C03HBa0241F16.1 AAGCTTGAACTGAAGTTATTGAATTCTGTCAAATCCATGGAGAACACTAAATTATGAATT AGTCGAGTCATTAATTTCAAACTTCAAAAACAAATAACTTACCAGTGATATCCGTAGCTA ATTTTCCATTGCAGAATCTACCGGTGGGTTGACGAGTGACAAAATCCCTTCCATAAGGTG GATAATTAGCCTTAAAAAGAGTATGAATGTAGTCATTGTTTCCTACATCCACAGCGGAAT CGCCAAATGTAATGATTGCCGGAACAAGTGTTGTGGAACTTTGAGCATTATTCAGACGGA TGTGAATAAAGCCCAATAAAGCCACAAAGAAAAATGCCAATTTTTGCTGTCTGTAGATAC CCATATTTCCAAAACAAAACTTTGTACTTTGTTACTGACTTTCCTCAACCAAAACTTTAT AGTGAGCCAAATGTAAGTCAGAACCGACTGAGGATGAATAGCTGTGCATTCAAAGAAGGG AGATGAAGGTTGAGCTATAGCCATTAATGCCGCTTTGGAGGTAGTTAAGTGCCATTAATT CACAAGTTGCTAAAATCAATGTAAATATAGTCAGTACGAAATATCTTAATTTTCACCTTT TCATAAACATTGAGATTATTTATATCAATCATCATTAACAAAATCGTCTCCTAGTTAATA AATTCAAGTTTACACTATTTTAACTCGTGGAATCGATTCAATCCATGCTGAAACTCGGTA AAATTTGCGAATGACCTAAAATTAGAATTTTGAATTCGAATAAATTGAATAAAGATATAT TAAGTGAAACTTTTAACATAAATATAAAGTTTGAGCCGATATTACACCGATATATGGTCA TTCATGCCATACTTTTGTCATGTCCTCCTAGAAGGAGTAAAATTAAGATATTTTGTACAC AAACGGTAAATTTAGACATTATCCCTGAAAACAAAAATGAAATATTATTCATTAAACAGA GCTTTCATTGCCAGTATTGACAATAAGAAGGATTGTTTGTCAACCTCACAAACAGATCAA AATTGGTAGGGTGCAATAATTATAGAGATAGAAAGTAAGTATGTTGTCAATTCTTACACG AAGCTAATAATGAAAAAAAAGGAAGTAGTTGAGAGGCATTTGGTATAGCATTGGGCTGCG GCCACGAGCTAGCTAGGGAGCATGCATGTGATACACTTTAATTACCTCTTTCATAATTCA CTGCCTGCCTCACAAATGATGAGGCATTATACATATATTTACATCTGGATACCAGTTTGT GTTACATAGGATCAGTTGAGAATGAATTTGATACGAAATTTAAGAAAAAAGATAAAGATT TTTAAAATTTATGATTTAAATAAGTGATAGATATTTGTGTTGTTAAGTTTTATTTGTCCT AAATTTCTTAGCGTAAATAGATTTTTCTTTTAGGAAAAGGTTTTGAATTGACAAATCTTT TTTTCAAGTAGGAAAAGATTTAGGACTCTATAAATAGAGACATGTTCTTTCTAACTTAAT CATCATTCACAATGTAGTCTTAAAGGGCTTTGAGAGTTTTGATTAGGGGGAGAATTTGAG GCTCACAAGTTTGATACGTTATTACTTGTGTGGACCTCTCATGTATTTCGAGTGAACTAA TTGAGGTTGTTTCTCTCTGTATTTTGTACTCTCATATTTATAGTGGATTGTCCATCTCCT TTGTGGACGTAGGTCGATTGACCGAACCACGTTAAATCTTTGTGTCTTTTGATATATTTC TCGTTGTGTTTTTACTCGTGATCTCTCGAGGTTTGCTTTGCTAGCTTTCGCATTTACACC TACTTATTTTCGGTTCAATATGTGTGACTATAAATTAAGTAATATAAATGGGAATAGAGA GAGTACTATATGTTGCCTATTTTTTCTTTTATTCTTTTTTTCGATGTATTTTGTTATTAC TGGAAAAAACTAGTTCTACTTTGATTCTCCCACGACATGTTGGTTGTGGATAGACTATTT GGACGATTCTTTTCTCGTGAGCTAGCTTGTGAGCTTAAGTTAGACTTAAAGTAGTTTTTA ATTATCAATTCTATCTCACTTTATTGTGTTTATTAGATGTTGGACCTATCTTATAATGTC CATGCTTCAAATGCTATGTCACAGGTGTGCGACGAGTGTTGATTCTCCCAGTGGCGAATG GGTGTTTGGTTTCTTTGCATGGTCTCGAACAATTCTTTCCTTGTAAGCTAATTTTCAAAA TTGAGTTATACTCAAATTTATAATTTTCAAAATTGAGTTTTACTCGAATTTATAGACAAG GACGTCACATGTAGGTACAACGATGCAACAGGTTCATGTTGGTTGTGTTGTTGATAATTG AAACAATAATGAGAAGGAAGTTAGGTTTGAGAGAAATTTGGTCCAAGGATGGTAGACAAG CGACTTTAAAAGAGTGATTTCAATAGCAGTATGCAGCAAAGCTCTTAAATGTGAAGGAGA ACCACTCACTCTCATATTCATCATCTCCATAACCATATGCCATGATTGTTCTTCTACACT TACTAACTAGTAACTACTACCATATATTTATTTTTTTTCAATTTTTCATCTGGTGTCCGA TATTTTCATTATAATCCAACCGGATTTGAATTCTACTAGAAAGTTCTAGCTGAAACGCTC CCTAACAAAATCGATTAAATATCAAATTCAAAACCTCTAATTAAGAATAAATGAATATTT ACCGCTCCACTCGGTCAGTACAAAATAATTAACTTTGCATTAACAATTGAACTACATAGA AACCGCGTGTACTTGAATCCCTTTAAAGTCGTAACGCAATGAAACTTGAATGCATACAAA AAAAACACCAGCAAGACGTGTGATGGTCATGGATAATCAAAATTATGACCAAAAATGTAT TTTTTTATATTTAAAACATTTTTTTCCTTTTAAAAATATTAATTAAAGAAAGAACGTTGT TAGTTAATTATGTCTTAACATTTTCGGATGAATTAGAAAGTCACTGTTAACGAATTTCAA TGTTCCTAACTTAACTAATTTTTGGTATTGCATTTATAGCTTTGAGATGACGAAAATCAC TTCTAGAGCTACATCATTAACATGTTTAATTTTATAATGTGAAATACTTTTTAAATAGAT CGAGAATTAGCTCTATTGACATGAACTATTTTTGTCATATTTTTTAGAAATCAAACCTAA AAAGGATTAAAAAATAATACTTTTATTATAGTAATAAAGGATTGTACTAATGCTACTCAG TGGCACATTTATTAGTACTAATTACTATTTTGGCAATTTGTACTAAAGTCGGTTTGGCAG AATTCAGTTCCACCTCTCTATCTAATATTCCTAAAAAAAATAAAATTATTGGAGGTAAAT TCAAAGTCATTTTCGTATTTTCTCACTTGATCTGAGTAGAGATAAAAAGGGAAAAGGATC AAATATGTCCCTAAATTATATTCGAAAAGTTTTAGATGTCCATTTAAAGTTTGGTCCATA CGTGCCCTCGTCGTCCAATTTTTGGTCCAAATATGTCCTTATGGGCGTTAGTTGTCATGG TGGACATATCCAATTCATTTTTCATTTCTTTAAATGCCACATGAAATTGTCATGTCATTT TGACCTACCACATAACATTTATACGAAAATGGAAAGATATTTGGACTCATAAACACCTAA TCCGACCCATAAATCAGCTCCTTTTAAATTCACTATCCGACCATTTTTAACAATTTTGTT TAATTTTTATTATTGCGGTAAATCCCGAAAATAAGTAATTGATTAATAAAAATAGAAAAA ATATAAAATTAACGCCAAAAAGTCACAAATAAATATAGTAACCTTAAATCTAACATTTCA TTTTTTTAAATTTTTTATTTTTCGGTAAATCTAAAAAATAGTAATTGATTAATAAAAATT ATGAAAAGTATGAAAAAAAATATATAATGAAAAAAAAAATTAACGCCAAAAGTTCACAAA TAAATATAGTAACATTTCAGTCTATATTTTTTTTAAATTTTTTTATATTTTTTGGCAAAT CCCGAAAATGAGTTATTTTTTAATAAAAAGGGAAAAATATGAAAAAAAAAATATACGTCA AAATTCACAAATAAATATAGTAAACTTAAATTCAATAATTTTAAAAAATATATTTTTTTT TTCATATTTTCCTATTTTTTATTTCTGAATTTTTTTGCACAATTTTTTATATTTTTTCAT ATTTTTTGTTAATAAACTCATTTTTGGGATTTGTCGAAAAAATTAAAAATTAAAAAAAAG TTGAAATTGTTGAATTTAAGGTTACTGTATTTATTTTTTTAATTTTTGGCGTTAATTTAA TTTTTTCCCATACTTTTTATTAATCAATTACTCATTTCGGAATTTATCGAAAAATAAAAA AATATAAAAAAGTGTTTAAATTGAATTTAAGGTTAATATAATTATTTCTGAATTTTTGTG TTAATTTTAAATTTTTTTCATATTTTCCTTTTTTTATTAATCAATTACTCATTTTTGGAA TTTATCGAAAAAATAAAATTAACAAAATTGTTGAAAATTGGTCAAATAATTTATTTAGAA GGAGCTTGATTTATGGGTCGAATTAGGTGTTTATGAGTCTGAATATCATTTCATTTTCAT ATAAATGTTACGTGGTAAGACCAAAATGACATGACAATTCCATGTGGCATTTAAAGAAAT GAAAAATGAGTTGGATACGTTCAACATGACCACTAACGTATATTTGAACCAAAAGTTGGA TGGCGAGAAAATTAATGAACCAAACTTTAAATGAAAGGTATATATTTAGAGGCATATTTT ACTCTTTCTCCAGATAAAAATAAAATAAAATTCTGCATATGTATGGAGTTTTGAAAAAAA TAATGTACGTTCGAACTATAAATTCTCTTTGCTAGCCTAAAGTAGACTCGTAGGGCTGGC TCATTATTATTAATGTATCGATATTAATGTTAATATACATATAGTGGTCACACTCTGCAT TGTATTTGTACTCATCAATTAATATAATTATTATTTTTACCTTGTACTGGTATCACTAGC TACTAGCTGTAAAAAATGTTCATGTGCAATGCTCAAGTTTCTTTTACGAACTCCGTTTCA AAAAATAATGAATCTCTTTCCTGTTTATTTTGTTTAAATGAATAAATTTTTTTATAATAT TTTAACATTTCATATGACATATTTAAAATTATAAAATTAAAAAGTATTTTAATATATTTA ATATAATTTTAATTTAAAATCACAAAATTAAAAAGTCTTCTTTATTTTCTTAAATTTCAT TCTAAATTAAATTATACATTCTCTTTGAAACAAAAGGAGTAATTTATTATAAATAATAGG CCACTATAACATACTCCCTTCGTCCGGTATAATTTGTCATGACTATAAAAATTTTGACTA ATATTTTATGATATATTTTTTCATCATATTAATATACAAAAAATTGTAATTTATAGTACT TTTTATATAGTTTTAGAATATCTATTTTTTTTATAAAATATCAAATTAGTGTGATCCAAT TTACTTTTAAAAATTAAGCAAAATAATTTTTAATAAGCATAACATGACAAACAATTCCGG AGAGACAAAATATAGGCTAGCCTGCTAAAATCCCTTGGAAAGTCGTGAAATTTAATGCAT TATTCACTACAGCAGCAGAAGATTTTTACCATATAAATTTTTTATATAATTTATTTTTAG GGTTGTTCACGATTATGATAAAAATATTAAATTGAATCGCAACTTAATTCAATTAAATTG TTTAAGAAAAATAATGTTTGATTTTGTCTGCTTAAATTTGATTTTTAAACTTTGAAAATT GATATTATTTAATTTAATTTTAATTTTACTTAAAATTAAACAAAACACAAAAATAATCAA ATTGAATTGAAAAATTAGATATATAAATTCCTCCATTTTTCTCTTTTCCCACCCACATTT TTTTAAAAAAATAACAATAAATCTAATGTTTTAAGTTATAACTGTAGTTAATTATAAAAA TAAATCAGAAACTAAGTAACAATTACCTCTTGATTCTTTAAACTAGATTAATAATTAGTA AACATTTTTTAAAGTATAAGGACTAAGTAAAAGTAAATTGAGAGAATCATAGCTATAATC TAAACTTAGATTTAGAAAGTACAATATAGTATTTTGGTTTATTTTAACTAGATTAATAAT TAGTAAACATATTTTTAAAGTATAAGGACTAAATAAAAGTAAATTGAGAGAATCATCTAT AATCTAAACTTGATTTAGAAAGTACAATAAATGTATTTTGGTTTATTTTTCAGAAGGTGA CTAACGCAACTACACAAGTATTACTCTTTTACCTACTATAAAAGTAGAAATTAAATAGTA TTAGTACTAAACATTACCATATATATATATATATATATATATATAAATTAATTTTAAATA ATCTAACTTTATTTATATCAATTTAATAATTGTAAATAAGGATTGCACTGTTATTAAACC TCTTAAACGAAGTTTATCAGAATTAATTAATGAATGAAAGAAGAATTACGAATGAAGGCC ATATGGTGTTTGATTTTTGCCTGTATTTTCATTCTCTATTTGTGCGATAGTTGGGCTAAA AGAAGAATCGATACGAGGATTAGGAGAAGAAGAAGACTTTCATCTAACAACGGCGCCGTA TTACCAATTTCTTCCCGCCACGCGCTGCCGTCCTCCGCCGCATCCCTACCTAATTTCAGC CACCACCAGCAGCAGCCGGCGGAATCACTCGAAGAAGATAATTATGAAATTTTGATTTTC ATTGAAGGAAACGAAAGCGGAAAATCGAACATTAATGAGGAGAACGATTGCGCGATTTGT TTATCGGAGTTTTTAAAGGAGGAAAGATACGGTGTTGTTCCGGCTTGTACCCATAAATTT CACGCTGATTGCATTATGCTTTGGTTGGTAAGCAGCATAAATAAAAATTGCCCCATTTGC AGGACTCGTGTTTAATCAAGTTTTAATTATTATTTTTTATTCGATTCGATGTTTGATAAA TTTTAAATTTTTTGTTACACACGTATCATAAGTGAATTAAATTACGCATAGTTGATTGTT ATACTGCACATTGCACATTGATCATGTAATTATGGAGTTCTTACCTCTTTACTTCTTTTT GACTTTACTTCTTATAGATATTAGTGATTTACCTAATAATAGGGGTTGTTTTACGTTAAT GAGATTGAGAAATAAATAATTTTGAATTTTTGAGTGCGTATGTTTTATAAGTAAAAAATT TAATTTATTAAGTTTTGACTTATGAATACACTTTCAATATTAAATTTTTATTCACAAAAC AAACAAGGTCAAAGTTTAAATTTGTTATTTCTAATGTTAATTTTTTTTTTCTTCAGTTTT TGCTTTGTTGCTTTAACTAGACAATTAAAATATTTAGTTTTTCTTTATTGCTTTAACTAG ACAATTAAAATATGATTCAGGCTGTTTCGAGTGATAAGATTAGTCTATAATTGAACAGTA AATTTTTTTAAATCAGATCGTGACAGACACAATATCTACAATTATAGAAGTTTATATACA AACACATTTCATATTTCTATTGATTCAGCATAACATAGTATACAAATATATTTTATGGAT AGGTTACTTCCCAAGATGACATGGAATTTGATAAAAGCAATTTAGCTTATTGATTATGAT CAAGAAGACACAAAATAGACAAATACGACTTTTGAAATGCTTTTCGTAAGGCATGCGAAA GGACCATGTCATTGCAAATTTGACAAGTAAAAATAAAAAATTACAATTACTCAAAAATCG AATTTTAAATTTCGAATTACATATGTCGATTAAGGCGAAACGTTGTTGGACTGTGAATTG ATAGGAGAAGCACAACAGCTGCAACAAGATCCTGGTGTTGAAGGTTGACAACACACACAA GCAGGACATATTGATCTCCTCACAAGTACTTCTGTATAATTAAATTTGGATTACATAAAA GATATTATAAATGAATAACAACGATATATTTTTGATGAATTAATAATATGTATAATGAAT TACCTCTATACACATTAGAACGAGCAGCAACACCTTCTTGGATTCCAGGAGATAAAATTA AACCAATAAAAACAAGGGTTATGACTATTAAACATCTTGGAATTATAGCTCCCATTTGAA TTTTAGATGAGTAAACAAAACTAGGAGTATATTTTATAGTGCAATATTAGTAAATGGAAA ATTAATGAACCTTTGAGAAAAATTGAAATAATGTGTGTTCTCACTCAACAAACTCAAGGT TGACTTTGACTACAAGTTAATTTGTTTAGGGGAATCTTCAACTTAATCAAATAGATTTGC TATAATTTTATATGCAATTGGAGGATTTATGAGCTTATCTTACTTTAATAAACATTAAAT AATTGAAAAGTCAGCAATTGCGACTGCAAATTTAGAATAAGTCTTTAGTTTAATTTTTTT GGGGCAGATTTTCAACTCTCAGAATAATACTCTGGTTTATGCCGCAAAAAATTTCCACAT CAAAAGTTTGACTTTTTTTTTAAAAAAACTAATAATATAAGCGTATTACATAAATTTCAT CAATTTTAATCCATAAACTTTAAAAATATAAAAAGGAGACAATTTCTCCTTTTGTAATTC TTCATTCATTTGGCCCGTGGTAATGGCGGAGGAGAAGATTTTGAAGAATATAATTCAAAC GAATTATAATTCGAATTCATAAGTTACAAAATATGTCATTATTTAAAATTAAATTGGTAA ACTAAAATCCATTCATTTTAATAATTCTAAATAAAATAGGAGTATGAAAGAAAAAAGAAT TAAAGCAACAATAATTTTAAAAAGTACATCATATCAAAAAAAAAAACAAAAAAACTTAGT ACCTAGTAAACTAAACACCCTTTTTTATATTATTTACTTTCATAGATCCAATGTTATTCA CACACAAACAAAAATTCAATTGACCTAAAATACATTGCCAAAAACATTAATTACATGAGC AAATTATTTTCTTGTTATGTAGAAATCATCACACAATATGTCTCTGATCTTCTCATCATT AATTTGCTTAATTCCACGATCACGGCCGGTCCACGGCGGCCTTAAACGGAACGAAACAAG CGCAGGCGCAACACGACGGCGTATTTGGTTGGCAACAGATGCAATTCTCACATTTTGGTT CTTTAACCCCAAGTTCTGCACCAATCACCATCAATTCGTTTTAAAATATTTTTAGTCCTT AAGCCAAAAATTCTAGTAAAGGGATTCAAAAATGAAAATGTTACACTAAAATTTTCAATT CAATAAGTTATATATATATATATATATATATATATCCTTATATTACATAATATGATAAAT TAATGTTATTCGATAGTAAATTACCTCGACGAGTCAGTCGATCGGCGTTGCTGGGCACAG CCGGAGATAAAACTAGCATAAACATAATGATTGTAGCCACAAGAGTTTTCTCAGAATTCA TAGCCATTACCTTAGACTAAATTTTGATAAAGTTATGATAATGTTGTTAATTAAGCATAC ACTAATTTCACTATATTAGTTATTATATATAGAGAGCTTGATGATGTAATAAGTTTATGT TTATAATATATGTTGCTTGATACAACAAGGCAAAAATCAATCACCATTTTTATTTAAAGT ATACGATGGAGGCTTTAATTAAATATACCACCCTGTTGGAATTGTTTTAATAAGTGAATT AGAGATTAAAAGACAAAAACATAGTTTGGAATAAGGTTGGGTCTAATGTTTATTTATATA TTGCTCAGTCCTATCGATAAAATATTAGACTGTCATTTAAGTTTGCAATATCGTAAAAAT CTTGGTATGTGATATAACGATAACATATGAAATAAACATCAGAAAACGATTACTTGCCAT TGTTTTTTTCTAATTTCAATTTTCTTCACATTAAATCAACAATAGCATCCTGTTTTACAG ATGCTCTATATGTACAATCAATTCTTTACATGTCTTTGTTAAAAATTAATTATATGAACT GGCATTTGTTCTACTGCTACTATTTCACCTAGTTTCTAGAGAGTTTCAAATATTTACAAT TCTGCTAGCTAGTCATCGAAATGCATTAATCACGTGCTTGGAATTGACTTGTGTGACAAA TTTCAAACAATTTAATTCTGGGTCTGAAAATTTACAAAGTCAGGTCATTTCTTAGGTAGT TACAAATATAAATTTCTTCATCATCATTAATCAATATTCCAATCTAATAAAACAGTAACT AAACTTATACTATTTCTGTTCATACTATTTCAATTTAGATTTTCACTTGTCACTTGTAAC ATTAACATATCAAAAAAAGACAAAAAATAAAAAATAAAAAAATCTTTGTCCAAATGTGAT CAGTAAAAGTGTACAGAAGGAGTTTATAACAGGCCAGGACAACTTTTGAGTTCAACAAGT TGAGTTTTTGTCAAGTGTAATGGAGAAATTAAGGTATGGTTGAAATACTGTTCAATAATT ATTTTTTTCAATGATATAATAAATGCAATTCGACCTTTGAACAGTTAGAAACTAAAGAGA AGAATATTGCAATTGAGGGCCAAAATAAATGAGTCAGTTGCTCATTGCAGCATTATAGAC TTTGAATTGTTCTTCTATAAACAGTTGAACTCCTTATTCTTTAGACTTTGAATTGTTCTT ACACTTGCGTAGTTATACTGCAAAGATACAAGTAGTCGAAATGAATGTGATATTTCTCAG TTTGAGTTTGTAACAATGGAATTGTTTGAATCTGACTTCAATAAATTACTGTGTTGCTTG ATGTACATTGTCAAACTTCCTGATGGAGACAGAAAAGATGAGAAATTATGCAATTATCAG TAACTTCAGACTTACCATTTTTACTTCAGACAACCTTGTCTAAGTTCTTGCTCCTATGCA ACAGTTGACACACCACTCCCTTCTCATACCTTCATTCTCTTAGACGGGCCTTGATCAATA ATAGGATCAATTGGAGGCGGCTGAGTCTCTGGTTGCTGGTTTTCAGAGGGTTCTGAAGTG GAAGGGGGTGCATAGCCTTCTGGTAAAGGTGGAGGCAGAGGTACTGCAGGAAGCTGCACA AATAAAAATAAGTATCTCCATTTTAGAACTTGATCTATTGAATTTCAACACAAATATCCC CGTAAATGAAGCCTGGGATTGCAAATAAAATTTCAGAATACTTCCAAGATAACTACTTCA CAACTCAAATGAAGCTACTTGACTTAAGATTAAGATTGACGACCTCATACTTTTAAAATG AACTGGACAAGATTAATTGGTTAATCTAGGGTAAGAAAGCTCCATGCAGACCATACAAGG AATTACATTTACCTTCCGCTGTAGAGAAGCAAGGATGTGATCAACTCGCTTAAGTTCCTT GAAGTCGATGGCCTCTTTGGCGGGCTTAGTTTCAGATGCTTGGCTATTGTTTTCCGACTC CACTGCAAAAAGAATTTATTGAATGGGATCAACATAATGAAATAATAGTAAAAATGATAG AAATGACATTGCAAGCTGAACGTAAGATTATTGATTTAAACAATATAAGATTTATACATA CTGCACACAAGTCCAACTTATCGTAAGACATCTAAACACACCCAGGTCTGAACTCCCGAC TTTCAACCTGACAACTAAATGGCTATGTGTCGTAATAAGAAATTCAGTGTTAAAGTAGCC TTCTGAAATTTTTTGTTTTCATTCAAGCCCTTAAAAGGAACTAAAGAATAAAATAAACTT GTTGTCTACTACTTCATCTTCACCTCTTTTTGGGTTTTTTTTTTTTTTTTCTCTTTTTGG GTTGGGGTGGGTGAGAGTGGGGGAATGGAGATTTGGGTGTTTGCATAACTCAAAACCCTT TCTTTGTAGATAGCTAGAAAAAATTCCAGTAACGGCACACTTTTCTCCAAAGCACCCACA TGCACAAAAAAAAGGGTTTAAAGGATGGAAAATTTAAGGAATGAGATATCAAGATACCAT ATCCAATCTTTTCCAATTTTGAGGATGCAGTACCGAAAGCTTTTGATATATGATATAGAG CACGCCCCTGTCAAATAAGTAAATGAACATCAATTGCTTTTTATATTCCATCAATGAATT ATTCGACCCACACAAAATTAATATGTGATATCCATATCGCAGAAAAAAGGGGGACAAGTT TTCCCCATAAAAGCAGAAGAGTACTTCAAGCATATCAAAAGTTCACACATATTACCTGCT TTACACAATACTAAAGACAGATAAATACAGAAGAACATTGTAACCAATTCTGATCCTCAT TGCATTATCCCTCTAAAGTTTCCTCCCTATGAATTTTTTCAGATGAAATTCCTTTTTTCT TTTTTTAATGATAAGGGAAATGTTGCTACTCGGGTTTGAAACAGAGACCTTTAAATAATT AATCACATGGAATTCCTGCAGTTTCCTCCAATTTCAACTTCCTTTTTAACTCTAATTCCT TTGAAATCCTATAAAATTAGAAGAACCCCATCCACAGACCGAACCACATTACCTAGCTGA GATCTTCCAGAGATAGCTTACCAAATTTCTTCATACAAAGAACCTAACATGTCATGCCTA CTTCAAAAGTTCCTCTTATGAGTCAAAATACGCAGTAATTAAAAATCAATAACCAAGAAC CAGACCTTGGCGTGTACTATCTTTAATAGCATCTAGTGCCACAAATAACTCACATTAAAG GCATACACATCAAAAGCAAAAATAAAGGATCAACAGTGATCTTTCCTAAAGTACTAGTAC AGGAGACAGAGCTTCATTTCCTCACTGCACAGAGAAGTTCAAGTGACTGAACAAAACCAT TGTTCCCGTTTACTCTCATCCGTCCAGTCTCTCATCATCTTGTACACATAAATCCTTAGG AAGCCATGCTTTTGTAGTTTATTGAGTTTTAAATAAAAAAAGAACAGATCCTAAATTATT AAAATGGTACTTTCTGCAAACTTTTTTATGTTGATGAAGAAGGATTTTTTATCTAACTCT GCTTTGTATGTTCACCACCCTCTGAGGGCTTCAATGTTCTTAGTTTTTTGCAAAGCATTC AACAGTTCCAAAATAAATTCCTTTCTGAGGGCAAGGAAATTATTGCACACCTGGTATGGA TCACCCACAGAAAGATCAGATGTAAGCACCAGATCAAAACCAATCTACTGCCAGGAGTAT GAAATAGTTTTTTCCTGGATAAATCAATAACACATGATTATTGAATTTTGAACAATGACC TTCTAGGTGATAGGAAGGGATGTTTTTCCAGCAAAGTAAGCTATTCTACAAGGCAGAAGG GAGGATTTTTTTAGAAGATTTATCTTGAGTGCTCAGTTAAATAACGATTATCTTTCTCTG AAAAAAAAAGACAGAAGAAGGGGAAGCGAAATATATTTCCTACCCAAGAAAGAGTCTTAA CTTCTTTGCTACTAAACTGCCCAGATTCTTAAGCTAAATATAAAGATTGCTACTCTTAGT TTATCTAGATAATGGCATATAAGATACAGGTAGCAAAAGACAATTTAATGGCATCAACAG GACTAGAATACTAACAAGTCGAGCTGCAAATACATTGCAGAGCTGCGGAGCTTGGTATAT TGAACCATCCAAGATGTAATAAGTCAGCATTGGTGTGACCTTCTCAGGGCTATCCCTCTT TTGCTTACGGATGACAAAGAGATTAGGCTCCATTACTTCACTCAACGTGTATTCCATGCC CGTCATTTTCCTACAAAACAAGTTGCATATTTTCAATTGCAAATTTAGTTGTGCATGTCT CCATTACCTAATACCATACATTCACATATGGTCTTGAAAAATCGAGAAGTACTCATACAA ATTAAGTCTGGGCACTTGCTAACGAACTTGTGCTGAGCAACAAAATCGTTAATTTTCCCC AAATATCAGTTAACTCCAACTTGTACTTGTGTCTATCAATTTTACCTCTTCCAACATACT CTACTTTCCCCCAAATCTCTAACCCCGCCCTAAGAACTCCAAACTGATTAATTACACATC GCATCTTCAATCTACCTTCTACCAGCAGAAAATTAAAAGGAAAACTATGAATTGAAATCC CAAAAACTCAATTTCGCAATGTCAGCAAATCTAATTGTGCAATTCAAAAAGATCAAAACT TCGTTTTCTAAGCAAAAAAAGGGGGAAAGGAAAAGAAATCATACGAGATATGAGAAAAAT CCAGCGGGTGGATGGCGCGGGCACGGAGTTGTTCATTATTGCAGGTCCAATCGTAGAACG GGGAGAGTGCAAAATAGTCGAACACCAGGTTTTTGTCGAGCGGATAAGTATTCAGCCACA GCTGGTCTCTGAAACATATGCTCGTCATGTCCGTCCCAGGTAGCGGTGGAGCCACCGGTG CACTTCCATCGGCGTTCAGCGGCATCATCGGCGTCGACGCCATCTCGTCCTTAATTAACT TAACCAGTATTCACGACACTGTAGTAATTAAACAACGGATAATTAATGATTAGTAAAGAA ATAGCACTACAATAATTAAACAACGGATAATTTTTAAAAACCTAGTAGTAATTTCGGAGA AAAATATAAAATACTAAACTAATTTAATTCAATTAATTTTAAAAAATTTATCAAATTTAC AACGATGAGGTGGACACGATAAATACAAGTGAATTCAAAAGAGCAACTTTTATATTTCGT TTTGTTAGTAAAATTTATTTTGTTTTTTTAATCAGAGATTCATTAATATTAAAAAATAAT TTATTTACTAAAAAATAGTTAAAATAAATATCTTACGGTCTAGTAAATAATCCTTATCAC AAAATTTTACATATGAAATCTAATATTACATGATAATGACTATTTTATTACTAGTTTATT ACTAAAAAGTGGTCAATTAACTATACTACTCAGCTCCATTTATATCTTGTAATATTGATC TTTTTTTTAGTGATGTCAGTTGGAAAACAACATCAATTACGAAATATTAAATTTAAAATA TTAATTATTTTTTAAAATACAAACTTAATTTTATTTTTTTTACTATTTATGAATTTATTA ACGTATCTTCAACACGTTTTCAGACACGTCCTTAATGAAATACTTTTGATTTATCAGAAT AATTATAGTTTTAAGTTAATAAACAAAAGCATCAAAGCCTATAGAAAATTCAAAAAATTT CTCACCTAAGGGGTAAGGTCTTTCCTTCCCCAGAACCTTTTACCAACATAATTTTTCTTC AAAAATAAACAAATTTTACTCTCTGAATTTCCATCTAAATTCCACAAAATATATTACTAC TAACAATTAATCCCTTATATTGTTAAGGCATTGATGTCTCTTGATGAGACCTGAATCACT TTCATCTCTCAAGGTAATTTATATATAATATGTTGGTCGCTAATTCCTATTTCTATTGAT ATTTCATCATTCAAAGGATGTAGATTAATTGACATTCATGTAGCAAATAGCCATGAATTC TATGTATTTTTCAAGTATATGAGAAATGCCTCATCGTGTTACCGCGAGGGCAAAATCATT TTCTTCTCAACCATCCATTGCTCAAAAATTAAAAGATGATCCTGTAGATCCTAAAAATGC TCAGGGTAGCGTTACATGTGTTTACCAATCTCATATCGGGGGATATTGGCGTAATGTGAC TGTTATATGGAGAAAAAATATGATGAATCATTGCCTTACCATATCTGTTGATAGCGTAGA GAATGAAGATCATCAAACTTGCAAGATTGATCTTAAACCTTGGCATTTTTGGGCTAAAAA AGGTTACAAGACATTTGAGGTTGATGGATATCAATTGGAGGCTTATTGGGATTTAAGATC AGCAAAATTTTCAGGTAGTCCTGAACCATTTAAAGATTTTTATGTCGCGTTAATTGCAGA AGAAGAAGTTGTTTTATTATTAGGTGATTACAAGAAAAAAGCTTATAAGAGAACAAAATC AAGGCCAGCTCTTGTAGATGCATTGTTGTTTTACAAAAAAGAACATGTTTTTGGTAAGAA AAGTTTCTCAACAAGGGCTAAATTTGAAAACAACAAAAAAGAAAGTGATATTGTTGTAGA AAGTTCAACTTCAGGGCCAAGAGATCCTGAAATGTGGATAAGTATAGATGGAATTGTTTT GATTCACATAAAGAATTTGCAATGGAAATTCAGGGGAAATCAAACGGTACTAGTCAACGA GCAGCACGTACAAGTTTTTTGGGATGTGCATTCTTGGTTGTTTTGTGAACCTGGTTCTAC TCATGGATTGTTCATTTTTAAGCCAGGTGTGTCTGAATTGGAAAGTGACAGAGACGGAAG TAGCGTTGGAGGTGACAGTGATTGTAGCGATCATACTAAGTATTTTTCAACATTGAGTCA CTCCAGAGCCTCACCTTTTTGCCTTTTCTTGTGCGCATGGAAGATTGAGTAACGATGAAA GAGAGAAGGAGAACATGTTTAGGTGGTATGGAAGTCCTTAAGGGAGGCATGATGCAGAGA CGGATACAAATCGTAAACTTGATGAGTTCAACCTTTAAGGTTCTCACAATTTAAACTTGT TATTGTTTAAGTGAAATTTCATTGTGTATATTTATGTACTGTATTGAAAACGATTAGTTT AATTGAACTCATCAAATCCAAGGTCCGTTTTTGGAGAGGGATTGCCTCTGCATCAAAGAA AATTTCTTGTGGGATTTGATTGAGTAAGTTTATGGGTTTCATTTTTTCCTTTTTATTATC CTTCTCCAAGTCTATGTGACTTTTGTAAATTGTGTTCTGTATATTATTCAGCAATATGAC ACCAGTATTAGAACATCAAATGGTTGACATTTCTTTCGACATCTTTTAGAGCTTGAAATC TCATGTTCTGCTGTCAACATGATCGATAAAATTGTTCATATAGTTTATTATTATAAGTAT ACTAGTTTCCGAGAACGTGCGTTGCACGTTTATCCTAAAATCCTTCATATAAAGTTTGTA CTGCAAAAAATAAATTTAGACTATATATATATATATATATATATCAAGAATTAGCTATTA TCACATTTGTTACCGACCCAAAGGTATATATGTACATTTCACAAATTTCGTCAATAATTT ATTTCCTCGTAAATTTAAAGAATAAAGTTACAATGGTTCATATCAACGTATAAGACACCA TTGAATCTCTTCATCTTCATTTTTATTCTCTTCATGATAATTTTTTTTTAATCTTTCTTT AATTTTTTTGTTAGTGAGTTGGATTCACTTGGACAGAAATCACATCAACTTTTTGTCTTG TAGGATATTCCATTGATTTTCATGAATGCAGTAAGTGAGTTAGAAGTCTTTCTTCTTGTC CTTGTGTAAAAGACTTTTTTTTTATTCGAGAATCCAATTATGTGTTCTGTTTCAACTTCT ATATAATGATTTTTGTATAAAAATCAAACAAAAAATTAATTAAGACCACATCAACTTATG TAGAAGCAATTAATTGCATATAAGGAATAATGATATATTACCTGGAAATCGATACCACTT GAAACAGTTCAATGTGTGTTGCTTCACTTACTACATCATCACTATGAAATATTAACGTCA TTTCTTAACTGTATCTTCATAAAAAAGTCAAATTAACCAAATTCTTTAGTAGTTGAAATA TTCAACAAATAGATGAGTTAAAATAAAGATAAATAAAACATTGAGCATAAAAAACTCATA TAAAAAAATAATAGAGATAACATGATTACATGAGAAAGTAGAATACATAATATAGGAAAA TGGAGAATCTGCTAATAGAAGATAAAAACGTTACAAATTAAGTGATTCAAGAAGTGATCT TTTGATATCTTTAACCTAACACCTTAATATGAGTTTTTTTTTTTAAAAAAAATGACAATG GTTTAAAGAGCATAATAAAAGTAGGTAACTTAAAAGGCTAAATCATTATTGCTATATTTT TGAAATTATTTATTCCAATGCATGTATATTTTTTTATATAGTAAAATTTTATCTAGAAAT CAATTATAATTATGAATGAAGGACAATAAATTTCCACTTTAAGAATTGAATTAGGTCTTT ATTATGTTATTAATTTCAGTAAGTATTATTTAATAATATCTATCATATGAACTAATATCT AAAACATAATTAACTATTGTAGGGGTAAAATGGTAATTCAACTTTGGATTTGGAGCTTCA CGCTTATAATAATATATGATATGTATATATGTATCTTTCTTATAGATGTACGTACATAAA CCATCCGGAGTACTTCATGATTAAATTGATAATATTGTTTTTCATTGTCATTGTCACAAA TTTTCCCTCTTGAAATACTTTAGACCAAGCAGTGGTTGACGTATTCAAATCTAAAAATAT TTAGTTCAAATAGTGCTAATATTGAGAATTTTCTATTTGTGTAATTCAGCATCTCAAAGA GAAACTGCAACTGGAGAAATCACAGATATTTTAATGAGATTTCAACTCCAATTCATGATC TCAAAGAAAAATGTTTACTTAGTCTCTTTTAGTTGACTAGACCAGGCCCCTGTAAACTAG TTGTGATTGTTTTTTGGAATGTGCATGCTCCATAGTGTGTTGAAAGGGAGCAACAATAAA AATTGTAGATCACAGTTCAGGTCGTGAAAATAATCAGGATAGACTGTCTACATCATATTC TTTGAGTGTGACCTCTTCGTGAACCTTACCGAATTTTTTGTATAACGAGTAATTGCCTCT TTATATGCTCTTTGGTGTTAGTTTACTAGTCTCTGTCTTCTTGAACAGTCACATTCACTC ACTCTTTTATAACTTTAATGATACATTTGCTTGATGTCATTTAATAGAATTTTCTTACTT CATCAGAAATTTGAATGTAATGGAACTTAATTATCAAGATTGTCATCATTAGAAAAGTCA ATTTCTCTCACAAATTAGGCTTAATTATTTTAATCGTCACTTCACTTTCTGGCATGCGAT TGCTACTGATAAAATAGAATGCATAAGAATAGTTCCTGTACGGGATAATTCTAAAGTCGT AACTTCTAGTGAATTTATAAAAACAAAATAATTAGTGACGCAACCTGGATTATGCATATA ATTAAGCTTGTTAATTACTTCCTGTTATAGTAATCAATAATCTAGAGTTTTGGTTTAGCT TCAACGTTGAAATAGCGAAATGACTAGAGACTTGATTTTTACCTTTCTAATTTGTATTTC TCTCTTTGCACTTGAAGCTAACGCCCAAATTGATCAATCAGGTATATACAATTTCTTCTA TCAACTCATTTTTATTTTTGATTATAAATGATACTTCTTGTTATATTCTTCAATTTTATT CAGGATTCATAAGCATAGATTGTGGAATTCCTCGAGGTTCCAACTACACCGATGTAGCTA CTGGACTCCAATATGTTTCCGATTCAGCATTCGTGGATACAGGTAGTAACGCTACTATCT CGAGTGAGTTTCACTCCGATGACCTGGAACAACAGTTGTACACACTCACAAGTTTTCCCC AAGGAAAACGAAATTGCTACACCATTAGAGTTGCAGAAGGAAAAGGAAAAAAATACTTGA TCAGGGCTAGTTTTTTATACGGAAACTATGATGGAAAGAGTCAGCTACTGATCAATTTTG ATCTTCACCTCGGAGTTGACTTTTGGACCACGATTCAAATTGTCAATGCTTCAGTTCCGT TATATGAAGAGATCATACACATTCTCTCATCGGATTTTGTTCAGGTTTGTCTAGTAAATA AGGATCGAGGAACACCATTTGTATCCGCACTTGAATTGAGACTCTTGAACTCAACCATAT ACAAGACAACATCCGGGTCACTACAAACATTCGTACGTCTAGATCTTGGCTCAACAGCCA CTCAAATAGTAAGGTAAATACTCTGTTTTCTTTCAAATTCATCCTCTATAACAACATTTG ATTATAACGTACTACTGTCAAATTTCATCAGGTACCAAGATGACATATACGATCGTTTAT GGTGGCCATATAATAATGATGAAAACACGATATCATTGAGTACGACTTCAACCATTGATA ACACCAACAGTTATCTACCGCCGACAAAGGTGCTGAGCACAGCAATAGCAGCAGATAATG ACACCGATGGAATATCACTTTGGTGGGAACCTGCGAATTCAACAGATGAGTATTATATCT ACTTGCACTTTGCAGAGATTGAAGCCAACCATGTCAATAGGCAATTCAACATATATGTGG ATGGAGAGTTGTATCAGGGGTCATTTGCTCCGGACTATATGTCTGTAACCACAATTTTTT CAACATCAGCTCTAAAGCCAAAAGACAGGCACCAAATTTCCCTCAACAAAACGGGAAATT CAATTCGTCATCCTACCATCAATGCCATAGAGTTGTATAAAGTTGTCAAGCAAATCATAA ACCCCCAAACAAATGACTTAGATGGTAAGTTTATGTGCGCGCGCACAAACAACTCACTTT TTAGAAGGAAAAAAAATACTTTTAACTCGTAAAAGCTTGGTCAAACAAACTATGTCCTAA GTTTGGATGGATTAATTATACTTGGTCCTTATTTCGATTCCACTAATTATTTGACATTAA TTTTGCTATTAGTTGAGGCTATTATGAATGTCAAATCAACATACGAGGTTAAAAAGAACT GGCAAGGAGATCCATGCGGCCCTGTAGCTGACATTTGGAAGGGTGTCACATGCAATTTTA ATGGGGATCTCCCCACAGTTATTTCCTTGTATTTTCCTTCTATGCTCTCAAATTTGATTT TTTTTTTTTAGTATAAACATGTTTCTTCTAATTTTGCTCTTTGGAGGATGAAACTAACAT ATAGTTAATTTGTTGAGTAGAGACTTATCTTCAAGTGAATTACAAGGGGCAATATCGCCT TACATAATAAGTCTCACAAAACTAGAAACGTTGTAAGTATCTATCTACTGCAAGCTTTGT CACTTGAACCAAACTAGAAAATGAAGAACTTGTACGAGGCTACTTGTTATTTCACAAATT TGAGTCGAACAAATTTTGAATCCACCAATTTGTGAAACAAATGAAGTCTCGACGCATAAA ATAAAATTTCCAGTTATATATTAAGTAATTTTTATGAGATTGTTGTGCTTTTGTTGAAGG AACATGTCAAACAATCAGCTGACGGGAGAGGTGCCTCCCAATCTCTCACAACTAGCCTTC TTACAAGAGCTGTAATTTACTCTCCTATAACTCATTTAGTCTCAATTTATGCGATACAGT TGCAGTAATATGATTTTTATTACATTATTGTTGTGTTTCTGTTGAAGGGACTTGTCAAAC AATCTGCTGACGGGAAAGGTCCCTGCCAATCTTGCAAAACTACCCTACTTAAAAAAACTG TAATTTCATCACTCATGACCTTTGTTGTTAATTATCTTGATCTACGATAATTTTTACGTT CAAAGTCACTATCAAAGTTTAGAATTTTAAAATTTTAATTGTCACATGAATTAGAACAGA AGGTATATTTATTTATTTAATTAAAACACAGAGTAATTTGGTTATCTTTGTGACAGATAC TTGAAAGGAAACAGTTTCTCCGAAAAAATTCCTGAAGAATTGCTGGAAAAATCAAGAAAT GGATCACTCGATTTGAGGTCTCGTTCCACTCTCAGAATCCATGAATTAATTTATGAGTAT ACAAAAAACATCCAAGATTGATTTAGAAAATTATCGATATTAATTTCTCATATAATTGGT CACAAGTTAAATTGTGAAATCAACTCATCTAAAGTTAAAGTATGATGTTATATTGAATTG TTATCAAGTCATTAGATATTGAAGATTCACTTTTATTTACTTATAATTACATTTCAAATA ATTTTTTGTCATACAGATATGATGAATTTAGTCCTCCTCCTCCTCCGAAAGATGAAATTA GTCCTCCTCCGAAAGATGAATTTCTTCCTCCGAAAGATGGTAATAACCTCAGTGCTGGTG CACTAGCAGGAATTATTGCATCCGTGGTGGTCTTGGGCGTCTTGGCCTTACTACTGCTTC TTTGGTTTATAATTCGAAGGATGAAAAACAAAAAAGGTGAACAAATCATAAAATCTATTA ATACTTGCGCGATGATTTGATATTGAAGAAGTAAATCTAATTAATTTCTGAAACAGGTAA GATCACTGAGACAGAAACAACAGTACAGAGTCCAAAAATTGCATTGGAGTTGAAAAACAG GCAGTTCACATACTCACAGGTGTTGCACATGACAAATAACTTCCAGAGAGTCCTTGGTAA AGGAGGTTTTGGAACAGTTTATCTTGGCTATGTTGATAACCGTGACGTGGCTGTTAAGAT GCTGTCCCCATCTTCAGTTCAAGGGTTCAAGGAATTCCAGGCTGAGGTAAACTGAAGAAG TACTTTTTTGTACCTGACATTATATTTAGTTAACTCGAATTTTACTAACATAAACTTGAC TTGACAGGCTAGTCTCCTGATGAGCATACATCATAAGAACTTGATTTCTATAGTTGGGTA TTGTGTTGAAGGCAACCACATTGGTATTATTTACGAATACATGGCCAATCGAAGCTTAGA CATGCAACTATCAGGTACCTGATTTATAGTCAACAAATGTTCTTTAGATCAGATGTTTCA CAAGTCTTTTATCATGGCGTGCAGATAGAAATCCAAATGCTTTAACATGGGAGGAAAGAC TTCATATAGCCTTGGATGCGGCACAAGGTATATGTATACACTACTAGATGAAAATCATTT CAGTCGATTTACCACAATACTTTTAGAATGATTAATAACTATATATTTGACGTGTTTCTT TTAATTTTATCTGAAAAAATAATGTAGGACTGGAGTATCTGCATCATGGTTGCCAGCCAT CAATAATACACAGAGATATCAAGTCTAGTAATATTCTATTAGATGATAAATTCCAAGCAA AACTTGCTGATTTTGGTTTGTCAAGGACTTTACCAACTGGGGAGGGAAGTCATGTTACCA CCATAATCGCGGGTAGTCCAGGCTATCTTGACCCTGAGTATGTGCTCTGTCATTTTATTT TTAGTTTGTCTCAAAAAGAATAACGACTATGTATATCTAATTTGAACTCTCGAATTGACC TGCAGTTACTACAGGACAAATAAGCTAACGGAGAAAAGTGATGTATACAGTTTCGGTGTG GTTCTTTTGGAAATAATAACAGGACGGCATTTACTAGGAAAACATGACAAGATTTATGTA ATAACATGGGTCAATGGTATGATTAATGATAACGGAGATGTTTCAAAAGTAATCGATCCA AGATTAGGAGGACAAGTTGATCTGAATTCAGCAAAGAGAATTGTGGCATTGGCAATGGCT TGTGTTTCTCTTGAACCAACAAATAGACCAGCTATATCTCTCGTTGTCACGATAATAAAA CAATGTTTAAGACAGATGATTGAGAATTATGACTCGAATTGAAGAACAGAAAATTTGGAT GATGTCCTCCATCCCAAGATGAGATTGATGACCCTGTGTTTATTTGATTGTGAATGTAGA AGACAAACTAGTAGTTTTGTTTCATGTAATATATGTACAGATACTGTATTTTGATCAGTG AGTGCAGAGCACTATCACATTGATAGTTTCTTTTCTGATAATGGGAGCGCATTTGGAATG ATCATTGAGACAGTATTTTCATTATACCAGTTCATCATCTTTAATATATACATTTTAATA ATTTAATTACTCTTCATAGCTAAAATTTGCTAATTACACTTCCTAATTACATGTTATAGG GAGGAGAGTGACGAGTGAAACTGGAAGAGAGGCGAGCGAGCTAGGGCAGAAAGTGAAAAA GAGGTAAAAATTATATGTATATCGATTAAATAATTAGATATATGTAATTTTATATATATA TATGTACAACAGCAATTATTATTGCAATTATACATATAACACTACTATTCCAAGCAATAT AGTAGGGGTCACGCTAGAATAAGAGTAATGGGTTCAATAATCAAGTAGCTTTGCCAAAAT TCTATTTTATTTTTAAAGAAAAGGCTCAAATATGTTATTAAACTTTCAGGATAGACTTAT TTATGTAATCAGTTAAAAGTTTAGCTCATTTATGCTATCACCTTTAAAGAAAAAGATTCA TTCATGCCATTATTTTTTAACAATCATTTTGCAAAACTATTTTTAATACGTGGTCAAACA TAATTTGACCACATCATCAATTTTTTTAATTAAAAAAAATTCAATTTTATTCAGAATTAT ATTTTTTTATTTAAAAAATTGATGACATGCCTGCCATCAATTTTTTTAAATATAAAAAAA GCCAAAAAAATTAAATTATTATTTTTTTCAGAATTATTATTTTTTTATTTAAAAAATTGA TGACCTAACCAAATTACAATTGGACACATGTTAAAAATAGTTTTACAAAAGGAAAAATTA GTAAACTAGTCAAAATAAATAACATATTTAGTAAAAATATCCATACTTTATAAATATTAG CAATAATGTCAAAAATGTCATTATTTTAAAAAATTTATGTGTCCCAATTTTCTTCCTATT TTATCTCTCTTTTTCAATTAATTCTGTATATCTTTTATTTAAAAAAAAATTATTCTCTCT CATATTTATCTTTTCAAATTGTTAATTCTCTCTTCCATTTAATTTTTTTTCTCTCTCTCA TGGTTATCTTTTCTGATTTTCCTCCATCATTCAAGTTGCAAATATTTTTTTGTCATATAT TTTGGTTGTTTTTTTAATCCAAAATTGAATCAACAAGAATCCATTTGATTAAGGTATCTT TAATCTTTATCCTATTTTTAGATTTCTTTTCTAATTTTATTTTGAGTTTAACTGCTATCC ACCGACGGTGGACAAAAAAATTACACGGACATTTTATTTTTGGAAATATTTTATTTTTTT AATTAATATATTTTAACATTATTAATATTAAAATAAAAATAATAACATAGTGTTATATGG TAACTTGAATTATAAATTAATTGTACAAATTTAATTAGGATTCTTATTTGTCTTACCAAA AATAAAAAATACATAATTTCTTGTGTTTTCTTAGTTGGATTAACGTTCTTCTTTTTCTAC ATAAACCATTGAAGCAACCAACTATTCACCATTGAAGCAATTTGAAACAATTATCATGGT AGCGTTTTCCTCGTATATCTTTTTTTACATAACTTATTAAGTCTTTTTCGCAACATGAAT AAACGTTTCAAAGAAATATTCTTGTTTTAATGTATGAAGAAATTTATGTTTTGTAGTGAT GAAGATATTTAAAGAATACGTTTAAGAACTTTTTAGCAAATTGAAGAAGTTCAATATATT AGCCATGAAAAATATTTAAAATTTTAAAGCTAACTTACCCTATCAGTCTAATATCTAATA ATTGTGTATTGCAGGAAACTTTTGAAATCTCTAATTTAGAAGAGCAAAATGCAAAAGGAA TTGAAGATTCCTTGGAGGATATAGAAAGCAACATGAATGCAGTTGTTGTCACGACCGGAA TCTAGACCCCAGACGAGACCGGCGTCGTTGACCTCTCAGAGGTCGCAGACAAGCCTGCTT ACGTCATTCTTACTTTACATAGATTAATTTTAGCGGAAAATTTGAAATTTTTGATTCTTT AATCATACTTGCTGAACATTCTTAACATTTTGTAATCGTTCATCATCAACCATCTAACAT TTAAGAGATAAGCAACTGAAAGAAATAATTCATTAAGTATTAATTGTATATCGGCCAAAA TAGCACCAATACAAAGTTTGAACCAAAACAGGAAAGAAACGCTAGTGGAACATGTTCCGC TAGCTCAACTCTAAAACTACGCTAGAATGTAAAACAGTAGCATCCTCGAAAGCATGAGGA CCTACCAAACTCCGGATGAATACTGATGTCCGGATAGCTGCAACAACGAACCTGTAGCTC TAGCGTCCACCTGTGCCTGCACCTAAAAATAGATGTTCGTATGGAATTAGTACACACTTG TACTAAGTATGAGTATATGCAAGTACACACCAGGGACATGCATGAGGAAGAATAGCTCTT TCCTAACAACATGATTTTTGGAAGTCAAGTCAGTGGACTTGCCAAATTGAGATTGGGAAA GTTATGCCATGAGAGTGACATGCATCATTATAATTATCGTATAGCACACAAAACATAACA TATTCATATAACACATAACATATAACACATACTTTCTTTCATATTATTCATTCGTAGACC ATGAGACCTTATTATCATAGACTTAACTTTAAGACTTTCCAAAATGAGGGCTCAACATAT GGGACCTCAACTAGGGAGCCTTCTTTAGCAAACACAGAGTCTGCTTCACTCATTCATTCG TATTTCATTTCAATTCATTCATAGGCCAGTGCGAACACCAGCTATACCTAGGATGTAGTT TAAGACTTTCATCGGGTTTGCTGTGCAATGATCAGGAATGACCTAATGTCATTACCTGAA TCTAGCTCACCTCTTGATTATCCTATCCTAACACCTTCGGTATCATTCATTTCTTTATAT GATTCATTTGAGGCTGGCCTCATTCATTCATTGGGAACTTTAACTTTAACCGACATAGAT CATGTGAGCATCATAAAATCCAGTGTCTTCCCCACACCGAAAAGAGGTGGAATCACCGGC CAAAGCGATTCAAATAACATGCTAGCGTATATGGGAATTTAACCCCGCCAGATCCCTATA GTGGCAATATAGGTTCAAAGACTAGGAGATGTGTGGAGACCCATACCCGGCAAGCCGGAC AGTCTCATCTCATGAGAATTACGTGAACCTCCGCCCTTCCCGAAAGAAGGCATCACCACT CATAGCTAGCCTATCGGTGCTCGGTATAAAGTTCCATTACATGCAACTCATACATCATAG AAGTTTGCTTCTAGTATGAAGACATCATAGCTCAATAGATGATTTCTCATCTCATCATTA GTATTAAGTGTTTTAAACTCAATATTTTTATTAGAGTATTCATAGAGACTGGTCTCTTCA TTATCTTACACTCTCATTGGTGAGTATGTATCGGTAACATTTACTTAAGCTCATTTAAGA TTGCTCTCATCATACGCATTAACCTCACATCATGATTGTCACCACATTCTTCATTTCATT ACGTATATCTTAGGTTCACTTATTCTTGAACGTATGTTAAACTTATATATCTATACATAC AAGCCATGAGGCTTCATTTATAGTTCGTTAAGTGAATTCTTGTTTTTCTAAGATTATGTA TTACAAGACTTATGTATCTTGTATATATGCCAAGATCTTTGATTTTTGATCTACGTAGAT GACATTATTCTTGAATATTTCACTCACGTATGACTTATGTATCAATACGGAGGTTTGGAC ACGAGAACCCAAATTTTGAATTATTTGGATATCATTTATATTTTTCATAGATTTTTGTTC TAATATTCATAAATTTAGAACTCTAAGTTAAGTCTCAACATTTTCGTGAAATAATAAATT TTCTATTTTAATTAGAATTCTAAATTAAATTTCAATCATTTACATGAAAGAATAATTTTC TAATTTAATTAGAATTCCAATTTAAATCTCAATATTTACATAAAAGAATTAATATTCTAT TTTTAATTAAAATTCTAAATTAAATCTCAATGTTTACATAAGAGAATTAATTTTCCAACT TTAATTAGAATTTTAATTTACTATTATTATTATTTTTAATTAAATTCGCTTGAATAGGGA GGTTGTGGGTTCGAACCCCCACAGCCCCCTTATTTTTCCTCTCATTTTCGCTGAAGAGGA GGCTGTGAGGTGGTGGGTTCGAACCCCCACAGCCCCTCTATTTTTTTTTTTTTAATTCTT TGACATCCAAAAATTTCCAGATTCTTTTTAAACCTATTTCTATGTTTTTGGAAATTTATT CCACTATTTTTTCTGCACTTTTTCATCAAGTTTCACATTAGTTCTTAGGGAGATTTCATG GTTCATTCACTTCACTATGCTTCATCAAAATGAACATCACATTGCACACCCATTTCACAC ATAAAATACATGATAAATAAACAACTTATATACCCCAAAACAATGCCTAAAACACTGCCC TATACACACCCATACATCAACTTTTTCCGGTCATATTCTGATGATCATTATCGCGATTTC CCGCACATAAACACACTCATATTTAATTTAAACACATCATTCATGCAAAAATCTAGCAGC ACAACATACCCATCCTACAAATTCATTAGGGAGCTAAGGACAAGGACATACGAAGGGGAA CAACCTTAGTTTCAAGAGTTTAAGAAACGTCCGAAAGAAAGTACTCTTGGAGAAAGAATT CCATGAGAGAAACTCATACCTTAATCGATGTTCAAACTTTAATGTTGCTGCCCGGAAAAC TCCTCCAAACCACTCCCAATTCACTTCAAAGTATACCTCTCTTAGCCTTGACGTTTTGAT TACTTTTTCTTTTGCTTAAAAAAAATTTTTGTGAGTTCTTCAAGCATGAAAATTATTGAT ATTTTGGCAGAAATAATGTGAGGAAGATGGAGAACGTGAGAGAGGGAGTTTAGAAGCGTG AGAGAGAGAGGGCTAATTGGATTAGGAGACTAATTCAAGAATTAGTCAAATAACATTAAA ATAAATAAATACAAATCTGTTTTATTTATTTATTTATTTATTCATTTAAAACGTGAAAGG ACAATTATGCCCTTAAATACCTATTTATTCTTATTTACATAATTCTCTTTTTTTTTGAAT CGTTACATTATCCCCCCCTTAGGAACATTCGTCCCCGAATGACACTACCATTTCACCTCA TAATGCCAATGAGATCATAACTTAATTGCTATGTACAATCAGCCAATAGCAACAAATATG AAGAGATAAGGAACTATAGCCTTACGAGTAGGAAGCCTAACCTCAAGAGTTGAAAAGATG TGGATATCGGGATCTCATGTCGGCCTCAGCCTCCCACGTAGCACCCTCAACAAGATGGTT