C11HBa0323E19.1 TTAAGTTCTTTAAATATGCAGATAAGCGAAAGGGGTTTTACCATACTGGTTTTTCTTTAG ATACAATTTTGTATGTACTTGGTAGGAATCGTAAATTCGATAAGATTTGGGAGGTTTTAG TGGAAATGAAGAGAAAAGATCAATCTTTGATAACCCCCAGAACAGTTCAAGTTGTTTTAG GTAGAGTTGCTAAGGTTTGCTCTGTTAGAGAAACTGTTGAGTCTTTTTGGGGTTTTAAGA GACTGTTGAATGAGTTTGGTGTTGATTGTTTTAATGCATTGTTGAGGGCTTTGTGTCAGG AGAAGAGTATGAGTGATGCTAGGAATGTGTATCATAGGTTGAAGTACAAGTTTAGGCCAA ATAACCAGACATTTAATATACTTTTGTCTGGTTGGAAGTCGTCGGAGGATGCGGAGGTTT TCTTTAAGGAGATGAGGGATTTGGGCGTTGAACCGGATGTTGTTTCGTTTAATTGTTTGG TGGATGTGTATTGTAAAGGGAGAGAGATGGAGAAGGCTTTTAGGGTGGTGGAGGAGATGA GGGAGAAGGATATTACTCCTGATGTGATAACTTATACAAGTTTAATTGGAGGGTTGGGGT TGGTTGGACAACCTGATAAGGCGAGGCACATTTTGAAGGAGATGAGGGAGTATGGATGTT ATCCGGATGCGGCTGCTTATAATGCTGCGGTTAGGAACTTCTGCATTGCGAAGAGGATCG GGGATGCATACAGTTTGATGGATGAGATGGTTAGAAATGGTTTGAGCCCCAATGCCACTA CATATAATGTGTTCTTAAGGTCATTTTTTTGGATAAATGATTTGAAAAGTTCATGGACTT TGTACCAGAGGATGAAGGAGACTGGGTGCTTACCGAGTACACAGTCGTGTATGTTCCTGA TCAGGTTGAGCAGGAGACATGAGAAAGTGGAGATGGCACTTGAGTTGTGGGATGACATGA TGGAGAGAGGATTTGGCTCATATATTTTGGTCTCTGATGTTTTGTTTGATTTGCTCTGTG ATTTGGGAAAGTTGGCGGAGGCAGAAAGATGTTTCTTGCAAATGGTAAATAAAGGGCAAA AACCAAGTAATGTTTCCTTTAGGAGGATCAAGGTGCTTATGGAATTGGCTAATAAACAGG AGGCTCTTAAGCTTTTGTCAGAAAAGATGGCTGCTTTTCGTTCCTCCACACAACTGATCC AACACGATAAAGTGGAATATGAACAATCAAGTTGACCTGATGATTGCTGACTCATATTCC AGTACCTTGCTATTGTCCGATGAGTTTTTGGGTCCTCAACCTGATGCATTGGTTTGATTA TGTAGCAGTGGGCTCTTCAATCAATATTGCAGGCCTCTAATCCAGAACTATACAAATGAG GTTTGTCTATGAAAATCAATTGCTTTATTTTCTTTAGACGCTTCAACAAAAATTATGCCT CAGTGCCAAACAAGTAGGGGCCAACACTATTTTCTTTGTTTCTAAAAAAAGCATCATTTT CTTTGTTCGTTGTTTTGCTTTTGTATGCCTTTTCTGCTAATTATTGATCTTATCTCTTCT AGTATATCCACACATCCTCATTTCTGATCCTATTGCTCCCGGTATACCCATACATCCATC TCAGCACCCTCATTCCGCAACTTGCATCTTCTGAACATGGGAGTTCTTGATTGGCCAGCA CTCCGCCCCGCAAGTGTATGATGTAAGCATGCATGTTGTGGTACTCTACTACTCACTTAA CATCTGTTAGAATGATCTGGTTTGCAATCAATAGTTAAGAGAGTACCAGAACAAGCCGAC AAATTGTTGTGTTGGGGTGAGATGTAATTGTGAAGCCAAGAATTCTAACAAGGCTATCCA AAGAAAACTGTTAGAATGTCGCAAGTGTGATTTGAACAAAACCTAAATCATTTTAAAACT ACCCTTATCATTGCACTAAACATGTTTCTATTGTCTCGAGGGAGTTCAACGGTTTATACA TCCACATGTAAGAATTTTTACCTATATGCACAATATGTCGATACTTGCAATCCCTTGTTG GCCTTACCGAAGAAGTGAGTTTTTGTGTGCGATAGTCAACACGCAAGGAGACTGATTTGT GCAGAAACTGATAGCTTATTTCATCCAACATAGGCAGTTAAGCGTCATTTGAATGCTGAC GGTCTGATTCTACCTTTGTGGGAGCAATACCCCCCTCCCCTCCCCTTTTTATCAGCTTCT GGGTTAGAGTTTACGTCTAAATATTGGTCAAAAAGTTTCAATTAGCAGGGTACTTTTGGG GTCAGTGTTGGAACACAGTGGAAAATGTTTTCATTTACAGGAACCTCAAAGAGCTCACAG AATTTGTATTATGCTTCCGAAGTTACCATTGTGATGTTTCCCTCATTTGGATGTCGTCTT GGTTAAAATTACGATTCTCTCCCATTAAACAACTTGTAACTTTGCACAACCATTTACCAT GCACTCATTCTCACTATACAGGGCCTTGAGTCAGTGCGTTAACACAAGGCAATTCTTCAA TGATGCATTTAGCTGTCATCAATGACACAATAGTTTTACCTTCACTAGGTAGGAGTAAGG TCTGCATACACACCACCCTCCCAAGCCCATCCTTGTGGGATTACACGGGTATGTTATTGT TGAAATGACATAATAGTTGCCATTATATTGACACCTTTTATTTCTCATTTCAGATGACAC CAGACGCACGACATCTTCTTTCTTTTTGCAAGGAAGGACCATCCTTGGAATGAATGCTTT AGTTTGGAGCCTGCCGCCATAGTTTGCTTTCCTCATAAGAAATTCCAAGGACGCTACGCA GGATCTGAAACTTGGTAGATAATGGGCCTCACCCCTTTATCCTCCTTCACTTACATACCA GGCTTTTGTCTGCTCCATGGTTCAAACTTGTGACATGCACCCGACTCACACATCATGTGT TTTACTCTTGCTACTAGAGCAAGGCCATGGGATCTGAAGTTCACACTTTGTCATCCAATA CAAATTTTAAGCCTCCATTGGCTCACTTGATGGTGTTCTAAAGTACTATAGAGTACAACA CAGTTCTTGAAAATGTTGATCAACAACTCAGTACTTCCATGTATACTATTTTTACTGGTA AAGCAGTACTTGGACCACTTAGATTTGTGCTCGTTGGTGAGTGAAAAAGAAACCAACCTT GTTAACTTGCTAGCAAGTGTTCATTGTGATTGAAAAAACCATACATTCGCGATATCATGT AAAATCACATTTTTACAATGTAGGTTCAAGATTTGGATCGAACCAATATAGATAATTTTG TAGATTTCTTTGTGCTTTATGCTTTCTCATTCTTACAACTATTCAATATTTTACACTTTT AACATTGTTTACTCTATTTACAAGTTATACCAACCAAAAATTAAAGAGAATAGCTTCTTT GTCACATGATAGTTTATTAGGAACAATAAGTACAATATAGTTTCACAAATGGAAAAAGCT TACAAATAAATATTATTCACTCGTTTCATTTCTTAATATAAGACATGAAGGTTAAGATAA TAAGATACATGAATTTTGCAATCGTAAATTAAAAATGATAATATATCGAAATATCATTTG AATCTTGAGCATCAAGACTAATTTCACAGGATATCTCACCTCCACTAGTAACAAATATCA ATTAACTCTATCCACCAAGGTTAAGACATATGATAAGAAATCACCGAGTGTTAATCTCTA CTGGAATTTAAACACACACAACCTACTTCATCGACCATTAGGTCATACTCGTGGTGCATT ATGATTTCAAACATGTCATGGAGTATATTTGAAATAAGAAAATTACAAAAATATAAAATG CGACTTATTTTGAAATAGAATAAAAAAGAAAGTAGGAGGCAAGGCATATATTCAAACAGA TAGTATCTGTTTTAGTCTTAGGCTATTCAGAAACTTAAATACATGTCTTGGTAAAATTCA GTTACAAACTTGATAAGATTCAACAACAAACATTAGATGATGAAATATTTTCATCAACCA CTTCACTTGAATGTCTTTTTTTCCTCAAGCAAAGTATGTATAACCTCTACCAACATACTA GTAGGTAGAATCTACACAATTGATTTCTTAAATCGCCATGAAATTTCATCGATGCACACA TCGAATTCCAAAACATGAAATAAGCATGGCATAATAGACCTTCCGAGATGAGAAAACCAA AATATGGAAAACATGGTAATGGACCAGATGAAGGTACAGGGACAAAAAATTACATGCGCT TTACAACTGTACAAAATTCCCCGAGCACCACTCCTCGTCTCTACATTAGGAGAGCAACCA CTTACATAGACGAGAGACACGAACCTCTCTGCCTAAGTTGTGGTGATTAACATCTTCGTA TCATTTCTTTGTGTATGTCAAGTAAGGGTCTTGGGCGATAGTCAAAACATCTGGCCTCTC AGCTTGATTATATGTTAAACAACGACGAATAAACTCCTGCTCAAACACATAGAAAAGAGA ATCAATAAAACAGCGATCCAAGAATCAGTGGCAAGAGCAATATAACAAAATCCTAATAAG TCTGAAAATATTGTTGAAATTTAACTTTTCTTGTACATTGCTTAATGAAGTTTTGTTTCA TCAATTAGCTAGTATGCCCAGAGTAGTCATATCGGACACGAGAGTTAAGTTCTAGTATCC TGATTCTGAATCTTGATATGCTCCAGATGTTTCTGGTCATGGTATGTATGGACTACTGTC ATGCTAGTAATCAATAGTTGATGGGGATTGAGATAAAGCATGGAGCCAACTGGCGCATGT ACTCAACTTGAATCAAAGCCATATTATTATGTATCAGTAAAAGAACAGCATAGCTGTGAC CAAAAGTTTACCACATTTGGGGCATCAAATGACCTAAAAATGTAGGCAACGTCAATGGTT TCATTTTTATTTTTGAATTGGGCCTCCGGGTTATCTTGATAATGCTCACAAAAAGGAAAA CAAAATAGGGACAATTTATCATATCATTGTCAGATGAGAAATATCGTCAGATATAGCAAG GAGAAAACCTCACCTTTGCCTCATTAGAGACAGCTGGTCTTGTAGGGAACTCGACCTTTC TTGCTTTAATAATTGTGTCCTCCCTTAGTATTCTCTCTTGTGTTTGGTCGTGCCCAAAGG GGCGTTTACCAAACAGCATTTGGTACAACAAAATACCAGCTGACCAGACATCAACCTAGT TACATAAATATAAATTTACGAGTTTAGTTCATAAAAACACATAGTTAACTGTTCATTCAT CATGTTTAGGATTAAATATGCATCAATCAAGATGCAGACACAGCATTAAGTCCAAGATCT TTAGAAACAAACTATTTGTAAAAAATGTTGTGTACTCCTGGTCTACAGTGGAGTCCTATT TAACTTTATCAACAAGTTAAAGCAAAGCAGGAGAACTCACTCTCGAGGATATAAGAGGTG TCTTGCTTAGCTCAAAGCATTCGGGAGGTAGATACCTATAGAAACAATACATCCAGAAAT AATGGACCTTAGTAAAAATTTTACAAAGGCAAGAGATGACAGCAAAAGTAGGTTCAGAAC AGTGCACCTCACTAAAAACATGATGACAGCATAAATCTACCACTCACCAGTACGTTCCCG CTCCCTGGGATGTGAGTTCCATACCCTGGGATCCAACATCATCTTCCACTATCTTGCTTA GACCAAAATCGGTAACTTTAGCAACACCAAGCTCATCAAATAGAACATTCCCTGGCTTCA GATCATAATGGATGATCCTCTGTGACTTTTTATTTAAGTAAATAAGGCCTTGAAAAACCT GCACAATGATGATTCTTGCTTCCCTTTCTGGCAACACAGGTGTTGCTTTGAGAACTGCAT CAAGGTCCTTCCCTACAGGCAAAAACATTTATGACTAATATGAGAGATAATCCTCAAATA CCTCATTGCACTGAACATAATTGTAATTGTTCCATATTGATTATGCAATAAAGGGAGTAA ACACACCACTACAGTACTCCAACACAGTGCAAAATGTGTTCTGATCTATCTCAAAAATGT CCCAAAGCCGCACAATGTGATGGTGCACCAAAGTCTTGTGGATGTTGTACTCCCTGATTG CATGTCGTATATAACTTTGCTTCTTCTCTTCGCTCCACTGAGCATTTAGTCCATGTAGCT TACATGCAACATATCTATGATCTACCAAGTCAAAAGCCTGCCAGAATTTTGCAATTTGAA GTGGATGGAAGGATATTTTTCTCAATATGTTAATACATAAAAGAGGTGTACAATGTCATC TGGTGAATGAAAATATATTTAACACCCACTTTCAGATTCCTACCTTATAGACCTCACTAA ATCCTCCTTTCCCAAGAAGGTTTAAGAGGGCATATCGGTGGTTCAAAATCTGAAAATTGT TAAAACGAGAACCGTCTTCATCACGTATGCGTTTCATTTCACGAATGAGCCTTCCTTTCT CTAGTTCATACCGATCTCTCTCACGCATTATCATATCCTCCTCCTAATGAAAATGAATAT GACGGTGTGAAGCATGGAGTGTATTTTAGAAACAAAGCACCAGAAATGACAGAACTGGTA GGTAGATAAATATTTAGAGAAGGAAGAGAAACTTACTCGTTTGATGCTAGTTAAACGAGA TTTGTAGATTTCATCCTGAATGAAAGAATCTTCTTCCTGCAAACCTCCCTCCACATCTCC TCCATCACTTTTATCTGCAATGGTAGGGTAAACCTTATTGTTAGTAACCTTTTATAATAC AAGAAACATAGTTTTGGGCAATCGAAGAAAATGAAAAATCAAATGAACAGCTATTCCTGC TGAACTAATGACAAACAGTCATGAACAAGAAGCCAACATGGGAGTCTTTTTTTTTTTTTG AGAAGGTAACGATTTGTATTTCTATTTCCAAAAAGTCAACCTGCCACAACATGTTACAGA TTCCTAATTACAGATTAAATAGAGTATAACAGAAGATCTTCAATCCTATGACAAAAATTA CGGGGATCCTAAGATATTCATAACTGATTCTAGATCTTCCATATACTCCTGTTTACACCA AAAATGAAACAACACAAGACAATTCATTTTCATCTTCTGATAGTGTTGCTCTTGTTCTGA TGACATCTAAGGTTCCTCCTTTCTTTCCACGTTGACTACCAAATACAAGCTGATAAGACT GAGGCAACTATATTAAGACAGAACCTCCAGTGAAGTGTTGCTGAAACAACACTCAAGCCA GAGATGCATACAAATTAAGCATGGATTGCTTACAACTCTAGCTTTATTCAAATGTCATCT GCTAAGACGATAGTGAACTTGAAAATCACACAACTTGCGTTTGGAATGTCATGCAGCCAT TTAATGAAGAGCAGATTCAAGACCAGAAATATAGTAAAAGAAATATTAGCGATCTTACAA ACAGATTTGGACAATTTTTTGGGACAAAATCCACTCATTCACAAAGTTACCAGTTTCAAA AAAAAAATAATCCACTCATTCACCAAAATAACACCATAAATCTATCTAAGAGAAGGAACA TGAGAAAGTATGATTCAAACGGAAAACTTCACCTGGTTGTCGTTTCTTCAACAATTTACG CTGCCGTTCAATAGCTTCTTTTGTTTCTAATAAGTTTCTCTGTAAAAAAAGATTCATTAG CAATAACACCTCTTGGATCTAGGATATAAGCAATGTTTAGCAGTGTAATTAATATGGAGA CACCGAAAACTAAATAGCATATAGGATCAGTTTCCATATTGGATTTATTCAGCTTGCAAA CAATCTAACTGAAGTTAAGTCAGGTAAGTCTGCAAAGTTACTTGGTCTTCCTTTTAATAC GTAAAACGCCTCTTTCCTTGACAAGCAACTCCTGTGTGTCCAAAGATCCAGGCAATATAA ACTATTATTAAAATTCTTGATTCAACTCTCAGATTCTCAATATACTAATTTTTTCTAGTT CAAATCTCTCCTTTGTTGTGGGCATGGTTGTTAGGACATAAGCTGAAGTTCTATTGTACT TTAAAAGCTAAATGGACAGGCAGTGACTGTTAGTTGTCAGCATGGATATATTAATATATC CATAAAATGAAACTGCAAAACAAGCAGTCCCTTGCCAGACCACCAAAATACGGAACATAC AAGTTGAGCATTCAGGTCCTTTAGTGCTTGCCCATCTTCCCAGGCCTCAGATATAATGGT TCCAGCTCTGCAATTAACCAAAGAACAGAAAAAGATCAGCAGTCGCAAAAATAAATAGGT TCAAATCATGATATTTGATAACACGAAAAATAAATTGATACTTAGAGGATGGGCATACGG CCTATTAATAATCTAGAGTTCTATTAGTATACTTGTTACATAGTTATCACCAACAAAATC CCAGCAATTAATCAATTACTCTCCTATTAAGACTCATGTCCACGGTAAGCTTAAGGCTTG TCATGTTCTGCCTAATCACCTCTCCCCAATATTTATTTAGCCTACCCTACCTCTCCTCAG ACCCTCCAACGTCGACCTCTCACACATCCTCACTGGGGCGTCTATGCATCTCCTCTTGAC ATATGGAGGCCACTTCCACCTTAACCTGAATATCTTCATTTCTGGCCATATCTCTGCTAG TAAGCCCCTACACATCTATCTTAGCATACTCAATTCCGCAACTTCCATCTTTTGGACATG AGAGTTCTTGACTAACCAACACTCCACCCCGCACAACGAAGCTGGTCTAACTACTGCTCT GTAGAACTTACCTTAGTGTCACCTTTCTATCACATAAGACACCAGAATTCTTTTGATAAG TAATCATCCTTTTTTGTTTCTATGTACATTCGCATCTATTATGCCATTTTCTTGCAAGAC TGAACTGAGGTATCTAAAATTTTTGCATTTAGACATCACAATTCCATCAAATTTCACCTC ACCATTATTCCTCAAATCTTGTACATCCATTTTAACATTCACATTTTACACTTTCATCTA TGTTGGACCTTAGGGACCAACATTAACCCCATTTTGGATATCACTCGTGTATTAAACTTC TATTTAAGCCATGTTACTTTGATTCCCTTTTTTTATCTCCTCAAAAAAGTATTCATCCAA CTGTGTTTCTATCTAGTACACTTGAATCTATTATGCCATTTTACTGCAAGACTGATCTGA GGCATCTAAATCTTTTGCATTTAGACATCACAATCCCGGCAAATGCACTTCACCATTATT CCTCTTCATGGAAGCTAACATTCAGTGCAATATCTTGTGTTACTTCTACTTATACTGAAA CCTCACTATCTAGAGTGCTTATCCAGAGTCCAGAAGATAGATTGACTCTCTTGCTGTGTC AATTACAATATGCTATATGAAATAATATGCACCATGGAATCCGTCACCATACTATTATTA CAAGAACAATAATAAAGCCTCACTTCCAAGTTAATTGGGGCTGACAATATGTTCAGTATT TAGATTATCCATAACAAAGGTAAATAAATCCCGACTTAAGAGAGATCCTCAGAGGAAACT GCGAACACACAATTATGGGAACTCGTTGCACCTTTTCTTACTTTTCACACTCCTGATGCC TTCTCATCTGTTAAACTTACTTAATATACTAGACCAAGCAGCAAAATGCTCACTATAAAT AACACCTTGATAAGAATGCTGTACCTGATTACTCCCACATTGCCCAGTCTCAATGATTCC TGGCGCACTTTCATCCGAGCCTCTTGTCTCTCAGCTTTTGAAACAGATATTAGCAACTCG GACATTATTTTCGTTCTCTGCAGACAAGAAAAAAATGAACCATTTCCATGAGGGAATACC AATAAACAGGTATAATATCAACCTTTTTATATCAACTTGGTATTTTTACCTGCTTGCTGA CACGAGATTATTGCAGACACAATGGGACACAGCTAAGAATAAATTGTAAACAACTAAAGC AGAATTTGACAGCAATATTTTGGCAGGATAGCCAAATAGTGATGTTCACACAACTTGCAT GAGATAGTAAATATGTCCACAAATGGACCAACAAAAAGAAATATTTTAGAAACAACAAAG CTAAGTTTGAAAACAATATTTTGCCAGGAAAATGAAATAGCTACGGGTGTGCCCGAAATG TGTGTGTATACATGCATACCATATATATGCAAAGTGCTTTGGTACTACAGCCTATTCGAT ACTCCATAATTCTACATAATGTAGAAAACTCTGGTTTTTAGTTTGAATAATGCCTGTTCT GCTGAAGTGGTCAAGCTGAATACACCAACTTTGTAGGTTTACTCCATCAGGTAAATCATA TTAACAGATACATTCCTCCATAGCATATTCAGACATATGATGATAACTCGAAAGATATAT GACTTAAGCAAATATAGTACCAATCAGAGCTGACAAAAAAATTTGATTTGGCGACAAGCA CACCAATGTAGCTAGTTAGTGCCACAAATATTTGGTCATGCGGTTCGCAAAGGTAACCTC CCAAACTAAATACAAACACTACCGATTATTTCTAGGGCAGAAACAGAACTTGACCAATGA AAAGAAGTAAAATAACCAATGAAGCACACCTTTGGCTTTGTCTGCTGCTCGTAATCTTTA AGATCCTTCAGCTCCTGTATAATTTAAGTATGCAATGCTGAAAGGTCAGTTGCAATTGAA AATTCTATTCAAAGACAAATCAACTAACAGGTCATTTGGTTCACAGACAAGTTATATACA GATTATAATTTAGGGATTGTAATTCAATAGATAATAATTTCTGAATTATTTGCATTTGTA ATCAGACTTTTGCTTAGTAGTTTAAAATTTTGAACATAAATCTAGAATGTTTGTTTGGTT TTATTTTATCTTATTTTGATCAAGTAAATAAGGTTTCATTGAATGAAAGACTGAAATTGG CCATAGACAAGAGGTATACCAAAAAGTAGAGAACCTACAAAAAGATATGGTTCTGTAAAA AAGACACCTGAGCTTCTATACAAGCAGGTAGTACATGGGTGCACTAAAAGAACACAAGGG ACGGTGAATACTCCTCAACTGAGCAGAACTCATCTCTACTCCCTCAATGACTCATGTTTC TCTCCTTCCAAATAACCCACATCAAAGCTAGTGGAGCTACATTACACACCTTGTGTCTTC TCGACATTCTTCCTCTCTTCCAGTTGAACATCAGCTCCTTTACAGATCTTGGCATTGCCC ATAAAATACTAAACCATCTGAAAATATTCCATCATAACACCGTGGCTAGGCTACAATATA GGAGAAAATGATCCACGTCTTCACCCCTCTCCTTGCGTAAGTAACACCAACTAATAAAAA CAACTTTTCGCTTCCTAAGGTTTTCCAATGTCAAAATCACTCCTCTAGTTGATTGATTTT AAATAAAATAAGCATTTGTGTCTAATAATATCCTCGATTTATACATTTGTTCTATCCGAA TTCATATTCAGTTTATCATCATATGTTCTATAATTACCATATAGGATTAGAAATCAAAAT AAAATTCAGACTAGTAAGCTTTTCTGTAACTCAAAAGCTTTTCTGTAACTCAAATAAAGA ACAATTTTAAGAGTTTAAAATGAGGCATACTATGAGATAAATTGCTATTCTTTCCTGTCC AAAGTAAGTGATTTTCTAGCCTTTCTAACTTGGTCCAAAATAGGTGATTTAAAAAAACGT ATATATTTTCTCCAACTTTACTCTTGTCTAGTAAATGATCTGAAAAAATTTCTAAAAGGT CTTTTAATACTTCTTAACTTATGTTGAGGAGAGGGAAAGGGTGTCAAATAACCCTCTGAG TTAATGTTGTTAACTGGTTTCTTAATCTGTGGACTAGAGAGAGTAACAAATTTTATGTTC CCCTACTAAACATAATTGTTTATTTCAAACACCTTGTTATAGCTTTAAATCAATATTAGC AAACATTATTGGGAACATGCAAGTGATAACAAAAGATGGTTAACTAAACAGGTACCAGAT ATAGCAAATTTTCAGGCATTTATGAGAACTTACACATGTACATACTAATTCATATGTTGT TATCCAGTATTGAATTAGTACATCATTCGATATCGGGATTATTTGCAGTACTCTAGGTAA CCTAAAGAAGTTGTACCTTTTCCAGCTGTTGACACCGATACTGATAATCTGTGGCCTCTT GACGGGATTTCCTAAGCTCTTCCTCCAAAGCCACAATTTTTGCCCGTAAAGTAGTGATCT CCTCCTAATGTCAAGGGCATTCCACATCATTTCAACAAATTAGAAATTTATAAATAGTAC CAAAGAGTGACTGCATAAAATTCATGAGTTGTAAACCCTTTTTATGGCATAAATTCCCCC AGATAGAAATTGTAGGTTAGAATGCACTTTTGACAGTAGAAAAGTATGGAAGAAATCTGA AAACTATAACTAAAGCCATACTTCTGATGCAGTCTGTCCATTATGCCCAAGTTGCTCTTT AGGCAAACTATCCTGCAACTACAACAAGCAAAATTTTAATGTGTTAGTCCACTAACAAAC AACTGCCAATTCTACGCAATCTATCATCCTTTTCATTGTAAAGTTACAAGATATGCATCT ATTACCTAACAAAATTACAATCTATTTGCATTTGATACTTTCTAAATCAAACTGACTTTC ACAAATTAAGTATTAGGGCCTTTGGGTTGCAGTGGATTATATGTATTACATGCTCAATAT GCCCACAAGTACTCGCTAGTGTCCTATATAACTACACAACAGAAAAGGTATACAAGGGTA ACTAAATCAAGCAGAAAATCATTGTTAAAAGATCTCATCTACAAAATAGAGCACACAATA TACTGAAACAATGGTAGCTAAGGTATAAAGGAAGAATTAGGAAAATAGGGAACACGTTAC AACAATGAACACTAAATTAATTTCAATATATAGAATGTGGAAACTAACAGCACGAGTCCA GATTTTAACATTGGTAAAGGTACAATAAAGAATAACAGTAGAAATCATCAGCGCAAACTC TTATATGTATATTCAGCTTTAAACATTTCAGAATTGACATTATAAAGCAGGAGCTTCTCT TGTTTTGTTTTAATTTCCCAATTCCCATGTGTCGTTTTTGGACAAACATTTGCCTGTATT TTCAAACTTATCCTTTCAAGCTCAATCATTACTGATAATCATGCAATCCTAAAACAAACA TTAAATCATGCTATCCTAAAACAAAACCTTAAATCATGCCAGGAAAAAACTCACCTTCTT GTAAGAGTTCTCGAACAGATCATTTGACGCAGAAACTGCTTGTAACCTGGTCTGATCACC AACTCGGGAACCACGCCCTCTACCAGAATTAGTTTGTCCCCTACTACGGCTTTGTTTTCG TCTATTCCCATCTGAAGCCACTTTGCTTGTTTCTGTATTCTCTACCATCTTTTTCCCTGT ATCAGCTGCTGTCTACAAAAGTATTTGCTTCAGCATTAGCATATACATTATTCCAGAAGG GTAAGTGGAACAACACCCTAATATAAAATTGCTAGAAAATGGATAGTTGTAAAAAGAGAG TATCTCAGAAATTAGAATGGCTAACCTAAAGGGACTGGACAAGAAAAACAAGGAGTTATT CACAACACATAGCAAACCTATATAAGATATACCTCCACATGGTCAAACGAAGTTGAGCTG TCATCGTCTTCAAGTTTGCGCCGCTTCTGAGTGTTTGCTTGTATGAGATATTCCACTCCG TTCTGATAGAGAAGAAGGAGAAATGTCAGCGACGAGAATGAAAAGTTATGCTTTAAGAGC AAAAACTGCAGGAATAGAAACTAAACCCAAATTTGTAATAAGTAGCTTGAGCAGTCCACA CTGAGTAATTAGTTTTTCCAAATCATATCGAAAGGTGCCAAAGGCGCACTTAAGCCTTAA AGCGAGCCTCAAAACATGTTGAGTGCTTCGACTCTTCAGATTCGTCAATAAGGGCTTGTT TGGTAGGAGGAATAAGGGATAACTAATCCCGAGATTAATTTTAGGATGAGTTTATCCCAT TTTTGGTTAGGATGAAATCGCAGGACTGGGATTGTGGTGTTATTTCTATCCACATTTAGG GAAGGAAAATAATCCTAGGATAACTTGTTCCAACCAAACGAACTCTAAGGGTCTAAGACA GATTTATCTTTGCGAATAAGTGCTTCCTGGAGAGGCGGTGCTAAACAATTGGTATTTCAC TTTTGTAAAAATATTTGTATCTTTTTTAATTGAAGTCCACACTTTACTTGCATTTAGTTA TGCTTAAAGCCCCAACAGACCTTACAGTCTCTTGCTTTTTTTATAACACTGACCCAATTT AGGAATATTTGTTATTTTACCATAGAAAAATCAGGCTTATTAAAGTAAATCTCTGTCATT CCAAGATTGCAGATATTCGGATTCAAATTTCCCATTTTTAAGTATAGGGAGAAAACTAAT GCAATGTACTTCCATAATCTATCTGAGGTGTGTTTGTTTTACAACTCTGAGGTCACAAAT TATTAGTTACTGACAACTCAAACAGATTTCTGTTCGGATTTATCGGATCAGGATTTGGAA GGAAGAAACTTTAATAGATGTGGACTGGTAAAAGTTTGAATACGACAAGGTAGGAAAGCT TTTAAAAGAAGACCTTTTTTCGCATTAATGGCATCGGGTAAGGTTTTTCTCTTGAAGATT CCAGGCAATTAAAGGACAGAAACCTTAACATTTGCTAATAATGAGTTGAAAATCTTCTGC AAGACTTTAGCTAGTTTAAGAAGAGACACGACGCAAATAGGTGTATGGTATTTAGTACAT TGGAAATTTTAGATATTCGGTCAAACTTTTCAAATGCATAGAAAGAAACATGTGAAGAAT GAGGCCAGATCAGTAGCAGCACTAGGTTACAAATAGCACTGTTTTAGTGGCAAGCAGAGT AGGATGGTACATACCAGATATGCGATACGGACATCAAATGCTAACGATATAGCCCTAGGT TTAGTTCAAGTAGCAAAGGTTGAGGACATAAAGTGATATGATATAAAAGATTTCTCACCG TTAATATGGTTCTTATTATCAAAGACTCACCAGACTGGTTACAAGAATTGAATGCAAAAT GAATGACCATATCATCAGCCGTTCTTAAAAAAGAAGAGCAAAGATATCAGATCATTCACA TCTGAACCGAAAGAACTAAGAACCTAAAAAAGTGAACTTAGGTGTCTTTCTGATGATTTG AAGCGATTCTAAGAGACCCTTTTAGTCAAAAAGAGTTGTATAAAACAAGAAACGGCAGTT TCAGACAAATGATTTCAACCCTTTTGAGAACTTCTTGTGAGGAAATAGGACCGAGGAAAT TTAGGGTTAATTAAATTCCGACTTTCCGTCACTCATATAATAAGTATTGATTGTCTCAGT GTAATATATTTCGTTAAAAGATGTTATGGTTCTGAAAAACTTTGTGAGAGATACATCCTA TGTACAATTTTGACCTATCGATACTAGCTGAATTATTCAAAAATCATTAAAGCTCCATTT TGGTTTGAAAGAGTATTATAATGTAAACAAAAAGAATAATTTTTTGGAGTTTCAACTTCT ATGTCGTGAAGTTCAACAGAGGTATCGTATCTAAAACAATGAGCAATTTTTTCATTTCAC ACATGGTATCTCGAGGATTGCATGCTCAAGTAATTAAGTTTAGTGAAAATCAAGGAGTTT AAACTAATAAAGATTGAAACTAATAGATCTCTATCCTCTACATTATTCTCTTAGTACTAT TTTAGAGTTGCACAAGCAAACATGCTTGCAAAGGTACATGTTTACATGGAACCCCGACCA AACTAAACTCATAAAGACAGTAATCAACTAGATAGATACATAGAGAGCTCAAATTAAGTT GAATTCTAAGCATTTAAATGCACAATTTATGAGATTTTGCAACATTAAGCAAATTACTAC TTTATAATAGAAAACAGAAACAGCAATTAGAAAATCATTTCACAAACTCACATCATCATC ATCTGAATCACTAGAGACGGTGGCAGGCTCAGCAACATTCTCAAACATAGCTGGGGAAGA CCAGGAATTAGCTTGAGATGTAACAGATGAAGCTTTCCCCACCATTCTTGCCTCAAGTTT CGCAATTTTTGTAGGCAAAGACTGGTCAGATTGGTTAGAAGAATTGGATGCAAAATGAAT GACCATATCATCAGCCATTCTTAAAAAAAACAACAAAGGTATCAGATCATTCACAACTGA CCCAGAACAACAAACAACCTAAAAAAGTGAACTTTGGTGTCTTTTTGATGATTTGAAGCG ATTCTAAGACACCCTTTTAGTCAAAAAGAGTTGTACAATCAAGAAAACGGCAGCATCAGA GAAATCAATTCAACCCTTTTGACAACTTCTTGTAAGGAAATGGGACAGAGGAGATTTAGG GTTAATTTAATTCCCTTTTCTTGAGGAAAATGGAAAGAATCAAAGAGAGGGAAGTACTAA AAAAAGAGTTGAAGGGGAGATTTTGAAATCTCAAGAAGTTAGTCTTTTTGGGAAGAGCAA AGAGGTTGTGGGTCGGAGGTTCGTATTGAAGCCCAGACTAAATTCGTATATTGTAAGGCC CATTAAGAAGTGACACTTTCAATATAATTTTCTATGTATCTACGGCTCGAACTTGACACC ATGTTGACTTGTAAGTGATTACGGCTCGAACTTGACACCATATTGGCTCGTAAGTGATTC TTTTAGAGAGGAGAGTAAAAAGGTGAGGAAAAGAAACGAAGAGAGTAGAACACCATATGT TTGTATTTCGTGTCGTATAAAATAAATAAAGAGATTAAAATAGTCTCTATTTTGGGTATA GTTCGAAAACGTTCCTATTCTTTAATCGCGAGCATAAGTAGTCTACTATGTTTCTAAAAT GTATACACGTTTAGTCCAAAAAATGATATGTATAATGTCGAAATTTAAAAGATGTTAAAG ATTAACAAAAATTTGGTGATAACCCAAAATAGTTTGTATTATTTAGGGCCCGTTTGGATG GGCTTAATAAAAGCAGCTTTGAAAATGTACTTTTAAAAATGCTGAAACTTATTTTTAAAA TAAGCAGTTATGCGTTTGGATAAAAGTGCTGAAGTTGTTATGCCAAACGTGAAAAGGGAA AAATAGAAGAAAGAGATGTTAGGGTTATATGGGTAATTTGGAGATTGTATAAAAATATTA AGGGAAAAAACATAAAAATATGGTCAACTTAAAACAGCTTATAAGTTAAAAAAAAAACAC CCCTACCCCAACTTTTAACTTTTGGCTTAAAATAAGTTTTTTTTTAACTTAAAATAAGCT ATTTTGAGTATTGTCAAACAGTTAAATAAATCAAAAACCAGCTTTTAAGTCAGTTTGACC AGCTTTTAAGCTGAGCCAAACAGGCTCTTAATCCTTGTCTAAGTTTTAACAAGTAGGGCA ATATATATTTAACTAGTTGAGAATCACATTTAAATTGATCCTATTTATTGGTGTTAGTAA AATAAAAAAAAAATATAATTTCCAACTTTATTAATTGTATTTTTGGTTCTTAGAGAAGAA AAAGTTTTGCAAGTCTAAAACGATAGAAAAATTGTTTAACTAATTATAAAATTCAAATTA TCATATTTTTTTATTTTATATAATTCTTTTACACTAGATAAAATCTTGAATTAAAAACTT TTTTTAAATTATAAAGATGATCGATCAAGCAGATGGATTGGGATATAACTTGTTGTTTAG CTCGTTTTAGTTCAATCCATCGTGATCTATGTAAATTTGTGGACAATTGATCGATAAATT ATTTACTGTGTCATTCTATTTTGATCCGTCCAAATTCAATTTCCACGAGCAAAACTATAT GCGTAGCGTGATGTCAAAAATTTGATTCAATTTGCATATCGTGAGTTCCTATTGTGAACC AAGATAAACTCTGTAAGGGTATGTGGGCTAGACGTGATAAATAAGACTGACTCAATTGGC ATTAAGGGACCAAGTAAAATATTGAAGAGTTATATTTGAAATTCGATCTAATTAGCGATG GTTAAAAATGTATAGGGATTAGAAAGAACGGTTAAGCAAATTATGTCAAACAAGCTCACA TCGAGTTTTTATACAAATAACAAATAATTTGAAACCGCGATCTTATTGATACTTGAATGA TTATACAGAACAGCAAAATTCAAAAAAAAAAAAATTAATAAAATCTTTTCGATACCTGAA TGATCATATAATATAACAACTCAAAAGTTAGTAAATTTCAACAATACATCAATAAATGAT ACACCTCTTAATAATTGGTATTACATAGGCTAATCAATTGACAAAACCTAATTTCATATG CCCATTAAGCAGGAGAACAAAATTAGAATCATCCAAAAAAAAAAAAAAAAGAGGAGATCT GCTCAAATGTATGGTTACTGGATGGAGATTTGGTCATCCAAAAAAAAGAGATGATAAAGG GTTTCTGTTACCATTCATAATTTCTCCTCCCATCATGACTACTGTTGCCAAATCGCGAAG CTGAAAACCTATGGTGATTATGATGTTTGACTGATCCATAAGGAGTTGAATCGTTAAAGT CGAGCCTGTTGGACTTTCTAGATGAATAAGAAACAGAAGAATGATCACCAGAACCGAAGT TGGATGTCCTGGCTCTCTTATGTCCAGGAGTTGAAGGAGATCTCCAACCATTGGATTGAG GGAAGTCTTCAGAATCATCGGTGATCCAACCAGCTCTATGTTTTGTATTGTACCCTGATG CATATCCTTCTCCGTATTGTGTGTTCTTTTTTCTTGCCTTGCCATATTCATGAGGAGCAG ATTGGAACTCATAATTTTCCTTTCTTTCCTTGAACACTTTCTTCTTGGGGGTTGATGATT CCCGATTCCACTTATTGACCTTTTGACATACAATAAACACACAATAAGGTAAAATTGCAA CGAAGAGATTTAGAGTAGGAAGCAAGAAATGAGCTATGAAGGAAGAGAAAGACAATTTGG AGAAAAGGGGATGGAAGGGAGAGCAAAAGACAGTCGTCAATCACAGATATATAACTCACT ATATTGGAATTAGTGCATTCTCGTGCAAAATGCCCTTCTTCGCCACACCTAAAACAAGAA CTAAGATGCCATGTACCACTAGTTTCCCCACGAGATCCTGTGCATGCCTGCATTGAACAT GTGCAAGTTGAAATTGCAGCATTAAAAGGATTCCTGAACAAGACAAGAGAAACACAGACC CCACACACACAGGAGTCGTGACGTTTCATGTACAACTACTTACCAAACCGGTATGGCCTA GTAGACCACATCTGTAACAGGATATTTCACTTGGACCACCATTGGGGTAGCTTGCACAGC AAAGATGACCAAAACTCTTACAAATGTAACATTGTATTTCCTGTAGAGGTCAAGATGAAA ACAGGAAAAGTGATGATTAAGCACGAAAAAAAAAATCAATTTCAAGTTAAAAGTTTCTTC AGCAATACCTTTAGATCATCAGCAGAATAGTTATTCCAGCATGACAGCATATCATGCCCA GAATCCCCACATTTTAAACACATTCTTGAACTCTCAGATCCTCCTTGGCTTTTTTCAGGG CAATCCTTAGCACGATGACCGCCCTTCTTGCAAATGAAACACTCCTTGCCCTGTTCATAA TCAGCAGACTGAGATGTATACTCCTAAGACCAAAACTGAAATAGGATTGGAATTTTAAGG CATAGATAATATGTTTGTTTCAAATTCCAGGATAAACCTAATTTCATATAGCCACTCCTC TCGGGTATTCAGAATACTACTGTGCAATATACTATGGTTAGCAAAGAACCTACCAATGAC TTCCGAACCTACCAAAAAGATTAAACACAGAAAAAATATGTGCAGTCATGCAACAGATGC ACTTCTATGATTCTACAACTTACAACAGTATCTAAGTAGAACACAATCATCATATACTTC ACTGGTTCTACTGATGAACATACCCGGCTAAGAAAACAGGGGGACTAGGCGAGTTGATAT GAATAACGTTTCAGATAAGGGAGAGGCCAATGCTGAACTATGAAAAATAAAGTTGCTTTG AGGACTGTGGAAAAGACAGAACTTATGATCTAGTTGTAATGTTTGGTCAGAAGCGGCAGT TTAGAAATTAGCAGTTAGCATTCTGGTTCAGCATAGTTGGTCTTACCCCTCTTTTTGTGA AACTCTATTGCCAAGGATTAACACAGTTATATGAATGGCTTCGTTGACATTCATTCACAT CAGACATTGTTTTAGTAGGAAGTATAACTAATTCTCACCAAAGATCCAAATTTGAAGTCG ACAAACATATAAAGACCCTCTATACTTAATACCATTGACTTGGTGGTGATGTCGTTTGTT TATTGCAGAGAAGTGCGTGTCACAACTGCTTGACTCACAATGTTAGTCAATCAAAAAAAT GAAACAGAAGACCAAACTTCCCACTTATCAAATTCAACAATTGTGAGGAGATTAACAAGA TGAAATTATCACAAAGGGGACACATAATAATGGTAGCTATTTCAACCACGAACCTTTGTA CACTGTTTAGAATTATGATCAAAACTCCCACAAACAAAACATGGTTTTTTGCGTTTGGCT GAAGTACAACTGACTGTCGTATGACCCTCTTCACCACAATTATAACACGTCCCCCAACTG CTATCTGGAGGATCAAAGTATCTGGGCCCCCGCTGAGATCACAGAATGAATAATAAAGTT ATAGACCAGCTAAGACATTCAAGAGATTGTTTGGATTTGTAAAAAACAACAGTTCAAATC ATATTACTTCAACTCACAAGAAGCCTTCGTAGGACGACACCATTAGACATATCAACGGGA TTCTGTTGAGCTGCATTGTCAACAACATTCATATCTATACTAACCACATTTTCACCTTCT TTCATTCCATCCACCTAAAACAGTCAAGAAGATAAAAGAACACATCAGTGATCAAGCTCA TTTTTTCTACCATTAGGAATTCATTTTCCAGATTTCCAAATTAAATATGAAAACAAATGC AGATTTAACCTTGCAAATCATTGTAGAAGAGGAAGATTAAACTAACTTTGTGTAAATGAT TTTTTGTTGACAAAAGATTAATGTCTCTTAAAGACTTACTTCGGGTTTCAAGGGAATGGG ATTACAATTTACATAAGCTTTATTCACATGTTCTGTGATTATTAAAATAATCAGAGAACA ACCATCATCGGTATACAATAGAAAGACTGAAAAGGAGTGACATATGGAACAAAAATGCGA TGAAGAGGAGCGACATATGGAACAAACAAGATGTTCCAAATTTTTGGTTGACCTTCTTTG TTAGGGTGGCAGAATTCTCTAAACTCACTGTACTGAGAGCTAAACGTGTAGAGTATCATA TCAAAATGGTACTATTAGTTATAAAAAATAATTTTTAAAGGGTTTCGTTTGAGCAGGAAA CATCAGGACCAAAGTTCCTCCCTGAAGCTACATTAGTAATCCAATTATCCAAATTATTAT CAGTCTCTATCACGATTCAGTAACCACTTGTGCCTCTAAATCCAACTTAAGTAAAAAACA TTATTACAATAAGGGGTTCTTTTTCAGTTTAACTGTTTTATGTCTTTATAGTTCACCATC TTAAAAACTGTGTCCACTTATTTAACACCAATTGACTGGGTAGTAATTTGACATGTATGT TATAGGATGCTAATCTAAAAGACAATAGATTCAAAACATGAAATATAAGTTCAACTGGAT AGCAGAATGGATCATTTTATAGGTCTGAATAGTATAATGAATTAAAATTCTTGAAAGTTG TGCAAAAAACAAGTACATAACAAAATGATCGCTATCTTAAAAATGGACATCTCAAAAAAT AGAATGGAAAAGGTATAGCATTTCATCCATTCCTTTCTTTTCCTAAAAACAAATCATCCC AAGACACAATAACTTCTTTTAATGGTAAGTACTTGTCAATCGATCCAAGGGTCTATCCGA AACAGCCTTTGGGTATGCTCTTGTCATTGTTAATGGTGAGAACTATCTTCTTTCGTAGTT ATTTCGGTTTTCGACTTTTTTGTGAATAGGTGTCAGTTTGGTTATCAGTTTTCTATTAGC GGCTTAAACTATACTTCCACTCTGTTTATTGGTTTGAGCAAGATAGAGCTCATTTAAACT GAATATTTATGCTGAATTGGTGATACAATGAGCAAAAACACAACAGTGAATATAGAATGT ACAAAAACGCCAAACAGCTAAATGTGCAGAAGGCAGAAGCAAATTCACATTACCATAGAC ATATCACTACAGAAGCTCTGAAACCCCTTATCTATTCCACTTGATACCTGCTGCATAACA AAGTTAAGAAATAACATAAATCAATCAACTTCAAATCAAAACAATTAGTTAAGCTAATAA ATAATGCATAAAAAATCATCAATACAATCTCACCAATTTTCAGACTAAATTTAACTACTT ACGGGGTCTTCAGGAATCTCAACATTCTTTTCCTTCTTCTTCTTCTTCTTTTTCTCTTTC TCTTTCTCTTTCTCTTTCTCTTTCTCTTTCTTCTTCAAATCTGTAACAACCACAACTTCG CCATTTTCAGTTGAGCACCCACGAAGCAAAGCTTTCTCAACAATTTTCAAGCTGAGATCT TCATTAGCTTCAACATCATCATCTTCATCTTCTTCTTTTCTTTTCTTACTCCGCACTCTC TTAGATTTCTTCATTTTTACCTCTGATAATTCCTCTACCTCCATAACTTCTGATTTTGCT GATTTCTTCTCCTTCTTCTCTCGCTTACCCATTGTTTTACAGTGAAATTCTAATCGATTT GGTTAGGGTTTTAAGCGGAGAAGAAGGGAGAAGAGATAAACCCTAATTTCAAAAATCCCC AATTAATATAAATTCGAATGTAATTAGGAATTATTGGGCCTTCAAATTTTTAAATGGGCT TTTGGAGTGATAATAGAGTTTGGGCCAAGTGCACATATAGCTACTTTGAGAACTATTTAA GGAATAGCCAAATTTTATTTTTGACAATACTTATTAGAAGTAGTTGAATATAAATTTGTT ATATTACTTTAGTTATTTATGTTTGTTATTTATTAAAATAATTATAAGTGGTGTGTAATA ACTAACTTGTTTGAATTTCAAATTCTATATTAATTGATATTGTTATAATGTAAAAAAATA GCGTGTGGTAATTACGACTTTTTTGACTCTTGAGTGTTATTGATAAAAAAGAAAGGAAGA GAAGGGTTGGTGTTAGTTAATGATTACGGAATTTGAATTAAGTCAGGGCTATAATATGGA CTCGGGACGTTGGGATGGAAACAAAAAAAATAATAGTTGACGATTGAAAGTAAAAGAGAA ATTAAGTTTGAAAAAATGGTTGTGTCTATTACTCTCTTTATTCCTATTTAGTTGTTACTG TTTTAGATTCACGTCCTTTAAGATGCTAATAACTTTATCACTATACTCTTATTTAGTGTT CTCTTATGATTACTAATTTGATAAATAAACGTTAATAAATTCCTGTTTAATTTTTTTATG TTGGTCAAATTCATATTATCGAAGCTAATAACTCGCAATGGTAAAATAGTGTGAATAACG ACATTTATACATTGTTTTGTAAAATGAGTACTACTGTCTCCTTTACTGTTAACTTGATAC GCACATTAAGAAACGACAAATATTAAGAGTAATATTACTACATTACCCTTTGAATATAAT AATTTTAATGTTTAGCCAAATGAATTAAATGTTGAATCGTATTTAATAGCAAAGGTAAAA CAAACAAAACAAAGTAAATTATCTATTGATTTTCTTAAATGGATAAATATTATTAAACAA CTATTTTGATTTGTACAGTGAATAAGTAAAAATAGATAAAGATAGTACTAAAAAATATTT ACTATCAATAAAAACGACATATAAATAAAAATAAAGCATGAATATTTAAAAAAAAAAAAA ATAGACACGACTTAATTAGATTGATATATTATTAAATGTCTTCTTATCCTCAAAAGAGGT ATGAAAAACATGGTGTATGAAACTTCTAAATAATATAAAATATTTCAATAAAGCAAAATG CACCTCAAAACCAAAAGAGGAAAAACTATCAATAATAAAATACCTATTAAGGATATTAAG ATCTGAATTATTTAAATTTAAATTTGTATTAAGTACAAATAATTAAGGCCCAATAATTTA TTTTTTTTGGCCTAAGGAGGGTTAAAATGGCATTATGAGTGTTTTGTTAGCCCTAATCAT AAAGGCACAATTGTAATTTGTATGCATATATTACATAATTAATTTTAGTTTGCATTAATG TAAAGTAATGAGATGTATTATTTTTAATAGTAAAAAAATGTCTATATAATTATACAATAG TATGCATAGTACCATAATATAACTTTTACTATTTGTGACTATTCTATGATATTTAGACAA AAAATCATAAGAAATTATAGTACTATGCGGAAATAAATACAAGTCAAGATGATAAAATGG TTTCAGAAAATACAGTTTTTAATTATATAATTTTAAAATGATATAAAATTTATAAAATTA ACGATCGATCAATTTATTTATTGACACAATATATCATTGTTCGTAAAATGTAATCTGGAT TGAATAACTTGTCATAATAATTATTTTGTTTACAGTATTAATTTAGATACTAATTTTAGG TAATACTTCCGATTAAACAAGCGAGTAATTAATCATAAACATTATCCCGCAAATAAAACT CATAAATATATTAATTTTTTTGATGTTTTGAGAGTTTTCAGTGTAATTTACGACATAATT TAAGAATCATATTTCAAATATGTTATTTATAAAATAATTTCTTTACTAATATATTTACTT TTTCAAACTTGTTGTTAAATGTTTTATCTATATCGAGGTTCGACATCATTCCGTTCAAAC TATATCCTACACTTATGAAATTATCATGAATATATCACGTTGCATATTTAATCGATTATC AAATTTACAAAAAAAAATAATTTTTTTAAAGTGAAAAAATAAAATTATAAATTAAAAAAG GTAAAGAAAATGTCAAGTACCCAAAATACCCTTTCTCCTCTTTTTGCAAACAATATTTTC TTTAGCCAGCTTCTGGCGATTCCCTATTTACAATTGATCTCTCAATTTCACTTTCAGTTT TCTTCTCAAATTTACAGCAAAATTAGCTCAAAATTCTCTTCAATTTCTTCATCGAATGAC CATAATGACTCCTGCTCCTACCGATGTAAGTCTCACTATTTCTTGACCTCTGTATGATTT TATAGTCAGTACACACAGACATGTTCGTTTGGTTGTTTCAATTTTTTTTTTTGAGTTTTA ATTTGTTTTGTGTGTTTAAAATCAGTTTAGGGTTTGTTTCTGCTTGTGGGTTTTTGTTGA TTTCAGTTTTTAGTTTATGTTTATTGTTTTTATACTGTATACAGACACATAGACAGGTTC AATTGGCGGATTTTCAGTTTTTATTGGAGTTTTAGTTTTGTGTTTCAGAATCGATTAGGG TGGTGTTTTTGCTTCTGGGTTTTTGTTGATTTCGTTTTTTTTACTTATGTTGGGGTAGCA GGAAGAGGAGGAGATGCTTGTTCCGCGTTCAGATTTGGTATTTGAAGGACCTCAGCCTAT GGAAGGTAAAGTTTGAAGCTTTAATTTCTGGTTTGTTTTAGTTTTTTTCAACTATGACAT TTCTAGGTTTTGGTGACACTGTACTGGGATTTAATGGTTATATTAGGTTAAAACTGTTGG CAAATAGAGAAATGCAGGGGAAAAGGAAGAAAGAAGGAAGCAATTTGTTTGGAATGATTC TAAGCGATTGAGGGAATATTTTCTTTAATAATTGCGGTGTCTGGGCTTGTTGTTCACCTC AACTAATTTCATGGACTTAGTCCAATAAAGGCTAAGACAGATGGAAAGAGATCACCTAGT GTTTTCATCAGCTATTTGGGATTTGAATCTGAGGCCTCATAGTGCTTGATTCACTCCATG GATCACTAGGCCACACTCTTTGATTAGCTGAGGGGATAGTTTTAGTAGGAAATTCTGATT CCACCTAGTTTTTTTTTTATGGATATTGAAGAACTCTAGGTGAATCCCACATCTACGAAG AGATGTTGGGTATAAGAAAACAAGTCTTAAGACCCTACATGCCTGTTTCAAACCCGTGCA GGCTTAGGTCCTAAGCGGACAATATCACTATTGGGCTGGGCTGTGACGTGTATGAAACAC CATAGGTGAATCCCACATCAACAAAACATGGGAGAGATGCTGGGTATATAAGGAAGCAAG CCTTGGACCCTAATGACATATTTTAGACCGTGCGGGCGAAGGGTCAAAGGGTACAATATC ACTAGTGGGCTGGGATGTGATTGCTGTACATGGTTGGTAATGGTGAAATCTTGTCCTAAC AGAATTTAAGGGTTATGGAGATGGCAGATTTCCTAGTATCTGTTTTGTTTGCGGGTTGTT GTATCAATATGTGCCGGAATATATGATTTCAGTTCTTATTTTGTATGATCATTGTGTTTT CACTATTTTTCTGATGGCGTGTTTGATGAATGACGCGTGGGAAAATTGAAGATTCTTTAC CCTTTCCAGTATTTGTTTAAAGTACCAGATCCACTTTGTAGTTTCCGGGGTAACTTAACT TTTCTGTTACATCTCTAGTGTCCTTGGTTATCTATCTACCGAAGTGGTGTGGAAAATGCT CATGTAGCATATGGGCATTTGTTCCATGAATCTGTATTTGCAGATATAGGGACCGGGAAA GGATTACAGACTGCAGCTTAACCATAACCTGCTAAATTTTATGATATTGAGCCATCAGTT GATTGTTCACTATATATTATGCTGATCTCTTGAGAATGGACTTTCAAGTTTTTTTCTAAT AGTTCCTCCTTAATTGCTTGTTAGCACAAGCAGAAACCGGCAATGATGTGGAAAAGCAGC CACCAGAGGATCCTCAAACTTCAAGGTTTACTTGGAAGATAGATAACTTCTCTAGGTTGA ATGTAAAGAAACTATACTCTGACCCTTTTGTTGTCGGTGGCTATAAATGGTAATGTTAAT CTCTCCATGCTACTTGCAAGTTTAAAGCTCTACTTCCATAATCCCATAATGACCTCTTTT CTGCTGTTTTGTTGTGCCAGGCGGATTTTAATTTTTCCCAAGGGGAACAATGTTGATTAC CTATCCATGTATCTGGATGTTGCTGATTCAGCTAATTTACCTTACGGGTGGAGTAGATAT GCCCAGTTCAACTTGTCAATTGTTAACCAAATTCATAACAAGTACTCCATCAGAAAAGGT ACTTCAGTAAGAATCCAAAATTCTGATGATCTCGCTGATAATAGAAAACCAGTTTCAGTT GTTTACAATATGGTGTGCTTGTGCCAATGTTCTTGTATTCTTTACTATGACCTTGGCTGT TGGTTACCTTGTATACCATAAAAGAGGTGATATTTTATGCTCTTCAAAACAGTGTCCACC AGAATAATTTGGTTTTCGGTCTTTTGGCTATACTTTGTTGAGGCGGCAAACATCATATTG TCTTTCTACTATCGATTCATTTTAATGACAAGTCTGAATACGTTTAGCCATGTATTTGGT GCAACCTGATCAGCTCAGTGCATCCCCCCTCCCTCCTAAAAACGGAATTACAATAGAAAA CCTTGTTTCCATAGTCGTGGTCAGTAGCTGCTAGACCTGTTTGTTGAGGATCTCTTGACT AACATTTGTTAATAGGAAGTTATAAGTTTTTCTAAGTTATTCCTTAAAAATTTAAATATC AAGTTTTTTTATTCTAATGTACTCTTGCCTGACAATTTCTGTTTTCATTTTCTGCTGCTT TGTGGATTGCTGCAATTTTTGCCTGCTGTTTTTAATTCTATTGTGTAGAGCAGTGTACCC GATTTGGTCCTCCTCCTTCAGAGGTTAAAATAAGCTTTCTGTTGATAGGAAGAGAAGAAT AGTGTAACCAATTCTTGAACAGAAATAATGTCTGTTGGTTCTTCGTAAAGAACCTAAGAA ATGAGAAGTCAAGAGAACGCAATGAAGCAAAACTACCAAATGCATACCCAAGCTAGTTTT GTTACTCTCTTAGCATTTTGCCTCTGTATTCGAAAGCATGTTAGTGCAACCATAAGTTCT TCCTTTGCATTTATGTGCAAGTTAATACCAAAAAAAAAACCGGGCCCTTGATTCAGTGGG ACATATTTGGTCGAATTTCTTGAAGTTATGCTGTTTTGAGATAGTACAACAACTACACCT CAGTTCCCAACAAGTAAGGGTTGGCTATATGAGTCCTCACATGTTTTTCCATTAACGCGA ACTCATTCATCATCGTACTAAATACAAATAAAAGTGAAAAGTAATAAATATAAATTAAGA AAATAATTATAGCTGTAACATTTCAAAATATTGTTATAGGCATATAAATCTATGATGGGC CAAAATACTCCCAGAAAAATTAAAGTTTTAAAATCAATGTACTATCAAGACTAATACCTC ATTACTGGGGATTGTATACTTTGTTAGGTCTTGATTCCTTTTTCTACTGATTGAAGCTAT ATTACGTGCTGAACAAATCTCTTCTTTGTTTGGAGTCGATTGATTCCTCAATCAAGTCCT AACTTGAAGTATATACCAAGAAGAAGAAAAATTGTTTGGGTTCGAGGCAAGGTCATTCTC CCCTGTTGTGAAGTTCTGCTCTAGTATCAGAGATAGGATCAACTGTAGTATTGACTCATG CAAATCTGCTTCTCTCAAGTTAAGTTCTATCACTCTTAGTGAGAAAAAATAAGTTGGGAA GGCACGTTGCCTTTATCTTTCCAAGTGTTCCGTAATAATAGTATAGTGGAAAAATTCCAC