTCAT GACTAAATACTTGTGCTTTCTTGTTTGCTATGAATAGGGAACACTTGAGGATGAGAGGGT TGTTGCTGTTAAACAACTGTCTGTGGCATCACACCAAGGAAAGAGTCAGTTTGTGGCCGA GATTGCTACTATATCAGCTGTACAACACCGTAATCTTGTGAAGCTCTATGGTTGCTGCAT CGAGGGAGACAGGCGATTACTTGTTTATGAGTACCTTGAAAACAAGAGTCTTGATCAAGC ATTATTTGGTACTAATGAAATACAATATCTTGGAATTTCTGCCTTTCCTCATATAAGAGA TGAAAAAAATTAAACTTGCTGATATTTATACAATGATTATTGAGATTATAGCTTCAATTG CGCAGAGAAAGGATCTCTATATCTTGATTGGCCAACACGCTTCCAGATATGCTTGGGAGT AGCAAAGGGTCTAGCGTATCTTCATGAGGAATCTCGAGTCCGTATTGTCCATCGAGATGT GAAGGCCAGTAATATCCTGCTTGATGCAGATCTAAACCCAAAAATTTCAGACTTTGGATT GGCAAAACTTTATGATGACAAACAGACGCATATAAACACTCGTGTTGCTGGCACAATGTA AGATCCTGAAAATGGAAAATGTGTCATATTCTTAGACTCCTTTTCTTCTATAGTTTGGTT TCATTCTCATTAGCATTTTCTTGTAGAGGGTATCTTGCACCAGAATATGCCATGCGCGGA CATCTGACAGAGAAGGCTGATGTGTTTGGCTTTGGAGTTGTAGCTCTAGAAATTGTCAGT GGTAGAACAAATTCTGATGAGAGCTTGGAAGAAGACAAGATCTACCTTCTTGAGTGGGTA AAGTCCTTTCCTTCTTTGCTTTTAGTAAAGTATTAGAACAATGTGCTTTCATTGCTGCTC CAAGTGCTTATCAGGAATGATATACCACTTGGATTAACGAAATGGAAGAATATCTTCCTT TGCAATTTCTATTTCTTTTTTAATCTTGAAGGATGCTCTACTGTGGTTCCTACATTTATT GTTTAGATCTAACCATATTCATTGCTCTTCTAGGCTTGGCAGCTTCATGAGAACAAGCGC GAAACTGAGCTAGTGGATGCAAATTTATCTGAATTTGATGTAGAAGAAGTGAAAAAAGTA ATAGGGATAGCTCTACTATGCACTCAAACATCCCCAGGATTACGACCCTCAATGTCCCGT GCAATAGCAATGCTTACAGGAGATGCTGAGGTTGCGGCTGTGACTTCGAGACCTGGATAC CTGACTGACTGGAAATTCAAAGATACAACAACCTTCATGAGTGGTCATTCTTCGCAAATG CCAGATTTATCAGTGGGTACAAGTAGAGCCCCAACTACAGGTTATTCACCATCAGGTCAG GACACACCAATGCTCAGTGACATCATTGGAGAGGGTAGATGAAATCTTGCATTTTTCAGT CAGAGATAAACTTTTACCCTTTTGTTTGCATGTATTATAACCATTTGTGTATAGCTTAGA TTCTTTCTGCATGTATAACCATAGGTTTTCGTTGATTTTAAGGACTAGTAGATTGCTATG ACTAAATATTGACAAGTCTTTTTGGTGTGGCTATTGATATAAAATGCATAATCCACCAAA ATGTTAAAAATTCATTGCCAAATAAGAATCAAATTAAAATATAAAAAGCAGAAGAGTAAC TTCCCCACAATTAATTTTCCGATTCAGTTGTAGTAAGTATCAATTACACAAAATGGTCCT GGTTAAAGCGAGTACCAGGCAAGTAACAGAGAAGAAAAACAGAGACACAAAGTCTCTAGC TGACCATTTTCGAACCACCTTAGCTTCAACCCTCAAGCTCTTAGCCCTCCTAAGAGCATC AACTTCCTTCAACAAATCAAATTCCACCCCTTTTCTCTTCAGCTCCTCCACACACTTTGC CAGTAATTTCCCATCCTCTTTCTCTCTCTCCAACAGTTTCTCTAAGTGACTCTCTGTATC CGTCTTGTACCTAACAGCCCAAATAATACCCATAGAACAGAGGAGAGAACAGATTGACGG GATCCATGAACGGTGGCAGAGCCCAGTTCTCGAGGCCCATTTGGAGGAAGCACTGAATAA AAGCATAAGGGAAATCGAATGGAACAGGAAGAAAATGCAGTAGAGCTGAGTGATTTCATT GCGGACGGAATCGATTTGGGTTTCTTTGGTAGCGATTCTGTTGAGGATGAGTTCTTCTTC TTTCAGCCATTGTTTGAGAAGCAACTTGTGAGTTGGGGTTTCTGCAATTTGGTGAAGTGG GTGTGAGGGCTTGGATTCCATGATTGAACTGTTGCTCTCCATTGGAGATTTGGGATTTGG GGGAGAATGAATGAAGAGGAGCCCTCCTTCTTAACGGTCCTTTCGGATTTGAAATTATGT AACGGTCGATTTCGTCAAATGTGACCGACTCCTCTATATTTATTTACAGATCTACCAAAT CTTAGCTGGATCTGGATTCATTATTTTATTTACTACATATATATATATATATTTTTTTTT CTTTTTTCTTTTCTTTTTTTGAGAAAGTAGGAAAAGGTACTAGAATTATTTATCATTATG ATTTTTTCCCCCTATTTCCTTTTGAGGTTTTTGAATAGTTTACAAGTTCAAGAAGCTAAT TAACATTATTTGTTTAGTGGCAAAAATGCTTACTATATCATATTGATATAGTTTTGCTTT TGATGTCCAAAGAGAATTATAATAGTATAAGATATTTAGGTGAGAAATATTTTTATTTTG TGTATTTTTTGTCATTAAAAAAAAATGTTTAAGCTAAAAATGACATCTATATTACATAAG AAGATTTTTTGTGATTTTTTGGATGAGAATCGAAGTCAACTCTCTATTGCCGTTCTGTTT AACAAAGGATCAAAGGTTTCATGGTCACAAACGCAAGACTGTTTATTCGAAGAAAACTCT TGTAGATTTTGATACTAGACAGACTACCTCGATTAAATTACAAAAATTATATAATTTTTT TTGTCTATTGATTAATTTCGTAAGTATGTATCCAATCACCAGATGGTTATGGACTTATTT ATTCTGATAAAGCAATAAACTGAAATAATGTTACATATATTCAATTAATTGTGATATTGA GGTACATCTATAACATAAATATCAATTATATATTCATTGTTTGAAGAACATCAATAATAT AAGTACATCTTTTTCTCAATTGGAAATATTAATATATGACGAGTCACACATTATATTAGT CTTATCTTTTATTTGAACAAATTTAGTTAAATAATAATATTTGACTTAGTTGAGTAATTT CGTACTCGTAAAAGTTGAAATAACCAAATATGTTATTATCGTGGTTATTAGTTAATAGTC AAAATTAAATTGTGCTCCCTCTCGTACACACAATTGCAGCTCCGCTATTTGCTTTGCCCT CATCCATTTTCTTCCACCTCAATTCCCCCAATTTTTCAGATTCAAGTTACTGTTATTCGA TTAAATTTCTTCGAATTAGGGTACATACAAACATGGCCTCATCAGCTGCCATCAACAACA TCGAAAGAGCTCACCAGATGTACAGGGAAGGTAGATATGCCCAAGCTCTGGGTTTTTATA CCGATGCTCTTTCTTTGGCTAAAACAAACTCCCAAAAGATCGCTCTTCACAGTAATCGTG CTGCTTGTTTCCTCAAACTTCACGATTTCAAAAAGGTTACATCTTTATTTATTGAATTAC ATCAAACATTTGTTCAATTCGACCTCTCAAACTTTGAACTTGATGCTTTGACCTTTCTGA TTTCGAATGGCTAGTTGATATATAGTGCTGTGACACCATCACAGTGGTAACAAATGGTTG CTCTTTTGGAAATTCAATCTTTTACTCAATTCAGCATGGGTTATAAAGTTTTCTCTTTTC AGCAATAACATGGTTCAAATGAAGCAAAAAGGGTTATCCTTTTTCCTTTTTAAACTTAAT GTTTACCCTACTTGCTTGGACTTTAAGTTCCAAATCAATAAATCAACTTTCTTTTTCTTG GATTGGATACCCCCATAGATAGCAAATCATTGAATCATCTTTTTTGGTTTTCTAGGTTCT TGGTTTTCCTTGTTGGTTGGCTCTTTATATCTCAAAATACAAGGACTTGGATGAGTAGCT TAAGATCTTAACTGATTTGCTCATCATGAAGTGAATATTGTATTGGACTCTAGCAGAGGC GTAGCCAGGATTTTAGTGAAGGGTGTTCGAACTTCGAAGAGGTAAATACAAAAAAATAAA AGAAGAAAAATCATGAAAGGGCGCAATTTTTTTTAGTGAAGCTACATAATATTTAGCTAA GTCATAAAAGCACTTGTTATGATACTAACAATTGTATAAATTAAATTAACTTAAAAAGAG ATGAAGTAAATTCTTCTAGTGAAAGCATAATCCAAATAATTATTCAATCCTACTTGAAAA GATTTCATATCTTGAATTTTTTTAATCGATAAACTTATTAGAAATAATACTAAATCTCTC TTCATTACATTAGGCACTACGAAATCGCCTAAAACATTATCAAATTGTATTTTAAGTGTT GAGTCCCATATCGGTGAGATGAGAAGAATTTGGACTCTTCAAGGTTTTGGGCAATACTTT CATCATGAGCTAGCATTTAGGGTTGAGTTGGGCCTAAGGTCTATTTAACGTGATAGCAGA GCTAGGCCCATTCCAATTTGTGGTTTACCGATGTTGGGTCCCCTTATAACTTGTCCATGC TCCAGGTGTCCAAATCTAAGTGTGAGGTGGGTGTTGAATCCTACATCAGTGGGATGAGGA GAATTTAGACTCTTTATATGGTCTTGAAAAGTTTTCCTTTCATGAGCTAGCTTTTGAAGT TGAGTTAGATCTCGAATAATGAAATAAGAGAGTATGTCTTGTGCTTAGTTTTGTGATGCC TATAAATAATACTCCACCCGTTTCAAATTATATGATATTTTTTGCTTTCCGAGTGTCAAG TTGACTAATCTTTGAAGCTAAGTTGGATTAAATCAACACTATGTTTGAACTCTATGAAAA TTACTATAAGTTATGATATTTCTCATGTCAATATGATAAAAATAATACATTTTAAAATAT TGGTGAAAATTTACATAGTTTGAATCTTGAATAATGAAAAATACTTCCCCTTTTTTTGAT AGCAATAAAATATTTCTCATTGTCTTCTTGTAATAATAACACAAGAACCCGTTAAGAAGA ATATTTAATATGAGAGTATATTTTCTCAGCACAAGCAGCAAGAGTTAGTGAACGACTCAT CTTATTTGTTCTATTTTACTTTAAAAAAATGTACGCAGATAATAGCTGTAGGAATCGAAC CCGTGCCTCTTTAGAAAGTCAGACCAGCCTTGGCCGCTGAGCTATCACTCTCAGTTGTGT CAAGAGTGAATGATTGTATGTTAAAAATGATATTTCAGCTCTACAAACAGTGTTCAGCTG ACACCCTTCCAAGGCTGTAGCTCCACCAGTGGATGTTAGTAATTTGTTTTCAATGACCGG GCTGTGTACATAATTGATAACTAGGTAATTGTGAAGTTTTATGTATCCAAGATTTGCTTG ATACCCGAATACAGCCAAATTTTTTTGAATACCTTGTTCGTTAATTACTAAAACTAGCAT ATTGTGTTTCCCATTAAAAAATAGAAATATCTAAGTTAGCTCGAACAATTTCTTTGTATT TTAGGTTTCCCTTATCGATAATGTAGTAAGCATATGAGTGAGCAGAAGAAGTAATCACTC AGTCTCATTTTTTATAAACCGTTAAACTTGAAGCAGTTGTTGATGATGATCCTAATAATG GACAGTACTCATTCTCAAAAAAATGATCCTAATAATGGACAGTACTCCAACAGCGTTGAA CGTGTCTCTTGTCAGATATTTATGGCCTTCTTTCTGAGCATATTTTATCAAAAAAAAATG ATGCCTGGTTGTTATAGTTTGTGTTACTGCAGTATACTGTGTGTTCCTCTTGTTATTGTT TGAAGAAAGATAAATTAGAGAAAGGAGGGAGGATTTATCTGTCCAGTGCTTTCTTTGAGC TTACTGTTGGTTATTATCTCATGTTGCAGGCAGCAGATGAATGCACATTGGTGCTTGAAC TTGATCAAAAACACACAGGCGCGCTGATGTTGCGCGCTCAAACCTTAGTCACCCTCAAGG AGTACCATTCAGCACTTTTTGATGTCAACAGGTTAATTGAATTGAATCCATCATCAGAAG TGTATCAAAACCTCCATGCCCGTCTGAAGACACAATTGGTAGTCATTCTGCCTTTCTCTT GGGTTTTCTTTTTATGTTTGTTTACTTTTTTCACCAACTCCTCTCTATCCTTTGTGGCTC TATCTATGGCTTAGCTTTAATGGGCCTATGTTCCTTTCTACTTACATTATGGTGCTGCTT GAAATGTCATAATTAAGCATTTGTATATCTTTGCTAATTCTTAGGGAAATCAACATCAAC CAAATTAGGACAGACTTCTGGCATAAATTGGTCAAGCAAATGAATTGACTCTCATTATAT TCTGATTTTCTTTCCTCCTTTGTAGTTGAGTCACCATATAGTCGAATTTATGTGATCATA TAGAGTAGTGGTTTCATGATTCTTTATTTCTTGGCGAAAAGTTTTCAAAGTAAACGAGAC TGTTTTCCTCGTCTATCTGACCCTTTTCATTGATGGTAATTTAGAGATGTTTCTTCTTTT GTTCAAGGAAAGTCCCTTGCTCGAATACCTGAAGATGAAGCAGAGCTTGAAGAAGATGAT GATGATTGGGAAGAACAATGTACAAATAGAGAAACCACTGAAGTTGATGTAGGAGAAGAC AAAAGAGATGTTGTGGAAGTAACCACAATAAAAGCTGAGTCTGGAAGTGTCAAACAGACA ACTGAAGTCAGTGATGTTCCAAAAATGGAATCGTCTGAACAACCGTCGTCTAGCTGGGAA GCAATCCCACAGCCAAAAGGACATTCACGGCTTGACTATTCAAGATGGGATAGGGTTGAA GATGAGTCTAGTGAAGATGACGATGACGATGATGATGACAATGATTCTCAACCTCAGTAT AGATTCCGTGTCAAAACTATTGGTGTACGAGCTGTTAAGTAAGACGAAGAAAGTATTTAA TGCAAATTGCATGAATTGGGCCATACAATTCTTTGTTGTTTCCTATGAAGAGTGCTGAAA GTCTATTGGGCTTCAAAATGATGCTAATTTTGTTTCATTCAGCATCAAGTGGCTCATGTT GATAGAAACCTTATACTTGTGAGCATAGAAACAATGTACATTTTATATGAAGTGAGAGAA CCACAAAAACTGGGATATCCTCTGCCAGAGTGAGATGGTTCTGGCAGTGACTCTAGCTAG TGCTGTTTTCCATTCCGGGCGGAAAACTGGTGTCCAGGCTGCTGGCTGTACAATTCTCTG GTGGTGGTACATTGTAGATTTACGTCTTTGGATGCATGATTCTGTTGAATGAATGAATTG TGAGACCACCAACAGTGCGTTTCTCCGTTAAAATCAATGTGAAGAGGAACATACCTTTCT TCTTCTTTTGGGGATTGTGTTGTATCTTTTTATATTAGCAAAGCATATTTTGTATTGGGA ATCACATCATACCTTTGGTTTCTTTCTTTTCTTTTTTTTTGGGGTGGGGGGAATAAAGTT CAAATTGTAACATTTGAAATTCAGGTTTGATTGCGACTTTACAGGCCAATGTATCTATTT AGAGATAAAGTTCCAAGTACACCAACTTGTTGTTTAGACAAAGTTAATGATCGTTTTAGT TACTAAATTCACAAGTGAAGTACATACATACACACAGTAGAAATTACTTCATTTTTTAAA AGACAAATAGCTCCGCTCGTTCGTTTGTTCGTAAATTTAGCCAAAAGTCCGTATCTATTT GTTTCCTAGTGTAATAGAAAGACATGGACTGGGCCCAAACAGAAAACCTTTGGAGGGAAA CCCAATTAACCCACCACAGCTAGATACATAGAACGATCCTTTTTGAAAAAATAAAAAATA CAACATCGTCGTGCTTAGCTCTCACACACATTTCTCCATTTCCAAACCCCATTTTCTCAG AAATTAGGGTTTGGAGATGTCGGACAACAGCATCATTGAAAGCAGTCGGAATGCCGGCCC GGATTTTTACCTTCCCGATGAAATACTTTCTGTTATTCCGACGGACCCATATGACCAATT GGACCTTGCCCGGAAGATCACCTCCATGGCAATCGCTTCTCGCGTTACAAGTCTGGAGTC TGACATGGACAGGCTCCGGCAGAATCTTAACGGAAAGGATCGCCTCATCCTCGACCTCGA GGATAAGGTCTCTCAGCTCGAAAACGCCTGTCACCAGGCCGAATTGCGATTGAACATCAC CCTCCAAGATAATGTATTTCTGCAAAAATCACTACTTTTTCATTCCCTTAGCTTTTGCTT TTCATTTCCATTTAAAGTTTCTTTTTTTCTTTTTCTTTTTGGGAATTAAAAGATGAAACT GTCGAAGGAGAGAGATAATCTGGCTATTACTGCAAAGAAGCTTGGTCGTGACTTAGCAAA GGTTAATGCTTTTCTTCAATTATTATTGTTTTTTATACTTCTCCTGCTCAATTCTAGGGA TACTCTCTCATGAATCATGATTTTCATTCATCTGTTTATGCTTTTAGCCTTTCTAAGGGT CTATTCTTTAGATTAACTTTTGAGGGTTACTTTCAATTGCTGATTTAGATGATCAATTCA CCAGCAAGGCTAGTGAAACAGATGTTCTTTTTCTTGTAATATTAAAAGTAACTCTTACTA GGCTAAAGCCTCTGGAAACTAGTTGTAGTATTACTTAAGCTGACCATCATAAAAATCTTG AAGGGAAAAAAGGACCATTTTAAACATCTGTGGATATGTTTGGGATTGCAATGGAACAGA ACGTTTGCTACTTGCTTAGTTGATTTGGAAAAATCATGCAGAACTACATGCTTGACTACA TGTCTCCCTTCACACATTTGGTCTAACATGTTCTTGGTCTCAATTTATAAACCTGAGATA ATTTTTGGGGAGAGGAGGGGAAGGGGAGGCATCCATGCTTCATTTTTTTCTTGGGATGCT AATGAAGAACTTCAGCAGTTAAATTAATTTGCTCTTGTGTTATATGGAATACAAGCAAGT AAACTGCTTGCTAATAAGTTCATTTGAATGTTTAAAGTAGAGCTCATCTCATGATGATTT ACTTTTCCTGGATGCCTGATGACAATGTAAAAAATAAGCACACAGTTTGTGAGTTTACTG TTATTGACATTTATAGTACACTTGGAAGGGAAGAATCCTTTCCCTTTATTTCAGCTAAAA TTGTTATTATACTTGCTAAATACTGCCAGCGAATGTGAATGTGTTAAAAAATTGAAAAGC AGAGGCTTATGGTTACTGCTTTATATGCTTTCGGTTCTTTCGTAGTGCTTATTTCCTGTA TTGGACAGTATTCTTGTCATCCCTCTTAAGAAAGAATATTGAAAGTGGAAATTTCATAGG CTAATCTGCTAATTTCATTTCAACTGCATAAACTTACTTCCTTTTTTGTTTAAACAGTTG GAGACCTTTAAAAGGCAATTGGTGCAGTCTTTGAGTGATGATGACTCATCTGTAAGTTTC ATAATATTCATTTTTTGGCATTTTTTTTAGAGTATTATTAGAAGGTCACCAGCACTTGCA AAAAGAAAATTTGGGTATAATCTGTAATATTATAAACAAGAATGAACGTGATTTCCATTG ACTTGTAGGACAGTACAAAAAATTGAGGCTCAAGCTCTTCTTTTTAGAAGTTTTGTTTCC CTTCAAGAGATTTCTTCTTTTCTTTTATCGACTGTGATGATCTTTTCTTTTTTGACCATG GCAGCAAGCTGAAACTGTAGATATTGGCATTTATGATCAATCTGTTCATAAGTCATATCC TTTAAAAGGTAATTTCACCATTGACATTTTAAGTCCTTCGAATTTTGTTTACTTTTTATG TTTCAGATATCATGTGACTTTAGCTGTTTCAAGCTATCGAGAGCTGATGTTGTGAGTTTG ATTTTGATAATTCTATCTTGCAGAGGAGGTGAATAGCTACACAGTGCATCATTCTTTCAG TGGTTCTGTAGACGGAAGAGGAAGTAATGGTGACGGTATTTGACTTTACATGTTCTTACA TGATAATATTAGAATGTTGTGAAAGCTGTGTAATTATTATATCTTTTTTCTTGGATCCAG CTTCAAAGCACGCTTTGCAAAGGTTTTCCAGCCCTTACATAACACCACTGCTTACTCCAA GTGACACACCAAAAATAGCTTCTGCTAGTGTATCCCCCAGACGATGTTCTGCTGCAGTAT CTCCTCGGAGGATATCTGGCAGTACCTCTCCAACAATTCCTCAATTTCAACGCCGGACAT CTGGCAGTACCTCTCCAACAATTCCTCAATTTCAACGTCGAGTTTCAATGTCATCATTCT ATTCTTCGAGTCAACAGTCGAGTCAACAGTCCTCAGCAGCTAACTCTCCTCCAAGGGCAC GGCCAAAACCAGGTTTCCAAGAGTTGTCTTTTTTCTTTCCAATTTCCCTGTATAAGCTTA TACAAATGTTACTGCTGTAGATGTCGTTACACACATTGAGAGTCATTCTTTATATGAGAT GCAAACTTGTGTTGACTCCAATATTTACATTATATACACAATTTTGCTTTAGTGTAAGAA TGATTCTATACGTGTGTAACAAACACTCAACAACTTTTGCTAGCTGATATTGTTTCCTTT TGGACAAATTGTTTATTACTAATTAGTTCATGTATGTGAATTTTAAGCTCAAACTCCTCG AGCTGATGGGAAGGAGTTCTTCCGTCAAGCCAGGTATCTAAATCTTTGACTTTTGTTCTT TTTAATTTTTTTGAGTAAACGATCCTGATGACCAGCATGTGTTGACTCAGGAGTCGTCTG TCTTATGAGCAGTTCAGTGCGTTTCTAGCAAACATAAAGGAACTAAATGCTCAAAAGCAA TCTCGTGAGGTGATGAATATAATCTTAGTTATTAGACTGTCCTATGATTACCTTGTATTT GCTTAATTCAATATCTAAATGCTTTTCTGTTTTTTCTTTTTGCACATCGTATTATTTTAG GAAACTTTGAAAAAAGCAGAAGAGATTTTTGGAACGGATAACAAGGATCTCTATCTATCA TTCCAAGGGATGCTTAACCGTGGTGTTCGTTGACAGTACAAAAAGTCATCTTGGGTGTAT ATTCCCATCTTATGGTAGCTTAAACATTTAACATAAGTCTTGCTTAGTGATCTAAAGTTG ACCAAAGGACTTGTGGAACTCTTGATCTATGTTCCAATTTGAGGTGCAGTATCGCTAAAC ATCAGCTCAAAATCTTTTGAGGTGCAACCTTATAGATTTTCAAACAATTGAGATTGGTAC AGATTGTGCTATTGCTAGCTGATGAGTCGATGATCTCATGTTTAAATTCTCATTAAACCA TGGATGCATGCTGTAAATTGTTCCCTTCTTTTTCTCTTGTTTCAGTTTTGCATTTTCAAT TTTACCGTCACGTGTAGCACATCTGAGAGGAGCGGGTGGTGCCAGCAGATGGCAGTTGAA TCAACTCGTAAGTTGAATTTCCTTCTGTTGCTGCTCTCGCTCTTTCATTTGCACGTGTAT GGGTATGTATATTTTCTTCTGCTTTACTGTCAGCAGCTTGAAATTTTCTTCTGTGGAGAA ATGAGTATCTGCAGTATTGGCACTAGTAGTGTTATCATGCAGACATTAATATGTAAATTG AAGGGTATACTATTGATACTTAGCATCCATAACTAGGAAACGAAAACTCTGATGTTGTAG TTGTATCTGCTGTAAGAATCTAATACAACACACTATCAATTCATTGAATTGCAGGATCTC TGTTCATATCTTAACTTCTATCGTTGATTGATACTTATCAGTATTTTCTCCTCACTATAC ATAGTAAACACAAACTATTTGAAGTTAAAAATAATTCAATGCCAAGCTCAAAAGCAAGTA AGATGAAAAAATTAACATAGTTTGCATGTGGGCTGCAAAAGCAATTGATCCTACTTTTCA ACAAGAGGATAATCATGCCCTGATAATAGCATGCAAAGAATTGGAACATGTAGATTCTCA ATATATATTTGTTGAACAAGAATACTGCTGTATGATTTTTGTTGATCGCTTTACCAAAAG AAAGGTGGTATCTTTTCTATGATCGATGTGAAATCAATGGATAACCCAATAGCTGCAGCG ATCTTATAAAGACTAGAAGCTTTTTCCTTTTTCTTGTTCAAAGAATAAAAACATATCAAT AAGGAAGTGATAGGATGCATTAATTTGACCCCATTAAGGTCTGAATTCTATAATGGAGAT GAAGCTTTACATTGGGAAATAAAAGGAACGTGTAAAATCTGAGAGTAAAGAACTCATTTT CTTTGATCTGAGATCATATGCTTAATTCTAGGATTAGAACTGAGGAGGAACAAAAACTAG TCAAATCAAATTCTTTAAGCTATGATTGATTACATGATTAATGAATTTACTGATAGAACA TATATATGGCTAGGCAATTTGGAGCATAAAAACTGGTACAATTTTTCAACTTGTTCTTTC TTCCTAGTCTCTTTTTTCTTGTATAGTTAGTCCTTAAATCGTAGCACCTGATACTTTCCC TTTAACTGCATGCTTTTTGCGGAAAATAGGCTGGTAAAGAGAGAAAACATAATTTCCTCT CTTGTGTTTTTATATTTTGTTTTTCTCTTTTGGTATTGGGAACAGATTCTTTATATCCAT TTTGATTCCTTTCTAAGATTACATACACATGTTATTGTTTCCCCCCTTTAACTATTTGCC TACATTATATTGTTTTCATTTTACACTATGATTAAGATCTAAATAGCACATACAGATGAG TACATATCTTATGATTTTGTTTTCACTAGATTCAAATGATTATGGTGTATAATAAAGTAA ATTCATGTAAACATTTTTGACATATCACTTGTTCGCCTAAATTGTTGCCTCATTTCACTC ACCAGGATCAACAACCACATTGCTGTCAATCAGCCATATTTATATTTCAATATGGTATTT AGATTTAGACATATGTTTTTTAATATTAGGATTTGTATTAAAATTCATTATCCGAGTAGA AAATAAAATGATAGTGTAGACCAAAATGAAAAGAGAGGAGACATATATATATATATATAT ATAAAAGAAGTTTGATGCAGCATGATAGGAGGTATATATTGTACGTTGATAAATCTTGAT CTAGACCCATGTGTTAGATTCTAAGTCTATAGAGTAGGCACAAAATTATTAGTGCTAAAC CTTTCAACAGCATCAGAATAGTAACAACATGACCCCCTCCCCTCTCTTTTTCCTATTTCA CCTTTCTCTCTTCTTTTTTTTCACTACGATTCCTTTCCAATATCATCATATGTATGTATC ACTAATAACACATTTGCACTAAGATTTGAAATTTATAAATTTCTATAACTTAATTTATGA TGATAATTGAATTTACACTTGGGTATTTTAATTGTTAAAAAATGTTATTGAGTCGGCCAT GCATTTTCCCTTTATCAATTAACAAATTGATATACCTTAATGAAAGTTTTGCTTATAGTA ACACAAAAGCTTAAAGGAGACACTTCAAATTGAAACTATACCTTCTAATGCTTCAAACAG GAAGATAACTGTACTGTTGGTGAATAAATAGTAGCGTAAAATTGGAAATAGATTAAAAAA AAAATTGGTAGAGATATGATCACGAGCTACAAGAATATTTATCTTTTTTTTCCCCATTGG TAAAAGGTTATATATATCCCCTCACTATTTGTTTTTGTAGTAATATTGCAATATATGTAT TCCTATCAATGTCACTAGTAATTAAGATGTATTTGTGGATAATATTACATGGAACACGTT ACACCATATATATAAACGAATCATGGACGTGAATACGTTTAAATTAGGAGCCGTATTAGA AGGTAATAGAAGTTATATTTATGCACACCTTTTTATTTCATTCAAAAGTTTAAGACATTG ATAGGAATACATATATTGCAATTTAAACGTATCATTCATATAATTATGTTTCCATAAACT CGCTCCGTTTATTTACCAGAGAACACACTTTGAAAATGTGCACGTATGATTTATATGAAG CCAAACACATGGATATATTTTTCTGGTGAGTTGATCATCTCATCTAAAATTTTAAACTAC TAAAAATAACACACTTTTATTTACTTAATTATATTTTCAAAGTATATTGATCTTTTATGT GTTTCCTCTAGCAAAGACTAATTATGATCATTCTTTTTTTTACTTAGAAGCTTGACCGAA ACAATTCACAAATCATAAACCAAAAATGGAAAAGTTTGGCTAACATAATTCATAGAACTC ACACATATTACTCAGATATGTTAAGCTCAGACGTGGTTTAATATTAGTCAGTAATTAAAA AAATCGATAAAGAAAAACTGAAAATTAGACAAAAAGTAAGAGACAATAGAAACATAGAGA ATAGAGCTGGAGCAAGTTGCCAAAAAGCTTTACTATAGCTATAAATAGTTAAGAGCACAA AATCCATATCGACCACCGAAGCCAAAAATTGACTCATCCTATTAAAAAAACACCAAATTT CAATTTTTTTAAAAAAAAATGGCTTTCACTCCTCATGATCATGACTACTATACTACTCAA GGTCTTTTTTCCAATGAATTCATCAATTCTTCTCTTGTTACTACTAATCCTCTCCCACAA ATATGCAATTCCCAAATAAGCCCTTATGAACATGAACAAGTAGTGATGAATATAAATTCA TTAGATCATTATGTGCCACCCTCCATTTCAATGATGCCATGGTTCCCTGAGAGGCTAGGG GTTTCCGATATGACGGTGCCGGTACTACCACCTGCATCGTCTACTACTTATGCAGTCGAA AACAACAACAATAATAAAGGATGCATCGGCCAACACCACGAGGGGTGTGAATCTTGGGAT GAAACTACTGATCATTCTTTTGAATCCAACTTCTGGTCCTCTTGTCCTCTCGCGACCTCC AATAATTGGGTAACTTTGTTTTGCTGAAGTTATTAGAAAAAAAATATACATCTTTTTATT ACTAACTTATGTTTTCAGCATGATCTTCCATGAAACATTAGAAAGAACATATTTTATTTA CTTATTAACTAATATATATAAATAGTCAACATATTAATTTTGTCATAAACTATCTATGCT AGTGTAACATTTTGTGCATGAAAAGTTGAGAGAGAGAAAAAACACGTCAGTAATGGATTG GGGAGTAGTATTTTTTAGGCTCAACATATATATTATAATAACATGTATTAATGTTATTGA CAGGGTTCTCAGAGAGAAACAAGTCCAAAAATCAAAGGAACGCCATCAATGAAGATTGGG AGGTACTCAGAAGAGGAGAGAAAGGACAGAATTCTTCGATACCTCAAGAAAAGAAATCAA AGGAATTTCAACAAAACTATAAAGGTATGTATATATATACATTTTTAATTGTTTTATATA TATATATATAATATGATGACGACGAATTAATGTGTGCGTAAGTACAGTATGCTTGTCGCA AAACCCTAGCAGACAAACGTGTTCGAGTTCGTGGAAGATTTGCTAAGAATAATGAAGATC