TCTCCACAATACCTTCACTGTGGCAATCTCCTTGTTCCTCAGCCGCTTGACCTGTCTGTC TAAGATCTCAACAGGTACTTCCTCATAGGACAAGTCTTCACCAACCCCCAAACCTTCTAC AGGTAGGATTGATGCTGGATCACCTAGGCACTTCTTCAACATAGAGACATGAAAGACTGG ATGAACAGAAGCTAGCTCCGCAGGCAATGCTAACTCATAGGCCACCTCACCCACGCGCTG TAGGATCTCATATGGCCCCACATACCTCGGACTAAGCTTCCCTTTTCTACCAAATCGCAT CACACCTTTCATAGGCGATATCTTCAAGTAAACCTGGTCACCAACGTTAAATTCTAAGGG TCGCTTTCTGTTGTCTGCATATGACTTTTGTCGGCTGTAAGCGGTAGCCAACCTGTCTCT AATCATTCTAACTTTCTCCAAGGCCTCATGAATGATCTCTGGACCCAAAATAGATGACTC TCCAACCTCGAACCACCCAACTGGAGATCTACACCTCCTACCATACAATGCCTCAAATGG TGCCATCCCAATGCTGGAGTGGTAGCTATTATTATACGAGAACTCTATCAAAGGTAGATG GTCATCCCAATTACCTCTAAAGTCAATCACACACGCTCTCAACATGTCCTCCAATGTCTG AATAGTGCGCTCTGCCTGCCCATCTGTTTGAGGATGAAAGGCAGTGCTAAGTTTCACCTG CGTGCCTAAGCTTTTCTGGAAAGATCTCCAAAAATGCGAAGTAAACTGAGCTCCTCTATC TGAAATAATAGACAAAGGAATCCCATGCCATCTCACAATCTCATCAATGTAGAGTCTCGT GTAATCCTCGGCCCTGTAAGTGGACTTCACAGGGATAAAGTGGGCAGACTTAGTCAGTCT GTCCACAATAATCCATATAGAATCATGCTGCCTCCTAGTCCTCGGAAGACCAACAACGAA GTCCATATTAATGGCCTCCCATTTCCAAGTCGGAACCTCAACAATCTGAGTCAGACCACC AGGCTTAAGATGCTCTGCCTTAACCTGCTGACAATTAGGACACTTAGCCACATAGTCTGC AATATCCTTCTTCATGCCATTCCACCAATAAATCTGCTTAAGATCATGATACATTTTTGT GGAACCTGGATGTATGGAATATCTGGAACCATGGGCCTCTGTAACAATCTTGGTCCGTAA ATCATCTACATCTGGTACGCACAACCGGTTCTGGTATCTAAGTATGCCATCATCTCCCAA AGCAAAAGACTCATTCATTTTTAACAACACTGAGTCCTTCATCTCCATCAACACAAGATC GAGATGCTGACCCTTCTTGACTTCCACTATCAGGGATGATTCAGAACTAGGGTGAACTGA TACACCTCCACTAGTAGAGTCAACCAACCGTACACCCAGCCTGGCCAGTCTGTGTACCTC TTTCACTAGCTCATTCTTCTCATCCTCAACGTGGGTTGTACTCCCCATGCTCATCCTGCT CAAAGCATCAGCCACAACATTAGCCTTACCTGGATGATAGTGCACATTCATGTCATAATC CTTCAACAGCTCCAACCATCTGCGTTGCCGTAGATTCAGCTCCCTCTGCGTGAACACGTA CTGGAGACTCTTATGATCCGTGAACACATCCACGTGTACTCCATATAGATAATGCCTCCA TAACTTCAACGCAAACACCACAGCTGCCAACTCCAAGTCATGAGTGGGATAATTCTTTTC ATGAACCTTGAGCTGTCTGGAAGCATAAGCTATCACCTTACCAGCCTGCATAAGAACACA TCCCAAACCGACCCTAGATGCATCGCAATAGACAGTGTAATTCTCGCCACTCTTAGGCAG AGTAAGCACCGGGGCTGAAGTGAGTCTGTCCTTGAGCTCCTGGAAACTCTTCTCACAAGT GTCCGTCCATTCAAACTTGGATTTCTTCTTTGTCAAGGTTGTAAGTGGGGCAGCAATGGA AGAAAATCCCTCCACGAACCTGCGGTAGTAACCAGCCAATCCCAGAAAGCTACGGATATC GGTGGGTGTAAGAGGCTTTGGCCATTTCTTAACTGCTTCAGTCTTTCTGGGGTCCACTTC TACACCTTGATCGGACACAACATGGCCCAGGAAGGTCACTGATCTCAGCCAGAATTCACA CTTGCTGAATTTGGCATACAGCTGATGCTGTCTAAGTACCTGCAAGGTTAGTCTCAAATG CTGTTCATGCTCTTCCTTGGTCTTAGAGTAGATGAGAATGTCATCAATGAATACTATGAC GAAAGAGTCAAGGTATTCACGGAAAACTCTGTTCATGAGGTCCATAAATGCAGCAGGTGC ATTCGTGAGACCGAATGACATAACCAAGAACTCATAATGACCATAACGGGTACGAAAAGC TGTTTTTGGGACATCCCTATCCCTAACTCTAAGCTGATGATACCCTGAACGAAGATCAAT CTTAGAGAAGAAACTAGACCCTTGGAGCTGATCGAACAAATCATCAATTCTGGGAAGTGG GTACTTATTCTTTATAGTGACTTTGTTGAGCTGCCGATAATCGATACACATTCTAAGGGT CCCATCCTTTTTCTTTACAAACAACACTGGAGCGCCCCAAGGGGATATGCTCGGCTGAAT GAAACCCTTATCCGTGAGATCTTTTAACTGCAGCTTCAACTCCTTGAGTTCTGCTGGAGC CATTCTATAAGGAGGAATTGAGATTGGTTTAGTATCAGGTTCTAAGTCGATACCAAAGTC AATCTCTCGAATGGGAGGGACTCCAGGCAAATCTTCAGGAAACACATCTAGGAATTCATT TACTACAGGCACCGAGTCTATGGAAGGAACATCATGATCTAAATCATTAACACTCACTAG ATGACATAATAACCCTTTGGCCATCATTTTATTGGCCTTAAGATTTGAAATCAAGGGGTT AGGACGAATCGGATTGTACCCCTCCCAGACTAACTCTTCTTCATTAGGGAAACGAAACCT CACCACTCTACTACGACAGTCCAAGCAAGCATAATGGCTGTGAAGCCAGTCCATGCCAAG AATAATATCAAAATCATGCATGGGTAACTCAATCAAGTTTGCACACATAGCCTTGCCACT CACAACTATTGGGCAATTCTTGTATACCCTTTCGGTTCTCACATTTTCTCCTAAAGGCGT ACTAACAACTATAGGATCATGCAGAACTTCAGGTAGTATTTCAAAGGTAAGGGCAAGCAG AGGAGTTACAAAGGAAAGCGTAGACCCTGGATCAAGTAAAGCATAAACAGAAGTTGAGAA TACTTGCAGCATACCTGTGACCACATCAGCGGACTTCTCCTGCTCCTCCCTACCTTTCAA GGCATAAAATCTGTTCATCTTCGGAGGTTCGGCTGCTGCTGCATTATGTGGGGTAGGCCT AGGCTGAGCATTACCCCCAGCCTGACCTCTGTTCTGGGGACAGTCTATGACCATGTGTCC ACTCTTACCACAACCGAAACAGGCATTAGTGCCCTGTCTACATTCTCCAAGGTGCATTCG GCCACACTTAGTACAAGTCTTCCTTGGACGCTGCATCTCACCTCCATTGCCCCTCTTGGG TTCGGGTCTGCCTCCTCTAGGCGTTGTATTTCTCTGAGGGTCAGAATTTCCAGCACTCTG TTGCCCCTTCTTGATTTTGGGCTGCTCGCGGACGCTAAAATTGTTTCTATGGCCTCCATG ACTGGGACCTGCCTGATCTTGAGGCCTAGGCCTCCTAACATCACGTACACCTCTCCTCTT TCGGCTGTCCTCTACCTGCTGGACATGCATCATTAATCTACAAAGGTCCATATTATCATG GAGCATCGCAGCCCGACAATCTTCCTCCAGGTCTCCATTGATTCCTGTGAGGAATCTGCT CATCTCCTCCCTGCTAGTAGAAACCAAGGGAGTAGCATACCTGGATGATTTCAACAAAGT TAAGTACTCTCATCATTCTTGTTATCAAATACTAAGGGAAGTACATACCTTGATAACTTC ACAAACTTCAGGGAATACTCCCTGACAGTCATGGATCCTTGCTTGAGGTTGATGAACTCC TCAACCTTGGCCTCTTTCATCTCTCTAGGGAAGAACCTTTCCAAAAATGCTGTCTTGAAC AGCTCCCAGGTGACTGGCACCCCTCCTAGGACACGGCTATCTCGCCACATTTTGCACCAA GTCTGTGCAACATCTTTGAGCTGGTAGGAAGCCAACTCAGCCTTCTCAATATCAGTGGCC CCCATGGCCACCAGTATCTTATGCAACTCGTCTATAAATTCCTGGGGATCTTCTGAAGTC TTAGCCCCTGTGAAAATTGGAGGATTCATCCTCGTGAAGTCTCGCAGTCTGTCAGCTATG CTGCGAGCCGGTGGGTTTTCCCTTAGAACATCCTGCCGGTTGACTTGGGCAGTCATAGCT TGGGCCTGCATCGTGATGGCCTGTGCCATCTGGGCTAGAGATGCCCTCACCTCCGCATCA GTCAACCCAGCTGGGTTCACTGGCATGGCCACTCCTTCAGCTGGAGCCTGGGGTGGATTC TGATTACCCCTAGCTGCTGCTGCTCCCGTCCTCAGACCCTTAGTTCCCCAGGTATTCATT CTCTGAAAACAGCAAGGTTGATGTTAGACACGTTCGTAACACCAAGAATTTAAACATTAG GAAGAGCACAATAAGATAAGAAGAAGGGAAGTCTTTCCTACGCATCATGCAGTCTCTAAT CCAGGATAATGGTGCACTTCACTACCATGACTTAGAAACTACTCAATGTGGTTGATGTGA ACTCATTATTCGAGGAATTTAACCTAGCGCTCTGATACCAACTTTGTCACGACCGGAATC TAGACCCCAGACGAGACCGGCGTCGTTGACCTCTCAGAGGTCGCAGACAAGCCTGCTTAC GTCATTCTTACTTTACATAGATTAATTTTAGCGGAAAATTTGAAATTTTTGATTCTTTAA TCATACTTGCTGAACATTCTTAACATTTTGTAATCGTTCATCATCAACCATCTAACATTT AAGAGATAAGCAACTGAAAGAAATAATTCATTAAGTATTAATTGTATATCGGCCAAAATA GCACCAATACAAAGTTTGAACCAAAACAGGAAAGAAACGCTAGTGGAACATGTTCCGCTA GCTCAACTCTAAAACTACGCTAGAATGTAAAACAGTAGCATCCTCGAAAGCATGAGGACC TACCAAACTCCGGATGAATACTGATGTCCGGATAGCTGCAACAACGAACCTGTAGCTCTA GCGTCCACCTGTGCCTGCACCTAAAAATAGATGTTCGTATGGAATTAGTACACACTTGTA CTAAGTATGAGTATATGCAAGTACACACCAGGGACATGCATGAGGAAGAATAGCTCTTTC CTAACAACATGATTTTTGGAAGTCAAGTCAGTGGACTTGCCAAATTGAGATTGGGAAAGT TATGCCATGAGAGTGACATGCATCATTATAATTATCGTATAGCACACAAAACATAACATA TTCATATAACACATAACATATAACACATACTTTCTTTCATATTATTCATTCGTATACCAT GAGACCTTATTATCATAGACTTAACTTTAAGACTTTCCAAAATGAGGGCTCAACATATGG GACCTCAACTAGGGAGCCTTCTTTAGCAAACACAGAGTCTGCTTCACTCATTCATTCGTA TTTCATTTCAATTCATTCATAGGCCAGTGCGAACACCAGCTATACCTAGGATGTAGTTTA AGACTTTCATCGGGTTTGCTGTGCAATGATCAGGAATGACCTAATGTCATTACCTGAATC TAGCTCACCTCTTGATTATCCTATCCTAACACCTTCGGTATCATTCATTTCTTTATATGA TTCATTTGAGGCTGGCCTCATTCATTCATTGGGAACTTTAACTTTAACCGACATAGATCA TGTGAGCATCATAAAATCCAGTGTCTTCCCCACACCGAAAAGAGGTGGAATCACCGGCCA AAGCGATTCAAATAACATGCTAGCGTATATGGGAATTTAACCCCGCCAGATCCCTATAGT GGCAATATAGGTTCAAAGACTAGGAGATGTGTGGAGACCCATACCCGGCAAGCCGGACAG TCTCATCTCATGAGAATTACGTGAACCTCCGCCCTTCCCGAAAGAAGGCATCACCACTCA TAGCTAGCCTATCGGTGCTCGGTATAAAGTTCCATTACATGCAACTCATACATCATAGAA GTTTGCTTCTAGTATGAAGACATCATAGCTCAATAGATGATTTCTCATCTCATCATTAGT ATTAAGTGTTTTAAACTCAATATTTTTATTAGAGTATTCATAGAGACTGGTCTCTTCATT ATCTTACACTCTCATTGGTGAGTATGTATCGGTAACATTTACTTAAGCTCATTTAAGATT GCTCTCATCATACGCATTAACCTCACATCATGATTGTCACCACATTCTTCATTTCATTAC GTATATCTTAGGTTCACTTATTCTTGAACGTATGTTAAACTTATATATCTATACATACAA GCCATGAGGCTTCATTTATAGTTCGTTAAGTGAATTCTTGTTTTTCTAAGATTATGTATT ACAAGACTTATGTATCTTGTATATATGCCAAGATCTTTGATTTTTGATCTACGTAGATGA CATTATTCTTGAATATTTCACTCACGTATGACTTATGTATCAATACGGAGGTTTGGACAC GAGAACCCAAATTTTGAATTATTTGGATATCATTTATATTTTTCATTGATTTTTGTTCTA ATATTCATAAATTTAGAACTCTAAGTTAAGTCTCAACATTTTCGTGAAATAATAAATTTT CTATTTTAATTAGAATTCTAAATTAAATTTCAATCATTTACATGAAAGAATAATTTTCTA ATTTAATTAGAATTCCAATTTAAATCTCAATATTTACATAAAAGAATTAATATTCTATTT TTAATTAAAATTCTAAATTAAATCTCAATGTTTACATAAGAGAATTAATTTTCCAACTTT AATTAGAATTTTAATTTACTATTATTATTATTTTTAATTAAATTCGCTTGAATAGGGAGG TTGTGGGTTCGAACCCCCACAGCCCCCTTATTTTTCCTCTCATTTTCGCTGAAGAGGAGG CTGTGAGGTGGTGGGTTCGAACCCCCACAGCCCCTCTATTTTTTTTTTTTTAATTCTTTG ACATCCAAAAATTTCCAGATTCTTTTTAAACCTATTTCTATGTTTTTGGAAATTTATTCC ACTATTTTTTCTGCACTTTTTCATCAAGTTTCACATTAGTTCTTAGGGAGATTTCATGGT TCATTCACTTCACTATGCTTCATCAAAATGAACATCACATTGCACACCCATTTCACACAT AAAATACATGATAAATAAACAACTTATATACCCCAAAACAATGCCTAAAACACTGCCCTA TACACACCCATACATCAACTTTTTCCGGTCATATTCTGATGATCATTATCGCGATTTCCC GCACATAAACACACTCATATTTAATTTAAACACATCATTCATGCAAAAATCTAGCAGCAC AACATACCCATCCTACAAATTCATTAGGGAGCTAAGGACAAGGACATACGAAGGGGAACA ACCTTAGTTTCAAGAGTTTAAGAAACGTCCGAAAGAAAGTACTCTTGGAGAAAGAATTCC ATGAGAGAAACTCATACCTTAATCGATGTTCAAACTTTAATGTTGCTGCCCGGAAAACTC CTCCAAACCACTCCCAATTCACTTCAAAGTATACCTCTCTTAGCCTTGACGTTTTGATTA CTTTTTCTTTTGCTTAAAAAAAATTTTTGTGAGTTCTTCAAGCATGAAAATTATTGATAT TTTGGCAGAAATAATGTGAGGAAGATGGAGAACGTGAGAGAGGGAGTTTAGAAGCGTGAG AGAGAGAGGGCTAATTGGATTAGGAGACTAATTCAAGAATTAGTCAAATAACATTAAAAT AAATAAATACAAATCTGTTTTATTTATTTATTTATTTATTCATTTAAAACGTGAAAGGAC AATTATGCCCTTAAATACCTATTTATTCTTATTTACATAATTCTCTTTTTTTTTTGAATC GTTACAGTTGTATCTTTTGTTCCTCAACTAGGTGAGCAAGAATTAAGAGAGTCTTACATC GGTATGGAATTTCAACCACTTGATACTGGATTTAAATTTTATCTTGATTATGCTCATCGT AATGGTTTTAGTGTGCGCAAAAATCGAATTAGTAGATCAAGAAAAGATAAATCCATTATT GGTCAAGAGTTTGTTTGTTCAAAAGAAGGATTTCGTTTAAAAAAATGTAACCAAGCATGC AATTGTGATTAAATCATGGGCCGTATTTAATAGTGTTTGATTTTGTTTGCTTACTCTTAT AAGTTTGAATATGTTGATTTTGTTGCACTTTATGTTTCTGGAATAGTTTCATATTAATAT TTTGCTAGCATTGCTTCAATGGCAACAAGTACCGGTTCTTATAAAAAAAAATAATATGTT GGCAATGATTTTCTTTGAAGGATTGAAGTGCTTTCCAATAAGAAAACACAAGAATTATGT ATTTTTTATTTTTGGTAAGACAAATAAGAATCCTAATTAAATTTGTACAATTAATTTATA ATTCAAGTTACCATATAACACTCTGTTATTATTTTTATTTTAATATTAATAATATTAAAA TATATTAATTAAAAAAATTAAATATTTCCAAAAATAATATGCCCGTGTAATTTTTTGTCC ACCGTCGGTGGATAGTAGTTAAACTCTTTTATTTTTGTTTAAATATTAAAAAAATGTTGT TTGTATTTTTCAATTTCCGTTATGATTTACTCTCCAATGGCTGAATCCAAGAGGCTTACT AGAGGTATTCATCTTAATCAACCAATTTCTGGTGATTTTTCATCCTTTAATTTATTTATT ACTTAACAAATAGTGTATAATGTATGATCCGCTGCTAAAATAAGGAAAGAAAGAGGGTAA GAACATTTACAAGACTCATTGGTGTGCAAAACCTTCTTCAAATTTAGAATGCAAATGTAG AATCTTTGTCTACTCGTGAGGATCTTGAAAAAGACGACGAAGATCGCGAACAATTTTCTA TTAGTTTGTTTTGTATTTATTGTTCTTTTTTAGAATTTGGTATGCTTTCTTAATTTGTAT TCAAATCACTATGTATACTATCAATATTTGTATTTATTAAAAATTTCATGTTGCATGGTT TATGAATCTTGTATTTGTCCCTAATTTGTATTCATCCAAACGTATGTCAACTAGTTATGT ATTTTATTTATAAGAAGAACAACTTTCTATTAGTTTATTTGTATTCGAATACAAATACAA ATAATAGACATATTGGAATGAATACGACTTTGAAAAGGAAACAAGATCTTGAAAAGAAAA ATAAATACACAGTGAAAAATATATACGAATACAAATGTATTTCTTAAATAACTATATTTT ATTTGACATACATATTGGAATGAATACAAACTAATAAAGGTATGTCAACTGAATTTGACA TTTTTTTCTAATTTGTATTTATTCTAAAGGTATGTCAACTAGTTATGTATTTTATTTAAG AATGAGTACACCAAATATTCAATTATTTCTTTCAATTTTATATTTCATTCACTTTTTCAT CATACTAATTTTTTGTATTTTATATATTATTATATAAAATTCTAAATAAAAACTAGAATA AATAGAAATACAAATAAAATACATATTGAAATGAATACATACATACAGGATTTTTGAAAT ATATGAAAATACAAATATATTTTTTAAATGACTATATAGATAAATTCGGCATACCTATTG GAATGAATACAAACTAATAAAAAACTATAATAAATATAAATAGAATATATTGTGGAATGA ATATAATTTTAAAAAGGTAAAAATTCTGGAGAAAAAAAAAACAAAATTTAAATTTTATTT GAAAATGTAACTAATGAGAACATTAAGGATGCTTGCCTTTTTTTGAAATATTCCCCCCCT TAATTTTCTCTTATTAAATAATTATATTCTTTAAATAAAAATAAATAATAAAAACATACG TAACAAACTAAAATGACATTTTTACTAAATATTGAAGTTGTTAATGAGTCCTCTTAAATG CTAAAATATTGACATTTTGAAAAATTTCCCTTTACAAAATCACTGTTAAAAGATAATGAC AAGAATGAGCCTTTTATTGAACGATAATGATATAGATGAGCTAAAATTTTAACGAGTGAC ATAAATAAACCTTTTCTGAAAGTTCGATATCATATTTAAGCCTTTTCCCTTTATTTTAAA TAATCAAAACTACAAATTTATAAATTTCAATTTCTAACTCCACCTGTGTTAACCGATACA ACTTCGTAGAAAGAGATTTTCTTATTGAATATTATCTTGTGACTTGAACAATTTTAGAAT ACATCTCCACAGATAAACTAATTAGATAAATTGGGTGGCAGCAATAGTTTAATTCAGTTT GCAATTAATTACTATACTACATAAATTTCCTTCCCATTATTCCACATTCATTCATTTGAT TATCAAATTGAGAGCAACGTCACTATTTTATAACGGAGTACAATATTCCTAGAGTGCATC ATCAACGTGTATTTAATAGTTTCAGCAGCTTCCTTACAGTTTGTTCGATCGATATCTTTA ATTTGTTTATCGAAAGGTCAACACCATTTTTTATGTACAACTTTAGACAAATCAAACACG CGTCATCCTTCATGATTTGCTGAAATACTTGCATATGTTTTAAGTTTTATAGCATTTTAT TAGGAATGTTATAGATATATACCGTGTGATTAACTAGTTTATCAATATAATTGAAATGAA TATAAAACATATATATGATGTACATGTTTAAGTATATTTATTATATGTATGTTGAATATC AAATGTGCACAAACTATACATTTTGTAAACTAGTTGGCAGCAGTGTTTAGGGCGGTAATA AATCCGTCTCTTCAATATTTTCATATGATAAATGAAAAAGACGATCCCAGAGCATTGTCG TATGGGCCTGTGGCATGGACAAAATTCAGCGGGTCAAATTGGCCTGATTTTGGCCCACTG TGCGCACCCAAAATATGTCAAACTTCTCGTGGGCCGCTAGATTAGTTGGAGTCTTGGCCC AACATTCTTGAGACTACCTCGAAGGATACTATGCTTTAAAACTGCGATAAAATGTCTGAA TTTCAATCATATATTTCTTTGGAGTTCGTATTTGTTAAATCTAAACTCAGATATCGTATA TTTAGATTGTTTCGAATTGGGTAAACATCAAAAGTTAGATACGGGGTACACGTTAAATAG CGATATTATATTCAAATATAATATCCATAAAAAAAATAAAATCACCAAAAATGATGGAAA ACAAATAAGAGGATTTAACGGAAGTTAGTGATAAAAAACTTCTTGTTTCCAATTAACATA CAAATCTAAGTTTTATTTATTGACCGTGCAAAAAATATTTACAAAATCAAATTACTAATA CAGAAATTTTAACTAATTTTTTATGATAAACACTTACTAATAACTTGATAAAAACCAGAT CATCGAAGATGGGCACTTGATAGTCTTTAAATTGTTATTAATGAATGAGCTAAAAGTTGA CGGAAGAAAATCAACTAGGACAAGTAGATAGTCATATCACAATCAGTTTAACTAAAAGCA AAGTCAAATGTTTATTCCTATCCATAAAAATACACAAATAAATTTTTGACTTTGATATTT CCTAAAAACGGTTATGCTATGAGTCTAGTTGTCCAGCTAGTTGGTTCATTATACCAATTT AAAGACCTCATAGATGACTTAGCCACCACTAAAAGTTGTAGTGACTCGTAATTATTATTT TTTAATTTAAAATTAATAAATAAAATTATTTTTAATAATATCTATTAAGATTTTTTAAAC GCATGAATTTGAATTAGTTAGATTTCGTGGACATTATAAGCAATTTGAAAAGAGAACAAG TGGGGAATCATTACAAGTCAAGTAACAGAACTTTCTATATTTAGTAAACAAAATCTGTAA CCTCTTAATTCTATCCAATCAAATAAGTCCAATTATCCCAACTCCTCTTTGCAGCAACCA AAGACTCAAACTCCACATTTTTTTCTTCAAAGATTCACCACTTTGCCTTGTACCATCATC CTACTCGTCATCAACAAGAATTAATTGTACACATGTCTGCTTCTATTTCTTCTTCTTTTT TGCTTTTTTTTATAATAATAACGATGATATTCGTGTCAGCTTCTAATCACATCTAGTTAA TAACGATTATCTATTCAACATGACGTATGTAGTATATCTTTTTGATGAATTTAACTGAAC TTAATATTCATTTTTATTAAGCATAAACAAATTTATATGCAAAATTATTAGAATTTTTGA ACTATAAAATTCTTGAACCTATAATTACAAAGTTCAATATGAATTCAGTACTTGATATAT ATATTGAATTCATTAAATTCAAATATTTAATCACTATTTCCTATTGAGTCATGTTATATT TTATCAGAAAAAGTATCGGATATGGAAATAAATTACTTTTTTTGTTCACTTTCATAAGTA ATATTGTGCTTTTTGAGAGTCAATTTAACTAATTTTCAAAGTTAAATTAGATTACATTAA TTTGATATTTTAAACAAAAAATTTAGATATTTAAAAACTATATAAAAAGTATTATAAATT GCAATTTTTTGCTTATCAATGTGATGAAAAAATACATCTTAAAATGTTAATCAAAGTTCT TAGGATTTGACTCTAAAAATAGAAATCTTAACAAACAATAGTGAACGAAGAGAGTACCTA GCAATTTAATTGATATTTACACTAGAGTAATAGATGCATCAGTTGTATACGCTATTATCA CTTAATCATATTTGATTGATATATTATCATCATATATAAAATTAATTAATATGACTTTGA TATAAATATGTGGTGGTTACCCTTTCTTATCCTCCTCTTTTGCGTAAAACATTGTGATAA TGAAGATTAAAATAAAGAGCAAGTGCCAAAAAGGAAGAATAAACGTGGTTAGCAATAAGG ATTTGGAGTGAAAACCCCGAGGGGCACGCTTTGGATCGAATCAAGGAGACAGGACCACTG ACTAGGATTCACTAATTTTACATTAAAATAAACTTCACTCTTTTCTAACATTTCTAAGTA CAAAAATCTTAAATTAAATATAATTAAACTCGCAGGTACAAAGTGGTAATCACTTTTTAT GTTCTCCAATATCTTAATCATAGCCCTTATTATTACTTATGGCCTTTTGAGATCTTCGCC TTATGGATCTCATTATGATGCTCATTATTGATGCTTTAAGAGTATGCAATAATGAGTTCA TCATGATATAATATTAGATCAAGATTATTTAGTTAGGTAATAAAGATAACTTTTCTGAGT TATATCATGATGAAATAATCATGAGTCTGAGTGTAGATAACATTAAAAAAAAATAATTCA AAATTGCTTAAAACAGAGAGTTACATATTTTCTTTTTTATCTAACCTATATACAAGAGAG GTGGAGCTAGAGGTGCGTCAATTCATCCGAACCCTTTAATTTGTCGAAAAAAATGTTAAC TTTTTTATCATATCTATTAAATATTGAAATTCTCTCGAAGTTTTGATATGTTTATCTTTT TATATATTTTAAAGCTTGAAATTCATGATAAAGTTTTTAATATATATCGACAATATAATA ACTTTTACACTAGCTATTAGATGTATTTTTTTATTTAAAACATGTTATTTAGTTTATTCT CTAAGCTCTCTTTTTTCCATTCACTAATCAAATTCCAGCTAATATATACTGCAATTATAA GTTACAATTTCGTTCTTCTCGACATAGCAACTTGTATATATTTAAGTTTCAAGTACTCAA GATGAAGCCGGTAAAATTTGACTTCATTTTTTCATTGTACGAAAGGTACTAAATAAATTA GATTGAATAAAATAATCATGTGAAATCTTCATTTCACGTGTCTAACATTTAAACATCAAA ACATCTTTAAAGTGAATGTTAACAAAAAAAAAAAATCAAATCTCAAGGTACTCAAGATCA AAACTACTTGTTAGTAGCATAGTTATTGTTTGTGACGGTCATCAAATAATTCATAACGCA TAAATTAAAATTAAATAACTCAAACTCAAACTCCATTTAGTTAACGTATGTTAACTAAAT GTGTTATCGCTACAGAGTACAGATTACCATACTAATTGCGCAAGTCCTTATTTTTCCATG CAAAGAAATTAAAATAATCAACTTCTTACGTACTATAAATAATTCTTAGTCCCATCTTAT ACAAAACTGAGGGGAGCGAGCAAGAATAACAACAAAAACAAAGTTTTTTTTTTTAAAAAA AAAAAAAACTAACTTAAAAAGTTTTTACACTACATATCTTTATTGTCCCTTTCCTCCTGG ATTTCTTTTCAACAACAAAAAAAAGAGAACATGTCAACTCTTTGGTCGATGAATTTGGTT AGGGTTTTGTAGTGGAAAATGTGGTAATTGCATGGGAATTGGGTAATTAAATTGTGTTAT TGAAGTAAAAGGATCTTGTTTTTGGCCTATTGCTTCCAATGCTTTCACTTGTGTCCTCAA AAATTTCAAATAATTTGCTGCTTCATCAAGCATTGATGCTGTATCCATTTTACTTCCTCC TGGTACTAGCCTTTGCAAAACCCTAATCCTTTCACTTATCCTTTCTCTTCGTTGCCTCGC CGCCACCGTCTGAGGATCCGTTGATATCTTTACATTCTTCCGTTTAGGCTTTTCTAGTAC TTCAGCACCGAAATCAACCGGCCTGAATGCTGCAGCTCGGTATATCATTTCTTTCATCTG AGCGATCGCCTCCGGATCAGGCTCTTGATCAATTGACGATACTGATGAACTAGCTTGTTG GAAATTGATGTTTGATGAACTTGGACGCTTATTAGAGCTCTCAATTAACCTCATCTTCTT CGATTTGGATTGTTTTTCTGAAATAAGCTGGAAATTACCGCAATCTCCTAATGAATTTGA CTGGAATAGATTGAACTCGTTCGAAGAATTCCCCAGAGATGATTGTGAAACTGCTTCATC AAGTTCATAAGATTTTCTTTTTCTTTGATTTTGTTCTTCTTCCAGTATCTTATGATCAGT AGGCAGACAGTTCAACAGCTGTGGATTAATTCCGGCAGACTCTCCAGAATTCCACAAGCT ATTCGAATCAGCAAAAATTACGGACATGCCATCGTCTTCGATTGACGTGTCTGTATTGTT GGTGGTGGTTGCTGACAGTAAACAATCAATGGATTCTAGAGATACAGTATTGGAGATTGG CTTAGCAATTTCGACACCGAAATCGGACATTAGGCCTAATGGATTATTATCAGTGATGTA ATTGTTAGGCATATTGAGTATTGGGGAAGAAGAAAAGGCTATATCGGTACAATCCCGGGT TAGATCTGCTGCTCCGGCTTTAGCAGCCATAGAATCAGCAGCCAATCTATTAGCAGCTTC TTGGCGTTGTGGCATGTTCCAATTTGATATTACATGTATTGGATCAAATGAAGATCCAAA ATTAAACGGAGTTTCATTCCAATCCAAATTCTCCATTGATATTACCTCTTCAATACCTGC AAAAATGTGAGTCGTCGATTAAAACATGTATGTAATGCAAAATCACTAAAATTTCAATGA TGGATTCAATGGCAAAAACTTAAATATTGAATTATGAGTGGGTATGCAACGATTAATCTA GATATTACGGTGACAATCAAGATTGAAATTTAAAGAAAACAACAAACTTACAATTAAGTT AGCTGCAGTCTGCAAGAAAATTAAATGTTGGGTTTCTGTAACAGAATGAAACTCTGTATT ATTTAGTGAAATGCAGAAGTAGTGGCTCTAACAACCATAAACCTGTGATAATATACAAAA ATAGATATTGCTAACGTCAGTTTTTAGCTACTATATATACAATTTGTCTAGTTGTATAAA TGATTAATTAGAACTCAGAAATTTACCATATAACAGAAAACTGCAAGCTGTTAGAGAAAG AAGAGTTTGTTTTAGCTGCAATATTGGAACTTGACCACTTTTGCAATATGTTGTTTGGAA GAACATTAGCTAATTATTTATATATGGAAAACGAAGAAAAAAGAGTAGTATATATTTTAA TTGGAAAATATTGGTCTCACAGGAATAAAATATTTTATACTATATAGTTCAAAGAGTTGA CAGGAGATGTAATGTTTTTTTTATTATTTGTTATTTAGAGAAGATAAGGCTTTTTGGTCA GTTTCGTGGGGCTAGCTGTGGGGCGCTTCGATTATTATATATTCGAATTCATAGCTTTAA GATTATAATAACAAGGGTTTATTATTCGAATAATATAAATAATTTATTAAATTTAAAAAA AAATTTAAATAATTTTTATCTAGTAAAATCAAAAATAAAATGTTTTAAATATTAATATTA TTAATTACATATAAAAATTTACTGAATATATTATTGTTATTGTTGTAATCGTTTTCATCG TGGGGCTGTAAGATTATAGTTTTGCAGATGGGGAGCATGAGTTATTGAGATGCGTTCTGA ATGTTAATAAAAAAGAATTATATATATTATTCCGTCAGTTTGAATGTTGTTTTTTTCTTA ATTAATAAATAATTAAACATTTTAGGAATTGAGAAAAGCTCTGTCCACCTCCTTTTTGGT TTGCTTAGTTGCTCTAGCAATTGTTGCTCCATGCGTGCTCTAAAAAGCTCATGAAACCAC GTATTTTGAAGTCAGTTTAAACTGATTGATAAGATCGTAATAGAGTGATAAAAGAAATTA TTTTTAATTTAAATTTTTGAATTTGAACTCTAAATATAGAATTAGTTTCATTATTAAAAA ACGCTTCATTCTTTAACACATGAATTTTTTAATGTGAATTTGTGTTTAGTCGAGTTCAAA TATAACTATTAGGGTGTAAAAACAAAAAAAAATGATAAAGCCAATTTAACTAATAAATTA TCTAAATATAATTAATATTATACATAATTATTCATAAAAAGTAATTAGTAATCTGAAAAA TAAAGTAAAAACAAGTTATAGTAGCTTAAAATATATTGATAATAATTAATATTAGAAAAA GATTTACACAATTGGTACATATAAAGAAAGGAAGAGATAAAATCGAAGGTACAAGTCCAA TAAAATTTAATAACAATTAAAATTTTAAATCTATTTAAAAAATTAATTACAATTTAAGTT TTGAATCCGATTCTATCTCGTTAGTTAGTGTATATCCTTCGAAGCAACTTTAGGCTTTGG CAAATTTTTCGAATCTTTCTAAAAGACTTCCACTAATCATAACTTTAATCATAGCAATAT TTTTGTTACTGCGACTTTTTTACTACTTTTTAGTCTCCCTTTTACCATCTTCTTTTAGAT GTTGATGACCAAGTTTACCGAGGGTCAATCATAACCCTTTTAATTGGTTTGTCAGAAAAA ATAAAAATAAAAAGGCAAACTTTTTTGCAAATAGTAAAAAATAATTTGGAAAAAAGCAAA TGACAGTCAAGGCATTTTTTAGCAAACTTTTTAGGTGTGCTTGGACTCCATTTATAATTG TGAAAATAAAGTTACTTTTTCAATTCCTTTTGGAGCAGTTGACTAGGCAGAACTGTAACT TTGTGACAATTTTAATAACTCATTTCTACTTTTTTGTTTTATTTTTCTGATGTTGAATTT TGGTTGATGGAATTTTATTTTTTTTTAATTTATACAATGAGTTTTGGATAAATTTTTATT TCATAAGCTAAGTTTTAGATTCCAATGGACTCAAAATCTATTCTTTTACCAATTATCACT ACAAGTTCTTATTCCTTCCTTCAGTATCCACGGATATATTCCTATCAACCTTCTAAAAAA AATGAATTTAGACTTGTGACATTAAACATATTATAATATTTATGTAAACGTATAACATTT TAAATTTATTGTCTTAAATATATCATAACAATTATATGATTATATACGATTTTTATTATC ATAAATGAAATTTTAAATTATCTCTAATTAAAAAAAAACCATTTTTAATGGTCAAAAGAA AATAGATTAGAGAATAAGAGTAGTGGAAGAGTTGAGGAGGCAGAGAGATGTTGGCAGGCA AGAAAAATTGTTTAGGAGTCAGAACTTCAGAAGCTAAGTGAAGATATCAGAAGCTCACCA ACTTGCTCCTAGGACTTTGTCTTTTCACATCTTATCTATCCCTCCACTATTTCTTGTTTT TACGTATCATCGTGATATTCAAATCAACTTAATTATATTTCAACTAATTATACATATATT TTTACCTAAAATATATGAAAAATAATAATTTATCAATATTTTTGTCTTCGTAGAGATTTG AATTTGTAGAACAATTTTCCCAAGCAAAGAAATGTATCATTTTCTTAAAATGAAATATAT CATAGAATGTAAAATTTGAACTTGTATCGTGAGCAAAGACCAATATATCATACATATAAA TAAAATGATACACTAAATGATTAAATAACTTATTTTAAACACTTTTAATTTACATTATAA CACTATCTAACACCATTGAATGAAATATCAATCTATTTATTCATGATTGTATTTAAAAAT TTTAAACTTGGAAAGAAATAGAAAAATTATGGCAATGTATATTTAGGAGAGCTTCTAAAA TTTCTGAATCCTACCCCACATGTAACCCATCATTACAGCTCAGTGAAATGGGTTGCCATA GAAATTTGCTTGTTTCTGTATAAATTTTCCACCCAGGCCCCTTTCTATATTATCATTAAA AAACAAATTGATTTGATTTTTTCCCTTACTTGTAATTGTCAACGCTCATGTTTTTCTTCA CCTTCTAGTCTACTTGTTTTTTATTTATATTTAGATTCGAGTTGTTGTAACCAAATAATA ATTTCACACAAATAATTAATTTAGCTCGTAATAATTTGATTCTCTTACTTAAGGTATATA TATATATGCTCCATTTACGTATATATTTTAACATAGTAGGAATCAGGGAAACATTTTTTA AAAACAAGACAACATGTACACTGGAATGTTCAATTACGTATGTCTCAATTATTTTATTAG ATACTTATACATTCTATTAATTCATAATACTGAATACTTTTACCTACATGTATTTAGCTA GATGGTTGAACTAAATACTTCGATTATTCTGTCGGATACCAATTATTCCTATCATCACTG TTTTTTTTCTCTAATGGAATTTGGTGATTTGTTAGTGGACGAACAAAGTCTAACATTAGT AATTGAAAGGGAAAAAATCTACACATAAGACGTATGATAACTCTTAAGAGTTGAGAAAAA TCGTATAGGAGATCAATGACAAATGCAATAGTCAATCATCAAAATTCATCTCAACTCAGT AATTTTAGCATGAAGCATATTTTTATGTGTAGAAATTCACCAAGACAACATTTCAAGACT GGAAACAAAATTTCAGGAAAATGGAAAGGTTTTCGGAATTTATAACCTAAATCTTAAATA ATTGTGTGATTATAAATTATTGTACCGGATAAAATAAGTATTTTAAAGTCAAGTTATTCT TGGTCATTAAATAAAAGAAGTAACAAATAGTAAATTCGATATATTGAAAATCTTTTAAGT TTAAAATTGTAGAGAATAAATTGTCAATATTCATTTGTAATTTTTATTTACTTTATTTAC CGCTGGACTACACTTTGTCACAAGTAACAAAATTTTTTTTTGCTAACAATGAAAAGTTGT AGCTAAGATAAGATAAAGCCAACCAGGACACGAATGATCAAAGAGAAACAAATTGGTTTT GGATGCAACAATAAAACAGAAATATGATCTCCACGTAACAGGAATTATATCAATGTTAGT TGGATCATTTTATTTTTTTTCTACATTTGTTTAATTACTCTTTTTTTTTTAACATCATCT ACTTTAATGTACGTACAGGTCATCAATTTAAGTTGCTTCAAGCCTTGAAAGCTTTTGTCA CTATCCGTGGGATGATGAGAAATTTCTTTGTCATATAATACAAAATATTTTTGGAATTTA GTTCAACTACAAGACAACTCCAGTAAATTACAACAATAAATAAGTGTACAAAAGATTACA GTATTGATTTGCTATACCGTAACAAATAACGGATTTACAAAATTTTTACATGTAATTCAT TAAAAAAATTATCCATTTTAATAGTATTTGTTTTAGTAAAACTCTTATATAGGATAAAGA AATGAAAAGATAAAATGAATACTGGACATATAAAATTTCTGGGGCATCATAACACATAAT GTGAAAGAAAGAAAAAAGTTCTAATTGAGGAAAACATTATCACCATCCAATAATTGATTA GCTTTGTATCTCAAAAAGAGAAATTATCTACAAATGACTATTCCTTATTTTCATACACTA TTTTTAACTAGCAATTCATGTTTACAGCATAAACCATCAAAGAGGATAATTGTATCAAAG AACAAGAAGCAATGCTTTAGCGGACACAATACTAAATTAATTACTATGTGATACTATTAA AGTATATATATCTTCTACTCATACCAAAGAGAAAGAGGCAGTGTTTCACTGAATAAAAGT TTGCAATATTATCAGTGTATAGATACTCTGATGATTAGTGAACGAGTCAGAATTTCCAAA TTAGGGATTCAAAATTTGACAAAATAGATACATGAAATGGTTCAAAAGAGTTCGACATCT TACTATATATATCTAACAAATTATTTTAACCATATAATGTTATATATAATTTTCTGCCAA AGAAAATTCGAATGCTGCTGATGACCCCTATGGTAAGGTGTTTTCGCCTCTAATAATAAT ATCAGCAGCGGTTCATTGAATAGAGCAAAGGACAATTAGAAAAATAGTTTGAATTATGGA TTCAAATCAGAAAAATATATTAAAGTAAATCCAATTTAAATAAATATTTAACCTAATGAA TTTAATTTGTGTAGTTTTCCTAATTTAAATGTGAGCCAGGCTCATTAAGAAGAAAACGGT CCATCAATCCACACGTCCTTGAATGTCACAATCAATTCAAAAAACTAAATAAATGCCTCC CCCGTTAACAATAAGAGGCCGACGTGAGTTGTCAACTTGTCGGCTTCGATGAAGTCATTT TCAAGCCGATCAATCTATCGGCTCAGCGTTTTTGCCCAACTGGGACCCACAAATCCTTTC TACTGTAGTCGGTATAAAATTCTTATCCTAATGTTGTACACGTGAACACAACCTCCTCAT GTACACGTGGAAGGAATTTAGTGGCTGGTTACAGTATTTTCCACGTGGGAAATCAATCAA AGTTGCTGATTTGGTACCGTCAGATTTGATCATGAGAATCCCATTGATTCTTGATTGTTA ATTATCATGACAACAGTCAAAATTACTTGTTTAGGTTATCTTGTTGGATTTCATTCTATT TCGTATCACATTTTGATTAGCAAAAGATTTGCGATTCTTTTACACAAATTATAAACATAA TCATACGAATCTAATTCAGCTTAACGATTACTTAAAGAGGGAGAATAAGTATCTAAGACA CTAGATTAGTCATTGATTAAGTTCAGTTCCAAAGTATCAAGTCTTCTCCAATAATGTTTT CTTATTTTAGAGAATTGTTATTTTTGTATTACATATAAATTTTAGTCCTCCTAATATAAG AAAAGAGTTGAGAATAATGATAAAAGAGATTCAATCATTGATTTATACTTTGTTTGACCA AGCTTTTGAGAAGTCAGAAGTTCTTGTTTTAAAAACCAAAAAAAAACTTCTTTGAGCGCT AATTGTTCCTCCAAAGTGTTTTTTAATTTGATTACCAAACTACTTATATCCAAAAACACT TTTAGAAAAAAAAAACTAATTTCAAAGTTTGATCAAATACCTGACATTCTAGTGTTTTTA GGATTATCCTTGTCTAAATACCTGAGTCTGACACTAACCATAAAACAATAATAAAAAAGG CACAGATTAATTCTCTAACAATATATATAAAATGGAATTAATGAACAATAAATTGACCAA CAATCAGATGAATTATTTTGAAGTGACTTCAAAAAAAATAAATTGAACTTGGACGAGTTC AAACGTAATGACATAACAACAAAAACTAAGAAAGTCAACCTCAAATTTGCTTAAGATAGA AGCATAGTCGTTAATTGTTGTTGTCTTCATCGAGTAATATAGTTTCACATTATAAATGAG CTTAAATGTAGTAGAGTTTCACGAGAACTTTACTCGGTCCAACATTAGCAAATTTGAATC TTATTAAACCAAAAATAATTGGTGCCTTAAATGAGAAATGGAGCCATCATTGCCAACTTT GTGGAACTGTTTTTCTTAGAGTTCGTGCTCACATTTACTAGAAATGAAAAACCACACAAG TCGGCAGGGATAACACGGATATCCTCTCTGTTCATTTTTATTTGCCCCCTGTTTAACTTT AGCACATTTATTAATAAAACAACTAATATCAATATTTTACTAAACAATATGTTTTAAAAC ATGGAAAAGACACTAGTAACTATTTTTTCTTGATATGAGAAAAATGACGAGTAAAAATAA ACGGTGAGTAGATTGAGAAAAGAAAAGCCAACATCAAATCAATTCAGCATTGAAGAGGTT TCTTAATATTTGAAGAAACATTTGCTGTACATGCATTGTACAGTGACGCTGTTTCAAATT CAATGGCCTTAAAGCCCACCAACGACCTCTTTTGTCCGCAATTCCCCAAAGTCACCGTGT GGTCATGTGAACTGTGAAAGAAGGGGGGCTAGCTTTTATCCCTTTGTCACTTTCTCCACA TTTTCTAGAACTATCCTCCCATGGCTCCCACTACAAAAATTACAACTAGATTTTTTAGTC CACTCCTATCTAGTATCATTCTCAATATTCCCAAGCTGGCCACTCCGTGGGCATGACAAT GACCCCCCAAGACCACTCCACCAATCAAGTTCACAATTGACCTATAGAACAATGTCTATC TCGTCCACGTAAGACAAGTATTAGGCGCTAAAATACATTCAAAATTTTAGTGCAAACAAG TACCAATTTAAATTCAACAATTGATGCATTGATTTAGAACCGCGACCAATATGAGATGAA TTGGCATATGGCATAGCAGGGTTTGTATATTAGCAAAAAGGAAAGATTTTTTAGTGTGAG GATCGGGTAATACGAATGCAAAGCTCTGGCTTCCAGGTGCAGCAAAAGGGTTGTCTCACA AGTCACAACATCCGGCCCCTCAACATGGCTTCTGCTTTCCTTACCTGCTTCAGGGGTCCA ATGATGAAAACCTGATCAAATGAGAAGATTGGTGTTATACATATCAGATCAACATCCCTC AACCTGTAAAGAATTTGATAATATAATCGAAGATATCATTCTACTAAGCTTGCACTTTAA ATATATATATTACTCAACTTCTTTGTTACCCAGGCTAATATTTACATGCTAAAATGCAAT TCTCAGGCAGGCAGGCAGGCAGTTTAACAAGTGCAGACGATTACTATAGGATCCTTTTCG AATAAAATGTTTTGAAAGGATAAACTGAGACTCATCCGGAGCTGGCCTTGGAGTGAGGAC AGAAAACCTTGGGCCAGAAGTATGAGGCTCTTGTCTCGCAAGACTTGGCCTCAAGCATCC AGACATGCGCCGTGAACAAGCCCAACACCCAATGTGGCTCATCCCATCTTTTCTCCGCAA TTAGGTGTAATTAGCCTAGATCTACAAATTTCTTCACTAATCCTGGACTCGCTATTCTAA AGTTTAAAACTTGGTTGCATCTAAAACCAAAAATACAATAATGACAAGAGTGGTCCATTT TTTTTCCTTCTAATAACCATGGTATCTGGACTAGCTTGCGCCTCAACTAATTCCTGGGGA AATTGCTACCTCGCTTCTCATCATCACTAGTATTGGGTAGCTCTGGTCACCAATGCTTGG ACAAATGTGAAGAATTCATCTAGACTACTGTTTTAGCCTCTGCTGAGGCTCGAATTATAG TACTAAACATATTTCAAGAAACAAAAATTCTCCTTCACATATAAAAGTGTATGGCTTGTT TTTTACCACATGTTTCGAAAGTTATTCTTCCTTTCTTAAACTCCATGTCCGATCGAACCA CCACATAAATTCAAAGGGAGGGAGTACGTGTTTATATATACCAACCTTGTCTGGCGCTCC CTTCGATCCACTGATTAGGATTTCTGCCCTGCAAAATGTTTCATATTAGGACCACTAATA GCATGTTTGGCCAAGCTTCCAAAATCTCTTATTTAGAGAAGTGTTTTTCAAAAACAATAC TTTTGGAGAGTAGCAATTCGTGTTTGGCTGATCAATTTGAAAATCACTTTTGTCAATATT AGAGCAGTAATGTGTACCTGACCAAGGTTCAAAAAGTGCTTCTAGGAAAAAGCTATTGCT ACTGCTCAAAAACACTATTTTTTACATAAAAGCTTGGCCAAACACTTCAATTCTTTAAAA TAAGCACTATCTGGAAAGAAAAAAAAGGTAGTACTTTTAGCTAAAAGCTTAGCCAAACAA GCTATAAACCAGCAAACAAGAATGACCAAAGGGAGAGACTATTACTTGCATGATTCTTTG ATTGACAAAATTGAGGATCCTTTTCTACCAATGACGCATCCCATTTTCCCGGGTGGCACA TCAAGTATGGACAAGATCTCGTCTTCTAAAGTTTCTCTTTCCACATTGAGGAACTCTGAC AAGACTAATCGCGTTTTTAGCAGAAATGCACCAACATAGTATAGGTTAAAAATGTCTAGA AAATTGATGAGCTACAGACTTTCACAAAATAAATTTTCAAAATCATGTACTATTTTAAAT TCACATCTAAACAGTTCTTGTGTTATACTTTTCACGGGGCAGCTTAATTTTCTACTAACT TGTAGGATCAAACCCGGCAAAAGTCAGGACAAGGCTCCAATGTCTTAATATAGTCATGAA GGATAAGAAACTTCTACAATTATATAAAAGTATATCCATAAAAACAACATATATCTTTTT TGGTGCCACTATATGCATTCATAGCCTTGGTGGAGAGTTCGAGATCACCTGGAATAGAAG GGATTGCTGGCCAATCAGCATATTCATTGTCACTTATGCAGAAACACCGACAACAAAGTG AACCACGAACTGCAAGTCTCCACAATGATTCTTCACTCAATTTCTCCATCATCCTATGGA ATACGTATGGAAGAAATCGAACATCATCAGCAGCTGCACGGACCATCAGCTCAGATAATG GTCGGTAGGTCCAAAACTGAGGATCCTGTATAAAAAGGAACTAAGCAATATAATTCTAGA AGGTACATAAGCCATGATACTGTGCGGAGAAGGAGTACATAAGCATGGAAAGAAGCTCCA TATAGTTAATCTAAGACTAACATGAATTTGAGAAGTGAAAGGTTGCTGTCAAGTATAACT GAGCAAAACCTGAAGCCTTTTGGGCCAGTATGTTATCTAAATGCAATACCATTTTATGTG ATCGGCAACTATTTTGAAGAGCCATCAGGTCTAAGGTTGAAATCCTAGAGAACAGAAAAA CTCTATGCGACTTCTTCCCATCTGCCTATTTAATTGTGCCGGCGTAAAGTAGCAGGTATC TGGTGGAAGGTGAGGTGAGCGCGAGACATCCCAGATACCAGTGTAATAAGAAATAAAAAA TAAGCTATCTCAAAGAGGACATAGTTAAATGAAGCAATAAACAATGAAAATCTTGTCAAC CCATCCTCATTTCCAACAGCATCGATAGGAGGATGGCTTTCTTTTTTCCTTTTTGTATTC TTTTTATTTGGGGGTCGGAGAGGCATAGTAAGACTTTGGTTTATTTCACAGTGTTACTTC TGGAAGACTAATTGTTGCCAGTTGCCCAGTTGGTAATTGTTTCCATATTTTTCTACTACC AAAGTCTTTGAAAACCATCCAAGAACTTTCTCAAAATGCTCATTTCTTCTGTAAGGCTTT AAACTGTTATCTGGGAATGATATCCAAATATGCATGTTCCACATGGTAGGCATGTCAACT GAAGAAAGGAAAAGGTAAAACAGAATCCAACCTCCTTCAGAAGGGAACAGACTTCTTTTT TCTCCACGTATGATATACCTGCAATCACATAAAACAATACAAAGTGAAGTGTATTACCTA GGATTCCATAGAAAGCTCTTTCTAGAGATGATCATCATGAAAGTTCATTTCATTACCTAG GATTTCATGCGCAAAAGCAGTCAGAGAGGAGAGGTGGTTAGAGGCACAAACTCCACTGGG AGTGCAAAATATATTTGAGGTTATATTGCCAGTATCAAGAAGAGTACTTGCTGTACACTA TAGAATTGTTGCTTCAATTGTTTTCTTTAATTACAATTCGAAGTTATGAAGTAACCAGAC AAGAATATTTTTCCTTTAGAAGGTTCCTGGTCCTCCCTTTCCCTATTAATTTGAATTTCA TTACAGCATTACCATGACAACTTGAAATATGCATATTAGTTTGTTCCCTAGTCAAAACTT ACAGAACAATATCACTTCCCAATGTCATCTCCCATAATGCATGGTTAACACAATGTTGAA AAGACATTCCTCAAAGAATGAGATGCACTTCAAAGAAGAAATTTGCAATTCTTTTCCTTG TCTTTTTATGATTAAAAACCATAAGAGCAAACATAATCACTACCAAATCCTAGATGGTGT CTTCTGTTTTTCTCAAAACCAAATCTAAACGTTTCCAGGAACCAAACTTATCTGGTCATC CAGTAGGGATTCTTGCATTTAACCACTCAATTTTCATATACTTAATGCAGTCACCACATG GGAAAAGATAAATAGAAGCAAAACAGAGACATAGTACCACAATAACGTGGATCCGCAAGA AGGCGCACAAAAGAGATATGGCCATCTTGTGAGCTCTTCTTCCCCAACTGTTCCTCAATC AGATAATAAGCTATCTGTACAACATAGAAAGATAAGCAGTCAATGTGATATAAAAGCAAC TTTGTTTCTCTGTTGGAAGTTAGTTAATATTCAGGAGTGATATGCATTAAATAAACCACG TCTGGAATAAAGAATCAGTGAGAAATGATTCATGTAATAATCCGAGAGAGATTTTTACTG CACAGAGGAAGCAGTATCATCACAGCCAGCAACTAAAAAAGAAAAGTGTCTTGATGCCAA ATCACCATATGAAGTTCTCGAATTTTTTTCCCCAGATTCATCATTTGAGCATCTTCAAAA TTACATGCCATCCCCAATCAGTTAGAAGTCATAAAAAATGGTGCAGTAAATTTCACAAAC TATAGAGAGATACAAGCAGAGCCAGTGTAGAAATCAAAACTATCATGGCTGGAAATCAGC ACAATCCAGGTGAACTATAATAAAACAAATATCATAAATATGAGGTTGTAGAAAGGAAAA CATGCAATGAGTATGAAAAGGGTCGGGTTAAGCAGATAGAGAGTAACGTGTGAATCACTT ATTACTTTAGTAATTTAGTCGAAAAGTGTTTCACAGGATAACATGAGAAACTAGTAGTCA AGTAGCTCGAAAGAAAGTACCAGAAGCTAACTTGGGTATCCATAACATTGTGCAACTTGA TACCAAACTGATAGAATAATGCCTGAAAAAGAAAGAGGAAAAACATGACAAAAATGATAC AAGAGGGAAGGAGAAAAAAGAGGAGGCTAAACGAAGTTCTATAAGACCTCACTATCCCGT TTGCAGTCGTGAATAACTTTTGTGACATAAACAGACTCAAGAGCAGGCTTACAAGCGTTA ATCAACTTTCTCCCACCGCGTATTGCATCAACCAAGTAGATAGCGTCCGGAAAAGCAAGC TAGTAATTTAAATGAGGAAAGGTCAAAATCCATACTTCATCAAAAAGAATGTAAAGGTCA ATCAAAAGGTGAATATGATCAAGCCCCACACAAATTTCTCGGAAAATACCTATAAAAATG TGAAACTAAGCATGGAATCACCTAACCAACCAAGACAGTCAATTTACACCTCACAATTTA TACACTAGATTGGACTAAGGATGCCAAAAAGACAAGTTTTTATCAATGCCCTCGGGTACT GGATCCATTAATTTGGAACAGAGCAGGTATTTGATTTGGATGCATAAAGTCTTAAAGAGG ATTATATCTACGGTTTTTACATTTTTTCATTGTCAGGCAACGAAAGATAAGGAGATAATT CTCTGGATGTCAGCAACTAATACAGACTTATTCTTCAAGAAGTATAGCAAACTACCAATG TGTTTTTGCTTTGCAAGAAAACATATATTAAGTAATGATACTCATAACAAACTTACAAAG CTACTGCTGAGTAACATCATAATATTGAAAATCAAGTGAGGCACAAAGTTGGTATCTACT CAGAACATGTGAGAACTGAAAAAAACCTGCACAATATAGAGAGTTCCATATCTACAGAGG TCAACACCCTCGCAGTCAAGTCCAACAACCATCTCATTTTTTGGAGAAGGGTAGAGAAAT GTGGCTGGAAGTTGAGATTCATGGCTGATGATATAAATGGGGACTGGTTTTAAAACTACT TCATGATCAACATGCCTACCACCTGCTCAAATGCATGATAGCTCATAAAAAACTAAACAC AAGAAAACAAACCGCAAAAATGACAAAAGAATGTATGATTATCAGGATAAAAACACATGG CAGTTGACTTGTGCCGAAATAGCAATTACGATTTGTAGCATGCAAAAGATAAATTATGAA ACCATATATCAACAAAATCAAGAACCCTAACCTCAAAACTGTTTTAAAGCCTTAGAATCG TAGGAACTTGAAGAGAGTTGATGGAGTTTTAGGAAGAAAAAAAAAAACAAAAATGGAAAG