ACTTGCACAATAGATGCATGATCTCTAGTTATTTTGAGTTTGAGCTCTTACGTAGTATAT GATTGTTTATAATGTAAATGTAGTCAGAGTTAAATATTTAAATTATTCTTTTTTGGCTAG TTCCAGTTTGTGATTTTATTATTGTCAGGCTGTTTCAGATAAGCCCACAACTATTTGAAA CTGTCATAGTTGCATTTATGGTCTAGTAGATTTATATAAATGTTATTCTCTCATGCTTTA TAGAGACACAACACCAATTCAATGCCAGAGAAAGTGATTGGGGTTTCACATCCTTTATGC CACTTGGTGAACTATATGATCCAAACAAAGGTTATCTTGTTGATGATACATGTGTTGTTG ATGCTGAGGTAGCTGTGCGAAAAATTGTTGACTATTGGTCGTATGACTCAAAAATGGAAA CTGGCTTTGTTGGACTGAAGAACCAAGGAGCTACCTGTTATATGAACTCACTTCTTCAAA CTCTCTACCATATTCCTTACTTCAGGAAGGTTAGCTACCTTTTTTCCATTCTATTATGGG GCTGATTGTTAAATCTGTATTAATTGATTAAGAAATTTGATTTTAAATTCAGGCTGTATA CCACATGCCTACAACTGAAAATGATATGCCCTCTGCTAGTATCCCTCTAGCGTTGCAAAG CTTATTCTATAAGCTCCAGTACAGTGACAACAGTGTAGCAACAAAGGAGTTGACAAAATC ATTCGGATGGGACACATATGATTCTTTCTTGCAGCATGATGTGCAAGAACTCAATCGTGT TCTCTGTGAAAAGCTTGAAGAAAAAATGAAGGTAAATCAAACTTCAGTTGGTTGTTGGTG CTTCAGTAATTTCTAATTGACATGATCACTCTTTTTCTGCTGTTAGGGTACTGTTGTGGA AGGCACTATACAGCAGTTATTCGAAGGGCACCATATGAACTATATTGAGTGCATCAATGT GGACTACAAATCTACGAGAAAGGAGTCATTTTATGGTTTAGTAGATCAGACAAGCTCCTG ATGTTGTCTTCTATAGCCATTTAAGTTTTGCACCTTATGGTGTTCTGTATATATTGTGTG TGGCAGATCTTCAGCTTGATGTCAAAGGGTGTGCTGATGTTTATGCTTCGTTTGATAAAT ATGTTGAAGTTGAACGTCTTGAGGGCGATAACAAGTACCATGCCGAACAATATGGTTTGC AGGTAACATAGCACACTAGTCTTGCAGTTCCAAGTGCTCCTTGAGTTACTCCGGGCAAAG TTCACATAAGTTTCTATAAAATTTAGCTGCAAGGCTGCAACTACATTTAACGTTTTCTCG TATTTCTTTTTATCTTCTCCTGTTGGTTGATCTATTGAAGGTTTAGGCTATTTTTCCTAG GTTCACTTATCTAATGTTAATATTTGGTTGTTTCAGGATGCTAAGAAGGGTGTCTTATTC ATGGATTTCCCCCCTGTCCTGCAGCTTCAGTTAAAGCGCTTTGAATATGATTTTTCACGG GACACTATGGTAAAGGTCAGTTTCAACAAGGCCCAGCAAATTTCCAGTATTTTAATGGTC CACAATATCTAATTTTCATGCTGAAGACTATTCTTCAGCTCTAATGCCCTGCAATTGGAA GCATGGAGTGTACACAGTTTTAGAATTCAAACATAAGGTTACAACAACAGAAGAAGACTG TCAAATCACAAAATCAGCCCAAAATAATGGGAAAACATATTAGGACTTCATCAGAGCTTG AAATTCAGTTGGAAGATCACAAAATTAAAACAAAATTTGATTGGTCAGTCTGATGGATTT ATCTTCTAATGAAGCAATTTAGGATTTTCTCATCTAAAAAGCAAGCCGGTAGCAAGATAT CTTTAGTTATATCGCAAAACAGTTTTTAGTAAAAGTTCTGTAGATAATGGTTTAGATTTC TGTAAGAATAGTGAAATAGATTAGTTTTAATCGTTCATTTCCATTTATATGATGACTCTC GCATGAAAATGATGGATCCATTCAGATCTTTCTTATTCATTTTCAAGAAGTTTTGACATA TAAAGCTAGTTCTCGTTCTCGACATCAGTAGGTTAACTACGTTTGCTTTGTTTAATCACA GAACCATAGCATGTTTTATGAAATCTAGAGAAAAGATGTACTCATTGATTGCCAGTACTT TCATCTTGATGTTAGTTTTACTTAATGATGCTTGAAGAGTATACCTCTGGGGCGCTTATG TATCATCAAAGGTAGTATTCTTCTGTTTATCCTCAAGAGATTAAGTAGCTTATCGTCATC AAAAAGGATAAATCAGCTTATATTTTGTGCTGTGAAGTGTTAGTAATGCCTTTATTTAGT ACAAGTTTTGCAGTATTCAGTTGTTACCCTCAATGGTTTTCACAATTAGGGTAAATGGTT GCGAAGGTTAGAAAGATAGAAGCTATTGAGTTGGGGGTTCTTAAAGAGATGTAGAAAGAG TTACGGTATCAGTTCAGGTACATAACCTGCTCTTTGCAGCCTCTGTATGGTAAAGGAAAC CAAAAGAAGGATAGAAGGATAATCCTGCTGCTTATGTGCAGGCTCAAGTTGGAAAAAAAA TAAATAGGAAGGAATATTGGGCTGCAGCATTGATTGTGGGAAGTGAGTTGAGAAGAAATC TTTTTACTACCAAAGGGAAAATAACCAGTGAACATTAAGCTTGCATTTGGACATGCGATG TGAAGTCATGATTCAAATCAACGTTTGTATATGCTATTTTGATCATGATTTCATATCCCC TATTCTCCAAAAAACATGATTTGGGGATTTTAAATCATGATTTCATTTTTTTAAAATGTA GCACTTGGCCCATAAGTGTATATTTTGTAAAAGAAAACATGTCATTTTATATTTTACATA AATGGACTCGTGCTCGGGGTGAAGAGATTGTCGTACCATGTGAAATGATTATATTAAAGA ATTACTAGTTACTACCTTTGTTGACTAGTGGGAACTTTATAAAATTATAACTATTTGAAA GTTTGTTATCACAAACATCTATTTATAAAAAGGAACATGGAGATATGGGGTAATTGATAG TTTTCTCAACTTTGTGGGGTTTTCATGTTTATGTGAAAAAATGTCTTTAAGAATTCAAAT TGCATGTCCCAACAAAACTTCAACTTAAAATCAATATGATTTCAGATCACGATTCCATAT CACATGTACAAAACTTCAACTTAAAATCAGTCTGATTTCAGATCATGATTCCATATCACA TGTCCAGACGGGGCCCTATGTTAAGCGGAAAAAGAAAAGCAAATTATTGTGGCACTGCTG TTTATGTATATCAAATATGCTGTAGAAATTCATATAACACAAACCTGATTACATTAGGGT TTCCTTGTTCATTTTTTTTCAAAGTTCATTCGCCTATAAAACTAGGTCTAAACCTTCCTA TTTGTTGAACCTATTAATAATAATTTGAACTCTGATCATTATCACTTAATCAACTAGTGT CAATCCCAGGGTAGTTGAGTCACCTGTGCATAATTAATGGTGGATTTTTTTAAAATTGTG GGTTTGACAGCTAGTTGCTCGTAGTTTCCAGACAATTAATAGAAATTTGATGGCGTTTTT TCCAAACTTAACTATGACTAGTGTTTTGGAAGTCGAAAGGCCATAAAAGGCGACAAGGGT CTGCTTTGCCATGAGGCGAGGCGAACGGCGAGGCGCTCGCTTTTTTGAAGTGTGACACCA TTTAATACCAAAAAATTAAAATATTTAATTGCATATGTAAATAATCAAACAATAACATAT TAGCAATTTTTTCAATTCAAAAAGTAAAAATAGATAGTACATACCAAAAGTCTAGAACTT GAATGAGAAAGAAAAGAGCAAAAGTCAAAACAAAGGTAGAAGTGACTCAAGTCTAAAGAA GAAAAGAAGAAATATGTATTATGTTAACTTTCTCAAAAAAAGAAGAAATATGTGTTGGTT AGACTTTGGAGTAACCAGAAACGCTTGGCTAGTTGCCGGAGGAGTCTAGTCAAAAATCTT AAAATTACCTTTTAACTTTTAAAACCCTAGATTGATCACCTTTTTTTTAAAGAAAATACA AAACCGACACCTTTCTAGCCTTTCTCGCCCCTTGCCTCTAGCCTTTCGTCGTCATAGCGT CGCCTTTTGAAGATCGCCTCGCCCCAAAGCTAAAAGGCGATGAAGGGTCTCCTCGCCTTG CCTCTTGCCATTGGCGATGAGGCGATCGCCTTTCACAAAAACCGACTATGACCCTGTCAT TTAAAGCTTAATGTAGGTGCATGAATTATATGTAGCTCTTTAGAATATTTATTTCTTTTT CTGGTATACCTTTAGATTATTTTGTTCCAATAAGCATTTCAATGATATTTTGATTGTTTT CAGCAAATGTTTTTCTATGTTCATTGCATCTCTTGATCAATATGGTGGTGCTCTTGTTAA AGTAGCGTGTAACCATTGGTGATGCATGTAAAGGGAATTTTCTAAATACAATCATTTTTT CTTCAAAGTTAACCATTTGTAGCTTTAACTGTTCAATGGCCTTGCACATAAGGTGTATCC TTCTTGGCCCTCTGTTTAGACAAAGTACCATCAATAGGATGAGAGTTACAGAAAAAAGTA GCAGAAGTACTTCTCAGATTGCTGATATTCATCAATTGATATGAGTTTATTGTTTGGTGA TGCAATGTAGATAAATGACAGGTATGAGTTCCCTCTGCAACTCGATCTAGATAGAGAGAA TGGTAAATACTTGTCGCCTGAGGCAGATGGAAGTGTCAGAAACCTTTACACACTTCACAG GTATCAGATGCTCAAGAAAGTCTTCATTATATCTTTTTGTGCTAAAATGTTTATGTAATA TTCCAGTTCAAGGCATATAGTTTAGATGCATAACTATTTCCCACTCGGTTCGATGAGACT CCTAATTCTGTAAATGATAGTTAATGGGGGCCCTTAAATTCGTCCCTGAGAAAAATAGGG TCTTTATACCTACATTTAGTCTAGGAGTCTACGTGTCTTGCAGATAGCTTCTAAATTTGG GATTACTTTTCTTCAACAAGACGTGAGTTGTAACTCACTAGATAGTGTGGGGCATTTAGA ATTTATATTTTATTTCTAAGTACTCTTCCTTTAAAATTTTTTTTATCATGTCACTCTTTT CAGTGGTAATGGGTTAGCTTCTCTCTTGAATTTTTTGTTTCAGCCATTTGATTTAAACAA ACAAGTACATGCTTGTCTTGTGTAGGTGTGCATGCCTTCATCCTTCTTGTTTTGTCTGTG AATGGCCTTACTCAAGAATTGGCTATCTCTTCAGGATTGCAAAGGATTTTACACTGTGTT TATATTATTTTTACTTCAGTAGTATTTCCAAATCTAGTTAAGAGTGCTACAGCTGTGAAC GACTGCCTAAAGTACAAGGTTCTCCTGCTCTAATATAAATATTTCCCAATTTCGCTTGGG AATGAGAATGTCTCCGTCTATTTTGTGTGTGTTGTGTTCCTATATTGAAGTTTTGGCTTT GAGTCCTATTTATTGTTAAGTACGAAATAATTTATGCTCTTTATGGATGAGCAAGTAATT CCTGATTATGAAGTTCAACACAACCATGCTTGGCCTAGTCAATTAATAGTTTAAAACTGA CTCTTCATGCCTAAATCATATCTCAGATTGTCCACTACTTTAGTTTCTTGTGTATATTTT AAGCTATGAATTCACATATAATTCTTTAGCTCATTTATTTATTTTTCTGGCCTCTTGATC TTTTTCTTTTTTTTGGGGAACTTTTTTCCATCTGCAGTGTATTAGTCCACAGTGGTGGTG TGCATGGTGGGCACTATTATGCTTTCATAAGGCCAACTCTTTCAGATCAATGGTAAACAT TTCTGAGTTTGTATCTGTGCTCCTGAACTTTTTGTATGACAGAATCATGCATTCAACAGA TGTATCCTTTTCTATTTTTCTGATAAGGACAGTTGTGCTATTTTTTCATAAAACTATCTT CTTACTAATGTTAAGTTGCTTTGCCCTTTTGGTGGCAGATATAAGTGATAGTAGACTAGT AGTTGACAATCCGCTAACAATGTTTTGAGATTCTGCTTTTTAATAGCCACCCATAAATCT TCACATTATTCTAAGGTAATAATTTAATGAACAACAACAACAATATACCCAGTGTAATCT CCCAAGTGGGTCTTGGGGAGAGTAGAATGTACGTATACCTTACCCACTACCTTGGGGAGT TGGAGAATTGTTTCCTAAAGACTCTCGGCACAAGTAACACATATCAAAGCAGTTCTTTAA AAAAAGAAACAAAATACAGAAATAAAATACACAGCAAAAAGTAGAGAAATCATTACATAA CATTCGAAAAAAGGACATTAACAACAACAAAATAATGTAATAACTGAAACAAAGAAACAA TAGGCAATAACAAAAATCTAAAGGCAAGAAATTACGAGAGATAGAACTACTGCTACCACA AGGAGAAACATGTATGGTGCACCAAGACTATCCTGTAGTGAAGCCAGACAACACTCAACT ACCTACTAACCTTCTACCCTAATCTTCGACCTCCCTATCCTCCTATCTAAAATGTCTCCT TGGTAAGCTGAAGATGCACTTTGTCCTTTGTCTAATCAACTCTCTCCAATAGTTCTTCAG CCTACCTCGACCTTCCCTTAACACCTTGTTTGGATGGTTGCTATTCATTGTATTGTATTG TACTCTATTGTATTGTTAGCTTGAATACAATATTTGTTTTGATCGTTACTTATGTTCTAT TATATCGTATCGTTTAAATCTATCGTTAGGTCGGGACAAAAAGACCCATTTTATGGAATG ATTGATTTGGTGTAATCGCGTCGTTACGTTAATATTTTCTAGATGAGCTACACAAACAGT TAATTGTCTACAAGAAGGCATCCAATCTTTAATAGAAGCAGAAACTTCATAGTACTAACA ATAAGAGGTTATCCCTCAAATGTACACAGCTAGGATGTATCCCTTCAAACATTCACCTAG TTCTTTCTTACCAAATGACCCACATGAGAGCCGAAGTATTCATGCCTTGTGTGTTCTCCT CCTCATGAAAGCCATTTACTCTTCTTTTGTTTCCTTACCTGATAATACCTTTGGCCTTTG AATTTACATCCAGTTGTATATAGCAACTTATGAGTTCTTGCTCTTACTGTGCTATAAACC CGGGGATGCAACTTAATGCTTCTTTGGAGGCATCCTAAGCTGTTCTCTGGAGGAGAAATA TTTAAAAAGTGCAGGAAATCCCCAGGACTGATGGATATATACGCCTCTATTTGTTGTAAT GATAGAGAGACAGAAATACTAGACAGTCTTCAAACAAGAAGTCACATTTAATTAAGGAAG TTACTTTATTGAGTTTAACTTGGGACCTTTTACAGTTTATCATCCTTTCGTCTGTATATA GAACTGTTTTTATTGTATATGATTTTAAGTTACTCATATAAATTGGTTGCCGACCTATTA CATCAGCACCTGCTATCACTAACTTGTAGGCAGGATTTCGTTAGAACTTGGAGGTAAATT TACGAAGGAGCCTGTATTTACTCGTAGTGATTGGTTTCGTAAAAGAACACGAAAGTGGCA AGGTTGGCACCTGTTTGAGGGCAAACTGCAATTAAAACACACTTAAGTGGAAAAAAAGCA CAGATGAAAAAAGAGCTATATGGACCACGAAATTTAAAATAATTGCTACCAAGCGAAATG TGTGAAACAAAAAAATGGTGTTAGTTAAATCAAAAACTGCTTTAAATTTATGATTCTAGA GAAAAGACTCAAATTTTGGTTCTAATTCAGACGAGTGACTAGTTTTTAATTTTAATTTTA ATTTTCTGATCTCCAGTGATTACTTGTTGGAGATCCCTTTGACCTTACAGGAGTTTTTCT GTTGGATTAATTTCTTTGTAATGCTTGTAATTATAAGTTATTTAAAGCTGTGGTGCATGA GATGCTCCTTGTGAGGTAATCTTTGTGAACGAAGCTAATAAAGTTGTTTATAGTTATGGT GCATGAAGTACTCCTTGGGGGGTAATATCTGTGTTTGGCATGGCATAATCTACTAATGGT CTCTTGACTTTTTAGTCCAGAATTTTTTAGGATGAGTATTTTATGATTCAATATTTGGCT AATAGTGTACTTTTAGGTACCTGGATTTTTGAGACTTAAGTTTTGTGCTTTGGATTGAAA CATTTTCCGTGTTCTAACATGCCTCTTTTTCTTCCACATAACTCAAAGTTACCTGTTTTT TCAGGTATAAATTTGATGATGAACGTGTGACTAAAGAAGATGTGAAAAGAGCTCTAGAAG AGCAGTATGGAGGAGAAGAAGAGGTGATTCTTGATTTGATTTTACTCATTCACATATTTT CTTTGGATTGCAGATTTGCTGAGTTGTTTTTCATTTATCGTCTCTTTTTAATTTATATAG CAGTTGCCACAAACAAATCCTGGATTTAATAATACTCCCTTCAAATTTACTAAGTACTCA AATGCTTACATGCTGGTCTATATTCGGGAATGTGACAAAGAGAAAATAATGTGTAATGTT GACGAGAAGGACATTGCTGAGCACCTTAGGGTAAGATGCTGACTGCCGCATGAGTTGTTT TACTTTGTGTTGTTGCATTTGTTTATTGGTTTGCTGCTGACTAGACTAATGAACATGTTA CAGGCAAGGTTAAAGAGAGAACAAGAAGAGAAAGAGCAGAAGAAGAAGGAGAAAGCAGAG GCACACCTTTACACAATTATAAAGGTATTTTCCTTAAATATTCCACCTTTTTCAGTGATT ACTGGGACGAACGAGTGGTGTTTAAGTTGAGAAGTTTTGCACCTAATACATCACTGTTTC AGGTTTCTCGTGATGAAGACCTCAGACAGCAGATTGGGAAGGACATACATTTTGATTTAG TGGATTATGACAAAGTTAGGAGTTTTCGCATTCAGAAGCAGACACTTTTTAGCATTTTTA AGGTAATATGATATTCTTTTTTTTTTTTTGAGAAAGCCAACTTGTATTATAAACAAAAGA ATACATACAGAGTATTCTAGTAATACTTACATCCAAAAGTTGCAAAAGGAAAAGAACTCC TATGGAATTGGAGGTCATAAGAACTCTAAAAGAGCTGTATCTCTATTTATGTTCCTAGGA GTTGTCATGTTGTATCTTGATTTATCAGAAGTATTTAATTAATACGGAACCTTTATAAAC ACTATAGAGGTGGGCGTAGGTTGGAGAAAAAGTTAACTTTCTTAAACCTATGCTTTGATT AGCTTATCCATTCGTGTCTTTGTTTTGGCTTTTTCGCTTATCGCTGGCCAAGGTCACACT AGTTCTGTGTTTTTGTGTCCATTATTGATGCAAATTAGGTTAGGGATCTATATTTTCGCG ATTCACTTCCTTAAACTTTAAACTAGGTGAGATCTCTCTTGACTTGTGAAAATAGAAAAA AATATTTGAAATCTGTCTAGACTCTTGAGGCCTTTAAACTTTTTGCATGTAATCAAGCTT AGATGTAGTGGTTACAATGCCTCTGTTGACTAATTATGTTGCTGCATGCAGGAGGAAGTT GCCAAAGAATTTGGTGTACCAGTGCAATCTCAACGTTTTTGGTTATGGGCAAAGCGCCAG AATCATACATATCGTCCAAATCGGCCATTAACACATCTCGAAGAAGCTCAAACTGTAAAT ACTTTATTTAAATTTTTTAGACAGATCAAGTAAACTGTCCTTTTACCAGGATGTTTATTG ACTTAAACAGGATGTTCTATACATTAGGCTCCTCATCTAGTGTTTGTGGACGCTAAAGAG TTGTAACCTAGTCCAACAAATCTAGGGTGAATACTGAATTTACCTGTATACATCAGCAAC AACTATGTGTCAGTCCCAAATAAGTTGGGGTCATCTATATGGCTCCTCATTTCGCCATTT AAACTTAGGTTGAACCCTTATTTCTAACAAAAAAACAAAGAAAAAAGGATCTGCCTCCTT AGCAATCTATCTGCTGTGCCAAGATTTGCTCTCTTCATGGGATACTGATGTTTATTTATA ATTTGCAAAGACAATATAACTTCAAAAGGTGTGACTCCGTTTTAAGGTGATTTAAATCAG GACATCACTGATCCCCACAAACCCCTACCCAAAGTCATGCTGACAGATCTCTGTGTTTGC TTAATTACCTGATAAGTGCTCCACAAATTTAGGTTGGACAGTTGAGGGAAGCGTCAAGTA AGGTTCAGAATGCAGAGCTAAAATTGTTCTTGGAAGTGGAGCTTGGACTGGTAAAATATT CTTCACAATAATTTCCAGTGAAATGCTAATATAAAGTTTTTCTATTTATCAAGCATTATT TAATAGCATGTGCATAATTACAAGGACTTGAGACACATCCCTCCACCTGACAAGACTAAA GATGATATTATGCTATTCTTCAAGATTTATGATCCTGAGAAAGAAGAGCTGAGGTAATAT TGATTATCTTCTTTAATGTTCATTTTAATTAAACATTTTTTTTGTTGATTGGTGATTTGT CTCTTGTACTGAAGGTATGCTGGAAGACTCTTTGTAAAGGGAACGAGTAATCCAACTGAA ATCTTGAACAAACTAAATGAAATGGCTGGCTATGCCCCTGATCAAGAGATTGAACTATAT GAGGTTTGTTCGTAGAATATCTCTGGGTATTATTGATGGTCATTCAGTGACTATCATGAC TTTTTTGGAAATTAGAAGTTTTAAAGATGCGATAGATAGACATCCATGCCATTCCAGAAC TTGCAGTTGCTCTGACAACTGTTCCCCTTCCAGCCTTGTTATGCTGGTCATCAGCCAATA GTATCTGGATCTTCTCCCTTTAGCACATATGCTTACACTTTTCTGGTGTCTAGGTCCAAG ACTAAATAAATGGCAAAATGTCTTGGCATTTCTTCTTCGCAGAGTTGTCGAAGTGGTAGC TTTCAAGAGTTGTAATTTTTACTCTTTTTATGGTTTATAGATCAAATCCTTGGTTTAGAT TCGTTTGCAGTTCATGAGAAACAGAAGATTCAATTCCTTTGTAGCTAAACAACAATAGGA ATGTAAAATATATATGTGTAGACCGAGAAAACTTAAGACTTTAAACTGAAGTTCAGAAGA AGACCAAATTGGTTAGAAGTTTTGTTACAAAATTTCAGACGGCAGATATTGTTAGGGAAT GTAGTGTTAGGACTTCCAATTTAAAGGAAGAGCTTAAAATAAAATGACCACTATGTGGTC AAACTTCTGGTTCCTCTAGAAGCTTATGTTCCTGATTGGTTCCTTTACAAATTTAAATCT TACCTTCTATTTTGCATTGTGTGGGGGATAAACGTATGTCTAGGAGCTTATTTCGTGATG AGATCTTATGCAATCTATCTCGACATGTCATAGAATCCATATGATCTTTAATTCTTTTCT ACTGTTTCTGGTTTGCTTTTGGATCAGAATCACTTTCCATAATTTGGAGACCTAATAATG CCTAGAGCATTCTAACTATCTTTAAGGAGACTATGTTTGGTCGTTTCACTTGTTCATTTG TTCTAAACCTCACATTTGCTTAATTTTGTTCAGGAAATAAAATTTGAACCGATTGTCTTG TGTGAACCCATTAACAAGAAATTTGCTTTCCGAACGAACCAGGTATACCTAATTACCATA AAGTGTGTAGTGGCAGGATTTTTCATTGATTTGTCTGATACTCATTTTTGTGCAGCTTGA GGATGGTGATATAGTATGCTATCAGAAATCCCTTTCTCCTGAAAGTCGCCAGAAGTTACG GTATCCAGATGTTCCTTCTTTCCTGGAGTATGTTCAAAATCGCCAGGTAATCTATGTATA GATTTATCAGCTATTTTCTCTTCCATTTTGTCCTGTTAGTTACGTTTTCAACATTGCTGG TAATGGAGAATGGGTATTGTTTTTTTGCCTTATAGATAATGGGATACTGATTAGTGACCT TAGTCGCCCAGATTACTTGTGTCAAACTTAATAGATGAGAGAGAGATGTTTTGGGAAAAC TTAATTGCTAAAGAAGTTTTTGATAGGCATATCTGCTGAATTTTAATATATCTTCTAAGA TTACATTGTTTGGGCTGGTTTCTTTTGTTTAGAAGCTCTGTAGTAACTCAGAGTCTCAAA TTTCCATGAAATATTTTAATCAGTGTTGCAACGAAAAATGATTGCTTAGATTCGGTCACT GACCCTGCTAACACAGGATGATTTGTGCACTGTGCTTCCCTTTAAGAAAAAAAGTTGTTT ACTGAAATTTGATGATAAAGAAAAACGGGGTGGCTTGTATAAAATTTTCTCACTAGAAGC TAAACATGGACGCCACCATGGCAGGTTTGATTTTTTGGAATATAATACAAGACTGTTGCC TTCTCAAAAAAATAAATAAAGTGTAAACCTTACTTGAGTAGAGAAAATAGGCAGTTCCCG ACTAAGTTGCTCTTACTCTTCAATTTTGGTGCCGCACCCGTGTCGAAGTGGGGAGGGGGT CTTCGAGGCACAGCGCCCCGGGTTTGTGGTGGGGGGGAGGGGGACCTTGGGGCACCCACT TTGTTCCTTGCGTTTACTATAAATAAACAATTTTTGGATGTACTATTTACCAACATTCCC TTTTGCTGGTTTACATCTATAATACACCTTCATTACTTATTTAAAAAAAGTTTTTACTTG TGGTTCCCTGGTAAAAAAATCAAGTTCTGTTTATAATGACATGAGATGGGTTAAGCATAA ATAGACCTTACTTCCAAAAGAAACTTTGTGATGTCCTTATCCTGTTCCATATTCAATGAA ATATGACACTGAAATTTGTCTTTGGCTTAACTATTTATTTGTTAAATATTTTATGATCTA CTATAATATGTCTTACAGGTGGTTCACTTCCGATACTTAGAAAAGTTGAAGGAGGATGAT TTCTGTTTAGAGCTGTATGTTCTAAAACTTTGCTACTCTTTTTTTTCTTTTTATTATATA TTATAAAGGTAGAGTAGATGATTCACCTCTAGGTTTTATCTTTATTACTTTCTCAAGCAT TTTATTGTTATGAAAAGGTCAAAGATTAATACATATGATGAAGTTGTGGAAAGAGTAGCT CAGCGACTTGGCTTGGATGATCCATCCAAAATAAGGCTCACACCCCATAATTGTTACTCT CAGCAACCTAAACCCCAGCCGATCAAGTACAGAGGTGTTGACACCCTTGGAGATATGCTG GTCCACTACAATCAGGTGAATTTTAACATTGACTAATAATAATGAACATTAGTTTCTGAA AGTCTTAACTATTTTAACTACTCGTTGACAGACATCTGATATTTTGTACTATGAAGTACT GGACATTCCTTTGCCAGAATTGCAAGGTTTAAAAACCTTAAAAGTAGCTTTTCATCATGC TACCAAAGATGAAGTAAGCATGCTGCTCTGATTTCCATTGATTTACGAGCACAATTTTTT ACTTCTGAATTCTTGCTTTGATAATTACTTAAATTTCTCCTCCTTCGCTATGTAGGTGGT CACTTACACTATCAGACTACCAAAACAATCTACTGTTGGTGATGTAATTAATGATTTAAA GACGAAGGTAAAATGGTAAACTCGGTCTGATATTCCCTACTTTCAACGTGTCTGTGAACT GAAAACTTACTATTCTCCTTTATTGATGCTTCTATATTGTTAGCTTTACTTGATGCTACT CTGCTATGCTGCATAATAGGTAGAGTTGTCAAATCCAGATGCAGAATTAAGATTGCTAGA GGTCTTCTACCACAAAATTTATAAGGTATTGGTTTCAATCCCTCAACATTTGCTTCATTT TATACTTCTTAGCTAGGTCTTCTCTTTTTGTCGCCATAAATATTTGCCTCCGGAGAAGTC CTAGTCGTTATGACATAAGCTCAGAAACTCTTTAAGTCTACAAATAATAGAAATAGTTAA CCAATATATTTGTTTGTAGACATTGTCTCTATCTCCATTATATTTACCTCTTGTTTTAAT GATTGCTTTCATGCAGATATTTCCAACAAGTGAGAAGATAGAGAACATAAATGACCAGTA CTGGACATTGAGGGCCGAAGAGGTTCTCTCTTACACACGCTTTTCTAATTCTACACTTCT GTCCCTACTATATCTGCATGTGGCCTTTATACAGTGGCCATTGTGGTGGGTAAGGTAGTG AGTTTTCCTATAGTCAAAAGCTTGAACACAAATTGGTAGTTTTCCTGTGGTCAAGAACTT GAACAAATATTTGTAGTGTTCCTGTGGTCAAAAGCTTTTATCCTTCTCTTCCTCACCCCC TTCTCTCAAACTAATTACCACATATAGATGCAGCTGACTTTGACTTACAAGTTGGTCATA AAAATGACTGAAATCATGTAGGGCCTTTACAAGCTACTGCTGTCATTGATAGTCTTATGA TATAGATCTATGAATCTAAAGAATAGTGGTGTGTAAAACCAGACCAGTGTAGTCAAAGGC ACGTTTAAGCCCTGAAGCGAGGCTCAAAACGTATTGAGCTCTTTGCCTCGTTTTATGTGC GCTTCGGTGTTGTCATCGAGGTTCTAAAACAAACGTTTTCTTCCCGATGATCCTCTGCTA AATAAGTGAAACTAAACAATTGATATTTCACTTTATCATAATTGTTTTTCATTTCTTTGG TCATAAACATATAAATTTGTATTTTTTTTCTTCCTTTGAGCCCTTTTTCATTAAAGCCCG GGCTTTGTGCTTAAAGTCCCCACGGACCTTAGAGCTTTTTTGTGCTTTTCGCCTTCGATA ACACTAAAGCAGACGAGAATAAGGTTTTAGTTTTTTTGATATCATCTGAATTTGTGCTGT AAAGAAAGAAAATGGACCTTGAGTTAATCCCCCAAAATAGACATTTGGTGACCGAGGCAA ATGTAAGGCTAAATTTGGGGCACATGATCCTGTTTTCTCACTGTAAAACTAGGTATTTTA TGTATATATTTCATAAAATTGGTATAATGTTCTCTTTTACTACTATTGCTACAAGAAAAC TAAATTGTGCACTTGGTTGAATGTTGTTACCTAGAGCTAGAGGTCTAGGTATCAATTCCC TCTTAATACATTTTCTTCTTCCTTTTTTAAGTGGTAAACCCGTGTTCTACGAATCCTAGA TTTGTCACTGATTATTGAGGATTATCCAAAGACTATTTAAGGAGACAACATTCCATTCCT TCAATCAAAGTGCGACACTTAACATCCCAACACTTCTAGGGTACATGTGGAGTGTGGACA ATATGGCATAGAAGTCCAATAATAGCGAATGCTAAATGTCAGGTGTTGAATATTATTGGC ATGTTACTCCTTAATAACTTCCTTGACGATAAATATGAAGCGGCAACTCAATTACCTGTC TAGGGCCAAAAACACTATTTGACACTGTTAAATTTCAGTTTATTAATCTGAATCTTCTCT TCGTCCCTGCAGATTCCTGAAGAAGAGAAGAATCTAGGCCCGAATGCTCGTTTGATTCAT GTGTATCACTTCAGTAAAGAAACTGCACAAAACCAAATGGTAAGATTCTCTTCCCCCGTA TCCTGACCCACAGGGAAAAGGTGAACGAGAGAAAGGAATTTTGTCTCATGCAGCTTTGTT TACTTCTTGACATTTGAAACAGCAAATTCAGAATTTTGGGGAACCTTTCCTCTTGGTTAT CCATGAGGGTGAGACTTTAGTTCAAGTGAAGGTGCGAATACAGAAGAAATTGCAGGTCCC AGATGAAGAGTTTGCTAAGGTACTTTGCAACTTGACATTGCTTCATCTTCCTATGAATGG CTATTATACTCGAACCAATTTACTATAATCGCTTCCTATTTTTACTCGTTTATTGGTTAG TACTTGGTTTCCTTTATCTTATTTTGTTTGTTTGGGGGAGGGGAATCGGGAATGGTTTGG ATTAGTATGTATGTAGTTGATGCTTGGTTTCTTATTTTCATTTTATACAACTTTCAGTGG AAATTTGCATTCCTCTCACTTGGTCGTCCTGAGTACCTTGAGGACTCGGATATATTGTTC AACCGTTTCCAGGTACTAAACACCAACTCCCTCCACCGCTAAAATTCTCACTAAATGAAT CTGTAATTTTGCATCTTTGGATCTTTTTGTTAACATGCAGCGAAAGGATGTTTATGGTGC TTGGGAGCAGTATCTTGGCTTGGAACATTCTGACAATGCCCCTAAAAGGATTAATGCAGC ATATCAGGTAATCTGAATGTTCGGTTCTTACTCGTGGGCATACTCTGTAATTGGTAAAGA AGAAAAAAATTAACTGCTTTAATACATAAAGTTAGTTCCAGAGAGAGATTTGACTCGTGG AGTGGACTCTTGAGGTTTCTCTATCATGACTTTGGTGGGTTACGAGACCAGGAGTTCTCC TTCTGTGCAGCCTATGTTCCATAGTTATCATTACTCATCTAGCACTTCAGAGAATTTCCA TCTGTTGAGGATGAAGACAAACTTCTAATGACTTTTTAAGATTTATTTGATTTTCTGTTG AATACCTCTGCTTCTATCGGCGCTTCGCCTGGGAGCATAACCTAGTTACATTAGTAGAAT CTCTGGAAGGAATTGGAGAGATCAGATTTCTAGTATAGAATGCAAAGCTGGCTTAACAAC CGTATAAAATGTTGATTTTCCGATTGAATGCATGTACAAATTGCAATGATTTACTTCAAT GTGCTCCTGCTCTACCGTTTCTTTGTTTCTCCATGAGATGAACTTTGGTTACTGTGAATG TCTCTAGCTGTACCTGTCCTTACTCTACTGTATTCAAATAAATGGGAGTGGACCTCCTCA TTTCGTAATAATACCTACTCTTTTCTTCCATGTTGCAGAATCGCCCGACGTACGAGAAGC CTGTTAAAATTTACAACTAGTAACGCCGCTGAAAATGAAGATTGTGAGATGGTTCAAATC TATGATTGACCATTGCATTTGTCCCTGAAGTTAAGAAGCCAGTTCGAGTCTGTACAGGGT TTTATGATTTTTGTTACTGAAGCATCTTGTATTCTGATATGGATGTGAAGTTTGATCCTA ATGCAGCATCCATATCTCAGTACTTGAACTCAAGTGATGCGTAAATGGCCCATCGATAAC TCTCTCTCTGTTCTAGTGTAAGTTAAGCGAGCCATACATTGGCAAAGAATTTTGAACAAA TGAATGAATACATAATATATTGTGCTTGATTCAGTTCTGACTTTTATCTGAGGAGAAGAG TACTACTCAGTTTTCTGCCATTTTTTGGGCTCTATAGATGTGATTATTTCTGGTAGAGAT TTTGAGGTTTTTCCCTCTGAAATTGTGTAACCTTAAGTTTGGTAATTTCTTGCTATTGTA ATTAACCAGTAATTAAGAATGACAAATTGTTTGTCACAAGTATCTGTTGAGTTTTTTGTT TTTGTTTGTATCTAGAGCTGTATTTGAAAGGAAACGATGGATAGATACAAGTTTTTCTCC AGTTCTAAAGTTCTCATATGGTGTATGGAACGCGACTAATTTGGATTCGTGTTGAGATGT TCAGTAAAATGCTTTTTGTCTATTAAATTGCAAAATCTCTACTTGTGAATTTTCATTAAA TGTTTTCTAATTTTAATGTTCTCTCGATTAAACATAATAAACAGAGTTTTGTGAATATCT GTATATATATAAAAAAGAAATACTAAAAATTATAAGTCCTTTATGTACATTTAAATTTTG ATTTTTCTTGGAAAATACAGATTAATCCAATTTCGAAACGAATATCAAACGCCTAAAAAA AAGAAAGGAAAAAAAAAAGAGAGTGAACATAAAGGAAGCTCTGAGCTCCACATATTAACT TCCAATGGCAACAATACTCTCTCGCTCATCACTCTATCCCTTCCATTCTCTCTCTTCTTC AACAACAATTTGTTCATCCTTATGCCCTTTTACTTGCTGTCCTTCTTTTCCAACAAAGCT TGAATTCCCAGTCTTGTCAACATCATGTTTTTCCCAATTTCACCAATTTTTCCCTTTCCC CACAAATCATCATCATCCCATTTTGCTCTTTGTTGGTTTTGATTCTCCCCCTTTGGATAC TCAAACTTTTCTTGCCACTATCAGTGTTTTAACTGCCATTGCTCTCTCCCTCTTTCTTGG CCTCAAGGTAAAAAAAAAGAACAAAAAAAATCTTATCTTGATTTTTATCATAAGGTTTCA TAAAGTTCCTTTTTTTAATTGCTTTTCTCAAAGATACTTGCTTTCAGTTTATGGGTCAAT TTCTTTATCTTGGGTGTCATAAAGTTCCTTTTTTTTATTGATTTATCAAGCTGTTTAAAG TTTTGTTAAATTTTAGTTTATTTGTTATTATATTTGCAGGGAGATCCAGTTCCTTGTGAT AGGTGTGCTGGGAATGGTGAGCCCTTTTATATATTTTGGTTTTAATTACTGTTATGTATG TATGTTTATGTGTGTGGTCTATGTGTGTGTGTGTGTGTATATATATATATATATATGTTC TTCATATAGATTGATGTAATTGAGCTAAGGAAAAACTATCTGTGCAAGTCAAGTCCAACT GTTGAATTAAGAATCTGTTATGGATTCCAAGTTGTAAGATATCTCAGTCCATAAGCAATA CTAGTTAAAAAACTATTTCAGTGCTTGAAAGGTTTCATAAAATCGTGTAAGAGTTGTTAT CGTGATCAAAACTAGACAAATGACAACTTATTGATATGGTAAAGCTTTACAGGATTGTTT ATAAGCTATAACGTAGCCATTTGACGCTGTATCAATAACTAGTAAGATGTTTTGGATCCT GCTTTATTCGTTTATGCAGGCAACTATTTTTTCGGATTTTTGATATATAACTCTAAACAA GCGGATTGATAAATATGTTATCTTCATGATGGAGTGAGTGGAAGGGCATGTTTCGATTAG CTAGGCATGCCTGGCAAAGGCATGTTCAGGATGTGGTGTGAACTTTTAAATTTATGACGT ATTTTGGATATCGATTTTGTTTTAGGATTTTATTATGTGTGCTTCATCATGAGAAATGCA ACAATCCTGCAGTCAATATACAATAGATCAAAACTATAAATAATAAAAGCAAAGTCTAAT ACTTCCTGCAGTCTTCATTTCTTCCCTAGGCTAACAGCTTCTAGAAGGTATTAACGGAGG ATTGTTTGGAGAAAGGTGCTAATGATTCTGTTAGTAATCGTTGAGAGCATACTGATGTTA TATATGTTAGTTTCCGATTAGCTGCAAACCCAATGGTTTGAGATTAACCACTTCACCGGT GCACTAAGTGGATTGCTGACCCTCGCTTATGGGCTCCGGATCTCCATTTGCCCTTTGGAC CATTCTGTATGGATTGAAGCAGTCCTCGAGGGCGTGGTTTGAAAGTTGAGTAAGGTCTTA CTTTAGTTTGGCTACAAAAGGTGTGATTCTGGTCACACGCATTTTGTACTAAAGGGTGAG AAAGTGAGCCAGATCATAGTAAAGACCTTTGCTTCTTGTTGTTGTTTTCTTTCTTTTTTT ACTTAATGCATCCCCAAAAAACCACCCCTCTTTTTTCTTGAAGAAAGGGGGCAGCGAGAG GAAAGTTTCGATATCTTTCTCATGCAGTCAATTCTGTTTTAGTTTTTAACATCACAGATG AAACTATCGAAAAGGTTTAACACAAGCAAATAAGTGTACAGCGATGTGCATATGCTCGTC TTACAGATTTCATTATGCTGTCGTTGTTCTTCCCTTTTCGTTCCTTAAGGGCAAGAAGAT TCAAGTTACTAATAACTTTGTTTGGATGTGTAGGTGGGACAAAGTGCGTGTTTTGCAACG ATGGTAAGATGAAGAAAGAAACAGGATTAGTAGACTGCAAAGTTTGCAAGGGTGCAGGTA CTATTCAGCTGCAATTTCTTCGCGCTACCAATTTTTAGTAATCGTTCAGTTTGGAATACT TATAGCATGTCTAACAGATTTAGATGAACTCTCGAATTTGGATTTTAGATCATATGAATG ACATGAAAGAACTTAGATAATCCTTTCCCATCTGTCAGGCTTGTATATACCCACGCTCCT GTTTATTATTTTCTAGAACCTCAGGAACTATGTTTCCGACTCACCCTTGGCTTTCTCCTT AGGTTTGTCAAGCCAACCTGACATGTTCAGATTGGAACACCTCGACGATGATGTAGTCAA ACTAACATTTTTTCTCGAGTAGAATGCATCGAACGATCATTATAATAATTTTTTTATTGC AGGATTAATACTCTGCAAGAAATGTGCTGGTTCTGGATACTCAAAAAGGCTATAACATAT ACTACTTGTACTCTTTTTTCCTCTAGCTATTGACTTGTGTTCTGAGGCTAAATCACACAT ACAAGCTCACATATGAGGCTATCTCATTTTGGTTAAATTATATATTTTTCTTGAAAAAAG AAGGGTTACTAGTACTTTTAATCCCTCGATTATTGGTAGATTATATCTGTCTAAGCACAT TTAACCTTTAGTCAATTGAATGTTATAGCTCATTACAATATGATGTATTTTGTCAAATAG CATTTGTCTTCACACAAACTTTACAAGTAATTGTTTTGCCAATTGACTTATTTTTCTTTG ATCATCATTTATTTTGTTCCAAACCTAATCCATATGTGACAAACAAATACAAACTTTGAT TTTATTATATTCTTTTTGTCTTGCTTATCATCATCAAAATGGAACAAAAAACCAAAAAAA AAAACCACCCTCTATTAACTTTTCCTTTGTATTTTCTCCTATAATCCTCTATTTTAACAC ACACTAAGGCACATTATCATACACTAACAATAAAACACATTGAGAGTTTGTTTGTGTATA TGGAGGATAATAAATATGAAGTTGAAGAATGTAGAGGTGTACTTTGGGTATATAGTGATG GAACTATACTTAGATTAACTAAGCCAAGTTTTGAAGTTCCTATACATGATGATGGCTCAA TTCTTTGGAAAGATGTTGTGTTTCAAGCCATGCATGATCTTCAACTCCGGCTCTACAAGC CGGCTAACCCTACCTCATCGGCTAAGCTCCCCGTCTTCTACTACATTCACGGGGGTGGTT TTTGTATCGGCTCTCGTACGTGGCCTAACTGTCAGAACTACTGTTTCAAGCTAGCTTCCG AGCTCCAAGCCGTGGTTATCTCTCCTGACTATCGGCTTGCTCCTGAGAACCGGCTCCCAG CCGCTATTGAAGATGGTTACGCGGCTGTGAAATGGCTTCGGGACCAAGCCGTGTCTGACG AGCCGGACACGTGGCTTACGGATGTGGCCGACTTTAGCCGAGTTTTTATTTCGGGTGACT CGGCTGGTGGCAACATCGCGCATAATTTGGCACTACGACTTAAAGCCGGCTCAGCTGAGC TGGATCCAGTTCGAGTTAGGGGTTATGTTTATTTGCTTCCTTTTTTTGGAGGGACTATAA GGACAAAATTTGAAGCTGAGGGGCCTAAAGATGCTTTCTTAAACATTGAGCTTATTGACA GGTTCTCAAAAAAATTTCATTGTTTTTATTATATGTTATATTTATTTTTTTCATAAGCAA ATAACTTCAATTGCATTTGTTTTAAATCATAATTTAAATAGTTAAAAGATAGAAGAATAA AGATTGTACTAAAGTTATGACAAACTTGTGAATAATTAAAAAAATATGCAAAGTATGTCA TTTTTGAAAAAAAAAAAATTACGAGCGATTTATTAGTAAAATAAAAGAACAAATATTGTA CTTATATTGTACTTGATCAAAACTTGTGGACAGTTAAACTCAAGCAAGGTCTTTGACAAA CTTTTTTTCGAACCCCCCCCCCCCCCCCAACCAATACTGTGAGAACAAAAGTTAAAACAC CAAAAAATGAAATGAACTTGAACCTATTTATCCAAGGACAGTTCGATGCACAAAACATCA TGTATTAGCTGGATAAGGGAAAGGACCGCAACCCAAAGAATGTAATACGTAGACAATCTA TCCTAATTCAAATATTAACGGAATATTCTACGACTTGAGCTTGTGACCATTAAATCGTAA GTTACATGTAAAAGGGCTATTTTCTTAATTTGTGTGCTATTTTTGTCAATTATAGGTTTT GGAGGCTATCAATACCCATTGGATCAACCACTGACCATCCACTTGTGAACCCCTTTGGGC CTAACAGCCCAAATTTGGAAAAAATTGATCTTGATCCAATTCTTGTGCTTGTTGGAGGAT GTGATCTTCTTAAAGATAGAGCCAAAGATTATGCAAACAAATTGAAGAATTATGGAAAAA ATATTGAATATGTGGAATTTGAAGGACAACAACATGGTTTTTTCACTATTAATCCTAATT CAGAATCTTCAAAGAAGTTAATGCTCATAATCAAGAAGTTCATTCAAGACAATTCTTCTT AAGATTTAAAAAAATAAAAATTGCCAATAAAATTTGTTATATTTTTATTAAAATGTAATT CTTCTTTTTGTTTGATTTGCTTTTTGTTTTGTTGTAATGTGTGCATTTTGCTCTATATGT AGTAGTTTAAATTAATGGGTCTTTTTTATATTATTTATGAGTGTGAAGTTTTGGTCATGT ATGCAAAGTCATAGTCTACATTATTAGAGTATTTGTGAATCAAAAAATAAAATTTTGTAA TGAAAAAAACTAGAAGATGAACAATATTATAAAGTGATATAACAAGGATATCGAGAAAAA TTATGATATATAAATTTTAAGTTCATGTAAAAATGATGAAAGTTCAGAATAAAAGATCGA ATTTTAGGTGTATACGCCTTTAGATATTGGGATGTCAAATTTCACGCTTTCAATGTTTGA ACTTCAGACATACTGTGTCAGATCTTTTTAGTAATGTAAATAGAAGTTTAAACTCTTAAA TTAGAGTACTAAAGACAAATTTCAAATACAAATCGACAAGATTAACTTCAAACATTTACG TTAAAAATCCGTATACGCATGAAAATTATATTCATTTAAAATGAATTCTCTCTTTTCTTT TGGAAGTGCCTTGAACAGTCTGAAAGGTACCAAGCATACATACCAAAACAACCGGAGATC AGTTTTTCATTATTAAACAAACTGAAAGTCTTTGAGAAAAGTAAAATCTTCTTTAAATTT GACATTGGAATAGATAGAATAACAACAAATAACATCTTTCTAGTTTGTATATTCATCGAA CTCAATCTCGTGAAGTCGATTTAAAAGTGGCTAAATTAGCAAAATTTCATACATTGTGAC TATAACTTAAATAGTAACATGAAAATTGGCTCCATATAACCATTCAAAATTTTCAAAATT CTTCTCAAACGGTCTCTTCCTTCTTCTTCTTCTTCTTCTCTGCATTTTGAAATTCACCCC CACCCCCCTACCCCCACCCCACCACCCCACCCACCCCAAATCTCCATATCTCTTCCTTCT TCGTTCAACAGCTAATTGAAATCTCCATTTTTGTTTTGCCCGAAAATCTCTTCAGTTTAC TGAATCTGAAAACCTAATTGTCAGAAAATGCCGTTGTTTTCTGAGCCTCCGAGTGTTGTT AAGTCCAGATTCGGGTCACTAGATCAATCTGCAGCAACTCCGATGGATACTGCGTCGGTG ACGATGTCGTCGGTGAAGAGTACTCCTAATCTCAGATTGTTCAAATCAGCTGCTAAGGAT AACAGGGTTGAGTTCTCTGAGAACAAGGATGTGGTGGAATGTAACCGGAGTTTTGAGTTC CGTGAAGATCCTTCGTTCTGGAAGGATCACAATGTTCAGGTAATCACTCTCGTTTTCATA AACCTCATTTCTAAAAATGATCAGTTTTAGAATCTGTACGTAGTAAGAAATTTGGACTCG TTAACACTAGCAGCGCTAGGATTTTCACTAAGGAGTTTAAAATACGAAAGAGTAAACAGG AATAATCCAAAAAAGGGTTCAACTTGTACTCTATATACATGTTGAATGAGTGAGCATCTA ACTATTTATGTTCTATTGATTAAGACATTAAATGAACATTTCTGGTAAGGTACACTTCTT TTTTTTTTCTTCTAAATTTTGTTTTTGGGATTGAGGCTTAATCGTTGTTTCAGAAATTTG GAGGCTTTCTAAGTTGTTTCCCAAAAATGATTCAACTTGGAGCAAGGGTCAAAATAATCT AAGCTTAGTTTTGATTTAGGACCTCTCATTCATTGATATTATGAATTCGAAGTATGTATA TTCAAAGTTATATAAACTGGATGTTTAAAAACTAAAATGTTCTCAGATATGGTCCAGAAA TTCACAGTCAAATAAAAGTTTACCATAAATTGAAAATTCTGTTCAGTGAGTTGCTAACCA TCTGACTATTAGAGTTTATGGTTTATATTAATGAATCATAGAACTTAAATTACTCATGAA GTTGGTTTCATCTGTATGACTTATTTTATGCAGGTTATTATAAGAATACGCCCCTTGAGT AACTCTGAGATATCTTTACAAGGACATGGTAAATGTGTGAGACAAGAAAGCTCTCAGACA ATCACTTGGATAGGGCACCCAGAATCACGTTTTACATTTGATATGGTTGCTGATGAGAAT GTCACTCAGGTTTGCTTTTCTCGGCTATTGTCTTTCATTTTTCATGTATCTTTGGTGTGG TCTGTTCTCATTTCATTACATTAACTAACAGGAGATGCTCTTTAAAGCTGCTGGAGTACC AATGGTGGAAAATTGCATGGAAGGCTACAATAGTTGTGTGTTTGCCTATGGCCAAGTATG TTGCTCAGTTACATGGCTTAAGATCTCAGATATCAATTTTCATGTCGGAAATGTTAAAAA GATTTGAACTGTACACTGGTTTTATATTTAGAAACTCTACGTCTCTCTTTGTAGACTGGA AGTGGAAAAACACACACCATGCTTGGAGATATTGAAGGAGGCACCCGAAGACATAGTGTA AATTGTGGTATGACACCTAGGGTGTTTGAGTACTTGTTTTCAAGAATTCAAAAGGTACGG ATATTGCATTTGTAATAAATGATTATTATCTTTTGTTTTATCAAAATTTTATATACTACC TCACATTGTGGACCAGAACCACAGATGACTTAGTTTGAGTAAGCAGGTTTGTTTTGATAT AATAATGAGAGGAAACCTTGATCTTATCTGAATGAATCAAATTATTGCCTATGTTATTTT CATATGGAAAATTAAAAATTTGTTATTGATCCACTTTAATGTCACAGTGTTGGGTATAAG TATTAGATATGGGTATGTGTGAAATTAATATAAGTTCAACTTCTAGCTGCTTGTTTCTTA GTTTTCTCTTCCTTTTTATTTTTATTTTTATAATGAAGTCCCTATATGTGTTGGTTTGTA TAATATAGATGCACCTTAGATTACTTCTTGCCTTCAATTTTAATGTAATATTTTCTTTAT TGGAATAAAAGAGTGATCAACCTTTAACTTTTAAGGCTAAGCTTATGTTTCAATTTCAAG TTTGATGATTTCTTTCTTCTGGTCACAGGAAAGAGAGGCACGCAGGGAGGAAAATATAAA GTTCACTTGTAGATGCTCTTTCTTAGAAATATATAACGAACAGATTCTCGACCTTTTGGA TCCTTCCTCGGTAAACTTGCAGGTGAATGCCAACATTTTGTCTAATTTGTTAATGAATTG AAATCTTGTCCAAATAAACATGGTTTTTGTTTCTGCCTATGGGAGTTATATATTGTTCAT CATACTTCTTCCGGATATTGTGCATCATTTTTAACGAGGTGAATTAGTGTCCTATCTTTT GTTGAGGACCTTGGAATTAGTGAGCACACGGATCAGTCCAAATTGCTGCTCACTATCCTG TTCCGTAAGGTCCAACTAGGTACTCCACAGTGATGCATCAGGTCAAATGAGGGACTAATG TGTGGTTAAGGAATGTGTTCTGACTTGCAACATCCAACTAGTATAATATTTATATTTATC AATGCAAATGCAGCCAACATATTGAACTAAAGAAAATGTGTGCAAATTGCTTTATCTAAA ATGAATATTTGCAAAGTGCATAACTCAAATGGAAGAAGACAACTGAAAATTTTTCTTGTA CTCTTACAGATAAGAGAAGACACTAAAAAGGGGATTCATGTAGAAGATCTCAAAGAAGTA GAAGTTACGAGTGCTCGAGATGTGATGCAACAACTTCTTCAGGTATATTCTCACCCTTGA GAATCAATTATCATTATTGCTTGTGAAACTCTCTAGTGTTAACTCCACTTAAGAGTAAAG ATAAGGAAAGAAGCTGTTGATAGTTCTTGAGGTGATTATACAAGTCCATATGCACATGCT AAAGATTTGGAGATCTAAATGTGTTCCTCAGAACTGATAAATAGTCAGTTTTAATAAAGT TAATATTGTTACTTCCACTAATCATTATGTTTCCTAAGCATGCACATATTTGACATGAAG AGAGAGAGAGTTGGCAGGTTGTATCTTTTATTTGTTATACTAGCAAGCGGAATTGTTGGA GATGAAAAGTTAAAGGGGTGTCCACAAGATCATTGTTCCAGATCCAACCCATCTTTTTGG TGGATATCCAAACCAAATAGTGATGAAAGGTTCTTATTGTTCCCTGGGATTCTATGAAAA AGATCATATCTGTTTTTGACCTTGTTTTCTTAATCTCTTACTATGACTTAAGGTTAGTTT ACTTATTCCTGTGGAAGTCCGTCTAGGACACTGATAATAGAACTATTCGGGTATGAGGGA TATACTTGAATACTGCAACTCAAATTGTGCAGTATTTTCTTCTTCTTTCTTCCTTATATT TTCCATTAATTTATCGATGGTTAAATAAATATATTAATGATAAGGTAAAAATAGTGCATA CAGAGTGCTCTAGTTTGGAGCCTTGTAATTTTTGAATCAAGGCATTCAGCACTAACTACC TTGTAACCAGAACTGCATATAAATGTAGCCAAACTTGACCCAAGTTATTGCAGTGTTTAC CAGATTGTCTTTTGGTACCACCATTAATATGCCACAACCTTATACTAACCTGACAGTTAT TAATTTTAAATGGAAGATCATAAAGAAAATGAGAGCAAAGTTAAAATAATTGCTCAAAAA ATTAAATGCACAATTTTTTTGTTACTTATGGTTAGGATGATCATAATGTTCTTGTCATAA CAGGGTGCAGCAAACAGAAAGGTAGCTGCCACCAACATGAATCGTGCTAGTAGCCGTTCA CACAGTGTATTTACGTGTGTGATAGAGAGCAAAGTAAGTTCTATATCTTAATTTGAGCCA TCAGATTTAGTCTTTTCTTACCTTATTCCCTCCACACTGGTACATAAATTTACACATAAC CTGTTTGCAGTGGGAATCTCAAGGAGTAACTCACCACAGATTTGCTCGTTTTAACCTTGT TGATTTGGCAGGATCTGAAAGGTAAAGGAGAATAATTATGCGAATATGAGAAGATATCTT ATGCTGAATTTTTCTTTTAACTGCAATTGTGAAATCACAGGCAGAAAAGCTCAGGCGCTG AAGGTGAACGTTTGAAGGAAGCTACTAACATCAACAAATCTCTTTCAACATTGGGGTAGT TATTATGTCTCATCCTTATTCCTTTATAGTTCTTCTGTTCTAGTCTTGTCTTTCTAGTGC AATACTCATCCGGTTCTTTTTGTGCAGATTAGTGATCATGAACCTGGTTAGCATATCTAA TGGGAAGTCACACCATGTTCCCTACAGAGATTCAAAGCTCACATTTCTACTCCAGGTGAA TATAGGTGTATCTTTGCTTTCAAAGGAGAATCAATTGTTTTCTCTGTGAGTTAATCTGAA GGCATCCAGAATCTCTTGTGAAACGCACTAGTTATAGTCGCATTTTGGATGTGTTTTGTA ATGAGGAGCTCTAATAATCTTCTTACTGCTATGCACTCAGATATTTAATTTTCTAGTTTT GACCTGTTGCTCTGCACTGATTATTAATAACAACATTATGAAGATGGTCTTTGGATTTGA CATTATATTTCTTCCCTCTTTCAGGATTCGTTGGGAGGGAATGCAAAAACATGTATAATT GCAAATATTAGTCCTTCCAGCTGGTATGCAATTTTTACTGGTCACCACTAGGATTTCAAT TTAATGGCCTTAAGATCAAACCCCTTACAAGTGCTGTCATTTTGAAGCAAGTGATTCTGT ATTGTATAACACTTGATTGGACTCTTGCAGTTGTTCATTGGAGACTCTAAGCACATTGAA GTTTGCTCAACGTGCCAAATTCATCAAAAATCATGTATGATATTCTTGGACACTAGTGGC TTTCTTATGGTCGTTCAACTAGCAAATCACGTGATCATCTACTAACCTCAACCAGTTTTC AAAGTCCTTTTTCTGTGAAATCAACTAAGAGAGTATCACCTTTTCAATTGGGTATTTAAA TAATCAGGCAACTATTAGCAACAAATCTGGATATACCACTTTATCTGATGTGTATATTAT GCATTTATTTTCTCATTTCTCTGTGCATAGAAGTTCTCGAAAATCTTATTTTTGTACAAT ATTTGTAAAGATATGTGCTTTCAGTCCTTACTTTCCTATATTCTAATAAAAGTTGAACAG TTTTCCTTATGCCCTGATGATCATTTACTTTCCCAGGCTTTTGTAAATGAAGATGCTTCT GGAGACGTTCTTGCAATGAGGATCCAGATTCAAAATCTGAAGGTATTCTTTTGCTTGAGA TCCATCCCTATCTTCCATGTGTTTTATTTTCTGTTGCTTCATTTTCTTTGTATCTTCCTA TTTTGCTGTCATATTTTCCTGCTACCATGCTTCAAATTCTTTTCTTCTCTGCTGAACCGA GGGCTTATCGGAAACGAATTCTCTAACCCAGAAAGGTAGGGGTAAGGTCTGCGTACATTC TACCCTCCCCGGATTACACTCCACATCGGCCAGAAATGACCGAAAAAAACCCTGCATAAA