C07SLm0119A22.1 GATCTGGTCATGTCAGTAGAGTTACTTCGTTTGTTAATGTTAATAAGTTGGCAAAAGTTT CAACTATACCTCCTAATTTAATAAATCGTCATCTGAACTTGGATCCTGGCCCCACTCCTA CCCCCACCCCCACCTTTACACCTGGAACCAGATTTAAAGATAAAGTTTTCATATCAATAC CTCATGAGCTTGTGAAAAGCACAACTTCAGCATCAGTTTCTGGTGTCTACTCTTCTTCAT CGGATCCTGTGCTAGTGCCAGCCTTGAACCCACGAAATCCAGGAACAGTTGGTACGATAA AACGTGAGATAGGTAACCAGCGCACTGTTACCGACTCCACTGTGTCTCCTGCGAATGAGG GAACATCAGATGCTTGTCAAGATGCTCCCCAAAATACTAATGCAGTCACTAGAACTGTAA ACTACATAAACACAACAGGGCCAAAAGAATCCTGGGGAGTCTCAGTCACTGCCATACAAC CAGTTGTAATTAATCATGAAAGTCAGCATTCCAAAAAAGATAAAGGTCATTCAGGAGGTA CCACTTCGATTTATATACTCTCCTTTAGTTTGTTTTATCTTTTCTGCAAGTCTGAATTTA AGGGGGACACAACCTCCTTCAATTAAGTAATGTGGATGGATTTCTTGTAAACTATTTCAA TTGCTCAATGTCAAAGGCCAAAGTATTATTGTTGATGTGGTTTTCGAGATATACAAGAGA AAAATAGCTGGCTCTATTTTACAAGTCCATTTCACTGCCATCAATTCATGATGTGGATAA CTGCTTACTGGCTTTGTCGTCTGTTGAATCATTGAATATGGTTGGCTTTCTATAAAATCA GATATTAATAGCATTACCATCATGAGCTTACCGTGTGTTTCATTTGAGCAGGAGAGAAAG GAAAACTCTTGTGATTCACACTTTCTTCTTTTACTTTTCCATTCTTGGTAATCTCACTTT ATATTATAATCTTGATGCAGTATTGCCATCTCAGGCAGCAGCTGTTGCAAAGGGAGACAA TTTACCATCAGTTTCTAAACCTAATTCTTCTGTGGAACAAGCAGTTCCACAGCTTGACAT GAAGTTAGAGAAGTTAAATGTCTCTGCCCCTTCTCAACCTGTTATTTTTCCGAATAATCT TCAAGTACCTGAATCTTTTAGGAGCGGACTGACTTTTGGTAGTTTGGATCCTCAATTGGA TCAAAGCATAAGCTGTGGCAAAGACTCGATGCCTGTGGAGACTGTTCCAGCTAATGATAC TACTTCCATGGAACTTGGGAGGTAGGTAATCGAGTGACATATAATGTCTTGTATTCATTT GTGATTTTATATATCTAAATGTATCTCTACTGAAGTATTTTTGCTGATTCGTTGTTGTCT GTGAGCATGTCAAAATATTTTTGTAATCATGTATTAACATTCTGATGAAGATTCCATGAC CAATTGCCTCTGGACTGTCGAGTTCCTTTTTTTAGCTTATAGTAACACTAGGATGGCCAT GTCATTATGCTTTCCTGATCTGATCTGTAACACAGTAACTGTTTATTGGGTAATCTTTTC TTTATATCTTATACTTGACCTCTCATCACCATATAAAACTACTGCAGCTACAAAGATGCA TCTTCAGCAGCTCAGAGAGGTGATTATCCTGACAATCTACTGTCGCACCAAAATGGATCT GAAAATATATCACCTTTTGAAGTATCTGGTGCTTCTCATGTGTATGATCCGTCAAAGCTG GAGAAATGTCCACTTTCTGCAGGCTCACAATCGCCACTTCTCCAGACTCCTCCTGATTAT