ATCAACTCCTCATCAACGGAAATATTGTTAATTATCACCAACACAAAGATGTTTGCTATG ATCAAATCCAGGTTATGATAAATTCATTGATCCTATTAACTATATATATATATATATATA TATATATATATATATATAATTAATAATCTCTCTAAACCCTTTTCTTACACTAAATTCTGT AATTTGCAGATGAAACATGGTGATCATTATAATGAGGATAACTGGTTAGAAGAGGCAATC ACAAATTTTATGTATATACCTTGTAGCTCCTATGAGGGAAATTTCATAAGCTGATTTTGT CACCCATATATTACTTAAGTCTCTCTCTAATTATGTACTCCCATCCATCATTTATGAATG AATGCTTGAGGTCTTCCTCCTCAAAAACAATGATTGCATAAACAATATATTGACACATTG AAATAGGTTAATATAAATTTATCACAAATGCTACATCACACTTTTCCTTATGTATTGTCT AGTTATACTGAACTTTCCTTTTTATGATCTATATTAACACGAACTATCAAAATGAATTTA TATATGAACATGGCTCATAAGAGATTTAAAAAAAAAAAAGGAGTATATATAATTAGCTAA TAAGAAGGTCGTCCAAGTATGTAAGCAGAAAATAGATGTGGACACTCCGTAGTTATTACT AAAAGGTTTAATTTATAGGAATATATAATTAAACAAGAGTTGTTATTAGGTTAGGTATAG GTAATGAATTAGTAATACGTTAGATGTGATCCAAATAGTTAATAGTAGATTAAAAGGAGA TAACAAAAAAAGGGGTTTGATTACCTTAAAGAATCAAAACAACAACTTTATTTTCAACGT TAGCATCGAATTCTATATCCAGCGATTATTTGGAGTTACTTTAGTAAGGTACCGTTAGTA GCATCTTTTGGTACGTACTTATTATAACTAGAATGAACATCATCATTATAACGTTGAATG TATTAAAAAGGTAAGAATTTAGATTATTTTTATTCCACTAGCTAGCTTTCTTTCTTTCCT AGCTAGCTTCGATAATATAATAGGGGAATAATTCTTAATTATTTCTTTCAACCTATTTAT ATTATACTAAATCTTAGGGCTGCTCGGTGTTTTCTTCTTTATTCCTCTGCATGCAATACA TTACGAACCATTTCAATTTCAAGTGACAAACAACAACTTCCCAATTTTTAAACTACTCAA GGATGGTTATTTATTACACAGTACAAGTGTACGTACAGTCATGATTGATCAGTCTTGTTT ATGTCAAAAATGAGAATTAATGAATCAATCCAAAAGAATTTATTCTTTGATTGATCGATC GATCTCTTGATTTTATATTTAAAAATGATATACAGGACGACAAAAAATAAAAATATATAT AGGCAGACCTAGCTAGGCCAAGAAGATGGGGATCACAAGTATGCCTTCTTCCAATCGTAA GAATGCACTTATGAAGTGACCCAAGTATGCCCCATTATCAATGAACTGTCCCAATCACCA CCTTCCAAGTCTTCAAACCCCACTCACTAATCATAAGTCCTTATTAATAAATGATAAAAA TTATAAAGACAAAATTTTAATAATTTTATCATAATTATTTTATCTTTGATCCTCTTCCTT GTGTTGTCAATATTAATCTTTTATTTTGACTACCTTTTTAGTGAATTTTGATTTATCATT CATGATTACAAAAGTAACCAAATGGTGTCCTTTGAAGTAAGGGAAGGTTATATATATATT TAGTAACAAGCTAAGTTTGTTGGTGGGATCAAATCAAATAATAAATAGTTATAACATGAT ATATGCTAGCTAATAACTGTGGATGAAAATGGGCAATCAACATCATATATTTGAGAAAGA GATGGATATATTACCCCCTAAGATTTGTCGGTGATATAATTATATATATTATTAATTGTG ACCAACACACATATATTATATACAAGCTAAGGTTGCCAATAAGTTGACCCTCTCTTTCTT CATATATAATTATATATAATATTCCAAATTGGGAAGGTGGGGACTCTTCTTCAAAAGCTA CTTATAAATTAGCTTCTTCATCATCATAACTTTGACTATTCTATGTATACTACTTCATTT CAGATAGATATGTGGTCACAAATTAGTTTTAATATTGAACATTAATCATATTCAATTAAT TAACTTCATATAACATTTAACCTTTAATTAGCTAATTAAATGACCCAAAAATGGCATCCA TTATGACATTTAAAACAAGTTTTTGCTATTTCAGGCTGCTTTTATTTTATTTTTCCTATA TTTATTTAATGAAAATTTATAAGTCAAAATACCAGCCTAATTTCACAAGGTAACTTTTGC TCCGTCCCACAAAATTAGTTGTGTAGTATTTAATTCACAAACTAGAGAACTTAAGACATA ATTTTGTAGGTTTTTCTATCAACATAAAACTAAGTTATGCCTTGTAACCTGTAACCGTAA GATATAACTTGTGAGTTATGAACTCTTAAAACATAATGTTCTTAAATTGAACTTAATCAA TATAAATTTAATAAAAACTAAATTACCTCTGGCAAGACATAATTTGTTGGTTATATATAT TACATCACATCCAGAGGTTTCTGGAACAGGTAGTGGGTACCGGCTCGCCGAAGACTCATT CTTTCCTCGGGGATGACTTCTTGCTGACCTAAGCTCAAAGAGGTGAGAACTCTCAATCGA ATGTGATCATAATTTGTGCATTATATATAAAATTTATGTTTTCAACATCATAAATTTTGT GAAAATTAAGTGATACGGTAACTTGTTTTGCCTTATAAAACATCACATGAGTTATATCAT GATACTTTTACTTTGCTATTATTTTTTTAAAAAATCAAAAATATCATGATCGAATTTTTT GTATAAAAATAACACTACACACACATTTAAGATGTTAAATATCAAGTTATAAACAAACTT TTCAATATTACACTACTTATAGCATATTATTATCAAGTTATAGCATATTAAGAAATATTA TACTATTATCATTAATTTTTTAAAATAATAATTAACTTATTTTAATAATTCAATTACCAT ATTTAAACCAATGTAGTTAATTACACTTATTATTTTAAGTTACCTTTTTTAAACAAAACT CTTAATTAGAGTTATTTAAATTAAATATTATTTAGTTACCTTTTTTAAGATAACTACAAA ATTATAGGGTTTTTATCAAAATTTAAAAAATTACAGTTTTAAAACTGTAAAACAATATCT AAAAAAAAAAAAGTATATTACCCAAAATTTTTGTTCTTCCCCATTTATTTTCAAAATCAT TACAAACGCACGCCTCTCGAAACCTTTCAACATTTTCACACGCTTTCACCATCTTAGCAC GCCTAATTCCTCTCTCAAAATTCCATCTCTCTTAACACTATTCTTCAAGAATTCTCAAAT AGTTACATTCAAATCTTAATTTTTAGCATTCAAATCTTTAAATCTTGCTATAAACAAACC CTACAATGTCTAAAAGAAGCAAAGAAACACCAAGAAAAAGTAGAAGATTGAATGAAGAAG CAAGTTCAGACGATTTTCATGCTACATCCTTCAAAATTTTATCACAAACACAAAATCCAA AGGAAAATGAGAAGAAGAGAAAAGGGAAAGAAAAAGAAAAGAGAAGATGAATCTGAGAAA ACGACTAAAGAAAGAGGAAAGAAAAGGAAAGGAAAAGAAATCAAGGAATCATCAGATTCT GAATCTGATTTTGTGGAAGAGTTGATAAAATCAAAATCCAAAAAAACAAGAGCAGAAGAA GAAGAAACTGATAAACCCAAAAAAAGTTCAAAGGTTAGTAAAAGTTAATTTTTTAATATT TTTTTATATTCTGTTATTTTTTTTTCTTTTATTTGGCTATAAAATAGTTAAAATACAATT TTTGTGTAAAATAAATAATGTATGAATTGTGTATGATTCCCTATATGAAATTTCTGTTTA AATAAATAATGTTTTTTTTATGTATGATTCACCGTATGAAATTGTGTATGATAACTGTAT AAATTGTGTATGATTCAATATATGAATTTTGTATGATTCATTGTATATATAAGATATGTA TGAATTTTTTTTATCAAGTTTTTGGGTACTGTTTTTCAAGTTTTTGGGTACTGTTTTTCA CTGTATGAATTTTGTATGATTCACTATATGAATTTTGTATGATTCACTGTATGAATTGTG TATGACTCACTGTATGAATTTTGTATGATTCACTGTATGAATATTGTATGATTCACTGTA TGATTCACTGTATATATAAAATGAGTATGAATTTTTTTTTTTGCAAGTTTTTGGGTACTG TTTACTAGTAATATTCATAATTATTTTATATTTTATATTTTGATTATGTTTTGTATACTA TGTAAATGAATTAGTTTTGTATTACATGTGTATGAATATGTGTATGATTAATGTATTTAA TTTTTACAATTTTGTTAGGAGAAGAAGACACACACACATCTGTCTTCATGTATTAACATG AACGTGTTTGCGGATTTGTTGACCTTTTTAGGTCAAGATAAGTTTCAACAATTCCTAGAT GAAATCCCTTTTGGATTTTTTTATAATTTACATCACATTAAAATTCAATGTCAATTGTTG AGGCACTTATTTATAATGGAGAATGAAAATGTTAGGGATGACAGTTTGTCATTAAAGTAA ATGGTAAAGAGTTAAATTTTGGTCTAAAAGAGTTTGTTGCTATAACTGGTTTGAAATGTG GACCTGTTTCTGATTTTGTTTCAGATCCACATGTTCAAAACAGACTCATTGCTGAAAATT TTGGAGATTTTAATAAAGTATCCAAGTCTGATTTTTACTACAAGTTTAAATTGCAAAATT TTTGGGAAGAAGATGATAAACTAAAAATCGGGATCCTGTACTTTATCTCTTCATTTCTGA CTGCATCAGACCCTTCAAAGACAACAGTTCCAAAATTGTATTTTGATTTGGTAGAGTCTG GACAGTATGCCACTTTCCCTTGGGCAAATGAGTGTTTTAATTTAACACTCAAAGCTTGCA ATAAAAAATTCAAAAAAAATTCATCGTCATTCAAATTCAGTCAGTTCCACATAGCACTGC AAATATGGTTTTATGAGTGTTGTCATCCATTTGACAACACCATTGCTATACGAGTTTCAA ATCGCACACCGAGAATACTGAACTGGAAGACACCGAATGACGTCATTTTTTTTGACGATT TGAAGAAAACAATTTTCAGAACTCATGGGAATCAGGTATTTTTCTTATAATGTTATTACA TTCAATATAATTCATTATACATTATACATTTTTTTTTATGCAGCATAAATTCAGAAATAT TGTCTTATCGGAAGAACAGTTAAATCTAATGGACGAGACCATTATTAATCAGTCCAGCAG CCACCAGGATTCAGAAAATCCAAGATCATCGGAAAATCGTGCTGTTGACAGTGATCATAA AGTTCAAGAATTGAAAGCTGATATTGCAGAGGTACAAGTAAAATATTGAAATAAACATAA TTTTTTTTGAAATTACAGTACACATATCAAATACTTATTTTTTTAATTAACAGGTTAAGG CAGAGTTAAAAGAACTCAAAATCACTGTAAGTTCCAACATATTTTTATATAATTAATATA ATGACTTTATAAACTATTAATGTATAAATTTTTTTATGTTCACCGATAAGGTTCACAAGC ACATGGCTGATATAAAGATGTATGTTGATAACTCCACCAAAATGATAATTGATGAGATTC GATTGTCAAGAGGAGAACAAATACCTGAAGAACAACCAGAGGTATATATATCTATGTATA CTTTATGTATGAATTTTGTTTGAAAAAATTATAAATTATGTTATTTTTATTTTCTGTTTT TTGGGTATAAAATATTTAATATATAAATTTTGTGTAATTAAATATTGTATGAATTGTGTT TGATTCACTGTATGAAATTACAGATTTCTTCATATTACAATATCAATTGCTGAAACATGT ATTTTTTATGTATGTTTCACTGTATGAAGTGTGTATGATTAACTGTATGAAATGTGTATG ATCCAATGTATGAATTGTGTATTAATTAGTATACTATCATATCACTGTATATATAAAATA TGTATCCATTGTGTATAAATTTTGTTGTATCAAGTTTTCTGATACTGGTGATTAGTAATA TCCATAATTAGTTATACTTTATGTTTTGATTTGTATATTGTGTATGAAAGATTGTTGTAA GGTTGTTTGAAATGTGTTTGATTATATTGTATCATGTTTTGTATACTATCTGTATGTATT ATGTATTTCTCAATATTATGTTGTAAGTTTATTAGAATTGTGTATGATTCACTGTATTAG TTGTGTATTATATGTGTATGAATACATGTTTCAGGAAAATGTCAACCATCATGCTGCACA ATATGATCCGACAGATATGCCTACAGAGACAATTCCACAACAAGTCCAAAGTTCAAACAC AGCTGGTACGATATATTCATTTTTATCACATAAATTCAAATTTTAGAATTTTTTTTTATT TAACATTTTTTCATGTATATGCAGCTCAAAAATCAACGGATGATTGTTTAAATGTTGATG CATCTACAGCGTCAAAATCAAAACCACCAACATTGGACGATTATCCTGATTTTACCATGA CACAAATAATTGCCCTGGATCCGATTCTTAATGCCACAACGACTCCAAATCTGCGAACAA GAAACAAGAATGTGGGTAAATACGACTCTTCTCCTTATATCAGAATGTCGGAAGGAGAAA GCAGTTCAAATAGAGTACCTACATTCTTTCAAATCAAACATCCATTCCAAAATCACAATG GGTTTGATGTACCAGACGAAATGATTGAGGAGTTCAATAAATGGATTTTCAAAGATGTGT CGAGCAGACGTGGCAGGTAATTTGTACGATGATAAAAAATGTTTTAATTAATTTCTAAAC TACTAAATTAATATAACACTTTTTTAAACATATACAGAAAAGCAGCTTATTCCAAGATTA AAAACTCATTTCATCCTCAAATGGACTTTGGCGTAGTCAAAATCAGAGAGAAAGATTTTT TTCACATAATGAGTCAACCGGGCAGACCTTGGGAGGACGGGGTAAGACCTTTTTTTTCAA CTAAATATTATGTTTTTTGAGTTGCAGTGATATATGTATGTTTTCTGTATGTATATTTTA TGTATGAAATATGTGTGAGCAGTCAATGAATTAGATATGTATTTTTTTTTAAAAAAAAAT AGCATATTAATACAATTGCAGTGATATATGTACTATTGCAGTGATATATGTATGTTTTCT GTATGTATATTTTCCGTATGAAATATGTGATATATGTATGGTTTTTGTATGTATGTTTTC TGTATGAAATATGTGTTATATATGTGATGTTTTCTGTATGTCTATTTTCTGTATGAAACA TGTGTGAACAGTGAATGATCACATATGTATTTTTTTTTGTTAAAACAACATATTAATACA ATAATGTATTATCTCCGAAAGAAGGCAAAATACTCCCAAAATGTCACTACTTACAGTACT GTTGATTGTTGGTTTATGGCATGGGTTGATAACATTGAGAAACAGTGGAGACAATCACAA TGTGACATGAGATGCATATCACCGGACCATGATGTTGGACAATGCATTAGAGGATATAAG CTACTTGCTAACATTCCGTGAGATAGGGTTGATGAAGTAATCATCCCAGTCAACATCAAT GACAAATTCCATTGGTTTCTTGTTGTATTCCGAATCAAAAATAGATGTCTATATGTATAT GATTCGATGATGGGAGGATCTGTTCATTCAAGGAAAGTCAAAGAAGCCGTTGATAAGTTT GCAACCATGATTCCTTTATTTCTGACGAGCACAGGGTTTTATGGCAAAAGACTTGATTTG TATGCGAATAATCTCCCTGATTATCAACAGAAATCTCACTCTGAACCTCTAAGTATCAAG AATGTTACACATGTTCCTCAACAAGAAGAAAGTTCAAAGTATGTATATTTCTTACATTAT TTTTTATTCATTTTAAATTGAAATTGCTAATATTCATTACAAAAAAAAATTTCAATTTGT TTACAGTGATTGTGGTTTATACACATCTCTATTTGCTGAATACATGAGCAATGGTGTTTT TGATATGTCACATATTGATATTGATTCAACATATCATCGTCAAAGATATGCAACATTACT TTGGCATTATGGAAAATCAAAGAATGATGAAGGCGCAATCAGTGAAAGTGAAGTTACAGG AACAGTTGCTAGCAAGAAGGGTGAACCTCGAACTCATAAAGAACAAGTTATGGACACCAC CAATTATCCTACTCCAAAATTCCGTATCAGGAAGTAGAAATCTTCATGGCACATAGATAA TTTATTTGAAAGACTTTTTTTTTTAATTTATGAACAATTTATGTATTTTCAGTTTTTTTA TTATGAATACTTTGATGGTTTTATATAAATTATTACTGGTTATTATTAAATGTGTCTCAG TTTTAACATATATGAACACTGTATGAATCATGTACGAAAATAATATGAATTATGAATGTC ATATTAAAATTTGATATATAGTACATAGTAATATTGAAATTTGTTTTGATTGAATACTAT ACACTTTCAAAATACAAACAGAAACTTATATTAATTATATTACTGGTATGAATACTGTAT GAAAAATGTATGAATTATATCATACAATTATACATTATTAAATGCGTATCACCATCTTAC ATACATTATTCATACCACTAATATACATACAATTTGTTTCTGTTTTTTTTTAATTTTGAC TACTCATGGTTTTATATAAATTATTACTGATTATTACTAAAGGTGTCTCACTTTAACATA TATGAAACTGTATGAATCATGTATGAAAATTATATGAATTATGAATGTCATATTAAAATT TGATATATAGTACATAGAAATGATATATGAAAAATATATGAATTATGACAAATTATAAAA TATATTTTTCAAAATACAAACACAAACAAATTGTATGTATATTAGTGGTATGAATAATGT ATGAAAACTGTATGAATACTGTATGACATTTGTATAAATATTAATATTATTCAATAAAAA AACATATTTATAACAATGTAATGCCTCAATAACACAGATTTAACATTACGACATCATTGT TTTTGTACAGGATAATTTGAACAAGTCTTCCTATTGTGTCCAACCTGATGGCATCTACTG CATGTGCTTTTTGTCTTCTTGAACTTCACATCTGCGAATCCCTTCCACCGTTCTAGTTTG GGTCTTCCTGTTGCTCTTTTTGGACCAGGCGGCATCAATTTAGGATCTGAAATATAACTT GGTATATCCCATGTACTCTCGCACGGGATAGGCTCGACAGAAATGGCATAAGCATCTTTG AAATTCTTGAGGCTATAAAAAGCAGAACAGAAATCTGCTTCATGTAACTTCCTGTACCGG AGAACAGCAATTGCATGACCACATGGTATCTCATAATGGAACTACACATCCTTGTGTTCA AATTTACTATGTATTTCTTTGCTCCTTCAGCTACAGCATGCAGATCAACAGTTGAAGGTA TCACCTGTGAAAAAAAAAATATTTTATATATGCTGAAGATTAGTATGAATTAAAAATACA AAACAGTGAAAAACATACCCTCATATTGCACGACAATGTAATACTTTTCTGTAGATAAAC ATCATATTTTTTTGTCAGATTAGATGTAGTCTTATCAGCCTCCTCATTATGCTTGTGAAT CCACCTCTGAATTGTCACCCTCATAAACTCAAGAAGTGAAATCACCGGTAACCTCCGTGC TAATCTGTTAACATTATTCAATGACTCTGCGATGTTTGAAGTCATCGTCCATGTGCGCTT ACAATTCGAGTAAGCTCTTGACCATTTGCTATAACCAATATCAAACAAGTATGGCCGTAT TCGCGTATCTATCTGATCTATTCTTCCCATAATTGTCTCAAACTGTTGTTTTGTATAAGC TTTTGCCAATGAAAAGAACAACATCTTCAAATTTTCAGTATTTCTATTGAAATTCTTCAA AACATTGACTGATAAATGCCATATGCATGCATAATGTTCTGATTCAGGATATACATTTGT TGTCCCTTTCCATATGCTTTCATTTCTGTCTGACATAAAACACATATTTTGTCTAACTCC ATATGCTTCTCTAAATTGCTCAAAGAACCATGTCCATGAAGCATCATTTTCAGAATCTAC TATCGCATACGCCAACGGAAGTATATGACCTGCTCATTAATTTTTTTAAAAAATATCACA CAAATAAAAAATATCATTCATATACTTTTTCATTATATTATATAATTAGAAAATTATATA GGCTAATATTTTACCTCCCGGATCCAATGTGCTTGCAGTTAACATTGTACCACCATATGA ACATTTTAATGCAGCGCCATCAACAACCACAATTGGCCTACAATATTCCCAGCCCCTAAT ACATGCTTCTGAAGCAACAAATGCATATAAAAATGTATCATCTTCATTCCTTTTTATTTT CAAAACAGATCCTGGATATGTTTGCTCCAAAATGTAAAAATAACCTGAAAATAACAGTCC AATTCATACATAAAAAATACGTAGTTCATACATAAAAAATACACATAACTGTTACTGTAT AAATTTATTTTGAAATTACCTGAAAATAACAGCTCAATTCATACTTAAAAAATACATATC TTATACATAAATAATACACGAAACTGTTAATACACAACAAAATAAACAAGTATTTATATT TATCATTATATTCGAAATTACCAGGTAATCTTGCATAAGATTCTGCTGGATCTCCTCGCA CCAATTTTACTGCTTTTTCTTTAGCTCTCAATATAATTATCCATTATCAATACAGCTACA ACGTCAGTTATCCCTTGACGTTTGGCATAAACTCTTTCTCTAACACAACATGTATGCTGA GCAATATACTTCCGTACTTTGAATAAACTAGATTTATTCAAACTAGATGCCCTCATCATC CAAGAACAACTCTTAGAAATACAATGCAGATGATAACTGTTACAGAATTTAATAAAATAT ACATTAAAATATATATACATTATAACAAAACAAAATAAATAAATAAATAAATTTAAACTT ACTTAGATGCATTACAACGTGCAACCCGAAAGCTGAATTTCTCAACAAGTCCATCATGCC TCATAACCTCCTTAAGGGTTTCTTTATTATTATAAATCTGATTTTCAGCTACAAATAAAT TAGAATGATCACATATTATATCATTATCTACTTCACTATTATCATTGACTACTTCGTCTA AATCCATTCCGATCAAACGGATAGAATTGTTGGTGTATAGATCTATGTTATTCTGTGATA ATCTAACATCAGAATTTATTATATCATTAACTATAACTCTATGACATTCGTTATACTGCC CACAATCTTTCAAAGTGATGCATAAAGGATATTTTGTAAAAAAAATCCAAATTCACCCTC ATTTGATCTAGATAAACCTTTACCCCAACATCATTATGAATTTTTATAAGTGGACACATT TCGCTAACTATATACTTTATCTCAACAGAATTTAGATTTTCTTCTATGTTTAGCTGAGTT ACTATAGAATTTACTAAACCAGTATAAAGAGTAGAAGTATCGTATAAGATGCCCTCCACT TCAAAGTCGACGTATTTCTCTGTTTCACAACATTAAAATTACATTCAGTGCATCCCATAA TAAAATTAAAAAATTATTCATACACAATTAACACAGATTTCATACACAATTTATACACTT CATACAAAAAATAATACTACACAATTTATACACTTCATACACAGATTTCATACACAATTT AATACTCAATTAATACACTGTTTATACACTTTTGTAATTTAATAAACAATTAATATATTG TTTATTACACACTTAATACCATTTTATACAAAATTAATACACAAATCATACAATGTTTAC CACACATTTTATACAATTTGTACAAAAAATAATACACACTTTATATAGAATTTAATACAC AATTACCACACTGTTTGTACACTATTATAATTTAATACACAATTAATACATTGTTTACTA CAAAATTAATACACAAATCACACAAAATTATATACAAGACACGTATATATACAATAACAA AAATTTAAATCAAAACAAAATTACAACAATTTTTATACATACTGCATACTACACAACTAA CTACTACATACAATCTAAAATACAATTTCATAGTCTTTTATCCAATTTAATATAAAAAAT AATATACAGTTAATTCAATTTCATACTCAATTGATTTTCGTATATGTTGTTCATACTTTA TATATATACATTAAAATACAAAATGTATACATTGTTAATACAATATGTATATTATTTTCT AATGTTTCAAAAACAAAAAATTTGCTAAATTTATCAAAAACTTTAAAATATTAAATTTTA ACCAGTAATCACATTTACCATCACTATTCGTTTTAATTACACATGAAAATACATTTAACA TTACGAAATTTTTATTAGTAGAAACACTAAATTAATGTTTCAAAAAAAATATATCAATTT CACATATGCAATATATAAACTAACCTGATGAAAACGACAGGAAAAATAAAACGACACATT ACTAAAATATATAAAAAAACTAACCTGATGAATTCCATTTGCCACCATGTTTAATTAAAA TTGAAACAAATTTCTCCATCAAATCAAATCTAAACTTTTTCAACCTTCAATTTTAATTGT TTTATGAATATAGTCAAATTTTTGGAAAAAAAAAATTAAAACACGTTTATGGAAAGAAAG ATAACAGAATAGAATTTTTTTAGGATAAAAAATCAAAAAAAATTACCATTAAAAACGAAT TTCGCTAATTAAGGTACATATGTTTAATTAATATATTTAAATTCTCTTAAAAAGTGCAAA TTTGGTAATCAGTTAAAAAGTGTAACTACAGTCACGGTAGTTATCCAATTTTTAATAATA ATTTTTAATTTTTTTTTCTTCCTGATTTAACTGAATAAATATTTAATATATTTTAATTTA AAGAAATGTTATAAGTTGATATATTATATGTTATTGAATGAAAATCAAAATCTTGTGCCA TAACTTGATAATATGACTACATAATATGCTATATACCTAATTTACACATTTTTTGTCAGT TGAAGGACAAAAATTCGTGACCCGATATAAAAGTTAAAACGACTCATGGGCGGTATATCA TTGCCAAATTTTGTTGTGTACACTTTTGGGCTTTAGAGCAACCCAAGTACGTAACAACAA TCATGGCTATGTATCCCTAAGCAAAGTGTATTGATAAATTATTGTATAATTTATATAAAT TTCGTACTATTATTAGTAAATTATATTAGTTTTTTAATTTTTTTTTCAAATTGCAAGATC CCTAAAAATTTATAGATTTCAGGCACAACATTTACATCATTGGATTTTCGGATACATTAA CAGACGTCTAGATACAAAGGCGAGTTATGTATTCGAGAGGAGAATAACGTATCAAAGAGG GGATAAATATTCGGATACATATGGGAGAAATGTACTGAGAAGGGATAGAATCCAAAAAAA CAGAAGAGAAATGTATTCAAGAGGGGAGGGATGTATCAGAAAGGAAAGATATGTGTTCGA TAGGAATATGAATGTATCATCCGGAGGGAAGTGATGTATTCAAGGAAAATTTTTAAATTG TTTTAAATGGTAGGAAAATTTAAAAATTATAATAAAATACATTATATATTAAGGTAATTT TGTCATAATTATTTTTGAGTAGCTGTTTAAGTTTTACCCAATGGTCGCAAATTATTTAAA ATTTAAATAACATTTGAAATAATAATATTCACTTATATATATATTCAGTTTCACAATCCA TAAAATTTTGACTTAACAAATAGAGCATTGTATAAAACGAAATATATAATTATAAGTGTA TATGACGATTATATACAATTTGAATTTGTATAAAGGGAGAAAGACAAAAGAGATTTGGGC AGGAAATGTACAGTTGAATCCAATTGTATAAAACGAGAAAGACAAGAGATATTTGGGCAG AGAAGTACTTTTATTGTATAATTATAAGTGTATAAGACGGAGATATATGTATTTGCATGT GTATATACAATTTTCTCTCGCTTTATACAATTAGAAATACAATTTATACAATTCTATTGT ATAAAGTGAGAGGAGCGAGCGAGAGAGGAAGAATGACAAGCGAGAATATGAGGAGAGAGG AACTGACAAACAATTTACTATGAATCACAAATAAATCAAACGATAGCTATTATATTTATT TTGTATTATTAATTTGCTATTTTATCCCAATTTTTATCGAATAAAATACATTTTCTAAAA CTTTTACCTTATCAATCAAATACTAGATCATAATCATTAACCACACGTAATACTCGGAAC AAAATAGGGCTAATTTGTGAAAGGTAGAAGTTATAGCGCAATATTAAACAATTTGTAAAT AGAGGTGGCAACGATTGCCATTTCCACGTGAAAAATGTCTTCAAATCTGACGACGTGCAT CTCGCCGGTGTCATATTATAATGAATTCTTTTTGCCACCATAATATATCAACTAATTTAG TTTCTAAGAATATTCTAGTAGTAGTATAATATTTTTAATCGGCTAAGTAAGAGGACATAA AAAAGTGTGTTTTCTTCTTCATTCATTTGAGTTTGTTCCGGGCTTGAGTAAGAAATTCCA ATCGCAACCGCTGCAAAATGAACATCGAATCGGAGAAAGAGCAATTTCTGAAGGAATTTG GAAGCTATTATGGTTATGCCAATTCCCCCAAAAACATTGATGAAATTAGAGCTACTGAAT TTAAGCGCTTAAACGGTAAGATTTTTCATCTTCCAATTTCAGAATTTTGTTGAAAAATTG TTCCGTTGACTTCACTATTTATTTACTTGTAGATACGGTATACTTGGATCATGCTGGGGC GACTCTCTATTCCGAGTCTCAAATGGAAGCTGTGTTTAAGGACCTCAATTCTACTCTTTA TGGAAATCCTCGTATCCTTCCTATCACTTTTCTCTATGAACTTTCTTCAACATGTTTGAT TCTGTATTTCTTCACCCTGCATAAATTTTTAGCTGATACCTTAATTCTGTGAAAAACAAT AGATAGCCAGAGCACTTGTAGTTTGGCTACCGAGGACATTGTTGGGAAAGCACGCCAACA GGTGAACATCTTCTTCTGCACTATTTTTATTGCTTCTGTTGTCATCATAATCTCTGCATT AGTCCACAATGCTCTGGAAATGTATATTGATGTATGCTGCATTGATATTATCTAAATGCT AAGCTGATGAGAGTCACTGCACATATGTTCTGTCATATTCAGTATTTCACATGTGATAAA GTTTCTGTTGTAATACTTTCTCTTACCATTGAATCACGACTCTATCCAGGTCCTTAGTTT CTTCAATGCATCACCAAGAGAATATAGCTGTATATTCACTTCTGGGGCAACAGCTGCACT AAAGCTTGTCGGTGAGACATTCCCATGGAGCAGTAACAGCAGTTTTATGTACTCAATGGA GAATCATAACAGCGTCCTTGGGATTAGGGAGTATCCTGAATGGATTAAACCTTTTCATCA AATTTTGTTACTTCTGCTGTCGATTACTTTATGAAAGCTTTCCTCTTTAGCAGTGTATTT AGTTTCTTAATCTACGGTACTACTTCCTGCTTCAAGTGCTACTCTTTTTCACTGAAATAC