GAAAGAGAACATATTAACAAAAGAATTTTATACCTCTGCAATGACAAACAAGGAGAAGTT ACATTGATTGAAAAATTACAGCAAGTGACAAAAAAGACATCCTTTTAAATGTGCTCATGT GTGACATGCTAGTTGTTTATGCCACTGTGAAGGGTTTTAGTGATACAATGAGATTTACAT CACATAGGTAAAACATTTGAACAACCTTTGTGAACTTCCGCCTTTGATCCAACATGTACC TTTGAATTTAAAATAAGTTCGCATTTATTGCTCCCATTCCCAGCTTCAAAATTCAGATTT TAGTTTCTTATGCTGGGGAAAATTTGGAAAAGTGTTTTCTGTTACCTGTGCTCTTAATAT CTGTAATTCTTAATGTTATATGCACCTAATTACTTTTCTTTACCTCTCAGAAAGAAGTAG CTCGTCTTCGGAGTGTGGCTGATGGAGGAGTTGAAAACCATGAAAATAATGCTTGGACAG TTGCTTTTCCGGGATCGCCTACATCTGTTAAATGGGAAGGGCTTCATGGATTTTCTAGTC CACTTACAGCAGATAAACGGGTGTCAAAGGTAGGTTTATCTTAAGTTGGCTATGAGGAGA AACATCTACTCCAAGAGTGGATCTGATAGTAAAGTTTCTTGTAATTTCAGAAGAAAGACT ACGAAGTTGCCCTTGTTGGGGCTTTTAGGAGGGAAAAGGATAAAGACATTGCATTACAAG CATTGACTGCTGAAAATCAGGCAGCAATGCAACTGGTATGTTTTATGAAGTTTTCACTTC AGTTACTCGACTTGGCATTTTTATATATGCATAGGTGTCAGTAAGTCTTACGAATGAGGC TAGACGGTTCCAGTAAACTTATTCTAGAATTCTGCAAACCATAAACACTAATAGGAGTTG ATCGACAAATCTGCCCTGCCCGGTAAGTCTTACAATTAGGCCATAGGGTTCCAGTAAACA TAACTCAGAACTCTGGAAAAACCATAAACACTATTAGGAGTTGATGGACAAATCTGTCCT ACCCCAGTGTTTAGGGATATTCCAAGTGAAATTGGTTTTCTGGATTTCCTTTCTTGCACC CAATCAAGCTGTGAGGATCTTCCGATGTCAATGTTACTCTCTGTGCTAAATTGATTAGGA TATAGACCTTCAAAAGTAGACACTGCATGATCTGAATTTCATATAAACCAATTTGCAATG TTGTGTCTAATCCAGACCAAACAAAGGGAAGATGAGATACAAGGTTTAAAGATGAGATTA AGGTTTCGAGAAGCTGCTATAAAAAGGCTCGAATCAGTTGCTTCAGGAAAGATATCTGCT GAGATTCATTTGCTAAAGGAGAAAGAGGAGCAGTTGAAGGAGATAGAGGTCCTACGGAAT CAGGTTGATCGTAACCAAGAAGTTACAAGATTTGCTATGGAGAATCTACGGCTAAAAGAA GAGATCAGAAGGTATGTTATTTATCTTTTAGTTATCGTAGAGTGTACATTTTCCTTTCTT TTTCTGAATGTTTTGATCATACTAGTCACTGAGAAGCAAAATGTTTATAGTTATATTAGG CAAGGCTATGTCTTGCTACACTGGTTTGATAATTCTTATTTGTTGGTGATGTAGATTGAA GTCATTTTATGAGGAAGGTGAGCGAGAAAGAATGAATGAACAGATCATGATGCTACAAAA TAAGGTTAAAGTTGACTTCTTCCTCTTCCTTGTTGTCTTGATTCTTCTTTTTACTCTCTA GAGAATTTAATCAAGCAATCTGCGTTTGCAAATCTGAGAATAGGAATGATTTCCCAAGTC TTTTTATTCTCCTTTTGTGTTATTCATAACTGATCCCTTAGTCATGCATGATACAATTAT TTCCGAAAAAAGCGCACTGCAGAGAATTGTTTAATCAATAACTCTGGTCAGTAAAGTAAA ATTTCTATCTTTTACTTCTTGATTCTGCTTCAAAGAATGCATTTCAAAGTCCTTGGCAAT TTCTTTTTTTCTTGATCAGCATGTCTGGGATTTCTGTCAAATACGAAAGTTGTTAGCATG TTTTGCCTAATGGTTCTCTTTGATATGCAGCTGCTAGAAGCACTTGATTGGAAACTTATG CATGAATCAGATCCTGCACCGGTTCAGGTTGTCCTAAAAACTCCATTAGGATTTTAATGC AGGAACTCATTTTTATTGTTCCAAAAGGAGCTTGTCATTTGTTAAACTGTAGTTTATTTT CTATTTGTGTTGTAGAAGGGAAGTTCAGAGCTTGGTATGCATATTGAGAATGACCTGAAT CTACTAACTTCATCTCAGGTTTGACAATCTTAGAGTAATTGAAACTGTGATTTTTATTTT TTTGTCTTCGAAAATGCATCAAATTTGAGAGAAGTGGGGTTATCTTTTAATCTTATTTTT GAATTTATTTCTTCATGTTTCTACTTGCAAGTGAATCAAAGTTTTGGATCTGATGTTGGA GATCATTCTGCTTTTTTTGAACCATACTGAAATATTTGCTTTTCTTTATAATTTCTGCCA CACCTAGGCTTCACCTTGGCGTACATCAATAAATGAGGAAAATGAGTTCCTCCGAGTTCA GGTAATATATCTTTTCACCTGACAACGAGCTTAAAATAGTACAAATGAGTTCAGTGGTTA TTTCATAGCTTATTCACTATATAACTGCTAACAAGACAATTTTTATCTTTTAGGCAATTC AAAACCAATCAGAGCTGGATGCACTCCATAGACAACTTGTTTTTTGTGTTGGTGAGAAAG ACAAATTAGAAAGGTTAGTGTTTCTTACCTTCCTTTGTCATCTCTTTGTTCTACCTGCTT TAGTATCTCACGGTCGTAGTTGGTGGACCCCCTTCAAAATACATAAGCTGCTTTCATATA CCTATTGATATTGAGAGTTCAAATCTCCTATCTGCTCTACATCCAAGCTAAGGATTAAAC CTGTTACTTAATCTGGTTTCTTCTGGGTCCAACAATATAGTTCAAGTATTTAGGAGTCAA TTTGGATCTTGAATCTCTTTGCATTGTCCATACAGGCAACTAATTGACTTGGAGAAAGAG CTAGAATTTGAGAGAACATCTAAAGCAGTTCTGATGGAAGAATCGAAGAAGGGTCAAACT GAGCTGTCTTCGGTTGCAAATGATCAGACGCCTACTATTGCTGTCAGTGATCAGACGGAG CTAACAACTATTGTAGATGCTATAGCAGCAGCCAGCCAAAGAGAAGCAGAAGCTCATGAA ACTGCAATTTCCTTGTCTAAGGAAAATGATGAATTGAGGATGAAGCTCAAAGTCCTAATT GAGGACAATAACAAACTGATAGAACTGTACGAGCAAGCAGTAGCAGAAAAGAACAATGGG ACTGATAGAGGTCAGAACCTCCAACAAGAAAAGATTCAAGACGACAGCCAACAGTTTCTT GAACATGCTTTACAGAATCATGATTTAGATGACATTGTTTTGTCAGGGGAGACAGTAACT TCACACAGAAGCAATATTGCTGCTGACTCAGATGAACTACCTAGCAACAATACTACAGAG ATGATAGAGAATAAACCATCAGAACGAGTTGAAGAACATACTTCTGAAATATTGGGCAAA AGCGATTACATGATGGAGGAAACCATTTATCCTGAATCAACTGTAGAAGCTGTACTTAAT GAACTTGCTGAGGATCTGAAGCAGGATGTTGAAATGGAAGATAAGTCATCAGATATTTTG CATAATCCTATTTCAGAGGACCTAAGTTTGTTGAGGATGAAGCTTGAAGGAGCGCAGGAA AAGCTTCTAAAATCTGCCAATACCATAAGTATGTTTGGTTCATTAGAGAGAGCAATTGTT GAGGTTGATGAACTTGCAGAAGAAATTGAAGGACTCGAAAAGAGCATTGAAGTGAAAAAA CAAGGATACACATCCTTCAAGCTTCAGTCGTCACAAATGCTTGAAAAGAAAGTTTTGCTT GATAATAAGCTATCAGCACTAAGATACTCCGTATCAAGCTTTTCCTCATCAGTTGGTTAC TTCGAACAACGGGAAGCTCAAACAAGAGCAAGATTGAATGCTTCATCTACTTGTCTCAAC CAAAAGAAAGCAAAATTGACTCATCTTCAAGCATCTAAGGTTGAACTCCTGGAAGCACAG ATGCAGGCTAAACAGTCAGAATCAGAACTAAGAAACATCCTAGCAGAATCAAAATCAAGA TTGGAAGACGAGAATCAAAGGCTGGAAAGTGACAGAGTTCTCTTTGCCATAGATAACATT GATAAACCCGATATCCAATTGCCAGAAAGGAGTTGGCAGTTGAGTGGCAAAGCTACTGAA TTACTCAAGTCTGAGGAAGAAAAAACAAAGATACAGAATCAAATGAAGCAGATTAGGGAA AATTTGGGGATAAAGAAGAAGGAAATCGAAGACTTAAACGAAAAAAGACTGAATTCAGAG AAAGATATTGAGGCTACTGAAAAGGAGATAGAGAATATTTCGCAATCTGTAAAGGAGATG GGCAACAAGCTTCAAAGGGTCATCGGGGAGAAGCAGATGATCTTTGAAATGAAAGAGAAC GGGAAGAAAGAGTTTGAGAACATGATTCTTGAGTATCACGAGAGTATGTTTGCAGCATCG TTGAAGGAGGAAGAGTTGAAGATTTTGGACGAAGAATTGCAGTTGGAGATGAGTAAAATA GAAGATTTGCAAAGAGAAAAAGCTCTTGCCACAAGCAGAAAAACTCAGTTGCTGAATGCA TTATCGTGCCAATCATACTCTTTGTCTGACAAGGTAGAGGAGGATCTACATGACATACGA AGGTCAGTACTAGAGCTGAACTCGTTGCTTGGAAATTGATTGTTTGACTGACAGTTAATT GCCTGTTTAACTGTCAAGTATAAAACATCTTCTCTAAAAGAAACTTCTCTCTGTTGCATT GCTGCTGCCTTAATGTATTGTCGATATAAAATTCTCCTTACGCAAATGGTGTGATGTATT ACAAAACCATATTATGATTGTGTGAATAAGTTGTGAAAAAATGCAATCAAATTTTGAAGG GGTTTCTGAAAAGAAGTATTAATTTCTTTTTCCTTGTGTGTTGAAACTTGAATGTATATC TTGTACTTACTTTTGTTGCAGTCAGTTTACTTGAATTACTTGCAGGATTACGCTAGATTT GTTGTTGTCGTTGCAGTTTATAAAATAGTGGAAGTCCTAACAAAACTTATCTAGCACAAT TTAGTAGCTGAGATTGAATTACTTAAAACCACAAAATGAAATCAAATACTTTTAGGTTTT ACAATTATGAATTTATAGAATGGAAGAAAAAATCTCGATAGGGAAACAATCAGAATCATA TTATATTATGTACATATATGTCTCTTCTAAGTTGTCATCATAACTTTGAACTCATCAAAG CTGAGGACTCCATCTCCATTGAGATCAAACCTTCGAATCATAGCTTTGCAGTTATCAATG GAGGTTGATTCACCTAGTCGACTCAACATGTTCTTCAAGCTCTTAGGAGTAATGTATCCT TCTGTTTCATACATTCCAAATGCTCCCATCAACTCACCCTCTTTATTCCTCTCTTCCTCC ATTCCTTCCATCAGTTTCGTAAAATCCTCAATGCCCAATAATCCGTCCCCATCAGAATCC GATAGCCTCACTGCCATCTCCGCCTCCTCCACCGTCAGCTCACCTCCTACCGCCTTCACA CACTTCCTCAACTCTGCAGGTGACACTTTTCCATCTCCATTCTCATCAAAGTACGTAAAC ACCCTCTCTAACTCTCCCTTGTTACTACTACCACCATTGTCACTCACAGGAACACAGTTA GTAGTAGTAGTTGCTGCAGCAGCAGCAGCTCTCGTTGTTGTTGTTGTCGTTGTCTTCTTC TCATCTTCATTCCTTCTGAAATGAAACATATTTCGTAATCTCGAGAAAAAAGACTCTTTC TCAGCTGTGGAAACAGACACTGATGATACCATACACATAAGTAGAATATAGTTAAGTGAG AAAAGGGTTGAACTTTGAAATCAACAAAGAAAACTTTGGAAATTATAAGTGTTTGGCCGT ATAGTACTCTTTAAAACTCAACAAATTAAGGATATGGGAATGAAGTAAAAAAGAATGGGA TATTTATAGTTTGGGAAATTTATAATGAGTGGGAAAATAGTATTAATTCCGTGGGCTTAC CAAGTATTGAAACAACTTGTATGACCATTTGTTGTTTCTAGTAGAAAAATAAAAATAAAA ACAGGTATTTAGAAGTTTGAAAAGTAAACAGTCAAATGAATTATTGTTTGGTTTATAGGA TAAAGTCTTATCTTGAAGATTATTGAAGACTACTTGTTTGGGGGATAGACTAGTGGCATC TTATATTATATTGTCATTGCAAATGTCATATGCTTATTTTATTGATGGGTTTAATTTGAC CCTTTTAGTTCACCCCATTTTAAATTAGGGTTGATATGCTCTGTTGACTCGTGAGAAATT TTATCTAAATATATTTTTACAAAAACAAATTATATGAAAATAAACTTTGAATTGAAAACT TTGTAGGAACTATGCGGGTTGGGTGATGACTCGATTTTTTAGCTCATTTCAGTCCAACTC CTTTTATCCAGATGGTAATTAATTGGGTTAATAAACTATTCATTTACTAGCTCAACTCAT TTTTAACATTCTTAATTCAACTTAACCCATTCATTTGACCGCCCTAATCTATACACTACT TTCCTTTTATGGCATATATATCCAAAATAGTGTCCTTTCTTTTATCTATATCTATATATA TAATTTAAAAGTTTTATGGCATATATATCCAAAATAGTGTCCTTTCTTTTATCTATATCT ATATATATAATTTAAAAGTTTTATGGCATATATATCCAAAATAGTGTCCTTTCTTTCATC TATAATTTAAGTTTTTCTTTTGAGATTTTACTTCTAATTTTAGCAAGACTACACTTTAGG ATTTGTTTGTCTCGACTTTGGAAGAATGTAAAACTATTCCAAATTTAATAGTGAAGTGGT AAATTTGATGCAATTAGGGGAAATTAAGAATATTTAAGTAAGATAGGTCAACATAATATC ATGAATGAATGTGTAACGATAGTAATTATATACTTGGTTCATTGAATAATTTAACAAATA AAGAAGTAAAACATGCTCCAATTCATGAAATATGGACTTTACAAATATGAAATGAAAAAT CTCAATGAATTATTTGATCACAAGAATCCTATTTAGTAATTACACAAATATTTCTCTTTG AACTCTTCTAACATGTCATCATAATTTTAAACTCATCAAAACTAAGAACTCCATCTCCAT TGATATCAAATCTCCTTATCATAACCTTGCATTTATCAATGGAGGTTGACTCGCCGAGTC GACTCAACATCATCTTCAAGCTCTTAGGAGTAATGTATCCTTCCATTTCATACATTCCAA ATGCTCCCATCAACTCACTCTCTTTATTCCTCTTTTCTTCCATTCCTTCCATTAACTTCG TAAAATCCTCAAACCCTAACAACCCGTCCCCATCAGAATCCGATAGCCTCACCACCATCT CCGCCTCCTTCACCGTTATCTCACCTCCTACCGCCTTCATGCATCTCCTTAGCTCCATTG GTGACACCTTCCCATCTCCATTCTCATCAAAGTACGTAAATACCCTAACTCTCCATTGTT ACTAGTAATAGTAGTGGCTGTTGTTGTTGCTGTTGTTGTCGTCTTCTTCTCGTCTTTCTT CTTTTTGAGATGAAACATATTCCGTAATCTTGAGAAAAAAGATTCCTTTACAGCTGTGGA TATGGTGGGTCGTTAATTAATCAGTTTTAAAAAGAGGGATGAATTTCGACCTTGCTTTGA ATCGTCAGGCTAGTAAAACTCTACTTCTAAAACAATCGTTAAGGTCATTCACTAGATACT GACGCGATACACATGCTAGTAAACAAATATACCTTTGAACTACTTTTTCTTTTATTCAAG AAAGTTTGAATATGAGTAAATGGAGTTGAACTTGAAATTAACAAAGAAAACTATGTAATA AAGACAAGAAGTCAAGGATATGGGAATGAAGGGAGAAGAATGGGCTATTTATAGTTAATG GGGTTGAAATTTGTATGGCCAATTGGTCTTGGTAGAAAAAAAAAGTAAACAGGAGACACG TTATAAAATATAATATAAAGTTTTTATAACATAATATAATTAATGACTACGTGTTTGATG TGTGTGTATGTATGTGTGTCTTTGGGGATTGAAATCTTTATATTATATTTTAAATATTGT GATGCCAAATTGACGTGTATCCTTAACTCTTATGACATCCTAAATAATGTCCTTTCTTTC CATTTCTTCTTGGAGTTCAATTTCTAATATGTGGGTTTTTAGAGTTTTTTATTTTTAATT TTTTGAAAAATAAGTGACTTTTATCTATTTTTTGATGTTTGGTTAGTAAATAGAAAATAT AATTTTGAGAGCATTTAGTATAGTATAGGCAAATAATATGGCTAAGACTAAGACTTGAAC TCAACATGAAACTCGACCCTGACCTTGTGTCGAGACCTCACATCTGGCCCAACCCCAACC TCAACTTGAAAATCTTACCCTTAGCTCTGATCCTGACTCTTGACTCAATCCCCTAACATG GATACCAAACCCGATCTTTAATCCACGACTCAAAATTTGGACATGATCCTCGACACGACT CAGAACTTGAGCCTTGGTTTGACCCTAACTAGAATCCAAGCTCACTCTTTGGTTTTGACT TTTGAATCAATACCTAATATCAATCACGACTCTAAACTCAAACCTTGTCTCGACCTCAAC TAGGGACTCAACCCCCCACCCCCCGCCCGACCCTTATCATCCACTTTGAATCAATACTTG ATCCCCCAACTTTGATATTGACCCAAGACTCAACCATAGCTTGTGACTCGATCCTTGAAT CGAGACATGGATCTTGACCCTAGCTTGACCTCGACTAGGTTTCTAACCTATATTTTGATC CGCAATCTAATCTCGACAAGGGGCCCTATAAACGATACTCCTTTTAGGCCATATTAAGTG AACTATTGGAACATTCACATCCTTTTTTAAGAATACATTTCAGGACAAAATTCAAAGACT ACTTTCCATTATCATACCTTTTGATTATTTTAAACTATTTATGAAAAAAATAAAAACTCC CAACAATTCTCTAGATATTTGAAAATTCACTTATTTTGAACTATGAAAAAAAATATCAAA CAATTTACTTAATATGAAACCAGACTAGAGAAATACTTTTCAATATACACTATGAAAGAA CAATAATAACATATTCACTTCTCCAAGTTAGTAAAAACCAAGGAATTGTTTCACAAATTT GAATCTATGAATGTATAAATCTCAACCAAAAACCATTTATATAATTACTAGAAACAAGAA GAAATAAAATAACAATAACAAGGCCAATAGGCCAAAAGAATTATGTACACAAATATCTCT TCTAACTTGTCATCATAACTTTGAACTCATCAAAGCTAAGAACTCCATCTCCATTAGTAT CAAATCTCCTTATCATAACCTTGCATTTATCAATGGAGGTTGACTCGCCGAGTCGACTCA ACATCATCTTCAAGCTCTTAGGAGTAATGTATCCTTCCATTTCATACATTCCAAATGCTC CCATCAACTCACTCTCTTTATTCCTCTCTTCCTCCATTCCTTCCATTAACTTCGTAAAAT CCTCAAACCCTAACAACCCGTCCCCATCAGAATCCGATAGCCTCACCACCATCTCCGCCT CCTCCACCGTTATCTCACCTCCTACCGCCTTCATGCATCTCCTTAGCTCCATTGGTGATA CCTTTCCATCTCCATTCTCATCAAAGTACGTAAATACCCTCTCTAACTCACCACTATTAC TATCACTCACCGATAAACGATCAATAGTACTAGTACTAGTAATAGTTGTTGTTGTTGTTA CACTCTCATGTTCCTTCTTAGGAGTATTAGCCTTCTTTAGAAAAAACCTTTTACGTAATC TTGAGAAAAAAGATCCCTTTTCAGCCATGGAAACAGTAACTAACACCATATTAGACATGG TAGATGTAAGTAAGAAAATGAGTAAGTGATATAAGAGTTTTAACTTTGAAACAAAGAAAT CTTAGGAAAGTTATATAATTTTTTGTTGTTGAAAAAGGAATAAGAAGAATAGGGTATTTA TAGTTAATGGGGTGTATACAACTTTATTATTATTATTATAAGAAGTTTGAAAAGTAAAAG ACCAACACGTTTTAGAAAATATAATAAGAAAAAGATGGCAAATCAAGTGAACTGAAAGAG CTATAATATATTTTGTTTTTTAGGATAAAGTTTTCTTATTAAAGACTATACGTGTATGGT GTGTGTGTTTTTGGGGGTAGGGATTTGACATCTTATATTATATAAAAATTTATATTGTCA TCATAGGTGTCATCATGGTAAATTGACACACATCCCTCACACTTTAGCTAGGTCAAATAT TTGACCATCACTTGTAAAGATAATACCAATATCAATCATAAATTTATAATGTATTTTTAC ACCTTTATATTAATCTAATGATATTTTTTAAATATTCGTTAAAGCTCATGACCAAAGAAT TATGTACATGAAGATTACAAGATAAACCAAACTTTTAATTTGTCATCATAATTTTGAACT CAATATTTTCTTTAAGCTCTTATGAGTAATGTATCCTTCCATTTCATAGTAATAGTTGTT AGATTCTTGTTTTCCTTTTGAGGGGTTGTTTTTTTCGGGGAAAATTTATTTCGTAATCTT GAGAAAACGAACTGTTATATAATTACATACACAAGTTGCACTAAGTCAAAAAATATAATA ATTACGTCTCAATTTATAATAAGTTAGAAATTAAATATACAAGTATAGTGTAGAAAAGGA TGAAATTCGAAACAAAACAAAAGTTTTTTTTTGTGTGTGTGTGAGTGCTCTTTAAAAACT AGAGTAAATATATATGATGATCGATGAAATAAATTAGCTATATAAGAAGAAGAATATGAT ATATATATATATATATATATATATATATATAGGCAGTATTATATAGTTATATTAATGATT GTTAATATCGTGAAAATACCATGTATCAAAAACTTTTGCTTATAAGAGATTAACTTCTAT CCACTGACTATATGTAAGGATAGAAATAGAAGTTAATCTCTAATAATAATAGTAATAAAA AAAGAAATATTTTGTTGTACGGCATTTTTTTCTAGAAAAAAAAAATTAAAAGTTTTACAC GTTAATTATTACTATTATATACTAAATAATAAATATGATGTGTTTGGTGTGTGTGGCAAT CGTAGAAATATTATCTTAATCATGTACTTAGAGGAAATTTTTTAATATTTTTTTACAAAT TTTAATATATATTGTATATATAAATTATGGATCAACTCGTTATAAATCTTTAATTGTATA CTTAATTTTTATTTTATTCATAAATTTTAAGTTTGAATTTGTTTCTAAGCGAACGTAAAA GTATTGGAGGGCAGGAATAATATAATTAACGTGAAATGACATTTATGAATTTATTTATGG TATTTTTCGATACTTTTTAAATAATAAGAAAATTGAAATAGGCACGATTTGAACATAGGT GGGTTTTTTTTCTTTTTCTAAAAAAACTTAAATTATTTTATTGCATATTTTATTTTTTGG TTTAATTTAGGGGTTAAGTGAAATTTGAGAATTTTGACCTATAACATATTTTATAGGAAA ACTTACATAAATATACTATAATAAAAAAAAAATTTACCATTTATAGCAATAACATTTTTT TTCACTTGATCACTTTTAATTCATTTATAATACAAGTTTAATATATATTACAAAAAATAA TTTATTATTCACATAATGATGAATAATGTATTTATCGCACATTTTAATATACTTATAATA CAATGTGACAATTTTTACCAAACAAACATAAAATATTTCAAAAACAATTATAATTCAAAT ATATTGCATACATAATTTACTTTTAATACATATTACAGATTTATCACAATATTGCTATAA ATGGTAATAAATAAAAAATATCGCTAAAATCAATAATAAATTTTTAAAAATATATTAATT CATGTAATTTTTTTCTTATATAACAAACGTGTAAATAACCCAAATACGATAATATTTTAC TCCATATTTTAAGCTCCAATGTTATAGTAAATATTAAATAATAACAACATAATCATCTAA CAATTAAATATTTGGTCAAAGAATATGCACCTATAATATATAATTTCAATATATTAATCC TAAATATATATATATATATATATATATATATATATTAATCTACCGGCGCTTAATTGCATT AATATTTCTCCAACTTGGATTAAACGATTTACTTAATAATTAATATTTTCCCTTCTGGAA ATTGTCTTTTCTAAGTAATTACCTAACTTATTATACTCTAATTTAATTACTTAATCATAG ATGATATATTTTTTAAAATAGGTAATTAAATATGTAAGGTTCATGGACAGTTTGATCTGA TGTCATCGAATTAATTAAGGTGTGAAGAAATTCAAAATCGAAATATCTGATGAAAAATTA GTCATAGAATTTAAAATTTTTACTAACGAGTGCATATTCTTAAGGCAAATTTTAAATTTC TGAATCACTGAGTCAATCTCCAATATTTTATTTAGAAAATTCAAAATCTATACATATATT CATTAAAATTTATTTTACATACAATATAATTTTTTTATCGAATAAATTCGAATGAACAAC CATACCCCCTCTAAATGAACAACCATACCCCCTCTAAATTTCCCTTTTCGATAATAATTG ACAATAAATACAATGTTCTAACCAATAAATTCCAGTGGGCAAATGGAATTAATTAAGTGA ATACTTATTTTTCTCTTTTATTATGAAAAAATTGACATAAAGTCCAAACATCAGAAATAA TTCCCCCCTTTAATTTCAGTGGGCAAGTGGAATTATGATAATGTTTGAAATCATATATCA AGCTTATCTAAAACCAATCAATATTTTCTAACATTCAAAAAAAAAAAAAAATCGATTAAT TCAGATTCACGTTATTCAAAAGCTAAGGTCCTCTATTTCCAAGACCAGAACACCGTCTGA AACTTCTGATTAAAAATAAAAGTGTACTTACGGAAAACTTCAAAGGCACAAAAGCATTAG ATAAAAACTATGATATATTGCATCCAAAAAAAACAACTGCTTTGCAAAGAACTCCAGTGT CATTACAGTATTCTATGCTAACAAAACTTTGCTTCTAATGAATAACAGTATAAAGCTAAT GTATACTGAGATAAACTGTTTACACAAACCAAACATGCATTGAACTTCTACACCTTGCGA GCCAACGTCCTCTGCTTAGTCGCGAATTGTACTACTTTTTCCTCTACTGGAAGACCTTTC TTTCGTCTCACAGAATCCATGAGTTTTCTTGCTATACTCTGTGGCACACTAGCACCATCT CCGAATTCTTCTTTCTCCTCCTCGGTTCTAGGAACAAAGAAAGGATCCTCTGGAAGGGCT TCCCAGTGGCTGAGGACGAGTAGTGCACTTGCAGCTCCAGAAGTCTTTCTTCTCAACTCA TCGGCGAATCCAAAGCTTTCTGCAACAGGTACATAAGCGTGTACAGTGAACAAGGAAGAA CCTTCCTGCATTTCTTCGTTTACCACATGAGCACGCCTACGATTAAGAACTGTGTAAGTG TTGCCCAACTGGTCGTGTGGGGTGTTCAGCTCACAGAAGTACATGGCTTCAACAAGTCGA GGTTTACTCTGGAGAACAGCAGCCCTGCAGGCATCCTTAACAACGGTCATCACCTGTCCA GGTAAGAGCCCATATTGTTCAGGCTGTGGAATAGGGCCGGTCTCACTATCATTTGGTTGC GTAGCTAATGGAGATATGGAAGCTTCAATAACAAATGCCAAACCCCACATTGGCTCATCA CATAAAGGGCCAGATGCTGTAGCTAACTGAAATCCAGATAATATACTGCTTTCAAGATTC TCAGCTTCTCGTAAAAGGGTCGGATCCAAACTGGTTGATGATTCTGGTGATGCGCTGCTA TCATCATTGTCATCCGTAAATCCCAATTTTTTCGATACATAAGGGGAACCCTTTATAAGA ATAGAAACATCGGCGCTCTTTCCTTTCACATCCGGAGTGAGGAGAATGTTGGGACCGACC TGTCTAGGCCCTAAAGCCCAGATCCTTTTTAAGAATTTTTGCCATGTTTTCTTACATTTA TCAATCCTATCCTTTTCTGTATCAGCAAATCCAGTAGAAAAGTCGCTCTCCACAGCATCT ATTAGGCGTTTCTTAAATGCTTCAATTGGATTCTCATCTTCTACAACGTTACCTCTGAGA GTTTCCGAGCTTCTACAAGCCTGTAGAGATTTACCTCCAATGATGTCTTCAAGCAACTCA GAACTTTCATCAAGCAGCTTTGTCAATGCAGTTGGAAGCTTCATAACACGCACACGAACA ACACATCTTCCGTTTGGAGTTTCTTTCTCCAAATAATCAGAGCTGCGGCTCAATAGCTTC AAATTTTCTAAGGGATTAGCGCTATCTCCTTCGATGGTCTCTTTGAAAGATACAAGGGGC GCAGAGACTTCCAAGTTTATCTTAGCAAATCTCTCCTTTAAATCTTTAATGCATCTCTCC AGGTGCACCTCACCTGCTGCAGCAAGAACATGTTCGCCCCTAGCAGAAATAGAAACCTCA ACAAAAGGATCCGCTCTGTTTAGAAGCCTCAAACCTTTAATAAGTGCACCCATGTCAGCA GGATCAGAAGGTTCAATTGCAACTTTAAGCATTGGTGATACTTGGAAAGTCATACTTGAT AAAGGCCAACAATTCAACGTAGATGAAAGAGTCGCACTCTTCAATATATGCTGGGCAAGC CCTCGGATAGCTATTACATTACCCGCCTTGGCTGATGCCACTGGTTTCAACCCTTGACCC ATCATCAAATATAAAGACTGCAACTCAGCTTCTTGCACATGCTTCTGCATTGATTCTTCC TTCAGTGGATCATACAATGCTGTAAGCACGAAAACTTTCTGTCCTGCATGAAGAACCCCA CTAAAGATCCTGGCAAATGCAAGAAAACATTCATCAGAGTCACCATTTCCGCTGTCATCC ATAATCTCTCCACGCGGAAGCATTTTTGATGGAATAGCAAACATCTTAGAAACAAAAACA ACACAAGGTGCATCAGGGCTGGAATCACAGGACTCCACAGATTTCCTGACAAGTTCGGCT TCAGAAAGCACATCAGGGTTCGCGCCCATATCTAAGAGTGTTCTCTTTGGAAGCAGCCGA GATATACGGAAAGACTGAGCAGATACAGGATCAGGCATGTGTTTGACAGCCATAGATAAT ATGGTATCGGACAATGGAAGCCAACGACTCATAACAGATTGAAGCACAAATTTAGGATCC TTATTTTGAAGTTCACGAGGAGGTATAGACAAATTAAAAGACTTTATAACTTTCTCAAGC ATCCCCCTATCTCCATCTTCTTCCACAGCAGCTTGATAAACTTGCCAAAGTGGCTCAAGA ACAAATTGCACAAACATGGGCCTAGCTTTACTTCCACTACTAATTCCCTTTTTACCTACA ATCATCTTAGTCTTGGCATTATAATACCGAGGTCCCCATAATGCCTTCTGCATGGCAGCC GAACTTGCACCCAGTTTCGAAGCATAAAACTCAGCAAAATCACTAATACTAAAGCCCCAT CCATCTAGTGCACATACAAACGCGACATTCCCCTTCTGGGGTTGGAAAGTATCCTCTTCA TCCTCCTCTAACAACTCAAGATCTGGATTTTCATCCTCCACTAGTCCAGCCGGAGCAGAG AGCAGAGAATCAACATCCGACAAATACTTTTCAGACTTGTAAGCACTCACTATACTATTA ACCTCATGAACAATCCTCTGCAACCTAGTATACGCCTCAAGCGGAGTCAATCTCAATTCA ACAATCAACCTATCAATCTTATTCAAAACCAAACACGGGGTAAGTTTCTCAATCCACGCC TGACGCAGAACTGCATGAGTCTGAATGTGAACACCTTCTACAGCATCCACTAATACCAAC GCGCCATCACTCAAACGAGCTGCAGTTGAAACTTCACTACAGAAATCCATATGACCAGGA GAATCTATAAGATTAATCGAATGTTCCTTATATTTAAGACCTATAGAAGAACTCTTCATA GTAATCGCCCTCCTCTGTTCCTCATCTAAATAATCCATAAATCTAAGCTTACCCGCTTGC TTCGGATGGAGTACACCACCACCAGATGAAGCAATCAAATGGTCAGCCAACGTCGTCTTC CCATGATCAACATGAGCAAGTATACATATATTCCTAATCTTCTCACCCTCAAAATCCCCC ATTTTTATCACCTAAATAGGTCTAAAAGTTACAACTTTAACTAATAAAAAACACTTTTAC AAATCACAACACTGTTTCCCTAACTTCTCAACAACCCTAATTTACAAAATTTCCAAGAAA TCCAAAAAAAAATATACAAAATCAAAACTTTAGATCGAGAAGCGCAATTTGCTTAAATTT AAACAAATTAAGCAAAGAATTAACTCACCGAGACAAACCCAATTGGTGAAAAAAGCGACA ATCTGAAGAAAAAGGATGGGATTTTCTATCGGATTGGAGAAAATTGAATTAGAGATGATT ATTATATACTATCGAAAAAGCAAAAAAATCAATAAAATCTGGGTTTTTGGTGTCGGCTAG GATGATAAATGGAAGAAAATTAGGGTTTTTAGTTTTTATATTTATCGAAGAAGAAGAAGA ATATACAATTAAATTTAACAAAAATCGATTATGTGAACTCCGAATACTAAATGAAAAAAA AAAACTAACAAAACCATTACTAAACCGATATTAATTTGGATTGATTGAAAAAAAAAATTC AAACTCGATCTTTTATTTAGAGTTGATATATTATGTTTCGAGAGTAGTTCATATATATTC GAAACTTTATACAAATGACTTGTATATGTCATTTTTCATTAACTTTTTCTTTAATCGAAG TGAAAAAGATATTTTTAATTATTTTTCAAAAAAAATATAATCCCATCTCATACATTTTTA TTTTTTTTGACTTTTTTCTTTTGGTTTAAGTGACTGAATTGAATGTTTTATTTTGACGAT CAAATTTATTTATGTTTTACTAATTTTCTTGTAAAGTTTATTATAAATGACATAATGATA TGTTTCACTAATAATGCAGTCGAAAAAAATAGTTTTAAATTATAATATAGCTACAAAAAA ATTGAAAAGTAATTTTTTTTTCTTTACACTAAGGAATGAAAGGAAAAAAATAAAAATAAT GAAAACCAATTTATATATGAATAGAATTAAAGTATACTTTGAACTTTGCTAGAAGAATCA TATATACACATATAACAAAATTCACTTCTATCAATTCTGATTAGTTAAGCAAATTTACTT CTACGTATTATATAAACTTTATTACGTATTTTAATCATTATCTTTCGTTAAATTAATATT AAATATATTGTTCAAACTCTTAAAAATATAAATGATGCATGTTAGATTTTTTCAAATATG ATACATTTTTAGAAAATTCAAAACGAATGTAGAATATTCTTTTCATGATAGACCTCTTCA CAATTTGTCAAACACCTCATTTGGTCAATTTGGAATCGATTATCTAAATTTTTATGATTT TATTTCGATTCAATTTAGATTAGTCTTATTCTACTTAAAGATGTCATTATTGAGTTATCG TACTAAAATCAAAATTTTCAATATTTTAATTTTGATATTCCTATATTTAATGTGCAGTTT CAAAAATCTTCAGTATTTGACATTGATTTAGAATTTCAAAATCGTTTGAGTTTTTACTAT TATTATAGTCAATTCTTTCTTCATAATTATTATCAAACCATACCTTATTAATTGAAGTTA TTAAAATTATACTCACATTGAACCATGAAAATTTATAATCCCGACATTTAATAATTCAGT TTAAAAATTCTAACATGTCTATATCAATTTTATTGATATAAAAATCGAAGACCGAACTAA AAAGAATCCTTACAAATATTAGACTAGTATACCAAATATAGTCGATAGAGTTTTGAATTT TACATTTTCTAACTCTTTTAGTTATGGAATCACTTTTTCTTTTGTCCTTTTTTTTTTATT CCGATAAGTTTTGTCTCATCAAATATTCTCAAACACATGGGAATATAATGGTATTTAGTA AACATAAAAATAATAATTTTGAAAAAAAAAATTAACATTAACTTTATTTTATATGTATTC CACTACTTTTATACAATAATTACGTTTAAAAAAATCACAAATAAAATTTTCTTATTTATC TTATCATACCTAAAAAACATCATATATTGTTCAAAATATATAGGTATAACTTAGAGATAA CTTTAGTTTTGCTGATGCAAAATGGTATCTGACATATTGTAACAAATTCATCGTACCTTC TGTTGTTTGTTATGATTTTTCAATTTAAATTTAAATTAATATAAATTAATTAATAAAAAT TAATTAAATTAACTTTTTTTTTAAAATAATATAATAACTAAAAAGACGAAAATAGTAATA ATCAAATGAAAAAAGCTTGTATTTATACAAAATAAAGATCACATATAAACTTTTTGAGTC TCTTACAAAATGCTGTATAAATTATATAGGTAAACTATATAATTATAAATCTTTAATAGC AAAAAGATATATCGAATTTAACAATTTATTAAAAATAATTTTTAATTTTTATAAGGTAAA AATAAAATTTTACGCAGCGGAATTAATATGCGTAATTCAGTTGAATTATGCCTTTATTTG ATTTTCAGTTGATGATACTGACTTTTTTTTTCTCATCAGTCCTTGAATTAGTTGATATTT CCATTTCAGGCCGTTTCCGGTGAACCTCCGTCATGAACATCGCCGTCGTCGGGAAATTCT TGTTGTTGTTGTTGTTTCGTTTGAGATGAGCTACTGCAATCCAAATCTCCATTTCCGATG ATCCTCGCCGTCGCCGGTTACATTGGAACAATCCTTATCGATGTAGATATAGTAATCACC GGGAGAATCATTGATGTTGCTGTTGTTGTTCTTCTTCTAATTCCTTTTGAGATGAGCTCC TTCCAAATCCAGCGCCATCGTAAAATCGGTGCCACATCTCCGTTTCAAATTCGGCTGTTT CCGATGATCCTCTGTTTACGTTACCGCCGCCATCGAAATAATCCTTATCATCGTCGGTGT AGTAAACACCAGGAGAATTATTAGTGCTGTTTTTCTTCTTCAAAACCTTCTTCTGCTTCT TACTCCTCCATGCTTTCCGGCAAAGTCCCGTCGGAACTTTATACAGAGCAAGTAGGAGAA AGTGCAGCACCGTGCACGGACAACAACAACATACCATCGCACACTCCGCCGCCGTCCCTC CCGCCACTTCTCCTATCCTTTTATGCTGATTTCCGCCTCCGCCTCGTTTCTCATCCTCCC TCGTCGTAATCGTCGTAATCGCCGTCGTCGTTCTCGATAGTTCTTTTCTCTCATTTACCG CCGATGACTCCACCACGATATTCTGCATAGTCATCGCCGTTAAACTCCGACGAATCACAT ACAAAAAAATCGCCGGCCGATCATTACCAAATTCACACTAAAAATGCTCTTCGTAAACAA GTGGGAGAGAAATTGGTATACTTACAAATGAAATTTTTTATTTTTTATTTTATTTTTTTG AGATTATATGAATTTTAAATACTACTACTAATTTTTATGGTGAATATAAAATCTAATAAT TGCTTACTGTATTTATTTTTTTTATTTTATTGGCTGAATATTTTTTGAAATTTGGATATT TCTTAATTTTGAAATTGGATTATTGTAATTATTACTAATTAGAATATATTTCTTAAAAAT TGACTATTTAAAGAGCAGAGAAAAAAAAACAAAGAAATGATGAGTGAATTGTAATATTGT TAATAAAAAAGAATAAATACATTTTTTTAAAAAGCATTGTAATATTATTTATTTATTATT ATTATTAGAAAAAAATTTAATTGGTCATTATCTTTACCTACTTATTTATTGTTTATTAAA GAACATTTTAGAATCATTTATTGTCCCAGTGTTAAGCAGCATTTTAATTTAATTGACATA GGAAGAGGTTCAAAATAGAGTTAAATGATAAAAAGAAAACAAAATATCTTATACTATTAC TTTTTTTACGAGTTTTATACGTTAATTTTTACGAGTTTCATATCTCAAGTCTTCAACTTA TCTATATTATCATTTTTTTTACGAGTTTCGTATATTAACTGTCACTCTCTCTAAACTAAA ACACACCTCAAAACTGAATATGCGTGATGCATGCATGCCTATGGTATCGATTGTAAATAA ATATTTGACCAACTCAATATCGAGACATCAACGTATATTTGATAAAACGAAATAATATTT AAAATAGGTAAAGAAAATAAATGATAATTAAAAATATAAAACTCCAAATAGCAAGTAGAC TAGATATTTTATTATTAAATATTGTGTAATTGATGCTTCCTTTGGAACCTCTAATATATA TATATATCTATTCGTAGTTGGTTTGATTTATAAATTTAAAAATTCGACACAAATAATTTA ATTTGATATTTAAAAAATTTGAATCAACTGGATCATATATATTCCTATACTAAAGTCTTT ATAACTTTTGTAACTATAAATTAAAGACATTCTTCTTATTATCATACCAAGCCGCTACAT GCATGCCATGTCTTTAAGTTTTTTATTCCTGTTACTTTATTAAATCACATAATAATGAAA ATTGTATTGGCTTAGTGTAAACACTCTGTGCGGATAAGTTTTTTCCGAAGGACCAATGAC TTGCATCTTTAAACTTCAAAGCCATAAATTGCACTTCATTATAGCCATTTTGTAGGCAAA CAAACATCAAAATCTCATAGTCAAAAGCACAACCTAGAGCACAAAAATTTCAATTCACCA GATACAAGTTGAACACTGTCAACAAATTTTTATTGCCAATAACAAAATGACTGTGTTATC GCGCTAACGAGCAAATCCAGAGTTTTTGTTTCTTCAAATCTCGTACAGGAAGAGAGAAAA TTAAGACTGTCGTTCGACTTTGTTCTGCCACCATTCCATGAACTTCACCTGTGAAGCCAT TGTATCCATCCTGTATAGCTGCAGCCGGTGGTTGGCGACTTCCTGTCCGAATGTCCAGCC AAAGACAGCTCCAGCTCCAAGGGACAATGCAGTACCTATGACATTAAGCAACTAAATGTT AAAGGCTTCTGCCAGATTCTTGATTCTTAGGAAAAGATTAACTTGTTGTACCCCTTTCTC TCGTTGCCATTCCAAAACTATATTCGGGAAAATAACTCAACAGACGTTTTCATGCATGGT TAATTGGGAAGTCGCTCTACCTCCAAAGTGAGGGTAAGGACTGCGAATACTTTACCCTCC CCATACCTCACTTTGTGACTACACTATGTATGTTGTTGGTTAATTGAATCAAGCAAAGAT GACACTCAGTGAAATTGATCAAAATACAACATTTTTAAAATCCTAATGAATGAACTAGTA GACAGTCGATTCTGATCATGAGGTATAGATGTATATATATAAAACAATAAGGGATGTCAA ATCTTCACGAGTATGAATCAACATGGACATAGATGAGAGAGGAAACCAATTAATAAAGCA AGAGTGGACATTGCAACATTATAAGAACCTATGCCTAGAGCTTTGGGCTCTCAGTTGTAG TAGCATTCTCGTGGTTTAAATTGGAGGGAGGGGAGTCGTTGTCAAAAACCTAACATACCA TGCAGACTCCTTGAGTACTTCCATGTAACTCCTGCAGTTGAAACAGCTCCAAGTAGGCCT CCTACAGCACCAAACTTAGCTGCTTCCCTAGCAGTCTTCAGCTGGAAAGAATAGTATCAA AAAGCTCATGAGCCTCCACTAACGAAAAGGAAAAAATGGAGGAACATAATGGTTACACGG GATACTGAAAGGAAACAGCATCAGCAGGGCTCTAGGGACAGATTATAATAAAAGGAAAAT AGAGCACATGTGCAATTTCTTAGCATTACGAAAGCAATATCACGAGTAAAATTAGGCATG TCCTTTTGTGCACTCAGGCAAATAGACAATCCGAGAGAAAAACAAGTAGATGTCCTCATT ATGCCCAGATAAGTGATAGAGACCAGACTAGTTCAATAATCTTTCTAGAATTTAGCAAAC CAAATAGATGGTAAAAGTGAAGACATTGCACCATTAACTCCAAACATAGACTTTGGAAAG ACAATCCCTCTTCCATGTTGCCTTCCACATTTCTTTTTGCCCCTTGCAAGGGAGAGCTTT CTCCAATTAAGAAAGATAAGGTTTGGATAAAGCATAAAGCCATTTTTTAATAAAGTGAAT AAAGCATGTAGCCTTCCCACTGCAACCATTTTATATACACATTCGGGATCGATATGTGAA GCACAATTGCAGGATGTACTAATATTTTATACAGTGCCTTCATGTATTACAAGGTTCCTC CAACAATTCATTCCCAACAAACTCCTTCTCCTTGATTAAAAAGAATTCCATAAAACTTCA GGCTATTGGAATCAGCTTTAAAGAGCACAAAACACAGAAATCAAGAGCCAAAAGATACAA AGCAACAAATGGCTAAACATACGGATAGCTTAGATCCCAAAGCAATATGAAGGATTATAA TTGACCACCATGGCACGGTAGAGGCAATATCCTAAACCAGTAGGTAACCGGAACACAAGA AAGCAAAGTTCACACAGTAAATTTGGCAGAAATTGTGAAGCAACAGAGCCAAGTTAATCA TCATGTAACTAATCGATTCAAGAACAGTCAGGATAAAGTTAATCATAGGAAAACGCATTT CAAAGATTCAAGAAACACGTATTAAGTTCAAACTTGGACAGAACGTATAAGTCGCAATTC TAGAGAATGAAAAAGAAATAATTTTGTTACTCAAGCAATTAAAGGAAGTCCAATTAAACA CCAAAGACCCCAACATTGCCAAAATCAAACAAGCAGCCAATAGTAATGGAGGCACTCTAT GCATAACAACATCCTAAAGCAAGTTCTCCTCGTCGAACGATATTACAGCCCTAAGTTTCT GTCCTAAAATTTTGCTAAGCAATAAAAGAGCTCAAAGGGACAATGACTACAGAACTCCAT TTTCTCCAAAACTTACCCGCCCCAAGAATAAGATGTTAAAACAATAGCAAACAGACATAG ACAGAGAATAATATTGCCACATACCCAAGAAACGAGCACGACGCATTGACTCAATCCAAA ACCAAAGAGCATCTTCAATCTAAAAGCTAAAAGGGCATAACAACAGAAACAAATGGATAA AGAAACAGTTAAATCAATGAAAACACAGGTACGGGAAACCCCAGATAACTGTAAATGCAC ATACAATTTAGAAAAAAAAGAGAACAATCGGAAATGAAAGAACTTCCTAAACCAAAAACA ATGAACTCCTCAACATCAGCTTCAACACACATACAGAGAAAATCTCAAAAAATGTACACA CACAGAAAAGAACCAGATAAGGGAAACACCCAAATAACTGTAAATGCACATAAACTATTC AGCAAAAAGATAGAACAAATCAGAAATGAAAGCATACAATTGGTCCATAAACTGGGTCAG AAAGCAATAAACTCCTCAACATCAAATCAAAATCACCACACACATAGCTAAAAGGGCATA AAGATATAAGCGTACAGATCAAAACAACAGCTAAATCAATGAAAACTCAGATAGGAAAAC ACCCAAACAACTGTAAATGCACATAAAAACCATACAGATCAAACCAATAGCCAAATCAAT GAAAACCCAAATAGGAAAAACACCCAAATAACATAAATATTAAGAAAAAAGATATCTTTA TCCCAAATTGGATATGAATGCATACTGTTGGTCCATGAACTGGCTCAGAAGCAATGAACT CCTCCACATCAGCTTCAGACCACGACGGTAATGGCTTATCGCGTTTGATGAACCTTGAAT AGTTATCCAAAAAGGAGAATCTCTCACCCCAAAACTCCTTGTAACCTTCCCAGTGTCTCC TTAAGAAAGACTTGGATACAGAGTCTTCTTCAGCCATGGCTTTAGTTGTTCTTTTGGCCT AATTGTTAAATCCTTCCTTTATAAAAACTCATATAAGCTTTTTTTTTTTCGAGTTCGACT AAATCTAAATTTACGTCGATAAGTCTTAAAAATAAAAATTATAGTGTAATTGCACAATCA AAAATTATAGTGTAAATGCACAATCAACAAGTCTAACGAGATTGATAAGTATATTATATA ATTTTAAATCGAATTCGATTTATCTATAGAAAAAAAAAAGTTATCATCAAAGTGATATGC TGATTAAGTTGCTTGCGAATTGTCTATTTGAACTGCATGTGACTTGTTTAAGCTCTACTT GTAAGTTGTGTATTTGAGTTTGTGAATATATTTTTAAGAATTAAAATTCGTTAAAAAGTG TTTTAACAATATACTTAAGTCATGTAATAGTGATTTACATAAAAACTTGAGTACGCTTCT ATTAAAAGAAGTCTTTTTCAAACAACTCTGGCTTCTATTAAAACGAGTCTTTTTCAAACA ACTCTAAATTAAATGAATCTATTGATGTTATAGCGATATATATATCGTGTTTCATTTTTC ATCTCTGAATTATCAAACACTTCTTTAAATGATGACTTAGCTTACAAACAAGTTCTGTGT ACGCCACTATCAAACCTTTATTTAAATAAATACTACAAACAACTCTTTGAAGTAAAATGA GTTATTTTCCAATGGAGAAGTAATTGATGATGAGCCAAAGCCAAAGCAAAAGCTCAAGAG TTCATTCTAGCTGATAAACTGAAATGAAAGACATGAGAACACTTCCCATCCAAAGCTTCC CATCCCTCTCCTCTACCTCGCTGACAGCTCTAACGACTTTCCCTTGTCGATCTTCCAATA TCTGCAACAGCTTGCCCTCGGGGCTGTACTTCACGACAACTGCAGTGAACCTGCCACCAA TGTGAATGAGGTATTGGAGCTTTGCAGAGATGGGAAGCTTCAGCAAGAATTGACGGAGTC GAGGGTATATGCCATTTATGTAACTGTAGATGGTACGACGACAGTGGATTGCTACCCAAA ACTCATTTCTTTCATTTGCTCGTACGTTGTCTGGATATCCCGGGAGGATTGCTATTACCT CTGATGTACCGGCTTTCTCACCTTTCAGCCAGTACTTTCGTAACCTATAACAAAGCAAAA TGTTTCATTTATCAATACTAGTAAGCAATAACATCACAGGAACTATCCAACTGAATGTGC ACTTTAACGGTTTTAAGGCAATTCGACAAAAAGGAGATGCTTTACAACAACAACATAACC AGTGTAAAGTATACGCACACCCTACCCCTATCTTGGTAGGTAGAGAGGTAGTTTCCGATA GACCCTCAGGGCTCAAGGGAAGGCATTTCAAAGCAGTGAGGAATAAAGGAGATGTTTTAA GAAAAAAAATGGAGAAATGAATACAGATATCGCATAACATGTATTATAAAAGCTGAAACT CCGTAATGATTCTACGTCTATCATTGTTCCATACTGTGCATAGTATTTGTGTCTGTATCT CTGGTGTAGATTGTAATGCACATGGACATATATAGACAATTGTAACAGTGCATAAAACCA GGGTCGAATTTCAAGTTATTGTAGGCACTTTTTGCATTATCAATACAATTTCGTACCACA CACCTTACCTCTACGTTGAGAGGTAGAGAGGTTGTTTCTGATAGACACTCGACTCAAGGA AAAGCATATCAAAGCAGAGTGATAAATGATTGGATCATAATACTATAAACATCCTGATTG CAAAAGGCAAGTACGGTACCTGCCCTTGGAACCTTCGCAAAATATAAAGAAGGAACCATC CTTGCTTAGTGACAGACCATTTGGAAATTGAAGGTTGCGAATAAGAATAGTGGTTTCTTT CGTCCTAGGATTGTATTTGAGAACCTTCCCACTATCTTCTGCTGAGAAAACCAGCTGTAT AAAATTCCTGAAAAGGAAGCAGTGTGAGAATGAAGCACAACAAATTCTCTATTGAAGATG ATCTAGTAAAAATTGCAATCGACTTTAAAGATTACACAGAATCTTGGAGCCTAAATGAAG ACGATTCAGATATCATACCAAATGAACCCCAAGTGTTGACGCAAACTTAGCTAAGAATAA TATATAATGATAAACAAAGAATCCATAAAGATGTTACAACTAGTGGAGATTAAGGCTTAG TCATTCTTAGGCTTACATTAGAATTGTTTTTTTTAAGTCTCTTTAACTTTATAAAACTGC TAATTTCCCTTTAAAAACAAGATTACTAGTATTGGAAGGAAATGACCTCGAATAAAGCAG AATATATACATCTGTCTTTGTAGAAAATCCATATACTCAACCTAAATAGTTTAGGATTAA GGTTTTGTTGATTTTGATAAGAAGTATTTCTTTTGTCGTCCCTTTTTTGGCACTACGAAG AACATAATACCAAGACTCAAAGGTAAGTTTTATGAAGTGGTTGTTAGACCAACTATGTTG TACGGGGTTGAGTGTTCGCCATTCAAGAACTCTCACGTCTAGCAAATGAAAGTAGCGGAA ATGAGGATGCTTACGTGGATCTGTGTGCATACTAGGAGAGACAAAATTAGGAAGGAGGAT ATATGGGCAAGGTGGGTATGGCCTTAGGGGTGACAAGATGTGGGAAGCAAGGCTAGATGG TTTCGAGCAAGTAATAAGAGGAGCACAGGCACCCCGGTGAGGAGGTGTGAAAGGATGGTG ATGATAGGCCTAAGGAGAAGTAGACGTAGACAGTGGAAGAATTGGGAGAGGTGGTTAGAC AAGACAACGCACCTTTAATTTACCGAGGACATGAACTAGACAGGAGAGTCAAATCACTCT GCTAATAGAAAGCAATTGTTCAGGGTCCAGTTATGATATGTAACTATAACCTACAAGTAC ACCAGTTTAACAAAACTCATTTTCCAGATCACATCATGATCGAATCGCAATCTTTAATTT ATACCAATCAACGTGTTAAGAAATCTGGAGCACTAAAAGAAATGGCACATTCATAATCTA CCTGCGTTGGTACTTTGTGCTGCTATCCGTAAAATAAACATTCCCTTCATCATCAACATC CAAGTCATTTGCAAATCCTATAGGTACCCCCTCAGCCTCAGTTGTCAAAGATTCTGCTAA TCCACCTTCAGGGCCTACCTTCATTAACCCCAAATATGCATCGGCAATATATAAGTCACC TGTTCTTTTGTCAAATCGTAACCCCAAAGGCCTACCACAGATGTGCTCGTACTTCCTATA GCTCAACGCTGACGGTTTTGGATCACACAAGCCTGACCTAAAAATTCAGAAAACAGAAAA TAGACTTGAAATCTAAATCATAATTAGGGGGATAACAGTCTGAAAAACATGTAATCTAGT TTATACATCACAATTAAATAAAATTTCTGACAATATGCAAAGCAAGTTGAAATTTGGGCC GTAAAGGATTCGATCGTGGAGCAGAAACGTTATGCTTCAACATGAATAATAGTATTTAAT AAAAAATGATAACAAACATTTCAGATTATGGAAATATATCGTCCAATTATAAGTAATAAC GAAACAAAGTTCACAAGTAAAGTAATGAAAAACAAAATAAGTACTGCGAGCAGGACGTTA TCATCTTCAACCTTTTAACATTCTTATTGATAATGATACTCCACAAGACCACAACAGTCC TAAAGGCTTAACAATAAAGAAGGAAACACGTTTATGTGACGGTGTCGCTTTTCTTCCTAA AGCAGTATACTGAATTTTAGTAGAGTAAAGACAATTGTTGAAATGTGCTTCAATCTTGTA CCTTCTTTAACCCCGTTCTCACTGACATCATGGTCCACATTCGACTGTTTAAGTCAATTA ATCAGGTAGAAATAGGTAAGAACATTAACTAGTAATGCAATTTCCCGAAGATGACGATTG AATTCTACACTGGTCAGACAGGTTTTAGCAATTGAACCGCATGATTAGAGCTAACATAGT ATTGCTGCCACGATTAGCACGTGTTTCCAACTGTTCTAGTAGCCCATCAATCTTGAATAA TAACATTTTAAACATTAGAGATGCCTTAATAACATGTAGCATTATAACAACATTGCATCG CGCGCTAAGTGAGGTGAAGAGCTTAACATGTTTTGCGCCTCACTTCAGGGCTTAAGCCAC CTTTGACTACACCTCTTTTTTTTTTTACAAGATCATTATAATGAGAACACAACACAACCA AATAGGAAAGTCCAGTGCACTAAAGCTCCCGCTATGTTGCAGAGTTCGCTAAACCACAAG GGTCAATTGTACGCAGCCTTACACTACATTTCTGCAAGAGCCTATTTCTACTGCTCAAAA ACATAATAAATAGGCATAATCACAACAAACAAGAAATTTGAACCAAGAACCATAACCTAA AGAGGAAAAGGGGGAAAACAAAAACTCACCTATTAGCTGAAGTATAAGCAAAATCATTCC ATTTTTCACCATCCCAAAACACAACTCTTCCATCAGCTATCCCTGTATAAGGTCCTCTAC CCTGAGGATCAAAAACAATACTTTCTGGCCCCTGAATTTGATCCAAGAACTTAACTTCAG ATTTTTGAAGCAAATTTTGTGAATCTTTTTCAACTGGGATTTCAGACCAAGCTGGCATCT CAACCTTAAAAGACTCAAAATTTGGGAACTCAGAAATTGCACTATGCTTAAAAGGGTCCA ACCCACAATACACTGCCAACACAAGGAACACACCACCAAATACTGAAACTGCTCTCATTT