AGCTTGGGTTTTGTACCACCCATGCTTGGGCCCCATCTGGTGTGTCTTGAGGGACCAGAA CAGCAGGCATGTCATTATGTCCCTAAAATATCTCTACTTCGCATAGTTCATTAGAAACAC TTTCTTTTCCCTTGCTCAAGTCTGTGCTGTCAAAATGAATATTTAGTCAGTTTCCTCTTA CATAAGACAATGCTAACTGTGTAAACAATTTGAATGGGAAGATCATGTAGTATTGGCTAT TGAAGGATTACTTTAAGATAGAACAAGTTTGGCATGATTTCTTGGCTCACTTGCAGATAA GTTGTTTATTTGGTATTTCTTTCTACAATATCTGATCTGAACCATGAAATACTCAGAGTA GACATCATCTCCTGAGTGGAAGTGCTTTATTTGTGTTGGCCAACAGTTCACTAAAACTAT ATCTTGTGTATATCCAGGGTAAAACACTTACTCAGTGCTTTCCTTTATATCAAACAAGGA GATGGATATGAACATAATGCATTAGTTATCATTAGCAGAGTGATCATTGGCAAACCAGTG AGTTCTGTAACAAACCAATCTTTCTGCCTAATTACCTCTGTCAGTGCAGACAAGAACCGG CTTGCAAATAATTTTTTATATTTCTCACTCCCCCAAATTTCTTCTCCCCAAGGACTCTAA CCAAGATACATGTATCTGTATATATGGGTAACAATGTTGAATGCTACCTTCTTTCTTTTG CTCGAGATTCTTGTGACCTTACTTGTAGAAGAATGTTTGTCTCTGCTTTAAGTTGAAGGT ACTTGACATATTGAATTAACTTTTGTCTGTTTGGTGCTTGTTGGCTCTTGAATTATGTGC CTTATCTTCCTTCCCTCCTCACATCACCCACTCTGTCGTCTCTTATTTTCTGTTGTTATT TTTGGTCTGACAAAGTTTTGTTAAATCTATGGCCTGCTGCAGGGTGGGAATTCTCAAGCT CCTTCAACATTGGGCTCTAATCAACCTGTGGCTCAACCCATAGGCCTTGGGCAGAGTTCT GTCAGCGTTCCTCCACATTTGTTCCCTTTAGTACGCCAACCATTTCCTCCTAATTATATG CCGTATAACCCTTACATTCCCCACCTTTACATGCCACAGAGTGCCCACCAGTTTTTGGGC CCGAGTGGATTCCCTCAGCAGCCTTCTCCTGCCAACTTTTATATGTCACCATCAGTTACT GCTGCTGGTGTCAAATTACCACTTCCATCCCTATACAAACCAGCAGCTATTGCTGGAAAC TTGAACCACTTTGGCATCCCTACTGGCTACAGTTCGTATGGGTCCTCAACTGTCTCATAC AGTGGAACTCCAGCTCTAGTTTGTTCAGCTAGCAATGAAAATCTCGCTGCACCTGATCTG AAAGAAAAGAATGTCTATTCCATGCACAAGCAGGTTTGGATTTTTATCCCTGTTTCCCTT TTCCAACTTACGTCCTGTCTACTTTTGGTTGACTTGAATGTGGCATATTATGTGAATCTA TCATAAAGCATGTATTGGTTTCGGTCCAATTCTGATATTGAGATATCACCTACTCTTTTT TCGTGCAGAATGAAGATTCCCATTACAGAAACTCTGCACCTGGACGTGATCAATCAATGC TTCAGACCAATTATTTTTACAACATCCCTCAGGACCAGCACATTGCTGTTGCGCCAGCAC ATTCTTCCAATAGCTCTTATCCTGGAATTAATGTATCTCAGACACTAGTTGCACAATCTA CTGTTCAACCCTTAGCCCAGCAACCTCAAACTGTTGCCAGATCAGGTGATTCTGGCCTTC CTACATCTGGTGCTTTTCAACAACCTCAAGCTACTATTCATTGGAATAACAAATTGCTGA