CGGTCCACCTAATCAAAGGCTCCCGACGATTCTATAAATTATCAATATTTTCTTCATGAG GAAGGCATGAATCTTTCCGGCTTTATATTTCAGCAAATGATCGCATCTCTACCTGTCACT GCATCGGGACCATGCTATCTTTGGACATTTGAAAGAATTACCACGAATTGTATGTGTTAT CGATGATGTTTCATATATGCAGACCTGATCTGTGGATACGTTCAACACTGCCATTGTTGC TCTTATCGACTGATGTTCTGATGCGTTTAATCATGGTGGTTCTTTTTGAAGTTCTATGAT TCCATTCACTTCAAAATCACTTGTTCCACACTTGCTGCTGAAGTGAGGTGTAGAACTCTA CTGTTTATCTCATGGATATGATTATACATGTTTCTGGTAGAATTCACTGTACCTCCAAGG GTAACTTTTTATTCTTGACAGATCCTAGTTCTATCTAACCAGCCACAAAATTTCTGTTCT TGTTATTGAAGTGAGACCAAAAATCAAGGACCCAATTCATCTCTAAGTTTGTGTACTATT ATCTATGTGTTAATACTTGCTCCGTACGGATAAACCTATTAAGCCAGATAATTGGAAGAG AAAAAACCTTTTTACACAGTAGGAAGAGTTTGCAGAAACAGTTGAGTAGATGGAAGATTT TGCATGATTTTTGATCTTGGTTCATTTTAAATTTGTGTGTATCTCAAGTATTCTTTTCCT TAAGAGTTACTAGATATGCTCTCAGTAAAGGAGCTGCTGCTTTTGCAGTTGACATTGAAG ATACACATGTTGGTGAATCAGAAAGCCCACAGTCTAACTTAAAACTAACACAGCACCACA TTCAGAGAAGAAATGAAGGTGGCGTTCTGAAAGAAGGGATGACAGGTACCTTTTTATCAA TAGTTTCATCAACTTCTACCTTCCACCCCCTTCCACCCACCAAGTCTATAAAGGTAGTTA GCACCTTCAACTCAAATTAGATGTTGTCTGAGTTAATTAAACCCCATCAATCAAGAGAGC CTGTATGACCTTATACCTGTTAGATGGATTATCTTTTTCCTTTTGTTAGTTTTAGAAGTG AAGTAGAAGCTGCTTCACTAATGAAGCACATATTACCAATGTCTTTATCAACTTCAACTC GTTGTAATCTGACACTGTAGTCTTCTTGTTACAGGTAACACATACAACTTGTTTGCATTC CCATCAGAATGCAATTTTTCAGGTCGAAAATTCGACCCTAACCTGATTAAGATTATCAAA GAAGGGTCTGAAAGAATCTTAGAAAGCTCCCAGTATTCCAGGTAAAAGAATAAAAAACTT CTCCAGTGATTGAGAATAGCCGAGGTGCTAAAATTCTGACATTTATCTGAATAGTACTTG TAAGATGTACTCCCAGTAAATCTATAAGAAAATAGACCCTCTTTCAAGCTTGGTTGAGAT TTGAGAATAGATTTTAGTGCCTCAAACATCCACCAAAAAAGATATTTCTTTTTAGGCTGG TTCAAATTATGGGAGTATCTAATGATTTTGATATGTTTGACTACAAAAAATTTAGAACAT GGCGCATTCCTTAAGTATAGTGGCGCAAAGAAGATTATTTGTTTGTTATAGCTACAAGAG AATATGTTACATTTTGAACAATGTATGCTGATTCAGTCAGGGTTTTGACTTGAAACATCC ATTGGTCAACCTTTTGTCCTCAATGTGGTGCTATTCTTATCTCCTTAGCTGGCAAAGCTT GTTCATATATCTTCGAAAACTTTTTATATCTCCATCATTGAGTTGGTCTTGCGCAGATGG GCAGATATAAATTTTCTTTTCTGAATGCAGAGGTTGCTGGTTAGTTCTGATAGATGCTGC TAAAGGATGTGCTACCAATCCACCAAATTTATCAATGTTTAAAGCAGACTTTGTTGTGTT CTCATTCTACAAGGTACTTATATTTTGATACCTGCTGTTTAAGATTACAGGAGGTACTTA TATCTCATACCTGCTGTTTTAAGATTATGACTAACATCACGGAGCTTGAAAAGAGTTTTA TTTGTTTCTTGTTTAGTTATTTGGCTATCCAACTGGCCTTGGAGCACTCATTGTTCGAAA GGGTAAGCAGCTAAATAAGAAAGCCGATTTTTGTTGTGTTTCCTCACTTATTCTTGTTTA ATTTTCTTCTTCGTGTAGTTTACTTCTGACTTGTTTCCCTCTCTGCCTCTATCCCTCTAC TTCTCTGTTTATGGAGAGAATGTTGGGTGGAAATGGTGGCAAAGATACCTAGGTTTTTAT GTTTTTTCTAGTTGTGTAACAAGATAGACTTATATTTCTCCCCTTTTTTCATCAATGTGA GAATTAACAAAATTTCCTGATCTCTTTCTATTGATCAGATGCTGCTAAGCTGATGAAGAA GACCTACTTTAGTGGAGGTTCTTTTTTAGTGCCTTCTCGTGTTATGATTATATAATTGAA AACTCTAGCAATTTAAGTTAACCTGGATTCTTCTAGGCACGGTGACTGCAGCTATTGCTG ACGTTGACTTTTTCAAAAGAAGAGAAGGTGTAGAGGAATTTTTTGAGGATGGAACCATTT CATTCTTGAGCATAACAGCAATTCAACATGGGTTCAAAATAATTAATATGCTAACGACAT CTTCGATTTTCCGGTAAGTGAGAGCTTCCTCTCTTTTTTTCGGGATAAGGTGAGAGCTTG CTTCTTTTGTGGGTGGAAGATTCTGAAATTGAATAATGATCAGAATTTTATTGAGATTGC ACATATTTTGCTGTCATTACAGATGAACAGAGACATTATATCGTTCACACTAGTGATTAG ATTTATTGCGCACTTTTCCGCTTATAGTCTCTTTTTATGATTTATCTAGTGAGTGAGTCC TTCTAATATTATTTGATTAATCCTGCTCATTGCTGCTTTGTAGATGTTGTCGATCTTTTA TTTTTTTACTACATAGGTACTGCCAACCTTTTTATAACTAGATGTTACCACAAGTACTGA AATAAGTCAATTTTTGTTTGGCTATTAGGCTAATTATCTTTTGAGTGAACAAGAAAACTT TGTTCTAAAGGTGTAAAATTTTGGGATTTCAAAGTTCCTATGCCTTTTTTTGTCTTCGTT TGATTTGGCAGATAAATTCCTCTTTGTTTAGAGGATATATGGGCATAGTTTCCAGTATCT TTTTTGTGGGTAGAGAAACTAGTCATTCATTTCTGAATCATCTAATTTAGTTCCAACAGA AATATACCAAGAATTTTACAGAAACTGTTGGCCCTTTCTCTTTCTACCCCCCTTAATTGA AGTTGGAGCCTAATGAAAAAAACATGTTCTGAAATGTGCTTTTCTTTTCTGCAAGGCATA CAACATCAATTGCAGCATATGTGAGGAATAAGCTTTTGGCACTGAAGCATGAAAATGGAG AATTTGTTTGCACGCTGTACGGGGTAAATATATCGAACATAGCATTCTCGTGACTGGTTT ATGTTTTTGGAATTTGGTTGGAATTAGATTCTCGTGAAGAAATTTCTTTATGTCCTAGGC AAAGGCAAGTTTGTTACTGTTGCTCATTCGTGCAGTGGTGATGCAATGATTTTGTTTTTG GGTTGCTTTTTTTTTTGGGGTAGATTTTGATTTTACTCGCGACTTTTTCTATGGTATTCT GTCAGTTTATGAATTGTCTGGTTTGTTATGAAATTGTCCTATGGTTCCGAAGGTGACCAA GTTAATATGACTTTTGTTTTTTTGAGAATAGTAAGTTAAGTTAATATGACTTTTATCTCA GTTATTATCTAGTGAGATGGGCCCCACAGTTTCATTCAACATGAAAAGACCAGATGGAAC ATGGTATGGATACCGTGAGGTGGAAAAATTGGCAACCTTGGCAGGAATTCAACTGCGGGT AAGAGTTCAATGGTCATATTGTCTATGAAGTATGAATTTTGTTCTGTTTCCCTTGGGAGA TGAGATGCTTGCTACTTTATTCTGTTGGAACATAACCCCAGAGCAGATTGATGCTGCTGT TTCTGATATAATGTGCTACTTTCACATGTTATCTTTTTTCAATGTCAAGGAGGATGATAT GACTTCCAAGAGGTGTCTTTTTATGATTTATCATTTGTCTTCATTTATATCTGAATGCTT TGATATACTTATCTGGATTTATGAAGTTCTCCATTTAAACTTCTGTTAGCTTGTCTTTGA TTTGTGAATTTTGGTCCTTCAGATGCATGGTCACTTACTCTTTTAACCGCCTTCACCACT GTTAGATGCGTTAACTGCCACATTTAGAGGAGTTTTTTAGTCTTCAGTTATTGCCCTCCA CAATACGTGCAACTTTTTTACTTTTTGGAATGAGCAGATACCCCATCATGTAATAATCTA TGGGAGACCAAATAAGGGATGACTTGCATCCGTACTAACACAATAAGGTCACTGTCTCCT TTTTATGTTTAAGCTTTTGTCCACAAATACCGAGGGTTGTTGTATACATTTGGTTATCAG TAAGCCTATTTGAATATGTAACATAATTTTGGAATAATAGTAAGTAATAACAAATTATCT TAGCTGGAATTGTCTGAGAAAGAGGAGTTTGCAATACAAGGAAATGTTAAATATTTTATG AGAAAGCCCCTAAAGAATAGTCTATCTTAATTCTTAAAGGAATGGAGGGAGGATTAGTCC ACAACTTTTGAAACTGGTAATTGAATATCTCAGATATATAATGCTGTTATATGATATGAC TAAATTCTTGCTTCTTTTTCCCTGTATTTTTGTATAGACAGGATGTTTTTGCAATCCTGG TGCTTGTGCTAAATATCTTGGTTTGTCACACTTGGATCTTCTTTCAAATATTGAGGTATG TGTTTCCTTTCCCCTCATTTTAATCTGTTACATGGGAAAAAGGGACCACCAATGGCAACA AATTCAAATTATCATTTCATTTAGGCTGGGCATGTGTGCTGGGATGATCGTGACATTTTA CATGGAAAACCAACTGGAGCAGTCAGAGTATCTTTTGGTTACATGTCAACATTCGAAGAT GCCATGGTAAGGGAACCCACCATTCCCAACCTAATTCCCAAAAAATGAAGTGTAGTTCTA TATTTTTTATAGTACAACATGCTTCTTTCTTCAAGATTTTGATGTGCCAAATATTGAACG GTTGGAGTTAAAAATTTACATTTCAACTTAAACGTGGGGCAATCTCTTTATACCTAATTT GTCTTGGGCAATCCTCACTTCGTAAGCTAATTAAAGGTTGTGTTAAGCCTAACATGCACT TTCATAATAGAGAGAGAAAGGAAAATATGTAGCTTAATGGTCACATAGAACAATAATTGC CAACTTCCAATTTTTCACTTTCACTTGGCCATTAGACAGGCAAGCTGAAAGAGAGAAGGA ATAAAGAACTAAAACAAAGATGATCTCTTTAGTTCTTCAAGTTTCTATCTGAAGAAAGAG CAACCTTCTAGTCATTTGGATATAAAAAGCTACAAGCTACTTTTCTTTTGACATGGTAAA GAATATATCTAAAACAGCAATATGATTTCTGAAAAAGCTAAATTGTTGAAAAACGGAATA TGGTTTGCTACTCCTATTACTTTTTGGTTCTTTTCTATTTCTATATTTCCCTTTTCTGTT GTTTGTTTAGGATGTTGCTGGGCAGAAGCTTCAATTTCTATGAAGTTATCTTGTAATTGC CTGAATGATTGATTAGCAAACTAATCTTTGCTCTGGATGTTCCTCTGAGAGCTAGTCTTA TTTACTACTTCATTCCGTTCTACTTGTCTATGCAGAAATTCGTCAACTTCGTGGAAAGTA ATTTTGTGATATCATCTTTTAATCGGTGTGCATTGCAGCCAAGGTCCATCTCTCTGCCAA TTGAAGGTCAACTTTTGTATCTTTCTACTATTAGGCATGCATTAAATCGATATGTTGAAT TGGCTTCTTGTAGACCAGAAGTTGATTGCAAGTGTGGAAGTTTGTCATTTTAGTACCATA AAAGAAATTGTGCAAACTTGTTTAGTCAACCCATGCATTTCATTGACCAATTGCAGGGAT TGCAGAAGCTGCTGCACGGCATTTCCTCACATCTATTACTGTCTATCCAATAAAGTCTTG TGCGGGATTTAGTGTGGATCAGTGGCCTCTAACATCTACTGGTAGCTATTCTGCTACATC TCATAGGAAAATTCAGTAGTTCAATTTTTATGGCACATATGATTTTGTCAAAATCAAGAG ATATTTGCTCATTTCCATTGCATATAAGAAATTGATCCATGTTTTCTTTAGAATATCAAA GTATTTTGACTTTCAATGTATCATTCTTACATGTTGTCATTCCGTTCAATATGAATTTAG GGTTATTGCATGATCGTGAATGGATTCTCAAGAGCACAACCGGTGAAATTCTTACCCAAA AGAAGGTAGAATACTTTATAATTCACATCATGTGTGTTGATGCCTGTTATCCATGTGCAA TGCGATGGTAAAACTACCTTCATTCACCCATTATAATTTAATTTAGTAAAGTGGAAAACA TAGCATTGTTGTCTATCATTTGATCTACCCATCCTTCAATGTGTTTTGCTTTTAACCTTT TTAATCTCCTAGACAAGCCTTACTAATAATTGACTATTTTCTCAAAGTAGCATGCAACTT CTTAATGTGGGTTGTGTGCATTGTCAGGCTACATGAGGTCTTTTTTTCGACCTTCCCAAT GAAATTATTTATTTTCTCTCTTTTCTTCTAATTCTTTTTTCTATTTGTTTGAGATCGAGG GGTAGTTGGTGTTTTCTAATTTGATTTAATGTATTTTAGCTTCTTTTTTGAAGCCTTACA ATGCTCATTATATAATAGAATTGATTAGATGCCATCCTTTTTGTACAAGATATTCAACAA TTCATGGTCTTAAAAAGAAGTTGAATAGCCTATAATCTGTACTACCAATAACATTTCAAG TCCTTTGAATAACTCTCCATTATCTCAATATATAAATCCTATTTTCTCCTGTGTTCCACT ACTAACTTTGAAGTGTCTTAATCTCTACACTCCATGTTTTAACCTGTCATCTAATTTACT TATTTTTTGTTTTTCTCGAAAACATTCTTGAAAATATGCAAAGTGTCATGCTCTCGATTG GGATATAATCTCTACTTTTATATCTAGACATGTATTTTTGTATGAGAAGCAAGTTACTAC GGAAGCTTATATCTTTGAAAGATAATTAATGATTATTCAAAATTTACTAGCTATTGCCTC TTAATTATTGTTTCCGATCCAGTGTTGATTACTTCTGCATCAATATCTAAGTCAGGTGTA TTTGCGTTCTAGGTTCCAGAAATGTGCTATATCTCCACGCTGATTGATCTCAATTTGGGG AAACTGTTTGTAGAGTCACCTCGTTGCAAGGAGAAATTGCAGATTGAACTCAAATCCAGC TCACTGGTCACTGAAAGAGATGAAATGGATATCCAAAATCATAGGTTTGAACTTCATCTT CACTTCTTTCCTTTTGATATTAAATACTTAAAAGTAGCTACCTCTTAAAAAAATAAAAAT AAAAAATCACGTGAATCAATATGTAGAGCTTTACAACTCAACAAAGAGATCCACATAGCC GTCAAAAAAAATTCAAACGGCTTTATGTACATACATTTACAGACATAGTATAGAATCTTA TAGTACCTACATATTCTTAACTTGGGTGAGCATCTATGTTTTTTCAGACTATTTTATTTG GTCGTATGTGTAAGAGCCCAACTTTTCTTCTATTCTCGAGTTCAATAATTTTTCCTGTAC CTATGTTACTCGGAATCTTTCAAAATGTCAAAGGGTGTGTGTCGGATTCTCCAAAGTATT GTATTTTTGGAGAATCCGACACGGGTGCAGCATCAAAAGTGAAGAGCTCGCTCAACTTAG TCCTGTAGCACTAAAACTTTGTATTTTGAAGAAACTTTTTTTTTGAGAAGGATTTGTATT TTGAAGCTTAAGTTGTTAAAACTTTGTGATCGTGTATCTGAACTGACTTAAACAATGTTG TGTTGCAGTTTCATATATGGCTACCATTAAGTGAAGGGTTCTTTCTTCACTTTTACAGTT GTACTTATTTTTTAATCAGAAAGGTGAAGTTTCATTAAGATAACACGGTTTACGTACAGT AGAAAAAGTTAGAAAGGAAAAATAGTGCTCCTTAAGTTTGGTCTAATATTTATGAAGAAT TTTGTTTGTGGGCTTGCATGTGAGTTTCTAAGTTCGAACCACTTAGATGTAGTGGTTGAA AAGATGATTAGGGTATGTGCGTTGTACTGATGTAAGTTCTGTTGTTGACCGTCTGGTATG GTTGCCTTTAGTGAAGCATGAGAAGTTATAATTCTTGACAATGTTTGCCCTAATATTTTT GAACGGTGGTGTCCAGGCCAACTTGTGCGACCTGGACTGTTCCATTAGGTACCAACTGCC TCCCACCCAGCAACACTACTATCGGGTAACTTTGTCTACCAAGGCTTAGGCAGATAGGAA GAAATCACCTAGTGTTTCGTCTCTTCTGTGGTTTGAACCTTATCTCTAAGGTTGCACGCA CTTCATTGACCACTAGGCCACACATTTCGACCTTCACTGTGTTTGCTTTTCAAAGATTGT ACTCATTGTTTTCCTTGTATGTTGGAGACTATAATTATGTTCTTTGTCATGTAATAGAGT GTTTGATTAGGATAAAGTGGGTGTATTTCTCATCTGAACAAAGAAATAGTTTATGGAACT AACTGTTTTTAAAGCTTTGGCTCATTGTCGAGCTTCAAACTTCAATTTATTCGTTCCAAA GCAGATTTTAAACAGTTGTGGTTTAATCAGTTGCTTTATTATACTTCCCAAAAGACAAAA CCAAGACAAGAAGAAACTAAAAAAGGAGTGAACAGTATTTTGAGAAGGATGTCATTATTT TAGTCTGCATGTTCTTAAAATAGCTACCGTTATCTGTGACTACTGTGGTAGTTCATGTGG AAATGAAAAAGAATCTAAAAAGAAGTGTAGTTCATGAATACAGTCTATGTAAGTGGTGTT TTTGAATAGCAGTATTATAGTAATGCTCAATCATTTTTCATGTCTTTTTGATTTGGGTAG ATATGAAGTCACAAGTTACAACAATGAGGTTGATATCTGGTTCAGCAGGGCGATTGATCG ACCTTGCACTCTACTAAGAAATTCCGATTCCCAGAGTCACTCCTGCATAAATAAGAACGG GAGTCCTGGCATGTGCAGGGATGTTGGTGCTAGATTGAATTTTGTTAATGAAGCCCAATT TCTGCTGATATCTGAAGAAAGCATAAAGGACCTCAACTCTAGGCTGAAATCTAGTATGTT TTCTTTTCTTTTCTCTTTGTTAGTAGTGAGCAAACTCTCTTTCTGGTATTGAGCTCTTCT GAAATAGGAATATAAGGAAACTAGAGAATGCACCCAATACAATTGGCCAATTTGAGGCTA TTCCTCTGAGCTGAATGCATAACAACTTTTAAACCATGTCTATACAATATTAGTGCAATA ACTTCTGTTCAGAGGATACAAATGCTTTGCATTACTTGAATCTATGTTAGACGTGGTGGT ATTTCTGTTTTTAGAGGAGACTTGAGTTCAGAAGTCTTACCTGTAGTAGCATGGCTGTTG CGGCTGTAGGAGGATCTAAAAGGAATTAAAAGTAAATGTATTTGCTGTCTGTTCAGTCTT GTATAGTCCACTATACTTGAATTATTTTCCTGCATAAGTCACTTGTATCACTTAATATGC TTCCTCTGATGGTGGTTAGTGATTTTTACAGAAAGGTTTATGTATAAAGCAAATAGGTTC ATCAAAAATTCATTCGACCTTTTTTCTTTAATCTTTTTAGATGGACGAAGGAGAAATGGT GGACAAGCAGTACAAGTTGGTGTAATGAGATTTCGACCCAATCTTGTAGCATCTAGTGGT GAACCATATGCAGAAGATGGATGGAGCAATATAAATATTGGAGGCAAATATTTTATGGTG AGTTCTAACTTCTAGCTCGTATAAAATCAAGATATGGGAACATGAAGTGACTGTACATTC TGTCCTAAAATTATAGATGAGTATTCTTGTATTCAGTAAGTCAACAGAGGTGCTAAAAGT TCCTCATGTGTTCATACTTAAATTGTTTAAGTGCAGTCATTGGGTGGTTGCAATCGTTGC CAGATGATCAATATAAATCCAGAGGCTGGGGAGGTGCAGAGGTTTACTGAACCTTTGGCA ACTTTAGCAGGTTACAGGAGAGCAAAGGTTAGAACCCACCTAAAAATGAAGAAACCCCCC CAAAAAATGCAGTTTGCTTGCTTAGTTAATTGCTTCTTACCATATCTCCCTTGCAAACAG GGGAAAATAATGTTTGGCATACTGCTAAGATATGAGAATAATACGAAAACCGAGTCAGAT ACATGGATTCGTGTGGGAGAAGAAATAATTCCAAATGGAGATAGGCATTGATTGTTTTTC GTGGAAGTTCCTATTTGAGACTTGTAAGTAGTCACAACAGAGGTGATACAAGTGTTCAAT ATTGTGAAGCAGCGCAAAAAACACTTGCTCTAGCCAGGTCAATACATCAAACTGTACTTT GTTGCTGTTCTCTATCTGCAAAAGAGTATGTTCTTCTAAAAGAACTCGCTAAGATCTTCA TTCTTTGTAACCAGTACTATTATAAGCTAATAAATACCCAATCGTAATATTAACTTCTTT GGGGCTGCGTATAGTTTTATGTGTAAGTTTTTAGTTTGTGTAGTGACTCGGTGTGCAAGT ACAACCCATGGATGATGCAAAAATCCTCAGGACATCGCCATGATCTTATTAACAGTGCTT TCTCGAGAGTTGAGACCAAACGGGTGGAAAAGATAGTGAACGTTGAAAGCTTTATTCCTC TCAACTATGAAGGTTAATTATGAATGTACATGTTAATACTTAGCAATATTGGTGGAATAA TATGTTTGTCATTTTGTTTTCACTCTTCGCAAAGGAACAAAGAATCCATTGCTCAAATTT CAGAAGTAAAAGGATATACTACTATCAATTATGTCTTGACTAAAGACTTTGACCTTTTCT TTATTTTCTCATTCCTTTATTGTGTTTTTTTGCGTCTCAGTTTTTATTCACTTCCGTAGA TGTTTGACTTTCAGGTTGCTGTTTGGTACTAACTTTTCCCTGATTGGATATATATATGAC AAATTTGATATTGGTTGGAAGTTGGAACCGTTCATTTGCTGCTTCTAATATGGACTACCC ATTCTGCCATTACTAAGTAGCTGTGGTTTAGATTTTTTATTTGTTTTAAAATATATAATA CATACAAATCTATCAGAATATAATGACTTTAATGGATTCTTCAAATTTAACTAAACAACG CAATTTTGTTTTGAGTTTGACAATCCTTTGGTCCAACCTAAAACGAGCAGAGTCAAAAAA AATATAGAGATATTATGAATAGGAGAAAAAGCTATAGTGGCTAGCACGAAGTCAAATCAA CTTGGTTGATGGGAAGTCGTCCACCTTCGAAATGTGTCCACGCAAGTGATTTTAGTATGA AATGAAATAAGGGCGCGTTTGGTATGATCTATGAAAAATATTGGTTAGGAGAATAAGTTT TTTTTTTCTTTTTATAAGGTTGGTGTATGTGCCAGTTGGTATGCACAACTCGTCTAATTA CATGCTATATCCAACCAAACATGTATGAAGTAAGCATCAAGATTGAAATACAAGGGAAGA ATTAATTAGTTTATGATCTTTACATAAAATACAAAAAGAAATGTTTAGCGTGGATCAGTG TGGGAAGCCGAAGATCCGGGGGATCTGGTGGTTGCAGAGGGGGTTGGAGGGAGAGATGGA TGATCAATATTACTTATGAAACTTATTTTTTTCAGTAGATTTTATTTTTTAAAAAAAATT ATTCTTAACCTACTAAACATAAAAAAAATTTTAAAAAAAAGTAAAAAAGCATTTTCATAG CAAATACACCCTAAAGGTTGAAAAGGTAAAAATGGCGGCAGTTTTAGTGGTTAAAGATTA CAAGCAGAGTAGTCCAACTAATTTCATAAGCTCGATTATTAATTAATATTTTTGGATTAT GAATGCTTCTAGAGTTAAAATTACAAAAAGAACACTAAAATAATCATGATCTCCAAATTT AGATTTTCTTTGTTCTCTCCCTTTGTGCGGAATCAATATATATTTTTCTTTTTATTCTAA CATATCCTATTCTGATATATAATCAACTAAGCCTAAAAAAAATCAACAATAAATTATCTA CTATGATGATAAGCAAAAGCATTTACATTAATATAATGTTATTAAAGACTATGACTATGT ATGAATCTCCATATAAAGTAGCACATCAAAATGATAAGATAATTAGCAATAAAGCTAAGT CAAATGAATTAGTTGAGGAGTGTAAACCTTATTTTCTAAGTAGTTGAAGAAATAGGAAGT GGGATATAGACTTTGTTATATATTTAGCAATTAATGTACTAGTCTCTCCCAATCATATGG TTTTATTTGCAGGAAGTTTGGACCGTATGTAGAATCTTTAAGCGAAATGGTTCATATAAG TGTGTAGCTGCAGAATGGAGATCAATAACAAAAAAGAGAGTTGAGAATTCTTCAGATTAT ATAGACTGCTCCAACTGTCAAAGCACAATAATAATATTGTTCATCAATCAACGAATAATA ATAATAATATTAACCAACGGATCGGAGCTCATCATCATCAATACTCATGTGTAGGTAGTA TTGAATTGGGATGAACTTAGATCTATTTTAGACCTTGATCCTTATTGATCCATCTTCATT CTGGTGTATGTGTCTATATGAAATTAATAATGATATACAGCGCAGCTTATTACATGTACT AATTTCCCAAATATATGCCTACTTTTCCATTACTTCAACAAATCGGATATTTATGTGAAT ATATTATATGCTCATTCAACTTTTTATTATATTTTGATTCAAAAGAAACAAACAAATTTG GATGATCATCCAATCTATATATAAATGACTTATGAATAAAGTCAACTTTGTTTTTTGAAT GTCAATGAAATAGTCAATGTATTTTATCAAATTAATTATATATTATCCCACAAAAAAGAA CTCTTAAATGAAAAATATTTGAAAATGACATCAATTATGCATGCATATTAGATTCTTTAG TCCAAATATTTTTGGAAATATTACATTTGATAGGTAATGGAATAACACATATTAAAAGTA GTTGATGATGGTAATAAAATTAAAATTTGTTAAATAGTCGACCTTATTTGTTAAAATAAA ATAAAAAACATTTTGGTTTTCTTTTCCTTTCCTTTTGGATGGTGGATTTGATTGAGGTGC AAAGGTGAGGTGGCAGCATCTTAGTGGTTAAAGACACGGTAAGTGGGCCCAAAAGCCGCT TGCTGACATTAGCTGGATGAGGATAAGTAGCCAACAACAAACAACACCTTCATTTTCTCT CTAATCAATTCCTTCGGAAATGGAGAAATTCGTCGCTCTAAATGCTTCAAATTTGAGCTC CGGTTCCCTTTTACCAATTGGGTTTTCTTCGCCTTGCCGTAAATCTGCACTTTCACTTCA ACGCCGGCGGGTCCACGTTACCAGGGCTTCCGTTGCTCTAGAACAGCAAGCTCAAACTAA GGTCGCTGTCATCAGAGTTGGAACACGAGGAAGGTACTGTCAATTATTTACCCAATCTAT TTGTACAAAAATACCTAATGGGCTTTATCTCAGCTTAAAGTTACAGTCTTTCAACTGAAA ATTCGGATGTAAAAAGATTGCCGCTTTTACCAATTAATTGCTGTTTAGTCTTAGGTTTTG ATAGATGATTCAAGATTAAATAATTGATGCTTTATTCTTATGTTTTTCTCTTGAGTGATA AAGTAAATATGGAAAAAAATTGTATTTGAAGTACATGAACAAGTATTTATCATATTATTC ACTGAGGTGTCATTTAGTTCAATAGTCTCAGAACATTTAGTAATCAGAAATTAAAATGTG GGGTTAATGGCCCCATAGTTGGACAGAATCTAGATTTCTCTCATATCCTCCAAAGTAGTA TAGTTTTGAAGGATCTGACACCCACCCGTAGGCAGTTTTTAAGAGTAGAGACATAATCTA CTAACCTTTTCTGCCCTGTAATGTAATGATGCTAGTTGGACATATTTCGGATTAGCTTTA TCCCAATTTCTTTCCACAATAGTTAACGGTCATCTTTATGCTTTTATCGATTATTTGTTG TATTTTAGTTATGATGTGTGCTAGTGTTAGTCAAAATGTAAGCTTTTTAAGGGGATCTGG CATTATGGAGAAAACAAAAATACAACTTTGTATGCTTGACTCCTCTTTGTGCTTGCCTTT TAGAAATTAACTAATGTTAGCAAGCAGATAAACCCTTTTTTTCTCCTTGCATTTTCCCCC TGGCATATATTTTCTAGCCAATCTATGTTCTTTTTGATGAATAAAAATATCTTGTTCATA CTTCCCTTGTTCCATGAACATATTTGGTAACAACCATGTAATGTATATGGGATGAATTTC AACATTGCTTTGGATTAACTCTTCGTTCTATCTCCTTCTTTGCGTGTTCGGGTGGGATGA TGGAAACTGACTGATATATCTATAAAGTGCTTTTGCTAAAACTCTTCTCTTATGGATTAC AATGCAATTACTTGTGTAGGACAGCCCCCTAGCTCTTGCCCAAGCTTATGAGACTCGAGA AAAGCTAATAGCCTCGTTTCCTGACCTGGCTGAAGAGGGAGCCATTGAGATAGTAATAAT AAAAACCACAGGTGATAAGATATTAAGTCAGCCTCTTGCAGATATTGGTGGAAAAGGGTT GTTCACAAAAGAAATAGACGAAGCCCTCATCAATGGCGATATTGATATTGCTGTCCACTC AATGAAAGATGTGCCCACATATCTGCCAGAGAAGACTATCTTACCGTGCAACCTTCCACG TGAAGATGTGAGGGATGCATTCATTTCTTTAACTGCAGGTTCCCTGGCTGAACTTCCATC AGGAAGCACAATTGGTACTGCTTCACTGAGGAGAAAGTCCCAGATTCTCCACCGCTATCC CTCACTCAATGTAAGTCTATTACCTATCACATCAAAGTCTCTGAAGAAGACCCATTGATC TCTGAGTGTGTGTTGATATCAGAAACAAAGTGAACTAAGAGTCTCCGTAAATTTTTCCAT CAAGCTGCAGCCATAATTTATTTGAGTCATTGCTTCATGTATTGTGTTGGTATATATATG CCTTCTATGAAGGTAAAACCTTGAAAGTTAAATAGTTTACTTATACTACTACTTGGAGAT TGTTTGCAACAACTAGGAATATGTTGCAATGGGCCAAATAATAAAAGAACTTCTGTGTGC TCAAAAAGATGGGTAGGATGACCTACGAGTGGAAAAAGAGTAAATTGAGGATTGTGTATT TCTTGTTGTGATATGTTACATAGCTTGGTATGCTCCAGGAGCAGTAATTGTTTTCTTGAT AAGCCAAATGCGAAGCTCAGGTTTTCTATATCTGAATATCTTTTAGATGAAGCAAAATTT GTGGTGAAATTTTTTATGGTGGTTACTTCTGGCCTGAATTTTCTTATTTAGCTCAGCTCT GCCAATCTAACAACTTTTCCTCTTTGCTTTTATTTAGTTTGACAAGTCATGCTAATTATT