C03HBa0233O20.1 TCAAATAATGCGGAACTTCTTCCCTAACCAATTAAGGAGAGAGGGATAATATCGACCAAA AAGCACGTCTATCCTTTACTCAAATTGGGTGTGAATCAGCCCCCTTTTGGTATGAATTTT CAGCTCCTTCCTGGGCTCTATGTGGGTCCAATCTTCCTCCTCTTGGACTTGGACTGGAAC CATGAAATAAGTGTAACACTTGGCCCACTCTTAACCATAATTTTTGGATTTTTCTTCAAC AATGAGCATCTTATTGGGCTCATCCCTGCAAACTTCATCCACGTAAGCATCTTTTTGATT TCCCACTCAAACCCGACAACCCTTAATGGAGGTATGAATCCATGAATGCTATTGCTCCAC CTTCTTCATCAGGAAAAAAAATGGACGCCTACTACCAACTACCAAGTGCTTATCTTGCTC TGCAGTTCTTCAATCAGTTTTGCTGTTCAATTATCTCTAAGGAACTTCTCTTTCAAACAA TCCTACTGAACGATTTGAATTAGATTCCTTTGTCAAGCAGAAGGACAAAAAAAGTTTTAA ATTATAAAAATGATAAAATTAATGATCAACAATCTGGTCCTAGAAATGCCAAGAATGAGC GGTTCAAAGAGTGGCTGATTTCTGTTAATGACCAACTATCTTTGTCAAGTTTAAGGTGCT ATCTATGTATTCTGCTAAAATAAAAATAGAACATTTCAATGATTGGGAGGTTCAAAGAGT GGCTGATTTCCTAAACAAACTTGATCAATTTCCTGGGGTTCAAGCTGGTGAAGATCATTA ATGGTGGCAGGGTAACTCCCAGGGCATTTTTAAGGTCAATGCTGCTTATAAAATTATGTA TCAGTCCAACCACCAGATAGCAAACTGGCCATGGAAGCAGATTTGGAGGATAAAAGTTCC CACGAGGTATTAATTTTTGAATGGTTACTAGCAAAGGAGGTCACTTTAACAGTGGACAAC TTGATGAGCAGAGGTATGACACCATGCTCAAGATGCTTCCTGTGTCAAGAAACAGATCTA TTCTGCACTATGTATACACAACTCATTTGTGGAGAACCATCCTAAACCTTAAGGGGTCGT TTGGTGTGATAGATAAAAAGAATTAATCACATGATAAATTTTGCGTATCCTAGGTCACTA ATCTCCTTAAGGTTTAGGATGGTTCTTTAGCAATAAAAATTAATCCCGAATAACTAATCT CAACATAACTTATCCTAGTATGGCTTATTCCAGCATAACTTGTATTCAAATCAAACGACC CCTAAGGTTATAGCATGGACAATGCTGAGCAAGATAACAAATGCTGAGAGGGAACATATT CACATGCTAAGGATAGGAGTAGATGGAGAATTTCCCAGCTTGTATCTGGTGGACAATTTG GTAGGGGAGGAATTCCAGATTTTTTGATAGCTAAGATAATAATATGCTGAAGATCAAGTT CAACTTCATCTTACTGCTATGTTTTTGGTGTAGTCAGATTTACTCTAATGATACTGTGGT TGTGTCTATCATAGATGTTCTAAATTCTTATAGCTAGCGAGGGAAGACACTAGAGCTCTA TTTAAATATGGTTTCAGTACTACCCAAGTATTGTTTTGATACTTGATATGATAAAAAGTT ACTGATTTTTTTAAAAAAATGAATCAGCGTCCTAGTGCGATTAGAACTGAATGATGTGAG AATATTTCTTACTAGATAAGTGGTTTGGGCTTGGGACGTCTCAAGTTCAAAACCCATTGC CCCAGCAAAGGCAAGGGGTTTGCCTTTTGGGTCGAGCTCGTTGTAACGGGCTTGCCTAGT GCTGGTTACTTCTCCTGTGTTGTTTGCGAGCTATTGCATAGGAGCAGAGGTTTTACCCTG TGCACACCCAAAGGGTAGCAGCTGCGGGTTTCCCTTATCATAAAAACACAAAAAATATTT CTTACTAGATAATAGTGTTGAACGTTTGCCATGTTTATTGCCTTCTTGAAATGGTTTTAC ATATTTGGGTGATAATGATTTCGCAAAACTTTAATGACTCTCAGTTGCTCAGGCATCTTA TGATAAGAAACTAATTAAATGTTAAGATGAGATTGGTGCTGAACTGCTGATGAAAGGGTA AAGAGTATTGACCTTTCGGTGTGTCTCTACGTTCTTTGTATGCATTCCAGGTGGAAGGCA TGCGAAAGCCATGTATTGGTTCTTTGGATAAAAGCAAGCCAAAGGAGATCAAATGGGAAT CTTTTCCCCATCGCCTATTCTTTGCTCGTGAGCATACAGCTACCTGGGGTCCGGGTGGGG TTGCTTTTCTTCACCCTGAATGCAACAGTGATGAAAAAGCTTACTTGTGCCTATATAGGA TAACGTATGTCATTCTTTCCTTTATCTGAAATGTTTCTTCTTTCATGGTAATTAGGAGTT TGTCATTTTGTTGGCATTTTTTAATAAAGACCTTCGACTCTTGGTGATTTAGAATTATAA TATTCTTTTTTTCTTTTTACAGGCTTGAGCAATTTAATGATGTTTTACTTCAAGAGAATA CTTCAAGCTTTGACATGAATTACCCTTTGTTTGACATGACTGACTTACAATCTATTGAAG AAAGAAAATGTGTTCCAGTGGAGGCTGTCAAGGTGTGATTTTATGCACTCTGTATTGTTC TCATGAGTATTATTCTCTTCACTCCCGTATTAATGGTTCAAAAACTAAGATTCAAATGGG CATAAAAACATTGGTAGCATAAGATATAACCATATATTTTCTGCTAATTAGTCACTAATA AAACTCAAGGCTGTGATGGATGGAAAATTTTATACCGTCCGTGAAGGATAAGTATATCGG AAGAAGATTGTGGTTGGTTGATACTTGACAGCTAGCTAAATAAAGTTGAAGTATTGATGA ATCCCTTAGTATGCAATTCATGAGGATGTTCTCTCCCTGGCATCCGTCAGCTTATGCCTG TATTAATGAATTAACCATGTACGGATAAGGGTGAGATTTCGTACAATAACAACTTATCGA TAGTGATCCCACAAGTGTATGCGGACTTTACCATACCTTGTAAGGAAGATAGATTGTTCC CGATAGACCCTCGACTCAAGAAAACCATTTCAAAAATTAATTGAACTATTCACCTCATCA AAAAGGAACTGAAAGGACTGATATGGGAGAGAAGGGGAAGATATGACCTTGTTGATCTGT TGAATAATAAGTAGCCAAGCAATATAGAAATAATAGAATCATCAGTTCTCAGGGATGATC ATTCGAAGACTAGTAAATCCTAGGAAGGAAACCATGAATTTGTCCCCAGATAAGCTCAAT AGGTGGTCAACAAGAATACTATATCTTTGGTTAAGTAAAGTCATTATGCGAAAAAAAATA TACCGTGTAAAGATAAATTTATGCAACTCCAGATGTCCGTTATTTTGTTAGAAACAGCAA ACATAAGTTTCTCTTGTATCTTAAGTTTGTTACCTCTGCCAAGAAATTTCGAGCCTCTAA TAAGTTGCAACATCATTTTTTCTATTTATTTTTCCATTTTCTTAATAAACAAAATCCTTT ACCTGAGCAAAATCTGAGCCTGAATGTTTACTCTCTGGGGGTGTTGAACAGTTTGATAAG TTCCATTCTTTTTTAGTTTTTCAGTGTGAAATTTAGTGAACCCCGAATTTGCCAAACAAC TTATTTATATTTAAATGACATGAAACCAAGGGAGCAGAATAGTAACAAATGACGAATATT GTCTACCCCAGTTGATTTAGGATTGAGGAAGTTGATTGATTAATAGTAGAAGATGACGAG TATTGCTTTAAAAAAGAATGTAAGAATCTTAGTAACAGGATAGAATAGTTTTTATCCTAT CCTAGTAGTGTTCATTCTTACCCCCTGCCCCAGACCGTCTGGTCTGGTCTGGTCTTGACA TAACGCTGAGCTTGATGATTGTTCTCATTGTATGATTTTGTTTTGACTTTCATGTAGAAT GGCTGGTACCATAATGTGCTTTACCTGGGAAAGGAGAATGGTATTCCTATTTTGACAATG ACGTAAGCATGTTGCCTTTAATTTTGTATGCTCTTTTCATTTATGTATTTTCTTGTCCAA CTGAATCTCACTCATCACTTTTCTGCTTCTCTATCAGATGCCAACTGTCAGATGTTGATA ACTTCAAATCAGGTAAAGTAGGTATGTGCAAACCATCTAAAGAATATGCCAACACTCTGA TTAGAGGTTTGGTAGAAGGGAAGCAGTTATCAGAAGAGGAAGCCACCACTTACATACAAG AAGCAGCTAGCAGAGCATTGTAACTGCCCTATCCTGCTTGTTTGTTTGTACAGTTGACAA TTATGTGAGTATAATGCCTAGCAACATATGAACCAGAAATGTTTTTGTGCCATATTTTTT GCGGAAGCAACTTCTTCCTATTTGGTCAGGGTGTATATAACTTGTTGGATCGACGTAAAT TTTTCTGATTCCTTCTTTCAACTGCAATATTTTTGGCTAAGCAGTTGAAATGTATTTTGC CCACAAACTACTCTGATCATGTCCATTGAATGTGGCAGTTAGTAGCTGATCCCAGTATTT GTGAATGAATGTGCGTCATTGTGTTGTTTAGAAACTTGCAAGAGCAGTTCAAATAGACAG TTTTTGATATTCAATTATGGCACAGTTCTGCATCAGCAGAGAAAAACTTTCAAAATGAAG AGACTACTGAAGGCCTCAATTTAACCATAACGTAAATAATAGTGTTGAGAATGAATTCTT GTTCTACTGGTTCAAATAAAATTTTTTGATTATACAGTTGAATAGAAGGAAGAAGGAAAA ATTTTGAGCCCAGGTATTTAGACTCATCAATTAAGTGTAATCTACTGTCACGATACAAAA TTCTTTGGTTTTCTCAACTCATTTGAATATGGTATAAAATGATGATACTAAATAGTACAC AATGATCTATAAACCATGAAGAATAAGGAACAAATAATCCACCCCAACAATCCAGCCATC AACTTGAGCAATATCACCGCGATTTTAGTTTAGCATGCCCTGTTGATCCTAGATGCTTGT GTAATTGATTCCTGTGGGGAGAAGCAGATAATTAGATATGAACAAGAGGAAATATAAACT CATTAGTCAAAATAATGATTGATGACTGAGCCTGCATCCAGACCTGGAATCGAATTCTTC CCCACATGTATCACACAAGTTGCTAGAAGATTTCGATTTTCCCTGAATTCAAATGAAACT GTGTTACAACACATAATTCCAAATCTTGGTTTCATTCACAACCACATCACAAGACAACTA GTATAAGGTTCTTAAAAGATTCACTTGAAACAGGAGGAGTAGATAACTGTGGAAATGGAG TTGTAAATTCTCAAAAATTAACGAAGAGTGTGGATACGAAAAAGAGATTGACATCAAACT AGACAGGATTATCTTATTTGAGTACCTTTTGTTTCCTTCCTTTGGGTGCATCTTTGGTTG TATCTTTTGATTTGTTGTTTTTGTCTTTCTTTGTGGTAGTTTTCTTGTTTGTATCTTGGC TGGGAACTTTTTCACTGTTTCCTGAAGAAACATCATCTCCTTTGTGATCATTTGCAGTTT CTGCTGGAGACTGGGATGACAGCCCCTGGCAAACTGAACTATCATTTTTTGCACTATTTA TCTCGACGCCAGTATCAACTTCATTCACATGAGATCCTACATCTCCTCCTCTTGCTTCAT CTTCTTGTTCTTCTTCTTTTTGTGGTCTCCTGTTTCTTTGTTTCTTGCCACCCCTATTTC TCCTAGTACTTCTAAGATTATTATATTCCATGAAGTCCATTTCATCATTACTAGCTTCGT TCTTTGCTGAAGTTTGACGACTATGGCCTGGAACTGCATTCTTCCTACTTTTGCGGCCAG ATATCATAGCTTCAAGTACACTAGCTTCATCATCATCTAATCCAAGTTCATCAGCCACCC CCTTTATATCACTGGCACTTTGATAATTAGTGGTTTCATCTTCATCGCTACTCTGAACCT CATCATCCTCGAGCTCATCTTCTTGAATTCGTGTACTACCTTCTAAATGCTCTGCTAACT CATTCACACCATCATCAGCAGATAAATCAGTTGTTCTATCAGCATCAGCTACATTTAGTT CCTCACTTTCCCCATCCTCCACCACCTCACTGTATTCATCATCTTCCTCATCAAAAGCTT CTCTCAAAGCTGCCACCTTCTCCTTATGCTTCTTGGACTGCTCATGATTTTTCCACTGTT TCTCGCTCTTGAACTTCTTCGAACACACAACACAGTATAATTCATTCTCATCTGCCTTCT TTCTCTCGTGCTCATCCGATTCCTCCTCAATTCCATCATCTGCTAACTCCTCTGCTTTCG TCCACTCAGGCTCTACGTAATTTCTTGCTCTCTCAGCCTTCTCTCTCTCCAGCTCCTTCT TTCTCTTGCGTTCCTCTTCCTTTTTCTTCTCCATTTCCTCGTTCCTCTTCATCTGCATGT CAATCACTCTCTTATCTCTCTTTTTCACAAACTCTGCTAATCCTCTAACAGTCTCATTGT ATTCCCTTCGCGCCTTTTTCCTCAGCTTCTTGTTCTCATCCTCCATCACCCTCCTCGACT TTCTATTAGGTCCCGCCATCACATCATACTGATCTGCCCAACAAAAGTCCATCACAGTAA CGAATCCTAACCAATAGCTATAAAATGCAGTCACCTGAGCATAAGGACTCTCCAAATTTC CCATTAGAGGAGCTTCTTTTGGCAAATCTGTACCTAACTTCCTCGCGAAATTTAAATCGT GTTGGTAGATTTTCTCGAAAAGATCACCATACACCTTGTAAAATCCCTTCCCTTTATCTG AATATCCAGAATACACTGAATTTGAAAAGAAGGAGAACAGGTCGGGGACAGAACCAGAGT TAGACGAATTCCCTGGACCGGAATTAGAGAAGAGTATCTGAGAACGGTGTGAATCGTACC AAGCCCGCTCCCGTGCGTCCGACAAAACTTCATAGGCATTCACGAGCTCCTGGAATGCAG CTGTTGCTTCGGATTCCGGCACGCCGGATCGAACCAGCTTGTCAGGGTGGCGTTGCAGCG CAAGCTTTCTGTAAGCGGACCTGATCTCATCGGCGGTGCAGTCACGGCTCACGCCGAGGA CCTCGTATAGGCACCTTTTCTCCGACGACGACGCCATAATCGCCGGGAAGAAAGATTAGG TTTCTTTCCTCTTGTTTGGGGATTTTTAGGGTTTTTCGATGGGGAAAAATAGGAGATTAG TCACTTAGGGGCTGTTTGGCTGGAAATAGTAATGGTGCCGTGTTTAGAACGGACTCTAAA ACATGGTATATATATATTTTAGGCAAACGAAAAAATCCATTAATGAGTAATGTAGCAAAA ATAAGTTCAATTGAGAGGCATGAGTTTTTGTTCAGTGACTATTAATGGAGCAAAATCGTA TTTGCAAAATTACAAAATCAAATTCGATTAGAATCAGGATTAGGAAATTTATTTATAAAC GTGAATAAAACAGATATCAAATACCAACTCCTAAATAACTTAAGTTAAACTCTTGGTTTA ATTTATTTCCTACTTACATATACTAAAATATTGAAATTAATTGTTTTATAGAAAAAATAA TAGAATAGCTAATTTCACGCCAGATTATTGGATCCAAAAAACCATACAATACCTTATTTA ATCATATGCCTATTGTCGAGTACTGAGTATAAGTAGTATGTATTTATGAAAATATTGGAA TCTAAATTAAAAATTTAACCAAAATTATTTTAAAACGTTATTTGAAAAGAATTCAAACAT AAGTAATTTAAAAACATCCTTCATATAAAATTATGCTTCAATAAAATGTAATGTCTATGT GGAAAACATGATAATAAATCATGAAGGGGTTCGTTATGAATGATTTTCGATTAGTAAACG CATACTGCAATTAATTACCTAAACATAAAGCGTGTACAAATAATACAAAGAGATAAAAGA ATTAAGTTAAAAAAGGTATTGGTGGAAAAAAAAAAAAGTTGAATAGGGTTAGCTAAGGTA AGAGCTATAAAGATCTGTCATGTGAATACGTAAAGTGTATTTAAAATGTGACGAAAAAAT ATTGATAAGGTAAACACACATAAAAGAAAAATGACGAAAATATTTTTATAGACTCTTGAA TGAAGACAGAGACGTGAATATTGTGATGGAAGAGTTATCGCAATCTGAAGTCGTGAAATT TTGGCTATTGTAGGTGCATAGTGGGAGTGTCATAGTATTGTTTGCAGATGACATAATATT AATTAGTAATACAAATTGGAGTTAACAATATAATGAAAGCTTTAAAACATATCCTAGAAT CTAAAAGTTTAATTCAAGTCGGACTAAATGCAAATTTAGTAACATAACACAGAAAACAAA AGTAGAAGTGAAGATTGACACACAACTTATACCAAAAAGAGAAAGTTTCAAGTATGTTGA CTCTATAATCAAAGGTACTTTTTTTCGAAACAAATCGAATATCAATTAACACTTAATATA TTTAATATGTCTAGCATTATTTTATTTATTTATTTCTTGTTAAATGGCATTTTTTTTGTT TTAGTCTTGACAACGTGAAGTTTCTAAAGAGATTTTATGGAAATGTTTGGAGTTTAGAGA TGTACGTATGACTTCTATTAAGATCATTAATCACATGTATTATAGAGCTATGTGTCACGG ACTTTTTGATTCGGACTAAGTTCCGTGCGGCACTAGACGGTTTACTCACGACTCTTGCAC GTTCTTGCAAACTCTAGTAAGCCTAAAACTCAGATCGCTAAGAAAATAAGAAGTAAGACA GAACTTTGGAAGAAGGAACTTCTATTACTTGAAAATAATTGGATGCTTTACAAGTAAAGT AATCTACTATTTATACTACTCTAATGCTGCCTAAGAGTTAGTAAATAAACTATACAAGTT CCTAAGACTATGCCTACAAGACAAGCTTCTAAGTCTTCCAAAAAGGACTCCTAGATGCTC CTAGTCTGCCCCATGATCTCCACAAGCCTCTCAAAGACTTGTAACTTCTGTAACAGCCGC CCCACTAACTGTTGTAACAGTTGAAACTGCTGTAACTGCTGCCTCTTCAGCTGCTGCAGG CCTCCTTGGCTGCTGACCTGCGTGGTCAGCCTGCTCCCCTGCGCCTGCTGCGCCTGCTGG CTGCCTCGTTGGGTGGCGTTCGGCCTGAATGGATGGCGGGACGTCACAATCTCCCCCACC CCATGATGCGACGACCGCGACGCACTGCTGCAAGAACTCCTGAATTTTGCCTTTGAACTG CCACAAGTCTTCGTACTTCTCCCATGTGGCTTCCTCCGGAGTTTGTCCCTTCCAATGTAC GAGAAACATGGCACTGGCCTGTTGTCCTCGTTTCCGCTTGGCTTGGTAATCTATGATAGC TTCAATCTCACGATTATGCGAGGCAGTAACGGTGATAGGGGCCCGTTGTGATTTGTTCCG GCTGGGATCGTCCTTGTCCTCATGATAAGGCTTAAGGACGCTGGCATGAAAGACCGGGTG GATTTTGAAGTGTGGAGGTAACTCCAATCTGTATGAAATCTTACCCACCTTGGCAACAAT TTTGAACGGACCCTCATATTTCCGCACCAGGTTGTGATGCATGCCTCTAAGCGCCTTAAA CTGCCTCGGATTAAACTTTACCAAAACCATATCACCTTCTTCATAGTTGGTGGGACGACG CTTGCGGTCGGCGAACTTCTTCATCCTCCTTGCCGCCTTGCTCAAATAAGATTTGGCAAG GTCGAGTTGCTCCTCCCAACCCTTGGCAAGGTTGTAAGCGCCCAAACTCTTCCCTTCGAA CAATGTTGGCAATGAGTGCGGAGTTTGGGGTTGCTGGCCCGTTGCTAACTCGAACGGTGT GCGCCCTGTAGATTCACTCCTCTGCAAATTATAAGAAAATTGCGCCATGTCTAGGAGCTT AGCCCAATCCTTCTGATGTGCACTAACATAGTGCCTTAAATAGCATTCCAACAAGGCGTT GACACGTTCAGTTTGGCCATCAGTTTGGGGGTGGAAACTGGTGGAAAAGTGAAGTTTTGA ACCAAGAATCTCAAAGAGTTCACTCCAAAAGTTCCCTGTGAAACGAGGATCCCGATCACT AATGATGAACCTCGGCAGCCCCCAATACTTCACAACATTCTTAAAGAACAATTGTGCAGC TTCCTTAGCAGTACAACCGGCTGTGGCAGGCATGAATGTAGCATATTTGGAAAATCTATC CACTACGACCATAATAGTGCCAAACCCGTTTGACTTCGGCAAAGAAGTAATGAAGTCCAT AGATATGCTCTCCCATGGACGATCAGCTATGGGTAACGGCTCCAACAGCCCTCCTGGTTG CCTTTGCTCTATCTTGTCTTGCTGGCACACTAGACAAGTCTGCACGTACTGCTCAATCTC TTCCCGCATACGTGGCCAGAAATAGAAGGCCTCCACTAACGCCCTCGTTCTCTTCTGTCC CGGATGCCCAGCCCACGGAGTGTCGTGGCTTTCTTTGATAATACGCCGCCTGATGAACCC GAACTTTGGTACATAGATCCTCCGGCCAGTGGTAAGCAAGAATCCGTCTTCTACCCAAAA CCGTTTGGTTTGGCCTTGAGCAGCTAGCTCCATAATCTTCTTGGCTTCCGGATCGCGTTG CATACCGTCTTTGATTGCGCCTTGGAATTCACTACGGACTGAGGAGATGGCCGCTAACTC AGTCTTTCTGCTCAATGCATCGGCTACCACATTGCCCCTTCCTGGTTTGTACTCCAAGTT GTAGTCAAATTCAGCTAAGAAATCCTGCCAACGAGCCTGCTTTGGTGTGATCTTCTTCTG CGACTGAAAATAGCTAGTGGCAACATTGTCAGTTTTTACTACAAATTTGGAGCCTAGTAG ATAATGCCTCCATGTGCGTAGACAATGCACAATGGCTGTCATCTCCTTCTCCTGCACAGT GTACCGTCGTTCCGCTTCATTCAGTTTTCGGCTTTCGAATGCTATGGGGTGCTTCTCCTG CATCAAGACTCCCCCAATGGCAAAATCAGAAGCATCCGTATGGATTTCGAAGGTCTTAGT GAAATCAGGCAGCATCAAGACTGGCTCTTTAGTAACCGCAGCCTTAAGACCCTCGAACGC TTCCTCGCACTCCACGCTCCACAACCAAGGCCTGTTCTTCTTCAGCAGCTCGGTCAGTGG TGCAGCAATAGCGGAGTACCCGCTGATGAACCTGCGATAATAATTAGCAAGTCCAAGAAA AGAACGTAGCTCGGTCATTTTTGTAGGCGCTTCCCAATCTTGGATCGCCTTTACCTTTGC CTCGTCCATACGAAGCTCACCTTGGCTGATCACATGGCCCAAGAAATGTATCTTTGGTTG GGCGAACTCGCACTTCTCCCGCTTGACATAGAGCTGATTTTCCCGCAAAACTTTGAAGAC CTTCTTCAAGTGCTCTACATGCTCCTGCAAAGTGCTACTATAGACGACTATGTCATCTAA GTACACCACTACGAACTGGTCCAAGTAGGGATGCAAAATCTCGTTCATCAGCGTGCAAAA TGTGGCAGGTGCGTTGGTTAAGCCGAAGGGCATCACCAACCATTCGAATGCTCCATACCT GGTCACACATGCTGTCTTTGGCTCATCCCCTTCTGCAATGCGCACTTGATAGTAGCCTTT CCGGAGGTCCATCTTGGTGAAGTATTTGGCCTCTCCAAGACGATCGAACAAATCTGCGAT CAGTGGGATTGGATACTTGTTCCGGATTGTGATCTTGTTGAGCGCCCTGTAGTCAATGCA TAAACGCATCGATCCGTCTTTCTTCTTCTGAAACAGCACTGGCGCTCCATAGGGTGCCTT TGATGGACGAATATGACCGGCTTCGAGGAGCTCTTTCAATTGCTTCCTCAGTTCTTCTAA TTCGGGCGGAGCCATGCGATAAGGTGCAAGCGCAGGTGGCTTGGCTCCTGCCTCCAACTC AATCATGTGATCTACCTCGCGCCTTGGAGGTAGTGTCTTCGGCAGCTCCTCCGGCATCAC ATCACTGTTTTCCTGCAAAACAGATTCTATAATAGGTGGCAGTGGCTGCATAGCACCATG GTCTTCACTCGAACTTGCGATGGTGGCTAAAAAGGTTGGCGCTCCTTTCTTCAGGCCCTT CACAATCTGCATGGCCGACAGTTGAGCATATCCGTCTTTCTTCGGCACCCTAATAAGAGG CACCATACAAGACCCTTCCCCCTCCATCACCATGAGTTGTTGAAGGTAGGGATCGATCAT CGTGTGGCAACGTTGAAAGAATTCCTGCCCAAGAATGACATCGGATATATCCAAAGGAGC TACGGTAAAGTTTGTCTTACCCTTCCACCGTCCTAAAGTGATGCCGACCCCATGAGCAAT TCCACACACGGGAGTTGGTGGGGCATTGACCGTCTTGAGGCGATTGTTACTTGGAACAAT TTTCAGTCCCAATTTCTCTGCCGCCGCCTTGGTCATGATGTTAGCCTCAGCCCCGGAATC TACCATGGCCCGAACTGCTTGCCCATTGATGGAGATATCCACATATTGTGTGCTGAAATC CCCCGGGTTGTCAGCCTGCTTTGCTATGGCACCACAGATTCCAACCATGCCCAATTGAGT GGTGTCTGCCGGTTTCGCCTTGTCTTGTGCCTCCTTTTCCTTCTGCTCACGGACGATGGC ACCAAGGCTCTTCATCTCTGGGCACCTAGCGTAACCATGTGGTCCGCCACATATATAGCA CCCGTCTCCTCTACTGGACTGCGTCCGCTTCTCCGAGAACTTTCGGCGTTCGAACCGTTT GCCATCGGACTTGGGTGTGTCTTGCTGCTTGGGTTGTGCCGACGGTTCTCTGCCTCGGCC ACGGTCTCCCCCACCTTTAGCTTGACTGCCCTTTGCCTCCCTGCCCTTTGCCTTGTCCAA ACGATCGTGTTTGAAGTCTGTCAAGGTCTCGGCTTGAGTGATGGCCTCATCGATGGTTTT TACTTGACGCCGCTCTAACTCGGTCCTCGCCCAATTCTGCAGCCCGTCCATGAAGGTGAA CAGCATGTCATCTTCCGTGAGTTGGGGAATCTGGAGGGTCAAGATTGTGAACTCCTTCAC ATAGGCCCTAATACTTCCCGTCTGCTTCAACTCCCGAAGTTTGCGCTTCATCTCATAAAC AGCATTGTTGGGGAAGAAAGCTTTCTTGAATTCCTCAAGGAATTGTTCCCATGTGTCGAT GGTGCGTGTGCCCCTCTTGATCTCGGCATCTTTGCGTTTCCACCACAACATGGCTACGTC GGAAAGATACAACACGGCAGTGTTGATCTTGCTTGCATCGCTCCTGACCCGATTACACCT GAAATAATTTTCCAAGTGCCATAAGAAATTGCCTACCTCTAGGGCGTCTCGGACACCCTT AAATGTTGGTGGCTTGGGAACCTCGACCCTGGTCTCCCTCTCCTGGCCAAGTGATGCTGT TGCTGCAACCTCCCTCTCTTCTTCGAGGGCTACTACCTTGTTCTTCAGGGTCTGGATCAT TGTGGTGGCATCCAACAACCTGAACTCCAAGGAGGTAATGGACTCCTTCAACTCCAATTC AGTCCGCTTGCGTAGATCCAACTCCTTCCGGATGATGTTAACTTCTTCAAGGGAATTTTC TTCAAGGTTTTTAACATCGCTGTCCAAACCATTCAAGCGCTGCCCCAAAATCTCAACAGC AAGTCTTGCCCTCTCAATGCTGGCAATCCATTCATGTCCAACAGTGACGTCTATAACGTC GTCGCTGACGTCGTCTTCACTTTCCACATCTGTATTCTCCTGGAAAGATGTTTGTCCGTC GCCTGGTGGAGGATCATTTGTTGGCAGACCGCTTGATGGTAAACCTCCTGGTGGAACACT GCCTGATGGCAGGTCGCCCGAGGGGACACTGCCAGATGGCAGGTCGCCTGGTGGAAGACT GCCTGCTGGCAGGTCGCCCGGTGGAGGGTTGGGCAGACTGGGTTCATTGCCCTTCTTGTT CTTTCCCTTTTTGTTCTTCTTTCCTCCCTGAACGTTGGGGGTGCCGCCACCGTTTCCTCC GTTCGTCATTTTCCTACGATAAACCAATGCTCTGATACCAACTGTCACGGACTTTTTGAT TCGGACTAAGTTCCGTGCGGCACTAGACGGTTTACTCACGACTCTTGCACGTTCTTGCAA ACTCTAGTAAGCCTAAAACTCAGATCGCTAAGAAAATAAGAAGTAAGACAGAACTTTGGA AGAAGGAACTTCTATTACTTGAAAATAATTGGATGCTTTACAAGTAAAGTAATCTACTAT TTATACTACTCTAATGCTGCCTAAGAGTTAGTAAATAAACTATACAAGTTCCTAAGACTA TGCCTACAAGACAAGCTTCTAAGTCTTCCAAAAAGGACTCCTAGATGCTCCTAGTCTGCC CCATGATCTCCACAAGCCTCTCAAAGACTTGTAACTTCTGTAACAGCCGCCCCACTAACT GTTGTAACAGTTGAAACTGCTGTAACTGCTGCCTCTTCAGCTGCTGCAGGCCTCCTTGGC TGCTGACCTGCGTGGTCAGCCTGCTCCCCTGCGCCTGCTGCGCCTGCTGGCTGCCTCGTT GGGTGGCGTTCGGCCTGAATGGATGGCGGGACGTCACATATGGCTCACATAAAAATAATT AGGTGATTCAAATGCTTTTCGAATATGATACAATTACATAAAAATTTAACACCTAATCAT CTCTTAATAGACAAAATGGCACAATACATTCAGAAAAGTGTAGTAATTTATATATTTTGC ATGTGATATAGTATTAATTGGTGAAATATACAATGAAATTAATGATCATAGATTTAAAGT TTGAAAACATACCCTAATTTTTTACTTTTCAAGAAAAAATTTGAGATTAAACTAGACTGA ATAAACTACTTGAAATACAAATTTAAATAAACTACTTGAAATACAAATTTAATAATGTGA CACATTTCGTAAAGGTGGAAGTGAAAAATCAGCACAATTTCAAATATATTAGATGTCAAT TAGCAGTTCATGCATACCCTTCTCATGACATTATTTGTTATTAATTTAATTTTGAAAATA GATTTAATGATATTTTAATCTTAACAACATAGTTTAGTCACAAAAAACCATAGGATATTT CAAATAAAACACATCATTATTATTATGTAAGGTCAAAAATTATTTTATTTGTATTAATTT ATATGATATTTTTTATTTTTAAAAAATTAAATAATTTAAATTTAATTAAAAAAATTAATT TTTTTAAAATAAAATTTATGATATTATAAATTAACATAATTAATAATTCAAAATATTCGA TATATAATTTTTTTAATCTCAAATTAAAAAAATGCAACATAAACTTACACCGCAGGCGAC TTGCTCCGTCCATCATCTTCGTCATGTCAAAGCTGCCATTTTCTCATTTTCCTTATGCTT CTTGGACTGCTCGTGATTTCTCCATTGTTTCTCACTCTTGAACTTCTTCCCACACACCAC ACAGTACAATTCCTCCTCTTCGTCCTCCTCCTCCGACTCCTCCTCTTCGATGCCTCCATC TTGTAATTCCTCTGTTCTCGTCCACTCAGGCTCTACGTAATTTCTTGCTCTCTCAGCCTT CTCTCTTTCCAATTCCTCCATTCTCTTGCGTCCTTCTTCATTTTTCTTCTCAAGTTCCTC ATTCCTCTTCATCTGCATCTCAATCACTCTCCTATCTCTCCTTCTAACAAACTCCGCTAA TCCTCTAACAGTCACATTGTAATCCCTTTTCGCCTTTTTCCTCAGCTTCTTGTTAATATC TTCCATCATCCGTCTGGAATTTCTGTCCGATGCCAAAGTCGATTTGTACACATCTGACTG ACAAAAATCATTCACAGTAGCGAATCCTAACCAATAGTTATAGAATGCCGTAACCTGAGC ATAAGGACTCTGCATATTTCCCATAATAGGAGCTTCTTCTGGCAAATTTGTACCTAACTT CCTAGCCAAATTCAACTCACGGTGGTAGATTTTCTCGAAGAGATCACCGTACACCTTGTA GAATCCTTTCCTCTCATCGGAATATCCAGAATACACTGAATTTGAAAAGAAGGAGGACAG ATCGGGAACGGAACCGGAGTAATTAGACGAATTCTTTGGATCGGAATTGGAGAAGAGTAT CTGATAGGCAGAGCGCTGGGAATCGTACGAAGCACGCTCCTGCGCGTCTGAGAGAACGTC GTAAGCGTTCACAAGCTCCTGAAATATAGCGGTTGCTTCAAATTCCGGCACGCCGGATCG GACGAGCTTGTCAGGATGGCGTTGCAGTGCGAGCTTCCTGAAAGCCGACCTGATCTCGTT CGGGGTGCAGTCGCAGTTCACGCCGAGGACCTCGTAAAAGCATCTTTTCTCCGACGACAA TGCCGTTATCCCCGGGAAAGAAAGAGAAGTAGGTTTAGGTTGGTCTGTTAGGGGCTGTTT GGCTGCAAACGGCAATGGTACCTTCTTGAGAACAGACTCCAACAGCCATGACCAAAACAT GGTTGTATAGTTTATAAACGAAAAAATCCAATACCAAAAAAAATAAAAAATAAAAAATAA AGAGGCAAGAGGTATTACTCGATGACTTAAATTTTCACTATAAGAAAAATTTAATGGAGC AATCGTATTTATAATAATAACACTACAAAATAAAATTTGATTAGGATTAGGATTAAGAAA TTTAGTACAAACCAAATTGGATTAGAATCACAATTAAGAAATTTATTCCAATATAATATA TCAAATACCAACTCCTAAATAACTTTGGTTAAACTCTTGATTTAATTTATCTCCTATTAG AAATATACTAAAATAATGAAATTAATTCTTCATATTTTAAAGAACAGAATAGCTAATTTA ATAATAAATGACTATTCGATACCGAATACCAAACAATACCTTACCGTCTAGTACTTGGTA TGAGTAGTATAATTACTGATAAAATAATATAACTCCTCGATTATTCGATTTTATACTTTA TTTTGCAAAATAGAATTTTGAAAAGTTCAGAATTTGGATTAAAAAAAAAAGCTCAACAAA ATTATTCAAAAAGAATTCAACATAAATTATTTGAAAACATCCCATAATAGTATAAAGTTT TGCTTCAAATCAAATATTTCAAGAAAATAAAATGTATTGTAGGTTTGGAAAACAAAATAA AAATAGTAAAGGGGTATGTCATATGTTATAAACAACTTTCGATTGATATACACCTACATT ATAATGGAACTAATTGCCTAAATATAAATCTATACAAATAATATAAAAAGTAAAGAGAAA AATGGTTTGGCGGGGAAAAAAATTGGAGTTCTATGTTCGAGTGTCAATTGGAGTTTGATT TTTTTCTTAAATTTATCAAGTCCAAAAAATAATAAATTTCTAAATTTAAAAGCAATTTAA GTATAAACCTTTCATTATTATTTATTACTATAAAAAAGAGGTTGAATAAGCAAACAACAT TTCATTAACATGATTGCTTGCTTATTTAGATTTTAAATAAAATTGAGATTACGTCTATTA ATTTGCAATTGTATTTGCTTATACATATTTACGTAGCAAAAACTACTGTGGCTACTTGAA TATTGTCCATTTACATTCTAGGATCGATGAATATTTGCAATTTCTTCCATTTGTTAATTT TAGAATTTGTATGGCTTTCAAATTCTAATTGATATTACTATTTTACCGCAATACTTATAT TAATTGACATAATTATATGTTTTATTAAAATAATTTGAAATGAGTAATTAATGTCGAGGG TAAAATATGATAAGAAAAAATGAAAAACTTTGATATGCTAACTATATAATTTTAAATAAA TACTCCATTAATTAAGAAATTTTGTTTTTTAATTATTTCATTTTCTATCTTACATAGAAT AATATATAATTTTTTATAATTTATACATATATTAATTATGTATATTTTTAAATTTACAGT ATCAAAAAAATCATACTAAATAAGTACTATTTAAAATATAGAAAATACGCCTATGATTTA AATTTAAATTTTTGATTTAATTATCCAAAATTCTATCATAGTTTATTGTTATTAATTAAT AACTAAGAAATACATTTGCTTATTATTTCTCAAATTCTCTTATATTCATAAATCCTCTTT GATTGCTAATGTTAAGTAGTTCGTTGATATTATTAGTAGAAAATAAAGAAATGTTATTGT GTTTTAAGAAATAAAAAATATCATGAATAAAAATTATAAATATCAAATAAGGGAAAATTG TATAAAATAGAAAATTATTAATTAAAATAAAATGTTATAATCACAGTTCCATTTAATAAT AATTCGTAGCAAATATTTTGTCATTCGCCTATCTCTCGAATATCTCGCTTGCCATTTTCT CTCGCGTCTCTTACTTTATACAAACACAAATATATAAATTATGTTTATATTTGTATAAAA CGAGAGAAAACTATATTTACACATACAAATGCACATCTTTTTTTCGCCACTCTCTCACTC ACGTCACTTTATATAGCACAAATATATAAATTGTGTTTGTATTTGTATAAAACGAAAGAA GACTACATATACAAATACATATACATATCTTTTTGTTCTATACACTTATAATTATACAAT ATAAATTTTCACCTGCCCATTTCTCTTTTTCCTTTTTCTTTGTTCGTTTTATACAAACAC AGATTAGACAAAAAAATACTTTCTTATTTGTACACAGATTCCAAATATATACTTAATACA ATTGATCAGTTTATATAAGTGTACCAAAATATACATATTAATAGCCATAAAAAAATTGTA AATTTCATTGTAAAGCGCAATTATGCAAACTATAACTATAACATATAAGTATGATTTATA TGTTTGCTAAAACTAAAATTTTTTACTTTTCTAATAAGACTAACTTTCACATATAGCAAA CACAAATTTTATATTTGTATGTTATAACAAAGTTTGCATAATTGTGCTCCATAATATATT TATAATTCGCCATACATACACAGAGGAACCAAGAAAACAGTTGTATACAAATCCATTGTA TAATTTGTGCACGTATAAAATGAGAAAGAGAAAAAAATAAAAGAAAACTGGGCAGAGAAA TATTTGTATTGTATAATTATAAATGTATAGGACGAAAAATATATTTATTTGCAAGTGTAT ATACAATTTTCTCTCGCTTTATACAAACAAATACGATTTATACATTTCATTTCTATTTGT ATAAGTGATAGAGGCGAGGATGACGAGTGAGATTTGAAAGAGTGGCGAGAGGGGAACGAA AATACATGTATATATACAATTTTTTCTCGCTTTATCCAAATAAAAATACATTTTATACAC TTGTGTTTGTATAAAAGTAAGAGGGAGCGATCGAGAGATGAAGCGAGAGAAGGAGAGTGA CAAACGAGAATTTGAGGGAGAGAGGTGATTGGCAAACAGTTTGTTACATGACACAATTAA ATAAAAGTGTGGTTATAACATTTTTTGTCATTGTATACAATTTTCCCTTCTAATAATAAT GATTGGCCCCGTGCGGAGCACATGCTTTCCCTTTTCTAGTATTTAAAAAAAAAAAACTTC CACGGTATAAATATTACAACCTATTTATTTATTTAAGATGATAAATAAATCTATAAACAT TTAAATTTTTGTACAACTAAATAAAAATAAATATTATAACCTATTTATTTAAGACTGATT AATAAATATACAAACATAATTTTTTTTTAAAACTAAATAAATATATTCAAGATCTGAAAT ATTAAAAAGTTCCTTTTGTTTTTCTCCTAAATTTCGTATGAAGCTAAATCGGGCAGGTAC TTTAATAACTTGACCCATTCGTAGCGGAAAACAAACGACACCGCATTACATCCAGCTTTA AAACATTTTCGGGGCAGCGACTCGGATCCTTACTGTGTCTCAGCTGACATTTCAAGCGAC TGTAAACCCTAGCGTAAATTTGTCGATCTGCGAAGAGGATAAGCCTGAGGAGGAAGGTGC CGATCAGATCGAATCGGATCAACAATGGCCATGGCTGCGTTGAGGCGTGAGGGAAGGCGT TTCGCCACACCTCTGATTTCTCCCAATCCTGCCACTGTTTTTCGTTCTTCAATCATTCCT TCTGAGTTAGTTTTCTTCCAATCCTACACTCTTATCATGGTTTTTTTTATTGTATGTGTC GAATCTGTTGTCAGTAATGACTCGCATTGATTCTTTGTAGCTATCTCGTTAAGTCAATCT GGCTCTGTCGTTTTTGTTGTGATTAGATATGGAATGTATATTAGTGATTCGTAGAGTTGA TCCCAGATAATTTAGGACTGAGGGGAAATGAATTGATTGATGGCTCTATTTTTTGTTTTG TTTTGTTGTAATGGTGGTGCCTGCGCTCGTTTTGCCGTGGAATTTGAACCTTGGTTCCCC AAGGTTGCCATGTTGATTTTTCAATCGCTGGGCCACCACTAGATGGCAATTGCTTTGTTT TGTACAGGAGCACATTTATCAATGATGAAGCCTCTAGCAATTTAGGGTTGAAATCACCTC ATGAGTTTTGGACAACAATTTTTATATCTCTATGAGGTTAATTATTCAGTTGGTGAAGTA ATTTGGTTTGAGGAATTAGTAACATTCGTGTTGTTATCTTTGACAAGGGGGAGTTTCTCC TTTTCTCTTCAGTTAAGGGAGGTAGCTTGCTTTTTATTCAATCTAATAGCAGGACAAACG CTAAAAGGTTGTTTCTGCTTCTCCTTTTCTTCCCAAAGTGGTCTGCAGTTCTAAATCCTA AGAATTGATGGTTTATGTTGTTAAAGCTTGTATGAAGTCCACTGGATTTCGATTTGTTGG TGAAATGGTTATATATATATATTTTCAGATTTAAGAAAATATTACTAGTTATTTGGGCAG AAAGTAATAGGTTGCTTTAAATTTTGACCCTATATAGATTTGTAATTGACATGATCTGAG CTTGGAGAGTGATTTTGGATCTTGGAAGAAGTACAGAGTTCAGAGGTTTTTGAAACAGAA GTTGTAGCGAGAACAATGTAGAAAAATAGATGTAGTTCAACTAATGTCTATAAATTGTGA TTTTTTTTGAATGGATTATGGGGGTTGCTGCACTGACATGAAATTTGTTCCATGGGCCTG TATGTTCAACAGGAGACTGATGATCTCCCTATCTGCATTTATAACAGGCTCATGCTCATC ATCTTGGCTTATATTAATATATATTATTATCCATTAGCTTTTTTCAAAAAAATTATGTTC TATTTTGTAGTGTTTCTACCTTTTTAATGACCTACCTTTATATGCAGGGAACCAGTCTTG TCAGGAGTTCGATGTATTTCAACTCAAGTTGGTAAGAGTCAGCCGTAATCATTTGATGCA CCCCATTTTCCTTTGCCTCTCCTATATTCTCGTGATCTTCTCTACCAATTTTCTTGTTGC TACATTAAGTGTTCACATTGAGCATTCCCTTGGGCAGTCAGAAACCGGATGAAGAGTGTC AAAAATATTCAGAAGATTACGAAGGCTATGAAGATGGTTGCTGCTTCAAAGCTCAGAGCT ATTCAAACTAGAGCTGAAAATTCACGCGGCCTATGGCAGCCATTTACTGCCCTTCTTGGT GACACTCCTAGTAAGTTCATGATTAGATTGTTTGGATCTAACCAAATTCTTGAATCAGTT GTGAGAGAAATGGTGGAAGGATAGGGATGGATCATATTATGAGAATGCTATTCCCAGAAT ATTTTGAGTTGACATACTTGATAAATGTGGGAAAATGATAAAATGAAATTGTTTGCCTCT CTCTGCCTCTTGATTTTCAGTCCAATGTCAATGTTCTATGTATTTGATGCAACAACTGAA TAATTATCTTGTGGAAATGTGTGTCGTTGATGAGACTTTGTGAGATATCTTTAGTTGCTC CGGAGTTTGTAATTTGATGCAGTCAACATTAAGCAGTCAATTAGATTTCAATATATGGCT GGTAACATCTGTAATGTTTGCTTCAGGTATTGATGTCAAGAAGAATGTTATTGTTACCAT TTCCGCAGACAAAGGTCTTTGTGGTGGAATCAATTCTACATCTGTCAAGATAAGCAGGGC TATGCATAAGTTGAATTCTGGTATAATGCTAGATTGTTTAATCTTAAGTATATCTATTCT TGAGGAATTAGTTCATTATTGCTTTATTTGTAATTGCTAGGTCCTGATAAGGAAAATAAG TATGTTGTCTTGGGGGAAAAGGCAAAGGCTCAGCTGGTGCGAGATTCGAAAAAGGACATT GAGCTGGTCATGACTGAGTTGCAGAAAAATCCTCTTAACTACACACAGGTTATGATGCCT TAAATCTTCTTTCTTACTACTTTGTTTGAAGCACACCCACTATTTTTTTTAATTGTTGCC AGCTATTTGCTGAAGTTGATGCTGCTGTAGGCTCACTCTCTGGTACATGGATTTTTTTGT TGCCTTAGCGTAGCCTTGTCGCTGGTGTGAAATGGGTGATGGTACTTTGTGCATGATATT GAAAATACAGGCAAATTAGCAAGAGACTTGATGTACATTTATTGGAGCTTACACACAAAC ATTGCATGTACCTGTATCGGATACTTGCACACCGCCTTTTTTTAGGATACTTGCACACCA CCTTTTTTTAGGATACTTGCACACACCTTAACTTAACCAGATCATTAGCTGAGTCCATGT AGTATAGGCTCACATTTTTTTTGTTAGATCTGTTCATGAATCTGTGATATAATTTATGTA TTGCATTTTGTTACAGAAATAGTAGATATTGGAAAGCTGTCTTACTCTTCTTTATTTTTG TTTCCAGAATGTCAACTTTGGCAGATTTACATTTTTGTTAGCTTTACTCTTGTAAAAACA AACTTGCCTTTTCTTCAAAAAAACATGTGCAAAAAGCAAACAGTTTGATTGCATTGTTGC AACTTTAAATTTCTGTGTATTAATTGAAAATCTTATAGTGGCTGCAATACTTGTGCACTG AAAAAATATAGCAACAACTATTTATATTGATTTCTATAACCTTTTCCTTCTACTGATTTA TGCCATTCCTCTTGTAGGTTTCTGTGATGGCAGATGACATCTTGAAGAATGTTGAATTTG ATGCACTGAGGATTGTGTATAATAAATTCCAGTCAGTTGTCTCATTTTTGCCAACAGTGT CCACTGTACTATCTCCTGAGGTGCCTAAACTGAAAGATCTTGTTGTTCACTATGTTTCTT TCTATTGTGAGTGTCTGTTTCTTGGAACAAGTCCTTTGTGGTTTAATGTAGGTTGTGGAG AGGGAAGCTGAATCTGGTGGAAAGCTTGGAGATTTGGATTTATATGAAATTGAAGGTGCT GAGACAAAGGGTGAAGTTCTTCAGAACCTAACTGAATTTCAATTCTCATGCGTAAGTTTC GCCTTCTTAGTGTTAGAATCCTCTAATAAGCTTGTTGTTTGATCTTCAGACTTCTAAGTA CTGATTTGGTAGTGGGAGAATGAAATCAGTCTTCAGATAATTATATTGACTGCTAATAAA ATGATTTCTTTCAAGGTGATGAATATGATGTTCTAAAATTGGGTAAATGGCAATCTGTCT TTTCCAGATGATGTACAATGCAGTTCTAGAGAACGCTACTAGTGAGCAAGGAGCAAGAAT GTCTGCCATGGATAGTTCCAGCAGAAATGCTGGTGACATGCTTGATCGTCTCACTCTTAC TTACAACAGGTCTTACTTTTCACCCTGTCCCTATCACACACATTTGCACTGCCAAGCTCT CATAGATGCATACTTTGTTTACCTCAGATGATTGTTTAATTATGAGGATAACTTATATTA TTGATAGTTGATCAGCTCTTTGTTGTCTGTCATTTAACCAGTCTTCTTCTAATTTTTCTG