ATAGAGAAAACGTCTAAGAATAAAGACCATAGATATACTTACTGTTTACATTACCCAAGT ATGTAGTAAAGACATCACTGATAGATCAAAATCGTTCCCTCAAGTGTATATAAGATGTGG CTAGAAACTACCCACTCGCAGTTAGATTATGTTGGAACGTTTACTTCTCAACCTTTGGTT CCAAGATAGAGCTTCTTGCTTTTGATAGTTAGCTGTTAGCTTTCTCAATTCCCTGATCTT TCTTAGACTGGAGAATTTTTTAATGTTTGAGTGAAGCTGGTGAAGATACCAATTGTTTCC ATTTCTATTTCTAGCTTGTATATCAACTTTTCACAGTCCTCCTTGAATGTGATAATTTTT TTTGTTCCAACAAAACTTATGTGCAATATCATATGATGTGTTAAAATATCTGGCAAGGTT TTCGCTGGTGCAAAGCATGGTGTGTGTATTCATTATCCACCAAGTTTAAGTCTCTGTGAT TTCTTGGTAATCAAATAATGAAGATTATAATGTTGCAATGGGAAATCCTGAGCAGAACAA GAGCAAGTCTCAAAATCATCAAGATATTGCAGCACTATTATAACCCGGCAATGGATTCCA CAAAAAGTTGATAGGTAGATCAATGTGCGTATGTGTGTGTGTGTTACTAGAACATTACAG CATAAAATGAAAACCCAGTGTTCATAACATTCATCTTAAATAATCAATCAACTCCAACTG TTCTACCCTATACTTTGTGATGAGTCTTAGGATAATTTCTTTTCTAGAAGATCATTTTCC CTCCTGATGGTGTCAAGATCTGCTTTCAGCTTGTCAATATTAACACTTCGAGGTGCCATG TTTGCAAGTTTACCTTCATAATCAGTCACTTCTCGCCGAGTTCTATCCGTTGCAAGAAGA TTTTCAGCTATTTGTTCAAAGCTGTCATGGATGTTAGTCAGTATCCTGTAAGCTTGTTCT CCCACTTGGTCCTTTTTTACCTCCCTTGTAAAAGATCAAACAATTTACATCAGATAATCT ACACACTCGTGAAGATGTTAAATTCGTGGTCACCAGCATATCAAAAGATTGTACCTGAAC ACGGTCTCATCAACCACTGCACGAGTTCGATTAAGCCGTTCTTGGACAAAGTTGCTCTCT AACTGAAGCTCCCTTGTTTCTTTTAATATTCTTTCTATGTCCACATCCTGCTTCCGGCTG TTTTTGGTGATCTCTTCAACACGCTGAATGTAGGTTCTTCTAGGTTGTAATTTGGGCTGC TTCTCAGCCTTGGCTGAGAGTACAATGAGTTCTTCCTCTCTGCAGAGTTACGCATACCAA ACTTTCAAACAAAGCAGCATTAAAAGCTCGGATATACAAATAGATCCACACAACTTGACC CCTTTCCATAATGAGTAATGAAAATTCTTAAATGTCAAAGAATCCAAACGATAAAAAACC AAAAATGGTACAGTTTCTTCTCTCAATTTCTCTTTTGGTTCAACTATGTAATCTAACAAA CGACGGATATTTTGCATGACCTAATAGAAGATCGTACCTTCTTTTGTTTTCGGCTAATAT ATTCTCCAACTTCAACTCAATCTCTTCCACCTTTTTATATTTTTCATAGGTCTCTGGATT TGTTGCTCTTAACTTTTCCTCAAGAGAAACCTTCTTTTGCTCAAGGGCCTTGCTTCTATC AATGCTGTACAATATTTTAAAAAGGCTTAACAATTGATATCATCCAAGTTTCAATAGGGG AAATATAAGTAAAAATGTTTAAAATATAGAAACGTCAGTATCCTACCAGTGACTTTCCAT TTCAACAATTTTGCCCCTTTTCACTTCCACCTGATCGTTTAGCTGATTCACATAAAAGTC