TCGAGATTGATGATAAGTAAGAAATACCACCATCCACCAAACCCCCACTACCACCAGCCA CTGAAACAGAGTAAACCCCATTTGCAAATTTCTGGTAGAGTAAAATCCACGGGTAAAATA CAGCATCTCAAACATCAAGGTTACTATATGCAAAAGGGGAAACGAAATAAATCAAATAAA AGCCCTAATCATTCCCAAAACCTCAAATTAACAACACCAACGCCAAATATTGGGTGATAG AAAAGACCACCTGAATTGAAAGATGGCAGAGGAATGTAAGTTTGATGAGGAATGGATGCT AAAGCCATATGATTGAAAAATTTGAAACCTAACACATTCAATATACATAACTAAATACAT ACCTGCAGAATAGTGCTTTTAGCCCTGCAGAATAATGCTTTTAGCCCTACTTTTCCCTCT TTTAGTTAGGCGAAACATGTTCCTGACACATTTGCCTATGTTGATATTGGAAATTAGCAA GTTACATGATATCAATTCTCAAATAGTTTAAGAGTATGATGATTTGAGTTTTTTAATAAT GATTTCGAATTTATATTTATAACTGAAAAGGTCAAAAATATTTTTAAACTACTCCAAATA TTGGAGTGCATATTTACATATGCTCAAGTTGGTGTAATAATATTCAGAACTTTGTTCAAA AGTTTTAACTCTTCTAAGGGTCTAATATGTGTAATTATTTGTGAAAAGGTCCTTCTGTTT GGTCCATTCTGAAGCCTTGATTTTATCATCTACTTGGTTAGTTTGGGCCTTTGTACAATG TGCAGAATAACAGTATTCTTATCTATGAAGATCCAAGAGAAATTAAAAGTTACACATTGT GATTCCTTCAACGTGCCTTGAATCATTTGCATGTAATCTGATCTGGAACTTCCAACCCCA AGATAGTATCCATTGTTCCCTGCACTGAAAGTAAAATATGTACTCCAGGTATAAACATGT ATACATGTCATGTCACTCATACTCTAGTCCCCAGCCTAAACATATACAAACATGTAACAC CAAAAACATTAAGTATATATTGTACGATTAATTGTTTCAAACTAATTATTAAGATTTGAA CATATATATGACATTATATATCTTGTTTAGGTGGTATAATTCTTCAAAGTAAATTACGTA ATTCGTAGCCCCCTCATATGTGTGACAGGTGTTTCATGAGACAACAAAGGGATCCAGAAT GAAGCAATACAAGCATTGCTAGAGACTAAATGAAGCTAATTGAGTGGGTTACCACTTTTA CATTTAAATGGGGAAAAAAAAATTGTGACTCTGGATTGAAGTCTCTTATATGTTAATATT CTTTTACATATTTTTTTTTCGTTATTTCATGAGAAAATCTCATCAAATATGTACTGTTGA AGCAAATTCAGATGTGGAAAAAGACCAAAAACTTCTATAAAATAAGACTAATGCTCATGT ATAAAAACGTCAAAACCAAATGTCTCAAAGCTAATTAAGTAATTAAAGTACTTATTAAGG TGCTTAGGAAGCCCCTGTTTAAGTTAATATTGCATTGGCAGCCTTGATGGCCTTTTTCTC ATCCGTGTTCCAAGAAAATAAGTTTCTTTTACAGCTCAAACGGATCTTTGTTAATCCTAA ATTTAATCATATCAATCAATTGAACAAACCATCGCTTCATGACTTCCATTTCTGTTCTTC CACTTTCTAATCTCATAGGAATCTATGTCAGCAGTACCAGAACGCAGCAATAACAATTAC AGACGCAAGAAATTCAACTAGTTGGAATCAAGATGTACAACTGGTTTATCACCGAAGCTC AAGCGCGCAAACACATTCAATATGAGGTGTGTGGGGAAACATGTCGACTGGTTGTAAGCT ACTCAGTCTATAACGTCCCTCTATATTCTGCTCCGGCTGCATTTGAAATATGTCATGGAC TTTAGCAGAGTGAATGATAGTAATAATTATGGACTAATATGAGAACTCAAATACTTACCA CACCATAGCAGAGATAATTAAGGTCACGAGCACAAGTGGCAGGATTACACGATACATAAA TGATCCGTGATGCTCTCAATCTTAGCAAAAATTTGATCAATTTTATGTGCATTCCAGGGC GATTAGGATCTGCAGGTTCGGCAACATAATATAAATGTAAGCAAGTTTATGGGAACTCCA AAGGTGTACCAAGAAAAAGGTGAAGGATTGCAATTAAATCATGGTCTCACATGCCATTCA CATAACATACTTGAGAATGCCATCGGAGACCTAATTTTGAGAACTGCATAAGATATTATC TACCACAGGAAGGCAACTTTATGTTGAGACATTTAACTATAGGGAAACAACTTCCTCGAT CATTGCTTTTTGGAATAAGCATTCTATGTAATATATATATATATATATATATATATATTA TTTTATTTTTTTCTTATTCGGAAGGTAAGTCCATATTAAGAAGCCTTAAACACATTGTAA ACAGAAGATTCTATGAAACTTCCAAAATTTCCATTATAGTTATACGGATATGTACAAGGT GGCTACTTCAGGCTGTCTTCTTACTATGGCTCATACCACAAACTGGGACCAAAGTTCATT GCCTTTGCCATCTAGTTGTTCTGTTGATCTCCATCTTTTTTCATTGAAGGGGACAAGAAC AGAAATCTAACCTAAAGACTGACCAAAAGCAGATCAAACATCCTGTTTTAACATGACAGA GGCGACGCTTCCTTTCTAAACAATTTTCACACTTCAATGTACGTTAGTTATTTCATTCTG ATTATTCTTATACCAGCAGGAGTGTAGGACTAATCTTACGATATCCCTGCTGCCAGGAAG TGAATTGGGAACTTAAACTGAAGGGTATTCACAAAGCAATTTAGTCCCGGGAGACTAACC AATAAAACATTCATAAGCTTCATAAAACCAAGGTTTGTTAAAGCAACGGAAGTTAACGCT TCAAATGAAACATATCATCCATCAGGAAAACAAGAAGAGAATAACCTGTGATAACAATGT CAGGCTTGGGCAAGTTGCTCGCGAAGGTCGAATCAATTTTATTCAAATCACCTTCGATGA AGGTTGCATTATTGATGAAATTTAGAGTGGCATTTTGACGTGCATCTGATACAGCTTGAG CTACTACTTCAAAACCATAAACATGCTTCACCCTGCAAATTGAAATAGAAATAAATGTCA GATCAGCAAAATCTAGAACTTGCAGCTCAAGGAAGAAAACCTATATACCTTTTGGCCAGT GTAAGGCCAATGGTTCCTGTCCCACAAAATAAATCAAGAACAATTTCAGACCCATCTCCT TTAAGAAATGCACAATCCTCAATTAATTTATAGAGAACATCAGCCTGCAAAGTTCAAGAG TTTGTATTTAGCACCAAATTTTTAAAAAGAAGGAAAAACAAACACGGTTTGGAAGTATAA ACTGAAGAGATCAAGGTACTAGCCATTTCTTTACCAAATACCTGACGTGTGTTCGTCTGA AAGAAAGAGTTTGCTGAAATCTGGAAAGTAAGCCCTCTCAAAATCTCTGTGATGGTAGAT TTTCCATACAACGTATATTCCTTCTCCCCAACAGATGTGTTGCCGATAGAAGTATTCACA TTATTAACAATGCTTACCTGTTAAATATCAATGACAAAATTTAGTAGCAATGACACCATA GATAATTTTTCTATAGCAGATGCAGACTGACAAATGAAAAAGTAACTTTGTGGAAAATAG AAGGTTCGGTGGCATCCCAAAAAAACGCAATGGCCAATGGGTCCACCTATAGGAGAGAAG AGCTAATCAAGAATTTGACTCATGAAACCAGAACTTGTCTCAGGATGGAATCACTTTAGT AGTCGAAGTAATATGATTCCCAGAGTAAGCAAGCAATATAGGAATTTCTTCACCTAAAGA GACAAAAGAATGAAGTTATCTGCAATATGTTAAACCTACCACTTCAGGAATAGTGGCGAT TTTCTCAACAAGGGGCCTCAAGCATTCAGGATTGTCAGAAGAAGTTACAAAGTTAACCAT AAGTTCAGGAAGACCAGTTTCAATATTCCTGAAAGGAAAGGCCGTAAGAAAAATTATCGT TAGGTGCAAGGTACATCATACAAAAGATATGAACTTTATATACAGCATGACACAGACTAA AGCTTCCTGGGGAAGAATCTGAAAAACGAAAGACTTAAGACTTGCTCAAGAACCTAAGAA TTCAGCCCCAAAACATAATGTGGAATACCTGATAGTAAAACTATATACATAGCTACTCAT GGATCTTGCAAGCCACCCCAATGCCCTATCCCACGGCCCCACCCAAAAAAAGAGAGGAAG AAACGGATGATGACTTCAATGCTTTATTCACAAAGGGCAGAAATAAGATCAAATACCTGC CTGATCTAAGCATTAGATGCTTCAGAAAGCCAGTGTGAGAGTGCACATTCCACGGAGAAA GCCCCAACTCTGGATCCCGCCAGCATTCTTGCACAGTTGCGAGAACCTAAATCACAAAAT CATGTTTATACAAGAAGAAATTACATCATACAATATCACCGTTGAAATAAAAAAACCATA TAAAGTCATGACTAGTCGAAGGCAGAATTGAAAAATAATAGATGGAAAAATTTATTCCAA GCTCAAATCTGCGAAGAGTACAAATGAGGGTAACAAGATGCTCTCAGAGCTGTCTAATTG CATCTACACATAAAGATCAACATGAGTCAATTATAAGTGATAGGTCTAGAATCAGGTTAA ACAAAGGTGAATGAGCTAGACGGCAACTTTAATTTATTGGTGTTCTAGCTTAAGGGAGTT GTAAATGTTCTAATCCCCCTTCACAATCTATAGTAAAATGACAACCTAGAACTCAGAAAA TCTCATTTCTGTCTGTATCTTCAATTCCAGGTATCCTGATATGTCTGTAATTTGCTATCG TCTTTACTAGTGGAGTGAAAAGAAAAAGGGGTTTTGGAATTATCTGCCATCTCAATTCAG ATTCCTAGTCAACCTAGTACGCCTCCTTCCTCTTCACCTCAGTACACCTGTGCTACCATC AATAACTTCTAGGTTGATATGCTAAATATTGTTGTAGATGTGCTTCCCTATTTCTGTTAC CACTTTGAAGCTGATGTATCCGTGAAACTCATGCATATTTTCGTTCTCTTTCTCCAAAGA CATTATGATGCTTTCTTCTCCCCTCCTGGACTCCCTACAATGACCGTCCTCCTCAAACTG CACGGCTCTCATTGCCAGATATCTGAATCCTTTTTTAAATAGTGCTTTATTAATGCTTTT TTAATGCATTATGATGTTATTTTTAATATTTTGCCTTAAATCATTTTACCCTAACCCCCT ATTTCTTATGAGATATGACTACATTCCAGTTTACCACATAAAACTTCTTAGCCTCTTAAT ATCACCAATTCCAAAGTCACAGCTCTCTCTGCTGGCAAATACAGACCTAAAGTATGTGGT TATGCTCAATAGTGTGCTACTAATGAATACCTCTTTACCCCCACCCCCTCCCTTTTTGAC AGTTTATCTGTCTTTTCCCATTCCTTTGCACTTCCTCCCTACAATATGCTTGTTTACTTC ACACACCTCATAAACGGTAAGTCCATCGAAACGTAAAAGACCATGTACAGCTCTAAAAAA GAAGAGAAAAAGGCAGATGTTTGGCAACTAAAAATCTAGCTACATTCAATGGCACATACC ATACCTCATTTGCTGAATCACTTTGCAATAAGCACTTATTCACATTTAAAACTTTATCAA AAAATCCAGGGGCATGCAGACCCAAAGCATAGACACATTCATCAGTAGATTTTTCTTGCA GCTGTTCAGCAGGTACCCATCCCTTTGGACCAAAAGAGAATTCCATCTGCATCGCATGTA ATGAAAACACAGTAAACATATCAGTTTTCCACCTGTCGAAATTCGTTCTCTCTTTTTTGT TTTCCCTTTCTTGTTTCCCCTTTAGATTTCTGAACATCAGAACTACTATTGCTCACATAT AATAGTAATAAGAAGGCAAAACCAGCAGGTGAAATAAGTAGGTGGACAAAATAAAGAAAA ATTGCTATACACATACAAAGAAACCAACATAATTTTTCACAAGTAAAGGAAATTTACTTT CAGAATCTTCATGTAGACTTTATAATGAAACAACATGATATCACTGCGCCTACAAAAAAT AATCTAGCATCTTGTAATGCAATGCAACAGTAATCAATAGGCCAACCTTGATCTCCCTTA AACTAGTCCCCCACTCATCTAACTTTTAGCACATTACCATTTCTCCTTTGTTTTTGTCTA TTCTTCTTTAAAATCCCCTTATATTAATAACTTATGTTTAATTTAATTTTTTGTTAATTA ATTGATAAAATGCTAATGCATTTGGTGCTCTATGATTTCTCTCTTTCTCTCTACATATAT ATATATATATATGTACATATAACTAGAGAGAGAGAGAGAGAGGCGCATTATTTTTTTTTG TGTGTGTGTTTGAGTGTGTTGTATAAACCAGACCATCTAGTGGAGAGAGGCGCATTATTT GTGTGTGTGTTAAAGAAGCATGAAATTATTTAACGCCTTGCCAGAAAAAAAGATGCAACT TTTCTCTCTATTTGAACAAATCATCTGATTATCAAAATGTTTCCCTACAGCATAAATTAC AATATAATTTCATACTTCCACCATGACTGCCAAGCCGAATGAAGCATTGGCAGTCAAAAG TATGTCTAATTCTTCAGACTCCTGGCCTCAACACAAAAAATAAGCAATATACAAATAAAG CAAAGGTATGCAACCAAAAAGGAAAAACTGTCAAGCAATGCTGTCTTAGAGTGCATTAGT AGTAACAGTAAGTAGAATTTCTAGTCAAATATTTCCTAAATGAAAATTCGGTTGGATCAT TTACTGACCTTGTTCCTATAGTGAAATTGGATATCACAGGGAACAATGGGTTTCATGACA CCCGCATGTTCTGGTTCTTGTTCAGAAAACTTGCCCACATGAACAACCAGGTCACGAACT TGTTGCTCTTTGGCCTTGAGCTGGGCTTCATACGACAAACTCTGTGTCTTGCAACCTCCA CAGTGTGATGCATATTCACATGGTGCTTCAACATAGTCCGAATGAGGTGTTATTGTTTTC AACTTCTTTACCTGCCCTCCTTAACATGCATAACATCAATCAACACATCGCACAAGTACT AAAAGTTCACAATAAATTTACATCTCTGTACTATCCTCGCCAATTGAAAGACAATAACAC ATTAAATCATTCAAAACAAAAATAAATATAAATGCAGTTACTCAAACTGGAAAGGATAAA AACCAGACACCTCGGCGTAATTATCTTTTTTGCGAGTGACACGACCAATGAATCGTTCTC CAGGGAGTGCACGATCACACATGAGTACAAAACCACTGTCAGCAACTTTACAGACGCCTT TTCCTTTGAAAGCAAGGGATTCACATACTAGCTCCAGTGTTTGCCCTCGCTTCGGATAAT AAGACTTATTAGACTTGTAATTGTTGTTATTGCTAGTATTAGAAACCAATTCCCTTGCAT CTTCTTTTGGAATTACGTTCAATTGAATGTCTTCAGTATCTTCAACGGGGGAAAGAGAAG CGAGAGTGGTGAATGAACGTGAACGTATTGATGCAGCAGCCGTTCGAGCACCGAATTTGT GGAGCCATATGTTAGAAGGAACGGAGCGAATGCCGAAAGTAGCCGCCGCCGCCGCCATTT TCAGTCGGAGTGACTGTTAAACCATAGGCGCCGGAAATAACTCCGACTCCGAGTACGTAA GATACTTGGCGGTTTAAAGGATAGGGCGGCTAAAACGAAATGAAAAATCCCAAAAATTCT GATTTAACGGTCGGGCTGACTGGCTGGATCGCCTTATCTAGTGGGCTTATTTATTCGTTG GGCAATAGAATTGCACAAGTCAAGGGTTGGGTTTGGGTTTTCTACGACTGGATTTTAGGC CCATTTTCTAGTTATATCGGACGGGATAGTTGAAGTACACTCTATCGTTCTTAGATCCCA CTTCACCAAATATATTGTCACTGGATGGCAAAACATTGCTATTGTAATCGTCTTAGCTTG AAAAACTTCACACTCAGCTATAAAGTTTGACTTTAATAGTTTAAACTTCAAATTCAAATT TTGAAACTTCATATTTGGATTACAAATTATTAAATATTAAATGCTATTTAAAAATTGATT ACAATCTAAATTATGCTGTTAAAAATAGAGTTTTGCACTTTATATAGAAATTCGCTTTCT GCACTTTGATGGATTTTTTTCAGCTACTACTTAAATATTGTTCAAAATTTGAAAATATAA AGTTAAAGCTTTTAGGCTTCAACAAATCATTACTCTAACATGTACAAAATATTCAAATTA TTTTTCAAAAATGTTTAAATTATGATTTAAATGATTCATCAGTTATAAAAGATAAATAGA TCATTTAATATATATTAAAATAAATAAAAATAATTGTCTTCGAAAGTGACAACCAACTAA TGTTTGTGGACCTCGGTAGTAGTTCATTTTTTAGTAAAGAAGCATGTGTCAATGTGTGTG GTTCATAGACATTTTTATTCGAGTTATAAGAGGTTTTCTTCTACTTTTGATGTGTTTATC TATATCTTATTACAGGATTAAAATATTTTTCTAAAGTGTCTAAACAAACATAATATTCAT TTCTTGCTCAAAATTATGGATTCAAGTAACATAAATTTTTGTGATGATCATTCGACTTAT AAATGTATAATATTCTTTTTATTTTGAATTATTAGTTTTACTTTTTTTAAAAATCTATTT TACAAAAATTGTATATTTCTTTTCTGTAATTTTTTAATTCTAATTTTTATACATTATGTT TAAAATTTAACTTTTTTTAAATACATTCTTATTTTTATTCATTTCTAAATATTTTCATTG AATAAAAAATAATTGAACAAACGAAAACTGATAAAGTATATTATGTGCAATAATTTATAG AATTAGTAGTAAGTATATGTACATTCATGCTTTCCAGCCTTTTAAACATAAAATTACACT ATTAAGCATGCCTATTGATTGACATAAAAAAAAATCAATTCTAATAATTTCTAAGTCACT AATATATATATTAAAAAAAAATAGACGCGTTAACACAAGAGAAACCAATATATTAAAGAT ATTAACATGTTTTAAACTTAAATAATTAATGAAACATAATAAAATAATTAAGTGCTTGAT GATAGATGACATCTACTCTATGTCTTTCTTCTTGTGAGATAATCAAAGTTAAATTATGAA TATTAAAATAATATTTTAAAATAAAAATTGTTAAAAGATCCATAACTTTAAAGTTTTACT AAAATAAAGGACATCTTGTGAAAAGATTATCAATGATTTATTGAGCTAAAATGAGATTTT ATTTACACAGCTAAAGTCTAGTTATGACAAATTATCTCTAATAATTTTTTCATCTTTGCT CTTGAATATTTATTATTGACACAAATTTCTCTAATCCTTGAATTAAAAAATAGTTATTTG TCGAAGCTCTTGTTTGGTGATAGATTTCAAAAATTTTAAACTTAAAATTTTATATTTTTA AATTTATTTTTTTAAAAGTTATATTTGGAAATGCATATTAATTCAAAGTTTCAAAATTTT GTTATTGAAAATGTTAAAAACTAATTTGAGTTAGTTTTTTGAATTTTGAAAATGATTAAA ACTTAAAATTCTAAAATCTATACAGGGAAATAAATCTATGGAGATCAAAGGCAATCGAAA AAAAAGCACAACCAAACTAATTCTGAAACTATTTTTTATTTTAGAAAAATAATAAATAAA TAAATAAATAAAAGGACGGAAAAAAGCGGCTGGCAAACTAAGCACGTGAGAGATTTCTAT TAAGCACGTGAGGTCAACTGTAGGCTGAAAACTACTGGAGCTGTCACTGGAGGCATCTTT ATAGTGCTCATCTCTTAGCTCTTACTGCCAAAGGAACAATATTTTAATTCGATACGTCTC CCATTTCAATTGGACCCTCTATCCATTTTCCCCATATTTTCATCGTTTTCACCTAATCCA ATGATGTACAGATTTCACTGTTGAATTTGTTCCTTTCTTCATCTACTCCTTTATTTTTCA TTCACTCTTCTCTTCCATCTGTGGGTTTCTTCCAACTTTTTTTTCTCATATGGATATCTC CAGATGGGTTTTCTTGATTTTGATTTTTGTTTCTTTTGCCACAATACCCATATTCTCAGA TTCTCAATTGAGTTCAGGAGAACTACCAGACATACCGGTTAAGTTTCTTGATTTTGCGAA GAAATCTGAGGTTTTTGATTGGATGGTGGAGGTTAGGAGAAGGATACATGAGAATCCTGA GCTGGGTTATGAAGAATTAGAGACTAGTAAGCTTATTAGAGAAGAATTGGATAATATGGG GATTCAGTATAAATACCCTTTTGCCAATACTGGTATTGTTGGCTTCATTGGTTCAGGAGA CCCCCCTTTTGTTGGGATTAGAGCGGATATGGACGCTCTTCCTATGCAGGTTTGAAATCA AATGCTTTCACTCCCCTACTCTTAAGTGCGAGTGGATTATTAATTCTGTTATAAAAGTTT TTTTTTTTTTTGTACTGATGTATTGGTTAGAGATCACCAAACTGAGGAGAGAATTTTAAT TATTTTTTTTGTATTTTAGCTAAAGCAATTAGTTTTTCATATTAATGTTAACAGGAAATG GTGGACTGGGAGCACAAAAGTAGAAATCCTGGTAAAATGCACGCATGTGGACATGATGCT CATATTGCAATGCTTCTTGGTGCTGCAAAGATTCTTCTACAACATCAGAACATTTTGAAG GTTTGATTCTTGTATTAGTAGTATCACAATTTTGTTTTGTCTGCTCGAGTTTTGACTTTT GCTCATTTCTCACTTTGCATCATATCCATTTAAGTGAATGAATTTCATTGTTTTTGGTAT GTATGCTGGATTTCTGGTTCATTCAATAAATTTTAGGCCAATGTAATTGATTGGAGAAAG GTAGGTCTTATTTTGCATTCATTTTCTAATTTTATAACCCTTGTAAAAAAGGGTTAGGGG CAGGGAACCAGATCTTTGGGTAACAGAAGAGCAAGTTATATGGTGTGAAAGGATGCTTTT ACATGGAGAGAATGTGGTTTGAAAAAATAAAAATCTCATCTTTACAATAGATTAGGAGTT AGCAGAATCATGTGTACCTTCTCTACTTGTGACAACAACTTGGAAATAGAATTCTGGCTG GTCGATAATCAAGATAGCCTCTGATATAATCTTAAACCTTGATTTGCTTTGTGAAGTGTG AAAGGATGCAAGAAGCTCTATTGACCAGCAAAGGAAATATCTTGGAGAATCTTCTAAGCT TTTTAGTGTACAACTTCAGTTTCTGAAAATGTCAGCCTGCTCTTAAATCTGATTACCTTT TGAGAAAATACCATATCCAGAAATCTTTCTTAATGAATCCATAGCTAACTCCTCAGTACA TACATGACATCAATTTTTTTGTTATGTATAATACTCTTCTGGCAGCTGATATTTTCTCGG CTAATTTTGACAGGGAACAGTTGCTCTTGTTTTTCAACCAGCAGAGGAGGGAGGTGGTGG GGCCAAGAAAATGATAGAAGCTGGAGCACTAGAAAATGTAGAAGCAATATTTGGTCTGCA TGTCCATCCCAACTTTCCTTTGGGTAAAGTTTCTTCAAGACCTGGACCCTTTCTGGCGGG AAGTGGTTTTTTTGAAGCTGTAATTAGTGGAAGAGGGGGTCATGCCGCTATTCCACAACA TTCGATAGATCCAATTCTGGCAGCATCAAATGTCATTGTCAGCTTACAGCATCTAGTTTC CCGAGAGGCTGATCCTCTGGATTCTCAGGTATATTTCTACCCATGGGATAAGCCTCACTG ACCACCAGAAAATTCTAATTGGGTTTTGTTATCAAACACCTATGATGTACTGGCTCCTGG TCACTATTAACTCGTTGCAGCGTCTGAACCACCTATGAATAATTCAGAGAATTTGTCATG ATTCGTTGGCAAAAGAACTATGAATTGCAAACAAGATTCAATTACTGTGTGCTTGAGTGA TCGAGATGAGTGAGTTTGTCCTTGCCCTGTGCCTGTAAAATATGATATAAATCTTAAGCA TTTCCAATGACCCTATGGTCTCCAAAAGAGGTAATAAGACCCATGCAGAATTTTGCCAAC TTGAATGTCCCTGTGTCTGGTGATTTTTTTGTTCAATCAAGAGTTAAATTAACTTCAAAT TTTCCTGTTCTGAGCCTCTATGAGATCCAATTATATAAATTGGAAGCAACCCATCAGAAG TTACTCGATCAGCTAGTACAGGCATATCCTTGGCTCCCTTGCTTTGAATTGCCATATGCA TCTATTCTGGTGATGTCCTTTATAAAGTGGAGAACTTCATATAAGTGTTGTATGAAATTT CCTTGATAATATCTTTAGTGCTTGGGCCGAACTAATTTAGTACTCAACAACAGTGGCGGT CCCAGGATTTTTAATAAAGGGGTTCGAAGTCGGTAGAAATACACGCACAAAGTAGTCGAA GGGGGTTTGATATCTTTTGTATATAGATAAAATATTATTATAACCATGTGTAAATAATAT AATTTTCCGCTGAAGGGCGACCCCCTTAGTATAAGGGTGGCTCCGCCCCTGCTCAACAAT AGCGGAACCAGTTTAATAGAGATAAGGGGTTCAAAGTCCCTTCTTTCCTTTAACAAAGCT CAAGTTAAGAAATTATCTGAAGTAGGTGAGTTTCTTCTCTGTTTTTCTGATTCATGCTTC TTTTGGATGAGTAGTAGAAATATCAGGAGGCGTGCTGCTGCCTGCAGCCGTAGCCCAAAA AGGTTTTTTGTCTTTTTTATGAAAATGGAAATATAATCATAGAGGAATCTGTTTAAGGTT GTTTGGAAATTGGGGGTCAAAATCTCTTCTTTCCTTAACAATAAGATTGGTTTCTCCTCC CTGTTCTGATTTCTATTTTGAAACCAAAAGTCGTATCTGATGAGATGATACTATGGAAAG ATTATTTAAGAACTTTTGAACTCTCTCACTGTGATTGTGCAATGACTGGTATACTTACTG GGTTTATGATATTTGACTTTAGCCTGATTGGTTGACAAAGCTCATTCCGCAGCTAAAATG ACATGGGTGTTTAACTGTATTTATGATGCATTTACAAATGTGATCCTCAAGATAAAGATT GCAATATTCCTCAACAGATTGTTCTCATTTTCCAACTTTGTCATGTAGTTTTACTTGACA TAAAGTATGATCTGCAGGTAGTCACAGTTGCTAAATTCCAAGGAGGCGGTGCATTTAATG TTATTCCAGACTCTGTTACCATCGGTGGCACTTTTCGGGCTTTTTCAAAGGAGAGCTTTC TGCAGCTTAGGCAACGAATTGAAGAGGTAGGATCAATTCTTAAATTAGTCAGTATCTCAA GATGTTGCCTTGAAAATCATAAATGTTCCATTTTTGTGCTTTCCACTTTATTATAATCAG GGTTTTAGCTATCTCATTTTATACGCTGCATATGGAATGAAATTGCACACTCATCCTATT GCCGTACTGCAAATCCCATCTTACTCTTTGGTGTCTCTACATTCTTTACATTATTTTTTC CAGATGTGTCAAAATATTTCTGCAAGTTGTCTTTGTTTCTGTATTTTTTCGGCTTTGACA GTCTCATTCTGTTTATCCCATGCTTTCTCCATTGTAGAGACGCTAATTCTCCTCTCGCGT AGGTTATTGTTGGGCAAGCTGCTGTACAGAGGTGCAATGCAACTGTGGATTTTCTTACAA ACAGCAAACCCTTCTTCCCTCCAACCGTGAATGACAAAAACTTGCACAAACACTTCCAGA GAGTTGCAGGTGATATGCTTGGTAACGATCATGTAAAAGACATGGAACCACTAATGGGAT CAGAGGATTTTGCGTTTTACCAAGAGGTTATCCCGGGTTACTTCTACATGCTCGGAATGC AGGGTGAAACAAATGAAAACCCTGCATCAGTCCATTCACCTTACTTCAAAATAAACGAAG AAGCACTTCCTTTGGGTGCTGCACTTCAAGCATCTTTGGCTATTACATATCTTCTCGAAG CACAACCACAAGTTCCTTCATCAAGTATAAATGGTCACGATGAATTGTGAGGTGCTACTC TTTTGTAGGCATATGCACGAAATAGATCCTTGTTCATTTATATGTAATGCTGGAACCGGC CAATCTAGCTTGAAATATCTGGAACAAGGTCAACGTCTACATAACAATTATTTACTTCAA CAACAATAACAACGTTGTATATTTTCTAGCAATTTGTTTACCTGATCTTGTTCACAAAGT GCTACCAAGCGTAGTAAATGAGAGAGCTGGGAAAACATCCACGTTACTGGGGCTCCAGTT TAGTGTTAAAAACGCAGTGCAAGATGTGTGGACTGAATACACAGGGCGAGTTCACACTTC ACACCACCCAGTTGCACTAACACGGTATTCAAGGGAAAGCAGGATAGAGAACAGGCTCAT GCTTCCCCCAAGTTTCAAACCTATGAGCCAGCTTATGTTGGACAAAAAAAATAAAATTCC AACAACTATCTCTTCGTTCCAAACACGTTTGGATCGATTGTATGAACCTTCACTAAACAT GTTTACTCCAGGTCTAAAAATCAACAGCAACAATACAATATCATTATAGAAGAGAGTACA GTAAGCATATAAGATCATGCATGGCATTCTATATATTGAATTATCTAATAGCAAGCATGA CACTTGCTTGTTCACCAGATCTATTTAGCTAGGAAATTTCCTATATGGATTCCTGCTCAT ATTTCGTAACAAATGTTCTCGAATCTCAGAAGCCCAAAAACTTAGTAGAATGTTCTAACA AAGGACCTAACGCACTAGGCGCGAATTTTCTGGCAAAAAGGTAACAAAGTGAAGTTGGCT GGTTATTGTATACACATATTGAGCTTTCAGAAATTCGCTTGAAAAATTGATCATTAATAT CGGCCTTCCCAAATGTAGCAGGATGAGCACCACCTCTGGACCAGTCCACCCAAGTGAGAG TCCGGTTTGCCAGGAGGCGAGGAGATTCTATGGTTAGCATAGTTGGAAAATAGTGCTCAT CCACATAACATGGCGGTCTGCAGAACTGCTCAAACTTAGGGTAGTATACGTCATCTTTAA CAATGTCAACAGCCAGTTTCCTGTTCACTTCAAACCACTGGGATCCTTTACGCCATTCAG TGATGTTAACCTCAGGTACCATATTTGGATTGTAACGTCCTCTTCCAAAAGGTCCAGGTT CGTCGGCTGCACCCATAAAGCTGTACCTCGATTTTGAAATGTAGTGATAGATAGCTTTGA AGTTATGGAGAGGAATGCATGCCTCAGATAGGAGGATAAACCATTCATTGGAGATATCAA GCAGTGCATTAGCAAGAAGCCGTCTTTCAGCATCACACATGCTCATTCTTCCCCACTTCG CCTCCTACACAAAAAGAAGCAACAGAATGGTGAGATTGATCTATTATTTCAAGACTGGCC TCTATATTCCTACTTCTCATGTACTACCAAATTGCAGCTAAATGGAAAACGAACATTTTT GCGAAAAGGATTTGACTGGTGAGCTTGTCTGTCCTTCAGTCACCAAAGTAGGCTCATGTA AACCTTCTAATCGAACAAATATGAATCATCCATTATGAAATATGCATGAAAATATTCCTT GTAGCTTTATCAAAGAAAATAGTCCATACAGAAAGGGGCTACACTCTTCACCCAATGATA AAACCAATATCGGAGAAAAACAATGGAATGCTTTCTAGAGATGGACAGTTGAAAGCTATT AGAAGGAGGTTACTATATCCTAACATCTTCCTGGGCCTACTGCACTACCCAGGACAGCTT ATCCAGTTCTGCCCAATGATGCACGAGAAATCCATCACAGCTATACATAACCAACATGGG TTGCTATAAAAGTCTCAACATAAGATCATAGTACAAACTTCCTAATATGGGGAACATTAT TGGCGTCCCTGATATTACAGCATTCACTAGTCCAGAAAAAAACTTACAGTATTTATTGAG ATTAAGTACATAAAAGGTTTACATTAGTGATTAGCTGTCACAAATATTCAGAAACCATCT AGATGAACACAACTGTGACCAACTCATATAAACAACGCATCTAAACTATATTATCCCACT TTCATCAGTTCAACCCTTATTGAAGCCTCACTGCAAAAGCAACCAACTTTCGATGACTTT GGCATTACCTCAAGTACAACACCGTGGAAGTAACATATCACCTAAGCATACCTAAGCCAG ATGATGATTAGTTAAAAGAAAGAACTTAGTTTCCTCATGTCCTAACTTTGTACTGCTTGA GGGAATTCCATAACCATAAACATTGAAGAAGAAGAAAAAATCACCAACTTTGTATATCTA TAACTGTGTCCAGATATGTCTAGTCTCCTTTTGAACAAAATGTATCATTCACTATTCTGG TTAAATCCTAGATAGTTTGTGGAGCATGAATCCAGATATCTTAAAAAGAAGCTAGACGAT AAAATAATACAAACAATTCATCTTTACTGAGTCCCAGGGCAATAAAGACTACGATAAGCT TTAAATATCTAGTATCTATGTAATATCTGTTTCAACAACCTTGTCTGAAAAGGCATAAAA CACAGAATTATTACCATAGACCACGACTGAGGCTTACATGATAGGAAATATAAGGGGTAA GCATTTATATCTGATGAGATATTCAAAGAGAATCCTCTTTGACAGTTCCCCATATGAAAA TCCTAAAATGGTAACAGACACACATTGGGTAATGGTAGAACTTGGGTGGAAACTAATGCA AAGTTTAATTTATTTTTTTTTACACATAATGGCATATGAAGAAACTCAAGCATAATGTAC AATTAGAAAGGAAAGGATTATGTTCACTTTACCTGACTAGGAATTTGCCTGCCATGAAAT ACTGATGAAGGTGGGAAATCAGGTCTGTATGATGGCAATGAATGTATGTAGATTGAGTAA AGCTCATTACCCTTGAAAAACCTCTCCCACAACGGCGCCAAAGGTATAGGGCCTCTAGTC AAGAACATGAACGCAATCTTACGCGTTCTATTAAAGGGGTATTCTTTGATTTGAGGAACA ATTGAAGCTCGCCAGAACAACTGTGTGTCATTCATAGAATGCAACAGACTCGACGGAGGC CTAATCCAACTCTCCAAACTAAGTTGTTGAAAACAGGGCTGAAATCTTGATTGTACCATA GGAATTACATTCTGCATTACTGAATACCGAACCATATACATACTAAGCAATGAAAATACA ATACCAATACCCAAAAACAACAACAGGAACTGAAGTAACCTTATTGATAAAGGCTTATAC TGAGTTACCACCTTAGTAACAGAATCTTTACCCTCCTCCAATGATCCTTGACTCCCTACT CTTGACTTCATTTCTAATTCTACCACTAACAAAATCACTTCAAGAAAACTCAAGATTTTC TTTTTACCAAATTGCTTTACTTATCATTGCTGTGTGGTTCACAACATTCTACTATTAAAA AGCAAAGGATTTTCAAGAATCACATCAACAAGTCGATTCAAACAAACAGTACAGGCAATA AAATTCCAACCCCAGATCAAGAAAATCCCAACAAAGCAAATGGATATATATTCCAAGATC ACAAAAAGTTGAAAAAAAAAATTCAAATCCCGAGATTTGGGTACTGAATCAATACTATAC CAAAAATGGTGAAACAGCTATCATGGGGGTGGAGCAAGAAATTCTGAAATTGAACTTATC TTTTTAATTGTACTTAATAAATGAGTGTATGGGCATGATTGAAGGAACAAATCTTGTTTA TGAAGAATCCAGAGACCAAAAAAAAGTTTTTGAGTCTAAAAGAATAAAAATAGAATCTTG TTGGCACACCAAATCTGTTGGTGAAGTAGCTTTATAGCTTGTAGATGTCATCTTCTCCAG AGGTCTAAACAATAGAGAAATTTTTAAGGTTTTTTCCAGTAATCGAAGTTGTCTCTGTTG GTTGGGAAACTTTTTTTTATGTATGTGAGAGAAAAGGAATAGGTGTATGTTTTTTATTGT TGTTGGAACTTGGAAGAACCTAGATGTTTGCTTAATTAGATTTGTCTTATGTTTTTCCCT TGGGAATAAATAAATAAAAATGGAATCACCAGTTAGTTAGTTTCCTTCTTTTTTTGGTTT TTTGTCATTTAAATATTTTTAAGATCCGAGGGTTGAGGATTGAACTTTTCTATCACTTAT AAATTTTTTTAACACTACTAGTTAAGCAGTACGTGTTTTATATATATGTATCGTGTTAAG TAATAAGAGTAATAAATATATGTAAAAAAAATAATGACATCATTTATAAGTGACAAACTT ATAATCATAATAATTAAATCACTAAATATAAGCTTGATTGGGGGAATTTTTGGTCTGTAT ATTCATCTATTAAATATTGAAGTATTTATGGTCTCAAAATTAATGGCTAGTAAAAAGTTC TCAATAAATATCTGTACATTCTGTTCTTTAAATTTATTTTTAGAAAAAATTTTACTGACT TTAACTTTTTTCCAAAATAAAAGCATGTTTGAACATAGTCACAACCTCTAAAAGTCTCAA GATTAGTTTTTCATTTCTCCTCTCACCATTTTTCTAAACAAATTTAAAATTACAATATTT AAATCACTAAGCATAAGCTTGACTGACATTTTTTTGTCTATATATTCATCTGTTAAATAT TAAAAGTATTTATGGTATCAAAATTATAGTTATAAAAAATTATCAATAGTTATCTGCATT CAATGAATGCAAAATCTGATTTTCAAATTTATTTTTAAAAAAAGATTTACTTCCACTAAC TTTAATTTTTTTCCAAAATAAAAGCATGTTTTAACATAGCCTGAAGCTCTAAAACTCTCA AGATTATTTCTCCATTTCTTTTCTCTATATTACTTTAATTTTTTATTTGGATTGATGACA TGTGGCATATATTTAATTTAATGATAAAGATTTAGTTAAATAAAATAGTCCTAACTATAA GTATTAAAATAATTATTTACTTTCGAGTTTTTTTACAGTCCCATAATTTTAATCGATATT ATATTTTTTCTTAAATATATATATTAATAAATCTTTCTTGTTTTGTATAAATTTCTTAAA TATGTAGTTGCGAGTGATTAAACATTTAATTGTTTTGTCTTATTTACTCATAATAATATT ATCAAATTAACTCATTGAGATTTTTTACTTATTGAAATTCAAAGTTAAAATAAAGTTATT CCTCTATTGATAAAAGGTAATAGAGAATTTTAGACTAATATCTTATTATCTTGATCTCAA TAAGTAAGTCATCAAACAATGATCCAAATTCAGCAATTCACATGTTACTTGTATTTGGTC TCTTTTATGTATAACTACTTATTGAAGTATTTATTTTAATCAATATTATGTTAGTAAGTT ATAATATAATTTGATGTACAAGTATAAAACACTTAATAAAAAGCTAGTAGCTAACTTAAA AAAATCGGCACAACATAAAAACTGACTTCAAATCAACATTCATTAGTCATGTTTTCTAAA ATTAGCATAAAATGACCATTTTAGCGTTTTGGGCTAATACATTTCTTAAATAAAAAAATA GAGAGTATAAAAATTAATATTTTTTTCCCTGGTAACGCTCTCTCTTATTTATTGTTCTGA AATCTTTCAAATATTTATTTATCTCATATTTTGCTTTAAAAATTTATGCATAGCATGTTT GTCTTCTCCATATTTCACTGAAATGAGTTTGAGGTTGTAATTGTTTTTAAATTAATTTTA ATTGAGTTTGCATACACATAATATGTATATCTGCTAATAAATTTACATAGCAAATTTGTA TACATATGTTTGTATTGATATTCATTAATTTATATTCACCTGATAAATTGATACACATTT ATATGTTATACCTGGTCCATTTTCATCGAATGTACCGATATACATTCAATTGTCTTTTTT ATTGATTTGAAGTTGAGTTTGTATATATGTAAATGCATACACCTGCTAATAAACTCATCC AGCAAATTTGTATACATTATTTACGTTGATATTTTGATATTCACCTAATAAAATGATATA CATGGGTCCTTATTCACCTAATAAATTATATTTGGTTTGATATACATTAATTTGTAGTCA CCTGATAAATTGCATGTGTATAAAAAGATTCATGGTTGAATTTAAAAAATAATAATTTTA ACTAATGCTAACTGCATATCAAAGCGACAATAAAACAGTGAAGATCTAATTTTAGAAAAA CAAGATAATCGAATCCATAGTTTTAAGGATGTCTAATAACTAGATAAGAATAAAATAAAA TAATTGAATTCGTAATTTTAAAAATATATATCAACAGGGAAAAAATGTATCCCCAATTTT AGGGATATAAAAACTTAAAACAAGAAAAAAAAATTATTCTCCTATTTTTTCTAAGCAAAA TAAATGGATAAATGGTTTAGCTATGGATAGTGACCTTTGAGGGGTATAATACATAAATAC ACCCTTTAACTTAATTTATTTTATATTTATGTCCTTCAACTTTGAGTATGTACAAATAGA CACTTAAATTTGTATAAAGTTGAAAAAATAGACACATGTGTCATATGTGTCACAATACAC GTAGGACACCAATTTCTATGTAGGATGTCATGTAGGACGTTTGTGTCTATTTGTTCAATT TTACACAAATTTAAGTGTCTACTTGTGCATATCCAAAATTAAAGGGTATAATTGTAAAAT GGGGCCAAGTTAAAGGGTATATTTGTGTATTATGCCTTTTTTGGGCTTAAAATTTGCTAA ATATTATTGGGTTGAAAATTATTTTTTACGTTTCATTTTATATGCGTTAATTTGATTTGA CAAAACATTTTTAAAAATAAAGAAAAACTTTTAATAAAAACTCATTTGAAATAAGTGATA AATATTTGTATGATTATAAATAATTTTATTAAGAATAAAAGAAATATTTTAAAATTAAAT CACTACTTTAAATAAAAATATGACATTCTTTTTTTTTATTAGTAATAGGGAAAATAAGTT GTTGGCACAAGGAGTATCTCCCTTGTCCCCAAATTCTAATTACTTGTTTATTTTTTCTTT TTTAGTTGTCTTAAATTACTTGTTTATTTTAATAAATTAAGAAAGAATAATTTTTTTACC TATTATACCCTCAATTAATTACTTTAGAAAGGTAGGATTCTTTGAAAATTTTAACTTTTT AATTCATTCACTTCAAAATTAATAGGGATAAAATGATAAACTCGCTATGTCAATAATAAT TTTCTTAATAGATATGTCAATTAAAAAATAAAAAATTACGCAATTAAGCAAATCTATACT ACTTAATTACTCATTATAACTATATTTTGTTATAATTACCCTCGCAACTAACATTATACA TTAATTGTGTGAGTTGACTTTGAGTTTGTATAATTAGCTACGTTTGTATATAATTCGACA TAATATACAAATACATATGTATAACATACAATTATCTAACCGATATACATATACAATTTA CTTCTCTCCTACTCACTGCTCTCTCTCCTATCTTTTCCAATCTCGTTTGTCATATATACA AATATATATGTATAAAATATAATTATCTTACCAATATACATATACGATTCACCTCTCTCC ACTCTTTACCCTCTCTCGCTTGCCTCTCTCCTAGTATCGCTCGCCTCTCTTATCTCTATT ACATGTAACTACGAATTAAAATCACCAAACTATAGTTATGTAGAGTAATTTTGAATAGTT ATATATAAATGTTCCTCATTAATAAAATGTAGTAGTAGATTTGTACCTATGTGTCAATTC AAGAAAATCTATATGGCGTTCATCAGGCCCCAAAATCTGTCTTTGGGCTTTTAAGCAGAA TACAAAGCCCAAGTCAGCGAACGACATATAAATATCTTGACCGGTTTCATTCAACACAGT TCGTCTTCCCAAATTCGAAGTATCTGCAGTCACAACAGGTAATTTCGGATTTTTCTTTGA TTTACTCCGAGATTATTGATATGTACGATCAAATGGTTATTCGATTTGGAATTTAAGGTT TCAGGTTTATTAAGATGGTCATGCTTAGATTTCTTCGGATTCTGTTTTAATTTTTTAATC AAACTCTCATAGATAGGGTGAAAATTAATATAGCCTAACAACTGAACTTATATTATCCCT GTTACTTGCCATTCTATGATGTTTGTGTATACGTTATTTTGGCACAGCGGTGATCAATCG TTACTCAATTTGGCATTTAGGGTTTCAAGCTGATTAAGATGGTTGTGTTTAGGATGTTTT GCATTCTATCATGTTATTTTGGCACAAAATATTATTTAGTTTTTGTGTTTTATTTAAACC GCTGATGAAGGTTAGAAATTGATGGACGCTTTCCTTTTATTTTTCTTCTATTGATTTTGG ATTGGATTGGTTTCCTTTTGGTCTCTTTTGGGGATTTAGTTTGCGCCAGAACTACAGATT TAGTCTTCTCATTGTGCTCAAGTGATGAGAAATAAAATGGAATTTCATTGAATCTAAACA TGATTTTTTGGCAACTGTATGATATCTAAAACTTAAAACTCTACACTTATTGTTTGCCAA AACAAAGGGTCTCTAGATTTTCCAAAGACGGGAAGATAATGAAGAAAAGGAAACAAAAAG GCAGGAGACAGAGAAAGGATAGAAAAAAGGGAAAGATGATGGAGATCATCAACAACACAG ATGAAAGAGCAGTTAATGTGGACAGGATCTCTGAGTTGCCTGAACACATTTTACATCATA TCCTTTGTCTTCTGCGCTGGCCAGCAGATTTAGCAAGAACTAGCATTTTGTCTAAGAAGT GGAAAGTCATTTGGGAGTCTTTCACGTCCTTTGATTTTGACCAGAGACACTTCCAATGTG TAAAAGCTGCTGATAAGTGGGATCATCTCCAACCTCTACCAGTGGAGAAACAGAGCTCAA TTTTCAAACAGGAGTTTGAATCCCTGGGGTTTGTGGAGCTGCCATTAATACATAAGTTCA TTCTGTTTGTCGAGAATACATTAGGAACCAGACTTAAACAGTTGCCAAGTATACAGAAGT TCAGGCTGCATGTCGTCTTTTCTGTTCACCTTCTGGCTCCCTTTATGAATCACTGGATAA GTGTTGCTACAGACAAAAATGTTAATGAGCTTGATATTCATGCAAAAATGGATGGCAAGT TGTATGCCCTGCCTGAGCTTGTATTTGCTTCTAGGACAATAACTTCATTGAAGCTCTACG GATGTGAAGTGGGTGATTCTACTGCTATAAAGCTCCAAAATCTACGGGAGTTATCCATGA AAGCAATGCGTATCAATGAGAATATAGTCCATAATTTTGTACAGGCCTGCCCTCTGATCG AGGATATGCGACTGATCAATTGCTATGGTTTGAAATTCTTGCATGTTTCATCTCTGCCTA AACTAAATAAGTTTGAGGTACACGAGCGATCCAGCCTCAGGTCAGTCAAACTTGAGGCAC CTGATCTTGAGACATTTTGGTTCCATGGGAAGAAATCTTCAAGGTGCAAATTAATCTTGG CTGGGTGCGGAAATCTTAAGAATTTGACTTTGAATCATTCACATATGGCAGATAAGACCT TTCATGAACTTATCTCCCACTTCCCATTACTTGAAAAACTGTTCCTGTTGGAATGCCGTA CATTGCACAGAATTACAATCTTGAGTGACAAGCTGAAGACGCTCTCTCTGGTAAGGTGCC ACAAACTAAAGGAAGCCAACATTGATGCACCAAATCTACTTTCATTTGAATATACTGGTG CTGAGTTGCCGTTTTCTTCCATGAATGCTTCACGGTTGCAAGAAGTGAAGCTTCACTTGA AATCCCAAAAACAGAAGTCAGTGCAGAAATTCATTGAAGGGTTTGATGGCAAAGGCTTCA AGTTGCTTCTTGCCTCCAAACAGGTTTCGAACTTCTTCTCAACAATGATTCTATATGGAT TTCCTGTATGTTCTATTTTTTGCTTATACGTTCATGTTGCATTTATAGGGTGTGAATATA TATGAGGAATTGAGAGGACTTCATCTTTCTTATTTTGGACCATACAAGATACAATTGACT AAATCAGCAAGAATGGTGGAAAATCTTCTCAACAGTCACTTGCGAGATTTTCATCCAAAA ACTCTCATCTTAAAGACATCTCTCAGAAGTGACCTCCTCGTGGTAAGATGACTTGTCTTC ATTTGATCCTTAAGTCGTATTTTCTGGTTCTTCAATGCTTTCAACTACTACAGTGGATTG GACTCAATTGTTATTTTTTGTGGAATACAAGTTCATTCAGGAGAAGATATTGAACAAAGA GAAGATTCCTCCCAGTTGTTGTAAATATTACTCAAAGAAATGCTGGCGACATTATTTAGA AGGCGCTAAAATGTCTCTGCTTCCAGATGTGTCCTCTGCGGAGTATCCTAATACGATCTT GGAACTAAAATGGAGCGACGCTGCACCTCTGCCGGAAGATGTAGAGATATGAAGGATATA GATGAGTAATACCTAGGACATATATGCATTTCCTGTACTTATTAAGTCATCTATTTGAAC TAGAACCAGTTTTTTTTTTTTTTTTTTTATCATTTTACTTTCAGACGAGCTCATCCGATT TTGGTTCAAACTAGTATAGTTCAGTGGAAGTAAAAGCCGACATTGATTTTTCCCGCTCCC TTATCTGACCCAAACTGACCAAGTTCAAATTAAAGAACGTTTTTTACGTGCGTGTATCTA AATAATTCGTCAACTCCATTTTCTGATGGTTGGTTTTTGCTTGAAATTTGGACCATTTTG GGATGGAAGTTTATTGCTGTCTTGTAAATTTTATCAGCTCCCCCCCATATCAGAGAGGAA CTATCTTAGAGAATTCATTGTACATATATCGGCCTTCTTTAGTGCTGGTTTTTAAGTGAA GGAATATTTCCTCTACAGATAAAAAGAAGGTGCATTAGTGATTACTGGAACAAGTACTGC TACAGTGCTAACACTACTCTCTGTCTCTTTTGCCTTTGCCATACGCATCTGATTCTTATC CAAAATCCCAACTATGATAAGATTTGCAGAGTTTCCACTACTGTCTATAGGTTAAAAATC AGTATCAGATACGTCCAGCAATAACAATGGTTTCTCTCACTATATAAACACTACAACGAT AAGTTGGCTTCTACCACTATATAAAACCGGTTCTTTCTTGAAATCAACTTGATTAGGTTT GGAATCATATCTTTGCATTTACGGTGATGGACTGGGTAAGTTATCAAATTTAAATTTGTG ATTCGTTTCTGAATGTAAGCAGAGTTTCATTGTTTAGACTTTAGGCTGTAAGATTGATGA ACTAATATCGTGCGGATAAACTGCATGTGGAGAAGGACGAAGGAAGCGAAATAAAGAAGA GGATCGTCATTGGATCATGGGGTGGTCATGGTGGAAGCCCTTGGGATGATGGTAGCTTCA ATGGAGTTAGAGAAATTACCCTTGTCTATTCTCTTTGTATAGACTCCATCACTGTTGTCT ATGACCAAAATGGCCAGCCTTATCAAGCAGAGAAGCATGGAGGAGTTGGAGGCAGTAGAA CTGCGCAGGTGACACATTTTAGTACATACACTGACAATACCAAAAAAAAAATAAAAAAAA AATTAATACTAGTGTAGTGTAGTTTCACTCATTATAGCATGTTAGTTACCTGCCAATTAT CAGGTTAGCACGTTATTTTATTAAAGGGAAAATGGACATTAGGTAGTTCATGAAAATGAG ATTACCCAAAACCATACAAGAGAAAAAAAATTCAAAGTCTTCATTGGACAGGATTGAATT TGATTCTGATACCATGTTAAGGAAACGAGTCTTAGGTTGTGAATAATTTCTAACTGATAA GGAGACAATTACTCCTCACCTAATGTAAGATCCTTTACAATTTGCATATAAATTACACCT AGGTGTTCTAATTGTAGGACACTTAACAATTTGCATATAAAACTTGAACTCTTCTCTCTT TTGGCATTTTGAGTCAAATCTTTTACTACTACGAATCTTAATGCCTGTGAATCTCAATTT CAGATTAAGCTGCAATTTCCAGAAGAATACCTAACGAGCGTTAGCGGCTATTATTGCCCG GTGGTGTATGGTGGTAGTCCTGTGATAAGGTCCCTCACTTTTAGCAGCAACAAACGAAAA TTTGGACCATTTGGTGTTGAAGGAGGAACGCCATTTTCCATGCCAATGGAAGGTGGGCAG ATTGTAGGCTTTAAAGGAAGAAGTGGATGGTATGTAGATGCTATTGGCTTTTATATAGCT AAAGTGAAGACAACTAGAGTCTTACAAAAGGCTCAACAAAGTCTAGTGAAACTTGCATCT TCTGTGTCTATGAACTACAAATCTGGAGATGAACCAAAAAAGTATTCTTATTTCTACAAA CCAACTATTCCAAAAACTGAAGCATAGGGAACTGGACCTCGAGTCAGTCAACCTGGTTCC AATTCGAGCAATCCAAAGAAGATAATTTACAAGGAAAGATCTCCCTATGATTTATGAAAA CTTGTGTTCATTCATAGTATGTAACTCAGCTATCTGTACTATAAAGAAAAACTAATATGG TTTAACAATCATTTCTTGTTGACGTTTATGCTTTAGTGTTTTATATATTTATATACGCCT TTTCCCCCCCTCATCTTAATTGATTCATGGAAATCTGCAACCTCCCATCAACAGAGATGC AAAGTGGTAATTTTGAAACTTGATAATTATATTGTGTTTTTCATACACAACAAAATACCT GAACCACCTAAAGCATTCTAGCTTTCATGGTAAGACATGTTTAGTCTCGGTTCTTCCATT ATTGGTTTGTATTAGTAAATCTCCACCCTCACCTCTTCAACAGAGAAATGGAGAGTTTTG AACATATCTAAATCCAGAGGGAGCAGATGAGCAAATTTTTAAATTGAAACACACAAGCAT CATCAATAAATCTTTAACCCATCAAAAAGTGTATTTATATCTCAGTGAACATATGTTCAG CACTCGTGCTGTCTGATCTAGGGCCAAAACTGGCACAGGTACAACCTGCAATACCTCATT ACAACATTTGAGAAATGAGCAAAATAATACTTCCACATTCAGCATAAAACAAAAGTTATC TTGACGTTGAATCTGTTTAAGAATGAGATGATGAATCTGTTTTCTCAGCCAAATAGTGCT CAAGCATATCTTCTTCATCATCATCTGTTCACACAGGAAAACATTAAAGATAAAAATAAT CACGTCATTAAGATCCACAATCAAATGAACAGAGAAGTAAAGCACAAACAAGAAAAAGAA GATTGACCTTCAAAATCATCATCATCGAAATCAATATCATCCATGTCTTCATCAGATTCT TCAGCAGTAGCTGCTGCAGCTTTCTGTTGACAGAAAGAAAAACCTATTTAACAACCGCAC ACATAGCCATATCATGAACCCACAACCTTCCCTAAGCAGCTTATGCAGTAACAGCACCTC ATACCCAAATCAAATGAGCTACCACTACATACAGCAAACACTTGTGTATACTATCTTAAC TGTTAGAATTAATGTATGGTCAGGGAACATTACTAGCAGCAGGCTAATCAGAAGGAAAGG GAACGGGGCCCAGAGCTACACTTTTATCATACAGGTATTCCTTTCTCTGAGCCCCATAAC CCTTGTCTCAGTAACACAAAAAGTTCTGACAACACAAAAGTAAAAGATAATAGAACAAAT ATCGAGATCATACTAAAAATCAGGTGAGAGGGTAGTCATTGCTTGCATCTTACATTTTTA ACCCGGCTGAATGCAGAAAAACATCAATACATTGTTATCATGTCTTAGACTAATGTCAGT ATATTTTAGCAAAGAGAATTGGACGTTTGTCTTATATAACATTGCCTTCACATTTGTTAA ACACCAAAAAGGGAGACAGACTCCACTTAATGGAATACTTATGGAACTCTGGTCAGTATC TGCAAAATTGAAACTATAGCTCGGTGTCCTCTTTAACAGAAATCATTTTGATGGCCATTT TAAATTTTCAGTTTCCATTATAACATAATGCAATGCAGGCATCGATGAGAATAAAATAGC ATAATTTCAAAATTAACTTAGAAACAACAACTACGCAACAGAATACATTACCCCACTGGC TCTTCCACTTTCAAACCATTGCCTCCCTGTGAGTTTCTTTTCCTTCGAAACAGAAAGTGC TGCATCTGGCATTAACCTGAACATTGATATATGGTTGCACATCATAACCAAAATAGCCCA ATTTAGAAAAAAGAAATGCTGAAAGTAGTTCACCAGCCACAAGTTTCTAAAGCAAAAATG TTGAAAGCACAGGAGTTTAAGAGGTAACATAATATGGCAATAATCAACACATTCTGTCTA TATACTCGTCGATACAACATTTCCTAATATCACCTGTTTAAAAGTCCCTGCACTCTACAA ATAAGAAAAATAATAAACATTTCACTCTGGCAACAAAGTGCCCCTAAAGTTGCCCAAAAT TTATGATTATCACAGATTAGGAGTTGATGATTTGTTTTTCTGTATGCAGCTTCACTGGCA TTTCAGAAAGAATAATGCTTCTAGTTTAGTGGATGAAGAAGACCCACTTCAGTGCTACAA CCTTGGCCAAGAAGCAGATGCAAAAAACTTACTTGGCTCTTTCCAGAGCTAGTTCAGCTT CAAATCTTTCCCTCCATGCCAAGAATGTTTCAACCGTAACTGCTTCTCCATGTGGAACAA TTACCTAAAGTCAAATGAACAATAACATTAAGCGATCAAGATTCAAGGCCAATCAATCAA