TGAACCAGAACCCGTCAAGCATCTATCACCACAGAGTTGATTGAGATCATATCAGGAGCA TCAGCACTGGAGGGTTAATTGGACATGCTACTCTGCTTTTATTTGACGGAGACAATAAAT GATGTGTAGGTTTTCTTAGCACCTTGTGGTGACCAATTATCAGTTTTGATTATGAATAAT TACCAGGTTAACTTTATTTCTGGGAAAAAAATTTGTTTCTCTGTTGCAAAATCGTCAGAA ATGCCATTTGAGCTGTTCTCTTTCGTTCTTTGTTGTACCGGGCTTGAATGGCCGTAACTT GTTCAAGAATATTTTCTTGAAAAGCTCTTTGCCTTTATATTCATGTTTTTTGGCTTGTAA GTTGAAATGTAGGCCCTTCCGTCAAGTTTCTTCCCTATGTGAGATATTCTGGTCCACTGT ATGGACGTTGATAGTGTTTCTAAATCTAATCTGGTTCTATCAGCCTAAAAAATTGGCTAT GGAACATTTTTCAACCATGTGTAGCTTATATTGGTACACTTGCAAAGGTACCTTATTTCT TCAGAATGGAAATGCATTTAGGTGATTGTTATCTCCTGAAAGATGCTTAAGTTGGTTTTA CTCATCCAATATGGATGGAGTCTGTACCCTAGATTTCTCATCTCGAATGCTGCCTTGGAA TTTATCATGGGCAATATTTTTGTATTCCATTGTTCAAAATTTTGCAAATATTAGAAGAAT ATTAATGCTCAGTTACTGCTGAAATACAAGTGCATCAGTTTAGTTTAGGTTTTCTTTTCA GCTCAACAGCAGTGATGATGAGCTCTTGCCATTATTTTTTACGAGAAACCATGCTACAAT CTATTGTTGCAAAATCTTTGATAAGGATCTAGAGATTATTACATTTTATCTGCTGCAGAT AACTATGTTATATTATCTTTTCTGCTACACAATTGTCACAGAAGTGTTTCATTGTTAATG TTGCCTTCATTGTAATGTTACTGTAGGCGAATGTGTGTTTTTGGCTTTCATAGCCCTATT CATGAACAAGCACAACATGGATGGTAATTTGGACCCCCTTTTCCTCTCCATACCCTCTTA ACCCTCCTAGAATGCCCCGATCATTTCATTGTGTTTTTTTTTTATAGAAATAATTTGAAG ATTCTCAAAGAACTAACCGGGACTTGGAATTGTGATATGCTTGTAACTTATGTGATAATT CGGTACAGGAGCAGCCAAACTCCTCTTGTTAGTACCTTTAAAGATTGTTTACTTTGTTAG ATGCTTATAGCCGGCTAAGAAACTGCTTTCTTTATAGTCTATTCAAGTCTAAATAGTACT GTAATTTGTTAGTTACTTAGGCTTAGTCTTGGTGATCTGTTTAAAATATCAGCTGTATAC CAATGATCTCTTAGTACAGGAAAAAGCAACCAAGATATTTCTTGAAAGCTAGTGTCAAAC TCAATTAAGAGGGGTGAACATAACCCTTGATATTTTTATCTGTCAAAATAATCATGTTGT CAATTCTTATTTGTTTCTTGTATCAATGGAACAATAAGTTTTGGAAACATTTTTGATGCA AGATGGAATTATCTCTACTAACTCTTTGTCAATTAGCAAAAAGAAGTGAATGGTAATGGT CCCTTTTGTCTTGCTAGGTTCTTTACAACCCATGAGAGGAATGCCTAGTTACTAGCTACA TCCCCACTACGTGACAACATGTCTTTAACTTCACCTTTATAGGCCCTTTTTTTTTTTAAT TCTTTGAGTGTCTCTTGGTAGGAAAGGAGAACACGTTTTACATGTTATTTTCTATATATT TTTCTGAGTGTTTGGTAAGTAAATAGAAAATAACGTGAGCATTTAAGTCGTATAGGTTAA TGGTAAGAGTTTTTAAAAATTGTCAATGTAATATAACGTGTTATAAGTAGTACGTTATTA TTATTTTGTCCAGGTTGCAAATATGCAACTACCTTTTAAAAGTGATTTTATTGTGATATT TTTAGAACTGTCTATTAATATTGCTAATATAGCTTCAATCCCTTGTAAATAATATATCTC TCTCTAAAAATTCAAATACAAATACCAAATCATTAAATTCAGTAGTGGCTGTGGGTTTTA CCTGTTACTCTCATTATTTTTTTTCCCTTCTAAGACAGTCAGTTTCTCATGATAACCACT AGTGCTCCATGTGAATCATGTTCTTTTAAAGGTTTAAGTACTTTACAAAATTTTCAGTAG CTATTTGATATTCATATTAAAATCGAATTTATTTAATTTATGACAAATCTAAATAAAGAC CATGGTTCCAACTAAGTTGACATCTCAACTCCACCCTCACCCCTCAACAAACCCCCCAAA ATAAAATAAATAGATCAAATAACTATTATAATATACACAAATTAATAAAAAGTTAGCCGT TGGATATTTTGAAATACACATGATATAAAAGTATTCCAAAATCACATGGTTCTCATGACC TTTTAGTTATATATATATATATATATTCCTATGTTATACTGTTGAACTTTAAATAGTTTA AAAATAGGATATTAAATGAAAATAGAGACGGACAGACCTGGTCTTTTGGATTGACAATTA CAAGAATGTGACATTACATTTACATTATTTCATCTTCAAATAGTTGAACAAGTTTTGTTT TCAAATATTGACATTGGTTGAAAAATACATAAAACTCAAAACTTGAGTCGAAGTCATTTT TCCAAGCTATCTACTGTTATATTTTTAAGGGCATTATAATTTATTGTAATTGAGAATGTA TCGCGGATAAATCACAATGGTATGGTAGGTGAACCAAAGTTGTATTATATTTTACATCCT AGTAAATTTGATAAAAGTAATCTTCCAATTAATTACATAATCTTCCAATTAATTATCATC CATCTCCATTTGGCTATAAAAATAAAAGACCACTTTCCTTATGTTTTGAAGGAAAAAACA AGAGACTTTTGTTATAATAACTAAAAAAAAATAACATATTTTTTGTCCAATTGGAAAATT TTCTTTACTGTAAAAACCTGCGCCTTTGTGTGTAGATAATGGGGCAAAATGAGAGGAGGA CCCAAATCTCCAACAAATGCCCCAGCACATGCCTGCTCTAATCTTGTGTGACCCTTTTCT CACCAACCTCTGAAAAAGAGTGAGCTTTTTTCTTTATCTTCAACACCCCCAAATCATTTT TCAAGATTACAGTCCCTTACTTTATAGTGGTGGCTGAGTTCGGTGAAGTTTTCTGGTGAA ATTGGTTAGTTTTTTATTGGTGGGGTTTGGACTTCACATGCGTCTTTGAAATGGGTTGTC TTTAGATTCTTTTGCTTTTTTTTTTTTAATTGGGAAAAATTGATTCTTTTTTATTGATGC GTCGTGCGCTGCAGAAAGGGTGTTTTTGCGTATGTTTTTTCAGGGATTGAGGTTGTTGCT CGTGGTTATTGAATATGGCTTGTGATTGTTCGTAAAGTTTACAGGTTTGACAAGTCGTAT TTGGTCTTTCTGGATATTGCCGCTCTTCAGAAAAATTGAATAGTTTTGGATATTGATTGT TTGATTAAAGAGTAATCTTTCCTCATTTGGTGATTTTTCGCTTTTTCTTTCCCATTTGCA TTAGGGTTCTTGGCTATAGCTCCTCAAGAACAGAACTTTTTTTCCTTTCTACAGAACCTA GATAAGTTTTTCTTTGTTTCACTTGGAGAAATTGAGGCAATCCTAGCTTTTCTTCACACC CTTTTGAATCAAAGCACAGAGGTTTAGTGTTAACTTCCTGTTCATTGTGATTTCTCTGGC ACTTATCTTGTCTTAGCATTGGAGTAGTTTTTGCCTTTGCCGAAGATGATTCTAACAGGT AGATTCCGGCTGTAGAGCTAGGTTAGTATAGCTGCTGTGAGGATTGCAGTGAACATGGAT ATTTGGGTTGTGGCTGCAGCTGCTGGTGCTGGTTATGTAGCCCAGCATTGGAAGAACCTC TTAAGAAGCCGGCATGATTTGTTAGAATCATCTCCTGGTAGTCCTAGTTTTGTACGAAAT GATTCATTAACGCGTATGCATCAAGTCTCGGATAAGAATTGTTCCTCTCCTGTGGAGACA CCGAGAAAGAAACTAGATGAGTGTGCTGCAGAAAGATTGGCTTTCCATGATCCAGAAGTG GCTTGCTCCAGCAGTTTGGCTGATGAAAGATTAGGGATGTTGTGTGATTCTGATGATTTC CATTTGAACTCTGGGCTGCCGTGTGGTAAAGAACTTCAAGGAGATCAGGGTGGAAGCATA TGTGGTAACATCAATGAACTGGGATATGAGTCATCACTCCCCCCATCTACTGCTGAATTG ACATTTTCTTATGGTACTTCAAGGAAAAAGAGCAACCTTCGGAGTAGACGAAAAATTGGG CATCTTATAAAGCCTCTGAATTCTCTTGAAAGTTGTCTCATGGCTCAATTATACAAGGAA CATGGTGATGTTGAAGACCATATTTTCAGTTCAAACTCTTCACCATGGACTCCAACTGCG AGGCCTTTTGTAGTTACTGACGGGAGCAAAATTATAAGCAGGGCTAGTTCTAATTCTATT AATGCCCCAAGAAGTGCTGGACATCAAAAGCAGCAGGATAATTTTTCACAAATGAATACT GTATCGGGAGTCCCTCAACTACCTAGTGTTGGATCCATGGAGCTCCTCAGGAAAGGCAAG GTGAAGGATCAGTCCAGCAGATTTAGTGATTCCATTGGAATGAACAATGAGAGAAAAAGC AGTTTGCAAGGTACTTTTTTCTGTTTGGAGTCTGATTTTGTCATGCTTTCCTTGGTAAAA TTTAATGAAATAGATACGTATTATATTCCAATATATTGAACACTGGAATAGGAGCATTCT AGGAAGTGTTCAAAAACTGTAGGGGATGTAGCTCCAGATAGTTCCATCAGGATATTATTC TAGTGCAAACCTGTGCAAGTGATAGTTAACTAAACTCTCACATAATGGAACTCATGACTG ATTCATCCCTTTACCTGCAACAGTTGATGGAACAAAAATAATTTGTACATTTTTTACCTT AGTGTCATGTCTGTTTCTTTCTTTTGAACTTCTACTTGAGATACTAAGACTTTACAAACT CTCTACTGTCCATGGCATTCCTGCTAATGGCACAATGAGTGAATACTACTTGTTTACTAA CTTCTAAGTTTCTTTTCTTTTTGGAAAGAAATACTAACATCTCCTATAATCCCACCCTTT TATGTTTCTCTTGAATCAGGATCATCTCATCGTGTGCTTCTTTTCTGTCTTGGAATATCT GTGGGTATGATATCTTCTTTCTGGAAAAATAGAAAGGAAATGGATAAGTTAAATGAGATG CTGAGACAGTCTGAGAATTTGGTTCAAGATCTACACGAGGAACTTGAAATGAAAGAATTA TTAACTGTGAAAGAGCTTGCCACTGAAGATTGTGGGTCACAAGATGCACATAATGATTCA TCCAATAATGGAGCTTTACAGGCGCCTTCCCCTAAAGGAGAGATGGATAAGTCGCCAACA AATTATGATGAAGACTGTCAAAGCCAGAAAACAGAGGAAGAATCTAGGAGTAAAATTGAA GCAGAGCTTGAAGCTGAATTGGAGAGGTTAGAATTAACTATGAACTCGTCTAAATTGGAG GGGAAACTAGCAGAGCTACACGAGGTAATAATAATTTCTGATTTATTCATATCTATGCTT CTTCTTTTTTTTCCCGTGAAGCAACTCTAATATGCAATACATTTGCTTACTTGGATACTC CATTCTTGAAAATACAATAGTCTTATCAGAGAAGTTAACTTAGTCACTATATGCACTTAA GCATTTTGGTTCAAGATCTACCAGTTGGTTGACTTTGACAGCTTATGAACTTATGTTATT TAAGGAACCCTAGAGCTTATGGTTGGTAATAGATAAGCTTGATTAGTGTTTTATGGGTAT ACAGTGCTTGAATTTTCTCTCACTTCCGTTATGTTTTTCGATCGGCTTTGATATGCGTTT CCTTGAGCAGTGGGTTTACCGGGAATACCTCTCTACCTCCCAAGGTACGGGTAAGGTCGC TACATTCTACCCTCCCCAAACCCCACTTTTGGAGTCACCCTGGGTATGTTGTTATTGTTG TATAGTGCTTGAATTTTCTATTATAGTTGGCATTGGAAGTAGGAGCTGAAGGACAATGGA AAAAGAATCGTATGCTAGAAATTAGAGTTCGGATATTGAAACTATTTCATAAGGTTAAAT CAAGCATCGAAGGGTGTGGCCTTGTGGACAATGAAGTAGGAAGAGAACCATGGCCTCAAG TTAAAGCCGAACAGAGGCAAAAGACACTAGGCGGTTCCTTCCCAACTGCCTAACTTTGGT GGGATAGAAATCTGGTACCTGTGTTGGTGAAAAGTAACAAGTATTGGTGGAATATCTATG AAGCACGTTACAAACACTACAATGAAAAGTATGCCTCAACCCTAAGTTGGGTTTGCTATA TGAATCCTTACTATCCATTTCGCTCCATTTAGATGCTTAACAAACCCTAAACTCGTTTAA ACTTGTCTGTTATGCAAGATAGATACTTCCATCAGTTTTTGCTATTAGAAATAACTATTC AGGGGGATATCTGTTGCTTATTGATCTCTGGTGGGCATATTGCATATTGTTGCTGAGCTC TTTAGTCTCTAATGCTTCTGTTAGTAGGATGTGTACCTTATAGTTTTAGTCATATGATCA GAAATAATGTCTTAATTGAACTTTATAAAAAAAATTGTTGTTCTCTTAGCCATTATATCC TGGTGCTGTCTTCAAGTCCTCCCAATTTTTTCCTCTCGCAGCTCTCTTGATCTGGATAGT ATAGGAGGTAGACAACTTTGTTTCAGCTTATACTATGTCAGGAGGGCTCTTCTTTAGAAA GTTGAGAAAATTGTACGTCATGATGTTTCTGGCGAATAGGTTTCTGTGCTTTAATTTGCT TTCTTTGTGTTGGAGATCTTCTTAATGTTTTCAAACCAGTTTTTTGTTGAATTTTTTGTC GGTCTATTATCAGTTATCAGTTACTATGGATTCTAACTTTTCCAAGAATCAACAATCTCA ATCTTCATCAAGTTGCTCTTTTCCTTGATCCTCCAATGAGGAAGTTTTGATGTCTTTATT AGGAAGACCATTAGGTTATGCTTTGTAGGATCAGTATCATCCATATTTGTTTTCTAGAAG GAATCAACGTTTTTGTTTGAAGAATTCACAGGAGAGTCCCTCAGGAGAGACTTGGAAGTT ATGACTGGTGCAACTCTTTTACATCCACTAGGAAATGAAAATGAATCTCATTGCTGTACA AATTAAGCTACACATGTATAAGTCATCTGCTATATTCGAGAAGCTTTAACAAGTGTTCAA TCTTTCGCAGCTTGATCCAGATTTTGTGACAGATCTAGCTAAGGGGGAGTTAAGAACTGA ACTCTTTAATAGACAAGCCGGAGGTCAACCTTATGCAGATCAGGATGGTAGCGGGACCTC AACTCCTCATCCTGCTAATTATGCCGTCTCACCTAGAGAGCTGACTTTGCGGCTGCACGA AGTCCTCCAAACACAATTAGAAGACCGGGTCAAGGAGCTTGAGATGGCACTTCAGAACAG TGAAAGGAAAGTTCGTTATATGGAAGCAGAACTTGTAAGTTCATGGAGGGACTCGTCAAA TAGTGAAGGGGGTTCTTCTTCCACCCATGGTAGTCCTGTAACTAAAGTTGAACAACGTAC AGCAGACCAGCCAATGACAATCAACTTACGCGGGGATGCTTTAGATGCATATAACGAGGC TTATAACGTGTTCACAAGGTTAAATTCAGAGGAGGAGGATGTTGCTGTTGCACCAGGAGT TATGGACATCAACCATCAAGAGAACTCGCGTTCACGTGAGCATAACTTTGACTGGATTGA AAATGATAGGATGAATGATGAAAGTGATGATGAGATGGAAAAGTTGTTAATTAGGCATAT AGTGGAGAAAGCAAAGAAAGGTTCTCCAGCAGTTTTAAATGTGCAGAGAGCATTGTTCTC CCTTGATGATAATGAACATTGATACATTCACAACATATAGATAGTGAAATCAGATTAAAG ATTTTGCAGTTAGTTGACTGCTTTTCATGAACACAACTTATGTGCTTGTTTGCCTGTGTT CTCACAGAAGATGCCTTCTTCTGACCCCCAAAGTCCCTGCCCCCGCCGACTCCCTTGTTA TCATGTCACCAACTTCCTCGACCTTCCGGCGGGTCGGTGTCAGCCCCCTGCCCCTAAGAA AATGGATAGACAATATCTAAATGAAAAACAGATATGACTTGAAAAAGGAGTTCAAAGGCA AAAAAAAAAGATCTATAAACATTAAAAATAGGATAAATCATCTATATACACACCTTTTCT TATGTTATTTTTCATTATTCCCTACCTTTCTATTCTTATGTTATTTTTTATTATTTCCTA CCCTTCTAAAATATTATATAGATTCCTTATTTCTCCCAATTTTTAACTCAATTTGATTTT CAAAATGATTCTCTTTCATGTCAAATGAAATATTACCTACTCAGCAAGTATTTTTCTCTT CTTTGCCACAACAAGGGCTCAACAACGAAGCTTATTTTTAACGTGTTATCTCTTACTATT GAATAGTTTTTCATGATTCTCATTGAAAAATGAATCTGGATCATGGGATCTATCATCAAG CAACATGTAAATTAAACAATTCATATATATCATTTGTGTTTTTTGGTTTCAAATTTTCAT ACTCTTTTTAGAATTTTCGATGATAAGGTAAATGCATATATATATTTTTTTTTAAAAGTA ATATTTCTGCTTCTCTACATTATCGTTCATTATTTTTCCGAAAAAACTACCTAATTACAC ATGCATTACTGCCATATATACTATATTTACCTTTAGTTTAAAATAATTAAAATTAAAATA TTTAAATAGATACACAAATCCCTTAAATTGATATTGAGGAGGAAGGAAGAAAGAGCGCTG GTGGACGTGCGGTGGGGGAGAAATGGCAAATATAGTAGAAATTTTTTACCCCTATTTAAG GAGTTCTAATTTAAAATAATTATGTTATATCAATTTAAGGGATTTGTGTATTCATTTAAA TATTTTAATATATATAAAATAAATATTAAAAATGGTAATATATGTAATTATTTTAAACTA AAGTTAAATATAATATATATATATGGTAGTAATGTATGCATAGTTATGTAGTTTTTTCGA TAATTAATGACATGAGTCCTTCATCTCTTATGACTCAAACACTTAACTTTTAGTCCCATT TTTTTTTAAGCCCAAGCTATCCCCAATCTCTCTATGTATGTATATATTTAGTATTGGCGC ATGATATTAATTTATTAGGTTTCTCTATTAAGAAGAATCGGCAAACGTTTTAGACTTCAA AAGGTTAGCCGTCTCTCCCTTTTTCTTTTTGCTTTTCGATAATGATCGATCACAATATTT TTAATATATATATCTGATTTGTTTAAAATATATTGAATTCTCGTGAACGGTGGATTCTAC ATCCGTCATTGGTTCATGTAGGCATGTTTTTGCAAATTATGGAGTTCAATTGTTTTTTAC TTTTAAATTTGTCCAAATAAATTACTTTAGTTTTTTCCTCGGTGTTTTTATCATTTAAAC TTTATTTTTGATGTTCAATTAAATCAAATAATATTTACTATATAAATATCGTTTTGTCTC AAATTAGTTGTTTTTTTAGAGTCAAAATTAATTGATCATCGAAATGTATTACTTGATGCA ATTCTTTCTCAATTTAACGAAAAACACATATAAATTTTTTTTTTTCAAAGATAGTTTAAA CATGATACATTTATAATGGGACACATGGGTACAAATCTAAAAAAGTCAGATTAAAATTAA ATAATAATCTTGAATTCGTATCTGTATATGATTTTGATTAATCAAGCTTTTAGTTCTCTC GTGACTAGGTATGGAGGAGGAGAAGAAGACGATCCTCAATATGATTTCTAGTTTTTTCAA GCGCGGTAACAAGAAAGAAGAGGCATGTGTAGATACTACTAGTGGTGTCAGTGCAGATAC CACGAGTAGTATCGCATGTGTAGATGATACTACAGGTAGTATCGCGTGTGCAGATGATAC TACTGATAGTATCGAGACACTGAAAGATGATGAAGAAGAAGAAGACGAATGGATCTTGCT CCTTGTTGAAAGGAGAGCGAATGTTCAACAAATATCAATTTTCTTGATTGTGCTTGGTAT CGTGTTGATTTGTTTCAACTACTCTGATGTGGTGTTTACAATATTTGGCAAGGAAAGTGG TTACATTGTCTCCAGAACCCTTAACTTGGGGGCTGCATTTGTTATTACTGTTACTGGTTT AATTGTTTGGGATAATACTGGGGAGAATTAAGCCCTTTAAACACTAGGTATTGTTTATCT TGTCAATGGTTCCTTAGTTTATATAGTATGTATGCTTTGAAAGAGAAGTTTGATCATTCT ATGAGTTAATGTAATTGGTGTCTTGATTGCGAAAAATCCTCGAAATTTAACATTACCTCT TCGTATTACATAAATATATCTTTTAACTTTGCTTCAAATCACATTTACGTCCTTCAATTT TGGGTGTGTACAAGTAGACACTTATAGTTGTATAAAGTTAAACAAATAGACACATGTGTC CTACATGTTTTTTTGTGGTGTTCTACATGTATTTTGTCATGTAGGACTCATGTGTTTATT TATTTAAAAGTTGGATAATTAAAGTGTCTGTTTGTGCATTATGAAAGTTGGAGGTCAAAA TTAAAATTTGAAGTCAAGTTTAGGGTCCAACATATGTATTATGCCAAAAAGATTGATATA CAAGGCATAATACATATATTAGACCATAAACTTGACTTTAAATTTTAACTTTACCCTTAA ACTTTCATAGTGCACAAATAGGCACTTTAATCATCCCATCTTTCAATAAATAAACACGTG ATTCCTACCTGGCAAAATGCGCGAAATGCACGCATTCTGCGCGAGTGAAGGGTAATTTTC GAGGCCCACAAAAATAAAAAAAAAATGTCGAAATGACAATTCTACCTTTAATGAATCTCT TTTATATTTATTAAAATTAATTTTAATTTTTTTTAGTTTCAAAATAACATGTAAGATATT TTTTTAAAAAAAAAACGACATATAAAATGTTTAGTTAAAGTGTCTTATTTGTGCACTATG AAAGTTTGAGATCAAAGTTAAAATTTGAAGTCAAATTTAGGGTTCAATATGTATATTATG CCAAAAATTTATATCATTAGCTCATTTAAAAGATAACTAAGATAATAACAAATAACTTTA GTTAATCAACATCAATAATAACTTTAGCTATGGAATATAGCTTTTACACACACGAGTGAC TGAGTTGATATAACAAAGATATTCTATAAAGAAATTATGAATCTATTATGTATTCTCAAT CGAATTTGTCACACCGAGCTTGAGGAGAAAAAAACTTGTATTTACAATGTGGCCCAATCA TTGCTAAGTTTGGGCCGGACTCGTGGATTAGGCCAGCTACACATATTCACAACTCGGGTC GGGTTTACCGTTTTGTTGCAATCTCACAAGATCCAACGTCAAAATTGGAAATACCCAAAT TTTCCCAGACTATCAACTGAACACTGAAAATCCAAAAAATTGTTCTCGGAATCCGAAGTT TAATTCAATTTTAGGGTTCAGATGGATGAAAATTCAAAGCCCAGAAGCGTTCTTGATTCA CTGGGTGAAGAAATAGTGAGAATTGTAACACCAGTCTCAATTTGTATGCTATTGGTGGTT ATCCTTGTTTCAGTACTAAACAATGATTCAGATTCTTCAGGTCCTTCATTTACCTCTATA GCTACAGTTGCCTATAGTGAGAGCAGCTCAGACTCAAACTGGGACAAATTGAAAGGTGCC CTTTTGAATGCTTTAGTCTTTGTTGTTGTTGTCACTGCTGTTACATTCCTTTTGGTCTTA CTTTTCTACTTCAGATGCACCAAATTCTTGAAATACTACATGGGTTTCTCGTCTTTTCTT GTTTTGGGATTCATGGGTGGTGAAATATGTCTGTTCTTGATCGGAAAATTCAGGATTCCC ATTGATTGCGTTACTTTTGCTTTGAGTTTGTTTAATTTCACTGTTGTTGGGGTTTTGGCT GTGTTTATGTCAAAGACGGCAATTATAATTACCCAAGGATATCTGGTTGTTATTGGAGTT TTGGTTGCCTATTGGTTTACACTCTTGCCTGAATGGACGACTTGGGTGCTTTTGGTTGCA ATGTCATTGTATGACCTTGCAGCTGTGTTGTTACCGGGTGGACCTCTAAGGCTACTTGTT GAACTTGCAATATCTAGGGATGAAGATATCCCGGCTTTGGTTTATGAAGCTCGCCCCATT ATTAATCCCGACTCAGTTCAAAGGGGTGCTGTTGTGCAAAGGAGAGTTTGGAGAGAAAGA AGGGACAATGATATTGGCTCTGATGAAAATTTGGATTCTAGGTCTAACTTGAATTCAACT GTCTATTCTAGTTTGGAATCAAGTACTGGTCTCGAAAGCCTTCCATCAATCGGCGAGAGG AATGCTGTTGATGTGGAGGATGGTGTTGATATGGAGGATGGTCAAGTTTCAAGTTCAGAT TCTGAGCTGGCTGCACCGCTAATTCAGCATAGGATAAATGTCCGAATGAATTTACAGGAA GGGTCAAGTGATGATTTTGCACTTGAAGGGATTGGTTTGGGATCGTCAGGTGCTATTAAG CTGGGGCTAGGAGACTTCATATTCTACAGTGTATTAGTTGCCAGGGCTGCGATGTATGAT TTCATGACAGTTTATGCATGTTATCTTGCTATTATAGCTGGTCTTGGTATCACTCTGATG CTTCTTGCATTTTATCAGAAAGCTTTGCCTGCTCTTCCTGTGTCCGTTCTGCTAGGTGTC TTATTTTATTTGTTAACTCGGCTATTGCTTGAGACCTTTGTTGTACAATGTTCGATAAAC CTGTTGATGTTTTAGGAGCATGATTTCCTCGTTGACAATGTATTACTTTCAATTAATGAT ATTTCTCCCGCATATCTGTTATAACATCTTTTTTTATTGTTTGGACCATGCTCCAAGTTG GCCAAACTGCAACTCTTGATCGACTAGTTGTAGCAGGCAAAAATTGTCTGTGAAATAAAA GGGAAGCAGGTAGTGATTCAAGATGTCTTCTTCAAGATGTCTGAAATGAAGAAGTGCCAC TCAATGGATATACGAGCTAGCTGCACTAGAAAATCATTAACACCGCACCAATAGGTTGGC ATATAGCTTATGCCTTTTATAGTGGTGCATGCATATCATAGAAAAACCAATTATAGTTGG CTCATGACATTAACTATCGTTATTATTGCCCACATGCAGAGTGACCAATAACCTAAAGCA GGAAAGAAATTGATTTTAGGAAAGCACAAGGTGACAGGGACAGTGCTCAAGTAATTGTGA GTCAAGCTATATAGAGAGGGAGGGATGAGAAAGTGAAGTATGGCTGAAATGATTATAGTT CTTTCTGCACAATTTTTCTTGAATTTAGTGAGACCCACAAATATGTACTATAGCTATAAA GTGTGTTTTCTATTTTTTATTGAATCAGTCATAGAAATGACTGATATCTTCGATCTAGGA AAAATGATCTTGGGTGATCTTTTTTGTTTCAGTCAGATGCAGTTTTACAGTTTCATTAAC AGGGAGACACATTTCTGTAATCTAACTAAATGTTGTCTTTCATGATTGACCTTCACAAAC ACAAAAGTGGAACAAAATTACAACATTGATCATCATCGTGTCTATTTTGCCTTCACTGTG TTACTTCTGAGACATATACTGTACTCAAATTGCTTGAGTGCCTTTGACAATTTTTAGGGT AAGTTCCTTCTTTTTGTTGCAGAGGAATGTGCTTCCAACTGGCTGACCATGACTTTGGGG TGTGAAAAATAGCTCTTTTATCATTAAAATGTCAGCAGAAAGTATTGTTTATTCTATAGT TAAAGTAAGTTTTGAGTCTTGATCGTCTGTTTGAGACAACATGGCCATTGGTAATGTACC TAACCACTATGCTAGGGAAGTAATTTGATTCATTTGACAGAATGGAAATACAAAATTAAG AGAACGATGCTCTTTGAAAGCCACAGTCATTGGATCTATAACTTTGGCTCGAAACCACGA CTGGAACATTAAGCGCTTAAGAAATCTTAGTCCTTAGTTTCCTTATTGCGAAAAAGGTAA TATGGAAACTGGACAATTATTTGACACTTCTGCCAAAAAAAAATCCATGAAGTTAGTAGG AGTGATTTCATGTATAATACGTGTGGGGGGGGGGGGGGGGGGAGGGGAAGAGGAGAATAT TAAGGGACATAAAGATAAATGCCAAAGAAAATCTGAAGTCTCTGAAGCTAGAGTTGGCAT CTTATGTAAGCTCTGCCTCACATTCTTTTCAAATTGATTATGTCTATTCATTACACTATT TGTCCTTTATACTTGTGAGTTGTGATTGCTTAAACAGATAAGTGTTAGATTTTATTGTTA TTTGACACTACTGAAAGTAAGGTTACTGAGAGAAACATGTATTTATTGTATAACTCATCT GAGTAACTACAGTTGCCTGTAATGACCAAGTTTCTGTTGACTTGTAATTTGTTTGAAAAA GGATCATGATGTGTCAAGTACAATGGAGTGATTGAACATGAGTCCACCTGATCATTGGTT ACGTGTTCTGATTAGTTAAAGATTATGAGGTTTTGTTTTCGTTACTGAAAATACTTCCAA CAGTGTCTTTTCATGCTCAGGAGGTTTAATTTCTAACTTCACTTGTTCTTTCTTGTTTAG GAAAATCACCTTATCAGAATAGTTGGTGTTGTTTGGTAATCGGTAGTTATACAAAGATCA ATTATAATGGAATCTAAATATTATTTTGTGACTGTTTAGTTATCCATCTTTTATCCTGCA TAAAATATACGTAGATTCTCCAACTTATATATGTATTAGTTTTGTCGGTTTCTAAATTGC AAACCGAACATTATATTAGGTGTGTTGTATTTTATGCATAGCAAAAAGATGCTGCCAAAC ATGGTGTTACTTATGCAAGATTACTTAGCTCTTCTTAATCAGCTACCAAATGACCCTATA AATGTATCAATCATCATTATATTAGCCCCTAGCGCCACTGTTCCCTCAAAAGAGTCAAGA CCTTCACACCAACATAGGTTTTAAATTTGAAAACTACAGATACATGTACAAGAAGAAGAC TTGAAACGACTTTTACTTTAACTATGAAGCATAAATGATACAAATGTTCAGTGATAGTTA TGGGGTGCTGAACTTCTGCATTATTAACACCGAGAAAAGAATAAATCAATATGATTTGAT AGGTGGCTGAGCATGTGCTCATACAAGTTTTCTCTTTTACCTGTACAGATGTATTGAATG CCATGACTTGAATATCTAAAGTAGTTAGGCCTGTCTATCAGACTTAAATATCTGAAGTCA TCTTCTGTCTTCCAACCTTTATGGCTCAGTGGTTTTGACCACTTTTAGCTACATTGTTTT GACTTCCCAAAAATATCATCAGATTAGTGTTGGATCATCCAAAAATAGTGCCTTCTTGAT GGATTCTGATGAGGATGGGGCAACATTTTTTAGGAATCTGAACGACATAGCTATGACAAG TGATTTGGGACACTCGTGTTGCAAATGATCAGCAACAGAGTGTTAGCAAGAATGAGAGTG GAACACAGATGAAAAGGAATGCATATACCATAAAGTTGCAATACTAGATTGAACTCGAAA ACTATGGACAACTATACATCTGTGTGGTGTGTGTTAGGGTGGGGGTGGGGGAACTACAAC ACTAATGTTGATAAATTACAAAAGATAAGACAATTGAAACGCTCAATGCAGGAAAATATA CTACTACTGTTATTCAACTTTCACCTCCTCCAGTGATGATTAAGAGACTTTGCTGAACCT TGAAAAAAGTCCAGGAGATACTCCTCCAAGTCCTCTTCTGTGTATTTGATGTGCTTTTCA CTGAGAGATTTTCTCACCTTTCCAGCGAATGTACGGTAGGCATGAATGACCCTTAATCCG ATTGAAACATTCAAATCATCTCGAAGATCAATATCTGGAATAGTCCATCCTGTCTGGTTT TTATACACTTCCTCAAAAGCAATACTGAAATTTCTGCACCTCTCCTTCAGAACTGCCTTC CCTAACTTCTCATAACCGGTTATCAAAGATATGATTGAATTCCATGTTTTTCTCTCATAG CTTTTTTCGTGCTGCACATATTTTACAATATGTATTTTTATCCACTCATCACCAAAACAG GTTCTGAGTTTGGAATTCTTGATTTTCTGGACCATGTAATGGATGTTGTTCATCAAAAAG ATGTGCTTCAAAGAATCGTCTTTATATAAATTGGACCTATCTTCAAGGTTGGATTCGAGC CTGGATGTTATTGACTGCAAGTGAAAAGCCAATGGACATGGGATTTCGGATGAAATGTCG AGCTTGACCAGTGTATCGACAACTTCACCCGAATTCTCTACCTCTCTGTCCTCTAAAAGG AACCTCAGGGTAACATAATATTCTGACAGAAGCATGAAATAATTGATAACATACTTGGTC AGAGGATGAACACCTCCTCCTTGAAAGGGAGTTGTTGAAGTGTTTGAAGCAATTCGATTC CCCAACCCCAGAAAGATTGCCTTTGCAGAATCTCCAAGATTTTTCATGAGTTCATGGTAC TCCACTTGAATGGAATTACCATGGTTTACACAAAACAAAGCATCCACATCTTGACAAAGA CCTCTAAGAAGCTCATACATGTCGAGTAAACAAAAAAGACGTTCTGGTAGAAGGGGACCA ATAGCTACAGCTTGGCCAAAATTCAAAAGACACATCATGGCATCCTTTGAGACCTCAATG AAACATGTTGAACTGACAGATCCAAACTCACCAAGAATCTGATCAAAGAGGTTTCTCTCA CTAGGGAGATAGAATGCAATGACATTCTTCGTTGCCTGACGCCACTTCTTAATTCTGCAA TTCAAGCTTGCCCAGTCCATTCTCAGCACATCTTCAATGCTGATTTGTTGCATACAGAAA AGCCCCAAGTATTCATACAATGCATCTTTCCAGAATCTGATAAAAACTTGGCAAAATTCC TGAACATAATGTGAAGCTAACATCAGATCTGCAATGGACTTGATATAAGGAACAACGCCT GGATGGACCAAATCCATTATTATACATTCTTCTGATTCAGCTCTACTACTATCCAGACAA GATGTTCCCTCAATTGAGTCATACTCAATTGAGACCATCATTTCCTCATCAACTACGGTC TCTTCACAAGAATGGAACGACACATATGCATGCTCGAAACACTGCTTACTCTGCGCAAGA ATATTGATAACTTCTTCCTGCAGCCTTACCATTGCAATCTGCAAAACACTGTGAGCTTGA TTAGTAAGTCTGCTTTGTTTCCTGTTCTTGTTTAGCACCATACTTTCCAAGCTCACTATT ATACTCCGAACTTCTTCTACATTTTGCAGATACTCAAGAAGTTGATTAGAAGGACCAGTA TCCCATAACTTCAGACAATTTGACTGCAAGGACATGATCTTTGCCTCAGCTGACTTCAAC CTACCTTCGATCTCTTTGAAACTTGTGGTCTCATCCTCTTTTGCTTCAGTCATTGCAGCC AAATGAATGTCAAGATCGGCTAGAGTTCTTCTAACTTCATCGCTCAAGCTTGTCCTGTCT TTTAACGCCTTCACAAGGTGTTGAGCTGCAGCAATTACATGTTGATCCGTCGATTTATCG CCTTCCATTTTCAGGCAACAGGTAAAGTCAAAAGTAAACTTTGGATGATCCTTCCTTCCT GAATCTTGAAACCAACCTCAAGCTCTAATTTTTTAGGTAATCAAGAAGGACAAAAGACTG CTCCCCCCACCCCTTAGTTAAACCCCAAGTCCTCAACAGAATTCAGAACACAGACTAATG ACCAGAAAATACCCCCATAAACCTCAAGTCCTAAAAAAGGTCAAGATTCTCTAATGAAAT GTGACAAGTTTCAACAAAGGACACAAAATTGGGATGTACATCTCTTAAACTCTTTCAGGG TCACTAACATTAAAAGATTAACAACCATCAAAGAATGGGCATGAAAGTTACTACCAAAAC ATAACAAAACCAAAGTTCAAGTGCTAAAAAGGGATTAAAAGACTATGTAGGTAAAGCCAA GATTATGCTTGTTTCTTGGAGCTCTCTCCTCAAAGATTGGTTCTTTGAGTCAAGAAAAGA ACAAAATATAGTAAAAGGGATGATAAGATGTGAAGTTATTGAAACAAGAGTTAACTGAAT AGAAAGATCACACCTCTACGCGTTTTAGTGGAAGATAATAGCCCAATCAAAACAAGGACA AAAGGGTACATCGCATAGTGGTAGTATTGAGGAATGAGATTTGTTGCTGATTTTCCAACA AGTACTTTTCCATTAAAATACAGAGAAAACTTTAGTGGTCAAAAGGGAAGAAGAAAGAAA CTTCTTACTTATAAAAAGTAAGCAAAAATATATTCAGCTAACCTAGACTAAAGACTAATA TTTGAAGTTGTTTCTTTCTCATTTAACTAAAATCAAACCAGCTAACCACTCGGGACTCTA ATGTGGACTCCGGATATTGATTAGAAACATTAACAAACTAAAATCAACAACAAATCTAGA AAAAAATCTAAATGAGATTTCTATAGAGACGTTGTTTTCGATAAATACTCAGCTCCAATA CATCCAACCCTAGTACAATACAATAAGAAGAAAATAATTTCCAAAGCATAACTAAAATCA GAATTTTCTAATTGATACAGTAAGTAATTTTTTAATTCTTGGGAGTTGTCTATGTTTTTA CTCAAGGTGCCTTTGACTATTGACTATGGTGGAGTATTGGGAGAGAAAACGGGTCGGGTT GGATGATCGACCCATGAGATTACTAATTAACGTTGACGTATTAATGATATACCTAGTCAC ATTAACGTAAGCGCCTAGCTAATACATTTTCCTGTCGCTTGCGTCACTTCCACAACCGGA ATATATATAAGTTCACTTAAGTTTTATTTAATAATTTTATTTTTATTCTCTCTTCGTTTC AAAAAGATTGGTCTAGTTTGACTTGGACCGGAGTTTAAGAATTTTTTTTTTTTTTAATCT TGTGGTTCTAAATTAAAGTTATGTCAAATATTTGTGGTCTTAAACATGTCATATGAAAAG TTAAAGTTAAAGTATTGCCAAAAAAGGAAATGAGTTATTCTTTTTTAAATAAACTAAAAA GGAAATAAGGACTTTCTTTTTGAAACGGAGGGAGTAGTAAATTTATATTCATATTTTATT TTTTTATTCTACATATTATTTTTCAGAATAACAAAAAAAACTGTAATAACAATAATTTTG CAAGGTTAGAAAAAAGAAAAAGAAAACGATTAAAATTTTCAACTCTCTAAAAAAATGTGT AATATAGATTGAAAATTTGAATATGAATATTTTAATTTAATAAAAATAAAATTTAACTTC TTTTTTTTTAATAGATGTTTAAATTGGTTTGTCTATATGAAATAATATTAATGTTAAAAA TATATTCATAGTTGTCATTAATCTTAATTTGATTTTCAAAACACTTTTTAACAAAGATTA GCAAAACACAATTTGCTGACAAAAATCACTTTTGGATTAGCCAAACACAAGGTTTTTTTT TTCAATTCAAAAAACAATCTCTTGAAAGCTATTAAAAAAAATTAGCAATAATGTCAAAGG AGACTCGACAATAATAAAAACATATTTTGACTTTATTTGTTTGACTACATGACATTATGG TATTGCTTTTACAGAAATATCGTATTAGAACGAGATACTTTTCAAAAATATGAGTTGTTT GATTTGTAGGATAAAATATTTCATAATTAAATTTTTGTAGTTAAGTTTCTATTTTATTTG ATTAAAACTATACTAACTAAGTAGTTAATGTTATTTTATTTCATTCTAAAAGTGAAATTA ATTACTCTCACAATAATAAACCAACATTATTATTTTCAATAATTTTGTAACGAATTAAAC AAATTATGTTCAAAAATGCTTTTACATACACCCCAAAAATATCTCGTGGTCATCTCATCA CTCATCCGTTTCAATTTTTTTGATTTTTAAATCAAAGTTATGTAAAATATATTAAAATAT TTTCTAATATTTTGATATTAAATCTGTAAGCAATTAAAATTAAAGAATTGTTTTTTCTAA AAAAAAAAAAGTAAACTTGGATAGAGTTATTGTGAATGGGGCCAAACACGGTGTTAATTT CGTAACCGTAGTCCGTACTCCGGGAAAAAAGGAAGTTTGGGCACCATGGAATCCAGCGAG AATGTCGCTGCTCTGTGAAAATTGCCGTTCAGTTTGCGTGTGAAAATTTTCGTTCATTCC ACGCTCTTCTCTTTCCCCATTCTTTCACAGAATAAGAGACTACATGAATAACGACGAGGG CCAAAGGGGTCTTTTGGTTTTCAGATCAGCTCCCAGGTCAGTCGTCGCCGGCCGGCAATT ACCGGTTCGACGACGACCCATTCCTTTTGCAGCGCTTTTAGCCGTTTTTTGGGCTCCATA GTTGGACGGTTCGTGATTTCTCGATTTATTCATTTATATCCCAAATGTTACAATTTTTTT TCTTAATTGTAGCATTTTTGTGATGGGTTTTTGCTTTAATTTTTATTTCGGCCTAATTGC TGGGTAATTAGATGGATGATATTCATTAAGAGAGCATTGCACCAGTGTTTCACTATGTTT ATTTGTTCTTTTGAGTTAATAACTAGATAATGCTGTGTGAAAGGTTTTGAACAATGTTAC TCGGACTCTCCAGAAATGCACTACTTTTGGAGAATCCAACTCACGCCCGAGTAAAGAGTT CGAGCAAAAGTAGGTTTTGAAAGCAAGGAGCCAAATAGTTTCTTGAAGTGATGCTATGAT AAACGTATTTCAGAACCATTTGGTGAACTTGTGTGACAATTCCATTGAGGCTGCTATTCT TTTTCTGACTATTCTGTGGAGGCTATTCTTTTTTTGACAATTCCGTGGAGGCTATTCTTT TTGCTGACAATTCTGTGGAGGCTATTTGGTTAACTAAAGTTCTAATTAATATATAAACTT TTTTCTTGGAAACCAATGGACTGGAATGTATTGCAAATTCTTGACCCGGAAAGTGTATCA ACTTCCTTGATTTAGTCATAGATGGAAAGATTGAAAAGACTAGTCTCAACTATTACACTT CCGTGTGATAATAAGCATGCGAGAGTGCATTTCAAGCTCAGTCGTCCGAACCCTTGTCTC CTCTGGCCCTTACCTTTGGTGTCACCTTGTAGTTTTTCTTGTTGTTTTACTTGTACTGTT TTCTGAGGGATGATTCATGATTTGAGAGAGGAACTCTAACTATTAGAACTCGAAACACAT ATATCTTGCTTGTTTTCATCCTTCTATTCAGTGCTTGTCCCTTTGCATACACACAGGCAG TCCTTGGGCTCAGGAATTCTTATAGTTGCATATTTTTCAAGATATGGCGACTCCATATTT GTTTTTGCTAGTGAAGATTATGATGACTCATTTATGTTTTTGCTAATGAAGATTATGGTG ACTCATTTTTGTTTTTGTTAATGATGATTATGGTGACTCGTTTTAGCTTTTACTTTTATC TTTGATGCAAAGGAATTGTTTGGTCTACAAGAGCTTGAGGTGAAAATGTCAAAAAACACT GCTTTTGTATCACACAAACTGTACACCCTCTTATGCATGTTCTTGGCAGCCATTGAATTG TTAAGACATCTTTGTTGATTGTATCCTCTTATGTTAAACATTGTTGTTTAGTATATTGGA AGAGTGGGTGTTTTAAAGAAATTTTTAGGCCTGGTTGCTATACTTTCCACCAAAGTTCAA CAGTTTCTAAAATTTTAAGCAAGGATAGAGGGGTTGAACTCTTAAATGCCAAAGACAACA AATAAGACTGAATAATGGTTTTTTATGGCACTAGCATACATACAAGAATTATGTAGTACA TGTTTTTTCTTCTGGATTTCGCTGTTTGCCTTTTCAATCTCTTGTTTAGCACGGGCTGTA AAAATGCAGGATTGCCTTGACTGTAACTTCAATATTGGTACGACCTTGTCCTAAATCAGT AGCATAAGAAAGTCGGGTTTTCACATGGAAATCGTTGTTGCAAGCATAGGGCCAAGCAGA AAGCTTGTTGTAGATAATTCATACCTGAAACTTCAATTTGAAATTTAATCATTGATCCAT TTGAACATTGAATTGACTCTGATTTCAGTTCTTTCTATGGCAGTAGAAGTTTGACTCTTT GGCTTGGTAAAGGCAACTTTGCATGGTGAATTGAGTCAGATGTCTTCAGCTATGGAGCCT AAGCATGTTACTGCAACTGATGGAAAATCAGGGACACCTCCTACCCTTGCTGTTACAGGA CTTAAAGTCTCCCCTCGCGGGAAAACTTTAAGTTCCTCAGACTCTTTCTACAATACATCA CCTGACTCGACACTGAATGACCCCTTTGGCAAGGTTAATTATGAATCTGATGATTCCACT GTTAATGCTAATAACTTACCCAAACTTGGTAAGGATAACAAATCACAGTTTTCAGACAAC AAAAATCCTGTTTCTGGGAGCTCTACCATTAGTAGTGAACCCTTAAACCATGAAGTGTCA CCTTCCATGTCAGAGTCAGAAGGGACTCACTGTTTTTCCAGGTCATGCTCTGACAATTCG TCAACCACAGAATCACCTCCCATGCAAGTAATGGAGCACTCCGCAAACGAATCTTATAGG ATCCCTTCTTCAGTGTTTGCTAGAGATGAGTCTGCAAATCCAGCAGAGTGGAGTGTAACT TCTCATGAATCATTATTTAGCATTCACATGGGTACTACGAGTTTTACCAAAGATGCTAGT TTTTGGCAGTCGGATGAGCTGGGTGAGCTAGGAACTCCTCAAAACTTCCCGGCATCCCCT GCTATGTGTGACTTCTCACCGTACCAGTCAAGTCATGAGATGGAATTGGCTGAAGTGAAG ATCTCAAGGGGAAATGAAGATTTAAAGCATGAAAGATCTCTTGCTGTAGGACGTGTTTCT CCTAAGCCAATGGAAAGTGGAACCAATACAATGTCTTTTGCATTTCCAGTGTAGGCAGTC TACTCTCAAACTCTCATATGATACATTGGCAAAATTTTGTCCTTACTGTTCATTTAGAAT GTCGACAATCATTTCTAGTGTGAACATTTCTTCTTTCTATCTCACTTTCCGTGCATACAA TTATAGTGGGACACCTACATTTTGACTCCAAAGACTAATGACAAATGCTCCATAAATTAT TATCTCTACTGCATGACCTGTTGTGCTACTTACTATGAACATATCTTGTGGTTTCAACAT TTAAATAATCGACTTTATATCTGGACCCTGATCTTCCGCTAGGTAACATAGACATGTATC TATAGATAGATTCTCTTTTTCTGACTTGAATAGAATGTAAGGGAAAAACTGAAAGATTAA ATGAACTGTTTCTGCATAGATATGACTTTCGGAAGGTATCAATGTGAACATTATGCTTCT TTGCAATTTCCATATGTATGCCAGTATTAATGAGAGATTGACTGACCCATCTGTCTAAAA ATAAAGGCTGTCAGGGAATCTGGATAAAAACTACTCACAGCGCATGGCTGCTCCAACTGA ATCTAGCCCAGAGCAGAAGCAACCTCAGTTAGAATCAGCTGAGCTGCATACAGAATCGTC CCCTCAATCAGAGCCAAAGACCCCGACAACAACTGAAGGTTCAGGGAAAACACAATGGTT