ACTGGGATGTTTGTGATCAGAAGCCATTTCAACTGCTGCTTTCAATAAATCAAGTTTTTC TTGCAGTTCTTGTAATTGAACAGAGCTTGAGACTGAATTCTCCACAAGCATTTCCTTTTG ATCTCGTAAAGTTTCCGTCTTGCAGTTCGTCTGCAATATGGCATGAATTTAGAAGATAAG ACGACAAGTTGGAGGCTTTCCCAATGCCTAACCACGAAATCAAATAGTATCATTGTTTGT TCCCTATTTCTGTTATCTTTATATGCTCCAATTAAAAAATTATTGGCTTGTTCTGCTCTA TTGGACAACTAGCTCAAAGCGTAAAAGGTCTACCACAATATACTAAAGAGCAATGCAATC CATTCATAATTAAGTACCTGAGGCAAATGCTCACATGGTGAAGTTGATTGTTGTCCTTGT CCATACTCAAAATTCTGCTCACCGTCTCTCAAAGAGCTCCTCCTAACGCCCTCCACCAAA TCTAGGACGTCTTGTTCACCACTTGACGTCCCATTGCTAGAACCAGTTCCACCTTCTATA GGTATTTCAACACCATTATAAACCTCTTCCATCTTATTCGGAATAAGATCAGATTCCTTT GACGCCTCTGGTGTTTGTGTCATCCTCATCAACGGATCAACCTGTCTCTCCGAAAGCCCC TTACGTGGCAGCAGTCCTGCATCATCAAGCTTTTCTTCTGGAGTCTTAAGAACTCTTTTA GATTCTCGAACTAAATCATTTCGAGCTTCAACATCAGATAGCCTCCCAACCAAGAACCTT ATCAACTCGTACAAGTCCTCTTCCGATGGATAAAGGAACTGCCTAAGCAATAAACACAAA ATGCTTTCTCTAAGCACAAATTTAAAAAACACATGAAGCAATGTAGAACTAATGCAAATA AAAATCAATCAATTAATTAAGCATTGAGCTGCATCACCTACTACAAAAGCATATAATTTG ACACGGGAAAACGATAATAAGTAGCAAGAACTTTGGTTTCGCCTGCAAAATCAGCTCGGA AGCTTGCAGAACGCCGCAAAACGACGACGTATTCGACATAGGTCAAAAGAGGAAGAAAAC AAAGGAGAGGTATATATAACAGTAGTAAGTAAAACCTTGTGAAAGCTGATATCTCCGACG AAACCTATAGATTTGAAAGCGGAGGCAAGCTCTGAGCAGAGTTTTGAGCGGTCGGCAACT GAATTCTCCGGCAAGGAAGCGGGAAACGACGAGTTTTGGCGGTCAATGAGGTACAAAGCC TGGGAGGAGACGGCAAATAACGTCGGCGGCGTGAGATCTTTCACCGATGAGACGCCGGAA GGAATCGTTACGCCGGAGCTGGCGATGGAATTCAGTAGAATATCTTGCGATTCTTCCATT TTTCTCTGAAGATTTTGACAGGGGTTTAGATCCCTTTACTATTCCATTAATATTTTATAT TTTAATAATTTTATTATTTAATAGCTTATTATATTTGTAAAGGTAAAATTGATGATAAAT TTGAAGATGAAAAAAAGTAATTTCAAATAATTTGTATGAGTAATTATCGATAAAAATAAT AAAGATGTTATTAAATTATAACAAACTACATAAATTTATACAAGAATATATTCACAAACA TGGTGATACATTATGAAACGAAAATAAAAATCATCCAAACAAGTTGTTAGAACAGTTTTT ACATATTCCCTTTCATTTGGTATCTCCTATGAACAATTTGACAATATTGTTATACTTTTT ATATTAGAAATCATCTATTTTTCGTATAATATTTGCGTATCGATATTATTTCATGTAGTA