TTATGTGAATTTTGTTTAAAGGTGTTGGAGAATTTCAGAGGCAATGTCCAGACAAGGTTG AAGAAACTGAATGAGGGAGTAGTTCAAGCTACATTATTGGCACTGGCAGGGCTTAAGCGT CTGAATATGACAGAAAATGTATCATCGATCCTTTCTATAGAGGATATGCTACCAGCTGTT GCTCAGGGTGCCATTGGTATTGCCTGCAGAAGTGATGACGAGACAATGGTATTTAGCACT CTTCTCTGTTATTACAAATACATTTCCTGCTCTACCATTGCTCATATCTCCTCTTTCGAG GGCTTTATTTCGCTCATATTTATCGGATGCAATTATAGGCCAACTACATTGCTGCTTTAA ATCATGAAGAAACCAGATTAGCAATAGTTTGTGAGAGAGCATTTTTGACGACCTTGGATG GGTCTTGTCGCACCCCAATTGCTGGCTATGCCTGTCGAGGTGAAGATGGAGATTGTATTT TTAAAGGATTAGTTGCCTCTCCAGATGGAACGCGAGGTAAACGTTACTTCTTAGTTACAG AATTCTGAGGGATGTGTGAGTTACCTATTCTTTATGTTTATTTGATGTATAATCTTCAAT TTCAGTTATTGAAACCTCTAGAAAGGGACCTTATACGTCTGAAGACATGATACGGATGGG TGAAGATGCTGGCCAGGAACTACTTTCGAAAGCAGGTCCAGGATTTTTTGGCAACTGAGT AAAGCTTATGCTCTTATGGTCGACCTCTGCCTATGAAAAATGCAGAGATGTATCGAATAA CAGGGATAGAGATCGGAATTTTATATTTCACCCCTACTATAGGATTATGAGTCTACTTAT CCTTGTAACTGTATCGGCAATAGAATTTGAATACTTTGTATGTTAGTGTAGCATTTCCAC TTCAATTTGGAGTGTATCCGAGGAATGGTGAATGTTTGCAGATTTGTAGAAAAGTTGTAC TGGCGGATTTGGATTGTTTTTAATCACTGTGAGTAATTTGTGCAACTGTTGTAAGCTAAC GAAAGAGTATTTCATCGTTGGCTTAATTTATGCAAGGGGTTTGGTCCAAATGGAATATTT CGTTTATAATTGGCTTTATTTTTTGTATCGCAACTATTCATAAGACGGTTCCCTCCTATT AGATCTTTGAGAAAGAGTATCAAGTTGACCCTTGATGAACTAACTCTCCCTTCAACTCTT GGAGTGAAATTCGGTAAAAGAAAAATTCATGAATTAACCAACCCCATTTCCACCTCCTAA GGATGCTTCAGCATTCAGACCAATCATAGAACCTTTGTTCAGAAACATATTAGTTGTTTT ACTTTCATGTTGGACAATCACGATAAGGACCGAACTAATACCTGTAAGCCAAATAGTAGT CATATTCTTAACTATGTTTTAAATTGAGGTTTCTTTTTTATTCATCATATTAACCATTAC AACATGGTTAAGAAAAAATTATACCATAAAAATGAAGTTTGTGGATGCAATATTTTAGTT CAATATTTATTGGAGTTGACACTTTGATACACCTAATGACATGAAAGTATCCATCTTATC CAAAATAGGACGAAAATATTAAAACGAGATACTTGTATAGGAAGGGTGAGAAGATAGAAA ATTTATTTGGTTCAAGCAACTGAGTTTCCCCATACAATCCTCTCTTGTGCAGTATCTTCT AAAGTTGAAATCTCGTATAGAAAAATGAAAGTACACTCCTGCATTCATCCTCTTCCCTCT ACTCCCTCCACCGGAATTTTGGTCTCTGCCGGTCCTGCGGAAGCTAAGCTTGCTGCTAAC ACCAGAAAGCTTTATTCTTTAACTTTGAATTCCTCTAATTATGTCCCATTTCCTTATAAA GATCAGAAATTTTCCAGAAGCAGCTCTACGGATTTTTCTAGAACGGCTATCGGTTCGGTA TTCCCTAAAACTTCAAGCTTCCGCCCCCCCCCCCCCCCTTTTTTTTTCTTTGTGAAGCTA CAGCACTATTTGCAAATTGTTTTGCATTTTGCTGTTGTATTTTGTTGAAAAATTATCCCT TTTGTGGTTCAGAAGGGCATTCTTGTGAATTGAACGCCAATTTCTTATTTGAATTCTACA CAAGAACCTGTTAACTAGCCGTCTCAAATTTTATTTTTCTAGTTGCAAAGTATGTTTTGT TGGATTTTCCAGCTAACTCAAATTATAATCTTGTCTTTGCTAATAGAAAGAGGAAGAGTT AACTGCATTTCACTCTTAATACAACTTTACTGCTCCTTCTGAAGACATTGATTAAGAAAA TCTGTAGTCTTTGCCTTTATGTTTGGCTGTTGGATTAGTTGTATTAGATATGATAAGGTC TCTGTAAAAGTGAGTGAACTTGGAAAAAGAGATAGTTTATGCTCAAGAAAGTGAATTGTG ACATCTTAAGGTTTTTGTATATGTCCAAACTATCTATCTCTCTCTAAAATGTCTCACTTA ATGAACACTCCACTAATTGGAGAAACAAGGGTGAATTTTTGGGAGAAAAAGCAATAAATG CTTATTGTTTTTCTAGAACATCCAATATTTTAGAACAAATCCTTTGCCAAAAATGGCAAA TATGAACCGGCAGTAGTACTATGTACTTCCCAGAAAAGAGTTTTTTTTCAAGGTGAACAA CTACCATAAACTAGCCGACCTCAAGTTGTTTGGATTGAGATATAGTTGTCTGTTTGAACA ACTACCTAAACACTGAATATAGTCTTTAGTAGTCTTAGTTCAAAGTCTATTCTTGAGGCT CGTTACGTGTGATTTCTTCTGGTTAGTCTGTGATTCATTATGAATGAATGATAATCTTTC TGCTTGATGCTGCACTTAACATGAATACCTTTGGTACAGAATGTAAGTGAAGATACAGAT GACATGTTTGATGATCTCCTAAGAACGCATGGCAAAGTGGTATACAAAAGAAATGACCAA AAACCTGCAAGTGAGGAGATTGATGATGATGCTGAAAGCCTATCGTGTAAGTTGTTCTAA ATTGTTAGTTGGATTGACTACTTCTCAGTTGCCGAAGCTTTGAGCCTCGTAGCTTATAGT TTTACTTTTCATGTTGGCCTGTACCTCTTAGCTCATAGTTTTATCTTAGGAACATCGGTT AGTTTTATGATATCCAAGAACGTGTTGACCAACTTTAATTTCATAACTCATGAGCATCTA TGTTCTTGTTTTTGTTATTTTCCTTTGGGGAAAAAAGAGTATTTTCCCCTATGATTGATG TACTTACATTATACCTCTATGTAGTGAAAAAATAAGCTGAGAACCCTTTTAGCTTAAAAA CCATCCATTTTACTCTCTTAATCAATTCCATACATGTCTCATTTTGTTGTTCCTTCAAAA ATCTCATTGAAAATGTCATGAATATCCTCCATTCTTATGTGTAGGAACTCTTTGCATTAA AATGTTCATGTTCTTTCATTGCCCTTCAATCTAGTAGTAGTTCTACCAGAAGGTTTTTGA GATAATATTATTTGTATCAGAACTCTCTAACATAATTTCAAGTTTTTTTACATTGATATA GTTGTTAGTTATATTATAGAATTTAAGGTAGTATAGCCCAAATGTAATCGTAATTTGATT CGCATCATTTTGCTTAATATACTTTTGAGTTGTTTAGGTGACATTTACTGATAATGTTGC TTACTTTTAATGTATATTAGTGGTGAAATATTTTTACCTAAACTACTGAAGCATCATAAA CAAACTATAGAAAATTATACAAGATGAAACCCAAAAAAGCACTTTAGAATCTGAGAATAT GAATATGATGATTGACTTTAGGCAGAAGTCGTTGACAGTGCTGTTCCCTCTATGCAGTTG CAATGGCTGTGGCTAAAGTTGCAAGTGATGTCAAGGCTGGAGATATAAAGGTCCTCTTTG TCAAGCCTCTAGTATATTGGACTCGGTTTTTCATTATTGCTACTGCATTCTCTCGCCCAC AGATTGATGCCATTGGGTATGATATCATATTCTGAGGTTTTCTATTGAATATTAACCAGC AGCAGTATAAATAATCGCAAATGAATAAATAGACGAAGAGGATTGACGATTATTTTTTGT AATTCTGAATTTTCTCTAAATTTCTCATAAAGGACCAGAGTAAGAGATATGGCTGAGGAA CAATATGGAAGAGTTGCTTCTGGAGATTCAAAACCCAACTCGTGGACACTACTGGACTTT GGTAAGTAATTCATGGTACTTTAATAGTCCTGCTATTACTTGTGTCATGGCTGAAGAATT TCACTGGATATGAATTTATTATTGCCCTTGTTCTTGATTCACCCCTATTTTTTAATTTCA TATGTGGACAAGTGCTGTTAAGGGGCAATATCCTTCTGCACATTAGGATTAGAAGGGAGT AACTTTGTTGTTGACTAACGACTACTTACTGTAACTGTGTTGCTTCACATTGTCCAACAT AACTTACCCAAACATAGTGCTTAACTGTTACAAGTTATCAAACCATCAAGCAACTTGCAA AAATCCGTTATTATTCAGTTGAGCAAGAAAAGGAGGTTTAAAGGTTCAAAGCACAGAGAT CTCTGACCCAGCCAGAGAAGCATTAGTTTATATCGTGCCCTGCTTCATATGGGTAGTGCT TTTCAAAAATCATCCCATGCATAAGGTTAACATCTGGTTTCAACATGGACTAGCTATCCC AGGGTGGCCAAACATGTTATGGCCAGGGTCAGAAGAAATGTTACCTCCAAAGCTATAAGG ACTAAACATGAGTGGTTTGTTTTGATAAGGCGATGCTATATTATGTGCTACTATTTGACC CTTGCAGCAACCATGTACTATGCCATGAAATGTTGTTCTTCTTGCTGATATGTCGCTCCA TGCCTCTCTTAATTACAGGTGATGTCGTTGTTCATCTATTTCTTCCTCCGCAGCGTGAGT ACTACAACCTGGAAGAATTCTATGGCAATGCAGCATCCATCGAACTACCATTTGAGAACC AACAACAATTGCGAGGACCTACTGGTTATTGAAGTCCCAACAGTTATGGCCTCGTGGTGA TTAACAGAAAGTGTAGCAAATTATGAGGCAATCACAGTGTTCCCCCGATTGCTGACAAGG AACGATTAACATATCTGGGCAAACTCTGTTGATCCACTGGTTGCGTTATTTTTCTTAAAT TAGTAGTAAGATAAAGCTCTCTACTAAGTTGTCTCTGTAGAAGTATTGGTTAAGAAATAG TTTACAAGCATTCTGAACTAATAAGGGCTCATTGTCACGTTTGATGAAAGAACCTAACAT CCTGCTTCTTTTTCCCTTGATGTGAGTTGAGTTTAAATGAAGAATGAGGATTTAAATATT TTTGGGACTGAGGCGTAATTGCAATTGTTGGTTTTATATCCTCTTACAATTCTCTTCAGT AGAAGAAACATGTCAATTAACAAAAGTTTACAAACACCATCATATATGGAATTAAAGAAA AGGCAATGCTAATCCAACAACATAACGTTCCAATTGGTTGAATAAAATAGCAAATAGAGG TTGAAAAATGAAAACGGGAAGTTAAGTTAGCTTCTAAGATCCAACCACTATATAAATTCA AACTCTTTGGCCAACATAAAATGCTCCACAAGAGCTAAGATATGAGAGCCGAGAAAACTA GGAGTACATTCGGAATTTACAACTAATATTCCATCAAATTTTACAAACTAATATGTACAG GGACAACGATTACGATAAACAAAGGAACAGTTCATTGTGCATTCATATCTTAATTGAAGT TCATATACAAATTAGCAAGATCTGCATGAGACGAGCATAACTAAGCAGACAAATATTGGT ATAATGAATCCAAGCACTCATCAGGCAGCATTCTGATAGCAACATAGATTCCTGCAGAAC ACATTTTTGCTTTCAGTATATACAAGAGCCAAAAGTAAAAGTAAAAGAACAGGGAGGGAG GGTGTAAACTTCTAGAATGCATGAGTAGATGAACAGAAATGCTTCTTCAAATGGATTAAT GTTGTTACTAGCAACATGGCCAATGCAGAAGATAGGAAAGATGTGAACTTATACGCCATC TCTCATGCATATGCAACTAAAGAAACCAGAAACATCTACTGCTTAAATAAAGATACGGAT GCAGAAAAACAAGGATAATTAGGGGAATGATAGTTACAGTTAGAAGTGTGTTGACTTGGC TGTCCGGGATCGATTAGGCTCAACTCCATATCATGAGTTGCAGACCAACCAGGTTCATAT GTTTCAAGAAATCCAATCTTAGCCTTATTTGGGAGATCATGTGGGTGAACAAATGGAACT CCCGGTGGCCATCCAATTTCCATTCTTATGTTCGTACATGGGCTATCAAGTGACTGGATG TGACTTTCACAATCCTTTAAGGTGCAGAACCTCAGCTTAATGCCCTTTTTATCAGCTATG TCTTGAACTCTCTCTTTGAGAACTCTTTGTGCCTCCAATCTCAACCTCTTTGAAGGTGGA AGAGGTTTAGATCTTGAGTTACTCTTCCTTCTCCTCATCATGGGCTTCATAGATCCTGTA CCAGCATTTCATCGATCCAAGGACCTGTTGTTAAAAGCTTCTTACTAAGGAATACTAGCA GAAAAGAGCTCAATTCAATGTTAAAAAAATCCAGCCAGTAATATATTGCTTAAGGAAAAG TAAAAAACACCAAACTATCAATATTACGAAAAAACATGGGAGAGCATTTAACACAAGAAA ATGTAAAAATAAAAAGGCATCCTTCTTTAGTTCCATTACTTGAAACTGCAAGTAATTCGG CTTCTAGATACCTCCTTCACATTGATACAGAAAGAAACTTACAGAATCTGAAACCTTTTG AACTCATGATTAAACCAATAGAGGCTGCTTTATCTACTTTGACCATGTTTGAAAGTCATT TCCAGATATTCGAGATAATAACAGTCCTTCAGGTCCTCAACAAGCAAAACTAAGACCTTT CACTTTTAATTATGAAAAACGGCTAAGCTTGTCACAAAACTTTTCATATTTCTGACCAAT CATACGTGAGACACCAGCTTCAGTCAGCATTTTGTTTTTGTTCTAAATAAATCTTCAAAA TTAACACCAAGTACTTTTTTCGGATTGGAAGGAAAGAAATTAAAGATATTTTGAAGCTAC AAACAGCTCCTTACAGAAACTTAAGATGAATTGAATCCTTCTTTTGAGTTTTTAGTGCAT AGATGATCCTAATACAAGTCAAGATGTCTTAGATTCCTCGTAAGAAGAAGAAGAAGGAAT GCTGTGTTGAGGTTCTTTTCTCTGAAGTAACACCCGTGTTTTGGTTTCCAGCACAATCTT TGTGCTTAATATGTATGTATACATTGCCATCCTAAAAAAATAAAATCTGTTCGGAGGTAT TAGTTGTGTGGACTCATAATCATGATAACTCTAACTAGATGCTACTTTAGACTCACATTT TTCAAAAAACCACAAAAGTTTCAAGATTATGAACAACCTACTTTCCTAATCAAGTTGTCA ACTGGCCCTCCAACTGAAAACATTAGGGAGCACCATCCATGAAAGCCAATTCTAAGTCAC CTTATCCTTATTGTGTCTACTAATTCATTTAAATATAAAAAAGAGAATAGAAACAAAAAC GTAATAATTCTAGATTTTCATTTCCATACTGATAATGCAAATAGGAAAAAAGAAAAAAAG GATGTCATACCATCTTGGACTGTTGGAAAGTTGAATGTAGGGAAATTGCTCCTGTTAAGC AACTGATCAGTTGATCTCTGCATGAAGTCATCAACTGGTACGGGAAGCTGGAATTGAGCT TCAACCCCATGACCAGCAGCCCGCATTTCTGAACAATTGAGGTTGGTCATGGACTTGGGC ATAAGTTTAAAAGAGAGAGAACAGCGTCCATATATGCTACCCTGCTGATTACCAATGTCT GTCCGATGAAGTGCAGGGCTGATATAGCCCGCAGTTGCCTGATATAATGCAAGGCCAGGA TAAACAATTGCTTCTTGGGGGCCAAGATCACCATCCACAAGAACCCAGTGACCATGAAAA TCTCTTACATGTAGACCAGGCCTATCCGACTTAACAATTGTAACAAGGCTTCTGTCAACC TGATGCTCATGATCCGAGAACATCCCCAAATGACCATCCTCTTGAGTTGTCAGGCCATGG TGCTGAGCACCCTGAAAAGATGGCCTGGAATGACAACAGACGGATAATACAGAGGATGAT GTTTCTCGATTTCTGAGTGGAACATTATCAAGTATTTCAGTAAATGGAGAGCTACGCAGA TTTAAATAGAAGCTGATGGCGTCCAATATATCCCTTGCTGCTCTACCAAGCAAAGAGAAT ATGTCAGCCAAACCAGCAGGAGGGAATTCAATTTCAGTGGTGGGTTCCGAAGGAGTGAGC CCTGGCCTGAAATCATATGTTTCTTGCCATTGTTGAGGATCTGCATGGTAACCAGAGGTC TTACACCACTCCTGAGAATCATCAGAATGAATAACATCCGCTGCAGGATAAGAGGGTTTG TGTTGAAAGTAAAGTCGGGCAGACTCTAGACTAGACCTTAAAAGAGCTCCATCACTTGTG GATAGCTGTATAATGGCAGCTGAATACTGAGCCAATGACTGTGACAAAGTTGAGACAGAT AATTTATACGAATCAGAAGGAAGACCTTCCAATGGTACCAAATCACTGAGCTTCACACGA CCCAGAGCTGGCAGGCCATTGCCTGCCATGAAATCCTCTAGATTTTGCACTGCTTGTGCT GAAATATATTAACTCGAGACCATACCCACTGAATGACAAATAGAAAACCAGTCAATTCAG AAATTAAAATGAAATAAAAAAACCAACTTTCACAATTGAGGTCGACTATATGAACCCTCA GTATCAATATCCCTACTGGACCAACTTTTTCATTCTATACTCAATAATTTGAGTTTAATT TCTGTATATTAAACAGACAAATAACACTATTAGCAATCAATATACTAACATCACTAAACC TTAAACCCAACTACTAGGCATCGCCTATTAAAAAAAAAAAAAAACTTAGCTATAAATATG TGACAAGTTTAGGAGCATAATAAGGAAAAATGTTGAGGTTGAAGATGAAAAATTTGAGGC TTTTTAACGCACCATAGGCAGACGTTGCACTGCAACCGGTTTCACCAAGCATGTAGGTCT CAATCTCGAGAGAGGAGGAATCCAAATGCGAGAGGAATAGAGCGAAAAAAAGGCACAAGT CGAAAAGGGAGGACCAGTACCGTCGTTCAGCTGATCGCCGGAGACAGAAATTATTGGGGC CATATTTGCAGGCCCATTCTTGTGGGATTTTAAGATACGGCCCTATAGATGGACAATGTT GGACCCAGACAAATTGAACATGTACGCTTTAAATTTTAAGAATCTCATAAGTTTAATATA AAATTACAATTTATTTCTTTTAATTTGTTATTATATTAATATCTTAAAAACTAACACAAA TCGAATAAGGTATCTTGTCAATCTTTGTATTACAAATACTATTTCTTATTGATTCATTCC CAAAAAAAGTTTGATTTTTTTATATAGTGATGATAAGTACAAGTAAAGGTTTTTAATAAC TGATTTGAGAATTACATAAATAATACTTACTAAAAGAACGCATCCACTTGCAATACATAT ATATATATATATAAACACTTGGTTTCTTAACATATCCAGCATAAATATACATCAAAGGCA AATTTTTATGTCTACTGCATGGAGCCATGAATCAAAATAGCTCAAGAAAGCAGCCTCATT TTTAGCTTGCATGTATTTTACAATTGGATTTTGCACTACTGAGATGTTCAAATACAGAAC TCTTCATACACAGGTTGCCATCAATGGCCATATGATGAAAATTTAGCACCTCAAAAACCA AATTGGACCTCTTTCTTGTTTTAGAACCAAACACAAAATGCATTTCCTTTCCATGGAAGA CCTCAAAGTTAAATGTACCAGCAGATAAAAGGAGAAAATCATTCTGGTTCATCTGCGCTT GGTGGAGGCTCTGAACGTCTTCTCTTGGATTCATGACCACCCAACTGCAAGGAAAAGCTG ATGTCTTCATCAGAGCCTTTCCTAAGAGCTGAGAGATTCTCGTATGCTGACTTATCACGA TGGTCGTCTTGATTAGCCGGAGGTTGCCCATTGAAGCTTGGAATGAATTGATGTTCAACA CTTGCATCAAAGTTGATCCCACTTTCTTCCAAGTTAAATGTAGCTTCCACAGGTGAAGAG TTTATATCAGGGCCACCAATGCCATCTTCCAAGGGAATTTGTTGAATGTGAAGCCCAAGA GGCTCTATTTTGTCCTTTGGAAGCATTATATCAGGAGGTGAAGAATCCCCAGCCGTAGAG CCCACCATTGTGGCAGAGGCAGCTCTCTGTTCTTGCACTGCAACTACACCAGTGATAGAC ACAGACAAGGTTATTACATACCCTCAAAGAATTGAAGATCTTTTTATCGGGAAAAAGAGG AGACTTTGATGAAATGGTAAATTTGTCGGAGTAAGTCATACAGATGTGACAGGATTTAAA GCAACAGAACCTACATCACTTTGAATAGACATTATTTTGTCTCCATGGATTGGGATTAAG AACGGGAGTCAGCTTAGTTCTATTCCATCTTGTGGTGCTAATACTAACGGCTAGCAGAAG GGATGGAATTCACTTGCTTTATCTATCCTACAAACATTATACAAATGAAGAAAGGAATAC CGTCTACCCAAATAACGTCAGTAGAGGAAATTGAGCATGTCATTTCAAGGAGGACAAGTC GTGCTTCTGAACTATGAAGCTAAACAGACCAACTGGATGCCTGAGAACTAATGTGCAAAC AGTGGGATAATAATAAACTAATTCTACAAAGCAATTTATCATGCCTTCTTGGAACTCCTT GCATTCACAAATTTTTCAACAAATGTCAAACTACATACTACTAAATCTAGAAGAGATGGT TTTGATAAAAATATCAACCAATGAAACTTGCTCACTTAGAGAAAGATAATCAGCCAATTG TCAAGTGGCTTCTAATAGGCCAATTTAGTATAGCTAGATCTAACAACTCACTGTACGATT CTAAAGATCTTGACATCCATTGAGCTTCTTAGCTTCTCGTCCACTCTAAATCACACATGT TTTTCCTTCTACAACCACCCCTCTGAAAAAACTTGGGATGTATCACTCTCAAGTCTCAAC ATCACTAACTAACTGTAAGCCCTATGCCCGATAAACAAATTAGGAAGCACAGTGGTAAAA GATAAATTTAGGGGGGGACACATTGGAGATTTATTTTTTGTGCATGTAACCAAAAAAGAA AAAAACAGCTAGCTTTATCGGCAGAAATCAAGTGCTGAGGACCACAAACCTTTTAGAGCT TCATCTTTGGTAATGATATCAAGTTCAAGGAAATTGAGCAGACGCCCAAGGTCAACTCCA CTAGTCCAATTTTCTGGAGATTGTCCCACCTTTAGTTTAAGCCGTCCCCTATTTGCAGTT CCACCCCAAATAATACCAATTGGTCGGGGTTTTTCCCCATTCTCACCCTTCAAAACGATT AAACTTCCACTGTCTCCTTCAAGGTCAAAAGTCTGCTGGTTTTCTCCATTGACAAGAAAA TCAGTCAAGAAGCAAATCCCTTTCTCATCATTATATTCAAGGGCATATGCCAAGACAGTG CCTGTAGTCAATCCAGAGCTTCTTCCGACCTTCGTCACTTGCTTTCCGATGAGACTACTA ATAGGAGATTGCAAATCTATAATTTTGACATCTCCAATTTCCCCTATGCCCTTAACAGAA GTAGTAACAGAGGTCATATCAAAATCATCTGTGAAAGGAATGAATGCACCATCTGCCCTG ACAAATGTCTCTGCACGAGTAATCAATTCCACATTTAGAAATCTTACCAATGCTATAAGA AAAATAATAACTCTAACAAATTAAGAACCTTCAGGAGCAGAGCAGGTAACATGCAAGTGC GCAAAGAATAACTTTTCATCTATCTAAAAACATAGAAAGAAACAAAAATGAAGATTTCTA GCATGGGTTGCACTTGCAGATCAAAGGCGCGCTTAAGCCCCAAAGCGAGGCTCAAAATGT GTTGAGCGCTTCGCCTCGCTTTATATGCGCTTCAGTATCGTCGTCAAGGTTCTAAGACAA ACTTTCTTGACAATGAACCTCTTATGAAGAATTGACACGAAACAATTGATAATTCACTTC ATAACTAAAAAAATTTCAATTCATTGGTCATATATTTGTCATAATGTTTATAATTATTAG TTTTGGACTAAACATATATATTTGTTTTTTTTCTCCTTTTGCGCCTTTTTTAATTAAAGC CCAAGCTTTATTTGTGCTTTGAGCTTAAAGTCCCCACGGACCTTGGAGCTTTTTTGCGCT TTTCGCCTTTGATAACATTGATTTAATCCATGATATGTTGTGGTGGCAGGATGAAAATAT AATCACACGGGACAAAAGAGACATTGTCTAACATATTCTTTTATAACAGGTGGTGTGCGG GCCAGCTTGCACACACCTCGACTAATCCCACAGGATACCTGCTACCTCCCATCAGCACAG GTATCAGTTAACTTTGTCCCCCATTAGCAAGACAACCTCATTTTTATCATTTGATTATAT TTCATTTCATACAACACCTTATGGATCAATACAATGGAATCTGATTAGTGAGATCTCAAA GTTTTTACATAACCTTCTTCCATCCAAGAAATGATAGATATGAATTGATGATGGAGAAAG GATTAGTATCACAAGACATATTTACTAAAGCACAAGGCGAGACATCATAATCCACTATTC ATTTAGCGAATTTCAATAATGATTTGTAGCATCAGAACATTCTTCCTTCCAACATAAATC AGTAAAGAAGGTAAGAAGAAACACTTAACCTGGATTTATGCCAGCAAATATGCCATACCA AAGGTCGTCTCTGATAAAAGATGTAGCTCTCTCCACTGAACCCAGATATACTCCAGGTCC TAATGTTGGAGGTAAAGGATGAAACATTTTTTGATTTGGGTAATCTAAGTCAACAGCAAC ATGCCGGTTTGTTAGGAAACCAACTTGTCGATTGCCTGACAGACTCCTCACAATAGCGCC CAAGGTTCCATATGTCTCCTGGCTTGCTACCTAGATGTTTCCAATAAAATGTGGTGAATT AACATGTACGATCAGAGTGATAACCTTAGGGAAGAAAGAAATGACAAGCCAAACAAGTAG TTTACATCTGATTTCTTCTGCAGACTCTTTAATTGTTTATCTTCCTAAGATGCAATTAAA AACGACTGGAGATCTCAACAAAGAAGCTCAACTAACTTGTTGACAAACAAAACCTTTCCC CGAGTCCCTTATAATGTATTTAACCTTTGCTGGAGATTTCAAAGGAACTCAACTGATTTG ATGACTAACCAATTCACTCAGAAAGGATGTGAGTCTAACCAAACAATGGAGAAAGGTGTT AAAAAGTGTCTTTGTGCACATATAAAGTTTATGGGCTCTTAGACACATTACAGGAAATCA TCATCCATTTCTTCCAACCTTTTCAAAATTAGTAGATGCCTTTTAGTACATAAGACTAAC ATAAGTTGTCCTTGCTGCATAGTTTCAGAAAAATATGGTAAGCATAAATCCAGTTCCGAT ACTGAATGATAAGCACTTCAGAAAAATACAAAATGTGCTCAGAAGCAAAGAAGCAGATGG CTCCAAGGATCTGCCACACCCAAATAGTTGTTTTAACTTTTATGCAAGATGCTTAGAGTC GATCTACTAACAAGACTCATGAAAATAGCAATACTTGCCATAAATTTGCCCAACCTACGT GATTTGAAAATTGATTGATACATTTTCTAGGACTCGACTTAGACTTCAACTCTCTTATGA ACTCATCAAAACTCAATCAAAGCATCTTTAGAGTGAAAAGTTGTGATAAACATCAAACTA CCTGAGATCCTGAACCAATATATGGGTCACTACCCCGCAGGTCATCGACTATCTCTGTGT ACAACTGCTCCTTGGGTGTTGGCTCTGGTGCACCAAAATAGGAGAACTCGACCACATCCA CTTCACACCACACACCTCCAGGGCCCTGATGATAAGTAACATATTTAAGCATAGAGAAAA CTAAGGAATAAATGATGCAAGAATAACATTTGTTAGCAAGTGTTGATTCTTTGGGCTCTA ATAATAGTTAAACTCACACAATTGAACAATCCCTATCAGGAAAAGTGACGGGGAGGAATA CAGCAAGAGAAGATAAAAGAAAATCAATGAAGTAAATTTCATCCTCTTTTGTTTTTATAA GGAAGTAAAGTCTCGTCATCTTTTTTTGTCCTAATTCAGGAAAATCTTTCACGAGAGGGT GACAGAAATAGGATAAGAGATAATTAGGCATCTTTTTGATCACCTCTAAAGCAGTAGGTA GACACTGGATTGGACTAAGCCATTGTTTGTGAACTTTCCGGGATACAAACACTAGTATTG CTGGTATATCAGTCAAAACACCACGTCGAATACGAAAACCAATTGCTGTACCGAGACTGT AGCAACGCAAGAGTTTGCTATGAGATGCCCTTATAGTCATGAGGTCAAGTAAGGTTGTTG CTCGCTGCCCCTCGGGCAATCGGCCAAGAGTTTCTGGCAAAACCCCTTTCTGAAGATTTC CGAAATAGTTTGCTCTCTCTTCAGCAGCATCATTTAGCCGACTAGGCCAGGAGAAGTATG CAGCATTACTCTCAGAGTGTTGTCCAGCCGATGCATAAGGTTGAAGTGTTGGTGGACTAA GTGAAGGAAGATTAGAATAACTGCAACAGTATTTTTCAAGATCTAAGGCTGACTCCTCTG ACGGTGTTGAACCTGAGCAATGGGTTCTTTTATTTAACCTTGCTCGATCCATATTTCTGC TCATAGTTGACAAACTTGTTATTCAAAGTCCAACAGGAAGAAAACCAAAAATTTACCCTA AAGTCTGACTTTCAAGGACAAGATCTTTGCTATCATAGAGGTATGCTCTAGTAATCTATG TCAAAACTGATAAAGGAAGAACAGTGTTCGAACCACAGAGAACGGCCAATGCAATAATTT AGCATAAATTCCAATTTGTTTCACATGTTTCTTTAATTAAAGCTGCAACGTTATTTAAAA GATTTAACAATATCCAGTAAACTCAGTCTCAAAAATGAAAATGGAAATCCATACAGCCAA AACGCACATATCCACTGAATATAATATTGTTAACATCACCAAAGGGAAGACTGTAGAAAA GATCCAAATGATAAAAAGAAACTGTAGCACTGCTGGCCTTGAGTAACTTTATTGTTCCAG TCCAATACAAGTCATGACAATATAGACTGTATAAAGTGAATGGTAAGCAATTTGAAAGCT ATTTAGATCCATCAAATGTGTTATAGCACCAGATAAACATGGCAAGATTTTTTTTTCCTT TAGTTAGCCACAGCTTACAACAATATTATCCATCACATCATTTCTCTCAGCTACTTTAAA ATCTGAAAGAATGAACTTCATAAGATGATAAAACTGCCTCAACAATCAACATGGCCCTAA GAAAACAGGTATCTTTCTCAACAGAAATAGATAATAAGTTCAACAACAACCATAATCAAT CAACAATATGTCAATAACTATGCTTCAATCCCAAACTAGGTGAGGTCCAATATATCCTAT TTCTCCAACAACGGAAATAAAAACAAAAAGTTCTCAGCCAAACATATATAACCAAGGAAA