C06SLe0097J14.1 GAATTCGATCTAATATTTGACTAATTGAATATTTTATAACATTTTAACTTACAGTAGGGA TAAAATGGTAATCAATTTTAAAGCTAAAAGCTTTTTTCACTTTTAATAATAATAATAATA ACAACAACAACAACAACAACAATAATAATAATAATAGGAATTAATCTAAGAAAATTCAAA AGTTATTATTATTTAATTAAACTAATCATAACATTTTAATTTATAGGAGGGTAAAATTAT AATTCAACTTTTGACTTGAGTTCTTCCCACTTATAATAATATATGATAACGGAAAACAAT TTAACTATATATAATTTATCAAAAATTAAGCATTTTAAAAGAAATTTTAAATTTGTGAGA CGTTAAGTGATAGAATATTAATCAAGATAGATAAATCAATAAAATAAAAATATCGGCTCC TCGAGCGGATCGATTGGAATAACTAAATATAGTTTTTTATTGTGAAAATAATTGAGTCCA TTTATAGTTAAAAAAATGTTTATGGAAGATGTGATTTCTTAAAATATATAAAAGTCTTTC TACATTTTTCAATTCAAAGATTCCACGGCGTTATTTCAGCAGCCAAATAAGAAAGAGAGA AGATCGAGACAAAATCCGTTCACAAGTTGACAAAATGAATAATAATTAAAAAAAAAGTCG TATTCATTCCACTATATATTTCTCAATATTACACAGATGTTAATAAATTCCCTTTTAACG CTTTTAATAATGTGCATAATATTTGGAAGAATTACATCACAATTTCTTAAAAATTATTTT TTCGTCTTTTTTTTAATTATCACATGATATTTTTCAAAAATTAATTTGACTCATTTTTAA AATTGAATTAAATTAATTTTGATATTTGAAATTAAAAATTTAAATATTTAAAAACTATAT GAAAACTACAATAAATTATAACTATCTGTATATCAATATGATGTAAAATTATATATTAAA TGTTACTCAAAATTCTTAAAAAAAAAAAATCATAACAACTAAAAGAGGATAGAGTGAGTA TCATTTAAAAAGAATTATCTTTTCTCATATATATATATCTCCCATATCATGCCGCCAAAA AATATATTCAAGAACAATAAAATTTTTGAAATTATTGTGATTAAAAAAACTTTCAAAAAT AGAATATAATTAACCTAAATATTTGAAATTTCTGTACTTCTCCAATGTCCCCCCCTCCCC CCCCCCCCCCTTTTTTTTTTTTGACATGGCCCGTTACTTCTTTATTTGTGCTGTAGTGTA GTGATATTTCTGTCAAAGAATGGTCTGGGCGGTTGATTTTTCAAATAATCATTCTAACTA CTAATTATTTTTTAAAAAAGTTATTTTTATCGCATTGAAAAAATTAAAATAAAAAGGAAG TGATATTATGATATAATAAGGTAAAAATTCAATCCTAAAAACCAGATATTGCTTGTTGGA CCTTTGTAATTCGTCAAGTGAATATAATTATTAGTTTAAATAAATCATTAGCTAATTATC AGACACTAAAGTTTCTTGAGCTATTTTTAAAAAAGTACAATTAGATAACAGAAAATCCAA TTTGTATTAATTTCGGAAAATTAATATTTAGTAACTTACCATATCCAACAATATTTAAAA ACTTACAAAGATGGGATGTTTTGTAAATCTCAATGACTTTCTTCCCAAATCAAAGAATAT TTATATGACTGATACATTCCATGATTTTATCTATTTCTCGACTTCGTTCAATCATGACGA CTTAGTTATGAAGTCATCTCATCAAATCGAAGTATCATCTACAAGAACAGAGAAAAATTA CTAGAGATGAAGCTCCTTAACATCATATTTCACATTGTTGTTTATTCTTCATATATAGTA GGAATTGTAAGCTGCTAGGACATCTGGAGTTCGAACTTTCAAAAAAGGATTTTAGGTTGT GAGGTGCTACGACATCTGTAGTTCCATTCCACAGTAATGCAGCGAATTGTTGGTAGGCCA GTTCAGTGGGATGAACAGCGTCGAAAAACAAGTAATCTTTCACATTCTTACATAACTCAT ACTCTTTTACCTGCCTCTTCTCTCCACAACTAAGAATCCCTCGAAACGGACCAGTTCCAC AACAAGCCGTCTCTGATATCTTAAAACCTAAACAAAACAGGACAAAATCATCGGTGCATA ATATATATTATATATAATCAAACATTGATTTTGGGTTTGAAGAGATAGAACACACCATAT TTAGTTGGATTATCAATGCTATCTCCAAATACTTTGAAGAAGTTGAATATTGTGTACTTA AATCCACGCAATTGCTTCTCTAGTTTTTTGAACATTTGTGGGAGAGCTGAATTAAACATT TTGGTCATGTTTGTGATCTCCTCCATGCAACTTCCATTTGTAACTCCCATTTGAAAGTTG AAAGCCTTAATAGTAGGAATACAACCTATGGGGCCCACATTAAGCATCACAAACTTTCTC CCTCCTTCCTTATAAATTCCCTGTTGCATTCATAACCCTAACTTGTTCATTTGATAAAAG CTACTAGTAAGTAAATTAAATCGAAAGAAATAGAAAAGAACAATATTTAGAATACCTTTA AAACAGAAGTCAAGTTGCCCATAATCATCTGTACATATTCTGTATCGGAATGTGGGAAAG ATGAATTTGCAAATAGAGCGGAGAATATATCATTGCTACCAGTGCTAAAAATATATACAG CATTGGAGAGGATCTCTTTTGACTCTGTTTCACCCACTTCGTTCCTCAACAATTGTGTCA CGTTTTGGAATAATTTCAACTGAGTTTTAAGATCCATAACCTGTCAAATGGAGACCAACA AAAATTTAGGTCTTAGGCCTAACTCACACCTCAACTCAAGCGGATTCCGCCCATCTCATT AACCACCGATGTGGAACTTTTGTCATTCTTTTAACATAAGAGAATAAGGCAAAGGAAATA TTGTTACTTACAGCGCCACGAGCGGTTTCAGCCAAACAACCAGAACCACCTGATGCAAAG TTTACTCCATGTACCAAATGCTTGTTCCGAATTTCAAAATACGGCGGAATAAATGGCAAA TTAGCATATTCAGCTGCAAAATACAACTAACTATAATTATAACTATAACGCAAAAAGTTG ATGATCTACTACAATTAAATAAATATACATTTCAAAAGAATTGACCAAAACGCGAACGAA TTTACCTATAAAATCAGGAATGAGGCGTCCATTGGAGTTCCTGCCAGTCGGGTACTTGAA AAATGATTCTCCATAAGGGAAATAATTTGCTTGGAAGCTAGCAGTGGTGTTGATATAGTT ATTATTTCCAGCATCGAAAAGTGAATCACCGAACACGAAAAGGGCAGCTTGATGAGATCT CTTATGGCACACAATTGGGGTGGTAAAATGTGCAACCAAAAAAAAGATGCACAAGCTTGA GATCAAAGCCATTAGAGAGTATTATAAGTTTGGTTTATTTTTGCATAGAATTGGAATTAT ATATATAGTACTACTCCTGATGTGCAGAATGATTTTTTTTAAAAAAAAACACGTGTCTGC ATCGACTATCGGCTCGACGTGAAAAAGTGTTGGCTGCCTGGCTATTTATTTTGGGTATTT AATAAGTTAAAACGTGAGAAATATTTGTATAGTAGTTTTTTGAAATATATTATCTTATCA AAATCTGTTATTTTTTCCACTAATTCAAGTTGGGACCAACCAAAAAATACTAATATGTTT GTTCATCAATTATTGTGGTGAACTAAGCTCTTTCTTTAAGGTAGAGAGTCTAATTATAAA CTTCGTTATTTTTATTTGTCCATTATTAACTGGGGACGCTTCTTTAATGCATAATAAATA GAATTATAATTTTACTATATTATTCTTTTAATATAATAAATTTAATGTTTTAAAAAAAAT TCATATATTGAGAAATGACTATAGTTAAAATAAGGATACATTATGAACAAAGTTCTAAAT TATTTCTTGATTTTTTTAATCGGACAATCAAAAAATGAATATTTATTTTTAGTATAGTAA ATAAGTAAACATGAACGGAGGCAGTAGTTTAGATTCATATTGAAATTTCGTTATTTCTAT AATATCTCTTGTGATTTGGCTTGATTCTGAATCATTTCTTTATACCATATTATAACATGT TTGCTACTACAAGTTGTTTTAGTTAGTATAAAATGTCAATGAGAAATGGTCACTTGAATT AATGACTAACGGGCATGATTCATTTCTTTATACCATGACATTGTTATTAAATTAATTAAA GCGTACCTTACTAACTGTCTTTTCATAAAATAGGTATTATTACTTCAATTATTGTTCTTA AAGAATAAGTTAAGAGTTGTATATTATTACAAACTAGTTGGGAAATGTTCCATGCCAGCA CTGGCCGAATAATTTATTTGTGGTTGCTTTACATGGACAAAAAGAGGGCTCTAATTCCAA ATATATTTCACATTCATCAGATTTTTTTTATAACCATCATTAAACTTTCATAGTGATTTA AATAATTAGCAATTTTAGATTTCTTATTCTCAAACCTCCAACCTTCTTGTGAATCATTAC TTTTTGTCATTTAATAATTGCCTTTCCAGTTTCCACATGAGGTCACTTTTTATGCTATTC AAATTTTCCTCAACATAACCATGCAAATTTAATATGTGTTTTTTTTCTTTTCAAAATTCA TGTGTTTTATGATATCTAATATGTCTCTTGCATCAAACTAAACCTGACAATATATGAATT ATCAGAGAAAGTTTTCAGCTAAAACTTTATATTTGTGCATTATTGTACACAACAGGGAAA AATAACAATACTTGTACTCAAAAAGTCATCACTGCCATCTCCATTAGGATTCAAAAACTA ATAAAATAAATAATGAAGAGAATGTGATTGTACTCCGGAAGATGTGTGATTAACTTTTAG AATAAGATACCTGTCAAAATAGTTCTTAAATCTCCACGAACATCATTCATTTGTCAAGTG CATCATGGAAGATTCTACTTTAAATAACTTTTACGTGGGTTGCACGCTTGTCGGGCGAGC TCACTTTTTTAAATTAAATTATAAATGATAATTTAGAAATATTATCATCAATATCGATAA AATAATATTAGATGATGCTAATGTTACTACGTATTAATTAAATTCACAAATAAAATTATC TTTAAAATATTTATTAAGTTTCTTTTTTCGTTAAAAGTATAAATATCTAATAGAATTTAT TAACTAATTGTTTTGAGTTTGGACTCTCTTTAATTTTAAATTTTATTATTATATTATATT ATTTTATTAATTTTATTGGCCCGCGGCCGTTCCTATCTATATATCTCAAGCCTCACAAAT TAGCAAGTTTATTCGGTTGGGCTGAATTATTTTTTTTTAAATGGACTTCAAAAATTTTAT CTCAACCCTATTAAATCCCGGGTTAGGCCAGACTAGACCAACGGGCTAGCCCATATTGAC GACTCTAACTCATCGTATATTAGCAATTGTGAGGTGCTAGAACATTTGGAGAGTAATTCG ACGTATTTCTGGGGGATGAACAGAGAGTCGAAAAACAAGTAATCTTTCACATTGTTACGT GACTTCTACACTTTTACTTGACCACAACTAAGAATCCCGCGAAATGGACCCGTCCCACGA GAAGATGAAAAATAAATCATAAGTAAATTAAGACTAAGGAAACATTCTTTATATAAAAAT TGAACATTTTACTCTGTGTTTTCTCTACATAATATATGTTATGATTCAAGAACCATAAAT TAATTTATTGCCAGAGCTGTGGTATGTAGGGGTGTCAAATGGGCGGGTTGGGCTGAAATT GAAAACATTAAAATGGGTTGAGATAGAAGTCGGGTTGGTCTTGACCCGCCCAAGTTTACT TTGGGCTCAAATGGGCTTAAAAACTGGTTGGGTCTTAACACGCGCAATTTGACCCGATTG ATCTTAATAATTTAACATATTGATATTAAACTTTTATAATCACAATTTGAATTTTAGCTC GAAATTATTTTTTTAAAAAAAAGTAAAAAATGAATAGATAAACGCTAAAAGATGCTAAAT AGATAATAATTTATACCTTTAATATAGAAACATATCTCAATAAAAAGTTTTAAAACTGGT TGAAATTGGATATTGAATTGGACTCGATTGAGGATTGTCTTCAAATAGGTTATGCTTGAA TAGGTTGAGATTGAACTCAATTCAAATTATCCCTTAAAATTCTCTTCAACCAGTGTTGCT TATGTGAGGAGGATCAAGAAGAAACACAAATGCTGAAAGTCGTTGGATAGCTGAAGTTAG AAGCAAATTGAGTAGCTGTCTAGAGATAGCAATACAATGCAACAGAGTGTATAACACACT TAAATGGATCAAGAAAAGTAGGTGGAAGCAGTTCCAAAAAGGGATAGTAGCATCAGTATG GGGAGCAATGATCTACTACACATGGCAGTCAAGAAGTTCTAGATTATTTAAGCACGAGAG CGTACAGCCAAAATATTTGATTACACAAGAACAGAAAAATTACTAGAGATGAAGCTCCTT AACATCATATTTCACATTGTTGTTTATTCTTCATATATAGTAGGAATTGTAAGCTGCTAG GACATCTGGAGTTCGAACTTTCAAAAAAGGATTTTAGGTTGTGAGGTGCTACGACATCTG TAGTTCCATTCCACAGTAATGCAGCGTATTGTTGGTAGGCCAGTTCACTGGGATGAACAG AGTCAAAAAACAAGTAGTCTTTCACATTCTTACATAACTCATACTCTTTTACCTGCCTCT TCCCTCCACAACTAAGAATCCCTCGAAACGGACCAGTTCCACAACAAGCCGTCTCTGATA TCTTAAAACCTAAACAAAACAAAATAAATTGAAACATTGTGTATACAGCAACTAAAAACA TTAACGCGTTTTCTCTACATATATAGTTTCATTTTGTTATGAACATTGCATCCTCTGTTA GCGGACTTTTTGCTACAGAATTTGAATGAATATGAAAATACTTGATGAAGAGATAGAAGA TACCGTATTTTGTTGGATTATGAATGCTATCTGCAAATACTTTGAAGAAGTTGAATATTG TATACTTAAATCCAGGCAATTGCTTCTCTAGTTGTTTGAGCATTTTTGGAAGAGCTGAAT TAAACATTTTCGCCTTGTTTGTGGCCTCCTCCAAGCAACTTCCATTTTTAACCCCAATTC GAAGGTTGAGAACCCTAGTAGAAGGGAGACAACCTAATGGACCCAAATTAAGCATCACAA ACTTTCTCCCTCCTCCTTTATAAACTCCCTGTTGCATTCATTCATTTAAACGTCACTTGT CCATTTATTAATTCAATTTTGTCAAAATATTATCTTGCAATACCATCAAACCCGTCTATA ACATCAATAGAAAAGATCAATATTAGAGTACCTTTAAAACAGAAGTCAAGTTGCCCATAA TCATCTGTAGATATTCTCTATCGGAATATGGAAAAGTCGAATTTGGTACTAAAGAGGCAA ACATGTCATTGCTACCAGTGCTAAAAATATATACTGCATTTGCCAGGATTTTATGGGACT CTGTTTTCCCCATTTTCCTCTTCAACAGTTGTATCACATTTTCAAAATTCTTCAACTGAG TTTTTAGAACCTGTCAAATGGAAACCAACATTTAAAATTCAAACAATAAAGGACATATAT GTATATATATACACATACATATATTGTCGCTTACAATGGCACCACTAGTTTCCGCCAAAC AACCAGAACCGGCTGATGCAAAGTTTACCCCATGAATCAATTGTTTCTTCCCAATTTCAA AGTAGGGCGGAATAAATGGCAAATTAGCATATTCAGCTGCAAAATTATGTTTGAGTCAAA TTGCATATAAGTTTGATTAATTTTCAAAGAAAAGCAAATAAATTTACCGATAAAATCAGG AATAAGGCGTCCATTAGACACCCTGCCAGTAGGATGCTTAAAGAATGATTCTCCATAAGG AAAGTAATTACTTCCCTGCAAGTCAGCAGTGGCGTTGATGTACTTATTATTTCCAGAATC GAAAACCGAATCACCGAACACAAAAAGGGCAGCTCTTTCATGGCACACAATTGGTGTGGC AAAGTGTGTAACCAAAACAAAGATGCACAAACTTGAGATCAAAGCCATTAGATTATTACA AGTTTGGTTTATATTTGCATAATATATAGAATTGAAAATATGTTTATACAGTACTAAAGA TCTGCAGAATGATTTTTTTTTATTAAAAAAAAAACGTGTCTGCATCCACTATCGACTCGA TGTGAAGACTAAGTTTGTTTTGTTACTTTTTGGGATAATGCACGACTACCTTCTCAATCT ATGCCCAAAATCTCAGACATACAATTATATTATACTAAGGTTCTATTACACCCTGAACTT GTTTTATAAGTAATTTTCTACCACTTTTCGACCTATGTGTTCTGAGATTTCGGGCATAGA TTGTGAGGATATTTGTGCATTTTCCCTTTCTTTTTTTAAGAATTAGTTGTTCTATTTTTT TAAACAATTAAACTATTGTAATTGATCAATATTTTAGAATATTTCATCAAATTGACATGA GAAATATTATAACTAGTATTTTCTTCCTACAATTTTTGAAAATATTAAAATATTGATTTG ATTTTATTCAGTTTAGCTTAAAAAGCAAGTCAAATTAAATACAACAAAGTGCAACATGAC TACTACTAACTTGTGACTAAACAAGTATTTGTTTAGTAGATTTTGATCTGGCAGACGTTG GGACAGTATCAAATAAATCACTTTTTTTTTGCTTAAAAAAACAACATACGTTAAATTCGG AGTAATTCACTTTTGATTCTTCAATTTGTGAGTTCACTTGTATTCTTCACCAGCTAACCT TTTTGAAAATTGAAAATTACGCGGCTAAGCAAATTTATACTATTTAATTGCTTATCATAT CTATAATTTGCTATAATTACCATTCGCGACTAACATTATACATTAGTTACTTGGGCTAAC TTCGAGTTCGTATAATTAGTCATATTTGTATATGTATAATTCGCCAAGATATACAAATAC ATATGTACAATATACAATTTTTAAACCTATATACATATACAATTTACCTCTCTCCCACTC TCTGCCCTCTCTCGTTCGCCTCTCTCCTCCCTCTCCCAATCTCACTTGCCATATATACAA ATGTATATGTATAATATACAATTATCTAACCAATATACGTATATAATTCACTTCATCATG TTATGTTGAAAGTTTAAAAAAGGATTTTAGGTTGTATGGTGCAACGACGTCTGGAGTTCC ATTCCATAATAATTTTGTGTATTTTTGGTAGGCCTTCTCAGAGGGATGAGAAGAGTCGAA AAAAGGAATGTCAAGCATGCTCCAGACATTCCCTTAAATTTGATCTCTATAGGACAACTA GATAATGATGGCTATCATAATGACTTGTGCAATGACCAATGGAAGCTCACCAAAGGCTCA CTAATTTTAGCTCGAGGAAGAAAACATTCAAATTTATACGTGATACAAAGATCGATTCTT GGTGACTCTATAAATTTGGTGGAGAGCGAGACTTTATCAGAACTGTGGCACAAGAGACTT AGTCATATGAGCGAGAGGGGGATCACCTGTTTGGCTAAAAAGAATTTGCTTGCTGTTATG AAACAAACAAAGGTGAAAAGATGTGTTCCTTGCTTAGCAGGGAAACAGAAAAGAGTTTCT TTTCACAGTCATCCTCCTTCAAGAAAGTCTGAGCTATTGGAGCTAGTACACCCAGATTTG TGTGGTCCTTTCAAAGTGAAGTCAAAAGGCGGTGCACTTTACTTTGCTACTTTTATTGAT GATCATTCTCACAAGATTTGGGTATATCCTTTAAAATCCAAAGATCAAATGCTTGATGTG TTTAAACAGTTTCAAGCCTTATCTGAGAGACAAACGGGAAAGAAATTAAAATGTATTCGC ACTGATAATGGTGGTGAGTATATTGGTCCCTTTGATAACTACTGCAAAGCGCAAGGAATA CGTCATCAGAAGACTCCTCCAAAGACTCCTCAATTAAATGGTTTGACAGAGAGGATGAAC AGAACTTTAGTTGAGAGAGTTAGATGTGTGCTTTCAGAGGCTAAACTTCCAAATTCTTTT TGAGCTGAAGCACTTAATACTGTTGCTTATGTTATCAATTTGTCTCCTGTTGTTGCCTTG GATGGTGATGTTCCAAACAGAGTTTAGTTTGATAAGGATGTTTCTAATGATCACTTAAAA GTGTTTGGGTGTAAAGCTTGTGTGCATGTTCCAAAAGATGAGAGGTCAAAATTGGATGTT AAAACTAAGCAATGTATCTTCATTGGTTATGGTCAAGATGTGTTTGGATATCACTTTTAT GATCCAATTGATAAGAAACTCATTAGAGTCGTGATGTTGTCTTCTTTGAAGATCAAACTA TTGAAGATATTGACAAGACTGAGAAACTAGATTCTCATACTGATGAGAGCTTAGTTGATG TTGATCCAATTCCTACTATTGATGCATCTTTTGCACATGAGGGAACCCAAGGTAATAATC AAGACAATGATGAGAGGTAGAACATGTATTTGTTCCTATTGATGATGTTGTGGTTGATAA TCAACCAACTCATGTTGGGATGACCGCTTCGGATGCTCCAGAAACCTCTTGTAGAAGATC TACTAGAGAGAAGCGAAGCTCAACATGTTATTCTCCTAATGAGTATATCCTCTTGACTGA CATGGGAGAACCTGAAGGTTATGACGAAGTCATGCTAGATACTCATAGAGATAGGTGGGT AGAAGCCATGGAAGATGAGATGAAGTCACTTCACGAGAATGGCGCATATGAGCTAGTGGA GTTACTGAAAGGTAAGAAAGCTTTAACAAATAAATGGATATTTAGATTAAAGCAAGATCA ACATACATTTGCACCTAGATACAAGGCTAGGTTAGTCGTCAAAGGTTTTGGTCAAAGAAA GGGGATTGACTTTGACGAAATTTTCTCTCCTGTTGTGAAAATGTCCTCCATTCGTATGGT TCTAGCCTTAGACGCAATTCTAGATTTAGAGGTTGAGCAGATGGATGTCAAGACTGCCTT TCTTCATGGTGATTTAAAATAGGAGATCTACATGGAGCAACCTGAAGGTTTTGTAGTTAA TGGGAAAGAAGAAAACCATGTTTGCAAATTGAGAAAGAGTTTGTATGGCTTGAAACAAGC TCCAATGCGGTGGTACTTAAAGTTTGAATCTGTCATTGAAAATCAGGGATACAAGAAAAC TTCTTTAGATCATTGTGTATTCTTTCAGAAGTTCTCTGATGATGATTTTATTATCTTACT ACTTTATGTGGATGATATGCTGATTGTTGGAAAAAATAAATCTAGAATTGCAATCCTCAA GAAAGAGTTAAGCAATTCGTTTGCGATGAAGGACTTGGGGCCTGCAAAGAAGATCTTAGG CATACAAATCTATCGAGATAGACACAAGAAGAAGTTATCTGTATCCCAAAAGGAGTATAT TGAGAAAGTACTCAAGAGGTTCAACATTACAGAGACAAAAGTGGTTAGTACACCTCTTGC TAAACACTTTAAGTTGAGTACGACTCAAAGTCCATCGACTAATGAAGAGAAAAATGAGAT GTCGAGTATTCCATATTCTTCCGCGGTTGGTAGTTTGATGTATGCTATGATTTACACTAG ACCAGATATTGCACATGTTGCTGGTACCGTTAGCAGATTTCTTTCCAATCCTGGAAAAGA ACATTGAGGTGCAGTGAAATGGATACTACGATATTTGAAGGGTACGTCAGATATGGAGTT GTGCTTTGGTAGTGGCAAGTCTGAACTAGTATGCTACACGGACTCTGATTTGGGAGGAAA TCTTGACAATTCAAAATCTACTTCTGGATATTTGATCACTTTTGGAGGGGGAGCTATTTC TTGGCAATCAAGACTTCAGAAGTGCATAGCTCTATCTACCACAGAAGCCGAATATATTGC CATTACTGAAGGTGCCAAGGAATTGCTTTGGTTGAAGGAGTTTATCAAAGATCTTGATTT TGAACAATCAAGATTTGTCTTATTTTGTGATAATCAAAGTCTATTTATCTCACCAAGCAC TCTACATTTCATTCTAAGTCCAAGCATATTAGTAGAAAATATCATTGGATTAGAATGGCC CTAGAAGAGAAATTATTTGAGGTTGAGAAGATACACACTGATGACAATCATTCAGATATG CTTACGAAAGTGGTGATCGTAGATAAGCATGAGTTTTGTAGAAGTGCGGCAAGCATGAAG CCTGCCTAGAGATCCTCTACTTGAAGTTCATTTGGCCCCTTGGCTGGAGGAGGAGTTTGT TGGGCTATTGTCCATGTTCCAGCCAAAGGCCCATGGCCTAATCCTACTTGGAAAAGGATT AGAATTATTTTCTTTATTTGGTTTCTAATTCTATTAGGAAAAGGTGGAATAGTAATCCTA TTTGTAGTTGGTTTTGGCTTTATAAGGAAAAGCACAACTCTATAAATAGAGGATGGTTCT GAGAGAATAATTAATTGCTCACTGTTATTATATTTGAAAGACATTAGAACATAAGAGAGA TTTTTAAGAGAGTTTTCAACAAGAGAAAAAGAGAGAAAGAAAAGGGTTTTGTTGCAGTCT TTTCTCCGACCAGTCACGTTCAGATCGTGTTTTCCGATTAACTAACCGTTTGGATCGGGC TGAAATTTGGACTGAGTGTCCCTGACATCTTGGTGGTTGATTTGAACGGTGGAGATCGGA TTCGGAGGTCAGCAAGATCCTGTTTTAGGTCCCGAACAGAAGCTGGGTTTGGGTGGTGTT TCTTTCTATTTATCTTTTGTTGGTGTAACTATTGTTTGTTCTCTTTTGGCACTTGTTGTG TAGCCATTAGAAGAATATTTGTAACCCTCTTATTGTTATAGTGAAGCATTCGGATCTTGT CGATCCCGTGGTGTTTACCTTCGGTTTGAATGGTTTTTCCACGTTAAACTTGGTGTTCTT TATTGTTAGATTTTCGATTTCTATCTTTTCCGTCACAACAAAGTCATCTCATCAAATCTA AAGAAATCAAACACAAGATCAGAAATAACAGTAAAGATAAAAGCTCCTTGTCATCAACAT GACCAATTACTTTTCTCTTCCTTATATAGTAAGCATTAACAGAAGAATTCCACCATCAGG TTATGTTGACCGTTTAAAAAAGGATTTTAGCTTGTAAGGTGCTACCATGTCTGGAGTTCC ATTCCATAGTAATTTTGCGTATTGTTTATAGGCCAGCTCAGTGGGATGAAAAGAGTCGAA AAACAAGTACTCTTTCACATTTTTACATAGCTCGTACTTTTTTACCTGCATTGTCCCTCC ACAACTAAGAATCCCTCGAAATGGACCCGTTCCACAACAAGCCGTGTCTGATATCTTAAA ACCTAAATAAAACAGAACAAAACTTTTAAGTAAATTAAAATGAACATTTTTTATATAACA ATCAAACATTTGACTTTATTCATCTCTAATATGGTTTGTGTGATTTCATTTTGTTATGAT TATTGCATCAACATTCTACTTTGTTAGCAGAGCCATCAAATTTCTGCTACAGAGTTTGTA CTGTGAATAGAGAAAAAAAATAAACCTACATATGATTTATGCTTCATCTTTCTATGATCA ATTCCTATTTTTTCTTTTACTTTATTGAAGGTTTCTCATGGGGAGACTAAATCCGGATTT GAACCAGGAAGTCCTACATACGCTCCTTAACAAACGCGATTTCATACCATTTCTCGAGCC GAGAAATTTGGTTAAAGATAAAAGATTACTTACTACCAATTCCTGTTGATACTTATTGTA CATTAGTAAACTCTTGGTAAAACAGCTATTCTTACATAAATCAACACTGCACAATATATA ATCGAACATAAAGATACTTGATTTTGAATTCAATGAGATAGAAGATACCATATTTTGTTG GATTATTAATGCTATCTGCAAATACTTTGAAGAAGTTGAATATTGTATACTTAAATCCAG GCAATTGCTTCTCTAGTTTTTTAAACATTCTTGGGAGAGCTGAATTAAACGTCTTCGCTT TGTCTGTTGCTTCCTCCATACAACTCCCATTCGTAACTCCTTTTTGAAGGTTGAGAGCCC TCATAGAAGGAACACATCCTAATGGAGCCACATTAAACATCACAAACTTTCTCCCTCCTT CCTTGTAAATTCCCTGTAAACAAAGTACAACGAATTAGTCCTAGGACTAACTTCACGTAG AACATGCAAGTAACAATATCTGATTTGTTTCTTGAATAGATAAAAACTACTACTCACTCG TAAATAAATTAAATCGAAAAGATCAAATATTAATTACCTTCAAAACAGAAGTCAAATTTC CCATAACCATCTGTTGATATTCTGTATCGGAATATGGAGAAGTCAAATTTGCTAAGAAAG GGAAAAGGAAATCATTATTGGCAGGGCTGAAAATATATACAGCGTTGGAGAGGATCTGTT TCGACTCTGTTTCACCCATTTTCTTCTTCAACAGTTGTGTTACGTTTTGGAATAATTTCA ACTGAGTTTTAAGATCTATAACCTATCAAATGAAAACAAACATTTAATTAATATTGATCA ATCGATCCATCTAACTATCAAATTCAAACAAGAATTACTATATTGTGACTTACAGAGCCA CGATTGGTTTCAGCTAAACAACCAGAACCGGCTGATGCAAAATTCACCCCATGAATGAAA TGTTCCTTCCCAATTTCAAAATATGGCGGAATAAATGGCAAATTAGCATATTCAGCTGCA AAATCAAAATCAAAATCAGTTGACTGACATTCACTACCTCCAACAATTAAATACTTTAAC GCGAACAAATTTACCAATAAAATCAGGAACGAGACGTCCATCGGAGGCCCTGCCAGTAGG GTATTTGAAGAATGATTCTCCATAAGGGAAATTATTACTTCCTTGGGGATTAGTATTCGG GTTGATGTACTTATTATTTCCAGGATCAAAAATTGAATCACCAAACACGAAAAGGGCAGC TTGATGATGTCTTTCATGGCACACAATTGGTGTGGCAAAATGTGCAACCAAAACAAAGAT ACACAAGCTTGAGATCAAAGCCATTACAGTATTATATGTTTGGTTTAATATAATTATATA TATAGTACTCCTGATGCGCAGTTTGATTAAAAAAATACCTGTGTCTGCTGCATCCACTAC TTTGAAATATATAGGGTATATTTTAATGCTAAATATAATAGTGACAAGCATATTATTATC GCTTAATCTTTTATTTATTTTATTGATACAAGATAAAAGAAAGTACAACTCTGAATATTA ACGAAGTTAAATTCTCATCACTCTTACAAAGAAAAAACACAATTTATTGCTGATAATGAA CTATATTATTTGACGGTTCATTCCTTAACTCAAAAATTACTATGATTAAACTTTTTCCGT TCAATTAAAGAATTATCAGTAAGAGTTGAGGAAAGCCAGTTTATTTATATATTTTAGCAA CTAACAAGGGAAGCCGTTTTTTTCCTTATAATAATATTGAGTTGGTTGAACAAAGGATCT CACAAATATGAATCAGGTTGTAATGTTTGAAATTTTCTTCATAGATCGAACTCATCACAT GGTATGGGATAGTGTTTTTAGTACTTATTTATTGCCAAGTTTCTTTCCACCTTCCCTATG AATTTTTATTTCCTTTCCCTCCTTTATTTTAGGTATCGGAGATATTCGTGTCTCTTCAAA AATAAAATAAGAACATGTTCACAATAAAAAACTTTTTGCAAGGCATATTCCCTAGACAGG AATCAATTGAACCAAACAATGATAATCAAGCGCAACTCATGGTAATTTTTCCCTGTTATA TTGGATATCTCAAAATAAATGAGACTTTTTTTTGGATTAAGTTCAAAATCTAGAACTCTG AAATTCGCCCGGAAGATCAAGGATTCTACTAGCACTAACATATTATTCACAATGCCTTCT CGTCAAGCACGGTAGTACAAGATTCTTGTTGCTAGTGAAGTTTGAATCTAGCTGCTTCAT TGTTCCACAAATCTTCAGTTTTCTCCTATTTTTGTATTTCCAGTCATTATCATTCCAAAA TAGCTTCATTTTTTTTAAAGAAATAACTCCGGTTCGCAAACCTCTTTGGCTACACTTCTC TTTGGTTGCGGAAGAGAATTCAATTAGACATTAAGTTTCCTTATTTGAAAGATAAATTTG TTGGGTTAATGTTATAGATTAGGTTGGATTAAATTATTTGGGGGTGGGGTTATATCTCAA TTTTGATTTATTTTAAATTGAATTGTTCTTGTAACTTAGTTGTTCATGTGTATATTTAGC CCGAAAGTATAACAGAAAGAGTATATTTAGCTCAAAAGTATAACTAAAGATATATTTAAA CTATTTCCTATAATATAAGAGTATATTTGACCCATTACGGTAAACTATGTTAATTTTGAT TAAAGAAAAAATAAAATGTTTCATCAAATTTGAACGAGGAAAAGGTTGATTTATTGTGTT TTTGTTTATAATTTTTGAATATATATTTAATTATATAATATTAATTTATTCTAATTTAAT TTAGCTTTAAAAATTAATCGAATCAAGTATCAACTCTCAAAAAGCGGACAAGATAAATAA TTTTGATTAATATGTAAACGAGTATTAATAAATAAGATTGCTTAACGTGGAGTAGTTTTA TATAGTACTTGTGAACTTTGGACTCTTCACTGACCAAGTTTGTTAGTTTAATACTCTTTA CTAACTCTCCTTTTCTTAAAATAGGAATTATTGTGTTTCCAAAATAAACTAATAAATTAA AGGTATAATATATAAATATATCTTTTAATTTGGATTGATTTTACACTTATATTCTTCAAT TTTGACAATGCACAAGTGAACACTTAAATTTATAAAAAATTGAATAAGTACATACATTAG TCGTATGTGGCATAATATATATATGACACCACGTGGAACACAAATTACCATGTAGGATTC ACGTAAGACACATGTGTCTTTTTGTTTCAAACTTATACAAATTTAAGCGTCAACTTATGA ATACTCAAAGTTGAAAATTATAAATATAATATGAGATATTGTTAAAAGGCATATTTATGT ATTACTCCTAAACTAAAAGTGCACCCGACCAAATGAAGGGAAGTGGTAATGGAGGGAATT TGGAGGCCCTGCCAGTAAGGGTGCTTGAAGAACAAATAGTATTCATTTTCTAACCGTTCC TAACGTTTTCAAATGACTAGTTACGATATATATATATGTTACTTCTTGTTGGGAAAATAC GGACAAGCACAAAAGTATATATGGTAAATGTAATGGAAATAAAATGGGAAAATAACGACG CCAAGAATTTTACGTGAAAACCCTTCTGAATAAGGGAAAAAATCACGGGCCAAGAGGAGC AACTAATATTACTATAGTAAGGAATTTTACATTGTGTAGTCACGAATACAACACTCAATG TGACTACTACACACTCAAAAGGAACAACACTCTTTTGGTTTCCGTCTTACTAAAATATCG CTCACACTCTATTTTTCTTCACAGACTATTTTCTTATATAGTCTATGGAATACTTCACTT TGCTCTCAAAATGGTTTTTCTCTCTAACTTGGTGTATTCTACAAATGAGCAAGAATTCTC TATTTATAGAAGGATAAAACCATACCTATGTCACTAATGACATATGTAAACATAGCAAAG TCAAAAATGGTTGCAAATCTTACCAATTTGCCAACTACCAAATCTTTTCTTTTCAACTCC AATTACTATTCCTTTTTAACAATTGCTTGTACCAATTGAATAGCTAAAGTTGACTAAAAC AATGGGATGGATTCAACAAATCTCTCCCTCCAGTCCCATTTACTAGAAGAATGTATCTTC AACTTCTTTAGAAAGAGCTCATACCCACAAGTTCTTTGCATAACTCGAACTTGTCTTTTG GTATCATCTTGGTCAGCATATCTGCAGGATTTTCACTTGTGTGAATCTTTTTGACGTGAA ATGATTCATTCTCCACTTTCTCACGAATCCAATGATATCTGACGTCAATGTGTTTTGTTC TTGCATGGTACATGGAGTTCTTGCTCAAGTCTATTGCACTCTGACTGTCACAATAGACAA TATACTCCATCTGATTCAAACCAAGCTCTTGAAGAAATCGCTTTAGCCATATCATCTCCT TGCCGGGTTCAGTAGCCGCAATATACTCAGCTTCAGTTGTAGATAGTGCAACACACTTCT ACAACTTTGACTGCCATGATATAGCTCCCCCTGAAAAAGTAAACAAATATCCAGTAGTGG