ATTCCCTTGTCTTTATCTAAATTAATCGGACTCTTCAAAAATATTGTTGCTCGTGTCGGA TCCTTTAAAACTACACTATTTTTGAAGAATCCAGCATGCCTCGAATCAATCCAGCATTTT CATTCCTTAGAGTTTCAAATATTATTAGAAGTGTAATAAAATAATAGGTGAAGAGCAACA AGTTTGTGTGCCATAACTAGAAATTGACCTCAAAGATCATACAATGCATCAAGATCACCA ACCAAAGTATATCTAGTAGGTTTCAATAGAAAGCATGTGTTTCAACAAGTTTCAAGATTT TAGGCAAAATTCTAGTTTTGTTCCTCAACTTATCTTACCATATATAATTGTCATGAACTT TGTAAACAAGATACAAAATCTTCCTTTTTATGATACAATGGAGCATATGGCACAAGATGA AATCGAGGACTTGTCGTTGTCCCTTCCAACTGTTGGCTCAATGCAGATTGCTGGAAGTAA CGGTTTTGGACATAACATAGAGTTCATGTCTCAAGCTTATCTTAGAAACAGAAGCTCTGA AATTGATATAGAAGTTGAACATGATACGTCTATCGCTCATATAGATCAACCTCTTCCCAT ATTCCTCAAGGTACGATCTTCTTTCATGATATATGCTTACGAGTCGTGGCTTCTGTAATG GGAATGGTTTTGTATGCAGTTTGCAAATGTGGAGTATAAGGTGAAGACTAATCAAGCTTT CTCCAACAATCCTGTCAAGGCAGTTGTCTCAAAGGTAGCTTCTCAGTTTGAAAATGATAA TTACAAACATATACTCAAAGGTATAACGGGAAGCATTAGTCCCGGTGAAATTCTTGCCTT AATGGGACCTTCGGGCAGTGGAAAAACGACTTTGTTAAAGATACTGGGTGGAAGATTGCA CGAAAATGTCAAAGGAACCGTCACTTACAATGACATTCCATATAGTCCAGCTCTGAAAAG AAGGTGGTACCTATCCATCAATAGAGAAAAAAGTGTTCTTTTAATTGCTGTCTTTAACCA GAGAGTAGATACAAGTTTTTCTTTCAGTGTACATGGATTTGTATTAACTTCAGTTTGCGA TATGTGCTTATGTCTAGGGTGGGTTTCGTGACACAAGATGATGTGCTTTTCCCACAATTG ACGGTTGAGGAAACTTTAGTTTTTGCTGCATTCTTAAGACTTCCATGCAAGATGAGTCGA CGTCAGAAGTATGAAAGAGTAGAAGTGATTATTAAGGAATTAGGCCTTGAAAGGTACTTT GTTATCCTTTCATGTACTTGAGTACTCACTAATAGCAACTACCGTTGCAACTGTTCACTC GTGAATTTCTTAATTGTAGATGTCGTCATACAAGAATAGGTGGAGGACTTGTAAAAGGTG TTTCTGGTGGAGAAAGAAAAAGAGCTAGCATAGGTCATGAAATCCTTGTTGATCCTTCTC TTCTCTTGCTCGATGAACCAACTTCAGGCCTTGATTCGACCTCTGCAAATAGACTACTTC AGGTTCTTCAAGGGCTTGCTAAGGTAAACACTTCAATAATCATATTTTCACTATTTTCTA CTCTCTCCGTTTCAAAAAGAATGTCACTTTCTTTTTTGCAACTTTGTAATTCTAACTTTC CACTTGACATGCTTAAGACTATAAACATAAAGTTTATTTTGGTACATTCTACATATCTTT AGGTTAAGATTACAAGAATCTTTCTTTATTTTCTTAAAATCCGTTCCAAGTCAAAACCAA ACAAATAAACTGAAACGGAGGGAGTAAACCATTCTTTTTACTTTGGAACAAGTTAGCCAA ATACTAATACATTTTGTTCATCAGATGGGAAAGACAATCATAACAACAATTCACCAGCCT