TCCTTTCTTCTCGTGCTGCTCTTCCGGTTCCTAGGATTGCTTTCCTAATAGTCCCTTTGT TTCTGACAATGCCATGGTTCAAGGAATAATACGATTAGCCCAGAAGTGCTGATGTGGTGC ATGCCCGGTGAGTTTAGTAGTAACAACATTCATAAAAAGGACTTAAAAGTGCTACTTTGA TGCGTTTTGGTAAAGTATGATGACTTAATCATCCAGTTTACTTGTCTGCCCTTTGGACCA CTATGTGTTTGGTCCCCAGAGTTCTAATTAGAAGATCACGAAGACCTTCAACTTGTGGGA TTCTGATTTTTCAATTGTTTGTGTCAAATGTAAATAAGCAGAAGTTTTTTTTTTCCAGAT TTTGTTTGATGCTGATAAGTCAGAAATTAGAGACCTGCATGTTTGTAAGTTTCCCCCATC CATTTTTTGACATACAGTGTAGATGAAGCTCTTCATTGATTATCAGTTAGTTGTAAATCT TTTTTTTTTTTTTTCTTTTATAGAGAAGGAGAAAATCTCGTTTCTTCCTACTACCCAGAA TTTTATATGTTCATATACAATCTTCTCCCTAAAACTTGAATATTTCTCCATATGTGATCT TATAGTTCGTACTACTTTATGCCCTTTTTTTAGTTAGAGATTTTCATCTTTACAAATAAA AATCTTGGAAAAGTTATTTGTTATTGTAATTGGTCACGAGAAATCACTTTACTATATGTT TTTGAGTTAGATTGTACATCCTTAATGAACTAATCAAGCTCTTGTTTCAGTAAAAGCTAT AATCATACATAGGTTTATGAGGGATCATTGTACTGATTAATAGGGCTGTTCATCGTTATG GTTAAACAATAGAATTGTAATTCAAACTAAATCGATATTTGGTTTGATTTGGTTTTAAAA TTTTAAAAATCGATACTATTTGGTTTGGTTTTGGTTTTACAAAAGCAACTGCAAAAATAA CCAAAGAAAATCGATAAATTAGAAATGTAAATTTTATAATTATTTATAAATAACTATAAG GAAAAAAAGGGTATGATATACCCATCAACTTTGTTATTTAGAGCTGATATATCTCTTGTT ATGAATGTGGCTCATATATACCTCTACTTATAAACAAATCGCTCACATATACCTTTTTTC TCTAATGGAAATGGGAAAAAAATTAATATAACTTTTTATTTTTTTTTTCTAAAAAATATA GTCCATATGAGTAAATTTAATCCTCGTCAAACATATTTTTTTAATTTCAATAGCTAATTC AGAATTATTATTTTCATAATCAAATTTATTTATGTTTCACTAATATTCTTGTAAAACTTA TTGTAAATGGACCAAATTTTTTTCTTCGAATTACAAATATAGACAAAAAAATAGTTTAAA TTTTTTTCTTTAAACTAAGGAATGAAAGAAAAAAAAAAGAATAAGAAACTCAAATAATTA TAATAAAAAAATAATTTATGTATGAAAAAAATTAAAATATACCTTGAACATTGATAGAAG GATCATATATTCCCCTAAATAATTTTTTTCAAAAAATTAGAAGTAATAAATATAAATTTA AAACTAATTTTTTTAACTTCCATTAAATAAAGGATATATGTGAGCCATTTTGTAACGGCA TGGGTATATGTGAGCCGTTTGTATAACAATAACGGCATAGATGAGCCACTTTCGTAACGA GAGATATATTAGCTCCAAGTGACAAAGTTGAGGAATATATCAAACTCTTTTCCCTAAATA TAAATACTTTGTTAAATTTAAGTAACTTTAAGTCTTTAACTTTACATTTTTCTCAAGTCT AAAACTTAAATTTTAGTCCAATTACAATCTTAAGTCCAATTCTATCAAAATTTATTACCT ATCATATCTTTCATAAGATAGTTACACACTCTCTTAATTTAACAACTTTGCTCGTGTAAT GATAACTCTAATATTGCTTAATTGAACAAACAATACCTTTTATATCGATTTTTCGTGTAT TAGATGTTTTTTAAATCAAAATATGTATGTCGTCAAAAATTTATTATTTTCAAATTAAAA AAAAACAGAAAAACTGAATCAAAACAAACCAAATCGATGGTTATTTTTTTCATTTGATTT GATTTGAGTTTATAAATTTAAAAACCAACTAAATTAATTTAATTTTAATTTTAACCAATA ATCAATCCAAACCGAATTACTAATACCCCTACTGATTAATGCAGTAAAGTGATAAAAATT AGAAGTATTGTATCTTTTTATTATGTAAAGAGCTCTTTTTTTTTTTGGTAAAAAATTTAA AAGAGCTCAATGTCATACTACACTTCAAAATTATAAATATGATGAATTCACCAAACTACA AACTATCATACCATTTTATTTTGATTTTCATAAACAAAGTTCATATACATTATAAGAAAT CTTATCCTATTTTATAGACCTAATTTAGCTAGCGTTTGGTTATAGATTTCCAAATATTCT TGACAAATATTATTTGAGTGAAAATTTGGGTGAAATTTCACCACGTGTTTGGCCATAAAA TTTGGGAAATATATTTCACCTTTTTAGAAAAATATGATTTATACACACAAGTTTTAAAAA CTATCAAAACTAACTAAAAGTTTGTATTACAAGTCAATTGAATGTTAGTTACAACAATAA CAAATAATGTCCATGACAATGAAGCAATGTGATAATTTGGAGTGAGTGCAACAAGAATTA TTCCATACATCGTGAAGTAGATAAAGTACATGACTTTATTACCTAAAGCTAATTTTTAAT AATTTTCATCAACAATCATATCATTATTTAATATTCACTAAATATTTCATCACTATTTTG GTGTTCACGTAAAAAATGATGTAATACAACGCAAGCAACTACTAGAGAGGTGTTTTTGTA AAAGATAAAAAATTGGGGTAAAATTTTAATTTTTAAAATATCCCAAATAATGATATTTGG TCCAAATACTAGAAAAAACTAGTATTTGGAAATTTGAATATTTGCCAAAAAAATATTTGC TAAATAATGACAAATTATATGGACAAACATTATTTGTCAAATTTTTCTCAAATATTATTT GAAAAATTTATGGCCACACGGCCCTTAGATTTTTTTTCCCCACAACCTATCAGAATTAAA AATATTTTAAAATTTTAAAACGCTGTAGAAATAATAAATAGAAATTTCTTCAAAAGTTTC CCTATTATAAAATATAAAATAATTGTTTTCTCACTTTATAAAATTTCCCCGCTTCCAACC AAATATATGGCGGCAAATTTAACTGAATCGTCAGTTTTTCCCTCGGGAATTAGAAGTTAA ACATTTTCCCGCCAGTAAAAAATCAAATGAATAATTTCGCCAAAATACAAAAACAAATCC CCGCCAAAAACTGTCAAGTACAAAACCCCCACTTCTCTTTCATTCTTTTACTTCATTTCT CAACAATTTTCTCTCTGCATTTCTTTGCCTTTAACCTTCTCAGAGAGAGAGAGAGAAACA ATGGCGAAAATGGTCAGCCCAGATGCTATTTCAACTATTTTAGCGAACCCATCGCCGGAT TCTTCTTCAGATCTTCCTGAAATTATTGTTCAAGTAGTGGATCTCAAGCCCACTGGCAAC AGATACATGTGAGTCTGCTTTTCATTTTGAGTTGGTTTAATCGATAAGGAACTTGTATAT TTTATTCAGATCTATTCGTTTATCCAAAAGCTTTTGCATATGTTACTGTACAGGATTTGT TTGTGTAGAAGTGAGGGTAGCTTCTTTGATTTAAATCGATTGAATGAGTTTGTTAGCTTG TTGCTTTCCATTAGGGGGATGCACTTGAAATGGTGGATTGTTCATTATACAGGTTTAGGG TTTCTCACATGGCTTAGCTGAGTCTCATGTGTGGTTTTCTTATGTTGTAGGTCTTTAATC ATTAAGGGAAATCTTATTGTAAATATATCATTTGCAGGTTTTCAGCCAATGATGGGAAAA TGAAGATTAAGGGGATTCTTCAATCTAGTTTGTCATCTGAAGTTATATCTGGGTCTATAC AGAACCTGGGTCTTATTCGGGTTATTGATTACACCCTCAATGATATCCCAACTAAGAATG AGAAGTGAGTATCTTTATAATGATTAATGTTATGTTTATTTGTATTGAAGGTTTATATTT GATACTAATGAGTTGATTAATTTGATTTAGGTACTTGATTGTAACTAAATGTGAGGCAGT GTCTCCTGCTCTTGAAGTTGAGTACAAGGCTGAAGTGAAAAGTGAAGACACTGGCATTGT CTTGAAGCCAAGGCAGGAAGAGACTGGGATTGTTTTGAAACCTAAACAGGAATATCAAAC TAAATCTGCTGCTCAAATTGTACATGAACAAAGTGGAAAGTGAGTTTTTCTGGTCATTTT TATTTTTCCTGGCTTGTTAGCAGATGATATGTTGTGATATGGATGTACTGATAAAGTTAA TTGTGTTATATGTGGGTGATATTTCAGCATGGCACCGACTGCTCGAATGGCAATGACAAG AAGAATTCAGCCACTTGTCTCTTTGAACCCTTACCAAGGAAATTGGACCATTAAGGTTCG AGTAACTAGCAAGGGTAATATGCGAACCTACAAGAATGCTCGTGGAGAAGGCTGTGTGTT CAATGTTGAATTGACTGATGAGGATGTAAGCACATTTTCATTCTCAGTGATGAAGTTTTT TTTATTTGATTGACTGTGTAACTAACAAAGATTTACCTTTTATTACAGGGTACCCAAATA CAAGCTACAATGTTTAATGAAGCTGCAAAGAAGTTTTTTGACAAGTTTGAATTGGGGAAA GTATATTACATTTCAAAGGGAACTCTTCGAGTTGCCAACAAGCAATTCAAAACTGTACAA AATGATTATGAGATGACTTTGAATGAAAATTCCCAAGTTGAGGAGGCTAGCAATGAAGAA GCTTTTATTCCAGAGATAAAGTTTAACTTTGTCCCAATTGATGAATTGGGCCCTTATGTC AATGGCAGGGAGCTTGTTGGTAAGAACTTGTGAACCCATAGCTTGAATTATTTGTGCTGC ATTTTCATACCCTTTGACCATGGAGTAATGTTTTCAAACAATGAATTGTAGATGTTATTG GGGTGGTCCAAAGTGTATCTCCAACAATGAGCATACGGAGGAAGAGTAACAATGAGACAG TCCCAAAGCGTGATATAACTATTGCAGATGAGACGTATGTTTAAATACTGTCAACAACCT ATATTGTAGGTTTTGGCTTTCTCTAGCAATGTGAAGTTAACATCTTATACTTTTCTGTAT CAGGAAGAAGACTGTTGTTGTTTCTCTTTGGAATGATCTTGCCACCCATGTTGGACAAGA ACTGCTAGACATGGCTGATAAATCTCCTGTAGTTGCAATCAAATCCCTTAAAGTTGGAGA CTTCCAAGGTGATTGCTTCATTTCATACAACAAAAGTTGTTCTATATGCATGATATCTTC ATCGTCCCAATCTCATAGTTCCTTAAATTGTGTTTCAGGATTGTCTTTATCAGCATTAAG CAAAAGCAATATTGTTGTGAATCCTGATTTACCCGAAGCCAAAAAATTGAGATCTTGGTA TGACTTGACTTAATGGGGTAATTGATTTTCAGTTGACATATCAATTGACTAAAGGCCACA CTTTTATTTTTGTTCAGGTATGATTCTGAAGGTAAAGAAACTTCATTGGCATCTATTGGT TCTGGGATGAGCCCTTCTACCAAGAGTGGAGCAAGATCTATGTATACTGATAGGGTTTCC TTGCTTCATATAACCAGTAACCTGTCCCTTGGTGAGGAGAAGGTATATATACTTAACCCT GTTTGAGGATAATGAACTTGATTTCGAGAGCAATGTTGATGCTATGTTCTTCAGAAGATG AAGCTTATTGTACTGAGAAAATAGCACTCATTAATACATAGAACTATATGTTACATTATT GTATTAAATTGTTTTTTCTGTTTGGCAGCCTGTCTTTTTCAGCTTGAAAGCATACATAAG TTTCATTAAGCCTGATCAAACCATGTGGTATCGGGCTTGCAAGACATGCAACAAGAAAGT TACTGAAGCTTTTGGGTCTGGATATTGGTGTGAAGGATGCCAGAAGAATGATGCAGAGTG CAGTTTGAGGTGAACATTGGATATATAGTCATCTTAAAACCTCTCATTAACCTATAATGC CTACTTATGTCTTTACCTTTATTTGTCTACCACAGATATATAATGGCATTGAGAGTGTCT GATGCAAGTGGTGAAGCATGGCTCTCTACATTCAATGATCAAGCAGAGAAAATACTTGGA TGCTCTGCTGATGAACTTGACAAGCTGAAATCAGAGGTAAAACAGTTCATACAACTTCTC TTTTTTGTGCTTATTGTATGTCTTGACAGTTTGTGGTCAACTTATCTGAATGTTCCTGTT TCTCAGGAAGGAGAAACTGCATATCAAATGAAATTGAAAGAAGCTACATGGGTTCCTCAC CTTTTCCGGGTCAGTGTTGCACAACAAGAATACAACAATGAGAAAAGGCAAAGGATAACA GTCAGAGCTATTGCTCCAGTTGATTATGAAGCAGAATCCAAATACTTGCTGGAAGAAATG TCTAAGATGAACATTGCTATTTAATGAGGCTAGCCTAACATAGAATATTTTTAGATTTAT TTTTGTTATATTTAAGTCTGAATGCTCACTAGGATTCGTTAGTAAAACAGCTGTATATAT GTCTCATTGCCTTTGCTTAATAGCAATTCAGCATTTTGCATTTTAGTGAATGCACCTTTT GCAGTTTATCATATTTTGTTATGTATTCACTATTTAATGATGGTTCTACATTTTATCTAA TGGAGCATTTCAATTCTTGTGATCACATCCATGATCAGTTCATTTATTTGTTTATTTTGT GTACTGAAGGAACTTTGCATGGTCATACTTGATAAGACATACTTGTGATCACATCCATGA TCAGTTCATTTATTTGTTTATTTTGTGTACTGAAGGAACTTTGCATGGTCATACTTGATA AGACTAGGGACTTGGGTTGCAGCATTTCTCTGAAATCCTTTCAGTTGGATCTTCAATATT GGATTGTTTACCAAATTTATTATGCATACTACTATAAATCAAGAATCATCTGAAGAAGTT TACATAATCTGATTGATCATAAAGTTTTTTTCTCCTTTATTAAATAAAAGACAGCTTTTT AAGCTTTAGTTGTGAAGTTGAGATTGGCACATGCAGTTTGGTGTAACAAAAGGGATGAGC TAAAACCAAGTGTTGATCTAGCAAGATCAAACTGTAGAAGATTGTCCTCAAGTTGATATC CTCCTATAACTATTGAAGCAGTACGTTTAATCCCTCCATTCACAAATCCTAAGCAGATCA CATCTTGGCTAACTTTCACCATTGAATTTGCGCCAAAAATCCTCCAATAAACTCGTGTAG TCTGCAACACAAGATCAATGGTAGGAACAGCTGGTCCAACCCTTGTGCTACCAACACTTT TTGAGCTGAAACATATCTCGAAAGGTGCCACAGCAGCCACTCTGGTTGCATTAGATAACT CATCGATGAATGCTTTAGTCACAACATCATAGATGGAAGTTTCCAACATTGAATAAGGAG TTCCTGTGCTTATTTTGGTTCCACCATTTCCGTTCTTGTCAACCCCAAGCAATTTTTTGT TAATTGTCACTGGTTTGGCATTGACTCTAATAGATTTCACTCCAATGTAGTACTCTGAGG AAGGTTCATTCAGTGAAGGAACAGATCCAGTACCAAAAGGGTTGGTGATCAACGGCGTAA TGATGAGATCTTTTGAGATATCAATATTTGGAAGCATCATGCCATCACCAAAAAATATGA CACCAGAGGATTGTGTGGATGAACTCAAACAAACAGTAAATTTTCGTGTAAAGCTGAAGA TTTCAGCTAATTGGGAAGGAAGCGCGATACGATTCCTTCCCAATCCAACTGTACCTTTCA CCTCACTAGCTAAACCATCAGTCAAGAATGTAGGAGCACAAGTGAAAATGAAATTTGGGA TCTTGACAAACTTACCAGGATTTGATCCATCAGTGGATTGAATCGATAATACATCTTCGT TAAGTTGTCCACCACTATATAAAGTCTTGATGAATGGATTCTCAGGGGTGTTGTAACATG CATTATCGTTGCAGCCAATCTTGGGAGCACTGGTGCTGCAGTTTCCACAAGTGTCAACTT TGGCAATGGTACATTGAGTTGAGCCACAAAGAAGCGGTTGATAAGTGGAACTCACATAAC CATTCTCACAGTCTACCCATAAAGTTTGTCCACCAAGATGAATGGTTAACTTGATAGGCA CAAGAGGAGTTCTTTGACCAATTTGTGTGATGTATTGGAGAGTAGATGAGTCTTTTTTCA CAGGAAGGATGAAAGCTTCGGTCTGAGGAGAAGTTTGGCCTATGCAATAAGAAGAAATGG AGAGGAGAAGTGAACAAAAGAGGATGGAATGATAGGTAGTGAAAGCCATGATACAAGATT AAGATGTGATGTGGTAGTATGGAATTGTGAAGATTATTCATATTTTGTTTTATAGAAGGA TTGTTCTCAAGTCAACTACATTGTTTATTTAAATCAGTCAATGATTTGGGAATGGATATG ATTATGACAGAGATAGATATTGAAGAAAAAGTCAGCAAATTAGCATACAGCTATGTAGTT TGACATTTCACCTACAGCTACAAACTACTGATGTCGACATAAGTGAAATACATTTCAAAC CTAGCTTCAATTTTCAAATACGCCACGACAGGCTACTACGCTCAGTGATAGAGTGCACCA ACTCGAGCAAATTACTGTTAAAGCAGATGTAAAAGTGCACCTTCCTTAAGAGCCTGTAGC CCCTTTTGAAAGACGTAAGGCTACAAACGAACATAGCTGAATGGTAATTTTGGCACTTAA ACAATCCGATGCACGTTCACATATCAAACGAAGTGCCGAATAGTGTCACTGCCAATGTAA GGAGTGTTTCCAGGGCGGTTAATAACCAGCATTATTGCTGCAACCTGGACCAGGGATGTG AAATGTGAGATTTTGGTACATGATCAATAACCGGTAGTTCTGTTCAGAGTCCATCAAACA AAAAATTGACAAAAAATCACGAATAATATGGCTCAATTTATTGGTCCTTTGTTTTTTTCA TTCTGCTCTTTCATTTCCATGTCACAAACATATAAATAGCCAGAAATTTCAAGTACTTAG GGCATCAAAACACAAGATGAAAAAGCTGTCCTAGACAATTGAAGATAAGCTACAGTTTCT AGTTCATAATATTTCATACTTCCATAAAATGGGGGGGGGGGGGGGGAGGGGAAGGCAGAG ATTAGGTCTTCATCCGACTTGAATCTGAGGCTGAGAATGAATATCAATCGTCCTTCAGAT AGCCATGAGATCCCCATACTGGCGCATCAAAATGATGGACCCAGCAAATAGAGCAGTAGC TCGAAGCAGTTTCTGCAAAAGCAAAGTGCAAAAAAGATTAAGGTAATCTCTATTAAACCC AGAAAATGAGAACATTGATCATATCATACACAACCAAGAGTCTGAAAAAAAATTCACAGG TATGAATCTCTCTCAATATATCTAATCATGAAAAAACAAGTTACATTTTTTATACACACA TGTTTACATATAAATAAAACACAAAAATCTAAACCAAATATGTAACCAACCTATAATTCT CTACCATAGTTTTAGTCAAGCAGCCAAATCAGATCCATATCCCACACTCACGCCTAAATC ATGTTGGGTCAACATGAGTGTGACACGTGGTCTTGAGGTATCTGGGCCACATAGATATGT GACGCAATGATTCAAAAATTATACCAACCACTGTGCCGTTGTTCCTTAGGAGTTATCTCA TCAAACAAATAGTTATTTATTGTAACATAGATCAGGGTTTCGCCAACATAAACCTAGTAG CTTAGCATTGTCCTAAGCGTTTAGGTCCAACCTGCTACATGGCAGTGTAGCTTAGCACTA TGCAGAATTTCTCTTTCCATTGATACCCCAAAACACATTGATTACAAGGATTTTTCTTTC ATTCGCTGATAAATATCTCTCCCACAGTGAAATCATCTCTAGCCACCTTTTTTGCCTCCA ATTCCTTGTAGCCTAGAGAAATATCTATTTTTGCAACACCTTTTCCTACTGCTGCAATCT TCAATCACCTACTACATGGTCATAATAGGTTATCAATGCACCCAGCCTGTAGTTTCCTTA AATGTCCTAACATCTTATTTAAGAAGTGTTAAGAGTACGAGGGACTTTTTTATTGTTCCA CCAAAAATCTATACCCAATTCCCCTTCCTCCTTTTTACTTTATTCACTGTCTGACTCAAC CCTATACCAAAGCTCTTCCCATCAGTAATTGTTGCCTATCAATTCAAAAGTTAAAGCTTC TGCAACCCATATTTGACAGAATTTATTGCTTCTCATAGAAAATCATAGCCATAAGTCTTT GTTTCTGGCATATGCAATACAATAACCTTCTTCTCACGAAAGATTTGATTGTTATTTCTG TTCAGGCTTATCACCTTGTTATAAGTTTACAACAAAATACTCTTATACTCCATTAATAAT GCTTCGTTTTGCTAGTTGAAGAAGAGAAATGCCCGCACAATTTTAGTTTGGCAATCAAAG AAATGCAGGGACAGGAACTTTTTACAGAAACAAAAAGATGACTTCTACATATGCTAAAGA AGATGAATGTTTTCCTCTCTGCCATTTCATGATCTTTACGTTTCACATTTGAATTTATCC TAATTTGAATTCCTCTCACATCAACATGGTTATAGTAGGTTAGCAAAACACATATATGCA TGCATAAGTTCAGTGAGTCATTGTTACAGAGGATTTAAACAATAAAAACACACTAAAGAT ATATATTTACACAAAACAATAAAGAACAAAAGTAAAAGATTCTATGCTTATGTGTTTTGA GAAACATGTAATCAGAATTAACAAGTTAATTCTAGAAATCAAACTGAAATTTTATTGAAT TTACTTATTAATTCTAGTAACACTGTTTAAGAAAAAAACATATAAGATCCATTCTTCTGA ATATTTCGCTTAGGCAGCAAAACAATCAAATTGTCAATCACATTTTCAGCCAAAATATTT CTAATCCTAACTCAAATCTCTTAAGATCCAATTATAACGCGCTTAACTCGTTGTTCATTA CTATAACGAGTATAATCGGCCATAAAATCCACAACAGAAGAAAACAAAACAACGAACGAA GCAAAATTTTCTCTGGTTACTGATTTTAATGAATAACGTGTATCTAGAAAAAGAGATAAA ATCATGAAAAGGAGATACCTTGTTGAGATTCCATTTCTCTTCGTCATGAACCTGAGAGTG CCAGAAAGCTTTGACCTTGTCAACTGATATCACAGAGTCCGCCATTGAAGCTAGTCGAGA GAAGGAGAGTACGACTGAGAGGAGGAGCAAAAATCTCTAAGGGGTTAGGGTTTTAGCATT AGGGCCTTGCAGGTTTTATTCTAGGCAATTTGATACAATCGGGTTCTCTTCACCCACAAG GGCATTTTAGGTTTTTTCTTTCTATTTCAAAATTCCTTCATAATGTACTCGTTTTTTTTA TAATTTTTCCTTTTTAAGTTTTACCATAGTATTTTATTTGAGTAGTCCTATTTAATTAAA TAATTTATTTATATTTATAACTATTTAATAAGTGAAAAATTTACAGTATTTCATAAATTT AATATTATGTATTTTCTCTATCCAAAGATAGTTGTGCTATTTGTTTGATTTCATTCAACT AAAATTGAGTTTGAATTGCTTTATATATGATCGAGAGGGTTTTTATTCGTAATTACGTGT TATTTTTGGAATTTATGCTTTCTTCCCCTTCATTCTTCGTTGATGATCTTTTACTATATT AATCTAAAATTATAAATCTATTATGAATACTAAAAGATTTTTCGTAATTTTAAATTAATT TTATTATTTTCTATCAATTTCACCAAAATAAGTGATATCTACGAGTATTTGGCTCTCCAT TGATTATTTTATTGATTAATACTTATTACTAATAAATAATTTTATATTTTTCCAAACTAT CGAACAATTATGAGACAAGTTTGAATTTATCGAAAGGATTAATTTGAAAGATTAATTAAA AGAATTTCCATGGAGGCAAGTGAGTGGAGGAGGCAAGCACGCATAGGACCAGTATATATC CAACCAGGAAGTGCCACGTGGAATATCTAGCGGCTAGAATTTGATCAGACATTTCATGCT ATCTTCTCCGGGGTGTGGCCTCACAAAAATGGGAACTTGCTTTAGCTTTCAACTCTTTTA GCACAAATAATTGAACCACTGAAAAAGAAGAAGATGATGATGATGGACGGCGCCGTTGCG ATTTCACGTTTCTCTGCTTCAAACGCACCACTTCTCATCCGATCCATGGCTACGCAAAAA CCAACTCCATCCACTAGTAAAAAGGTTTGATTTTTTATCTACTTCACTGCATTATATCTC AACATTTTACATAATTAGTAATGCAAATTGTGGGTGGGAGGGGATTTACAAAGTGGGAAA TCGATTATCCCTAGCAAGATGAAAGTTCAGATAGATCAATCAACTGAGCTATTAAAATTC TCTGATGTTTCACGGGTCGAATTTGTAACCTGATTGATCATTGTATAGGTTGCTAAGAAA AATAATTTTATTCAATTTTTGGGGTATCAAAGGGGCGAATGAAAAAGAGATGTAACTCAA GTTCCTTTGGAAATAGGTAGAACAGTCTTATTTCGGTTGATCATTGACAGTTACTCTTAG TTAAAATCCAGAGATGGTCATTATCTCAGAAACTTTACTTTCTTTGTTGAAGAAAATTGG AATCATGAAGAAATGTGTGAGTTGAGAAATGGACCTGCCATTTCTATACATCCAGTGTAC TCTATGGACAGAGGAATATGCACATACGATGAAAATTCATTTGTGTTTTAACATTTACTG CAGACAACAACTGTATTTCCAGTAGGGGAGAAACCTAGGCCGGGCAATTCTTCGTCTACA CCACCAGTGAAGTTATTGACAAGAGTGGAGCAACTGCGACTGTTAACTAAAGCAGAGAAA GCTGGTTTACTATCAGCTGCTGAGAAATCTGGACTCTCTTTATCGACAATTGAAAGACTT GGTCTTCTTTCAAAAGCCGAAGAATTGGGGATTCTTTCAGCAGCTACTGACCCTTCAACT CCATCAGCACTCTTCAGTTTGAGTTTGGGATTGTTGGCTGTGGGTCCTGTTTGTGTGTAT CTGGTGCCGGAAGATTACCCTTGGCAAATCGGTTTGCAAGTTGTGGTTGCTCTACTTTCT GTTGTTGGTGGCTCTGCAGCTTTTGGAGCCTCAAATCTTGTTTCCACTTTGCAGAAAGTA AATTGAAATGTAAGCTGAAAAATACTTTCTCTGTTAGAAAATTTCTATTATATATAGTAT AAATGTTAATTTTGCTCAATCTTGATTATTTTTTGTTGATCCCTTGCAATCTTAGATATA CACTGTCCTTCCTGGTTGTGCATTGAGTCATTACGACATAGTCCTTGTCTGGATAAAGAA TCTTGATCTGCAGTTTTCATTTCAGATCAAGATGATAACTAGCTCCGATACATCTTTGGA TCTATCGTATACTTATTGTGGTACGGTGTGTGAACTAATTGTAGTGACAGTTAAATTGTA TGACTACAGAACATCAGTTTAGTTGCTCCTTCCTAGAGTTTAATATAATTATCATTGTCC AGCAGGAAACTTAGATGAGCATGGAGCACGAATAGCTGAGGTTAAAACCCAAGGCAATAC TCTTTTATCATATCTTGATTTGTGCATGGGCCATGTCAATCTTCTCTGTATCGTTTCAGT TTTATCGAGTGTCCAAGATCGGATGCAAAACTCTTAGTACACATAAAAGGAAATTGCTAA TACACGTGTATATCTTTTGAAAGACACTGTGAAACACTTGAATCTTGATGAACTTTGCCA ACTTGTTGGGGATAATGCTGTACAATATAACTGCACTGTTCTGTGAAGGGCTCAGAAACT TAGACGTATTTTAGTTTTTTTTTTGCACTGCCATGATGCTATCTATGTTATATTAATGAA CATATCTTCTATGCATCAGACCAAAATGGGATTAGAAGACTATTGAACAGTCTTTTGATT TATACAAATGGTTTGTCAACTAATCTGGATGTTATTGTAATTCCGGAATCTGGTGAGATT GCATGAGTTGAGAACATCAGTGTTGTTGCTCTTCTATAGACTCAAACATAGGCCAATATG TATGTGATAATGACAATGACAATCCTGGTGTGTCAAGTGAGTAGTTTCTGACTCTCTAAA GACCAAATTAACAATCATCATCCATGAATCAACTCACTGAATGTGGAGTGCGTGAATATA TACCTGAGGTTGTCACCATTATTCCTATAGTTATCTGGTCTAGATAACTATAGGAATATA TACATTTGAATGGGAATTGCTGAATGCTGATACACATTCACGTCTTTCAGAAGTCGGAGG GTCCTTTAGTTCTAGCCGCGATTCTTTAACACACTTGAATCTTAGATAAATTTCGCAAAC TAGCTGTGGAGACTGATACTGTGCAATGTTAACTATACTGTTCTTTTCTGTTCTGTTCTG TTGTGTGATGGCATCATCTTTCTAGTTTGATAGTCAAATACTCTTATTTGGAATCTTATA GTCTTGACAAAACATTGACATTTTGAATTTTGATCACAATGCTATAGCTCCACTAGTGTT GAACAATATTGATTATTTCAGTACCGACTAAAAAATGAAAAAGTATACCAGAAATGAGAG AGAGAATAGTCTTCATACACGTCAAATCAGTTAATTATTTAAACTTTCATTTTTTTCTCG ATGAGCGTACCTTTCACTATCCCCTATGATTAAAAAAAAAATAGTCTTTATTACTTTACC AAGGATTGTATTTAGAGATGCACTCTAAATTAAGAAGGACAAGGAAATTAGAATATTGAG GGTTGGAATTGAGACTATACGTCCAAACAAAAAAAGGTTTTTTTTTTTCGTCCATCTCGA AAATAATAGTTTTTACTCGCATATCAAATTCAACAAAAAAAATATTACTTTTCTTTATAC TGAACACACCTATTAATTAACGCTTTGATATGACGCCGCGATTCAACCAAAGGAGCTAAC GCACCCTATTATTCCTATAGTTATCTAGACTAGATGTAATAAATGCAATGATCAAAATCA CAATTAGCTAACTCAAAAGTCTTGATTGTCATTTGTAATTATTTGGTATGTTCTCAACAA GCAAGATAGACAATTAGTCTTAACATATGATTAGGACCAAATTTTCATGTGTCCAAAGAT GTATATAACAAAGTACAACGACATTAGCCTTTTTGATCTTGATTATCTACTAATCAACAT TTTAATTATGCTATGGGTGATCTAGTCATCTATTGTGAGGTGAAAGTCGTAACCTTTAAA CAATTAATAGGTTCTAGATGATTAAAAGTCATAATCTATCTTAGCTTAAGTAATTGTCAT GAGATTAATTTGAATTCAAATTTTATCTTTTCTTTTAATACATAATGAATACGCACGTAA TTTTCTTCTAAGAAAAGTATGATCAAATAAAACTTCTAGATTCAGCACAAGTTGCAAATG TTATATGGTAAACGTAAAATTTTGAAATAATCATCCCGTCAATTTCTATATACCTCGACT AATTACGAGATATCCAAGACTTTCGTCACTAATCATCAAAGCATTTTTTACAATATAATA TTAAAAACTTGCTCTCCTTCATAATTTAACTTTTTAATTGTGAATTGTAATACTTTTATG AATCTTTTAAGCTCATCAATGATTACTAGACCATTACAATACATATATAATGATGTATAT TAAATAGATAATTATATAGGTTGAGATCTAACTCATTAAAATTCATATATAATCATGTAA TTGTATATACTAACTCAATCATTACATAAAATGAGATACAAGTAATTAAAATACATATAA AGTGAGAGAAAAGACATAAATTTACTCCTAAATTGTATCGAAAAGTCAGTTACACATTGA AACTATTAAGATTACCTATTACACACTTATACTACTCAAAAGTGAATTTAATATCACCCT CAAAGCTGACATGAAAATAAAATTAAATAAAAAATAAATAAAGTGCGTTTGAGTAGAAAA AAAAAGATTTCCACCCCTACTCTTTTCCTTCACGTTACCTTACTTTTCTTCTTCCTCCAT TTTTTTTTGTTATCACAAAGACTCTTTTTGCTATGGCTAATGTGAAAAATAATATTTTTA TGATAAATTTCTAAGAGATAATTAGAAAACAATATTGCGGGATATAATTTCATTGTAAAG ATCGTGAAGTTTTTCAATTGATTAGGTTCACTGTTGGAAAAAAATTTCGTCGAGACATTT AAAATTGATCAATCCTTACTATTTCCACATCAAATTCGTCAAATCAAGTCCAGATTATTT AATTTATTTTTTTTATTTTTTTTATTGATTGTGAGCATTAAAAATAAGAAAATTTTCAAA TCTTGTTTTTTTTTCTTGAAAAAAGTTTTTAGAGTTTAGCATAGAAAATCAATTTTTAAA TATATATTCGTAGATCTTTCTTCTCTCTCAGAAAAATTATCTCTAGGTTTTCTTGAAAAT CAGTAGTAGTAAATGGAGCACTAGTTTTTCAATGTTTGACTAAAATCTTTGCAAAACAAA TATTGCAAGTTTTCACAATTCTCCTCTTTATGCTCGAATGAAATTTGTATATAGTATTAA TTTTTTGTGTTGGATTTGGTGATGAGTAAAAAATTAGTGGTAGTATGAATATTAATTTCG ATAATGACAATGAAACTCGTGATTTTGATGTGAATGGTGAATTTATAGTTACGTTTGTGA TAAATTTCAATGACAGTGATATGGTTCCAATGGTCAATTCAGTTAAATTTATGATGTTCG TTATCGATTTTGATGACAATAGTTATGAAAAGATTTCAGTAGTAAATTTGATTATGGATG ATGAAATCTATGGTGGTGGAGAAGTGGAATAGCATCAACGACAGTGATTTAATGGTGGGT TTGATGGTGAATATGAAAGAAAAAAGAAATTGGACGACATAAAAAAATCCGATATAATTA TAAATGTGACAGTGACATGGTGATAATGGCGCGTGTGTGAAACACTCTCATCATGTAACT GATCGTATGTGCATCAATATTGAAAGAAATTGACTTTTAAGTAATTCAAATATGTAATAG ATCGTCATAATAGTATAACCGTGATAAATTGAAATGGATTGTTACATTAACTGAGAGAAT GTAATGGACCTATTGGTAGTTGTTGGCTTTTTTTTCTTTCTGTTTTTCTTCTTGTTGAGT AATAGTGTGCATTATTGGAAGCATGCATTTATCATTAAATTCATCACGTCTGCCTTCCTT TTGCATTTTTTGTTTTTGTTTTTGTTTTTGTGAATAGAAAGGAAAAGAAAGTAAGTGTGT CAGTGTGGGGAAGGGGAACTTATGTGTATTGGGATCTGAAAATAACAGTTTCAATTGAAA GTGACACTACATATATAAGATCCCCAAATCCTTACTTTCTTTTAACACTACTGCATGCTC TCTAGTCTCTTCTCATCTTTAATTCCTTATTTGATTATTTTCATTTATTTTTATTGGTTC GGTATTAATTTTATTATAAATAAAAATGATGTTTTTATTATATCTCTTTTGGATGTGTTA ATTTTGATGTTTTGGAAAATGTATAAAAAATGACTATAAATTAAGAAGTAAGAGCTTGTT TGGTACGAGAGACCATAAGAAATAATTAATCTTAGAATGAATTTGTTTTTATATTTGGTT CTGATTAAATTATGGAATAACTTATCACGAAATTATAATGTTTTTTTTTTATCCCATATC AAAGCTTGGAATGACAATTTCAAAATAACTTATTCTCAATCAATGAGCTCGTGATAAAGT GAAAATTGAACCGAGAGAGTAGTTGAGGAAAAGCATTAATTGCCTCTCCGGCAATTAGAG GGTGGGACTGGTTTGCAGACTGAAAATGTTTCTCAATTTAGAAATGACTTTCAATAATTT TATTAAGTATTGAAAGGGTTTTAAATAACAAACATAAAATATATAATCTGCATAAAATGA AATTTAAACAACCTAAAATATCTCAACAACATAAATAAACTATCTAAAATTTAAATTTAT TTAAACTAAATAACTTATTTTGGTAAAAGTTATGCAATAACTAAAAGCAATCTTCAACAC TCCTTTGCTTTAGTTATTGCAATTTTTTTTTAAAAATAACCCTTCTCAATTTTTGCTTTG ATACTTGATGCTAAAAAAATTTCATTATTCTTTAACTTGCAAAATTTCTTTTTTTTTTTC ATTTGGTTTTGTTTTTTAAAAAATACATGTGATGATATTGTCTTATGTAAAAGTTTTTTT GAAATTGTTTTAATCTGAACTTTTGTATAATTTGTAGAGAGATTGTAAGGGTTTTTCTTT CGTCACAACCTCACATATCACATAGATTTCAAAATATAATTTTATTCTCACACTAAATTT GATAGTTTTTGTATGTGAAAATTTGTGGGGCATGCTTGCCATTATTTTGGTTTAAAAATG ATTCAAAAAAAAGTACGTGCTTTGAGAAAAGCACGGGTTAAAAAGGTAGCCTTGCTGGGT TAAAATGAATAGTCTTCATGGGTTAAAAAGGTTGTCCTTACAGGTTAAAAATGTATGATA GTTCTTTGAAAGATTTCAAAAATCACTTAAGATCAATGAAGTTTTGATACCATTGTTAGT GTTTTTCTAAAAGATGGGGCACCACAAAATGATTGAAAATGTTTCTTAGGATTGAAATAG TTAATATAAAATATATAACCTGCATAATTTAAAATTTAAACAATCTGAAATATCTCAACA ACGTAAACAAACTAACTGAAATTCAAAATTCAAATTTATTTAAACTAAATAACTTATTTT GCTAAAAGTTACTGCAGCAAACTTCAACAGTTAATTATTCTTTTTTCGTTTTAATTTGTT TGATGCTTAAGAAGCTAAAGAAATTTTTTGAGTGTTATTGTCGAAAATGTTTTTAGTCTT GTAGTTAAATATCATTTTAAAAAATTGAAATTAAAGAACTGTTTTAAAAAAATTACTATA AAAATAGATCAAACAAATTAAAACAAAAAAAACTATCGAATAGGTAAGTGAGAGTTTATC CTTACATTTTTTGAGGGAAATAAGTGGTGATGATGCTGGCCAGTGCCCACACGTACTCCT TCTGGGCTTGAAGTTTAGTAGCAGTTGATAGCACAGTCCATTATTCATTCTGTTAGTCTG CAGGCCAGAAAAATAACAGATTCAGTACTAGTATTATATATGGGACGAAAATAAAAAAGA TTTTTAAATCTTGTAGTCTTATATTTAAAATATAATTAATATATTTTTTAATTTTGTAAT CTTAAACATGTTGCGATGGAATTAAGTTGAAATTAAAGAGTTATAAAAAACAGAAAGAGA TTATTCTTGTTTCAACAAATTATAAGAAATAGGACAAATAAATTATAACGAAGGAAGTAA TTGTAATGTTTCTTAACAGTGGGGCAATAAGTTAATCATGTCAATTTATGATTTATTGCA ACCTCTATTTCTGTTGTTGCTTAATTTGTTCTATATTTGGTATAACTTAATTCAAGCACA AATTAGATGAATATGAGTATTCTCTTAGGGCATGTGTGTTTTGACCTAATTAAATTGAAG TTCCTTCCTTCTATTTCTGAATAAATTTTGTGTAGTTATTTCTTTCGATATTTTGAACTC TATTTTATGCTAAGTGTTAGATTACTCACCTTTTTTTTCTTTTGTTGTCTGATTTATCAC TGTTTTGTCAGCTTTCGCATGTCACCTAGTTATTTGGTAGGTTAACTTAAAGATTAAGAT TAAGTAGGTAAATAATCAGTTTTTATCTAACAAATTAGTTGGGATTTACTAGTGGAAAAT TTGACTAGCAACTTGTGAAATTTGTGGCTAGGGTTGTAAACATTGGATGCTTTTTTTGCT CAATATTTATGAACTAAAATTCAGTAATTATAGTATTAGCCTTTGGCCTGTTATGATTGT AGCCAACTCTACTCTTAGAGCAGATTGTGGCCTCTCAAAATATCCATTTTCATTATTGTA TTCCTTAGGGTTTAGTGGTGGTAGAAAATAAAGATTAACCTATGAATCAATTATACATCA AAATTAAGTCTTATCGTCTTATAAGTTTGATGACAAATTCAAAATTCATATACTTCAATA GTAATTCTACCTCTGTCAGCATTAACATTTCATCATAAGCAAATTCAAAATTTAAAAATC AAATTTTATTCTACGTACACATACATTTTTTTTATAAAAAATATTAATATATAATTCGAA ATCACAAAACCTTTCTCGCAATATCAATATTAATATATATTGAATATTTTTGGTGAATAT ACCTTCCCTTTTCCAGTTGATTTAATTAGCCAATGGAACAGTAGATTGGAATTTGATCAT TCTAATATTTGTCCTTTTCTTTCTACCCTTGTTATTGAATGATAATAGTAATTAAATTTA TTAGTGTTACAATACGGTGGTAAGATTGCTTTATCCTTAATTAAAAGTGTCACATTCGAG CCTTAAATATGAAGAAAATCTTGTTAGGAATATCACTCCTAAATGAGCTTGCAATACGCA TCCAAATTTAATCAGGACTTTCAATTATTAAAATTAAATTCATTAAGTTAATCAGTGGGT TAAGTCCAAGTTGCTGCTACTGCTGCATGCAAAAAATCTCACTGCAAGTGGCCCATTTTT ATATATATATATATATAATATATGTGTACTAAGTGCAAAGTCTTTTAAGAGGTTGTATAT TATTATTATTGGTTTATTGGTCCCTCATCTACAATTGAGCATATATATAGCTTTGGGGAT ACCACTACATCTCCACTAGTTATTCTAATTACTAATAATTTGTTTCCTTTTTGAAACTTA AATAATTAATTACTCATCAACATTCTTTATTTTCATGTGTTTCCTAATCTTTAATTTCTT CATCATAATTATGTTAAAATCTTTCAAAAATGGCACTAACAAATTGTACATATATAGTTT CTTTATAAATTAAAAGATATTAATGTACAAGGATTTCTGGTATTTCTTTTCTGCTAATTT AATTGTGCATGCATATGTAGTAAAAGCTTTTCTCCCTTTTCTTCTATTCAATTTAGGTGA CGTACTCGATTAGAAATCAACAATAACAATAACATGTTTAGTGTAATATATCTCATAAAA AAGTTTTGGAAAGGATGATATGTATATGGAGTTTCTCTCTATCTAGTGAAGATTAATAGA TATTTTCCGATAGATCCTCGAATTAAGTAAAATATATTAAAGTTATTGAGAAAGGAATAA TATAGTGAAGGAACCCTTGTAGAAAACAATGGAGAAAAGAAAATTATAAATAACAAATAG AACGATATTCGAAGTAATAAGAAAATAATAAATAAGTAGAATTAAAGAATAAGATAGTAT AAGAGTACCCATAATAATACTGATAAAGAAAATTGGATCACTTTTAAATATTCCCTTCGA TCACTTTTAATTGTCATGATTTTTTTTAGAGTGAAATGATAAGAACTTCGATTAATATTT TACCATGATTTTTTTCATCTTATTGATATGCCAAAAAAATGCAATTTGTAGTACTTCTAG TATAATTTTTGAATATCTAATAATCTAATTTAACTTTGAAAATTAATCAAATTGACTTTT TAAAACACAACATGACAATTAAAAACGAACAGAGGGAGTATGAGATGAGTTTAATTAGGA TTCGCTTGGACATGCGATACAAATTATGATTTGAAATCAGATTAATTTGAGATTAAACTT TTGTTTGGATGAGTAATTTATATTTCTCGGGTTGTGTTTTTTCTTATAAACATGAAAAAA AAATTCTACAAATTGTATAAACCACCGAAATTTCTCCCATTCTTATACAATCTTAGCAAA GAGTAAAAAATAATTCATAAACAAGAAACTATAACATCCTACGACGCCACATTAAAAAAT TACATATCTCCATATATCTTTTTTTATAAATAGAATATTACAATTAAAATTTTTAAATAC ACAATTATTTTATAAAAATCCACTATTCAACAATTGTAATAACGAGGGAAAAGGTCTGAA AAATACTTCAATTTTGATCGAAATTGCTATTTCGATATGAAACTTTATGGAGAACCTTTT AACCTTCCCCACTCCTCCAAACTATTTAATAGTGTATTTTAAAGGTATATTTATGTCCAC GTAGACACATTACTATTTATAATTATGTAATATTTTTATGTCCACGTAAATACATATATA CCTTTAAAATACACTATTAAATAATGTAGGGGTAAAATGTCTTTTCTAAAATTTGATACT ACAACAATAATATCAATCAAAGTTCAAATGTATTTCACATCATTTTCCCTAATAACTGAT TATTATTTAATATAATTATTCTACATGTAACCGACAATATCTCACAACAAACATATATAT ATATATTCAAAATTTTAAATTCGGATGATTAGTCATTTATTTTAATTTGTACTACTACTA TAGTTTGCAGAAAAGCAATAAACCCTTTTCTTTTTTTTTTCTTCTAACCCTAGAGTGGTC CTTGTGAGGTTAACAGTGTACCTTCCTTTCTTAGCATCATTAAATAGAATCAAAACTTAA AATTAAAATATGAAACTACTACAATAACTAGCTTCTTGACTAATAGACTGTTAAAAAAAA AAAACTATTCATGATGGAGTAGTCTAAATACGAGAAATTAAATTTCTATTACATTATTAT TTGTAGCCTATGGACAAAGAATTATCGCGATTATATATACAAATACTATAAAAGTTTATA TACACAGTAGATACATAATACTTAAAACTTTACATTTTTCTCAACCCTAGAATTGAATTA CACACGAGTAAGCGCCACGTGGCCTTCTACTTTCCTCTTTTGAGATAATATTATAACATA GTGAGAATCTAACATTGCTTCTTTTTCTACAAACCATAACTTATCCTTGTAAATTTATTC TCTCTTGTTTCTCTTTTGGTCAAATTTTGTCCATAAACTCATTTTTTCCCCCAAGCCTTG GGAGAAATTATTATAAAAGAAGTTAAATGTTATCAAGAGTTGTTAATTCCATGTTGAGAT TTTGCTAGCCACTCAAAGATATATATACAAGTTGTAGTTTATCTTCTACAAAACCTAATT ATGTAAGTACAATTCATGATTCTTATAGTAGTAATTGTTTATACAAAATTTTAAACATCT ATTTTTTTAGATCTTAGTCATTTTTACAAAGTCTTGGGTGTTTAGTGAAATGATTTTGGA GGTTACCCTAATATTAATCACAACTCCAATTTTCCCCCAAAAATTGCACTATGTACACAA GAAAATTTCCATTGATGGAGTTTTTTTTTTTTGTGTGTATAGTATAATTTGATAATATTT TATCTCGATCTAATAGATGCTTAATATTTTTCTTTGATTTTTACTAGATCGATGCTGATG AAGAACGATATATGATATACATATCATGAATTCATCGAGTGGAAATAATTTTGAGACGAA ACAAGAATCAAATAATGATAGTAGATTGGCCTCAAAGACGACTAGTGCACCACCATCGAG TACTTCAAGGCAATGGGGAGCTAATAAAAACCCAAGAATAGTACGCGTATCGCGTACTTT TGGAGGGAAAGATAGGCATAGTAAGGTGTGCACCATAAGGGGGCTTAGAGATCGAAGAAT