AATAAACTACTTGACGATTTTCCAGTAGGTAGTTCAAAAGGGCACCACAGAATTGCTTAA TTAATGTAGATGCAAGCTAAATCTGTAAGGTTTCCAGAAGAGGCTAAGTAACAAAAGTGA AGAATTGAAGTATTGGTCACCTCTGACTACCTTGACTGAGAGTCGAGAGATGGATATAAC CGTCATATCACTTTCATGCTCAAACTACAAAAACCATAGCACTCACACTGTTGACAACTT CAGGAAGATTTCAAGTACATTCCAGTATCTTGGCCAGGCTGGCCTTCTTAAGTCAAAACA CAAACTATTTTTTTAGCTCAATTTCTGAAGTAACATTAGAAGAATATATGTTGGAGCCTC ATCCAAGTACCATCAGGATAGAACAACCCCACCCTCGTTTCCCTTTTGAATTCGAGTGGA TAAGTTATCAAAATCATACTAAAGCAACTAGGTCTTGTTCAGTGTTATCAAAGGCGCGCT TAATCCCGGAAGGAAGGAACAAAACATGTTGAGTGCTTTGCCTCACTTCATGGGCACGTC AGTGTCCTCATCAAGGCTATAAGACATTTTCCCTTGCCAATGAGCGTAATCCTAAAAAGG CGACACCAAAATAATTCATATTTCACTGTAGCGTAATTCTTTCTTTGTTCATATATTTGT TATTTTTTAATAATAATTATTAGTCTTGGACTACATATACATATATATTCGTGCTTTGTG CTTAAATCTCCAATTGACCTTAACGCTTTCTTGTGCATTTTGCCTTTGATAGCACTGGTT TTGTCTACTCAATAGAAGTTGGGAAATCATGATTTATGTGTCAAAATCACTGAAATCTTC GATTTATGATTTTTCAAGTTAGCAGTTGATAAAGGCTCATTTCACTTACTTCCTCTTTTT TGGCTTCATCGTCTTCAACACCTTCGTCGGTCTCCTGAGCAAATCTTTCAGATAGCCAGT CTTTAGCTGATGAGACCAATGTGTAGATCATAGCCATGCCAAGATTCTCAACAGCCTGTG AATGCAAGCATTCATATAAGTAGCTAAGACAGAAAAAACAAGTGCATGAAATTACAAAAG AGTAACACTAGCCAATTCTATAAATTATTCCACATCAGTAGCTAAATACTAAAGACAGGA AAGATAGAGAGAATAAGGCTTCTTTTTGGGGCCTTCAGGGTGAGGTCATAGCCACTACCA CAATAATCAGCCAAATTTTCACTAGCAGAAGAAACAATATTACCCAGGAGCATATTGCAT ATGATCAGGGCTTGAAACATACCTCTTGTTCAAGCTTCTCTTTCAATGTTTTCAGATCTC CAGAATGAATTCCTTTTAAACTAAAAAAACAAGAGAGAGATCATAGATGTATTAGTTGCA CAAAGTTGCTTATATCACATCATAATAGTAAACCAAAACTAAGATAGCTACTAGGCACCT ACTGTTATGCTGACATAAAAATGAGTTCATACTAACATCTGCTGTTAAGAATATTAGCAA AGTGAGCCCTTTTAAGAACACAAAGATGGATCACTCACTTGATGGATTAAGTCTTGCTGG ACCACATTAATATTTGAGTTTGTTATTATTAAGTCTGTCCTACAGCTTGTCATCTTTGCA AGAAACAACATAAAGGACATGCATTTACGATATGTTGAAACGTGGGTAAAAGGTAAAGTC CATTTCAAATTACAAGCAACAAAAGAATTTAAGGACAATTCCCTTTGTAATGTAGGCATT GAAGAACAATGTATGCAAATATAGAAAATACTACAGGTCCTGGGATGGCATAACCTAGTG CAACGTTAAATTACCTTGAGACATTCAAAAGTGGAGGTTCATCCGGATATTTTTCTGTGT GAGAGAATATTAAAGCCAGTCGAACTGCACCAACAATTTGTACCAATCATTGTTAGCGGG AGTTCATTACTTGATGAAAAATAAGTAAAGAAGAGAGCTGCAGAGGAAATAACTGTGAAA ATAGCAAAACCTGATGATTGTGTAAATTCTTCGTCCTCCTCCTGTACAAAAAGCAAAAGT TGTAAGAAGTATGATAATAGTAATCAAAACAGCATAAATAAACTGGTGAAAGAACCAATA ACATGCAAAGTTCATTTTCGCTAGCGCAACATAGACAAGGACAAACAGAAGCTCTACTAC TTATAAACAATTCCGGCTTTAGGCACTACTATGCAGGTCATATCATCAATTTGAACAGCC AAGTAGTAAATGATACCAAAATTTCTGCGTACCTGAGGAGAAATAGTAATTTGGAAGCAT CGATTTGAAGTGTTTAGCCCACTTTCACTGGAGTGAATTTCTATCAGAACCACCATAACA AAGTTATCCAATAAGATTAGATAACAGAGCAAATAAGAAACAACTTATAAAGGACGGTTC TGAACCTTTGAATTCATCCATAAGAATTGCTTCCAATGCTTCGATTTCCATCTCTTGCTC CTGCACATAGTCTAGTCCAAAGTTCTAATAAGACAGATATAGTGATTGCAATCAATGAAT TCCACTCTATAACACACCAATATATTCAAATACTGTATAGCATATGCCTAGCACATATTC TCAGGATTTGTCACAAATTCAAATATGTAGCTTAAGTATATAATTGTTACTTCATATATA TATGAAAACAGTTCAATTAAGTGACTTCTGGATTTCTTCCGATTACATAGCTCATATACT AAAAATCCTCCTGCTATAAACCAACAGCTCAACATCTAATGAAAAATAGGTCAAATAAGC TCAATTTTTTGCGAAAAATCAAATCTTTTAAGGAAATTACCTGTCATGATTGCTCTCTAG GATGAATTTCTCACTTTTTCTTGCTTCGCGATCACTCAAACAGCAGACAGAGACAGAGAC AGACTCGAGAGAGCTGTAGAGAAAAAAAAAACCTAGAGCTCAATCTCAAGAGAAGCAATG GAGAAGGCTACGACGTCGTATTGGAGTTTCACTCGCATGAATCTAGGGTAAAGGAACCTT ACTGAATTCACAGTGATCGTGAGAAATCAGAGCCGTAGATCTCAAACACATTTAAAAGTC AAACTCTTTATAATTATCAAAGAATCCTGGAGTTCCTTTACGTGACATCTGAGTTCATAA GGTTTGCAACGTTATAAATATCAACCCAAAATAGTCTGATATTTATGATTTAAAACTCAA AATCGTACTTGAATTTTTAGATGGAGCTCTCATAATCCCTCATATTTGTAATATGCTTGT GCATTTTTATTTCTCCCCTAAATATACACTTATTTTTTAATATTGATTTTGTCATAGTTT TATGTATGGAATGCTTAATACTTTTTATATATTTAGTATAAATAATAACTTCATGTAAAG AAAGTGAGAAAAATACCTTATTTTATTTAATAAAAATATTATTGCGGCTAAATTAAAACC CATTGTTTTGTTCAATAAAAATTATTATAGTTGAACTAAGAACACATAGACATATCTAGA GATGATAATCGGACGGGGTAGGGCAAGTTGAGTTTAACCCATAAATTTTTTCAACCCGCC TTAGATAACAAAATTTTTTCATTTTCAGTCCAACCCGCATAAACCTCCACACATGAACCC TCCAACATAAATTTTAAAAATATTTGCCTTTTTAAAAATTAAGTTTGATAATAAAAAATA AAAATCTTACAAATAAATATATTTTCTCTTTAATTTGTATTGATTAATAGATAATAACTT ATTTTCCTTTTTAAATTTCAAATAGGAAGTATGTAAGAAAATGTATTAGTTTTTATTGAG TAATTTCCATTCACTATCTTGATGTTTTAGTAACATTAAATAAATTGTCTTAATAAATAA TGTTCTATAACTCTTATAACATGTCAAAAGTTTAAAATTAAATTTGAATCCGCATAAAAT CGCATAGACCGCAACTCACCATGCCCATAATCCATTAGGTTTTAAAATCACTTCAAACGG ACTCACATCTCACTTGCTCCGCTCAATCTTGAAAACTGCCCTACCTACATAGCCATAAAA TTGTCTCCGCTTCGCTCCATTGTCATTCCTAGACATATGACGTTGTAAAAAAATAAATAT TTATACTGTTACATGTGAAAATTAACAAGATTCACCTTTACAAATATTTATTAGGTTCAA CAACTTTTCTTTCATAGTAATTATTAGCTTCATATTCCACCATACAAGCCGAAAACCAAC AAAAATTAAATCTTAAAAAAACATTTATTATTCTTATGAGATTTTACTTAAAGGGACATT AAATAGAAATATAATAGGAAGACCTTAAAGTGTTACCTCTTTTTTCAATTATTATTAGGA TATTTGTTAATCAATTCAAATATATTAGAAATAAAATTTTTAGAATGAAGCAAAACATAA AAATTCTAAAAATAGACAAGTCATTTTAGTTTTAAAAGTAAATTCTTTAGATAGTCGTTC ATGTTTGACTTAATTAGATAATTACTTTTATATTTTGAAAAAAATAGTCACGCGTGCAAA AGAACTTTTTAAATTTTCGATAAAAACAGATTTCGCTAATGAAAAAGTCTTTAATGCTAT CTAATATCTTTTTTTTCTAAATATTTTTACGAATATACTTTTTTTTGAATATAAATACAT TTCGTGTTAAAAAAAAATAATCTGACATGACATCTTATTAAAAGTAGAGTAATATACTAA GGAAAATCAAAATAATTAAGTAATATTGTAATCTTAAAAAAATAATGTTATTAGATAAAT TTCTAAACACAAATAACTATCTTAAAATGTAGGGCGGTTTGGTTCTATATGAGGCTCTAG GGGTTAAAAATTTCCATAAATTTAGGTAGGTTTTGCCCACAATAACCATCCTAGTGAGAG AATTAATGCTTTAAAATGTAGAGGTCAACCAATTAATCAATGCTTTAGTTGAGGGTTAAA GTTAACAATTTACTTATTTCACGTGACAAGTTATTGCAATTATGACAAAATAGAGGGACA CGTTTTCTTTGATCAAAGATTCAAAAGAAAGGACCCACTAACAAGTAGACAAAACAGAGG TGTAGATATCTTATTGTACAACCTGTCGTGCTGAATCACTAAACTTGTTTTCCAAAAAAA ACAAATATTAATATAATATATTATTTTAAAGAAGAAAAAAAAAAAACCTCTCTCTCCCTC TCCCTCTCCCTCTCCCTCTGAGCCTTCTGTGTGAGCGTGCGAGTGAAGACGGTTCTTTCT CTCTTCTCTGTTTTGGAAGAGAAAATAAAAAAGATACTAAAAAGGAAAAGGTACGTTCGA TCCATTTTTATTTGTTCGTGCAGAGAGAAAATACTATTTTCTGCTTCATTTGTTCATCAA GTTTCTACTTCTATGCGGCGACCACTTCACTCTCTCTGTTTAGTTCATGTATATATGTAT GTATGTTTTTCTCTGAAACTAAAATCTCAATGTGTACCAGAGTGAAAGAAGAAGAAAAAA TGGAGGTGGGTTTTGTTCTTTTATAAAAAAAAAGGGTAAGTGTCATATTTATAACTGAAG ATTTTTTCCAGCTAGATCTATCTATCTCTGGCATAAACCCTTCAATCGGTTTTGTTCTGT TTTTTTTTTAACTCATTCATTTGTTTTTTTTGTTTGCGGTGGTGTTTTAATGTTTTAGAT ACCTGGGTTTTTGTGTTGCATGTGAGAGTTCAATTCTTTCTGAAAAACATTCTGTTGATT ATTATTAATTTTTTTTTGTGTTATGTAGTTTAAAGGGTTATGTGCATTTTTTTGATGATA GGTAAAGAGGTGATTTTTGTGGGGCTTTGGGCATGCTTAGGAATGCTGTGGATTGACTGA ATTTTGGAGATTTTTTCCCTTGTTTTGTAACCCGGTAATCTCGGGTGGCTTTGAAGGAGA TGGGGAGTTCTGGTGAGTCTGTTGTCAAAGCCATTGATGCGTCGGTTGGGGGTCTGGTGT GGGTCCGGAGGCGGAATGGGTCATGGTGGCCTGGTCGGATTTTGGGCTCAGATGAGTTAC CTCAGAGTTGCTCTGTTTCACCAAGATTAGGGACCCCCGTTAAGCTACTTGGAAGAGAGG ATGCCAGTGTGTAAGTTTCTGTTCCTTCTGTTTGTACATTCATCTCTGAGCTACTTTGCC TTTTTATATTTATTTATTTATGGTTTATTTTAACGGCAACCCTTTAAGTATGAAAATTTA AGTAATTTGTTTGGCACTTTCTTTGGTGGTTTCTGGAGGCGTGAACATATTTATAAATTA GTTCTTCTTCTAATGGTTTTCTTTCAAGGGTGAAACCGTGGTCCTTTTTCCTCTAGTTTT TGCTTTAATCCAAATCATTGTTCCCACTCCTACACTTGTCAAATATGGATTAAAAAGAGA TTAGATACTTCTGTTCTGTTTTACATGCTTAGAATTTGGATAGGATTTGATAAATTAGCT TAGAAGCAGCAACTAGACAAAATGAAAGTAACATTTGTTTTATAGAGTCAAGTGAAGGAA AGGAGTTCACTGAGTGTATGATTCAATCTTTTGTGGCTGCTAAGATTCCCGTAGTCACGA GTTACTATAGTTTTCGGCTTATAGTGTCAGTTTGGAACATAAATTTAGATTTAGTGTGTC AGTTCACTTCCCACCTATAGCAGAACTAAGCAAATGGCACTCATTGCCGTATTGTGAAAC AATAAACTGTGGTAGCTTACTTCTGACAATTGAAACATGAAAAACCTGCTGAATTAACTT GTAGTGTTAAAGTATTAGCTCTTCATTTATACTTTTTGTAATACTAGAGTTCTTATCCTC AAATTCTGAGTTCCTTATATATATATACACACACACACACATTTCAGGATAATATGAGTT GTCTTGAAGAATGGGTCAGCAATGCAATCTATTCAGTCTGCTTCTATTACTTACGGTTTT AGTATCTCCATTAAGCTTTTTTATGCTATTTTCTTTGTCATGAAATGTTCTATACTGCTT GTGCCATTTATGCAGTATGTACAGCAGTTTCTGGCTTTGAAAATTCAATGTAAGAAGTAA GATCACATTTTAGGTGTTTATTGGCATTTGTCGAGTAACAATGCTGTTTTTTACTTTTTC TAGTGTTGTAAGCATTTTGTCATATATGTGTGGCTTGCAGGATTTTGTTTTGGCAACATG GGAAATGTTCCTTCTATTGATAAAGTTGAGTTCAAGCTAGCTAAGGTTACTATGATCCTA ACTGTGGTTCTTGCCCAGTGGCATCAAGGACAGAAGTCATTTGGAGCCCCTTTTTAATAT ATTCCACTCTGAATCCAGTTTTACATGTTCCTGGCAAATTAATGCCAGTTCAAGTGGCTC AAAGTTCTTTTAGGGCACTAAAAGCATCTTAGTACTTTTTCTGTAATTGCACCAGCTTCT CCCAGTTATGGAGACATTACTTCCTTACTAATCTTTTGGCCTGCAAAACAAATAAAAAGG AGAGATCAGCTCCCTTGCTATCCTTTAGCCTGCTAATGCTTCAACATTCGGACTTGTGGT GTTCTATTTTCACAATCCTATGTCTTTTACTTTGTCTAACCCAGTTTTTGTCAACGGAAT TGTATTTTTCTTGCTCTTCCCATTTTAAAGAGTACCAACTGTTGAAGTGAACATTTTCTT TTTCCTTTTAGCTCGACTCTTGATGAAGTGTCTAATAGTTACTGCTGTTTCAGGGACTGG TACAATCTTGAAAAATCTAAGCGGGTGAAAGCCTTCCGTTGTGGGGAATATGATGAATGT ATTGAGAAAGCTAAGGCTTCTGCTGCTAACTCCTCAAAAAAGGCTGTCAAATATGCTCGA AGAGAGGATGCCATTATTCATGCTCTAGAGATTGAAAGTGCTCGTCTCGGGAAAGACCAT CCGGATTTTTTCTCAAGAAAAGAGAAAGAAGGCGGAGAGCATAATACCATGGAAGAATCA CATACTTCTTCTAATCCTCTTGAAGATGGTAAAGAGTTAGTTGAGGAACTGAATAGTTCC GAAAATAATTCCAATTCGGCTCAAGAACTGTCTCAATCAGGTGTATCATTTGAGGCGCCA AATCTTACAATTGCATCTGAGGATCAACCTGTGTGTGGGACAAGGAGGAGAACACCAAAC GACTCAGAGGATGATGGAACTGAGGGAAGTAAACGCATGAAAGGACTTGATGACCTGGGG ACGGGTGTCATGTCATCTCTGAAAAGGAAGCGATCTCAGGTGGCACATGTTCATGATTTC TTAAAGAAGAAGAGCCGTCGCCGGCCCTTGACAAAGGTTTTGGAGAGTACAACAATGGTG TCTGTTCCTATCACATGTGAACAACTTCCCAGTCCAACTGGCTCTACTCTTGCAGGGGTA TCTGAAAGCAAAGTTTTTGCGTTACAATCTAACGAATCTGGGAAAAGTTTTCCTACAGTA CTGAATGACACGGATGTTATCTCAGAGAATGGGAAGCCATTGGACGTATTTGGCCACACT AATGATTCTTCCCTTGTTAAGCACGAACAGAAAGAGAATGGAATTTCCAGTATTTTGGGG TTGCCTGAGAATGGTTCTTCTGACAGGTTGTTTGATGTGCCGTTAGTTGCAGAAGAGAAG CAGTCTGCAGGTATTTATGTGCATTAACAGAGATTTCTTTGCATTCATGGTTTATAATCT ACATAGTAGTAGCAGTGTTATTAAAACTAATTTAAGGTGCGTTTAAGTACTCATTAAAGC CAGGTTGTGTGTTTGACCTCACTTAGGTGGTGCTAAGTATTTAAGGCGTGCACCTCATCA CCAACGGGTCTATCTTTAAGTGAACAGTACTAAGTATAAATATATTTGACAACTGATTAC ATCAATTGTTAAAAAACATTATGCTTAAATTTTAGTGATTAGGAATAAAGAATAATGAGT TTAGTATAAGAAAACTTTCTTAAGAAACACAAAACTATACATTTCAAATAATTTTTTAAC TTGAACATCTTGTTTTTAACATCATCTTATTTGCTAGTTATAATTGTTTCTGATCTTTTA TCCAAATATTATTGTTTATGTTTGTAGTTATTTTTCGTTGCATTATTACCCCACACACAT ATTCTTCACTAGTACCTTTCTCCATTTAAGCTCAAAGCCCCACACTTAAATTCCCCCCAT CAGTGTCGGAACTTCTCTGCGCTTTTTGCTGACTATACTGCACTGTAAGAAGACCCAAGG ATCTGGAGCAATCACAATTAATGTTGTCTTTGTAGTTCTTGTTGCACACGTGCCACTAGT GCAGGCACTGAAAATGGTAACAAAAGCTAGCCTTAGAGGCCTTTTTTTTGATCTGTTAGT CGAAGATCCCTCATAGATTTTCCCTTGGAAGTGGATAACCTCTGCATGATATGGTGTAGA AGAGCATACATGCAACATGATTTCCTTTTCTCTTCAGTTATGGAGGACCTAAACTAATGT GTTCTATGTCTTATGGAAGCCCTCACATATTGGTCTTAGGCATTAGTCACAACTTAGTTT AATTAATTTGAAGTGGTAGTTTTGGTGAATCTTTCCTCTTTAACTTTGCAATTGGTTTTA CATTAAGTATTAATTAGAGACTAGAGTAGGTGACTCTTTATAATTCAATTTTCTTCTCTA CTCGATGTTGGGGTTTGTGGCTGAGTTTGGCAGATTAATTAGTAGAGGCACCAATTTTAA TCTTATGGGTTCCACACGGATGACACTGTCATTTTTATGCACTAACCTTATATGCCAGCC ATCTGCATTCTGCCCATCTTGAACTTCTGAGCTTTCTCTCTAGAAAAACTTCTCAACTTT GATTGTTTCAATAAAGAACTTATTTTCTGTGGAACTGTTCAAAAAAAAAAAGTTTGTGTA GAACGTTTTCAGTGTGTCAACTTGTCATTGTACTTACCTTTCTACATGGGTTGTCTTCAA TTTCTTTTCTTATCTATGTTATGAGTTTCGAATAGTTCTTTTGCCAATGATTTCTGAAGC AATTTTATTAAAAAAGCTTCTCTTTTCCTGTTTATCGTTCCTCTTCTGATTTTATATTTC TGAATTTCACATGGTTGCAGTTCTTTTGGCTGATTTATGCTGATATTTTTATTTCTCCAA ACAGGCTTGTCTCCTATAGTATCTTGCACATCTCAGAAAGCTCAAGGTGCTGTAGGGGCA CAGTCTAGCCAGGGCAGCCAAGTTGAAGCTATGTCGTTTGGGAGTGAGGAGCTTAATGAC TCAGGCTCCACTAGTTCTGGTAGTGAAGATTTTCATTGTTTCAGCCAACAGAGGATGGTG AAAGGAACATCAAAATGGCAGTTGAAAGGAAAGAGGAATTCGAGGCACACATGTAAGATT AAAAAGAAAGATTCTGGACAATGCAGAGATTTGAAAGATGCACTAAATGTATATTTGGTT GCTATAGATCATGATTCATTCCCTCTTTCTCCAGGTCGGAAAGTAGACAACTATCCTTTG AAGTCAAGACCAGTTACGGAAATTCAAGTGGATGAGTTGCGAGGTTGGAGCAGGAATGTT TCTCTTAGAGAAGCTCAAATGAAGGGGCCAACTGCAGACCTGCTTACTCCACAGAGGTTG CTACCGTATCGTCAGTCTCGATTTACAGTTAACCCCAAATATGAGTCATCAGATTTCTCT CTTAGGCACCACACTGCTGATTCCTCACTGTATGATGTTAATCTTGAGGTCAAAGCGAGC TATCGTCCACAGCATGTTCCATATATCTCCCTAATGAGCAAATTGAATGGTCAGCCTATC ATAGGTCACCCCCTCACAGTTGAAGTTTTGGATGATGGCTTTTGTGATAATCTGCTACTC AGTGGATCTGAGCACTATAGTAGCAGCTATGACTTAGATGAGGATCATGGTGAGAACAGC TCAGTTTTGCATAGTGCAAATATTGTTTATGAATCCAAGCCGAGTTCTGCGGGTAGGATT TCGACTAAGCATCGTATGTTGAAACCTCGCAGTTCACCAGCAAAGTCGCCCAAGACACGG AAAAATGGCCTTCTTTCAAAGAAGATTAGAAAATTGTCTTCTTTAACCGGTTCTCACCAG CAAAATAGAGAGAAGAAACCTGTAGTAGAGAAGCTTAAAGGACCTGCGGTAGCTTGTGTC CCCTTGAAAATAGTGTTCAGTAGGATAAGTGAAGCATTAAATAACTCAATACGACCTGCC CACCGTTCTCTTGTACCAAGCATTGGTTGAATAATGTTCCATTGATCAGAATGATCAGAG TTAGTGAACTATGAGAGAATTTGTTTAGGAATTCTGATTTGTAGCAGCCCAGTCTGGATT CCGGAGTTGAATCATTTCTGTACAATAACAGGGTGTGATCACTGGCGTTGAGGAACTTTG CTGATCGGCTGCTTTGTTGGTGTATATAATGTAACATTAGCCGAGGTGTAAAGATGGTAT TCTGATATTAGGATTGGTTCAATTCTTCAACTTTGATTGTTGATAACTTGAAGTTTTCAT ATATTTATGGTACGGGTTGCACCGACTAGTCGGTGCATTTTACAATTTTCCCCTTCCCTT TTTCTGTATTTTGAGATGTTGACAACTGAAAGGCTTGATTTGAAAATGAAATGCCCGGAG CTTTCAGCATATGAGATCCGAGGTGATGAATTTTCATATTCTCATCTCAAGGATGGTCTT GTTATGTCAGTCTGAATCTGCGTTTAGAAGGGATATCTTTGGTGTATGTTACAGCAAAAG TGATCAGGTTTGGACAAACTGAAACTTGTCAAAGATTATGAGTCAGTAGATTTACTTGTG TCACTATTTGCATAGAATAATGTTAGTAACTGTCTAGCTGCATGATTGTTGATTGCATCG CAGTTACAAATAAGAAATGAGTACTGATATTGAGAACCAGGTTGATGACTAATTAGCTTA AGGTTCCTGAAAAAAAAGAAGAAAATGTATCGTGGTTGGAATGTATTTTATTGGCACTCT TGGTAAAAAAAAAGAAAAAAAGTTGGAGCAAAGGCTTTGGGCGTTTAGAGTTTCACTAAA TGTTGTGATTGAAGCTGCTCGATGGTTGTATTGATAAAAAGAACATGTATCTCGTGAATT TAGTTAAAACAAGTGTAAGATCATACTTATGCTTAAACACTCTTACTCATAAAGTTCATC ATTAAAGTGCTTTTTGCATACTTGTAACAAAATCACCGTAGAGTATAAGTTCAACTGCAA ATTAAGCCCAAATAAAAAAAATAATTTCAATCTAATGATATCTATTCAAAGAGTATATAC ATAAAACAGCAAAAAATGAATAATTTTTTCTCGTAAAAAAAGAAAAAAGAGGAAACATAT TCTCACTTCACTATTTCGTAACTGAATTAGATCGACTTAATATTTTACAAAGATTGCAAT TAGTCGAAAAAAATAATAATGTTGAGGCTAAAATATTTTCGTTCTTAAGCGTATACATGT GAGAGGAAAGTGAACAAAAGATGGGCAATTCGGTAAATTAATAGGCCCAATTCGCCACAT TCCTTGCCTAGGGTTTTAGAATAACCATATATATAAGAAAATGTAGCACAATTCTGCAAC CTTACTCTCTCAGCATCCTCCTCTTCCCGCCGTCGGAGCAAACCCTAGGAATCATTTGCA ATGACAACAGTTCCAGGGCAACTAGTATGGGAGATCGTGAAGAAGAACAACTCCTTTTTA GTGAAGGAGTTCGGTAATGGTACCGCTGGCGTCGTCTTCAGCAAAGAGCCTAACAATCTC TACAACCTTCACTCCTACAAGCACTCTGGTTAGTCTCTATGCCATTGACATTTCTCTTTT GCTCTTAGAATCCTTAGATCCAGATTTTGATCTATTGAAATTATCAGTTGGTATTGTTAT TTACTTATCGTGATTAGGTGTATTTGGTTTAATTTTGTGTAGTACATGCAATTGTTATTT TGCTTTACGTGATTAGACTTTCACTATTCGATTATGAAGTTTAACATGCGATTTTCATGT AAGATATTAATGTTGATATTTTTTAAAGTGTATACATACGGTTTTTCTATTAAACTCGAG TTGTTATGTTATGTGAGCTTATGTATTGAAGTGTAGAAGGTTTGTCTAGTAGATTACTGG GTTGGTTTGTTGTTTGAGAAACTTTAATTTGGCATGGATTTGATAACGGTCAAGTCATTT TATTTTATACTTTTTTTATGATTCTTTAGGCCTAGCAAACAAGAAAACTGTGACTATCCA GCCTGATGGCAAAGATAAATCTGTGTTGCTTGCTACATCGAAAACCAAGAAGCAAAACAA GCCTTCAAGGTTGTTGAACAAGTCTGTGATGAAGAAGGAATTCAGCAGAATGGCCAAGGC TGTAACAAACCAGGTTTGAATTTTGATTCACTTCTGTTCACTAATTTACTGGAGTATTTC CTGCAATTGTTTTCTTTAACTAAATTATGCTTACTTTGCATCTTGGCAATGTTTGTAATC AAATTTAAAGTGGGTAGCTTATCTTCTAAGGTGCCTACTTAAAATTTTTAAACAAATATT TGTTTGGATGCCCGGTGATTAAGTCATTAAGGTTGACCCTAAAATCTTATCCACCATCCC TTAGCTTAATGAACAAGCTATTCTTTAATTAGGGAATCGAAAACCAATTTCCTATTTAAA GAATAGTTGGCTCATTAGGTTAAAGGGTGGTGGATAAGATTTTAGGAGTAATTTTCAGAT ATTTAGTGTTTAGAAATTTATTTTAGTGTTTATAATTTTCCGGTGAATTCCTTTTTCCAG CAAACACCATCCCCCAGACCCGCATGAAACAACTATTGAAAAGCTCCATCTTCTCCAGAC CACCACATCACTGACCAACAGACCATTAAGTTATCAAGGCTGAGCGTTGATGATGAATAA TTTTGCCTTGTTCCTATCTAATTATGACAATATAATATTTGCTCATTTCAAATACCCTCT CAAGTGTAAAAATTTTAATTGTTTATCTAGAACATGCCATTGTCCTTTATTCGTGAGCCT CTACACTAGTGAAATACTACAAGCAGTTGGTAAGAATGAACTTTTGTTGAAGTGGTAGTT GGTTGTTAGCTAAGAATTAGTTCTTTTTTATAGTGCTAAAATTGTTATTTTGGTTAATTG AAGTGATTATAGTCCAAACCTACTTTAATTATCCATATGTGGAATAATGTGGTGGTAATT TATTTGTAACATCTCTCAGGAATCATGTTGCCTGATTTGCCATTCTTCTCACCATATGAC TTCTCTTTTTTTCTTTGGAGATGCTTGAAGATGTGTCTATGCTTTTCTTAATATTAGATT ACTGATTGTCTTGTCTAATATGCTACTTGATATTAAGCAAACTGCCTTTTTCAAAATCGC AACTTCTGTTGTCTCAACTTTGTATTGTCACATTATTGTAAAAATGTACTCTAATGACTT CTCTGTACAGGTTGGAGACAACTACTACAGGCCAGATCTGAAGAAGGCAGCCCTTGCAAG GTTGAGTGCTGTTCACAGGAGTCTCAAGGTCACCAAGTCAGGTGCCAAGAAGAGGAACCG ACAGGCTTAAGAGTTCATGCTAGGAAATGCTACAGTGTATGACTTGTAATGCATGGGTTT CTCCAGTACCAAAGTTTTGTGTTCGACTTTATCTTTGTTTCTTTCTGAATTAGCTATTGG CAAGGGCAATCTCTAGTTTTGAGTTTAAAAATGACCTCCTTTATCAGAGCATTAAAAGAT TATCTACATTAATTTGTGGTCTTAGATTGGATCTTTATCTGCTTCTTCCATTTTTAATTT TATACATGTGCTTAAAAATTGCAGAAGTTGCAGGCGTTTTACTTGTATGATTTAATAGGA AGTTGAGAAATTTCCAATTGATTTGCGTTGTTGAATTACTTCTGATGCCCTTGATAAAGT GAGTTGTGGCTTCTACGGCAAACTAGACTCTGAGGATCTTGTTTTGGGATGGGCTTGGCA TTAGTCAAACTAATTAAGCCTAGCTTTAAATTTAATTTTCATCCGGCCAATACGTTTGAG ATTTGATGGTTGTTTCTCTATATTGGTTTTCCTTGCTGCTGAGGGTATGGTATTTTTCTA TTTCAATTTATTTGACTTAATTTTTTTTAATCAGATAAATTTTTATATTAAATAATAATT TATCTTTAAAATGCCTATTTTACTCTCGATGAAACAATTTATAGTGATACAAATCTTTTA TCATTCAATTTTAGACCACAGAACTTTTTCTTATTTTTTATATTCCAAGTCAAAAACCTC GTAACATAAAATGGGACTGAGGGAATATTCAAATAGAAATGTACTGGTGATATTAATATT TCTTTTTAGCTTATAGATCATGAAATTAGAATTTATTGAATCTATTAACACAGATTCTCT TGCATTTTCGTTGGCTGAAGCTAAAAATTATCTTCATGAACTGAGAGTTAGTGGTCCTGT GGTTTTATGTCATTTCCTCACATGATTGGTAGGTTATCGGAAGAAAGTTGAAAGTTTCCT ACCGAACGTGCAGAGAACTTGGTATTAGTTAATAGAGTTCCGTCAATTCAAGGTTGGTAA TAACTATTCCTCGTATAAAGAAGAAGAGGAAAAAAAAAGAATACAAGAAGCTTAGTTATT TATGGCTTTCCACTTGAGAATAATGAACACCAATTTAACACGCTTTAACGGAACTAAATA ATTGACAAGTAGCAAAATCCCCTGCAGAATATTTTGAAAAGTCTATTGTAGACTACTGTT CCTTGCTACATACGCTTGGAAACCTCTGGTTTCATTTCTCTTTGGTATAAATAAAACAGA GTAACCCCTCAATTAAAAAACAAACATCTTCATTCTGGGGGTCAGTTGATGGAAAAGGAT TCCGTTCCCATAGAAGCAGCTGCTTCATGCAGCAAAGGGAAGCAAATTATGAAGAGCAAT GAAGCTGCAGCAAAGCGTCGACGGTTCAACAGCTGCTTCTCCTTCATGGAAATCTCAATT GATCCTGGAATGAAGTCGCTGAAACATCTGGATTCTAAGAAGTTCAAGGAAGAAATCAAG AAATGGGCTAAAAGCGTGGTCTCTTATGCCCGTCAAGTCAGTGACCGTTTTGGGAGCTCT CGTCGTTGATTCAACAGTGAGATATCAACATCTCTTTAAGCAAATCGGCAGAGAACTGTT TGAGAAAATAGAAGTGCATGCACGTCAATGGTAAAAGAAAACAGCTGTGTCATACATCCT GCAGAAACAAAGAACGGACTGCTACATACAATCATGAACTCAGTTCTGTTTTGAGTTTGA TAGTTGTGATTAGTTATTTAACTGTACAAAATTTGCTCAATACAAACACGGACTCAATTC TGTAGCATCTTTTTCTTATTTTTCTTTTTTTCTATTTCTGATTATATTCTCCAGGCATGC GTTGGGAGAGGTTGTTTTTATTTCTTCTGTTTGTTGTCTTTTCTTATTTTTGACTAATTT TGTCTCCGGATCCATATGGTAAAGTCTGAATACACTCTACCCTCCACCCTCCCCAGCTTA CCTATGGTATTTTATTAGGTATGCTGTTCTAGTATCACTGAGCATGAATACCCATGGAGG TGATTACGAACATTATTAACGAATACTAGGAAATGGTACCTAATCTAGCTGCTGAATCAA ATACAAAACTTATTTACTTTCAAGGAAGAAAACTGCACTTTACACTGGCTAGCAAACAAG CACACTGGCACCTAAGGGTTCACTAAGATGAAACTCACTCTTTGCAAAGTTTTACACAGC TCAAAGTCTTCGTATATGCTCCGACATCTACCTTCAAATTTTGCTTTGAGGAATGAAGGC GAGACTGTAGTGTGGATAAGAGGAACTTGTCACTCTTTAAGTCCTTCAACATGTCACTAT TCATCTTTTTTTAATTCATGCATCTTTTCACCAGAAATGCTCCTTAAAAGCTGTCTGGAG CACATATCATGTACATGAGTTGCGTTCTTCATCCTATTAGCTTTTATCCACGCTGGCTCC TATTCAAGATGTGGGAAATGAGCAACGCTCGTTAGTTACAATGGTAAATGTATTCTCTGA GATTGATAAAGCTACTAGAAGTCATACCTCTGGAACAATGCGTGAGAACAAAAATTTTAA GAGCAGAAGTACATGTTCCATGATGAGAATTGCAGCAATTCCAGGCGATATTTTCCATTT CCCCTCATGATCATATAGGCATACAAGGAGAATGCAGTTCGTACATATTGACATGACAAT CAGAAACTGAATTCCAAGAGATTAAGCCATTGCAAGAACAAGCTGTTAGCAAGCAAGAGT TTGTATAATTGGGTTCAGCTAAAGGAAAGGGCAGCACATACCTGAAATATGTTAAGCCAA GCTCCAATTGTTGCATCAGGACGTGGAATGGGCCTTCTTAACATGGCAAGCAATTTCAGT GCATCTGTTCTTATCTCTGTTATATTGTTCTACAAAAGCAAAATTGAATTTGGCTCAGTA TTGCTCTCATTAAAACAAAAGAAATAGTAAACGATATTAAAAGAGGGAGGGGCCATGTGT ATTATGTACCAAAGTAGCAAAGGCAAAACCAAGAGGAAATGCACAAGCAAACATCATGAT CATGCCAAATTGCAATGCCAATTCCAAAAAATCTGCAATTATTAAGAGTTCCAATTAGCT ACAGGTATGTTAAAACAATTGAGCAGTTGTAATAATTCAAACAGGGACATGTTATTAAAG GTGTTCAATAAATTAAAATTCGTGTAGGATCTTTAAAAAGAATATGAAGCATGGATTACC ATCGAAAAGTCCGTCTTCAAGCTCCTCTCCAATACTAGCAGAATAATCAGGTTTAAGGTA CTCTTTTTCTACTCTAGACATGTATTGGGTCTTTTCCGAGGATGTTCCTTTCTCACGTTT TCTCTTGTTTCTTCACATTAAGAGATATATATCAGATAGACCATAAAGTAAAAAAACAAA TAATAAACCAGAGTACATTAGCTTTTCAATTAAATCCTGTGCAGACCAGCCGAAATGAAG GAAATGCCTTACCCCACAGCTCTATATTTCTTTAAGCTGTATTTCAAGTATGGTAGAGAG TTCTCCAACATATTCTCTAGCACCTGTGAACAGTAACCATATATTAGTAAAAGATTTAGA TGGCATATATGAAAAAAATCAGAAACAATCCCATCTACCTCTGATATAATTAGACGTTGA ATGAGAACTTGGCGAAGTGTCATTATGTTGCGGTGCAATAAAGCATGATAGAAGATTCCA ATGTAGGATTGCATGAAGTAAAGGCCAAAGACCTGCACAAAACGACAAATTCTCAATTAG GGGCTAAAAGTCTGGACCCAAATGAGAGAGAAACAAAACTTCTCATAACCACCTTGTAAA CCCAACTGTCAGCTCTCCGTTCTATGTTTTTGTTGTTCTCATATTTTACGAGCTTCACTG ATATCTTTCCACCAATTTTGTTGAAGTACTGAATAATAAAGAGGTATACAGCTGTCAGAC AAAACCTGTAAGAAGCAGAAAGCATTTTATATTTATATGTGGCAGACTGAAGTGAATTTA AGAGCAGAAAAGGCTATTTTAATATTAACTGTGAAGTCCGCAAAGATTTGGAAATGGATA GGCAAGAAAATTGGAATTATTTGGAAGACAACTACTTACTTGGGGTTAAGACCAACATTT TGAGAATGCAATCTGCATACTAAGCTATCTAAACCCCGGAAGGTGAATATAATAGAAAGT TAAAAATATATTGGCAGGTTATTTTATGAAATTAAACTGCATGTTGACATGACATAAGAA TTTCAATGGCAAAGAAAAAATACTACTTAGGCATTCCAAAGCTGGTAGAATTCTCGGTTC CAACAGAACATGAAGTAAAGTAGGACATCGAATAAATGAAATAAAGGAGTAACAATCAAA ATTAAATTTAGCAATATTGGTATCTCTCCAATAGTATCAGAAACTAGGTAATACATCAAT AAACATGATGTGAAATACGCCGCTGAACTGGGATACTTAAAAGTACTGCATCCTGGATTA TTTACATTAAGATGAATGCGAACCAGAGGATCTTGACGTGGAAACTTAACCATCAACGTG AAGATATTTCAGACACTGGGATGATATTAGGACTTCAGAAATAATATAGTATGTTTTTCC TTTCTTATTTTATAAGCAAAAAATGATACAAGTTGGTAAATATAGGTTTCACATGTAGTT ATGGACAAAGTCCTTTAATGTCATAGGTAGAAGAATATAAAGTTGCTTACTTCGATGCGT CAGACCTCAAAACCTCATAGACATGAGCAAAAGCCAATTCAAAAGGTAACTGGAGACATA TAATGCTCAGTATAATCATGGCATCATTTCTGAATCTCATGAAATGACCAAGCCATTCCT CTCTCTGGAATGCTTCTTTTCCTCTTGGTTTATCAGTTTTGTCAGCTCCCTTTTTCTTCA TGAGCTCCACAGGGGACTGAAACTGATACCATTCACCTTCCAAGTATTTAGATTCATTGT CTACAGCTGGATAATTCATCTGCCACCTGCACTCCAGGCAGTGAAATACAAATGAAAAGA TGTCAATCCAAATAACTTCAATATAAGATAAAAAGATGTGAAACAACCCGGATAATCATG TTGAATGTGTCACCTGACAAGAAGCGCTGAGTTTTTACGTTTCCAAAATTGGAAAAATAA CACAGCCCAAGAAATTATGCTTATGAAGAAAGCAGAAAGGACAAACAACTGCAATGACCT GGAGAATATATAAGAGCTTGTTCAAAATCAGAACTAAAACAAACTTTTGACTGTAAAAAC GAACAGAAAGTGCGATGGACCTACCCAAAATCCACTAACTGCACTGTAACTCCAAATGCA GCTGGGAAGAGCATCCATCTTGTGTACATCCCAAGAAATGCAAAATAGGAAGCTATCTAT TGTTGACATTATGTATTGGTGTTAAGCAAGTAGAAAATGTGAATGGTAGAGAACATTGAC ACAAATAGCAGTGGATCATAACATGGTCAGAGAATGGCAAAAGACTCGTCCAAAAACTTC ACCTTCGTTCCATAATAGTTACAAATATCATCTATAGGTTGCACAGTGAAGTCCCACCAG TTCAATGCCCAACTTCTTAGAAGCTGCTTCCTCTTTGTTTCATCTGCAAAGTAATTTTAA TCTTCTTTGGATGTTTCTAGACCACTGTTAACTTGAACATATCAGAGAAAACATACCATG CACAGGAAACACTTCTTTAACAATGCCCATAGACTCTAATGTCCGCAAAAGAGGTTTTCC TGGTTCCCAGTGCACCTCATTTCCATCAGACTTTAATATAACTGTTGTGGTGCTTGTGTT CACCTGCAATTTTTGATTCAGCAAACATGAACTTGAAATATGGGGAGAAATACATTGAGA GATATTACATAACTGAAGAATTTTTATATACCAGCAATTAAGATACAGACGACAATTTTT TGGAATAAATTAAGACATATCAGATTTATTTGTGATGAAGGAAATGGAAATAATAATTGC AAACATGGGACAATTAAAGAGCACCGGAAAAGACTGGCTTCAGACTTGCCTGATCTGATA TAGACAATCAAATGAAGGTGGAAATAAACTTATGCATCCATTAGGACAAGTAACCACAAG ATCTAGAGTAGGTTAGGATTCCAGTTAACTCACAATCCCATATATTATGTGACGGTAGCA ACAATAGCGCTCAAACCAACTAAACAAGGAGCCATCTGGCTGCCTTTCATATGCTTCAAC CTCATCCCAGTGAAACTGCAAATCCACTCCTGAAACCAAAATTGTGTGCTCAGAAATAAG CAAAAGCCTGCAATTTTTTGGATAGGTGCATCAGCCAGTAATTACTCAGAACATACATAA AAATGAGCAACTAGAGATAAATCTACTGAGGAAACAATTAAATGATTATCACCGATATGA GTCCGTTTCTTCAACTGCAACTCTGCTGCGGCCTGGCCAAGAGTTTTTAATGGCGCTCCC AACTGGAAAGAAGAGCTTAAGATCATGTAATTTCATATGCTGAATTCAGAACAAACCAGC AAGAAGGAGATGTCTTTTGAGTGACCAGACCTATTTTGTTACATGAAGTCATGAACCAAG TGTGTGTGTATATATATATCATGCCCATAACGGTATTCAATAATTAAAGAAAATTATAAT CATAGAAAAAGGGACAACCCACATAGATGTGTACACATACATAGACATTGGTAAATTATT TGTTTCTGTGTGGCTCCCTCTTTTTTTGGTTAACCGTGGTGTGCGGGCCAACTTGCACTC ACGTCAACTAATTTTACTGGATATTTGTTAGTAACTATGTCCACCAAGGTTAGATAATAT AAGAAGAAATCACCTAGTGTTGTTTGCCTGTCTCCGCTGGAATTTGATAGCTCATGATTC TTAACCCATTTCGTTGACCAATAGGCCACACCCTTGGGTGCCCATATGTGACTCTTAAGC ATTGCCTATCTTGCTACAGGTAAAGAACCTAACATGTTATATGCTATCGTTCAAAATTTT TAAAGTAAAGAATACACTAGCTCGTGACAATTGAGAATGTTTGTTTCTCCGTATCAACTT CCAAAATTCAGTTCTAAACTTTTGGGGTTCTTTATATCCCCACAAGGAAAGACATTATGC CTACCACCTTAATCTATGTGAGCCAAGCTTAATACTATGGTCGATGCTGTTCTTACAAGC TTGCTTATCATTTCTGTGGCCACTAAGAAGACGAATACACTGCAAAATTACTACCAAAAC TGGAGCATATCAGCAGGGAAGCTGCAATCTATTTCAGTTCTCACCCATGAATCCTCCATC CATTCAGGGATATCCAATATACTAATTGTTTATTGTTACACACAAAACTAATATCATACC CAGTAATAATCCCACGAGTGGGTCTGGGGAGGTAGGAGGTACCAAAACCTTACCTCTGCC TTTGTGGGGGTAGAGAGGCTATGTCCAATACATCGTCAGCTCAAAAGAAAAGAAAAACAA AGTATGTTTGCTAATAAGAAAGTGACTTCGTAAAGGGAAAAAGGAAATGCAGGAAGATTC ATTTGGGTTTACACGTTGGTTATCTAGAATTATGAAAACTAAAACAAAATGTAAGCTAAA CAATGCTGATTTCTCTAGCGCTACTATTCAAACAATAACAAAAATCAAACTAGAAATTTA CTAGTGAAGAACGATCTCCTGTAAAGCAAAGCGCAACCGTAACGTTAACCAGAGTATATA ACAGCTGAATATAGAAGAAGAAAGTTGAAACGCACCCTGAGGAATTCATTCTGAAGGCCA ATAACTCTGTCAACAATCAACCCCGTTTTCCGAAATTCATCAACGAGAACCTCAACACAA TCATCAGTCTCATCTCCATCCTTTTTATTTCCTAAACTCTTCGGTACCACCACGCCTATT TCAAAGGCGACAGTTTCCAAATCCTCCACACCAATATTCTCATTCATTTCCCCAAAAAAC TCCAACAAGGGAAAACGTGAATCCCCGCTGAAGCTAATGGTACATGCAATTAATGGAAGA TGGCTAGATAAGCGTTTTGTAGCAGAGAGAAAATGGCGGAGAAATACAGGAAGAGAAGAA GCAGGGGGTGAAAGGTGACACATAAGCTGAAAGGGTGAAGAGTAGTGGCAGAACACGTGG AGTGGGCGTTTTGTTGTTTTGTGTAACCGTTTTTAGGTGCCTTTCAGCATGAAACAGGTC AAGTTTCAGGCACAACAATCAATGCTCCATCGATCACGGTGACCCTTTTTTCGTCTAACC CATATTGACTCAATTAATTACGTGTATACTTATTTTTAAGTGTTCTTATATAGTAGTTTT TAAGTATTTGAACAAAATTAAAAAATATTTATAAGCAGCTAATTTAAAATTAAAATAATA AAAATAAGTTAAAAATTTATAAGTTAGAAATTCTAATTTATTAATTTTGATTTATAAGTG TTTATATATATTGACTTACTTTAAGTATTTTCAAATTGAAATTTAAACGCTTATTTTAAA GTTAAAATAACAAAAATAAATCACAAATTATAAATTAAATATCCTAACTAGTGACATTTA TTATTAATCAGAAATCAATTCATGCAGATCCTAAGTTATAGCAAAAGTCAATCAAAACAG ACTCAAATAGATTTTGGAGCTAAATGGAGTATATTAATCCCTTCTTTTAAAGTAGATTAA TACAAACATTAAAACTCATGTCTAACAAAGTCATTTGATTATAGATCAGAAAGTGAATTT TCATGTACTTTTTATAATTTTATCCAATATTATATTTAAGAGAGTATCGCATGAGATTTA TCCAAAATAATATATATATGACTAAGATTATTCACGTCTTTTTTATTAATAATATGAAAA AAGTCTGTAAACTTATTGAGTAGAATTGTACTATTTGGTAAATCCAAGTAGTTTTTCTGA CATAAAAAATTATAAAAAAAGAGATAGATGTGTGAATTGTTGGACGTGCAACTTTATAAT TTATTTATTTTGTTTGTTGTATTGAATTTAATAAACAAATTGGAGCTTAATAAAATTCTA TTTGCATATTTAAAAATTTAAATTTGAGACTTTAAATAAAAATGTAGAAATTTTAACCGT TCCATTGTAACTCTAGTCAATTTTGTTTGAACAAAATAATGTAATTATAGTTCATCTGTT TTTTGAAGGGTAACAAAATTGGCAGCATTTGTATAATATATAGCAACTCGTGACCTCCAT GCTTTCTCTCTTATCTCCAGAACAAGTTGCTACTGGGAATAATGATGGCAGAGAAATTAT CAACAAAAGCTGCTGTTGCGTCTAAAATTTATTTACTTTAGTAGTATTGATTTCATTTGC AGAATACCTTTTCGTATTTAAAGGCAAATGGAGTTCATTCATGTATACTAGAAATTATAG TCTTTTTTGATATTTTATGTTTTATTGTCGTGTATAACCCGTAGATATAACTGTTTGATC AAACTCTTAGTAATACTTTATAGCTTTTAAAATTGTTGAGAAGACATTATGAATGATAAA GCGTGTTTACATACACAAATCACATTCAGAATTGGATTATCACTGGTGACTATTTATAGT TGTAAATTGTAATTAACAATCATTGTCATTGCCCATAAACCACGAGTCATATAACGACAT TAGAATTATTCATTACTAATTATTATTATTATTATCCGTCGACGCCATAATTACTATTGA CTATCGTATAATTTATATTTTTAGTTATATATTATTAGATTATTTAGTACTTTGTTGAGT TTCATATATATTAGTTTTCAATTGGCATAAATTGTATACATTCAAAGTGTTCAAAGAAAT ACAAGACTTCGATTATTTTGCATTTAATCTTAATATAACTTCTTTAGTATCATTTATTAC TTTATCATAATATATAAGAGTAATTATATATTTTTTCTTTGTTAGTCCTAACTCTTAAAA AGTTAAAGTTACAAATTTATTACTTTTTATAATTATTTTCATTTAAAGAATAGAGAGCTA AGTCAACAAACTTTAGAAAAACATTAAGGATATATACATAAAAATATGCGGTCATTTTTT GAGTCATTGACAAAAATACTTTCATTAAACAATAAAAATATGACAATTAGTTGAATTCTA GATCAATTTATCCGTAATCTTATCCCTGCTTAAAAGTCATCATTATTATAAGGTATATTC ATCGAAAAAAATCATAAATATTAAAAATTAGCCGATACACCTTATAATAATCTCCTATAA TTGCTAATCCATTACCGAATCAGTGTGATTAGGAATTAATGTATTTAAAATGAATATTCA ATAGGTCAAAAAAAAATATTAGTCTGATCCATCCGATAAAGCAATCCTAAGTAACTCTCG GAAGAAATACCAACATCACTTATAAATTAAAATAAATTATATTAAAAGGAAATACCAACA TGAGAAAAAAAGGTGAAGACTTGTACAACGGTCGACTCATCGCTTGGGCCCACCACTGCG TGTTTCGGTGATCCAACGATTGTGATTGAATTAAAAGACTCTACAATTCTTTCTGACCGT AGATTGGTTATTACTCGGAAAGCGAGTATCATATACAAATTCGGTATGCAAGTGATTTCC AGGAAAATATCCGTTTTCAAACCCTAATAAAATACCAAGAGGAGAAGAAAGTGATCATTC GAAGGTGAAAAATCACCAAATTGTATCGATAATTCTCAAATTCGAAAGAGTTTATCGCCA GATCTAGATCCATGGGGAACACAGAGAAATTGATGAACCAGATCATGGAGCTCAAGTTTA CATCAAAGAGTCTTCAACGCCAAGCCCGGAAATGTGAAAAAGACGAAAAATCCGAGAAGC TTAAGGTGAAAAAAGCGATCGAGAAAGGGAATATGGACGGCGCTAGGATTTACGCCGAGA ATGCAATCCGCAAGCGCAGCGAGCAGATGAATTATCTCCGTTTGTCCTCGCGTCTCGACG CCGTTGTGGCTCGACTCGATACTCAGGCAAAAATGAGCACAATCAGCAAGTCTATGGGTA ATATCGTCAAATCACTAGAGTCCTCTCTCAATACCGGTAATCTCCAGAAGATGTCCGAGA CGATGGACCAGTTCGAGCGCCAGTTTGTTAATATGGAAGTTCAAGCTGAGTTTATGGAGA GTTCTATGGCTGGAAGTACCTCGCTGTCGACTCCGGAAGACCAGGTTAACAGTCTCATGC ACCAGGTGGCCGATGACTACGGCCTTGAGGTTTCTGTGGGGCTTCCACAAGCAGCTGGAC ATGCTATTCCTACTAAGGACAGTGAGAAAGTCGACGAGGACGATCTAACCAGGCGCCTTG CCGAGTTGAAGGCGCGTGGATGATTGAGAAACTAAAGATTTTCCTGTTAATAATGAGGCT GCGCAATTGGTATATTGTGACATAGTATGTGGAGTTGTCTCTATTTCATTCTGAAAACTG AACGTCTTTAATGTACATTTTAACTCTCTTGAGTCTTGTGTTGGTGGAGTTCTTTTGCTG TTCTTAATGGTTTACATAGTTTTTGCTTTTATACTTTAATGTGCATGTTGGTAATGTATC CATTGTCTGGTCGTGTTGTTCTTTGACTTGATGTATCGATTATCTGTTCATAACCTTTGA TCGGATTGCACTGTTGTTACCTGTGAAGACAAAGCTGTCCAGTTGATGTAGTTGATCTGT ATGGATAAGAGGATTGAAATTAGAATAGATTCATGCTCAGTTAAAAGAAACTAAATGTGG GGACTCTTCTTATTGGAGAGGGTATAGGTATATAGGGGAATAGGAATGGTTGCTTTGTTC TATACAAGCATCTTCAAACAGTTTAAACTTGTTATAGCATTTCTTCGTGCGTGAACAATT GGGAAGTCTGGGTAACCAAATCTCCTGTTCATGGACTTTAACTTTATGACATGCTTAGTC TTTGTGATGATTTTTTAATAGAAAAAACAATGAGTACTGTGGAACTGGATGTCATATCTG ATACTAAATGGATCGAGTTCACTTTTTTTTCAGCCAGAGAAAGCATCATTACTGGTAAGA AGCTGCAGAAGTGTTTAATGCTTAGCTTTGTTTCATTGTTTAAGTTTAGTTTTCATAACT AGGTAAACATCTATGAATACTTCATAACTCACATTCATAACTTTTGCAATTTGATATTGT TGCGGTTTTAAAATGTTGATGATCTGATTCGGATGGGGGGTGTTGGATATTGTATTCACA AGTTTGCACTCAGCCAAAATTCGTGGTTAAGTTCAACTACACACCAATTTGACGTGCTCT CATAGTTCTTGTTAGCTGACTGTATCATATTATTCTTACTATAACAAATTAGACAGTTGT ATGTTGCAGTGTAATAATCATCCACCTTATTAGTGCAAGTCCGTGAGAGAGCTTAGTGGG TAACATATTTCACACATTTTTCATTGGACAAGTCCTCCATAAGTGCAAAAATATTTGGGT TAACAGAGCTGATTTTGTTTGGCCGTTCTTACTATTTCGATTGAAATTTGCAGATAGATT TTTGTTAATTTTACTAGTTAGAGTATGTGTGCGAGAGAGAGAGAGGAGAAGATCATCTGT ATTCTGTAATCTATTCCCCATGTTTGACTAGTGTCATCTAGGAAAATAGCCTTTGAGTGA TAATATAATTGCTGTTGGAGGAGGTGCTGTCTTGGTGGAGAAAGCATCTTCCAAGCTACT GGCTTTCCATGCTCGAGCTTCAGTAATAATACTGGATATGTTTTTAAGTGTCGAGGCAGA AAATTGTTCAATTCTGCGTAGACTTCACCAGGTATGAACCATAGATGTGTACAGTGAAAC TTTTGGTGCAGTAAGCCGCACCAGTGTCGGGTGAGCAAAGCTTAGTAAATGGCTTAGATT TCCTACTTGTCAGTGTGCATTTCATGTGCATTTGTGATAAGAGAGATGATATTTATGTGC TTGTGTGTTTTGAGTAATAGAGGCTCTTGATGGGAAGTTGGTAGTGAGGAAAAAATTCTG GCTAACTTAGTAGTAACATCATGTCCTCTTGCCTTACATTCTGTGGAGCTGCCTGTATTT GATCATTCATAATTAGAGAATTGTACTTTTGCAATTCTTATAGTTAATTTACTAGTTGAG TTGTATTATGCTGATGAGTGCTAACTGCTAATAACAACAGGTGGAAGTGCTGTCTATGCG CGGAAAGCACCTTCACAAGCTCATGCTTTTCCTTGCTAAGTTCAGTTTGAGTAATTGATC TCGATGTTTAAGGTAGAAAGTTGTTGACATGCTCTTCTGTTTAATAGCTAAGGATAAAGG AGAAATGAGATTGTGTCCTTTTGTTCTGTTGTGTTGCGTTTTGATCCGAGCTGAAGTGGT TATATGGATATTTGCTGCACCAACGGTGTGGCGTGCTATAAAATCGTAAGGTCTCAAGTC TCAATTTTGAGGCAAAATTATTGTCCAAGCTTCGGGTAGGCTGGTTGGAGTAAACACTAG GTATGTTATTATCGTACATCGAGTTTTAGGCCTCCACTCGCAGGTTTTAAGATCACACAC ATTTTTTCCTCCAACGTCTCATCATATTGTACATCAATATCCTACAAACTACACCCATGA GAAACTTTCTGATCACCAAGAGATATGGAAATCGTGCCCCTTCATATTAAAATTATAAAT TGGCAGGCATTGAACAATTTTGATATTTTTTCCCACGAAGGCTGTTATGATCTCATAGAT TTTGAGCATAAAAACATTTTATAACTCAAAAGTTTCCACACCAACAACGCTCAGAAGTAC AGCTACAAGTAAATAGAGAAAATTTAACAGGAATTCTCATGTTTTTATTCCCTATTGGCC ATGGAGAAAGGACAATCCACTTTCATTTAAGGCCCTTTGGAAAGGGCAGGCTGCTTGTAT ATTTGAATTCTTCCTTGTCAGCGGCAAGCCACAATGTAGTAAACAGATGACATCAGAAGA ATGCTCTTGCCAACTTTCAACCATACCACGTCTGAACTAGTTCAATAAAAGTAGCCAAGA ACTTGTCCACCCACATTTTGCCGCTGAGCTTCTTCGTGATCCAAAACTCCGTTTGGTGTT GTAATTACAACATATCCCCACTGCAAGAAGAGGAACAGACCAATACCTTAATAGGAAATT TTAAAAAAGATAATAATAATAAGTTCTTGTTCATAAGTAAGAAAAGGTAGTGAAAAGAAA CAGACTTGGATAGTTGGATGTTAAAGCAAATGATCGTTGAAGATTTTCAAGAGAATGTCT AAAGCAAGATTCCACATAAAAGCATTTAAGGTAACAGGTATACATGTTTTTTAACAAGGT TGAAAGGTCAATAACACATTTAACTGCAGCAATGGATGACTTCTCCAAGCGTATGCTTTC ATTATCTTCACATAAAATTGTGTTTTAGACAGAAAAATAAATCTAAATGGAACTTTGGAA