AGCAACAAAACCAGGAACAGGAAAAGTGAAAAGAAACACTTGAGAGGAAAAACGGATAAT AAATACAGTAATATTGAAAAAGCACTTATTTTGATAACGATTGTGCACAGTACAAATTGA GGGAACAAAATTAATGGGGTCCTGGAAAATTCAAAAAAAAAACATGGGCGTGTGAAGATA TCTCTGCATGAAGAAGAGAAAGTGAAAAAAGGAAGATCAATCGCAATAGTGATGGATTCT TCGAGAGGAAAAAAAAGATGAGTTTTTTTACCTCACACAAGCAGCCTAAACTCGATATGA AATTGGGAAAGGAAAACAAAAGGCTGCAAACATAGTCAAACCCACGCTACGCCATGAGAG GCCCCAGTGTTAAGAGTATTATATTTTTCTCTTCACTGCAGGTATTGGAGAGTGTGACAA ATACTATGTTGTCCATCGGCAACTTTGGAGAAATGGCGCGGGGGGTGCATCATATGCGGG CCACTGAATAATTGGACGGGTCACCTTATAATCCTTTTATGGGCTCAATTTAAATCTCAG GTCTCATAAGAACATTTTTCTCACTTTTATTTTTGTTTAATTTCAAAGTAAAAATCGAAC TCATTTATATAATTAGTAAAAGAATTAATTTATTTTTAACACACGCTCGTATAAGAATGT TATAGATGTTTAAGACCATAATATAAGTTTCCCTATTTAAGAAATCTTTACAAACGTTTA ACTATTGCTTTGGAGTTTGGTGCATTAAAATAGACTTTGGTTTTGGTAAATCCTTCCCTT TAGATTACATATTAGCATGGCATAACATTCATTGATTCGCTCGAATTAAGACTTTTAATT AGGAGTAGAGGAATCCCGTCAATTCAACCACAATTCTTAGTGGTGTAAGTCTTTTCCTTA ATTCGATATATACCACATTTCATAATTTGGATTCTCACCGTAAAAGCTCTCTAATAAGGG GAAGTGATTTGAATTCTCACGGCAAAAGGCTCATTTCTCGTTCTTGATATCTTTAGCTTC CATCCCTTACACCAATACCACAATCACAATTTACCAAACACAATGGATTTATAATTCTTA CATTGGAATTTGGATATCAACAACTTGAATAAAGAATAATGAGAGCTGTAAACCAATGGG AAAATGCATATATACATAATAGAAATCTAAGATCCTTCTCATTTTTTTATGAGAATGTTA TCACTCCTCAACACTTATTACGACTAATAAAATCATATTTTTGACTAGAGAAATGAAAAC AAATAATAGAATAATAATGAAATTATTCACATTAAACAACATATAGATCAGCCAATTCCT CAAATGAATCAGAATTAAGGTTGATAGGATCAGCATTTTCAAGTAACCAGAGAAGATGAT CAAAAAGCACAACTTCACACTTAACGGAAAGATGATCTTTTTCCCCATGCTTTTGCTTTG ATTTCTCTATTAGAGCATTCAATAGTGGATGGCTCAAGTATTTTGATTTTATGACATATT TCCTTCTTGAGTTGCCAACAAGAATTGTCTCAAAATCTTCCATATTATCTTCCACATTCC AAAAATCTTCTCTTGCAGATTTTGACCTTAAACTACTATAAGATGAGCTTCTTCCTAGTT GCCTTGACAAAGTCTTACACTTCCTCAATAACAAATTCAGCTTCTTCATCTTCTCTTAAT TTCTTCCTTCCTTCTTGGTTTCATTAATTAAAAAAAAACTTAAATATGATATAGAGAAGA TGAATATTGCAGAGATGGAAAGATGAATATGGTTGGAAGGTCATTGTTTCATGGTTCTAA TTGGAGACCTAAATTATTTCAAATGACAAAGACAAGCTATCTTTCAGATGGGGTCTCATG TGATCAAGATTTTATTCATTGTGTCTTTGGAAGAAAGATAAGTATGGCCTACTATAATTA AGGACCGGAGTTAGCTCTTTAACCAACTAGGAACTTGCCTATGCAATCTAGAATACTTAT ATGCCTGTTGGGATTAATTCTTTTATAGTGTACGACTTTCCCGGGCAGATAGCATAACTC AATAGCTTGAACCCTAAATTCATTAAATATTGACATCTTAAAATTCAATACTCATAGAGT TACTTTTATGGTTTTATTGACTACAAATGGGGTTTTTTCCCAAACCACCTTCCCATTTCC CCAGAGTTGTCAACTGTAATAGAGCTCTCGTATACCAACGAAGATGAGGTATTGTTTTAG TGGGCACCAACAGATCTTGGAATAGATTACATCCTATTTTTTTAACAATAAAAGTGCCCA TGGATTGATAGAATTCACTCTTTGACTGGATATTAATATTGTTAGTGCTTTCATGCGTAC ATATCTCCAATATCTTTGTCGGTTCTATAAATCCATGTCGTTTTATTTTTTTAAGTGTGT CACTCACTACCTGCATTATTTCCAAGGAATACTACTAGATATTGTCTTCGACCTTTTGTC CTTTTTTTGGATCTCCATTTAAAATGCCAAAGCATTTGCTGATAAGGCAACCACTTGGAC AGATCAACAAAACGCAATTGGTTCACTTGTACGACAATCCTACCCAACAAAAACAAATCT CGTCGATTAGGACAGAATTATTTCATAAGATAATACAATCATTATCGTGTTGTCTTAGTA GTTAGATAAACGAATGAGGGAACCAAACACGCCTACTATTTGTCTCATACATAATAAACC CAATAAACTAAAGATGAAGTTACATTCCACCTACAAAATGTCATTGCTATCTGATTATTG AACATTCAGTGACTAGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.979 8215 8408 match_part 0.991 8526 8757 match_part 0.993 8847 8997 match_part 0.996 9214 9440 match_2 match_part 1.000 8661 8757 match_part 0.987 8847 8997 match_part 0.957 9214 9674 match_3 match_part 0.988 11599 11855 match_part 1.000 12236 12401 match_part 1.000 14250 14385 match_4 match_part 1.000 11802 12401 match_part 0.981 14250 14455 match_5 match_part 0.993 11802 12401 match_part 1.000 14250 14306 match_6 match_part 1.000 11802 12351 match_7 match_part 0.995 11802 12226 match_8 match_part 1.000 11802 12141 match_9 match_part 0.965 15062 15344 match_10 match_part 0.991 16222 16573 match_part 0.971 16673 16741 match_part 0.981 17758 17811 match_part 1.000 18065 18103 match_11 match_part 1.000 16224 16305 match_part 1.000 18452 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 0.987 19321 19398 match_12 match_part 0.892 16231 16304 match_part 0.940 18451 18732 match_part 0.957 19008 19053 match_part 0.937 19131 19209 match_part 0.935 19321 19382 match_13 match_part 1.000 17789 17811 match_part 0.969 18065 18128 match_part 0.972 18264 18335 match_part 0.983 18421 18592 match_part 0.856 18643 18732 match_part 1.000 19008 19036 match_14 match_part 1.000 18278 18335 match_part 1.000 18421 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 0.991 19321 19431 match_15 match_part 1.000 18466 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 0.996 19321 19590 match_16 match_part 1.000 18466 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 1.000 19321 19563 match_17 match_part 0.974 18466 18732 match_part 1.000 19008 19053 match_part 0.975 19131 19209 match_part 0.987 19321 19398 match_18 match_part 1.000 18572 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 0.996 19321 19572 match_19 match_part 1.000 18572 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 1.000 19321 19498 match_20 match_part 1.000 18572 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 1.000 19321 19495 match_21 match_part 0.991 18777 19209 match_part 1.000 19321 19454 match_22 match_part 0.993 18777 19209 match_part 1.000 19321 19454 match_23 match_part 1.000 18778 19209 match_part 1.000 19321 19461 match_24 match_part 0.987 19554 20090 match_25 match_part 0.970 19554 20083 match_26 match_part 0.994 19555 20090 match_27 match_part 0.983 38600 38775 match_part 1.000 38853 38951 match_part 1.000 39063 39121 match_part 0.986 39350 39493 match_28 match_part 1.000 38658 38775 match_part 1.000 38853 38951 match_part 1.000 39063 39121 match_part 1.000 39350 39510 match_part 1.000 40394 40545 match_part 1.000 40835 40961 match_part 1.000 41491 41593 match_part 1.000 41717 41762 match_part 1.000 42039 42077 match_part 1.000 42157 42313 match_part 1.000 43016 43103 match_part 1.000 43442 43558 match_part 1.000 44438 44515 match_part 1.000 44605 44706 match_part 1.000 45456 45546 match_part 1.000 45717 45821 match_part 1.000 46021 46085 match_part 1.000 46993 47144 match_part 1.000 48781 49013 match_part 1.000 49541 49677 match_part 1.000 49837 49947 match_part 0.999 50041 50746 match_part 0.600 51111 51150 match_29 match_part 0.987 44631 44706 match_part 0.912 45456 45546 match_part 0.962 45717 45821 match_part 1.000 46021 46085 match_part 0.941 46993 47144 match_part 0.938 48781 48925 match_30 match_part 1.000 45718 45821 match_part 1.000 46021 46085 match_part 0.993 46993 47144 match_part 1.000 48781 49013 match_part 0.949 49541 49677 match_31 match_part 1.000 49913 49947 match_part 0.992 50041 50667 match_32 match_part 0.917 53121 53373 match_part 0.967 54385 54714 match_33 match_part 0.926 53131 53373 match_part 0.978 54385 54790 match_part 0.977 55402 55533 match_34 match_part 0.927 53141 53373 match_part 0.972 54385 54746 match_35 match_part 0.985 53169 53373 match_part 1.000 54380 54790 match_part 0.932 55402 55504 match_36 match_part 0.995 53174 53373 match_part 1.000 54385 54790 match_part 1.000 55402 55587 match_37 match_part 1.000 53175 53373 match_part 1.000 54385 54622 match_38 match_part 1.000 53176 53373 match_part 0.994 54385 54713 match_39 match_part 0.995 53177 53373 match_part 1.000 54385 54790 match_part 1.000 55402 55488 match_40 match_part 0.995 53179 53373 match_part 1.000 54385 54790 match_part 0.947 55402 55533 match_41 match_part 1.000 53183 53373 match_part 1.000 54385 54665 match_part 1.000 55444 55608 match_part 1.000 55719 55896 match_part 1.000 55986 56053 match_42 match_part 0.916 53183 53373 match_part 0.993 54385 54790 match_part 0.981 55402 55563 match_43 match_part 0.995 53184 53373 match_part 1.000 54385 54790 match_part 0.980 55402 55501 match_44 match_part 1.000 53186 53373 match_part 1.000 54385 54790 match_part 0.991 55402 55509 match_45 match_part 1.000 53186 53373 match_part 1.000 54385 54790 match_part 1.000 55402 55477 match_46 match_part 1.000 53186 53373 match_part 1.000 54385 54790 match_47 match_part 0.995 53186 53373 match_part 0.986 54385 54666 match_48 match_part 1.000 53192 53373 match_part 1.000 54385 54790 match_part 1.000 55402 55608 match_part 1.000 55719 55745 match_49 match_part 0.951 53192 53373 match_part 0.986 54385 54739 match_50 match_part 0.951 53192 53373 match_part 0.985 54385 54713 match_51 match_part 0.959 53277 53373 match_part 0.985 54385 54790 match_52 match_part 0.980 53325 53373 match_part 0.983 54385 54790 match_part 1.000 55402 55555 match_53 match_part 0.946 54385 54790 match_part 0.947 55402 55608 match_part 0.889 55719 55844 match_54 match_part 1.000 54415 54790 match_part 1.000 55402 55530 match_55 match_part 1.000 54420 54790 match_part 0.995 55402 55598 match_56 match_part 1.000 54445 54790 match_part 1.000 55402 55608 match_part 0.962 55719 55877 match_57 match_part 0.980 54494 54790 match_part 1.000 55402 55608 match_part 1.000 55719 55896 match_part 1.000 55986 56162 match_58 match_part 0.990 54494 54790 match_part 1.000 55402 55608 match_part 1.000 55719 55896 match_part 1.000 55986 56120 match_59 match_part 1.000 54559 54790 match_part 1.000 55402 55608 match_part 1.000 55719 55896 match_part 1.000 55986 56236 match_60 match_part 1.000 54581 54790 match_part 1.000 55402 55608 match_part 1.000 55719 55744 match_part 0.964 55986 56290 match_61 match_part 1.000 54581 54790 match_part 1.000 55402 55608 match_part 1.000 55719 55744 match_part 0.989 55986 56249 match_62 match_part 0.952 54604 54790 match_part 0.986 55402 55608 match_part 0.959 55719 55888 match_63 match_part 1.000 54672 54790 match_part 0.986 55402 55608 match_part 0.966 55719 55896 match_part 0.955 55986 56139 match_64 match_part 0.976 55402 55608 match_part 0.966 55719 55896 match_part 0.941 55986 56257 match_65 match_part 0.960 55410 55608 match_part 0.961 55719 55896 match_part 0.933 55986 56284 match_66 match_part 0.973 55426 55608 match_part 1.000 55719 55896 match_part 0.997 55986 56284 match_67 match_part 1.000 55453 55608 match_part 1.000 55719 55896 match_part 0.971 55986 56397 match_68 match_part 1.000 55461 55608 match_part 1.000 55719 55896 match_part 0.984 55986 56370 match_69 match_part 1.000 55474 55608 match_part 1.000 55719 55896 match_part 0.987 55986 56369 match_70 match_part 1.000 55741 55896 match_part 1.000 55986 56333 match_71 match_part 0.951 55775 55896 match_part 0.956 55986 56370 match_72 match_part 1.000 55810 55896 match_part 0.983 55986 56394 match_73 match_part 1.000 56003 56333 match_74 match_part 0.993 56033 56333 match_75 match_part 1.000 56046 56449 match_76 match_part 0.988 56100 56443 match_77 match_part 0.994 56124 56449 match_78 match_part 0.987 56142 56449 match_79 match_part 1.000 57016 57297 match_part 1.000 58240 58366 match_part 0.993 59218 59356 match_part 1.000 59493 59581 match_part 0.969 60259 60354 match_80 match_part 1.000 57039 57297 match_part 1.000 58240 58366 match_part 1.000 59218 59356 match_part 1.000 59493 59581 match_81 match_part 0.996 57039 57297 match_part 1.000 58240 58366 match_part 1.000 59218 59290 match_82 match_part 0.935 57081 57297 match_part 0.984 58240 58366 match_part 0.986 59218 59356 match_part 0.978 59493 59581 match_83 match_part 0.935 57081 57297 match_part 0.984 58240 58366 match_part 0.992 59218 59350 match_84 match_part 0.935 57081 57297 match_part 0.984 58240 58366 match_part 0.992 59218 59335 match_85 match_part 0.976 57216 57297 match_part 1.000 58240 58366 match_part 1.000 59218 59356 match_part 1.000 59493 59581 match_part 0.996 60259 60717 match_86 match_part 1.000 65028 65435 match_87 match_part 1.000 65037 65384 match_88 match_part 0.915 65158 65720 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_89 match_part 0.990 10473 9776 match_90 match_part 0.962 10489 10016 match_91 match_part 0.961 10489 10156 match_92 match_part 1.000 63101 63071 match_part 0.997 61915 61538 match_part 0.964 61251 60918 match_93 match_part 0.978 63159 63071 match_part 0.990 61944 61538 match_part 0.910 61251 60996 match_94 match_part 0.974 63416 63071 match_part 0.979 61944 61612 match_95 match_part 0.966 63420 63071 match_part 0.976 61944 61781 match_96 match_part 1.000 63727 63071 match_part 0.949 61915 61837 match_97 match_part 0.998 62661 62225 match_98 match_part 1.000 64573 64513 match_part 0.994 64168 63523 match_99 match_part 1.000 64573 64513 match_part 0.997 64168 63556 match_100 match_part 1.000 64585 64513 match_part 1.000 64168 63570 match_101 match_part 1.000 64573 64513 match_part 0.998 64168 63707 match_102 match_part 1.000 64683 64513 match_part 0.993 64168 63708 match_103 match_part 1.000 64682 64513 match_part 1.000 64168 63792 match_104 match_part 1.000 66808 66770 match_part 0.997 65803 65028 match_105 match_part 0.996 65640 65076 match_106 match_part 0.980 66820 66770 match_part 0.971 65803 65116 match_107 match_part 0.982 71543 71432 match_part 1.000 70316 69824 match_part 1.000 69505 69362 match_part 1.000 68550 68310 match_part 0.998 67270 66770 match_part 1.000 65803 65142 match_108 match_part 0.990 66976 66770 match_part 0.995 65803 65143 match_109 match_part 1.000 67174 66770 match_part 1.000 65803 65347 match_110 match_part 0.998 67176 66770 match_part 0.997 65803 65429 match_111 match_part 1.000 68334 68310 match_part 1.000 67270 66770 match_part 0.995 65803 65582 match_112 match_part 0.974 67262 66770 match_part 0.994 65803 65638 match_113 match_part 1.000 67204 66770 match_part 1.000 65803 65701 match_114 match_part 1.000 68333 68310 match_part 0.998 67270 66830 match_115 match_part 0.977 67251 66904 match_116 match_part 0.945 69506 69362 match_part 0.959 68550 68310 match_part 0.957 67270 67018 match_117 match_part 0.986 69506 69362 match_part 0.983 68550 68310 match_part 0.972 67270 67199 match_118 match_part 1.000 70189 69824 match_part 1.000 69505 69362 match_part 0.990 68550 68357 match_119 match_part 0.985 70235 69824 match_part 0.917 69505 69362 match_part 0.884 68550 68465 match_120 match_part 0.975 70142 69824 match_part 0.938 69505 69362 match_part 0.981 68550 68497 match_121 match_part 1.000 71559 71432 match_part 0.996 70316 69824 match_part 1.000 69505 69362 match_part 1.000 68550 68516 match_122 match_part 1.000 70316 69824 match_part 1.000 69505 69483 match_123 match_part 0.975 71549 71432 match_part 0.988 70316 69905 match_124 match_part 0.976 70311 69936 match_125 match_part 0.986 71577 71432 match_part 0.992 70316 69940 match_126 match_part 0.979 71577 71432 match_part 0.989 70316 69942 match_127 match_part 0.983 70317 69959 match_128 match_part 0.975 71549 71432 match_part 0.980 70316 69966 match_129 match_part 0.971 71568 71432 match_part 0.988 70316 69996 match_130 match_part 0.898 71549 71432 match_part 0.943 70316 70072 match_131 match_part 1.000 71509 71432 match_part 1.000 70316 70072 match_132 match_part 0.980 71416 70862 match_133 match_part 0.994 72921 72440 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 8215 8408 exon 8526 8757 exon 8847 8997 exon 9214 9674 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 10489 9776 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 11802 12401 exon 14250 14455 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 11599 11855 exon 12236 12401 exon 14250 14385 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 15062 15344 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 18278 18335 exon 18421 18732 exon 19008 19053 exon 19131 19209 exon 19321 20090 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 16231 16304 exon 18451 18732 exon 19008 19053 exon 19131 19209 exon 19321 20090 gene_8 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 16224 16305 exon 18452 18732 exon 19008 19053 exon 19131 19209 exon 19321 20090 gene_9 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 18777 19209 exon 19321 19461 gene_10 gene GT_PGL_5_AGS_5 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 16222 16573 exon 16673 16741 exon 17758 17811 exon 18065 18128 exon 18264 18335 exon 18421 18592 exon 18643 18732 exon 19008 19036 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 38600 38775 exon 38853 38951 exon 39063 39121 exon 39350 39510 exon 40394 40545 exon 40835 40961 exon 41491 41593 exon 41717 41762 exon 42039 42077 exon 42157 42313 exon 43016 43103 exon 43442 43558 exon 44438 44515 exon 44605 44706 exon 45456 45546 exon 45717 45821 exon 46021 