ATTTTCTGTTATCAAGGTCACCTGCCATATCAGAATCTGTATAGTCTTTCAAGATTGGAT TTGATGCTCCAAAACACAAGCATTCATCTGAGCTACCTCTAAGATACCTGAGTATCCATT TCACAGCTTCCCAATGCTCTTTTCCCGGATTTTCGAGAAATTTACTGACAACACCAACTG CATGAGCAATATCAGGTCTAGTGCACACCATTGCATACATTAGACTTCCGATGACGGAGG AATATGGAACTTTGGCCATATTCTCTTTTTCCTCCCTAGCTGTAGGACACATCTTCTTGC TCAACTTCATATGACCAGCAAGAGGTATACTAACAGGCTTAGCATTCTTCATATTGAAGC GCTCCAGTACACGTTCAATGTACTTCTCCGTGACAAATAAATCTTCCTTTTATCTCTAAG ACGAGTAATTCTCATGCCCAAAATTTGTTTGGCATGACCCAAATCTTTCATAGAAAAAGA CTTACACAACTCTTTCTTTAGCTCGTCAATCTTGGAAGTATTTTTGCCCACAATCAACAT ATCATCCACATACAACAAAAGGATGATAAAATCATTGTCAGAAAATTTTTGTACAAATAC GCAATGATCTGAAGAAGTCTTCTTATAGACTTGCTCCCCCATAACATATTCAAACTTTTT GTACCACTGTCTAGGAGCTTGTTTTAGGCCATAGAGACTCTTTTTGAGTTTGCATACAAA ATGTTCTTTACCATCTACTTTGAAGCCCTCAGGTTGTTCCATATAAATCTCTTCTTCTAG GTCACCGTGAAGGAAAGCCGTCTTCACATCCATCTGCTCAATCTCTAAATTAAGACTAGC AGCCAAACCTAGAACTGTGCGAATCGAGGACATTTTCACAACAGGAGAAAATATTTCATC AAAGTCAATACCTTTCCTTTGACCGAATCCCTTAACAACCAATCTAGCTTTATACCTGGG CTTCAAGTTGTGTTCTTCAACTTTAACTTTGAACACCCACTTGTTCTTCAAAGCTCTCAT GCCCTTGGGCAATTTTACCAACTCATAAGTGTGGTTCTCATGCAAAAATTTCATCTCATC TTGCATGACTTCAATCCATTGATTCTTGTGCTCATCTTCCATGGCCTCCTCATAACATTC AGGTTCTCCCCCGTCAGTGAGTAACACATACTCATTGGGTGAATAACGGGAGGAAGGAAA CCACTATCTTGTGGACCTCCGAAACGGAATATTTAATTCGTTCACAACTTCATGAGCAAC AGGATTATCAATAATAATATCATTGTTATTATCAACATCAACATGTTGATTCAATACATG ATTTTGGGCATCACCATGATTATCAAACCCAACAACATCATGCACACTTGTGTGAGGAAC TTCATCATGATGAACTATACCATCAAAACTTGAAGATTCTACCTTCTCTGCTTTGTCAAT ATCTTCAATTGTTTGATTCTCCATGAAAATAATATCACGGCTTCTCACAAGTTTCTTTTC AATTGGATCATATAGCCTGTAACCAAATTCATCTAGGCCATATTCAATGAAGATGCACTG CCTTGTCTTAGTATCTAACTTTGACCTCTCATCTTTCGACACATGTACAAAAGCTTTGCA ACCAAATACTCTCAAATGGTCATAGGATACATCCTTTCCATACCAAACACTATTTGCTAC ATCACTTTGCAAAGCAACAACATGAGATAGATTAATAACATGTGCAGTGGTCAATAAAGC CTCACCCCAAAATGAGTTCGGCAATTTTGCTTCAGAAAGCAAACATCTAACTCTTTCCAT CAAGGTCCTGTTCATACTCTCAGCCAAACCATTAAGCTTAGGAGTCTTGGGAGGAGTCTT CTGGTGTCTAATACCTTGATGCTTGCAGTATTCGTCAAATGGTCCACAATATTCACCACC ATTATCAGTACAAATACATTTCAATTTCTTTCCAGTTTCTCTTTCAACTGAAGCCTGAAA CTGCTTAAAGACACCTAACACTTGGTCTTTAGTCTTCAAGACATAGACCCAAAGTTTTCT CGAGCAATCATCAATGAAAGTGACAAAGTAAAGTGCACCACCCAATGTCTTTGTCTTCAT TGGACCACATAAATCAGAGTGCACTAACTCAAGCAACTCTGTCTTTCTCGAAGGAGGGTA GGACTTAAAGGAAACTCTATTTTGTTTACCAGCCAAGCAGTGCTCACAATTTTCTAATTT AGCACTTTGGAAATTTGATCATAATTTCTTCTTGGCTAGAACATTAAGTCCTTTCTCGCT AATGTGGCTAAGCCTCTTGTGCCATAATGTTGAAGAGCTATTGCTCTCAACCGCATTCAC CATATCAACACAAGCAGAGTCTGTAGTCCAGTATAGACCACGACGTTTGTTACCACGAGC CACAACCAAGAAACCCTTAATGAGCTTCCATTTTCCATCACCGTTGGTACTAACATATCC TTTATCATCTAAAACACCAACAGAAATTAGGTGCAGACGAACATCAGGAGCATGTTTCAC ATTGTTCAAAACTAGTTTAGTTCCAACACTAGTTTCCAAACAAATTGTACCAATACCAAC CACCCTAGAAACAGTCTCATTACCCATACTCAAGGTTCCAAAATCACCAGGAGTGTAGGA AGAGAAAAAATCCTTCCTTAATGTCACATGAGATGCGGCACCAGTGTCCACAACTCAACT TGACTCATCACAAGCAATATTTATCATGTTTGCATCAAGAACGGTAACAAGATCTTCGGT GGTGACGGTGGCTAGGCAGTTTTCATTGCCATCTTCTTTAGTTTCCTCTTTGTTTTTGTT CTCCCTCTTCAACTTCCTGCAGAACTTCTTTGTGTGCCCTTTCATGCCACAATGATAGCA CTCAATATCCTTAAGTCTGCCTTTGGATTTGCTCCTATTTTGTTCTCTATGCTGAGAACC ACGAGTTTTATTTCTCCCCCTGGGGCCAGTTATCAGGACATCCGACGAAGAGGAACCTTG AGTTTTTCTTCTCATCTCTTCATTCAAGACAATACGCTTGGCGGAATCCATAGAGATCAC ACCATCCGGAGCAGAATTTGACAATGACGTTCTAAATGTTTCCCAAGAATCTGGTAGGGA ACCAAGTAGAAGCAAGCCTTGAATTTCTTCATCAAATTTGATGCCCATAGCAGATAATTG GTTCATAATCCCCTGAAAATTATTCAGATGGTCTGTCATCGGAGAACCATCATGATACTT CAAAATCAACATCTGCTTTATTAAGAACATTTTGTTGTTGCCAGTCTTTCGAGCATACAA ACTTTCAAGATGCTCCCATAGGGTTCGAGCATGTGTTTTCCCAGAAATATGGTTCAACAC ATTATCGTCGACCCATTGCCTAATGAATCCACAAACCTGTCTATGCAATAAATTCCACTC TTCATCTGTTATATTATCAGGCTTTACAGTGGTAAATACTGGTTTATAAAAATTCTTGAC ATAAAACAGATCTTCCATTTTCCCCTTCCAAATGGCATAGTTAACACCATTCAAAGTAAC CATTCTACTTGTGTTGGCTTCCATTGTTTTCCCAAAATATATAGTTATTTCAAATCAAAG TAAATCTTTTCTGATGTGGAAGTTCAGACTGTGCTGCAACCACAGAGCATACTCAGATAA AATCTTGGCTCTGATACCAGTTTGTTAGGAAAACACGGACAAGCACAAAAGTATATATGG TAAATGTAATGGAAATAAAATGGGAAAATAACGACGCCAAGAATTTTACGTGGAAACCCT TCTGAATAAGGGAAAAAACCACGGGCCAAGAGGAGCAACTAATATTACTATAGTAAGGAA TTTTACATTGTGTAGTCACGAATACAACACTCAATGTGACTACTACACACTCAAAAGGAA CAACACTCTTTTGGTTTCCGTCTTACTAAAATATCGCTCACACTCTATTTTTCTTCACAG ACTATTTTCTTATATAGTCTATGGAATACTTCACTTTGCTCTCAAAATGGTTTTTCTCTC TAACTTGGTGTATTCTACAAATGAACAAGAATTCTCTATTTATAGAAGGATAAAACCATA CATACCTATGTCACTAATGACATATGTAAACATAGCAAAGTCAAAAATGGTTGCAAATCT TACCAATTTGCCAAATACCAAATCTTTTCTTTTCAACTCCAATTACTATTCCTTTTTAAC AATTGCCTGTACCAATTAAATAGCTAAAGTTGACTAAAACAATGGGATGGATTCAACACT TCCTTTGTCCCAAATGGATCCTAAGATTATTTTCTAATATTATGAACTAGCACTATTCAT TTTCAGTTTACATTAATAGTATGCTTTCTAATATCCAAGAGTAAATAGTGGGAAAAAATG TATCACCTTTTTGCAAATTTTCATATTTGAACTATCAATGTGCAAGTTTCATAGATGAAC TTCAAGTGTGTTTTTCAACCACAGAGTACGAATTCTTATGAACATCATTAGTTTCAAAGC TATGTTCATTCCTGATCTAGAAAGATCGATTTTGGTAACAACCAAAAACTAATCAGACCA GTGTCGTACGTGTTACTTTGAAACTGCATTGTGAAAACACAAAACTAGGTTTTCAAAAAT CAATTGGCAAACATTTTTTGAATTTTGATTTTTGCAAAGGACATTTGATGATGCCTGTTG CAAAAGGACTGATTATGCTTGCTATATCTCTAATCTATTGTCACATTCATCTTTTTAAGG TCGGGAAATGGTGCAATGGATTACCACAGAGAAAGAAGGGTCGAGTGTAACCCGGCCTTA ACCCCTACCTTGTAGAGGTAAAGAGGTTATTTCTAGAGGATCCTAGCTAGAGTACAACAG TGGAAATTTTATTGATCTCACTATGATTCCCTAACAAAACATACATTCAGTTACAAATCC TTCTCTGACTGCATATACAATTGAAAATTTACATTGCATGAATCTGATCAATCATGAGGA CTAAGACATGAAGTCATCTCATCAAATCTAAAGATCGGCTCCTCAGTATAAGTTGAACAC AACAAGAACAGAAAAATTAGTAGAGATCAAACTTTTTAGCATCATGTTTCACTTTATTTA TTCTTTCCTTTAGTACGCTTTAACAAAAGAATTCCACCAATGCCATCATCAGGTTATGTT GAAAGTTCAAAAAAGGATTTTAGGTTGTAAGGTGCTACAACGTCTAGAGTTCCATTCCAT AATAATTCCGTGTATTTTAGGTAGGCCTGCTCACTGGGATGAACAGAGTCGAAAAACAAG TAATCTTTCACATTCTTACATAATTCGTACTCTTTTACCTGCCTCTTCCCTCCACAACTT AGAATCCCTCGAAATGAACCCGTTCCACAACAAGCCGTCTCTGATATCTTCAAACCTAAA AAAAAAGAAGAACAAAATCATTGGTGCATAATATATAATCAAACATAAAAGTACTTGATT TTGAGTTCGAAGATACCGTATTTTGTTGGATTATGAATGCTATCTGCAATTACTTTGAAG AAGTTGAATATTGTATACTTAAATCCAGGCAATTGCTTCTCTAGTTTTTTGAACATTGTT GGGAGAGCTGAATTAAACATTTTGGCCAAGTTTGTGGCCTTCTCCATGCAACTTCCATTT GTAACTCCAATTTGAAGGTTGAGAGCTCTCATTAAAGGGAGACAACCTAATGGAGCCAAA TTAAACATCACAAACTTTCTCCCTCCTTCTTTGTAAATTCCCTGTAAACAGAGTACAAAT AGTTACCCTAACTTGTTCATTTGATAAAAACTACAACGAGTAAATTAAATCAAAAGAAAT AGAAAAGATCAATATTACCTTTAAAACAGAAGTTAAGTTGCCCATAATCATCTGTAAATA TTCTGTATCGGAATATGGAAAAGACGAATTTGCAAATAAAGGGGCAAACATATCATTACT GACAGTGCTAAAAATATATACAGCATTGGAGAGGATCTGTTTCGACTCTGTTTCACCCAC TTTCTTCTGCAACAGTTTTCCCACATTTTGGAAATATTTCAACTGAGTTTGAAGATCTAT AACCTGTCAAATGGAAACAAACATTTCATAAAAAAGTTGATCTAACTATCAAATTGAAAC AATAATTACATAAAAGTAAGAGAATAAGTTAAAAAGGAAATATTGTGACTTACAAAGCCA CGAGCGGTTTCAGCCAAACAACCCGAACCACCTGATGCAAAGTTTACTCCATTTACCAAA TGCTTCTTCCCAATTTCAAAATACGGCAGAATAAATGGTAAATTAGCATATTCAGCTGCA AAATACAACCAATAATTATGTTCAGGTCAGCTTGCACTATTACATTCTTTCACAAGAATT GATCGAAACACAAATAAATTTACCTATAAAATCAGGAATGAGGCGTCCGTTGGAGTTCCT GCCAGTAGGGTACTTGAAGAATGATTCTCCATAAGGGAAATAATTTGCTTGGAAGCTAGC AATGGTGTTGATGTAATTATTATTTCCAGGATCAAAAATTGAATCACCGAACACAAAAAG AGCAGCTTGATGAGGTCTTTCATGGCACACAACTGTGGTGGCAAAATGTGCTACCAAAAC AAAGATGCACAAGTTTGACATCAAAGCCATCAGAGTAAGTTAATTGTGAATGAACAATTA CTTTGATTTATATTTGCATAGTATATATAGAGTACTAGTGATGTGCAGAATGATTAAAAA AATACTTGTGTCTGCATCAAACTCTATTGGAAGAGAGTTTATTTTTCAATGAATTGAAGG AGTTTTGGCTGTTTGACAATCATTTAGTTGGTAAACATGTTTACTTGCCTACAATTAAGA AATTGACCCACAAAAGAGCAATTTTTTTACCTTTTATCTTCATCAATTATTGTTGTGAAC TAATCTCTTTCTTCAATGTAGGAGTAAAGTTATGTATTTTATTTTTATTTGTTCAATTTT GACTTGAAATATTTTTAATAAAAAAAATATAAATTGAACGATAGTTTTGCAATATCACAT TTTGAATATATTGTAAATTTAATGTTTTAGGTAATTCATATATTAAAAAATACTATAATT AATAATAGAGGTAAATCATGAATAAATGATAAATTATCTCATAATTTTCTAAACTAGACA AACAATAGTCACATTAGAGCGAAGTTTACCCTAGTGCTTCATGTCTCCTGTATTGTTTGT GGATTATTAGATTAGAGCCAAGTATACACTTTACCACTTGAAAGATAACGATAGAGAGTT TCCTTGTCATTATGAAGAAAAAAAATTAAAAACATTATACATAAATTGGCATTTAATTTG GTTTCAGCTTGTATTTATGTCCTCCAATTTTTGGTGTGCAGAAATAAAAACTTAAATTGG TATAAAATTAAAGAAGAATATACATATACTGTTAAGACCGTAAATAAGCAGGTGTAAACG CGAAAGTTAGCAAAGCAAAGCTCAAAAGACTATGATTAAGAAGACAACGAGAAATGTACC AAAAAACACAAAGATTTAACGTGGTTCGGTCAATGGACCTACATCCACAAAGGAGATGAG CAATCCACTATAAATATGAGAGTACAAAATACAAAGAGAAACAACCTCAACTAATTCACT CGGAATACATGGAAGGTTCACACAAGTGATAACGTATCAAGCTTGTGACCCATAAATTCT CCCCCTAACCAAAACTCTCAAAGCCCTTAAGACTACATTGTGAATGCTGATTAAGTTAGA AGGAACATGTCTCTATTTATAGAGTCCTAAATTTTTTCCTACTAGAAAAAGGATTAGTCA ATATAAAATCTTTTCCTAAAAGGAAAACCTATTTATGGTAAGAAATTTAGGTCAAATAAA ACCCAACAATTCTCCCCCTTGACCTGAATTTCTAACAAAATAAATTTGTCCACCTTCTTG ACTTAATCTTCAACAACTTGCTTCTCCTCTCCATAATCTCCTTTGCAAAATTTATGTATC AACATAGAAAACCTCTCTGAAAAAATTTCTCCAACAAAATTCTTCATTACTGTCAAAAAA GATTGCGGCTAGAACTACACCCTTCAAGATGAACACCTTTTTCTAACCTGGTTCAATCAT CAATTATCGAACCACTAAACCTAACTCCGTCATTGAATCTGGCTCAGATACCACTTGTTA GGACCGAAAATAAGTAGGTGTAAATGCGGAAGCTAGCAAAACAAACCTCAAAAGACTACG AGTAAGAAGACAACGAGAAATATACCAAAAGACACAAAGATTTAACGTAGTTCGGTCAAT TGACCTACATCCGCAAAGGAGATGAGTTATTCACTATAAATATGAGAGTACAAAATACAG ATAAAAACAACCTAAACCAATTCACTCGAAATTCTTAGGAGGTTCACACAAGTGATAATG TATCAAGCTTGTGACCCATAAATTCTCTCTCTAACCAAAACTCTCAAAGCCTTTAAGACT ACATTGTGAATGTTGATTAAGTTAGAAGGAACATGTTTTTATTTATAGAGTCCTAAATAT TTTCCTACCAGAAAAAGGATTAGTCAATCCAAAATCTTTTCTTAAAAGGAAAACTTATTT ATGGTAAGCAATCATGGCAAATAAAATCCAATATATACATTCTATGTGTCATTATACACG TGTGACGCCACAAATGCTGCAAATTGTCGTGTATGACGCTATGTAGAAAGTATGTGTCTA TTTTTTAACTTTATATAAATTTACGTGTCTATTTATGTACATCTAATTTTAGGACATAAA TATCAACTGAAATCCAATTAAAGAGCAATTTTAGATATTATGAAAAAAATAAAAGGAAGA GGCGTTTTTAGTACTTATTTTGTCCAAAAAAAAAAACAATGGAAGCCTTTTTAGTATTTT TTTTCTTTTTCATTTTCCCTTCCATATTTTGTTTGATTTTCCTTCTTTTTTTATGCATCA GAAAGATAGTCGTATCTCTTTAACAATTAAAAATTAAAATGTTCATAAAAAATTTCTTTT CAAAAAGATATGCGCACTCCATAAGAAAATCAATTGAACGAAGCATTTGACGCCACATAT ATTTTTTTTTGGGTTAAGCTAAGTTAATTTTAATTAATATTTTAAAATAATTATCAAATT GGCATTTAAAATATTATACTTGCAGTATTTTTTTATATAGTTATGAATATATAAATATAA CATTGAGTTGATTCAACTTAATTTAATTAGCTTTTAAACTTAATCAAATTAATTTTTAAA AAGTAAATTTTGACAATTAATTTGTCAATGGAAACAGAAGGAATATTTGTTTAGTAGATT CTGATCAAGCAGGTAAACGCGTATCAAATAAATAACATTGTTTAATGCGGAGTAGTTTTT ATTAGTATTTTATATACTTTTGACTCTGCACGTACCAAGTTTGTTACTTTACTAACTCTC CTTTCTTAAAATAAGCATTATTGCTTTCATCACTTTTTCAAGAATAAATTGGAGTTGTAC ATTAGAGTATTAAATTAAAGTACCAAACACATGGAGAAATTTCTATATGATCTTTCCATA CAGCATATGGATATTTTCAACGCAAAATTAGGGTTAGACATAAGTGACGTCAAATTCTCG TTCAAGATAAGATGACAACTGGCTGACTTACATAACGGACGAACACTTTGATTTTGATCG TGCAATTTAAGTCGCAATGGAGGACTATCGTCAATGCGGAACGGACTCCATAATGGATAT ATATATAATGAAATTGCGTAAAACAAATATTGCAAATTAACAAGTCATAATCATAATTTA AAAGTACTAAATCATGCTAAAATAAGTTTAATAAGTATTAGTCACATGATTAAATATTAA AGAAAATTAAAATTAGATTATGTATTTCAATTGTTTAAATTAATGTAAAATCAAAGAACA ATATTCAATATTATTGTCATTCTTAGTGTTAAATTGATTACCTTTTTGCATTATATTAAT TTGGTTTTGATTTAAGTTTTGTTATAATTATCAACACTGTGGACTATAATTTTTATGGAG CCATCCGAAATTCTAAGTTTCAAACTTGAAATAATATATCAAAAGATTTATGAAATAGTA TAAGAAATATTTAAAAACTATATCAAAGTAAGTATTTTTATGTGTAAAATAAAATTTTAT AATTATATATATATATATATATATTGTCGGGTTGGTTTGGTCTCGGATTGTTTTTCTTTA GTCAAAACCAAACCAAACATAGTCGAGTTTTTTTTTCAACACGGAATCAATTCAAACCAA CCACTAGTCGGGGTCTTTTTCAAATTGACTCAATTTGTGGTTTGGTTCGATTTTTAATTC GATTTTATATACCCCTGAAAACAGATGAGTTGTATACAAAATTATGAGTTTTTGGGTTAA TGAACCTTGTGAAATGATGTAAGCAATTGAACGGATCAGATATGGCCCAAGATTAGGCCC AAATGGGGGCAGCTATGTGCATAGGTAGCCGCTTGGAGGATGCTATTTAAGATATAGCCA ATGCTACACAATATTTAAATATTTAGCCGCTTCGAAATCAAATCCAGGCATATAATATTG AAGTTGAAAATCAATTATCTAAATATGAAATTTTCAGACATACACATCTAAAATTTTCAA AATAAAGAATCATTATATTTTCAAAAAAAAAAAATCTTATTTTTAACAAGAAGATAGCAA GGATCCAAAGGACAAAAGATGAACACAAGAAGTTTATACTACAAAGTAAATTTAACTAAA CACACTTGAAGAAAATCGTAGGAGCATGACCATATATCACCAAATTAGGTGAACACTCAT AGAATAAAAGTATAATATTTTTGAATTTGGAACTTATTTTGAATGTCAATGATCTATAGC CAAGCATACATATTGAGCTAATAGAAAAGAAATGAATAATGATCAAAAATATATTTGAAT TATTAATTTTATTTTGTGAATTTTACATTTTAATTATCAATTGTTTCCTTTTTTTTTCGA TCTTATATATCACTATCTATACATTGAAAATTTGAAACACACATCAACAATCAAATTTTC TCTTTTCTAAGTAAGGGATGGCGATAGAAACAATATTATCATTTGAAGGAAAGTTGGTTA ATTCATGTCATGAAAATTAAATAGAAAAATATGTTTATAATAATTGAAATGGCATAAAAG GCAAGTGCTAGTTGATATATATATATATATATATATATAAAGATAATTATATATTTGATA TGACAGATTGTGAACTCATTATAGCAGAGAATTTATACTAATCTTTCCCAATGCCCACCA AATAAGTGCTAGTGGGAACATTCATAGGCCCTCTCATGAACTCATTCCTAACACTCAAAT CATTACAAATTGTGCTAATTAAAAAACAATAATTGATATATATTTGTTATTTTTCCCCTA CATAATTGCAAATTAAACAAAAAAGGAAAATGATTTTCATAAATATATTATTCGTATCTT AAATTATTTATCATATTTCTCTTTTGTACGTCACATAAAAACATTAATTCAAACAAATTT TTTGATGTTTTCCTCCTCGTTTATGTCTTAAATTATTATTTTTCTTCATTGATATTTATT TTTATAGATTAAGTTGTTTGTAATCTTTAAGAACAACTACTATTAAGAATAAAGTAGATA TAATGTTATCTTAAACTTCTAATATAATATATCAAATAATTTAAAATACTTATTTTAAAC AATCACGATAGATAATATGATACGAAGGAAAATAAAAAGTTTGAACTCATTTTTTTCTAC TTTTGCCAGCAAGGATGTGGCCTATAGATAGTTTCTTTGTGGAATTGTTATTTTCATTTT GGACATAACACATGGCTAAACATTGAGCACTGTTTTAATGATTTGATTAGCTGGTCCTTG GAACAAAAGGTTCTCAACCACTTAATCTATAAACTAAATTTATTGTTTTATTTGTTGATT AAAGTAAAGTCGATTATGTTTCAAAACTTTTCCTATTTCTTTCATTATGACATGCTTCCT CAGAGATAATTTACTTGCCATGGTAATTAAAAAATATATTAATTTGATTAAATTACCTTT TTACTCTTTGATTTCAATTTAATACTTCCCTTCTCTCTTTTTGCTTGACTAATTTTTTCT TTTTATTTGTTAAATTTTATTTTACTTATTATTTTTGACAAGTTAATAAATGATAACTTT TTTTATTAATTATATTTTTAATTTATTAATATTAACTTAATGTTAATGAATAAAGATATT TGAAATCCTATCAATTAATAGAGATAAAATAATACACTTACTGTAGCAATTGATACTTTT TAATAAATATGTCAAATCAAAATTTGACAAGTAAAAAAAACGGAGAACAACTGTTATTAT TTTATCACGTTAATCTCTTTTCACAATTATGGAGGGTAAATGATAATTATTTGAACCAGC AAATTTTAGTAAGCATAACAACTAAAATGAATAGTAGTTGAACTATATGAGAAAAATAAT AATCAAAGGGCTAGAGTTTAGATGGAACATCTCAAGGACCTAAAAAAATAATAGAATTTG TCTTCATATGTAAAAAAAATAGTAACATAAATAGTTTTTGGAAAAAAAAAAACATATACG TTGTGATGGAACAATTCGAATAAACCCTCCATTCAAATATTAGTCACTTTTGAAATTGAA TTATTTTGCATGATTCAAAAATAACGTTACAAAAATAAAAGGAACAATATTTTGGCAGAC AATTTAAAGAAAGTATCTATCCAAAGACGTTATCATAGTTAGTTTGAAAATTTCTTTTTG GGACTTGTTACTAGTTCAATAATTCTTTGTGTTTTCCGTTACACATACAAGTAGGGCTAT TGTACCAAAAAATATAAGGGGACCTAATCCCAAACGCCAAGAAGTTTATTGTTACGATTG AAGTGGACAAAATTATTTGAATGTCAAGTTAATCCAAAGTACAATGACAAATATTCGATC TAGGGTTAACACATAGGAAATATTCTCAATTTTTAACCTTTAACTAATACATATGTATAC TTTTAATCCGTCTACTTGTGATTTTTTACAAATTCAATGGAAGTAGGGGACCCTATATCT ATATGCACTAGGGATGGACTCATAGCAAATAGTTGCTCGGGTCTAGGCCTGATATCCTAC ACTTCGTATTGATAATATCACATGATTTAAGACATGAAACCCAACTCCAAACTTGATCCT TATTTGACTAGATACTCGGCTCAGACCTTGGACTTGACCCAAACTTAAAATGTTGATTCG AGCCTGATCTAAGTCCCGACTCTCAATTTCGATCATGGACCACACCCTATCCCCAACCCT AATGTGAAACCAACCCTAACTCTCGACCACCTTGATTCAGGATCAATAAATCCTGACCCC GAATTCGACATAAAACCTTACTTCAACCTTAAAACCTGAATTCTAAACACAATATAAAAC CTCTGACCCACGACTCGACTCCACATGAGGCTCAACTATCAATCTTGACTTGAAACCTGA TTCTCGATCCTTATAACTTGATTCACATCCCTAACCCTAACGCCCCCGACTCTTCATGAC CCAACTCCCCTCCCAAAACTGCATTCGATCGGGACCCGATCAAAGTAAAGTCTAGAGTCG GGGTCAGAGTCCACCACGTGTTAGGGTTGGTTAGATGATTCTTGGGTCGGTCTCAAGTTT GAAAAAAGAATTTTAGGTTCGTGTTAAAGGGTGTAGGGGTCCAGGTCTAGTATCGTAGTA TTTGCTCAGATTAACCTAAATATTTTTGGAACTAAATTTTCTTCTTACAAACTAGACACT AAAAAATAAGTAATTCATTTTCTTTCTTTTTAAAAAAAAAAACAAAAAAAACTTGGAAAA CACTTTACTTCTTACCATACACCCCCACCCCGGCCAATATGCCATTATAGCGATCCTCTG GGGCACGACATAGAGAAATACAAAGAACTACTCCCTCCAATTCATATTATATGTTACTTT AACTCAAGTATACCTGTTAATAATTTCACTCATCCTAAAAGTTTTTACTAATTAAATTAC CCTTAATTAAATACTGTACCTATATTTCATATGGTTTCTTGGTTATGTAAAACCCAACCT TATCTTAAATAAGGGTACATTTACAAAGAAGAAAAAATTAATAACGTAATAAATTACTCA TCACTTTAAGTTAAGTATAAAAACTAAAATATCATATAATGTGGAGCAGAAGAGTAAACA ATTACTAGATAAGTGTAACGGGCTTAACTACTAAATTAATATTCTGTACTCCTTTTTATT TCTGTTGTTGTCAATTTTAATTTCCTCTTAAATAAAGTAACATATAAAGCTACTAGAAAA TTGAATATGTTCATAGTGGTCCTCTGTTGCAATGCATATAGAAAAACATTGCTTTCATAG TAGGTGGAAAATTATTAGCACATTTTAGTGTGGGAATTAAAAATATATCATAAGTTATAT AGCTTCTATTCATTGGTGAGTTTGTAGGTGCAGACAGCTGCTTTTATTAATGTTAACAAA AATGGTTCTCAACAAATTAATTTAAGAACTTTACCTAAACGTTATTGGTTCAACTCAGCA ATCATACAATAAATTTTAATAAAATAGAGTATTTTACTTTATCTTGATATAACTTTTTTG AACCTAGAGCCTATTGAAAACAACTATACAGCATAAAATATAATTCCGTATACATCATAC ACACAAATCACATTTGTGGATTACGCTAGATGATATGTTGTTATTTGTTTAGTTGTTAGA GTAATTTATATAATGAATAACCAGAAGTTTATTGCTATAGTTAATAGTGTTCTTAATATT AAATTCAGAATAATGATTAAAAATCTAAATGAAGCTAATTTTCTATGGAAAATGATGATT CGTAATTGGGTAGCAAACAAGTACGAGTTATAACATATTTAAAATGTGATGCCAAATTAT AATTATACGTCTAACAGTATGACTTTCTTTTACATTGTCAAATATATGTAACTTAAATTC ATATATAAAATGTAATTAAGCAAAATAAATTTATATACACAAATGTTTACAGTCAAATAG GTAAGATTTAATTAAGGAAATAAAAAATTGAATTTGTCAATATCTTACACTAGTAAACAC ACAACTTTATATCAAAAAAACAAAAAATCACTATCGACATATCCAACAAAAATAATGTAT ATATTAGGTGCACATTCTTAACTAAAGTGGGAAACAATTAATTACGCTAAGGACAGATTT AATTGTGTCCAAAATCGTCACTCAATCAAAAATAAATGTTGTTGATTTATAGATCTTGTT TTTTTGTACTGTTATAGTAAGACAAAAGTTTAATACATCTTAATGACAGTTTTCTTTTTT GTTGCTTTGTTTTACAATAACAAAGACACGTAAGATACTAACTACAAGAATGTACCATTT TTTTTTCTTAATTACTGTATTAATTTTTTATCTTTTGTTTCAGTCTTATTATCTTGTTTG AATTAGTTCTTAATTAATAGATTTTAGGGACCACATGTGATGCAAAACTTTCTAATTTGA CAGGCTAATATGATTTAAAATAACGATTAAATATAAATGTTACTAAGCTACTCGACATTA ACTTTTACTATAAGATATTGCGAGAGGTGTAGCTGAGTTCTAAATTTTATTCTCCTTCCA TAACATTGAGTTGTTAACAGTTTTTCAAGGCTCACAACAATCACAAGTTAATACATATAT TTTTACTTAATTTTCTAATACAAATATAAGGTCTACGAAAAAGTTACTGACTTCGTCAGA ACTCACGAACCCCCAACTAGCTCCGCCCCTGAATGTTGTGTGCGATATATGGAAATAATA TTTCATTCATTTTCTATTTAATACCATAAACAATTTATTTAATTCGTCCGAAAAACAATT AAACGATCATTTATTTCAAATGAGACGGGTAAAATTATCCGCGCCGGATATGTACATCAA ATCAATACATGCATGTCATGACTCATGTATTTAAATTTATAGTTCATTTTACTTCATTAA ATCTCGTAATAATGAAAATTGCATTAAGTTAATATAAACGCGGATAAATTTTTTTTTCAT TACGACACCTTCCATTTAGAAAAGATTAACTTTTAAAGTCTAATTATTTCTTTTTCTACT TGTTCACGTCCTCACTCGATTTATATATATATGTATTTTTTTCCTTGAAATATAGTATGA TCACATAGATGGAGCATCAATTAAACTTATTATTGAATTTGAAATGGTCAAATGTGCAGT AAAATAGATCGAAATTGAATCTATCAAAGCTTTTATAAAGTTACGACATTTGTTTCAGAG CAATGTTTGGTACAAACACTAACCGTTACAACGGTATAAAAGCTGCTTTCCCAACGGATG TCGACAAAAATGGGACCCTCCTATCACGCCAAAATCTCTTCATCAAACAAAAAACAAATT AACAATAATTATAAAAAAAGAAAAAAAAAAACACAATAGTATACGTAAAAAATTATTCAC ATCTAGTATTTACATCGATTATAGGCTTATATATAGTACTTCCTTCGTCCGTGTTGTTAT CATAATTTTTATTTTTACAGTTAAATTATAAAAATGTTGACTAACATTTTAAGATATATT TTATCATCTTATTAATATGAAAAAAAAATTGTAATTTATAATATTTTTCATATAGTTTTA GAATATCTATTTTTTTAAATTTAAAATATCAAATTAATGTAATCTAATTTAACATTAAAA ATTAGTTAAGTTAACTTTCGAAAAACGCAACATGTCAAACAATACGGACCGACAGATAGA GTAATAGTGAAATATCAATTATTTTGTCGAACCTCATAAACGGTGTGAACGTAGGGACCT TCAATTCAGAAGTAGAAGAATTATAGAAGACGTTCGTTACTAAAATTGAAATGATTTAAC AACGTTAGTACTTATGAAAAATTACTAATATGATATCTTTTAATAAATAATTACTGGTTT TAATAATATATTATAATTATTACTATTTATAAAAATACATAGATATGCTATGTTAAATAT GCAATATGTATTAAAAGTGAATTATGTATGCAATATATATGTATTATAAGTGTTTTTCTA AAAATATATTATGTTTGTTTGGCAAGAAATTGACACATTGTATTATAAATGTATTAAAAT GCATGATAAACATATTATCCATCAATAAAACATGTATTATATATGAATTATAAATTGTTC TCCGTGAGATATATAAAAGTTATATTATAAATATATTAAAAATGATCAAGTAAAAAAAAT TATTGCTATAGATGATAATTTTTTTATTATAATTTATTTATGTAAGTTTTGTCCGAATTA AAATGTTTTGTTATTATTTGAACTTAAATTCGTAACAGTTTCAATATTATTGTTGAAAAC CTTGTGTTTTATTGTATTGTTGTACCTTAGTTTTCTATTATCTTTTAATAATTTGGCGAC TAAACTTTCAAGAATTAGAAAAAAAAAAGTTATTTTGACAAATGTTTTAGCGAGAAGGTG TGAAAGGTTGACAATAACAAACCTAAGAAAAAGTAGAGATTAATTGAGGAGGATTTGAGT AAATGTAATTAAATAAGACATTTTAGCTCATCAAAAACATGATTCTAAATAGGAGAACAT AGAGATTGAGGATCAGAATAAAAAATTAATTAGTAAATAGTATAGTTGATCTCTTTCTTT TTCGGTGGGAGATAACTTAATTATCTGTTGTTGATTTATATATTTTTTTCGATTATTATT CATAATGTTTTTTATTCTTGTGTATTAAATTTCATACTTTTTTTGAAAAGCACCTTCTTG AGTTGAGAATCTATCAAAAATAATTTCTCTCTATAAAAAAAAAAGAGATAAAAATTCCGC ATATGTATTATACTCTTTGAACTCTTTCTCTTGTGGAACTAAATTTGTTGTAATAATCTC TTGTGACCATTTATAATTTGAATTAAAAATATTAAATCAAACCAAATCTCATATGTTATT TTATTTATTTAGTGCATTAAGAGTATAAGCAATCTTTGAACTCTTTCTCTCGTGAAACTA AATTTGTTGTAATAATCTCTTGTGACCATTTATAATTTGAATTAAAAATATTAAATCAAA TCAAATCTCATGTGTTATTTTATTTATTTAGTGCATTAAGAGTATAAGCAATATTTGTTG TACTTTGCCTTTTTAAAATTTATTTCTCGATTACTATACTTTATGTTAACACAACAACTG TAGTATGATAAACAAAAATAAAACATTCTATTAGCATATAAAGGAGTAATTGTTTATTAG GCCAAAGAGTAATTATAATTGTTTTTTTAATATAAAATGGGAAAATAAGCCAGCTTAAAA