TCTTGATAAAAATTGAAACTTTATGATAATGGGGTTTGAGTAAAGGGAAAATCATGAAAT GGGGTTGAAAATTTTGGAATTATAGTATACCCCAAAAGGAAGAATTGTGAAAGAATGTTG GCTATCTAACAAGGTACAATGAAAAATTTTCTTGAAAAAATAATAGAGTGGTGTACTATT AGCTGAGCTAACTACCCACTCCTCAGCTGCCACTCTCCTAAAATTGAAATGTGGAGTTAA AGGGAGACAGCACCTTGTATGATAGTGTAGGGTATAGGGTAAGGGTAGTGGGACCCATCA ACACATTGACTATGATATACACTTACCAGTTAAATTTTATTTTCACGAAGTGAGTTCAAG ATATAAAAAAAATAAACTTATGTTTATTTATTGAAAACTTGATGTCAAGTAGCATCAGGG ATCAGAACAAGGGTTGGTTGGAAAATTTGAACCATCTTCACCATTCGGTCAAGGATCACA TTTGTGTTAGCAGGGTCAAAAGTTAATATATACGTACGAAATTTTAAAAACTAATTAAAT ATACATACATATGCGGTATTATTTTTCAACGAAGTGGGTTCATATGAACCCAGTTAAACC GTTGTAGGTCGGCCCCTGCATGCAATACTATATCGTGAGATGAAATCGACATTTGAACAT GTGATTTCATGTTGATTCATAATATAAAATAATAATGAGTCATAATATGAAATCATGATT TCATATTATGATATTATATCATGGTCTCACATTGCATGGTCAAATGGGCTCTATATAAGA ATATAATGATAAAATTGTCTATTTTTCGTAGAGAATATAAAATTTAAAATGATAACATAT AAATAAAGAGAATGAACGAAGGGTAATGAATGGTTTGGCCCATATAAGGCTATAGATGGA TTATTAGGCCCAATCAGATTGTGGCTTGATTTGGGCCGGACTATTGAATTCGGGTTGATG AAATGTATCTCGTTTAAAATGATAAGAAATAGTCTTTAACGATCATTTGACAAAAGATTT TGGAAAAGAACACTCGTACCCAAAGAGAAAACTATTTACAGGCGGCTATTCCTTATTTCA TTCCCCCCGTCTTTTATTACTAATTCACGTTTAATATTTGATACCATCGAAATATACATT TCCTTTTTTCATTTTACAACTTTATCAGTCAAACACTTTTATATAAATTATACATAATAA TAATAACTATAGTATAAAGTGTTTTTCCTTTATTGAGCATTATTTTATGCACCAAATGAA TACATTGATATCAAACATCAAAAGTATGAAATCAAAAAGAAAAAGTGAGCTACAACTTTG GGCTCTTTGTCTTTGCAACTTAATTTTTGACATGACAGACTAATACTAACTATAAGATTT GACATATCAGATTCTGCAACCTTTAGTCACCTACTCACCTATTCTACTCTACTAGTCATA AATAAACATCAAATTGTTATTATAATCTGGAGGGTGGTTATCCACATCGATAATTCAGTA TCGATTTTTTTTCAATGTCTTTTGAGTCGAATTTATCGCATAAGACTTGCCTAGTGCGGT TTCTTTGTGTGATTTGCAGGCGATTACACAGTGGGGAATTCACCCATTAGGCATAGAGTA CTCACCCAAAGAAAAGAGATTGTGACAAAGGTTATAGTGATTGCAGGTTATCGTAAGTTT TCAAAAAAAAAAAAAACTTGTTATCATGGAACTTGTGAAAATAATGATTGATATTCTTTC CTTCTTAATCAGAGATTTCATCTTTGAAAAGAATATTTTATCAGTTAGAAGATTAGATAC ACGTGATACATTACGTGAAACAATGTTATGTCGACGCTTTCTTTTCTTCTTAATCGGAGA TTTTATGTTAAAACTTGCTATAAAGAACATTTTATTAGCTAGAAGATCAAAAACACATGA CACATTACGTGAAGCGGTGTCATCTCGACACTTTCTTTCCTTCTTAATAAGAAATTTTAT GTTTAAACTTACTATAAATTAAAGAATATTTTGTCAGCTAGAAGATCGGATATACATGAC ACATTATGTGAAGTGATATCATCTCGATAATGACTTTTATAGATTTTTTAATCATACATA AATAATATAAGTAAATGATATATTTGTAAAATAAATATAAAGGCATAATATGTATTTTTC ATGGTACAATGCAAATTAGTTATATATGCTAAGTGTGTTTATTTTTTCAATTTTATATAA ATTTACATTTTTAGTCGTATATACTCAAAATTAGAAAACAATTCAAAGTTCATTTTGTAA AACAAAAATAATACTAATAAATAGTTTAAAGGTACTTTGAAAAATAAAGTGCTCTGAAAA AAAATTAAAATCCTAATTACCACACCACTTAGGAAAATAATCTGTATATGACCATTGAAC ATTCAAATAATACTTTTTACTGCAAATTCAAATTACCTAAAAAAAAAAGGCAAAATTTGT TTGAAGAAAAAAGAAATCAAAGAAAGGTAAAGTAAAAGTACGTACAATATTATTTTTCTT CGTCTCAAAATAAATATTATTTTAAAAAATAAATTATCTCATAATAAATAACATCTTAAG AATTCAAAATAAAAAAGCAAAAGTATTCATTACCCTCCCTGAACTTGAAGTTTTTTATTT GGTGTACACTTAAACTTTATTTTGTTTGAATTACCCCCACCCCCCACCCCTCGAACTTGT TTATTCATCCAACACGTGCACTTTTTTTGTCCACCTGGCGTAAAATTGAAATCACACTCT ACTAGGCGCGTGAGGGAGTGATTTTTTGCCACGTCATAAAGCTACAACAGCAAATAAAAA TATAAAATCTCTATTTTTTTTAATATTGACAGGCCGCAGACAACTTCACCGTTGTCGTCG TCATCATTATCGAAGCCCAAGGGCCAGTTCTTCGGATAGCAGTATTTTGAAAATGGATAA GGATTCCGATTCAGCTGATTGAGCAAGGTGAGAGGAGATGGAGTGTTTTGTGAGCCGGAA GAAACCGTGTCGTTTTGTAGCGGAAAGGAGGTTAGAGTGAAGTATTGATTTTGCATTGGA AAGAGAGATGAGAAGAAGAGATACGGTGGTTGGTGGTGGAGATTGATGGCAACCGGGAAA GGAGTTGGAATACGATATTTATTTTTTGTCATTTTAATTTATCTAGGTGACTATTATTTA TCCAGGTGGAAATCCACATCATCACTATTTTTGCCAGCTGACGTGCGCGTGTAGTCACAC TAGGAGCAACAGACAAAAAAATGTACGTGATAATGGAATAAACAAGTTTAAGGGGTAATT AAAACAGAATATAGTTTAAGTGTACACCAAATAAAAAACTTTAAGTGCAGGAAGGTGATA AATATTTTAACCAAATAAAAATTAGCATGTCTATTCAATTATTTTCTTATAATTAAATTT TCAAAAGAAACTATATATTATATTTATTAACTTTATAATAAACGTGATTTTTGTTAACGC GACACTCTATTTTGGATGCAGGGAGTACTTATTTTGCTCTATTTACCAATCATAACTTGA TCACTTTTTTAAAAAAAGAGATCAATGTTGGTTAAAAGTAAAAAAAAATAAAAAATAATA ATAAAATAAAAACTAAAAAGAAAATATAAAAGGTTAGCAACAGATTGATAATTGTGTCCA AAATGACAAAAGTCCATAGACACTTTCTAGTACGTAGTCATTTCATTTGTTGAAAAAAAA CCCACAATAATGTGTATATATATTAATAATTTATTAATATTATATGTTATTTCATAAATT TATTAAACTCAATATGTAAAAAGAAATTGTGAACCTAATAAATCAAATAAATTACAATTA AAAAAAATCTTTTTAAATCCCAACTCCAAAATTTTGAATTTTATATACATTTCTACTACT AATTCCCCCTAAATTATAGAGAAGAGAAAGATGTTTTTTTTTTAAAAAAAAAATAATAAA TTCTCATGGACAAATGATTTAGAAGTCTGAATATATATATATATATATATATATATATAT ATATATATATATTACACTCCACAAATAGATATTTTCTTTTCATTTAAGGTGTTTGGATTA AAAATATATCGATTAAATTATTTCAGATAATGTGCAAATTTTATCAGGTATAAAAAAATT TTATTTAAAAAAAATAAAATTTAGATATTTAAATTATGTTTACTACTTAACATATCATGT ATAAGTGATCACAATAGTAGTAACTAAACTAATTTTTTTTAAAAAAAAAAAAAAAAAAAC TCTTTAAGCTCCCCAAATAATAATACATCAAATGGGACAAAGGAGTATAAAAAATTCACA AGAGAAGTGTATTTATTATTGAGTTAACTTTGAAAATAATAAATAAAATTTAATTTAACC ACATCAACAGACTTTCACAACTCTGAAAATAATATTAAGACGAGGACAATAATAATAATA ACATATTCAGCATATTTTTATAAATAAAATCTAAAAAAAAAGTAATTTTTAAAAAATAAA AACATTATTTTTGATAAATCTTCGACGAAAACAACATAAAAGACATGCATATATATATAT GTATATATCATATATTAAAGTTTTTTTTCCCTCGCTATTTGTTGCCCTCCAGCTTGAGTC CAAAGTGAATATGTGGAAAATGTGCCCACTGCAAAAATAGCAAAAAATTAAAATAAAAGA TAAAATCTTGAAAAATATATTTTTCTCTTTTTTAATTTCTTCTATTTTAGTGGTCATTCT TGTTTGTCCCTACCATAATTTTTCTTTTGTGAACATTCAAAAAATTCCACATGCAACAAG TTATTTTCATTTCTTTTATTGTTTTGTTATTTGTCTGAATTAACGATTAAAAATACGTCT AAAATCATGAATAAATGGCCAAAAATAAACGCACGTCTATTGATAAATATTTAAACAACT CAACATCAAAAGTATATATTAATACAAAGAAAATAATAATTTAGATAAATTATAGAAATA ATGTATAGTGCAAGTAATTTTCTTTTCTTTTATTGTTTTATTATTTGTTTGAATTAACGA TTAAAAATACGTTTAAAATTATTATTTCGATGAATAAATGGCCAAAAGTAGACTCACGTT TATCGACAAACATTTGGACAACTCAACATCAAAAATATATTTTAATACAAAGAAAATATT AATTTAGATAAATTATAGAAATAATATATAGTTCAAGTTATTTTCATTTCTTTTATTATT TTATTATTTGTCTGAATTAACGATTAAAAATACGTCTAAAATTATTATTTTGATGAATAA AAATGGCCAAAAATAGACGCATGTTTATCAACAAACATTTGGACAATTCAATATCAGAAG TATATATTACAACATCAAAAGTATATATTAATACAAAGAAAATAATAATTTAGATAAATT ATAGAAATAATATATAATTCAAGTTATTTTCATTTCTTTTATTGTTTTATTATTTGTCTG AATTAACGATTAAAAATACGTCTAAAATTATTATTTTGATCAACAAATGGCCAAAAATAG ACGCACATTTATCGACAAACATTTGGACAACTCAACACTAAAAGTATATATTAATACAAA GAAAATAATAATTTAGATAAATTATAGAAATAATATATAGTTCAAGTTATTTTCATTTCT TTTGTTGTTTTATTATTTGTCTGAATTAACGATTAAAAATACGTTTAAAATTATTATTTT GATGAATAAATGGTTAAAAATAGACGCACGTTTATCGACAAACATTTGGACAATTCAACA CCAAAAGTATATATTAATACAAAGAAAATAATAATTTAGATAAATTATAGAAATAATATA TAGTTGAAATATGAAAGCCTAGAATTATAGTTCAAACGATATATAATTAGTATTATATCA CATGCAAAGTAAGATTTTTACCTAAAAGATTCAAGACATAAAAAAAAGTAAATTAAACGC AAAATCGTTCAAAAAGTCATCAACTTAAAAAGACACTCCCGCTATTTCCCATGCTTAACT CCTTGTAGGTATTCATAGTTTTCATTTTCATTGTGTAAGGTCTACTAACGAGAAAAACGC TTTTTACTAAAGATTCTTTTTTCTTATTTTCATAATTTAATCTGATTTAAGACATAAAAA AGTAAATTAAACACACGATCATTCAAAAAGTCATCAACTTAAAAAGACTCTCCCGCTTTT TCCCATGCTTAACTCCTTCTAGGTATCCATATTAGTTTCCATTTTCATTGTGTTAGGTAT ACTAACGAAAACAATATTTTTTTTTATTATTTTCACAGTGTAATCTCGAGATTTTTGATT AAGAGAGGACTTACATTTTTGGCAGCAGTGCTAAAAGCTTCACGATGGCTAATATCAGGA TTACTGGCCTTGATCCTTTGAATCTCTTCCCTATACACATTCGAAACATAATAATATAGC GCAAAAAATATGCGATCGGTATTTTAAATATATATTTTTGATCTCAGTAAATATAAATAT ATTGCAAATTTTCGGTGGCAAGAGAGGGGTAACTAAATATGGACGGATTTTCGAATTACG TAGAACTTAGTACATTTGATCTCAAAAATACATAAATTTAAAATTTCTAAATGCGAATTA ATAAATTAACATCATAATATCTACTGGAAGAAAAAAAAACTTACTTGATGAATCGGTTGT ACGCAGAAGGAACACGTTGTCTTTTCTCTGGTGCTGCATAGTTTGATATATGAAAGAGAC GGAGTTAAAATTTTAAATTTATAAATTTTGAGTTTTAGAAAAGGTAACGTATTCGATACT TATCTATGTACCTGTTATGTTGATTCACTAACATAATTACATAAATACAAGATTTTGCTC AAAAACCATTGAATTTTTTCATAACCCTAGCTTCATTGTTATTTAGAAGTGTTTTCTATT ATGCCACATGGATTATTGATTTAAAGTGCGTCGTTTAAATTATGAAGATATTAATAATGC ATGTATTAATTATTTTATTTTTTATAATTCACAATTTATATATTTTTAATTTAAATAAAA TTATAAAAATAATAACCAAATAATGTGCTTAAATTATCACACCAAACATATTATAGTATT AACTGTGTAAATTTAATTTTAATATATAAATTGTTCTCCAACCAAAGGGCCCTAATAATT AACAATGTTATTGATGAGTTGGATACAAATGTAATGTCACAATCAATTTCAGTTGTCATA AAAGTGAAGAGGAAACTTCATGTAGTCCAAATATTATTGTCAATTATATCTCCTCCTTTT TCATACTACAAATCGAGACGGATTCACATGTTCATTTATTTATTTTTTAAATAAAATATC ATATTATATATATAAAGAGTTTAAATTATCTGAACATAAAAGTAAAAATTAGCTCTATTT GATACTTTAAATTCAAATCTTATATATCGTATTTTCATTATTCGAATCACCTTGATAAAG ATTCTAAGTCACTATACTTATGTACATCAACAATGTACATGCTGTTTTATATTATTAGAT CAACCAAATAATATCGAAATTATAGTCTTATAAATAACTCAGATTATCTGCTACGATCGA TAAACGTATATATAACTTAAAGATATATGATATATCGATATAACTTTAAAAAATATATAT TTAAACATCTTAACTTGATTTAAATTGACCTGGTAGCCGGTTACACTTACCTAGCTTGTT TTAAGTTAATTACACTTTGAAAGGACATGTTGCAAACAACAATTCAACAAAATATTTAAC TTATATACTAATATTATAACTTTAAATTTCAAATATGTTATAGTAGGTCAACTGTCTTAT TTATTAAGTTATAATTTGCTCGTTCTACTTATTATGAACGATTATATATAATTAATGTGT AGCGATTTATTAAGAGAGATAGAGAGAGTACTTACGACGAATCGAAGGGATTTTAGGTTC AATTTGAGGAGAAACAATGGAAGAATATCTGTTGAACTTTGAAGAGGATGATGATGATGA ACCATAAGCTTTATAATTACTAGAATTATTTTCAACATTTGTGTACTGTTGCCTTTGCAG CTTCTGTCAGATAAAAAGAAAAAATATATATATTATTATTATCATAGTAATAATTAGTAT AAAACACTTTCTTCTCCTCCACCAACAAAAAAAGTAATGGAAAAAAATATTTTTTTAATT TTTTTTACCACAAAATTAGGAAAAGGTAAAAAAAAAAAAGAGAGAGAGAGAGAGAGACAG CATTTGACCATAGAGATTATGAATTACACACAAGTATATAAATTTTTTTTAAAAGAAATT ATAATTTTAAAAATGTCATAATATTATATAATTATAAAATTATAAATATTAGGGTTAAAC TGAAAGGTTTAAACTCGAATTATCCTTAAAATGTAGAAATTACATGTTGTTTTACTGGAA CAAATCGAAAAGGAAAGGATAGCAATTGATCAATGTCTCGCTTAAGCGATGAATTGATTA TTTTCAAATTATCTGAATATATCAATATTTGATTATATTCGATCTGAAGCAAACATTCAT AAAACTAAGTATTTCGTGTTTGAGCACTAATAAAAGTTCCTACGTAAGATTCATGAATAC TTATTATAGTGCGTAAAAGATTGTATATGTCTTATACGTAAATAAAATGAAATAGAGAAA AATAATTAATATATTTACTTACTTGAACATCTTGAAGGGGTAGAGCTTGAATTAAAGATC CAATATTAACAGAAAGCATATTTGCACAATGCCCACATCTTACTGTCACTAAGGTTAACA TGTTGCTGCATGGAACACTAACCTGATAATATATAGATTTTTTATATCATCAGATTAAAA TCGAGAAATATTATATAAATATAATAATTTTCGATTTTATGGAACTTTTTGAAAAAAAAA AAGAATAACTAATTATAGTCTTGAGAGTTCGAACTGGATATGATGAAAAATTATCATGTC TAATTTCTTTCGAATAAAATTTATAAAAATTTATCTATTATAGCTTGTCAATATATAAAT TACTTATAATTATTTTATATATATTATAGATATATCCAATCCTATAATAATTTACCATTT GTGTAACCACTATAACAAAAATTAAGTAGTAACAATTTACATAACTAAACTATAGACTTC TTTCTAGTTTGACTAGTAGTAATCAGCGATTACTACGTCAAAAATGATCATTAGCATCAA TTAGCACTCTTCGTATATGTCGTTAAAGTATTTAGTGATATTGGTTCTAATGATACTTAA CTAATGTCGGTAAAAATTTTAGCATTCTTTATTAATGTCAATATTTACTGTCGTTAAAAG TTGTTTTTGTTGTAGTGACTATTTCTATGTGAAAACCCTTGATATTTCGTAGAATTAATT GAGGTGAGCGAAAACTGAAGTATTTCAAATTTTCATTCAAAAAACTTTAAAAATTTTAAA GTAAAATACATGTCTAAATACAACTTAAAAAATCACAATTTTTAAAATTTAAAATTTTAA CTCTTTTAACTTCAAAATTCATGACACAAAGGACAACTAAGGTAAGGGAATTTATAGTCC TTAATTGAGCTTTAGAGTCTCAATTAATCAGAATTTATATGCATATGACCTTAGTTTTTA TCATAATTTTTTTTATTCGAGACGTCTGATTAAAGATAAAGTATCGTATCTCTAATCATA TCTCTTTAATTCCTTTACTTTTGGTGCTCCTGACTTTTTTTCTGACCATTGTTCAGTCAC TAGAAAAGTGATAAATTTAAAGAGATAACAAGGAAAATGACATGACTAGAACAGAAATCA GAGTCCAATTCCAATACAAGGATCTAATAAACTTCTATAAATAAATAAAAAATATATATA ACAAATATTATATATTATATATGAATTATTATTTTTCTCCTTTTAATTTAAATGATCTAC AATTCTATAAATGATTTTTTTCAATAAAAAACAATACTTAATTGTTTCAAATTCCAATCA TGATTATTTCTCTTAAACATAATTAGTTATATCCCAAAAATTGGGGAAAAAAGAAGAAAA AATATTATTATTATTATTATTATTATTTTGAGTTTATTATCCAGTGGGCAAATGTGTTAA AATGTGTGAACAGAAAACCCCACCATTTTTTTTTCTCTTTTTTCAATTTTGAAGGTAAGA GATCTAATTTACACCAAAATTAGTAGTACAATAATTTGTGAAATTTTGGAATAAAGAAAA TACTTCAGATCATAAAAATTCTTTTTTTTTATTTATAAAACTCATTTGAAGTTAATTTTT CAAGATTTTCCAAACAAATGAAACTCTTTAAAAAAAAAACCAACAAACCCTTTTTTGTCC CAAGTGAAATCTAGTAAAAATTAACATAAAATATCAAAGAAAGATTATAAATCCAACCAA ATACATCCTTTTTACTCTATAATTCATAAAAGAAGAATATTTCATCTAAATAAGATTATG TTTCAAAAATTTCATCCATATTTACTTCACTTGAAACCTAAAAAACAAAAGACATATATT TTCTATCAAAAACATATTTTTTTAATTTTAATAATAAATAATCTATGATCATACTCATCA CACATGAGCTTAAAATCAAATTATGCCCTAGACTAACATGCATATTTTTTTTTAACCCTA GTAATTATATTATCATATGCACAATAAGTAATTAAAATTCAAACAAGTTTGAAGAAGGAT GAAGAAATATTTACCGCAAGAATGGTGTTGCAAAAATTACATTGCAAGTAACAAACGCGT TCTGAGGAAGGTGAAGAAGAAAAAGTCATATCGAATGACATTTTATATTTATAATTAATT GTTTTTTTTTAGGTTATTGACCTATAGAACATGGATCAAAGGGGAAGAGTGAAGAAGAAA TACATATGTATATATAGTATGCATATATAATATAAGGTAAGTTTGTATACAAATTGAAGC AAAAGGATTGTAAGGAAGAAAAAAAAAGATGCTCAAAAGAGAAAATATATAAAGTGTAAA AGGGAATTAAGAAAAAGCCTATTCAAAGGGTAAAGATATTATTTGGTTTCAATTAAAAAG GTGGAACACATAGAGAGATGAGTGGATGGATGGGGGTGGGGTGGGGTGGGGTGGGGGTAG GGGGTGGGGGGTGGGGGTGAGAGAAGTAGTGGGAGTATGATTTTGTATAGTAGTGTTCTA TTACAACTTGAGAGTGGTATATAGTTGTACAATAGAAAATATTTAGGTTTTGTATTTTTT TATTATAAAATATGATGATCGGTTGTAATGATAGTTGATAGTGATGATAATGATAGTACC TCGTTTGTAAGTGGTAATGATTGATAGTAATAGTTTATAACGGTGGTTAATTAATGATGA TGATATTAGCGGTGACGAACGATGATTATAGTGGATAATAATAATAATATACTTAATGAT AATATTGATCGGTAATATATGGTGATAGCTAATGGTAATAATTGATAGTGTTGGTTTTGG AGATATCTGGTTATAGCTGATAATGGTGAATATCTATAGTAGTTGATAGTCATAGTGTTA ATGATGATTATAAATGGCGATCATGATAATAAATCGATTATATTGTGATTAACACGGATA ATAATTATGATCGAAGATAGTGAATATTAGTGATAAGTGATAATGGGAAGAACAATGACG CGATAGTAGTTGACAATAGTGGACGATAGTGACAATATGTGTTAAAAGTAAATTGAGTAA TGATGAAATGTTACATGTCACAAATTTTTAACGGATAACATATTAATAATAATAATTTAT TATAAAATCTTAATTATTTAAGTATATTCAGGCTTAATGAGTGGATATAATACTTCTTAA AAATGCACTTGCATAATTGAAATTTGAGTGATTAAAAACATAATTAATGATTGAGAGTTG AATAATGAAATATTAAAGTGTTTCATTAATTAATAAATATGCAAAACATGTATCTTATAT TCATTAATTTGGTGTAAACACTTTATGTAAATAATTCTTTTATTATATGAATTGAAATAG AGTAATATTATCAGTGATAATTTACATTAGTTGATTTTAATTTGTTTGAAATTAAAACGA AATTATTATTATGTACAAGCATAGTACAATTAATCCAATGGAGTGATTAGGAAAATAAAA TAAAAATTTAAACAAAGGTTTATCCTTTATAATATTCCATTGGTAAATAGTAAGCTTCAA ATCCGAATTAATATTATAATTAACGAAATAAAGATGTAATTATATATGGTCACAATTCAT CCAACACAATCGTTATAGGCAGGTGAAATATTTGTCAATGATTAAGATATTTAGTCGAAA GCATTTTTTCCTATTTCGGATAATCTTAACATCAATTAATGAATAATAAAAAAGATGACA TATCTAACATATAATTTAATGCGAGAAATAAGTGATCAAAACTTTTTCTTTAAGTGTTTG ACATGCGGTTAGCTTAAAACATATGATCATCGTGATATAAAATAATAAATAAATAAAATA TATAAAAATATATTAATATATACTATATTTCAATTTATTGTTAAACCTTATCAATATATA TCTATTCAGTTAACGTAATTAAACTTCAGATCAGGCAAAACTATATATATATACTTATTA AGAATGGTCATTAAACACTTTTTATCAAAAAAGTATACAACATATATAAAAGAGATCTAG TAAACTTCACGCTATATAAAATTTAAATTAATCAGATAATAATATCGAGTACCATATGAT TATTAAAGGGGGGTGGGTGAGATTATTGAATGAATGAGTGGGTGGGAGTCATATAGTAGT AATTAATAAGTGACCTTTCTTTGGCTTTATGTGAAAAGCGGACTAGGGGGGCGATATAGA GATATTAATATTTTGGAATATTACAAATTAGGACTTCTTTTTTTTTAAAAAAAATAATGA TCAAGAAAGTGATTTCTCGATGGTGGTTATATTCAACAGCAGAGTCAAAATTTAAAATTC ATAAATTTAAAAAATTATGTTTTTTGAATTATAAATTAATAATTTGTATATATATATAAT AAGTTACTTAAAAGCATATTTTCTAGCAGAGACGTATCTAGATAGGGGTTCTGTGGGTTC ACGTGAACCCATGCTCCCCTCTCTAGATTATATATAATAATGTTACATAAATAGAGGTGT GAACCGAAGTTAAAAGTAGCATATAGTAATACTACGAGAGAATTAAATTCTTTAAAAAAA CACAATTCTTTGTGAACTCGAAACTTAACTAATACATCATTATTTTATTTTAGTATATAG TAATATCATGGATATATCGATACGAGTAATATATATTTTCATAACGTATCAAAACTTCTA ATAAAAAATGGAGAATGTCTGATCTCATACATTTTATCATTACTATGTTAAAAATTAAAG AATTGGTTATACATAAGAGTCATGGAAGTTTGAGAAAATGAAATGTAAAGAGTTTCCTAT TCTCTCCACCTCTCATTGTTAGGTATGAGAGAGACTTGTCAAAAATTGAGAATAAAAGAG GGTCCAATATTTCAAAAATTAAAAAGAAATCACAACATTTATTTATTTATTTATTTACTT TTGGGGGGTGGGGGTGTTGCGGGGTGGTGCGTTTCTCATTTGGTTTATGTGACGTTTATG ATAGAGAGTAAACATAAAAAGAAGGGGGTGTGTATTATATCTTTAGATGAATTTGATATC GAAATGAGATAAAATATATAAAAATGAGTTTAGACTAGATTGTTGTACTATCTTTTTTTT AGGGGATTAAAATCAAGTGTATAAATTCGTGTGGTGGGGTTAAATTCAAAGCGATAATAT CTTAACAATTGGACCATAATCGTCACAGATAGTATTAGAGCAATACTATATATCCCTCAA TACGATTGTCGGGCAAATCACAACGAGGACACTAAGTCCCAGGGTGGGATATATGATTTT CAGATGAAACGTAGTCCTCCGAAAAAAGGATAATGCACATTGCTTTTTAAGTGAATTTAT ATCACAATGGGAAAAGAAAGAGACCTTACAAAAATATGTATAGAATGAATTGGTGAGATG CTTTTTAAGTTAAAACTCAAAAAATAAATCTATACGGGATCTGGATCCAAAGCAGATAAT ATCTTTGACAGTTGAATTAGGATCGTTCCAATTCCAGTTCTCACCTTAAGACCTATGTAA TCCAAACTCGTCTTGAAAAGTTACTTGATCAGTAAAATACTCTCCACTAAAGACGACTTT ATTTTAGAGCTCGTTGTGTGTTAAAAAAACTTTTTTTGCATATTTTTGATTGACTTTTTA AAAGTAAAAACAGAGGATTTTTATTCTTGCACTAATGAATTTTAAATGAAGCAAGAAATA TACGTTAAATAATAAAAGCCTACACAACTATTAATTATTCACTTTCATGCATTTTTATTT AGGATCGTCCTCTTCGTAAATTATAGTTACGTTATATAACATCATATCTAATTATCTTTT TTGAATCATATTACAACCGACTCTCATATTGATTGATACATCTGCTCGCCGTCTTTTCAC ATATCCAATTATCTCAATTTCACTGTTCTCGTCTTATCAATTATAGAGACTACTTCTAAC TTCTAACTTCATTATTAGTTATATATTTACACCACTAAATCACACTTATCTAATCATATT TATCTACAATTTAATGATAACACAAGTTTCAATCTACTTTTTAATTGTGGGACCCACACA TCAACTGCCAAACCACTGCCGTTAAGTTTTAACAGAAAATCAAGATCTATAAACTTCTAT ATTCTATTCTCCAAAAACTATACACTAAAGTTTCGATTTTTATTTTTTAATAGTAGAGCC AAAAAAAGTTTCAATTTACTTGAGATAAAGAAAGCATATATTCGATTATTAAAGTCAGAA GCAACAATGGGTCATCATCATCATCAGTTAACCGACCCACTTGTCACTCTTTGTACTAGT TGTAAAAGTTTCTTCTTTTTCTTGTCTTTTTCTTGCAGAATTTGTCAATGGAACCTTTGA TCTTCAAAATTAGGCTTCTTATTCTTGCTTGGGTGCATTTCAGATCTCATTCAGGTAAAC CCCATCTGCCTCAAATCATGTGAAATTGTATTTGTTGAATGTGTTGTGGGTAGTTTTTGA ATGGAAGATTTTGTGTAATTTGTGGGGTGAGGGGGTGGAGTTTTTAGTTATCCTGAAGTT GAAATTTGAATTGGGTTGTAGTAAAGTTGTAATCTTTAGTGAATTTGATAGTGATCTTGG TTTGTCTTTTTATGCTGACTTAAGGTGTGTCAGCAGCAGAATTGGTTTTTTCTTTTTTTT TGACTGTATATGGGATTACTGTTATGTAGTGATGGTTAATTGATTAAAGACAGACTATTT ACCCCACTAAGGTAGCAGTAAGGTCTGTGTATAGATTATAGAGTACATCTTATCCTAGAC TTCATTTGTGGAATTAAAATGGATATGTTGGTGGTGGTGGTGGTGATGGCTAATTGCTTG AGAATGGGTGAAAGAAGTAAAATTTGTAAGGAACCTGAAGTTGAAGTTGATGGGAATTGA AGAAAAATGTAACTGACGAGGTTCTTGGATCGCAGGTATTTGTGTGGTAGTTTCTTGAAA TCTGTTGTTGGAGGCTAGAGATTTTAATTACCCTGAAGTTGAAATTTGCAGTAAAGTTGT AAGTTTGTGAATTGGTAATGATCTTGACTTGCCTGTTTTATGCTGACTAGATGTGTGTGA GCAACAAATTAGTTTCTTCTTTCTGTTCACTGTATTTTGGATTATTTTTATGTAGTGATG ATTAATTGCTTGAGAATGGGTGGACGAAGTACAATTTATAATGACCCTGAAGTTGATTTT GATGTTGTTACTTATGAGGTTCTTGGGTCGCAGTCTCGCAGATTGTGCTTATTTTTGTGG TAGTTTCTTAAGGGGTGAGGCTTTTAAGTATCCTGAAGTTAAAATTTGAGGCGGGTTGCA GTAAAGTTGTAATTTTGTGAATTGATAGTGAACTTGACTTGTTGTTTTTGCTGACTAGAT ATGTGTCGGCAGCTGTATTAGTTTCTTCTTTCTTTAACTGTATTTTGGATTAGTGTTATG CAGTAATGGTGACCCTGAAGTTGAAGTTGATGTGAACCAAAGAAAATTGTACTATTTTTG TGAATTATAAAGTTTTGTCCTTGTCTTTTTGTGCTGATTGGAGAAGGGTGAGTAACATTG TCAGTGAGTTTTACTTTTAGTTTCTTTTTTACAACACTGACATTGCCAATTGGTGATGGA AAAAAAAAGGAAGGGAAAACAAGTAAAACAAAAATAAAATACAAGAACACCGTAAATATG ATAGTGTAAGGACTCGGTTATCATCTAGTAGTTTCTGGTGCTTGAAAATAGTTCCTTATA TAATAGATTACATGACTGAAAATGACTTGGTGAAGCAATTCTCTCGGTCATATGCTTACA GTTGTTTTACCCTAGTTCACTTGTTGTTCCTTGGAACGGTTGAGATGGAAACTATGGCAA TTAGCAGACATTGTGTGCTAGGTGATTCAAAATAGAATTTGTAAAGCAGGGTTGTCAATC GCTGGAAACGTCATTATAAGCTGTGGCTTGTTGATGGAACTATGTCCTGTCTTCAAGTCT ATTAGTTTTAGGCTGGCATTGTTACACAACTTCCTCTAATGTAGCAAGCAGGCTCACTCT TAGAAGGTTTACTTGACTGTTTGGACTGAGATATTCATTTTTAACTAATATAAGAAAGTC TAAGCCTTGAAGGTTTACTGCTAGACACAGACTTTGCCTTGAAAATCATGGGATATTTTG TTTTTGAACGTAAATCAATTTCAGGTCCAATATCCTTGGTGAAACACTTCTCTAATAAAG ATATAAAGAAAGCAACTGATGGTTTTAGGAGAATTGTTTACAACTCTTCCAAAATAGTTG CTTACAGAGCAAAGTTTCAAAATGGCCATGCTGCGTTTGTGAAAGAAGTCCGAGGTTTCG AAGATGAGGATGATACGGCCTTCTACAGGGAGGTACAGTTACTCGGTCGCTTGCATCATC GACATATTGCTGCACTTAATGGGTTCTCTTGCGGCCCTAAGAGGTTAATTTCCTAAGCTT TGGCTTGATGAAGTTTGTGATTTGTAGAAATGGTTCTGTCTCGTTGATTAAAAATCTATC TTTGAGATAAGAATGAGAAAAAATATTGGTTGATTATTTCTTGATCATATTATGATTATA ATATAATACTAGTGCTATTGTATATTGTATTACCAATTTATACATTTTGATGCTATCAGA AAAAGTCATAAATATCCGTCATAATTTCTGATCACCAGCAATCTGACCTCTGATCTTTGA TATTTTTTGTCACCATTTTTCTTTCGCAACCAAAAGACGTGCAAAATGCAACTTACTACT GGGAATCGCGGGTTCCTTGGTCTAGGAGGTAGGTTTGTAGGTGAGGCATTGTGTCGTCAA GCAGAAAGAAATTCACTCTTCCATTTCTTAGTAGGAATGCTCCTATGTTAGCAGGACATT TCGTGCAAGAACAAGGTTTGAGTTAGTGCACTAGCTAGGCTGTGTTTCTAGCCTAATGGC TCTGTCTTTGAGGTAACCCGGACTAGTACCAACTTAATCTAGTAAATAGGATGTTGAAAA GGCCGGTGGGTCTTCAGGCTGCTTTTTTAATTAATAGTTTCAATCAAAATTCCATCGATT GTAGCTAGTGATTGCCCGGGTTGGTGTGTGATCACCAAAGGTGAATTAACCCTTCAGATG CTCTCTCTGCCAATGCCTAATACCCCCTCCGGTTCCGCCGAGTCACAATTGTAAATTGTT CATAGATCGCTCAATCAGGCTAAATATCTTAAGCAAATGCTTAATTAGCTCTCAATCCTG GCAAAAATATTGACTTCCAAGAATATTTAGATTCTAGCTCTAGTGATATACTGAAAATTA GGGAATCCCCATTTTCATTTCCATGCAGTGTTCTATTGAAATGTTTCAGTTTTTTATTGG TTTGTACTTCCTTTTCTTCAGTTCCAATAGATCTCCATTCCTTCCTTTTCCCTTTGTATA ATCACATCACATATGCAGTACAAATAGCTATGGGGGCAAACCCATTATCTTGTGTGTTAG GCTTTCATTGGGTTATGTCTCATCAGCTACTATTTTCTTATTTCGTCTCATTTTTAATAG ATAATCAGACAATGCAAATGCATTTTAGCTGCCCAAACTTGTCCCTTAGTCACTCTTTTC CAAGGTGTGGTCAGAAATGTGACATTTCTAGGTGGTTCAATCCGAGAACATTGCTAGAGC AAGAGATACTCTAATTGTGGCACTGAGTTCATGGAGATTTTTCCTGTGAAAAAGAAAGCA TTTTGAAGAGACCTATTTAAATGTGAAATTAAATGAAATTCAACATTTCGTTCCTCGTAA TACAACATAAGGTCATCAATTTCTCCTGTTACCGCAAATGAAACTAATCAACCTACACAA TGGTTTACCACAGTTTTATTAGAAAAAGTATCGCATAGCTTTATCTGCTTAATTGCAGTG GATATCCTTTTGCTTCCAGTTCCTATACATTCTGGGTGTGTATGCTCCTTTTCTTTGGTT GCATTTCCCTTTTGTTCTTTTGGCTTCTTTCTCCATTCTCTGATAGCATATCTTGTCCAC TATAGGTTCCTAGTCTTTGAAAATATGGAAAAAGGAAGTCTGAAGGAACACCTTTCTGGT AAGTTTAAGCACAAGCCTTCTTTCTTCTTTTTTTTTCTCCGTCTACTTCGCGTTGAATTT GATGTATGTGTTTCTATCTATGTTTGGTTCTTGCAGACCCTCTGATGACTCCACTAAACT GGAGAATAAGACTGCAGATAGCAGTTGGCATCGCTGCTGCTTTAGTATGTTCCTCAAGCT GCTTAGTACTATGTAGTCATATCTTGATCATTTCCAATACAAGCTTTTTATATTTTTCAT TTTCCACATTGAAGATATAGTTACTGATAGATTAACTCAAATAGCAAACCCCTCAGAACA GCCTCGATATTACTAAATACAGACTCTGAATTTATTTAGTGTGTCGGCTCTTCTAAGAAC TGATTATCACCTAACTGTTGGATTACTGATTGTTGTTTATATCTTGATTTAGGAATATCT CCACTTCTTTTGTGATCCGCCGATGTACCACGTTTCAGTCAGTTCAAGTACCATCATGCT GGACGAGAACTTCACAGCTAAAGTGAGCCTCGCAATCTTGAGCACCTCTCTATAGTAAAT TGCTTCATCATCATATTTCATGCACATTTTTTGGACCTGCTTCATCTTTTGTTAAAATAA TGACCATATGGTTCCTTGTTCCAGCTCTGTGATGTTAGCCTCCTTTGTTCTGTCGAGAAC AACAATCCACTTCCGAAGTCTAAATGCTCCAAAGGTACAAGGCTTCCTCCTTATTATCAT CACCTCAAATCATACAAGTTTTGACCTATGTTCAGATTTTGCATTGCTTATCTTGCAGAA TGTGGTAATGAGATCTGCAAACAGACAATCTTCCAGCTTGGTTTGCTGATCCTCGAGTTA GTCACCGGTCAATCCTCAGAAGAAGGAGGTGTTGACTTAGTTCAATGGGTTCAAGATTCT CGCTTCCGAAGAAGATCCATTCACCAGATGATTGATCCTGATCTCGGAGACAGCTACGAT TTCAAAGAGCTTAAAGGTCTTTTGGCAGTTGCAAAAATGTGTGTACAATCTATCCATAAG CCTACAATAAAGACCCCTCAAATATTGTGGTATCTCCAAAAGAAACTGGGCAGGACTCCA GTAGTTTGCTGATGACTTGAGTCATGTCATGTTCACAGATATAGATCATAGATTGTGTGA GTAGACATTTTTTTTGTAAAGCTATGTTACTCGGACTCTTCAAATCGAAGAGTCCACACA ACTTAGTCTGTAAGTAGTCTGCTGCGTTTTGACATTGATTATGAAATTAGACCTCTTCAT AAAAACAAGATCCTCTTCAACTAGACCCTTGATGAGGATTTGATTTGCATACTATACTAG ACCACATCCAAAATAAGGCTGTAGCATGTTGTCCAGTTCTTCTGGTCATCTTGTAAGAAA CAAATAAGAAACATTCTGCAGATCTTGTGCAATATTAAGGGTGAATTATTTTACTTTTGA GATTATTATCTATTTTGTATCGTATTGTTAGTTTTAATATTTTTAGTATACATAAATTCC ATTTGCATGTTAATATATGAATGTATAGACTGAGACTTGAAATTGTTCCCCAAGAAAATA ATATTTCTATTTCACTAAAGCATCAGTTTTTTGACTTCCCAAAACATGTCATTTCCAAAA CAACAGAAAACAGTAAACCAAACTAAACTATAAGCAAAGTTCAAACTGGTAAATCTTTCT ACATCTACTGTTGAGCACACTGTACTCTCTGTCCTCCACCACCAGACATCTCTTCATCCT CATCATATGCTTCTTGTTGTGCAGCTTGTTTCCTTCTCATTTCTTCCTCCATATTCACAT CATGCAATGTGGTCTCCTCACATTCATCCAGTTCCATGTCAGAGTACTGTGATGTAGGCC TTGATGGTAACATTGCCTCCAGAAGCTGCACCTGTGGCAGGCTCAACGAATCCGGGAATT CCACGATGAAATGAATGTACAGTTTACCCTTCATGAATGGCCTCTGGTAAACTGGCATTC CTTCATCATTGATAGCCTTGAATTGATCTGCAGTAGTTGGAACGAAAAGTTGAATCAAGA TTATTTCGAATCAGGATTTGAACTTGATCATCGACTCATTGTACACACACACACAGGGGT AAGTATGAAGATGTTACTAACCAGGTTTAACAACTTCTCCAGGGTTTGACTTTACGAGGA GCCGTCTGCCATCCAAGTGTGCCAATATGAACTGGAAACCACACAGTGCCTCAGTTAAGG TCAATGTGTGATCAACAAACAGGTCATCACCCTTCCTCTTGAACTTCGGGTGATCTTTCT GTTGGAGAACGAAAACCACATCTCCAGTAACTGTATCAGGCTGCAACAATATTAAACCAG GTCAGCAACCACCCGAGGCTATATCGTTAATGCTAATGTACTAACATGTCTGAGATGACA AGATTAGCTAAACCAGGTCAGCAACCACCTAAGTCTATATCATCAACATTAATGTACTAA CACGTGGGAGATGACAAGATTAGCTTACCGCTTCATCAGCCTCGCCAGGGAATGTAATTT TCTGTCCATTTTGCATTCCTTTTTCAACATGGACTTCAATGACTTTCTTCTCTGGTACCA CTTTTTTACCTTTGCATTGAGGACAACGATCCTTATCGTCAATTGTCTCTCCAGTACCCT TGCATTTATTACAAGGCTGCTGCATTTGCTGGATCATTCCAGGCCCAAGCTGTCTGATTG AAACCTTCATACCAGTACCTTCACAACCAGAACACTTCATTGATTCACCAGACTTCGACC CCTTGCTGCAGTTACAGAAACAAACCAATACAATACAACGTAAGAGAACATTTGAGCACT TGCATTGAAATCTCACTTCTCTATATCAGGAGATCCTTTCATCTCCAGACTATTACGTTT AACCATTTATATGCCAAGTACGATAGGGCTACAAACACTACCAGGAAATCAAGTAATGCG GATATCAGAGAGATACTGACCCACTACACTTCGAGCAAATAACATTGCGCGAAAGCGATA GTTTCTTGGTCATCCCATTGTATAGGTCCTCAAGCGACACCTTCAATGGATGCACTACAT CGTCACCCCTCCTCTCTCTTTGTCCTCTACGACCACCACCTGCTCAGTAAACACACTCAT GTTATTCAGTTTCAAACAACAATAACAATTACCGCACCACCATCCCAAAAAAGACAAGCT GGTCTTATTCAACTTCAAAGACGAAAATGACCAGAAAGAAAACTCGATACTTCCTCCATT TCAATTTGTTTGCGGTACTTCCCTTTTCAGTCCACTAAAAACACACACATTGCCCTGTTT TTGGACAACTCTTTAATTCTGCCTTCAAATATCCGTATCAAATCAAAATCAAAACGGGAA AAATAAATTGAAATGGAGGAAGTAACACATAACAAGCATCACGAAAGCTTTGTTCATTAG ATCTAACCTCCAAAAGGACTTCCACTAAAGAAGGAATTAAAGAGGTCAAATGGATCATGT GTGCCACCACCACCACCCATTCCTTCTTTCAGTGCTTCTTCTCCATACTGATCATAAATC TCACGCTTCTGTGAGTCACTCAAGACCTCATAAGCTTGAGCTAGCTCCTTAAACTGCACA AGAGAACAACTGTTGTCAGATTAGCATAATAACACCACCCAAAGAGGATTAATCAACAAC AGGGACCATTCAAAAAAGTGTAGCTTCTCACTGGCTTATCAGCCAAGAAGACAACAACTC CAAACACAACCACCATCATGAGGAGGGAGCAACTTAAGATTACATCAAACAAACATAACA AAAAAATAGCACCACCAACACACAAAAAGGAAAAGGAAAATAACAATAGGAGATGATGAA AAGAAAAAAAGGCTATCCTTCAGGATCACCACCCTTGTCAGGTATTCAGGAGGTTCATCT AAGCAGCTTTACTTAACAAAACCAGTATTCAGGTTCATCTAAGCAGCTTTACAATACAAA ACCAACAGATACATGGAACTCTAAGAAGCAACTCAACTAAAACACTTGCACAGCCTAAAA ACACCACCTTGATGAGCAAACAAAACAGCATAGCAATAAAAAAGGCACCACCCCAACACA TAAAAGAGATAAACCAGCTCAACAAGCATTCTTCCTCCCCCTCCCCAAAAAACGAAATCT TAGGACCACCATTGGCTGGCTAACTGAATTTTCAGGCTATCAGTGAGAACTTGATTCCCC ATAATTCCTCTTCATAAGAACCTCCTTGGCTGGCAAACTGAATGTGAGAGCTTGATTCCC CACCTTATGATCCCTCTTCCCCTTCCCCCAGTATATTTCTCCCAAATTGAAACTAAGAAC TGCCATTCTTCAAGAAACAATGGATGAAACAAGGATATAGCAGGCAGCAGGAGATGGTAC AGAATTTAAAATGTACCTCAACTAAAACATTTACACAGCCAAAAACTCAGCCTTTGGCAA CTCTTCAGCTTAAACAAACATAACACGATAACAAAAAAAAAAAACTCCCAAATTAGAACA AAGACTTCACCTTTCTTCAAAAATAAACAAAAAGATTACCTTTTCAGGATCACCACCCTT ATCAGGGTGATTCTTCATAGCAGCTTTTCTATAAGCTTTCTTGATTTCATCTTCTGAAGC ATTCTTGGAAACACCCAAGATTTCATAAAACTTTGTGTTATCACTCTTTTTTTTCCCTCC TCTTCCAAACATCCTTTTCAATTTCAACTTCTTTTCAAGAACAGTATGAAAAGAACAGAA CACCCAAATACTTGACTCCAACAAGGACTCAAAAGGGGTGTATATATACACATCTTTGAA GGCTCAGGTGAAATGAGAAATTGAGAATAGTGGAGAATGCTCTAGAATTCTCTTTCTTGC TGCTTATTCTAGATTGTTCACATTGAGGAAAAAACAATTTCTAGAGTTTGAGGAAATTAC ACTTAGATCTACTATATTATGATTTATGTTACATTTTGGCCCTCTTATGTGCCAACCCCC CCCCCTCCCGCACCCTCGTTTACACGTGTAATTGTTGCAAATCACGTTTATTTTTAATTT TTTCTTTTTTCTAGGTATAACGGTTGTTCTATGAAATTATTTGAAATTACGTTTATTTTT TATTTTTTTTAATTTTTTACGTATCACGTTTATTTTATTTTCTCTTTTTTCTAGGTATTA TGTTTATTTTTTTTATTTCTTTTCTATTTTTGTTAGGTATCACACTTATTTCAATCTTCT CTTTCTTCTAGGTGTAACTATCGCATGTGAAATGATTCGAATTTCACGTGTATGTACAGT TTCCTCTTCTTCTTTTTTTATAGGCGTAACTATTGCTTTGTGAATTGATATGGAATCATG TTTATTTTCAATTTTCTCTTCTTTCTTTTTTTATGTGTACCCATAATATGTAAAATAATA CGCGATAATGTGTATCTTCAATTTTCTTTTTTCTTAAATTTAACTATTACTTTGCAAAAT GGTGAACAACAATCACGTGTATTACACTTATTTTCAATTTTCTCTTTTTTTTCTAGGTGT AACTATTACATGTGAAATGATTTGAAATCACGTGTATTTTTAATCTTCTCTTTTTTTATG TGTACCCATAATATGAAACTATTGTTTTGTAAAATGATATGGAATCATGTTTATTTTTAA TTTTTTCTTTTTTTTTAAGTGTAACTGTTACGCGTGAAATAATACGGAATCATGTGTATT TTAATTTTCTTTTTTCCTATGTGTAATTATTATTCTGCAAAATTCTAAACAACAATTACA CGTATTTACAATTTTCTTTTTTATGTGTGTAACTGTTATTTCATGAGATGATTTGAAATT ACGTGTATTTCTCGTTCTCTTTTTATATCTATAATTATTGCACTGTGAAATGATTCGAAA TCACTTTTATTTTCAATTTTCTCTTTTTTTTAGGAGTAACTGTTACTTTGTGAAATAATT CGAAATCACTTTTATTTTTTATTTTCTCTTTTTTCTAGGTATTACATTTATCTTCAATTT TCTCTTTTTTCTAGGTATTACGTTTATTTTCAATTTTCTCTTTCTTCTAGGTGTAACTAT CGCATGTGAAATGATTCGAATTTCACGTGTATGTACAGTTTCCTCTTCTTCTTTTTTTAC AGACGTAACTATTGCTTTGTGAATTGATATGGAATCATGTTTATTTTCAATTTTCTCTTT TTTCTTTTTTTAGGTGTACCCATAACATGTAAATAATACGTGATAATGCGAATCTTCAAT TTTCTTTTTTCTTAAATTTAACTATTACTTTGCAAAATGGTGAACAACAATCACGTGTAT TACAATTATTTTCAATTTTCTCTTTTTTTTTCTAGGTGTAACTATTACATGTGAAATGAT TTGAAATCACGTGTATTTTTAATCTTCTCTTTTTTTATATAGGTGTAACTATTGTTTTGT AAAATGATATGGAATCATGTTTATTTTTAATTTTTTCTTTTTTTTTAAGTGTAACTGTTA CACGTGAAATAATACGGAATCACGTGTATTTTAATTTTCTTTTTTCCTATGTGTAATTAT TATTCTGCAAAATGCTAAACAACAATTACATGTATTTACAATTTTCTTTTTTATATGTGT AACTGTTATTTCATGAGATGATTTGAAATCACGTGTATTTCTCGTTCTCTTTTTATATCT ACAATTATTGCACTGTGAAATAATTCGAAATCACTTTTATTTTTTATTTTATCTTTTTTC TAGGTATCACATTTATCTTCAATTTTTTCTTTTTTCTAGGTATCACGTTTATTTTCAATT TTCTCTTTTTAATCTAGGTATCACGTTTATTTTCAATTTTCTCTTTTTTTTTAATAGGTA TAACGCTATTGCTTTTGTGAAATGATATGGATTTATGTGTATTTTCAATTTTCTCTTCTT CTTTTTTTAGGTGTAACGGTTACATATGAAATAATAGAATTCACGTGTATTTTCAATTTT TTTTATGAGATGATTTGGAATCACGTGCATTTCCCGTTCTCTTTTTTATATGTATAATTG TTGCATTGTGAAATGATTCAAAATCGCGTTTATTTTTAATTTGCTCTTCTTCTTTTTTTC TAGGAGTAACCGTTGCTTTGTGAAATGATTTGGAATTAATTTTGATTTTTTTTCAAGGTG TAATTGTTGCTTTGTGAAATAATTCAGACTCACGCTAATTTTTTTAATTTTTTTTTTTCT AGGTGTAACAGTTGCATATGAAATGATCATAATCACGTGTATATAATTTCTTTTATCTAG GTGTAATTGTTACTTTACAAAATGATCTGCAATCACATGTATTTTCAATTTATTTTTTGT ATGTGCGGAACTGTTGCTCTTCAAAATGATTTGGAATCACGTGCATTTTAGTTTTCTTTT TTCATATGTGTATCTATTGTGTTGTGAAATGATTCAGAATCACGTTTGTTTTCAGTTCAA TTTTTATATGTGTAGTTTTTGCTTTGTGAAATAATTTGAAATCATGTTTATTTTTATTTC CTTTTTTATACGTAATTGTTGCTTTGTGAAATGATTCTAAATCACGTTTATTTTCAGTTT CCTTTGTTACATGTGTAATTATTACTCTATGGAATAATTCGCAATCACATTTATCTTTAG TTTCCTTTTTTAATATATTATGTAACTGTTGCTCCCTTATAATTATTTGGAATCACATTT ATTTTCAGATAACTAGTTTACTTAGCTCATCTTAGCACGTAAAATAATATAATATTAAAA GTAACATTATCAAATTCAAATAGGTGTGCATTTCATTTAGAAATATTAAGAGTAAAAGAA TCTTCGACAAATCGATGATTTATAAATTATTTAATTATATTATGGTGCAAAATTATCCTT TTTAGGTAATTATACCGAAAATTATCAAATATACTAAACTTGAATTTTAATGAAATTATT TTGCTTATAAAAATAAAGAGTTTTAATGACATTGGAAAAATACTAATTCATGTTATATTA AGTACCTATATGGATGTTAATGTTAATGACACTGAAAAATATATTCATGTTATTACTAAG TATCTATATGAATGTTTAACTTTAATTAAGCAAGCATAATAATTAATAAGTTTAAACAAT GACATATATCACAAAGAATTTTGACACAATTTGAAATAATAATAATAATAATAATTTCTA ACCCTCAATTTCAATTAAGTTGAGATTGGTTATATATGAATTTTCATTTTTTTTTTAATT TAAGCTTATTTGATAGAAAAATTAGATAACAAATCTCAAAACTAGATCGAACAGTTATAT TTCAATACAATGGTAAAGCTTAAAAACTACAATAACATCGCTATAGTATTTAAATATATA TGATCTTTACATAATAATCCGAACCAAAGAAAACGAGAATTCGTATCATATGAAAAACTC GTTTTCGCTATACTTTTTATGAGTTCTTCAATCAAACCCCCAATTTTAAATTGTGACTAT TTTTTACCATATACGAAATAAAATTCTTTAACACTTTTTGAAGACCTTATAATTTCATGT TCTCTAAAAGAATATCTTTTCATCCTTCACTCGGATTTGTATTACGAAAAATCGTGATAC TTTTGTAAATAAATAATTTTCGAAAAATTACAAAATATCGTGTTTTTTCTTCAATATTAT TTACCCAAGTTCCAAAAATTCCAATTTGCTTACCAGTTTTCTGTTGGATGAGGAAATCCC GTGATAGACTCTTGGTTGCTTGCTCTGAAAACGACGTTACGCTACCGTCCCTGACCACCC TAAAACGGCACCGTTTAACCCCACCCCCACCCCCACCTCAGCATTAGCTGGCACCACCCC TCACACTTTGCTGCTTAGCTCAAAACTCATTACTCCTCCTTATAGTAGTAGTGCTACTAC TTGCCACTTTTTTTTTTTTTTTTTTTGGGGGATAGATTATAGAAATTCACACTTGGGGTT GCAAGATTGTTCAAGATGAGAAATGGGTTGACTTCAATTTTGAATTTTAGTTGACTTGTT GGTAGATCGATCTGTTTCAACCAAACGGGAAGAAACGAAGGTTGGTTTGCTTTCTTGTTG TTTTGTTGTTTTGGCATTTGATTTTAGTGTTGATGTGCAATTTAGGCAAGTGGGTTGTCT TTTTTGGTTTAATTTGAGTTTAGTACAGTCAACAATGGGGAACCCCAATTGTGGAATTTA CACTGGTTATGTTGTTGTTGTTGTTTAAATTCAACAATGTTGGTTAATTGGTGATCTGAA GATCTGCATTGTTGTTGGGATTTGTTGTTTCTTTTGCTGGTTTTAGTTTTAGTTTGCAAT TAGTTGGTGTTTTGGTAAAAAAGTTTTGTTAATTGAAGTGGGTTATTCTGATTTTTGTCT TATGGAATTGGAGTTTTTATGTGAATTGTAGTTAAGTTTGGAACTTTGGGTTAGATAGTT GATTTATGGATAGCCCTTGTTGAAAAATGTATGGCATTGTGGAGATCTCTTGAAAACGTT TCTTAAGGGATTGCTGAAGTTAGACTGAAGAATTAGAAATTCCATGCCGTAGGAGAGTGG TTTGCCGTGCTAGGAAACTAACCTTCTATCCATGTGAACATTGTGCCATGGAAAACTGGT TTTCGGATATATCTTTGGGTTTAATTGAGTTCAGTAAATTCAACAATGTTTGCTAATTGG CGATCTAAAGATCTGCATTGTTGTTGGGCTTAGTTGTGTTTTTGCATTTAGTGTGCAATT CAGCAATGTTTTGGTAAATAGTTTGGTAAATTGAAGTGGGTTCTTCTTATTTTTGGTTTG TTATCGCCCTAAATTGGTGAAATGAAAGTTACATGTTATGTATTGTGGAGTTCAGCTTTG ATAGCAATAAAGTTTGGAACTTCGGGTTAGCTAGTTAATTTTATAGATAGCCCTTCTTGA GAAATGTATGGCATGGTGGAAATCTGTTGAAACATTGCCCTAAATTTGGGAAATGAAAGT TACATGTCATTGTTGTGGAGTTCAGCTAGGATAGTAATAAAGTTTGGAACTTTGGGCTAG ATAGGAATTTATAGATAGTTCTTGTTGAGAAATGTATGGCTTGTGGAAATCTGTTGAAAC ATTGCCCAAGGGACTGCCGAAGTTATGAGATTTAATGTACATGACTATCTGACATGTGCT TGAAATTGGTACAATATACCAGGGAAATGTTATAGTTGTATTGACAGAACATGCTGTGTT CCTTTACTAACTGAAAAGATGATATTCTAAAACCTTTGGTCACAATTGGTGAGTGGTCAC