TCAAGCAGGATTTTCCACATGTTTGAAAAAATTCTGTTGATAGCAGAAGGTTATCCGGTT TACTATGGTAAGGCAAGGGATTCGATGGAGTACTTTTCGTCTCTAGGTTTCATTCCGGAA ATTGCCATGAATCCAGCAGAGTTCCTGCTGGATTTAGCAACAGGACAAGTAAATGATATC ATTGTTCCTGATGATCTGTATCCACCTCAAGTCACTAACGAACGAGAGAAGATTGTCATC AGAGTATGATTCTCATTTGTACTTTGTTCTGATTTAACGTGTTTCGTTTAGTTTACTCGA AAGCTCTTTATGGGACATACTTTCACAGAAATTATGTCTATGAACATTAGTATCTGCAAC ACAAGTACAAAGTCCTGTTGGAGCCGAAAGAGAATCATCAATTGTCGAAAGCACCAGAGC ATCTTCAAATGGCTGTTAAAGTAAGGAAAGATTGGACTATATCCTGGTGGGAACAATTCA GGGTACTGTCAAAGCGAACGTACAGGGAGAGATGTAGAGACTATTTTGACAAGCTCCGGT TAGTTCAATCTGTTGGAGTTGCATTACTGCTCGGACTTCTTTGGTGGAAATCCTCAACTG CAACTGAAGCTCAACTCCGCGATCAGGCAAAATCCTGATCTTATATTTTCCTCTCCTTGT AGTATTTTCAAGAATGTTAAAAAACTTATACCTTCATTGCAGATTGGTTTAATGTTCTAC ATCTGTATCTTCTGGACATCGTCTTCAATTTTCGGAGCAGTGTATGTTTTCCCATTCGAG AAGATGTATTTGGTGAAGGAAAGGAAAGCAGACATGTATAGACTAAGTGTCTATTATGTC TGCAGCACATTGTGTGACATGGTAGCACACATTTTGTATCCGACGTTTTTCATGTGCATT GTGTATTTCATGGCTGGCTTCAAGAGGACCGTCCAATGCTTCTTCCTAACGTTGGCTGCA ACGCTATTAATAGCGATAACTAGCCAGGTAAAGTCCAATTTTTTTCGCGAACTGAAAACG TTGTACTCAATTGTTTTGGAAAATATGAATGTTTCTTGTTGTTATAGGGAGCTGGAGAAC TGTTTGGAGCTGCAGTTATGAGTATTAGAAGGGCTGGGATGGTTGCTTCACTGATATTGA TGTTGTTTCTTCTCACTGGAGGTTACTATGTTCAGGTATCCAAATTAAAAAATAGCCATG TTGCAGTCTCACCCGCGTCGGATTCTTTAAAATGCACTATTTTTGGAGGATCCGACAGTC TGATAAACACATTATAAGATTACTTATAATACTCCATTTTATTCATTCTCAGATAAGTTG AAACCAAGAATCCTACTAAGTTAAACTTGTGCTATTGGGTAGAACGTTATTAGGTAGTCC TTCCGTTTTAGTAGTCATAATATTTCTCTAGTAATTTTTTGTCCATCAACTTTTATTACT ATCTATTGTCTCTTGTACTTCGATTATCACACTATTTTGTTGTAGTTACTGGTCTTTTTT CAGAATACTTTGTCATACTTTCTATAGTATTTTGTCATGATTTCTTCACTTCTGTTATTT TCTGCTTTGATATGTGTTCCCTTGACAACTTCTCTACGTAAGGTCTGCATACACTCTACC TCCCCGTACACTGCTTGTGGATTATACTGAATATATTTTTGTTATATAATCAATTGTACC TTAAGTTTCTTTCTATGTTTATTTCTTTATATTTCGAGCTACGTGATGAGATTGTTTGTT TTTTTTTCTTTTTGCAGCATATACCAAAATTCATGAGGTGGCTAAAATACTTATCATTTA TGTATTATGGATTTAGGCTATTATTAAAAGTGCAATATTCAGGAGATGATTTATATAATT