TGACGAAAAAGAAGCTTAGTGCTGATGAATCCCCTAATGATTTTGGTAAAAATCATTAAG TTAAGGTGGATACACATCTTGTCATATGATCAAATGGTTTCGCGAAAAATCAATAATCAG ACAACAAGATGTGCGAACTCGATATTTTACACGACTCTCTTTACCAATTCTGCCCCGAAT TACACTTAAAACGACTCAACAGCTTAACGTTGGCTTGCCACGCATTACTTGACTGTAAAA CTCTCACTCTTACCGAACTTGGCCGTAACCTGCCAACCAAAGCGAGAACAAAACATAACA TCAAACGAATCGACCGATTGTTAGGTAATCGTCACCTCCACAAAGAGCGACTCGCTGTAT ACCGTTGGCATGCTAGCTTTATCTGTTCGGGCAATACGATGCCCATTGTACTTGTTGACT GGTCTGATATTCGTGAGCAAAAACGACTTATGGTATTGCGAGCTTCAGTCGCACTACACG GTCGTTCTGTTACTCTTTATGAGAAAGCGTTCCCGCTTTCAGAGCAATGTTCAAAGAAAG CTCATGACCAATTTCTAGCCGACCTTGCGAGCATTCTACCGAGTAACACCACACCGCTCA TTGTCAGTGATGCTGGCTTTAAAGTGCCATGGTATAAATCCGTTGAGAAGCTGGGTTGGT ACTGGTTAAGTCGAGTAAGAGGAAAAGTACAATATGCAGACCTAGGAGCGGAAAACTGGA AACCTATCAGCAACTTACATGATATGTCATCTAGTCACTCAAAGACTTTAGGCTATAAGA GGCTGACTAAAAGCAATCCAATCTCATGCCAAATTCTATTGTATAAATCTCGCTCTAAAG GCCGAAAAAATCAGCGCTCGACACGGACTCATTGTCACCACCCGTCACCTAAAATCTACT CAGCGTCGGCAAAGGAGCCATGGGTTCTAGCAACTAACTTACCTGTTGAAATTCGAACAC CCAAACAACTTGTTAATATCTATTCGAAGCGAATGCAGATTGAAGAAACCTTCCGAGACT TGAAAAGTCCTGCCTACGGACTAGGCCTACGCCATAGCCGAACGAGCAGCTCAGAGCGTT TTGATATCATGCTGCTAATCGCCCTGATGCTTCAACTAACATGTTGGCTTGCGGGCGTTC ATGCTCAGAAACAAGGTTGGGACAAGCACTTCCAGGCTAACACAGTCAGAAATCGAAACG TACTCTCAACAGTTCGCTTAGGCATGGAAGTTTTGCGGCATTCTGGCTACACAATAACAA GGGAAGACTTACTCGTGGCTGCAACCCTACTAGCTCAAAATTTATTCACACATGGTTACG CTTTGGGGAAATTATGAGGGGATCTCTCAGAGCTTAGTGGAAATCAACGATTGTGTCACA GGCTGTTATTTAGAGCTGATGACAAGGACGGCCAGCAGCTTACACGTGTCAAAATAGCTT TTTTTAATTCATGACAGACATGTCATAATATCCTCTACTGGATCGATTAAGGAATAAAAT CTTCTGATTTGAATATGACTGGAGAGATCACTTCTATTTTTCATTCTCATATTTTGTTGT CATTTAATTTCTATTAATATCAAAAATAAAAATACTTTGATTGTTGATATTATTTTGTTG TTATTATTATTCTTTATTTGAATGTTACTGATGTAACGATTTCTCAATTTTGATAACGAT TTTTACTATATTAAACGAATTTTATTTATTTCCTTATAATAATTTGTCATTTTAGTTTTA AAATTTAGTTTAATGACTTCGTATTATATGCAGGTAAACTTGCGAGATTTTATTATTGAA GTTCAAATTGAGGCTTTACATTGGTAGGATAGTAACTCTGATGTAATAAAATACAAAAAT GTGTCATTTTTACATATTCGATGTTGATTAAAAATTATAATTTTATATCAAAGATAAAAA AAATCTTTTTGATAATTTTAAAACGCTATATTTCTATATTACTTTCATATTTCAACGGAT TGATATCAACTTTAAATCTAAAATAACTTAAAGTTTAGTTGGCATTGCTGTTGTGAGAAT CCAAATGCATTTTTTTGATAAAAAAATATCTTTTCAAAATATTAATTGTTTGAAATTTTA AGATGTTTATGGGACACTATATTTTTTTTTTTTAACTTTCATATTAGCGTATTGATACCG GCTTTAAATCTAAAACAATTTAGAGCCCTATTAAGATTGTTATTGCAAGTCCACAAGCAC TTATTTTGGTAAAAATATTTGTTTAGAAAAATTAAGTGTTTAGCAAATTGATCAAGTTAT TTTTAAATAAAAGGAGAAACAATTTTTTTATTGTTAGAAGAAGTAAAAGTTATCTGCATC TTAAAAAAAAGTAGATAATTTTTTTTAAAGACTAATATATTAATTTCATATATTCATATT TGTTAATATTTTAATTATTAATTAATTAGCATATCTCATAAGTTTGGTTAAATTTTATTT AAGATATTTTATCTTTTATTTTTATAAAATACATTTTTATATTTTATTTTATCTTTATAT GCTATTATTTAATTTATTATATTTAGTATCGTTTTACACAATTAGAAAAAAAAATAACAA CAATATTTTGCAAGATTAGAAAAAAAATAATTAAAGATTTTTACCTTCCAAAAAAGGTTT AAAATTGACTAAAAATTTGAATATGTACGTTTAATTTAATAAAAATAAAAGTTAGAATAA ATATTTTAATAGATATTTAAAATAATTTCTCTCTATAATAATATTAATACTAAAAGTATA TTAATATTTGCTTTTTTTGTCTCTCAAAAGCATTTTTTACATATTTGTCAAACATAAATT GCTTATGAAAAAACACTATTTAAATGAATCAGCCAAACAGAATTGTTTCATCACAAAATA TCTTATTTAGAATTGATATACCCCTTGTTACTAAAGTGAATCATATATACCCCTACTTAT AAACAAATGACTTACATATAATCTTTTCCACTAAGGGAAATGATTTTTTTTTTAAAAAAA AAATAATCTCATATGAGTAAATTTAATCCTCGTTAAACATATTTTATTCAACTTTTTTTT GTTTCAATGACTAATTTAGAATTATTATTTTGACAATCAAATTTATTTATATTTCACTAA TATTCTTGTAAAACTTATTGTAGATGAGCAATATTTTTTCTTTGAATACAAAAATCAAAC TACAATGTAGCCAAAAAAAAACATTTATATTTATTTTCTTTAAAATAAGGAATAAAAGAA AAAAATAAGAATAAGAATAAGAAACTCAAATAGTTATAATTAAAGAAGTCAAAAAATAAT TTATGTATGAAAAAAATTAAAATATACCTTAAACTCTGATAGAAGAATCATACATACCTC TAAATAATTTTTTAAATAAAATTAAAAGTAAAAAATATAAAATTTAAACTAATTTTTTAA CTTTCGAATGAATAATATATGTGGGCTCATTTTGTAACAACATGGGTATATGTAAGCCGT TTGTATAACGGTAAGGATATATATGAATCATTTTCATAACGAAGGATATATCAACTCCAT ATGACAAAGTTGAGGGGTATATCAACCCCTTAAAAAAGTACTTCTGGAAATAATTCGTTT TTAGCAATAATGTTAATATATTCTTAATAGGCAAACATTAAAGGGAAAATATTAAATTAG CTTAACCATAATTCATAAATGAATATGGAAATTTGTATGTTCTTCGTCCTAAACTAATAG TGCTAGTTATTTATGTAAAAATTTAATAATTGACATTTAGCACTTTTTAAGGTCAGAATT TTATTTTACTTGAATATTTTGTATTGATTATTTTAATTTTAGAAATATCAATAAAGTCAA AAATAGTTATTACTAGTAATTTTAAAGTAAATGTAATTATTTTGGAGTTAAAACAATAAT TAAAATTGCAAGTAGGGAGTAGATACAAAAGAAAATCCATGGCACAATGATTACATTTGA AACAGCTCTGAAAAAATAAAGTTAGAATTATAGGCTAAATTAGCGGTGTTCGAGGTTGTC GTGGACCCCATTCTTTGTGTGTGTGGGTAACGAGCTGTCATCTCCAACTCCTCGGCAGAC TGTTCTGTTCACTTCTTCTTATACATATAAACCCTCACTTCTACCACCATTTTCACCATT ACCAACCAATTCTTCTATACATTAATAAAAATCCATTCTTTAAGCCTTTTTCGTTTCTGG GTATCTGAAATCTGATCGGGAAACCAAGAAATGGCTGAGGAAACCAAGAAAATAGCTGAA GAAACCACCCCTGAAGTGGTGGTGTCTGATGTTACAGTGAGGGAGACACCTCAACCTGAG CCGGAAACTTTGCCGGAGTCACCGGAGAAAGATGCTGCTCCGGTCACTGGAGAATCGAAG GTTGAGGATGAAAAGGAGAAGGAACTTGTTGGTGAATCCAATTCGTTTAAGGAAGAAAGT AACAAGGTTGAAGAACTTCCTAATCCTGAACAAAAAGCATTGGCTGAATTCAAACAGATG GTTCAAGAAGCTCTTAACAAGCATGAATTCACTGCCCCTCCTCCTCCGCCGCCGGCAAAG GAAGAGGATGAGAAGAAAGCAGCCGTTCCCGCCGAGGCACCGGAGGCAGAGCCAGTTACA GAGGCCGCAGCGCCGGCGACACCTGATCCAGTGATAGAGACAGAATCGGAACCGGTGGCC GAGAAGAAAGTTGAAACAGAGAAATTGGAGAAAACAGAGGAGAAAGTAACTCCACCGGAA ACTGAAGCAACTCCGGCGCCGGCAGCAGAGACACCATCTGAGCCATCGGAGACAGAGAAG GTGGAGGCAGTCGAGGAAATCAAGGAAACCATTGTTGAAGTACCGGCTGCGGTTGCTGTG ATGGCCTCCACGGAGGAGCCACCGGCTGCAGAGGCAGAGGAACCGAAAACAGAGCAAACC CCACCAGCAGCACCAGAAGAAGTATCCATATGGGGAATACCCCTTTTAGCAGATGAGAGA AGTGATGTAATCCTTCTCAAGTTTCTGCGAGCGAGAGATTTCAAGGTGAAAGAAGCTTTC ACCATGTTGAAAAGTGTTGTCGCATGGAGAAAAGAATTCAAGATTGATGAACTCTTGGAT GAGAAAGAATTAGGACAAGGACTTGAAAAAGTTGTTTACAATCACGGAGTAGACAAAGAA GGTCACCCTGTATGTTACAATGCATTTGGTGAGTTCCAAGACAAAGAATTGTACCAAAAC ACTTTTGCTGATGACAAAGAGAAACTCACCAAATTCCTCAGATGGAGAATTCAATTCATG GAGAAATCCATCAGGAATCTTGATTTTAGCCCTGATGGTATCAACACTTTTGTTCAAGTT CTTGATCTGAAGAATTCACCTGGACTCTTCTTTTACAAGAAAGAACTTCGCCAAGCCACC AATCGTGCCCTTCTATTACTCCAGGATAATTACCCTGAATTTGTTGCCAAGCAGGTACCC TTAAAGCTGTTTTTATATTGTTATATGATGTTGGTATTTAGATATTAACTGGATTTTGAT GTTATGGTGTGAAGGTGTTCATCAATGTTCCATGGTGGTACCCAGCTTACTACAGGATGA TTAATGCATCTTTCACTACAAGGACCAAGAGCAAGTTTGTTTTTGCTGGTCCTTCAAGAT CTGCTGATACTCTATTCAAGTAATTACTCCTAATTTATAACTTATATTTGTTTTGGATTG AGCAAATTCTGATTTGTGATTGTTCATGAAAATTTTAGATACATAGCACCTGAACAAGTA CCAGCACAATATGGTGGACTTAGCAAGGAGGGTGAAGAGGAATTCACCACTGCTGAACCA GCCACTGAGGAAATCATTAAGCCAGCTTCTAAACACACCATTGAATTCCCAGTTACTGAG GTATGCTCAAATATTTATTCACACTTTAGTTACATAAATTGTGTAGTTGTCAGATTTGAT AGGTGTAAACTTAAGTTATTAGTCAGAAACTTAAGATTAGATGCACCCGTTTAAAAAGAA CCTATTTTTATTTACTTAATTATATCTCAAGCGAATAGCATTTCAACTGTGTGTTGATTG TGTGAAAATGTTGGATTTTGCAGAAAAGCACATTGGTTTGGGAAGCAAGAGTGACAGGGT GGGATGTATCATATGGAGCTGAATTTGTGCCTAGTGCTGAAGGTGGCTACACCATTCTCA TAGAGAAATCAAGAAAAGTTGGGGCAAATGAATCAGTGATCAGCACTAGCTACAAGGCAA GTGAAGCAGGCAAAGTGGTAATCACAATTGACAACCAAACTTCTAAAAAGAAGAAACTTG TTTACAGGTCCAAGAACAAGATCTCAGATTGCTGAGCCGCCTTTTCTTGTTTCATAGATT TTTCTTTTGGTTGATATCAACTAGTACTATTATTTTGAGCTTTTTGGGGGTATTTATTTA TATTTTATTGGGGTTATTTTTTGAGCTATTTTGCTGTTGGATTGTTTTTTTTATTATATG GGGAATATTTATTATATTACAAAGGGGTTGAGATGTGGAGTACAAGTTATTGATACATTT TCTTCTGAAATATTTTGTGTAAATCTAATGCTGCCTCTCATTTTCCTTACATTTTTTTGG TGATGTGAAGCTTAACGTTAGTTAATCCTATACTTATGTTTCCTATATTTTGGTCCACTT TCATAAGTTTTTCATCTTCCTGTTTTTATGTAAAAAAAGTTTATCCCTAATTGTGATATT TTTGAATTAGGGTTTAAAGGGGTTCTAGTAAAATATTACATAAGGATTGTACTCTTTAGG GAGAGACTCTCTTTCTTTCTCAGATTCAAATGCGGGACCGGTAGTAGGGGTCAACGTTTT TGCTGTTACAGAATCCCGTGCTCGAGAGATAGTTCAGACGATAAATATTTTTACTTCCAT TCAGACGATAAACACCTTTACTTCCATTCATTGTGAAATTCGAGTGTGTAAGTAAACGAA CTTGCAATTGAAAGTGAGAAATGTTAGCAAATTCACAACTTTTCAATACTTAAAATTTGA GCAACGTCAAAATAAATTATTATAATTTGCTCAAGTGGGTCTAAAAGATAAGGCAGTACA ATAATTTAGCCCAGAAAAGGTCCAAAATTGTTCCGTAACTTTGGACAGATTCAAAATCGT CTTTTATGTTTAAATTAAAATTAAAAATAGTCTTCCATCTTTTTGCAAACTGCTTTATTT TTATCCTCAAGATATGTGATGTTTCCACTTAGTACTCCAACACACTCAAAATTTAAGGTA ATGCTATACTGACAACAACATATATTTAACAACATATATTTCATATTCATATTGAATTCT GACTAAATTTAAACTTACATAAGTGCTCACGAGTTTGATTTTCAATGAATTCTATTATAT AAAACATTTCACTCCCTAATTAACTATGTGAAAAACAAAAAAAAAAAGAAGAGAAACTAG ACCATGATTTGATGGATGTATATTATATTATATATAATATATCACACTAATTTTTAGCAG TGACTCTGAAAAATAACACACACACACATAAAAGAAGCAGTAGTAAATCTAAATTTTTTA AAAGCATTCTCTTTTCAAAAAGAGGAAAAGATTACACCAAAAAAAAAATTCTGGAAAAAT ATTGTTACAGCACGTAAAGCAAGTATTTGTATGAATATATTTTTCTCTTGCAACAAAGTA GTACTAGTTGTTCAATTGCTTTAGTTTATTGTTGAACCTGCAAAAAGGGTTGGTATTAAA GTGAGATTCTAATCATTTTACCCACCAACTTTACATTTAGTAACAATAAAAATTAAAGAG TTTTAGGTTCTTCCATCATTATCAATGAGCAGGTGTTTGATGTCTCTCAATTATTTTTCT TTAAAAAAAGTAGTATCATTGGCCCCAACAATAATGTTATTAGAACATTTCATAATCCAA ATTAAATTGTTATCTAATCCAAAGACTTTTGTTCGATGATGAAAATTGAAATGTCTTGCC TTTAATTATGCCTAAATATATGCTGATGATACATATCCAAAAAAGGACCGGGATACGAAC TCACGATATAGAATATGCTTATCGTGTCATTGCAAAATTTATCTTTTTTGTTTTTAAGAA ATTTATACTTTGATCGATCAAATATTAATTATTTTGTACATAACAATCACTGAATCACAC CCTCGATATCATCCAATTATGAAGTTATCATTATCATAAATCTACGATAGGAATGTTTAT TAATTAGCCATTACATATATGATAAATGTGGTCTGTGTATATTATTTCCTTCATTTACCT TGCTCGTGAGATATCATTAACTATGTTGTTCTTGAGTAGGTGATAACAATTTATATAAAA ATACGAGAAGAAATATTCATTGGTGTTGATGAAAATATTTAATGCAAATATTTTTACTTT TTTTTTTAAAAAAAAAAAAAAATATTATTGGTATGAATTATACTAGTGATAAATTGGTGT AAACGTGCAAAGTTATTGTAGATGGGGTTGATTTAATTACATCAAAAAAGAAGAAGAAAT GATGGAAGAATAAGAGGGAGAACATGCGAAGGAAAAATCTTCAATTGATAATAAGAAATG CTCCTACTTTTAGTAGACAATTTTGATAAGGTGGCTCCTACATTAATTAATTTTTTATAT TAATAAACTATTATATAGACCAAAAAAGAGTTGAGATTAGAGGACCAAAACCTAATTAGT TTACCAGCAATAGTTAGTTATGTTGGAATAATATACAAAAAAAATTGATCTTATCCAAAC ATTTTATTGATTATTTTGTTCATCTGACATGTATGAGGAATACTTTCATTGACCAATCTT TCAAACTTATCTAGTCCAAATCTTTTTCTGTGTTCACTTTTATTTATTTATTGTTTTAAA ATAATATTTTTAACTTTTATTTATTATCTTTATAGAAATATAAAAAAGATATCTTTCATA TTTTTATTTTAATTAACACTATTTATTTATTTTTCAAATTATTTTGTAAATCATGAATAT TGCACTAGAATTTATGAATTTCCAATTCCGAGGTTTCTGTCCACAAGAATTCAGGACCTT TGACTTCTTAGTTTTCATCGAAACAAAGAACATTGGTTTTCTAATTAACAAGGTTTTGTT GTTAAATAAATATTTCTTCCGTTGATTATTATTTGATAATATACTAAAAATAAATATTTA AAATTAATTATTAATTTAAATAAGTAATTATTTTATTCAATTCTGTCTTTAATAATTACT TTATTTTGTTCGATTAGAAAATTATATAGATTTTTGATATTTTTAATATAGTAGAGTTAT ATAAGGCAATTATATAAAATATAGTAGAATATTGATATTCTTGATATGATAAGACTCTGC GGCTATATTTTTAATAATTGTGCTTCATAGCTGCAGTTTGTATGTTTCAGCATGCATATA TATTTTTTGCTTGCAAATACATCACTAAGGTAAGTATATATAGATTTTGTATTTATATAA TTAGGAATTTTTAAGAATACAGTTATTATATTTCGCTTGCTAATATATCAATAAGGTAAT TTATTATAAATTTTTTATAAATCGTAAACAAATAGCTAAGATAAGAATATATCAAATTAT TAATTTATACCATTAAAAATCAAATTATTTAAATTCTAAATTAATACAAATTAAACAAAT AATAAGAATCATAAAAACTATAATCACATATTATAATTTTCTTAAATAATAGCAATATAT CTTATATAGGCTAAATATTCTCCATGATTTTCCCATAATATAATCCCAAAACTAGAATAC ATGAGCTCATATAAATTATTGCAACTAGATCTCAAATTTAAAATCTTCACAATATTACTT TCATTCTTCAATGCTAGGTCCACATTGAGATAAAAGTGCGAATACAATATCCGTATTTTG GTAGAAGCAGGGGCGAAGCTAGGTACATACTAGGGGTGTTATTTGATATGATTTTATCGA AATTTTTTAACGAATATACCTATAAAAGAAAAAAAAAACAAACAAACTAAAGGCAAAAAC TATTTGAAGGACACTGCTTACAACACAATGCAGCTAGTTCAAAGAGGCAAACATGCTCCA TTCTTGAGGCGACGTCACAAGTTTGATTCTCTAAGAGGTGTGTTTTCTTTTTCCCTGTTT TTTTATTTACATTTTCTGATGCCTTTGTTAAAAATCTACACATCCACTTAAATTCATTCA AGATTTAACAACTTTTTTTTATATTTTTAAAATTAATATAAAACTTAAAATCTCCTTTAT ATTCAATTAGATTTATAGTTAAATAAAAATAATGTTGACTCCTTAAATCTTTGTATTGGT AAATTTTTAATTTGTCTGTTTGTTCAATTTCCTCCGTTCTTAGCTTGTTCATCCATCTAC TTATTCACATTTCGAATCTCCGCATCAAGTTAGCATTGTTTTGCTATTTTTATTATTATT ATTATGTGCTTGAATTTTTATTTTTATTTGCTTATAATAATATTTTTATTTTTTTCTATC TACTTGTTAGAAAGAAATAATTTAGAATTCATTAAATTGATTAATATTGTCCGTGATTCT CTATTATTTGATTTTCAATTACTAATTGTGCCGGATCAAATCATATTAATCTAAATTTTT AATGAAGAGGTATTATTCTAAAACAAAATTGCAAATGTTTAAAGTCAATTTTAACGACTC AAACTTCAACTGACTTGAAAGAACAAACTAATGAGTCAAAAAGATATCAGCGAAGTGAAG AAATTAATTTAAATTGATTGCCAATTGATCATGGGAAAAGATTACCTATTCGAAAATATC ATGCAAATGATCATGATGCAATAAGAACATATCTTCAACAAGGTCCATACCAACCTCGAA GCCATGAGTTTCCTGTCAGGTCTAAAATAAAATTTTCATTAATTTTCTTCTCGAGCCATT TTGTCTCTTAATGATGACATCATTAAAAAAATTTTGAGTAAGAATGTAAAAGTAATTATA ACACAACTAAAAACTTTTTAGTATTGTGATAGGATTTTTTCTACTGGACTTCTGCGTATG TGATTGTTTTATGAGAAGTTTAAAGAATTCTGATTAGTAAAAATTTAAGGAATTCCATAG TGTAATTCAATAATTACACTCTGTTTCAATAAATTTAGTATTTACAAAAAATTCTTTAAA TTTGTTGTGCCGTGATACTTTAAACTCTAATGATACATGGTAAATGATACATGGTAAGTT TAAACTGTTGAGGAAAAAATGGGGAAAAAACGATAAATTTAATGTTGTTACTAAAATAGC TTATTTTACGGTAACAGATCATTAATCAGCATAAATTCAGCACGTAATTGGATATTAATT TTAAATTTTGAAAATCAAAGATTATATCATCTAGTTTGAATACATTTTTTATGAACAATC TGTTAAATTTCGAACTACAGTAATTTTATTGTTGTTACTGTGGATTTTTCAAGATGAATA TTTCAATTTTGATGAGACATTCCGGAATTTGGGTGAACGAATTGCATTATGAAAGTTACA AAATCGACGGAATCGTTGTTGGAGATTCTATATGTATCATCAAGCACAGATGACGCAGTT ATTAAACTTAGTGAATGATACATTATAACAATTTTCAAAACATGTATCAGTACATCAACT AAACAACTAATACCTTACTGATACATGATATCAGTTATCAGAAAATTCATACTACATGAA AAACATGTGATACATATATACTACATGTATCAGTGCAATGACTAAACATTATAACATGTG GTACATATCTAATACATGTATCAGTACATCGACTAAACACTATACACACTGATTCTATAT GTATCATCAAGCACAGTTGATGACTCAGTTATTAAACTTAGTGAATGATACCTCAGTTAT TAAACTTAGTGAATGATACATTATAACAAATTTTCAGAACTTCATGATACATGATAATAA TTTTCAGAACTTCATGATACATGATAATAATTTTCATGATTTTTTGATACATATTGGATT CCTTAAAATTATTACTAATTTCAACAACATTTTTAAGTACCAAAATACTAACCCGAGACA ATGTAGGCCTAACAACAATGTTTGCTGCTTTTTTTTTCTTTTTTTGTTGTATTTTGATAA CCTTTAATTTTGATGTTTCGCCAAAGTCTTTGTTTGAATCCTTCTGAAGATTCATAGGAT CATGCAAAAACTTTTTTCTATTTTCTTTCCAATTTTCATCGTTGGAATCATATATCTTTC TATTAATTAACGGATCCATTACTATGATGTAATAGAACAATTAACAAAAACAAAAAAGGG AAGAAAAGAAGACCTGATGATGGATTAAGAAGAAAAAGATGCTGGGTTAAAACAATGATG GATTAAGAAGAAAAAGACGATGATGGATTAAGAAGAAAAAGAAGAAACCAATAAAATATG CTGGGTTAAGAAGAAGAAAGACGATTATGGAGAAAGAAGAACTGAAAACGTGATGGAGTA AGAACTGAACGGGAGAGAAATTGTCCAAATTTTTGAAATTTCAAATATTTTGAATTTTGA AATTCAAAATTTCAAAATTGGGTGTTTTAATTAAAATTAATAATTCAAAATCCAAAAACT GATTTAAAAGGTTGAGTGTTTTAATGGAGAAAATTCAAAATTCAAAAACTAATTTAAAAG GTTGAGTGTTTAAATGGAGAAAAAATAGGCAAGGTAATTGTGTATTATAAGAAAGAGAAT GTTATGTATCTATAAACTTATACTAAAATTAAAAAAAAAAAAGAATTATGTAATATTTAA AAAAAGAAGGGAAAATTAGAGAATATAAAACTTATAGTTATGTATTTAAGTTATTTTTCC TTCTGATTATGTCCGGTATTATTTGTCATGATTTTTATTTTTAGAGTTAAATTATAAAAT TTTTGATTAACAATTTAAGATGTATTTTTTAATCATATTAATATGCAAAAAATTATAATT TGTAGTACTTTTTATATAATTTTAAAATATTTAATTTTTTAATTTAAAATATCTAATTGA TATGATCTAATTTATTTTAAAAATTAGTTAAATTAACTTTTAATAAATGTAACATGACAA ATAATTTTAGATTGAGAAAGTATTACTAAAAATGATTTTCCCAGAAAGTTGAGCCTCGAT CGTGTCATATCATAGATATAATTAATGCAAATTAACAATGATGAAAATCATGCTAAACTT GAAGATGGCACAAATTACTATGGTTTCCCTTCTTTTTTTCTCGTGGTATTTATATTTTTC TAAAAAAGTAAACGTTCTATTCTATGATGCCCAAAAGCTCATAATAACAACTTCCCTTTT TAACTTTATAATAAAAAGAATAGCACGTTAAGAATACATGATCCCTACCTGTTTATAACT TCACACACACAAAAAAAGTAATTTCCTATGTTTACTTTTATTTTGTGCAATATTTCAAAA ACAAATTCCACAGCTACTTTATAACTTTTAACATATTAAGAAAAAAATAATTATTTTGAG TTCAAAAGAAGTTAAATTCGTAGATATCCCCGACTTAAGCTCCATTTGCTTGGCCTGATT TTCAATCCTTTTTGTTTCACGGATGGACAAATCATATTTTTAAGAACTAATTTTACCATT TTTATTAGACGTCGAAAAAGTTTCAAGACGCTTTAATTTTCTCTCAAATTATTAAACTGT CGCATCTCAACTAGTCCTCAAGTGGTATGCATGTGTTGGGTGGCGCCTCTCGAGATTGTT ACAAACAGCCTTGTTTATATATACCATCTTGGGGGGTCAAAAATAGCCGAACATTTAAGA AAATAGACTCAAAATTATTTAAATTGAATTTAATTTTAACACGTTATAACTTTAATTCAT TTTAAGAAAATGCTTCATTGAATTCAATTTAATCTTTAATTTCAGCCAATTTTAATACTC TTCATTTGCATTATCTTTCTATTAGAACTATTTTTTTTGGAAAAATTATTAAATAAAATT CAAATTGTGTTTAAATTTAGTAAATAACAATATATTAATATAATCGAGACTAAGCGAGTC ATGACAAAACACAATTTTAGCCCATTTGAATAAAATATATTTAAACTCAAAACAAAATGA GCAAGTCAAGACTCAACCTATTTTAATATATTCAATGAAGACACAACCATCCATTTAACA CCCCAATACCATTTATAAGAATTGGTTAACTTTATGTTCACTTTATATGCTATGATGTAA AACTCATTCAAAAAAACTTGCAATAATGTTGCACAATTTGAAATCATTCAATCAAATGGT GATAGAAAAACCAAAATCACAAGAGCATATCTTAAACTAAATATGAATGTTCAGCTAAAC AGAGCAGCATAAGCAGGTATCCATGATCACCATTCACCAGCAAGTAGCAAATACAAGAAC AGAACACATAAGAATTTTGCAAACATAAACTCGATTGGATCCGAGTCTACAAAGGGAAGC ACATACATATGAATTATAAAATGTGACATCCACCTTTCCTAGAGTCACTTTGAAGACGCT CGAATTGCTGTCTCAACTTACGCATTTCATACACAGATTTTGCGCAAGCAGCTTCAGCTT TCTGTTTTTCTGCTATCCTATCAGCACGCTCAATAGCCCATTGTTCAAAAAGAATATTTG TAATCTCCTTCAGCAATGATGTAAACTGTTGAACATGAAAATATATGATCAAATTCAATG AAGTAGCAAAATCAACATTTCTAATCAGAAAAATGCAAAGTTAAGCTTCGCGTAAAATTC AACTGTAGTGAGCCAACTCCATGCATTTAACAATTTCTTTACCTATAACGTCAGGCTCAC CAGTAAAATCAAACAATCCTGAAGTTAAAAACAACCTCAGCATCAGTAGTGATCAAATAT TACCACCTAATCTGATTAGTCCAATTACAATATAAAAGAACTCTTGATGTAGCAAATAAA TTCATTAGAGTAGAAGTATAAATCAGTGAAAGGAGTTTGTATATATATTACCAGGGGTGT CTATGACATCAATGATCAAACCGTTATCTAGTCGAGTAGTCTTAAGTTCACAAGCAGATG TAACACCATTTGAGCTACACTTGGAATTGAATTCTTTACTTCCAAGTATAGAATTCCCTG TAGCACTTTTTCCGTTACCTGTTCGCCCAAGCAGGACTAGTGTCCGTTTTTCATTATTAG TAACTTCCCAATCGTTACTTCCACCCATTTTACCTTACTGAAATCAAAACTTAATAGATT ATTAACAAACAAATGAAATAAGCAAAATTGGAACAACAAAAACAAACAACATTGTGCTGA CCTTGATAAAGAGAGCTCAAGTGTGTAATACAGAGAGTTTGAGCAATCCTGATGAGTATA AATAAATGGGGGGGGGGGGGGGGAGAGTAAAGAGTGCATGGGGCTTATCGTTCTCCAATA CATTCACTTAGCAGCTTGATTCAACCTCGGGACACTTAATAGTCCAGCTTTTGAGCTACT CATGGCCATCTATCTCTAAAGGTGATAAATAAAGGTAAAGAGGACTGTTTTTAACTTAAA CTGATCAGTTTCCTAGAAATTAAGATATATTCTTACTAATTTATCATTAATTAGAGGTAA CTGGTCAGAATTAGGTTTTAAGCACGTTCTTTCGTTTGATTCAATTCTCAAAAACTAAGT TTTACAGCTCGCGCAGTTCAGGCGTTGAGCCAAAAAGATGAATAAAATCATTTAACTGTC ATTTTTAACATAAAATTTACTCAGCTTTGCCTGAATGTTACTATAAACTAAGATTAATAT AGAAAAACAAAAATGTGTTGGCATGATCACATATTATTCTTTTAAGAATAGGAGTACAAT TTTAAAGCCTGAAAATTATTGCAATAACTCGGATATGTTCAAGATCGAGATAGTTTTGGT TAACCAATTAATGTGGCTTTCGAGATACAACAATTATTAGAAAATAATCGAGTAAGGGCC GTAGCTATGGGTGCGAAAGACTGTCAAACGAGAGGAATGGAAATTGCTTGGCAAAGGAGC ATTATAAGCGTTCTAGTTAAGGAGTGAGCGGCAACTTTGCAACTGCATTGGCAACCGAGC TTGTATACAACAGGTGTGTCCAGTTTACTGTTATGTGTTAAAAAGAAAGTTCAATGTTTA AATAATATTTATAAAAATAGAAAATTCAAAATATTTGCATGTGCTTCAAACGGTTCAAAT CTATTTTAAGGTGAAAAATTAGTTTGATCTATACTCTCTATATATATATATACACATATA GTAAACAATTTCTAAAAGATCATGAATTTCATAATTTTGTTATCAAATATTTTCATCAAA TGAGAAAGTATACTACAGAAAACATATGCATCAAGTATAAATAAGACGCATATTGGTAGG AAATATTCCCCATTTTTTTGCTTTGGGTTCCTCAGACATCACGCTTAAACTCATATATTC CAATTTCTTTAGAGCTTCTTCTGCATTCTGTTCTGCTTGCAACCGACCATCACGCTCTTT TGCCAACTCAGTTTCAAGATGCCTCATCTCCCGCAGCTTAGATTCAAGCTGTTAAACACA AAAACGTACAAGAATATCATATATACAAGGTACTAAATCAGTCACGAACTACCAAGATAT CTTACTTGAGCTATTTGGGACGGAGAGGAATCCAAACTTATTCTTTTTAATTTGTAAATA TACTCATTAGTCCTTGCTATCTATGTACTTGAAACATAACATCTGATAACTTACCTTTAA TTCCATGTACAGGACTCTTATATATGGTTTTCCGCTATTTTTTTCCACAACCAAATTAAC TTGTGAAATAAGATTTCTCAATTGTAAATCTTTCTTCACCTGATCCTCAGTCTTATTGTC GAAAAGTACATGTCTATTGCCACATATTTCTAGAGTATCCTGTAAGGGAAGTATAAATAA TTCATTTAGATCACACTCAGGAGCAAGCGATTTTAAGTTCTTTTTTTTTTTTTTATAAAC ATACACTGTTACTTGAAGAACGCTAAAACACAAATAAATAAGAAAGTATGATCTGCCAGT TTAATTGCATAACCTATATGTAACTAATCTAACCTTTAAAGGCTCAGGGCAATTGTCCAA GTATTTCACCAGAATCTCATCATTTTCTTCATTAAACTCATCTCCTCCGGTGAAGACCAC AATCATGTAATCAACAATTTTTCTCTCAAAGAGGTTCATAAAGCATTGCACACAAGCTTG TTCTTCTCTTGAAAACCGAGTTTGCACAGACAGAACTAAAAGTACAGCAGTGATGCCATC CTTGGCCAGATCAAAGCACTTATCAAGTTCTTTTATAACAAAATCAGGATCACGAGAAAT ATCAAACAGTCCTGCAATTTCCAGATTACACAATTAAACAAGATGCCGGACTTGAAAGCT TTCAATCCTACTATATATAAACGAAGAAATTTTGCTATATATATATACACACCAGGGGTA TCAATGACGTTAAGTAGGTTTCCGTCTTGTAATTGACTACTCTGAAGCTGGGAATCAGTT GTAACACAAGAAGAACAATGCATCGATTTGAAAGCTTTAGTTCCAAGAATACTATTTCCT GTTGCACTTTTTCCATCACCAGTACGTCCAACCAGAAGTAGTGTGCGCTCTTCATGGCTG AGTCAGATTATACTATAAAACAGAGCCAGGACAAGTTTAATTCAACCTTTTTTTATAAAT TTGTTATCAGAAAACACATGAAGATCATTCCGTTGATAGATTAAAATATCAAAGAAAAAT AATAGTAAACGTTGATCAATTATTACATATTGTATTCACAGTTCACTTATTATTTATTTG TTTTATTTCAACTGTAATTTTTTTTTATGATATATTACACCAACATTATATTTATATAAA TCATAGTTTCAATTATATCATTTCAAATCTTATGTTATTGACATTGTGTGTCTAGAAATT TATAATTGCTATGGTGAGATGCGATTATATAAAGGTATAAATTTTTGTAGGCATTAGTAC TTAAATTTTATATATATATATAAAATTAGCAAAAGTATTTTAATATTTTATTTTATATGA AATAATATAATATATTTCTTATAAAATCTTCTTATCGTACCTGCCCGATTCACAAAAATG TACTGCTATAAATTATAATGTATACCAATACTATCAAAAATAAAACTAACTTGAAAAAAA TGAGAAAATCAGATCATATTATAATGAACGGTTTTGTTATAATCCTAATTCCTATCAACT CACGTGGATAGCGCATGCACAAGTTCTCAAAATTACGCTTAGGTTCACGGTATACCCAAA