TAGACTATCAGTTCCAACTGCAATTCAATTGTATGATCTACAAGACAGGCTTGGCCTGAG CCAACCTAGTAAAGTTGTAGATTGGCTCTTAGAAGCGACTAAACTTGATATCGATACTCT TCCTCCACTTCCTGTACCACCTGAGTACTTCACTCGGTTTCAACAACCATCTCATGAAGA GTTCTCTGATGTCCGTGCTCAATGGTTGAACGCGAACACATCTTATTTGGAACATGGGAG GAACAAGTCAATCGCTTCAAATGAGGAATCAAATCAAGAGGATAATATGTTTACCTTAGG AAATCAACGATCATCTAATTTACCAGGCATGCCTTTCAATTCTTATAACTATCAATGGGA TCATCAGCCTAATTCGAATTTGTCTTTAGGTCATTTTGGACATAATCATTCATTTTCATC CCAAATAGATGATGATCAATCTCATCAAAATACTAGTTTCCCTCTATCTTTGGGATCATC ATCTTCGCCTTTTCCCTCGAGTTCTCAATTGTATTTCAATCCAATAACAACAACATTTCA ACCTATAGTTCCATCTCCTAACTATATAACAAATCATCATCCCATTGAGAGTCATGATCC AAGGGCTAATATGAACCATTTCAATTTCTTAAGCTCAACTACTTCACACAATAATCAACT TGTGATGCCAACTCTTAATTTGATTAGTTCCCAAATGAAACCCTTTAGTCTCAATAATGA TCCTAGATGGATGAGTTCCAGAGATGATGAAGATGACGATGATGACGATGATGATGATGA TAATCAACCACATGAAGGTCGCGCAATTTGATTCTAAGCCAAGTGGAGGAAATGAATCTT CGTCTTTACTTCAAATATTTTGAATTAAAGTTGTTGTCCTGGATTATAATCATGCTACAT TATTCCTTCTTCACAGGTACAACAAATAATTAAAGTGAATCATTCTATTTCTTATACCAT ATAGGTTTATAAAGTTTTAATCTCTATTCTGAAATATACAAATATTAATCTGTAGTTTTT TTTTTTGGGTGATTCAAGTGGTATAAATCTACATTATTATTGGTATTGGATTAACCTTTA ATTTATACAAATTGAAAGTGTGTTTAGCATTAATTTTTTCAATTTTGTTTTTCTTGGATT TGCATCATTAATATGTCATGGTTTAACCGAAATCTCGATAGTAGAAACTCTAATCGAAGC AAAGGTTGGGTTTATTCTCGACTCTCACAACCTTAAGGTAATTGCAAATATGATGCAACA GATCTGGAACTATAGTTACGTAGTCAAGTCAATCAGTTGTTGTTGGTATCTTCTTCTCAT TTTTCTTTATTTCATTATCAGAGCTCCGAGAAGTAAGAGATAAAGATGTTGAAGAATATA GTGAAAAATCCATAATAGGATCTAACCACAAAGTATGAATGATTTTAGCCAATAAAAATA TTTTATAGAAGGTAAACGAAACTATTCAAGTTCAATTTTGTCATGTAAAATTGATACATA ACATATCATGCTTAGCTGTGTACTAATGATAGACGTAATAACTAGTAATATAATTAATTA CTCCATTAATTTGTTTTAATCTAACTAGAAAACAAAAAGTTTCTTTCATATCTAATTAGG TTTTTAGACGAATTAGTTGGAAAATAAGAGGAAGAAACTTAAAAGTTTTACTCTTTTAAG AATGAGTCTTAGGTCTCATTTGTTTTCATTAAGATTAAGATGTTAGAATCTTAATGCTTG TCTGAACATTAAAATGTAGTTTCTAGATTTGAACACTAAATGATTATTTATTTTCAATAT ATGAATGTGCATGATATTTTTTAAAAAAATTAGGAATTAAATATTATATCAAAAAAAGTT ATAATCTAAACCAAGAATACTTCTTCTAAAAAATTGTTTCAAGAATAAGATTATAACTCA TCCCTAGAAAAGACGATTTATTTGTTTTCTCATGAAACAAAGATAACTTTTCCAAAGAAG TTTTGACAACAAACGAATTGTGACATGAAGAATTTTTCATAAATATCAATTCACCCAAGA ATATTGTATACATTAAAAATATTATGTAAATACTTGTAAAAGATTATGAAAACTTACTTA TTCAAAAGAAAAAAAAATATTTGGTTGGAAAATGAGAGGAAGACTTAAAACTTGTCCTGA AGAGAAGCAAGGAAGAAGAAAATGTGTTTATGAAAGAACTTCTATTATTTCAATAGAGTA AGATGGTATTAAGACTCTGTTATAAATCTGATTCATTCAGATTCATTAAGACCCAATAAG ATTTTTTTTAAAAAAAGAAACAAATAGACTTAATGGAATGAATCTTAATGATTAAAATCA AACCTAAAATCAAACGCACTTATGGGTTGAATCTAAATGATTAAGATTCAGACTCTCATT AAGTGCAAACAAATGAGGCATGTCTTACGTTATAAAGCATGAATAGGTGTCGAGTTCAAG TCTCAATGCCACTCATTATCGGATTTTCACGTTATTAGAGTCGGGTGGTACTAGAGACAT ACACTACACAAAAAATGATCAATAGCTTAAGCCTATCTCGGCATTGAATCTAATAATATT TAACTAATATCGGTAAAAATTTTAATACTTTTGGTAAATATTAATGTGCATATTTATTTT TGTTAAAAGTTATTTTTGTCGTAGTGATATAGTGATCCATCACTAACATACTTCCTTATT TTGTTTTTGATGCAAGCTATTCTTATAAACAAAATTTAGTTGTTACTCTTCTTCTTTTTT TTTACCCTCCTCGGAAGTTCTCACCTTTTTGCTTCTTTGGTAACTAAAACTCGCAACCTT CGAATTGAAAGTGAAGGATACTTTTCATGCGAGCAACTTTCTCTCGTCTAAGATGTTTCT CTATAAATTGCAATCATTTTTTTTACACTACTCTAATTTGCTTGTTATTTATTGGAAGTA ATTAACCTGTATGAGTTAGAATATATTGGCAGATCTTGGACTTAATTGTTTGTGAGACCA CAACGATATTTGGGACCAAAAGCATCTAAAAGTTGCTTCCTGGAGCTTGAAAATAATCTA TATTATTATTGTACAATGTTGACAATTCCTCTCCATACTATATCCACCTAGCCTTAAATA TCATATGAGATGGTCACACACTTTTACATATGGTATCAGTGTCACGTGTTTGGCCTACGA AAAGAGAGTCACGCCCACACATAATCACGAGACATATTGAATATGCTTTCTCTAAGAAAC TGATAACTTAAATTTTTAGATAAGATGATTACATATTTCAACGTTCCTAATAAACGGAGT TGAATTTTATTATCTGCTATCTATGAAACTGCATGCCTGCAAAATTGAAGAAGTAATTCC TTGTTAGTTGTTACTATGTAGTATATTAGTTATTATCAACATGGATTGTGGTGTATTACT AGTCGGGAGTGTTTTATTTTTAATCAGAGATATTGGGTTCGAGCTCTTGGTATGGAGAAA ATACTATTTGGAGCGTTACCTTGAATGGACCCTGCAGTGCGCGATCTAGATTTAATTGAA GTTCTAATGTGAATTCTAGACACTAAACGAAAAATTAAAAAAATAATAATTATTACTATA CCCTATTTGCCGACCTAATCAACCCTTTGTATCTAAATTAATAATTAATTAGCTTGATAT AGACATAGATGTAGAATAATAGTATAGTCATATATAGGAATGGTATATTTCCCCGCATGC ATATAGATGCATGTTAAAGTCCACCTCCTACGCTCATCAACCACTTAATTAATGTTGTCA AGATAAGTTTAATTTTCTCTTAACTAATTAAACATGTAATTGGCATTCTACGTATATTAT GACAGGTAGGATATATATAAGTTCATTTGTTTAATTTTATATACGTGTAAATATCTACTT GTGTACGGAGCATAAAATTTTTTGAAACACCTTGAAGTATTAAAAATGTCATGTTTGTTG CTTGTTAAATTAAAAAGAAAAAGATACAGTCTTTTTTAAATAGTGTAAAAAAAAAAGAAG GTAAAACGAATAAATTTGTCCATGTACTCTTCGAAATTAATTAAGTTGTCCCCTGGTTCT TTTCTAACCCTTCTCTACAAGCTTCGATCCATTTTTGCTCTCTTGGTTACTCAAACTTAC AGTATTTATATTATTGAAAGTGAGTGGTGTTTACCATCTCTCTCGTTAAAACTGCTTTAT TTACTTTTGGTCCTTTCATGTCCATTGTCATCATTAGTGAAGCATCTAGTATTTTCCCTT ATCTGATGAATCTCCAACGTGAAATATGTTATAGAATTGGAATGTGCAGGTGTAGAGCCT AATTAATTAGCTTAGGATTAGTCTTTAAACATTGATAAAATTGATTGATATAGTAGAGTC CAATCCCAATTGAACATAGAAGACATAACTATATATATATATAATATAATGAAATTATTG TCTCGAATAGAGAGGTAAGAAAATAAAATATAATGGAAAAAGTTTTTTTTTATGTCCAAA TTTACCCTTCAACTTTTTTGTATGGTACAAATGTACCCTTCAACTTTTCAGTATGGTTAA AAATTATCCTAAGGTTGAAACTTTCACTATGGATCAAGGGCTAGTACGCAAGACAAATAA GTTATTCGATCATTAAGAATAATATGTTATACCGTTAGAAGACAAATAAGTTATTCGATC AATTTCGTATTTATGATTAAAAATTGTTGGTCAACATGGTGAAGTATATATATAATTGTA ATAGTGACAACTTAAAAAAAGAAACCCTAGAAGAAAAAGAGTAATTGTTCTAAAGAGGAA AAGGAAGGGGATATATTATTATTATTATTATTATATGAAATGAGTACAAGCATGGAAGGA AGAAAAAGGAAGTGAATATTGGAATCTATATTTCTTCTATGTATGAATGAAAGGGAAAGG AGATAAAACAAATGGACATAGATTGGATTGCATCAATACTCTATAGTATTATATAGTATA TTATCAACATTATATTCATGACACTAGATCCAAGAATTCTTTTTTTCATTGAAAGGTGTT CTTTTTCTAAAGTAGAAAAAATAAAATAATACTTCCTTCGCTTTAAAAAGAATAATCTAA GCTAATTTTACATTAATTTAAAAAAGTAAAAAAGGTTTTTCAATTTTGAGATCTTAAATT GAAATTATAACAAATACACCAAATTGAAATTAAATTGTTACCAAAATAAAAAAAAATCAC TCCTTTCGAAACAGTTAAAAAAAATAGATCATTTTTTTGAAAAAACATATGGAGTACTAC AATGCTATTCTATTACTTTTATTATTATAATGGTAAGTTTGGAGATGCATGAAAAATGGA ATCTTGAAATTAACTGATTGACATAAAGGATAGTATGTTACAATTGAGAAGTATTTTTAA CTTTTTTTTTATATATAACTGGGTAATTTTTAGGAAAATAAAATTAGTTTTTTTACAAAA AAAAAAGGTTCTTACTATTGATGAAAACAGTTATTTTTCTTACTTTTGAAAAAATTATTT TCCTATAGAAAATATTATCTATAAGATTTAATAAACTAAACAAGAAAAATTAAAAATGTT TATTTTTCTTGGTACAGCACACCTTTAATGGCTCTTTTTCCTCTGGCTAAAGGAAAATAT AATTTCCACGTGAAAAGGCTAAGGTTGTATTAATGTTACCAGATGCTGTGGTCCAATATT AATTTGTTTTATATATTTAGGGTTACTTCTAGTATTGCGTTTGATTGCACAAATCCCTTA TTTCTATTCGTACAATTTTAGATAACTTTTTTTTAGCGAGAGTTCCTTTTTGGTTTGCGT TATGTTCAAAATTCATTTTCTTTTCAATGTTGAGCCCCCATTTATATTACTCATGCTTAA GTGTGTGAATTTGAATCCCGTCTCGATAGATTCAACAGGTCCCTTGACTTGACTCGCTCA AATTCAATTAAATTCACCTCTTAACACCCTCACGATGGTCAAGGTCCATTACATCTTTTC TTATGTTTTATTTTCTGAATAATTTCATTAAAACTTGAGTTTTAAAGCCCTAAGTCTGAA TTAAGAAAGAAAAAGGCATATGGAAACACAAATTCCAAAACTTTTTGATTCAACAGTCCC ACAAAAGGATATGTCAAATTATAACTTTGCTTCCAAATTTATCAAAGATGGAAAGATATA TTCCAAATGTTGAATGAATAGTTGTGTAAAGGATGAATTAAAGCTGCCATTGGTACATGG GGACAACTAAAAAGTTGCAAGTAACAAACTACTTTTCCCTCACTTGAAGCATGTTACTAA TTGAGATTTGAGAGAGTACACCAAAATTAATCATCTTTTAACAATAACTTAATTGCTAAC GGCCATTAACACTCTTTGTAAATGTCTCGAAAGTCTATACACTGATATTGAATCTAATGA CAATTGACTAACGCTAGTAGAGATTTAGCGCTCTGTATTAACGTGTATATATATCATCGC TAAAAGTAACCAAGTGGTTTATGCTCCCTATGTTCCTTTTTTACTTCGTCACATTTCCTT ACAACAATTATGACTCATATTTTAACCTAAATTGAATTAAATTAATTTAATATTTTAAAC TTGAATTTTTGAAAAATATATATACATGAAATATACTATAAATTTCAATTCTTCTCATAT TAGTATGATAAAAATATATATCATAAAACACTTAGCAATTTCACCTTAAAAGAAAAATAT CACAAATACATAAAAACAAAGAGAGTATATAATTTTGCAAAATTGTAGCCAACAAATAAC AAAATTCAACATACAAACTCAAAATTGTATCCAGCAAATAACAAAATTCAACATGCAACA TGAGTTGTTTTGCATTAGTTATACATTAATACATATATACTTTATAATAAATAGAATTTA TTAATTTCTCAAATACATGTTATCAAATAATCCCTTAAAATTTTCAATAAATAGGAAAGA ATTGCATCTTAGTTCAAGATAAAATACTAGACATAAAAAATCAAGCAAAGTCACGAAATA ATGTCTTAAAAGGTGACTGAACTATGAGAATTTATTAAGTGAAGTCATTAAACATTATTT TATACCAATAAAATCACTCAACTTAAAATTTTTATCATCAATCACTCAACTACATTTTTC ATTTATTTAATAAGACAAAACAAAATACTTTATAGGTCACTTAAAACTCCATAAATATAT AAAACTTCAAAAATCATATTTTGTTTTTTCTCTTCCTTTTTTTAAAGAAAATTTATCCTC AAATAAATTTAACATGCCATATAAATTATTTTACATATCACATAAATGTGAATTTCAAAA GTCAAGATTTTATATTCAACCTCCGAATAAATCCGCATTTCCCAAGTTACTTCAATTTTC ATTTTTTTTATTTTGTGCCACTATTCGTAAAAATGTTCTTTTTTTGTTGGCTGAAACAAT CATTATCTATTGATTACTTTGTTTAGATGGTCCAAGAGTCCAGTCTCCATATACAAATAT ATTAATGATTAATACAACTAAATGAGTAAATAGTGTATAAATCAAAACAATTAAAAAGTA ATAACGGTAGAAATTCATATAAAAATTTCACGTAGAGTCCTAAGTTAACTATACTTAGAG TACTATTAAAATACATATTACTATTACTATAATAATAATAATAATAATGCAATTATAAAT AATTTAATCCTAGTTGTACTATAATCCTGATCATAATATAATTCTAGACGAGATATAATC CTAATTAACATAGGCAGTCTAATCCTAGTGCGACTCTAATTCTTCAGCAGTGCTGTAAAT TTGCCAGACTGGCTTCATTGGACCTGTTCCTTTGACATGTTCCAATAGTCATCTTCTAGT CAGTTGCGTTGGACCTGTTCTTTTGACATGTTCCAAAATCGTCAACTTCCTTCTTCTTCA ACAATAACGAATGGTTTTTCTTTTCAATTCCTTGATGTGATTTATGAAATTTCATTGATT TTGTATTGCTAGGCTCTAGTTGGTTGTTATATGATTGTGGATCTCTTATGAATATGTATT TTACACCCAAAATTTTATCATTTTCACTTGTGATTGGACAAGGAACTGAATAAATTGATA AACAGGATAAATTGGTTTTAAAAATATTATATTTATTTTGGGGGGGTCATGTTTATATAG CCAAACAAATAATTTATTTTGTTATATTAAATTTATTTTAATAATAAATGTAGTTGAGTG ATTTTTATATATAAATGTCAAGTTAGTGAGTTTTGTAGATAAATGTGTTGAGTTGAATGA TTTTATTGATATAAAATAAAATTTAATGACTTTACCCGATAAATTCACATATTTCAGTGA CCTTTTAAGATATTAACTCGTTATACATAAGTTAAACTCAATAGCAAGGAATTACATATA TAACTCTGATTACAAGAGTAGCTCTTAATTACATCAAACATAATAAGCAAAACTTAAATT AAAAAAAAAAATCACAAATGAAATAGCTGTTGATCCTTTCCAATTTAATACTTATTGTTG ATGGAAGGTGACAGATATCTCGAATAAAATATCATATAAAACATTTACTATAATAATCTT GACATAAGATTGTTAAGAGCTATGACAATATTATCATAACATTCCCATAGACGTGGCACA TTCCTATCCCTAGCTGCAAAATCCATTTTTGTAACATTATTGAACAGAATTGAATACATT TTCCTCAATTCAGGTCTTTGTATACCTGGTTTAGCTTGAATTATAGTATACATATCTTGT TTCAATAAAGCTGAGCTTTTTCTCAATGCTTTTTGACCTTCTTTCCAAGATTCTCCCTCA AATAATTCTTTGACTTGTAATAAATTTTTGGCATGATTTTTAATTCCATCCTCTGCTTCT TCAAGTGTTTGGTCTGGAACTGTGATTCTGAAATCAAATGCATTGGCATTTTGTTGTTTA CTTAAAAGGTTGATTGAAATTGCTGGGCAAAGAATTAGTGTTGTTCTTCTGGTGAAATTG AGGGACATTTGGGTTTTGGGTTTTGGTTTGTTAGAAATATTGGAAGAAGGAAAAGGGGTT AATGGTTTTTGAACTAAAGGTAGTAATGCCATTTTTTTTTTTTTTTGAAGATATGGTGTT TTTGATTGTTTATTTTTTCAAGATTGAATAAAAGATGTATTGCAAAAAATTAAAGTTATG GTGAAAAAGAAGATAACAGGTTATGGTTTACTTGTGAAAGTATTTCATTCTTAATCAGAA GAGCTCTGGACATCTGATTGGAAAAAAATGATAAATAAAAATAATTATAGCCCCCGGCGA GGGTCGAACTCGCGACCTTTCGCTTACGAAGCGAACGCACTACCACTATGCTACGGAGGC ACGTCGATAGTAAATTTCAATAAAAATTATAAATCTGATATTCACAAATCATGAAGTTTT TGCACATATTTATCACGTACGTTATTATACTAAATACCTTTGCGATATAAATCACTATTA TATAAATTCTTTTATCTTAAAATTAAATACTTAAACTCTTAAATCATATCTAAAAAGAAT TCAAAACACCTAAAGCCCGATAAGAAAGAGAAATCCTTACATTTCAAGTATTTACATTAC ATTTGATGAGAAAATACAAATTTAGCTTTCTTGGAGGATTTCCAGGTTCGACTAAATTTG GATCGCACTTGGCAAAGGCCATTCGAGGATGAAATTCCCAATAGGATTTTCTCCATACTT AGGACTCGAATCGAAACCTCTAGTTAATGACGTAAAGATAGCCTAATACCAACTAGGAGA AAAGGAAAAATCAACGTAGGAAAAATTATGATTTTTATAATGAGTTGAAAATTGTCTAAT ACTATATATCGTGGATTAGTGATACTACAGGAATGTTTAATTTGCACCAAGCAAAAGCTA AATAATACAGGATATAGTACATTTTTCTGCACTGGTGATCTTGATTAGATATGTTGGTAA TACAATTAAGTGACAATTGTTCCTTTACAATACATCACACAAATGAGTATTCCTGAATTA TTTTACTACTCAATATAATTAGCTGAAAAGGAAAACAAAGAGAAGTCGAGAATGGAATGA TACTATTTTGCAAAGAGCTGTCTACGCCTAGTTGGTTTTGCTCTCAAACCAGAACCATCA CCCCTTACTATCTCATCAACTAAATCTTTAAAGATCATCCGCTCCACGTCAAGGACTACA CTCGATATCTCACCTGTGAAAATCGTCCAACTCTCTGAACGATGCACCACGTCATCCAGC AGTATGTTTTTCCACTCATCCTCCTCATCCTCCATGTTGCATTTTGATGGTTTAGCTTGA AGTTGTTCTATCTCTGAGCACAAGTCCCTTAGAAGCCTTTGAGCATTCAGGGTGCTCTTT GCTAGCTTCTGGGACATCAACCATGGCTCGTACGAAGGTCCCACTAGCATTAGTTTTCCA GCAAGACTCTCATTAACAACATCAAAGATGAGTTTCCTACGGATCTTTTCCTTTGGATTC GACTGCCTCATCTTATCATTGCAGAGTTCCTCCTTGAGTAAAGTGCTTGCCTTGGTTTGT TCCAAGACTAGGAACAGCTCAGGGTTGATTGGGTGACCTGATGGATGGAACTGGAAACTA GTTAGGCTTGAGCCGAGATCCCTGAGAAGGAGTCCTGAAGCCAATAAGATCTCTGAAATG TATCTGTGGTCAGGGTTTGTGTTCTCACAGAGAGACGCAATGTAATCCGTGCGAGCCTCA TCATGGCTGGAGTTCAATCTCCTGAGCTTCTCAACTAAATTCTCAATGTTTTGCAACTTT TTTCTATTGATTTCTGAGGAGAGACCAGAACTGGTGGCATCAATCGCAAGAGTATTAGAT CGATCACACTGTGGCGGACTGGAAAATTTATCAGCAGTGTTGCAGCTTTCATCTGTCACA GAATAACAGAAATGAGACAAACAAATAGAATCCAACTTCTTAAGCAGTGTATATATTCTG AGACCTGAATAGTCAGGACTGTTTTAATCTCTAGACAAGGGACTCTGACAACATAATAGA GACTCATATCTGATATTTCTTACTGAATGTTCACTATAAATTCATTTGAGCATCTTTAAA ATATTTGCTATTGATCTTACTTTTCCTACTAGAATTAGAACTCCAATATGTTTAGTTTTG AAAAACAAAGGAGGTTCAAGTGCAGTGAATAAACTGGTGTCCAGTGTGGATGGCCTGATC TTGAGCAAGCAAGTTCTTTTCGGAGCCAACATTGTGATGAGAAGAATTATTTAAGGTTTA CTACCATTTTCCGCTATTCTAGCTGACATAAGTGACCAGAACATGAAAGCATAAAAGCCA GAACTGAAAAATCTAGTGCATATAAAGACCATATAGATGTACATATAGATGTAAGTGCCT TCTTAGCTTAACATGTTACTATTCATGTTTCACTTTGTTCTCTCAAAGTGATTATAGTCT CTTGATCTAGTTGAGTCTGAACTCCTAAGGAGCCAAGTTTGGGCATTTGCTATCGCTGTT ATTGGAGAAATCCTGCTCACACTTCAACATCCCAAAAGACTTAACTTCTAAATTTCCTTA CGCTGTCCTTGGCCTATTTTATTCAGAGATTTAGTCTCTCTTCTACTTATTTTTCCTTTT GTATTATTTAAAATTCTGCTGGCATTCACTTATTTGTATAGCCATGGATGGATAACTGCA AAGTGAATATTCCTGATCAGATGTTTAGTTTCAGCTAACAAAATCTAAAAATATATCCCC AACATGTCATCCACATAAGGAGCTAGTTTCATTTATTATTTCCACTCATATTTGCTTATG TAGACGTGCTTATAATTTCTTCACAAAAATACTAAGGGAAAGCAGCACCTTTCATGACTT TTGGAGTATGCTTCACAGGAGAGGGTGATTCATCCATATATACAGCATTATCAAGAACCG ATACCGGACTTGGATACTCTGGAGCAGGTTCAGTTAACATTTCATCCTCAGAGAGCACCC GAATTGATTTCTGAAATGGAAGTCACAGTGTCAAGCATGTAATGGCCTGCTTGAAGTACT CTATAAAATGCACAAATAAATGGAAATTTCTTACCTTCTCTACCAAGTCACATCTCAGGT AACTGGATGCATCAATAGATGAACTCGGGCTGCTTGTCATCTCAAGAGAGCGCTCGAAAC TAGTAACTTCGAAATCCACTTTTGATTCTGCTACCACATTCCCATTGGATTGACCAGAAA TTTTATTCCCGTGGCAACTCAAATTCCTTGATTCACTACTGATCTCACTCACATGGTCAT CATGTTGCTGGATGTTTGAAATTCTTGGCCTTCGTCTTCCGCCTGGGGAACTAGCCTCTG TATGTTGCTTGTTTGACTGTCTCCTCGATCTGTTGGAATCAGATGGAGGTGTGGGTGGCC GAGATTTTTTCTCTAGCTCCAGTTTATTCTGTTGCAATCTTGGACTGATGGATCCTGAGC TCTTTATTGAGCCTGAGATGATCTCTTTAGGAAGCTGTTGGGACCTTGTTGAAATCTGTG GAGGTTTCGAAGTTCTTCTTGCTTCATTGGGATTCACTGGACTGTTTCCATGACTAGTTC TAGGTTGATGTTCTTTAGCAGCCCTGCTCACAGAATTACCCTTTCTACTGACAGAGTCAC CACCATGAAGTGGAATCATCGAAGACGAAGGAATGTCAGATTTTTCCACTAATTTTGCTG GCTTCATGATCACTATTGGGGATTCAAAATTCCTTGAAGAATTAATCCCCCTCTTTGTTG GAGCAGTCACTTGATCAGTCTGCCTCATTCTCTGGTTCGCCAGTTTTGCACTCTGTGCAG GACTTGCAAACTTCTGGTGATGCTCTTTCTGACCAGTAAAATTTGAATCCTGCTCCTCTT TTTCTGTCTCTAGGAGGCCCTTTGCCTGCATTGCTTCCAATATCTGTTTAAGAGCTCTTA GATCCTTGCCTGAATGGGTGAATTCTAGATCCTTCCATCTCTTTTCTATCTCACTGTAAA CAGAAGGAAAGGGGTGGGCTGGCTTTACTGGAGTTTTTGTTGTCCTGGATATCGGTTTCT CATACACTCGAGTCCTATCAGGTTGCTTCCAGGGTGCTGGTTCAATGGGAAACCTGGATA TAGGTTTCATAGCCATATCAGGGTTTCTCCACTTAGGAGAAGTAGGTTCTTTCCACAGGT TCTTAGAGGTATTAGAAGTTCGGATAGGTTTGCACGGATCAGATACTTCTGAAGACCTTG GAAAAGAAACAGGTGCTTCAACTTGTGAAGAAGTGCTCAACCCCATCTTGTTGTCAGTTG ATGACATGGAACCAGGTAGTGTATCAAGACCCATTAGCTTTGCCACAACACTAGGAGGAC GAGCCGGAGTCCCAGATGTTTGCTGCAGAGTTGGTGACTTTGCATTGGTATTACCACTAT CCTTCTGCATAGATTTTGAGGAGAAATTAGATTTTGGTTCTGAGTTCAAGCTTCGTACTG GACTAACTCTACTGTCCAAGGAAAGTCTTGGTAGCTCTTTAAGCTTAAGAGTGGATTTGG AAATGTCTCGCTGTTCAAAGGGTACATGATTTGTTTCTCTCCCATCATATGAGAAACGAG GAGCATCTTTCGAGACTGATAATGTAGAAGTATCCTTTGAATGATATGATAATGATCTTG TAAGTTCCCTATGTTCACTTGAGTACCAAGGAGCTTCCCGAAGTTTAGCAAGAACTCTGA GAGATTCCTTAAGATCAACAGACGAATTCTGCTTCCCATTTGGGCCCGAATCATAAGCCC CGTCAAAGTTTTTCAAAGTCTGAACTGGCCTTGGGGAATCCCCGGGCTTTGACATCGATT CTGCCACCTCTTCTTTCACTGCAGGTCCAGCTGAGAACCTCTGAGCTTCTCTATTCATAG AATCCTTAACCACATCCCGAATGTCAAGAGATTGCCTACCAAATTGTGGTGATGCATTTG GTTGGCCTGCAGCTGGTTCTCTTGAAGGAGTTTCAGCAAAACTTAGTCGATCAAAAGCTA AGGGCTCTTGTTGACTTGTTTTATTACAATCAAGAGAAGAAAAGGAAGACGAACGTGAAG AAGATGAGAATGATGGTCTCGACGATTCTGTAGACAATCTTTGTTTATCTTGCACAGTCT TGTTTGTGTGGCTTTCCTGCAATGAAAAGCAGTGCCATCAAGCTTTCAGGATATGATATC AAAGAAATTCAGCTGTCAAAAGATACAAGAGTCGTTAAACATTCAACAGACTTGGTGAGA TGGAAAAGAAATTAGTGGATTCAAATCTAACACATCAATTATCTGAATTGCTATTTTTAA AAGAGAGAAAAAATGAAACCAAGTTATCATCAGACATCACTCAGAAGTCTTCCTATGCAA ACATACAACTCAGTAGTGTCTACATCGTTGTCAATCACATTCAAGATGAACTGTTTGATG CTAACGACCTCATAAACATTCCAACTGGCTCAAATGAATATATTTTTCAAAGTCGAAAGA GAAAGAGAGAGAGAGAGAGGAGAGATAACAAGTTAGCACAAATAACTCTTACCATAGCTG GTGATTTTGGATATGTGCTAGTGTACTCTTTCTCAGAAGTACCACTGCCAATGTGAGAGC TGCCTGTAAGAAGTCATTCACATGATGTTACAAAACTTGTACAGTAAAAAAAAAAAACAA TTGAAGCACCCCCTTGTTATATATAAGTATGATATCTCGAATTTCGTTTGAAGAATCCTA GAAAATTTTACATGAGAACATGGATGAAATATTGATTTTACATTTTCAACAAATAAGCAA ACACCATTATTCAATATTGTTGTTGACATAAGAGAAAGTAAAACACATTCTAGATTCTAC AATGAACATGTATGATATAATAGAATTAGACACAACACAATGAAATATTACCAGAAGTGA GCCTTCTGGGGCTGTTGCCGATTAGGCGCCTACTAGCAAGCATACTTTGACGATCAAATA TGTGCAAAATCCCTGTCATACATCCAATTTGCTTTTGCAGATCTTGATTATCTTCAGTCA ATGAATGTAAAAGCTTAGCAGCCATGGTTCTACTTGTATTCCTCTCCTCTTCAACACAGC ACAACCTATAAAGTCAAATCCCTCTTTAAACTATTACTCACTTTTTTTCATTGGCCAATC AATGCATTATCACTCATATCTCTAGATAGTCAAAAGTCAATATATCTTCACAATCACAGC TGGAGTCAGTTCCTAACCACACACAACAAAGAAGAATTGGAAAACCTCTCCTAGGCACCA TTACCACTAATGCTAGGGATTACAAGCCTGAATCATCTCCAGCAGCATACTTTATACATG TCAAAATCATTCAGTTTTCATCATTTAGCAACAACCCCAAAAACCAAGATTTGATTTTTA CAACAGAAAATCAAAGGTAATGAACTTTGTTTCTCCAGTACTTCAGAAAAATGCACAAAA TTTTAATCGATCTCTTACTAATGAAAAGTGGAACAAACTAACACACCCCACAAGAACAAA TCAGGTTCTTGATTTTTCTTTAAAGAAGCCTAAAAAGTTGAGGAAAAAAGCAATGGTAAC ATCAAATTGTGAAAATCACAAAGTAGCTCTCAGTTGCCAAGAAAGTGAATGCACTAGTGC AAAAACTGTAAAGGGTCTATCACTGTAGATCCATAGGTAAATGTTTGAAATGCTGTTTTC TTGGAGAAAGAAGAAAAAGCCCCAGAGATTGAAACAAGAAGTAGTACTAGAGAGAGAAAA ACTAACAGGGGTACATGTGCTTGCCAATGAGTTGATAGTGAGGGAGGAGTTGGCAAGAAA TATTAAAGTACTATAATCAAGATTGATACTAACAGCATAATTAGTACTAGTTTTAGTATT ATTAGTATGCATATCTTGATGTGGAGTGTAAAGAGAGAGAAGATGTTTTGCAGTGCCTTA CCCCTTCCCTCTTCCATGTGAGTTGAATTACATGGGTATGGGGGTGGGTCTAAATTTGTC TGCATCTTCATGTGATGCTGTCTTCACCTCATTTTGCTTCCACAAATTTGTTCCTCTAAA CACCATTTTAGCTAACATTAATCTAATTCATGTCCTTAAGTTGTTACCATTCAATTCCTA TCTTCTTATCTTACCTCGACGTTCGGTACTTATATTGAAGCCTAATTAAATTTAAATTTA TCTCAGGTTGTCGCGTATTGAGGATTAAACTCTTTCTAATGAAGATAACTCTATACTCAA AAGAACTCGAATCTCAATCCTCTAATTAAGAATAAACCCTCGGTGTTCAATTCATTTTAG TTGTTGTAGATTCTAATGTCAGTCTCATATTAGCATTGTTTTTTTTATTTTTCAATTTGA TATTCGTATTAAGATTTGATTAAATTTGAATTCACATCAAAAAAATTATATTAATAGTAA AATGCTTCTTAACAAAGAAAACTTTACATCCAGTTAACTCAAACTCCCTAACATTAGCTA TGAATAAGTTGTTTGATCTCCTATATGATTTTAGATACAGAGAAGAATTAAAAATACCCT TAACCTATTCAAAAATGTTTAAGTATATCCTTCATTTACCTATTTGATTAAAACTCCCTC TATCTTTTTGATGCACCCTTACCCTTAAAGTCTATTTTTTTTAATATAGAGTTAAATCAA TTTTAATTTTTAATTTATCAAATATTGACCTCATATTATATTATTGATATGTCCAGACTT GGACACGTGGAGGGTGTCAAGTCGCCATATAAGTGAGTTTATTAAATAGGATCATGGCTA ATTTAAGCTATAGTTTATATGCACATTTTCTTATCAAAATGCTTAAATTAGTACTACTTT GCCCTTGAATTTAGTGATACCCACCTAACAATTTACTTTGGCTGGTGAGATCTGATTTTC CTTTTCTTTTCAACAATATTTATATTTTAATAAACACATTAAGATATAACGCGTATAAAC AGGAAGAAAATTTCAGTATTTATTTGATTTTAACTTGATACGATTTTTTAAAAAATAAAT AAATTATGTAATCTTACACTAAAAAATGTAAAAGGCAACATAATACTTTTTAATTTTGTC ATCTTAAATATATCAAATGGAAATTTATAATTAAAAAATTATTTAAAAAACAAAAAATAT GATAAGCAAATTAAAATATATATTTTAACTCTCAACTGCTAATGGTATACAAGAATCAAT TGGCTTTTTTTTCTTTTTCTTTTACAAATGAATGGGAGTAATAGTTTGGTGAGACATGCC ACTTAAAAAATGAGATTAAATAATGTCAACTTACATAAAGAATGAGCAGACTAGGTTGTA TTTTATTTATTTATTTCCATAGGAATTTTTATTTATTTATTTTAATAGAAATAAAAAAAA TGGAAAAAGTGTCAGAAATCCAGATTAAAAAGTGGGTATTTTTCTTGTGTAAAATAATAA TTTTTGTATTAATGGGCTAATCATGGTTTAATTAGGACAGCCTAAGACTGCAATGCACGC GTTTACACAAACTGGCACAGAATTAAATGGATGGCCGGTATTAATGAAACCACTTATTAT CTTGTTGGTACTTAAGGGTTCCTTTATATTTGATTATACAATTAGGTGTTAAATAAGCGA ATTAAATTATAAAAGTTATTTGTATTAGAAAAAAATATGAGTTTTATTATTATTATATCA ATAAAATTTTCTTTTTTTAGAAGAAAATTGACAAGGAAAGCATTGATTAATTTGGCCTAC GTATCAATTTAATTTTTGATAAATTGAATAAATTAATGGACAGGTTAATAATACGTCCCC CTTGCGTATAAACCAGGAAATTGTAAGGTATAATTCACAAATAGTCATTTTTAATAAGAA ATAACTAGTAGTTTTATCCATAAATTAAATTTATATGACAACAAAAAAATTTTTTAAGAC AATTAAGGAATCCACTTATAGCTTTCAATCGTATTTTTTTTAAATTCTAATTTATTTATC TTCTTTTTTTTTATATATATTTTAGTGTTGAATATATGGATTAAGGAATTAACTTACTCT TAAAAATTAAGAAAAAATTTAACAAAGAAATCTTAATAATGATGTTAATTAAATACTCTC TTTGTTCGGTATTGTTTGTCATGGTTTGTATTTTTAGAGTTAAACTATAAAAAATTTGAC TTACATTTTAAGAGGTATTTTTTCGTCATGTTAATATGCAAAAAGTTGTAATTTATAGTA CTTTTCATATAGTTTTAGAATATCTAATTTTTTTGTTTAAAATATTGAATTAATGTGATC TAATTAACTTTTGAAAATTAGTCAAATTAATTTTCGATAAGCACAACATGACAAATAGTT TCGAACGGAGAAAATACTTTTTAGATTTGTGAAACATTTATTATTCTTGACCAATTTTAG AGTCTAGAGAAGGTGTGTAGGGGGGCATAAACGGAAATTCAAACTAAATACAAATTAATG AGTCACAATTAAATGATGAAGTTAAGGCTAATTATTGGCGATTTGACCCTATTCTAAAAG CAGAACCCTTGGATATTTTATTTAAAAATAAATTCAATTGAACTACAATTTTGTTTTTTG GCAATTTAAAAAGACTGAAATATTTTAAAATTATGTTTATAGTATCACTTTAAAAATTAA CATATTTCAAAATAAGTACGAGTAATTTTGATTAGAAATATGAGAGCACGATATGAAAAT TTAAAAATCATACGAGCTAAAAGTTGATCAGTTAAAATAATTTGTCCATAATATAATTAT AACATCTTTGAGAGAAGAGCAAATTATACGTACAAAAAATTTTGGAATATATTTTAGTGG ATGAGTTCCACAAAGACCATACAAACACCTAATAAATTGCGTAATTAAACCATCACTTTT GATTTTAAATTAAGTGATTTCTTTTGATTACTTTAAAACTTGATAAACATAATTATTTAA CAAATACATTGACAGTATATAAGATATTACCTATCGAGGGCTCATAAACTGATCTGAATA CTAAAATTATCATACGTAAATTAAAAATGACTAATACCCTTAAAGAGAGAGATCAATTTA CATTTAGGGAAAAAAATATCAAACTCTCTTAATTAGAAAAAAGGTCACCTCAACAAATTA TGTATGTAACTAATAAAGATTTGATGGTGATTTCCCCTTGCATCCGTGCCTTATATTACT ATATCTTTAAATTATAATTATCTTTTATATTTACGTTTTTAAGCAAAAATGGTTTGAAAA ATATTCTAATTTTGATCGAAAGTGTTATTACGATATCAAAGGACCTTTTACCCTATACAC TATTTAATAGAGTATTTTAAAGGTGTGTATATATATATATATATATATATATATATATAC CCACGTAGACACATTACTATCTATAATGATGCAATTGTTATGATGTTCATGTAGACACAT ATATACATTTATAATATACTATTAAATAATACAGGGTATAAAGTCATTTCGAACGTTTGG TATTGTTACAACAATTTCAATCATGATTCAGATACATTTCAAATCTTTTTCTCTTTTTCT ACGTTCGATTAAATTTAAATTTATACATTAAAAAGCTCATTTATGGAGGTGAGCCCAATG AGATTTTTTTTTAAAAAAATTCAAATTCGAAATCTTTAATTAAAAATAAAAAGATGTCGA CATCCGCTATAACTCATTATCTTTTGTGCTTATGGAAATGTAATTTAACTTACGTTTCAA TGCAAATATTATAGTTGAAATGTTCAACTCATTTAATTGGATTAAACTTTCATTTTCATC TTTCATTTACAACTACCTTTAATTAATTTCCCCAATTTTTTATGATATTGATTGAAATAC ATATAGAACCTAATTAAAATACAATGTGAAGAGAAAAAAAATTATTTGTGGTCCATGGTC ACCCAACAAACCTTATTTGTACTTGGTGTCAAACCAAAGCCTTAAATTAAAAATAGGTAA TTGTTAATTAGATCTTATCTTAATTTAAACAAGAAATTAATAGGTAGCAAAAGCAGTTGG CGTACGTACGTGTTGACTGTTATTATTAGTAATAAGAAACGGTTCAATTATATTCTTATT AAGTTATTCTACAATATTATGGTTATGCATGCCACATGTGCAAAATTGTGGTCAAATCTT TGGTCCTAATAGTTTAATTATAAGGAGAAAAAGATGAATATATTTTCAAACTATTGTAAA TAATATTCAGATATTTTCTGTCGTATTTTTGAGATATTTGTGTCCTTGCACCATCTGTAC AGTAGAACATATATATTCTTTATATTAACGGACATACACGTGGTATAATCTTATATATTG AGCCGATATTTATCAAATATCGAATCGGCGTTTAAGATTATGTGATGTGTCCCTATTAAG TTTTCGTTAGAGTAAGGGTAAATATGTAATATGTTCTAGTTTTTGGATGACAAATACACT AGTGTACCAAAAGTGTAACGGAGAGTATGCGCATACCGATTCAGGATATCTTTATTCTTT TTTCTCGTAATTATATATCAATTGACATTCTTTAAAAAAATTAAAAAAATCCCCCTACCC CCACTCCACTAAAAGAAATACGTATAAACTCCCTGTTTTGGTGTTTGTTTTAATTTGACT GTATACAAAAAAATTTAAAATAATAATTTTATGATCATAAATTGAGAAGTTAGATATATA GTATATAATTTTTTATTTTTTTTTTGTGATCTTAAATATGACTTAAAACTTTTAAGGGAA CGGTTATATATTTTGTTTTAAGAAAGAATAAATGACAACGTTTGATGATGACCGTTCAAC AACATTAATATTCTCTTCTGTCTATTTGAATGTCCTTAAAATATTGCAGACATATTACGA AAATTATTTAATAACATTAATCATAAGGGTTAACTGATTAAATTACTTTTTTAATCTCTC CTTAAATATTCATAAATTTTCTTGAATTTTATATAAATCATTTATTAGACGCTGAAAGTA ACTGTGTTAAACATGACTTGAAATTAACAAATCATAACCATATGTAGCAAGTTTGTGCAT ACATAAATATAAATAAAAATACACTACAGTAGTAGAACCTATGACATTGGATAATGATGA AATAATGAATATCTCGTATGAAGTAGAAATTTGAAAATTTGAATTTTCGTAATTTGAAGT TATATTAGGATATATATTTTTTCTTTAAAAGAAAAAAATAGTAGTTTTGTGAGAAAAGAT CATAGAAACTTCAATTATTTTCAGTATAATAATCTTATCTAATTTCATGATTGACCGAAA TAAATTAAAGATAAATCATCAAATCCAAAAAATTTATGACGAAATGCTAATGGAATACAA TATCAAGGGATCAATAAGGGTTGTGGCGAAGTGGTAATTAGTACTCCTTCATCCTTAACT AGAGATCTCATATTCGAATCCCCCAAGTAATGAGTCTCCTTTTTGTTACAAAGTTTATAT TTTCGATGCAAATTAACTATAATCAAATTTTAATATAGATATCGAACACTAGAAGAGAAG ATACAAATATAAAAATCGAGCACGAGGAGAGGAGATATGAATGGAAAAGCAAATTAAAAT GATGTTGATATGTAGGTGTAGACAAGAGACAGAGTGGTTTGAGCAAAGGGAAATAGGTGA GAGGCACATGCAAAAAACTGAATAATTAACAAACCACTCCACATGCATGTGAGGTGCCCT ATAATATAATTTAACTCTATTAGGCAATAACAACTCAATCATATTAGCCCATGTTCTAAC CTAAATTTCTTTCAACAACCCTACTATCCTTTGATTGCTACATTATGCCCAACCTTTTTT TTTTCTCCTATTACTTTAATTTTATATAAATCTTTGTGTGTAAAGTGGACATATCATTGC ATTGGGTTGTGTAAGATAGTTTTTTTTTTCACCAAAAGTTGGGGCTCAACCATTCATAGG TTATCCAATCTAATCATTGATGTGCAATCCTGAACTTGTGAGGAGTGATAGAGGTCCCAT TAAAATTCAATTGTATCTTTTTATATTTCTATTCTGTGCTTTAGGGTAATAGGATCTCGA CTAATTGAAATTTGCATGGCTAAAGTTAAGAAAAAGAGTTTTTCATAAGATATTTTTTTT TTCATTTTTAAAGCTTTAATCGAAGATCAATGGCGAAGTGAGTGGCATGTGACATTTATA ATCATATACGGTATATATAAGGTCTATTTTTATAATATATTAATCGTTGAATTATGTTGA TTTCTTGGTATATTAATTCTTTTTATCATTCAATTTCTTTTATTATCTTTTTAAAAAATT TATCGTTAGATTTTTTTGTATCTAAAATGTCTAATTAAGAAAAAAAAGGATATGGAGAGA ATCTTGCATAAGCTTTTCTTCCAAGTTCCAAGAAAAGAAGAAAAAGACAAATTAAGACTA CTACTCATTAATTATTCTCAAGTAATGATATTTCTTGAAAGAAAAAGTTCACACATAATT AACTTTTGGCTATCATTTTTAAAGTAAAAAAAAAAAAGTAAACCCTAACTTTCGCTTTTT GTTTTGAAATACCAAGTTTCTAAACCTAATTTTTTGAAGAATATATTGTTTATCATCAAG ATGCACTTTTTTTTTTATAAAGCTCTAGATTTTGTTTACCTTTTAGGTCATCAAAAAGGG GCCATGACTCATGTAGATGTAATAAATACAATTAGGTATAAAGCAATAGATTTCTATCTA TTTGTGGCACTTTCATTAAATTGTAATTCATATAAATATTTATCACATTTTGTAGTTATT GTGAAAGCAACAAATTGACAACCCAAATTTATTGTGCCCGTGACACTATAGGGACCATGA AGGTTGAGTAAACAAGGTTTTTGTAGTTACACATCACTAAAAAAACAAATAATAATTAAA AAAAAAAGAAAAAGGACATAGATCGTAAATAGTCGTTCATCCAAGAACTTAAAACTAAAA AAATAAGCAACAGATGTATAATATGTATATCAGTTAGGAAAAGTAAACGGTGAATTCGAT CAGCTATATGTCAATTGAAGAGAAATAGATGAGACAAGTTTTTTTGGATGGAAGCTACAA ATGAATGCAATTAAGCTAAGCCAGATCATAAAAATAAATTTCCAAGTCTAAAGCACGTGT TGATTGTAATTAGTTACCTAATAACTTAATTAGTGAGTTGGTTGATAAAGGACAAGGCAC CTAAAAAGCATTCTCTCATTCTAACCACAGACACTCATTTACACTATCCTCAACCTATTT GGGCTCTTCGTAGCTGTCAAAAGGACCCAACTATGGACCACGACCACCATTATTTGGTTG ATTATCACTATCATAATTCATAATTGTGGGCTCAATTTTTGTATGTGTATCCAGAAATGA CAAGTATAAAATTAAGTCCAATGTTTCTCTCCTTATTTAGTTCTTTGTTATATATAGTAA AAGAAATTTGAAGTTGGTTTAATGCACATGGAAGCATATGGTAGTACATATAATGAAGTT AAGCAATAAATAGATTCTTAATAATGTACTCTAAAATATTAGAGTTGAGTACAAATAGAC GTGTAATAATAGTATATTGGGTTAAGTTATTTACTATTAGATAGTGATATGACTAATAAA TTCTAACTACCACATAAGAGAATACAAAGAGAGAGAGAGAGAGATTGTGATGTTGACAGT GACGAGGAAGGTGGGCAACTAAAATCTTGAATTCAAAGGGGGGCAAAATATTGACTACTG AACAATTTTGTCAGCTATTATTGTATTGGCAGCTAATTTACTTTGCTGGTCACAGTGCAC CAGTCTGGGATTTAAGGGTACAAAATGAAACTAAGATTTAATGAAAGTATGAAACTAAAA CCCCATGTAATCCCACAAGTCGCGGGTCTAGGAGGGTAAGATGTAATCAGACTCGAGAGA