TTAAAAGGATGTTTATGATTTTTCTGATCATAATTTGGTTTATGTTGATCTGTTCTCTAC TAATAACCATCTTTGAAAGTTACTCTACTGACACTGTCGTTGTGGCTGTTGATTTTGTGC TTTGTATTCATAATGTTACCTGGTTTCACCTCTTGGATAAGCTAAACAATTGCAGGTTTG CCTCTGAGTTGAGAACTAAATAGTTTCATCCCTCTATTTCAGTTACTTAAGCAGTCCATT TTACACAGCTCCTATCATAAAAGGAATTGAAACTTGTAGTTATAATGTGCTATTTCTTCT GGACTGGTGGTTGAGGTTTTCTCAGTTCACGAAATATTTAAATTCATGAAATTTTACTGT TTCAGGTGCAAGTGGGTAAAGCCAAAGCTAGTATAGCATGGGTGTCTCTGGCAAATGGAT TAGAGCACTGGTTGGCTTAAAGAAGTCAGAAAAGTCTCATTCTTCGGAAAAAGAGGAAAA TGTGGGTAACATTTTCTTTTTGTTGTTATTTCTTTCCTGGGTATGTCTTTGATGGCTGAA TCTGTTGGATTTCGTTGAGTATCTCAATCAATGCTTCTACATCTTCAGTAAACTACTTGT ATATTCTTTGGTGTCATCTCTACATCATAAAGAGGCAGGCTTATTCTCGAGTAATGTCAC TTTGTCAAAGAAGTTAGCTTTTGTCTTTGCACTTCAGTCCTCTGGAATTTGAAGTGACTG ATGTTGAATATGTTCTCAATTGGTTACCTCATCTTTTCGCCAATTGACATGTATCAAACA CGAGTTTTTTCCTTTGTACATGCGTAGATTATGATTGGATTTTGAAAGGTTTTTCAGTCT GTTGGTTTATGAAACAATATGTAACTTATTTCCGGATCATCCGTGCCTGTTTATGTCAAG GCGATGCAATCTCTAATCGGAACTTGTTTTATGCTGTAACAGAAATCTGGAGGGACTGGG AAGTTTTGGCACCGGAGAAAACACTCTGTTGAGATCGATTCCAACCTACTTCAAAAGGAG CTAACTTATAATGATGCTGGTGCTGGATCAGTTGAAGATATAAGCAGCACATCAGCTCCA TTTGCTTCCAGCTCCCCTTCAAGTTCACATCAATTGCATCATGCCCCTCTAGTTAAGCAA AATATGAGAGAGGAATTGGCAGCTATACGCATCCAAACAGCTTTTAGAGGATTTCTGGTA CTGAATTTGCTATTAGCTTGTAAATTTAACTAACTGAAATATATGCCCGCTTAGTTGTGC TTTTGGTCCTGGTACACTTCTTTTCGTAGAATGTATATGGGTCAAGCACTTACCACAGCA TAATTGAACTACTTGAGTTCTATCTGGAACTCCCTTTAACGATTCAAGATGATATTTAGG GTTTATAATAGATGCCTTTTGCCATAGTTATGTTAGAAAGCAAAACAAAATTTATTATTG ATGAAGTAGAGAAAATACAAGAGACGGTCTTCTGTTAAAGTTATCCTTATGAGTTTCGTG GCATAATTTCTAGCGCATATCCTGAGTATATAAGAAAGAGATTCTCAGTACTACAGAAAA TATATTTTGCTAAAGTCACTCAAATTACAGTAAACTCCTAGAGCCAAGGGTCTATCGGAA ACAATCTCTCTACCTCACACGAAGTATGGGTAAGGTCTGCGTAAACCTCACCTTTCCTGA CCCACTTGTGGACTGTGGAATCACATTGGGCATGTTGTTGTTGTTGTAAACTCAAGTCCA AATTTAACCATCATGTCTTGGTACTCCCTAGTTTTAATAGTTTGCATATATATAATGATA GGATCGGACTAAAACATACTTCTTTCAGCTAATTATGTTAGGTGTTATATGCCCATTTTT AAAACATAGATATAGGTGATGTCAATGTCTATATGCAATAAAAACTAATTCTTTCAGCTA TTATTGACTGTCTTAGAAACAAATTCTTCTACCATTAACCACTACATAGGATAGGGTAGC CTAAATAGACCTGAGATAGGAACTTTCAAGAATTTGAGCAATTGACATCCTTAATGACTG TAACACAATCTTTTGGGTAAGAGCTTACTTACTTGTGATCTCTTTCTGCCAATGGTTAAT GTCGTCATGTATGGAAAGCTGTATGACTATTCCTCTATTGCAGAAATTTTGTGGGACCAA AACTTGTCAAAAAAGAAGTTATTTCTGGGATCAGATTGCTAAATACAAGTCCACCCCTTG CCCAATCAAGCAAATGGAAATCAATAATCTACATGATCTAGTGGATTGCAAATGAGAACC TAACTAGAATTTCCTCATCTAGATGCTTGGTAGAATGGGCTTTGGAAGCAAGTAGAATAG TTGGAATAAATACTACATTAGTCTGTGAAGTTCTCTATCCTAATCAATAGAGCTCCCAAT GGCTTTTTTTCCTCTCAGAGAAGCCCTCGGGCAACGAGATCTCATATCCCCATTTCTATT TATCATTACTATGGAAGGTATGAGCAGTTTAATTAAGTAGGTGACTTGAGCAACATGAAG ATTACACATCTTTAGTATACAGGGAGATCAACATGGATCACACATCTTAGGGTTGTGTAT TGGTTTGGTTTGATTTTGAAGTTTATCGGTTCTATTTATTGATTATCAGTTTGTAAACAT ACTAAACCATTATAGAATCGTTAAGATAGCGGTTTATTGGTTTGGTTATCGATTTAAAAT CACTTAGAAAACAAAGTGATAAACCAAAGAAACCATGCACATGAGTTAGAAGATTCCAAT ATGGGGAAAAATATTACAATATCAGCAGATGAGTTGTAGAGAATGGGTGTATGTTTGCAA CATTTTGGCAGGGAAACCTGCATAACTCCAGTTTCCAATTTGGTAGCTGACTCATAGATT AAGCTTTTGGATATGAACGAACCTTCTGACCCCAATATTGAAATAATATGTTAACCGCTG TGTTTTTAGTTTCTTATGAATCTTATCAGTTGATGAGTAGAAACATACTAAGAAAATTTA AGAGTTTGTTAACTAGGAAAAGCAACAGCAATTAAATCTTATTTGTTGATATCTTGGCAC TGGTCAGGCAAGGCGAGCTCTTCGGGCTTTAAAAGGATTGGTGAGACTACAAGCCCTTGT CAGGGGTCATGCGGTGAGAAAGCAAGCTGCGATTACCCTCCGTTGCATGCAAGCTTTGGT GAGAGTTCAGGCACGTGTCCGAGCAAGACGTGTTCGCATGTCACTGGAAAGTCAAACTGA ACAGCAGAAGGTTGAACAACAATTAGAACATGACGCTCGTGTACGAGAGATCGAAGTAAG CAACTTCTAAATTGTTATTACTTAAAATACCCTTGTGATTATTTCCATAGTGGCCATTAC TTGTGTCAATGGCATTTATTACTAGGTTATTATATTACTAAGTTTTAATCTTACCTTTTT CGAATGAGAGGTCTCTTGATAGTGGCATCAGCTGTAAATTTGCATTTGGTTTCTGAATTA TTTGCCACAGGTTTTGCTTATGGTGGATATCGTTCAACAATATATGATATGCACTGCATC ATGTGAAACTTTCCTGATAGGTTCTTCATGGATGTCCCAGAAGGACTGATCGGCATCTCA TCATTTGAATGTTGTGGCCAAGAAATTAGGTTATATTGTGGTTCTTGGTTGTTCTTGTCA TCAGTCTCATAATATGCTTGATTTTTCCACTTTAAAGGGTGATTCAAGTTGTAGTCTTAG TAATTTTCTATTTCTCTTTTGACATGAACTTTCGTGCCAAAATGTGAAAAAAAGTTTCAA GCGTAGAAGTATGCATTGCCTGGTGGAACTTATGTGGGTACACCCACACTGTTAACATTA ACATGTGTCTCACCTTTTGTTGCTGAATATTCTAACAGGAGGGCTGGTGTGACAGTGTTG GATCTGTTGAGCAAATTCAAGAAAAGTTGCTAAAGAGACAAGAGGCAGCTGCTAAGCGTG AAAGAGCAATGGCCTATGCTTTAGCTCACCAGGTAAGCATCTCATCATCCTTCTTGATGA TGTTTTTTCTGTTTCCATTACTGTATCAGTTTTTGAACTGATATCTTGAAGGCAAAACTT CAGATTAGATAGATATAATTGAGAACCTGTAAGAGAAGCAGCTGCCTATGTAATCTTTGT ATCGATATTTTGAAATATGATCTGTGTAACTGCTTCTAAGTTCAAGAATATGACCAAAAA GTGTTTTTAACTAATAGGTCATATACATGCATCAATGGTATAAGTACTAGTATAACAGCT GAGATTTTCCTGAATGCTGGTGCAATTTGGTAAGGCTAAATGTATCTGAATCTGAATATT CCATAGCATTTGTATCAGCAGTACTAGTAGAGAAAAACTCAGAACCCTCATATATAAACA AACAACAAACATACCCAGTTTTATCCCACAAGTGGGGTCTAAGGAGGGTAAGTTGCACAC AAACTTTATCCCTACCCCTACCTATGTGGGGATAGAGAGTGATATTTCCGATAGACCCCT CTTATATGTAGCTCATATTGGTAATTGTTGGGTCTTCTCTTTATTTCCTTTGCTATATGC TACTTGGGTCTTTTCTCTTCATTTTTTTTATATGCTATGTGTGTACTCAAGGACACATGG TGCCTCTAGTCAGAAATCAGGAACAACTATGGAAGAATAAAAATAGCTGTCAATACTGTG GTATCATTTTATGATACTGGTTAGGCAGGACATGGTGAGCCTTTAGCTTACTTAGGATAT GACCTTAGATTGGAGGGTGTGGAGGTAAAAAATTCGGGTAGAAGGATAGTAGTAAATAGT TTCGCATCTTTTCCTCTCCTGATAGTATTATTATTATGATTTTTCAGTATTTATTATTGT TTTTCTATTTCCATATTTCTCATTCTTAGTTTTCTATAACTACTTGTCTCGTATGCCTCT ATTTTCTTACTAGCTTGCAGTTGTTACTGCTTGTCTTCATAAATGTTGTGTTTTTGCTTT CCTTGAGCCAAGGGTCTATTGGAAGCAGCCTCTCTACCTGCCAAGGTAGGGGTAAGGTCT GTGACACTACCCTCCTCAGATCCCACACTTGGGTAAGTTGGTGTTGGTGTTGTTTGTTGG TTTAGCAAGGTTCCATACTTTCATTTCAATGCGCCTACCTTTTCTTTTTTCTTATTGAAC TCTATTTGGTGCTGCAGTGGCAGGCAGGATCCAGGCAGCAGGCTACACTTTCTGGGTTTG AACCAGATAAAAGCAGCTGGGGTTGGAACTGGTTAGAGAGATGGATGGCAGTACGCCCAT GGGAAAATCGTTTTCTAGACCTTAATGTCAGAGATGGAGTCATGCCTAATGAAAATGAAT CAGCCGAACCTGTAAACGGGATGAAGAACCAGGTAAAAGTTGCTGGGAAGAAACCAGCAA CTACAACTCTTTCAAATGATAGAGTGGGTCCATCTCATTCAAGCAGTAACTCAAAATCAA ATGAAAAGGCAGCAGCATCGCTCTCTGATGGTTGCAGTTCTTCCCCAAATGTGTCAGCAA GCACACAAGAAACACCTGCAGCATTAGTTAACAAACCTAAGTCCAAACCAAATCGTGAAG ATTTAGTTGAGGAAGCTAGTTCAAAACCCGTCCTTGGTTCTAGATCACACAGCAATCCTA AGGAGAGATCTACTCCCTCTGATAAACAAGGAAAACAGAGATTGTCTCTGCCTGGTAGCG GTAAGTCATCTCTCTCTCTCTTTCTTGTTTAATGATATTGCCTTGTGTAAGACGCTGGAA ATGTTACACAATATAGACCCTCTTTGTTTTGCCCACTTCTTCTTGTTTGGCATAAAGATC GAAATATTGTTAATTGAAATTACCGTCTCCTCTATAAATAACCCTATCAATAAGCAAAAG TAGCACTGTAACTTGTTTAATGTTTCTCTGCGAAGCCCTCACAGAGGTAATGAATTTCGG AATGCTATGCTGAAGGAAAATTATTTATAAAAATTTTGTACTTATTTTTCACTTTTATTT TATTCAAGTACGATGATGATGTGAAATTTAGATAAATGAAGAACTGTCGACCCCAACGTG TTTGGACTGAGGCATAGTTGTTGTTGTCGCTATGCCGAAGGAATGGGCATGAACAGATCT TTATAATATTCGTACGTCTTTTCAGACAAATATGGTAGTGAGAGTGACAACACATATTCT GTAACCACACTAGTGTGTTGAAATATTCCTGCAACTAGTGCCGTATGCACTAATTTTTAC GACATCTTTTTTCCAGGTCTTGCACCTCAAACAGCGAGACAACCAAGCAGAACCATCAAA AGGACATCTAGTACGCAGAAGCCTTTGAAGGAGAAGTCCAAATTAAACGAAACTGATACC AAGTCTACAGCAACTGTTTCACAACAGGCTGCTGATTAGTTTTTAGGTACTCGTTGAAGA TCCCGATCTCAGAACCAAGTGTCACCCTTGCTTGTAAATACAGGGAACCTTCTTAAAGGG GAGTGATGGTATGTTGTCCACGGCAGAGTTAAAAGGAGATAGGCTTGCTGCCATCTCCTG AATAACATCTTCGCATTTGTTTCAATTCTTGTCATAATTCGTGTAATTTATATAATAGCG CGTTGTTTTCTTTACCCCTCCTCCCTCCCAGTGTAAAAAAGAGGATGAATTTGCTTTTTG TGCCACTTTTCTTGAGCTGAAAACTGGGGAATTTGGTGAGTTTGATTGCCAATTTCTTTG TTGTGTGTTGTACAAGATCTGAATGTAGGATTCATTCATTAATCTAGAGATTGTAGACCA TATTGTGCTCTTCACGGTTGTTGTTTTCTTTCGTTCGGTATCTGATATCGTTTTGGAGAT CGATTGAAATTCATATTTGTGCTAGGAGATCGATTGAAATTCATATTCGTGCTAGGAAGT CTCACTCACATTGGAGATAAAATGCTTCCTAACAAAAGCGATTCTGTACTCGGGGAAACT CGAACCCAAAATCTCGATGAATAAGTACTTAACACTGTATCACACGATTTTCGTCGATAT GTTTCGTTGTTATATACATGAAAACAAACACAACAAATATTTAGCACACCTAGGAAGTTA CTTATTATATGTAATTTAGCATATTGCCATATCTACTTCACGAGCTTGTCACGATCGGAC AAAAAATGCTACTATTATTTCAAGTCGTAATAATAATAATATATTCAGTTTATAATTTAG AAATGATAAAGCTACGCAAATTTTACATATCTATATTGATAGGATAAAAAATTATATATG GATAATTATCTCAAATGATAAAAATAAGAAAATCAATATTGGGTCCTATAAATTATTAAT CACTTATTAATAGTTTCTTTTTTAAAAAATTTAGTAAATCATTATTGACCAATTTTTTTA AAAATGTAATTTGAATGACAATTGTACTAATGTGTAGGGCCAAATTGAATTAAATTTTGT TTTCATCAATGTACTATGTGAGACATGTGGATTATTGAAGAAGAATCATTATTATTTAAA TAATTGTAACATATTTAATGCATTCATGTTATACATTTATATCATATTAAACAATTGTAA CACATTATAATCTTAATAGCACATAATTATTGAAGACTCAAAATGTCGAATTATTTCTTT CTAAATTTTCTATTCTTAGCATGACAAATATCGAATAAAGAGACGATTGAGATGTACTTA TTGAGGAAAGTGTAAAGGAAAATATGTTTGATACTCGGATCGAATTACATCATGTAGAAT CTTATTTGCGGGATCACATTTACTGCATTAGATCTGTTATTAACGATGTTATTAAATTTT TGAAAATTCATTGTTAATTGAATTTCTCTATAATAATATTTAAGTACAAGGTGTAAACTT TTTAGAATTTTAACAATAATAATTTTCAAATAAAAAGTTTAAATTTCAAATTCTATTTTA GAAAAGCTCAAACCTTCCTAATAAGCATTTTACGTTATTTTTATTTGGAGCATTAAAGTT TCAATTAAATACTTAAAAAAATAAAATATGTACCTCCGTACAATCACGGATCAACAATTG TGAAATAAATATATATTTTTTTGTTCTACTTGTTTTTTTTTTTAATTTTCTACGCAATAC ATTTTACATATTTTTAATATAAAATCAGAAAAAAAATATATCCTCGAATTATTATAAATG ATATAGATACCCTTCATCATAACTTTAGAACATTGGTCTCCTATCGTTAAAAAATTATAA CATATACACTTTTTACACTAGACATATACGTATTGTAATTTTATTTGCTGTTTCGACATT TATTAAAGATCGAATCGACTGATGAGATTGTACTATGTATCTCTATTTAGTATTTTATTA AAATAAATGACATATATATTCTAATTTTTGGACGAAAAATGAATCAATATCTTAAAATTA CAATAAATAATATTTACATACCATTTATAATAATTTAAAGACATATTATTAAAATTTTGT GTCAAATTAAAATCGAAATTGTACCCAAAAGTACTCTTATCTTAGTACACGGGTCCCTAG GCTACACATATTTCTTCTGCAATTTCGTAGAAAGGTCCCTCATTTTGTCTCTTTCCACTC ATTTACACCCCCACCCCCAACTTTTTATTTACGCTCGATTGTTTGGTAGTTCGATAGAAT TATATATATATATATATATTATAAAATTAGTTACAAGATAATTTATATAAATTTTACTTA AATAGGTTATTATATATTTACATAATTTTGAATTTAACAATTTTTTATTTTTATTCTAAA GCTTAAATTAATATCTCAAATCGTAAAAAAAAAACACTTTTAAGAAATTAAACGACTTTT ACTTACCAAATATAACTTAATAATTTTATGTTATTTGAACTTTTAAAAATAGTATTTGAT ATATGTTAAATTTTTTAAAAATATTATAGTAATATTTGAAATATCTATACTTAATAGATA ATACTTTTTTGAGAAGTCTTAGCTACAAGCACTTGAGAGGCTCGAAATTAAATCTAATTG AATTCATTTACGGTCGATTTTAAGTAGATAAACCTTATATAATATCTCAATAGAAATATC AGGAGATTCTTCTCTACGTAATTATCGAGCTTTATAAGTTTAACAATGTACAATTAAATT TCTTAACGATAATTCATTAGAGGATAAATCTGATATCAACCATCATAATAAATTCAGCTT CAACAACATATATTTAATATTTTATCGTCAAACAGTTCAATACAGTACTTTGAAATATGC AGATCGTGTTGATTTCACCAGACATCTCGTCTCGTCTCTGATGCACTATGTTTAGAGCGA TTCACATCTCTTATATAACGTAGTTGTTACAAATGAAAAGATTAAATCGATGTGTCCACC CAAAAAATAACGACGATAAATTTTTGAAGTTTATATAAAAATAATATTATGGTGGTTAAC CCCACCCACCTTACACACCAAACCCCCTCTCTATTTTAGCCACTTTCCACCATTTCTTCT CTTCACCAAATCTCTCTCTGTTTCTGTTGCTTCACTTCTTTCACTTCAATCTTTCTCCAT TAATGGTGATTTTGCTGTAACAAGAAAATATGTTCAGATTATCTGTAGTTATCCCTTTTC TTACTCTTCTCATTTCTGTTCTTATTCTCTTCTTATTAGGACCAAAAATCCTCTTACCTC GACAAATCTCCATTTCTGTACCCGATGAACTCGACGATCTTTCACTTTTTCACAAAGCAA TTGCTGCTGAAACCACTTTTCCGAAACACCCATCTCACAAAAAACTCCGTCTTGGATCCG CTACTGTTCGTCCACCAAAAATCGCATTTATGTTCTTAACAAATTCAGATTTGAAGTTTT CCCCAATTTGGGAGAAGTTCTTCAATGGTACTAAACCTGTAGATCCACATCTATACAATA TCTACATACACGCTGACCCATCTATCAAGATTTCACCTTTAATGGGTGTTTTTAAAGATC GATTAATTCCGGCGAAGAGAACTCAACGTTCATCGCCGACACTCATATCTGCTGCCCGGA GATTACTTGCTCATGCTTTACTTGACGACCCATCAAACTCGTATTTCGCTCTTATCTCAC AACATTGTATACCTTTACACTCTTTTAATTACTTTTACAATTTTTTACTTGATACCCAGA AATTGTCGAGGAAAATGGAGTTCCCTAGTTATATTGAGATTCTTGATGAATCTGATTCGT TATTAGATAGGTATAATGCAAGAGGGAAGAATATAATGGAACCTGAGGTGAAATTTGAGG AATTTAAAGTTGGTTCACAGTTTTTTGTGTTAACAAGAAAGCATTCTTTAATGGTGATCA AAGATAGGAAGTTATGGAGGAAATTTAGAAAACCATGTTTAAATGTTGAGTCTTGTTATC CAGAAGAGCATTATTTTCCTACTTTGTTATCAATGGAGGATCCTAATGGTTGTACCAAGT ATACATTGACAAATGTGAATTGGACTGATACAGTTGATGGTCATCCACATACTTATCATC CTTCTGAGGTTTCTTCAAAGCTGATTTATGATCTTAGAGAGTCAAATTCTACATATTCAT ACATGTTTGCAAGGAAATTTTCACCTGATTGCTTGAACCCTTTGATGGAAATGGCAGAGT CAGTCATCTTCAAGGACTAGTTCTTGCTTGAGGCAATGGTAAGTGATGATTGCATACTTT CTTTTTTTCTCATTGAATTGACTTAGGTTTTACTGAGTTTTCCTTGTAGAATTAGGGAGT TTAGTTAGTACTTGTGTAGGTGTGAGGTAGCGAGTACCTTGTGAGATTAATTGCGACTAA GCTGATCCAAACACCATGATTCGATCGTTTGTTTGTGAGATTAATTGCGACTAAGTTGAT CCAAACACCATGATTCAATCGTTTGTTTACTGTCCTTTTAAAGTATGTGTCTTTCCTTTT TTTTTGATATTTTTTAGTTCTAACAATTCACATTCACATGACATGTTTAAGAATACGTAG CATTTTAGTACTTCCTATGTATCTTTAGTACATGACCACAAAGTCTTTCTTACTTTCTTT TACTTTTGTAAACTTCATGCGAAGTTTAAATGAAAATCGGACAAACAAGTTGAAACGGAG GGAGTAAAGGAAATTAGGTTTTTTTTTGAAATGGATGGTTGTGATATAATATTCTAGAAG TGATGTTGGAATTGATAGGTTAACAATGCTTTTAATAGAACTTGACTATTTTGTTGGTGA ATAGGTCTCTTCAATATGGCATATTTTTCTTATGAGGCATTATTTCAATCTTAACTAGGT GGGATTTTCATTTGATAAAGTCTTAAACTTTAGCATATTCATGTGAAAATTGGAATTTTT TTCTTAAAAGATACTTGTTGTGGTAGTAGTTTTGCCACTTACAAGTAGTAGTTGTGAAGG TTTTACAGATTCTTTGTATGATATTTTTTGGATGGTATGTAGCTATCCCTTATGACACAT CTAACAAGAAATTTACAACTTTCACATGTGACACATTTTCTTTTTTCATTTGCACACTTT TGATTAGTCAAACTCTTGAATATACTATAGTATGAAATCTTGAAAATGTTGCACCTTGTC TTTGTATGTCACACCTCATCTCTTATGCCACTTTGTCTTGAACTAAAGGCAAATGAAAGG ACAAGATAAAGAACAATAATTGATCAATTGTGTACTCTATTATATTTTAATCTTGATTTG AAGTTTGGACAAGTGTCTTAATCATCATTTAGAAAATTAGGAGGTTGGTTTGGTATATTT GAAGTCTAATACACCCCTATATGTCAAATGAAGCAATGAGATAGTGATTTAAAACTGACC ATTGTTTTGTTTTATCTTATATTTTATAATAGGTGAGATGATGAAGGAGTGAAGACAAAT CAAAGGCAAAAACTTTGATGATGTTGTGAGGACAAAAAAAGATTGGTTTGTTGTGTAGGA GTAACACATGTGGAAATAAGGTATTTTTTTTGAAGGGTTTGTTGAAAAACAACAATGCCT TCAAACCAAGTAAATCCCAAAAGGGAAGTATCCAAAACTCAAAGTTTGGATGAGCTTTCA AAGAAAAGCAATGGAAAAGCTAGTTTTAGTAGTAGTAGTTGAGCTGGTAATTTGATGATG TAAAACATGTCTTAGTTGTAGCATCTAGTATTCATTTGGTGTTTGTGTGTGTTGCTCTCT ATATTGTTCGGATTCTTCATGAATACCGTCCAGAGTGTGTCTGATCCTCTAAAAGCTATG CTTTTTTTAAAGATCTGATACGAATGTGACAACAATTTTGGAGGGTCGGAGCAATATGGG TTTTGCTTTGTACATAGATGGCAAGTATATATGTGTTTTAGGGAGAGATTAGCCTTGAAC AAAATCAAGAAAAGTGCTAAACTCTATTGTTTTTTTTATTTTTCTACTACTTGTGGAAAT GAATCATTGTATCAAAACATTTACTATCCAATGTAGTAAATGATTTTTAGAGAAATTTTC TTTGTGCCCTCTTGTTTGTTCATAAAATTGGAACAAAAATTTTTCTTTATTAGAATTTTT TTTTATCCTGCTTCAATTTATGTGATATTATTTATATTAATACGATTTTTAAAAAAAGAA TGAAAGACTTTAAAACTTACGGTATAAATATAAATTCTTCATGAATAATGATGTTTATTG TATTAATATTTACTTTCCTTAAAAAATAACTCTTATTGTATCGAATAGCAACTACTTTGA GAAAAATTAGAGGAAAAAAGGTATTCATAAGATGCTTTACCTCCCACTTGTTCTAAACTT TGGATCTTTCTATTAAAAAAAAGTGTTAAAAAAGTGATCACTACAATTTGCTTTTTGGCT TGTGTCCAAGAAAAGAATCATAATCTTGTTTCTACATTTTAATAATAATTTAATTACTTT TTAGTAATCTTTTTGAAATCACATAATAGTTAGTCAATACAATACTTCTAAAATATACAT TATTAGAACTTTTATTTATTGGAGCAGAAGCACCTCAAAAAGTTGCAAATTATCTTGGGT CCTACACTACCTTAGGATTCTTTATTGAAAAAATCAAGGCAATCTAAATGTGATAATAAT AAAAATAACAATAATAAATTATTTATTATATACTATAAAGTACATTGTACATTAAATATG AAACAACCACTCTCACACCTCTTTTTTTTTGTTTATTATTAATTAGATGTTTCGAAGTTT TCATGATAAAAGGTATTTTATTATTTATATGATTTCAATATAAATTTAAATTAGTCAAAT TTGAATGCATACATAACAACTAACGAAAAACAAACAAAAAAAAGAAGGAAGGAGCAAGTC TTACTTTCGGTTCAACGAGAAAAGATGAATGACGCGCTATTTTTTTTTTAATTAAAAATT TTAAATTTAAAGTTATATGATCGAGAAGGTGTTACCATGAGATTATCCAATACAAATCGT GATTAATTAAATATCGAATATCGAGTACAATTTTCTACCACAGAACTTCTTTAGTATCCC CACCCCCTGTCGGTGCATATAATTAATATAATAATTATTACTTTATTTATCATGTATAAT AATAATAATAATAATAATAATAATATTATAATAACTAAAAAAAAGTCATATTAAGGATAA AATATTAGAATTTGTTTGAGATAATTGGTCATGTCTTGCGTAGTATATAAATATATTGAT TTGTTAGTGCGAAACTTTGATGAGTAAAGAACCTAAAACGATATTAAAATAAGTTATATC TAAAGAGATCGATAATTTTTTTTAAAAAATAATAATTTAATAAATAGAAAATTACGGTAT AATATAATTACCTTTGAGAACAACGATATTGTTGAGCTGTATTTGATAATGTAACATATC TTTGTGATACCATAAAAAATTTGTGTGTTGAGGATGTTAAGTAATTTTTATCATTCTTAA TATGAAGTTTCGAATTTAACTTCTAAAAATGAGTATCAACTATTTTACTCTTTAAAAGAT AAAACTTTCAGGTGTGAATTAAGATTAATTATAGTTCAAAGGTTCGAATTTGAATATTAA AATGATTTAAACATGCAACTAGTTTTTAATATTTCATTTCTTTTTCCGGTATGACTTTTT TTTAGTAACATAGAGTTACCCTTGAAGAATTTTATATCATGCAAATTTAAATTAATAAAA TATAATTGAATATAAAAAATAAAAAACAAATGTCAATTTTAATAATATACTTTACTTCAA TAATGTCTTACCTATTTTTGGACTCTCTCCAACTACTCACCAATATGTGGATTGATATTG ACATGTGGGCTATCTTTATCCATATTGTATGCTTTTTCTAAAAAAAAAAAAAAATAGTAG CAAAAAATAAAAAATAAAAAAATAAAATATATATATATATATATATATATATCATGAATA GCCTAATTATATGGTCCACATTGCATGAACAAACTCTTTTTATATTATCAACTAATAAGT TATTTAATTTAGTTAGTATATGTCTTTTGTTTTGCTTGAGTTGAGAATTTTAAATTTTTT TTTTAATTTTTTAATATGTGATTATGTATACATTATTTTTATCTAATTTTATTTGTGAAT ATAAAATATTAATAAAAATTTTAAAACGGTATATAAAATTTGATATTAATCGAAATGGCA AAATCACTGGAACAATAGCGATTTCCTTTGCCGGAAAGACCAAATTGGCTGCTACTGCAG CGATTTTGCAAAATATGATTCTTTAAAAAAAATTTAAAAAAAAATTCAAGAAATCCCTGC TTGAATTTTTTTTTAAAAAATAAAAATCGGTGCCTAGGCAGCGATTTTCTTTAAATTTTT TCTTTTAAAAAAAATCACATTTTGCAAAATTATTTTTTCCCATTTTGATTAATATAAAAT TTTATATACAAGTTTGAATTTTTTTTAATATTTCATACTCTTTAGGCTCCGAACTCCTTT ATACTCACCCTCAAACATTATTATTAATTTATTTAACTAGTTTCCTTTACTTGTACATGA ACAATTTATTAATTTATTAGGTATTTAATTGAGCTAGTTTAGGTTCAAATAAACAACAAA ATGAGTGAGAATAGCAAGATATAAAAGATAATGGATGAATTATAAATCAAATATCAAATT ATTATTATGGTTTTGGTTTAGCTAACATTAACAACTACTTAACCTACTAAATTTAATAAT AACAATAACTAATCTAGTTTGAAAAATTACATTGTATTTGGTGCTTTTGGAAGATTTTAA CCACTTGAATTTGAAAAATTCCCAAAAATAATAGTAATTAAGAACTACTTTTTCCTTAAA AAAAAAAAGAAAAGAAAAAGAAGCCAATTAGACATTTTTGTTTTCAAATATGAGCGGATT TTATTTTTCTCCAAAGTAACTTTGCAACTTTTACGAGATAAATATAAGATTTACGTATTT ATTTTAATTCAATGTTATACGATCGATACATCTAATATTAATATTTTTGGTTGTAGTGAA GTGTAAATGGGCTCTTATGGAGAGTTTGGGCCTTGGGCCTTGTTGTTACTTTTCCAAATC AAGAAATCTTTTTTATTATTCGCGAAACAAACGAGAGAGCCTTGTATTTAATTACGTTTG TAATTTGCTTTTTATAAATTTATTTTAAATTATGAGGTCTTGGTAAAATGTAATGCTATG TATTGAAAATTAGAAAGTCCTCTTAAAATTTGTAATATTCATTCTTAAATACGTTATTTA TGTTTTTTTCTCAAATTTGAATTGATTTAGTGTAGCTAAGCAAATACGAAAAAAGTCTCT AAAATAACTACCCTCTAAGTCAGCAACGAATATTTAGTATAATTTTATAAGTATAGTCTC AGAAGGATAAAGTGTATGATTTTAAACTATATAATAAATAAATTGCTAAGCTTCCCACTA TGAAATGCGTAGAATTTATCATCCAAATTATTCGATAAAAAATTTAAATTTACCTTCTCT AACTTCTAATATAAATTTAAAATTTTTCCTCAAATTAAAACCTCGTTAAGGATCGAGAGC TAAAAACATATGTATTTCTAATGACATAATAAAATTAGACAAAAAATAAAAAATAAAAAA TATTATTTTAGAAACACATTAGCATTGCTATCTTTTTCATGTATTTCACATCTTAATTAT TAATTTGACTATCATCTTCTCAGTATTTAAATACATCTAATTGAATAGATAATAATTATT GATAATTAACACGATAGTTCAATTTTTTTAAAAATAATTATTGATAATTAACATGATAAA TTTATGTTCGATACGAAAAGAAAACGATTGATAATTAAAAATAAAACGCAATCGCTAAAA TGTGTTTTTAACTATTAACTCAATAAATCGACTCCATTTGGAAAGGAGGAGAAGAGAGCG GCACACGTAGTTACGCTTCAGACCTCAAAATTTCGACTGAAAAAGCAGTTACACAAAGAG AAGAGAAGAAGAACGAAAACAAATAACGAAGAAAATTATGGGATCGACTGATTCAGAATT GGATTCAATTTTTCAGGATAACAAGCGTCATCGTAATCGTCTTGTTCCGATCGGTACATT TTTGAAAAACCCTAATTTTACATATTTTTTTTTGTTTTTTTTTTTGCAGTATTGGATCGT CTGAAATAGTTAAATTTTGTATTTCATTGTGATGTTGTTTGTATAAGTATGTAATTTTTA CTCAGTTTGTTAGTTTTTTGAGATTTTTCGTTGGTGAATTTGATTTACATGTGCGGATTG ACTTGTGTTTGAGATTTATCTTCATATATGTGTAAAAGTTTCAGATCAAATCGAGCTAAA ACGATAATGATTATGTTTACGCTCAAATAAGAGGTTTGAGTTGATTGTATGAATCCTTGT TGTTTAGTTAAGCTTATTTCATATTATTATCATTATATATTAAACTAAAGTGAAAAATAA TTCGAGCTTGATTTAATAGTCATGTAGCATGAAGCAAATTATAGTCTAAATCTCAATATG TGCTTGAAGCTATTCTAGAAACGGGTTGCATCTAAGGGCTTTGGCTTGTGGACAGTGGAG CAGTGAAGAATCCTAAGGTTTTAGGTTCAAATTCCAACACGATAAAAAACACTGAGTGAT TGGTTGGAGGGACAAGTATTCCGTGGAACTAATTGAGGTGTGCGTCAACTGGAAAGGACA CCACGGTTATAGAAGGATGGATGCTAAGTTGATTAATATGTAAACTTGCATCTTTGTGTT AGAGCGTGAAGCTCTTGCATTTTACATGATAGTATTTTCATTTTTAGGAGAATTTGTTTT GCGCAATCACACACTGCACATATTGTACTTTGACTTCCTTTGGTTTTGATAGGATAATTC CACATGATTGTGGATTATATTTATCTTATCAATTCTGGACAGCAATCAGATGTCATTAAT GCGTTCTGGTTTCATATATTTAATACGACTAGAATTTAGTAGTTAATCACATCTAGTCAC ACTCCTCTAGGGTTTAAAGCCCCGTAGGATCTATTTTTAATGTCATGGGATAAACTAATC GCACTCCAAAATGAGATTACTCTCACTACTGTGTTGAATAATTACCAGGGATTGCCTCTA GTACTTGCTGAATATATGCCACTGTTTTTTGGCTAAAATTCTTCTTCTTTCAAATACAAA AGTTGTACCAAATATTATGCTTCCTTTGTATTTCCCAGCTGTTGAATGGCACACTGTAAA TGAAATGAATTTTTGAGTCATGTCTTAAATGATCCTTATGACGATATTAGGACATTTTTA TGTCCCTGAAATATTAGTACCTAATTTGTTGAAACATAGGAGGTTCTCTGGCTTGTATTC CCTCAGTGAACTTTCTCAATGTTTTCCTTAAGAGATGTCCCATAATGATTGGAATGAAGT AAGAACCGAGCTCTAATACCCATAGGTTATGACCTTATCGATGTTTGAAATTATCCTGAC TGTTTTGGTGCTGATTATTACTACTATGTTAGTTTCTGTCTCGTTTAAGCTATGAGGTAA TCCATCTTACTTGCCGCAAAAGAGAACTTCAGATTCTGAGCTACTTTCTGCCTCTCTTAA GCAACACGATAATGTTTCTGTCCACAACACGCTTGCACCCTTTTTGAAACCATGGGCTAT TATAACTGCTTCACATGATGCAGGTGGCTCAGCCGCTACGATGTGGTAAATCCGCAGTCT CATCTGCAAGAACAGCCCAACGCAATGTAGTAGCATGGCTCTACCACAAGGCATTAAGCT TACAATTGAACCAGCAACTCTTTTTCAAGTTTCCTCGTTCATTTGCTCCCCACCTTCCTA AATTTGCTTTCAGTTTTCAAGTTTTACCCTTTAGGCATGTTTTGAACATTATATAGGACT TGTTTCAAGGTACAGGATGTTACAGATTACTCTAGGCGTATATGTCAATGATGGTAATTC AGCCTCGTTAATTGGATCAATAGCTGTTATTAACTTATGCTATATATATAACTTTATAGG TTGGGCTTGAGCTTAAATGTGATAACCAACTTCTCCTATTTCCAGAAAAAGCAATAATGC AACTTTGCAAAACCTTGTCTGATTAACTGTATGGAGTGTTCGTATATGTTTATGATTATA AGGCGAGGTCATTTGGTCTTCTGTTATGAATTCTTGAGAAGTGATGCATTTTCTGCTGCC TTACTTTCCTGTGAGATATCGTTCATGTTAATCTTCCCAATCCCGGTTGATCCTCCACTG TTTCAATTTTTTGGCTAAATTGTCTCTGAACACTCTCAACTCATATTCTGTTTGTGCAAT TTATGACTTTGCGAAATTTCAGGTGCATTTCTCACTGCAGGAGTGCTCACTGCCGGACTC ATTAGTTTCAAGCGGGGAAATTCTCAATTAGGTCAGCAACTAATGAGAGCTAGAGTTCTT GTTCAAGGTGGTACAGTCGCACTGATGGTTGGTTCAGCATATTACTATGGAGATAATTTC AAGCGCGCTGGATGACTGACTGACTGACTACCAAACGACTCCCTCATTCGTCTGTCATGA GTTGATTTTCTGCTGGGAAAAAATGATTCCATATCTTGCTAGGATGCAGTTTCTTTACAT GGCTGTCATTGCCACCCCAATCACATAAGAAAGAAAATTAGAGGAAAAAGTAATAACAGA GTGAAACATAATGCTAATGTTTATGTATTTTTCAAAATTTATGGGTTCTTGCTTTGTATC TCATTTGTGTCGTTTTAATCTTTATGTTAGTTGAAATTGATTAATCTCTGTGTGGCTTAT GAGGTTCAAATTCAACAAGAAGTAAAGAACTCTTGTTCGAAAAAGGAAATATTGAGTTTG AACTTCATAAATCGTTTAAAAAGATTCAGCTATTTTTCACATCTAGATTTAGACTATAGT ACAGTACGTAGGAGTATTCCTATTCGAATGATATGTCACACCTTATTTTTAGGCACATTT TAAATAGTCACTATATATCACTCCCTCTTGTTCACCTTTACGTCGAATTCATAAACAAAT TTCTAAATTTGTTGGGTTTTTTCCTTCAGTTACTTTAATTACGTCATTTTTCTAATGAAT CATTGAACACCCATAATTTGTTCTTTTTAAAAATCGTTAGTTGATTTAGATCGATTTTTC TATTATATATGTGTTCGTATTGTAATATTTTTTTATTAAAGAATAAAGATAAATTGTGTT AGTCTCTTTTGTTTTCTAATATTTTCAAATGATTTGAAGTAAAATATAATTATTCTCAAA TATTTTCGCTATGAATTGGACTAATGAATTCTGAAACAACATATGTATCCTCTATCAATA CCTTTCAAAAATCTAATTCCACATCAGCCAACAATATTTGTTTAAAATAAACAAATTATG GACATTTACTAATTTAATAGAAAAATAACATAGTTGACAATGATAAAAATCGACCATTTT AAAACTAATTATATATTTTTTTTTCTTTTATCGAGTAAGCTCAAACTCGAGACCCGTGGT GGGTCCGAAGTAATATAAGATTTGAGGTTGCGGAGAGGAGCTAAATACGGGTAACTATAG TGACATGGTAGGTAGTGGGTTACCTTTTTTGTTGAGCTACAGCCATGGAAGCTATTTTGA AGAAGAAGACAAAGTGCGAAGGACAATTTCTCAATTTTTTCAGAAGAAAAAAAAAAAGCC GAAAGGTAAACGCATAGTAATCAAAGCCACGTAGCTGTTAGTATCATTCTTTTGTATATA TACAATGCACGTGCCTTTTTTCAACTCTGTAACTCTGCCTAATGCCCCAACATGTCGACA CCTTTCCCTTTTATATATATATAGAGAAGAAATTTTATTTATCTTTTTCTTTCATGTTCA GATCTTGTTGCATAATCCTCCTAGTTAAGTGTAAATTTGATTTTTGACGTGTGTAGATTT GTTTCTTGTTGTGTTTTTTTATGAAGAAATGAAATTGATTTTGATTTTATTGTGGATGGG GTACTTTTTTATTTGATGGGTGTGGTTTTTTTTGGCTAAAGTTTTGATCTTTTTCAATTT GGTTTTCATCTAATCTAATTTAATTTTTGTGCATTGCTAAGACTTAGTGTGTATCTTTGA ATGTTGTGATTCTTTTAGTTTTAATTAATTGTTATGTGTAGTGGTTTCTTGGAATGGATT TGTGTGTTTTGAGGATTCAAGTTTGTGACTTTCTTTTTTTTTTTAATAAGCTTGCGTTCT CCTTGACTAATTCCACGGGTAGGTAGTTGTTATTGCTCCCACTAGGCTTGGACAAATGAG AATAAATCACTTAGTGTTTGTAAAGTGGTGGTTAGATTATCTACGGGGTGGAGTGTTGGT CGATCAAGAACTTGCACCTCTTGAAAATGAGCGTAGTGGAGAATGAGGATGTTGAGATGG ATACATGAGCATATTAGGAGAGATTAGAATTAAGAAAGAAGCTATTCAGGACTAGGTGGG AGTGGCCTACATGGTGTAAGATGAGGGAGGTGAGATTGAGATAGTTTGGGCGTCTGAAGA GAAGATGCACATATGCCCCAATGATGAGGTGTCTGGTTGACTATTTTGGTATAAGGGGAG GTAGAGGTAGAACCGCAGAAATCTTGGGAAAGGTGAGTAGACATGACATACCACACCTTT AGTTTATCGATGACATGATCATAGATAGGAAGATATGGAGGTCGAGGATTGGGGTAGAAG GTTAGTAGGTAGTCGAGCATTATCTAGTTCCCTTATTTGCTGCAGTTACTGTATTATCCG TCGTTGTTGTAACCATTTATTTCTTATGCTCTTTCATAAACAGACGCGTAATTGCTGATC TCGTTGTTTGGTTTCTGTTTTTACATCTTTTTTACTGAACTTACGAACTTATATGTTGAA TCCTGTTTTTACATCTTTTTTACTGAACTTACGAACTCATATGTTGAATCCTTGGCTTCA TTCCGCAGATTCTGAGGATCAATAGTTAGTTGAAAATGTCTTCTCCAAGCAAAAGAAGAG ATATGGATGTTATGAAATTGTAAGAACGTCTGAGATAAGATTTTCTTGCTGTCATGGATA TAATTTTGTAGATTCTAAACAATTTAGCTGTTTCTTCATCTTATCTGATGAACCAACGTT TTTTAGTACATATGAATTCATATGGCAGCTTTTGATTACCACCATGAAGTCACTTTATGT CATTTTCATTTCACAGGATGATGAGTGATTATAAGGTGGAGACAATTAATGATGGAATTA CGGAGTTCAACGTGGAATTTCACGGCCCAAAAGAAAGTAATGTCATGAAGATACTTGTTT CACTATGTTTTTTTATTGATTTCGTGACTTTGCTGAAGGATCATCTTCCCCTAGATTGGC GTTCTCCTTCTTAAAGTTAGTTTTTGAAGAGAGGGCAGCATTTTAATTGGATTAGTTTTT ATTACGGTGATACAGCAATTTTAATTGTTTTTCAATTATGTATCTTAGATATCTCAAAAA CGTTCCGTTGTTTATATAACACTCATCATCCTACATTTTAGCATAAGATTAACCAAATCA AGACCTTTTTGCTCTCAGTCTTGGAAGTAGCTTTTCCGCCAGAATCTTGCGCTTGTTGCT TTTCGCGCAGAGAAAAGCACATTACATAATATATGATATTGCTATTGGAGGTGCTATTTG CTTAGATAACTATATTTCTCAGACTCGGGTGTTTATCTAGAGGTCGGATTATTCTTCACA TAAATTTTAGGATTCGACCCCCGAGTGCGGATACAGCCAATAAATGTATATCACGACATA TAGTAGTATATATTTTGATTAATTAAAGTTATTGGCGTACAACTAATGAAACTTTATTTT TATAAGCACCTTATATTTATTCATAAGTCTGGTGTTCTAGCAAAACATTTCATACTTTAT AAAACTATAGATATATGTCTAATCAACCAAATACCTAGTCAGTCATACTTCTTAGTCATA GATGTAGTCAAAGCAGTCAAGATGTTAACCAAATTTAGTGTGGATCTCACACCCAAATTG TGTCCTGCCGACATGGGTGTGATAGGGATTTCGACGGGTCAGAGCTACATAGTTAGATAA TGCAGACTCATACATTTAGTTTGTTGTAAATATTTTTTTTTCCGTACTTAGCTAACTATC TAAATTGTTACAGGCCTTTATGAAGGTGGAGTTTGGAAAATAAGGGTCGAGTTGCCAGAT GCCTACCCTTACAAGTCTCCTTCCATCGGGTTTCTCAACAAAATATTCCACCCTAATGTT GATGAGCTGTAAGATATATATACCTTCTTTCTGTATTTTTAGCAACTACCATTTTTCTCT GTCAGTCACATGTAGGAAGTTACGGTAGATTGTTTTTATGTATGGTAGCTGCAATTCGTC TTTTAATCTCTTTGCCGAACCTCTGTAACATAAGTCTATGTAGTTCATCTGTGGAAAATG TTAATGCACTATTGCTCACAAGATTCATCTGTTATTGCAGGTCTGGCTCTGTATGTTTGG ATGTCATCAATCAGTCATGGAGCCCTATGTTTGGTAATACGTACTGCTAAGTGACAAAGC ATTAAGATTCTTAGGGTGAAAAATGCTTAACCGCATGAGCTCTTACTTGTGCGTAGTTTG TTTCACACGTATGCATTTCACTTTATCATATGACTGAAGTGTTTCTACTCGAGGTTCTTT AAGCATAGGCTGTAGATATGAACTAATCGAAGACAAAAAAAATGTGCAGTGACACCCTGT AGGCTAAGTTTTATATAATAGAAGCTCAACTCTTATCCCACCATTCAGAATATGTTACAA AATACCTTTGTAATGAAAATCACTAGACGTGTCATTCGTGGTTTTATTTAATGCAAGTGA CATATAATTTAGTATTGTCTTGTACTCCATATATCTTCATGTTGATAACATGATAAAACA TTTAGCTCCGCGATATCTGACCAAGCATATGCTGGTGTGCAGATCTCTTAAACGTTTTTG AGGTTTTCCTGCCACAGCTTTTGCTATATCCGAATCCTTCGGATCCATTAAATGGTGATG CAGCCTCACTGATGATGAAAGACAAGAATCAATATGAGCAAAAAGTGAAAGGTGATATAC AATTCTACTTTTATCTGAGAATGTGAAACCAGTGACCGTAAATCCGTCTTACTTCTTGTT TCATGATCCAGAGTACTGTGAACGGTACGCAAAGAAGGAGAATGTCGTTGGCACACCAAA AGATGATAGTGATGATGAGATTAGTGAAGAGGAGTTCAGTGGACAAAGCGAAAGCGATGA TGAAGTTGTTGGACATGCTGATCCTTGAGTGAATAAACTAGGATCCTAAAATGGAGATCA TGTTTTTAGTTCATTTTTCTCCTTACATGTAATATCCGATTCGTCGTCGCATGTAAATCT AGGTGCCAAAGATAGTTTAGGGACAATATACATAACCTACAGATGTGTGATGAATCTCAG TCTGTGTAGAAACTCTCTACCTTATGGTCAATGTAACTTACCAATATATGTGTTAAAAAT TCAGGTTCTTGTTTTAAACTTGTCTTCAGACCTCATGTGTTCCTTATCTTTCAGGTTCTT AGACTATTACTCTCTCGTCTTAAAATAAGTGTCACTTTACAAATTGAAGACAATTTTGTA TGTTCTATCAACTATACCATTATACTTTAGATGTGATTTTGCCTAAAGTGACGCTTATTT TGAGATGGAGGGGTAAAGAAGTTTATATTATCAAATGTTGTAAGTCTAATATTTTGGGTG TACTAAATACTAATCCCACATCTTCTAAATAATCATAAATTATAACATGACAGATGTTAT GAGTTCATGTCGCGGTTGCCACCAATTCGAAATAAAATATGTGATCTATGCGTTTGATAG ATGGTTTGAAAGAGAAAAGAGAGACAGTTGAGGATGAAGTTAAAGAAAAAAATCAGCAGC CGGCCTGTTGTGGATTTTAGTTGTTGTGTTTTCCGCCAAATGGCGCCATATTAGTCGATT ATCGACTATTCAAACATAGGGAATATCAATAATCATGACTGAATAATTCATCATATCTTT ATTATACTCCTATTTTTGCAGCACATTAGCTAGTTATCATGCAAAAATGAACAGAGTTTT GACTTTTGCTTTGCTCTTCATTTCATTCTTTTTCATCTTTGACACAACTGTATGTGATGA AACAGTGACTAGAGATGCATTGCTCAAGTTTCTTGCAGAGGTTTCTAACAATAACAGTAC AATTCTTGGTACTAATTCGGGCTGGAACTCGACATCTGATCCTTGCAAGGACAAGTGGCA TGGTGTTACATGTAACGCGAAGACTCTCTCAGTGGAGAAAATCATTCTTGATGGTTATGA TTTTTCGTCTGGAACGTTTGATGCTACCACGATTTGTAGTGTGGAGCCTATCGCACACAC CCTTTTCTTCCTGAGTCTAAAAAATGGCCTACTTCAGGGGAAAAACTTTGACAGTATAGA TAAATGTAAGCATCTAAGACATCTTGTTCTTGGTGGAAACAGGTTTTCGGGTAGCATTCC ACAATCATTTTCAAGATTGAATAACTTGAAAAGACTTGACATATCCAACAATAGATTATC AGGTGTTCTCCCTGATTTGTCTAGGATTTCGGGCTTGATTGAGTTCGAGGCTCAGAATAA CCAGCTATCAGGAGAGATACCTGAATTTGATTTTTCGAACTTAGTTGCATTTAATGTTTC TTTCAACAATTTCAGTGGATCGATTCCACCTGAGGGTGATAGTTTCCCCGTTAGTAGCTA CATGGAGAATCCTCTGTTGTGTGGCTCCCCGTTGGCTAGAAACTGCTCATCACTCTCCGA AGATTCAGAATCAGCTGATTATGACAAGCCAAAGAG GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.908 3931 4487 match_2 match_part 1.000 25198 25285 match_part 1.000 25622 25685 match_part 1.000 26965 27109 match_part 1.000 27201 27358 match_part 1.000 29164 29284 match_3 match_part 1.000 29645 29731 match_part 1.000 29807 29915 match_part 1.000 30007 30122 match_part 1.000 30337 30435 match_part 1.000 33611 33716 match_4 match_part 1.000 29684 29731 match_part 0.982 29807 29915 match_part 0.966 30007 30122 match_part 0.980 30337 30435 match_part 0.991 33611 33720 match_5 match_part 0.974 30085 30122 match_part 0.980 30337 30435 match_part 0.991 33611 33720 match_part 0.987 34718 34792 match_part 0.987 37205 37283 match_part 0.946 37384 37530 match_part 1.000 37624 37655 match_6 match_part 1.000 34776 34792 match_part 1.000 37205 37283 match_part 0.986 37384 37530 match_part 1.000 37624 37704 match_part 1.000 37803 37825 match_part 1.000 42272 42373 match_part 0.972 42476 42547 match_part 0.948 42680 42737 match_7 match_part 1.000 37402 37530 match_part 1.000 37624 37704 match_part 1.000 37803 37922 match_part 1.000 38512 38634 match_part 0.949 39153 39230 match_8 match_part 1.000 37514 37530 match_part 1.000 37624 37704 match_part 1.000 37803 37922 match_part 1.000 38512 38634 match_part 1.000 39153 39230 match_part 1.000 39325 39413 match_part 1.000 39495 39562 match_9 match_part 1.000 37897 37922 match_part 1.000 38512 38634 match_part 1.000 39153 39230 match_part 1.000 39325 39413 match_part 1.000 39495 39603 match_part 1.000 40534 40602 match_part 1.000 40676 40786 match_part 1.000 41839 41894 match_part 0.984 42018 42080 match_10 match_part 0.977 39144 39230 match_part 1.000 39307 39413 match_part 1.000 39495 39603 match_part 1.000 40534 40602 match_part 1.000 40676 40786 match_part 1.000 41839 41894 match_part 1.000 42018 42084 match_11 match_part 1.000 39333 39413 match_part 1.000 39495 39603 match_part 1.000 40534 40602 match_part 1.000 40676 40786 match_part 1.000 41839 41894 match_part 1.000 42018 42110 match_12 match_part 1.000 39398 39413 match_part 0.991 39495 39603 match_part 0.971 40534 40602 match_part 0.991 40676 40786 match_part 0.964 41839 41894 match_part 0.978 42018 42195 match_part 1.000 42272 42373 match_part 0.984 42476 42539 match_13 match_part 1.000 39585 39603 match_part 1.000 40534 40602 match_part 1.000 40676 40786 match_part 1.000 41839 41894 match_part 1.000 42018 42195 match_part 1.000 42272 42305 match_14 match_part 1.000 40690 40786 match_part 1.000 41839 41894 match_part 1.000 42018 42195 match_part 1.000 42272 42373 match_part 1.000 42476 42514 match_15 match_part 1.000 42337 42373 match_part 1.000 42476 42547 match_part 1.000 42680 42745 match_part 1.000 42977 43042 match_part 1.000 44413 44499 match_part 1.000 44603 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 0.990 45819 46016 match_16 match_part 1.000 42338 42373 match_part 1.000 42476 42547 match_part 1.000 42680 42745 match_part 1.000 42977 43042 match_part 0.989 44413 44499 match_part 1.000 44603 44719 match_part 1.000 44938 44980 match_17 match_part 1.000 42720 42745 match_part 0.985 42977 43042 match_part 1.000 44413 44499 match_part 1.000 44603 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 0.986 45819 45964 match_18 match_part 1.000 44413 44499 match_part 1.000 44603 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 1.000 45819 46050 match_19 match_part 1.000 44429 44499 match_part 1.000 44603 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 1.000 45819 45996 match_20 match_part 1.000 44429 44499 match_part 1.000 44603 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 1.000 45819 45908 match_21 match_part 