AATATTTCAAAAGGGGGCTTCTAAAAGCGAATTGAATCAATTGGAGCTCCGAAAAATATC AAAATCTTCAAAAGAAGGCCAATTCCGTTCTCCTCTCTTTATCGTGAACACTTTCGCCGG TTGATTTCATCGATCGTCGTTCAATCATCACCTGCAAATGGAAATGGGAATAGAATCGGC TACTCCGAAGTCCGATCACGTCGCCGGAATGGCTTTGAACATTCCGGTGAATGATTCGAA TTATGCGACGGCGTTGTTCCTCCCTAGACGCCTTCGCCGACGCCTTCTTGAAACCAAAAC TCCTTCCATTATTACCGCCCAAGATATTGAAACCAAGCTTAAGGACGCCGAATTACGTCG TCAGGTAGTTATACTTTTCCTGTTCGTTTTCTTTTGTTCCTATTATATAATTGTTGCAAA TATGTGATCCGTTTTGCTAGGATAGGGAATTTTTAGGTTAATTTGACTGCTGTATGCATA ATTAGTGATAGTAGAATGAAAATTATTATAGAAATGGTTGAGAAAATGAATTTGCATTCT TGACTATTTATTAATGAACTGGTATTAAGTAAGCAAAGTTCTGGATATGGCATACGGGAA GCAAAGTATTACTCAAGGCTATAGGTTTTTTAATGATGTGCCATTTGGAAAGATCAAAGT ACTACTCCAGGATATAGGTCTTCACAATGGCAGATACCCAACAAGAATGGAACTTGTTTT AGTAGTTTATTCAAATTGAAGAATGTTAAATAAAAACTTAGTATTGTGTAGTCGAACATT GTAGCTTCAAGTGGGATTTCTAATTATATTGTTTGAATAATTTTGTCTAGTCCAGATGTT TAATAGAGGTTTTTGTCTATTTCAGATATGCTAAGAGAATTGATACTTAACATCAGTAAA TCTCTGTTCTGTATCTACCAAGGATATATAATTATTGAAGAAAGTCTAGTACACTTGGAT ATTTCGGAATGGTAGTGAGGCTAATGACTTCTGCTTAGGATTCTTTAATGGAATGAAGGA TTTTTTTTTTCTTATTATTCTTGGTAGAAACAACAAACGTATCAACTACCATAGGGAAGT TTTTAGGAAAATATCAACCATCAGTAGTTTATTAGATTCCTAAATTCATCCTGAATTTTT ATAAACTTGAAACTGTAAACCACACTGCATTCATGTGAGCCATTGACTAATAAGGTAGAA ATTTTGTGTGAAGTAAATAGAAAGAAAAGAAATAGATATGAAGGTAAGGTAAAAAAAAAG GAAGACATATTGGATTGGTAGACATGATGACTTTATAAGGTCATATGAGTTCCTTGTTAA GGCGACTTAAAATCTTATGTTAAATCATCTATTTTTTCATTAAAAAAAGAAACTCATTTA CTATGTTAAAGTCAATTCTAGCAGTATACTGTGCAAGGTAAAAAAAAGGAAGACATATTG GATTGGTAGACATGATGACTTTATAAGGTCATATGAGTTCCTTGTTAAGGCGACTTAAAA TCTTTGTTAAATCATCTATTTTTTCATTAAAAGGGAAACTCATTTACTTTGTTAAAGTCA ATTCTAGCAGTATACCACGCACAATATTGCTTTAGGTGATATTAAGTATCTACTTATTTT ATTATGTTTATCCAGAGCAAGTTCAAATGAGATGCAAAACAGATGTTTTCTTCCGCCAAT GCATGATAATCAGAGCTTTAAATTCGAATTTATGGATTCTTTTATTTAATTCACCTCATT TTAATTGTTTAGTTGACAATTGGGTTAAAAATGAAAAACCTATTCATGATGGCATTTTAG AAGAATATGTGTGGCTCATATTAGTATTGTTCAGAAATTTGTCAACTTGCCTAGCTCTTT TACAATACAAGATATAGAATGGTATTACCACAACGAATTTGAACCTAAAAATATAGTCCG ATGGTTTACTTGATTAAGCCAAGTATTTGCTTAACATGGCGAACAATCCAACTTTTGTCA GAACTTGTAGTTGAGTATTATGCTTAGGCATTTTTTAACTTGAACTAAGTTGCCTGGCTG CTTTTGATGGTTTAGAGCATATGAAGGAATTTATCAATATGTTATTATGCGTGATGTGGT AAGTCTATGTTGAGTTGTTGACCAAACATTATTAAAATGCAGCAATTTTATGAGTTATTG TCAAGCAAGGCACGGCCGAAATTGAGATTGTCGACATGCTCATTTTCGCAGGATGGGGAG CTTAGAAAGCAACTAGAAGCCAAGCTTCTTGCTGCTGAAAAGAAGAGGTAAACTGTTCGG GCTTCTTTATATTTGTCAATCTCCTTCATCAAACATAAGTATTTGGACAATAGTGTTATA CTTTTTTTTATTGGTAAAAGAGTGTCATAACTCATACGTGCATCATGTTATAAGCTGATC TGTGATGATTTAAGAAATTAAGCCTTTAATGTTGCATGTATAACTTATGGATTCCTTTCC CTTACTAAATGGTTTCCTTTTGATTTTCCAGTTGGGAAGGGCTGGAGTGAGTGTTGCTCA TTTCTTGTCTGTATAAATTCATCATTCTTGAGTTCTTTTTGACAAATTTTCTTTAACATA GTAACTGAGTTACTAGGTTTTTGTTTTGCTCAGTAATGTGTAAATGAGTACACAGGAAAA AGTACAATTGGCTACCCAAAAACTCATTTACTATGTTAAGGTGGTGGCAATTGGTTCGAT CATTGGGTTGAAGGGTGAGAAAGTTTTGGTACTCTGAAAGATCTATGAGTTGCTATTCTT TTAACCACAACTAGATAAGTTGGAGTAAAAATTAGCCATCTCCAATTTGTATTAGTTGTA ACCCAAGTGGCATCGTGGACTTTGTGTGAAAGAGAATAAAGGATAAGGATGAGAAGTGCG AACTTGGCAAAATGTGAGAACTGTAAATCTGTAACGAATGTGATTAACTTTGGGTAGGGG TAAGATTTCAATGCGAAATGACAAGTCGAAACCCAACCTGTTGTTTTACTGGTAGGCCCA GTCCAATTATTGTACATACAACTTTTATAGGCCTCAAATTCAGTTATGGTTTGCTATTGG CTTTGTACTTGTTAAGCAGGTTGAGCATCCTTGCGAAAGTTCAGAAGCGCTTGGCAAGAT TAGATGAGCTTAGACAAGCAGCTAAAAATGCTGTGGAAATGCGTTTTGAGAAAGAACGTG ATGAGCTTGGCAATAAGGTTGAGTCACGAGCTCAGCGGGCAGAATTGAACCGGAGGGTTC TTCTTAAATGTAGGCAATGGAAGGCTGCAAAAAGGGAACGAATTTCACAGTTGCTAACAA GGAGGGTAATGCAAGAGAGCAAATACAGGGAGTGTGTTGGGGCTGCTATTCATCGGAAGC GGGCTGCTGCTGAAAAGAAGAGACTGGGATTTCTGGAAGCAGAGAGATCAAAGGCACGTG CAAGAATAGTACAAGTTAAGCAGATAGCAAACTCTGTATATCGTCAACGGGAGATTGAGA GGATAAGACTAAAAGATCAACTGGAGAATCGTCTCCAAAAGGTATGTTGTTAATCTAATT GAACGCGAAAGGTTACTATGTATTCTATTAAGGAACTCAACATGAATAGGAGGCCAAACA GTGGAAAAAGCTTTCTGAGGGAATTTATAATTGATACAAAGACTTAAAGAAGCACTCTGC AAATTTATTTTTTTGAAACTAGTGACTTTTGTATTCCTCAGCATTAAGGGCTATGCTGGC CACCTCCAAAAAAATATCATCGAAAAAGACAGAAAGATCCTATAAAATCCACTAATTGGA TCTCCTCCTCTATATCTTGTTCTTTTTACCAAAAACCTACTACAGTGATAATTTTCCACT ATCTTTTGTATAGACTATAGCTCATTCCTTTGCTTAAAAAATTCTTGGATTTTTTTTAAT CCAGATGTTCCACCAAATACATGCTGGGACTCTTTTCCACTACCTCAACTGACTCTTGTT TCCTCCCCTTCTGATCCATTAGCTTAGTAAGTCTGCTGTGTGTTCTGGCATGACCTAGTT AATATTGGCTTTATTGGTAAATAAATCCCTCCTCTTCTGCATAGCCTCATGAGTCCAGTA GGCTCTTCTGGCTACCAACCAAGTGAAGCATTTCACTTTAGTTGGGGCCACATGCTTCCA GCTTTTTTCCCAAGGACCTACACTTCCAAGTAATCCTCAGTTGTAAATTCTGTTTACAGA TGTATGTCCCCACACTAATCTGTCTGGTTCTAGATTAGTGCCATGGAATCCCCCTATCAA TTTCAGAAGCACTCTGCACTTTTTTTTTCAATCTAACATCAGAAGCAATAGAGCTCAAGT AGTTGAACATCCTTGGGTATAATGGCGATTGAAAATCACATTAAAAATCAAAAAGAGCAT TTGACATAGTTTGACATGCTATATGAGAGCATCTAGTACTACATCAAATGTCTAAATCTA TTCATGTTCTCTGATCAAAGGCTTGGTCCTGATAAAGGCGATCATTGGAGTATTTTTCAT TAGTTTTTGTGCTAAACCAATTTTGCCCTTTCAAAAAGTCTATCCTGTATAACTACACTT ATTTGTCATGTAAACATCATAAAAGAACAAAGTGTCATATTGGTGTCTAGTAGTGTAACT CAGGTATCCGCATTCAATTAGGGAAAAAGAGTCAAATTTTCCCTTCTACTTTCCTTTGTT GTCTGCATTAAACTTTGTTATACTATAGGGGCAAATTTACCCTACTGTTAGCAAAGGTTT CAAAATTACCCCCGTCCTAACAGAGTTACCAAATACCAAACGTATATATCTAAGAAATGA TTACAAATTCTCACGTATTCCAAGTTTTTAGAAGGATCACAAAATTTGATGGGGAAATTC TAATTTTTGAGACGTGTTTCCCTCTTCTATTAATTATATTTGAAAAAGTAAAGAGAAGTT TCTAAATGTATAAGAGATATGAAAACTTATTCTGAAAAGAGGTGAATTTTGGATGATCTA TACCTTTTTAGGTGGGTCAAATTAGAGGACTAATCAATAAGACAAGAAAACTTATTCTGA AAAGCGGTGAATCTTGGTCATAAAAAAGAAGCGGTGAATCTTGGATGATTTATACCTTTT TGGTGGGTCAGATTAGAGGACTAATCAATAAGACAAGACTTTGTCTAACTATTGAAGTTA ACTGCTGAGATCCACTATTTTTGACAGCTGCCTCCAGTTTCTTAAGAGATGCTGATATGA GGGACCTTTTTTTAATTTTTTATGTAGTGTATATATATAGAGTTTAATTTCTATACATTT TTTAGTAATTTTTATACATTGATTGACAATATAAAAAGAACTTCATTATTAGGTTGCTGA ATATCCTTTTATAGGTAACTTTCTATTATTAAAATAGATATGTAATTTAAAAAACGCTAC TCCCTTCGTCCCTAATTACTTGTCCACTTTTCCTTTTATAGTTGTCCGTAATTACTTGTC CATTTTGACAAATTAAGAAAGGACGAATTTTTTTTTACCTATTCTATTAAATGACTAATT ACTTTGAAAAATGTAGAACTTTTCATCCATTTTAAAATTAATAGGGGTAAAATGATAAAA CTCACTACGTCATTAATTATTTTCTTAATAGGTGTGCCAATTCAAAAGTGGAAAAGTAAA ACGGGATGGAGGGAATATTAATTAAATTACTTGTTGCGACATGTAAATAACATGAATAGA ACACCCAACTTTTGACTTTTAACTTATATAATCCTCTTAAAAACAACCAATTCAAACACC CCCTAATTGTCTTTTATATTACAAGAGTATATTAAATGAATCAAATCAATTTTTGTGTTC TCAGAATCAATTATTGCCCATGCGAAACTCCATTAATATATGGGTTAGCAATTAGTTAGT GAATTTGCAGCCACATTTTGAACCTGCAGGCATAAATAAGCGTCTTGAAAAAAAATCTGA ATCTGAAAATTGGGGATTTCTGTTAGGGCTGGAGGTAATTTTGATAACTTTGCTAACCAC AGAGGTACCTTTGTCCCGATAGTATGACGGAGGTTAAATGTGGACAAAATTTTAAAGTAG AGGGGTAAATTTGACCTTTTCCCCTTCAATTAATGCATTAAATAAAGTAAGATAGCACAG AGTTAACACGAAACATGTGCCTGAGTGCTGTCTGATTGGTGTGGATGTTAAACATGTTTG ACCCAATAGATTTCGCCCGTGTTTCTTAGCTGGTTGTTGGATTCATAATGGATTTATAAT TTTTCTTGTATGAAGTAACTGCAAGTTATCATTGCTATACCAATGTCTAATATTGTTGTA ATTGTTAGGCAAAGAGGCTCAGAGCAGAGTATTTAAAGCAGAGGCGAAGTCTGCTATGTT CACGTCGTTCTTGTTCAGACATAATTGCGTGGGGGGAGTTTTTGTCTTTTAACGTAGCAA GGTAAATTTGGAGCTATGAACTTTCTTTATGTTCGCATTCATTATTTTAGATGTTTCTAT CTGTGGATATTTAATGTTGATAACAATTTTAAACTAAAGTAGGCTTTTGTCATTTTTACT TTATTAATCAAGAAGGAAGTCAGTGAACTGAATGGAAAGTCAAGTTCCAGATTCCTTCAG CAAACATGTTTAAAAGTAGGTTGTAGGGCATTTCAAGAACTTTTATTGCTGCAACTCTAC AACTCTCTAGGTTCATTTACGCAAAAGAAATTAAGTATCTCAGTTTCTTAGGCTTCCATA ATGTGATTTGGGGCTGTCTATGTTGTGCTGAACTTCAATATAATTTCATGTGAGCTCTTA AGAAAGTTCATTATTCTAGCATCCATGTGACCAATGGTTAATGAAGTGAGTGAAACCCAT GGGTCACAAGGGGTTACATTCCAGCAGAGACAACTTTAGGTAATTTTCCCCCATGTCTTA CATTTTGATTGGCAGACTCTGCATCTATGTTGGTGGGAGGTGTAGCCCATGGAATAGTTA ATATTCAAAGTGCTGGCAAGCTTACCTGACACTACTGTGTCAAAAAAAAAGGACTTATAA TTATTGCATGACATATATTATCATATTACATCCCTTCCCCTTTTAGCACTTTTTTCCTCG TGACGCTGAGGGGTTAGGTTGAGGCTTTGAGGTTTTGCATTATAAAGATCAAAGAGATCT TATAGGTACTCTGAAATGTAGTTAATTTTAACACTAGGTGATCTACTGGTACCTGCGCTG GGGTGATTTAGCAGGTATCATGGTAAATAAATTTAGGTGTGCGCAAGTTGGCTCAAACAC AAGCTTATTAAAAAAAATTATGTAGTTAATTCTACATTATCAGAGGGATATTGCAATCAA CCCATTGTTGGATTGAAAATTGTACCGTGCATTAAAGATTAAGCAAATGACAAACAACTG CTCGCCCTTAATTATATCCACTTCCAAGAGACAGTAAACTTTTGAAGCATATCGTAGGAG TTGAGTATTGCATTATGGTTAAAATACATAACAATTTTTGCTACTCTTTTTCTTTGAGAA ATAAGTATCCTTTCATTTTTAAGTAAAGAAATATATGTCACAATCTTAAATTAAAAGTTA AGAAGAAAGAAATACACATCACAATTTGTTTGTTCCCTCTGTTCTGATGTGCTGACTACC ACTATGAGGTGGTGTCGTTTTTTGTATTTGGACGTTCTTGTATGTGAAAATGAACTCAAT AGTTTATCTAATATTATGTACAGATAACGTGCTATTTATTGGTTTCCTCTGTAGCACGGG TCATGCATTCTGGTTGTCCTCTTTTATCCTCACTGTAGCGTATTGTTATCATAATTTCCA GGTGCTGGAGGCGGTTCATCCAACTAAGACGAACAACTTTTTCATTGGCTAAAGCATATA TGACCCTAGATATTAACAAAAAGTCTGTTGAAGGAATGCCTTTTGAGCAACTTGCAGTGA AGATGGGGTCAAGTGCGACCATCCAAAATGCAAAAAAATTACTTGATCGACTAGAGTACC GCATTAGTATCAGACATGAGCTTCTTGGTCCCAGAGATGTACTTTGTTTTGAAAATATTA ATCATCTTCTTGAGCGTGCCGCTTCCTCAGTCCCTGCTAGGGGGGAAGTGGCAGCTCCAG TCAAGTTATCAAGGTACCCAGTCAGAGTAGTTCTCTGTACATATATGATTCTAGGACATC CAGGTTCAGTTTTCACTGCAGAGGGGCAGTCTGAATTCGCTCTTGCTGAATCTGCTGGAG CCTTTGTTAAAGAGTTTGAATTGCTGCTTAAAATTATTGTAGGAGGTTCCATTAAATCTA CAGAAGAGGAGACCCCAGTGAGGCTGGCTTTTGGTTCTCAGCTCAAAGCTTTTGATAAAG CATGGTGCTCTTATCTGTTTCACTTTGTGATGTGGAAAGTTAAGGATGTGAAGTTGTTAG AAGAGGATTTAATAAATACTGCTTGTCAACTGGAGCTCTCTCTGATGCAGACTTGCAAGC AGGTTATGGGAGATTACGATGATCTGACAGCCGAATTCAGTTCTTTCCAGAGGCAGGTGT GGGTTTGCAAGACGCGAGTTGTTCTTGAAATCTGCATTTGATGACTCCCACTCCCTTGTC TCGTGGCTGAATATCCATCTTTTCATTTTGATGTCTAAATTTTTCCACGTGTCTATATCA ATTATTGTTTTTCTTGATAAGCATTCTCTATACTACGTTTCTATTTTCAAATTTCTGTTT TATTTATTTTATCTGGAGAAAATGAGACACTGAATTGGAGATAGAATACATGTTTACTGG CTTAATTCCTTGAAGCTAACTTACTGTTACAGGTGATTGAAAATCAGAAACTTATTTGGG CAAAGGTCAAGCAGCTGAGTGGTAATGCTGGACTTGAACGTCTGGAGCATGCTCTTTCTG AGCTGCGGTCTAGGTTTATTGACTCCATGGAGACTGATTCTCCGAGTTCAGTTGGTTCAT CTGATAACTCTGAAATCAAGAATTCAGATGAGTTCAATGAAAATGCCAGGTGTTATGGTA CACAGGGCATTGCTTGGCCCGTATCTGTGGAAGATGATTCATACTTGTGCGATAAATGTG GCTCTGGAACTCCTCAAAAAAGCATATCTACTGGTTTATTACGTGCGACTGAGAATGAAG TGCTTTTGAATGAAATTGTTCACAAGGGTTGTGGCTTGGAGATCGTTAGTGAAGAAAAAG AGAGTGATAAGGTAAATAACTTGGCTTTACTTAATGGATAATTGTTTCTTCTCTATATTA ACTGAGAGAGATTACCTACAAATCTCTTGATCTGTCATTATAGGCTAGAGTGAAAGAGAG AATGGAAGAGGCTTTCTGGGATGGTGTTATGCAATCCTTGAGTCAGGATAACCCTGATTT CAGTTGGGTTCTCAAGCTTATGAAGGAAGTACAAAATGAACTGTGTGAGATGTCTCCTCC AAGTTGGAGACAGGAGATAGTCGAAACCGTTGATATTAATATCCTATCACAGGTACTAAA TTTGCTGGTACAATATCTTTCCGCCCTAGCATTTTGTAAATGTTTCTTGCTGTCTGACTT GCTTCAGGTTTCTTGTTTTGTCATTTTATCAGGTTCTAAACTCAGGGACATTGGACATGG ATTATTTTGGAAGGATTTTGGAATTTGCTTTGGTTACTTTGAGGAAACTCTCAGCACCTT TGGTTGAAGATGAATTGAATACTAATCACCAGAAATTCCTGAAAGAACTAGGGGAAAATA CTCGGGGCAGAGAAAATAGCACTGCATTGTTTGCTTCTTTGGTTATCAAGGGTTTGCAAT TTGTTCTAAGGCAGATTAAGGTGAGTGTTAAATATTGTCAATTATGGTACTCATATCTAG ACTTTTATAATCATACAATATTTAAATATTCTACACTAAACATGGTTCCTATTTATTGCT TCATCGGTTCTATGCCAGCTCATAACACATTTAGCTCTTGTAAGACATTATCATAAAGTG CTAATAATGTGGTGTAACTTTCTCTGACTGAGCCTCCTTGAATAAATGCAAGTCGAACAC TGAGCTTTATTGTCTTGAATGAATACTGGTACTTTCAACCAGGAAAAAGAAGAACCAGAA ATCGTAATGGTGGCTTCTCTGTGCTGTTTAGCTTGTCCGCCCGCATGTATTTTAATTTGA TAATTCCTTACATTCCTCCAGAAACTCAAAGGTGAAATAAGCAAAGCACGCATCAAATTG TTGGAACCATTAATCAAGGGACCTGCTGGTTTTGAATACCTTAGAAGTTCTTTTTCCAAC CGCTATGGTCCTCCTACTGAGGCTCTAATCTCTCTACCATTAGTGAAGCAATGGCTATCT TCTGTCATGTTAGTGGCTGTGCAAGAGTGGGATGACCACCTGAGTTCATTATCATCTCTG AGGTTGAGCAGTGGGGCACATTCTTCGGAGAAAGCTCCAATCACACTTAGAGCTGGAGGT AGCTCTCTAAGGATATCAGATCCTCCAACCCTGAAGACTAATGGTTAGTTACTTCAGTAC TAAACTTAAGAATCACTCAGTTTTTTCTTGCTCAGTTTTTTCTTTTATCACATCTGGGAA TCTTTTGTATCAGCAGCCGAACAACCAGAATGCAAGGGAGATAAGGTTGATCTATTTTTA AGGCTTGGTTTGTTGCAACTTGTCTGTGAAATTGAGGGGTTGACCGTGGAAACACTACCC GAGACTTTGAAATTGAATTTCTCCAGATTGAGAGCTGTCCAGGCTATCCTCCAGAAAATC ATTGTTGTCTGTACTAGGTGCTGTTACTTTTCTTGGCTTTCTTCCAGCTCCTTTCTCATG CCTGCATATTTTGATGATGTGCAATACACTGGTCAATTATGTATGGTGATCCTATTTTTT CTTCAGAATTTTAATTTCTGTGTTCTCATTGCGAGGGGTATGGAATGACCTGTAAGTTGC ATTTCAGATGGGCTGTTGGTCTCATCTAAAGCAAAAATAGCTTTTTAATTTTTGTTAGTT TAGATTACTTTGGTCAGAGGAAACTGTTTTTGGTAAACAATAATTCGCAATGGTCTTCTA TTAGCAACAGATGTAACATTTAATGCTAATTTTGGACATGCTTAGGGCAATGGATGGATT TTGCCTAGTTACATCCCATAAATTGTAATTGTGGGGTCAGTCATGAAAATTTGTAGGTGG CTACAAATTTAAGGCAGCATTATCTTAGACGTGTTGTAAATCGTGTGTTAGGCAAGAAAA TATAGTTGCGAAGTGGTGGATACTTTCAACTGGGTGAGATGTGAGTTTTAACATATACTG GGGGAAATCTGGATAGAATATGCTGGTACTCATAATAGAAGACTTTTCAATTCCTCAAGG GGTCCATTGTGAGCAGGATATCCCCTGTAGGTTTAGAAAGTGGTGACTTGCAATTTTCCG TCTTAAAATTTGTTACTATTTTTGAATTTACTTGCTATCCGCGACCTTTTGTTTTCATCT GGAAGATTTGTGTTGTTGTACTTCGGGTGGTATTACCGGGGTTAGGAAAAAGGACATGAT GTAGTGGAGGAGGATCTCTTTGCTTGCTAATTTTTTATTTATTTATTTTTTGTGTGTGTG TTTGCAGCATATTGGTTTTGCGGCAGACTCTTCTTGCCGAATGCCTGGTTAGCAGCCCCT CAGAGATGGAAGATATATCATCAAAATCTATTACAAAGCTGTTTAAGCTTCTGGATAACA TGGAGGATGCTGGTATTACTGAAGTTGTTGATACACTGAGCCTTTGCTTAGAAGGTGATG AGCCAAAGAAGCTTCAAGCGAGGAAGGAGATCATGGCGAACGTGTTGGCAAAGAGCTTGC GAGCAGGGGATGCCATTTTCACTCGAGTTTCGCGCACTGTTTTTTTGGCAGCAAAAGCAA TTTTACTTTGCGGAAGTGTAGCTGAGGGTGGGCAATTGGCGGAGAACACCCTGAAACGTG TTGGTGCCAATCTACTCACTGGAAAGCTGGTTGAGGCTATGAAAGATCTGTTGGTTGTGG CAACTGTGTCAGCCAGAGTTCATGGTTCATGGTATGTAGAGGTGCTTAAAAATATGAGAG CTTTATAGCACACACACTTGTTCAAGAAATTGTCAGCTTGCATTCTTACATGAATGTATA GGACGGGAAAGTTGATCTTACTATATGCAATATAATGTATTATGAAAGAAGTATTGTTTC TAAATATAATAATAAAAATCGTAGCCAAGAACACGCCAATTATATGAGCCTATATTTCAA ATAATTTCAAAGAATGACCTAAAATGCCTTCAAACTATAAGATGTGATATAGTATTGCCC TCCGTCTAGTGTGAGCGGCTTAAATAGGGGTGTTTTTGAGCCAAATTTGTCGGATGAAAA TATGGACAGAGATTAGTTTGTATCAATTCAAATAGGTGCGAATCAGTTTAAGCTCTTCTC TGATGAAACAATTAATTCACCTTATTAAAAAAAAAACATTCAATAAATAAGCAAAACGAG ATATTTAATCCTAACTTTAATCGTAGAGTATTTTCATAAACAAGATTCAAATGAGTTCTT TAAAAAAAAAGATACATTTATTAAGAAAAAGATATTTTTGACCAGTAACAATATGGGGGA TTTGGACCATATTATTTTAGCTGCGAAGACAGTTTTAGACTAAATTATTACTTGAGGGCC TTTTGGTTCAATTCCTCATGGTTTAAGTAAATTTTTATGTTTTTTTGTTTAAATAAAAAA AATGAATAAATAGAATAGAATACGTTGTTTTATTGTTGAAAATAGTAAGTTAAATAAAAA TGAAAGTGTACTCGTGCATTCGTAAAATTATTCGGTTGCGTTCTATCTTTTTTTCTTTTC TTTTGTTCATATGAATAAATTGGTAATTACAATATATACTGTCAATAGTCTCTCCGTCGC TATACTCTATCGTTATGCTCTGTTCGCTAAAAGAATAATGATGGATTTCGATTCGGAGGC TGTTTGCATGGAATCTAACAAGGGGTCCATGGTATCGGGTTAGGAAGTCAATTTTCCATC TGGAAGGTTTGATTTGTTGAATCCATTTGAGGTTTTGCCTTGTTTGTTGCACTTTGGTGG TATTAGGAAAATGCACAACTACACTTGATCTATGTTCGAAATTTTAGAGATATATTTATA CTATACTAATGTTCTATAACTCTAGACTTATTTTACAGATAATTTTTTACTGCTTTTAGT CTACGTGACACTATCTTTTGGGTTCAGCGCGTGTTGATAATTTTTTCAAGTTATATGATT GATGATGTCACGTAGGCCAAAAATAATAGAAAATTATTTATATTATAAGTTCCGGGGGAA GGGTAATATGACCTTAGTATAGTATAAGTGTGTCTCTTAAATTTTGGGCATAGGTTGAAG AATACTTATGCATTTTTCATAATTTATTTGAGTAAAGATTCTCTCGATAGTCAATACTAT ACAACTTGATGCAAAACACTGAAAAGAATTCTCAAACAATTTAAATATGTTATGAAAAAT AATAAAATTTGACTCTATTGCATTAAAAAAAAATTTAAAAAAATATCAATTTAACTTTTA AAGTTAATTAACTATCTCTACTAATTATTATAAAATGTCCAATTAAAAATGAAAACACGT CCATATTAATGAGATTTTAATACCTTTTTGTATCTCACATGAACACTCTTTGTGTCACCT CAACACGAACGGATGCATTTATTACAGTTTAGAATAATTCAGGGGTAATAAGACTCCTGT ATAATTAAGGTGTGTCCTTGAAATTTCGTGTATATCAAAGGAGGTATTATTTGTGCATTT TCCCTAAATTTTTAAAACTATAGCTATTTTCCATAAGTACGTTAGCATTTTTTGCCATTT TTCATTATTTTCCAATATCTCTAGTATTTGATAATTAGCCTATGACTTCTTTAAACTTAT AATTATATTAAGGAAAACGGGTCAAAAATACCCTCAATTTTGGTTTATAGTCTGACTTTT CCTTCATCGTTAAAATGAAGTTGATTTTAACCCTTTCATTACTATTTTCATCAAAATTAC CCCTCATTTGATGGAATTTCCAAAATTGCCGGGTCGGAATGGAGATCATTAATAAGGGTC GCATAATTGTAGATTTTCAATTGATCTTACTTAAATATCCTGCGCGGCTCAATGCATTTA AAAATGAGAAATTCATCTTATATCCCAAATTTGGGGCTTCATTTTTATAGTTTTAATAGA ATTAATATAAGTATTTCTTAATAAAATAAATATTATATTGTGTCTTTTTTTAGTTTGTTC TGAAACATCAAAAAATATTTCTTTATTTTTTGTCAATCTTAAATTTAGATTCCACCTAAC ATGTTTAAGGCCATAAGATTAAAAAAAATAGTTTGATATATATGTATATATATAAATATA TATCGTTAGTTTAACACCATAGAAAAAATAAAAGTTTTTCATTAAAAAATACTTTGAATG TCAATAAAAAAAAAGTTTCACCTTTGATTAAATTTTTTGGCTTTGGTCACTAATTGAGCT GTTACTAATTCTATTGATTAGTGTTTTAGTTTAGTTCCATAATAATTTGTTAGGTATGAT TTGATTAATTTTTATGGAATAATTAGAACTCATTATAGTGAGAGTGTTTGTCCAAAAGTT CCATAATTGTTATAATAATGAGGTATTATTATACATGTACATTCAATGTTTAGATCTCAT TTAACTTTTATAACTAATAATATATAAATAAAATTTTTTTAAATATATTGTTTAAAGAAA ATTATGGTTATAGCTACACGGTTGTTGTTTATAAACATCACATTGTGTGATGTTTACAAG GATGAGTAACTTTATTGATATTGATATGGACACCGTGGGGGAGAAGAGGATGGTGACATA GTATTTTTTGATACTTTAGTTCACCCCGACGCAAGAAAAAAGAAGGTGAAAAATTTTACA GGTTTACAGGGGAAAACTTGAAACTTAGAAGTAGCAAGATAAGAGTATAATTTGTCGAGT AATCAAAATAAGGCTTTAATTATGGAATTCAAAAATAGCCTCTCTAATGACATGTAATTA TTTAAAATTTATTAAATATAAATTTAAAAAATAATTTGGATTATATTAAATTTTGCAATA TATTAGTTTAAATAAATATTATGAAATAATGTAATTGCATTAATTGTTTAAATATAATAA ACATGAATTTAATTTAAGTCTACTTCATAAAACTCCGAAGGAATCATGTTGCTATGACAA CTCCTATGTTCTAAAACTATAAATAGGGGTCCTCATAATTCACGAAAGAAACCAAGAATT CTAACAAGAAGTTAGTGTTGTAAAACTATAAATATGGGTCCTCATTATTCACAAGATAAG TCCTCATCATAAATCGAGTTTCAAGATCAAACTTGAAGCCCTTGAAATCATGTGAATCAA ACTTGTAGCCCTTAAAATCAAGTATAAATTTGAGTTCAAAGCCTTAATTATATGTGAAAA GACAAATCTTTAATTATATCTGAAAAGATGAATTGGAGGAAATTGTAACACTCACATTTT GAAACTAATAAATACAATTGTTGTTATATGATTTTTCGGACTTTAGATTTTTATTTTCCT AACTCAAATTTTATTGTCGTCTTTGTCCTGGTAATGACAAGTGGCTCATGAAGGAATGAC AAGTGGCTCACAAAGGAATACGGTTTTGTGAAGCTATTCTTAGAAAGCTCAGAAACTCTA AGTACAAATAGAGTTTTAATTAAAAAAAAAAAAACTATCATAATTATAAAAAACATATCT ATAATGGTTTAAATATTTTCATAAAATGGTTGACACACAATTTGACAATAAAATCAAAAC ATTGCAAACTGATTTGGGCAGGGAATATCGTAATATCGTAATGTGTCTTCCTATGCCCAA TCCATGGGAATAACCCATCGTCTATAGTGTCTTCACACTCGTGAACAAAATGGGGCTCTC GAAAGACGTAATCGTATGATTGTGGAAAAAGAACTAACTCTACTTGCTCACCTATGTCTT CCATATCAATATTGGGAACATGTTTTTTCCACAACCACATACCTACATAACCGCACCATC ACTCCTATATTGTCTTTCAAATCTTCCTATCAAGCTCTATATCATCGTTCACCAGACTAC CAATTTCATCGAAATTTGAGTGTCTATGTTATCATTTTCTCTGTCCTTATAATAATCATA AAATTGATTTTCGCTCTCTTCCTTGTATCTTCTTGGGTTATAGTTTGAAGCATAAAGGTT ATCTGTGTTACTATCCACCCTCTAATCAAATGTATATTGCTCGTCATGTGACATTCGACG AAGAGAAATTTCCTTATCCTTATTACAAATCTACTGCCCCTTCCTCTAATGACAATTCAC CACCCTCCCCCTTAACTTTTGTATAGTCGATTCCAACTTTGTTCCCTCCGTTGTTGGCGC ACCTTCACTCGAAGATCCTTCACTGTCCACTCAATCCATACCAATATCGCTTCCTTCTAT ATCTTCTGATACAACCTCTTCACCACAAAATTCATGCCCGACCCCCGTCATATCCTCCAC TTCAAGTTCTTATTAGAATGCTCCCACATATTTTTGGCTACCTCTTCCAATCATTCTATG ACCACAAGAGCTCAAAAAAAATTCCCTCAATTCTAAAGCACTCACTCTCGCCATGCGATC CTGATTTCATCCTCCTTGGCCAGTGAACCAAAAACATATAAGCAAGCTGCATAATCTCCT GATTGATTGTACGCCATGGAAGTTGAATATCAAGCATTATTCATAATCACACATGGAAAC TCTCTCCTTTCCTCTTAATGCAAATGTGATGGGTTGTAAATGGGTGTACCACATTAAGCA TCATGAAGATGGGTCGATTGAAAGTTACAAAGCTCGTTGGATGGCCAAAGGTTTTCATCA GGCAGAAGGGGTTGTTTCCATGTTACATTCAGCCCAGTTGTCAAACCTTCAACAATCAGA CTTGTATTATCTTATGCAGTGTCCAAGATTGGTGTCTTAAACAGTTAGATGTTAATAATG CATTCCTTAATGGTGAACTTTCGGAGGTTGTTTATGCCTCAACCACCAGGCTTTACTGAT AAGTCTCACCCATATTTTGTGTGTCGCTTGTCAAAGGCTTTACACCGTCTAAAGCAAGCT TCTCGCGCCTGATTTCTCAAGCTCAAAACATTTCTCCTATCGCATGACTATACTTGTTGT TACTCTGATTCATCCTTGTTTGTCCATCATACTCCTTCCTCTGCTACATACCTCTTGGTT TATGTGGACGGCATCATCATAACGGGTAATGATCCCTCTTATATCTCCTACTTCACCAAA CCCTTTGATCTTCAGTTCTCTATAAAAGACTTTGGTGATCTCTCATTTTTCTTGTGTATT GAAGTTGCTCGTGTGGGATCTGGTTTGCATCTTTCTCAAGCTAGCTTCATTCGAGACTTA CTCTTCGAACAAAAATGACAGATTGTAAGTCTTCTCCTTCTCCAGCAGATAGTGTTGACA TCCTCGTGAAAGGGCGCAACATAGTTGTGACTTATTAAAAAAAAAGTAATTAGTTAAGTC AGTTTTTAAAAGAATAAAAAGAAATTTTAAAAGAGAAGGAAACTTAAAAGGGGTTGAAAA GGGTTTGAATTGAGTCGTCGCCTAAGTTTTAGAAAAATTAGGAAATCTATTAATTAATGG ACTTGAAGTCTACAAAATCAATTGATCTGATAAGAGGTTCAAGTTATTTCGAAAGGAAGG CGTTAGACATCCTTCGAAATTCATAAATGTGGGTCCCATCTTAATTCATTTTTCAAATTG AGAAGGAGAATTAAATAATGTACAAGTATAATAAACATGTAATATACACAAGTAATAAAA TAAGACAATACAAGAAACGGCCTAAAGTTTGTCTAACGTCAATATATACAAAATGAATAA AGAGTATAATTCAAACTTAATTCGAATAGCTTCAGCGGGAAACAACTGCGAATACATGTA AAGACACTTAGTAAAAGTGTTAGTAATAAATAAATATGAGTAAAAATAAATGAATCAAAC TATAACTTAAAAATTAAAAATCCAGTCTTATTAACATGGGATACCTTAGAAATCGACAGT GATTTCTTCATCGTCCATTTTTAACAAACAAAATTATGAACTTAGATTAAATTTATGTCT TTTAACATTGAGGAAACCTCCAAATCGACGAAGAAATTTTCTCATTTTCAACTTTTAACA TATATGAACCTAAACATAGTGAAAATTATCAGAAACAATACTTAAACAGAAGATGGCAAA ACAATCCAAACTAATTCCTAAAAAAATAATGATGATAAAGCAATAAATAGACAAATGTAC