AATTCAATAAAACTAAAATCCATCATCCATCAGGGGGAAAAGGGACAATGAAAAAACTTT TGTCCAAAAATACAACAAAACTATTGTGTGTACCTGTGAGCTGCACGAAGCCAGGACTAA CTATACGTCTTTGTTCTTGGATGGAATAATACTACATGAACTTGCCTAGGTTACAGCTTG CTACTAGAGTATACTTGATGGGGGAGGATATACTTTACAGTTTTGGGTCAGGGATGAGGC TACTGTTGCAGTTGTTGTGTCCTGGGTGTAATGCTCAAAAAATATTGAATCCCAACCAAA GCAGGCATCCCCCAACTACAGCTATCCGAAAGATAGTTGCAAAAGTTTAAGTGTAGCATC GGTGTTGTTAAGTCGAAATTGTGTTAGCACTATGTTCTGGAATGCATGAAGTGGCTTCAA TGACTTTGCGATAGTAACGCCAAGATGCGTTCTTTTCAGTGATTGGTCGTTGACCAAATG GATTACTCTCTACATACTTCTGAACATTTTCAGCCCTGGACAGTCCATCAAGATAAATGC GCAGATCACCCTCTGGCCCTATTGAGAATAATGAGATGAAGCTTATTTAATCTTGACAGA ACTGGATGGATATAATACAACTACGTCATTACTAATAAATTGGACACAATAGTATTCAAT TCATATTTTTTGCACTCACAGGGAATACAACTATCATTCATATCCCACACAAATAGACGA ATTACTTGAACCAAATATATTCACATTAAAATAAAGCACTTGGTTATATTGAAAGAAGTT GAAATGTGGGAAACTATCAAGTACAATTTGAGACCCGTTCAGAAAAGATGAAAATTCAAG GACAGCATCTATTTGCACGATATATATGAAATGCCCAATCAGGAGATGCATAAAGTGAAG TCCAAACATAATAGTCAGATTACCTATCATGTACATGTTTGGAAGAGAGAGAGATACGCA CCTAATGAATCATCTTTCTCATCCGTGTAGAGGTATGTACTTGGAAATACTGCTGTGTTT GGCTGAAAATAAATAAACACAGCGCAAAATCATTTACTTAAAGGTCATGGAGGAAGGTTC TTGGCAACAAAGAAAGGGTTAATACTCACTGGATTACACAAGGCCTTGTGAGGAGAATCA TCCAACAGAAGTGTGTTTGACTCATCATATTCACCCCTCTCCCATGGAAGATCTGGTTCA AACTTCTCCCATAATTTTTTAAGCTTCTTCAAAATAATAGACTTGCTTCTCTTCTTACCA ACAACAGGGAAACCAGTATCAGTGCAATGGGATTGATCCTGCATGACATTCTAAGTTATT ATACAGAGTTGAAAGCTACGAATGAAAAAAACTATAACAGGACAAGGCTAGGTTATCAAT TTAGTTAATTCAAACTCATAATTGAATTTTATGAAATACTGTAACAAGTATTTCTCATCT TTCATTTCGTTGAATATGTAAGAAAAGATGCCAACATCTAAAAAAACATTTTGAGGGAAA CAAAATATTAATTGATTAGGATAAGCAATGTAGCATGAGAGATTAGAATTAAGTGCTTCA AGGGTTTTTTGGTACTAAAACGTCAGATTCAAATTAAATGCAAGAATAGATTATTCAGGG GATATTCCGTTGGTACAATTTACCAAAGCATTAGATCCTCTCCTAACAATCTTTTTATCC CAGGATGTCCTTCATGAGGCCTACTAAACCAGCATCAGGGATTCTAAGATACTTTTAGGT CCACAAGCAAAAGGGAAAATCAAGAGCAAGAGACAAGAGATGAGTTGAAGAAGATCAATG GAGAAAGAGAGGGAGAAGCTCCACACCTACGGTGTCACTATATTGTGAAGCAATAGTTAC TACAAATTTCAAAGGACAATGCCAAAAAAGAAAATTCCATGCATGTAAGTATGCTAGAGC CTTCAGTTATGAATTGGGACAGATTTTGGATAGTGTTCACTTGGTTGATGTAGCCTGATA GATGGTGGTTACTCTTCTAAGGAGGTGATCCTTTGAGTATTCTCGGAATTCACTCAAAGG ACTATATCTCACACACTGCTCGCAGAATGTTCACCCAAACCCTGTATAGACACAAAAGAT AGTGTATATCCATGAATATTTTATTCGAGAGCTATTTCCTACCTGACCCACAGAGGCACC TTTTTTTAAAAAAACTGGTGACCTCACAAAGGCTTTTTTTTTTATAACCGAGAAATCAAT CTGTGACTCGCCACCATTTGGACCAATCACACCCTTCTAAACTCGGTGGAATATGCATTA TCAAATTTCTGGAAAGAATCTCCTTAAATGAAACAAGAAAGCAAAAATCCATGTAATAGC CTTAGCTCAAATTTATTAGTTTACAACCCATCAATGGGATGATCGTATATACAGCTTCAT AATTCCATAAAAAGACACGGGAAAACAGTAAAATGGAAGAAGAGAGCATAATACAATCCT GGGTGCTCATACAAGAAAGACCATACTGAAATCACATGTGCTTTTTCACATGGACTTGAT TCTTGTTCTAAGTGTAATTTCCTAGCGCTGTTTGATCTCCAGAATTAAGCGACCATGCTC ACAAGATTATTTTTTTTGTTCCTGGTGCTTTCAGATTAAAGTTTGCAGACTTGCACTGAC GCTAATTTACGATATTGAGGAAGAACAGATTCTTACCCAACAAAAGAGCAATTTTTCCTT GGCATTTCCCAGTAGAAAATCAAGAAACAACTCTACATTCTTCCTGCAAATTTTTGGACA ACACACATAAATATGTTAACACATATATGAACTTCATAAATATGGAAGTGAAAAAAATTC AGAAACTACCTGATTCTCGACGACCAAACACCTACATTAAATTTCTCAAAGCAGAATTGC AGAAAATCATCATGAAAAGGCCTTTTGAAAACTGGTAAAACAGATGATCACTCAATTAGA AGATTTTTCAAAAGACAAAATAGACATCAGAATGAAATTATTGGCGCCACTACCACCTGC TTTCCCTGAAACAATGATGTCCACTTTGAAACCACGCGGCACAAGTTGAAGCGGAACAAT ATCAGCAAGAAGTCCATTCAGATCAAGTACAAGAAGCTTTTTATTTGAATGTCCATTAAG CGCTCTCCTCAATGGAGGGACGGTCCTGATATTTGCGATTTCAGTGTTTGCATCTATGAA AGCACACATATTTGACGGAGAAGAACTACTTTCAGCTAAAGATTGTCTTTTCTCATCGAA AATTTCATTGGTTAAAGACCCAAAAGTGCAAGTGCCAACATTCTCCATGAATGCTGGTAA ACTGTTTCCAAGAGTACTGAAATTCCTTCTCCTCTTTCTAAAATAGGTTCTTAGTACTCT CGGTCTTGGATGTACTCGTTGACTCCTTGTAACAATGGAAAAATCATTAACCTCAATAAA CTCACTGCTTTCAGCAGGCACAGTGATGTCCATGTTAGCCGATTTTATTTTGCTCTCTTC AATCACAGCATCCTCCACAATTGCTGGTATAGTGCTTGCAAGAGCAACAGAATTCTTTCT CCTCTTCCTGCGATATTTTATCAGCACTTTTGGTCTTGGATACATCTGTAGATTCCTTGT TTCAAATGAAAAAACAGTGCATTCATCAGGCAAAGTAGTGTCGGCGTTAGTGGACTTTGT TTTGCTCTCCTCAATCGCAACATCCTCCATGATATCTGGTACACAAGTTGAAAGAGAGAT AGAATTTTTTCTCTTCCTGCAATATGTTATTAGCACCCTTGGTCTTGGATACATCTTGAA CTCTTCGTCTCAATTACAAAATTGCTAACCCAATTAACTCAGTGCTTTCATCAAGCAAAC TGATGTCTATGTTAGATGGCTTTGCTTTGCTCTCCTGAATCACAATATACTTCAAAATTA TTTGTATACTGAATAGAATTTATTCTCTGCTTGAGGTTATCAGCACTCTTGGTCTAGGAA TATTTGTGGGCTCCTTGTCTGAATTGCAAAATTAATCTGATTAAACTCACTGCTGTCAGC AGGCAAAATAATGTCTTATGTTCGTAGATCTTATTGTGCTCTCATGAATCACAGTATCAT CCAAAATTGCTGGTAGCTGCTGGAAAGAGCAATAGAATTCTGTCTCTGTTTCCTGCAGTA GGTTATAAGCTATCTTGATCTTGTACATATTGTGGACTCCCCCTCTCAATTTCAGAAGCA TTAACCTCAATAAACTCAAGGCTTTCAGCATGCAAAAGTGATGTCAATAATAGTGGCTTT TGTTTTGCTATCTCAAATTACAGCGTACTCCATGATTGATGGTATACTTCATGTAGGAGA AATAGAATTCCATCTCTGCTTCCTGCAGTAGATTATTAGCACTCTTAGTCTTGAATATAT TAGCGGACCTCGTCTTGACCTCAATAAATTAACTGCTCTCAGAAAGAAATATGATGCCTA TGTATGCAAACTCTCATCACAATGCAACTTGTTTAACAGCAAATCCAAACTATCGGAACA AAAATCCTTAAACATGACAACGTAGAGACCTGCAAGCTACATTATTTTCAAGGGGCAGGC TCGTCTCTTCAGCTTGATTCTCATTTTCTTTTATTTCTCTGTGAACTCATATCCACAAAA CAACTTCTTGCTTGTGACCTGGTTTCAATTATTAAGACGACCAGTGACGCGAGCTCATTT TAGAATTGTATTCCTATGGCCTCTAAAGCATTCAATATCAAATATACAAGATGACAAAAA GTACCCCCTTATGTTGCCTATTTTCTTTTCTTTTTTTAGCCCTTCATGTAATCAATGTCA GATCAAAGATTTTAACTTGATGGGTTTAATCTTTATAATTTTACCAGTGAACCCATTGAA CTTTTGAAATGATGGGTTCAAAATGTGTTTTACTGAAATTTTGGTGATATTACTACCCAT ATACCTAAGCTCCAAATTAAAATTACAGGGTTCAACTGAACCATCTTGTTAGCTACATCC GCCACTGCATGTTATGAAGGCAGCGATATACAAGCTATGCTCTCCTTCTACGAATGCAGC ACTGCTGTGTACTTCATTTCTCAGTTCAATACATCCTTACTAGTTCTCTTTTTAGCAACA TAATCTGGGAGCTCAAGATCAGCCAATTCCTGGAAACCAATCTTACTGCTATGCCTCTTC CTCACAGACTAGTCACCTCAATACCAAGTGAAACACCACCAGCAACAGGAATTCCAATTT CCTGTTGCTACTTATCTATCCCAAACAATTGAATATCATAGGCCAACTATCTCTATATGT TAAGCAATGTTTACTAAAACCAATAAAACAATTGAAAAGCATAAACTAGATTAGTTTGTT TTCTCCAAATCAAGCTATCATGAGTTCTAGAGCAAACAAAACACCGCTTCGTCAACACCT CATAAAGACACATACTTCCTAGGATTAGTAAACATCATCGTGACATGCCACTGTCCTATC TCTTCAAGTCCTTGAGTTTGACTTTTACTAAACTTAATTGTAAGTACACACTCATAAACT GCTTGATACCGTGTAATCACAATCCAAATAAGGGGAAATGCCTATAAATTAACAGTTGTA GTTTATTAAACAAGCGAAAATAAAGTAAGATGCGTTCAACAGAGTTAAGTTTTAGAGCAT TACCAGATTTGAAGCACTGCATACACATGAAGTAAAATTGGAACTCAATTACAACCTAGA ACTCCAAAGTGAACAAATCGAATACTTCAATCCATCAGAAAAATGTAAATTAAGTTACGG AAACAAAATCTGAAACAGCAAAAGAATTGAAGCCGGCGGATGAGAATACCTGAAGCATAT GAAGAGAGAAAACACTTTGAGTTGTTGTCTTTAAAGGCGACAAGCTTTTTGAAGCACAGA GAGGTGACGTGAGACAGTGAAGTTGGGGAATATGAACTATGAAGACGACGGATCGGAGAA AATGGGTTCAGTTTTGGTATTCCAAGAGATTGCGGGGATCTCAGAATTAATATTGCTATT TCCAAAGGGGCCAAATGAGAATATTCTTGCAGGAAAAAAAAGGATATAATTGATAATTAA CCCGTTAATTAGCATAGTTAAACCTCTATAAACTAATATAGCATTAAATTTTATTATTTT AAAAAAATATTTTTCAATCGATAAATTAATATTTATTAATTTAAATAATAGTTTGAGATT TGATGAAGGTTAATTTGATTATCTCAAAATCATTATATCTTACTAATTTATGTATCATAT TCATCGATTTCACATAAAAAAGAATATAACGAATACATCAAAATCGTTAGTAACTTATTA ATTTCAATGTTGAGATGTTGTAATAATAAAAGTTTTCAAGATATATTATCGAACATAATT TATCGTAGGATAAAAGAAGACTATGGAGTGGGACAAAATGATCCAACAAAGGTCAATGTT TTGGATGCTATCAATTATGCACTTTGTTTGAACAAAAAATGTTTAACAAGAGACAATAGC AAATTGTTTTCAATACTATAAAAATCGTTCGGGCGATGCAATCTCAAAGGATCTTAATGA ACCTACTTGTGAAAACGTTATTCATGAACTTGAGATCGTGATTAATGATCTCGGTTACCA TAGTAAAATGAATGTCTATAACCTGTTTGGATTATCCGAGTGAAAGTAATACTTGTATAG AGGTCTAGAAGTTTAGAAGAAATTGTGGATACAATCGAAAAAAGCAATGTTGATGATGAA GTTAAAGATGATATTGTACATTTGGAACCAGATACGCGTAAGGAAACACTTATCGCATCT AGAACTTTTCACAATTTTATGGTGCACTTCGAAAAGACAACACCAGAGCTCTTGGATACA ATAAGAAAAGTTAGAAATGAGCTTCAACTATATTTAAATTTTAAGAAAAAACATAACACA ATTTAATCATATTTCACTAAATTGTCTTACACATATTTATACTTTAAAAAGTTATTAATT TATGATATTAATGAAATCATATATTTATATAGATATCTTTTGAAAATATATTACCTTAAT TATCTTATCGAAATTGATTACAATATTTTAGGAACGAACACACTTAAATACTTTCTCCCA CCCCTTTTATTCATCAAATGTTGACATAATGTTTATTATTTTATCTTTTCTATCTATAGA GTTTCAAATATATATTTTTAAAGATATTTACTCAATTTAATAAAATAAGAATATAATAGA AAAAAATTATTTTTATTTAATTTTTGTCATAAATAACAAGTGAAATAAAAAATTAGTAAA TCAAAATTATTTGATGAATAAATATGAACAGAGGGGTATGAATATATCTTCTTGTTATAA TTTACATTGCAATTTTTATGTTAATTCTTGCTTTAGATACCATAAATAATTTAATGTATT GATTTCTAGGATCGATAAAAATGATTTTGTTTCTATCCCTTATTTGTGATTCTTAGTTTT TCTTTTAAAAAAATATTTGATTAATATATACTAGATAAATTTATGAAATTTATATATGAT TGTAATGACCTTTATTTACCTTCCGTTTTTCTTATTCACCCATAATTGTAAGTTTGTAAC CTCAAAATATTCCAAATATGAACTACATAAAGCTGAAAAGACAGGGTCGAAAAGAAAATT TAAAAGTTCATAAAAATTACGAAACCGACCTCGTAATATCCCGTTATTATTTGCACAACA GTCCACTAAGTCCAGCCATGCAAGCAGGCACCCACTACACCGAATAGTGTTTCAGATATT TTCATATCCCTTCCGTTGCTGTGCGTGCCGTTAGTTGTACCTATAAAGCCCTACTGCTCT TCGATCAATTTCTCTCAACAGATCTGATCCGAACTCCTCAGGTACATGATGCCGCTCTCT CGTTTTGCTCTTACTGAGTCTGAATCTCATTTTTTTATTTTTTGAATGTCGAATCCCGTT GTTGTTGTAGTTCGTCTTCTCTGGATCGGCGTTTTGGTTTAGAATCTATGCATCATTTTT TTTCATAATTATCATGGTTTCGGATCTGAGTTTATAGAATGCTGCTGATATACATGATGA TGAAGTTTTCGCGATTTTGATTTGCATCCACGGTGCTCATGATTATCTGTTTTATGTGTT GTTGATTAACATGCATCGATATATCTGTGTGCAGTGTATACTGCTGATTCGTTGGCTTTC CGTGTTACCGATGAAATTCTAAGTGTTATCTGAAGGAATTAGAAGAAACTGACAAGTTTG ATAGAACTAATCAAATATTTGATCCGACAGTTGTTGCTAGAGTAGCTTTAGTTTGTTATG TTTCATTCTGGATGATTTAACAATTACTGCACATGTATATCCACTAATCTGATGTTGCTT TTGCAATTGATATGCTATATTGGGCTGGAGATTGTGTTTTTGTCTAAGTTTTGAGTGTAT TACTCTATTTACTTGGTTGCAAGGTTTGCTTGCTAATTGAGAGATGTTATCTGGTTTCAG TAGATGGACGAGTCAATAATAGTAATATTAAATCTGGCTCAAAGAAAGAAAAGATAATTG TGTAACATGCGTGTAATTGGTCTAAATGGATACAGAGCTTTGGACTTCTAATATCACAGA TCCAGATAGATTTGAAATCTACGTCTGCAGCTATTTCATTATTGTGTATATATGTTGATT GATCTGAATAGGACAAACTTATATGTATGTGTGTCTAGTCAGAAAATATGTATGCCAGTC TTAATATTATACCACATTGTAGTCACATGTTACCAAGTTCTGCATTGCCTTTGTACTAAT AAAAAAGAAGTTCTGAATTACCTTTGTGATTTCTCAATAAGATATGGTTAGTTTATTATA GGGTGGTTCATGGGAAAGGCAAGTTATATACTGAAGTGGGAAGAAGAAGTTATATAGACT GAAGTTTTGCATTTGAAATGTATAATGTTCTTGTAATCTCTATATAAGTTTCTCTCAACT TTCACCAGGAGGAAATTCATTTAAACTATAAGGTTCCATATGTGATACTGTTAGTAGTTC GTTTCACTCACACATATTGTAGTTTATCTTTATGAGGTATACTGCAGTGGATTGTAGAGC TTATTTGTACTTCATACTCTTTGTTTACAATGTCATCTAAGTTTTTCTGACATTGTGTAC TGCTGCTTTGAGCAGAATCAATCAATTAAAAGTTTGAGAGATCATGGGTCGTGGAGTCAG CAGTGGTGGAGGACAGAGTTCCCTAGGTTACCTCTTTGGAGATGGTGAGCCTCCAAAGCC TACTAACAACAAGGTAGAAGCTCCACAGAATCAAGGACCTACTACAAGCGATCCACAGAA GCCTACTGCAACTGCACCAGCTCCAAATGTTAATAAGCAGATTCCAGCTGGCATCCAGGG GCGCAATTCCAATAACTATTTCCGTGCAGATGGACAGAACACTGGGAATTTCCTCACGGT AAGATGCAGATCAGCTTTCTTTCAAAGTCGATTTTACAATGAACTTGCAGATCACTTATC CCCTCCTACTCATTGGTTCTTTCTTTATGATTGTCAAATGAATTAGTTTTTGAAATGACT GCTTTCAGAAGGTGAACTTTACATAGAAGCAGATTCTTTAATGAAGAAATTTCTTTTCCA TTCTCTATTTAGTTCAGTACTACAGCTTCTTGCATTCTTGATTCTATCACCTCCTTCAGT TCTTGCTGCTCCAGGAGTAAAATTGCGGATAATAACATCTAAAAAGTTCTGAAGGAAGTT CTTTTCCAATAGTTATTTAGTTCAGTACAACATGCTTCTTGATTCTGTCACATCACATTT CTGTTTGTAGCAACTTCTGTTTTCCAATCACCTGGGATTTTGCCATCATAAACATTTTAC CAACTTTTGGGAGGGGATATGTGAACTGAACGATCCTGTTCTGGAGATGTTCTTTTCCAT TCTTTATCTAGCTCAGTAGCATATGCTAATTCTTTCACATCTTATTCCCTTTTTCTTGTC TATTTCACAGGGTAATATTGTCTTGTCAATTAAATGTTTGAATCTTGTGTCTTTTCAGGA TCGCCCATCTACCAAAGTGCATGCAGCACCAGGTGGTGGATCTTCCCTTGGTTACCTGTT TGGCGATGGCAAGAACTAGTTCCTTCTGTCCAAAGATGAAACTGTGTACTGAGAGATCCC CTCATAATTTCCCCAAAGCGTAACCATGTGTGAATAAATTTTGAGCTAGTAGGGTTGCAG CCACGAGTAAGTCTTCCCTTGTTATTGTGTAGCCAGAATGCCGCAAAACTTCCATGCCTA AGCGAACTGTTGAGAGTACGTTTCGATTTCTGACTGTGTTAGCCTGGAAGTGCTTGTCCC AACCTTGTTTCTGAGCATGAACGCCCGCAAGCCAACATGTTAGTTGAAGCATCAGGGCGA TTAGCAGCATGATATCAAAACGCTCTGAGCTGCTCGTTCGGCTATGGCGTAGGCCTAGTC CGTAGGCAGGACTTTTCAAGTCTCGGAAGGTTTCTTCAATCTGCATTCGCTTCGAATAGA TATTAACAAGTTGTTTGGGTGTTCGAATTTCAACAGGTAAGTTAGTTGCTAGAATCCATG GCTCCTTTGCCGACGCTGAGTAGATTTTAGGTGACGGGTGGTGACAATGAGTCCGTGTCG AGCGCTGATTTTTTCGGCCTTTAGAGCGAGATTTATACAATAGAATTTGGCATGAGATTG GATTGCTTTTAGTCAGCCTCTTATAGCCTAAAGTCTTTGAGTGACTAGATGACATATCAT GTAAGTTGCTGATAGGTTTCCAGTTTTCCGCTCCTAGGTCTGCATATTGTACTTTTCCTC TTACTCGACTTAACCAGTACCAACCCAGCTTCTCAACGGATTTATACCATGGCACTTTAA AGCCAGCATCACTGACAATGAGCGGTGTGGTGTTACTCGGTAGAATGCTCGCAAGGTCGG CTAGAAATTGGTCATGAGCTTTCTTTGAACATTGCTCTGAAAGCGGGAACGCTTTCTCAT AAAGAGTAACAGAACGACCGTGTAGTGCGACTGAAGCTCGCAATACCATAAGCCGTTTTT GCTCACGGATATCAGACCAGTCAACAAGTACAATGGGCATCGTATTGCCCGAACAGATAA AGCTAGCATGCCAACGGTATACAGCGAGTCGCTCTTTGTGGAGGTGACGATTACCTAACA ATCGGTCGATTCGTTTGATGTTATGTTTTGTTCTCGCTTTGGTTGGCAGGTTACGGCCAA GTTCGGTAAGAGTGAGAGTTTTACAGTCAAGTAAGGCGTGGCAAGCCAACGTTAAGCTGT TGAGTCGTTTTAAGTGTAATTCGGGGCAGAATTGGTAAAGAGAGTCGTGTAAAATATCGA GTTCGCACATTTTGTTGTCTGATTATTGATTTTTGGCGAAACCATTTGATCATATGACAA GATGTGTATCTACCTTAACTTAATGATTTTGATAAAAATCATTAGGGGATTCATCAGAAC TGTGTAGTCATGAAAAAACAATGAGACTGCTGTTACTCTATGTTGGTTTATTTTGTGTCT GGAGAACCAGTCTCGGCATTCAGATGATCCAATTGTAATATGATCATCCTTTCCTATTCA CTGTTGGGATATATACCCAAAGCTTCAACTGTGAACTATCCTCAATGCCTGGTTAAGGAA ATCAAGTTTTAGTTCGTGTGCTACTGTTGTTCTAGGATGCAATGATTCTAGCATGACTTT CATTTTTAGATAACATTGAATGGCCATTATTATTACGAGAGAAAGCATTTTTAAGTTCTT ACTATTTCTCAGTCCAAAAAATTCTATATTCACAGACCACAGCCAGCCTTGGAACTTGGG TATCATGTTTTTACTTGGGTTAGTTTTAAATCAATTTAGTGTTTTTTTTTCAAATATTAG AATTGAATCTAATCATTTAAATTGGGTTTTAATGCTTTCGTTTTTGTGGTCTTCTTTGAG AGTTTGTCGACTTATATTTAAATATATCTAACAATGTTACATCGAAGTTCCCAACCACAT ACTGTATTAGATCGACTATAGTCTAGATTCTAACATAACATCACCGAATCATTACTATAA CTTCCTCCGATATAAAAATGTATGGAAGGGCTTAAAATTTAGCCATTTCGACGAATATAA TAAATTTCAAAAATAAGTTTGTTTTGTGAAAATAAATAAATTTAGAGTTGTGACGTACCA AAACATCTTTAACAATAACTAAATGACTTTTTTGTACAAAAAATATGGATAGTTCGAGCT TAAATTTAGTTAATCATGCATTTTTTGAAAAATTTATAAACTAATATACACAAACAATTT AGATAATTTTAAACTTTTGTTTTGTGACATAAACTCTAAAAAAAAGTAATGTATATCCCT GAAAAATTATGAGCATCATTTATTAGATCGTTACGAATTATTTCAGAAAACTGAAGTTTA AACAGAGTCGATTAGTATCACTTACTAGGTCGTCATAGATGAACCAATAAATTTTTAGCA CAATCAGAGCCGGTCACTCATATTTCAAGAAAAACATGTGTTTGTGCACTTGAAAGGTCA AAATATTTTTGTATTTTCTGTTTCGTGATCCACAAACTCTAAAAGTGATTTTGTCCTTGA GAAACTATGAGTATCATTTATTAGATCATCAAGAATGAACCCACAAAATTTGAGCTCAAC CAAAATCAATCACACATGTTTCAGAAAGTTCATGAATTAATATACATGAAAAGTTGAAAA TAGTCATGAGTTTATGATTCGTGAACCATAAATTTCAATATATATATACATATATGCCTA TGAAAAGTTATGAGTATCATTTACTAGGTCTTCTCGAATAGACCCACAAAATCTGTTCAA ACAGAAATCGACACATATTTTAAATAAATCATGAACTAATACAATCGAAAAAATCAAGAA AATTCTGAATTCTTATTTCATGATTCAAAAAACTCCTTAAAATACGATATTTCCCAAACT ATGAGGGTAGTCCTAAATGGCCAAATTTGGTCAGAATTTGGCCAAAATTTAAAAAGTTTA TAATATTTTTTTATTTTAAAATAAACTAATCTTTTTCTCATTTTTAATTAAAAAGTATTA ATTGAAAAGATAAAAATATTTTAAAAAATAAAATAACACTGTAAAAAGTGTAAACTATGT TATTTTACCATTATGACCAAATTCTGGCCAATTCTTTTTTTTTCTTTCTAAATTTATGAA CTAATTCATTACAATGGAACGACCCTAATTTATATTAAGTGAACGAAAAGTGACTTATTT TCCGTTTAAAATTTATAGTTTTGTAAAATTTTAACTTCTAGTATTAACCTCTTAAAAGAA TGAAAATCATAAGTTTAATTTAATCGAAGATTTAAAATATTGAGTAAAATACTATAGAAA TCGAAACTACAAATACACATTTGTGTCTAAAATCAAACTCTCCCTTAGTTTTTGGAATTT AAAAAAAAAACATTTTTCTCTTTATTCTAATTAACTTATCTGAAGATCTATTTTATCACA TTATCAACCTTTGTTCATTTTTCCCCCGTAAAATCATGATATTTTTCATTTATTTAGTAA TCTATATAACTTTTTTTTATATATATAAAACAAGATGAAAAATACTAGTTATTGATATAT ATACTATGCTAAGGAGTAAGCATAAATAAGAAAAAATTAAAAAACAAATTTCAGCAATAA TTATCAAAACTCTAATATCCACCCATGTATAAATGCACGTCTATATGTTAAAAACTTATC TCTAAGCCTTGATGACACATTTTAATCACTCGATACTTCAAACACGAGCTTCCATTTTGT TCCAAATACAATATACAACATCATATTCAATATTCATGTTTTCTTGGTTATAGACCCAAC ATACTTGAAGACTCCTCGACTTGTGTATCGATCTTCACTTCACACACGTATCGCTAAACT CACTCTACAAATATTTCTATACATAAGTCTCACCCGGCCTAAAACCTTTAAAATCTATGT TCTATTTCCAAACTTTACAACTAATCATTGACGATCTCTTTTGATCAATATTATATCATT CGTGAATAACGTACACTACTTACAATATCTTCCCTTGAATATGTCACTAAAGAAAAACAG AAACAAACTAATAAACCCTAACCATGACACAAGAAAATGTTCCAAGTCACATTTCAATCT GCATTCATTCTACACATCCAAAGTTATCGTAACTGGACCCCAAAAATCTCCAAATAACTC ACCCAAAATCAGACCAAACCAGAAAGTGTATACCATACACTTTCAGAAGTAGAAGCTGCA AAAAATTGATAATGAAAAGAGGCTAGGGAGGCAGATAAGCACTTCATAGTTAATTAAAAA CAGTTTAACAGGTGATTAGTAAAGTTGTCTCCTTGAATTTCACTAAAGCTTCTACTATTA GCTAAGCTGGTGACCACAACACCGCAGTCGATATGATTTTTTTTTTTTCATATAAATTCA TTGGGAATCTTTACCCAGAAATATCAAACCTAAGGAAAATGAAACTATAATATCCTCAAG CAGACTGTAGAGATGAAGTGAATTAATTCCCTCCGCCATCTCCATAAAATTGCACAAGGC TAATCGGTGTTACATTGATTCTTATCTGCGAAAACCAATAAAGCAAAAATGAACTGAGAA TCTAAAATAATAAGCACCAAGTTTTTTTTATGAGAAATGCCACTGTTACAGAAACATAAC TAATACTTCTAACATAAGAAGTCTGGGAACAAGCATCTTCAAGTCTTAACATTGGCAATC CATACTTAATTGTGTCTATCTTTAGACATAATACATCTTTATATTAAATGTATAGTAGTA AAATTACCTCAAATAATTTGATTGAGAAAATCTTTTTCCAAGCTGTTTGATTCTGTTGAC ACCAAAAATGGAACAGTAATCAATTCAATGTCGCAATTCATGTTCTTATCTTTTAGGTAC AAGTACAACATGTAGTGCTGCCAACAATTTAAATAAATGATAAATTATCAGGAAGAGGAC GTCAAAGCAAAGATTAGAGCTAAATCACGTAGCCAAGCTCCTATCCCAAGGGAAACCAAC AGAGATGGAGATGCTGACCGGTAGAAACCATGTTATCTTACTCCCATGAAAATCAAGGTC CCTTATCATATGTAAGTATCCATTAGAAAGTGTTTTCAGTTATTTTAGCGAAGAAAATAG CAGCATTTTTATGCTTTTCTAAGGCATATTTGCCTCAGCAGACTACGTAAGATATTGCAA GAGCCAACAGATAACTGGAACTTGGTGAAATTAACACATAATGGGTAACAATACAAATGG TCATAAACTCAAATCTCTGAATGTTGTTCTACATTCTACTTCTCACAACAGGAAGTAGCT AGCAACACCTCTATATATTTGCAAAACCTAATTTAGTTAAAGACTAGAAAACCTATTCCT ATATTATTTAGACTACAAATCCTATTTAGACATGAATTAAATAAATACCAAATCCTAAGC AAGTTTGAATTCATACTCAGACTTTGAATTATTGTTCTAACGTTTCTAAATTTCAAAAAT CTATTCATTTCTTAATCTTTTTTTTTCTAGACTAAATTTTCTAAAATAATAATTGTTATA GTTGATCTATTGCATACGTGCAAGGCACACACTCAATCTCTCAACAATGAGACACATCAA TATTTTCATTAATCTTTGTAGACAATACAAAACTTATCAAAAAGTAAAAACAAAAATAAC CAAAAGCCTTTCAGACATTTTATATTAATAAGAAATTCTTCCACATTAACAAATTTAACA AGTCAACAGAAATTATTACTGAGATTTGGAGACTAACAACATTGTGTGATGTTGACTATC GAAAATCTCATGAGATCGGATTCCAGGTAAGGGAAGATTTCAAATGAGCAAAACGTGAAT ACACTACTTTTGCATCAGATGAAAAGAAGGAGAAGCTTAAGCAATTTAAATGGAAATAAC CTACTACTGTATAAGGGACACTAATTCGCTTGATTCAGACAGAACCAGAAAATTCCACTG CCATGCAATTTGTGACAAGATCTAAATGCTAGAAACATGCAAACGTCACTAGAATTGAAA GAGGGACCGCCAATATTATCCCCCTGTGGAGGGAGCAGCTAGCTGAGATTCTAGAGAATA GAATCATATCCTGTCATAATAATAGTTGTCTGCTATGCTATGAGTCTGACACATTTTATC TTAATTGTCTCTAAGGTAGATAAGCTATGACGTCCCCATTTGTGCTTCAAGGAACTAGCA CCATCTAGTTCTGCTGTCGCCAGATTATCCTACATCTTTGTCTACTGATCTACCCATGGA AGATGGGGTAAGGAAACAAAGACCATCAGTTCATGGGCTTGAATTTAAGATGAACCATAG ACAACACTGTTCACATATGGCATGAGAAAGTTTTACGCTGAAGAATTGGATTCAGATTTT AGAGTACCGGAGTAGATCTTAGTGCATATGTGTTCTTACAGAGGAAAGTCAACTTCATCT TCATGCCACAATAAGCATACTAATGAACTGGGGCCACAAAAGGAAAGGGTTGCTGAACTC ATGTACTGTAGACTTATCTAATGTAGAGACAATGGTAGCATCCATGGTGACATATTTACA TTAAAGAGCTTGGATAAAGCTTTGGTAGCTAGAGAGCGATCAAGATTTGAGATGGTGTTT ATCGTGGAAGATGAGCCCAAGAAATATGGCAAAGAGTGGGCCTAATGCTACAAGTTTTTC ATGGTGCAAGTTCAAATCTAAGAGGAAGAAAATGGCCTACATAAACCAAGAGAAGGGCCC CAGATGGAGCCCAAGAAAGAAGGCTGAAATTTCTGCCCAAAAGGGCTGAGAATAACAACG TGCCCAGTGTAATCCCACAAGTGGGGTTTGGAGAGGGTAGTATGTATGCAAATCTTACCC CTACCTTATAGAGTTAGAGAGGCTTCCGTTAGAATCACAGAGTTTTGGGGCTCCAATTCA CGCCCAAGTTGCAGCAAAATAGGCATGTCTTTTTGGTTAAGAATTGGACACTTTTTCCTT TCCTGTTAGGTAGAGATCAAGTGTGACATCAATTTACTTTTTTTCCTAGTTTAAGGTTTC CTTGTTAGATTTTTACAATCCGTTATATTTCCAAAAGCGTAGGATTCAAACTCCATGTTA TTTGGGATAGGTTTCCCCTATACATAGGGGTGAATTTTGTTCTTTTTAACAACATTATGC TAATATTATTCAAGAGTTTCTCTTCTTTAACCTTTGCATGTTGGCTACTTAAGATTAGAA AAATTCTTCTTAGAAGGTAATATTGATGTTTTAACAAGATATCTTGGTTCTTCTTCATAA ATTAAAAATGACAGTTAAACTTGTACTAATTGTTAGAGTGGGTTAGAGTATCACATTGGC TGGGAAATGGAATGGTGGTTAGTTTTTATGGACTTAGACAATCCTCACCTCATGAGATAG CTATGGGGGTTAAGTTAAATCAATGGACATTTCTACATAGTATCATAGCAGCTTGCATAT ATTTTCAGCAGGCCCCTCACTGGGACTCATATTAATTACATTTGTAGCAAGCTCGATACA TATGACTTATCTGCACTAGCTTGAGAGGGAGTCCTAGAATAGAAATAGGAATATGATTTG TATATAATATTCTACTAGGAGAAGAATTGTCATGTAGTGTATATAATACTTAATGTAGTT ATGTAGATAATAATTCAATAAAATTTTCTCCTATATTTCTCACACTACCTATTGCCACTA ATTACTTAGAAACAGAGAAATAGAGGTCTAGATCACTGTCATAAGTTCTTGAACTGACTC TATTAATATCATAATTAGCTTTCATCCGTTAATTTTTTAATACTAAGATCAATGAGGGTT CTACTTCCTAGCACTTAATTTGAGATTTTATTCTCAAATTTATCTCCCTCTGAACACCAA CTTTGAATTTCTCTCTTTTTGTTTTTGATTAGAGAAAATTGGTTAGCCAACAAGAATATT ATAACTAAACGCGTATCCTCCTAATATTGACAAACAACATGAAAACTGTCTGGATTCACC ATTAACTGATAGGCTTAATATGCTGGGGGGTACTTCACAGCAGGTTACATCAGTAAATTA TTTCTCCCTACAGAGCCCAACAAAAAGGAGTCGCATTGATTACATGAACTAGTATATGCA TCTCCTTAATGATAATGCATAAAAACAGAGGCCATAAAACTTGACGAAAATGAGTGAAGA TGTCTTAATGAAAAAGCCAAGTTCAAATAAAAAAGAACATTGTTCCGGATCCTATAACAA GGAAATATTTCAAACTAACCATCAACAGTTCCTTCAGTAAACTGAGTGATTGAAAGAATA ATTTCATATACAAAACACTAATGTTAAAAACAAGATAGAAGTAAAATCAGTAACATTTTG TCTTTTACTACATATGAAGTTGAAAATTAACAGCGCAGGATTATAATGGTATTTTTCTAA ATTCAAACAATTGTATCACTTCTTTCTTTATCAAGAAATCAAAACTTACAAGACAAGCAT GGGAATACAACATGTACCTTAAATAAAGGATTCAAGAGTCATTAGTTGCAGAAGAATTCT CCTTAGACACCTTAGTACCACCATCGACTGCATCAGTAAGCATACCACTTCCCAAATTCA CAACATCGGACACATTACGAACCTGCTATAGAGGCACTTCATCAGAAATCATGTCAAAGT GAAAGTACAGAAATAACCCATTTTGCTAATAAAGAGACATGGTAAATCACGCAATACAAG AAACCAGCAGCAAAGGGAGACATGTAGCTCCAATGATAATTATAATTCTTTGGTCACTTA AAAACCAACCCCCGTTGTAGAGCAGGTACTCATAAGGCTAGTTATAAAAGGAAAAGAGAC GTGGAGGTTAGAAACGAAATCAGAACTTTAAAATTCGTAACTTGAAAGAAATGCTTCCTT TTTTGTTTCACATTACTGCAGAGAGAGAGTGGAAAACGACTTCTTTGAAGAGAGAGAACC AAAAGCTTGAACACTGGTGCATGTAATTTGCTGATGTTGTTTTTTGACACATGTCACTCT GGATTTAAAGAAATATAAATGAATGTCTAATGCCACTAAAGAAAGTTGAATATGAACTAA ACAAATAGAATAGAGAAGTTTTTGACTCAATAAGTTGTGGCAAGAAAGAAGCAGCACACC AGGACAAACTCTTTTGAATATCAACTCAAGCCCTCCTTCCTTACTCGATTCGAGTGTTTT ATCAAAGGATTGATATAGAGAAAAACAATCCTATATTTCTTATGTAACTCCTTGTAACAT GGAATATAAGTTAGTTAAAGAAATCAGCAAGGGTGTCGATCAAAAAAATTTAACGATAGA GAAGCACTTTACAGAGTAACAGTATTAAGATAACTATACATGAGGCCAAAATGCAAACAA TTCAGATATCTAGGTTTCATAGTTTCAAGAGAACGGAATGAAAGATAAAGTTGATCCTAA TAGACTTAAAATCGGATGGTTGAAATGGAGTGTTATCGGAGTGTTATGTGATAAAAGGAT GCCTACCTAGGTGTAACTAAGTTTTACAAAACAGCTATAAGACCAACAACGTCATATGTA ATGAATATTGGGCCCACTATAGTTCAACATATCCATAAGATGAGTGTTGCAGTAATGTGA TGCTAAGATGGATGAGCAGTCAACTGGTCACAGGATAGAATAAGATTAAAAATGAATATG CCAAAGGACGCAAGTAGCACATTGAGGATAAAATGAGAGAGTGTCACTTGAGATGGTTTG GTCATATCTTGTAGGTATGCATCGACCTACAGATGCACAGGTCAGTAGTGTGAAACTATG GCGTATGAAGGTATTACAAAGGGACACTGCAGACCTAAAATCACATTGAAGGAGGCTGTC TCGAAAGACCTACAAATTCTTGGAATCAATAAAGATATAGATAATGATAGGGCAAAGAAA AATATCCATATAGGTGATTGTCTACTAGTTGACATAGGTTTTCGTCTTGCTAGAGAACTT TTAATATTATCACTGTTGTTATTATTTGTTTGTATCGAACTTATTTTTCACTTCTATTTT TATTTGGTATGATGATGAGATGAGTTGAGCTTGAATGGACATGTGAGGATTCACAAAGCC GAGTTCAACTTGTTTGGGACTGAGGTGTAGTTTTATAGGCTAGAAGCAAACTTAAGTATG TGATTGAAGAAGACTGCTGCATGTGGATTGATGTCTCAAATTGCCGAGAAGAAAATACAT CAGAGCTTGGTCATAAAAGCCTAACTCATTAATCAAACTTGAAATAATCCAGATATGTTG CCAACTTATATGCTTTGTATATAGAATTATTGCGATACAGTCTAATGGTCATCACAAATT TCTCATGTAATTTCAAGAGGATGAAGATAGAATTTTTTTTAATGGAAGTGGCAAGCCCTA AAATTGTTTTATAAGCTGCAATCACGCATGGTTGCCACGTCAAATGTTAAATTAATTCCA TAATATAGGAGACGCTGCAAGGTGCAATAAGAATAATGATCTGTACAAACCAATGAGAAA GGAGATTCTGTATTCTTGTGCAACCAAGCTGGAACTAGTACAAATTCTTCTGTAAGATAG GTATAGCACAATTAAACAATTTATTCCAAAGAAAGAAGGTATAACCTCATGGGCAGGTGG AGCATAAGAGGTCAACGGACTCTCCATTTGAGCTGTAGCACCTCCAACTGGAGGCTCATT TCTGATAGAATTCCCACCTAAGATATCTGCTTGCTGGAAGTCGCTCACATTGGTTTCTGA AGGTCTTGTAGCTTCTCTAACAGAATTATGGTCGCCATTCTGCTTTTCTCTATCAGTTTC ACCATTTCCCATATTCCTAATTTTGAATTTAGGTTAACATCATCCATAAGGCAATAAGTG AACCAAAATTTTAATAATACAGAAATTCTGCTACACTTATCTATCAAAATTAGAAAATCA GATCATCATGCACCTGATAGGATCATTACAGGGAGTCTGTTCAGGTCTTGGTTTGGAGGA AAATACTAATCCACGAAGGGGTTTTCCATCAATAACAGTTTCAACGGTATAGCCATTTGG AAAACTCTTTGTGACCATGGCTTGAAATGTCTTCGTCCTCAGAGGAGTCTGGTATTCATT TGAATAAACATTATGTCGACCTGTCACAATACCAATGCACCTTCAGAAGTCAGTTCAAAA CAACTGTGACACCAATATTTCCCTGCTTCAAGCATTAGATGCACTACACACTATCACTTG TACAAAGTACACAAAAAGATACAATACTATTTATCAGACAATATATGACATGCTAGGACA CTTTATTTTTCCTGGAAAAAAAACTCAAGAGAAAAGTGAACATGTTCAGTATCTACTCTC TCAACCATATTAAACTTTGCCCATAACTTAGAGCAAAGAAATAACAAGAAATATTTTTGT GTCGGTGTATTGTATATATATATATACAACAACATATCCAGTGTGATCCCACAAGTGAGA TCTGGGAAAGGTGGCGCCTATGCAGCCTTACCCCTCTCTGCCTAGTGTATGTATGTATCC ACATGGAGGCTTGCTTTATGAATTATAATCTAATCCTCTCTCAAGTTATTCCAGTCTTTA AGGTCTCCTCATTTTTTTAAGGTCTCCTCTTACCAAACATTTTGTCAAAATAAAATGATT AAGGAATGGCTGGCCACAAATAATTAAAGAAATCATATTGAAAAAGATAAAAGTAATCAT AGATGCACAAACAAGGAGCAGCTTCAGTAAGACGAATCTCAGGAAGTACAAGGAGGGAAA TTTCAAATTAAAATCAACAGGATATGAAAAAGTTACTCACTTGGCTGTGTATAGTTCACA GGCATTTGATGATGAACATTAGCGTTATTATCAAATCGTTCAAAAGAATTATCGCCGGGA GAAGCTG GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.977 2258 2344 match_part 1.000 2483 2612 match_part 1.000 3958 4022 match_part 1.000 4118 4434 match_2 match_part 0.961 5618 5871 match_3 match_part 1.000 19901 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 0.992 23118 23240 match_part 0.974 23332 23369 match_4 match_part 0.955 19902 20165 match_part 1.000 21348 21391 match_part 0.974 21518 21670 match_part 0.991 22047 22160 match_part 0.945 22241 22368 match_part 0.935 23118 23163 match_5 match_part 0.961 19910 20165 match_part 1.000 21348 21391 match_part 0.980 21518 21670 match_part 0.991 22047 22160 match_part 0.961 22241 22368 match_part 0.935 23118 23163 match_6 match_part 0.961 19910 20165 match_part 1.000 21348 21391 match_part 0.967 21518 21670 match_part 0.956 22047 22136 match_7 match_part 0.964 19916 20165 match_part 1.000 21348 21391 match_part 0.980 21518 21670 match_part 0.990 22047 22142 match_8 match_part 1.000 19918 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22125 match_9 match_part 0.956 19941 20165 match_part 1.000 21348 21391 match_part 0.987 21518 21670 match_part 1.000 22047 22160 match_part 0.984 22241 22368 match_part 1.000 23118 23221 match_10 match_part 1.000 19962 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 0.984 22241 22368 match_part 1.000 23118 23145 match_11 match_part 0.897 19962 20165 match_part 1.000 21348 21391 match_part 0.980 21518 21670 match_part 0.991 22047 22160 match_part 0.977 22241 22368 match_part 1.000 23118 23144 match_12 match_part 0.926 19964 20165 match_part 0.932 21348 21391 match_part 0.980 21518 21670 match_part 0.991 22047 22160 match_part 0.969 22241 22368 match_part 0.897 23118 23214 match_13 match_part 0.960 19964 20165 match_part 1.000 21348 21391 match_part 0.980 21518 21670 match_part 0.991 22047 22160 match_part 0.977 22241 22326 match_14 match_part 0.980 19964 20165 match_part 1.000 21348 21391 match_part 0.987 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22247 