46085 exon 46993 47144 exon 48781 49013 exon 49541 49677 exon 49837 49947 exon 50041 50746 exon 51111 51150 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 53121 53373 exon 54385 54790 exon 55402 55608 exon 55719 55896 exon 55986 56449 gene_13 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 53121 53373 exon 54385 54790 exon 55402 55608 exon 55719 55744 exon 55986 56449 gene_14 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 53169 53373 exon 54380 54790 exon 55402 55608 exon 55719 55896 exon 55986 56449 gene_15 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 53175 53373 exon 54385 54665 exon 55444 55608 exon 55719 55896 exon 55986 56449 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 57016 57297 exon 58240 58366 exon 59218 59356 exon 59493 59581 exon 60259 60717 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 64683 64513 exon 64168 63071 exon 61915 61538 exon 61251 60918 gene_18 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 63420 63071 exon 61944 61538 exon 61251 60996 gene_19 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 62661 62225 gene_20 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 71577 71432 exon 70316 69824 exon 69505 69362 exon 68550 68310 exon 67270 66770 exon 65803 65028 gene_21 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 69506 69362 exon 68550 68310 exon 67270 66770 exon 65803 65028 gene_22 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 70317 69824 exon 69505 69362 exon 68550 68357 gene_23 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 71416 70862 gene_24 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 65028 65720 gene_25 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 72921 72440 RepeatMasker tomato repeats master Copia00151 60 9624 1 Copia00151 60 9624 1 nucleotide_motif 461 12837 13032 Gypsy00019 581 639 1 Gypsy00019 581 639 1 nucleotide_motif 229 23958 24018 Unknown00037 4506 4562 1 Unknown00037 4506 4562 1 nucleotide_motif 227 23969 24024 Copia00110 13351 13570 1 Copia00110 13351 13570 1 nucleotide_motif 797 37945 38148 GYPMET_I 4324 4374 1 GYPMET_I 4324 4374 1 nucleotide_motif 232 44886 44933 Copia00147 3196 3230 1 Copia00147 3196 3230 1 nucleotide_motif 235 61529 61562 Copia00172 1128 1493 1 Copia00172 1128 1493 1 nucleotide_motif 2145 67465 67825 RepeatMasker tomato repeats master Copia00151 8204 8371 -1 Copia00151 8204 8371 -1 nucleotide_motif 472 675 508 VANDAL1 2623 2697 -1 VANDAL1 2623 2697 -1 nucleotide_motif 249 34160 34088 Unknown00019 51 296 -1 Unknown00019 51 296 -1 nucleotide_motif 878 38254 37993 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1988 18054 19056 match_2 match 2046 21424 22533 match_3 match 2278 16661 17830 match_4 match 2405 2447 3659 match_5 match 2490 791 2067 match_6 match 2746 11001 12409 match_7 match 3261 19302 20946 match_8 match 3305 14492 16185 match_9 match 3721 12455 14463 match_10 match 4343 9777 match_11 match 2034 45333 46358 match_12 match 2635 63060 64409 match_13 match 3245 65054 66711 match_14 match 5035 71214 73939 match_15 match 6681 67732 71149 match_16 match 7838 47227 51297 match_17 match 8510 52989 57323 match_18 match 57348 63045 match_19 match 2371 32913 34180 match_20 match 2635 63060 64409 match_21 match 3245 65054 66711 match_22 match 4662 44007 46358 match_23 match 5035 71214 73939 match_24 match 6681 67732 71149 match_25 match 7838 47227 51297 match_26 match 8510 52989 57323 match_27 match 57348 63045 match_28 match 38275 43993 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 842.5 1 73916 clone_end_1 clone_end 579 1 300 clone_end_2 clone_end 1049 5383 5919 clone_start_1 clone_start 1160 7620 8232 clone_end_3 clone_end 406 15688 15919 clone_start_2 clone_start 1302 22980 23668 clone_end_4 clone_end 408 23775 23980 clone_2 clone 533 26350 66698 clone_end_5 clone_end 737 26350 26721 clone_end_6 clone_end 726 29198 29665 clone_end_7 clone_end 1001 30432 30936 clone_start_3 clone_start 309 30432 30595 clone_start_4 clone_start 270 32913 33081 clone_start_5 clone_start 561 33898 34180 clone_start_6 clone_start 400 34274 34475 clone_start_7 clone_start 1243 38376 39018 clone_start_8 clone_start 1029 39423 39953 clone_end_8 clone_end 1433 40067 40789 clone_end_9 clone_end 844 40136 40573 clone_start_9 clone_start 1425 44112 44862 clone_start_10 clone_start 1108 48831 49389 clone_end_10 clone_end 749 52390 52767 clone_end_11 clone_end 1112 58325 58938 clone_end_12 clone_end 1390 59047 59747 clone_start_11 clone_start 1235 61687 62330 clone_start_12 clone_start 1275 63407 64057 clone_end_13 clone_end 408 64183 64409 clone_end_14 clone_end 327 64425 64589 clone_start_13 clone_start 1493 65555 66326 clone_end_15 clone_end 1481 65578 66351 clone_end_16 clone_end 1302 65645 66308 clone_end_17 clone_end 1134 66071 66670 clone_end_18 clone_end 1001 68048 68552 clone_start_14 clone_start 1342 68099 68775 clone_start_15 clone_start 1287 72376 73051 clone_start_16 clone_start 1358 73192 73939 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_17 clone_start 1106 73916 73296 clone_end_19 clone_end 815 6561 6124 clone_start_18 clone_start 329 66698 66512 clone_end_20 clone_end 488 31726 31469 clone_end_21 clone_end 1227 56289 55671 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.979 8215 8408 match_part 0.991 8526 8757 match_part 0.993 8847 8997 match_part 0.996 9214 9440 match_2 match_part 1.000 8661 8757 match_part 0.987 8847 8997 match_part 0.957 9214 9674 match_3 match_part 0.988 11599 11855 match_part 1.000 12236 12401 match_part 1.000 14250 14385 match_4 match_part 1.000 11802 12401 match_part 0.981 14250 14455 match_5 match_part 0.993 11802 12401 match_part 1.000 14250 14306 match_6 match_part 1.000 11802 12351 match_7 match_part 0.995 11802 12226 match_8 match_part 1.000 11802 12141 match_9 match_part 0.965 15062 15344 match_10 match_part 0.991 16222 16573 match_part 0.971 16673 16741 match_part 0.981 17758 17811 match_part 1.000 18065 18103 match_11 match_part 1.000 16224 16305 match_part 1.000 18452 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 0.987 19321 19398 match_12 match_part 0.892 16231 16304 match_part 0.940 18451 18732 match_part 0.957 19008 19053 match_part 0.937 19131 19209 match_part 0.935 19321 19382 match_13 match_part 1.000 18278 18335 match_part 1.000 18421 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 0.991 19321 19431 match_14 match_part 1.000 18466 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 0.996 19321 19590 match_15 match_part 1.000 18466 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 1.000 19321 19563 match_16 match_part 0.974 18466 18732 match_part 1.000 19008 19053 match_part 0.975 19131 19209 match_part 0.987 19321 19398 match_17 match_part 1.000 18572 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 0.996 19321 19572 match_18 match_part 1.000 18572 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 1.000 19321 19498 match_19 match_part 1.000 18572 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 1.000 19321 19495 match_20 match_part 0.991 18777 19209 match_part 1.000 19321 19454 match_21 match_part 0.993 18777 19209 match_part 1.000 19321 19454 match_22 match_part 1.000 18778 19209 match_part 1.000 19321 19461 match_23 match_part 0.987 19554 20090 match_24 match_part 0.970 19554 20083 match_25 match_part 0.994 19555 20090 match_26 match_part 0.983 38600 38775 match_part 1.000 38853 38951 match_part 1.000 39063 39121 match_part 0.986 39350 39493 match_27 match_part 1.000 38658 38775 match_part 1.000 38853 38951 match_part 1.000 39063 39121 match_part 1.000 39350 39510 match_part 1.000 40394 40545 match_part 1.000 40835 40961 match_part 1.000 41491 41593 match_part 1.000 41717 41762 match_part 1.000 42039 42077 match_part 1.000 42157 42313 match_part 1.000 43016 43103 match_part 1.000 43442 43558 match_part 1.000 44438 44515 match_part 1.000 44605 44706 match_part 1.000 45456 45546 match_part 1.000 45717 45821 match_part 1.000 46021 46085 match_part 1.000 46993 47144 match_part 1.000 48781 49013 match_part 1.000 49541 49677 match_part 1.000 49837 49947 match_part 0.999 50041 50746 match_part 0.600 51111 51150 match_28 match_part 1.000 45718 45821 match_part 1.000 46021 46085 match_part 0.993 46993 47144 match_part 1.000 48781 49013 match_part 0.949 49541 49677 match_29 match_part 1.000 49913 49947 match_part 0.992 50041 50667 match_30 match_part 0.985 53169 53373 match_part 1.000 54380 54790 match_part 0.932 55402 55504 match_31 match_part 0.995 53174 53373 match_part 1.000 54385 54790 match_part 1.000 55402 55587 match_32 match_part 1.000 53175 53373 match_part 1.000 54385 54622 match_33 match_part 1.000 53176 53373 match_part 0.994 54385 54713 match_34 match_part 0.995 53177 53373 match_part 1.000 54385 54790 match_part 1.000 55402 55488 match_35 match_part 0.995 53179 53373 match_part 1.000 54385 54790 match_part 0.947 55402 55533 match_36 match_part 1.000 53183 53373 match_part 1.000 54385 54665 match_part 1.000 55444 55608 match_part 1.000 55719 55896 match_part 1.000 55986 56053 match_37 match_part 0.916 53183 53373 match_part 0.993 54385 54790 match_part 0.981 55402 55563 match_38 match_part 0.995 53184 53373 match_part 1.000 54385 54790 match_part 0.980 55402 55501 match_39 match_part 1.000 53186 53373 match_part 1.000 54385 54790 match_part 0.991 55402 55509 match_40 match_part 1.000 53186 53373 match_part 1.000 54385 54790 match_part 1.000 55402 55477 match_41 match_part 1.000 53186 53373 match_part 1.000 54385 54790 match_42 match_part 0.995 53186 53373 match_part 0.986 54385 54666 match_43 match_part 1.000 53192 53373 match_part 1.000 54385 54790 match_part 1.000 55402 55608 match_part 1.000 55719 55745 match_44 match_part 0.946 54385 54790 match_part 0.947 55402 55608 match_part 0.889 55719 55844 match_45 match_part 1.000 54415 54790 match_part 1.000 55402 55530 match_46 match_part 1.000 54420 54790 match_part 0.995 55402 55598 match_47 match_part 1.000 54445 54790 match_part 1.000 55402 55608 match_part 0.962 55719 55877 match_48 match_part 0.980 54494 54790 match_part 1.000 55402 55608 match_part 1.000 55719 55896 match_part 1.000 55986 56162 match_49 match_part 0.990 54494 54790 match_part 1.000 55402 55608 match_part 1.000 55719 55896 match_part 1.000 55986 56120 match_50 match_part 1.000 54559 54790 match_part 1.000 55402 55608 match_part 1.000 55719 55896 match_part 1.000 55986 56236 match_51 match_part 1.000 54581 54790 match_part 1.000 55402 55608 match_part 1.000 55719 55744 match_part 0.964 55986 56290 match_52 match_part 1.000 54581 54790 match_part 1.000 55402 55608 match_part 1.000 55719 55744 match_part 0.989 55986 56249 match_53 match_part 0.973 55426 55608 match_part 1.000 55719 55896 match_part 0.997 55986 56284 match_54 match_part 1.000 55453 55608 match_part 1.000 55719 55896 match_part 0.971 55986 56397 match_55 match_part 1.000 55461 55608 match_part 1.000 55719 55896 match_part 0.984 55986 56370 match_56 match_part 1.000 55474 55608 match_part 1.000 55719 55896 match_part 0.987 55986 56369 match_57 match_part 1.000 55741 55896 match_part 1.000 55986 56333 match_58 match_part 0.951 55775 55896 match_part 0.956 55986 56370 match_59 match_part 1.000 55810 55896 match_part 0.983 55986 56394 match_60 match_part 1.000 56003 56333 match_61 match_part 0.993 56033 56333 match_62 match_part 1.000 56046 56449 match_63 match_part 0.988 56100 56443 match_64 match_part 0.994 56124 56449 match_65 match_part 0.987 56142 56449 match_66 match_part 1.000 57016 57297 match_part 1.000 58240 58366 match_part 0.993 59218 59356 match_part 1.000 59493 59581 match_part 0.969 60259 60354 match_67 match_part 1.000 57039 57297 match_part 1.000 58240 58366 match_part 1.000 59218 59356 match_part 1.000 59493 59581 match_68 match_part 0.996 57039 57297 match_part 1.000 58240 58366 match_part 1.000 59218 59290 match_69 match_part 0.976 57216 57297 match_part 1.000 58240 58366 match_part 1.000 59218 59356 match_part 1.000 59493 59581 match_part 0.996 60259 60717 match_70 match_part 1.000 65028 65435 match_71 match_part 1.000 65037 65384 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_72 match_part 0.990 10473 9776 match_73 match_part 1.000 63101 63071 match_part 0.997 61915 61538 match_part 0.964 61251 60918 match_74 match_part 1.000 63727 63071 match_part 0.949 61915 61837 match_75 match_part 0.998 62661 62225 match_76 match_part 1.000 64573 64513 match_part 0.994 64168 63523 match_77 match_part 1.000 64573 64513 match_part 0.997 64168 63556 match_78 match_part 1.000 64585 64513 match_part 1.000 64168 63570 match_79 match_part 1.000 64573 64513 match_part 0.998 64168 63707 match_80 match_part 1.000 64683 64513 match_part 0.993 64168 63708 match_81 match_part 1.000 64682 64513 match_part 1.000 64168 63792 match_82 match_part 1.000 66808 66770 match_part 0.997 65803 65028 match_83 match_part 0.996 65640 65076 match_84 match_part 0.982 71543 71432 match_part 1.000 70316 69824 match_part 1.000 69505 69362 match_part 1.000 68550 68310 match_part 0.998 67270 66770 match_part 1.000 65803 65142 match_85 match_part 0.990 66976 66770 match_part 0.995 65803 65143 match_86 match_part 1.000 67174 66770 match_part 1.000 65803 65347 match_87 match_part 0.998 67176 66770 match_part 0.997 65803 65429 match_88 match_part 1.000 68334 68310 match_part 1.000 67270 66770 match_part 0.995 65803 65582 match_89 match_part 1.000 67204 66770 match_part 1.000 65803 65701 match_90 match_part 1.000 68333 68310 match_part 0.998 67270 66830 match_91 match_part 1.000 70189 69824 match_part 1.000 69505 69362 match_part 0.990 68550 68357 match_92 match_part 0.975 70142 69824 match_part 0.938 69505 69362 match_part 0.981 68550 68497 match_93 match_part 1.000 71559 71432 match_part 0.996 70316 69824 match_part 1.000 69505 69362 match_part 1.000 68550 68516 match_94 match_part 1.000 70316 69824 match_part 1.000 69505 69483 match_95 match_part 0.986 71577 71432 match_part 0.992 70316 69940 match_96 match_part 0.979 71577 71432 match_part 0.989 70316 69942 match_97 match_part 1.000 71509 71432 match_part 1.000 70316 70072 match_98 match_part 0.980 71416 70862 match_99 match_part 0.994 72921 72440 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 8215 8408 exon 8526 8757 exon 8847 8997 exon 9214 9674 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 10473 9776 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 11802 12401 exon 14250 14455 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 11599 11855 exon 12236 12401 exon 14250 14385 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 15062 15344 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 18278 18335 exon 18421 18732 exon 19008 19053 exon 19131 19209 exon 19321 20090 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 16231 16304 exon 18451 18732 exon 19008 19053 exon 19131 19209 exon 19321 20090 gene_8 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 16224 16305 exon 18452 18732 exon 19008 19053 exon 19131 19209 exon 19321 20090 gene_9 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 18777 19209 exon 19321 19461 gene_10 gene GT_PGL_5_AGS_5 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 16222 16573 exon 16673 16741 exon 17758 17811 exon 18065 18103 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 38600 38775 exon 38853 38951 exon 39063 39121 exon 39350 39510 exon 40394 40545 exon 40835 40961 exon 41491 41593 exon 41717 41762 exon 42039 42077 exon 42157 42313 exon 43016 43103 exon 43442 43558 exon 44438 44515 exon 44605 44706 exon 45456 45546 exon 45717 45821 exon 46021 46085 exon 46993 47144 exon 48781 49013 exon 49541 49677 exon 49837 49947 exon 50041 50746 exon 51111 51150 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 53174 53373 exon 54385 54790 exon 55402 55608 exon 55719 55896 exon 55986 56449 gene_13 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 53174 53373 exon 54385 54790 exon 55402 55608 exon 55719 55744 exon 55986 56449 gene_14 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 53169 53373 exon 54380 54790 exon 55402 55608 exon 55719 55896 exon 55986 56449 