AAAATAAAATATAAAACAAAATTCACAAATGCGCTAAACTACCAACAGTCTTTTAACTCA AAACAAATCAATAAAATTACATCAAGACAACAAACAACGATAAAGATAAACATAATCAAT AAGAAATTAGTCAAATCAATAATCAATGAGAAGAAATAGTAAAGAACAAAATCAATGCTA GGCTACCAAAGACTCGTAAAAACACACAATTTTAGAAAAAAAAAAACAAATTAAAACAGA GAGAGGCGAAAGAGCTTAGCCATTATCGAAATTCCCTCCAAAAGAAGTAATAAAATAGTG GAAACATTAAAATAAAATCCAAATTGATCAACTAACAACGACAAACATAATATCTAACAA AATAATAACACCTGAAAACTAAAATTCATCTCAAATAAATAGAAAAATGTGAAATAGGAA AGAAGGGTCACCGGGAAGAAGGATATCTCGCGATGGTTTGTAGTTGATGTCCGAAGGATC TTGCTTGTTGCTACTATTTTGTCACAGTGACAAGGGTCCTGCAATGATTATATGGTGGTG GAATGGTGAGATTCTGGTAGTGGTTAGTTTTTCCGGTGGAGTTTGGTTGTTGTTGTTGGG TTCTTCCCGGCGGAAAACAGTGGAGGGTGGTTTGGCCTGAAAAGGGTGGCTGTTTGCTAG AGAAAATAGGAGAAAACAAATGGGGTTTTTGTGGTGGACTGCCTGAATTTCGGTGGAACT TCGACGACTTACGGGAAAATAATGAACAATGAAAAAGATTTTTTTTTTAAATTTAAAAAT CTGGAAATTATCCTATATTTTATCCACCATCCCAAAAATCCAGTGAGTTAACTATTCTAT ATATAGAAAATTGTTAAAAATAGGCCTAAATTATGGGCTCGAGATTGTGATCTAAAAATC TTTGGTCGGGATTCAAACCCTCGTCAGTGGCTTTGCACGCCTCTTAAATCAGCTCACCCA CAGGTTTTGTTCTATGGGTACTCATTTAAATTATAATAAATATGTATCATATTTTCTATA TATATATATATATATATATAAAAAATTTCGGAAATCAATGGGTGCTCGAGCACCCGCGTC TGGCTTACTGGGTCCACCTCTGTGTGTATGCAAATTGTATTCGTATTTAAATAATTTTTT AGACAGTGTAAAATATCAAAATAAATATTACCAAATGTAACAAAGAAAATAAATATGAAT GAATATAATGAATGTAACCATGTAAAAAATGTCATTTAACAGAAATAATGATTTTATAAA AAATGAATAAATATTTGAACATTTGAATGCGACAATATAATATAAACATTACTATCGACA AAATCTTAATATTTTGAAAAAAGAGGATAACTATCAACAAATTGCATTAAAATGTCAAAA CAAATATTCTGGACTATTTAAAAATAAAATACTCAAAAATTATTAATTTTAGAACTATCA TACCAAAATTTGATGTCAATGAATAGCATATTTCAATTATCCAAACACGGTGAAACCTTT GATGATCCATCATTATATTGGAGTATTGTTGGAGCTCTTCAATATGCGACTATCACACGA CCAGAGATCTCTTTTTCGGTGAGTCGTGTTTGTCAAAATATGCATAATCCTACCTTGAAT CATTGGAAAGTTGTGAGACAAATTCTTCGTTATCTCAAAGGCTATCTTACACATGGAATA ACCATCACGCCATTCACTTCCTCTATAATAAATCTTTGTTGTGATGCCGGGTGGGCTGCT GATCTTGATGATCATCGTTCTCATGATGGACTTATTGTATATTGTGGTCCTAATCTAATC TGTTGGTCCTCGTGAAAACAAAAGGTAGTAGCTTGGTCTAGCATTGAAGCTGAATATCGT GCCATTGCATTTGCCGGATCAGAAGTATCTTGGATAACTAGTTTGCTTATGGAACTTCGA TTGCCCTGGACATGTCCTCCCATGATATTCTGTGGAAACAGTAGTTCTATTTATCTCACT GCCAATCATGTCTTTCATCAAAGGTCAAAGCATATTGAAATTGACTATCATTTGTTCGAG AGAAGGTTGCTGGTGGACAATTTTGTGTTCAATACATTTCTCCACGGATCAAATTACTGA TGTGTTAACTAAAGCTCTAAGCTCCTCTTGATTTTCTCATCTATGGTCCAAGCTCACTGT CTCCAAACCCGACATATGCTTGCCGGGAGTGTTAGATGATAACGAATCCTAATCTAAGAA TAAATTATGTTATTCGTGCCATTAAAATGAATTTAAAAAAATAATAATCTTCTAACGATT CTCGAAGTAGTAATGTGAGTATAACTATTATGAATTTTCCTCGTGGATACCAAGGTGGTG AGCAGAAGGTGGATACAAAGGTGGACGAACAAAAGATGGATACTAAGGTGGTTTTAGGAG TAATATAAGGCAATCACATGCTTCATTAGGTGAAGAGAAGATCAATGAGCTATTAAAATA TGATGATCCTCATAATATATGATATTATTTTTTTTTATGGGCAAAAGACAGAAATCACAT ACTTTTGAGGTAAAATTACAATTTGTCCCTTATAAGTTTATAATGACAAAAATGTCTCAA ATGATACAATAATATAAGTGTTGATACATTAATCTGATGCGCGAGATACATTAATTATTA AGTATATTACATTTTATACATGATACACTAATTTGATGTATATTTTATACACGATACATT AATTTGATACGCGAGATACATTAATTTGTTGTAAGAGATACATTAATTTGGTATGTGAAA ATAAGAGATTTTGAAAATTTATAAAACTAATAAGAAATAATGGTAATAAGAGAACTTAAA GATAGAATTTTTGTCATTTTTCCTTTCTTTTTTAGATGGTTTCAAAAAAAGGGGAAAAAC TATATACCTTTTTATCATGATTTTCTTTGAATCTATACGTCCGATTTTATGTGACCGATT TGAAGTATGAATATAGTAACAAGGAATCAATGTCCAAAATTACGTCACCTTTATTTTTTG GGAGACGATCAGAATACCTCTTTAATAAATACTAGATAGGCATGACACTATTACTTACAT ATATACAATTACATGTGCAACAACCCTTTAGAAAAGGAAATCTAATTAATTTAATTCAAC GACATCTAATTCAAATATAAAGATTAAAAGTATTACATGCATTAGGCAACTTTAATGTTG ATCTGATAAATATACTAATGCAGCATATTTGATTAAACAAATAATTGTTTAAGTTCATAT ACACTTTGGATCTAATTATATTTTTTACATACATTAGACAAAAATATATGTGCGACTTAA AGCTTCTAACCACTGTTACATAATAAGTTTTTGAACCTTCTCATGTTTTGACAGATTATT TCCAATTTCCACCTTGGAAACTTGCTTCAATTGACTCAAGATAACAAAATCTGATTCTAT ATTTTGAAGAATAACACAACCATCTTCTTTTGAGGGCTAAAAATCGAAAGCATGCCACCT AAATATATCACACAACTTGAACAAACTGGATAATAATAAAGTAAAACACATTAATCAAGA TACAATTTTCAAAAAGTAACATCACAAACCATAGCACTCTTGCATACTCTTTAGATTTAA ATGGACCACAATGAGGATTTTAATTGTCAATTAATCTTTGAACCCATTAGCGAGTCCAGT GGCAAGTAATATGAGGAAAGGAAGACATAAATTAGCTATCATGATAGTGCCATTGGATAT TAAGCTATATCACAAATGCCAATATAAAGATGATGGTATCAAAATAACTTTTCTCGAGTG TTTACTGCTAATTAAGGGCAAAATTTAATTGTCTCTGATATAATTTGTAAGATTTGGGAC TTACCATTACATGTACAATTGATCCTTTGTCACATACATATTAGATGTAACATTTGTGGA AGCTTATAGTGTATCCATGACTAAGAGTATATGCTAATTATAACCTCACAAATATTTTTT TAGTATAGATTCTTATTCTATGATACGAAATAAGGAAATTAATAGATATAATCAAGAATG ACTATATATTGGTTGTTCAATCAAAACCTATTAATGGTCTTGGCCAACAGGCTCCTCACA AATTTCCTTATTGAAGTTTCTCGTCTTCAGATTCAAGGAAAGTTTTTTTGAGGTTACCAT ACCTTTTTGGTGAGAGACCGATGCATAGTCAGAGCTCTCCATTTGTCGTATGTCAATCAA GAAACCCCGACTTTATATGATACATTGTACCTCAATGTAGTTCTTACTGAGTTTAAAGCT AACTGCAGTTCAAATACAAATTCAATGTCTAATTATTAATGAGTAAAGAAGAAAAAAAAA AGATAGCTATCGTAAATTAGAATAGGTAAACTTGAAAAAATAAAGTTGATAAATGCATAC ATAACATAAACCAGAGAGAGAGAGGTGGAAAATAAATGAACTTGAATTTTCAATATCTAC ATCTATTATTGAAATAGAAATAGCAGAAGAGCGGAGGAGTTTTGAGGAGACGACGGTGAA GAAATGAATTGACCTAACTCATAACAATATGAACTGTGGCCTCTTGACAACTCAACCATC AGGATTCAATAAGATCTACTCAAATATGGTTGCTCTATAAGAAACAGACATAAGCCAACT TCTTCAGACAGTTGTAAGCTCACGGACACAACCATGAGTATAAGGCTCATATACCTTCTC AAGGTATGGGAATGACAACAAATATCCATGGAATTGGAAGAGGTGAGGGATAATCCATTT ATCTTTGGGTTATATAGTTCAAAAATTACAAGAACAAACAGATTGTATTAAAAGATCCAT AATATATCTTTTAAAAAAGTGCTAAAATTAACCGATGAAAAAAGTTGTGATCTTTAGTGA TAAAGAGGAGCATATCTTTTTAGTAGTAATCCGGCATATCAACTTAATAGTTATTCATTT AACAGTTCCCTTCTCTTGAATAAGCATTGATTCTTTGCTTTCAAGTTCATACTTAAATCA TATATTCAAGAATCAAGAATTAATTTCAAATAACATATTATCGAACTTATATAAGGTTGC GTATACACTATCCTCCCCAATCACCACTCATCAAATTACACTGAATATGTTATTGTTTAA TAAGAAGCAATAAAAAACTTCAACTGTTGTGGAATATTTTTTCTAGAATTGAAAAGAAAA AAAACATATTCTTTCACTCAGATACGATACCAAAAAAACTGAAACTTGACTTACTGTGCA AAACGACTCTTTTGGGCAATAAAAGAGAAAATTTTGATGCTATCTCCTGCAACAGATTTT CTACATAGAGTGTAGTTAAAGGGGTCTGCTCAGCATTTTTAACACGATATTTCTGCCACA AGTGAAAGTAGGGCTCATCTTCCAAGAGAACACGAGGAGAGGAAAATTTCATGAGATAAT CTAACCAACAAATTCAATCCGTTCATGCAACGTTTGAATGCAATATGGTCCTTCAGCAGG AATAGTCATATCAAGAATTTTATCTGCCTAGCCTGTAGAAATAATTTTTTTTCAGGGAGA AGAAATAATTGATGATAGACTTTCTTTCTAGTTGAATTTATTACTTACCAGCATAATAAC GGGGATGTACAACCAGCGTACTCCAATCTTAACAGCCTGTTCATATGGCTTCTCAGTGTC CCAAGTCTCGAACGTTGCAATTTGATCATTATGTTTCTCAACCAGTTCAGCCAAGTGCAA CATACTTTTGACCTTTCCTGCAGCATGGAACAGTTAGTGTTGTACGACAACCACATTAGA GAAATGTGTAAGCCACCAAAAAAAAAAGGTCAAAGACCAGATGGCACAACTTCGGGAATC CTCCGTGCTTCACTAAAACCCACGGCCGATTTCTTTCTCTGTTTGATCTCGAGAGAGGTT CATTCACTTCCTCGTCTTCTTTTCCTAGAGATAGCACTTCATCTTTATTGCATTCAATGG ATTTCGGATAAACGGGTAACAAAAGGAACACTATCATGCCACTAAAAGCAATAAGGATAC CAGGAACAATCACCGACCAACCCCATTTGTATTTCAATAATATTGATGCGACTAATGACC CCGTAATATCCCAACAGAAGTGTGAGAATTCTAAATACCCATTATAAATAACTTCTTCTT TGCAAAACTAATTCCCAACCATTGCAACTACTGCAGGACATCCAGAGGATTGGAATAATC CAGCAACCATTTGGACAGTCAGATACTCAAATAGTGCTAGAAACTATGGATGTTTGCCCA ATATCCAAGTCCAAAAAGAGTTGTGAATAAATCTGTTCTCAATATTTCCACAGTAGAAAA AACTATTGAATCCATCTTATAGACTAAGTACCCTGAGATATTTAAGACCAACCCCACAAG ATCAGGATCAACTATCAAGTGCTTGTTTCACGATAGTCGATACTTGCGGTTTTTCAATTA GCATGCCCACAACTTCCAACTTTTCTTATCAAAACTCAACTCTAACTCAGTTGTAGTTCA TACATAATGATCCTAATAAGAACACTACTACAAAAAGCAACTCTTAATCGCTAGATACAC CTTATATTTTGTTGATAAATATGTATTTGTTGCAGCGGCTAGAAACACTACAACAAATTT CGTGATTATTTATAATGGTTGGCTAAGCAATCTCTTGATAAACAATCACGAAATTTGTTG ATGATTTTTTACTGTCTAACAATTTCTTAGTCAATCGTTATGAATGCCGGAACGCACACT TGTTTAATTGTTATGATAACAAACTTTTGCAAAATCACTGTATTCTTTAATATAAACCTC AAAGGTTCGAAAAGCTTACAAAACTCTCTTTCAGACCACGCCTCCAACCATGTCATAAGG CAACCGATAATTTTAACATTCTTGAGATTGAAAAGCATTATTTGAAATCCCAACTCGGAA AATTGATGTTATCTACTTTGGCGAAATATCTTAGCTTGAGCTAGCAGATACAACCTCTGC AAATCATGGTCCAATAAGTTCAAACATCTATAAAGAAAAAGCTTGAAACTTATTTTAATA ATAGCATATGAACATTTGTAGATGCGAATTTTTCACCATATAGGAGAAAAAACTTACCTC GCTTTGTATGCCTATGGCACAAGGTACTTACTGAAAATTTTGAACACTACCAAAACAAGA TTAGGAAAATATTTAGAGAGAAAACTAATTTGTACCGATGAAAAATCAAAGAGAACATAG AAGATAGAGTGGGTAGAATAATAAACACGGTATCGATGAAGTTAAGTTATGAAATTGAAA AATTTAAGTTTGGATGAAAGAAACTCGGACAAGTCTTCTGGAAATTCTTCATGGTTGGAA AGAAAAATGACTTCACGAGTCTTCTAGAAAGGCCAAAAAGCTAGTCATAAAAATTTGTCT TTGACCAAAATGACAAATTTGCCCTTGTATATAGTACAGAACTACCAAAATAGCCTTGGT CGTCATCCTCTATCACGCTTCTATATAGTAACTAGATACAGTTAGCCTGTGCTAAGCACA GGCCCAATATTTATATTTTGCAATGTTTTCGATAACTCCTTCAGTTTCAGTTCTCTAATT TTCTCAAACAACTTATAAACTTCATTTTTGAATAAAACTAAAAAAATATGAGCAAGTGTA AAAAAAGCTTGAGACTAATTAGTTCTATTGGTATATAATTTACTATTTGCTGAAGCAACA ATAAATTGTAAAATAAGAAGCTAAAGCAAAAAAATCACAAGCTTCCACTGAAATTTCTTA ACATATTTTTTTGTTACATAATTACAATTTCATTGGTTCTTCCGGTAGTTATTTGATCTT CATATAATACAAGATATTCAACTCAAATTTCTTAACATATTTTTTTGTTTCAGCAATCCC TGTATAATATATATTTCATAGAAACTTCAATTAGTTTCAAGCTATAACTTCATATAATTA TCAGTATTTCGACAGAGCAATAGTTTCTAAAAGTGAGAAGACAGTGGATTGTTTCCCTTC CTGATCTTCTCTGTACATGCAACTCCTATTGCATAAGTTGGAACATTTTATTGTAGATTA CCTTATCATGTTAAACAGATTAAAAGGCTACTAACCATGTGAAACAAGCAACCTCATTTC CTGCTAGAAATCCTTCACACTATTATCTCCTTTATCTGAATTAATTTATAAGCACCATAT TAAGCCCGTGGTATTTTCAATAACATATCATCAATGGATATTAACATTTAGTGCAGGCTA CTTGAAACAAAAGGCCTACTATTTAAGTAGAGTAGGATAATTTAATAATAGTCTTCAAGA TTTACTTGTAATATTAAATATCAAAGAACATCATCGTTGTAAACATGATTTTGACCGGCA ATTACCTGAAAGGCAGCAACAAAAGCTCTTATTTAGTGTGATATTAGATGAATGAGTTAT GGTAAAAATAGAGTGTCACCTTAAAGAACATATTAAAGTCTAACCTCAAGTAAATATCCA TCAAATATCTAACTAACAATAATAATTTATCACAATACAATTAACAACATGTCAGTTGTC ATACATGTACGTTGTCCAACAAAAAGCTTACCGAAAATGAAATCCGGTAGAATACAACAT TTAGCCATATAAGATCACAAAGAAAAACAAACAATATTGTAACCAGGCAAATAACGTAAC TTCAATAAAATGATTGTGTTAAAATATTACAATATATACATACGGAAATAATCAAGCTAG CAAGAATACAGATACATAGATGTAGCTAAACTATTTATAGAAGAGGCGCTAGTCTAAGAA AAGACAAGAGAAACACTACTTGAACAACTCAAAATTTACTTAGGAAATGACTAAAATGGC AACTCATATAGTCAAAGTTCGGTCAGAAACTAAAATACAAAAATTTATTTCTATTATACA CATAAAGGTAATACCAATATATCACATTCAACAAATTATTAGATCTATTTTCACATTCTA AATATCATTTTCACCATCAACTCCACTCAAAAGTCAACAAATTAGTTACCTGAATCTCTA TTTTAATACAAATAATTTAGAGATAATGTCTATTTGACTTGAGTGTTTTCAAATAACAAA ATTAAATTTGATGTAAGATTCAATAGATATAGTCATAGATTTCTACCATTGTTCTCAACA TCATTTCATATAAGGGTGCAGACGAATTACAAAACAAAAATAAAGGTATCAGATAGAAAA GACAACATAAACTCAAAAGTATTCTAGAATAATGAAGTAAGCTCATAGCATGAATAAGAC TATCCCATATAAAGATCTACATTATACAAAACTCTTAACTGAATCTTTTTTTTTAAAAAA AAAAATCATTAGCAAATGCATTGAAATTACTACCAATTAAAAGAAAAAAGATATTCATTA GTGAGGTATCAAACATTTTACAATGTTCCAAAACATAACTTAAGAGAAGAAAAATGAAAA GACAGTCGATGTAGCCTAGTAATAATAAAAGTATAAAAAATAACATATTTAACACTCCGT TGAAATTATATGATACCATTTCTCGGGGCCTTGCACCTGATCCAAGTAAGCATCATATGT GACATACCTCAATGAAATATACTTGTACCTAGATTCTAAGATATGATTTGATATCGAAGA TGCTGAAGCGAAATCGTTATTTTAAGTTGAATTCGCATGACCGCATTTAAAAAATCATAG AGCGTAATGAAAGAAGGCAACACAAGCATCTTATTTATATATTACATTCTATTATTCTAA GCCAATTGAATGTTGTGCAAATCCAACCATCTAACAAGGCATCTTTTGATATTCTAAGAA ACACGATGAGGTAATCATGGATCTCCTCTGAATGAAACAAAAGAAAATTAAAAGCACGAT AAAAACTGAAAAGCATGGGGATATATCAAGAGAAAAAAGATATGCAAATATTACCTTTAA TAATGTAATCACCGATTGATCATCAAAGATATCAACACTACAATCATCCAAACAGTTAAC CTGCAAATGGGAGTAAACAAGTAAAATATTGCATAAAGATTCTCAAGTATATCTAATTTT AAATGGCATACATCTCAATTGTCGTAGGATTGAACTCCTCATTAAATACCCTTTTTAGTG ACAATGAATAAGAATCAAATCATTTTTGAGATGCTACAAATTATAGTAATATAATACTGG TAAAGGGGTAGAGTCGTACAAATTCATCCATGCACTCAATTACTTGCAATTAACTCTTGA ACTCACTATTGAAATAATTTAGAAAAAGGAGGAAAACAAACATTTGCTCATAATGCAACA AAATAAAACTCAAAAGTAATATAAAAATTAAAATCAAAATTTTAAAAAACTGGTACTAAA ACAGGAAGGTGAAATGGAGATGTTTAAAGACACATCCATTTGGAGGAATAAAAACATACC TAAAATGAAGATGAAGAGAATTTAAAAAAAATACATATATATGCCAATAAAGGTTCCACC CAATTATCTTCCTGCAGTGATAGTGTGGAATATTTATAAAGAAGGATGGATGGTTCTAGA GTAATGCAGAGAGTGTATTTGTTAGTCTATATTTACATTTTTACCCTTTATATTTCTACA TAGTAAAAAAAACAAATGGATGGTTTTAGAGTTAGGCAAAGAGTGTACTACCTTTGATAT TTCTACATAGCAATAAAACGACAAAATGTATCTGAAATGAGAAAGGATAGTTTCTAATTT GCTTAAAAAACCTTATATTTTACCCTTGATAATGAGTATATTTACATTATTATCAGTGGT CGTCCATCTTGTTGGCTCTTCTATAATATAGTAATAATAATAATAATAATAATAATAATA TAAGGGCTTAAGTGTAAGTATTCCAATCTTTAGGGGTCAAAGTGATATTCTACCCTTTCG TGACAGCCTTAAATAGTCTGCCAAGCCAACCCGATTCATATTCAATAGAATTTCTGTTAA AGGCCCAAACCCCCCTCTCCCCGATCATTGCTCTCTGTTAATCGACGCCGTGGTCGAGTC CCGCCGTCCATCCCGGACGTTTTCTCCGGCTAATTCTTCATCTCTATTGTGTCTATCCAA GGTCAAGACCATATCTTTTTGTGTTTATTGTCTTTTTTTTGGAAGCTTATTTCTTGTGCT TCTTATTGCGATTGGGCCTGAATAGAGCGAATTGGTTACAGAGGATTCATATAGGGAATC CAAACTAGTTTTGGATTCAGAATCCAAACTAGTTTTGGATTCAGATTTAGTTGCTTAATC GAACGATTGAATCATTGTTTCGATTGGGCATGAATAGAAAAAGGAAATAGGTCAAGAATA TTACTGATTCGTAGAGTTCATTTTTTCTGGAAACGAAATACTGTATATATGATTTAAACG GTGATGTTTTAAAGATAATTTGATGATACATATAGCATTCTACATGATGTGATTTTGCCC TGCTGTGTATACTAACGTGTAGTTCTAATAGTTCAAAGACAAATAATGGGACATTTATTA GATAACAGTATTAACCAGTTCTCTATGAGAAAGAGAGAGACTTGGGGTACCTGATGACTA TGTTGACAAAGCAAAAGTATGAAGAAAGTTATTGAATTTTCATGTGATTCTGATATACCT CAGTGCAAAACAGGATGAAGTGACTTCTTTGTTGAACATATTGTTAGTATACATTGGGTG TTAAAGTGTTATACTTCCTAAATGATGTTGATTGGCATGTTTGTTCCTTAATACAAGTTG ATGCATCTTTGGATGACTTGAAAAGAAAAGTAGGTAAGGTACTTGAGAAGAGGGATTGTA TAAGTTGGCCACTTTTTGACGGAAGAAATTCACTTTTTATAAATCTGTGTTGAGTTGCAG AAAATACCTCAAGTTACGAGGGGAAGCTTAAATGTTACTTCTGGAAAAACTTGTACTTGT TAGGATTCTTCATTCACTCAGTTATGCAGTGGTTTGTTTAATGTCTTTGCCTGGCTAGCA TTTTCTTATGGAAGCTTTCTATTTTTACCAGATGGCATCACTTCAAGAAAGCTTGCAAAG GTTCAAGAAGCAGCAAGAGAAGTGCCAAGCTATTACTAGTATGGCTGCCAGAGCAGGACC TTCCAAGGGAGCTCCTCCAAGGCCAGCTAATGCAAAACCTCCTGCACCTGCAGTCAAATT TTCAAATGACACGGAAAGGCTCCAGCATATAAATACTATAAGGAAAGGGCCTGTTGGGTC TCAGATGAAACGTGTCATAGACTTGCTTCTGGAGGTATATGGCCACCACTTCTTTTCTCA TTGTTTTTCAATCCCTCTTTAATTATATTTCTAAATTAAAAGAGCTATGATGCAGCTAAT TTAACTTAGCACCTAGAAGCAAGTGTCAAAACTGCTAAATCTCTAAATTTATCCCACAGC AAAATAGCTTAGGATTAAGCTACCGACAGAGTTAGAACTAAGGAGCAATTTAACTTTGCT TACTGGTTGGCAGTCAAAACTTATTATCTGGTTGAGATCAGATCGAAAACCTTGTGGCAA TCGTCCTAGATCTATGACTAGGTCTACCACTGAGGACTCTTGCGATGTTGGATGGTGCAA TTTATTTGATCCAAAGTGCTTTTATTGGGGCACATCAAACAAGAAATGGACAGATGTTCT AAATACTGCAGTTTCAGTGGAGGGCTTTTGATGTTCTGGGAATTATTTTTGAGGGATGTC TCATGTAGTTTGTTGTACTATCGTATATTTATTTCATCCCGTGTTGGAGTAGTACAAATG TTTAATTCTATTACTAGATAGTTCAAGTTTCTAGAGTATCAACCATTTATTAGTAGTTGC AAGATCTACTTGAAGCTAGAGGTGGATGCTTGCATTATTAGCTGGAGTAATGGATTTGGT GATTATGATTTATCTCTTCTTTTAGCAGGACATATGTAATTAACTAAATATCATGTGAAT TGACTTCAGGGTGCCATATTTATTACCTGGCACTACAGCACAACCGCATAAGTCATATCC GGCAGTTTTTCATCTTTTAGCTTCAAGTTGCTAGATTTTATTTGTGTATAATATTGTTTC GTTCTTCTTCCTTGATGCTACTGGACATTAACTACGTAGAATTACCGCAAAATTAAGACA CCAAATGTGCTTAATACAACAGTAATGATGGCTGAATCGAGAACTGATTCAGCACTAATC TGTAGGTTCTTAATAATTCGAAAATCTGACATGGTCATTCCCCAGGAATTTTGTGTAACT CTCCATTTTAGCTGGATTCTCCACCTTGATTAATAGTGTCTTGTCCTGTTATCTTATAGG GAACTGTGACATATTCTGTAGTCGTAGTACTTGTAATATTGATAACTAATTAATTTCCAT ACATGCAGACAAGGCAAGCTTTCACACCAGAACAGATCAATGAAGCATGTTATGTTGATT TAATTGGCAATAAACCTGTGTTTGACAGTTTGAGGAAAAACGTCAAAGTATATTATGATG GCAATCGCTTTTCTTATAAGGTAAATTAAGGTCTTCTTAATTGTACTCCTCTGTCTTTAA GTCATTTGTAATCAACTCTGAATCTGTGTGTCTTTACTCTTTAGTAACATAAATTCACTT ATTATTTGTCAACAGTCGAAACATGCTCTGAAAAATAAAGAGCAACTACTTATCTTGATA AGAAAATTCCCTGAGGGTATTGCTGTTATCGACCTCAAGGATGCATACCCGACTGTCATG GAGGACCTGCAGGTATTTCTCATACCAAGCTACTTTTGAGTTATTTGCTTTCAATGTACT GATACACAGGTATTTCCTATAGGCTCTCAAAGGTGCTGGTCAAATATGGCTGCTGTCAAA TTTTGACTCCCAGGAAGACATCGCCTTCCCAAATGATCCACGAGTACCCATTAAGGTTGA TGATGATTTGAAACAGCTATTCAGAGGTATTGAATTACCACGTGACATGCTTGATATCGA AAGGGATCTGCAGAAGAACGGGATGAAACCTGCTACCAACACTGCAAAGAGAAGGGCAAT GGCACAAGTCCATGGCATTGCTCCCAAGCCCAAAACCAAAAAGAAGAAGCATGAGATTAG CAAGAGGACTAAGCTTACAAATGCTCATCTTCCAGAACTCTTCAAACTTTAGATATCTAT TGGTTCATAAACTTCTCCCGAATAGAAAACAAGCACTGGAGTTCCTCCTCTCCTTTCCAG ATTCTGTTGTCTAGTGACTGAACCTTGAATACCTAATGCTTTACCATACGTCTAGCATGA AGAGTTCTTTACGAATGGCTAAAGCCTTGGTGTTTGGTTCCTATTCACAAGGTTGTGTTT TGTTTTTACTGACCTGGTAAACTTGGGGTGGGAATATGATACTAATAATTTGTGATTTTA TTACTGACTTGGGTTTTTGGACCATCAAATTGTTATGTTCATGAAGATCAACATCATTTT GTATCATATTGTTTAATATCAATATATATTACGATTAAAATTAGTAACTTGATGAGGCAA CAACTCAAGAGATTTGCACATTTATTAGTTTCAGCTGCGAAAATTCTTTTCAACTTTGTG TACACCACGTTGTTAATTATACCGGTTTGTGAAGAAAGGTCCTAACTATCGTCATGATGC TATGATAACGGCTATTTATGGACTGGTCTATGTTAGCCACCAAGACAAAACTAGAAGAAT TAGAAAACAATAGTTGCAACAAAGAGAGATGATCTTCTTGAACGATTACTGAGTAAGCAT TGGATTTTACAATGATTAGGAATAACAATATGATTGATCGAGGGTTCAAACTGTGGAAAC AAGTCTCTTCCAAATGATAAGTGTCTTGAAGAGATGCCAAACTTTACCAGATTTGTTAAC TAATGTCTTTTGGAATGACCATAAAAAGAAGATACAACCATGATTGCCAACAAAATAAGC AAAACAACTTTCTTGGTAAGAACTCCCACAAATACCTATTTCAGAACTATGATATGCTAG CTGATCAAGATGTCCTGCTCTTAAAGCCTCTTAGGAGTTGAGACTTTCTCTGAGCAAGTC TACGAATTGATAGATGTCGTTGCGCTTCTGGCTCTCCAAAGGGAGGCTTTCCCTGCACGA GCTTTGAAAAGAGTGAGAAAAAAGAAGTAAAGATCTACTACTAATCGATCTTTAAACGAG ATGATGCATCACCTTGTCCATTGAATCGCAGCATAATCAATTTCAGCAATTAGAGCTGCT TCCTCATGCCCAGTGGTTGCAATAATTTTACCCATCTGCTAACCAGAAAAACAAAGAGCT CTTTGATCGTTCTATACAGACCTCTGCAATCCAAAGTAACTACTAGTAATATCATAACAT ACCGGTCCAACCACAGTGGAGTGACCCCATATCATGTAGCTACTGGCTGAATCTCGAGAC AGGGAGCAAGATGCCACATAAAGCTACGAAAAATGCAGTGAACATGCTTCGCAATGGGGA GCAGGATGCCACATAAAGACAAAGAGGACTATCATCATAAATCAACATGGTATTACCTGG TTATCTACTGCCCTGCAAAATCGGAGTTGAATGAGCAATAAGAATACAGCACACAACTTT GCAAATTCGGAGTTCCTGATTCTATAAGTGTGTGCAACTGCATTGGTCGCTCTTTACTGA TATACACTAAAGAACTTAAGAAAACCTTTATTGGTAACTCTATTTACAACTACACGAAAC AGAATCATCTTGCCTTGTTCTTTGCTCCAGTTCCCACAGGGTTGCCCCAGTACTCATGTT GAATGCTCCAGGGTAACATATTAAATGAGCACCTGATCCTCATATGAAAATTAAGGAGAA AAATTAGTTGAACAGGATTACTAACTACTTAAGCATGTAAACCATCATACCTCGGGCACT GTATGACATTGCCAGCTCAGGAAATCGTATATCATGACAAATTCCTATTCCAATGCGTCC AAAATCTGCAGATTGAAGTTTTCCGTTATAAGACTTGTAAAAGTACAGTTTCAAGTAGGA AGCCTGGCAGGGAAATTAAAGAAAGAATCTTAGTGCAAGCTGAAACTACTAGCAACACAA GTTTGGCCGGGAAAAAATGAGACCTAAATCAGAATTGGGAGTAGAGAAAATGTCAACATG TATATATGAACATGCCAGATGCAGGAATAACAGTTTCTCATTTTTCTGCTAATTTTTTGA GATTCCTGATACAGAAAATGTTGATACGTTTCACATTTGAGAGACAGAAGAATTACATCA TATCCTCAAGGACCTATGGATCATACTAAAACTGTAAGTTACCAAACTTAGAAGTCAATG CATTAAGCAGGAAACAGTTGCCTACCTGTACCTACCTGTATCAACAACTGTAGGCTTCTC TCCTGCTGAAATGTTAACTGATTCCTTAAATTGGACCTCTCCCGGAAGTGGCTTACCCAT GTCAAACAAATGTATCTGCGGAAAGGCATTGCACAATTACAATTCTAGCTCATCTTGCTA TTCTCTTCATCCAATCACCTGTTTTAACTTCTTTTCGGTGCAACCAAAGTTTATCATTAT ATTCATTCTTTCACTTTCATAAAGCATTTGAGAACTAGCTTAACACTAATCAGAAAAGTG AAAGATGTGTTCTTCGTTATAGACTTCTCTATCTTCTAATTAAAAAAAGCTTACTTTTCT GTGCTAATCAGAAAAGTGAAAGATGTGTTCTTCGTTATAGACTTCTCTATCTTCTAATTA GAAAAAGCTTACTTTTCTGTGCTTAGCCTTCAACTCTCCATTAGGCCCAAACACAGGGCA GCTATTGTACAGCTGACCAGCATCCTTTTCCGGAATCGATCCACCTATAATGGTGACTCC TAAGGAAGAAGCCACTTCAGATAACATAAGCAATGATGGGGCACTGTCTATATCGCTGAA CTCCTCAGCAAACTTTGCGAACAAGTCAGTTGAATAAGGGCAATTCCACATTTCCTACAA CAAATTATTGAAATACACTGAATCTCACATCCAACATTGCTATTAAGATATACACTTTGA CCATATGTTTTCAATCTTCAGATAGGAACTTCTTTAGGCTGATACTTTCCGAACTTATGA GAATTCATATAAAGTTTCATTCTTAAAACTATAGCCGGAAAGAAGACAAAGAACTGCCAA CAGCATCAAACGTTATTCTGGAAATAATAACAATGTGCTAGTCAACATGTTAAGGTCAAA TCACTATGCTAGACTTCCACAGTGAATAAACAAAGAGTAAAAGAGGTAAAAGGCATGGAT GATCTAAAACCAAAAATATAACAAACTTCTTTTAGAATTCAAGTTTTATACACAAACAGG GTAAACAATTGCATAGACAAATTACTTAAAACCAACTGAGGCGTAAATGTCTTATGAAGT GCATGTTGTTAACGTATGCAACAGTGTCTGATTAGTTAAAATTGGACAAATTATAACGTG CAACTTTTTACATTTAGTTTATAAATCAGCATGAGATTTATCAAAAGAAATTATGTAAAA GAAAAAATGAACAAGGAGGGTCAAAAATAACGAAAACACGAGAGAAGCTGAAGAATGATT GTGTTAATTCGTTGATAGAACTAGGGGAAACAAGCTTCACATGTGACACTCAACATTGAT TGTGTTCTTTCCGCCCTCCAACTCAACACATCTTCACCTCCATCCTCACCACCCATGCCC TCGTGTCCTCCCTGTATTTCTCTAAATTATATACAAATACTTCTAGGATTAGTAAAGCCC CTTCTTTTTTTCCTAAAAGGAACATTTTCCTTCATAGCAAAAACACCCTTTAAAGCTAAA ATTAAAAAGAGTTTAAGTGAAGGAAAAGGCTACTCACAGGCAAAAGTATAAGAGTTGCAC CTTGTTCTGCAGCAGTTTGAATCAGACTACGAGCATTGAAGATGTTTGCACTCTTCTCTG TGGTAACTATCAGCTGACAAATTCCAATCTTGAACTGTTTTTATTAAAAAAAAATGTCAT GTTTTGGATGGAGAAACCAAAAGGGTATTTTAAAAGAAAAACAGACCTGTGTTACATTGG GAATTTGCAGTGGAGCAGAGACAAAGGACTGAACAGCAACTGTTGCCATGGAAGTGCAGA TTTAGTGGGAAATGAGAGTCAACAATATGGGAAGGTGATGGTAAAAGTAAAGGGCACGTC TGGCAATTAGAAAATATCCAACTCTTATTTCATTTCAGTTATTATAATTCCATAATTAGT AGTGTTATGGACTTGACAACTGAAAACTATGATCATAATACTAGTACTACTAATAATAAT AATAAAATCTTATTTAACTCTTCATGTTGTCACATGTTCAACCAGTTTCTGCCCCCATAC AGATAATTTTATATTACTAACCTTGATTAACTTGGACTTGAAGCATAATTATTGGTGTTG