1.000 44610 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 0.996 45819 46279 match_22 match_part 0.985 44653 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 1.000 45819 46351 match_part 0.864 47108 47129 match_23 match_part 0.933 44675 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 1.000 45819 46161 match_24 match_part 1.000 44688 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 0.875 45819 46203 match_25 match_part 1.000 44703 44719 match_part 0.907 44938 45012 match_part 0.966 45101 45187 match_part 0.929 45819 46370 match_26 match_part 0.976 45828 46359 match_27 match_part 0.994 46004 46359 match_28 match_part 0.994 46009 46359 match_29 match_part 0.990 46803 47107 match_part 1.000 47320 47356 match_part 1.000 48754 48837 match_part 0.994 49203 49549 match_30 match_part 0.986 46818 47107 match_part 1.000 47320 47356 match_part 0.993 48754 49321 match_31 match_part 1.000 48754 48837 match_part 0.989 49203 49479 match_part 0.882 49666 49682 match_32 match_part 0.975 48758 48837 match_part 0.965 49203 49549 match_part 0.750 49654 49685 match_33 match_part 1.000 48759 48837 match_part 1.000 49203 49550 match_part 0.750 49656 49687 match_34 match_part 0.993 61550 62271 match_35 match_part 0.988 61550 62234 match_36 match_part 0.993 61551 62006 match_37 match_part 0.941 61843 62402 match_38 match_part 0.998 61843 62292 match_39 match_part 0.995 62255 62871 match_40 match_part 0.987 62595 62894 match_41 match_part 1.000 65000 65314 match_part 0.982 67529 68074 match_42 match_part 1.000 65133 65314 match_part 0.979 67529 68006 match_43 match_part 1.000 101687 101934 match_part 1.000 103705 103963 match_part 1.000 105546 105574 match_44 match_part 0.872 101724 101934 match_part 0.961 103705 103963 match_part 0.830 105546 105598 match_part 0.806 105697 105732 match_45 match_part 0.976 101812 101934 match_part 0.961 103705 103963 match_46 match_part 0.857 105585 105598 match_part 0.971 105697 105764 match_part 1.000 106013 106102 match_part 1.000 106225 106294 match_part 0.996 106379 106870 match_47 match_part 1.000 105587 105598 match_part 1.000 105697 105764 match_part 1.000 106013 106102 match_part 1.000 106225 106294 match_part 0.996 106379 106840 match_48 match_part 0.922 114193 114640 match_part 0.966 116226 116341 match_part 0.952 116803 116948 match_49 match_part 0.875 114473 114640 match_part 0.974 116226 116341 match_part 0.980 116803 117057 match_part 0.971 118928 119030 match_50 match_part 0.912 114493 114640 match_part 0.974 116226 116341 match_part 0.980 116803 117057 match_part 0.976 118928 119052 match_51 match_part 0.928 114516 114640 match_part 0.974 116226 116341 match_part 0.980 116803 117057 match_part 0.984 118928 118991 match_52 match_part 0.981 116849 117057 match_part 0.953 118928 119141 match_53 match_part 0.978 119111 119155 match_part 1.000 119739 119852 match_part 0.943 121038 121560 match_part 0.979 122117 122262 match_54 match_part 1.000 119739 119852 match_part 1.000 121038 121528 match_55 match_part 0.991 119739 119852 match_part 0.990 121038 121432 match_56 match_part 0.936 120420 120963 match_57 match_part 0.985 122117 122648 match_58 match_part 0.997 125362 126064 match_59 match_part 0.980 125451 125995 match_60 match_part 0.988 126033 126518 match_part 0.983 127713 127831 match_61 match_part 0.993 127824 128110 match_62 match_part 0.988 127825 128340 match_63 match_part 0.997 128012 128334 match_64 match_part 1.000 132219 132413 match_part 0.995 134004 134608 match_65 match_part 1.000 132221 132413 match_part 1.000 134004 134455 match_66 match_part 1.000 132239 132413 match_part 1.000 134004 134528 match_67 match_part 1.000 132240 132413 match_part 0.984 134663 135044 match_68 match_part 1.000 132257 132413 match_part 1.000 134004 134458 match_69 match_part 1.000 132262 132413 match_part 0.988 134663 135096 match_70 match_part 1.000 132269 132413 match_part 0.988 134663 135088 match_71 match_part 1.000 132270 132413 match_part 0.986 134663 135102 match_72 match_part 1.000 132279 132413 match_part 1.000 134004 134192 match_73 match_part 0.889 132288 132413 match_part 0.982 134004 134549 match_74 match_part 1.000 132334 132413 match_part 1.000 134004 134454 match_75 match_part 1.000 134013 134514 match_76 match_part 0.999 134265 134950 match_77 match_part 1.000 134265 134842 match_78 match_part 0.967 134356 135050 match_79 match_part 0.929 135900 136025 match_part 0.986 137289 137359 match_part 1.000 137537 137616 match_part 0.965 138494 138608 match_part 1.000 138821 138873 match_part 0.977 139303 139431 match_part 0.984 139512 139878 match_80 match_part 0.928 135901 136025 match_part 0.986 137289 137359 match_part 1.000 137537 137616 match_part 0.965 138494 138608 match_part 1.000 138821 138873 match_part 0.977 139303 139431 match_part 0.917 139512 139523 match_81 match_part 1.000 135978 136025 match_part 1.000 137289 137359 match_part 1.000 137537 137616 match_part 1.000 138494 138608 match_part 1.000 138821 138873 match_part 1.000 139303 139431 match_part 0.954 139512 139642 match_82 match_part 1.000 137289 137359 match_part 1.000 137537 137616 match_part 1.000 138494 138608 match_part 1.000 138821 138873 match_part 1.000 139303 139431 match_part 1.000 139512 139578 match_83 match_part 1.000 137303 137359 match_part 0.938 137537 137616 match_part 0.974 138494 138608 match_part 1.000 138821 138873 match_part 0.969 139303 139431 match_part 0.941 139512 139817 match_84 match_part 1.000 137305 137359 match_part 1.000 137537 137616 match_part 1.000 138494 138608 match_part 1.000 138821 138873 match_part 1.000 139303 139431 match_part 0.994 139512 139852 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_85 match_part 0.996 4444 3992 match_86 match_part 1.000 6046 6007 match_part 0.996 5892 5628 match_part 1.000 5495 5441 match_part 1.000 5215 5054 match_part 0.983 4476 4121 match_87 match_part 1.000 5776 5628 match_part 1.000 5495 5441 match_part 1.000 5215 5054 match_part 1.000 4476 4301 match_88 match_part 0.991 6114 6007 match_part 1.000 5892 5628 match_part 1.000 5495 5441 match_part 1.000 5215 5054 match_part 1.000 4476 4447 match_89 match_part 0.986 5774 5628 match_part 1.000 5495 5441 match_part 1.000 5215 5111 match_90 match_part 1.000 5776 5628 match_part 1.000 5495 5441 match_part 1.000 5215 5185 match_91 match_part 0.981 6111 6007 match_part 0.996 5892 5628 match_part 1.000 5495 5471 match_92 match_part 1.000 9797 9685 match_part 1.000 8227 8161 match_part 1.000 7659 7593 match_part 1.000 6734 6637 match_part 0.978 6523 6344 match_part 0.981 6217 6061 match_93 match_part 1.000 9743 9685 match_part 1.000 8227 8161 match_part 1.000 7659 7593 match_part 1.000 6734 6637 match_part 0.972 6523 6344 match_part 0.983 6217 6101 match_94 match_part 1.000 9797 9685 match_part 1.000 8227 8161 match_part 1.000 7659 7593 match_part 1.000 6734 6637 match_part 1.000 6523 6344 match_part 1.000 6217 6103 match_95 match_part 0.982 9797 9685 match_part 1.000 8227 8161 match_part 0.985 7659 7593 match_part 1.000 6734 6637 match_part 1.000 6523 6344 match_part 1.000 6217 6179 match_96 match_part 0.982 9797 9685 match_part 1.000 8227 8161 match_part 0.985 7659 7593 match_part 1.000 6734 6637 match_part 1.000 6523 6344 match_part 1.000 6217 6179 match_97 match_part 1.000 13424 13255 match_part 1.000 12498 12442 match_part 1.000 12244 12137 match_part 1.000 10634 10590 match_part 1.000 9797 9685 match_part 1.000 8227 7977 match_98 match_part 0.947 16440 16008 match_part 0.944 13742 13653 match_part 0.972 13452 13344 match_99 match_part 0.998 16507 16017 match_100 match_part 0.998 16479 16079 match_101 match_part 0.971 16507 16090 match_102 match_part 0.967 16507 16108 match_103 match_part 0.951 19384 19304 match_part 0.972 19187 19080 match_part 0.927 18919 18439 match_104 match_part 0.993 19643 19509 match_part 1.000 19420 19304 match_part 1.000 19187 19080 match_part 0.977 18919 18443 match_105 match_part 1.000 22551 22503 match_part 1.000 22367 22314 match_part 1.000 20954 20838 match_part 1.000 20732 20574 match_part 1.000 19670 19509 match_part 0.983 19420 19304 match_part 1.000 19187 19133 match_106 match_part 1.000 22551 22503 match_part 1.000 22367 22314 match_part 1.000 20954 20838 match_part 1.000 20732 20574 match_part 0.975 19670 19514 match_107 match_part 0.893 22736 22503 match_part 0.963 22367 22314 match_part 0.932 20954 20838 match_part 0.956 20732 20574 match_part 0.951 19670 19569 match_108 match_part 0.966 22857 22537 match_109 match_part 0.972 22857 22537 match_110 match_part 0.918 46153 45872 match_111 match_part 0.940 63733 63163 match_112 match_part 0.906 63953 63291 match_113 match_part 1.000 63971 63381 match_114 match_part 1.000 63971 63405 match_115 match_part 0.992 63971 63596 match_116 match_part 0.985 65580 64998 match_117 match_part 1.000 65945 65003 match_118 match_part 1.000 65942 65324 match_119 match_part 0.996 65942 65417 match_120 match_part 1.000 65944 65619 match_121 match_part 0.974 67578 67228 match_122 match_part 1.000 67578 67228 match_123 match_part 0.995 68067 67281 match_124 match_part 0.974 68007 67459 match_125 match_part 0.939 71719 71129 match_126 match_part 1.000 72039 71755 match_127 match_part 1.000 72402 71875 match_128 match_part 1.000 77070 76563 match_129 match_part 1.000 77070 76563 match_130 match_part 0.961 77655 76969 match_131 match_part 1.000 82112 81926 match_part 1.000 79901 79799 match_part 1.000 79235 78966 match_part 0.889 78748 78740 match_132 match_part 1.000 82122 81926 match_part 1.000 79901 79799 match_part 0.974 79235 78845 match_part 0.750 78748 78741 match_133 match_part 0.990 82124 81926 match_part 1.000 79901 79799 match_part 0.977 79235 78845 match_134 match_part 0.995 82118 81926 match_part 1.000 79901 79799 match_part 0.977 79235 78845 match_135 match_part 1.000 82113 81926 match_part 1.000 79901 79799 match_part 1.000 79235 78936 match_136 match_part 0.984 82109 81926 match_part 1.000 79901 79799 match_part 0.990 79235 78949 match_137 match_part 1.000 82114 81926 match_part 1.000 79901 79799 match_part 1.000 79235 79020 match_138 match_part 1.000 82101 81926 match_part 1.000 79901 79799 match_part 1.000 79235 79071 match_139 match_part 0.995 82107 81926 match_part 1.000 79901 79799 match_part 1.000 79235 79074 match_140 match_part 0.967 82109 81926 match_part 0.990 79901 79799 match_part 0.968 79235 79111 match_141 match_part 0.934 82108 81926 match_part 0.961 79901 79799 match_part 0.943 79235 79131 match_142 match_part 0.978 82107 81926 match_part 0.990 79901 79797 match_143 match_part 0.994 83105 82643 match_144 match_part 0.997 83017 82643 match_145 match_part 0.986 83169 82662 match_146 match_part 0.974 83077 82662 match_147 match_part 0.991 87018 86550 match_part 1.000 85417 85142 match_part 1.000 84067 83900 match_part 0.992 83264 82665 match_148 match_part 0.977 83059 82668 match_149 match_part 0.977 83021 82668 match_150 match_part 0.969 83017 82668 match_151 match_part 0.887 85221 85142 match_part 1.000 84067 83900 match_part 0.958 83264 82688 match_152 match_part 0.976 84023 83900 match_part 1.000 83264 82738 match_153 match_part 0.976 84023 83900 match_part 1.000 83264 82738 match_154 match_part 0.992 84021 83900 match_part 0.998 83264 82738 match_155 match_part 1.000 84020 83900 match_part 0.998 83264 82765 match_156 match_part 0.993 86836 86550 match_part 0.996 85417 85142 match_part 1.000 84067 83900 match_part 0.972 83264 83048 match_157 match_part 1.000 86781 86550 match_part 0.996 85417 85142 match_part 1.000 84067 83900 match_part 1.000 83264 83064 match_158 match_part 0.973 86989 86550 match_part 0.945 85417 85143 match_159 match_part 1.000 87052 86550 match_part 0.967 85417 85358 match_160 match_part 0.973 86993 86550 match_part 0.914 85417 85360 match_161 match_part 1.000 86992 86550 match_part 1.000 85417 85383 match_162 match_part 1.000 86992 86558 match_163 match_part 0.984 87052 86611 match_164 match_part 0.957 87097 86676 match_165 match_part 0.980 93573 93525 match_part 1.000 93270 93195 match_part 1.000 91528 91273 match_166 match_part 0.970 93557 93525 match_part 1.000 93270 93195 match_part 1.000 91528 91273 match_167 match_part 0.966 97809 97575 match_part 0.983 95662 95543 match_part 0.986 94923 94776 match_part 0.918 93573 93525 match_part 0.947 93270 93195 match_part 0.967 91528 91437 match_168 match_part 0.966 97809 97575 match_part 0.983 95662 95543 match_part 0.986 94923 94776 match_part 0.939 93573 93525 match_part 0.974 93270 93195 match_part 0.974 91528 91451 match_169 match_part 1.000 108315 108089 match_part 0.980 107920 107722 match_part 0.970 107607 107144 match_170 match_part 0.965 107862 107722 match_part 0.976 107607 107144 match_171 match_part 1.000 107796 107722 match_part 1.000 107607 107144 match_172 match_part 1.000 107765 107722 match_part 1.000 107607 107144 match_173 match_part 1.000 107765 107722 match_part 1.000 107607 107144 match_174 match_part 1.000 107765 107722 match_part 1.000 107607 107144 match_175 match_part 1.000 107754 107722 match_part 1.000 107607 107144 match_176 match_part 1.000 107735 107722 match_part 0.996 107607 107144 match_177 match_part 0.881 107780 107722 match_part 0.981 107607 107146 match_178 match_part 0.916 107876 107722 match_part 0.972 107607 107215 match_179 match_part 1.000 108302 108089 match_part 1.000 107920 107722 match_part 1.000 107607 107394 match_180 match_part 0.966 108649 108561 match_part 1.000 108365 108089 match_part 0.980 107920 107722 match_part 1.000 107607 107509 match_181 match_part 0.981 108299 108089 match_part 0.995 107920 107722 match_part 0.974 107607 107569 match_182 match_part 1.000 108606 108561 match_part 1.000 108365 108089 match_part 0.993 107920 107777 match_183 match_part 1.000 109053 109028 match_part 1.000 108699 108561 match_part 1.000 108365 108089 match_part 1.000 107920 107794 match_184 match_part 1.000 110338 110140 match_part 1.000 109193 109028 match_part 1.000 108699 108561 match_part 1.000 108365 108089 match_part 0.973 107920 107884 match_185 match_part 0.996 110416 110140 match_part 1.000 109193 109028 match_part 1.000 108699 108561 match_part 1.000 108365 108089 match_part 0.909 107920 107888 match_186 match_part 1.000 110335 110140 match_part 1.000 109193 109028 match_part 1.000 108699 108561 match_part 0.993 108365 108089 match_part 1.000 107920 107910 match_187 match_part 0.997 108466 108113 match_188 match_part 1.000 109074 109028 match_part 0.986 108699 108561 match_part 1.000 108365 108117 match_189 match_part 0.985 110338 110140 match_part 1.000 109193 109028 match_part 1.000 108699 108561 match_part 0.988 108365 108124 match_190 match_part 0.990 110335 110140 match_part 0.994 109193 109028 match_191 match_part 0.969 110334 110140 match_part 0.976 109193 109028 match_192 match_part 0.949 110336 110140 match_part 1.000 109193 109089 match_193 match_part 0.974 110458 110076 match_194 match_part 0.938 137449 137257 match_part 0.936 137204 136769 match_195 match_part 0.924 139915 139559 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 3931 4487 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 9797 9685 exon 8227 8161 exon 7659 7593 exon 6734 6637 exon 6523 6344 exon 6217 6007 exon 5892 5628 exon 5495 5441 exon 5215 5054 exon 4476 3992 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 16507 16008 exon 13742 13653 exon 13452 13255 exon 12498 12442 exon 12244 12137 exon 10634 10590 exon 9797 9685 exon 8227 7977 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 22857 22503 exon 22367 22314 exon 20954 20838 exon 20732 20574 exon 19670 19509 exon 19420 19304 exon 19187 19080 exon 18919 18439 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 25198 25285 exon 25622 25685 exon 26965 27109 exon 27201 27358 exon 29164 29284 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 29645 29731 exon 29807 29915 exon 30007 30122 exon 30337 30435 exon 33611 33720 exon 34718 34792 exon 37205 37283 exon 37384 37530 exon 37624 37704 exon 37803 37922 exon 38512 38634 exon 39153 39230 exon 39325 39413 exon 39495 39603 exon 40534 40602 exon 40676 40786 exon 41839 41894 exon 42018 42195 exon 42272 42373 exon 42476 42547 exon 42680 42745 exon 42977 43042 exon 44413 44499 exon 44603 44719 exon 44938 45012 exon 45101 45187 exon 45819 46370 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 29645 29731 exon 29807 29915 exon 30007 30122 exon 30337 30435 exon 33611 33720 exon 34718 34792 exon 37205 37283 exon 37384 37530 exon 37624 37704 exon 37803 37922 exon 38512 38634 exon 39153 39230 exon 39325 39413 exon 39495 39603 exon 40534 40602 exon 40676 40786 exon 41839 41894 exon 42018 42195 exon 42272 42373 exon 42476 42547 exon 42680 42745 exon 42977 43042 exon 44413 44499 exon 44603 44719 exon 44938 45012 exon 45101 45187 exon 45819 46351 exon 47108 47129 gene_8 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 39144 39230 exon 39307 39413 exon 39495 39603 exon 40534 40602 exon 40676 40786 exon 41839 41894 exon 42018 42195 exon 42272 42373 exon 42476 42547 exon 42680 42745 exon 42977 43042 exon 44413 44499 exon 44603 44719 exon 44938 45012 exon 45101 45187 exon 45819 46370 gene_9 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 29645 29731 exon 29807 29915 exon 30007 30122 exon 30337 30435 exon 33611 33720 exon 34718 34792 exon 37205 37283 exon 37384 37530 exon 37624 37704 exon 37803 37825 exon 42272 42373 exon 42476 42547 exon 42680 42745 exon 42977 43042 exon 44413 44499 exon 44603 44719 exon 44938 45012 exon 45101 45187 exon 45819 46370 gene_10 gene GT_PGL_5_AGS_5 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 46803 47107 exon 47320 47356 exon 48754 48837 exon 49203 49550 exon 49656 49687 gene_11 gene GT_PGL_5_AGS_6 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 46803 47107 exon 47320 47356 exon 48754 48837 exon 49203 49549 exon 49654 49685 gene_12 gene GT_PGL_5_AGS_7 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 48754 48837 exon 49203 49479 exon 49666 49682 gene_13 gene GT_PGL_5_AGS_8 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 46818 47107 exon 47320 47356 exon 48754 49321 gene_14 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 46153 45872 gene_15 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 61550 62894 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 63971 63163 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 65945 64998 gene_18 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 65000 65314 exon 67529 68074 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 68067 67228 gene_20 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 71719 71129 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 72402 71755 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 77655 76563 gene_23 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 82124 81926 exon 79901 79799 exon 79235 78845 exon 78748 78741 gene_24 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 82114 81926 exon 79901 79799 exon 79235 78966 exon 78748 78740 gene_25 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 82107 81926 exon 79901 79797 gene_26 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 87097 86550 exon 85417 85142 exon 84067 83900 exon 83264 82643 gene_27 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 97809 97575 exon 95662 95543 exon 94923 94776 exon 93573 93525 exon 93270 93195 exon 91528 91273 gene_28 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 101687 101934 exon 103705 103963 exon 105546 105598 exon 105697 105764 exon 106013 106102 exon 106225 106294 exon 106379 106870 gene_29 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 110416 110140 exon 109193 109028 exon 108699 108561 exon 108365 108089 exon 107920 107722 exon 107607 107144 gene_30 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 108466 108089 exon 107920 107722 exon 107607 107144 gene_31 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 110458 110076 gene_32 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 114193 114640 exon 116226 116341 exon 116803 117057 exon 118928 119155 exon 119739 119852 exon 121038 121560 exon 122117 122648 gene_33 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 120420 120963 gene_34 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 125362 126518 exon 127713 128340 gene_35 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 132219 132413 exon 134004 135050 gene_36 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 132240 132413 exon 134663 135102 gene_37 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 135900 136025 exon 137289 137359 exon 137537 137616 exon 138494 138608 exon 138821 138873 exon 139303 139431 exon 139512 139878 gene_38 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 137449 137257 exon 137204 136769 gene_39 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 139915 139559 RepeatMasker tomato repeats master Copia00151 10096 10172 1 Copia00151 10096 10172 1 nucleotide_motif 271 2567 2642 Unknown00057 471 594 1 Unknown00057 471 594 1 nucleotide_motif 346 7067 7192 HarbN_I 166 205 1 HarbN_I 166 205 1 nucleotide_motif 238 14107 14145 Copia00172 1386 1493 1 Copia00172 1386 1493 1 nucleotide_motif 278 14234 14336 Copia00172 1105 1487 1 Copia00172 1105 1487 1 nucleotide_motif 1019 43425 43745 Gypsy00042 6037 6107 1 Gypsy00042 6037 6107 1 nucleotide_motif 303 47393 47458 TS2 534 620 1 TS2 534 620 1 nucleotide_motif 386 57773 57859 MuDR1_HV 1270 1381 1 MuDR1_HV 1270 1381 1 nucleotide_motif 260 68934 69049 TS2 557 649 1 TS2 557 649 1 nucleotide_motif 390 79390 79478 TS2 1 304 1 TS2 1 304 1 nucleotide_motif 865 84655 84949 Copia00181 1832 1899 1 Copia00181 1832 1899 1 nucleotide_motif 257 90871 90940 TS2 530 655 1 TS2 530 655 1 nucleotide_motif 619 117456 117586 Unknown00050 3309 3558 1 Unknown00050 3309 3558 1 nucleotide_motif 546 118427 118607 TS2 242 654 1 TS2 242 654 1 nucleotide_motif 508 120558 120954 Copia00039 280 481 1 Copia00039 280 481 1 nucleotide_motif 875 130437 130647 TS2 1 337 1 TS2 1 337 1 nucleotide_motif 1017 136716 137049 RepeatMasker tomato repeats master Copia00151 10050 10177 -1 Copia00151 10050 10177 -1 nucleotide_motif 457 35196 35070 Copia00089 3928 4031 -1 Copia00089 3928 4031 -1 nucleotide_motif 263 52898 52794 Gypsy00073 59 362 -1 Gypsy00073 59 362 -1 nucleotide_motif 651 75171 74884 TS 58 1995 -1 TS 58 1995 -1 nucleotide_motif 349 83482 83401 SOD_SINE 87 126 -1 SOD_SINE 87 126 -1 nucleotide_motif 227 83806 83762 Unknown00046 2590 2676 -1 Unknown00046 2590 2676 -1 nucleotide_motif 246 89140 89055 Gypsy00178 6517 6583 -1 Gypsy00178 6517 6583 -1 nucleotide_motif 273 90860 90848 Copia00181 1832 1883 -1 Copia00181 1832 1883 -1 nucleotide_motif 275 90912 90861 TS 65 2039 -1 TS 65 2039 -1 nucleotide_motif 418 120358 120241 SONATA2 1 200 -1 SONATA2 1 200 -1 nucleotide_motif 387 126966 126760 Copia00039 256 443 -1 Copia00039 256 443 -1 nucleotide_motif 463 130804 130621 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2149 109453 110626 match_2 match 2692 125398 126776 match_3 match 2656 126796 128249 match_4 match 3311 107696 109365 match_5 match 3634 121865 123718 match_6 match 7077 132587 136273 match_7 match 7694 137243 141216 match_8 match 114932 120685 match_9 match 7513 103180 107024 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 1532 304 1109 match_2 match 1114 504 1086 clone_1 clone 812.5 1170 109122 clone_end_1 clone_end 1320 1170 1872 clone_start_1 clone_start 305 108969 109122 match_3 match 1209 1182 1812 match_4 match 769 1305 1713 match_5 match 1289 2475 3124 clone_2 clone 1212 2580 38908 clone_end_2 clone_end 1098 2580 3133 clone_start_2 clone_start 1326 38219 38908 match_6 match 1261 2845 3480 match_7 match 1362 3931 4638 clone_3 clone 1384.5 5798 43243 clone_start_3 clone_start 1239 5798 6422 clone_end_3 clone_end 1530 42472 43243 match_8 match 1499 15132 15899 match_9 match 755 18652 19032 clone_4 clone 1012 20857 63837 clone_start_4 clone_start 1205 20857 21464 clone_end_4 clone_end 819 63425 63837 match_10 match 1344 21247 21924 match_11 match 1376 21249 21958 match_12 match 1304 21711 22368 match_13 match 276 25882 26035 match_14 match 1043 28551 29076 match_15 match 1572 28770 29582 match_16 match 1354 28868 29554 match_17 match 1518 29616 30381 clone_5 clone 1039 29674 64618 clone_start_5 clone_start 1152 29674 30254 clone_end_5 clone_end 926 64152 64618 clone_6 clone 1270.5 33185 113734 clone_start_6 clone_start 1407 33185 33910 clone_end_6 clone_end 1134 113156 113734 clone_7 clone 889.5 36300 72834 clone_end_7 clone_end 835 36300 36762 clone_start_7 clone_start 944 72347 72834 clone_8 clone 660.5 36786 72834 clone_end_8 clone_end 377 36786 36975 clone_start_8 clone_start 944 72347 72834 clone_9 clone 1212.5 37970 73720 clone_start_9 clone_start 1249 37970 38620 clone_end_9 clone_end 1176 73128 73720 match_18 match 460 41667 41918 match_19 match 854 41933 42391 match_20 match 394 43586 43852 match_21 match 688 46388 46734 match_22 match 571 46447 46734 match_23 match 335 46759 46927 match_24 match 426 50789 51003 match_25 match 1296 54408 55069 clone_10 clone 1073.5 59275 97739 clone_start_10 clone_start 1473 59275 60038 clone_end_10 clone_end 674 97325 97739 match_26 match 1108 59319 59881 match_27 match 1221 62443 63062 match_28 match 434 66355 66577 clone_11 clone 695 70674 103139 clone_end_11 clone_end 561 70674 70956 clone_start_11 clone_start 829 102722 103139 clone_12 clone 647.5 70972 103139 clone_end_12 clone_end 466 70972 71230 clone_start_12 clone_start 829 102722 103139 match_29 match 914 71277 71737 match_30 match 1138 72357 72965 match_31 match 406 76236 76461 clone_13 clone 448 76937 94438 clone_end_13 clone_end 577 76937 77231 clone_start_13 clone_start 319 94270 94438 clone_14 clone 646.5 76937 94870 clone_end_14 clone_end 577 76937 77231 clone_start_14 clone_start 716 94506 94870 match_32 match 1128 83530 84105 match_33 match 1205 85683 86290 match_34 match 787 86245 86694 match_35 match 315 95212 95370 clone_15 clone 1014 95266 134539 clone_start_15 clone_start 793 95266 95665 clone_end_15 clone_end 1235 133917 134539 clone_16 clone 819.5 104320 140832 clone_start_16 clone_start 630 104320 104637 clone_end_16 clone_end 1009 140324 140832 match_36 match 1154 105849 106430 match_37 match 1277 105849 106492 match_38 match 295 109202 109365 match_39 match 977 109453 109952 match_40 match 452 112067 112294 match_41 match 351 120509 120685 match_42 match 557 120758 121046 match_43 match 870 122861 123320 match_44 match 361 124319 124500 match_45 match 603 128580 128907 match_46 match 311 132122 132278 match_47 match 644 135880 136273 match_48 match 305 137016 137177 match_49 match 664 137243 137577 match_50 match 1120 137994 138585 match_51 match 1170 138575 139188 match_52 match 607 140911 141216 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 25198 25285 match_part 1.000 25622 25685 match_part 1.000 26965 27109 match_part 1.000 27201 27358 match_part 1.000 29164 29284 match_2 match_part 1.000 29645 29731 match_part 1.000 29807 29915 match_part 1.000 30007 30122 match_part 1.000 30337 30435 match_part 1.000 33611 33716 match_3 match_part 1.000 34776 34792 match_part 1.000 37205 37283 match_part 0.986 37384 37530 match_part 1.000 37624 37704 match_part 1.000 37803 37825 match_part 1.000 42272 42373 match_part 0.972 42476 42547 match_part 0.948 42680 42737 match_4 match_part 1.000 37402 37530 match_part 1.000 37624 37704 match_part 1.000 37803 37922 match_part 1.000 38512 38634 match_part 0.949 39153 39230 match_5 match_part 1.000 37514 37530 match_part 1.000 37624 37704 match_part 1.000 37803 37922 match_part 1.000 38512 38634 match_part 1.000 39153 39230 match_part 1.000 39325 39413 match_part 1.000 39495 39562 match_6 match_part 1.000 37897 37922 match_part 1.000 38512 38634 match_part 1.000 39153 39230 match_part 1.000 39325 39413 match_part 1.000 39495 39603 match_part 1.000 40534 40602 match_part 1.000 40676 40786 match_part 1.000 41839 41894 match_part 0.984 42018 42080 match_7 match_part 0.977 39144 39230 match_part 1.000 39307 39413 match_part 1.000 39495 39603 match_part 1.000 40534 40602 match_part 1.000 40676 40786 match_part 1.000 41839 41894 match_part 1.000 42018 42084 match_8 match_part 1.000 39333 39413 match_part 1.000 39495 39603 match_part 1.000 40534 40602 match_part 1.000 40676 40786 match_part 1.000 41839 41894 match_part 1.000 42018 42110 match_9 match_part 1.000 39585 39603 match_part 1.000 40534 40602 match_part 1.000 40676 40786 match_part 1.000 41839 41894 match_part 1.000 42018 42195 match_part 1.000 42272 42305 match_10 match_part 1.000 40690 40786 match_part 1.000 41839 41894 match_part 1.000 42018 42195 match_part 1.000 42272 42373 match_part 1.000 42476 42514 match_11 match_part 1.000 42337 42373 match_part 1.000 42476 42547 match_part 1.000 42680 42745 match_part 1.000 42977 43042 match_part 1.000 44413 44499 match_part 1.000 44603 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 0.990 45819 46016 match_12 match_part 1.000 42338 42373 match_part 1.000 42476 42547 match_part 1.000 42680 42745 match_part 1.000 42977 43042 match_part 0.989 44413 44499 match_part 1.000 44603 44719 match_part 1.000 44938 44980 match_13 match_part 1.000 42720 42745 match_part 0.985 42977 43042 match_part 1.000 44413 44499 match_part 1.000 44603 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 0.986 45819 45964 match_14 match_part 1.000 44413 44499 match_part 1.000 44603 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 1.000 45819 46050 match_15 match_part 1.000 44429 44499 match_part 1.000 44603 