AAAATTATGTTGACAGACAATAATAATGGAAGGAAGATAAAGAAGAAAGACTGAAAATCA AAGATATTTAATAGTAAACTATTGTAACTTGAGGACTCCTTATGGCTATAGTACTCTTGG ACAATAGTGGTATAAACTCGGGTAGCATGTCTACATGATGGCTTTTTCTGGTCAAAGATG CTTCCTTCTGCTTCATTGTCCCAGATAGAAAGATGGCTCATAATGGTTCTTCTTGGACAC AAAATGATATTATGGTTGGTGTCTGGAAACAGAAAGATGGATGAGAATAATTATTTCAGA CGGAAAAAAGAGAGCAAGGAGGTTGGTGTGAAAGTGGAGACAAATGACAATTTTGGATAT TCTTTCCACATATCTTGGTATAGCAAGAACTCAAAAGAAAGCGCAAAAATAATGAATGGG TATGGTAAATGGATAAATATGCAGTAGGAGCAGGTTTTGAAAATGCAGAGGACAATATAT TCAGAAACTGGAAAACAACAAGTGAAAATTAATGCGGAAGAGGAAGTTGTTGATCTATTG GTTGCACAAATTTGGTCGACAGTAAGTGCAGCAGGGAGTATAAACTGGAACAGACCCACC TCAAGATACAGTATGCAAAAGAGCTTCATGATAAAACAGGTTGTGCAACACAACCACAGT TTGACTGCAAATATTTTTAGTACATTATTGACACTTCGACAGATCTAGGAGGGTAAGCGG GAAAGAATCTTTGCCATATCTCACAAGTTCACATTTATGGAGAACTATTTCATTCACAGA TATTTTATATGTATTTTATTACCCAGTGGAACTGCAAAGTTGAGTTCCCATCCTATAATA AAGATTTGTTGTATATGTATTTTATGTCTACCTGTAACAGCAAAGTACCAAACTTCTTTC AGGTAATGGGAATCAGCCATATTAGTATGACAACTAATACCCAGACCCTTGCAACAGGTA AGCTTTCATGGACATATGGAAGCATTACATTTCCATTAACAGTATGCAAACATTTCATGT AAAAAGTCAGAATCAGGGAGCAAAAACCTATAAGTACCTAAAGATTGTAAATAGCACATT CGGCAGCATTCTCTGTTAGCACTAAAAAATATGATCAAAATAAGAATTCATTGTCTATGA TATATATCCACATACGTAAAATATTTAAAACGAACATGATAAGCTGTCAGTGCAGTACTT GCTAGTTAGGGACACTGCTGTTGCACCTCAAGATGAATATCCTCTAGTCCAAGCCGGACA GCCATCATGGGAGGTGTACTCCAGAAGAAGTGTTTAAGATGGGAAATTGATAGAATAGAA AGATCACAAATTTTAAAGCTACTTTGGAATTGGAGAGGAAGATAAAATGATACTGAAAGG ATCCCCCCTCAAGGAGCTTTCTGCGAAGTCCCACACCAATTTTATGCTTTATAAGAGGTT GTGGATCATCTTTTTGACATCGTAGATTAGTGTTGGGCTTGGGGGCTATGATCTTCTCCA TTCTCAATGTCCAATAGGTACACTACCTTAAAATACCTCTAGAAATAGCAAGAAACATTC TCACCTAGAAAAAAATCTACTCTGCTAGGAAAAAGTTATAATTATGCTTCCGTGGTACAT GTATTTTCCAAAAAATTAAGAACATCAGAATGCAATAGGATAAATATGAACGAGAGAAAT AATAGAGCAAACTAATTGTTCTGATAAAGTCGTTAGGGGAAGAGAAATGCAAGTCATGTT AAACATAAAGGAAATTAGGATTATAATCCAAGAACTTAACATAGTCAAACAGAGGATAAA CTAAAAGCAGAGCGGAGCAGATTAGCATTTAGTGAACAATGCAAATCAAACAGAGAACAG AGAGAAGATATGAAATAAGATTTATTAAATATGAAGTACTTTATATGAAGCAAAACCTAG AATGGCACAACTCAAAATTTGATAAATAATGATGTAGCTCATGTTTGATGGCTTTTTTTT GTAACTGGTAAGAAAACAAAGTCCTACTCAGGGAGATGACACAAACCTAACGTGTTGTAG CGTGCATATCTTATAATTCTCAATTATTACAGCAATCATGACGTAATATTACAATTTTCC AATGACCAATTACTTCAAAAAAATATAAGAACAAAAAATCCTAACAAGATGAATTTGAAA CATGAGAAATTATAGAGCAAAAATCATCATCTGTTATTAGGGGAAAAGACATGTAAGTCG AATGAAACCAAAAAGAAATGCAGGACAATGCTAAAATACTTAGGGGGGATTCCAAGTCCG AACACATTCAAACGCTGGGGTGAACAGATTATCATTTGCAGATTCAAATTCAAACAGAGA AGACATGAAACAAGAATTACATTATATGATGCAAAATTCAAAACTCAATGAACAATGATG CAGTTCATGTTTGATGGCTTTCTTATTATTGATGAGAGTTAGGCTTAGGCAGCATGGAGA AAAAAAGATTCAAACCTGACGTGTAGGAAGGGTGCGCGTTTTATAATCCTCAAGAGTTGC CGCCTTGATATCCTGTCTATAGGTGAGAGCTCGACAATCATTGATCCTTCCAAGCAATTC AACAGATATCTTACCAACTCTATGAGGATCATGTACTTGAAAGTCTTTAATATAACCTGA GAATATAGTTACAATGTAAGCAGCCCAACATATTCTATGATTTTTATAGGCTTTATTCGA TTAAAAAACATAATTTCTCTCATATTGGAAGGAAGGATCTTAAATAGGAGATTTGAAGGG CAACACAATGACAGCTCGTAGAATGATCAATAACACAATAAAATACATATTCAGTGAACA TTCAAAAGCAGATTAGTCTAAACAAACGAATTTCAGATTTACCATTGACCTATAGATTTC AGCAGATACATTTCGATTCAGAATTCTATACCAAACAAAATCTAAGCCAAAATTTATTGA AGATTTTAGAGCTCAAAAACTAGGAGAACCGTTGATAATTACCTCGATACTTCATGATTT GGAGGAAATTAGCGATGACATTAGAGACAGGTTTTAGCTCAGCAGAAGCAAATCCTCTCT TTTCTGCATTCACAATAGTCCTCAGTGCATCGTTCAATATTCTCCTCCCCATTTTTACTT TACTGTTTCTTCTCCGGCGACTGTAAAATCTCCTTTCAACTCCTTAAACCCTCGCACAAA ATCTTTCATTCGGCCATTTTCAAATCGGTAAGACCCGAAACACTACTGATGAAAAATTGA TTGGGCCGTAACGGAAATGGGCTAATATATAAACCTACTGGATCGCTCATTCTCGAAATG GTCCATCTAGATTTTAAGTTTCCCATTTTTTGAATATTCTCGTCTCTTATCTGATTTCAA TTTAGTTAAACAGTACTGTTTTCATTAAAATTTTGGGTTACGATAATGACAATACATACA CTAAGTTATGTGAATACAAGAGATAATATAAATAAGGGATTATACAGCATGATTGTTGCA CGTTCGATATTGTAAGCTTAATATGAAACAATATGTTAAGAAATACTACAAATTGCATTA TAACAAGTATTTTTAAATGTAAGTATTTCTTTTAAAAGTATACTTGCAAATTTAGTTGTT TGTTTTACGTTTTAAAATTAAAATCGAATCAAATCAATTTATCGGCTTTCATTGAACACC TAGATGAGATTTTGCCCTTGGTGAGATAGATGTGCATTTAGACGAAGAATAAAAGAAAGA ATATACATGTATCTATTCTTGTTAAGTTCAATGATATTAATACTCTACAGTTTTTTTTTT CTTGTAATATGAAAAGCAAGACGGAACATTTTCATTTATTATTCTAAAGCCATGTCCAAT ATACTTGGTAAAACATGCACATAACTAGAATCATAAGATAAATACCTTCATTTTTCATTG TAACTACACATGGAGAAGAAAAGTTCTATGAAACCAAAACTTGCACCTACACTAATGCAC AATAGTTTGTATCAAAATTTGGTAAAGGATCATGAACATCACTATGAAGACAAAACTATG GAGAACTTGCCCTTGGGGCGATTTTACAATCACAAGTCAACACTTCGAAAAAAGATTTAC ACAAAAACGTACTGGGCAACAATCCCCTCTAAAGAATGGAAAAAAGGAAACCAAAACTAG GCACTCTACAAGTCTATTTACGCCCAGGAAACTGCGACTCCAAATCTTCTAGTAACAAGC TTCACCCTGTTTGCGTTGCATTTTCTGCTGGCTTCTCCAGCAAACTACAATTCCTGAGCA CTCTGGTTCCCAACAGAGGAAAGATGAGCTAGAACTTAGAAGTCAATCTTTCTGGTTACC GGTCTCTGGCATATGAAACAGCAAAGTCTTTGATCATCTGCTTCAAATGCTGCACAACAA GTTGAAGCATTCAGAAATTGTACAGGAGAAGAAGAAAACCAGGACAAGAAAGAAAGAACA ACTTGGAAGTGAAGCAATAAGGTTCAAAAGTGATGGTCCGATGAAGTACCTTCAATTCCT CATGAAGCACAATAAATATTTTCTTCAATCTTACATGTCTCTGCAGTTTTCGAATCGTAA TTCAATGAGTCAGAGATCCCAAAGAAAATACAATATCAATATATCACCTAAGGCACATGG GGAAGTGGACATATACATCTGACAAACCAGCTAAAGGAGTTACATGAAAGAGTAAAGGGT TATCCAAATGAACGGACTACATAAGCAAATGTGTCTCCAGAGTGAATTGAAACTATTTAG ACCATGAAGCATAAAAGGTTATCCAAGTTAACAGTACTACCCAAAAAATGTGTCTCCAGA GTGCATTAAAACTATTCCGACCACTAGGCTATCTGTTATCCAGAAATAGCTTGCAGAAAA GTAACTTAACACTTGCATCCAAAAGCATTGAGAAAAATGCAGGGGAGGATTTTTGAACTA GTGCACTAGTGCTGGTTTGACATTAAGAGACATAATAGACAACCCACATAGGAAATTGTT GGGAGTGTAGCTTCCAACTGCTTATCCATGATTACAAAAACATATTGAGAGGAAACTTAC TGGTCCACATTTGCGATAAGAATCTTTTAACTGTCCCAACATGTCAGAGAATCTTTTTGT GTCTCTTCCTTTAGAAACATCAAGCTCCTTCCCGAGTTTAATGAACTCATTCCTAAATAA TTGATTCCAATCTTTATTAGAAAAACTAAAACTGGAAATTAACTGTTTGAAAGAGGTGTT TGTTAAACAAGTCTAGAGGAAATAATCTCCATGGAACTTTGAGAAATCAGCATATTTTTC TGTTCTTGCAACAAACCTGTAGGACTCCAATATTTTGTTTATTGAGCAATAACTATCATA CTTTTCCCGATACTCCTGTACATACTCTTCATACCTGAAACAAGGAAAACCTGACATGAG TAACATCAAGAATAAAGGTCTTTAGCAAAAAAAAAAAAAGATGATAGTGAAGTGAAGTAC AAAACATTAATAACATCAACACAACATGATCTACATTTTTTAAAGTGATAGTTTAAAGAA CAAAGGTCTCAAAATAATGAAGATGATCTGAATTCTGAAGTATCCAATGTATTGAATACT CTTGCTTCATCAGTAAAAGGTTGAATTTGTATTAATAGTAACAAATGCATTTACTACTTG AACCCTAGATGTATGTACTCTCTTTTTTCAGCGAAGGTTCCAAAAAAAGCTTTCAACAAT GAACACCACTTGAAGTATCCAATGCATTTGACACTAGAACAATACTTTTTTTTTTGAGAC GGTAACAATACTAGAACACTACATTTGTGTACCCTATTATATGTATTAAACTAAATGCAA GGAGTATGCCTGTATGTTTCAGCAAACCCCAAAATGTTTACTCCACAAGAGAAGTAAATG TTAGAAAACTTACTGGGCAAAATTCTCTATTGGTCCTTTCAATTCTGGTTCCTCCTTTTC ATATTTGGAGTACGAACTCATCTCATCAGGAGAAAACTCTTGCATCCTTTGATGACCTTC ACAGCTCCCCAGCAAAGAAGCATCCTTATGCCTATCATTGATTTCGGCAGCCAAACTGGA CTTTTGCCCCTTGTTCTGCTTGACCGATGGAGGAAGTACACTCTGTTTTAGATCATGTTG TTCTCGTGGACCACCAGACGATTTTCTGCGGTTGTCTGCATGGACCTCCTGACCAGTCCC TAAGCTCCCTTCTTCTTCAATTTGCCTACTACTATGCACGTCCACTGGTTGATTATATTG GGACCCAATATCGTTCTGATAAATTCTAGGACGGTGCTGTTGAGGCTGAGGTTGTGCAAC CTTTTGGTGAGATCTTGACAAATCCTCAGTGTGCCATTCAGGGGTCCTCCTCTTAGATAA GCCATCCGGAGTGCCAGAATGCACAGAGCTCAACTGGAGAGGAGATGATCTTCTAAAGTC TGCAACAGTCTTATCAACAGTTCGTCCTTTACTCGACTCAAAATTCCAATAATCTGAACT TGATGGTCTATTCTCTCCTTTAAATGAATTTTTCCTCTCAACCTGCTTTTTCAAACCAGC TGGTTCTTGTGTTGGAGGCTCCCGAAGTTCTCCCAACTCCAAGTCTGAGAGCTCTCTATG AAGCATGTGCCCACGCCCATTAATGAAAGAAGATTTCCCCATATTACTCATAATATCCTT TGGAGAATTTCCTGGCAGCGGGCTATCATACTTATTTAGGTTTGAATCAACTGATGTTCT ATGCAGGTCCCCAACACCATCTTTCAGACTTTTTCTTTCCCTTTTATCACTAACAATGCC GTATTCATCTTGTGAATATTTACTAACCTTGTCTCTCTGTAAGGGGAATCCTTCATTCAT TTGAAGGCTTCTTTCAGTGTACTTAGCAGTATGCCCTGAGCTTTCACCTTGTTTAATTGG CCTCTCAGAACCAGTGGGAGTTTTGCCCCTTGCAGAGAAATCAACAGATCTTCGGTCTGG CTGCAAAAATTCAGAAGCAGACTTTCGAGACATGGCCTGATTGTTTTGTGAACCAAAATC CCCAGCAGCATCTCTGGAAGTTCTGTCTTCCATCTGCATATGAAGGCCCTTATAAGGCCC TTCTAAAGGCTTATCAGGAGATAAGTGTGAACTCTCCACAAAAGTAGAGTTCCTACCCCC AGAACTTTGTTGCTGAATAGGATTTTGAGTTTTTACTCTCTTATGCTTGTCACCTTTATC AACTGAGTGTTTTTCATCACGCGCTCTTTTAGTTTTACTTTTTTGAGATTTTTGGACGCT ATTAGACAGCTCATCCCTGAAGCTATCCTTGTCAATGCTTCCAATTTCACTAGAATGGTT TTGGTAACTAACATTTTCTGCTTCACGAGGAAGCTTGCCCATTTGGACCTCACGTTGTTT ATGCGCATGCCAATCAGCTGACAAAGGTCCGATCTCTTGAACAGGTTTTTCATCATCTCT AGTAGGATCTAAGTCGGGAATAACATCCATTTCAGCTACTTGGCCACCGTCAGGCAAGTC CTTCTCAATATCCACAATATCAGCTACATTAAGATCTTCAATCTCACCCACCTCAAATTG ACCTGGCTCAAAGTCCAAAGTTCCACATTGAAGCTGTTCAGAAGCTTGCAGTTTATGATT TGTCTCTTTGTCATCATCACTCATGATATCAACATCCTCATCAGATGCCTCCTTACTGTT AGAAGAAGCATCACTTTCACTGTCACTGCTACTCCCACTGGCCACGCTTTTACTTCGGCT TCTACTCTGACTTCCACTATCGCTTCCACTATCACTGCTCTCACTATCACTAGAGCTAGA GCTAGAACTATTAGCCTGCCCTTCACTTCGATCAGGTGAAAGATGGAGGATATCAATGTT TTCAACGGCATCAGATGCTTCTTGAGGTTTAGAATCACTCACTGCCCCCTCTTCCAACTC ACCACTATCAGTTTTTGGAAATAAGACTGGCTGCGGAGCAGGTAGTTGATCAAATTTATG AGGGGCAGATGATGGCTGACAATGATCTTCAGGAGAACTGTTAGGAGAAACAAACATCAA AGCAAAGGAAATTTTCAGTCAACACAGAACCAAGCAATTCAATCAATGCGCAAATCCTTT CAGAAAATGATTCTCTATCAAGGATATAGTAGAGCTAGTACTATGGTACACGGCAGCACC AACATAGAAGATATACATTAGAATTATGTTAGCACAAGTTTAGTCTACCAACAGTTCACA CATGAAATATTTAAAGAAATCAGAAATTGGATTACTTTAGCTTATCTAGTAATTATGTTT TCCTATTTCACTGTAGCAGTTATTTGCAGTAATAAGGTTGTTCCTTCACATTCTCATTTC AATAGTAGTCAGAAGTTATTTCCTTGTTTTTAGGTGGGCGGTTAATCCACCAGTGGTGTA TTTAAAGTTCGTTGAATTCAATGGAAAGATAAGCAGAAAACTGTTCCAGCTTTTGAGTAC TTTAACTAGAGAGATTGCAGGTTCTCTCTTAACAAACAGCATCATGGGTCATAGAAAGAA AACATTTGATTTCATCTTGCAAAGTCTCATAGCTAGAGACATTTCAGGGGACTGTATGAT ATAGATATGATCTCTGTGTGTTAGCATCATACCATTTAAAATTAGAAATCAAAAGGGTGA AATGTGAATTCAGAAGTACACTTTAACCTTTGTAACATCAAAAACATGTATTTGCTTGCT CCTTGATTGTTTTAGCTCAAAATGGAGGGAAAACATTGTGGTCTTTTTGTTTAATAGTAT CATTTCACTTTGTTTAGCATCGTTTCATAAACGTCTTCTATGCTTTTCTCTGGTCGAAAG TCCCTTGCTCCTAGAGGTGTACTTATGGAGACTTCAATTTGACTATGCATGCTAAATGTA GATCAGCTTTGTCTCTGACAGATACTAGTTGGATTCAAATTGAAGAGACGAAAAACAAAA CAAGAAACAGCCTGAAGAAACTTGTACCTTCCACATTCAAGGGCAGGTTTCGGGAAACTT TCTATATCCACTTCCGGTTTCAAGAAGTATCTTCCTGGAGCTTGGTATATCGCAATCTGC AACCACAAGTTAATGCGTAAAACATTATAACTATAGTATCACGGAAATGCCTTCACTTCT CTTTGCTTTTTCAGCAGAATTACAGCAAAGCATGTACCATTTACCTTTTTTATAATGGGC TCAATTTGTTTGGCTGAGTTCGGGAGCTTGTCTCCAACAGCTTTTTCCAGTGCCTAAGAA CCCAGAAGATATTTCAAGGGCAAGAAATAAAAAGCTGATGTAGTACAGAGATATACTTCG AATTTACGAAGTACTCCATGTTAAAAAAGGAGCATAACCAAAGGGAAAAGGATCTCTTTG TTCTAAACTTACACTCCACGTCCTTCCAGATAGCTAGCTAAATTAACAAAAGGTCCAATT CAGTTAACATGCTTACCTTAAGACTAATCCCCTTGGACTGGTTCTCCATAAGTAGAGAAA TCAACATGCTACGCAGATCAGTAGACGTTGTGCCTGTATGACTTTTACGTCCTACTTTAT CTTGTACAGAACTTGTGATCGCCTTGCCAGGAATTTCTTTGTCAGAGCTAGTAGCTTTAG TTATTGTTTGAGTGGGTATCATATCGTCCACAACAATTTGGCCCTTCAAGAGATTGACAT TGCCAAATGGAGATGCTGGAGCACCAGATGGTTCAGGTGGAGATGATAAAGGAGAAGCAG AAGGCTTTCCCTTTGAATTTGTTGTTAAAGACGAGCCAGATTTGTAGGCAGATCCGTAAG ATCCCCCTACATGTAATTCATAAAGTTCAATGAAAAGATAGGAAACATAGCACCACCAAA ACAATGAAATTATATTCAAGAAGTCCCCTCTTTCCAACACCTGGACATGAAATATACTGA CTGGACTGCGAGCAGAAAACATAAGAAACCTCTACATGTCAGCTCCGAAATTACCTGGAG GTGGCTCTGCCTTCCGTTTTTTCAAAGGAGGCTCTTTCTTTTGCTTGAAATTCATCTTCC GTGGATTAGCTGATAGAGACATATTAGAAATTAAACATACATAGTCATTATAGATCATCC ATCTAGAGAACTGATGTTCTCCACAGTATCTGTTCAATAAACAAAACACGCTCTCATTTT GTCTCTGCATTTCTGGTGCAATGAATTTTTTGTAGAACTGAGTCAATATAGAGTTTTTGG AATCATCATAAGTAGATAATCTTTAGTATTTACTAGATCATTTGTAAGTCACGCTTTCCA GCACAATCTGTACTGATAAATACATTGTTACCATTTTAAAAAAAATAACACTCTCCAGAA GACGAGCATACGCATCATCTGCTTGACCATAGTGTTTAATTTTCATACGGTACTAACATT GTTTCTTCTTATCAGCCATTGTTTCACTGATGTGATTAACATCTGAATCCATGCAAACTA AACATAAATATCAAAGGGAAGTTTAATGTTATAGCCACAACAAGTAGCATGAGCACTTCT ACCACACCAAGAATGACTGCCAATATGCCACTTATTAGGACCTCATATTTCTTTCCTCAC TCACATTTAATTCACATTGATTATACCAAGTTGGTGTGGAAAATATGTATAAAGTGAACT CAAAACAACAGTTCTCAAACAAGTTATCCCAATCATCTAACTTAAGGTCCCACAAGATTT CTTTCCCTACACCATAAAAAGCACAAGAAAAGAAAAAGATACCCTTATTATACTTATATC TCTTTCACGACTATGGAACCATCTCCTTCTTCTTTCATTCTATGTAAGCTAAAAAATACA TAACAATTATCAGACCCTTCATAATAGAACACCATCAAAACTTTCTTCTCGTCCCCTCAA TTTTCCTCTTCCGCTAGTAAATAAAAATGTAAAATGGGATACCAGAAGCCTTCCTCTCTC CTATACTAATGCACACCCATCATTCTTCTGAGACTTTTGCACTGTAGCTTTATCCTCCAA TAGTTACCAGAAGCATTTCTACTTCAGGTTTATACTTCATCCAATTCGCAGAAGAAATTA TCAATAAGAACAATCTACAAGGCCTTTTCTTTGGGCTTTTGAGAAGGTAAAAAGTACATT CCATAAATGTACAAGTATATGATTGACTCCTAAGTACAACGTAAGAGTAATCTACCAAAC CTTAGCCAGGGTAAATTAGAAAAGTGATTATCAAATGCTTAATTTTAATGTTCAAGATGA TGCATACCTTCAATTGTAGCTATTGCCCTCGGCTGACCCTTCATAGATGGATTGGCATGG TCCAAAACAATGGCTCTGTTTTAGAAATGCAAAAATATCACTATACATGAAGAAGAGAAT AAAAATACCAGTAAGATGTAAACAACAGTAAAATCTTCCTTATTTCACTAGTCATCCCTC TGTTTCAATTTTTTTGGTCTATTTTGACTTAGCGCGGAGTATAAGAAAGTAAAGAAGACT TGAATCTTATGGTCTAAAATTAAAGACATGTCAAATGTACCAAAAAGTCCTTTAATCTTG TGGTCTTAAACAAGTCATGTGGGAAGCTGAAGTTAAAGAATTGCTAAAACAGGAGATGGT CAATCTTTTTGGAATGACAAAGAGGGAAAGTGGGCCAAACAAATTGAACCGGAGGGAGTA TGGAACTACTCCAGACGATCGGAAAAGCCTTAATATTTTTACGCGGCATTTCACTATCAA AAGTAATATTAAAGGCTCACTTGAGGCACGCATAAGCCCTCAAGCTAGGTAAGAAAAAGG TTAAGCACTACATCTCGCTTATGCCACATTTCAGATCAGGTACCGAGGTGATATGACGTA TGTCTCGTCACCATCAACCATAGGCTTCTTCTTAAAGTGAGCAACACCAAACAATAATTA TTTCATTTATCCATATAATTTTTTCTGTTTATAGTATATCGTTCTCGAATTTTAGTGTAT ATATTTTTCATTTCTGTCTTAAAGCTCCAGGAAATATCAGCACCTTTTCTTTCTACTTTT TGCCTTTGATAAAACTGCTCAGGAATCTGAATGTGGATTTATCACTACAAAAGTTTAACT GCAGGTTAGAGATAGGAATGTTGTTACTACTTACTCCTAGTGTAGTGGATTAAATTTCAG TTAACTACACATCAGCAAGCTATTTAACAAAATTTAAGACAGGATCTTCCTCTCGTCAAG TAAATAAAAGTCTAGCAAAAAAGTAAAAAGCACTCAACTTTATATATCTGAACATCAACA ATATGAGCACAATAATGTGGAAAAAATTCATATATCTAGCTATAATAATCAACCATTTGC ATATGTCATCTAGAGTTGGTAAATCCTAATCCAAAAAAAATAAAAAGAGTTACGCACTAA ACATACTTTCGTGATTTAAGCTTCTTCTCAGCTTCTTCTGTCCGCATTTTAACATGGTTT GTAAATGATTCATCCAGAACACGTTGCACATTTAATTTTCGCCAAGCACCACCTGACTCG ACAAGCAAACCATTTCCATCTTCACCACTTTGACGTTCTTCATAAATATCACATAGATCT CCCGGTTCACGCGAACATGTGAATCTGAAGTCTTTTCTACCAACATTAATGACCTGATAC AAGTTGTCTGAATCACATCAAATTATACTTAACCATTATAAGAGTAATGTCCAGCATAAG TTTAAAATCAATTTAATGGATGTAAAAGTTCTTAATGAGGCACTCATACATATAACTCGA TAAGGAGCATACCTAAAAATGATACAGCAAGAATTGATACTAAAGCTTATGTTAGAGAAG GAACAAACATAAGTGACGCTCGATGCAAGTTATTGACTTATGGTATAAAATTATGGTGTT GTAGTATAAAATCTAGGAACGATAATCACTATAATATACTCCCAGTCTATTCATTTTAGA CGAACAAATACATGATGAAAAATTAGAAGGATAGATCAGAAAACACTGGAAGCTTAATGT TGTCAGTACTTTGATATGGACCCCTAAAGAAGCACATTTCCCATTTCAAAGGCTTTTAAA TTATACTGTCCAAACTTGGTTATTCTGTTTCTTTATTTTCCTCTTCTGTTAAATAGGAAA TCTAATAAAGAAAGCACATAAATGATGTAAGGACGCATAGCTTTCAAACAAAAGGAAAAC TACAAACTACAGCGGCGGCAAAGCGAGGAACTGATATAAGTTCAAGAAAATAATAGGATA TCATAGTTGGGATTTCAACGTGTAACATAAAGCAACTTTAGAATCCCTTTTACTACTACA CGGGAATTTTCCTTTTTGTAATAGGGGATTCAATGTTTATATATAACCAAAAAATATATT TTATCCTTTTAACACGGTATAATTTTTCGATGACGGGTCCAATTGACCACTCTGCCCATG CTTTGAAGTCTTCTTGTTCGGATAAAGAGGTAATCTACAAGTCTTATCCTTGCAGATAGA CATCGATATCAACTTGCCGCAGTTCTAGAGGTTTAAAATGCTAAAAGTTTTTTTGCTGCA CATCTGCAGTATAATGTTTGTGTTCCATGTTCATGTCAAGGAGACCTAAGAAACAATAAT TCAACTTCGACATAGAAGCCATCTTCTTTATCATTTAGAGGTAAAGGTGCGGAAGGAAAA GGCCAAAACCGAGGGATCCGAATCTGACCTAAATGAAAATGACATGAAAAGTCTTCTTCA AAACCTAGCATTAAGGGCGTTACGAAGCAAGGACTTTCCTTTAGCTACAGGCCCAAACAA AAGGGATTAGCTACTTGATTCCTTCATGTCGGAAGGAGGAGGAGAAGATAAGGACGACTT TATTTCTTCCATTCCCATGGCAAAGTTTAAACCGAAAACAAACAAATTTTTGTTTGCAAT CTCCAATGTTCTCCCTTGCATTAGAAGTAATATCCAGTTAAGCACATGTACAACAAAACC AACTTATAGGTAAGGCCCGAAAAAAAAAATTAGAAAGCCATCTAACAACAAACAAATATG TTGCACACAGATCTGTAAAACAAGTTATTCATTTCTTTTCATTGTTGTTACAGCCCTCTG AATCTAAAATCTCTCCGTGCAGTAGCAGCCATGAGGTTAAAGTTCAATTCAAGCTCTTTA CCTAGAAATCAGACTCAAACGATAAATAAAAACAAACAAAAAACTCACATTTCCATCGGA ATTAGCATTGGCATCAAACTTGATCCTGGCTGCACCGCCCTCAGTTTCCAGTCGCTTGAT CTCCTCCACTAGGTCTGGCGCCAGCCGAATAATCATAGCATAATTCAAACGATTTCCAGT AACGAGGCTAAAAGTCTCCTCAACTCCATTCGAGGGAGCAGAGGAGGTAGGACCGGAGGC CATATTGCGGTTGCGCGGTGCCGCAGCTCCACTACCAACTGGAAGCCGACCGGCAGGCGA AGGAGATGCCCTGTGGAAAGGCGGTGGTTGGAACGGTGACTGGATGTTGCGCTTCCCGAC GCCGCCGCCACGGCCGGCACCTCCGCCGCCACGGCCGGCACCTCCGCCGCCACGGCCTAG CTTCCCGGAACCTCCGTACATTACGTTCGGGTCCTGAATGGTAAGTGGCGAGTGGAATTG TCGGAAGAAGGAATCGGAACTTTGAGATACAGAGAATACCCAGCGAAAGGGGGAGCCGTC GACGAAATTCACTAATTTGGGTTTACCGGTTTTGTTTTTTAACGTGGGCCCATGGTTCTC TTACTCGAATTTACATTTAGATAAAATCGATAACTCGTTTCAAATTGAGAACCATATAAG GGAAACAACTGGTCATAGGCCTATTTGAAAAGACACTTTACAGTTTATATTTTATTGAGA ACTTTTGGATATAGTTACTCAAAAATAATTTAATTATGTTTTCATATTTCTTGTTTATCA AATATAATTCGTAATTACATGTTATAGAAAGGAGAATAGCAATAAGGTTGGGAGAGGGAG GAGAGTAGCGAGCGAGAATGGAAGAGGAAAGAGAGGATCGAGCGAGAGAGAGCAGAGAGT GGAAGATGAGTGAATTGTATATGTATACATATGTATTTGTATATCTAGCGGTCAACATTA GGAGAGCGAAGAGAGAGGTGACCGAGAGAGGACAATAATTTTGTAATTTTATACAATTCA CATCTTGTAAAATTTATGAGTATATTTGTATAATATGCGTATTTTTGTGTAATTGAATAA TACAAAGTCTGAAATTATATAAATATTATTAAAAAAACTATAATAACAAATTGACACAAA CATAAACAAATGATTTTAAACTATTGTACAAATTATATTATATAAAATCCGAAAATTACA CGTTTAGAGCTGATATACCATTTGTTATGAAAGTGGCTCATATATACCCCTACTTGTAAA CAAATGGCTCACATATACCCTTTTCCTCTAACAGAAATGAAAGAAAAATAATTTTAATCT AATCGTCAAATATTTTTTTTTTTGACTTTTTTTTGTTTCAATGACTAATTTATAATTATT ATTTTGATGATCAAATTTATTTATGTTTCACTAATATTCTTGTAAAACTTATTGTAGATG ACCAAATTTTTTCTTCGTATACGAAATTAAATTACAGTACACAAAAAAAAAATAGTTTAA GTTTTTTTCTTTAAACCAAGGAATGAAAGAAAAAAACAAAATAAGAATAAGAAACTCAAA TAATTATAATAAAAGAAGTCAAAATAATTTATGTATGAAAAAAATTAAAATATATCTTGA ACTTTGATACAAGAATCATATATACCCCTAAATAATTTTTTTTTATTAATTAGAAGTAAT AAATATAAATTTAAAACTAATATTTTAACTTCCGTTAAATGAAGGGTATATGTGAGTATT TTGTAACGGCAGGGGTATATGTGAGCCGTTTGTATAACGGTAAGGGCATATATGAGCCAC TTTTATAACGAGGGGTATATCAACTCCAAATGACAAAGTTGAGGGGTATATCAAACCCTT TTCTTTGAACATATTTATCTTGACAAAAAGTAATTACAGTTCTCAATTTTGTAATTTTGA TATACATCATTGTAGGTGACTTGTAATATTCCTTATAAGTAATGGTATGATCCATTTTAC TTTTTAATATTTATAAAATGTGTATAATCATAATACAGATCAAGAAATATATTCAAAAAA TGAAATTTACGGAATATAATGTTAGTTCTATACTTGAGTTTCCTGTTAAGAAAATATATG TGGCAATGAAGGTTATGTATAAAAAAAAATCAATGAAGCAGAACCATATCTAATTATGAA GGATCACAAATAGAGAATCATATATGAACAACAATGTTTCCTTTGTGATGCATGAAGGGA AATAACTGATCATCTATTTTATGAATGTCTTTACAGTACAAAAATTTGATCTAGTTTGCT TGTGTGAATAGTGCTTCAAGACAAGCTACGTCATGGCGAGAATTAAGAACTTGAATGGGC ATGCACAAATGTCAAGAGCAGGAGCTTTAGCAGCCAAATACAAGACGTGTCTAGGAGCAG TTGTGTGCCATGTTTGGATAGAGAGAAATCAAAGAATTTATCAAGCCAAGAGTATAACAT TCTGGTCAATAACAAGGAGGATCCCACAAAAGATATTTGCCGTTGAGGACTCTATCACTT CGAATATGGGAAAATTATACGATTAAGTAAACTTATATTATTTAGTTACTGATCATAATT ATAATTTGCTATAATTACTATTCACGACTAACATTATACATTAATTATGTGGACTGACTT CGAGATTGTATAATTAATCACATTTGTATATGTATAATTTGCCAGAATATACAAATATAT ATGTATAATATAAAATTATCTATCAATATACACATACAATTCGCCTCTCTCTCACTCTCT ACCTCTCTCGCTTGTCTCTCTCCCAGTCTCACTCGCCTCTCTCCTCCCTATAACATGTAG TTACGAATTGTAATTATCAACTATATCTATTGAAAGTAATTAGATTGTTTTTAGTGACTA TATTGCAATAAGACAGGAAGCGTTGAACTTTTATCCTTAAGACTCCTAGGCATGGTAATT GACTATGGTTTTTCATGTCGTCGGAGATAGTTTTTTGCGTATTAGTTTATTGTCATGTCA GAGTAGTTCTTAAATTGTACAATAATAACTATCATTTTAAAAAAGGGAAAAATTATTCAA CAAAGCAAATTTATACTATTTAATTACTCATCAGTTATAGTTTGCTATAATTACCACTCG CGACTAACATTATACATTAATTACGTGGGCTGACTTCGAGTTTGTATAATTAGTCACGTT TGTCTATGTATAATTCCCCAGAATATACAAATACATATGTATAATATACAATTTTTAACC TATATACATATACAATTCACCTCTCTCTACTCTGTCCTTTCTCGCTCGCCTCTCTCCTCC CTCTCTCAATCTTGCTCGCATCTCTCCTCCCTCTGCCAATCTCGCTTGCCATTTATGTAA ATCCATATGTATAATATACAGTTATATACAATTATATACATATACAAATCACCTCTCTCC CACTCTCTGCCCTCTCTCGATCGTCTTTCTCCTCCCTCTCTCAATCTCTCTCGCCTCTCT CCTCCCTCTTTCAGCCTCCCTCTCCTCTCTCCTCCTTCTCCCAATCTCTCTTGCCATATA TATAAAAACATATGCATGTATAATATACAAAGGTGTCAAAAATGAACCCAATCATATATA ACCCGCCCAGAATTTTAAGGGTTGAGCTCAAGATAATTTTTAATTTGGCTCAATCTCAAC CCATTCAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.979 19148 19241 match_part 0.997 19324 19721 match_2 match_part 1.000 20001 20424 match_part 1.000 20593 20728 match_part 1.000 20841 20912 match_part 0.984 21120 21182 match_3 match_part 1.000 20001 20424 match_part 1.000 20593 20728 match_part 0.983 20841 20900 match_4 match_part 0.991 20200 20424 match_part 1.000 20593 20728 match_part 1.000 20841 20912 match_part 1.000 21120 21191 match_part 1.000 21288 21359 match_part 1.000 21537 21617 match_part 0.995 21857 22054 match_5 match_part 0.600 24548 24567 match_part 0.973 25688 25945 match_6 match_part 0.940 24586 24818 match_part 0.965 37771 38138 match_7 match_part 0.942 24612 24818 match_part 0.971 37771 38119 match_8 match_part 0.982 67903 68449 match_part 0.988 68635 68719 match_9 match_part 1.000 67903 68357 match_10 match_part 0.986 67904 68263 match_part 0.991 68342 68449 match_part 1.000 68635 68724 match_11 match_part 0.932 67904 68449 match_part 0.962 68635 68714 match_12 match_part 0.928 67907 68403 match_13 match_part 1.000 67908 68245 match_14 match_part 0.989 67950 68408 match_15 match_part 0.945 68009 68408 match_16 match_part 0.993 68053 68359 match_17 match_part 1.000 68069 68449 match_part 1.000 68635 68760 match_part 0.989 69494 69673 match_18 match_part 1.000 68083 68449 match_part 1.000 68635 68760 match_part 1.000 69494 69516 match_19 match_part 1.000 68099 68449 match_part 1.000 68635 68760 match_part 1.000 69494 69763 match_20 match_part 0.975 68125 68449 match_part 0.992 68635 68760 match_part 0.937 69494 69652 match_21 match_part 0.994 68271 68449 match_part 1.000 68635 68760 match_part 1.000 69494 69808 match_22 match_part 0.963 68314 68449 match_part 0.968 68635 68760 match_part 0.971 69494 69808 match_part 0.946 71238 71366 match_part 0.857 71703 71730 match_23 match_part 0.963 68314 68449 match_part 0.968 68635 68760 match_part 0.980 69494 69742 match_24 match_part 1.000 68323 68449 match_part 1.000 68635 68760 match_part 0.989 69494 69679 match_25 match_part 1.000 68323 68449 match_part 1.000 68635 68760 match_part 0.981 69494 69600 match_26 match_part 1.000 68325 68449 match_part 1.000 68635 68760 match_part 0.996 69494 69772 match_27 match_part 1.000 68356 68449 match_part 1.000 68635 68760 match_part 1.000 69494 69774 match_28 match_part 1.000 68416 68449 match_part 1.000 68635 68760 match_part 0.991 69494 69722 match_29 match_part 1.000 68424 68449 match_part 0.968 68635 68760 match_part 0.971 69494 69808 match_part 0.984 71238 71366 match_part 1.000 71703 71749 match_30 match_part 1.000 68424 68449 match_part 0.968 68635 68760 match_part 0.975 69494 69771 match_31 match_part 1.000 68637 68760 match_part 0.990 69494 69808 match_part 1.000 71238 71314 match_32 match_part 1.000 68641 68760 match_part 0.994 69494 69808 match_part 0.992 71238 71366 match_33 match_part 1.000 68654 68760 match_part 0.996 69494 69738 match_34 match_part 1.000 68686 68760 match_part 1.000 69494 69578 match_35 match_part 1.000 68728 68760 match_part 0.970 69494 69793 match_36 match_part 1.000 68735 68760 match_part 1.000 69494 69808 match_part 1.000 71238 71366 match_part 1.000 71703 71752 match_37 match_part 0.972 69556 69808 match_part 0.992 71238 71366 match_part 0.966 71703 71881 match_38 match_part 1.000 69561 69808 match_part 1.000 71238 71366 match_part 0.988 71703 72271 match_part 0.500 72612 72637 match_part 0.286 73305 73311 match_39 match_part 1.000 69562 69808 match_part 1.000 71238 71366 match_part 0.995 71703 72086 match_40 match_part 1.000 69562 69808 match_part 1.000 71238 71366 match_part 0.997 71703 72033 match_41 match_part 0.988 69562 69808 match_part 0.977 71238 71366 match_part 0.980 71703 71898 match_42 match_part 0.988 69566 69808 match_part 0.984 71238 71366 match_part 1.000 71703 71723 match_43 match_part 1.000 69586 69808 match_part 1.000 71238 71366 match_part 1.000 71703 71941 match_44 match_part 1.000 69665 69808 match_part 1.000 71238 71366 match_part 1.000 71703 72054 match_45 match_part 1.000 69665 69808 match_part 1.000 71238 71366 match_part 1.000 71703 71939 match_46 match_part 1.000 69700 69808 match_part 1.000 71238 71366 match_part 0.995 71703 72093 match_47 match_part 1.000 69701 69808 match_part 1.000 71238 71366 match_part 1.000 71703 71992 match_48 match_part 0.917 69773 69808 match_part 1.000 71238 71366 match_part 0.975 71703 72271 match_49 match_part 1.000 71718 72269 match_50 match_part 1.000 71718 72266 match_51 match_part 0.987 71739 72280 match_52 match_part 0.986 71745 72257 match_53 match_part 0.996 71770 72268 match_part 0.615 72612 72637 match_part 0.522 74092 74114 match_part 0.500 75738 75753 match_part 0.611 78398 78433 match_54 match_part 0.911 71886 72256 match_55 match_part 0.911 71890 72271 match_part 0.542 72612 72635 match_56 match_part 0.987 72042 72275 match_part 0.923 72524 72536 match_57 match_part 0.990 76157 76671 match_58 match_part 1.000 79991 80018 match_part 1.000 80648 81175 match_59 match_part 1.000 79991 80018 match_part 1.000 80648 81122 match_60 match_part 1.000 80836 81410 match_61 match_part 0.998 81146 81697 match_62 match_part 1.000 81193 81728 match_63 match_part 1.000 81193 81728 match_64 match_part 0.964 81408 81983 match_part 0.953 82069 82154 match_65 match_part 0.978 81408 81948 match_66 match_part 1.000 81481 81983 match_part 0.973 82069 82215 match_67 match_part 1.000 81512 81846 match_68 match_part 0.980 81628 81983 match_part 0.971 82069 82242 match_part 0.941 82352 82588 match_69 match_part 0.983 81692 81983 match_part 0.983 82069 82242 match_part 0.911 82352 82519 match_70 match_part 0.979 82099 82242 match_part 0.881 82352 82787 match_part 0.750 82999 83006 match_71 match_part 0.979 82099 82242 match_part 0.885 82352 82787 match_part 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89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 0.984 87895 87770 match_part 1.000 86824 86743 match_270 match_part 1.000 89761 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 0.984 87895 87770 match_part 1.000 86824 86743 match_271 match_part 0.915 89798 89681 match_part 0.970 89351 89286 match_part 0.985 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 0.983 88220 88163 match_part 0.992 87895 87770 match_part 0.973 86824 86751 match_272 match_part 1.000 89747 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 1.000 87895 87770 match_part 1.000 86824 86751 match_273 match_part 0.985 89746 89681 match_part 0.939 89351 89286 match_part 0.985 89200 89133 match_part 0.968 88901 88871 match_part 0.957 88764 88695 match_part 0.966 88220 88163 match_part 0.984 87895 87770 match_part 0.965 86824 86768 match_274 match_part 1.000 89738 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 1.000 87895 87770 match_part 1.000 86824 86773 match_275 match_part 1.000 89762 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 1.000 87895 87770 match_part 1.000 86824 86775 match_276 match_part 1.000 89733 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 0.984 87895 87770 match_part 1.000 86824 86779 match_277 match_part 0.975 89761 89681 match_part 1.000 89351 89286 match_part 0.985 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 1.000 87895 87770 match_part 1.000 86824 86803 match_278 match_part 1.000 89763 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 0.984 87895 87770 match_part 1.000 86824 86804 match_279 match_part 0.915 89798 89681 match_part 0.970 89351 89286 match_part 0.956 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 0.983 88220 88163 match_part 0.976 87895 87770 match_280 match_part 1.000 89753 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 0.971 88764 88695 match_part 1.000 88220 88163 match_part 0.967 87895 87773 match_281 match_part 1.000 89791 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 1.000 87895 87777 match_282 match_part 0.885 89758 89681 match_part 0.985 89351 89286 match_part 0.985 89200 89133 match_part 0.968 88901 88871 match_part 1.000 88764 88695 match_part 0.983 88220 88163 match_part 0.987 87895 87818 match_283 match_part 1.000 89762 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 1.000 87895 87819 match_284 match_part 0.915 89762 89681 match_part 0.970 89351 89286 match_part 0.985 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 0.983 88220 88163 match_part 1.000 87895 87846 match_285 match_part 1.000 89761 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 1.000 87895 87846 match_286 match_part 0.910 89758 89681 match_part 0.970 89351 89286 match_part 0.985 89200 89133 match_part 1.000 88901 88871 match_part 0.986 88764 88695 match_part 0.983 88220 88163 match_part 0.960 87895 87846 match_287 match_part 1.000 89757 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 1.000 87895 87846 match_288 match_part 1.000 89753 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 1.000 87895 87846 match_289 match_part 1.000 89752 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 1.000 87895 87846 match_290 match_part 0.949 89877 89681 match_part 1.000 89351 89286 match_part 0.985 89200 89133 match_part 0.968 88901 88871 match_part 1.000 88764 88695 match_part 0.966 88220 88163 match_part 0.958 87895 87848 match_291 match_part 0.910 89758 89681 match_part 0.970 89351 89286 match_part 0.985 89200 89133 match_part 1.000 88901 88871 match_part 0.986 88764 88695 match_part 0.983 88220 88163 match_part 0.958 87895 87848 match_292 match_part 1.000 89720 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 1.000 87895 87848 match_293 match_part 0.987 89758 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 0.983 88220 88163 match_part 1.000 87895 87858 match_294 match_part 0.887 89365 89286 match_part 1.000 89200 89133 match_part 0.935 88901 88871 match_part 0.971 88764 88695 match_part 0.983 88220 88163 match_part 1.000 87895 87858 match_295 match_part 1.000 89753 89681 match_part 0.985 89351 89286 match_part 0.897 89200 89133 match_part 0.968 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88167 match_296 match_part 0.940 89999 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 0.935 88901 88871 match_part 1.000 88764 88695 match_part 0.970 88220 88188 match_297 match_part 0.927 99823 99247 match_298 match_part 0.982 105342 105233 match_part 1.000 105152 105039 match_part 1.000 104963 104893 match_part 1.000 104770 104640 match_part 1.000 104492 104410 match_part 1.000 104309 104202 match_part 1.000 104106 103948 match_part 1.000 103859 103802 match_299 match_part 0.975 106292 106131 match_part 0.985 105365 105233 match_part 0.965 105152 105039 match_part 0.944 104963 104893 match_part 0.933 104770 104651 match_300 match_part 0.967 112894 112097 match_301 match_part 0.950 112949 112233 match_302 match_part 1.000 118364 118336 match_part 0.974 115520 115027 match_303 match_part 0.981 119049 118843 match_part 1.000 118496 118336 match_part 1.000 115520 115145 match_304 match_part 0.987 119075 118843 match_part 1.000 118496 118336 match_part 1.000 115520 115351 match_305 match_part 1.000 119009 118843 match_part 1.000 118496 118336 match_part 1.000 115520 115419 match_306 match_part 0.998 120217 119732 match_307 match_part 1.000 120217 119732 match_308 match_part 1.000 120218 119746 match_309 match_part 0.963 122103 121754 match_part 0.974 121234 121157 match_part 0.991 121012 120901 match_part 1.000 120400 120350 match_part 0.967 120229 120080 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 