TAATAACAGAGAAAATGTTAAGAATAAAATTATCCTTTGCCTTGGCTAAATCAGTCCTAT ATGCACGAGTTGAGAACTTCCAATGTGCGGAGCTAAGGCCGCAAGAGGTTCGTTACTTAG CAGACGCACAATATAAAACTTTCAATTTCAGCCTAAAAATCGTGAATTCGAATCACTAAG AGAATAAGTGAGATGAAAGTTCACGTAGGCAATGAATTGAGCTACTAAGATAATTTATGA ACACAAATGTATCAACCAAATATTTCAACTCAAGTCAAATTGCTATCTTAGCTGTAACTC TACAAGAAGAATATTTCAACTATGAACCAATGCCTAAAATGATAAAAGTGAAATAAAATA TGAAAATGGATTTAAAACAAGCTGAGTCATTCTCCTCTTCTGTACAACCAACAACCTCAT GGATTCTACAGCCTCCATAAGAATCAATGAAGCCACTCTTGCTATGAAAAAAACTTCCCC AGAGAAATTAACATCATGGAATCTGCGCAATTTCAACCAAAATCTTATGCAGTGACTGTG GCTTTGAGAAGAATGGAGAATGGTCACTGCCTTTGATCTTGAAAACTCCTTCAGGAGGGT TTACCCTCACAAGCTTTTCTTGGACATCTGGTGAAAGAGCATGATCATCCAATGTCTGGA TATAAAATCTACGACTAGTTCCATACTTTTCAGGTGTCAGTGACAGCTTGTCCATCATCG GACCAAGAGGAATAGGTCTCATAGAAACCATTGCTAACGCAACATCCTGCAATCATTACA TAACTTGTTAATGATTATTTTCGTGAAACCTTCTATTTACATTCTCTAACTTCTTGGAAA ACATATATCTAGACAGTAAAATACACACAAGGATTCCTTGGTACTGAATACCTCTTCCAC CAAGGAGGATGGAAAGAAATTTCCTAATGTTTTTCGCTCTGTTTGGGATTTGAACCAGAG ACCTCTTGGTTTACCACCTGTACTTCATTGACCACTAGGCCACACCCTTGGGTGCTTCTT CGTCAATAACTTAACTTCTGAAATTGGCTATAATTAAATGTTGAAATCATAATTTACACC AAACTCTGAAGGAAACCGGATCGATTCTGATGTAGTCAACTTATCTATGTTACCACAAGA AGTCGATGATCAAGATCCATAGTGTAAGCATATTCTCCCAGTAAAATTAAGAAAAATAAG CCCCTTTTCAGTTTTATGTATTTTACTTTGAGCTCGTTGAAGTGTTTTCACTACTCTAGT ACAACAATTAAAATACTAGTCGAGCTCCAAAAAAACCTTTCATGCTCCATCTTCTACACT TTGATTTGCTTAATTTGTAGTATATGGAGGTTTTACTGTTCACCTTCTTCTTTTTTCAGT TGCGGTGTAAATAATCATTTTCCAATTCTAAAAGTGATGAGTTGTTCTATGAATTCAAAG CAGGTACAGGCCCAACATTACTTTCTACTGAACTTGTTAACTCAAACAACATGATCCAAC TACCAAATTCTTGTATAAGTGCAACCAGAACCGACATTTATATTGTTGTCCATTATGTTG CCTATTACCTTTAGGTGATGTATATGACATGACAAACATGCCATCATGAGAAAAAATTTC ATCATACTGCTACTCCCACTACCCCATACACACACAGAGAGAAGTTGCATTTGTTTTGAC CGAGCAGTGATGCCTCTGTATTTTCAGTCGTCATTTCTAGTTTCTACGGTAGTCTCAATT CAAACAGCATAGAACAATGCACTCCAAAACACATTTCCACACATCTTTAGCATTTAAATT ATTGTCTCGATCAATGAATTATTAAGATTTTATAAATCAAATATTTACCAATAATGTTGA GCTTTTGTGTATAAGTTATATATATCAATTATGACTCCTTGCAACTTGTATAAAGGAAGT ACCTTTGAAGGAGACTGATTAAAATATAGCCCATGCATTTGCTCCTTCTCGAACATGATG CCAGTGGCAGGCTTGTCTTTACCATTCCCATAAGTTAAAAACTTAGATTCCTGGGTGAAA AGCTCTGCGGACCCAAGCTGCAAAATTAACAATATGAAAACATCAAAATGGAGAGGAGAT ATAAAAGAATTATTGACACTAGAAGAAACTTTCAGAAGCAGATCTATTTTTGAGACCAAA CAAATCCTTAATGAGCTCAAATTGATAGGTTATAATGAATGACACCTAATCCACCAGTAA TTTTGTAATATATATCTGCAACGTCTTTAAACATCATGAATCATGCATGAAGAAAATTGT GGCATGGTTAATTGAACTTAGATGAACCAATTCAAAACTCAATACAATTCCTACATCAGT CTACAGTGATCGTCACAAATTCCCATCATCAGCAGATTATAACGCAATAAGATTTCAAAT ATATATGCAAGCATATTAACCAGCCAGTCAGTAGAATGCAAATTTGGGATGTGGACTGAA CTGATGAAGCAGCAGTCACTATCAGTCAATATCAGACATCACTTCTTATTGTACTTAGTC CTATTCTTACCTTTTGAGCTCCAAATTATGTACAAGCCCCTACTTTTGTTAACTAATGTA CATAAATTGGGTCAGATATTCTGAAACTAGCAAAATTCCTATTTTACCTACCTGACCAGA GATCAGGAATTTGCATTCAGTTACTTGCTATGCAGTTTGGTGCTATTTTTGTCATGCTTA AGAACTACAGAAGTTTCAAATGACAGTTTATTGACCTCTTATTTCTGGAGCATGTGCCTC ACACGTTCGTATATTTTTCTCTTGAAATATTCTTAACTTCAACCACTCCATATGATGAAA CAAGAATATCATACAAGATCACATCATGACATAAACAGTGTTTTCTGAAGGTATGACCAT AACAATGTTTGTGAAATACCAGGAGCAACTCTGCTGCTAAACAAAATACTTTTATACATG CACTTTAAAAAGTGCAACTATTAAATAATTCAACTGGTTTCCCAATCAAAGTCAGAATAA ATGGTTGGTAACCATCCTCGGTAATTGTTATGAAATATATACAAAATAACGGATGCGTAC CTCTTCAGCGAACACATCAAAAGGCCTCTGACCATCAGATATCATCGTGGCACAAAGAAA TACTGCTTTTGCAATTTTAGTTGGGAAATGCTCCAAGACATAGGAAACACAAGCACCTCC AGCACTGTGACCGACCAAAATTACCTAGAAGAGTTTATATGCATAATGTTTCCAGAATAT ATATTGTTTGAATTCATAAACAAAAAAAAGGACTTGAAACTTAAACCAAATCTTACCTTT TCATCCTCTGGCAAGTTCTCCAGATAATCAATTAATGGTTTCGAGTATGCCTCTAGAGAT GTAACATTATTAGTATTTGTCAGATCAATGCCAGATCCAGTGAGATCTAAGGCTGTGGGG ACCAATCCTGTTTCCTCCAACAGAGCAATAGTTTTGTACCAACACCAAGCTCCAAATCCT TCTCCATGTATCAAAACAATTTTCTTTGTTTTGATGTTCTCCAAAAATTCTGGTAACTTT ACAGCATAAATATCGTAAGGTATTTGCAGTGTCACATGAAAATTTTCTAGAGTGAGCCAA AAAGATAAATGGTTACGGGTTTTCCGTTGTCTCCTTTTCTATATCCTTCTTTTAAGGATA TTTCCACTGATTAGGCAACACTAAGATGGATTTGAACTTTTTCAATCACTCTGCTATTTA CCTTGAACTAAATAAAATATAGGCTTCCTATCTATGTTATATATCTCTCCATCTACAGCA TGAGTACTTAAAGCTAGTGAGAAGTTCAAAGGTATACTTCCCACAAATATGATTGGAGCC ACAAGAATATCCGTAAACAAAGGGGAAGCACTAAAGAAGGAAGGTATTCAAAGATCACTT TGGCAAAACAATATTCAGCAATAACCAAAAATAAGAAGAAAATCAGAAAGGAGAAGAGTG GATCTATTTACTATTCTTTCCCATCCATCCATCCATCTGAGTTTCGCAAAAGATATTTGT CCAAATCCGAAAAGCAAAGGACTCTTGTTAAGCCTATAATCAACGGTCTAACAATGAATC TTAGCTGAATAAACCAATTTGGGAGAAAAGGCCAAAAGAGGAGGGGATCAAAACTTTTCA CTTTTTTAGCAACAAAAGTACCTTTTGACTTATTTCCTTTTCAGGAGCACTTCAGCAGTA TCACGAATCTTTAAGAAAACTATCCTATTCATATCCACGAAAAATAAACAAAGATGTTAC TTTTCTGCACTCTGCAGCTCCAAAGAAACTTTCCACTCAGACACATTATAGAATTC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 40742 41401 match_2 match_part 1.000 40754 41253 match_3 match_part 0.987 40825 41587 match_4 match_part 1.000 40868 41536 match_part 0.997 42906 43202 match_5 match_part 0.993 40873 41436 match_6 match_part 1.000 40873 41432 match_7 match_part 1.000 40873 41314 match_8 match_part 0.995 40878 41687 match_9 match_part 1.000 40885 41500 match_10 match_part 0.906 40886 41569 match_11 match_part 0.997 40888 41264 match_12 match_part 0.988 40889 41222 match_13 match_part 0.998 40891 41496 match_14 match_part 0.905 40896 41190 match_15 match_part 0.991 41037 41463 match_16 match_part 0.923 41175 41953 match_17 match_part 0.906 41175 41717 match_18 match_part 0.947 41381 42131 match_19 match_part 0.901 41386 41566 match_20 match_part 1.000 41441 41955 match_21 match_part 1.000 41451 41955 match_22 match_part 0.998 41496 42036 match_23 match_part 0.953 41596 42174 match_part 1.000 42255 42313 match_24 match_part 0.982 41753 42033 match_25 match_part 1.000 41756 42174 match_part 1.000 42255 42379 match_part 1.000 42459 42558 match_26 match_part 1.000 41756 42174 match_part 1.000 42255 42351 match_27 match_part 1.000 41757 42174 match_part 1.000 42255 42379 match_part 1.000 42459 42506 match_28 match_part 0.994 41820 42174 match_part 1.000 42255 42379 match_part 1.000 42459 42472 match_29 match_part 1.000 42006 42174 match_part 1.000 42255 42379 match_part 1.000 42459 42600 match_part 0.962 42804 42907 match_30 match_part 1.000 42268 42379 match_part 1.000 42459 42600 match_part 0.981 42804 43318 match_31 match_part 1.000 42269 42379 match_part 1.000 42459 42600 match_part 0.995 42804 43217 match_32 match_part 1.000 42355 42379 match_part 1.000 42459 42600 match_part 0.995 42804 43219 match_33 match_part 1.000 42460 42600 match_part 0.995 42804 43364 match_part 0.864 44131 44152 match_34 match_part 1.000 42548 42600 match_part 1.000 42804 43287 match_35 match_part 0.980 42550 42600 match_part 0.988 42804 43364 match_part 0.864 44131 44152 match_36 match_part 1.000 42552 42600 match_part 1.000 42804 43287 match_part 0.938 44132 44147 match_37 match_part 1.000 42555 42600 match_part 1.000 42804 43254 match_part 0.840 44137 44161 match_38 match_part 1.000 42582 42600 match_part 1.000 42804 43364 match_39 match_part 0.940 42826 43277 match_40 match_part 0.987 42826 43277 match_41 match_part 0.998 42849 43310 match_42 match_part 0.941 42859 43364 match_part 0.864 44131 44152 match_43 match_part 0.921 55070 55384 match_part 0.968 57163 57287 match_part 0.976 58100 58263 match_44 match_part 0.921 55070 55384 match_part 0.960 57163 57287 match_part 0.957 58100 58122 match_45 match_part 0.938 58109 58541 match_part 0.965 61329 61441 match_part 0.962 62822 62873 match_46 match_part 0.984 58109 58541 match_part 0.963 61329 61437 match_47 match_part 0.993 63388 63536 match_part 0.912 63813 64154 match_48 match_part 0.976 64653 64820 match_part 0.981 65182 65503 match_part 0.951 65594 65777 match_part 0.961 66608 66709 match_49 match_part 0.976 64653 64820 match_part 0.981 65182 65503 match_part 0.940 65594 65777 match_part 0.863 66608 66658 match_50 match_part 1.000 64751 64820 match_part 1.000 65182 65503 match_part 1.000 65597 65738 match_51 match_part 1.000 64751 64820 match_part 1.000 65182 65481 match_52 match_part 1.000 64760 64820 match_part 1.000 65182 65503 match_part 1.000 65597 65675 match_53 match_part 1.000 65315 65503 match_part 1.000 65594 65777 match_part 0.993 66608 66892 match_54 match_part 1.000 65319 65503 match_part 1.000 65597 65777 match_part 1.000 66608 66942 match_55 match_part 0.958 65636 65777 match_part 0.953 66608 67220 match_56 match_part 0.945 66535 67082 match_57 match_part 0.988 66778 67262 match_58 match_part 0.923 66833 67220 match_part 0.857 73586 73613 match_59 match_part 0.930 66979 67220 match_60 match_part 1.000 84297 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 0.972 87143 87178 match_61 match_part 1.000 84298 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 0.980 87143 87192 match_62 match_part 1.000 84298 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87014 match_63 match_part 1.000 84298 84421 match_part 1.000 85352 85512 match_64 match_part 0.967 84302 84421 match_part 0.996 85352 85594 match_part 0.992 86709 86840 match_part 1.000 86956 86967 match_65 match_part 0.917 84302 84421 match_part 0.979 85352 85448 match_66 match_part 0.983 84305 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 0.991 86956 87072 match_part 1.000 87143 87195 match_67 match_part 1.000 84305 84421 match_part 1.000 85352 85587 match_68 match_part 0.827 84312 84421 match_part 0.979 85352 85594 match_part 0.955 86709 86840 match_part 0.966 86956 87072 match_part 0.851 87143 87256 match_69 match_part 1.000 84314 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 0.982 86956 87069 match_70 match_part 0.861 84319 84720 match_part 0.975 85352 85594 match_part 0.955 86709 86840 match_part 0.911 86956 87000 match_71 match_part 0.861 84319 84720 match_part 0.975 85352 85594 match_part 0.955 86709 86840 match_part 1.000 86956 86966 match_72 match_part 0.980 84322 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86819 match_73 match_part 1.000 84326 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 0.965 86956 87041 match_74 match_part 1.000 84326 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 86996 match_75 match_part 0.943 84335 84421 match_part 0.975 85352 85594 match_part 0.955 86709 86840 match_part 0.957 86956 87072 match_part 0.962 87143 87247 match_76 match_part 0.943 84335 84421 match_part 0.975 85352 85594 match_part 0.955 86709 86840 match_part 0.966 86956 87072 match_part 0.971 87143 87245 match_77 match_part 1.000 84347 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 0.972 87143 87388 match_78 match_part 1.000 84347 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 0.979 87143 87336 match_79 match_part 1.000 84361 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87059 match_80 match_part 1.000 84361 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 86974 match_81 match_part 0.891 84367 84421 match_part 0.979 85352 85594 match_part 0.955 86709 86840 match_part 0.923 86956 87072 match_part 0.909 87143 87164 match_82 match_part 0.977 84378 84421 match_part 0.996 85352 85594 match_part 1.000 86709 86763 match_83 match_part 1.000 85399 85594 match_part 0.985 86709 86840 match_part 0.983 86956 87013 match_84 match_part 1.000 85424 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87310 match_85 match_part 1.000 85543 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 0.977 87143 87496 match_86 match_part 1.000 85543 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87451 match_87 match_part 1.000 85543 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87449 match_88 match_part 1.000 85543 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87414 match_89 match_part 0.885 85543 85594 match_part 0.970 86709 86840 match_part 1.000 86956 87072 match_part 0.996 87143 87403 match_90 match_part 1.000 85543 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87349 match_91 match_part 1.000 85544 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 0.934 87143 87248 match_92 match_part 1.000 85545 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 0.996 87143 87617 match_93 match_part 1.000 85565 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87223 match_94 match_part 1.000 86760 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87536 match_95 match_part 1.000 86804 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87396 match_96 match_part 1.000 87013 87072 match_part 1.000 87143 87823 match_97 match_part 1.000 87037 87072 match_part 0.988 87143 87837 match_98 match_part 1.000 87037 87072 match_part 0.994 87143 87823 match_99 match_part 0.997 87444 87810 match_100 match_part 1.000 87464 87823 match_101 match_part 0.997 87474 87810 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_102 match_part 1.000 7065 7024 match_part 1.000 6849 6437 match_103 match_part 1.000 8137 7908 match_part 1.000 7836 7715 match_part 1.000 7630 7412 match_part 0.947 7288 7270 match_104 match_part 1.000 8136 7908 match_part 1.000 7836 7715 match_part 1.000 7630 7425 match_105 match_part 0.965 14064 13463 match_106 match_part 1.000 14543 14378 match_part 0.998 14233 13585 match_107 match_part 1.000 14542 14378 match_part 0.997 14233 13844 match_108 match_part 0.960 20985 20663 match_part 0.899 17460 17323 match_109 match_part 0.903 17659 17453 match_110 match_part 0.903 22375 22169 match_111 match_part 0.815 24587 24534 match_part 0.890 24416 24199 match_part 0.936 24101 23837 match_part 0.890 23755 23575 match_112 match_part 0.815 24587 24534 match_part 0.890 24416 24199 match_part 0.936 24101 23837 match_part 0.942 23755 23687 match_113 match_part 0.972 76733 76482 match_114 match_part 0.995 77376 76537 match_115 match_part 0.995 77362 76537 match_116 match_part 0.995 77284 76537 match_117 match_part 0.995 77269 76537 match_118 match_part 0.998 77028 76551 match_119 match_part 0.991 76988 76551 match_120 match_part 0.981 77701 77085 match_121 match_part 0.967 77699 77117 match_122 match_part 1.000 79067 78949 match_part 1.000 78872 78595 match_part 1.000 77642 77207 match_123 match_part 0.966 77927 77222 match_124 match_part 0.963 77926 77333 match_125 match_part 0.983 79090 78498 match_126 match_part 0.984 79091 78532 match_127 match_part 0.983 80572 80458 match_part 0.943 80336 80180 match_part 0.987 79097 78561 match_128 match_part 1.000 80558 80458 match_part 1.000 80336 80180 match_part 1.000 79097 78949 match_part 1.000 78872 78596 match_129 match_part 0.983 80572 80458 match_part 0.943 80336 80180 match_part 0.987 79097 78650 match_130 match_part 1.000 80558 80458 match_part 1.000 80336 80180 match_part 1.000 79097 78949 match_part 1.000 78872 78675 match_131 match_part 1.000 80558 80458 match_part 1.000 80336 80180 match_part 1.000 79097 78949 match_part 1.000 78872 78720 match_132 match_part 0.966 79091 78743 match_133 match_part 0.977 80590 80458 match_part 0.994 80336 80180 match_part 1.000 79097 78949 match_part 1.000 78872 78764 match_134 match_part 0.998 79529 79037 match_135 match_part 0.960 79530 79082 match_136 match_part 0.880 83809 83760 match_part 0.915 81725 81172 match_137 match_part 0.956 83804 83760 match_part 0.969 83340 82594 match_138 match_part 0.933 87822 87177 match_139 match_part 0.992 87822 87215 match_140 match_part 0.993 87822 87221 match_141 match_part 0.997 87822 87228 match_142 match_part 0.992 87822 87435 match_143 match_part 0.917 88706 88683 match_part 1.000 88595 88513 match_part 0.996 88432 88159 match_144 match_part 1.000 91427 91367 match_part 0.991 91294 91178 match_part 0.995 90294 90073 match_part 1.000 89775 89676 match_part 1.000 89285 89211 match_part 0.987 89132 89054 match_part 1.000 88872 88857 match_part 1.000 88763 88683 match_part 1.000 88595 88560 match_145 match_part 0.933 91426 91367 match_part 1.000 91294 91178 match_part 1.000 90294 90073 match_part 1.000 89775 89679 match_146 match_part 0.911 91445 91367 match_part 0.966 91294 91178 match_part 0.977 90294 90073 match_part 0.917 89775 89728 match_147 match_part 0.899 91445 91367 match_part 0.949 91294 91178 match_part 0.982 90294 90073 match_part 1.000 89775 89756 match_148 match_part 0.980 94851 94801 match_part 0.941 93797 93663 match_part 0.942 92506 92010 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 7065 7024 exon 6849 6437 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 8137 7908 exon 7836 7715 exon 7630 7412 exon 7288 7270 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 14543 14378 exon 14233 13463 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 20985 20663 exon 17460 17323 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 17659 17453 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 22375 22169 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 24587 24534 exon 24416 24199 exon 24101 23837 exon 23755 23575 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 40742 42174 exon 42255 42379 exon 42459 42600 exon 42804 43364 exon 44131 44152 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 40742 42174 exon 42255 42379 exon 42459 42600 exon 42804 43287 exon 44132 44147 gene_10 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 40742 42174 exon 42255 42379 exon 42459 42600 exon 42804 43254 exon 44137 44161 gene_11 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 40742 41536 exon 42906 43202 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 55070 55384 exon 57163 57287 exon 58100 58541 exon 61329 61441 exon 62822 62873 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 63388 63536 exon 63813 64154 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 64751 64820 exon 65182 65503 exon 65597 65777 exon 66608 67262 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 64751 64820 exon 65182 65503 exon 65597 65777 exon 66608 67220 exon 73586 73613 gene_16 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 64653 64820 exon 65182 65503 exon 65594 65777 exon 66608 67262 gene_17 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 66535 67262 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 80590 80458 exon 80336 80180 exon 79097 78949 exon 78872 78595 exon 77642 76482 gene_19 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 77927 76482 gene_20 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 79530 78949 exon 78872 78595 exon 77642 76482 gene_21 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 79530 78498 gene_22 gene GT_PGL_11_AGS_5 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 80572 80458 exon 80336 80180 exon 79097 78498 gene_23 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 83809 83760 exon 81725 81172 gene_24 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 83804 83760 exon 83340 82594 gene_25 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 84297 84421 exon 85352 85594 exon 86709 86840 exon 86956 87072 exon 87143 87837 gene_26 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 84319 84720 exon 85352 85594 exon 86709 86840 exon 86956 87072 exon 87143 87837 gene_27 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 87822 87177 gene_28 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 