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 1.000 45819 45996 match_16 match_part 1.000 44429 44499 match_part 1.000 44603 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 1.000 45819 45908 match_17 match_part 1.000 44610 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 0.996 45819 46279 match_18 match_part 0.985 44653 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 1.000 45819 46351 match_part 0.864 47108 47129 match_19 match_part 0.933 44675 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 1.000 45819 46161 match_20 match_part 1.000 44688 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 0.875 45819 46203 match_21 match_part 0.976 45828 46359 match_22 match_part 0.994 46004 46359 match_23 match_part 0.994 46009 46359 match_24 match_part 0.990 46803 47107 match_part 1.000 47320 47356 match_part 1.000 48754 48837 match_part 0.994 49203 49549 match_25 match_part 0.986 46818 47107 match_part 1.000 47320 47356 match_part 0.993 48754 49321 match_26 match_part 1.000 48754 48837 match_part 0.989 49203 49479 match_part 0.882 49666 49682 match_27 match_part 0.975 48758 48837 match_part 0.965 49203 49549 match_part 0.750 49654 49685 match_28 match_part 1.000 48759 48837 match_part 1.000 49203 49550 match_part 0.750 49656 49687 match_29 match_part 0.993 61550 62271 match_30 match_part 0.988 61550 62234 match_31 match_part 0.993 61551 62006 match_32 match_part 0.941 61843 62402 match_33 match_part 0.998 61843 62292 match_34 match_part 0.995 62255 62871 match_35 match_part 0.987 62595 62894 match_36 match_part 1.000 65000 65314 match_part 0.982 67529 68074 match_37 match_part 1.000 65133 65314 match_part 0.979 67529 68006 match_38 match_part 1.000 101687 101934 match_part 1.000 103705 103963 match_part 1.000 105546 105574 match_39 match_part 0.857 105585 105598 match_part 0.971 105697 105764 match_part 1.000 106013 106102 match_part 1.000 106225 106294 match_part 0.996 106379 106870 match_40 match_part 1.000 105587 105598 match_part 1.000 105697 105764 match_part 1.000 106013 106102 match_part 1.000 106225 106294 match_part 0.996 106379 106840 match_41 match_part 0.978 119111 119155 match_part 1.000 119739 119852 match_part 0.943 121038 121560 match_part 0.979 122117 122262 match_42 match_part 1.000 119739 119852 match_part 1.000 121038 121528 match_43 match_part 0.991 119739 119852 match_part 0.990 121038 121432 match_44 match_part 0.936 120420 120963 match_45 match_part 0.985 122117 122648 match_46 match_part 0.997 125362 126064 match_47 match_part 0.980 125451 125995 match_48 match_part 0.988 126033 126518 match_part 0.983 127713 127831 match_49 match_part 0.993 127824 128110 match_50 match_part 0.988 127825 128340 match_51 match_part 0.997 128012 128334 match_52 match_part 1.000 132219 132413 match_part 0.995 134004 134608 match_53 match_part 1.000 132221 132413 match_part 1.000 134004 134455 match_54 match_part 1.000 132239 132413 match_part 1.000 134004 134528 match_55 match_part 1.000 132240 132413 match_part 0.984 134663 135044 match_56 match_part 1.000 132257 132413 match_part 1.000 134004 134458 match_57 match_part 1.000 132262 132413 match_part 0.988 134663 135096 match_58 match_part 1.000 132269 132413 match_part 0.988 134663 135088 match_59 match_part 1.000 132270 132413 match_part 0.986 134663 135102 match_60 match_part 1.000 132279 132413 match_part 1.000 134004 134192 match_61 match_part 0.889 132288 132413 match_part 0.982 134004 134549 match_62 match_part 1.000 132334 132413 match_part 1.000 134004 134454 match_63 match_part 1.000 134013 134514 match_64 match_part 0.999 134265 134950 match_65 match_part 1.000 134265 134842 match_66 match_part 0.967 134356 135050 match_67 match_part 0.929 135900 136025 match_part 0.986 137289 137359 match_part 1.000 137537 137616 match_part 0.965 138494 138608 match_part 1.000 138821 138873 match_part 0.977 139303 139431 match_part 0.984 139512 139878 match_68 match_part 0.928 135901 136025 match_part 0.986 137289 137359 match_part 1.000 137537 137616 match_part 0.965 138494 138608 match_part 1.000 138821 138873 match_part 0.977 139303 139431 match_part 0.917 139512 139523 match_69 match_part 1.000 135978 136025 match_part 1.000 137289 137359 match_part 1.000 137537 137616 match_part 1.000 138494 138608 match_part 1.000 138821 138873 match_part 1.000 139303 139431 match_part 0.954 139512 139642 match_70 match_part 1.000 137289 137359 match_part 1.000 137537 137616 match_part 1.000 138494 138608 match_part 1.000 138821 138873 match_part 1.000 139303 139431 match_part 1.000 139512 139578 match_71 match_part 1.000 137305 137359 match_part 1.000 137537 137616 match_part 1.000 138494 138608 match_part 1.000 138821 138873 match_part 1.000 139303 139431 match_part 0.994 139512 139852 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_72 match_part 0.996 4444 3992 match_73 match_part 1.000 6046 6007 match_part 0.996 5892 5628 match_part 1.000 5495 5441 match_part 1.000 5215 5054 match_part 0.983 4476 4121 match_74 match_part 1.000 5776 5628 match_part 1.000 5495 5441 match_part 1.000 5215 5054 match_part 1.000 4476 4301 match_75 match_part 0.991 6114 6007 match_part 1.000 5892 5628 match_part 1.000 5495 5441 match_part 1.000 5215 5054 match_part 1.000 4476 4447 match_76 match_part 0.986 5774 5628 match_part 1.000 5495 5441 match_part 1.000 5215 5111 match_77 match_part 1.000 5776 5628 match_part 1.000 5495 5441 match_part 1.000 5215 5185 match_78 match_part 0.981 6111 6007 match_part 0.996 5892 5628 match_part 1.000 5495 5471 match_79 match_part 1.000 9797 9685 match_part 1.000 8227 8161 match_part 1.000 7659 7593 match_part 1.000 6734 6637 match_part 0.978 6523 6344 match_part 0.981 6217 6061 match_80 match_part 1.000 9743 9685 match_part 1.000 8227 8161 match_part 1.000 7659 7593 match_part 1.000 6734 6637 match_part 0.972 6523 6344 match_part 0.983 6217 6101 match_81 match_part 1.000 9797 9685 match_part 1.000 8227 8161 match_part 1.000 7659 7593 match_part 1.000 6734 6637 match_part 1.000 6523 6344 match_part 1.000 6217 6103 match_82 match_part 0.982 9797 9685 match_part 1.000 8227 8161 match_part 0.985 7659 7593 match_part 1.000 6734 6637 match_part 1.000 6523 6344 match_part 1.000 6217 6179 match_83 match_part 0.982 9797 9685 match_part 1.000 8227 8161 match_part 0.985 7659 7593 match_part 1.000 6734 6637 match_part 1.000 6523 6344 match_part 1.000 6217 6179 match_84 match_part 1.000 13424 13255 match_part 1.000 12498 12442 match_part 1.000 12244 12137 match_part 1.000 10634 10590 match_part 1.000 9797 9685 match_part 1.000 8227 7977 match_85 match_part 0.998 16507 16017 match_86 match_part 0.998 16479 16079 match_87 match_part 0.993 19643 19509 match_part 1.000 19420 19304 match_part 1.000 19187 19080 match_part 0.977 18919 18443 match_88 match_part 1.000 22551 22503 match_part 1.000 22367 22314 match_part 1.000 20954 20838 match_part 1.000 20732 20574 match_part 1.000 19670 19509 match_part 0.983 19420 19304 match_part 1.000 19187 19133 match_89 match_part 1.000 22551 22503 match_part 1.000 22367 22314 match_part 1.000 20954 20838 match_part 1.000 20732 20574 match_part 0.975 19670 19514 match_90 match_part 0.966 22857 22537 match_91 match_part 0.972 22857 22537 match_92 match_part 1.000 63971 63381 match_93 match_part 1.000 63971 63405 match_94 match_part 0.992 63971 63596 match_95 match_part 0.985 65580 64998 match_96 match_part 1.000 65945 65003 match_97 match_part 1.000 65942 65324 match_98 match_part 0.996 65942 65417 match_99 match_part 1.000 65944 65619 match_100 match_part 0.974 67578 67228 match_101 match_part 1.000 67578 67228 match_102 match_part 0.995 68067 67281 match_103 match_part 0.974 68007 67459 match_104 match_part 1.000 72039 71755 match_105 match_part 1.000 72402 71875 match_106 match_part 1.000 77070 76563 match_107 match_part 1.000 77070 76563 match_108 match_part 0.961 77655 76969 match_109 match_part 1.000 82112 81926 match_part 1.000 79901 79799 match_part 1.000 79235 78966 match_part 0.889 78748 78740 match_110 match_part 1.000 82122 81926 match_part 1.000 79901 79799 match_part 0.974 79235 78845 match_part 0.750 78748 78741 match_111 match_part 0.990 82124 81926 match_part 1.000 79901 79799 match_part 0.977 79235 78845 match_112 match_part 0.995 82118 81926 match_part 1.000 79901 79799 match_part 0.977 79235 78845 match_113 match_part 1.000 82113 81926 match_part 1.000 79901 79799 match_part 1.000 79235 78936 match_114 match_part 0.984 82109 81926 match_part 1.000 79901 79799 match_part 0.990 79235 78949 match_115 match_part 1.000 82114 81926 match_part 1.000 79901 79799 match_part 1.000 79235 79020 match_116 match_part 1.000 82101 81926 match_part 1.000 79901 79799 match_part 1.000 79235 79071 match_117 match_part 0.995 82107 81926 match_part 1.000 79901 79799 match_part 1.000 79235 79074 match_118 match_part 0.978 82107 81926 match_part 0.990 79901 79797 match_119 match_part 0.994 83105 82643 match_120 match_part 0.997 83017 82643 match_121 match_part 0.986 83169 82662 match_122 match_part 0.974 83077 82662 match_123 match_part 0.991 87018 86550 match_part 1.000 85417 85142 match_part 1.000 84067 83900 match_part 0.992 83264 82665 match_124 match_part 0.977 83059 82668 match_125 match_part 0.977 83021 82668 match_126 match_part 0.969 83017 82668 match_127 match_part 0.887 85221 85142 match_part 1.000 84067 83900 match_part 0.958 83264 82688 match_128 match_part 0.976 84023 83900 match_part 1.000 83264 82738 match_129 match_part 0.976 84023 83900 match_part 1.000 83264 82738 match_130 match_part 0.992 84021 83900 match_part 0.998 83264 82738 match_131 match_part 1.000 84020 83900 match_part 0.998 83264 82765 match_132 match_part 0.993 86836 86550 match_part 0.996 85417 85142 match_part 1.000 84067 83900 match_part 0.972 83264 83048 match_133 match_part 1.000 86781 86550 match_part 0.996 85417 85142 match_part 1.000 84067 83900 match_part 1.000 83264 83064 match_134 match_part 1.000 87052 86550 match_part 0.967 85417 85358 match_135 match_part 1.000 86992 86550 match_part 1.000 85417 85383 match_136 match_part 1.000 86992 86558 match_137 match_part 0.984 87052 86611 match_138 match_part 0.980 93573 93525 match_part 1.000 93270 93195 match_part 1.000 91528 91273 match_139 match_part 0.970 93557 93525 match_part 1.000 93270 93195 match_part 1.000 91528 91273 match_140 match_part 0.966 97809 97575 match_part 0.983 95662 95543 match_part 0.986 94923 94776 match_part 0.918 93573 93525 match_part 0.947 93270 93195 match_part 0.967 91528 91437 match_141 match_part 0.966 97809 97575 match_part 0.983 95662 95543 match_part 0.986 94923 94776 match_part 0.939 93573 93525 match_part 0.974 93270 93195 match_part 0.974 91528 91451 match_142 match_part 1.000 108315 108089 match_part 0.980 107920 107722 match_part 0.970 107607 107144 match_143 match_part 0.965 107862 107722 match_part 0.976 107607 107144 match_144 match_part 1.000 107796 107722 match_part 1.000 107607 107144 match_145 match_part 1.000 107765 107722 match_part 1.000 107607 107144 match_146 match_part 1.000 107765 107722 match_part 1.000 107607 107144 match_147 match_part 1.000 107765 107722 match_part 1.000 107607 107144 match_148 match_part 1.000 107754 107722 match_part 1.000 107607 107144 match_149 match_part 1.000 107735 107722 match_part 0.996 107607 107144 match_150 match_part 0.881 107780 107722 match_part 0.981 107607 107146 match_151 match_part 1.000 108302 108089 match_part 1.000 107920 107722 match_part 1.000 107607 107394 match_152 match_part 0.966 108649 108561 match_part 1.000 108365 108089 match_part 0.980 107920 107722 match_part 1.000 107607 107509 match_153 match_part 0.981 108299 108089 match_part 0.995 107920 107722 match_part 0.974 107607 107569 match_154 match_part 1.000 108606 108561 match_part 1.000 108365 108089 match_part 0.993 107920 107777 match_155 match_part 1.000 109053 109028 match_part 1.000 108699 108561 match_part 1.000 108365 108089 match_part 1.000 107920 107794 match_156 match_part 1.000 110338 110140 match_part 1.000 109193 109028 match_part 1.000 108699 108561 match_part 1.000 108365 108089 match_part 0.973 107920 107884 match_157 match_part 0.996 110416 110140 match_part 1.000 109193 109028 match_part 1.000 108699 108561 match_part 1.000 108365 108089 match_part 0.909 107920 107888 match_158 match_part 1.000 110335 110140 match_part 1.000 109193 109028 match_part 1.000 108699 108561 match_part 0.993 108365 108089 match_part 1.000 107920 107910 match_159 match_part 0.997 108466 108113 match_160 match_part 1.000 109074 109028 match_part 0.986 108699 108561 match_part 1.000 108365 108117 match_161 match_part 0.985 110338 110140 match_part 1.000 109193 109028 match_part 1.000 108699 108561 match_part 0.988 108365 108124 match_162 match_part 0.990 110335 110140 match_part 0.994 109193 109028 match_163 match_part 0.969 110334 110140 match_part 0.976 109193 109028 match_164 match_part 0.949 110336 110140 match_part 1.000 109193 109089 match_165 match_part 0.974 110458 110076 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 9797 9685 exon 8227 8161 exon 7659 7593 exon 6734 6637 exon 6523 6344 exon 6217 6007 exon 5892 5628 exon 5495 5441 exon 5215 5054 exon 4476 3992 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 13424 13255 exon 12498 12442 exon 12244 12137 exon 10634 10590 exon 9797 9685 exon 8227 7977 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 16507 16017 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 22857 22503 exon 22367 22314 exon 20954 20838 exon 20732 20574 exon 19670 19509 exon 19420 19304 exon 19187 19080 exon 18919 18443 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 25198 25285 exon 25622 25685 exon 26965 27109 exon 27201 27358 exon 29164 29284 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 29645 29731 exon 29807 29915 exon 30007 30122 exon 30337 30435 exon 33611 33716 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 37402 37530 exon 37624 37704 exon 37803 37922 exon 38512 38634 exon 39153 39230 exon 39325 39413 exon 39495 39603 exon 40534 40602 exon 40676 40786 exon 41839 41894 exon 42018 42195 exon 42272 42373 exon 42476 42547 exon 42680 42745 exon 42977 43042 exon 44413 44499 exon 44603 44719 exon 44938 45012 exon 45101 45187 exon 45819 46359 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 37402 37530 exon 37624 37704 exon 37803 37922 exon 38512 38634 exon 39153 39230 exon 39325 39413 exon 39495 39603 exon 40534 40602 exon 40676 40786 exon 41839 41894 exon 42018 42195 exon 42272 42373 exon 42476 42547 exon 42680 42745 exon 42977 43042 exon 44413 44499 exon 44603 44719 exon 44938 45012 exon 45101 45187 exon 45819 46351 exon 47108 47129 gene_9 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 39144 39230 exon 39307 39413 exon 39495 39603 exon 40534 40602 exon 40676 40786 exon 41839 41894 exon 42018 42195 exon 42272 42373 exon 42476 42547 exon 42680 42745 exon 42977 43042 exon 44413 44499 exon 44603 44719 exon 44938 45012 exon 45101 45187 exon 45819 46359 gene_10 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 34776 34792 exon 37205 37283 exon 37384 37530 exon 37624 37704 exon 37803 37825 exon 42272 42373 exon 42476 42547 exon 42680 42745 exon 42977 43042 exon 44413 44499 exon 44603 44719 exon 44938 45012 exon 45101 45187 exon 45819 46359 gene_11 gene GT_PGL_6_AGS_5 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 46803 47107 exon 47320 47356 exon 48754 48837 exon 49203 49550 exon 49656 49687 gene_12 gene GT_PGL_6_AGS_6 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 46803 47107 exon 47320 47356 exon 48754 48837 exon 49203 49549 exon 49654 49685 gene_13 gene GT_PGL_6_AGS_7 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 48754 48837 exon 49203 49479 exon 49666 49682 gene_14 gene GT_PGL_6_AGS_8 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 46818 47107 exon 47320 47356 exon 48754 49321 gene_15 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 61550 62894 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 63971 63381 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 65945 64998 gene_18 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 65000 65314 exon 67529 68074 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 68067 67228 gene_20 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 72402 71755 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 77655 76563 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 82124 81926 exon 79901 79799 exon 79235 78845 exon 78748 78741 gene_23 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 82114 81926 exon 79901 79799 exon 79235 78966 exon 78748 78740 gene_24 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 82107 81926 exon 79901 79797 gene_25 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 87052 86550 exon 85417 85142 exon 84067 83900 exon 83264 82643 gene_26 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 97809 97575 exon 95662 95543 exon 94923 94776 exon 93573 93525 exon 93270 93195 exon 91528 91273 gene_27 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 101687 101934 exon 103705 103963 exon 105546 105574 gene_28 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 105585 105598 exon 105697 105764 exon 106013 106102 exon 106225 106294 exon 106379 106870 gene_29 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 110416 110140 exon 109193 109028 exon 108699 108561 exon 108365 108089 exon 107920 107722 exon 107607 107144 gene_30 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 108466 108089 exon 107920 107722 exon 107607 107144 gene_31 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 110458 110076 gene_32 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 119111 119155 exon 119739 119852 exon 121038 121560 exon 122117 122648 gene_33 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 120420 120963 gene_34 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 125362 126518 exon 127713 128340 gene_35 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 132219 132413 exon 134004 135050 gene_36 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 132240 132413 exon 134663 135102 gene_37 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 135900 136025 exon 137289 137359 exon 137537 137616 exon 138494 138608 exon 138821 138873 exon 139303 139431 exon 139512 139878 AUGUSTUS_tom_cdna de novo gene_1 gene 2 25256 45860 transcript_1 transcript 25256 45860 start_codon_1 start_codon 25256 25258 CDS_1 CDS 25256 25285 CDS_2 CDS 25622 25685 CDS_3 CDS 26965 27109 CDS_4 CDS 27201 27358 CDS_5 CDS 29164 29429 CDS_6 CDS 29513 29731 CDS_7 CDS 29807 29915 CDS_8 CDS 30007 30122 CDS_9 CDS 30337 30435 CDS_10 CDS 33611 33720 CDS_11 CDS 37205 37283 CDS_12 CDS 37381 37530 CDS_13 CDS 37624 37704 CDS_14 CDS 37803 37922 CDS_15 CDS 38512 38634 CDS_16 CDS 39153 39230 CDS_17 CDS 39307 39413 CDS_18 CDS 39495 39603 CDS_19 CDS 40534 40602 CDS_20 CDS 40676 40786 CDS_21 CDS 41839 41894 CDS_22 CDS 42018 42195 CDS_23 CDS 42272 42373 CDS_24 CDS 42476 42547 CDS_25 CDS 42680 42745 CDS_26 CDS 42977 43042 CDS_27 CDS 44413 44499 CDS_28 CDS 44603 44719 CDS_29 CDS 44938 45012 CDS_30 CDS 45101 45187 CDS_31 CDS 45819 45860 stop_codon_1 stop_codon 45858 45860 transcript_2 transcript 25256 45860 start_codon_2 start_codon 25256 25258 CDS_32 CDS 25256 25285 CDS_33 CDS 25622 25685 CDS_34 CDS 26965 27109 CDS_35 CDS 27201 27358 CDS_36 CDS 29164 29429 CDS_37 CDS 29513 29731 CDS_38 CDS 29807 29915 CDS_39 CDS 30007 30122 CDS_40 CDS 30337 30435 CDS_41 CDS 33611 33720 CDS_42 CDS 37205 37283 CDS_43 CDS 37381 37530 CDS_44 CDS 37624 37704 CDS_45 CDS 37803 37922 CDS_46 CDS 38512 38634 CDS_47 CDS 39153 39230 CDS_48 CDS 39325 39413 CDS_49 CDS 39495 39603 CDS_50 CDS 40534 40602 CDS_51 CDS 40676 40786 CDS_52 CDS 41839 41894 CDS_53 CDS 42018 42195 CDS_54 CDS 42272 42373 CDS_55 CDS 42476 42547 CDS_56 CDS 42680 42745 CDS_57 CDS 42977 43042 CDS_58 CDS 44413 44499 CDS_59 CDS 44603 44719 CDS_60 CDS 44938 45012 CDS_61 CDS 45101 45187 CDS_62 CDS 45819 45860 stop_codon_2 stop_codon 45858 45860 gene_2 gene 2 45999 49255 transcript_3 transcript 45999 49255 start_codon_3 start_codon 45999 46001 CDS_63 CDS 45999 46060 CDS_64 CDS 47065 47107 CDS_65 CDS 47320 47356 CDS_66 CDS 48754 48837 CDS_67 CDS 49203 49255 stop_codon_3 stop_codon 49253 49255 transcript_4 transcript 45999 48878 start_codon_4 start_codon 45999 46001 CDS_68 CDS 45999 46060 CDS_69 CDS 47065 47107 CDS_70 CDS 47320 47356 CDS_71 CDS 48754 48878 stop_codon_4 stop_codon 48876 48878 gene_3 gene 1 49950 51362 transcript_5 transcript 49950 51362 start_codon_5 start_codon 49950 49952 CDS_72 CDS 49950 50461 CDS_73 CDS 51056 51362 stop_codon_5 stop_codon 51360 51362 gene_4 gene 1 52543 62739 transcript_6 transcript 52543 62739 start_codon_6 start_codon 52543 52545 CDS_74 CDS 52543 52719 CDS_75 CDS 53612 53695 CDS_76 CDS 53815 53934 CDS_77 CDS 55030 55122 CDS_78 CDS 57577 57642 CDS_79 CDS 58311 58469 CDS_80 CDS 58551 58655 CDS_81 CDS 59116 59351 CDS_82 CDS 60936 62739 stop_codon_6 stop_codon 62737 62739 gene_5 gene 1 101868 106692 transcript_7 transcript 101868 106692 start_codon_7 start_codon 101868 101870 CDS_83 CDS 101868 101934 CDS_84 CDS 103705 103963 CDS_85 CDS 105546 105598 CDS_86 CDS 105697 105764 CDS_87 CDS 106013 106102 CDS_88 CDS 106225 106294 CDS_89 CDS 106379 106692 stop_codon_7 stop_codon 106690 106692 gene_6 gene 1 119078 122259 transcript_8 transcript 119078 122259 start_codon_8 start_codon 119078 119080 CDS_90 CDS 119078 119155 CDS_91 CDS 119739 119852 CDS_92 CDS 121038 121560 CDS_93 CDS 122117 122259 stop_codon_8 stop_codon 122257 122259 gene_7 gene 1 132338 134835 transcript_9 transcript 132338 134835 start_codon_9 start_codon 132338 132340 CDS_94 CDS 132338 132413 CDS_95 CDS 134663 134835 stop_codon_9 stop_codon 134833 134835 gene_8 gene 1 137343 139648 transcript_10 transcript 137343 139648 start_codon_10 start_codon 137343 137345 CDS_96 CDS 137343 137359 CDS_97 CDS 137537 137616 CDS_98 CDS 138494 138608 CDS_99 CDS 138821 138873 CDS_100 CDS 139303 139431 CDS_101 CDS 139512 139648 stop_codon_10 stop_codon 139646 139648 AUGUSTUS_tom_cdna de novo gene_9 gene 3 16125 4381 transcript_11 transcript 16125 4381 stop_codon_11 stop_codon 4383 4381 CDS_102 CDS 4476 4381 CDS_103 CDS 5215 5054 CDS_104 CDS 5495 5441 CDS_105 CDS 5892 5628 CDS_106 CDS 6217 6007 CDS_107 CDS 6523 6344 CDS_108 CDS 6734 6637 CDS_109 CDS 7659 7593 CDS_110 CDS 8227 8161 CDS_111 CDS 9797 9685 CDS_112 CDS 10634 10590 CDS_113 CDS 12244 12137 CDS_114 CDS 12498 12442 CDS_115 CDS 13452 13255 CDS_116 CDS 13742 13653 CDS_117 CDS 16125 16012 start_codon_11 start_codon 16125 16123 transcript_12 transcript 16125 4381 stop_codon_12 stop_codon 4383 4381 CDS_118 CDS 4476 4381 CDS_119 CDS 5215 5054 CDS_120 CDS 5495 5441 CDS_121 CDS 5892 5628 CDS_122 CDS 6217 6007 CDS_123 CDS 6523 6344 CDS_124 CDS 6734 6637 CDS_125 CDS 7659 7593 CDS_126 CDS 8227 8161 CDS_127 CDS 9797 9685 CDS_128 CDS 12244 12137 CDS_129 CDS 13742 13653 CDS_130 CDS 16125 16012 start_codon_12 start_codon 16125 16123 transcript_13 transcript 16125 4381 stop_codon_13 stop_codon 4383 4381 CDS_131 CDS 4476 4381 CDS_132 CDS 5215 5054 CDS_133 CDS 5495 5441 CDS_134 CDS 5892 5628 CDS_135 CDS 6217 6007 CDS_136 CDS 6523 6344 CDS_137 CDS 6768 6637 CDS_138 CDS 8227 8161 CDS_139 CDS 9797 9685 CDS_140 CDS 10634 10590 CDS_141 CDS 12244 12137 CDS_142 CDS 12498 12442 CDS_143 CDS 13452 13255 CDS_144 CDS 13742 13653 CDS_145 CDS 16125 16012 start_codon_13 start_codon 16125 16123 gene_10 gene 1 22832 18488 transcript_14 transcript 22832 18488 stop_codon_14 stop_codon 18490 18488 CDS_146 CDS 18919 18488 CDS_147 CDS 19187 19080 CDS_148 CDS 19420 19304 CDS_149 CDS 19670 19509 CDS_150 CDS 20732 20574 CDS_151 CDS 20954 20838 CDS_152 CDS 22367 22314 CDS_153 CDS 22832 22503 start_codon_14 start_codon 22832 22830 gene_11 gene 1 63809 63267 transcript_15 transcript 63809 63267 stop_codon_15 stop_codon 63269 63267 CDS_154 CDS 63809 63267 start_codon_15 start_codon 63809 63807 gene_12 gene 1 65518 65168 transcript_16 transcript 65518 65168 stop_codon_16 stop_codon 65170 65168 CDS_155 CDS 65518 65168 start_codon_16 start_codon 65518 65516 gene_13 gene 1 67978 67382 transcript_17 transcript 67978 67382 stop_codon_17 stop_codon 67384 67382 CDS_156 CDS 67978 67382 start_codon_17 start_codon 67978 67976 gene_14 gene 1 76972 70186 transcript_18 transcript 76972 70186 stop_codon_18 stop_codon 70188 70186 CDS_157 CDS 70239 70186 CDS_158 CDS 74104 71274 CDS_159 CDS 74582 74549 CDS_160 CDS 76972 76823 start_codon_18 start_codon 76972 76970 gene_15 gene 1 77554 77048 transcript_19 transcript 77554 77048 stop_codon_19 stop_codon 77050 77048 CDS_161 CDS 77554 77048 start_codon_19 start_codon 77554 77552 gene_16 gene 1 82117 79081 transcript_20 transcript 82117 79081 stop_codon_20 stop_codon 79083 79081 CDS_162 CDS 79235 79081 CDS_163 CDS 79901 79799 CDS_164 CDS 82117 81926 start_codon_20 start_codon 82117 82115 gene_17 gene 1 86878 82862 transcript_21 transcript 86878 82862 stop_codon_21 stop_codon 82864 82862 CDS_165 CDS 83264 82862 CDS_166 CDS 84067 83900 CDS_167 CDS 85417 85142 CDS_168 CDS 86878 86550 start_codon_21 start_codon 86878 86876 gene_18 gene 1 97661 91475 transcript_22 transcript 97661 91475 stop_codon_22 stop_codon 91477 91475 CDS_169 CDS 91528 91475 CDS_170 CDS 93270 93195 CDS_171 CDS 93573 93525 CDS_172 CDS 94923 94776 CDS_173 CDS 95662 95543 CDS_174 CDS 97661 97575 start_codon_22 start_codon 97661 97659 gene_19 gene 1 116630 107285 transcript_23 transcript 116630 107285 stop_codon_23 stop_codon 107287 107285 CDS_175 CDS 107607 107285 CDS_176 CDS 107920 107722 CDS_177 CDS 108365 108089 CDS_178 CDS 108699 108561 CDS_179 CDS 109193 109028 CDS_180 CDS 110350 110140 CDS_181 CDS 116630 116608 start_codon_23 start_codon 116630 116628 AUGUSTUS_ab_initio de novo gene_1 gene 1 25634 45860 transcript_1 transcript 25634 45860 start_codon_1 start_codon 25634 25636 CDS_1 CDS 25634 25685 CDS_2 CDS 26965 27109 CDS_3 CDS 27201 27432 CDS_4 CDS 29513 29731 CDS_5 CDS 29807 29915 CDS_6 CDS 30007 30122 CDS_7 CDS 30337 30435 CDS_8 CDS 35027 35055 CDS_9 CDS 37205 37283 CDS_10 CDS 37381 37530 CDS_11 CDS 37624 37704 CDS_12 CDS 37803 37922 CDS_13 CDS 40534 40602 CDS_14 CDS 40676 40786 CDS_15 CDS 44413 44499 CDS_16 CDS 44603 44719 CDS_17 CDS 44938 45012 CDS_18 CDS 45101 45187 CDS_19 CDS 45819 45860 stop_codon_1 stop_codon 45858 45860 gene_2 gene 1 49950 51362 transcript_2 transcript 49950 51362 start_codon_2 start_codon 49950 49952 CDS_20 CDS 49950 50461 CDS_21 CDS 51056 51362 stop_codon_2 stop_codon 51360 51362 gene_3 gene 1 52543 62739 transcript_3 transcript 52543 62739 start_codon_3 start_codon 52543 52545 CDS_22 CDS 52543 52719 CDS_23 CDS 53612 53695 CDS_24 CDS 53815 53934 CDS_25 CDS 55030 55122 CDS_26 CDS 57577 57642 CDS_27 CDS 58311 58469 CDS_28 CDS 58551 58655 CDS_29 CDS 59116 59351 CDS_30 CDS 60936 62739 stop_codon_3 stop_codon 62737 62739 gene_4 gene 1 106043 106692 transcript_4 transcript 106043 106692 start_codon_4 start_codon 106043 106045 CDS_31 CDS 106043 106102 CDS_32 CDS 106225 106294 CDS_33 CDS 106379 106692 stop_codon_4 stop_codon 106690 106692 gene_5 gene 1 119078 139648 transcript_5 transcript 119078 139648 start_codon_5 start_codon 119078 119080 CDS_34 CDS 119078 119155 CDS_35 CDS 119739 119852 CDS_36 CDS 139338 139431 CDS_37 CDS 139512 139648 stop_codon_5 stop_codon 139646 139648 AUGUSTUS_ab_initio de novo gene_6 gene 1 22832 4092 transcript_6 transcript 22832 4092 stop_codon_6 stop_codon 4094 4092 CDS_38 CDS 4179 4092 CDS_39 CDS 5892 5628 CDS_40 CDS 6217 6007 CDS_41 CDS 6523 6344 CDS_42 CDS 6734 6637 CDS_43 CDS 10634 10523 CDS_44 CDS 12244 12137 CDS_45 CDS 13742 13653 CDS_46 CDS 16219 16012 CDS_47 CDS 18919 18492 CDS_48 CDS 20954 20838 CDS_49 CDS 22370 22314 CDS_50 CDS 22832 22503 start_codon_6 start_codon 22832 22830 gene_7 gene 1 63809 63267 transcript_7 transcript 63809 63267 stop_codon_7 stop_codon 63269 63267 CDS_51 CDS 63809 63267 start_codon_7 start_codon 63809 63807 gene_8 gene 1 65518 65168 transcript_8 transcript 65518 65168 stop_codon_8 stop_codon 65170 65168 CDS_52 CDS 65518 65168 start_codon_8 start_codon 65518 65516 gene_9 gene 1 67978 67382 transcript_9 transcript 67978 67382 stop_codon_9 stop_codon 67384 67382 CDS_53 CDS 67978 67382 start_codon_9 start_codon 67978 67976 gene_10 gene 1 74198 71268 transcript_10 transcript 74198 71268 stop_codon_10 stop_codon 71270 71268 CDS_54 CDS 74198 71268 start_codon_10 start_codon 74198 74196 gene_11 gene 1 77554 77048 transcript_11 transcript 77554 77048 stop_codon_11 stop_codon 77050 77048 CDS_55 CDS 77554 77048 start_codon_11 start_codon 77554 77552 gene_12 gene 1 89936 82862 transcript_12 transcript 89936 82862 stop_codon_12 stop_codon 82864 82862 CDS_56 CDS 83264 82862 CDS_57 CDS 84067 83900 CDS_58 CDS 85417 85142 CDS_59 CDS 86832 86550 CDS_60 CDS 89936 89750 start_codon_12 start_codon 89936 89934 gene_13 gene 1 116941 107285 transcript_13 transcript 116941 107285 stop_codon_13 stop_codon 107287 107285 CDS_61 CDS 107607 107285 CDS_62 CDS 107920 107722 CDS_63 CDS 108365 108089 CDS_64 CDS 108699 108561 CDS_65 CDS 109193 109028 CDS_66 CDS 110310 110140 CDS_67 CDS 116941 116870 start_codon_13 start_codon 116941 116939 AUGUSTUS_tom_ugs de novo gene_1 gene 1 25256 45860 transcript_1 transcript 25256 45860 start_codon_1 start_codon 25256 25258 CDS_1 CDS 25256 25285 CDS_2 CDS 25622 25685 CDS_3 CDS 26965 27109 CDS_4 CDS 27201 27358 CDS_5 CDS 29164 29429 CDS_6 CDS 29513 29731 CDS_7 CDS 29807 29915 CDS_8 CDS 30007 30122 CDS_9 CDS 30337 30435 CDS_10 CDS 33611 33720 CDS_11 CDS 37205 37283 CDS_12 CDS 37381 37530 CDS_13 CDS 37624 37704 CDS_14 CDS 37803 37922 CDS_15 CDS 38512 38634 CDS_16 