match_15 match_part 1.000 19964 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22247 match_16 match_part 0.950 19964 20144 match_17 match_part 1.000 19965 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23240 match_part 0.992 23332 23451 match_part 1.000 23648 23652 match_18 match_part 1.000 19965 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 0.959 23118 23240 match_part 1.000 23332 23338 match_19 match_part 1.000 19965 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 0.939 23118 23216 match_20 match_part 0.960 19965 20165 match_part 1.000 21348 21391 match_part 0.980 21518 21670 match_part 0.991 22047 22160 match_part 0.984 22241 22368 match_part 0.989 23118 23204 match_21 match_part 1.000 19965 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 0.977 23118 23203 match_22 match_part 1.000 19965 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22336 match_23 match_part 0.960 19965 20165 match_part 1.000 21348 21391 match_part 0.980 21518 21670 match_part 0.991 22047 22160 match_part 0.923 22241 22279 match_24 match_part 0.995 19965 20165 match_part 0.955 21348 21391 match_part 0.980 21518 21670 match_part 0.912 22047 22160 match_25 match_part 0.960 19965 20165 match_part 1.000 21348 21391 match_part 0.980 21518 21670 match_part 0.991 22047 22160 match_26 match_part 0.925 19965 20165 match_part 1.000 21348 21391 match_part 0.980 21518 21670 match_part 0.963 22047 22127 match_27 match_part 0.955 19965 20142 match_28 match_part 0.995 19966 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23240 match_part 0.983 23332 23451 match_part 1.000 23648 23660 match_29 match_part 1.000 19966 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23240 match_part 1.000 23332 23401 match_30 match_part 0.960 19966 20165 match_part 1.000 21348 21391 match_part 0.980 21518 21670 match_part 0.991 22047 22160 match_part 0.984 22241 22368 match_part 0.965 23118 23232 match_31 match_part 0.960 19966 20165 match_part 1.000 21348 21391 match_part 0.980 21518 21670 match_part 0.991 22047 22160 match_part 0.984 22241 22368 match_part 0.964 23118 23172 match_32 match_part 0.960 19966 20165 match_part 1.000 21348 21391 match_part 0.980 21518 21670 match_part 0.991 22047 22160 match_part 0.984 22241 22368 match_part 1.000 23118 23167 match_33 match_part 0.960 19966 20165 match_part 1.000 21348 21391 match_part 0.980 21518 21670 match_part 0.991 22047 22160 match_part 0.984 22241 22366 match_34 match_part 1.000 19966 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 0.992 22241 22365 match_35 match_part 0.960 19967 20165 match_part 1.000 21348 21391 match_part 0.974 21518 21670 match_part 0.991 22047 22160 match_part 0.984 22241 22368 match_part 0.974 23118 23231 match_36 match_part 1.000 19967 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 0.984 22241 22368 match_part 0.959 23118 23214 match_37 match_part 1.000 19967 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23165 match_38 match_part 1.000 19967 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22279 match_39 match_part 1.000 19970 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22360 match_40 match_part 1.000 19970 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 0.990 22241 22336 match_41 match_part 0.969 19970 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21669 match_42 match_part 0.918 19971 20165 match_part 0.545 20261 20282 match_part 1.000 21348 21391 match_part 0.987 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22279 match_43 match_part 1.000 19971 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22248 match_44 match_part 0.985 19971 20165 match_part 1.000 21348 21391 match_part 0.993 21518 21670 match_part 0.991 22047 22153 match_45 match_part 1.000 19971 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22122 match_46 match_part 1.000 19972 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_47 match_part 0.958 19975 20165 match_part 1.000 21348 21391 match_part 0.980 21518 21670 match_part 0.991 22047 22160 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0.947 100102 99687 match_255 match_part 1.000 101616 101570 match_part 1.000 101455 101404 match_part 1.000 100102 99741 match_256 match_part 0.989 116623 116446 match_part 1.000 114442 114318 match_part 1.000 110632 110588 match_part 0.990 110365 110064 match_257 match_part 0.994 116623 116446 match_part 1.000 114442 114318 match_part 1.000 110632 110588 match_part 0.997 110365 110064 match_258 match_part 1.000 110677 110588 match_part 1.000 110365 110064 match_259 match_part 0.989 116623 116446 match_part 1.000 114442 114318 match_part 1.000 110632 110588 match_part 0.963 110365 110094 match_260 match_part 1.000 116623 116446 match_part 0.992 114442 114318 match_part 1.000 110632 110588 match_part 0.978 110365 110094 match_261 match_part 1.000 116622 116446 match_part 1.000 114442 114318 match_part 1.000 110632 110588 match_part 0.994 110365 110204 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 2258 2344 exon 2483 2612 exon 3958 4022 exon 4118 4434 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 7054 5426 exon 5202 5144 exon 5051 4837 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 7194 6960 exon 6855 6361 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 5618 5871 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 13233 12477 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 15652 14955 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 16444 15958 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 19901 20165 exon 21348 21391 exon 21518 21670 exon 22047 22160 exon 22241 22368 exon 23118 23240 exon 23332 23451 exon 23648 23769 exon 23949 24441 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 19902 20165 exon 21348 21391 exon 21518 21670 exon 22047 22160 exon 22241 22368 exon 23118 23386 gene_10 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 19910 20165 exon 21348 21391 exon 21518 21670 exon 22047 22160 exon 22241 22368 exon 23118 23155 exon 23352 23451 exon 23648 23769 exon 23949 24441 gene_11 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 19964 20165 exon 20261 20282 exon 21348 21391 exon 21518 21670 exon 22047 22160 exon 22241 22368 exon 23118 23240 exon 23332 23451 exon 23648 23769 exon 23949 24441 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 27141 27723 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 32056 31448 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 36207 37033 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 40799 39749 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 42491 41786 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 44521 44648 exon 46364 46614 exon 46678 46792 gene_18 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 44521 44648 exon 46364 46612 exon 46676 46728 gene_19 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 44549 44648 exon 46367 46614 exon 46678 47098 gene_20 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 46951 46678 exon 46614 46436 exon 44618 44538 gene_21 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 47184 47210 exon 47707 48469 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 51301 51488 exon 51818 51964 exon 52051 52239 exon 52348 52525 exon 52609 52879 exon 52972 53074 exon 53164 53288 exon 53379 53457 exon 53538 53682 exon 53849 54009 exon 54096 54216 exon 54307 54759 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 53820 53400 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 60243 60384 exon 60904 61412 gene_25 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 60252 60384 exon 60904 61329 exon 61436 61580 exon 61683 61805 gene_26 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 60222 60384 exon 60589 60603 exon 60904 61525 gene_27 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 60235 60384 exon 60904 61329 exon 61436 61680 gene_28 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 71218 71282 exon 71568 71668 gene_29 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 84372 83915 exon 83830 83689 exon 82732 81736 exon 80922 80907 gene_30 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 86840 86752 exon 86463 86393 exon 85996 85024 gene_31 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 85015 84462 gene_32 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 86840 86752 exon 86463 86393 exon 85996 85096 exon 84753 84470 gene_33 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 96871 96870 exon 96782 96722 exon 96318 95743 gene_34 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 99923 99861 exon 99672 98757 exon 98671 98590 exon 98503 98437 exon 97058 96917 gene_35 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 101617 101570 exon 101455 101404 exon 100102 99387 gene_36 gene GT_PGL_23_AGS_3 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 101735 101570 exon 100102 99687 gene_37 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 98632 98674 exon 98760 99194 gene_38 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 103472 103601 exon 104896 105178 exon 105779 105885 exon 107220 107450 gene_39 gene GT_PGL_25_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 103468 103601 exon 104896 105178 exon 105779 105885 exon 107224 107504 gene_40 gene GT_PGL_25_AGS_3 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 104891 105178 exon 105779 105885 exon 107220 107417 gene_41 gene GT_PGL_25_AGS_4 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 103477 103601 exon 104896 105178 exon 105731 105885 exon 107220 107415 gene_42 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 116623 116446 exon 114442 114318 exon 110632 110588 exon 110365 110064 gene_43 gene GT_PGL_26_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 110677 110588 exon 110365 110064 RepeatMasker tomato repeats master Copia00172 303 522 1 Copia00172 303 522 1 nucleotide_motif 1112 1699 1913 Gypsy00005 1 7225 1 Gypsy00005 1 7225 1 nucleotide_motif 37206 8675 14678 Copia00110 13157 13623 1 Copia00110 13157 13623 1 nucleotide_motif 2060 18934 19379 HATSOD1 1 246 1 HATSOD1 1 246 1 nucleotide_motif 1129 34806 35051 HATSOD1 4705 4792 1 HATSOD1 4705 4792 1 nucleotide_motif 499 35132 35220 Gypsy00202 7805 8027 1 Gypsy00202 7805 8027 1 nucleotide_motif 740 38923 39131 SONATA2 3 253 1 SONATA2 3 253 1 nucleotide_motif 1083 43128 43356 Copia00172 5234 5308 1 Copia00172 5234 5308 1 nucleotide_motif 330 44881 44947 SONATA2 54 220 1 SONATA2 54 220 1 nucleotide_motif 504 67367 67529 Unknown00025 233 470 1 Unknown00025 233 470 1 nucleotide_motif 562 69588 69816 Copia00151 5513 5817 1 Copia00151 5513 5817 1 nucleotide_motif 1287 70185 70491 CACTA_LP 982 3146 1 CACTA_LP 982 3146 1 nucleotide_motif 265 72520 72626 Unknown00025 245 469 1 Unknown00025 245 469 1 nucleotide_motif 851 89950 90191 Copia00151 5493 5820 1 Copia00151 5493 5820 1 nucleotide_motif 738 91042 91378 ATHPOGON1 2 96 1 ATHPOGON1 2 96 1 nucleotide_motif 241 101836 101923 ATHPOGO 1547 2012 1 ATHPOGO 1547 2012 1 nucleotide_motif 1390 102330 102791 Copia00151 9530 9671 1 Copia00151 9530 9671 1 nucleotide_motif 244 113131 113270 RTE1_MT 2624 2930 1 RTE1_MT 2624 2930 1 nucleotide_motif 291 115266 115567 RepeatMasker tomato repeats master Unknown00057 770 920 -1 Unknown00057 770 920 -1 nucleotide_motif 296 1015 865 Unknown00043 1916 1986 -1 Unknown00043 1916 1986 -1 nucleotide_motif 265 3084 3016 Gypsy00073 935 1377 -1 Gypsy00073 935 1377 -1 nucleotide_motif 783 18733 18289 Copia00110 13177 13623 -1 Copia00110 13177 13623 -1 nucleotide_motif 761 18909 18451 Unknown00019 389 455 -1 Unknown00019 389 455 -1 nucleotide_motif 226 19399 19330 Copia00110 2410 2714 -1 Copia00110 2410 2714 -1 nucleotide_motif 1676 34785 34502 Gypsy00073 4 382 -1 Gypsy00073 4 382 -1 nucleotide_motif 1921 49259 48904 Gypsy00073 11887 12084 -1 Gypsy00073 11887 12084 -1 nucleotide_motif 1183 49613 49415 ATCOPIA24I 2752 7391 -1 ATCOPIA24I 2752 7391 -1 nucleotide_motif 278 72610 72544 TLP3 79 167 -1 TLP3 79 167 -1 nucleotide_motif 268 75736 75639 Unknown00049 397 644 -1 Unknown00049 397 644 -1 nucleotide_motif 1077 79677 79452 Unknown00049 382 445 -1 Unknown00049 382 445 -1 nucleotide_motif 404 79745 79680 TN10MRNA_NA 1 1332 -1 TN10MRNA_NA 1 1332 -1 nucleotide_motif 11981 107220 105889 Unknown00043 1926 2039 -1 Unknown00043 1926 2039 -1 nucleotide_motif 434 112720 112611 Copia00133 23 143 -1 Copia00133 23 143 -1 nucleotide_motif 551 113389 113269 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 8278 9188 14517 match_2 match 3160 9187 10876 match_3 match 2640 105886 107217 match_4 match 2557 105888 107217 match_5 match 1003 12887 13916 match_6 match 1021 12887 13925 match_7 match 3007 11271 13925 match_8 match 5775 9188 13925 match_9 match 5174 9751 13916 match_10 match 2585 10842 12861 match_11 match 3969 9751 12862 match_12 match 4018 9751 12862 match_13 match 2260 9193 10875 match_14 match 1427 9751 10774 match_15 match 4373 9188 12165 match_16 match 2640 105886 107217 match_17 match 2589 105888 107217 match_18 match 2587 105889 107217 match_19 match 2635 105889 107217 match_20 match 2555 105889 107217 match_21 match 2635 105889 107217 match_22 match 2222 86366 87543 match_23 match 2300 87602 88848 match_24 match 2044 64146 65398 match_25 match 2256 72602 73871 match_26 match 2361 77086 78378 match_27 match 2857 107218 108763 match_28 match 3699 67446 69452 match_29 match 4385 70160 72536 match_30 match 4581 91493 94079 match_31 match 5218 94754 97520 match_32 match 5501 103027 105888 match_33 match 5220 73938 76939 match_34 match 7961 59901 64093 match_35 match 8112 97579 101862 match_36 match 80959 86337 match_37 match 111486 117727 match_38 match 51568 58775 match_39 match 2345 89935 91167 match_40 match 4621 108895 111447 match_41 match 4431 1 2322 match_42 match 2637 105889 107218 match_43 match 2617 105886 107217 match_44 match 2222 86366 87543 match_45 match 2361 89935 91167 match_46 match 2300 87602 88848 match_47 match 2044 64146 65398 match_48 match 2256 72602 73871 match_49 match 2361 77086 78378 match_50 match 2857 107218 108763 match_51 match 3699 67446 69452 match_52 match 4758 46261 48756 match_53 match 4645 108895 111447 match_54 match 4581 91493 94079 match_55 match 5501 103027 105888 match_56 match 5220 73938 76939 match_57 match 7961 59901 64093 match_58 match 8112 97579 101862 match_59 match 80959 86337 match_60 match 111486 117727 match_61 match 51357 58775 match_62 match 4314 70160 72536 match_63 match 5204 94754 97520 match_64 match 2857 107218 108763 match_65 match 4645 108895 111447 match_66 match 5501 103027 105888 match_67 match 111486 117727 match_68 match 2561 105886 107217 match_69 match 2639 105888 107218 match_70 match 2635 105889 107217 match_71 match 2561 105886 107217 match_72 match 321 9214 10338 match_73 match 2587 105889 107217 match_74 match 8956 9188 14578 match_75 match 2635 105889 107217 match_76 match 2640 105886 107217 match_77 match 2563 105886 107218 match_78 match 2555 105889 107217 match_79 match 2559 105888 107218 match_80 match 2587 105889 107217 match_81 match 2561 105886 107217 match_82 match 2637 105888 107217 match_83 match 2635 105889 107217 match_84 match 2563 105886 107218 match_85 match 2635 105889 107217 match_86 match 2555 105889 107217 match_87 match 2557 105889 107218 match_88 match 8278 9188 14517 match_89 match 2635 105889 107217 match_90 match 2652 105883 107228 match_91 match 2555 105889 107217 match_92 match 2635 105889 107217 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1345 4 117709 clone_start_1 clone_start 1396 4 752 clone_end_1 clone_end 561 8693 8991 clone_start_2 clone_start 624 8693 9015 clone_end_2 clone_end 426 8693 8911 clone_start_3 clone_start 692 8693 9069 clone_end_3 clone_end 1017 9187 9715 clone_start_4 clone_start 1116 9187 9761 clone_start_5 clone_start 1051 9187 9728 clone_end_4 clone_end 908 9187 9652 clone_start_6 clone_start 997 9187 9717 clone_end_5 clone_end 878 9481 9939 clone_start_7 clone_start 1074 9709 10266 clone_end_6 clone_end 1261 10705 11376 clone_start_8 clone_start 771 10868 11292 clone_start_9 clone_start 1094 10880 11455 clone_start_10 clone_start 365 11354 11541 clone_start_11 clone_start 1045 12861 13403 clone_end_7 clone_end 1441 12975 13721 clone_end_8 clone_end 1029 13071 13589 clone_end_9 clone_end 1382 13076 13796 clone_end_10 clone_end 1178 13166 13787 clone_start_12 clone_start 1029 13218 13768 clone_end_11 clone_end 1009 13233 13753 clone_end_12 clone_end 1403 13238 13953 clone_end_13 clone_end 952 13249 13763 clone_end_14 clone_end 1560 13555 14361 clone_start_13 clone_start 987 13578 14083 clone_end_15 clone_end 767 13848 14254 clone_start_14 clone_start 1084 13903 14465 clone_start_15 clone_start 1388 23363 24066 clone_end_16 clone_end 1021 25152 25666 clone_start_16 clone_start 1326 29828 30496 clone_start_17 clone_start 1471 31302 32059 clone_start_18 clone_start 1132 33894 34468 clone_end_17 clone_end 1453 51582 52314 clone_2 clone 1353 53762 93952 clone_start_19 clone_start 1475 53762 54509 clone_end_18 clone_end 1364 55171 55865 clone_3 clone 956.5 61556 96631 clone_end_19 clone_end 831 61556 61974 clone_end_20 clone_end 1065 71041 71634 clone_start_20 clone_start 1168 75920 76621 clone_start_21 clone_start 902 83065 83519 clone_4 clone 1608.5 85326 112401 clone_end_21 clone_end 1548 85326 86106 clone_end_22 clone_end 959 95886 96369 clone_end_23 clone_end 1185 96368 97000 clone_end_24 clone_end 1084 101068 101614 clone_end_25 clone_end 1227 105889 106531 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_26 clone_end 1294 117709 116962 clone_start_22 clone_start 1257 2321 1681 clone_start_23 clone_start 523 8968 8693 clone_end_27 clone_end 545 8967 8693 clone_start_24 clone_start 529 8967 8693 clone_end_28 clone_end 478 8941 8693 clone_end_29 clone_end 466 8931 8693 clone_start_25 clone_start 537 8967 8693 clone_start_26 clone_start 432 8918 8693 clone_start_27 clone_start 547 8968 8693 clone_end_30 clone_end 504 8950 8693 clone_end_31 clone_end 474 8931 8693 clone_end_32 clone_end 424 8910 8693 clone_end_33 clone_end 741 9098 8693 clone_start_28 clone_start 521 8967 8693 clone_start_29 clone_start 521 8967 8693 clone_end_34 clone_end 460 8931 8693 clone_start_30 clone_start 1142 9782 9203 clone_end_35 clone_end 852 9869 9428 clone_start_31 clone_start 1221 10118 9467 clone_end_36 clone_end 1142 10131 9540 clone_end_37 clone_end 1035 11123 10582 clone_end_38 clone_end 1296 12012 11339 clone_end_39 clone_end 1176 12319 11691 clone_start_32 clone_start 1009 12268 11736 clone_start_33 clone_start 799 12278 11852 clone_end_40 clone_end 842 12339 11903 clone_start_34 clone_start 1041 12470 11926 clone_end_41 clone_end 1269 12608 11957 clone_end_42 clone_end 926 12614 12132 clone_start_35 clone_start 1326 13195 12515 clone_start_36 clone_start 1207 13198 12558 clone_end_43 clone_end 969 13226 12710 clone_end_44 clone_end 1390 13552 12836 clone_end_45 clone_end 916 13536 13060 clone_end_46 clone_end 866 13558 13114 clone_end_47 clone_end 1449 14381 13620 clone_end_48 clone_end 1360 14381 13672 clone_end_49 clone_end 1386 14400 13682 clone_start_37 clone_start 1427 14418 13683 clone_end_50 clone_end 1213 14360 13725 clone_start_38 clone_start 1185 14417 13789 clone_end_51 clone_end 1015 14381 13851 clone_start_39 clone_start 801 20848 20410 clone_end_52 clone_end 842 23976 23552 clone_start_40 clone_start 1431 39046 38325 clone_end_53 clone_end 1231 93952 93249 clone_start_41 clone_start 1082 96631 96086 clone_start_42 clone_start 1039 63540 62989 clone_end_54 clone_end 1358 69171 68415 clone_end_55 clone_end 1128 84777 84202 clone_start_43 clone_start 1669 112401 111560 clone_start_44 clone_start 924 86895 86366 clone_start_45 clone_start 781 88598 88111 clone_end_56 clone_end 825 98312 97825 clone_end_57 clone_end 1289 101594 100913 clone_start_46 clone_start 1043 105529 105004 clone_end_58 clone_end 1243 107213 106544 clone_end_59 clone_end 1281 107220 106575 clone_end_60 clone_end 1051 107159 106606 clone_end_61 clone_end 1384 110122 109425 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.977 2258 2344 match_part 1.000 2483 2612 match_part 1.000 3958 4022 match_part 1.000 4118 4434 match_2 match_part 0.961 5618 5871 match_3 match_part 1.000 19901 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 0.992 23118 23240 match_part 0.974 23332 23369 match_4 match_part 1.000 19918 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22125 match_5 match_part 0.956 19941 20165 match_part 1.000 21348 21391 match_part 0.987 21518 21670 match_part 1.000 22047 22160 match_part 0.984 22241 22368 match_part 1.000 23118 23221 match_6 match_part 1.000 19962 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 0.984 22241 22368 match_part 1.000 23118 23145 match_7 match_part 0.980 19964 20165 match_part 1.000 21348 21391 match_part 0.987 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22247 match_8 match_part 1.000 19964 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22247 match_9 match_part 1.000 19965 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23240 match_part 0.992 23332 23451 match_part 1.000 23648 23652 match_10 match_part 1.000 19965 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 0.959 23118 23240 match_part 1.000 23332 23338 match_11 match_part 1.000 19965 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 0.939 23118 23216 match_12 match_part 1.000 19965 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 0.977 23118 23203 match_13 match_part 1.000 19965 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22336 match_14 match_part 0.995 19965 20165 match_part 0.955 21348 21391 match_part 0.980 21518 21670 match_part 0.912 22047 22160 match_15 match_part 0.995 19966 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23240 match_part 0.983 23332 23451 match_part 1.000 23648 23660 match_16 match_part 1.000 19966 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23240 match_part 1.000 23332 23401 match_17 match_part 1.000 19966 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 0.992 22241 22365 match_18 match_part 1.000 19967 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 0.984 22241 22368 match_part 0.959 23118 23214 match_19 match_part 1.000 19967 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23165 match_20 match_part 1.000 19967 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22279 match_21 match_part 1.000 19970 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22360 match_22 match_part 1.000 19970 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 0.990 22241 22336 match_23 match_part 0.969 19970 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21669 match_24 match_part 0.918 19971 20165 match_part 0.545 20261 20282 match_part 1.000 21348 21391 match_part 0.987 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22279 match_25 match_part 1.000 19971 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22248 match_26 match_part 0.985 19971 20165 match_part 1.000 21348 21391 match_part 0.993 21518 21670 match_part 0.991 22047 22153 match_27 match_part 1.000 19971 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22122 match_28 match_part 1.000 19972 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_29 match_part 1.000 19975 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22146 match_30 match_part 1.000 19976 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22066 match_31 match_part 1.000 19977 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22312 match_32 match_part 0.984 19979 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 0.969 22241 22368 match_part 1.000 23118 23172 match_33 match_part 1.000 19982 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23240 match_part 0.958 23332 23451 match_part 1.000 23648 23661 match_34 match_part 1.000 19983 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22300 match_35 match_part 0.988 19995 20165 match_part 1.000 21348 21391 match_part 0.993 21518 21670 match_part 0.982 22047 22160 match_part 1.000 22241 22280 match_36 match_part 0.988 19995 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22159 match_37 match_part 1.000 20003 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22277 match_38 match_part 1.000 20011 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23240 match_part 1.000 23332 23451 match_part 1.000 23648 23667 match_39 match_part 1.000 20020 