91445 91367 exon 91294 91178 exon 90294 90073 exon 89775 89676 exon 89285 89211 exon 89132 89054 exon 88872 88857 exon 88763 88683 exon 88595 88513 exon 88432 88159 gene_29 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 94851 94801 exon 93797 93663 exon 92506 92010 RepeatMasker tomato repeats master Unknown00034 5145 5199 1 Unknown00034 5145 5199 1 nucleotide_motif 250 56 111 Unknown00034 5144 5205 1 Unknown00034 5144 5205 1 nucleotide_motif 299 226 287 Unknown00034 3705 3834 1 Unknown00034 3705 3834 1 nucleotide_motif 770 8312 8439 Unknown00046 453 518 1 Unknown00046 453 518 1 nucleotide_motif 279 8441 8508 Copia00078 2833 3033 1 Copia00078 2833 3033 1 nucleotide_motif 1117 12219 12410 Copia00078 2 4454 1 Copia00078 2 4454 1 nucleotide_motif 2400 12607 13061 TLP2 6 306 1 TLP2 6 306 1 nucleotide_motif 1264 16863 17163 Copia00172 425 530 1 Copia00172 425 530 1 nucleotide_motif 233 25544 25653 HATSOD1 1 87 1 HATSOD1 1 87 1 nucleotide_motif 242 25653 25738 TLP3 139 302 1 TLP3 139 302 1 nucleotide_motif 506 26981 27143 Unknown00025 236 475 1 Unknown00025 236 475 1 nucleotide_motif 707 34903 35160 TN10MRNA_NA 1 1332 1 TN10MRNA_NA 1 1332 1 nucleotide_motif 12177 36739 38070 Unknown00025 245 456 1 Unknown00025 245 456 1 nucleotide_motif 516 49577 49804 Gypsy00107 10732 10881 1 Gypsy00107 10732 10881 1 nucleotide_motif 528 70073 70222 Copia00198 649 780 1 Copia00198 649 780 1 nucleotide_motif 402 70512 70641 Copia00145 5 469 1 Copia00145 5 469 1 nucleotide_motif 1757 72820 73274 Copia00145 6330 6675 1 Copia00145 6330 6675 1 nucleotide_motif 447 73951 74288 TS 104 156 1 TS 104 156 1 nucleotide_motif 244 78412 78463 RepeatMasker tomato repeats master Gypsy00071 3642 3863 -1 Gypsy00071 3642 3863 -1 nucleotide_motif 326 172 103 Unknown00025 219 474 -1 Unknown00025 219 474 -1 nucleotide_motif 423 1026 774 Copia00143 77 129 -1 Copia00143 77 129 -1 nucleotide_motif 371 2916 2863 Copia00175 2349 2543 -1 Copia00175 2349 2543 -1 nucleotide_motif 277 4023 3822 Unknown00034 3697 3757 -1 Unknown00034 3697 3757 -1 nucleotide_motif 298 8494 8436 Copia00004 615 3499 -1 Copia00004 615 3499 -1 nucleotide_motif 11387 12249 9367 Copia00003 1 4718 -1 Copia00003 1 4718 -1 nucleotide_motif 39919 22042 17326 Copia00003 4125 4739 -1 Copia00003 4125 4739 -1 nucleotide_motif 4781 22632 22021 Copia00107 1 740 -1 Copia00107 1 740 -1 nucleotide_motif 5368 26504 25762 Copia00107 733 1211 -1 Copia00107 733 1211 -1 nucleotide_motif 3323 26978 26501 Copia00089 5388 5562 -1 Copia00089 5388 5562 -1 nucleotide_motif 295 27181 27021 Gypsy00073 12 352 -1 Gypsy00073 12 352 -1 nucleotide_motif 1592 39917 39603 Gypsy00073 11891 12084 -1 Gypsy00073 11891 12084 -1 nucleotide_motif 1018 40291 40100 Unknown00034 3693 4019 -1 Unknown00034 3693 4019 -1 nucleotide_motif 1265 68429 68103 Unknown00046 197 268 -1 Unknown00046 197 268 -1 nucleotide_motif 235 68829 68746 SONATA2 97 221 -1 SONATA2 97 221 -1 nucleotide_motif 247 69411 69283 Copia00162 728 2471 -1 Copia00162 728 2471 -1 nucleotide_motif 9501 72531 70808 Copia00162 1 736 -1 Copia00162 1 736 -1 nucleotide_motif 4673 75575 74837 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1923 20164 21717 match_2 match 6371 17326 22092 match_3 match 2555 36742 38070 match_4 match 2635 36742 38070 match_5 match 2928 20690 22614 match_6 match 3939 18100 22475 match_7 match 2555 36742 38070 match_8 match 2508 36742 38070 match_9 match 1354 9742 10798 match_10 match 2508 36742 38070 match_11 match 2557 36741 38070 match_12 match 2635 36742 38070 match_13 match 3939 18100 22475 match_14 match 1340 25770 26966 match_15 match 1370 25770 26947 match_16 match 1380 25782 26966 match_17 match 1170 25782 26966 match_18 match 2555 36742 38070 match_19 match 1302 25769 26964 match_20 match 2498 20724 22599 match_21 match 4982 17326 20711 match_22 match 1346 25782 26971 match_23 match 1463 25770 26948 match_24 match 1217 25767 26772 match_25 match 2635 36742 38070 match_26 match 1300 25770 26947 match_27 match 1744 9366 10798 match_28 match 2555 36742 38070 match_29 match 2569 36735 38078 match_30 match 1300 25770 26947 match_31 match 2635 36742 38070 match_32 match 9934 90932 96056 match_33 match 952 25807 26948 match_34 match 2510 36742 38071 match_35 match 2563 36738 38070 match_36 match 1875 9367 10798 match_37 match 2555 36742 38070 match_38 match 737 17896 19011 match_39 match 1548 19066 21256 match_40 match 2635 36742 38070 match_41 match 6968 17326 21726 match_42 match 8921 17325 22618 match_43 match 1407 25790 26971 match_44 match 5870 17644 22618 match_45 match 2635 36742 38070 match_46 match 2508 36742 38070 match_47 match 2637 36741 38070 match_48 match 1350 25769 26948 match_49 match 1362 25782 26968 match_50 match 1352 25770 26971 match_51 match 2555 36742 38070 match_52 match 2635 36742 38070 match_53 match 8909 17327 22620 match_54 match 2639 36742 38072 match_55 match 773 18060 19269 match_56 match 2642 36742 38074 match_57 match 4661 18798 22412 match_58 match 1122 25770 26944 match_59 match 3192 20661 22625 match_60 match 1302 25808 26912 match_61 match 1505 25782 26948 match_62 match 2022 20941 22179 match_63 match 5566 17327 20652 match_64 match 2038 9366 10798 match_65 match 2995 19812 22394 match_66 match 7434 17622 22618 match_67 match 2359 76431 77771 match_68 match 1447 25770 26971 match_69 match 5354 17922 22394 match_70 match 1376 25769 26971 match_71 match 6799 18530 22618 match_72 match 2050 17326 18519 match_73 match 991 25770 26966 match_74 match 1031 25770 26971 match_75 match 1197 25770 26948 match_76 match 1247 25837 26948 match_77 match 1505 25782 26948 match_78 match 1417 25770 26971 match_79 match 1392 25784 26948 match_80 match 1207 25769 26971 match_81 match 1203 25770 26948 match_82 match 1487 25782 26971 match_83 match 1392 25770 26946 match_84 match 8072 17345 22043 match_85 match 2555 36742 38070 match_86 match 5222 18181 22428 match_87 match 8821 17326 22618 match_88 match 1497 18456 20234 match_89 match 1179 25780 26948 match_90 match 2062 9366 10798 match_91 match 1296 25791 26966 match_92 match 2644 36738 38071 match_93 match 1362 25782 26971 match_94 match 1392 25782 26971 match_95 match 1487 25770 26971 match_96 match 2559 36740 38070 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 960.5 207 96051 clone_start_1 clone_start 910 207 749 clone_start_2 clone_start 1116 9975 10537 clone_start_3 clone_start 940 20038 20543 clone_end_1 clone_end 1203 36742 37384 clone_end_2 clone_end 1314 36746 37415 clone_end_3 clone_end 852 43419 43848 clone_start_4 clone_start 985 48040 48568 clone_start_5 clone_start 1189 66592 67212 clone_end_4 clone_end 1150 66887 67466 clone_start_6 clone_start 1318 77281 78053 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_5 clone_end 1011 96051 95530 clone_start_7 clone_start 1138 21778 21205 clone_end_6 clone_end 1221 38079 37428 clone_start_8 clone_start 1078 90822 90260 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 40742 41401 match_2 match_part 1.000 40754 41253 match_3 match_part 0.987 40825 41587 match_4 match_part 1.000 40868 41536 match_part 0.997 42906 43202 match_5 match_part 0.993 40873 41436 match_6 match_part 1.000 40873 41432 match_7 match_part 1.000 40873 41314 match_8 match_part 0.995 40878 41687 match_9 match_part 1.000 40885 41500 match_10 match_part 0.997 40888 41264 match_11 match_part 0.988 40889 41222 match_12 match_part 0.998 40891 41496 match_13 match_part 0.991 41037 41463 match_14 match_part 1.000 41441 41955 match_15 match_part 1.000 41451 41955 match_16 match_part 0.998 41496 42036 match_17 match_part 0.982 41753 42033 match_18 match_part 1.000 41756 42174 match_part 1.000 42255 42379 match_part 1.000 42459 42558 match_19 match_part 1.000 41756 42174 match_part 1.000 42255 42351 match_20 match_part 1.000 41757 42174 match_part 1.000 42255 42379 match_part 1.000 42459 42506 match_21 match_part 0.994 41820 42174 match_part 1.000 42255 42379 match_part 1.000 42459 42472 match_22 match_part 1.000 42006 42174 match_part 1.000 42255 42379 match_part 1.000 42459 42600 match_part 0.962 42804 42907 match_23 match_part 1.000 42268 42379 match_part 1.000 42459 42600 match_part 0.981 42804 43318 match_24 match_part 1.000 42269 42379 match_part 1.000 42459 42600 match_part 0.995 42804 43217 match_25 match_part 1.000 42355 42379 match_part 1.000 42459 42600 match_part 0.995 42804 43219 match_26 match_part 1.000 42460 42600 match_part 0.995 42804 43364 match_part 0.864 44131 44152 match_27 match_part 1.000 42548 42600 match_part 1.000 42804 43287 match_28 match_part 0.980 42550 42600 match_part 0.988 42804 43364 match_part 0.864 44131 44152 match_29 match_part 1.000 42552 42600 match_part 1.000 42804 43287 match_part 0.938 44132 44147 match_30 match_part 1.000 42555 42600 match_part 1.000 42804 43254 match_part 0.840 44137 44161 match_31 match_part 1.000 42582 42600 match_part 1.000 42804 43364 match_32 match_part 0.940 42826 43277 match_33 match_part 0.987 42826 43277 match_34 match_part 0.998 42849 43310 match_35 match_part 0.941 42859 43364 match_part 0.864 44131 44152 match_36 match_part 0.993 63388 63536 match_part 0.912 63813 64154 match_37 match_part 1.000 64751 64820 match_part 1.000 65182 65503 match_part 1.000 65597 65738 match_38 match_part 1.000 64751 64820 match_part 1.000 65182 65481 match_39 match_part 1.000 64760 64820 match_part 1.000 65182 65503 match_part 1.000 65597 65675 match_40 match_part 1.000 65315 65503 match_part 1.000 65594 65777 match_part 0.993 66608 66892 match_41 match_part 1.000 65319 65503 match_part 1.000 65597 65777 match_part 1.000 66608 66942 match_42 match_part 0.988 66778 67262 match_43 match_part 1.000 84297 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 0.972 87143 87178 match_44 match_part 1.000 84298 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 0.980 87143 87192 match_45 match_part 1.000 84298 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87014 match_46 match_part 1.000 84298 84421 match_part 1.000 85352 85512 match_47 match_part 0.967 84302 84421 match_part 0.996 85352 85594 match_part 0.992 86709 86840 match_part 1.000 86956 86967 match_48 match_part 0.983 84305 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 0.991 86956 87072 match_part 1.000 87143 87195 match_49 match_part 1.000 84305 84421 match_part 1.000 85352 85587 match_50 match_part 1.000 84314 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 0.982 86956 87069 match_51 match_part 0.980 84322 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86819 match_52 match_part 1.000 84326 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 0.965 86956 87041 match_53 match_part 1.000 84326 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 86996 match_54 match_part 1.000 84347 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 0.972 87143 87388 match_55 match_part 1.000 84347 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 0.979 87143 87336 match_56 match_part 1.000 84361 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87059 match_57 match_part 1.000 84361 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 86974 match_58 match_part 0.977 84378 84421 match_part 0.996 85352 85594 match_part 1.000 86709 86763 match_59 match_part 1.000 85399 85594 match_part 0.985 86709 86840 match_part 0.983 86956 87013 match_60 match_part 1.000 85424 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87310 match_61 match_part 1.000 85543 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 0.977 87143 87496 match_62 match_part 1.000 85543 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87451 match_63 match_part 1.000 85543 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87449 match_64 match_part 1.000 85543 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87414 match_65 match_part 0.885 85543 85594 match_part 0.970 86709 86840 match_part 1.000 86956 87072 match_part 0.996 87143 87403 match_66 match_part 1.000 85543 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87349 match_67 match_part 1.000 85544 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 0.934 87143 87248 match_68 match_part 1.000 85545 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 0.996 87143 87617 match_69 match_part 1.000 85565 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87223 match_70 match_part 1.000 86760 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87536 match_71 match_part 1.000 86804 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87396 match_72 match_part 1.000 87013 87072 match_part 1.000 87143 87823 match_73 match_part 1.000 87037 87072 match_part 0.988 87143 87837 match_74 match_part 1.000 87037 87072 match_part 0.994 87143 87823 match_75 match_part 0.997 87444 87810 match_76 match_part 1.000 87464 87823 match_77 match_part 0.997 87474 87810 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_78 match_part 1.000 7065 7024 match_part 1.000 6849 6437 match_79 match_part 1.000 8137 7908 match_part 1.000 7836 7715 match_part 1.000 7630 7412 match_part 0.947 7288 7270 match_80 match_part 1.000 8136 7908 match_part 1.000 7836 7715 match_part 1.000 7630 7425 match_81 match_part 0.965 14064 13463 match_82 match_part 1.000 14543 14378 match_part 0.998 14233 13585 match_83 match_part 1.000 14542 14378 match_part 0.997 14233 13844 match_84 match_part 0.960 20985 20663 match_part 0.899 17460 17323 match_85 match_part 0.903 17659 17453 match_86 match_part 0.903 22375 22169 match_87 match_part 0.972 76733 76482 match_88 match_part 0.995 77376 76537 match_89 match_part 0.995 77362 76537 match_90 match_part 0.995 77284 76537 match_91 match_part 0.995 77269 76537 match_92 match_part 0.998 77028 76551 match_93 match_part 0.991 76988 76551 match_94 match_part 0.981 77701 77085 match_95 match_part 0.967 77699 77117 match_96 match_part 1.000 79067 78949 match_part 1.000 78872 78595 match_part 1.000 77642 77207 match_97 match_part 0.966 77927 77222 match_98 match_part 0.963 77926 77333 match_99 match_part 0.983 79090 78498 match_100 match_part 0.984 79091 78532 match_101 match_part 0.983 80572 80458 match_part 0.943 80336 80180 match_part 0.987 79097 78561 match_102 match_part 1.000 80558 80458 match_part 1.000 80336 80180 match_part 1.000 79097 78949 match_part 1.000 78872 78596 match_103 match_part 0.983 80572 80458 match_part 0.943 80336 80180 match_part 0.987 79097 78650 match_104 match_part 1.000 80558 80458 match_part 1.000 80336 80180 match_part 1.000 79097 78949 match_part 1.000 78872 78675 match_105 match_part 1.000 80558 80458 match_part 1.000 80336 80180 match_part 1.000 79097 78949 match_part 1.000 78872 78720 match_106 match_part 0.966 79091 78743 match_107 match_part 0.977 80590 80458 match_part 0.994 80336 80180 match_part 1.000 79097 78949 match_part 1.000 78872 78764 match_108 match_part 0.998 79529 79037 match_109 match_part 0.960 79530 79082 match_110 match_part 0.880 83809 83760 match_part 0.915 81725 81172 match_111 match_part 0.956 83804 83760 match_part 0.969 83340 82594 match_112 match_part 0.933 87822 87177 match_113 match_part 0.992 87822 87215 match_114 match_part 0.993 87822 87221 match_115 match_part 0.997 87822 87228 match_116 match_part 0.992 87822 87435 match_117 match_part 0.917 88706 88683 match_part 1.000 88595 88513 match_part 0.996 88432 88159 match_118 match_part 1.000 91427 91367 match_part 0.991 91294 91178 match_part 0.995 90294 90073 match_part 1.000 89775 89676 match_part 1.000 89285 89211 match_part 0.987 89132 89054 match_part 1.000 88872 88857 match_part 1.000 88763 88683 match_part 1.000 88595 88560 match_119 match_part 0.933 91426 91367 match_part 1.000 91294 91178 match_part 1.000 90294 90073 match_part 1.000 89775 89679 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 7065 7024 exon 6849 6437 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 8137 7908 exon 7836 7715 exon 7630 7412 exon 7288 7270 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 14543 14378 exon 14233 13463 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 20985 20663 exon 17460 17323 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 17659 17453 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 22375 22169 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 40742 42174 exon 42255 42379 exon 42459 42600 exon 42804 43364 exon 44131 44152 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 40742 42174 exon 42255 42379 exon 42459 42600 exon 42804 43287 exon 44132 44147 gene_9 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 40742 42174 exon 42255 42379 exon 42459 42600 exon 42804 43254 exon 44137 44161 gene_10 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 40742 41536 exon 42906 43202 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 63388 63536 exon 63813 64154 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 64751 64820 exon 65182 65503 exon 65597 65777 exon 66608 67262 gene_13 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 64751 64820 exon 65182 65503 exon 65594 65777 exon 66608 67262 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 80590 80458 exon 80336 80180 exon 79097 78949 exon 78872 78595 exon 77642 76482 gene_15 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 77927 76482 gene_16 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 79530 78949 exon 78872 78595 exon 77642 76482 gene_17 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 79530 78498 gene_18 gene GT_PGL_9_AGS_5 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 80572 80458 exon 80336 80180 exon 79097 78498 gene_19 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 83809 83760 exon 81725 81172 gene_20 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 83804 83760 exon 83340 82594 gene_21 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 84297 84421 exon 85352 85594 exon 86709 86840 exon 86956 87072 exon 87143 87837 gene_22 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 87822 87177 gene_23 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 91427 91367 exon 91294 91178 exon 90294 90073 exon 89775 89676 exon 89285 89211 exon 89132 89054 exon 88872 88857 exon 88763 88683 exon 88595 88513 exon 88432 88159 AUGUSTUS_tom_cdna de novo gene_1 gene 1 40951 43055 transcript_1 transcript 40951 43055 start_codon_1 start_codon 40951 40953 CDS_1 CDS 40951 42174 CDS_2 CDS 42255 42379 CDS_3 CDS 42459 42600 CDS_4 CDS 42804 43055 stop_codon_1 stop_codon 43053 43055 gene_2 gene 2 55178 76592 transcript_2 transcript 55178 76592 start_codon_2 start_codon 55178 55180 CDS_5 CDS 55178 55384 CDS_6 CDS 57232 57287 CDS_7 CDS 58100 58541 CDS_8 CDS 62799 63536 CDS_9 CDS 63813 64211 CDS_10 CDS 64304 64492 CDS_11 CDS 64593 64820 CDS_12 CDS 65182 65503 CDS_13 CDS 65594 65777 CDS_14 CDS 66608 67051 CDS_15 CDS 76523 76592 stop_codon_2 