gene_15 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 53175 53373 exon 54385 54665 exon 55444 55608 exon 55719 55896 exon 55986 56449 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 57016 57297 exon 58240 58366 exon 59218 59356 exon 59493 59581 exon 60259 60717 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 64683 64513 exon 64168 63071 exon 61915 61538 exon 61251 60918 gene_18 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 62661 62225 gene_19 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 71577 71432 exon 70316 69824 exon 69505 69362 exon 68550 68310 exon 67270 66770 exon 65803 65028 gene_20 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 71416 70862 gene_21 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 65028 65435 gene_22 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 72921 72440 AUGUSTUS_tom_cdna de novo gene_1 gene 1 7487 11954 transcript_1 transcript 7487 11954 CDS_1 CDS 7487 7651 CDS_2 CDS 7955 8073 CDS_3 CDS 8198 8408 CDS_4 CDS 8526 8757 CDS_5 CDS 8847 8997 CDS_6 CDS 9214 9535 CDS_7 CDS 11560 11954 stop_codon_1 stop_codon 11952 11954 gene_2 gene 1 11994 15282 transcript_2 transcript 11994 15282 start_codon_1 start_codon 11994 11996 CDS_8 CDS 11994 11996 CDS_9 CDS 12354 12401 CDS_10 CDS 14250 14475 CDS_11 CDS 14888 15282 stop_codon_2 stop_codon 15280 15282 gene_3 gene 1 16277 19413 transcript_3 transcript 16277 19413 start_codon_2 start_codon 16277 16279 CDS_12 CDS 16277 16507 CDS_13 CDS 18065 18128 CDS_14 CDS 18264 18335 CDS_15 CDS 18421 18732 CDS_16 CDS 19008 19053 CDS_17 CDS 19131 19209 CDS_18 CDS 19321 19413 stop_codon_3 stop_codon 19411 19413 gene_4 gene 1 19789 32257 transcript_4 transcript 19789 32257 start_codon_3 start_codon 19789 19791 CDS_19 CDS 19789 19807 CDS_20 CDS 23584 23724 CDS_21 CDS 23830 23951 CDS_22 CDS 29204 29371 CDS_23 CDS 29571 29681 CDS_24 CDS 30275 30365 CDS_25 CDS 30445 30796 CDS_26 CDS 31987 32257 stop_codon_4 stop_codon 32255 32257 gene_5 gene 1 38658 50151 transcript_5 transcript 38658 50151 start_codon_4 start_codon 38658 38660 CDS_27 CDS 38658 38775 CDS_28 CDS 38853 38951 CDS_29 CDS 39063 39121 CDS_30 CDS 39350 39510 CDS_31 CDS 40394 40545 CDS_32 CDS 40835 40961 CDS_33 CDS 41491 41593 CDS_34 CDS 41717 41762 CDS_35 CDS 42039 42077 CDS_36 CDS 42157 42313 CDS_37 CDS 43016 43103 CDS_38 CDS 43442 43558 CDS_39 CDS 44438 44515 CDS_40 CDS 44605 44706 CDS_41 CDS 45456 45546 CDS_42 CDS 45717 45821 CDS_43 CDS 46021 46085 CDS_44 CDS 46993 47144 CDS_45 CDS 48781 49013 CDS_46 CDS 49541 49677 CDS_47 CDS 49837 49947 CDS_48 CDS 50041 50151 stop_codon_5 stop_codon 50149 50151 gene_6 gene 1 53180 56098 transcript_6 transcript 53180 56098 start_codon_5 start_codon 53180 53182 CDS_49 CDS 53180 53373 CDS_50 CDS 54385 54790 CDS_51 CDS 55402 55608 CDS_52 CDS 55719 55896 CDS_53 CDS 55986 56098 stop_codon_6 stop_codon 56096 56098 gene_7 gene 1 56305 60392 transcript_7 transcript 56305 60392 start_codon_6 start_codon 56305 56307 CDS_54 CDS 56305 56368 CDS_55 CDS 57017 57297 CDS_56 CDS 58240 58366 CDS_57 CDS 59218 59356 CDS_58 CDS 59493 59581 CDS_59 CDS 60259 60392 stop_codon_7 stop_codon 60390 60392 AUGUSTUS_tom_cdna de novo gene_8 gene 1 64109 61181 transcript_8 transcript 64109 61181 stop_codon_8 stop_codon 61183 61181 CDS_60 CDS 61251 61181 CDS_61 CDS 61915 61718 CDS_62 CDS 64109 63071 start_codon_7 start_codon 64109 64107 gene_9 gene 1 65092 64149 transcript_9 transcript 65092 64149 stop_codon_9 stop_codon 64151 64149 CDS_63 CDS 64168 64149 CDS_64 CDS 64722 64513 CDS_65 CDS 65092 65011 start_codon_8 start_codon 65092 65090 gene_10 gene 1 71445 65379 transcript_10 transcript 71445 65379 stop_codon_10 stop_codon 65381 65379 CDS_66 CDS 65803 65379 CDS_67 CDS 67270 66770 CDS_68 CDS 68550 68310 CDS_69 CDS 69505 69362 CDS_70 CDS 70316 69824 CDS_71 CDS 71445 71432 AUGUSTUS_ab_initio de novo gene_1 gene 1 7487 15282 transcript_1 transcript 7487 15282 CDS_1 CDS 7487 7651 CDS_2 CDS 7955 8073 CDS_3 CDS 8198 8408 CDS_4 CDS 8526 8757 CDS_5 CDS 8847 8997 CDS_6 CDS 9214 9535 CDS_7 CDS 14888 15282 stop_codon_1 stop_codon 15280 15282 gene_2 gene 1 16277 32257 transcript_2 transcript 16277 32257 start_codon_1 start_codon 16277 16279 CDS_8 CDS 16277 16507 CDS_9 CDS 19726 19807 CDS_10 CDS 23584 23724 CDS_11 CDS 23830 23951 CDS_12 CDS 29204 29371 CDS_13 CDS 29571 29681 CDS_14 CDS 30275 30365 CDS_15 CDS 30445 30796 CDS_16 CDS 31987 32257 stop_codon_2 stop_codon 32255 32257 gene_3 gene 1 38658 60392 transcript_3 transcript 38658 60392 start_codon_2 start_codon 38658 38660 CDS_17 CDS 38658 38775 CDS_18 CDS 40429 40545 CDS_19 CDS 40835 40961 CDS_20 CDS 41491 41593 CDS_21 CDS 41717 41762 CDS_22 CDS 49541 49677 CDS_23 CDS 54380 54667 CDS_24 CDS 58240 58366 CDS_25 CDS 59218 59356 CDS_26 CDS 59493 59581 CDS_27 CDS 60259 60392 stop_codon_3 stop_codon 60390 60392 AUGUSTUS_ab_initio de novo gene_4 gene 1 65768 65379 transcript_4 transcript 65768 65379 stop_codon_4 stop_codon 65381 65379 CDS_28 CDS 65768 65379 start_codon_3 start_codon 65768 65766 gene_5 gene 1 70121 66735 transcript_5 transcript 70121 66735 stop_codon_5 stop_codon 66737 66735 CDS_29 CDS 67190 66735 CDS_30 CDS 69505 69362 CDS_31 CDS 70121 69824 AUGUSTUS_tom_ugs de novo AUGUSTUS_tom_ugs de novo gene_1 gene 1 16277 19413 transcript_1 transcript 16277 19413 start_codon_1 start_codon 16277 16279 CDS_1 CDS 16277 16507 CDS_2 CDS 18065 18128 CDS_3 CDS 18264 18335 CDS_4 CDS 18421 18732 CDS_5 CDS 19008 19053 CDS_6 CDS 19131 19209 CDS_7 CDS 19321 19413 stop_codon_1 stop_codon 19411 19413 gene_2 gene 1 19789 32257 transcript_2 transcript 19789 32257 start_codon_2 start_codon 19789 19791 CDS_8 CDS 19789 19807 CDS_9 CDS 23584 23724 CDS_10 CDS 23830 23951 CDS_11 CDS 29204 29371 CDS_12 CDS 29571 29681 CDS_13 CDS 30275 30365 CDS_14 CDS 30445 30796 CDS_15 CDS 31987 32257 stop_codon_2 stop_codon 32255 32257 gene_3 gene 1 38658 50151 transcript_3 transcript 38658 50151 start_codon_3 start_codon 38658 38660 CDS_16 CDS 38658 38775 CDS_17 CDS 38853 38951 CDS_18 CDS 39063 39121 CDS_19 CDS 39350 39510 CDS_20 CDS 40394 40545 CDS_21 CDS 40835 40961 CDS_22 CDS 41491 41593 CDS_23 CDS 41717 41762 CDS_24 CDS 42039 42077 CDS_25 CDS 42157 42313 CDS_26 CDS 43016 43103 CDS_27 CDS 43442 43558 CDS_28 CDS 44438 44515 CDS_29 CDS 44605 44706 CDS_30 CDS 45456 45546 CDS_31 CDS 45717 45821 CDS_32 CDS 46021 46085 CDS_33 CDS 46993 47144 CDS_34 CDS 48781 49013 CDS_35 CDS 49541 49677 CDS_36 CDS 49837 49947 CDS_37 CDS 50041 50151 stop_codon_3 stop_codon 50149 50151 gene_4 gene 1 53180 60392 transcript_4 transcript 53180 60392 start_codon_4 start_codon 53180 53182 CDS_38 CDS 53180 53373 CDS_39 CDS 54385 54790 CDS_40 CDS 55402 55608 CDS_41 CDS 55719 55896 CDS_42 CDS 55986 56075 CDS_43 CDS 57242 57297 CDS_44 CDS 58240 58366 CDS_45 CDS 59218 59356 CDS_46 CDS 59493 59581 CDS_47 CDS 60259 60392 stop_codon_4 stop_codon 60390 60392 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 8221 8408 match_part 0.991 8526 8757 match_part 0.993 8847 8997 match_part 0.963 9214 9674 match_2 match_part 0.988 11599 11855 match_part 1.000 12236 12401 match_part 1.000 14250 14385 match_3 match_part 1.000 11802 12401 match_part 0.981 14250 14455 match_4 match_part 0.965 15062 15344 match_5 match_part 0.991 16222 16573 match_part 0.971 16673 16741 match_part 0.981 17758 17811 match_part 1.000 18065 18103 match_6 match_part 0.892 16231 16304 match_part 0.940 18451 18732 match_part 0.957 19008 19053 match_part 0.937 19131 19209 match_part 0.935 19321 19382 match_7 match_part 1.000 18278 18335 match_part 1.000 18421 18732 match_part 1.000 19008 19053 match_part 1.000 19131 19209 match_part 0.996 19321 19590 match_8 match_part 1.000 18777 19209 match_part 1.000 19321 19461 match_9 match_part 0.994 19554 20090 match_10 match_part 0.983 38600 38775 match_part 1.000 38853 38951 match_part 1.000 39063 39121 match_part 1.000 39350 39510 match_part 1.000 40394 40545 match_part 1.000 40835 40961 match_part 1.000 41491 41593 match_part 1.000 41717 41762 match_part 1.000 42039 42077 match_part 1.000 42157 42313 match_part 1.000 43016 43103 match_part 1.000 43442 43558 match_part 1.000 44438 44515 match_part 1.000 44605 44706 match_part 1.000 45456 45546 match_part 1.000 45717 45821 match_part 1.000 46021 46085 match_part 0.993 46993 47144 match_part 1.000 48781 49013 match_part 0.993 49541 49677 match_part 1.000 49837 49947 match_part 1.000 50041 50741 match_11 match_part 1.000 53175 53373 match_part 1.000 54385 54790 match_part 1.000 55402 55608 match_part 1.000 55719 55896 match_part 1.000 55986 56449 match_12 match_part 1.000 53183 53373 match_part 1.000 54385 54665 match_part 1.000 55444 55608 match_part 1.000 55719 55896 match_part 1.000 55986 56053 match_13 match_part 1.000 54581 54790 match_part 1.000 55402 55608 match_part 1.000 55719 55744 match_part 0.984 55986 56290 match_14 match_part 1.000 57016 57297 match_part 1.000 58240 58366 match_part 1.000 59218 59356 match_part 1.000 59493 59581 match_part 0.996 60259 60717 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_15 match_part 0.990 10473 9776 match_16 match_part 1.000 64683 64513 match_part 0.999 64168 63071 match_part 1.000 61915 61538 match_part 0.964 61251 60918 match_17 match_part 0.998 62661 62225 match_18 match_part 1.000 71577 71432 match_part 1.000 70316 69824 match_part 1.000 69505 69362 match_part 1.000 68550 68310 match_part 1.000 67270 66770 match_part 1.000 65803 65028 match_19 match_part 0.980 71416 70862 match_20 match_part 0.994 72921 72440 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 8221 8408 exon 8526 8757 exon 8847 8997 exon 9214 9674 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 10473 9776 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 11599 11855 exon 12236 12401 exon 14250 14385 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 11802 12401 exon 14250 14455 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 15062 15344 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 18278 18335 exon 18421 18732 exon 19008 19053 exon 19131 19209 exon 19321 20090 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 18777 19209 exon 19321 19461 gene_8 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 16231 16304 exon 18451 18732 exon 19008 19053 exon 19131 19209 exon 19321 19382 gene_9 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 16222 16573 exon 16673 16741 exon 17758 17811 exon 18065 18103 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 38600 38775 exon 38853 38951 exon 39063 39121 exon 39350 39510 exon 40394 40545 exon 40835 40961 exon 41491 41593 exon 41717 41762 exon 42039 42077 exon 42157 42313 exon 43016 43103 exon 43442 43558 exon 44438 44515 exon 44605 44706 exon 45456 45546 exon 45717 45821 exon 46021 46085 exon 46993 47144 exon 48781 49013 exon 49541 49677 exon 49837 49947 exon 50041 50741 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 53175 53373 exon 54385 54790 exon 55402 55608 exon 55719 55896 exon 55986 56449 gene_12 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 54581 54790 exon 55402 55608 exon 55719 55744 exon 55986 56290 gene_13 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 53183 53373 exon 54385 54665 exon 55444 55608 exon 55719 55896 exon 55986 56053 gene_14 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 57016 57297 exon 58240 58366 exon 59218 59356 exon 59493 59581 exon 60259 60717 gene_15 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 64683 64513 exon 64168 63071 exon 61915 61538 exon 61251 60918 gene_16 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 62661 62225 gene_17 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 71577 71432 exon 70316 69824 exon 69505 69362 exon 68550 68310 exon 67270 66770 exon 65803 65028 gene_18 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 71416 70862 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 72921 72440 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 57016 57297 match_part 1.000 58240 58366 match_part 1.000 59218 59356 match_part 1.000 59493 59581 match_part 0.969 60259 60354 match_2 match_part 0.935 57081 57297 match_part 0.984 58240 58366 match_part 0.993 59218 59356 match_part 0.978 59493 59581 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07SLm0017L19.2 type gene exon 57016 57297 exon 58240 58366 exon 59218 59356 exon 59493 59581 exon 60259 60354 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 2506 9582 transcript_1 transcript 2506 9582 CDS_1 CDS 2506 2655 CDS_2 CDS 2757 2934 CDS_3 CDS 5095 5166 CDS_4 CDS 7500 7651 CDS_5 CDS 7955 8073 CDS_6 CDS 8198 8408 CDS_7 CDS 8526 8757 CDS_8 CDS 8847 8997 CDS_9 CDS 9214 9582 stop_codon_1 stop_codon 9580 9582 gene_2 gene 1 11718 11954 transcript_2 transcript 11718 11954 start_codon_1 start_codon 11718 11720 CDS_10 CDS 11718 11954 stop_codon_2 stop_codon 11952 11954 gene_3 gene 1 11994 15282 transcript_3 transcript 11994 15282 start_codon_2 start_codon 11994 11996 CDS_11 CDS 11994 11996 CDS_12 CDS 12354 12401 CDS_13 CDS 14250 14475 CDS_14 CDS 14888 15282 stop_codon_3 stop_codon 15280 15282 gene_4 gene 1 16277 19413 transcript_4 transcript 16277 19413 start_codon_3 start_codon 16277 16279 CDS_15 CDS 16277 16507 CDS_16 CDS 18065 18128 CDS_17 CDS 18264 18335 CDS_18 CDS 18421 18732 CDS_19 CDS 19008 19053 CDS_20 CDS 19131 19209 CDS_21 CDS 19321 19413 stop_codon_4 stop_codon 19411 19413 gene_5 gene 1 19789 32257 transcript_5 transcript 19789 32257 start_codon_4 start_codon 19789 19791 CDS_22 CDS 19789 19807 CDS_23 CDS 23584 23724 CDS_24 CDS 23830 23951 CDS_25 CDS 29204 29371 CDS_26 CDS 29571 29681 CDS_27 CDS 30275 30365 CDS_28 CDS 30445 30796 CDS_29 CDS 31987 32257 stop_codon_5 stop_codon 32255 32257 gene_6 gene 1 38658 50151 transcript_6 transcript 38658 50151 start_codon_5 start_codon 38658 38660 CDS_30 CDS 38658 38775 CDS_31 CDS 38853 38951 CDS_32 CDS 39063 39121 CDS_33 CDS 39350 39510 CDS_34 CDS 40394 40545 CDS_35 CDS 40835 40961 CDS_36 CDS 41491 41593 CDS_37 CDS 41717 41762 CDS_38 CDS 42039 42077 CDS_39 CDS 42157 42313 CDS_40 CDS 43016 43103 CDS_41 CDS 43442 43558 CDS_42 CDS 44438 44515 CDS_43 CDS 44605 44706 CDS_44 CDS 45456 45546 CDS_45 CDS 45717 45821 CDS_46 CDS 46021 46085 CDS_47 CDS 46993 47144 CDS_48 CDS 48781 49013 CDS_49 CDS 49541 49677 CDS_50 CDS 49837 49947 CDS_51 CDS 50041 50151 stop_codon_6 stop_codon 50149 50151 gene_7 gene 1 53180 56098 transcript_7 transcript 53180 56098 start_codon_6 start_codon 53180 53182 CDS_52 CDS 53180 53373 CDS_53 CDS 54385 54790 CDS_54 CDS 55402 55608 CDS_55 CDS 55719 55896 CDS_56 CDS 55986 56098 stop_codon_7 stop_codon 56096 56098 gene_8 gene 1 56305 60392 transcript_8 transcript 56305 60392 start_codon_7 start_codon 56305 56307 CDS_57 CDS 56305 56368 CDS_58 CDS 57017 57297 CDS_59 CDS 58240 58366 CDS_60 CDS 59218 59356 CDS_61 CDS 59493 59581 CDS_62 CDS 60259 60392 stop_codon_8 stop_codon 60390 60392 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 1 10482 9880 transcript_9 transcript 10482 9880 stop_codon_9 stop_codon 9882 9880 CDS_63 CDS 10482 9880 start_codon_8 start_codon 10482 10480 gene_10 gene 1 64109 61907 transcript_10 transcript 64109 61907 stop_codon_10 stop_codon 61909 61907 CDS_64 CDS 61944 61907 CDS_65 CDS 64109 63071 start_codon_9 start_codon 64109 64107 gene_11 gene 1 65128 64149 transcript_11 transcript 65128 64149 stop_codon_11 stop_codon 64151 64149 CDS_66 CDS 64168 64149 CDS_67 CDS 64722 64513 CDS_68 CDS 65128 65011 start_codon_10 start_codon 65128 65126 gene_12 gene 2 71445 65379 transcript_12 transcript 65768 65379 stop_codon_12 stop_codon 65381 65379 CDS_69 CDS 65768 65379 start_codon_11 start_codon 65768 65766 transcript_13 transcript 71445 65379 stop_codon_13 stop_codon 65381 65379 CDS_70 CDS 65803 65379 CDS_71 CDS 67270 66770 CDS_72 CDS 68550 68310 CDS_73 CDS 69505 69362 CDS_74 CDS 70316 69824 CDS_75 CDS 71445 71432 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 125 8198 8755 match_2 match 50.8 8848 8985 match_3 match 125 8198 8755 match_4 match 58.2 8848 9006 match_5 match 101 8201 8755 match_6 match 55.8 8848 8997 match_7 match 101 8201 8755 match_8 match 55.8 8848 8997 match_9 match 109 8219 