371 103 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 14478 14205 exon 13750 13576 exon 12067 11998 exon 11462 11353 exon 11093 10837 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 14478 14205 exon 13750 13576 exon 13214 13131 exon 12067 11998 exon 11462 11353 exon 11093 10962 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 14478 14205 exon 13750 13576 exon 13214 13157 exon 13058 13036 exon 12692 12666 exon 12067 11998 exon 11462 11419 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 19148 19241 exon 19324 19721 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 20001 20424 exon 20593 20728 exon 20841 20912 exon 21120 21191 exon 21288 21359 exon 21537 21617 exon 21857 22054 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 24586 24818 exon 37771 38138 gene_8 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 24548 24567 exon 25688 25945 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 28431 28417 exon 25942 25679 exon 25076 25066 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 43998 43286 exon 36175 36145 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 45223 45027 exon 44922 44812 exon 44636 44162 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 58210 58151 exon 56879 56748 exon 56662 56601 exon 55994 55898 exon 55158 55112 exon 54325 54109 exon 53755 53697 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 63632 63600 exon 62386 62281 exon 61948 61840 exon 61517 61362 exon 61244 61129 exon 61052 60886 exon 60009 59879 exon 59796 59476 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 62349 62277 exon 61948 61840 exon 61517 61362 exon 61244 61150 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 65729 65231 exon 65051 64809 exon 63766 63706 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 67903 68449 exon 68635 68760 exon 69494 69808 exon 71238 71366 exon 71703 72271 exon 72612 72637 exon 73305 73311 gene_17 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 67903 68449 exon 68635 68760 exon 69494 69808 exon 71238 71366 exon 71703 72275 exon 72524 72536 gene_18 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 67903 68449 exon 68635 68760 exon 69494 69808 exon 71238 71366 exon 71703 72280 gene_19 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 67903 68449 exon 68635 68760 exon 69494 69808 exon 71238 71366 exon 71703 72268 exon 72612 72637 exon 74092 74114 exon 75738 75753 exon 78398 78433 gene_20 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 67904 68263 exon 68342 68449 exon 68635 68760 exon 69494 69808 exon 71238 71366 exon 71703 72271 exon 72612 72637 exon 73305 73311 gene_21 gene GT_PGL_12_AGS_6 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 76157 76671 gene_22 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 68357 67903 gene_23 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 72256 71815 gene_24 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 75202 74913 exon 73444 72606 gene_25 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 75992 75428 gene_26 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 79991 80018 exon 80648 81983 exon 82069 82242 exon 82352 82787 exon 82999 83006 gene_27 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 79991 80018 exon 80648 81983 exon 82069 82242 exon 82352 82825 gene_28 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89999 89681 exon 89351 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 84850 gene_29 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89999 89681 exon 89351 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 85020 exon 84967 84956 gene_30 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89999 89681 exon 89351 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 85024 exon 82657 82632 gene_31 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89999 89681 exon 89351 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 85033 exon 82648 82627 exon 82108 82031 gene_32 gene GT_PGL_18_AGS_5 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89999 89681 exon 89351 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 85033 exon 82648 82619 exon 82098 82027 gene_33 gene GT_PGL_18_AGS_6 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89999 89681 exon 89351 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 85075 exon 84967 84905 gene_34 gene GT_PGL_18_AGS_7 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89999 89681 exon 89351 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86725 gene_35 gene GT_PGL_18_AGS_8 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89365 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 84850 gene_36 gene GT_PGL_18_AGS_9 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 88227 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 84850 gene_37 gene GT_PGL_18_AGS_10 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 86305 86212 exon 85463 85388 exon 85284 85019 gene_38 gene GT_PGL_18_AGS_11 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 86470 86466 exon 86296 86212 exon 85463 85388 exon 85284 85015 gene_39 gene GT_PGL_18_AGS_12 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 82815 82638 gene_40 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 83248 83648 exon 84124 84732 gene_41 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 83208 83315 exon 83436 83648 exon 84124 84732 gene_42 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 92032 92150 exon 92642 92950 exon 94554 94941 gene_43 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 99389 99628 exon 100050 100213 exon 101291 101696 gene_44 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 98497 98552 exon 99486 99628 exon 100050 100213 exon 101291 101666 gene_45 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 99823 99247 gene_46 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 106292 106131 exon 105365 105233 exon 105152 105039 exon 104963 104893 exon 104770 104640 exon 104492 104410 exon 104309 104202 exon 104106 103948 exon 103859 103802 gene_47 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 112023 113010 gene_48 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 112949 112097 gene_49 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 119075 118843 exon 118496 118336 exon 115520 115027 gene_50 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 122103 121754 exon 121234 121157 exon 121012 120901 exon 120400 120350 exon 120229 119732 RepeatMasker tomato repeats master Copia00107 273 726 1 Copia00107 273 726 1 nucleotide_motif 3143 1360 1816 Gypsy00205 2315 2442 1 Gypsy00205 2315 2442 1 nucleotide_motif 271 3842 3976 Gypsy00205 2315 2456 1 Gypsy00205 2315 2456 1 nucleotide_motif 277 3989 4121 Unknown00034 5145 5205 1 Unknown00034 5145 5205 1 nucleotide_motif 365 18141 18200 Copia00151 8250 8384 1 Copia00151 8250 8384 1 nucleotide_motif 386 23697 23808 Gypsy00003 1 8393 1 Gypsy00003 1 8393 1 nucleotide_motif 48409 25486 36986 SINE_SO 7 152 1 SINE_SO 7 152 1 nucleotide_motif 530 49664 49814 Gypsy00168 1336 1379 1 Gypsy00168 1336 1379 1 nucleotide_motif 243 64295 64340 SINE_SO 1 184 1 SINE_SO 1 184 1 nucleotide_motif 709 70433 70611 TLP2 1 334 1 TLP2 1 334 1 nucleotide_motif 1629 78524 78866 SONATA3 10 195 1 SONATA3 10 195 1 nucleotide_motif 276 78869 79053 Copia00172 1105 1394 1 Copia00172 1105 1394 1 nucleotide_motif 955 87340 87603 SONATA2 4 253 1 SONATA2 4 253 1 nucleotide_motif 1110 127255 127500 Copia00151 8223 8376 1 Copia00151 8223 8376 1 nucleotide_motif 465 130677 130835 Copia00151 8354 8436 1 Copia00151 8354 8436 1 nucleotide_motif 262 130924 131014 RepeatMasker tomato repeats master SONATA2 1 182 -1 SONATA2 1 182 -1 nucleotide_motif 520 5321 5147 Unknown00008 2526 3122 -1 Unknown00008 2526 3122 -1 nucleotide_motif 3598 37086 36503 Unknown00025 236 474 -1 Unknown00025 236 474 -1 nucleotide_motif 917 41810 41553 SONATA1 1 90 -1 SONATA1 1 90 -1 nucleotide_motif 375 53186 53099 MUDSOLD1 356 619 -1 MUDSOLD1 356 619 -1 nucleotide_motif 956 90292 90025 Copia00172 1664 1743 -1 Copia00172 1664 1743 -1 nucleotide_motif 280 90807 90726 SONATA1 1 240 -1 SONATA1 1 240 -1 nucleotide_motif 718 102147 101933 TS 58 655 -1 TS 58 655 -1 nucleotide_motif 445 108886 108763 Unknown00043 11047 11237 -1 Unknown00043 11047 11237 -1 nucleotide_motif 602 124388 124191 Gypsy00073 1 349 -1 Gypsy00073 1 349 -1 nucleotide_motif 1126 131463 131163 Gypsy00073 11886 12084 -1 Gypsy00073 11886 12084 -1 nucleotide_motif 1301 131825 131628 Copia00151 8235 8371 -1 Copia00151 8235 8371 -1 nucleotide_motif 514 132843 132701 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 4879 28761 33951 match_2 match 2726 28881 32893 match_3 match 4722 30889 34460 match_4 match 3102 28760 30850 match_5 match 2759 28881 32886 match_6 match 787 29482 31466 match_7 match 1336 28835 30891 match_8 match 959 31094 32601 match_9 match 868 29769 31742 match_10 match 2085 33329 34460 match_11 match 2531 26218 27561 match_12 match 2185 34557 35710 match_13 match 8802 28669 33311 match_14 match 2153 63229 64314 match_15 match 2288 34557 35710 match_16 match 2194 24959 26122 match_17 match 2194 77164 78333 match_18 match 2526 39075 40348 match_19 match 2656 100600 101960 match_20 match 2728 64708 66083 match_21 match 3556 54850 56664 match_22 match 3806 43389 45356 match_23 match 4028 15061 17200 match_24 match 5501 60313 63150 match_25 match 4867 57689 60270 match_26 match 68139 76188 match_27 match 3923 46772 48907 match_28 match 1951 131565 132607 match_29 match 123114 130315 match_30 match 80737 90486 match_31 match 2290 102023 103209 match_32 match 2337 7428 8737 match_33 match 2656 26218 27561 match_34 match 2585 41950 43363 match_35 match 7904 10363 14579 match_36 match 48951 54816 match_37 match 111199 123086 match_38 match 28759 33822 match_39 match 5366 9 2879 match_40 match 93033 100538 match_41 match 18215 23824 match_42 match 103326 109753 match_43 match 2625 26218 27561 match_44 match 2256 34557 35710 match_45 match 1897 26218 27557 match_46 match 1669 34557 35710 match_47 match 2537 26218 27561 match_48 match 2185 34557 35710 match_49 match 5884 28759 34442 match_50 match 2553 26218 27561 match_51 match 2200 34557 35710 match_52 match 9156 29714 34460 match_53 match 1796 34557 35710 match_54 match 1796 34557 35710 match_55 match 2093 26218 27557 match_56 match 2093 26218 27557 match_57 match 9674 28737 34460 match_58 match 5491 29990 32922 match_59 match 2809 32984 34460 match_60 match 2553 26218 27561 match_61 match 2192 34557 35710 match_62 match 28669 34460 match_63 match 2185 34557 35710 match_64 match 2185 34557 35710 match_65 match 2545 26218 27561 match_66 match 2545 26218 27561 match_67 match 2640 26218 27561 match_68 match 2272 34557 35710 match_69 match 2573 26220 27561 match_70 match 2214 34558 35710 match_71 match 2640 26218 27561 match_72 match 2272 34557 35710 match_73 match 28669 34460 match_74 match 2537 26218 27561 match_75 match 2177 34557 35710 match_76 match 2577 26218 27561 match_77 match 2216 34557 35710 match_78 match 1804 34557 35710 match_79 match 2139 26218 27561 match_80 match 9650 28737 34460 match_81 match 1796 34557 35710 match_82 match 1790 34557 35710 match_83 match 2135 26218 27561 match_84 match 2129 26218 27561 match_85 match 9509 28737 34460 match_86 match 2545 26218 27561 match_87 match 2561 26218 27561 match_88 match 2208 34557 35710 match_89 match 2208 34557 35710 match_90 match 28669 34460 match_91 match 28669 34460 match_92 match 28669 34460 match_93 match 2537 26218 27561 match_94 match 2177 34557 35710 match_95 match 2577 26218 27561 match_96 match 2216 34557 35710 match_97 match 5491 29990 32922 match_98 match 2809 32984 34460 match_99 match 2553 26218 27561 match_100 match 2192 34557 35710 match_101 match 2093 33329 34460 match_102 match 2531 26218 27561 match_103 match 2531 26218 27561 match_104 match 2185 34557 35710 match_105 match 2185 34557 35710 match_106 match 8802 28669 33311 match_107 match 1788 34557 35710 match_108 match 1788 34557 35710 match_109 match 2119 26218 27561 match_110 match 2119 26218 27561 match_111 match 9690 28737 34460 match_112 match 1796 34557 35710 match_113 match 2135 26218 27561 match_114 match 2648 26218 27561 match_115 match 2280 34557 35710 match_116 match 28669 34460 match_117 match 2185 34557 35710 match_118 match 2185 34557 35710 match_119 match 2545 26218 27561 match_120 match 2545 26218 27561 match_121 match 2077 33329 34460 match_122 match 2531 26218 27561 match_123 match 2531 26218 27561 match_124 match 2185 34557 35710 match_125 match 2185 34557 35710 match_126 match 3207 28669 30397 match_127 match 1788 34557 35710 match_128 match 2119 26218 27561 match_129 match 8375 28737 33645 match_130 match 1796 34557 35710 match_131 match 2093 26218 27557 match_132 match 4385 31798 34460 match_133 match 1796 34557 35710 match_134 match 2135 26218 27561 match_135 match 1804 34557 35710 match_136 match 2139 26218 27561 match_137 match 9650 28737 34460 match_138 match 2640 26218 27561 match_139 match 2272 34557 35710 match_140 match 2093 33329 34460 match_141 match 2531 26218 27561 match_142 match 2531 26218 27561 match_143 match 2185 34557 35710 match_144 match 2185 34557 35710 match_145 match 8802 28669 33311 match_146 match 2123 26221 27557 match_147 match 1828 34559 35710 match_148 match 2198 26221 27557 match_149 match 1903 34559 35710 match_150 match 28759 34460 match_151 match 2648 26218 27561 match_152 match 2280 34557 35710 match_153 match 28669 34460 match_154 match 2216 34557 35710 match_155 match 2585 26218 27561 match_156 match 2232 34557 35710 match_157 match 2601 26218 27561 match_158 match 1961 131565 132607 match_159 match 2153 63229 64314 match_160 match 2288 34557 35710 match_161 match 2288 34557 35710 match_162 match 2194 24959 26122 match_163 match 2194 77164 78333 match_164 match 2300 102023 103209 match_165 match 2512 22558 23824 match_166 match 2526 39075 40348 match_167 match 2656 100600 101960 match_168 match 2728 64708 66083 match_169 match 3556 54850 56664 match_170 match 5501 60313 63150 match_171 match 6302 41950 45356 match_172 match 48951 54816 match_173 match 103326 109753 match_174 match 93033 100538 match_175 match 3923 46772 48907 match_176 match 68139 76188 match_177 match 4886 57689 60270 match_178 match 123114 130315 match_179 match 2656 26218 27561 match_180 match 2656 26218 27561 match_181 match 28669 34460 match_182 match 111199 123086 match_183 match 80737 90486 match_184 match 2506 26218 27561 match_185 match 2153 34557 35710 match_186 match 1842 34557 35706 match_187 match 2155 26218 27557 match_188 match 1639 33459 34460 match_189 match 1639 33459 34460 match_190 match 1875 34557 35686 match_191 match 1877 26218 27348 match_192 match 1877 34557 35687 match_193 match 1879 26218 27349 match_194 match 8191 28669 33464 match_195 match 2500 26218 27561 match_196 match 2153 34557 35710 match_197 match 28669 34460 match_198 match 2516 26218 27561 match_199 match 2516 26218 27561 match_200 match 2516 26218 27561 match_201 match 28669 34460 match_202 match 2169 34557 35710 match_203 match 2169 34557 35710 match_204 match 2169 34557 35710 match_205 match 2411 26218 27557 match_206 match 2105 34557 35710 match_207 match 7632 28673 32682 match_208 match 2492 32645 33933 match_209 match 2177 34557 35710 match_210 match 2537 26218 27561 match_211 match 1970 26218 27503 match_212 match 1840 34557 35708 match_213 match 1639 33459 34460 match_214 match 1875 34557 35686 match_215 match 1877 26218 27348 match_216 match 1885 34557 35687 match_217 match 1887 26218 27349 match_218 match 8191 28669 33464 match_219 match 28669 34460 match_220 match 2516 26218 27561 match_221 match 2516 26218 27561 match_222 match 2516 26218 27561 match_223 match 28669 34460 match_224 match 2169 34557 35710 match_225 match 2169 34557 35710 match_226 match 2169 34557 35710 match_227 match 2288 34557 35710 match_228 match 2288 34557 35710 match_229 match 2194 24959 26122 match_230 match 2526 39075 40348 match_231 match 2347 7428 8737 match_232 match 3556 54850 56664 match_233 match 4028 15061 17200 match_234 match 5392 1 2879 match_235 match 6302 41950 45356 match_236 match 7914 10363 14579 match_237 match 18215 23824 match_238 match 48951 54816 match_239 match 3923 46772 48907 match_240 match 4886 57689 60270 match_241 match 2656 26218 27561 match_242 match 2656 26218 27561 match_243 match 28669 34460 match_244 match 833 32983 34442 match_245 match 2910 28760 32755 match_246 match 2640 26218 27561 match_247 match 2272 34557 35710 match_248 match 1796 34557 35710 match_249 match 1796 34557 35710 match_250 match 2121 26218 27561 match_251 match 2121 26218 27561 match_252 match 9634 28737 34460 match_253 match 28669 34460 match_254 match 2561 26218 27561 match_255 match 2200 34557 35710 match_256 match 2593 26218 27561 match_257 match 2593 26218 27561 match_258 match 2240 34557 35710 match_259 match 2240 34557 35710 match_260 match 2113 26218 27533 match_261 match 1939 34557 35710 match_262 match 2545 26218 27561 match_263 match 2192 34557 35710 match_264 match 28669 34460 match_265 match 28669 34460 match_266 match 2633 26218 27561 match_267 match 2633 26218 27561 match_268 match 2264 34557 35710 match_269 match 2264 34557 35710 match_270 match 1485 31820 33616 match_271 match 1665 28759 30322 match_272 match 1528 30353 31756 match_273 match 1907 28759 32176 match_274 match 1310 28844 30490 match_275 match 2083 28844 32309 match_276 match 7321 28669 32922 match_277 match 2658 32984 34460 match_278 match 2113 34557 35710 match_279 match 2466 26218 27561 match_280 match 2161 34557 35710 match_281 match 2522 26218 27561 match_282 match 1019 30475 32606 match_283 match 1255 30271 32499 match_284 match 652 28886 29988 match_285 match 1104 30944 32499 match_286 match 1911 30369 32789 match_287 match 676 33078 34442 match_288 match 1368 28761 30511 match_289 match 1524 29126 31747 match_290 match 1966 28897 32737 match_291 match 1846 28881 32281 match_292 match 2496 28844 32893 match_293 match 2216 34557 35710 match_294 match 2585 26218 27561 match_295 match 1021 31833 33537 match_296 match 1403 28862 30366 match_297 match 1231 30434 31751 match_298 match 2181 26218 27557 match_299 match 1883 34557 35710 match_300 match 1178 28844 30366 match_301 match 1965 32984 34460 match_302 match 1740 34557 35694 match_303 match 1742 26218 27356 match_304 match 1772 34557 35694 match_305 match 1774 26218 27356 match_306 match 2557 32984 34460 match_307 match 7305 28673 32922 match_308 match 615 33005 34431 match_309 match 1261 28863 32367 match_310 match 1756 28886 32090 match_311 match 28669 34460 match_312 match 28669 34460 match_313 match 2557 26220 27561 match_314 match 2557 26220 27561 match_315 match 2565 26220 27561 match_316 match 2206 34558 35710 match_317 match 2206 34558 35710 match_318 match 2206 34558 35710 match_319 match 1713 28862 30981 match_320 match 801 32943 34442 match_321 match 916 30362 32090 match_322 match 28669 34460 match_323 match 2177 34557 35710 match_324 match 2177 34557 35710 match_325 match 2537 26218 27561 match_326 match 2537 26218 27561 match_327 match 28669 34460 match_328 match 2557 26220 27561 match_329 match 2557 26220 27561 match_330 match 2565 26220 27561 match_331 match 2206 34558 35710 match_332 match 2206 34558 35710 match_333 match 2206 34558 35710 match_334 match 1338 30265 32374 match_335 match 910 28858 30157 match_336 match 28669 34460 match_337 match 2177 34557 35710 match_338 match 2177 34557 35710 match_339 match 2537 26218 27561 match_340 match 2537 26218 27561 match_341 match 2825 28801 32244 match_342 match 28669 34460 match_343 match 28669 34460 match_344 match 2557 26220 27561 match_345 match 2565 26220 27561 match_346 match 2565 26220 27561 match_347 match 2206 34558 35710 match_348 match 2206 34558 35710 match_349 match 2206 34558 35710 match_350 match 991 29440 31019 match_351 match 1221 28897 31391 match_352 match 971 28864 30555 match_353 match 2046 26218 27557 match_354 match 1818 34557 35706 match_355 match 985 28864 30555 match_356 match 2260 26218 27557 match_357 match 1963 34557 35710 match_358 match 533 32999 34426 match_359 match 2046 26218 27557 match_360 match 1818 34557 35706 match_361 match 533 32999 34426 match_362 match 2401 31877 34442 match_363 match 7422 28669 32922 match_364 match 2682 32984 34460 match_365 match 2173 34559 35710 match_366 match 2177 34557 35710 match_367 match 2531 26221 27561 match_368 match 2537 26218 27561 match_369 match 1796 34557 35710 match_370 match 1796 34557 35710 match_371 match 2121 26218 27561 match_372 match 2121 26218 27561 match_373 match 9634 28737 34460 match_374 match 28669 34460 match_375 match 2537 26218 27561 match_376 match 2185 34557 35710 match_377 match 2553 26218 27561 match_378 match 2200 34557 35710 match_379 match 2801 29675 33550 match_380 match 1300 28862 31408 match_381 match 4288 28862 34438 match_382 match 1651 28913 32617 match_383 match 4189 28759 34425 match_384 match 634 33155 34442 match_385 match 4189 28759 34425 match_386 match 898 30452 32087 match_387 match 523 30446 31890 match_388 match 509 28929 30124 match_389 match 1271 28889 30920 match_390 match 783 31177 32435 match_391 match 973 29180 30558 match_392 match 1366 30671 32509 match_393 match 1830 32984 34460 match_394 match 2183 26221 27557 match_395 match 1887 34559 35710 match_396 match 1877 34557 35687 match_397 match 1879 26218 27349 match_398 match 1281 33010 34019 match_399 match 2091 32984 34460 match_400 match 1057 30442 31973 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 1590 1 806 clone_end_1 clone_end 1376 38 743 clone_start_2 clone_start 1423 58 795 clone_end_2 clone_end 1243 23198 23824 clone_end_3 clone_end 983 23202 23697 clone_end_4 clone_end 1207 25486 26122 clone_end_5 clone_end 1027 25486 26007 clone_end_6 clone_end 985 25487 25999 clone_start_3 clone_start 1051 25523 26072 clone_end_7 clone_end 1072 25526 26094 clone_1 clone 1085.5 25575 27343 clone_end_8 clone_end 1055 25575 26122 clone_2 clone 1085.5 25575 35681 clone_end_9 clone_end 1055 25575 26122 clone_end_10 clone_end 1076 25576 26122 clone_start_4 clone_start 969 26218 26714 clone_end_11 clone_end 1106 26218 26799 clone_start_5 clone_start 1011 26218 26755 clone_start_6 clone_start 1342 26409 27113 clone_end_12 clone_end 971 26541 27058 clone_start_7 clone_start 1207 26707 27355 clone_start_8 clone_start 1390 26707 27423 clone_3 clone 1085.5 26769 34460 clone_end_13 clone_end 1055 33913 34460 clone_end_14 clone_end 1376 28813 29538 clone_start_9 clone_start 1126 28821 29420 clone_end_15 clone_end 1298 28870 29540 clone_end_16 clone_end 1045 28981 29535 clone_start_10 clone_start 1191 29208 29824 clone_end_17 clone_end 1350 29336 30052 clone_start_11 clone_start 1118 29708 30295 clone_end_18 clone_end 1136 29843 30447 clone_start_12 clone_start 1043 30234 30783 clone_end_19 clone_end 1027 31581 32126 clone_start_13 clone_start 989 32090 32619 clone_start_14 clone_start 1215 32414 33046 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74118 74686 clone_end_33 clone_end 1183 81910 82530 clone_end_34 clone_end 955 83638 84206 clone_start_24 clone_start 1370 89796 90486 clone_start_25 clone_start 1027 103326 103864 clone_start_26 clone_start 1344 116285 116962 clone_start_27 clone_start 1402 117436 118199 clone_start_28 clone_start 1017 117436 117976 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_29 clone_start 1221 12726 12069 clone_start_30 clone_start 1604 19088 18280 clone_end_35 clone_end 1102 19064 18509 clone_start_31 clone_start 1118 23259 22696 clone_start_32 clone_start 868 25959 25486 clone_start_33 clone_start 1116 27343 26769 clone_start_34 clone_start 1116 35681 35107 clone_end_36 clone_end 1546 27212 26417 clone_end_37 clone_end 1558 27214 26421 clone_end_38 clone_end 1096 27073 26497 clone_end_39 clone_end 1051 27051 26498 clone_start_35 clone_start 1302 27193 26517 clone_end_40 clone_end 1279 27241 26573 clone_start_36 clone_start 1178 27186 26573 clone_start_37 clone_start 1148 27185 26575 clone_end_41 clone_end 1544 27399 26617 clone_end_42 clone_end 1057 27219 26679 clone_end_43 clone_end 1041 27291 26759 clone_start_38 clone_start 1116 27343 26769 clone_start_39 clone_start 1162 27406 26805 clone_start_40 clone_start 1104 27375 26815 clone_start_41 clone_start 1031 27339 26816 clone_end_44 clone_end 1211 27500 26862 clone_start_42 clone_start 950 27408 26902 clone_start_43 clone_start 1211 27561 26927 clone_end_45 clone_end 977 29224 28669 clone_start_44 clone_start 1053 29258 28669 clone_start_45 clone_start 1324 29713 29018 clone_start_46 clone_start 1090 29712 29127 clone_start_47 clone_start 1203 30463 29833 clone_start_48 clone_start 1205 30792 30157 clone_end_46 clone_end 1041 30847 30315 clone_end_47 clone_end 946 30847 30363 clone_end_48 clone_end 1400 31395 30678 clone_end_49 clone_end 946 31242 30762 clone_end_50 clone_end 1255 31554 30894 clone_end_51 clone_end 1257 31593 30932 clone_end_52 clone_end 1261 31836 31169 clone_end_53 clone_end 1011 31797 31268 clone_end_54 clone_end 1001 31817 31293 clone_end_55 clone_end 1344 32178 31493 clone_start_49 clone_start 993 32161 31645 clone_end_56 clone_end 1136 32389 31797 clone_start_50 clone_start 1453 33012 32260 clone_end_57 clone_end 1019 33549 33036 clone_start_51 clone_start 1116 35681 35107 clone_end_58 clone_end 1546 35550 34755 clone_end_59 clone_end 1558 35552 34759 clone_end_60 clone_end 1096 35411 34835 clone_end_61 clone_end 1051 35389 34836 clone_start_52 clone_start 1302 35531 34855 clone_end_62 clone_end 1279 35579 34911 clone_start_53 clone_start 1178 35524 34911 clone_start_54 clone_start 1148 35523 34913 clone_end_63 clone_end 1491 35710 34955 clone_end_64 clone_end 1057 35557 35017 clone_end_65 clone_end 1041 35629 35097 clone_start_55 clone_start 1094 35710 35143 clone_start_56 clone_start 1098 35710 35153 clone_start_57 clone_start 1031 35677 35154 clone_start_58 clone_start 1094 35710 35159 clone_end_66 clone_end 973 35710 35200 clone_start_59 clone_start 886 35710 35240 clone_start_60 clone_start 852 35710 35265 clone_end_67 clone_end 1239 44264 43640 clone_start_61 clone_start 1380 88178 87483 clone_start_62 clone_start 1451 52430 51683 clone_start_63 clone_start 1112 53494 52915 clone_start_64 clone_start 1302 96463 95783 clone_start_65 clone_start 1158 63150 62567 clone_start_66 clone_start 1120 63150 62586 clone_start_67 clone_start 1348 74580 73880 clone_end_68 clone_end 1289 78333 77680 clone_end_69 clone_end 1114 87965 87404 clone_start_68 clone_start 1366 93798 93037 clone_end_70 clone_end 1433 97925 97183 clone_end_71 clone_end 1118 98954 98308 clone_end_72 clone_end 967 112232 111665 clone_start_69 clone_start 1596 114871 114059 clone_end_73 clone_end 1350 114845 114145 clone_end_74 clone_end 1033 116797 116254 clone_start_70 clone_start 1356 122159 121421 clone_end_75 clone_end 1457 124236 123490 clone_end_76 clone_end 1233 128610 127897 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.979 19148 19241 match_part 0.997 19324 19721 match_2 match_part 1.000 20001 20424 match_part 1.000 20593 20728 match_part 1.000 20841 20912 match_part 0.984 21120 21182 match_3 match_part 1.000 20001 20424 match_part 1.000 20593 20728 match_part 0.983 20841 20900 match_4 match_part 0.991 20200 20424 match_part 1.000 20593 20728 match_part 1.000 20841 20912 match_part 1.000 21120 21191 match_part 1.000 21288 21359 match_part 1.000 21537 21617 match_part 0.995 21857 22054 match_5 match_part 0.600 24548 24567 match_part 0.973 25688 25945 match_6 match_part 0.940 24586 24818 match_part 0.965 37771 38138 match_7 match_part 0.942 24612 24818 match_part 0.971 37771 38119 match_8 match_part 0.982 67903 68449 match_part 0.988 68635 68719 match_9 match_part 1.000 67903 68357 match_10 match_part 0.986 67904 68263 match_part 0.991 68342 68449 match_part 1.000 68635 68724 match_11 match_part 1.000 67908 68245 match_12 match_part 0.989 67950 68408 match_13 match_part 0.993 68053 68359 match_14 match_part 1.000 68069 68449 match_part 1.000 68635 68760 match_part 0.989 69494 69673 match_15 match_part 1.000 68083 68449 match_part 1.000 68635 68760 match_part 1.000 69494 69516 match_16 match_part 1.000 68099 68449 match_part 1.000 68635 68760 match_part 1.000 69494 69763 match_17 match_part 0.975 68125 68449 match_part 0.992 68635 68760 match_part 0.937 69494 69652 match_18 match_part 0.994 68271 68449 match_part 1.000 68635 68760 match_part 1.000 69494 69808 match_19 match_part 1.000 68323 68449 match_part 1.000 68635 68760 match_part 0.989 69494 69679 match_20 match_part 1.000 68323 68449 match_part 1.000 68635 68760 match_part 0.981 69494 69600 match_21 match_part 1.000 68325 68449 match_part 1.000 68635 68760 match_part 0.996 69494 69772 match_22 match_part 1.000 68356 68449 match_part 1.000 68635 68760 match_part 1.000 69494 69774 match_23 match_part 1.000 68416 68449 match_part 1.000 68635 68760 match_part 0.991 69494 69722 match_24 match_part 1.000 68637 68760 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89286 match_part 0.897 89200 89133 match_part 0.968 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88167 match_184 match_part 0.940 89999 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 0.935 88901 88871 match_part 1.000 88764 88695 match_part 0.970 88220 88188 match_185 match_part 0.982 105342 105233 match_part 1.000 105152 105039 match_part 1.000 104963 104893 match_part 1.000 104770 104640 match_part 1.000 104492 104410 match_part 1.000 104309 104202 match_part 1.000 104106 103948 match_part 