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23187 match_40 match_part 1.000 20026 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22336 match_41 match_part 1.000 20028 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22277 match_42 match_part 0.985 20035 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22276 match_43 match_part 0.976 20042 20165 match_part 1.000 21348 21391 match_part 0.993 21518 21670 match_part 1.000 22047 22160 match_part 0.992 22241 22368 match_part 1.000 23118 23240 match_part 1.000 23332 23401 match_44 match_part 1.000 20046 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 0.976 23118 23201 match_45 match_part 1.000 20046 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22279 match_46 match_part 1.000 20048 20165 match_part 0.977 21348 21391 match_part 1.000 21518 21548 match_47 match_part 1.000 20050 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_48 match_part 1.000 20138 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23233 match_49 match_part 1.000 21362 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23240 match_part 1.000 23332 23451 match_part 1.000 23648 23769 match_part 0.980 23949 24049 match_50 match_part 1.000 21628 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22365 match_51 match_part 1.000 22052 22160 match_part 0.992 22241 22368 match_part 1.000 23118 23240 match_part 0.992 23332 23451 match_part 1.000 23648 23769 match_part 0.976 23949 24199 match_52 match_part 0.960 22060 22160 match_part 0.992 22241 22368 match_part 1.000 23118 23240 match_part 0.992 23332 23451 match_part 1.000 23648 23769 match_part 0.963 23949 24166 match_53 match_part 1.000 22068 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23155 match_part 1.000 23352 23451 match_part 1.000 23648 23769 match_part 1.000 23949 23963 match_54 match_part 1.000 22075 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23240 match_part 1.000 23332 23451 match_part 1.000 23648 23653 match_55 match_part 1.000 22085 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23240 match_part 1.000 23332 23451 match_part 1.000 23648 23769 match_part 1.000 23949 23969 match_56 match_part 1.000 22088 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23240 match_part 1.000 23332 23451 match_part 0.975 23648 23769 match_part 1.000 23949 23983 match_57 match_part 1.000 22290 22368 match_part 1.000 23118 23240 match_part 1.000 23332 23451 match_part 1.000 23648 23769 match_part 0.958 23949 24138 match_58 match_part 1.000 22341 22368 match_part 1.000 23118 23240 match_part 1.000 23332 23451 match_part 1.000 23648 23769 match_part 1.000 23949 24276 match_59 match_part 0.938 23404 23451 match_part 1.000 23648 23769 match_part 1.000 23949 24300 match_60 match_part 0.957 23405 23451 match_part 1.000 23648 23769 match_part 1.000 23949 24300 match_61 match_part 1.000 23735 23769 match_part 0.986 23949 24441 match_62 match_part 1.000 23757 23769 match_part 1.000 23949 24263 match_63 match_part 1.000 23757 23769 match_part 1.000 23949 24263 match_64 match_part 0.985 23969 24308 match_65 match_part 0.988 27141 27723 match_66 match_part 0.997 36207 36941 match_67 match_part 0.987 36208 36580 match_68 match_part 0.979 36355 37033 match_69 match_part 0.953 44521 44648 match_part 0.952 46364 46593 match_70 match_part 0.982 44538 44648 match_part 0.976 46364 46614 match_part 0.991 46678 46792 match_71 match_part 0.892 44538 44648 match_part 0.957 46364 46574 match_72 match_part 0.980 44549 44648 match_part 0.976 46367 46614 match_part 0.986 46678 47098 match_73 match_part 0.980 44550 44648 match_part 0.976 46367 46614 match_part 0.985 46678 46871 match_74 match_part 0.967 44557 44648 match_part 0.976 46364 46612 match_part 0.981 46676 46728 match_75 match_part 0.963 47184 47210 match_part 0.962 47707 48469 match_76 match_part 1.000 51334 51488 match_part 1.000 51818 51964 match_part 1.000 52051 52239 match_part 1.000 52348 52360 match_77 match_part 1.000 51344 51488 match_part 1.000 51818 51964 match_part 1.000 52051 52239 match_part 0.966 52348 52525 match_part 0.972 52609 52644 match_78 match_part 1.000 51349 51488 match_part 0.993 51818 51964 match_part 0.995 52051 52239 match_part 0.947 52348 52404 match_79 match_part 1.000 51349 51488 match_part 0.993 51818 51964 match_part 0.989 52051 52140 match_80 match_part 1.000 52362 52525 match_part 1.000 52609 52879 match_part 1.000 52972 53074 match_part 0.992 53164 53288 match_part 0.975 53379 53457 match_81 match_part 1.000 52362 52525 match_part 1.000 52609 52879 match_part 1.000 52972 53074 match_part 1.000 53164 53269 match_82 match_part 0.988 52363 52525 match_part 1.000 52609 52879 match_part 1.000 52972 52982 match_83 match_part 1.000 52739 52879 match_part 1.000 52972 53074 match_part 1.000 53164 53288 match_part 1.000 53379 53457 match_part 1.000 53538 53632 match_84 match_part 1.000 53039 53074 match_part 1.000 53164 53288 match_part 1.000 53379 53457 match_part 1.000 53538 53682 match_part 1.000 53849 54009 match_part 0.950 54096 54216 match_part 0.957 54307 54353 match_85 match_part 1.000 53665 53682 match_part 1.000 53849 54009 match_part 1.000 54096 54216 match_part 0.984 54307 54752 match_86 match_part 0.987 53856 54009 match_part 1.000 54096 54216 match_part 0.973 54307 54751 match_87 match_part 1.000 53867 54009 match_part 0.983 54096 54216 match_part 0.975 54307 54752 match_88 match_part 1.000 53985 54009 match_part 1.000 54096 54216 match_part 0.991 54307 54755 match_89 match_part 1.000 54124 54216 match_part 0.984 54307 54755 match_90 match_part 1.000 54124 54216 match_part 0.987 54307 54754 match_91 match_part 0.959 54420 54759 match_92 match_part 0.996 54476 54738 match_93 match_part 1.000 60235 60384 match_part 0.998 60904 61329 match_part 1.000 61436 61680 match_94 match_part 0.986 60243 60384 match_part 0.986 60904 61407 match_95 match_part 0.993 60248 60384 match_part 1.000 60904 61398 match_96 match_part 1.000 60252 60384 match_part 1.000 60904 61078 match_97 match_part 1.000 60253 60384 match_part 0.978 60904 61412 match_98 match_part 1.000 60253 60384 match_part 0.988 60904 61404 match_99 match_part 1.000 60254 60384 match_part 1.000 60904 61404 match_100 match_part 1.000 60254 60384 match_part 0.998 60904 61348 match_101 match_part 0.992 60254 60384 match_part 0.994 60904 61257 match_102 match_part 0.992 60254 60384 match_part 0.987 60904 61062 match_103 match_part 1.000 60259 60384 match_part 0.982 60904 61409 match_104 match_part 1.000 60259 60384 match_part 0.984 60904 61409 match_105 match_part 1.000 60259 60384 match_part 0.986 60904 61408 match_106 match_part 1.000 60259 60384 match_part 0.986 60904 61408 match_107 match_part 1.000 60259 60384 match_part 0.986 60904 61408 match_108 match_part 1.000 60261 60384 match_part 1.000 60904 61329 match_part 1.000 61436 61580 match_part 1.000 61683 61805 match_109 match_part 0.992 60261 60384 match_part 0.998 60904 61329 match_110 match_part 1.000 60262 60384 match_part 0.995 60904 61343 match_111 match_part 1.000 60263 60384 match_part 0.986 60904 61407 match_112 match_part 1.000 60263 60384 match_part 1.000 60904 61398 match_113 match_part 1.000 60264 60384 match_part 0.993 60904 61170 match_114 match_part 1.000 60268 60384 match_part 1.000 60904 61131 match_115 match_part 1.000 60276 60384 match_part 1.000 60904 61170 match_116 match_part 1.000 60282 60384 match_part 0.982 60904 61410 match_117 match_part 0.989 60291 60384 match_part 0.998 60904 61398 match_118 match_part 0.968 60322 60384 match_part 0.989 60904 61351 match_119 match_part 0.992 60904 61257 match_120 match_part 0.986 60911 61408 match_121 match_part 1.000 60988 61398 match_122 match_part 0.995 61179 61398 match_123 match_part 0.985 71218 71282 match_part 0.990 71568 71668 match_124 match_part 1.000 98632 98674 match_part 1.000 98760 99194 match_125 match_part 1.000 103468 103601 match_part 0.996 104896 105178 match_part 1.000 105779 105885 match_part 1.000 107224 107308 match_126 match_part 1.000 103472 103601 match_part 1.000 104896 105178 match_part 0.981 105779 105885 match_part 0.988 107224 107389 match_127 match_part 1.000 103472 103601 match_part 1.000 104896 105178 match_part 1.000 105779 105885 match_part 0.993 107224 107357 match_128 match_part 1.000 103481 103601 match_part 1.000 104896 105178 match_part 1.000 105779 105885 match_129 match_part 0.895 103488 103601 match_part 0.986 104896 105178 match_part 1.000 105779 105885 match_part 1.000 107224 107261 match_130 match_part 1.000 103557 103601 match_part 1.000 104896 105178 match_part 1.000 105779 105885 match_part 1.000 107224 107423 match_131 match_part 1.000 103567 103601 match_part 0.996 104896 105178 match_part 1.000 105779 105807 match_132 match_part 1.000 104896 105178 match_part 1.000 105779 105885 match_part 1.000 107224 107504 match_133 match_part 1.000 104896 105178 match_part 1.000 105779 105885 match_part 1.000 107224 107423 match_134 match_part 1.000 104896 105178 match_part 1.000 105779 105885 match_part 0.988 107224 107391 match_135 match_part 1.000 104901 105178 match_part 1.000 105779 105885 match_part 0.984 107224 107411 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_136 match_part 0.998 5908 5426 match_part 1.000 5202 5144 match_part 1.000 5051 4971 match_137 match_part 0.964 6264 5513 match_138 match_part 0.990 6282 5798 match_139 match_part 0.995 6258 5832 match_140 match_part 0.963 13233 12477 match_141 match_part 0.989 15652 14955 match_142 match_part 0.990 15652 14955 match_143 match_part 0.988 15652 14963 match_144 match_part 0.999 15652 14963 match_145 match_part 0.987 15651 15040 match_146 match_part 1.000 15652 15119 match_147 match_part 1.000 15651 15162 match_148 match_part 1.000 16444 15958 match_149 match_part 0.999 40488 39749 match_150 match_part 1.000 40799 40237 match_151 match_part 0.997 42491 41786 match_152 match_part 0.974 46951 46678 match_part 0.978 46614 46436 match_part 0.988 44618 44538 match_153 match_part 0.983 53820 53400 match_154 match_part 1.000 84372 83915 match_part 1.000 83830 83689 match_part 1.000 82732 82626 match_155 match_part 0.998 85008 84462 match_156 match_part 0.997 85684 85096 match_part 1.000 84753 84470 match_157 match_part 0.988 85015 84497 match_158 match_part 1.000 85894 85024 match_159 match_part 0.955 86840 86752 match_part 1.000 86463 86393 match_part 0.998 85996 85350 match_160 match_part 1.000 96871 96870 match_part 1.000 96782 96722 match_part 0.997 96318 95743 match_161 match_part 1.000 96871 96870 match_part 1.000 96782 96722 match_part 0.989 96318 95846 match_162 match_part 1.000 99192 98757 match_part 1.000 98671 98590 match_part 1.000 98503 98437 match_part 0.972 97058 96917 match_163 match_part 1.000 99192 98757 match_part 1.000 98671 98590 match_part 1.000 98503 98437 match_part 1.000 97058 97018 match_164 match_part 1.000 99192 98757 match_part 1.000 98671 98590 match_part 1.000 98503 98437 match_part 1.000 97058 97026 match_165 match_part 1.000 99112 98757 match_part 1.000 98671 98590 match_part 0.970 98503 98437 match_part 1.000 97058 97041 match_166 match_part 1.000 101617 101570 match_part 1.000 101455 101404 match_part 0.987 100102 99387 match_167 match_part 1.000 101616 101570 match_part 1.000 101455 101404 match_part 1.000 100102 99741 match_168 match_part 0.989 116623 116446 match_part 1.000 114442 114318 match_part 1.000 110632 110588 match_part 0.990 110365 110064 match_169 match_part 0.994 116623 116446 match_part 1.000 114442 114318 match_part 1.000 110632 110588 match_part 0.997 110365 110064 match_170 match_part 1.000 110677 110588 match_part 1.000 110365 110064 match_171 match_part 0.989 116623 116446 match_part 1.000 114442 114318 match_part 1.000 110632 110588 match_part 0.963 110365 110094 match_172 match_part 1.000 116623 116446 match_part 0.992 114442 114318 match_part 1.000 110632 110588 match_part 0.978 110365 110094 match_173 match_part 1.000 116622 116446 match_part 1.000 114442 114318 match_part 1.000 110632 110588 match_part 0.994 110365 110204 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 2258 2344 exon 2483 2612 exon 3958 4022 exon 4118 4434 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 6282 5426 exon 5202 5144 exon 5051 4971 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 5618 5871 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 13233 12477 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 15652 14955 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 16444 15958 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 19901 20165 exon 21348 21391 exon 21518 21670 exon 22047 22160 exon 22241 22368 exon 23118 23240 exon 23332 23451 exon 23648 23769 exon 23949 24441 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 19918 20165 exon 21348 21391 exon 21518 21670 exon 22047 22160 exon 22241 22368 exon 23118 23155 exon 23352 23451 exon 23648 23769 exon 23949 24441 gene_9 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 19971 20165 exon 20261 20282 exon 21348 21391 exon 21518 21670 exon 22047 22160 exon 22241 22368 exon 23118 23240 exon 23332 23451 exon 23648 23769 exon 23949 24441 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 27141 27723 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 36207 37033 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 40799 39749 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 42491 41786 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 44521 44648 exon 46364 46614 exon 46678 46792 gene_15 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 44521 44648 exon 46364 46612 exon 46676 46728 gene_16 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 44549 44648 exon 46367 46614 exon 46678 47098 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 46951 46678 exon 46614 46436 exon 44618 44538 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 47184 47210 exon 47707 48469 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 51334 51488 exon 51818 51964 exon 52051 52239 exon 52348 52525 exon 52609 52879 exon 52972 53074 exon 53164 53288 exon 53379 53457 exon 53538 53682 exon 53849 54009 exon 54096 54216 exon 54307 54759 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 53820 53400 gene_21 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 60243 60384 exon 60904 61412 gene_22 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 60252 60384 exon 60904 61329 exon 61436 61580 exon 61683 61805 gene_23 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 60235 60384 exon 60904 61329 exon 61436 61680 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 71218 71282 exon 71568 71668 gene_25 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 84372 83915 exon 83830 83689 exon 82732 82626 gene_26 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 86840 86752 exon 86463 86393 exon 85996 85024 gene_27 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 85015 84462 gene_28 gene GT_PGL_20_AGS_3 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 86840 86752 exon 86463 86393 exon 85996 85096 exon 84753 84470 gene_29 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 96871 96870 exon 96782 96722 exon 96318 95743 gene_30 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 99192 98757 exon 98671 98590 exon 98503 98437 exon 97058 96917 gene_31 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 98632 98674 exon 98760 99194 gene_32 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 101617 101570 exon 101455 101404 exon 100102 99387 gene_33 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 103468 103601 exon 104896 105178 exon 105779 105885 exon 107224 107504 gene_34 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 116623 116446 exon 114442 114318 exon 110632 110588 exon 110365 110064 gene_35 gene GT_PGL_26_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 110677 110588 exon 110365 110064 AUGUSTUS_tom_cdna de novo gene_1 gene 0.99 2160 4283 transcript_1 transcript 0.99 2160 4283 start_codon_1 start_codon 2160 2162 intron_1 intron 1 2345 2482 intron_2 intron 1 2613 3957 intron_3 intron 1 4023 4117 CDS_1 CDS 0.99 2160 2344 CDS_2 CDS 1 2483 2612 CDS_3 CDS 1 3958 4022 CDS_4 CDS 1 4118 4283 stop_codon_1 stop_codon 4281 4283 gene_2 gene 0.96 20065 24018 transcript_2 transcript 0.96 20065 24018 start_codon_2 start_codon 20065 20067 intron_4 intron 1 20166 21347 intron_5 intron 1 21392 21517 intron_6 intron 1 21671 22046 intron_7 intron 1 22161 22240 intron_8 intron 1 22369 23117 intron_9 intron 1 23241 23331 intron_10 intron 1 23452 23647 intron_11 intron 1 23770 23948 CDS_5 CDS 0.96 20065 20165 CDS_6 CDS 1 21348 21391 CDS_7 CDS 1 21518 21670 CDS_8 CDS 1 22047 22160 CDS_9 CDS 1 22241 22368 CDS_10 CDS 1 23118 23240 CDS_11 CDS 1 23332 23451 CDS_12 CDS 1 23648 23769 CDS_13 CDS 1 23949 24018 stop_codon_2 stop_codon 24016 24018 gene_3 gene 0.46 27835 32002 transcript_3 transcript 0.46 27835 32002 start_codon_3 start_codon 27835 27837 intron_12 intron 0.99 28691 29179 intron_13 intron 0.69 29605 29884 intron_14 intron 0.85 30044 31330 CDS_14 CDS 0.86 27835 28690 CDS_15 CDS 0.99 29180 29604 CDS_16 CDS 0.62 29885 30043 CDS_17 CDS 0.8 31331 32002 stop_codon_3 stop_codon 32000 32002 gene_4 gene 0.8 33911 34351 transcript_4 transcript 0.8 33911 34351 start_codon_4 start_codon 33911 33913 CDS_18 CDS 0.8 33911 34351 stop_codon_4 stop_codon 34349 34351 gene_5 gene 0.99 35662 36975 transcript_5 transcript 0.99 35662 36975 start_codon_5 start_codon 35662 35664 CDS_19 CDS 0.99 35662 36975 stop_codon_5 stop_codon 36973 36975 gene_6 gene 1.03 42454 46409 transcript_6 transcript 0.73 42454 46409 start_codon_6 start_codon 42454 42456 intron_15 intron 0.73 42482 44518 intron_16 intron 1 44649 46363 CDS_20 CDS 0.73 42454 42481 CDS_21 CDS 0.84 44519 44648 CDS_22 CDS 1 46364 46409 stop_codon_6 stop_codon 46407 46409 transcript_7 transcript 0.3 42892 46409 start_codon_7 start_codon 42892 42894 intron_17 intron 0.3 42958 44544 intron_18 intron 1 44649 46366 CDS_23 CDS 0.3 42892 42957 CDS_24 CDS 0.83 44545 44648 CDS_25 CDS 1 46367 46409 stop_codon_7 stop_codon 46407 46409 gene_7 gene 0.75 47744 54504 transcript_8 transcript 0.75 47744 54504 start_codon_8 start_codon 47744 47746 intron_19 intron 0.78 47859 51343 intron_20 intron 1 51489 51817 intron_21 intron 1 51965 52050 intron_22 intron 1 52240 52347 intron_23 intron 1 52526 52608 intron_24 intron 1 52880 52971 intron_25 intron 1 53075 53163 intron_26 intron 1 53289 53378 intron_27 intron 1 53458 53537 intron_28 intron 1 53683 53848 intron_29 intron 1 54010 54095 intron_30 intron 1 54217 54306 CDS_26 CDS 0.75 47744 47858 CDS_27 CDS 0.95 51344 51488 CDS_28 CDS 1 51818 51964 CDS_29 CDS 1 52051 52239 CDS_30 CDS 1 52348 52525 CDS_31 CDS 1 52609 52879 CDS_32 CDS 1 52972 53074 CDS_33 CDS 1 53164 53288 CDS_34 CDS 1 53379 53457 CDS_35 CDS 1 53538 53682 CDS_36 CDS 1 53849 54009 CDS_37 CDS 1 54096 54216 CDS_38 CDS 1 54307 54504 stop_codon_8 stop_codon 54502 54504 gene_8 gene 0.95 60070 61326 transcript_9 transcript 0.95 60070 61326 start_codon_9 start_codon 60070 60072 intron_31 intron 0.95 60080 60241 intron_32 intron 1 60385 60903 CDS_39 CDS 0.95 60070 60079 CDS_40 CDS 0.97 60242 60384 CDS_41 CDS 1 60904 61326 stop_codon_9 stop_codon 61324 61326 gene_9 gene 0.85 71606 73238 transcript_10 transcript 0.85 71606 73238 start_codon_10 start_codon 71606 71608 intron_33 intron 0.85 72210 73161 CDS_42 CDS 0.95 71606 72209 CDS_43 CDS 0.85 73162 73238 stop_codon_10 stop_codon 73236 73238 gene_10 gene 0.55 101672 104988 transcript_11 transcript 0.55 101672 104988 start_codon_11 start_codon 101672 101674 intron_34 intron 0.94 101717 103487 intron_35 intron 1 103602 104895 CDS_44 CDS 0.55 101672 101716 CDS_45 CDS 1 103488 103601 CDS_46 CDS 1 104896 104988 stop_codon_11 stop_codon 104986 104988 AUGUSTUS_tom_cdna de novo gene_11 gene 0.31 15086 4994 transcript_12 transcript 0.31 15086 4994 stop_codon_12 stop_codon 4996 4994 intron_36 intron 1 5143 5052 intron_37 intron 1 5425 5203 intron_38 intron 0.31 15077 7160 CDS_47 CDS 1 5051 4994 CDS_48 CDS 1 5202 5144 CDS_49 CDS 0.66 7159 5426 CDS_50 CDS 0.47 15086 15078 start_codon_12 start_codon 15086 15084 gene_12 gene 1 16560 15442 transcript_13 transcript 1 16560 15442 stop_codon_13 stop_codon 15444 15442 CDS_51 CDS 1 16560 15442 start_codon_13 start_codon 16560 16558 gene_13 gene 1 41828 39921 transcript_14 transcript 1 41828 39921 stop_codon_14 stop_codon 39923 39921 CDS_52 CDS 1 41828 39921 start_codon_14 start_codon 41828 41826 gene_14 gene 1 56389 55079 transcript_15 transcript 1 56389 55079 stop_codon_15 stop_codon 55081 55079 CDS_53 CDS 1 56389 55079 start_codon_15 start_codon 56389 56387 gene_15 gene 0.81 86803 81903 transcript_16 transcript 0.81 86803 81903 stop_codon_16 stop_codon 81905 81903 intron_39 intron 1 83688 82733 intron_40 intron 1 83914 83831 intron_41 intron 1 86392 85997 intron_42 intron 1 86751 86464 CDS_54 CDS 1 82732 81903 CDS_55 CDS 1 83830 83689 CDS_56 CDS 1 85996 83915 CDS_57 CDS 1 86463 86393 CDS_58 CDS 0.81 86803 86752 start_codon_16 start_codon 86803 86801 gene_16 gene 0.5 99450 96128 transcript_17 transcript 0.5 99450 96128 stop_codon_17 stop_codon 96130 96128 intron_43 intron 1 96721 96319 intron_44 intron 1 96869 96783 intron_45 intron 1 98436 97059 intron_46 intron 1 98589 98504 intron_47 intron 1 98756 98672 CDS_59 CDS 1 96318 96128 CDS_60 CDS 1 96782 96722 CDS_61 CDS 1 97058 96870 CDS_62 CDS 1 98503 98437 CDS_63 CDS 1 98671 98590 CDS_64 CDS 0.5 99450 98757 start_codon_17 start_codon 99450 99448 gene_17 gene 0.99 107586 107365 transcript_18 transcript 0.99 107586 107365 stop_codon_18 stop_codon 107367 107365 CDS_65 CDS 0.99 107586 107365 start_codon_18 start_codon 107586 107584 gene_18 gene 0.95 117665 114332 transcript_19 transcript 0.95 117665 114332 stop_codon_19 stop_codon 114334 114332 intron_48 intron 1 116445 114443 intron_49 intron 1 116773 116657 intron_50 intron 1 117640 116961 CDS_66 CDS 1 114442 114332 CDS_67 CDS 1 116656 116446 CDS_68 CDS 1 116960 116774 CDS_69 CDS 0.95 117665 117641 start_codon_19 start_codon 117665 117663 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 81.73 81180 81109 AUGUSTUS_ab_initio de novo gene_1 gene 0.87 2160 4283 transcript_1 transcript 0.87 2160 4283 start_codon_1 start_codon 2160 2162 intron_1 intron 1 2345 2482 intron_2 intron 0.99 2613 3957 intron_3 intron 1 4023 4117 CDS_1 CDS 0.88 2160 2344 CDS_2 CDS 0.99 2483 2612 CDS_3 CDS 1 3958 4022 CDS_4 CDS 1 4118 4283 stop_codon_1 stop_codon 4281 4283 gene_2 gene 0.06 20065 34351 transcript_2 transcript 0.06 20065 34351 start_codon_2 start_codon 20065 20067 intron_4 intron 0.98 20166 21347 intron_5 intron 0.99 21392 21517 intron_6 intron 1 21671 22046 intron_7 intron 1 22161 22240 intron_8 intron 0.68 22369 23117 intron_9 intron 1 23241 23331 intron_10 intron 1 23452 23647 intron_11 intron 0.61 23770 24126 intron_12 intron 0.22 24234 24926 intron_13 intron 0.42 24984 27544 intron_14 intron 0.45 27682 27801 intron_15 intron 0.95 28691 29179 intron_16 intron 0.81 29605 29884 intron_17 intron 0.88 30044 31330 intron_18 intron 0.63 31941 33908 CDS_5 CDS 0.96 20065 20165 CDS_6 CDS 0.99 21348 21391 CDS_7 CDS 1 21518 21670 CDS_8 CDS 1 22047 22160 CDS_9 CDS 1 22241 22368 CDS_10 CDS 0.98 23118 23240 CDS_11 CDS 1 23332 23451 CDS_12 CDS 0.98 23648 23769 CDS_13 CDS 0.51 24127 24233 CDS_14 CDS 0.87 24927 24983 CDS_15 CDS 0.45 27545 27681 CDS_16 CDS 0.47 27802 28690 CDS_17 CDS 0.94 29180 29604 CDS_18 CDS 0.76 29885 30043 CDS_19 CDS 0.6 31331 31940 CDS_20 CDS 0.63 33909 34351 stop_codon_2 stop_codon 34349 34351 gene_3 gene 0.59 35662 36983 transcript_3 transcript 0.59 35662 36983 start_codon_3 start_codon 35662 35664 intron_19 intron 0.6 36896 36975 CDS_21 CDS 0.74 35662 36895 CDS_22 CDS 0.6 36976 36983 stop_codon_3 stop_codon 36981 36983 gene_4 gene 0.77 46420 47214 transcript_4 transcript 0.77 46420 47214 start_codon_4 start_codon 46420 46422 CDS_23 CDS 0.77 46420 47214 stop_codon_4 stop_codon 47212 47214 gene_5 gene 0.58 47581 47914 transcript_5 transcript 0.58 47581 47914 start_codon_5 start_codon 47581 47583 intron_20 intron 0.69 47616 47706 CDS_24 CDS 0.61 47581 47615 CDS_25 CDS 0.7 47707 47914 stop_codon_5 stop_codon 47912 47914 gene_6 gene 0.68 51361 54504 transcript_6 transcript 0.68 51361 54504 start_codon_6 start_codon 51361 51363 intron_21 intron 0.86 51489 51817 intron_22 intron 1 51965 52050 intron_23 intron 1 52240 52347 intron_24 intron 1 52526 52608 intron_25 intron 1 52880 52971 intron_26 intron 