CDS 39153 39230 CDS_17 CDS 39325 39413 CDS_18 CDS 39495 39603 CDS_19 CDS 40534 40602 CDS_20 CDS 40676 40786 CDS_21 CDS 41839 41894 CDS_22 CDS 42018 42195 CDS_23 CDS 42272 42373 CDS_24 CDS 42476 42547 CDS_25 CDS 42680 42745 CDS_26 CDS 42977 43042 CDS_27 CDS 44413 44499 CDS_28 CDS 44603 44719 CDS_29 CDS 44938 45012 CDS_30 CDS 45101 45187 CDS_31 CDS 45819 45860 stop_codon_1 stop_codon 45858 45860 gene_2 gene 1 46057 49255 transcript_2 transcript 46057 49255 start_codon_2 start_codon 46057 46059 CDS_32 CDS 46057 46097 CDS_33 CDS 47065 47107 CDS_34 CDS 47320 47356 CDS_35 CDS 48754 48837 CDS_36 CDS 49203 49255 stop_codon_2 stop_codon 49253 49255 gene_3 gene 1 49950 51362 transcript_3 transcript 49950 51362 start_codon_3 start_codon 49950 49952 CDS_37 CDS 49950 50461 CDS_38 CDS 51056 51362 stop_codon_3 stop_codon 51360 51362 gene_4 gene 1 52543 62739 transcript_4 transcript 52543 62739 start_codon_4 start_codon 52543 52545 CDS_39 CDS 52543 52719 CDS_40 CDS 53612 53695 CDS_41 CDS 53815 53934 CDS_42 CDS 55030 55122 CDS_43 CDS 57577 57642 CDS_44 CDS 58311 58469 CDS_45 CDS 58551 58655 CDS_46 CDS 59116 59351 CDS_47 CDS 60936 62739 stop_codon_4 stop_codon 62737 62739 gene_5 gene 1 101868 106692 transcript_5 transcript 101868 106692 start_codon_5 start_codon 101868 101870 CDS_48 CDS 101868 101934 CDS_49 CDS 103705 103963 CDS_50 CDS 105546 105598 CDS_51 CDS 105697 105764 CDS_52 CDS 106013 106102 CDS_53 CDS 106225 106294 CDS_54 CDS 106379 106692 stop_codon_5 stop_codon 106690 106692 gene_6 gene 1 119078 122259 transcript_6 transcript 119078 122259 start_codon_6 start_codon 119078 119080 CDS_55 CDS 119078 119155 CDS_56 CDS 119739 119852 CDS_57 CDS 121038 121560 CDS_58 CDS 122117 122259 stop_codon_6 stop_codon 122257 122259 gene_7 gene 1 137316 139648 transcript_7 transcript 137316 139648 start_codon_7 start_codon 137316 137318 CDS_59 CDS 137316 137359 CDS_60 CDS 137537 137616 CDS_61 CDS 138494 138608 CDS_62 CDS 138821 138873 CDS_63 CDS 139303 139431 CDS_64 CDS 139512 139648 stop_codon_7 stop_codon 139646 139648 AUGUSTUS_tom_ugs de novo gene_8 gene 1 16125 4381 transcript_8 transcript 16125 4381 stop_codon_8 stop_codon 4383 4381 CDS_65 CDS 4476 4381 CDS_66 CDS 5215 5054 CDS_67 CDS 5495 5441 CDS_68 CDS 5892 5628 CDS_69 CDS 6217 6007 CDS_70 CDS 6523 6344 CDS_71 CDS 6734 6637 CDS_72 CDS 7659 7593 CDS_73 CDS 8227 8161 CDS_74 CDS 9797 9685 CDS_75 CDS 10634 10590 CDS_76 CDS 12244 12137 CDS_77 CDS 12498 12442 CDS_78 CDS 13452 13255 CDS_79 CDS 13742 13653 CDS_80 CDS 16125 16012 start_codon_8 start_codon 16125 16123 gene_9 gene 1 22832 18488 transcript_9 transcript 22832 18488 stop_codon_9 stop_codon 18490 18488 CDS_81 CDS 18919 18488 CDS_82 CDS 19187 19080 CDS_83 CDS 19420 19304 CDS_84 CDS 19670 19509 CDS_85 CDS 20732 20574 CDS_86 CDS 20954 20838 CDS_87 CDS 22367 22314 CDS_88 CDS 22832 22503 start_codon_9 start_codon 22832 22830 gene_10 gene 1 63809 63267 transcript_10 transcript 63809 63267 stop_codon_10 stop_codon 63269 63267 CDS_89 CDS 63809 63267 start_codon_10 start_codon 63809 63807 gene_11 gene 1 65518 65168 transcript_11 transcript 65518 65168 stop_codon_11 stop_codon 65170 65168 CDS_90 CDS 65518 65168 start_codon_11 start_codon 65518 65516 gene_12 gene 2 67978 67382 transcript_12 transcript 67978 67382 stop_codon_12 stop_codon 67384 67382 CDS_91 CDS 67978 67382 start_codon_12 start_codon 67978 67976 transcript_13 transcript 67732 67382 stop_codon_13 stop_codon 67384 67382 CDS_92 CDS 67732 67382 start_codon_13 start_codon 67732 67730 gene_13 gene 1 74198 71268 transcript_14 transcript 74198 71268 stop_codon_14 stop_codon 71270 71268 CDS_93 CDS 74198 71268 start_codon_14 start_codon 74198 74196 gene_14 gene 1 77554 77048 transcript_15 transcript 77554 77048 stop_codon_15 stop_codon 77050 77048 CDS_94 CDS 77554 77048 start_codon_15 start_codon 77554 77552 gene_15 gene 1 82117 79081 transcript_16 transcript 82117 79081 stop_codon_16 stop_codon 79083 79081 CDS_95 CDS 79235 79081 CDS_96 CDS 79901 79799 CDS_97 CDS 82117 81926 start_codon_16 start_codon 82117 82115 gene_16 gene 1 89936 82862 transcript_17 transcript 89936 82862 stop_codon_17 stop_codon 82864 82862 CDS_98 CDS 83264 82862 CDS_99 CDS 84067 83900 CDS_100 CDS 85417 85142 CDS_101 CDS 86832 86550 CDS_102 CDS 89936 89750 start_codon_17 start_codon 89936 89934 gene_17 gene 1 97661 91475 transcript_18 transcript 97661 91475 stop_codon_18 stop_codon 91477 91475 CDS_103 CDS 91528 91475 CDS_104 CDS 93270 93195 CDS_105 CDS 93573 93525 CDS_106 CDS 94923 94776 CDS_107 CDS 95662 95543 CDS_108 CDS 97661 97575 start_codon_18 start_codon 97661 97659 gene_18 gene 1 110292 107285 transcript_19 transcript 110292 107285 stop_codon_19 stop_codon 107287 107285 CDS_109 CDS 107607 107285 CDS_110 CDS 107920 107722 CDS_111 CDS 108365 108089 CDS_112 CDS 108699 108561 CDS_113 CDS 109193 109028 CDS_114 CDS 110292 110140 start_codon_19 start_codon 110292 110290 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 25198 25285 match_part 1.000 25622 25685 match_part 1.000 26965 27109 match_part 1.000 27201 27358 match_part 1.000 29164 29284 match_2 match_part 1.000 29645 29731 match_part 1.000 29807 29915 match_part 1.000 30007 30122 match_part 1.000 30337 30435 match_part 1.000 33611 33716 match_3 match_part 1.000 37402 37530 match_part 1.000 37624 37704 match_part 1.000 37803 37922 match_part 1.000 38512 38634 match_part 1.000 39153 39230 match_part 1.000 39325 39413 match_part 1.000 39495 39603 match_part 1.000 40534 40602 match_part 1.000 40676 40786 match_part 1.000 41839 41894 match_part 1.000 42018 42195 match_part 1.000 42272 42373 match_part 1.000 42476 42514 match_4 match_part 1.000 42337 42373 match_part 1.000 42476 42547 match_part 1.000 42680 42745 match_part 1.000 42977 43042 match_part 1.000 44413 44499 match_part 1.000 44603 44719 match_part 1.000 44938 45012 match_part 1.000 45101 45187 match_part 1.000 45819 46352 match_part 0.864 47108 47129 match_5 match_part 0.990 46803 47107 match_part 1.000 47320 47356 match_part 1.000 48754 48837 match_part 0.994 49203 49549 match_6 match_part 0.986 46818 47107 match_part 1.000 47320 47356 match_part 0.993 48754 49321 match_7 match_part 0.960 46935 47107 match_part 1.000 47320 47356 match_part 1.000 48754 48837 match_part 1.000 49203 49550 match_part 0.750 49656 49687 match_8 match_part 0.992 61550 62402 match_9 match_part 0.994 62255 62894 match_10 match_part 1.000 65000 65314 match_part 0.982 67529 68074 match_11 match_part 1.000 101687 101934 match_part 1.000 103705 103963 match_part 1.000 105546 105574 match_12 match_part 1.000 105587 105598 match_part 1.000 105697 105764 match_part 1.000 106013 106102 match_part 1.000 106225 106294 match_part 0.996 106379 106870 match_13 match_part 0.978 119111 119155 match_part 1.000 119739 119852 match_part 0.943 121038 121560 match_part 0.985 122117 122648 match_14 match_part 0.936 120420 120963 match_15 match_part 0.997 125362 126064 match_16 match_part 0.988 126033 126518 match_part 0.983 127713 127831 match_17 match_part 0.998 127824 128334 match_18 match_part 1.000 132219 132413 match_part 0.995 134004 135045 match_19 match_part 0.960 135901 136025 match_part 1.000 137289 137359 match_part 1.000 137537 137616 match_part 1.000 138494 138608 match_part 1.000 138821 138873 match_part 1.000 139303 139431 match_part 0.992 139512 139878 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_20 match_part 1.000 6114 6007 match_part 1.000 5892 5628 match_part 1.000 5495 5441 match_part 1.000 5215 5054 match_part 0.996 4476 3992 match_21 match_part 1.000 13424 13255 match_part 1.000 12498 12442 match_part 1.000 12244 12137 match_part 1.000 10634 10590 match_part 1.000 9797 9685 match_part 1.000 8227 8161 match_part 1.000 7659 7593 match_part 1.000 6734 6637 match_part 1.000 6523 6344 match_part 1.000 6217 6061 match_22 match_part 0.998 16507 16017 match_23 match_part 1.000 22551 22503 match_part 1.000 22367 22314 match_part 1.000 20954 20838 match_part 1.000 20732 20574 match_part 0.981 19670 19509 match_part 1.000 19420 19304 match_part 1.000 19187 19080 match_part 0.977 18919 18443 match_24 match_part 0.978 22857 22537 match_25 match_part 0.963 46367 45828 match_26 match_part 1.000 63971 63381 match_27 match_part 1.000 65944 65163 match_28 match_part 0.988 68069 67230 match_29 match_part 1.000 72402 71755 match_30 match_part 0.961 77655 76969 match_31 match_part 0.995 82124 81926 match_part 1.000 79901 79799 match_part 0.985 79235 78845 match_32 match_part 0.996 87052 86550 match_part 0.996 85417 85142 match_part 1.000 84067 83900 match_part 0.987 83264 82643 match_33 match_part 0.970 97809 97575 match_part 0.983 95662 95543 match_part 0.986 94923 94776 match_part 0.939 93573 93525 match_part 0.987 93270 93195 match_part 1.000 91528 91273 match_34 match_part 0.975 110458 110140 match_part 1.000 109193 109028 match_part 1.000 108699 108561 match_part 1.000 108365 108089 match_part 0.990 107920 107722 match_part 1.000 107607 107144 match_35 match_part 0.979 107862 107722 match_part 0.996 107607 107144 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 13424 13255 exon 12498 12442 exon 12244 12137 exon 10634 10590 exon 9797 9685 exon 8227 8161 exon 7659 7593 exon 6734 6637 exon 6523 6344 exon 6217 6007 exon 5892 5628 exon 5495 5441 exon 5215 5054 exon 4476 3992 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 16507 16017 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 22857 22503 exon 22367 22314 exon 20954 20838 exon 20732 20574 exon 19670 19509 exon 19420 19304 exon 19187 19080 exon 18919 18443 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 25198 25285 exon 25622 25685 exon 26965 27109 exon 27201 27358 exon 29164 29284 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 29645 29731 exon 29807 29915 exon 30007 30122 exon 30337 30435 exon 33611 33716 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 37402 37530 exon 37624 37704 exon 37803 37922 exon 38512 38634 exon 39153 39230 exon 39325 39413 exon 39495 39603 exon 40534 40602 exon 40676 40786 exon 41839 41894 exon 42018 42195 exon 42272 42373 exon 42476 42547 exon 42680 42745 exon 42977 43042 exon 44413 44499 exon 44603 44719 exon 44938 45012 exon 45101 45187 exon 45819 46352 exon 47108 47129 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 46803 47107 exon 47320 47356 exon 48754 48837 exon 49203 49550 exon 49656 49687 gene_8 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 46818 47107 exon 47320 47356 exon 48754 49321 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 46367 45828 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 61550 62894 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 63971 63381 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 65000 65314 exon 67529 68074 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 65944 65163 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 68069 67230 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 72402 71755 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 77655 76969 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 82124 81926 exon 79901 79799 exon 79235 78845 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 87052 86550 exon 85417 85142 exon 84067 83900 exon 83264 82643 gene_19 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 97809 97575 exon 95662 95543 exon 94923 94776 exon 93573 93525 exon 93270 93195 exon 91528 91273 gene_20 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 101687 101934 exon 103705 103963 exon 105546 105574 gene_21 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 105587 105598 exon 105697 105764 exon 106013 106102 exon 106225 106294 exon 106379 106870 gene_22 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 110458 110140 exon 109193 109028 exon 108699 108561 exon 108365 108089 exon 107920 107722 exon 107607 107144 gene_23 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 119111 119155 exon 119739 119852 exon 121038 121560 exon 122117 122648 gene_24 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 120420 120963 gene_25 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 125362 126518 exon 127713 128334 gene_26 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 132219 132413 exon 134004 135045 gene_27 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 135901 136025 exon 137289 137359 exon 137537 137616 exon 138494 138608 exon 138821 138873 exon 139303 139431 exon 139512 139878 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 119739 119852 match_part 0.998 121038 121560 match_part 0.987 122117 122648 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C11HBa0323E19.1 type gene exon 119739 119852 exon 121038 121560 exon 122117 122648 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 2 25256 45860 transcript_1 transcript 25256 45860 start_codon_1 start_codon 25256 25258 CDS_1 CDS 25256 25285 CDS_2 CDS 25622 25685 CDS_3 CDS 26965 27109 CDS_4 CDS 27201 27358 CDS_5 CDS 29164 29429 CDS_6 CDS 29513 29731 CDS_7 CDS 29807 29915 CDS_8 CDS 30007 30122 CDS_9 CDS 30337 30435 CDS_10 CDS 33611 33720 CDS_11 CDS 37205 37283 CDS_12 CDS 37381 37530 CDS_13 CDS 37624 37704 CDS_14 CDS 37803 37922 CDS_15 CDS 38512 38634 CDS_16 CDS 39153 39230 CDS_17 CDS 39307 39413 CDS_18 CDS 39495 39603 CDS_19 CDS 40534 40602 CDS_20 CDS 40676 40786 CDS_21 CDS 41839 41894 CDS_22 CDS 42018 42195 CDS_23 CDS 42272 42373 CDS_24 CDS 42476 42547 CDS_25 CDS 42680 42745 CDS_26 CDS 42977 43042 CDS_27 CDS 44413 44499 CDS_28 CDS 44603 44719 CDS_29 CDS 44938 45012 CDS_30 CDS 45101 45187 CDS_31 CDS 45819 45860 stop_codon_1 stop_codon 45858 45860 transcript_2 transcript 25256 45860 start_codon_2 start_codon 25256 25258 CDS_32 CDS 25256 25285 CDS_33 CDS 25622 25685 CDS_34 CDS 26965 27109 CDS_35 CDS 27201 27358 CDS_36 CDS 29164 29429 CDS_37 CDS 29513 29731 CDS_38 CDS 29807 29915 CDS_39 CDS 30007 30122 CDS_40 CDS 30337 30435 CDS_41 CDS 33611 33720 CDS_42 CDS 37205 37283 CDS_43 CDS 37381 37530 CDS_44 CDS 37624 37704 CDS_45 CDS 37803 37922 CDS_46 CDS 38512 38634 CDS_47 CDS 39153 39230 CDS_48 CDS 39325 39413 CDS_49 CDS 39495 39603 CDS_50 CDS 40534 40602 CDS_51 CDS 40676 40786 CDS_52 CDS 41839 41894 CDS_53 CDS 42018 42195 CDS_54 CDS 42272 42373 CDS_55 CDS 42476 42547 CDS_56 CDS 42680 42745 CDS_57 CDS 42977 43042 CDS_58 CDS 44413 44499 CDS_59 CDS 44603 44719 CDS_60 CDS 44938 45012 CDS_61 CDS 45101 45187 CDS_62 CDS 45819 45860 stop_codon_2 stop_codon 45858 45860 gene_2 gene 2 45999 49255 transcript_3 transcript 45999 49255 start_codon_3 start_codon 45999 46001 CDS_63 CDS 45999 46060 CDS_64 CDS 47065 47107 CDS_65 CDS 47320 47356 CDS_66 CDS 48754 48837 CDS_67 CDS 49203 49255 stop_codon_3 stop_codon 49253 49255 transcript_4 transcript 45999 48878 start_codon_4 start_codon 45999 46001 CDS_68 CDS 45999 46060 CDS_69 CDS 47065 47107 CDS_70 CDS 47320 47356 CDS_71 CDS 48754 48878 stop_codon_4 stop_codon 48876 48878 gene_3 gene 1 49950 51362 transcript_5 transcript 49950 51362 start_codon_5 start_codon 49950 49952 CDS_72 CDS 49950 50461 CDS_73 CDS 51056 51362 stop_codon_5 stop_codon 51360 51362 gene_4 gene 1 52543 62739 transcript_6 transcript 52543 62739 start_codon_6 start_codon 52543 52545 CDS_74 CDS 52543 52719 CDS_75 CDS 53612 53695 CDS_76 CDS 53815 53934 CDS_77 CDS 55030 55122 CDS_78 CDS 57577 57642 CDS_79 CDS 58311 58469 CDS_80 CDS 58551 58655 CDS_81 CDS 59116 59351 CDS_82 CDS 60936 62739 stop_codon_6 stop_codon 62737 62739 gene_5 gene 1 101868 106692 transcript_7 transcript 101868 106692 start_codon_7 start_codon 101868 101870 CDS_83 CDS 101868 101934 CDS_84 CDS 103705 103963 CDS_85 CDS 105546 105598 CDS_86 CDS 105697 105764 CDS_87 CDS 106013 106102 CDS_88 CDS 106225 106294 CDS_89 CDS 106379 106692 stop_codon_7 stop_codon 106690 106692 gene_6 gene 1 116258 122259 transcript_8 transcript 116258 122259 start_codon_8 start_codon 116258 116260 CDS_90 CDS 116258 116341 CDS_91 CDS 116803 117057 CDS_92 CDS 118928 119155 CDS_93 CDS 119739 119852 CDS_94 CDS 121038 121560 CDS_95 CDS 122117 122259 stop_codon_8 stop_codon 122257 122259 gene_7 gene 1 132338 134835 transcript_9 transcript 132338 134835 start_codon_9 start_codon 132338 132340 CDS_96 CDS 132338 132413 CDS_97 CDS 134663 134835 stop_codon_9 stop_codon 134833 134835 gene_8 gene 1 137343 139648 transcript_10 transcript 137343 139648 start_codon_10 start_codon 137343 137345 CDS_98 CDS 137343 137359 CDS_99 CDS 137537 137616 CDS_100 CDS 138494 138608 CDS_101 CDS 138821 138873 CDS_102 CDS 139303 139431 CDS_103 CDS 139512 139648 stop_codon_10 stop_codon 139646 139648 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 3 16125 4381 transcript_11 transcript 16125 4381 stop_codon_11 stop_codon 4383 4381 CDS_104 CDS 4476 4381 CDS_105 CDS 5215 5054 CDS_106 CDS 5495 5441 CDS_107 CDS 5892 5628 CDS_108 CDS 6217 6007 CDS_109 CDS 6523 6344 CDS_110 CDS 6734 6637 CDS_111 CDS 7659 7593 CDS_112 CDS 8227 8161 CDS_113 CDS 9797 9685 CDS_114 CDS 10634 10590 CDS_115 CDS 12244 12137 CDS_116 CDS 12498 12442 CDS_117 CDS 13452 13255 CDS_118 CDS 13742 13653 CDS_119 CDS 16125 16012 start_codon_11 start_codon 16125 16123 transcript_12 transcript 16125 4381 stop_codon_12 stop_codon 4383 4381 CDS_120 CDS 4476 4381 CDS_121 CDS 5215 5054 CDS_122 CDS 5495 5441 CDS_123 CDS 5892 5628 CDS_124 CDS 6217 6007 CDS_125 CDS 6523 6344 CDS_126 CDS 6734 6637 CDS_127 CDS 7659 7593 CDS_128 CDS 8227 8161 CDS_129 CDS 9797 9685 CDS_130 CDS 12244 12137 CDS_131 CDS 13742 13653 CDS_132 CDS 16125 16012 start_codon_12 start_codon 16125 16123 transcript_13 transcript 16125 4381 stop_codon_13 stop_codon 4383 4381 CDS_133 CDS 4476 4381 CDS_134 CDS 5215 5054 CDS_135 CDS 5495 5441 CDS_136 CDS 5892 5628 CDS_137 CDS 6217 6007 CDS_138 CDS 6523 6344 CDS_139 CDS 6768 6637 CDS_140 CDS 8227 8161 CDS_141 CDS 9797 9685 CDS_142 CDS 10634 10590 CDS_143 CDS 12244 12137 CDS_144 CDS 12498 12442 CDS_145 CDS 13452 13255 CDS_146 CDS 13742 13653 CDS_147 CDS 16125 16012 start_codon_13 start_codon 16125 16123 gene_10 gene 1 22832 18488 transcript_14 transcript 22832 18488 stop_codon_14 stop_codon 18490 18488 CDS_148 CDS 18919 18488 CDS_149 CDS 19187 19080 CDS_150 CDS 19420 19304 CDS_151 CDS 19670 19509 CDS_152 CDS 20732 20574 CDS_153 CDS 20954 20838 CDS_154 CDS 22367 22314 CDS_155 CDS 22832 22503 start_codon_14 start_codon 22832 22830 gene_11 gene 1 63809 63267 transcript_15 transcript 63809 63267 stop_codon_15 stop_codon 63269 63267 CDS_156 CDS 63809 63267 start_codon_15 start_codon 63809 63807 gene_12 gene 1 65518 65168 transcript_16 transcript 65518 65168 stop_codon_16 stop_codon 65170 65168 CDS_157 CDS 65518 65168 start_codon_16 start_codon 65518 65516 gene_13 gene 1 67978 67382 transcript_17 transcript 67978 67382 stop_codon_17 stop_codon 67384 67382 CDS_158 CDS 67978 67382 start_codon_17 start_codon 67978 67976 gene_14 gene 1 74198 71268 transcript_18 transcript 74198 71268 stop_codon_18 stop_codon 71270 71268 CDS_159 CDS 74198 71268 start_codon_18 start_codon 74198 74196 gene_15 gene 1 77554 77048 transcript_19 transcript 77554 77048 stop_codon_19 stop_codon 77050 77048 CDS_160 CDS 77554 77048 start_codon_19 start_codon 77554 77552 gene_16 gene 1 82117 79081 transcript_20 transcript 82117 79081 stop_codon_20 stop_codon 79083 79081 CDS_161 CDS 79235 79081 CDS_162 CDS 79901 79799 CDS_163 CDS 82117 81926 start_codon_20 start_codon 82117 82115 gene_17 gene 1 86878 82862 transcript_21 transcript 86878 82862 stop_codon_21 stop_codon 82864 82862 CDS_164 CDS 83264 82862 CDS_165 CDS 84067 83900 CDS_166 CDS 85417 85142 CDS_167 CDS 86878 86550 start_codon_21 start_codon 86878 86876 gene_18 gene 1 97661 91475 transcript_22 transcript 97661 91475 stop_codon_22 stop_codon 91477 91475 CDS_168 CDS 91528 91475 CDS_169 CDS 93270 93195 CDS_170 CDS 93573 93525 CDS_171 CDS 94923 94776 CDS_172 CDS 95662 95543 CDS_173 CDS 97661 97575 start_codon_22 start_codon 97661 97659 gene_19 gene 1 112817 107285 transcript_23 transcript 112817 107285 stop_codon_23 stop_codon 107287 107285 CDS_174 CDS 107607 107285 CDS_175 CDS 107920 107722 CDS_176 CDS 108365 108089 CDS_177 CDS 108699 108561 CDS_178 CDS 109193 109028 CDS_179 CDS 110350 110140 CDS_180 CDS 112817 112774 start_codon_23 start_codon 112817 112815 gene_20 gene 1 131782 129351 transcript_24 transcript 131782 129351 stop_codon_24 stop_codon 129353 129351 CDS_181 CDS 129454 129351 CDS_182 CDS 130262 130121 CDS_183 CDS 131782 131759 start_codon_24 start_codon 131782 131780 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 118 3 1076 match_2 match 576 3 1178 match_3 match 128 30 1163 match_4 match 122 270 1010 match_5 match 128 270 1076 match_6 match 128 252 1139 match_7 match 105 195 1175 match_8 match 112 30 1163 match_9 match 114 33 893 match_10 match 119 33 1109 match_11 match 122 270 1100 match_12 match 121 78 1163 match_13 match 109 270 1163 match_14 match 135 177 1172 match_15 match 111 366 1169 match_16 match 146 125649 126488 match_17 match 108 125655 126326 match_18 match 107 270 1070 match_19 match 117 273 1157 match_20 match 119 270 1085 match_21 match 112 270 1070 match_22 match 122 270 1085 match_23 match 124 273 1103 match_24 match 110 162 1100 match_25 match 127 270 1100 match_26 match 115 270 1202 match_27 match 107 270 1070 match_28 match 131 30 1103 match_29 match 118 270 1193 match_30 match 126 270 1205 match_31 match 115 426 1025 match_32 match 107 6 1100 match_33 match 121 49848 50387 match_34 match 142 6 1169 match_35 match 117 49800 50396 match_36 match 116 49848 50393 match_37 match 121 49848 50393 match_38 match 120 49848 50396 match_39 match 145 125649 126488 match_40 match 115 27 1175 match_41 match 119 246 1034 match_42 match 111 3 971 match_43 match 115 270 1100 match_44 match 145 252 1163 match_45 match 105 270 1100 match_46 match 120 270 1109 match_47 match 144 252 1163 match_48 match 114 96 1085 match_49 match 147 270 1100 match_50 match 132 270 1100 match_51 match 114 270 1085 match_52 match 106 270 1100 match_53 match 106 360 1166 match_54 match 122 252 1031 match_55 match 140 252 1163 match_56 match 107 270 1163 match_57 match 107 270 1100 match_58 match 144 252 1100 match_59 match 128 270 1100 match_60 match 106 270 1163 match_61 match 135 252 1154 match_62 match 112 270 1109 match_63 match 109 126 1163 match_64 match 108 270 1100 match_65 match 111 270 1163 match_66 match 152 252 1100 match_67 match 106 273 1070 match_68 match 105 270 1151 match_69 match 117 270 1100 match_70 match 144 252 1163 match_71 match 105 51 1100 match_72 match 108 270 1091 match_73 match 111 270 1085 match_74 match 141 252 1100 match_75 match 129 270 1085 match_76 match 129 270 1085 match_77 match 112 252 1085 match_78 match 114 93 1100 match_79 match 114 270 1097 match_80 match 142 216 1154 match_81 match 128 125649 126491 match_82 match 133 125649 126488 match_83 match 127 140588 141184 match_84 match 133 49821 50414 match_85 match 201 9 1199 match_86 match 144 3 1178 match_87 match 109 125658 126488 match_88 match 107 270 1100 match_89 match 123 270 1109 match_90 match 117 270 1163 match_91 match 120 324 1175 match_92 match 167 3 1163 match_93 match 180 3 1169 match_94 match 109 3 791 match_95 match 137 3 1085 match_96 match 111 9 1076 match_97 match 127 96 1163 match_98 match 140 258 1163 match_99 match 110 49848 50387 match_100 match 127 15 1109 match_101 match 117 270 1169 match_102 match 119 102 1043 match_103 match 108 270 1043 match_104 match 110 270 1166 match_105 match 107 357 1169 match_106 match 117 63 1100 match_107 match 131 125658 126473 match_108 match 112 140516 141172 match_109 match 106 258 1100 match_110 match 108 3 1166 match_111 match 113 216 1094 match_112 match 137 49929 50393 match_113 match 120 49929 50459 match_114 match 134 12 1139 match_115 match 134 12 1139 match_116 match 107 270 1163 match_117 match 112 450 1100 match_118 match 117 3 1148 match_119 match 106 66 1100 match_120 match 116 240 1160 match_121 match 120 261 1163 match_122 match 108 42269 42757 match_123 match 115 41836 42201 match_124 match 63.2 26988 27110 match_125 match 57.4 44410 44517 match_126 match 204 29510 29920 match_127 match 71.6 44600 44719 match_128 match 99.8 27202 27363 match_129 match 174 29163 29438 match_130 match 101 37381 37536 match_131 match 75.5 30006 30122 match_132 match 57.4 37206 37286 match_133 match 128 66 1085 match_134 match 135 270 1100 match_135 match 120 102 1118 match_136 match 112 240 917 match_137 match 59.3 53609 53755 match_138 match 76.6 53368 53529 match_139 match 69.3 53356 53547 match_140 match 58.2 53609 53734 match_141 match 35.4 56279 56359 match_142 match 48.5 56612 56707 match_143 match 36.6 56433 56498 match_144 match 55.1 56083 56193 match_145 match 149 125649 126488 match_146 match 151 121026 121541 match_147 match 115 270 1070 match_148 match 129 102 1100 match_149 match 169 6 1160 match_150 match 239 60937 62730 match_151 match 72.8 56279 56707 match_152 match 55.1 53609 53734 match_153 match 89.7 53368 53529 match_154 match 63.2 56101 56193 match_155 match 122 49827 50453 match_156 match 115 49839 50387 match_157 match 125 6 1214 match_158 match 172 3 1076 match_159 match 372 125532 126497 match_160 match 372 125532 126497 match_161 match 126 6 1103 match_162 match 123 273 1109 match_163 match 106 273 1109 match_164 match 119 3 971 match_165 match 207 3 1184 match_166 match 125 60 1193 match_167 match 153 3 1166 match_168 match 151 3 1166 match_169 match 108 270 1088 match_170 match 150 66 1223 match_171 match 110 357 1169 match_172 match 113 192 971 match_173 match 106 258 1163 match_174 match 112 270 1169 match_175 match 110 357 1163 match_176 match 113 3 1175 match_177 match 129 125658 126473 match_178 match 110 279 1085 match_179 match 118 339 1157 match_180 match 134 125658 126473 match_181 match 117 6 1169 match_182 match 123 210 1214 match_183 match 115 66 881 match_184 match 257 125658 126497 match_185 match 114 36 1208 match_186 match 108 24 1217 match_187 match 108 45 1109 match_188 match 229 49824 50465 match_189 match 120 51054 51356 match_190 match 229 49824 50465 match_191 match 120 51054 51356 match_192 match 115 42269 42757 match_193 match 114 41836 42201 match_194 match 97.4 27202 27429 match_195 match 66.6 26967 27110 match_196 match 204 29510 29920 match_197 match 176 29163 29438 match_198 match 99.4 37381 37536 match_199 match 78.2 30006 30122 match_200 match 56.2 37206 37286 match_201 match 115 42269 42757 match_202 match 114 41836 42201 match_203 match 97.4 27202 27429 match_204 match 66.6 26967 27110 match_205 match 204 29510 29920 match_206 match 176 29163 29438 match_207 match 99.4 37381 37536 match_208 match 78.2 30006 30122 match_209 match 56.2 37206 37286 match_210 match 163 9 1196 match_211 match 147 125649 126488 match_212 match 125 24 1163 match_213 match 114 270 959 match_214 match 151 3 1166 match_215 match 199 6 1088 match_216 match 133 49821 50420 match_217 match 123 125550 126488 match_218 match 134 3 1109 match_219 match 114 3 1109 match_220 match 124 270 1085 match_221 match 130 273 1163 match_222 match 107 9 1115 match_223 match 105 90 860 match_224 match 334 125532 126497 match_225 match 116 49932 50420 match_226 match 259 125523 126497 match_227 match 141 125649 126488 match_228 match 105 49932 50477 match_229 match 125 60 1193 match_230 match 125 60 1193 match_231 match 107 408 1097 match_232 match 113 270 1157 match_233 match 123 270 1109 match_234 match 125 258 1109 match_235 match 120 273 1088 match_236 match 130 270 1064 match_237 match 109 276 1190 match_238 match 148 6 1202 match_239 match 107 54 1160 match_240 match 137 125625 126473 match_241 match 137 125625 126473 match_242 match 137 125625 126473 match_243 match 107 140510 141154 match_244 match 119 270 1100 match_245 match 110 207 1076 match_246 match 111 405 1175 match_247 match 122 270 971 match_248 match 107 270 1100 match_249 match 110 84 1091 match_250 match 107 270 1109 match_251 match 136 279 1175 match_252 match 115 267 1055 match_253 match 135 49929 50414 match_254 match 112 264 1169 match_255 match 122 237 1097 match_256 match 125 270 1109 match_257 match 119 60 1169 match_258 match 112 93 1127 match_259 match 162 3 1184 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_260 match 349 74318 71331 match_261 match 349 74318 71331 match_262 match 164 86872 86549 match_263 match 196 83266 82874 match_264 match 156 85419 85132 match_265 match 120 72164 71331 match_266 match 338 74318 72513 match_267 match 137 67804 67391 match_268 match 131 65563 65177 match_269 match 122 63674 63276 match_270 match 146 67813 67391 match_271 match 139 65563 65177 match_272 match 131 63704 63276 match_273 match 131 67813 67391 match_274 match 115 63704 63276 match_275 match 125 65563 65177 match_276 match 106 74321 73929 match_277 match 115 83308 82877 match_278 match 108 67789 67391 match_279 match 107 65566 65177 match_280 match 1417 74342 71271 match_281 match 73.6 19673 19515 match_282 match 65.1 19426 19304 match_283 match 244 107920 107288 match_284 match 130 108376 108089 match_285 match 145 107920 107549 match_286 match 130 108376 108089 match_287 match 111 65566 65174 match_288 match 108 63686 63273 match_289 match 116 67789 67388 match_290 match 107 83275 82898 match_291 match 132 83266 82874 match_292 match 117 85368 85141 match_293 match 108 85374 85144 match_294 match 108 85374 85144 match_295 match 367 6523 5438 match_296 match 47.8 6735 6637 match_297 match 192 83263 82874 match_298 match 147 86845 86549 match_299 match 163 85419 85120 match_300 match 233 107920 107288 match_301 match 125 108376 108089 match_302 match 334 74318 71331 match_303 match 128 63704 63276 match_304 match 148 67807 67391 match_305 match 142 65563 65177