1.000 103859 103802 match_186 match_part 1.000 118364 118336 match_part 0.974 115520 115027 match_187 match_part 0.981 119049 118843 match_part 1.000 118496 118336 match_part 1.000 115520 115145 match_188 match_part 0.987 119075 118843 match_part 1.000 118496 118336 match_part 1.000 115520 115351 match_189 match_part 1.000 119009 118843 match_part 1.000 118496 118336 match_part 1.000 115520 115419 match_190 match_part 0.998 120217 119732 match_191 match_part 1.000 120217 119732 match_192 match_part 1.000 120218 119746 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 14438 14205 exon 13750 13576 exon 13214 13131 exon 12067 11998 exon 11462 11353 exon 11093 10962 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 14473 14205 exon 13750 13576 exon 12067 11998 exon 11462 11353 exon 11093 10837 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 19148 19241 exon 19324 19721 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 20001 20424 exon 20593 20728 exon 20841 20912 exon 21120 21191 exon 21288 21359 exon 21537 21617 exon 21857 22054 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 24586 24818 exon 37771 38138 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 24548 24567 exon 25688 25945 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 28431 28417 exon 25942 25679 exon 25076 25066 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 43998 43286 exon 36175 36145 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 45223 45027 exon 44922 44812 exon 44636 44162 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 58210 58151 exon 56879 56748 exon 56662 56601 exon 55994 55898 exon 55158 55112 exon 54325 54109 exon 53755 53697 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 63632 63600 exon 62386 62281 exon 61948 61840 exon 61517 61362 exon 61244 61129 exon 61052 60886 exon 60009 59880 gene_12 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 62349 62277 exon 61948 61840 exon 61517 61362 exon 61244 61150 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 65729 65231 exon 65051 64809 exon 63766 63706 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 67903 68449 exon 68635 68760 exon 69494 69808 exon 71238 71366 exon 71703 72271 exon 72612 72637 exon 73305 73311 gene_15 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 67903 68449 exon 68635 68760 exon 69494 69808 exon 71238 71366 exon 71703 72275 exon 72524 72536 gene_16 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 67903 68449 exon 68635 68760 exon 69494 69808 exon 71238 71366 exon 71703 72280 gene_17 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 67903 68449 exon 68635 68760 exon 69494 69808 exon 71238 71366 exon 71703 72268 exon 72612 72637 exon 74092 74114 exon 75738 75753 exon 78398 78433 gene_18 gene GT_PGL_11_AGS_5 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 67904 68263 exon 68342 68449 exon 68635 68760 exon 69494 69808 exon 71238 71366 exon 71703 72271 exon 72612 72637 exon 73305 73311 gene_19 gene GT_PGL_11_AGS_6 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 76157 76671 gene_20 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 68357 67903 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 75202 74913 exon 73444 72807 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 75992 75428 gene_23 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 79991 80018 exon 80648 81983 exon 82069 82215 gene_24 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89999 89681 exon 89351 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 85018 gene_25 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89999 89681 exon 89351 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 85020 exon 84967 84956 gene_26 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89999 89681 exon 89351 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 85024 exon 82657 82632 gene_27 gene GT_PGL_16_AGS_4 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89999 89681 exon 89351 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 85033 exon 82648 82627 exon 82108 82031 gene_28 gene GT_PGL_16_AGS_5 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89999 89681 exon 89351 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 85033 exon 82648 82619 exon 82098 82027 gene_29 gene GT_PGL_16_AGS_6 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89365 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 85018 gene_30 gene GT_PGL_16_AGS_7 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 86305 86212 exon 85463 85388 exon 85284 85019 gene_31 gene GT_PGL_16_AGS_8 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 86470 86466 exon 86296 86212 exon 85463 85388 exon 85284 85015 gene_32 gene GT_PGL_16_AGS_9 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 82815 82638 gene_33 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 83248 83648 exon 84124 84732 gene_34 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 83208 83315 exon 83436 83648 exon 84124 84732 gene_35 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 92032 92150 exon 92642 92950 exon 94554 94941 gene_36 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 99389 99628 exon 100050 100213 exon 101291 101696 gene_37 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 98497 98552 exon 99486 99628 exon 100050 100213 exon 101291 101666 gene_38 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 105342 105233 exon 105152 105039 exon 104963 104893 exon 104770 104640 exon 104492 104410 exon 104309 104202 exon 104106 103948 exon 103859 103802 gene_39 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 112023 113010 gene_40 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 119075 118843 exon 118496 118336 exon 115520 115027 gene_41 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 120218 119732 AUGUSTUS_tom_cdna de novo gene_1 gene 1 15506 16432 transcript_1 transcript 1 15506 16432 start_codon_1 start_codon 15506 15508 CDS_1 CDS 1 15506 16432 stop_codon_1 stop_codon 16430 16432 gene_2 gene 0.26 19160 38153 transcript_2 transcript 0.26 19160 38153 start_codon_2 start_codon 19160 19162 intron_1 intron 1 19242 19323 intron_2 intron 1 19874 19951 intron_3 intron 1 20425 20592 intron_4 intron 1 20729 20840 intron_5 intron 1 20913 21119 intron_6 intron 1 21192 21287 intron_7 intron 1 21360 21536 intron_8 intron 1 21618 21856 intron_9 intron 1 22057 22136 intron_10 intron 0.98 22367 22447 intron_11 intron 0.69 22575 22644 intron_12 intron 0.94 22708 22827 intron_13 intron 0.74 23018 23105 intron_14 intron 0.37 23342 38133 CDS_2 CDS 1 19160 19241 CDS_3 CDS 1 19324 19873 CDS_4 CDS 1 19952 20424 CDS_5 CDS 1 20593 20728 CDS_6 CDS 1 20841 20912 CDS_7 CDS 1 21120 21191 CDS_8 CDS 1 21288 21359 CDS_9 CDS 1 21537 21617 CDS_10 CDS 1 21857 22056 CDS_11 CDS 1 22137 22366 CDS_12 CDS 0.73 22448 22574 CDS_13 CDS 0.93 22645 22707 CDS_14 CDS 0.98 22828 23017 CDS_15 CDS 0.7 23106 23341 CDS_16 CDS 0.39 38134 38153 stop_codon_2 stop_codon 38151 38153 gene_3 gene 1 68090 72110 transcript_3 transcript 1 68090 72110 start_codon_3 start_codon 68090 68092 intron_15 intron 1 68450 68634 intron_16 intron 1 68761 69493 intron_17 intron 1 69809 71237 intron_18 intron 1 71367 71702 CDS_17 CDS 1 68090 68449 CDS_18 CDS 1 68635 68760 CDS_19 CDS 1 69494 69808 CDS_20 CDS 1 71238 71366 CDS_21 CDS 1 71703 72110 stop_codon_3 stop_codon 72108 72110 gene_4 gene 0.97 76160 84507 transcript_4 transcript 0.97 76160 84507 start_codon_4 start_codon 76160 76162 intron_19 intron 0.97 76176 79918 intron_20 intron 1 80019 80647 intron_21 intron 1 81984 82068 intron_22 intron 1 82243 83276 intron_23 intron 1 83316 83435 intron_24 intron 1 83649 84123 CDS_22 CDS 0.97 76160 76175 CDS_23 CDS 0.99 79919 80018 CDS_24 CDS 1 80648 81983 CDS_25 CDS 1 82069 82242 CDS_26 CDS 1 83277 83315 CDS_27 CDS 1 83436 83648 CDS_28 CDS 1 84124 84507 stop_codon_4 stop_codon 84505 84507 gene_5 gene 0.98 92760 98070 transcript_5 transcript 0.98 92760 98070 start_codon_5 start_codon 92760 92762 intron_25 intron 1 92951 94553 intron_26 intron 1 95471 96964 CDS_29 CDS 1 92760 92950 CDS_30 CDS 1 94554 95470 CDS_31 CDS 0.98 96965 98070 stop_codon_5 stop_codon 98068 98070 gene_6 gene 1 99557 101410 transcript_6 transcript 1 99557 101410 start_codon_6 start_codon 99557 99559 intron_27 intron 1 99711 100049 intron_28 intron 1 100214 101290 CDS_32 CDS 1 99557 99710 CDS_33 CDS 1 100050 100213 CDS_34 CDS 1 101291 101410 stop_codon_6 stop_codon 101408 101410 gene_7 gene 0.67 102709 102969 transcript_7 transcript 0.67 102709 102969 start_codon_7 start_codon 102709 102711 CDS_35 CDS 0.67 102709 102969 stop_codon_7 stop_codon 102967 102969 gene_8 gene 0.35 112152 112763 transcript_8 transcript 0.35 112152 112763 start_codon_8 start_codon 112152 112154 CDS_36 CDS 0.35 112152 112763 stop_codon_8 stop_codon 112761 112763 AUGUSTUS_tom_cdna de novo gene_9 gene 0.99 364 103 transcript_9 transcript 0.99 364 103 intron_29 intron 0.99 102 1 CDS_37 CDS 0.99 364 103 start_codon_9 start_codon 364 362 gene_10 gene 1.09 14428 9004 transcript_10 transcript 0.5 14428 10944 stop_codon_9 stop_codon 10946 10944 intron_30 intron 1 11352 11094 intron_31 intron 1 11997 11463 intron_32 intron 0.85 13130 12068 intron_33 intron 0.85 13575 13185 intron_34 intron 1 14204 13751 CDS_38 CDS 0.66 11093 10944 CDS_39 CDS 1 11462 11353 CDS_40 CDS 1 12067 11998 CDS_41 CDS 0.85 13184 13131 CDS_42 CDS 1 13750 13576 CDS_43 CDS 0.92 14428 14205 start_codon_10 start_codon 14428 14426 transcript_11 transcript 0.59 14428 9004 stop_codon_10 stop_codon 9006 9004 intron_35 intron 0.7 10949 9196 intron_36 intron 1 11352 11094 intron_37 intron 1 11997 11463 intron_38 intron 1 13130 12068 intron_39 intron 1 13575 13185 intron_40 intron 1 14204 13751 CDS_44 CDS 0.7 9195 9004 CDS_45 CDS 0.93 11093 10950 CDS_46 CDS 1 11462 11353 CDS_47 CDS 1 12067 11998 CDS_48 CDS 1 13184 13131 CDS_49 CDS 1 13750 13576 CDS_50 CDS 0.85 14428 14205 start_codon_11 start_codon 14428 14426 gene_11 gene 0.82 45029 43474 transcript_12 transcript 0.82 45029 43474 stop_codon_11 stop_codon 43476 43474 intron_41 intron 0.82 44912 44637 intron_42 intron 1 45026 44923 CDS_51 CDS 1 44636 43474 CDS_52 CDS 0.82 44922 44913 CDS_53 CDS 1 45029 45027 start_codon_12 start_codon 45029 45027 gene_12 gene 0.37 65638 53622 transcript_13 transcript 0.37 65638 53622 stop_codon_12 stop_codon 53624 53622 intron_43 intron 1 54108 53756 intron_44 intron 1 55111 54326 intron_45 intron 1 55897 55159 intron_46 intron 0.7 56163 55995 intron_47 intron 0.74 56600 56273 intron_48 intron 1 56747 56663 intron_49 intron 0.73 59878 56880 intron_50 intron 0.98 60183 60010 intron_51 intron 0.99 60885 60313 intron_52 intron 1 61128 61053 intron_53 intron 1 61361 61245 intron_54 intron 1 61839 61518 intron_55 intron 0.69 62326 61949 intron_56 intron 1 63599 62387 intron_57 intron 1 64808 63767 intron_58 intron 1 65230 65052 CDS_54 CDS 0.97 53755 53622 CDS_55 CDS 1 54325 54109 CDS_56 CDS 1 55158 55112 CDS_57 CDS 1 55994 55898 CDS_58 CDS 0.7 56272 56164 CDS_59 CDS 1 56662 56601 CDS_60 CDS 1 56879 56748 CDS_61 CDS 1 60009 59879 CDS_62 CDS 0.98 60312 60184 CDS_63 CDS 1 61052 60886 CDS_64 CDS 1 61244 61129 CDS_65 CDS 1 61517 61362 CDS_66 CDS 1 61948 61840 CDS_67 CDS 0.69 62386 62327 CDS_68 CDS 1 63766 63600 CDS_69 CDS 1 65051 64809 CDS_70 CDS 1 65638 65231 start_codon_13 start_codon 65638 65636 gene_13 gene 0.52 75431 72232 transcript_14 transcript 0.52 75431 72232 stop_codon_13 stop_codon 72234 72232 intron_59 intron 0.53 72846 72282 intron_60 intron 1 74912 73445 CDS_71 CDS 0.81 72281 72232 CDS_72 CDS 0.53 73444 72847 CDS_73 CDS 0.98 75431 74913 start_codon_14 start_codon 75431 75429 gene_14 gene 1 89687 85217 transcript_15 transcript 1 89687 85217 stop_codon_14 stop_codon 85219 85217 intron_61 intron 1 85387 85285 intron_62 intron 1 86211 85464 intron_63 intron 1 86732 86297 intron_64 intron 1 87769 86825 intron_65 intron 1 88162 87896 intron_66 intron 1 88694 88221 intron_67 intron 1 88870 88765 intron_68 intron 1 89132 88902 intron_69 intron 1 89285 89201 intron_70 intron 1 89680 89352 CDS_74 CDS 1 85284 85217 CDS_75 CDS 1 85463 85388 CDS_76 CDS 1 86296 86212 CDS_77 CDS 1 86824 86733 CDS_78 CDS 1 87895 87770 CDS_79 CDS 1 88220 88163 CDS_80 CDS 1 88764 88695 CDS_81 CDS 1 88901 88871 CDS_82 CDS 1 89200 89133 CDS_83 CDS 1 89351 89286 CDS_84 CDS 1 89687 89681 start_codon_15 start_codon 89687 89685 gene_15 gene 0.09 109367 103737 transcript_16 transcript 0.09 109367 103737 stop_codon_15 stop_codon 103739 103737 intron_71 intron 1 103947 103860 intron_72 intron 1 104201 104107 intron_73 intron 1 104409 104310 intron_74 intron 1 104639 104493 intron_75 intron 1 104892 104771 intron_76 intron 1 105038 104964 intron_77 intron 1 105232 105153 intron_78 intron 0.99 106130 105366 intron_79 intron 0.87 106513 106407 intron_80 intron 0.55 106704 106619 intron_81 intron 0.6 106922 106797 intron_82 intron 0.81 107096 107024 intron_83 intron 0.98 107553 107224 intron_84 intron 0.33 108596 107670 intron_85 intron 0.48 109175 108640 CDS_85 CDS 0.68 103859 103737 CDS_86 CDS 1 104106 103948 CDS_87 CDS 1 104309 104202 CDS_88 CDS 1 104492 104410 CDS_89 CDS 1 104770 104640 CDS_90 CDS 1 104963 104893 CDS_91 CDS 1 105152 105039 CDS_92 CDS 1 105365 105233 CDS_93 CDS 0.92 106406 106131 CDS_94 CDS 0.73 106618 106514 CDS_95 CDS 0.46 106796 106705 CDS_96 CDS 0.75 107023 106923 CDS_97 CDS 0.99 107223 107097 CDS_98 CDS 0.97 107669 107554 CDS_99 CDS 0.33 108639 108597 CDS_100 CDS 0.48 109367 109176 start_codon_16 start_codon 109367 109365 gene_16 gene 1 118972 115422 transcript_17 transcript 1 118972 115422 stop_codon_16 stop_codon 115424 115422 intron_86 intron 1 118335 115521 intron_87 intron 1 118842 118497 CDS_101 CDS 1 115520 115422 CDS_102 CDS 1 118496 118336 CDS_103 CDS 1 118972 118843 start_codon_17 start_codon 118972 118970 gene_17 gene 0.41 130401 120176 transcript_18 transcript 0.15 126010 120176 stop_codon_17 stop_codon 120178 120176 intron_88 intron 0.83 120900 120230 intron_89 intron 0.89 121156 121013 intron_90 intron 0.96 121753 121235 intron_91 intron 1 124827 123878 intron_92 intron 0.57 125024 124917 intron_93 intron 0.61 125296 125094 intron_94 intron 1 125814 125647 CDS_104 CDS 0.99 120229 120176 CDS_105 CDS 0.98 121012 120901 CDS_106 CDS 0.9 121234 121157 CDS_107 CDS 1 123877 121754 CDS_108 CDS 1 124916 124828 CDS_109 CDS 0.57 125093 125025 CDS_110 CDS 1 125646 125297 CDS_111 CDS 0.31 126010 125815 start_codon_18 start_codon 126010 126008 transcript_19 transcript 0.26 130401 120176 stop_codon_18 stop_codon 120178 120176 intron_95 intron 0.87 120900 120230 intron_96 intron 0.89 121156 121013 intron_97 intron 0.94 121753 121235 intron_98 intron 1 124827 123878 intron_99 intron 0.52 125024 124917 intron_100 intron 0.55 125296 125094 intron_101 intron 0.82 125814 125647 intron_102 intron 0.72 127087 125890 intron_103 intron 1 128226 127156 intron_104 intron 1 130008 128454 CDS_112 CDS 1 120229 120176 CDS_113 CDS 0.98 121012 120901 CDS_114 CDS 0.91 121234 121157 CDS_115 CDS 1 123877 121754 CDS_116 CDS 1 124916 124828 CDS_117 CDS 0.52 125093 125025 CDS_118 CDS 1 125646 125297 CDS_119 CDS 0.82 125889 125815 CDS_120 CDS 1 127155 127088 CDS_121 CDS 1 128453 128227 CDS_122 CDS 1 130401 130009 start_codon_19 start_codon 130401 130399 AUGUSTUS_ab_initio de novo gene_1 gene 0.32 6532 6975 transcript_1 transcript 0.32 6532 6975 start_codon_1 start_codon 6532 6534 CDS_1 CDS 0.32 6532 6975 stop_codon_1 stop_codon 6973 6975 gene_2 gene 0.86 15506 16432 transcript_2 transcript 0.86 15506 16432 start_codon_2 start_codon 15506 15508 CDS_2 CDS 0.86 15506 16432 stop_codon_2 stop_codon 16430 16432 gene_3 gene 0.11 19160 23442 transcript_3 transcript 0.11 19160 23442 start_codon_3 start_codon 19160 19162 intron_1 intron 0.96 19242 19323 intron_2 intron 1 19874 19951 intron_3 intron 0.13 20425 22136 intron_4 intron 1 22367 22447 intron_5 intron 0.81 22575 22644 intron_6 intron 1 22708 22827 intron_7 intron 0.99 23018 23105 CDS_3 CDS 0.8 19160 19241 CDS_4 CDS 1 19324 19873 CDS_5 CDS 0.53 19952 20424 CDS_6 CDS 1 22137 22366 CDS_7 CDS 0.81 22448 22574 CDS_8 CDS 1 22645 22707 CDS_9 CDS 1 22828 23017 CDS_10 CDS 0.97 23106 23442 stop_codon_3 stop_codon 23440 23442 gene_4 gene 0.89 68090 72110 transcript_4 transcript 0.89 68090 72110 start_codon_4 start_codon 68090 68092 intron_8 intron 1 68450 68634 intron_9 intron 0.93 68761 69493 intron_10 intron 0.99 69809 71237 intron_11 intron 0.99 71367 71702 CDS_11 CDS 1 68090 68449 CDS_12 CDS 1 68635 68760 CDS_13 CDS 0.98 69494 69808 CDS_14 CDS 0.99 71238 71366 CDS_15 CDS 0.99 71703 72110 stop_codon_4 stop_codon 72108 72110 gene_5 gene 0.34 80679 84507 transcript_5 transcript 0.34 80679 84507 start_codon_5 start_codon 80679 80681 intron_12 intron 0.98 81984 82068 intron_13 intron 0.59 82243 83435 intron_14 intron 1 83649 84123 CDS_16 CDS 0.54 80679 81983 CDS_17 CDS 0.98 82069 82242 CDS_18 CDS 0.88 83436 83648 CDS_19 CDS 1 84124 84507 stop_codon_5 stop_codon 84505 84507 gene_6 gene 0.31 92760 98070 transcript_6 transcript 0.31 92760 98070 start_codon_6 start_codon 92760 92762 intron_15 intron 0.44 92951 94553 intron_16 intron 0.99 95471 96964 CDS_20 CDS 0.71 92760 92950 CDS_21 CDS 0.94 94554 95470 CDS_22 CDS 0.87 96965 98070 stop_codon_6 stop_codon 98068 98070 gene_7 gene 0.98 99481 101410 transcript_7 transcript 0.98 99481 101410 start_codon_7 start_codon 99481 99483 intron_17 intron 1 99629 100049 intron_18 intron 1 100214 101290 CDS_23 CDS 1 99481 99628 CDS_24 CDS 1 100050 100213 CDS_25 CDS 0.98 101291 101410 stop_codon_7 stop_codon 101408 101410 gene_8 gene 0.96 102709 102969 transcript_8 transcript 0.96 102709 102969 start_codon_8 start_codon 102709 102711 CDS_26 CDS 0.96 102709 102969 stop_codon_8 stop_codon 102967 102969 gene_9 gene 0.97 112152 112763 transcript_9 transcript 0.97 112152 112763 start_codon_9 start_codon 112152 112154 CDS_27 CDS 0.97 112152 112763 stop_codon_9 stop_codon 112761 112763 AUGUSTUS_ab_initio de novo gene_10 gene 0.99 364 103 transcript_10 transcript 0.99 364 103 intron_19 intron 0.99 102 1 CDS_28 CDS 0.99 364 103 start_codon_10 start_codon 364 362 gene_11 gene 0.05 14428 9080 transcript_11 transcript 0.05 14428 9080 stop_codon_10 stop_codon 9082 9080 intron_20 intron 0.66 9384 9196 intron_21 intron 0.57 10949 9497 intron_22 intron 0.92 11352 11094 intron_23 intron 0.94 11997 11463 intron_24 intron 0.22 13575 12068 intron_25 intron 0.47 14003 13751 intron_26 intron 0.68 14204 14085 CDS_29 CDS 0.66 9195 9080 CDS_30 CDS 0.56 9496 9385 CDS_31 CDS 0.99 11093 10950 CDS_32 CDS 0.92 11462 11353 CDS_33 CDS 0.94 12067 11998 CDS_34 CDS 0.6 13750 13576 CDS_35 CDS 0.46 14084 14004 CDS_36 CDS 0.69 14428 14205 start_codon_11 start_codon 14428 14426 gene_12 gene 0.87 44616 43474 transcript_12 transcript 0.87 44616 43474 stop_codon_11 stop_codon 43476 43474 CDS_37 CDS 0.87 44616 43474 start_codon_12 start_codon 44616 44614 gene_13 gene 0.01 65638 52263 transcript_13 transcript 0.01 65638 52263 stop_codon_12 stop_codon 52265 52263 intron_27 intron 0.76 52585 52384 intron_28 intron 0.28 54108 52728 intron_29 intron 0.7 55111 54326 intron_30 intron 0.49 55897 55159 intron_31 intron 0.41 56611 55995 intron_32 intron 0.68 56747 56663 intron_33 intron 0.91 57446 56880 intron_34 intron 0.65 57927 57623 intron_35 intron 0.47 59878 57992 intron_36 intron 0.56 60885 60010 intron_37 intron 1 61128 61053 intron_38 intron 0.99 61361 61245 intron_39 intron 0.48 61606 61518 intron_40 intron 0.75 61839 61667 intron_41 intron 0.99 62276 61949 intron_42 intron 0.55 63604 62387 intron_43 intron 0.73 64575 63767 intron_44 intron 0.74 64808 64642 intron_45 intron 0.99 65230 65052 CDS_38 CDS 0.52 52383 52263 CDS_39 CDS 0.56 52727 52586 CDS_40 CDS 0.49 54325 54109 CDS_41 CDS 0.7 55158 55112 CDS_42 CDS 0.54 55994 55898 CDS_43 CDS 0.4 56662 56612 CDS_44 CDS 1 56879 56748 CDS_45 CDS 0.87 57622 57447 CDS_46 CDS 0.67 57991 57928 CDS_47 CDS 0.92 60009 59879 CDS_48 CDS 0.68 61052 60886 CDS_49 CDS 1 61244 61129 CDS_50 CDS 0.99 61517 61362 CDS_51 CDS 0.48 61666 61607 CDS_52 CDS 1 61948 61840 CDS_53 CDS 1 62386 62277 CDS_54 CDS 0.55 63766 63605 CDS_55 CDS 0.74 64641 64576 CDS_56 CDS 0.99 65051 64809 CDS_57 CDS 0.99 65638 65231 start_codon_13 start_codon 65638 65636 gene_14 gene 0.61 75431 72806 transcript_14 transcript 0.61 75431 72806 stop_codon_13 stop_codon 72808 72806 intron_46 intron 0.64 74912 73445 CDS_58 CDS 0.92 73444 72806 CDS_59 CDS 0.92 75431 74913 start_codon_14 start_codon 75431 75429 gene_15 gene 0.12 89687 85217 transcript_15 transcript 0.12 89687 85217 stop_codon_14 stop_codon 85219 85217 intron_47 intron 1 85387 85285 intron_48 intron 0.87 86211 85464 intron_49 intron 1 86732 86297 intron_50 intron 0.5 87769 86825 intron_51 intron 1 88162 87896 intron_52 intron 0.99 88694 88221 intron_53 intron 0.97 88870 88765 intron_54 intron 0.97 89132 88902 intron_55 intron 0.89 89285 89201 intron_56 intron 0.23 89680 89352 CDS_60 CDS 1 85284 85217 CDS_61 CDS 0.88 85463 85388 CDS_62 CDS 0.89 86296 86212 CDS_63 CDS 1 86824 86733 CDS_64 CDS 1 87895 87770 CDS_65 CDS 1 88220 88163 CDS_66 CDS 0.97 88764 88695 CDS_67 CDS 0.97 88901 88871 CDS_68 CDS 0.93 89200 89133 CDS_69 CDS 0.39 89351 89286 CDS_70 CDS 0.36 89687 89681 start_codon_15 start_codon 89687 89685 gene_16 gene 0.03 109523 103737 transcript_16 transcript 0.03 109523 103737 stop_codon_15 stop_codon 103739 103737 intron_57 intron 0.34 103947 103860 intron_58 intron 0.99 104201 104107 intron_59 intron 1 104409 104310 intron_60 intron 1 104639 104493 intron_61 intron 0.63 104892 104771 intron_62 intron 1 105038 104964 intron_63 intron 0.98 105232 105153 intron_64 intron 0.67 106130 105366 intron_65 intron 0.99 106513 106407 intron_66 intron 0.85 106704 106619 intron_67 intron 0.95 106922 106797 intron_68 intron 0.97 107096 107024 intron_69 intron 1 107553 107224 intron_70 intron 0.51 108596 107670 intron_71 intron 0.89 109175 108640 CDS_71 CDS 0.3 103859 103737 CDS_72 CDS 0.71 104106 103948 CDS_73 CDS 0.99 104309 104202 CDS_74 CDS 1 104492 104410 CDS_75 CDS 0.63 104770 104640 CDS_76 CDS 1 104963 104893 CDS_77 CDS 1 105152 105039 CDS_78 CDS 0.72 105365 105233 CDS_79 CDS 0.71 106406 106131 CDS_80 CDS 0.98 106618 106514 CDS_81 CDS 0.82 106796 106705 CDS_82 CDS 0.97 107023 106923 CDS_83 CDS 1 107223 107097 CDS_84 CDS 0.85 107669 107554 CDS_85 CDS 0.58 108639 108597 CDS_86 CDS 0.65 109523 109176 start_codon_16 start_codon 109523 109521 gene_17 gene 0.47 118972 115422 transcript_17 transcript 0.47 118972 115422 stop_codon_16 stop_codon 115424 115422 intron_72 intron 0.49 118335 115521 intron_73 intron 0.99 118842 118497 CDS_87 CDS 0.68 115520 115422 CDS_88 CDS 0.95 118496 118336 CDS_89 CDS 1 118972 118843 start_codon_17 start_codon 118972 118970 gene_18 gene 0.27 130401 120176 transcript_18 transcript 0.27 130401 120176 stop_codon_17 stop_codon 120178 120176 intron_74 intron 0.71 120349 120230 intron_75 intron 0.71 120900 120401 intron_76 intron 0.9 121156 121013 intron_77 intron 0.99 121753 121235 intron_78 intron 1 124827 123878 intron_79 intron 0.91 125024 124917 intron_80 intron 0.98 125296 125094 intron_81 intron 0.99 125814 125647 intron_82 intron 0.63 126237 125890 intron_83 intron 0.53 127087 126298 intron_84 intron 0.99 128226 127156 intron_85 intron 0.95 130008 128454 CDS_90 CDS 0.9 120229 120176 CDS_91 CDS 0.71 120400 120350 CDS_92 CDS 1 121012 120901 CDS_93 CDS 0.9 121234 121157 CDS_94 CDS 1 123877 121754 CDS_95 CDS 1 124916 124828 CDS_96 CDS 0.91 125093 125025 CDS_97 CDS 1 125646 125297 CDS_98 CDS 0.99 125889 125815 CDS_99 CDS 0.54 126297 126238 CDS_100 CDS 1 127155 127088 CDS_101 CDS 0.94 128453 128227 CDS_102 CDS 0.99 130401 130009 start_codon_18 start_codon 130401 130399 AUGUSTUS_tom_ugs de novo gene_1 gene 0.9 15506 16432 transcript_1 transcript 0.9 15506 16432 start_codon_1 start_codon 15506 15508 CDS_1 CDS 0.9 15506 16432 stop_codon_1 stop_codon 16430 16432 gene_2 gene 0.29 19160 38153 transcript_2 transcript 0.29 19160 38153 start_codon_2 start_codon 19160 19162 intron_1 intron 0.89 19242 19323 intron_2 intron 1 19874 19951 intron_3 intron 0.9 20425 22136 intron_4 intron 0.95 22367 22447 intron_5 intron 0.66 22575 22644 intron_6 intron 0.91 22708 22827 intron_7 intron 0.79 23018 23105 intron_8 intron 0.56 23342 38133 CDS_2 CDS 0.89 19160 19241 CDS_3 CDS 0.99 19324 19873 CDS_4 CDS 0.9 19952 20424 CDS_5 CDS 1 22137 22366 CDS_6 CDS 0.72 22448 22574 CDS_7 CDS 0.86 22645 22707 CDS_8 CDS 0.99 22828 23017 CDS_9 CDS 0.74 23106 23341 CDS_10 CDS 0.57 38134 38153 stop_codon_2 stop_codon 38151 38153 gene_3 gene 1 68090 72110 transcript_3 transcript 1 68090 72110 start_codon_3 start_codon 68090 68092 intron_9 intron 1 68450 68634 intron_10 intron 1 68761 69493 intron_11 intron 1 69809 71237 intron_12 intron 1 71367 71702 CDS_11 CDS 1 68090 68449 CDS_12 CDS 1 68635 68760 CDS_13 CDS 1 69494 69808 CDS_14 CDS 1 71238 71366 CDS_15 CDS 1 71703 72110 stop_codon_3 stop_codon 72108 72110 gene_4 gene 0.9 76160 82552 transcript_4 transcript 0.9 76160 82552 start_codon_4 start_codon 76160 76162 intron_13 intron 0.93 76176 79918 intron_14 intron 1 80019 80647 intron_15 intron 1 81984 82068 intron_16 intron 1 82243 82351 CDS_16 CDS 0.93 76160 76175 CDS_17 CDS 0.95 79919 80018 CDS_18 CDS 1 80648 81983 CDS_19 CDS 1 82069 82242 CDS_20 CDS 0.97 82352 82552 stop_codon_4 stop_codon 82550 82552 gene_5 gene 0.88 83307 84507 transcript_5 transcript 0.88 83307 84507 start_codon_5 start_codon 83307 83309 intron_17 intron 0.88 83316 83435 intron_18 intron 1 83649 84123 CDS_21 CDS 0.94 83307 83315 CDS_22 CDS 0.93 83436 83648 CDS_23 CDS 1 84124 84507 stop_codon_5 stop_codon 84505 84507 gene_6 gene 0.99 92760 98070 transcript_6 transcript 0.99 92760 98070 start_codon_6 start_codon 92760 92762 intron_19 intron 1 92951 94553 intron_20 intron 0.99 95471 96964 CDS_24 CDS 1 92760 92950 CDS_25 CDS 1 94554 95470 CDS_26 CDS 1 96965 98070 stop_codon_6 stop_codon 98068 98070 gene_7 gene 1 99481 101410 transcript_7 transcript 1 99481 101410 start_codon_7 start_codon 99481 99483 intron_21 intron 1 99629 100049 intron_22 intron 1 100214 101290 CDS_27 CDS 1 99481 99628 CDS_28 CDS 1 100050 100213 CDS_29 CDS 1 101291 101410 stop_codon_7 stop_codon 101408 101410 gene_8 gene 0.98 102709 102969 transcript_8 transcript 0.98 102709 102969 start_codon_8 start_codon 102709 102711 CDS_30 CDS 0.98 102709 102969 stop_codon_8 stop_codon 102967 102969 gene_9 gene 0.97 112152 112763 transcript_9 transcript 0.97 112152 112763 start_codon_9 start_codon 112152 112154 CDS_31 CDS 0.97 112152 112763 stop_codon_9 stop_codon 112761 112763 AUGUSTUS_tom_ugs de novo gene_10 gene 1 364 103 transcript_10 transcript 1 364 103 intron_23 intron 1 102 1 CDS_32 CDS 1 364 103 start_codon_10 start_codon 364 362 gene_11 gene 0.59 14428 10944 transcript_11 transcript 0.59 14428 10944 stop_codon_10 stop_codon 10946 10944 intron_24 intron 1 11352 11094 intron_25 intron 1 11997 11463 intron_26 intron 0.93 13575 12068 intron_27 intron 1 14204 13751 CDS_33 CDS 0.75 11093 10944 CDS_34 CDS 1 11462 11353 CDS_35 CDS 1 12067 11998 CDS_36 CDS 1 13750 13576 CDS_37 CDS 0.86 14428 14205 start_codon_11 start_codon 14428 14426 gene_12 gene 0.95 44616 43474 transcript_12 transcript 0.95 44616 43474 stop_codon_11 stop_codon 43476 43474 CDS_38 CDS 0.95 44616 43474 start_codon_12 start_codon 44616 44614 gene_13 gene 0.24 65638 52263 transcript_13 transcript 0.24 65638 52263 stop_codon_12 stop_codon 52265 52263 intron_28 intron 1 53205 52332 intron_29 intron 1 53625 53249 intron_30 intron 1 54108 53756 intron_31 intron 1 55111 54326 intron_32 intron 1 55897 55159 intron_33 intron 0.52 56163 55995 intron_34 intron 0.59 56600 56273 intron_35 intron 1 56747 56663 intron_36 intron 1 57446 56880 intron_37 intron 0.59 60183 57623 intron_38 intron 0.78 60885 60313 intron_39 intron 1 61128 61053 intron_40 intron 0.98 61361 61245 intron_41 intron 0.89 61839 61518 intron_42 intron 0.97 62276 61949 intron_43 intron 0.88 63604 62387 intron_44 intron 1 64808 63767 intron_45 intron 1 65230 65052 CDS_39 CDS 1 52331 52263 CDS_40 CDS 1 53248 53206 CDS_41 CDS 1 53755 53626 CDS_42 CDS 1 54325 54109 CDS_43 CDS 1 55158 55112 CDS_44 CDS 1 55994 55898 CDS_45 CDS 0.52 56272 56164 CDS_46 CDS 0.97 56662 56601 CDS_47 CDS 1 56879 56748 CDS_48 CDS 1 57622 57447 CDS_49 CDS 0.82 60312 60184 CDS_50 CDS 0.78 61052 60886 CDS_51 CDS 1 61244 61129 CDS_52 CDS 0.98 61517 61362 CDS_53 CDS 1 61948 61840 CDS_54 CDS 0.98 62386 62277 CDS_55 CDS 0.88 63766 63605 CDS_56 CDS 1 65051 64809 CDS_57 CDS 1 65638 65231 start_codon_13 start_codon 65638 65636 gene_14 gene 1 75431 72806 transcript_14 transcript 1 75431 72806 stop_codon_13 stop_codon 72808 72806 intron_46 intron 1 74912 73445 CDS_58 CDS 1 73444 72806 CDS_59 CDS 1 75431 74913 start_codon_14 start_codon 75431 75429 gene_15 gene 1 89687 85217 transcript_15 transcript 1 89687 85217 stop_codon_14 stop_codon 85219 85217 intron_47 intron 1 85387 85285 intron_48 intron 1 86211 85464 intron_49 intron 1 86732 86297 intron_50 intron 1 87769 86825 intron_51 intron 1 88162 87896 intron_52 intron 1 88694 88221 intron_53 intron 1 88870 88765 intron_54 intron 1 89132 88902 intron_55 intron 1 89285 89201 intron_56 intron 1 89680 89352 CDS_60 CDS 1 85284 85217 CDS_61 CDS 1 85463 85388 CDS_62 CDS 1 86296 86212 CDS_63 CDS 1 86824 86733 CDS_64 CDS 1 87895 87770 CDS_65 CDS 1 88220 88163 CDS_66 CDS 1 88764 88695 CDS_67 CDS 1 88901 88871 CDS_68 CDS 1 89200 89133 CDS_69 CDS 1 89351 89286 CDS_70 CDS 1 89687 89681 start_codon_15 start_codon 89687 89685 gene_16 gene 0.11 109523 103737 transcript_16 transcript 0.11 109523 103737 stop_codon_15 stop_codon 103739 103737 