8755 match_10 match 59.3 8848 9009 match_11 match 109 8219 8755 match_12 match 59.3 8848 9009 match_13 match 187 8198 8758 match_14 match 77.4 8848 8997 match_15 match 125 8198 8755 match_16 match 52.0 8848 9003 match_17 match 127 8198 8755 match_18 match 56.6 8848 9003 match_19 match 131 8186 8755 match_20 match 57.8 8848 9003 match_21 match 119 8198 8755 match_22 match 53.9 8848 8964 match_23 match 154 8198 8758 match_24 match 47.0 8848 8991 match_25 match 154 8198 8758 match_26 match 47.0 8848 8991 match_27 match 154 8198 8758 match_28 match 47.0 8848 8991 match_29 match 154 8198 8758 match_30 match 47.0 8848 8991 match_31 match 150 8198 8755 match_32 match 149 8198 8755 match_33 match 55.5 8848 8967 match_34 match 56.2 8848 8967 match_35 match 148 8198 8755 match_36 match 60.5 8848 8997 match_37 match 143 8198 8755 match_38 match 50.8 8848 8955 match_39 match 141 8198 8755 match_40 match 54.3 8848 8955 match_41 match 140 8198 8755 match_42 match 49.3 8848 8967 match_43 match 112 8219 8755 match_44 match 55.1 8848 9009 match_45 match 167 8198 8758 match_46 match 65.1 8848 8994 match_47 match 134 8225 8758 match_48 match 54.7 8848 8955 match_49 match 120 8198 8755 match_50 match 53.1 8848 9009 match_51 match 108 8198 8770 match_52 match 28.1 7987 8079 match_53 match 42.7 8848 8943 match_54 match 109 8198 8770 match_55 match 28.1 7987 8079 match_56 match 43.5 8848 8946 match_57 match 106 8198 8770 match_58 match 27.7 7987 8079 match_59 match 43.1 8848 8946 match_60 match 145 8186 8755 match_61 match 58.2 8848 9003 match_62 match 37.7 7987 8073 match_63 match 112 8198 8755 match_64 match 57.8 8848 9003 match_65 match 143 8198 8755 match_66 match 58.5 8848 9003 match_67 match 112 8219 8755 match_68 match 51.2 8845 8997 match_69 match 142 8291 8758 match_70 match 67.0 8848 8997 match_71 match 177 8198 8758 match_72 match 69.3 8848 8997 match_73 match 172 8198 8758 match_74 match 69.3 8848 8997 match_75 match 174 8198 8758 match_76 match 58.9 8848 8997 match_77 match 174 8198 8758 match_78 match 58.9 8848 8997 match_79 match 116 8204 8755 match_80 match 57.0 8848 9003 match_81 match 109 8198 8758 match_82 match 52.4 8848 9003 match_83 match 124 8198 8755 match_84 match 46.6 8845 8964 match_85 match 139 8198 8755 match_86 match 54.7 8848 9003 match_87 match 115 8198 8770 match_88 match 45.4 8848 9000 match_89 match 136 8198 8755 match_90 match 55.8 8848 9003 match_91 match 188 8198 8755 match_92 match 76.6 8848 9003 match_93 match 196 8198 8758 match_94 match 74.3 8848 8997 match_95 match 73.9 6721 7098 match_96 match 62.8 7203 7412 match_97 match 192 8198 8758 match_98 match 74.7 8848 8997 match_99 match 128 8198 8755 match_100 match 58.9 8848 9006 match_101 match 40.4 8848 9003 match_102 match 122 8204 8755 match_103 match 112 6718 7098 match_104 match 117 9202 9579 match_105 match 215 8198 8758 match_106 match 101 7203 7421 match_107 match 89.7 8848 8997 match_108 match 120 9202 9579 match_109 match 117 6721 7098 match_110 match 209 8198 8758 match_111 match 98.6 7203 7421 match_112 match 90.9 8848 8997 match_113 match 124 9202 9579 match_114 match 122 6721 7098 match_115 match 214 8198 8758 match_116 match 98.2 7203 7421 match_117 match 89.7 8848 8997 match_118 match 105 9202 9474 match_119 match 129 6724 7098 match_120 match 92.8 7203 7412 match_121 match 223 8198 8758 match_122 match 81.6 8848 9006 match_123 match 123 8198 8755 match_124 match 55.1 8848 9003 match_125 match 123 8198 8755 match_126 match 55.1 8848 9003 match_127 match 123 8198 8755 match_128 match 55.1 8848 9003 match_129 match 115 8198 8758 match_130 match 49.3 8848 9003 match_131 match 147 8198 8758 match_132 match 49.3 8848 8997 match_133 match 50.4 8848 9024 match_134 match 154 8198 8758 match_135 match 145 8198 8758 match_136 match 46.2 8848 8946 match_137 match 144 8198 8758 match_138 match 46.6 8848 8997 match_139 match 157 8198 8758 match_140 match 47.4 8848 8997 match_141 match 150 8198 8758 match_142 match 47.8 8848 8997 match_143 match 155 8198 8758 match_144 match 48.9 8848 8997 match_145 match 160 8198 8758 match_146 match 48.9 8848 9000 match_147 match 154 8198 8758 match_148 match 158 8198 8758 match_149 match 46.6 8848 8943 match_150 match 45.1 8848 8997 match_151 match 158 8198 8758 match_152 match 156 8198 8758 match_153 match 45.8 8848 8943 match_154 match 47.4 8848 8997 match_155 match 157 8198 8758 match_156 match 104 8222 8755 match_157 match 57.0 8848 9009 match_158 match 150 8198 8755 match_159 match 53.9 8848 8952 match_160 match 120 8216 8755 match_161 match 57.4 8848 9003 match_162 match 141 8198 8755 match_163 match 48.9 8848 8952 match_164 match 141 8198 8755 match_165 match 48.9 8848 8952 match_166 match 106 8177 8755 match_167 match 65.5 8848 9003 match_168 match 36.2 7990 8073 match_169 match 38.5 8848 9000 match_170 match 121 8198 8728 match_171 match 122 8198 8770 match_172 match 45.1 8848 9006 match_173 match 113 8219 8755 match_174 match 53.1 8845 8997 match_175 match 117 8186 8755 match_176 match 55.1 8848 9003 match_177 match 38.1 7987 8073 match_178 match 144 8186 8755 match_179 match 57.0 8848 9003 match_180 match 37.4 7987 8073 match_181 match 142 8198 8758 match_182 match 51.2 8848 9015 match_183 match 141 8198 8758 match_184 match 54.3 8848 8955 match_185 match 152 8198 8755 match_186 match 60.8 8848 8997 match_187 match 114 8198 8758 match_188 match 52.4 8848 9003 match_189 match 106 8213 8755 match_190 match 58.5 8848 9009 match_191 match 117 8198 8755 match_192 match 59.7 8848 9009 match_193 match 105 8204 8755 match_194 match 55.1 8848 9003 match_195 match 123 8198 8770 match_196 match 41.2 8848 9003 match_197 match 118 8198 8755 match_198 match 61.2 8848 9003 match_199 match 38.9 8848 9000 match_200 match 121 8201 8758 match_201 match 114 8219 8755 match_202 match 52.4 8848 9009 match_203 match 114 8219 8755 match_204 match 52.4 8848 9009 match_205 match 102 8222 8755 match_206 match 57.4 8845 9003 match_207 match 105 8222 8755 match_208 match 56.2 8848 9003 match_209 match 112 8198 8758 match_210 match 53.1 8848 9003 match_211 match 111 8198 8758 match_212 match 53.1 8848 9003 match_213 match 101 8198 8770 match_214 match 58.5 8848 9006 match_215 match 117 8198 8755 match_216 match 52.0 8848 9003 match_217 match 117 8198 8755 match_218 match 52.0 8848 9003 match_219 match 131 8198 8755 match_220 match 56.6 8848 9003 match_221 match 125 8198 8755 match_222 match 49.3 8845 8997 match_223 match 129 8198 8755 match_224 match 55.1 8848 9003 match_225 match 112 8198 8758 match_226 match 47.4 8848 9003 match_227 match 114 8222 8755 match_228 match 55.8 8845 9003 match_229 match 115 8216 8755 match_230 match 53.9 8848 8997 match_231 match 106 8219 8755 match_232 match 56.2 8848 9003 match_233 match 106 8219 8755 match_234 match 56.2 8848 9003 match_235 match 106 8219 8755 match_236 match 56.2 8848 9003 match_237 match 110 8198 8755 match_238 match 51.2 8848 9000 match_239 match 117 8201 8755 match_240 match 54.7 8848 9000 match_241 match 125 8222 8758 match_242 match 45.4 8848 9000 match_243 match 106 8222 8758 match_244 match 53.1 8848 9003 match_245 match 107 8198 8770 match_246 match 62.0 8848 8997 match_247 match 125 8198 8755 match_248 match 55.5 8848 9003 match_249 match 113 8198 8758 match_250 match 52.0 8848 9006 match_251 match 119 8222 8755 match_252 match 60.8 8848 9021 match_253 match 117 8198 8755 match_254 match 52.8 8848 9003 match_255 match 122 8219 8755 match_256 match 53.1 8848 9003 match_257 match 119 8198 8758 match_258 match 42.4 8848 9009 match_259 match 160 8198 8758 match_260 match 62.0 8848 9000 match_261 match 110 8204 8758 match_262 match 55.1 8848 9015 match_263 match 110 8204 8758 match_264 match 55.1 8848 9015 match_265 match 121 8204 8755 match_266 match 40.8 8848 9003 match_267 match 128 8198 8755 match_268 match 58.2 8848 9003 match_269 match 58.9 6763 7098 match_270 match 45.4 7954 8079 match_271 match 67.0 7203 7412 match_272 match 191 8198 8755 match_273 match 77.4 8848 9000 match_274 match 146 8120 8755 match_275 match 45.1 8848 8955 match_276 match 123 8198 8755 match_277 match 57.8 8848 9003 match_278 match 144 8198 8755 match_279 match 53.1 8848 9003 match_280 match 132 8213 8755 match_281 match 52.4 8848 8997 match_282 match 110 8198 8755 match_283 match 46.2 8848 9000 match_284 match 113 8198 8755 match_285 match 60.8 8848 9003 match_286 match 132 8198 8755 match_287 match 55.1 8848 9003 match_288 match 43.5 7984 8079 match_289 match 137 8198 8755 match_290 match 55.8 8848 9003 match_291 match 40.8 7984 8079 match_292 match 123 8198 8755 match_293 match 51.2 8848 8997 match_294 match 117 8198 8758 match_295 match 47.0 8848 9003 match_296 match 117 8198 8758 match_297 match 47.0 8848 9003 match_298 match 131 8198 8755 match_299 match 52.8 8848 9003 match_300 match 118 8222 8755 match_301 match 63.9 8848 9021 match_302 match 118 8222 8755 match_303 match 63.9 8848 9021 match_304 match 132 8222 8755 match_305 match 51.2 8848 8958 match_306 match 110 8198 8770 match_307 match 50.8 8848 8997 match_308 match 123 8222 8758 match_309 match 49.3 8848 9006 match_310 match 110 8219 8755 match_311 match 51.6 8848 9009 match_312 match 119 8213 8755 match_313 match 48.1 8848 9006 match_314 match 112 8198 8755 match_315 match 55.1 8845 8997 match_316 match 125 8198 8755 match_317 match 55.5 8848 9003 match_318 match 134 8198 8755 match_319 match 57.4 8848 9000 match_320 match 150 8198 8755 match_321 match 57.4 8848 9000 match_322 match 113 8198 8755 match_323 match 55.1 8848 9003 match_324 match 126 8213 8755 match_325 match 45.1 8848 8991 match_326 match 44.3 8848 9009 match_327 match 125 8213 8755 match_328 match 130 8198 8755 match_329 match 59.7 8848 9003 match_330 match 139 8198 8755 match_331 match 48.5 8848 8991 match_332 match 132 8198 8755 match_333 match 46.2 8848 8970 match_334 match 132 8198 8755 match_335 match 51.2 8848 8997 match_336 match 134 8198 8755 match_337 match 43.9 8848 8958 match_338 match 50.8 8845 9024 match_339 match 142 8198 8755 match_340 match 50.8 8845 9024 match_341 match 142 8198 8755 match_342 match 142 8198 8755 match_343 match 47.8 8845 8955 match_344 match 48.5 8848 9012 match_345 match 139 8198 8755 match_346 match 144 8198 8755 match_347 match 48.5 8848 8955 match_348 match 138 8198 8755 match_349 match 45.4 8848 8955 match_350 match 143 8198 8755 match_351 match 45.4 8848 8955 match_352 match 134 8198 8755 match_353 match 50.1 8848 8958 match_354 match 141 8198 8755 match_355 match 56.6 8848 8955 match_356 match 105 8222 8755 match_357 match 56.2 8848 9012 match_358 match 52.8 8848 9492 match_359 match 125 8177 8755 match_360 match 141 8222 8755 match_361 match 50.4 8848 8952 match_362 match 135 8198 8755 match_363 match 46.6 8848 8952 match_364 match 154 8198 8755 match_365 match 49.3 8848 8955 match_366 match 52.0 8848 9000 match_367 match 157 8198 8755 match_368 match 148 8198 8755 match_369 match 55.8 8848 9000 match_370 match 144 8198 8755 match_371 match 52.0 8848 8955 match_372 match 144 8198 8755 match_373 match 52.0 8848 8955 match_374 match 145 8198 8755 match_375 match 53.9 8848 8955 match_376 match 145 8198 8755 match_377 match 53.9 8848 8955 match_378 match 142 8198 8755 match_379 match 53.5 8848 8955 match_380 match 143 8198 8755 match_381 match 54.7 8848 8964 match_382 match 150 8198 8755 match_383 match 51.2 8848 8955 match_384 match 139 8198 8755 match_385 match 48.5 8851 8955 match_386 match 134 8198 8755 match_387 match 43.9 8848 8952 match_388 match 126 8198 8755 match_389 match 43.5 8848 8964 match_390 match 126 8198 8755 match_391 match 43.9 8848 8997 match_392 match 139 8222 8755 match_393 match 46.6 8845 8952 match_394 match 139 8198 8755 match_395 match 50.1 8848 8955 match_396 match 135 8198 8755 match_397 match 42.4 8848 8955 match_398 match 133 8198 8755 match_399 match 47.4 8848 8955 match_400 match 132 8198 8755 match_401 match 47.4 8848 8955 match_402 match 141 8198 8755 match_403 match 50.8 8848 9024 match_404 match 142 8198 8755 match_405 match 50.8 8848 8955 match_406 match 131 8222 8755 match_407 match 45.4 8848 8955 match_408 match 131 8222 8755 match_409 match 45.4 8848 8955 match_410 match 120 8198 8740 match_411 match 47.0 8851 8997 match_412 match 143 8198 8755 match_413 match 50.1 8848 8982 match_414 match 136 8198 8758 match_415 match 38.9 8848 8937 match_416 match 142 8198 8755 match_417 match 53.9 8848 8991 match_418 match 148 8198 8755 match_419 match 52.4 8848 8952 match_420 match 48.9 8845 9030 match_421 match 131 8198 8755 match_422 match 138 8198 8755 match_423 match 51.2 8848 9003 match_424 match 117 8198 8758 match_425 match 52.8 8848 9003 match_426 match 146 8198 8755 match_427 match 52.4 8848 9003 match_428 match 114 8210 8755 match_429 match 52.4 8848 9003 match_430 match 106 8219 8755 match_431 match 51.2 8848 9003 match_432 match 132 8198 8755 match_433 match 52.4 8848 8973 match_434 match 39.7 8848 9018 match_435 match 118 8204 8755 match_436 match 106 8222 8755 match_437 match 57.4 8848 9003 match_438 match 118 8198 8758 match_439 match 45.8 8848 9000 match_440 match 115 8222 8758 match_441 match 47.8 8848 9000 match_442 match 119 8222 8758 match_443 match 47.8 8848 9000 match_444 match 108 8219 8755 match_445 match 54.7 8845 9009 match_446 match 108 8219 8755 match_447 match 54.7 8845 9009 match_448 match 118 8216 8755 match_449 match 56.6 8848 9003 match_450 match 115 8198 8758 match_451 match 47.8 8848 8946 match_452 match 105 8222 8758 match_453 match 55.1 8848 9015 match_454 match 42.4 8848 8979 match_455 match 127 8204 8755 match_456 match 103 55719 55895 match_457 match 111 55396 55608 match_458 match 69.3 55985 56095 match_459 match 234 54383 54793 match_460 match 116 8198 8758 match_461 match 50.4 8848 9003 match_462 match 112 8216 8755 match_463 match 55.8 8848 9003 match_464 match 122 8222 8755 match_465 match 60.8 8848 9021 match_466 match 113 8198 8758 match_467 match 48.9 8848 9003 match_468 match 123 8198 8755 match_469 match 57.8 8848 9003 match_470 match 123 8198 8755 match_471 match 57.8 8848 9003 match_472 match 115 8216 8755 match_473 match 53.9 8848 9003 match_474 match 131 8198 8755 match_475 match 50.8 8845 8997 match_476 match 105 8222 8755 match_477 match 60.1 8845 9003 match_478 match 126 8186 8755 match_479 match 55.5 8848 9003 match_480 match 106 8219 8770 match_481 match 52.0 8848 9006 match_482 match 141 8198 8758 match_483 match 51.2 8848 8943 match_484 match 120 8198 8758 match_485 match 48.5 8848 9006 match_486 match 102 8219 8755 match_487 match 58.2 8848 9015 match_488 match 112 8198 8764 match_489 match 45.8 8848 9015 match_490 match 111 8198 8755 match_491 match 48.9 8848 9003 match_492 match 124 8198 8770 match_493 match 35.4 7987 8079 match_494 match 50.4 8848 8949 match_495 match 126 8198 8770 match_496 match 50.1 8848 8958 match_497 match 117 8198 8770 match_498 match 34.7 7987 8079 match_499 match 47.8 8848 8946 match_500 match 117 8219 8758 match_501 match 52.8 8848 9000 match_502 match 124 8198 8755 match_503 match 57.8 8848 9003 match_504 match 133 8198 8755 match_505 match 57.0 8848 9009 match_506 match 115 8198 8758 match_507 match 45.8 8848 9006 match_508 match 32.0 7978 8079 match_509 match 116 8198 8758 match_510 match 45.8 8848 9000 match_511 match 116 8198 8770 match_512 match 52.0 8848 8997 match_513 match 106 8204 8755 match_514 match 51.6 8848 9006 match_515 match 120 8198 8758 match_516 match 50.1 8848 9003 match_517 match 113 8198 8758 match_518 match 48.1 8848 9003 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_519 match 216 70276 69824 match_520 match 281 67280 66771 match_521 match 150 68550 68311 match_522 match 274 10488 9883 match_523 match 508 64109 63069 match_524 match 167 61835 61539 match_525 match 183 70177 69824 match_526 match 264 67280 66771 match_527 match 144 68550 68311 match_528 match 137 64100 63099 match_529 match 200 70312 69824 match_530 match 276 67280 66771 match_531 match 150 68550 68311 match_532 match 200 70312 69824 match_533 match 276 67280 66771 match_534 match 150 68550 68311