1 53075 53163 intron_27 intron 1 53289 53378 intron_28 intron 1 53458 53537 intron_29 intron 1 53683 53848 intron_30 intron 0.97 54010 54095 intron_31 intron 0.94 54217 54306 CDS_26 CDS 0.88 51361 51488 CDS_27 CDS 0.9 51818 51964 CDS_28 CDS 1 52051 52239 CDS_29 CDS 1 52348 52525 CDS_30 CDS 1 52609 52879 CDS_31 CDS 1 52972 53074 CDS_32 CDS 1 53164 53288 CDS_33 CDS 1 53379 53457 CDS_34 CDS 1 53538 53682 CDS_35 CDS 0.97 53849 54009 CDS_36 CDS 0.94 54096 54216 CDS_37 CDS 0.94 54307 54504 stop_codon_6 stop_codon 54502 54504 gene_7 gene 0.14 60277 61642 transcript_7 transcript 0.14 60277 61642 start_codon_7 start_codon 60277 60279 intron_32 intron 1 60385 60903 intron_33 intron 0.89 61318 61435 CDS_38 CDS 0.35 60277 60384 CDS_39 CDS 0.9 60904 61317 CDS_40 CDS 0.31 61436 61642 stop_codon_7 stop_codon 61640 61642 gene_8 gene 0.69 71606 73238 transcript_8 transcript 0.69 71606 73238 start_codon_8 start_codon 71606 71608 intron_34 intron 0.79 72210 73161 CDS_41 CDS 0.98 71606 72209 CDS_42 CDS 0.69 73162 73238 stop_codon_8 stop_codon 73236 73238 gene_9 gene 0.9 104924 105859 transcript_9 transcript 0.9 104924 105859 start_codon_9 start_codon 104924 104926 intron_35 intron 0.9 105179 105778 CDS_43 CDS 1 104924 105178 CDS_44 CDS 0.9 105779 105859 stop_codon_9 stop_codon 105857 105859 AUGUSTUS_ab_initio de novo gene_10 gene 0.52 7177 4994 transcript_10 transcript 0.52 7177 4994 stop_codon_10 stop_codon 4996 4994 intron_36 intron 0.52 5143 5052 intron_37 intron 0.59 5425 5203 CDS_45 CDS 0.52 5051 4994 CDS_46 CDS 0.57 5202 5144 CDS_47 CDS 0.6 7177 5426 start_codon_10 start_codon 7177 7175 gene_11 gene 1 16560 15442 transcript_11 transcript 1 16560 15442 stop_codon_11 stop_codon 15444 15442 CDS_48 CDS 1 16560 15442 start_codon_11 start_codon 16560 16558 gene_12 gene 1 41828 39921 transcript_12 transcript 1 41828 39921 stop_codon_12 stop_codon 39923 39921 CDS_49 CDS 1 41828 39921 start_codon_12 start_codon 41828 41826 gene_13 gene 0.94 56389 55079 transcript_13 transcript 0.94 56389 55079 stop_codon_13 stop_codon 55081 55079 CDS_50 CDS 0.94 56389 55079 start_codon_13 start_codon 56389 56387 gene_14 gene 0.83 86905 81903 transcript_14 transcript 0.83 86905 81903 stop_codon_14 stop_codon 81905 81903 intron_38 intron 0.94 83688 82733 intron_39 intron 1 83914 83831 intron_40 intron 1 86392 85997 intron_41 intron 0.97 86751 86464 CDS_51 CDS 0.95 82732 81903 CDS_52 CDS 1 83830 83689 CDS_53 CDS 1 85996 83915 CDS_54 CDS 1 86463 86393 CDS_55 CDS 0.87 86905 86752 start_codon_14 start_codon 86905 86903 gene_15 gene 0.46 99534 96128 transcript_15 transcript 0.46 99534 96128 stop_codon_15 stop_codon 96130 96128 intron_42 intron 0.96 96721 96319 intron_43 intron 1 96869 96783 intron_44 intron 0.85 98436 97059 intron_45 intron 0.99 98589 98504 intron_46 intron 0.99 98753 98672 CDS_56 CDS 0.97 96318 96128 CDS_57 CDS 0.99 96782 96722 CDS_58 CDS 0.88 97058 96870 CDS_59 CDS 0.99 98503 98437 CDS_60 CDS 0.99 98671 98590 CDS_61 CDS 0.58 99534 98754 start_codon_15 start_codon 99534 99532 gene_16 gene 0.73 117665 114332 transcript_16 transcript 0.73 117665 114332 stop_codon_16 stop_codon 114334 114332 intron_47 intron 0.83 116445 114443 intron_48 intron 1 116773 116657 intron_49 intron 0.91 117640 116961 CDS_62 CDS 0.97 114442 114332 CDS_63 CDS 0.85 116656 116446 CDS_64 CDS 1 116960 116774 CDS_65 CDS 0.85 117665 117641 start_codon_16 start_codon 117665 117663 AUGUSTUS_tom_ugs de novo gene_1 gene 0.9 2160 4283 transcript_1 transcript 0.9 2160 4283 start_codon_1 start_codon 2160 2162 intron_1 intron 1 2345 2482 intron_2 intron 1 2613 3957 intron_3 intron 1 4023 4117 CDS_1 CDS 0.9 2160 2344 CDS_2 CDS 1 2483 2612 CDS_3 CDS 1 3958 4022 CDS_4 CDS 1 4118 4283 stop_codon_1 stop_codon 4281 4283 gene_2 gene 1 20065 24018 transcript_2 transcript 1 20065 24018 start_codon_2 start_codon 20065 20067 intron_4 intron 1 20166 21347 intron_5 intron 1 21392 21517 intron_6 intron 1 21671 22046 intron_7 intron 1 22161 22240 intron_8 intron 1 22369 23117 intron_9 intron 1 23241 23331 intron_10 intron 1 23452 23647 intron_11 intron 1 23770 23948 CDS_5 CDS 1 20065 20165 CDS_6 CDS 1 21348 21391 CDS_7 CDS 1 21518 21670 CDS_8 CDS 1 22047 22160 CDS_9 CDS 1 22241 22368 CDS_10 CDS 1 23118 23240 CDS_11 CDS 1 23332 23451 CDS_12 CDS 1 23648 23769 CDS_13 CDS 1 23949 24018 stop_codon_2 stop_codon 24016 24018 gene_3 gene 0.62 27835 32002 transcript_3 transcript 0.62 27835 32002 start_codon_3 start_codon 27835 27837 intron_12 intron 0.91 28691 29179 intron_13 intron 0.71 29605 29884 intron_14 intron 0.87 30044 31330 CDS_14 CDS 1 27835 28690 CDS_15 CDS 0.91 29180 29604 CDS_16 CDS 0.65 29885 30043 CDS_17 CDS 0.93 31331 32002 stop_codon_3 stop_codon 32000 32002 gene_4 gene 0.83 33911 34351 transcript_4 transcript 0.83 33911 34351 start_codon_4 start_codon 33911 33913 CDS_18 CDS 0.83 33911 34351 stop_codon_4 stop_codon 34349 34351 gene_5 gene 0.97 35662 36975 transcript_5 transcript 0.97 35662 36975 start_codon_5 start_codon 35662 35664 CDS_19 CDS 0.97 35662 36975 stop_codon_5 stop_codon 36973 36975 gene_6 gene 0.84 46420 47214 transcript_6 transcript 0.84 46420 47214 start_codon_6 start_codon 46420 46422 CDS_20 CDS 0.84 46420 47214 stop_codon_6 stop_codon 47212 47214 gene_7 gene 0.58 47581 47914 transcript_7 transcript 0.58 47581 47914 start_codon_7 start_codon 47581 47583 intron_15 intron 0.66 47616 47706 CDS_21 CDS 0.58 47581 47615 CDS_22 CDS 0.76 47707 47914 stop_codon_7 stop_codon 47912 47914 gene_8 gene 0.91 51361 54504 transcript_8 transcript 0.91 51361 54504 start_codon_8 start_codon 51361 51363 intron_16 intron 1 51489 51817 intron_17 intron 1 51965 52050 intron_18 intron 1 52240 52347 intron_19 intron 1 52526 52608 intron_20 intron 1 52880 52971 intron_21 intron 1 53075 53163 intron_22 intron 1 53289 53378 intron_23 intron 1 53458 53537 intron_24 intron 1 53683 53848 intron_25 intron 1 54010 54095 intron_26 intron 1 54217 54306 CDS_23 CDS 0.91 51361 51488 CDS_24 CDS 1 51818 51964 CDS_25 CDS 1 52051 52239 CDS_26 CDS 1 52348 52525 CDS_27 CDS 1 52609 52879 CDS_28 CDS 1 52972 53074 CDS_29 CDS 1 53164 53288 CDS_30 CDS 1 53379 53457 CDS_31 CDS 1 53538 53682 CDS_32 CDS 1 53849 54009 CDS_33 CDS 1 54096 54216 CDS_34 CDS 1 54307 54504 stop_codon_8 stop_codon 54502 54504 gene_9 gene 0.85 71606 73238 transcript_9 transcript 0.85 71606 73238 start_codon_9 start_codon 71606 71608 intron_27 intron 0.85 72210 73161 CDS_35 CDS 0.96 71606 72209 CDS_36 CDS 0.85 73162 73238 stop_codon_9 stop_codon 73236 73238 gene_10 gene 0.95 104924 105859 transcript_10 transcript 0.95 104924 105859 start_codon_10 start_codon 104924 104926 intron_28 intron 0.95 105179 105778 CDS_37 CDS 1 104924 105178 CDS_38 CDS 0.95 105779 105859 stop_codon_10 stop_codon 105857 105859 AUGUSTUS_tom_ugs de novo gene_11 gene 1 7177 4994 transcript_11 transcript 1 7177 4994 stop_codon_11 stop_codon 4996 4994 intron_29 intron 1 5143 5052 intron_30 intron 1 5425 5203 CDS_39 CDS 1 5051 4994 CDS_40 CDS 1 5202 5144 CDS_41 CDS 1 7177 5426 start_codon_11 start_codon 7177 7175 gene_12 gene 1 16560 15442 transcript_12 transcript 1 16560 15442 stop_codon_12 stop_codon 15444 15442 CDS_42 CDS 1 16560 15442 start_codon_12 start_codon 16560 16558 gene_13 gene 1 41828 39921 transcript_13 transcript 1 41828 39921 stop_codon_13 stop_codon 39923 39921 CDS_43 CDS 1 41828 39921 start_codon_13 start_codon 41828 41826 gene_14 gene 1 56389 55079 transcript_14 transcript 1 56389 55079 stop_codon_14 stop_codon 55081 55079 CDS_44 CDS 1 56389 55079 start_codon_14 start_codon 56389 56387 gene_15 gene 0.96 86905 81903 transcript_15 transcript 0.96 86905 81903 stop_codon_15 stop_codon 81905 81903 intron_31 intron 1 83688 82733 intron_32 intron 1 83914 83831 intron_33 intron 1 86392 85997 intron_34 intron 1 86751 86464 CDS_45 CDS 1 82732 81903 CDS_46 CDS 1 83830 83689 CDS_47 CDS 1 85996 83915 CDS_48 CDS 1 86463 86393 CDS_49 CDS 0.96 86905 86752 start_codon_15 start_codon 86905 86903 gene_16 gene 0.47 99450 96128 transcript_16 transcript 0.47 99450 96128 stop_codon_16 stop_codon 96130 96128 intron_35 intron 1 96721 96319 intron_36 intron 1 96869 96783 intron_37 intron 1 98436 97059 intron_38 intron 1 98589 98504 intron_39 intron 1 98756 98672 CDS_50 CDS 1 96318 96128 CDS_51 CDS 1 96782 96722 CDS_52 CDS 1 97058 96870 CDS_53 CDS 1 98503 98437 CDS_54 CDS 1 98671 98590 CDS_55 CDS 0.47 99450 98757 start_codon_16 start_codon 99450 99448 gene_17 gene 0.76 117665 114332 transcript_17 transcript 0.76 117665 114332 stop_codon_17 stop_codon 114334 114332 intron_40 intron 1 116445 114443 intron_41 intron 1 116773 116657 intron_42 intron 0.95 117640 116961 CDS_56 CDS 0.79 114442 114332 CDS_57 CDS 1 116656 116446 CDS_58 CDS 1 116960 116774 CDS_59 CDS 0.92 117665 117641 start_codon_17 start_codon 117665 117663 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.977 2258 2344 match_part 1.000 2483 2612 match_part 1.000 3958 4022 match_part 1.000 4118 4591 match_2 match_part 0.996 19900 20165 match_part 1.000 21348 21391 match_part 1.000 21518 21670 match_part 1.000 22047 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23240 match_part 1.000 23332 23451 match_part 1.000 23648 23769 match_part 1.000 23949 24351 match_3 match_part 0.910 19965 20165 match_4 match_part 0.984 20002 20708 match_5 match_part 0.989 22066 22160 match_part 1.000 22241 22368 match_part 1.000 23118 23155 match_part 1.000 23352 23451 match_part 1.000 23648 23769 match_part 1.000 23949 23963 match_6 match_part 0.990 27000 27723 match_7 match_part 0.999 31345 32021 match_8 match_part 0.984 36207 37033 match_9 match_part 0.953 44521 44648 match_part 0.976 46364 46614 match_part 0.986 46678 47098 match_10 match_part 1.000 51307 51488 match_part 1.000 51818 51964 match_part 1.000 52051 52239 match_part 1.000 52348 52525 match_part 1.000 52609 52879 match_part 1.000 52972 53074 match_part 1.000 53164 53288 match_part 1.000 53379 53457 match_part 1.000 53538 53682 match_part 1.000 53849 54009 match_part 1.000 54096 54216 match_part 0.991 54307 54755 match_11 match_part 0.986 60243 60384 match_part 1.000 60904 61395 match_part 0.988 61501 61742 match_12 match_part 0.958 71212 71282 match_part 0.990 71568 71668 match_13 match_part 0.992 71646 72043 match_14 match_part 1.000 103457 103601 match_part 1.000 104896 105178 match_part 1.000 105779 105885 match_part 1.000 107224 107422 match_15 match_part 0.930 105876 106571 match_16 match_part 0.927 106057 106635 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_17 match_part 0.992 6282 5426 match_part 1.000 5202 5144 match_part 0.995 5051 4857 match_18 match_part 0.936 5864 5492 match_19 match_part 0.995 6957 6752 match_20 match_part 0.961 13233 12441 match_21 match_part 0.999 15652 14965 match_22 match_part 0.998 16446 15934 match_23 match_part 1.000 42589 39747 match_24 match_part 1.000 56400 55712 match_25 match_part 0.949 61908 61674 match_26 match_part 1.000 84372 83915 match_part 1.000 83830 83689 match_part 0.954 82732 82129 match_27 match_part 0.991 85015 84462 match_28 match_part 0.955 86840 86752 match_part 1.000 86463 86393 match_part 1.000 85996 85096 match_part 1.000 84753 84470 match_29 match_part 0.982 97033 96870 match_part 1.000 96782 96722 match_part 0.998 96318 95745 match_30 match_part 1.000 99195 98757 match_part 1.000 98671 98590 match_part 1.000 98503 98437 match_part 0.972 97058 96917 match_31 match_part 1.000 101618 101570 match_part 1.000 101455 101404 match_part 0.987 100102 99387 match_32 match_part 0.919 107126 106597 match_33 match_part 0.920 107188 106826 match_34 match_part 0.951 107217 106995 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 2258 2344 exon 2483 2612 exon 3958 4022 exon 4118 4591 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 6282 5426 exon 5202 5144 exon 5051 4857 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 6957 6752 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 13233 12441 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 15652 14965 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 16446 15934 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 19900 20165 exon 21348 21391 exon 21518 21670 exon 22047 22160 exon 22241 22368 exon 23118 23240 exon 23332 23451 exon 23648 23769 exon 23949 24351 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 19965 20708 gene_9 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 22066 22160 exon 22241 22368 exon 23118 23155 exon 23352 23451 exon 23648 23769 exon 23949 23963 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 27000 27723 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 31345 32021 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 36207 37033 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 42589 39747 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 44521 44648 exon 46364 46614 exon 46678 47098 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 51307 51488 exon 51818 51964 exon 52051 52239 exon 52348 52525 exon 52609 52879 exon 52972 53074 exon 53164 53288 exon 53379 53457 exon 53538 53682 exon 53849 54009 exon 54096 54216 exon 54307 54755 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 56400 55712 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 60243 60384 exon 60904 61395 exon 61501 61742 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 61908 61674 gene_19 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 71212 71282 exon 71568 72043 gene_20 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 84372 83915 exon 83830 83689 exon 82732 82129 gene_21 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 86840 86752 exon 86463 86393 exon 85996 85096 exon 84753 84470 gene_22 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 85015 84462 gene_23 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 99195 98757 exon 98671 98590 exon 98503 98437 exon 97058 96870 exon 96782 96722 exon 96318 95745 gene_24 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 101618 101570 exon 101455 101404 exon 100102 99387 gene_25 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 105876 106635 gene_26 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 103457 103601 exon 104896 105178 exon 105779 105885 exon 107224 107422 gene_27 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 107217 106597 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.962 19902 20165 match_part 1.000 21348 21391 match_part 0.980 21518 21670 match_part 0.991 22047 22160 match_part 0.984 22241 22368 match_part 0.984 23118 23240 match_part 0.983 23332 23451 match_part 1.000 23648 23769 match_part 0.884 23949 24276 match_2 match_part 0.988 19995 20165 match_part 1.000 21348 21391 match_part 0.993 21518 21670 match_part 0.982 22047 22160 match_part 1.000 22241 22280 match_3 match_part 0.996 24839 25339 match_4 match_part 0.998 36207 37033 match_5 match_part 0.883 60222 60384 match_part 0.667 60589 60603 match_part 0.934 60904 61525 GenomeThreader_SGN_markers SGN marker sequences match_6 match_part 0.998 27301 26779 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 19902 20165 exon 21348 21391 exon 21518 21670 exon 22047 22160 exon 22241 22368 exon 23118 23240 exon 23332 23451 exon 23648 23769 exon 23949 24276 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 24839 25339 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 27301 26779 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 36207 37033 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0233O20.1 type gene exon 60222 60384 exon 60589 60603 exon 60904 61525 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.6 2151 4283 transcript_1 transcript 0.6 2151 4283 intron_1 intron 0.6 1 2150 intron_2 intron 1 2345 2482 intron_3 intron 1 2613 3957 intron_4 intron 1 4023 4117 CDS_1 CDS 0.63 2151 2344 CDS_2 CDS 1 2483 2612 CDS_3 CDS 1 3958 4022 CDS_4 CDS 1 4118 4283 stop_codon_1 stop_codon 4281 4283 gene_2 gene 1 20065 24018 transcript_2 transcript 1 20065 24018 start_codon_1 start_codon 20065 20067 intron_5 intron 1 20166 21347 intron_6 intron 1 21392 21517 intron_7 intron 1 21671 22046 intron_8 intron 1 22161 22240 intron_9 intron 1 22369 23117 intron_10 intron 1 23241 23331 intron_11 intron 1 23452 23647 intron_12 intron 1 23770 23948 CDS_5 CDS 1 20065 20165 CDS_6 CDS 1 21348 21391 CDS_7 CDS 1 21518 21670 CDS_8 CDS 1 22047 22160 CDS_9 CDS 1 22241 22368 CDS_10 CDS 1 23118 23240 CDS_11 CDS 1 23332 23451 CDS_12 CDS 1 23648 23769 CDS_13 CDS 1 23949 24018 stop_codon_2 stop_codon 24016 24018 gene_3 gene 0.63 27835 32002 transcript_3 transcript 0.63 27835 32002 start_codon_2 start_codon 27835 27837 intron_13 intron 0.96 28691 29179 intron_14 intron 0.68 29605 29884 intron_15 intron 0.99 30044 31330 CDS_14 CDS 0.99 27835 28690 CDS_15 CDS 0.96 29180 29604 CDS_16 CDS 0.68 29885 30043 CDS_17 CDS 0.98 31331 32002 stop_codon_3 stop_codon 32000 32002 gene_4 gene 0.83 33911 34351 transcript_4 transcript 0.83 33911 34351 start_codon_3 start_codon 33911 33913 CDS_18 CDS 0.83 33911 34351 stop_codon_4 stop_codon 34349 34351 gene_5 gene 1 35662 36975 transcript_5 transcript 1 35662 36975 start_codon_4 start_codon 35662 35664 CDS_19 CDS 1 35662 36975 stop_codon_5 stop_codon 36973 36975 gene_6 gene 0.92 42454 46409 transcript_6 transcript 0.7 42454 46409 start_codon_5 start_codon 42454 42456 intron_16 intron 0.7 42482 44518 intron_17 intron 1 44649 46363 CDS_20 CDS 0.7 42454 42481 CDS_21 CDS 0.81 44519 44648 CDS_22 CDS 1 46364 46409 stop_codon_6 stop_codon 46407 46409 transcript_7 transcript 0.22 42892 46409 start_codon_6 start_codon 42892 42894 intron_18 intron 0.22 42958 44544 intron_19 intron 1 44649 46366 CDS_23 CDS 0.22 42892 42957 CDS_24 CDS 0.73 44545 44648 CDS_25 CDS 1 46367 46409 stop_codon_7 stop_codon 46407 46409 gene_7 gene 0.73 47581 47914 transcript_8 transcript 0.73 47581 47914 start_codon_7 start_codon 47581 47583 intron_20 intron 0.86 47616 47706 CDS_26 CDS 0.73 47581 47615 CDS_27 CDS 1 47707 47914 stop_codon_8 stop_codon 47912 47914 gene_8 gene 0.86 51361 54504 transcript_9 transcript 0.86 51361 54504 start_codon_8 start_codon 51361 51363 intron_21 intron 1 51489 51817 intron_22 intron 1 51965 52050 intron_23 intron 1 52240 52347 intron_24 intron 1 52526 52608 intron_25 intron 1 52880 52971 intron_26 intron 1 53075 53163 intron_27 intron 1 53289 53378 intron_28 intron 1 53458 53537 intron_29 intron 1 53683 53848 intron_30 intron 1 54010 54095 intron_31 intron 1 54217 54306 CDS_28 CDS 0.86 51361 51488 CDS_29 CDS 1 51818 51964 CDS_30 CDS 1 52051 52239 CDS_31 CDS 1 52348 52525 CDS_32 CDS 1 52609 52879 CDS_33 CDS 1 52972 53074 CDS_34 CDS 1 53164 53288 CDS_35 CDS 1 53379 53457 CDS_36 CDS 1 53538 53682 CDS_37 CDS 1 53849 54009 CDS_38 CDS 1 54096 54216 CDS_39 CDS 1 54307 54504 stop_codon_9 stop_codon 54502 54504 gene_9 gene 0.94 60070 61326 transcript_10 transcript 0.94 60070 61326 start_codon_9 start_codon 60070 60072 intron_32 intron 0.94 60080 60241 intron_33 intron 1 60385 60903 CDS_40 CDS 0.94 60070 60079 CDS_41 CDS 0.94 60242 60384 CDS_42 CDS 1 60904 61326 stop_codon_10 stop_codon 61324 61326 gene_10 gene 0.86 71606 73238 transcript_11 transcript 0.86 71606 73238 start_codon_10 start_codon 71606 71608 intron_34 intron 0.86 72210 73161 CDS_43 CDS 0.97 71606 72209 CDS_44 CDS 0.86 73162 73238 stop_codon_11 stop_codon 73236 73238 gene_11 gene 0.67 101672 104988 transcript_12 transcript 0.67 101672 104988 start_codon_11 start_codon 101672 101674 intron_35 intron 0.94 101717 103487 intron_36 intron 1 103602 104895 CDS_45 CDS 0.67 101672 101716 CDS_46 CDS 1 103488 103601 CDS_47 CDS 1 104896 104988 stop_codon_12 stop_codon 104986 104988 AUGUSTUS_tom_pot_cdna de novo gene_12 gene 0.89 16560 4994 transcript_13 transcript 0.89 16560 4994 stop_codon_13 stop_codon 4996 4994 intron_37 intron 1 5143 5052 intron_38 intron 1 5425 5203 intron_39 intron 0.89 15487 7155 CDS_48 CDS 1 5051 4994 CDS_49 CDS 1 5202 5144 CDS_50 CDS 0.89 7154 5426 CDS_51 CDS 1 16560 15488 start_codon_12 start_codon 16560 16558 gene_13 gene 0.94 20183 20153 transcript_14 transcript 0.94 20183 20153 stop_codon_14 stop_codon 20155 20153 intron_40 intron 0.94 21691 20184 CDS_52 CDS 0.95 20183 20153 gene_14 gene 1 41828 39921 transcript_15 transcript 1 41828 39921 stop_codon_15 stop_codon 39923 39921 CDS_53 CDS 1 41828 39921 start_codon_13 start_codon 41828 41826 gene_15 gene 1 56389 55079 transcript_16 transcript 1 56389 55079 stop_codon_16 stop_codon 55081 55079 CDS_54 CDS 1 56389 55079 start_codon_14 start_codon 56389 56387 gene_16 gene 0.77 86803 81903 transcript_17 transcript 0.77 86803 81903 stop_codon_17 stop_codon 81905 81903 intron_41 intron 1 83688 82733 intron_42 intron 1 83914 83831 intron_43 intron 1 86392 85997 intron_44 intron 1 86751 86464 CDS_55 CDS 1 82732 81903 CDS_56 CDS 1 83830 83689 CDS_57 CDS 1 85996 83915 CDS_58 CDS 1 86463 86393 CDS_59 CDS 0.77 86803 86752 start_codon_15 start_codon 86803 86801 gene_17 gene 0.59 99450 96128 transcript_18 transcript 0.59 99450 96128 stop_codon_18 stop_codon 96130 96128 intron_45 intron 1 96721 96319 intron_46 intron 1 96869 96783 intron_47 intron 1 98436 97059 intron_48 intron 1 98589 98504 intron_49 intron 1 98756 98672 CDS_60 CDS 1 96318 96128 CDS_61 CDS 1 96782 96722 CDS_62 CDS 1 97058 96870 CDS_63 CDS 1 98503 98437 CDS_64 CDS 1 98671 98590 CDS_65 CDS 0.59 99450 98757 start_codon_16 start_codon 99450 99448 gene_18 gene 0.84 107586 107365 transcript_19 transcript 0.84 107586 107365 stop_codon_19 stop_codon 107367 107365 CDS_66 CDS 0.84 107586 107365 start_codon_17 start_codon 107586 107584 gene_19 gene 0.94 117665 114332 transcript_20 transcript 0.94 117665 114332 stop_codon_20 stop_codon 114334 114332 intron_50 intron 1 116445 114443 intron_51 intron 1 116773 116657 intron_52 intron 1 117640 116961 CDS_67 CDS 1 114442 114332 CDS_68 CDS 1 116656 116446 CDS_69 CDS 1 116960 116774 CDS_70 CDS 0.94 117665 117641 start_codon_18 start_codon 117665 117663 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 246 35686 36879 match_2 match 105 71708 72118 match_3 match 105 71708 72118 match_4 match 54.3 53168 53464 match_5 match 70.1 52609 52848 match_6 match 33.5 52965 53075 match_7 match 54.3 53168 53464 match_8 match 70.1 52609 52848 match_9 match 33.5 52965 53075 match_10 match 395 35662 36972 match_11 match 60.1 22243 22371 match_12 match 73.2 23332 23460 match_13 match 65.5 22049 22162 match_14 match 77.8 23118 23243 match_15 match 155 71714 72424 match_16 match 164 71714 72562 match_17 match 130 31283 31990 match_18 match 149 52049 52561 match_19 match 132 54094 54486 match_20 match 99.8 53165 53464 match_21 match 50.8 51819 51965 match_22 match 73.2 53539 53682 match_23 match 155 52606 52878 match_24 match 65.9 52965 53075 match_25 match 109 53846 54010 match_26 match 133 60949 61317 match_27 match 137 71729 71968 match_28 match 155 71708 72511 match_29 match 139 52049 52561 match_30 match 134 54094 54492 match_31 match 105 53165 53464 match_32 match 46.2 51819 51965 match_33 match 62.0 52965 53075 match_34 match 73.6 53539 53682 match_35 match 156 52606 52878 match_36 match 105 53846 54010 match_37 match 139 31319 31999 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_38 match 415 56317 55082 match_39 match 393 56317 55082 match_40 match 229 41807 40026 match_41 match 205 41459 40038 match_42 match 274 86008 84086 match_43 match 223 82655 81909 match_44 match 274 86008 84086 match_45 match 223 82655 81909 match_46 match 109 56257 55133 match_47 match 258 41669 39957 match_48 match 240 41552 39924 match_49 match 372 86005 83711 match_50 match 237 82721 81909 match_51 match 447 7174 5543 match_52 match 333 16434 15469 match_53 match 222 41615 39945 match_54 match 194 41546 40017 match_55 match 192 41555 40014 match_56 match 139 85855 83711 match_57 match 116 82511 81969 match_58 match 182 41555 40047 match_59 match 164 41555 40023 match_60 match 258 41552 39957 match_61 match 431 41807 39924 match_62 match 186 41555 40014 match_63 match 115 41252 39999 match_64 match 240 41768 39939 match_65 match 206 41819 39942 match_66 match 222 41822 39945 match_67 match 147 85846 83690 match_68 match 106 82526 81912 match_69 match 193 56299 55106 match_70 match 181 56293 55106 match_71 match 199 56317 55142 match_72 match 180 56203 55103 match_73 match 314 41822 39924 match_74 match 228 41828 39945 match_75 match 172 41231 39957 match_76 match 251 41807 39954 match_77 match 198 41588 40065 match_78 match 198 41588 40065 match_79 match 453 41807 39999 match_80 match 453 41807 39999 match_81 match 116 11478 11089