intron_57 intron 1 103947 103860 intron_58 intron 1 104201 104107 intron_59 intron 1 104409 104310 intron_60 intron 1 104639 104493 intron_61 intron 1 104892 104771 intron_62 intron 1 105038 104964 intron_63 intron 1 105232 105153 intron_64 intron 0.97 106130 105366 intron_65 intron 0.92 106513 106407 intron_66 intron 0.61 106704 106619 intron_67 intron 0.56 106922 106797 intron_68 intron 0.82 107096 107024 intron_69 intron 0.97 107553 107224 intron_70 intron 0.42 108596 107670 intron_71 intron 0.58 109175 108640 CDS_71 CDS 1 103859 103737 CDS_72 CDS 1 104106 103948 CDS_73 CDS 1 104309 104202 CDS_74 CDS 1 104492 104410 CDS_75 CDS 1 104770 104640 CDS_76 CDS 1 104963 104893 CDS_77 CDS 1 105152 105039 CDS_78 CDS 1 105365 105233 CDS_79 CDS 0.95 106406 106131 CDS_80 CDS 0.75 106618 106514 CDS_81 CDS 0.47 106796 106705 CDS_82 CDS 0.74 107023 106923 CDS_83 CDS 0.99 107223 107097 CDS_84 CDS 0.94 107669 107554 CDS_85 CDS 0.42 108639 108597 CDS_86 CDS 0.35 109523 109176 start_codon_16 start_codon 109523 109521 gene_17 gene 1 118972 115422 transcript_17 transcript 1 118972 115422 stop_codon_16 stop_codon 115424 115422 intron_72 intron 1 118335 115521 intron_73 intron 1 118842 118497 CDS_87 CDS 1 115520 115422 CDS_88 CDS 1 118496 118336 CDS_89 CDS 1 118972 118843 start_codon_17 start_codon 118972 118970 gene_18 gene 0.39 130401 120176 transcript_18 transcript 0.39 130401 120176 stop_codon_17 stop_codon 120178 120176 intron_74 intron 1 120349 120230 intron_75 intron 1 120900 120401 intron_76 intron 1 121156 121013 intron_77 intron 1 121753 121235 intron_78 intron 1 124827 123878 intron_79 intron 0.51 125024 124917 intron_80 intron 0.53 125296 125094 intron_81 intron 0.83 125814 125647 intron_82 intron 0.78 127087 125890 intron_83 intron 0.99 128226 127156 intron_84 intron 1 130008 128454 CDS_90 CDS 1 120229 120176 CDS_91 CDS 1 120400 120350 CDS_92 CDS 1 121012 120901 CDS_93 CDS 1 121234 121157 CDS_94 CDS 1 123877 121754 CDS_95 CDS 1 124916 124828 CDS_96 CDS 0.51 125093 125025 CDS_97 CDS 1 125646 125297 CDS_98 CDS 0.83 125889 125815 CDS_99 CDS 1 127155 127088 CDS_100 CDS 0.99 128453 128227 CDS_101 CDS 1 130401 130009 start_codon_18 start_codon 130401 130399 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.960 19141 19241 match_part 0.996 19324 19873 match_part 1.000 19952 20424 match_part 1.000 20593 20728 match_part 1.000 20841 20912 match_part 0.986 21120 21191 match_part 0.972 21288 21359 match_part 1.000 21537 21617 match_part 0.995 21857 22043 match_2 match_part 0.955 52088 52334 match_3 match_part 0.995 67889 68449 match_part 1.000 68635 68760 match_part 1.000 69494 69808 match_part 1.000 71238 71366 match_part 1.000 71703 72270 match_4 match_part 0.986 67904 68263 match_part 0.991 68342 68449 match_part 1.000 68635 68724 match_5 match_part 0.911 71890 72271 match_part 0.542 72612 72635 match_6 match_part 0.989 76156 76711 match_7 match_part 0.967 79989 80018 match_part 1.000 80648 81983 match_part 1.000 82069 82242 match_part 0.995 82352 82736 match_8 match_part 0.973 83236 83648 match_part 1.000 84124 84732 match_9 match_part 0.935 85023 85190 match_10 match_part 0.975 92031 92150 match_part 1.000 92642 92950 match_part 0.992 94554 94936 match_11 match_part 0.963 99414 99628 match_part 1.000 100050 100213 match_part 1.000 101291 101704 match_12 match_part 0.856 99434 99628 match_part 0.994 100050 100213 match_part 0.990 101291 101590 match_13 match_part 0.939 101406 101603 match_14 match_part 0.996 112023 112984 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_15 match_part 1.000 14474 14205 match_part 1.000 13750 13576 match_part 1.000 12067 11998 match_part 1.000 11462 11353 match_part 0.988 11093 10837 match_16 match_part 0.987 14442 14205 match_part 1.000 13750 13576 match_part 1.000 13214 13131 match_part 0.986 12067 11998 match_part 0.991 11462 11353 match_part 1.000 11093 10986 match_17 match_part 0.878 45222 45027 match_part 0.973 44922 44812 match_part 0.992 44636 43284 match_18 match_part 0.900 58210 58151 match_part 0.992 56879 56748 match_part 0.952 56662 56601 match_part 1.000 55994 55898 match_part 1.000 55158 55112 match_part 1.000 54325 54109 match_part 1.000 53755 53626 match_part 0.977 53248 53206 match_part 0.964 52331 51827 match_19 match_part 1.000 58293 58263 match_part 1.000 57622 57447 match_part 1.000 56879 56748 match_part 0.963 56662 56231 match_20 match_part 1.000 63633 63600 match_part 0.991 62386 62277 match_part 1.000 61948 61840 match_part 1.000 61517 61362 match_part 0.983 61244 61129 match_part 0.994 61052 60886 match_part 0.985 60009 59880 match_21 match_part 0.992 65737 65231 match_part 1.000 65051 64809 match_part 0.985 63766 63631 match_22 match_part 0.993 75203 74913 match_part 0.995 73444 72807 match_23 match_part 0.998 75993 75439 match_24 match_part 0.959 89999 89681 match_part 1.000 89351 89286 match_part 1.000 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 1.000 88220 88163 match_part 1.000 87895 87770 match_part 1.000 86824 86733 match_part 1.000 86296 86212 match_part 1.000 85463 85388 match_part 1.000 85284 85033 match_part 0.955 82648 82627 match_part 0.615 82572 82560 match_part 0.480 82098 81974 match_part 0.423 81186 81161 match_25 match_part 0.982 105342 105233 match_part 1.000 105152 105039 match_part 1.000 104963 104893 match_part 1.000 104770 104640 match_part 1.000 104492 104410 match_part 1.000 104309 104202 match_part 1.000 104106 103948 match_part 0.978 103859 103768 match_26 match_part 0.996 119067 118843 match_part 1.000 118496 118336 match_part 1.000 115520 115045 match_27 match_part 0.990 119033 118843 match_part 0.986 118496 117925 match_28 match_part 1.000 120218 119732 match_29 match_part 0.975 122274 121754 match_part 1.000 121234 121157 match_part 1.000 121012 120901 match_part 1.000 120400 120350 match_part 0.962 120229 120204 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 14474 14205 exon 13750 13576 exon 12067 11998 exon 11462 11353 exon 11093 10837 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 14442 14205 exon 13750 13576 exon 13214 13131 exon 12067 11998 exon 11462 11353 exon 11093 10986 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 19141 19241 exon 19324 19873 exon 19952 20424 exon 20593 20728 exon 20841 20912 exon 21120 21191 exon 21288 21359 exon 21537 21617 exon 21857 22043 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 45222 45027 exon 44922 44812 exon 44636 43284 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 58293 58263 exon 57622 57447 exon 56879 56748 exon 56662 56231 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 58210 58151 exon 56879 56748 exon 56662 56601 exon 55994 55898 exon 55158 55112 exon 54325 54109 exon 53755 53626 exon 53248 53206 exon 52331 51827 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 52088 52334 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 65737 65231 exon 65051 64809 exon 63766 63600 exon 62386 62277 exon 61948 61840 exon 61517 61362 exon 61244 61129 exon 61052 60886 exon 60009 59880 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 67889 68449 exon 68635 68760 exon 69494 69808 exon 71238 71366 exon 71703 72271 exon 72612 72635 gene_10 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 67904 68263 exon 68342 68449 exon 68635 68724 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 75203 74913 exon 73444 72807 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 75993 75439 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 76156 76711 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 79989 80018 exon 80648 81983 exon 82069 82242 exon 82352 82736 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89999 89681 exon 89351 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 85033 exon 82648 82627 exon 82572 82560 exon 82098 81974 exon 81186 81161 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 83236 83648 exon 84124 84732 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 85023 85190 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 92031 92150 exon 92642 92950 exon 94554 94936 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 99414 99628 exon 100050 100213 exon 101291 101704 gene_20 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 105342 105233 exon 105152 105039 exon 104963 104893 exon 104770 104640 exon 104492 104410 exon 104309 104202 exon 104106 103948 exon 103859 103768 gene_21 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 112023 112984 gene_22 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 119067 118843 exon 118496 118336 exon 115520 115045 gene_23 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 119033 118843 exon 118496 117925 gene_24 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 122274 121754 exon 121234 121157 exon 121012 120901 exon 120400 120350 exon 120229 119732 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.998 11090 11497 match_2 match_part 0.986 67904 68263 match_part 0.991 68342 68449 match_part 1.000 68635 68724 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 1.000 12434 11958 match_4 match_part 0.983 60943 60886 match_part 0.954 60009 59879 match_part 0.931 59796 59476 match_5 match_part 0.874 89823 89681 match_part 0.970 89351 89286 match_part 0.985 89200 89133 match_part 1.000 88901 88871 match_part 1.000 88764 88695 match_part 0.983 88220 88163 match_part 0.992 87895 87770 match_part 0.967 86824 86733 match_part 0.988 86296 86212 match_part 0.947 85463 85388 match_part 0.903 85284 84850 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 11090 11497 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 12434 11958 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 60943 60886 exon 60009 59879 exon 59796 59476 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 67904 68263 exon 68342 68449 exon 68635 68724 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0241F16.1 type gene exon 89823 89681 exon 89351 89286 exon 89200 89133 exon 88901 88871 exon 88764 88695 exon 88220 88163 exon 87895 87770 exon 86824 86733 exon 86296 86212 exon 85463 85388 exon 85284 84850 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.26 15680 43392 transcript_1 transcript 0.26 15680 43392 start_codon_1 start_codon 15680 15682 intron_1 intron 0.49 16332 19217 intron_2 intron 1 19242 19323 intron_3 intron 0.99 19874 19951 intron_4 intron 1 20425 20592 intron_5 intron 1 20729 20840 intron_6 intron 1 20913 21119 intron_7 intron 1 21192 21287 intron_8 intron 1 21360 21536 intron_9 intron 1 21618 21856 intron_10 intron 0.99 22057 22136 intron_11 intron 0.99 22367 22447 intron_12 intron 0.75 22575 22644 intron_13 intron 0.94 22708 22827 intron_14 intron 0.88 23018 23105 intron_15 intron 0.87 23342 42818 intron_16 intron 0.84 42946 43331 CDS_1 CDS 0.5 15680 16331 CDS_2 CDS 0.56 19218 19241 CDS_3 CDS 0.99 19324 19873 CDS_4 CDS 1 19952 20424 CDS_5 CDS 1 20593 20728 CDS_6 CDS 1 20841 20912 CDS_7 CDS 1 21120 21191 CDS_8 CDS 1 21288 21359 CDS_9 CDS 1 21537 21617 CDS_10 CDS 1 21857 22056 CDS_11 CDS 0.99 22137 22366 CDS_12 CDS 0.81 22448 22574 CDS_13 CDS 0.93 22645 22707 CDS_14 CDS 0.93 22828 23017 CDS_15 CDS 0.84 23106 23341 CDS_16 CDS 0.88 42819 42945 CDS_17 CDS 0.94 43332 43392 stop_codon_1 stop_codon 43390 43392 gene_2 gene 1 68090 72110 transcript_2 transcript 1 68090 72110 start_codon_2 start_codon 68090 68092 intron_17 intron 1 68450 68634 intron_18 intron 1 68761 69493 intron_19 intron 1 69809 71237 intron_20 intron 1 71367 71702 CDS_18 CDS 1 68090 68449 CDS_19 CDS 1 68635 68760 CDS_20 CDS 1 69494 69808 CDS_21 CDS 1 71238 71366 CDS_22 CDS 1 71703 72110 stop_codon_2 stop_codon 72108 72110 gene_3 gene 0.69 76160 85096 transcript_3 transcript 0.69 76160 85096 start_codon_3 start_codon 76160 76162 intron_21 intron 0.96 76176 79918 intron_22 intron 1 80019 80647 intron_23 intron 1 81984 82068 intron_24 intron 1 82243 82351 intron_25 intron 0.72 82541 83276 intron_26 intron 1 83316 83435 intron_27 intron 1 83649 84123 intron_28 intron 0.99 84293 84977 CDS_23 CDS 0.96 76160 76175 CDS_24 CDS 0.98 79919 80018 CDS_25 CDS 1 80648 81983 CDS_26 CDS 1 82069 82242 CDS_27 CDS 1 82352 82540 CDS_28 CDS 1 83277 83315 CDS_29 CDS 1 83436 83648 CDS_30 CDS 0.99 84124 84292 CDS_31 CDS 1 84978 85096 stop_codon_3 stop_codon 85094 85096 gene_4 gene 0.97 92760 98070 transcript_4 transcript 0.97 92760 98070 start_codon_4 start_codon 92760 92762 intron_29 intron 1 92951 94553 intron_30 intron 1 95471 96964 CDS_32 CDS 1 92760 92950 CDS_33 CDS 1 94554 95470 CDS_34 CDS 0.97 96965 98070 stop_codon_4 stop_codon 98068 98070 gene_5 gene 1 99557 101410 transcript_5 transcript 1 99557 101410 start_codon_5 start_codon 99557 99559 intron_31 intron 1 99711 100049 intron_32 intron 1 100214 101290 CDS_35 CDS 1 99557 99710 CDS_36 CDS 1 100050 100213 CDS_37 CDS 1 101291 101410 stop_codon_5 stop_codon 101408 101410 gene_6 gene 0.76 102709 102969 transcript_6 transcript 0.76 102709 102969 start_codon_6 start_codon 102709 102711 CDS_38 CDS 0.76 102709 102969 stop_codon_6 stop_codon 102967 102969 gene_7 gene 0.87 112185 112763 transcript_7 transcript 0.87 112185 112763 start_codon_7 start_codon 112185 112187 CDS_39 CDS 0.87 112185 112763 stop_codon_7 stop_codon 112761 112763 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 1 364 103 transcript_8 transcript 1 364 103 intron_33 intron 1 102 1 CDS_40 CDS 1 364 103 start_codon_8 start_codon 364 362 gene_9 gene 1.45 15634 6367 transcript_9 transcript 0.22 14428 6367 stop_codon_8 stop_codon 6369 6367 intron_34 intron 0.63 9384 6423 intron_35 intron 0.72 10949 9497 intron_36 intron 1 11352 11094 intron_37 intron 1 11997 11463 intron_38 intron 0.46 13575 12068 intron_39 intron 0.98 14204 13751 CDS_41 CDS 0.77 6422 6367 CDS_42 CDS 0.72 9496 9385 CDS_43 CDS 1 11093 10950 CDS_44 CDS 1 11462 11353 CDS_45 CDS 1 12067 11998 CDS_46 CDS 1 13750 13576 CDS_47 CDS 0.96 14428 14205 start_codon_9 start_codon 14428 14426 transcript_10 transcript 0.18 14428 6367 stop_codon_9 stop_codon 6369 6367 intron_40 intron 0.56 9384 6423 intron_41 intron 0.6 10949 9497 intron_42 intron 1 11352 11094 intron_43 intron 1 11997 11463 intron_44 intron 0.51 13575 12068 intron_45 intron 0.99 13883 13751 intron_46 intron 0.82 14204 14085 CDS_48 CDS 0.66 6422 6367 CDS_49 CDS 0.6 9496 9385 CDS_50 CDS 1 11093 10950 CDS_51 CDS 1 11462 11353 CDS_52 CDS 1 12067 11998 CDS_53 CDS 1 13750 13576 CDS_54 CDS 0.82 14084 13884 CDS_55 CDS 0.95 14428 14205 start_codon_10 start_codon 14428 14426 transcript_11 transcript 0.51 15634 6367 stop_codon_10 stop_codon 6369 6367 intron_47 intron 0.75 9384 6423 intron_48 intron 0.69 10949 9497 intron_49 intron 1 11352 11094 intron_50 intron 1 11997 11463 intron_51 intron 1 13575 12068 intron_52 intron 0.96 14204 13751 intron_53 intron 0.81 15625 14450 CDS_56 CDS 0.82 6422 6367 CDS_57 CDS 0.69 9496 9385 CDS_58 CDS 1 11093 10950 CDS_59 CDS 1 11462 11353 CDS_60 CDS 1 12067 11998 CDS_61 CDS 1 13750 13576 CDS_62 CDS 0.85 14449 14205 CDS_63 CDS 0.96 15634 15626 start_codon_11 start_codon 15634 15632 transcript_12 transcript 0.54 14428 6367 stop_codon_11 stop_codon 6369 6367 intron_54 intron 0.71 9384 6423 intron_55 intron 0.69 10949 9497 intron_56 intron 1 11352 11094 intron_57 intron 1 11997 11463 intron_58 intron 1 13130 12068 intron_59 intron 1 13575 13185 intron_60 intron 0.96 14204 13751 CDS_64 CDS 0.83 6422 6367 CDS_65 CDS 0.69 9496 9385 CDS_66 CDS 1 11093 10950 CDS_67 CDS 1 11462 11353 CDS_68 CDS 1 12067 11998 CDS_69 CDS 1 13184 13131 CDS_70 CDS 1 13750 13576 CDS_71 CDS 0.97 14428 14205 start_codon_12 start_codon 14428 14426 gene_10 gene 0.02 65638 43394 transcript_13 transcript 0.02 65638 43394 stop_codon_12 stop_codon 43396 43394 intron_61 intron 0.39 43673 43480 intron_62 intron 0.7 53668 44637 intron_63 intron 1 54108 53756 intron_64 intron 1 55111 54326 intron_65 intron 1 55897 55159 intron_66 intron 0.71 56163 55995 intron_67 intron 0.8 56600 56273 intron_68 intron 1 56747 56663 intron_69 intron 0.37 59549 56880 intron_70 intron 0.23 59692 59587 intron_71 intron 1 59878 59797 intron_72 intron 0.97 60183 60010 intron_73 intron 0.98 60885 60313 intron_74 intron 1 61128 61053 intron_75 intron 1 61361 61245 intron_76 intron 1 61839 61518 intron_77 intron 0.64 62326 61949 intron_78 intron 1 63599 62387 intron_79 intron 1 64808 63767 intron_80 intron 1 65230 65052 CDS_72 CDS 0.39 43479 43394 CDS_73 CDS 0.51 44636 43674 CDS_74 CDS 0.84 53755 53669 CDS_75 CDS 1 54325 54109 CDS_76 CDS 1 55158 55112 CDS_77 CDS 1 55994 55898 CDS_78 CDS 0.71 56272 56164 CDS_79 CDS 1 56662 56601 CDS_80 CDS 1 56879 56748 CDS_81 CDS 0.23 59586 59550 CDS_82 CDS 0.33 59796 59693 CDS_83 CDS 1 60009 59879 CDS_84 CDS 0.97 60312 60184 CDS_85 CDS 1 61052 60886 CDS_86 CDS 1 61244 61129 CDS_87 CDS 1 61517 61362 CDS_88 CDS 1 61948 61840 CDS_89 CDS 0.64 62386 62327 CDS_90 CDS 1 63766 63600 CDS_91 CDS 1 65051 64809 CDS_92 CDS 1 65638 65231 start_codon_13 start_codon 65638 65636 gene_11 gene 0.99 75431 72806 transcript_14 transcript 0.99 75431 72806 stop_codon_13 stop_codon 72808 72806 intron_81 intron 1 74912 73445 CDS_93 CDS 1 73444 72806 CDS_94 CDS 0.99 75431 74913 start_codon_14 start_codon 75431 75429 gene_12 gene 1 89687 85217 transcript_15 transcript 1 89687 85217 stop_codon_14 stop_codon 85219 85217 intron_82 intron 1 85387 85285 intron_83 intron 1 86211 85464 intron_84 intron 1 86732 86297 intron_85 intron 1 87769 86825 intron_86 intron 1 88162 87896 intron_87 intron 1 88694 88221 intron_88 intron 1 88870 88765 intron_89 intron 1 89132 88902 intron_90 intron 1 89285 89201 intron_91 intron 1 89680 89352 CDS_95 CDS 1 85284 85217 CDS_96 CDS 1 85463 85388 CDS_97 CDS 1 86296 86212 CDS_98 CDS 1 86824 86733 CDS_99 CDS 1 87895 87770 CDS_100 CDS 1 88220 88163 CDS_101 CDS 1 88764 88695 CDS_102 CDS 1 88901 88871 CDS_103 CDS 1 89200 89133 CDS_104 CDS 1 89351 89286 CDS_105 CDS 1 89687 89681 start_codon_15 start_codon 89687 89685 gene_13 gene 0.02 109523 103737 transcript_16 transcript 0.02 109523 103737 stop_codon_15 stop_codon 103739 103737 intron_92 intron 1 103947 103860 intron_93 intron 1 104201 104107 intron_94 intron 1 104409 104310 intron_95 intron 1 104639 104493 intron_96 intron 1 104892 104771 intron_97 intron 1 105038 104964 intron_98 intron 1 105232 105153 intron_99 intron 1 106130 105366 intron_100 intron 0.92 106513 106407 intron_101 intron 0.56 106704 106619 intron_102 intron 0.44 106922 106797 intron_103 intron 0.79 107096 107024 intron_104 intron 0.96 107553 107224 intron_105 intron 0.36 108596 107670 intron_106 intron 0.56 109175 108640 CDS_106 CDS 0.77 103859 103737 CDS_107 CDS 1 104106 103948 CDS_108 CDS 1 104309 104202 CDS_109 CDS 1 104492 104410 CDS_110 CDS 1 104770 104640 CDS_111 CDS 1 104963 104893 CDS_112 CDS 1 105152 105039 CDS_113 CDS 1 105365 105233 CDS_114 CDS 0.94 106406 106131 CDS_115 CDS 0.69 106618 106514 CDS_116 CDS 0.37 106796 106705 CDS_117 CDS 0.68 107023 106923 CDS_118 CDS 0.96 107223 107097 CDS_119 CDS 0.92 107669 107554 CDS_120 CDS 0.36 108639 108597 CDS_121 CDS 0.25 109523 109176 start_codon_16 start_codon 109523 109521 gene_14 gene 1 118972 115422 transcript_17 transcript 1 118972 115422 stop_codon_16 stop_codon 115424 115422 intron_107 intron 1 118335 115521 intron_108 intron 1 118842 118497 CDS_122 CDS 1 115520 115422 CDS_123 CDS 1 118496 118336 CDS_124 CDS 1 118972 118843 start_codon_17 start_codon 118972 118970 gene_15 gene 0.32 130401 120176 transcript_18 transcript 0.32 130401 120176 stop_codon_17 stop_codon 120178 120176 intron_109 intron 0.84 120900 120230 intron_110 intron 0.91 121156 121013 intron_111 intron 0.96 121753 121235 intron_112 intron 1 124827 123878 intron_113 intron 0.55 125024 124917 intron_114 intron 0.56 125296 125094 intron_115 intron 0.81 125814 125647 intron_116 intron 0.7 127087 125890 intron_117 intron 0.99 128226 127156 intron_118 intron 0.99 130008 128454 CDS_125 CDS 1 120229 120176 CDS_126 CDS 0.99 121012 120901 CDS_127 CDS 0.91 121234 121157 CDS_128 CDS 1 123877 121754 CDS_129 CDS 1 124916 124828 CDS_130 CDS 0.55 125093 125025 CDS_131 CDS 1 125646 125297 CDS_132 CDS 0.81 125889 125815 CDS_133 CDS 1 127155 127088 CDS_134 CDS 0.98 128453 128227 CDS_135 CDS 0.99 130401 130009 start_codon_18 start_codon 130401 130399 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 61.2 23107 23400 match_2 match 78.6 22827 23021 match_3 match 82.4 23110 23427 match_4 match 243 19305 20477 match_5 match 101 22641 23057 match_6 match 106 22205 22576 match_7 match 68.6 23107 23412 match_8 match 69.7 22827 23027 match_9 match 68.6 23107 23412 match_10 match 69.7 22827 23027 match_11 match 54.7 23107 23475 match_12 match 87.4 22827 23033 match_13 match 181 19311 20696 match_14 match 86.7 23107 23409 match_15 match 105 22193 22576 match_16 match 89.0 22824 23021 match_17 match 183 19311 20699 match_18 match 110 22181 22579 match_19 match 93.2 23107 23460 match_20 match 103 22827 23021 match_21 match 65.5 23107 23391 match_22 match 70.5 22827 23024 match_23 match 65.5 23107 23391 match_24 match 70.5 22827 23024 match_25 match 67.4 23107 23400 match_26 match 68.6 22827 23027 match_27 match 71.6 23107 23388 match_28 match 75.9 22827 23027 match_29 match 64.3 23107 23403 match_30 match 73.6 22827 23021 match_31 match 62.4 23107 23400 match_32 match 81.3 22830 23021 match_33 match 59.7 23107 23400 match_34 match 76.6 22827 23021 match_35 match 61.2 23095 23388 match_36 match 85.9 22827 23021 match_37 match 68.6 23107 23403 match_38 match 72.8 22827 23024 match_39 match 320 112152 112760 match_40 match 62.0 23107 23415 match_41 match 77.8 22827 23027 match_42 match 58.9 23095 23388 match_43 match 82.0 22827 23021 match_44 match 65.5 23095 23397 match_45 match 70.5 22827 23027 match_46 match 60.1 23107 23427 match_47 match 75.1 22827 23021 match_48 match 66.6 23107 23403 match_49 match 74.7 22827 23024 match_50 match 67.0 23107 23400 match_51 match 73.6 22827 23027 match_52 match 66.6 23107 23400 match_53 match 68.9 22827 23027 match_54 match 69.3 23125 23400 match_55 match 66.2 22827 23039 match_56 match 69.3 23125 23400 match_57 match 66.2 22827 23039 match_58 match 55.5 23107 23412 match_59 match 84.7 22827 23021 match_60 match 56.6 23095 23400 match_61 match 89.0 22827 23024 match_62 match 62.4 23107 23400 match_63 match 76.6 22827 23024 match_64 match 200 19320 20390 match_65 match 110 22151 22576 match_66 match 100 22647 23021 match_67 match 95.5 23107 23409 match_68 match 61.2 23095 23478 match_69 match 80.9 22827 23021 match_70 match 55.5 23107 23433 match_71 match 79.3 22830 23027 match_72 match 137 68090 68449 match_73 match 159 71703 72107 match_74 match 178 69491 69811 match_75 match 135 71703 72107 match_76 match 133 68129 68449 match_77 match 160 69491 69811 match_78 match 237 19305 20477 match_79 match 96.3 22641 23021 match_80 match 100 22184 22573 match_81 match 88.2 23107 23424 match_82 match 230 19305 20384 match_83 match 96.3 23107 23493 match_84 match 110 22193 22576 match_85 match 115 22647 23021 match_86 match 197 19323 20387 match_87 match 105 22647 23021 match_88 match 95.1 23107 23409 match_89 match 124 22166 22579 match_90 match 114 19644 20741 match_91 match 89.4 23107 23409 match_92 match 123 22166 22576 match_93 match 95.1 22827 23021 match_94 match 181 19311 20423 match_95 match 89.7 23107 23409 match_96 match 124 22166 22579 match_97 match 97.8 22827 23021 match_98 match 90.9 23107 23409 match_99 match 123 22166 22579 match_100 match 100 22827 23021 match_101 match 114 19311 19868 match_102 match 167 19323 20387 match_103 match 89.7 23107 23409 match_104 match 125 22166 22579 match_105 match 102 22827 23021 match_106 match 235 19311 20414 match_107 match 103 22647 23021 match_108 match 123 22133 22576 match_109 match 92.8 23107 23409 match_110 match 216 19311 20414 match_111 match 100 22647 23021 match_112 match 90.1 23107 23409 match_113 match 121 22127 22576 match_114 match 228 19323 20387 match_115 match 106 22647 23021 match_116 match 96.3 23107 23409 match_117 match 120 22193 22576 match_118 match 232 19311 20390 match_119 match 124 22154 22621 match_120 match 103 22656 23021 match_121 match 94.4 23107 23424 match_122 match 253 19311 20399 match_123 match 97.1 22644 23018 match_124 match 79.0 23116 23409 match_125 match 117 22145 22576 match_126 match 68.6 23095 23388 match_127 match 79.0 22827 23021 match_128 match 74.3 23107 23424 match_129 match 68.2 22827 23027 match_130 match 69.3 23107 23400 match_131 match 70.1 22827 23027 match_132 match 60.8 23107 23400 match_133 match 79.0 22830 23021 match_134 match 60.8 23107 23400 match_135 match 79.0 22830 23021 match_136 match 60.8 23107 23400 match_137 match 79.0 22830 23021 match_138 match 63.5 23107 23400 match_139 match 76.6 22827 23024 match_140 match 74.3 23107 23409 match_141 match 72.0 22827 23024 match_142 match 70.5 23107 23436 match_143 match 74.3 22827 23027 match_144 match 60.1 23095 23397 match_145 match 74.7 22827 23027 match_146 match 129 19302 20420 match_147 match 76.3 23107 23412 match_148 match 85.5 22827 23021 match_149 match 70.1 23107 23403 match_150 match 74.3 22827 23024 match_151 match 63.2 23095 23388 match_152 match 81.3 22827 23021 match_153 match 61.6 23107 23409 match_154 match 74.3 22827 23027 match_155 match 62.8 23107 23400 match_156 match 75.5 22827 23024 match_157 match 317 112152 112760 match_158 match 134 84121 84405 match_159 match 61.2 22199 22570 match_160 match 68.2 22644 23024 match_161 match 62.4 23107 23403 match_162 match 62.4 23107 23397 match_163 match 81.6 22827 23021 match_164 match 65.5 22199 22570 match_165 match 59.7 23107 23388 match_166 match 72.8 22647 23024 match_167 match 60.5 23107 23415 match_168 match 79.3 22827 23027 match_169 match 68.2 23095 23400 match_170 match 82.0 22827 23021 match_171 match 58.2 23107 23400 match_172 match 78.6 22827 23021 match_173 match 68.9 23107 23403 match_174 match 71.2 22827 23024 match_175 match 68.9 23107 23403 match_176 match 71.2 22827 23024 match_177 match 374 15560 16429 match_178 match 178 19323 20231 match_179 match 100 23107 23436 match_180 match 121 22148 22576 match_181 match 100 22827 23021 match_182 match 85.5 23107 23397 match_183 match 73.2 22827 23027 match_184 match 69.3 22205 22570 match_185 match 76.3 22662 23051 match_186 match 196 19311 20696 match_187 match 86.3 23107 23409 match_188 match 122 22181 22576 match_189 match 93.2 22824 23021 match_190 match 199 19311 20696 match_191 match 87.0 23107 23409 match_192 match 120 22181 22576 match_193 match 96.3 22824 23039 match_194 match 73.2 23107 23388 match_195 match 69.3 22827 23024 match_196 match 73.2 23107 23388 match_197 match 69.3 22827 23024 match_198 match 63.2 23095 23400 match_199 match 75.1 22827 23021 match_200 match 85.9 23107 23484 match_201 match 247 19311 20477 match_202 match 98.6 22623 23021 match_203 match 115 22184 22576 match_204 match 257 19311 20405 match_205 match 94.0 22662 23057 match_206 match 110 22184 22576 match_207 match 70.1 23107 23436 match_208 match 96.7 22623 23021 match_209 match 260 19311 20423 match_210 match 111 22199 22576 match_211 match 65.9 23107 23400 match_212 match 71.2 22827 23027 match_213 match 59.3 23107 23412 match_214 match 80.1 22827 23021 match_215 match 72.4 23107 23427 match_216 match 70.1 22827 23033 match_217 match 66.6 23107 23388 match_218 match 75.1 22656 23027 match_219 match 59.3 22250 22576 match_220 match 73.9 23107 23439 match_221 match 75.1 22827 23027 match_222 match 71.2 23107 23388 match_223 match 77.4 22827 23027 match_224 match 65.9 23107 23391 match_225 match 75.5 22827 23024 match_226 match 65.9 23107 23391 match_227 match 75.5 22827 23024 match_228 match 65.9 23107 23391 match_229 match 75.5 22827 23024 match_230 match 80.1 23107 23427 match_231 match 71.6 22827 23024 match_232 match 80.1 23107 23427 match_233 match 71.6 22827 23024 match_234 match 171 19323 20729 match_235 match 92.4 23107 23409 match_236 match 105 22827 23021 match_237 match 115 22130 22576 match_238 match 110 22662 23021 match_239 match 98.6 23107 23409 match_240 match 223 19311 20729 match_241 match 112 22127 22576 match_242 match 95.5 23107 23409 match_243 match 100 22824 23021 match_244 match 186 19323 20390 match_245 match 93.6 23107 23451 match_246 match 108 22193 22576 match_247 match 104 22827 23021 match_248 match 71.6 23107 23409 match_249 match 76.3 22827 23027 match_250 match 72.4 23107 23412 match_251 match 70.9 22827 23027 match_252 match 61.6 23107 23397 match_253 match 76.3 22827 23021 match_254 match 57.0 23095 23400 match_255 match 88.6 22827 23024 match_256 match 129 19323 20393 match_257 match 65.5 23107 23412 match_258 match 85.9 22827 23027 match_259 match 129 19323 20393 match_260 match 129 19323 20393 match_261 match 65.5 23107 23412 match_262 match 85.9 22827 23027 match_263 match 65.9 23107 23403 match_264 match 75.5 22827 23024 match_265 match 65.5 23107 23376 match_266 match 89.4 22827 23024 match_267 match 63.2 23107 23400 match_268 match 82.8 22830 23021 match_269 match 72.4 23107 23412 match_270 match 69.7 22827 23027 match_271 match 45.1 23107 23400 match_272 match 89.7 22827 23027 match_273 match 114 68090 68449 match_274 match 114 69491 69811 match_275 match 57.4 23107 23388 match_276 match 87.8 22827 23021 match_277 match 199 15593 16429 match_278 match 72.8 23107 23397 match_279 match 77.8 22824 23021 match_280 match 62.8 23107 23403 match_281 match 68.9 22145 22573 match_282 match 72.0 22647 23024 match_283 match 62.8 23107 23403 match_284 match 68.9 22145 22573 match_285 match 72.0 22647 23024 match_286 match 216 15596 16285 match_287 match 71.2 23107 23400 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