stop_codon 76590 76592 transcript_3 transcript 55178 76592 start_codon_3 start_codon 55178 55180 CDS_16 CDS 55178 55384 CDS_17 CDS 57232 57287 CDS_18 CDS 58100 58541 CDS_19 CDS 62799 63536 CDS_20 CDS 63813 64211 CDS_21 CDS 64304 64492 CDS_22 CDS 64593 64820 CDS_23 CDS 65182 65503 CDS_24 CDS 65597 65777 CDS_25 CDS 66608 67051 CDS_26 CDS 76523 76592 stop_codon_3 stop_codon 76590 76592 gene_3 gene 1 81768 87472 transcript_4 transcript 81768 87472 start_codon_4 start_codon 81768 81770 CDS_27 CDS 81768 81781 CDS_28 CDS 84289 84421 CDS_29 CDS 85352 85594 CDS_30 CDS 86709 86840 CDS_31 CDS 86956 87072 CDS_32 CDS 87143 87472 stop_codon_4 stop_codon 87470 87472 AUGUSTUS_tom_cdna de novo gene_4 gene 1 8148 1746 transcript_5 transcript 8148 1746 stop_codon_5 stop_codon 1748 1746 CDS_33 CDS 1778 1746 CDS_34 CDS 2127 2051 CDS_35 CDS 2425 2216 CDS_36 CDS 2800 2734 CDS_37 CDS 3073 2952 CDS_38 CDS 3358 3186 CDS_39 CDS 6849 6773 CDS_40 CDS 7630 7412 CDS_41 CDS 7836 7715 CDS_42 CDS 8148 7908 start_codon_5 start_codon 8148 8146 gene_5 gene 1 15077 13901 transcript_6 transcript 15077 13901 stop_codon_6 stop_codon 13903 13901 CDS_43 CDS 14233 13901 CDS_44 CDS 14602 14378 CDS_45 CDS 14815 14694 CDS_46 CDS 15077 15011 start_codon_6 start_codon 15077 15075 gene_6 gene 1 54976 53071 transcript_7 transcript 54976 53071 stop_codon_7 stop_codon 53073 53071 CDS_47 CDS 53268 53071 CDS_48 CDS 53619 53455 CDS_49 CDS 54071 53794 CDS_50 CDS 54976 54964 start_codon_7 start_codon 54976 54974 gene_7 gene 1 78772 77593 transcript_8 transcript 78772 77593 stop_codon_8 stop_codon 77595 77593 CDS_51 CDS 77642 77593 CDS_52 CDS 78772 78595 start_codon_8 start_codon 78772 78770 gene_8 gene 2 80216 78846 transcript_9 transcript 80216 78846 stop_codon_9 stop_codon 78848 78846 CDS_53 CDS 78872 78846 CDS_54 CDS 79097 78949 CDS_55 CDS 80216 80180 start_codon_9 start_codon 80216 80214 transcript_10 transcript 80216 78928 stop_codon_10 stop_codon 78930 78928 CDS_56 CDS 79097 78928 CDS_57 CDS 80216 80180 start_codon_10 start_codon 80216 80214 gene_9 gene 1 95326 87774 transcript_11 transcript 95326 87774 stop_codon_11 stop_codon 87776 87774 CDS_58 CDS 87941 87774 CDS_59 CDS 88432 88384 CDS_60 CDS 88595 88513 CDS_61 CDS 88763 88683 CDS_62 CDS 88872 88857 CDS_63 CDS 89132 89054 CDS_64 CDS 89285 89211 CDS_65 CDS 89775 89676 CDS_66 CDS 90294 90073 CDS_67 CDS 91294 91178 CDS_68 CDS 91419 91367 CDS_69 CDS 93797 93743 CDS_70 CDS 95326 95037 AUGUSTUS_ab_initio de novo gene_1 gene 1 40951 42228 transcript_1 transcript 40951 42228 start_codon_1 start_codon 40951 40953 CDS_1 CDS 40951 42228 stop_codon_1 stop_codon 42226 42228 gene_2 gene 1 55178 87472 transcript_2 transcript 55178 87472 start_codon_2 start_codon 55178 55180 CDS_2 CDS 55178 55384 CDS_3 CDS 57232 57287 CDS_4 CDS 58100 58541 CDS_5 CDS 62799 63536 CDS_6 CDS 63813 64211 CDS_7 CDS 64304 64492 CDS_8 CDS 64593 64820 CDS_9 CDS 66627 67061 CDS_10 CDS 86709 86840 CDS_11 CDS 86956 87072 CDS_12 CDS 87194 87472 stop_codon_2 stop_codon 87470 87472 AUGUSTUS_ab_initio de novo gene_3 gene 1 54976 53071 transcript_3 transcript 54976 53071 stop_codon_3 stop_codon 53073 53071 CDS_13 CDS 53268 53071 CDS_14 CDS 53619 53455 CDS_15 CDS 54071 53794 CDS_16 CDS 54976 54964 start_codon_3 start_codon 54976 54974 gene_4 gene 1 95326 88865 transcript_4 transcript 95326 88865 stop_codon_4 stop_codon 88867 88865 CDS_17 CDS 88872 88865 CDS_18 CDS 89343 89211 CDS_19 CDS 90252 90073 CDS_20 CDS 93797 93663 CDS_21 CDS 95326 95037 AUGUSTUS_tom_ugs de novo gene_1 gene 1 40951 43055 transcript_1 transcript 40951 43055 start_codon_1 start_codon 40951 40953 CDS_1 CDS 40951 42174 CDS_2 CDS 42255 42379 CDS_3 CDS 42459 42600 CDS_4 CDS 42804 43055 stop_codon_1 stop_codon 43053 43055 gene_2 gene 1 55178 67088 transcript_2 transcript 55178 67088 start_codon_2 start_codon 55178 55180 CDS_5 CDS 55178 55384 CDS_6 CDS 57232 57287 CDS_7 CDS 58100 58541 CDS_8 CDS 62799 63536 CDS_9 CDS 63813 64211 CDS_10 CDS 64304 64492 CDS_11 CDS 64593 64820 CDS_12 CDS 66627 67088 stop_codon_2 stop_codon 67086 67088 gene_3 gene 1 83166 87472 transcript_3 transcript 83166 87472 start_codon_3 start_codon 83166 83168 CDS_13 CDS 83166 83170 CDS_14 CDS 84289 84421 CDS_15 CDS 85352 85594 CDS_16 CDS 86709 86840 CDS_17 CDS 86956 87072 CDS_18 CDS 87143 87472 stop_codon_3 stop_codon 87470 87472 AUGUSTUS_tom_ugs de novo gene_4 gene 1 15077 1746 transcript_4 transcript 15077 1746 stop_codon_4 stop_codon 1748 1746 CDS_19 CDS 1778 1746 CDS_20 CDS 2127 2051 CDS_21 CDS 2425 2216 CDS_22 CDS 2800 2734 CDS_23 CDS 3073 2952 CDS_24 CDS 3358 3186 CDS_25 CDS 6849 6773 CDS_26 CDS 7630 7412 CDS_27 CDS 7836 7715 CDS_28 CDS 8131 7908 CDS_29 CDS 13442 13366 CDS_30 CDS 14233 14138 CDS_31 CDS 14602 14378 CDS_32 CDS 14815 14694 CDS_33 CDS 15077 15011 start_codon_4 start_codon 15077 15075 gene_5 gene 1 54976 53071 transcript_5 transcript 54976 53071 stop_codon_5 stop_codon 53073 53071 CDS_34 CDS 53268 53071 CDS_35 CDS 53619 53455 CDS_36 CDS 54071 53794 CDS_37 CDS 54976 54964 start_codon_5 start_codon 54976 54974 gene_6 gene 2 80216 78846 transcript_6 transcript 80216 78846 stop_codon_6 stop_codon 78848 78846 CDS_38 CDS 78872 78846 CDS_39 CDS 79097 78949 CDS_40 CDS 80216 80180 start_codon_6 start_codon 80216 80214 transcript_7 transcript 80216 78928 stop_codon_7 stop_codon 78930 78928 CDS_41 CDS 79097 78928 CDS_42 CDS 80216 80180 start_codon_7 start_codon 80216 80214 gene_7 gene 1 95326 88351 transcript_8 transcript 95326 88351 stop_codon_8 stop_codon 88353 88351 CDS_43 CDS 88432 88351 CDS_44 CDS 88595 88513 CDS_45 CDS 88763 88683 CDS_46 CDS 88872 88857 CDS_47 CDS 89132 89054 CDS_48 CDS 89285 89211 CDS_49 CDS 89775 89676 CDS_50 CDS 90294 90073 CDS_51 CDS 91294 91178 CDS_52 CDS 91419 91367 CDS_53 CDS 93797 93743 CDS_54 CDS 95326 95037 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 40742 42174 match_part 1.000 42255 42379 match_part 1.000 42459 42600 match_part 1.000 42804 43309 match_part 0.846 44131 44156 match_2 match_part 1.000 40868 41536 match_part 0.997 42906 43202 match_3 match_part 1.000 42460 42600 match_part 0.989 42804 43364 match_part 0.864 44131 44152 match_4 match_part 0.993 63388 63536 match_part 0.912 63813 64154 match_5 match_part 1.000 64751 64820 match_part 1.000 65182 65503 match_part 1.000 65597 65777 match_part 0.991 66608 67262 match_6 match_part 1.000 84297 84421 match_part 1.000 85352 85594 match_part 1.000 86709 86840 match_part 1.000 86956 87072 match_part 1.000 87143 87823 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_7 match_part 1.000 7065 7024 match_part 1.000 6849 6437 match_8 match_part 1.000 8137 7908 match_part 1.000 7836 7715 match_part 1.000 7630 7412 match_part 0.947 7288 7270 match_9 match_part 1.000 14543 14378 match_part 0.978 14233 13463 match_10 match_part 0.960 20986 20663 match_part 0.939 17460 17329 match_11 match_part 0.979 77927 76482 match_12 match_part 0.983 80572 80458 match_part 0.943 80336 80180 match_part 0.983 79097 78498 match_13 match_part 1.000 80590 80458 match_part 1.000 80336 80180 match_part 1.000 79097 78949 match_part 1.000 78872 78596 match_14 match_part 0.994 79529 79037 match_15 match_part 0.880 83809 83760 match_part 0.915 81725 81172 match_16 match_part 0.956 83804 83760 match_part 0.969 83340 82594 match_17 match_part 0.917 88706 88683 match_part 1.000 88595 88513 match_part 0.996 88432 88159 match_18 match_part 1.000 91426 91367 match_part 1.000 91294 91178 match_part 1.000 90294 90073 match_part 1.000 89775 89676 match_part 1.000 89285 89211 match_part 0.987 89132 89054 match_part 1.000 88872 88857 match_part 1.000 88763 88683 match_part 1.000 88595 88560 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 7065 7024 exon 6849 6437 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 8137 7908 exon 7836 7715 exon 7630 7412 exon 7288 7270 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 14543 14378 exon 14233 13463 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 20986 20663 exon 17460 17329 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 40742 42174 exon 42255 42379 exon 42459 42600 exon 42804 43309 exon 44131 44156 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 42460 42600 exon 42804 43364 exon 44131 44152 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 40868 41536 exon 42906 43202 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 63388 63536 exon 63813 64154 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 64751 64820 exon 65182 65503 exon 65597 65777 exon 66608 67262 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 77927 76482 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 80590 80458 exon 80336 80180 exon 79097 78949 exon 78872 78596 gene_12 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 79529 79037 gene_13 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 80572 80458 exon 80336 80180 exon 79097 78498 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 83809 83760 exon 81725 81172 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 83804 83760 exon 83340 82594 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 84297 84421 exon 85352 85594 exon 86709 86840 exon 86956 87072 exon 87143 87823 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 91426 91367 exon 91294 91178 exon 90294 90073 exon 89775 89676 exon 89285 89211 exon 89132 89054 exon 88872 88857 exon 88763 88683 exon 88595 88513 exon 88432 88159 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 85992 86476 match_2 match_part 1.000 85992 86442 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 1.000 87063 86568 match_4 match_part 1.000 87063 86599 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 85992 86476 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLe0097J14.1 type gene exon 87063 86568 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 40951 43055 transcript_1 transcript 40951 43055 start_codon_1 start_codon 40951 40953 CDS_1 CDS 40951 42174 CDS_2 CDS 42255 42379 CDS_3 CDS 42459 42600 CDS_4 CDS 42804 43055 stop_codon_1 stop_codon 43053 43055 gene_2 gene 2 55178 67088 transcript_2 transcript 55178 67088 start_codon_2 start_codon 55178 55180 CDS_5 CDS 55178 55384 CDS_6 CDS 57163 57287 CDS_7 CDS 58100 58541 CDS_8 CDS 61329 61441 CDS_9 CDS 62822 63536 CDS_10 CDS 63813 64211 CDS_11 CDS 64304 64492 CDS_12 CDS 64593 64820 CDS_13 CDS 65182 65503 CDS_14 CDS 65594 65777 CDS_15 CDS 66608 67088 stop_codon_2 stop_codon 67086 67088 transcript_3 transcript 55178 67088 start_codon_3 start_codon 55178 55180 CDS_16 CDS 55178 55384 CDS_17 CDS 57163 57287 CDS_18 CDS 58100 58541 CDS_19 CDS 61329 61441 CDS_20 CDS 62822 63536 CDS_21 CDS 63813 64211 CDS_22 CDS 64304 64492 CDS_23 CDS 64593 64820 CDS_24 CDS 65182 65503 CDS_25 CDS 65597 65777 CDS_26 CDS 66608 67088 stop_codon_3 stop_codon 67086 67088 gene_3 gene 1 81768 87472 transcript_4 transcript 81768 87472 start_codon_4 start_codon 81768 81770 CDS_27 CDS 81768 81781 CDS_28 CDS 84289 84421 CDS_29 CDS 85352 85594 CDS_30 CDS 86709 86840 CDS_31 CDS 86956 87072 CDS_32 CDS 87143 87472 stop_codon_4 stop_codon 87470 87472 AUGUSTUS_tom_pot_cdna de novo gene_4 gene 1 8148 1746 transcript_5 transcript 8148 1746 stop_codon_5 stop_codon 1748 1746 CDS_33 CDS 1778 1746 CDS_34 CDS 2127 2051 CDS_35 CDS 2425 2216 CDS_36 CDS 2800 2734 CDS_37 CDS 3073 2952 CDS_38 CDS 3358 3186 CDS_39 CDS 6849 6773 CDS_40 CDS 7630 7412 CDS_41 CDS 7836 7715 CDS_42 CDS 8148 7908 start_codon_5 start_codon 8148 8146 gene_5 gene 1 15077 13901 transcript_6 transcript 15077 13901 stop_codon_6 stop_codon 13903 13901 CDS_43 CDS 14233 13901 CDS_44 CDS 14602 14378 CDS_45 CDS 14815 14694 CDS_46 CDS 15077 15011 start_codon_6 start_codon 15077 15075 gene_6 gene 1 24032 23514 transcript_7 transcript 24032 23514 stop_codon_7 stop_codon 23516 23514 CDS_47 CDS 23755 23514 CDS_48 CDS 24032 23837 start_codon_7 start_codon 24032 24030 gene_7 gene 1 54976 53071 transcript_8 transcript 54976 53071 stop_codon_8 stop_codon 53073 53071 CDS_49 CDS 53268 53071 CDS_50 CDS 53619 53455 CDS_51 CDS 54071 53794 CDS_52 CDS 54976 54964 start_codon_8 start_codon 54976 54974 gene_8 gene 1 78772 77593 transcript_9 transcript 78772 77593 stop_codon_9 stop_codon 77595 77593 CDS_53 CDS 77642 77593 CDS_54 CDS 78772 78595 start_codon_9 start_codon 78772 78770 gene_9 gene 2 80216 78846 transcript_10 transcript 80216 78846 stop_codon_10 stop_codon 78848 78846 CDS_55 CDS 78872 78846 CDS_56 CDS 79097 78949 CDS_57 CDS 80216 80180 start_codon_10 start_codon 80216 80214 transcript_11 transcript 80216 78928 stop_codon_11 stop_codon 78930 78928 CDS_58 CDS 79097 78928 CDS_59 CDS 80216 80180 start_codon_11 start_codon 80216 80214 gene_10 gene 1 91429 87774 transcript_12 transcript 91429 87774 stop_codon_12 stop_codon 87776 87774 CDS_60 CDS 87941 87774 CDS_61 CDS 88432 88384 CDS_62 CDS 88595 88513 CDS_63 CDS 88763 88683 CDS_64 CDS 88872 88857 CDS_65 CDS 89132 89054 CDS_66 CDS 89285 89211 CDS_67 CDS 89775 89676 CDS_68 CDS 90294 90073 CDS_69 CDS 91294 91178 CDS_70 CDS 91429 91367 start_codon_12 start_codon 91429 91427 gene_11 gene 1 95326 92234 transcript_13 transcript 95326 92234 stop_codon_13 stop_codon 92236 92234 CDS_71 CDS 92506 92234 CDS_72 CDS 93797 93663 CDS_73 CDS 95326 95037 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 42.7 42454 42600 match_2 match 56.6 42252 42380 match_3 match 211 41662 42177 match_4 match 104 42807 43040 match_5 match 192 62823 63539 match_6 match 159 58122 58541 match_7 match 166 41662 42210 match_8 match 166 41662 42210 match_9 match 51.2 42454 42609 match_10 match 59.3 42252 42380 match_11 match 197 41662 42177 match_12 match 64.3 42252 42380 match_13 match 227 41662 42174 match_14 match 50.1 42252 42380 match_15 match 185 41665 42177 match_16 match 30.4 42454 42507 match_17 match 130 66606 67070 match_18 match 182 62823 63440 match_19 match 75.1 64590 64832 match_20 match 146 58128 58541 match_21 match 104 64295 64498 match_22 match 37.4 42457 42618 match_23 match 65.9 42252 42380 match_24 match 222 41665 42177 match_25 match 112 87071 87466 match_26 match 44.3 86953 87072 match_27 match 87.0 87143 87466 match_28 match 73.6 86706 86840 match_29 match 25.0 12100 12174 match_30 match 95.5 71956 72489 match_31 match 273 10796 12094 match_32 match 144 74869 75426 match_33 match 58.5 71816 71953 match_34 match 127 11336 12031 match_35 match 123 74833 75273 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_36 match 56.2 24107 23598 match_37 match 25.0 24423 24199 match_38 match 61.6 24996 24739 match_39 match 30.4 24656 24540 match_40 match 102 79089 78697 match_41 match 25.8 78703 78644 match_42 match 97.8 95264 95034 match_43 match 118 92509 92237 match_44 match 65.9 94944 94798 match_45 match 94.7 54084 53437 match_46 match 47.8 54347 54165 match_47 match 50.1 54347 54165 match_48 match 87.4 54084 53767 match_49 match 82.4 54084 53767 match_50 match 55.1 54359 54165 match_51 match 80.5 54084 53794 match_52 match 52.8 54359 54165 match_53 match 87.0 54084 53782 match_54 match 54.7 54356 54165 match_55 match 105 54084 53164 match_56 match 60.1 54359 54165 match_57 match 105 54084 53164 match_58 match 60.1 54359 54165 match_59 match 95.5 54084 53455 match_60 match 60.1 54359 54165 match_61 match 105 54084 53164 match_62 match 60.1 54359 54165 match_63 match 121 95279 95034 match_64 match 84.0 94944 94798 match_65 match 159 92509 92237 match_66 match 95.1 14602 13967 match_67 match 139 7846 7022 match_68 match 64.3 2477 2214 match_69 match 59.3 24423 24193 match_70 match 144 24098 23523 match_71 match 75.9 15189 14878 match_72 match 63.9 2800 2579 match_73 match 87.8 3438 3169 match_74 match 98.6 2128 1898 match_75 match 47.0 24662 24531 match_76 match 54.3 3080 2943 match_77 match 71.6 8070 7900 match_78 match 58.5 14825 14691 match_79 match 78.2 24903 24736 match_80 match 92.8 14602 13967 match_81 match 148 7846 6689 match_82 match 61.6 2477 2214 match_83 match 114 24107 23571 match_84 match 58.9 24423 24193 match_85 match 60.5 2800 2576 match_86 match 36.6 24662 24531 match_87 match 40.8 3080 2943 match_88 match 47.0 14825 14691 match_89 match 82.0 2128 1934 match_90 match 77.8 15066 14887 match_91 match 80.9 8076 7900 match_92 match 93.2 24912 24736 match_93 match 93.6 3357 3178 match_94 match 95.5 14602 13967 match_95 match 116 7834 7022 match_96 match 68.2 2552 2214 match_97 match 128 24107 23523 match_98 match 60.8 24423 24193 match_99 match 30.0 24653 24531 match_100 match 38.1 14813 14691 match_101 match 90.5 2128 1898 match_102 match 65.9 8076 7930 match_103 match 66.6 15066 14917 match_104 match 80.1 24912 24766 match_105 match 60.5 94944 94786 match_106 match 95.9 95264 95034 match_107 match 116 92509 92237 match_108 match 39.3 24426 24193 match_109 match 92.4 24107 23604 match_110 match 30.8 24599 24531 match_111 match 72.8 54084 53767 match_112 match 53.9 54362 54168 match_113 match 26.6 24426 24199 match_114 match 79.0 24098 23601 match_115 match 25.0 24638 24543 match_116 match 49.3 24918 24745 match_117 match 26.2 24423 24199 match_118 match 58.5 24107 23535 match_119 match 30.0 24656 24528 match_120 match 54.3 24903 24733 match_121 match 108 14596 13967 match_122 match 130 7846 7022 match_123 match 133 24107 23523 match_124 match 74.7 2477 2214 match_125 match 60.5 2794 2576 match_126 match 59.7 24417 24199 match_127 match 72.4 8196 7900 match_128 match 72.0 15132 14887 match_129 match 41.2 14825 14685 match_130 match 41.6 3080 2943 match_131 match 90.9 2128 1901 match_132 match 85.5 3360 3178 match_133 match 115 92509 92240 match_134 match 96.3 95264 95034 match_135 match 63.9 94944 94807 match_136 match 108 79597 79139 match_137 match 123 95279 95034 match_138 match 87.4 94944 94798 match_139 match 154 92509 92237 match_140 match 79.3 54084 53773 match_141 match 63.2 54347 54165 match_142 match 89.4 54084 53455 match_143 match 54.3 54350 54165 match_144 match 119 18745 18077 match_145 match 198 19527 18781 match_146 match 30.8 24426 24193 match_147 match 79.0 24107 23550 match_148 match 37.0 24984 24745 match_149 match 29.3 24626 24531 match_150 match 95.1 14602 13967 match_151 match 119 7846 7022 match_152 match 59.3 2477 2214 match_153 match 125 24098 23520 match_154 match 61.6 24423 24193 match_155 match 61.6 2800 2576 match_156 match 39.7 24662 24531 match_157 match 45.4 3080 2943 match_158 match 45.8 14825 14691 match_159 match 94.0 2128 1898 match_160 match 79.0 15066 14887 match_161 match 84.0 8076 7900 match_162 match 91.3 24912 24736 match_163 match 91.7 3357 3178 match_164 match 32.3 24420 24199 match_165 match 79.7 24107 23523 match_166 match 26.6 24638 24531 match_167 match 53.1 24897 24739 match_168 match 37.7 24426 24193 match_169 match 78.6 24107 23601 match_170 match 32.0 24668 24540 match_171 match 88.2 18760 18227 match_172 match 43.5 18921 18787