GTGAAAGCAAAGAGGGTTGTAGAACTCTTCAAAGTTCTCCTTCATTTGACACAGTTGGAT TAGATGGTGGATTAAAAGAAGTTTGGGTTTTATTAGCAATGGCTATTGTTTATAGATTTT TAGCTTATATTTGCCTAAGCAGAAAAATTAATAGTTGTAATCTTTAAAACCAAAAAAAAA AATCTTTTTTTTTCTTTTTGGTTGATGAAAAATGAGAATTAATTTATTGATGTATTATTG ACAAATGGGGAATTGAACTATCAAAAAAAAAAAAACTCTTTGATTGTATATCTTTGAAAG TAATCATTTTGATTTTATCAATCTTTTCTTGTGAGATGAAGCTAAAATAAATAAATGAAA GTATCTTTACTTTTATTTTAATTTTTAGTTCCTCCTCTCACGAAGAAAGGAGGTTTTCTA TATGGATATGAAATTAAATAACATGTTAATTATTTTGGTTGGTATAAAACGGTGTTTAAA GATCATATTATTTAAAGGAGAAAAAAATGTAATTATAATATAAATAAAAATTGAATTAGT TAGGTCTCAAACGATGAAAATTATGATATTTCAAATATCTTTAAAGCAATTACTAATGGG GATCAACTATTTAAAGTCATAAATCAATAATTATAGTGATGAAAGTATAAATACTCTTTT CTTCTTAATAAAAAGCAGCTTCAAAATTATAATCTAAAATATAGAGTTATTTTTATTAGA GAGCATCTTTTTTATCGTAACTTTTTGGTGTTGATCTAAATTTAATTCAATTTTAATATA AATATCGAATATCAAGAGGGAAATAAAAGAAAATTAAATAGTGCAGAACATACTCTTTTA TCTTGATAAAGAAAATCTCACGAGTCACGATCAAACTTTAGGATATGAAATTATTTTTAT TAAAAAATAATTTACTTCATAATATAAAATATTTTAATATGAATTTAAATTTAATCAAAT TTCAAATACGAAACTAACATAAAAGTAAAATAAAGGGTGAATCACGTTGGTCGTAATGGT GCTAATGTCTACATATGCCGTATTCTTCGGTGGGTCCCTTAAAGCCCACATCCCACGTTC AAATTGTTTGACTTATTGCTAAATCACATTTTTACCCTCTAATTATTTGTGAGTTTGAAA AAGCATAAAATGTACGCAAGCTTTTTCATTAATTTTACGAAGTAAAGATGAAAATACACC CTTGGCTCAACCGCTCGAGCTTATCAAATCAATCATTAAAAGAATAATGACTCTGAAGAG CAACATGACAATTAATAGCAAAGCAGTTCGGAATACATACACAAGAAATCATAACAACAA TAACAAGATATAGTCACTTAAACACAATAAATCATATCTGATATCGTATACGAAAATTCA AAGATTACGCGTATCAAGTTAAATCCAAACATACAGATCGAAAACGAGGAGAGCATTAAA CAAATTCAAAAGACAAAAGTAACCTTATATGAAGAATTGAACAAAGGGCAAAACTGTCAT TGTAAAGGAAACAGTAATGTACCATGTGGCTTAAGAAGAACTAAGTGGTCCTCAAATCAT TGAAGTTGTGGATACTAATAAAGACATCATTCATATTGAGTCTATGAATCAGTAATAGTA AGTCCTCCAAAAAAAATTCCCATTGGGGGATTCACAAATCTGACAAATTCTTCCTCTGTC AGCTTAGTCCAAAAATACACTCAACCCTGCAAATTCCCTTTAAAAAATCTTACTGTAAAA CTTAAAGTCACCATTAATGGTGAATCAAGAAAGTCAATCTTAAGAATTTTCCCATTTTTG AACAACCATAGTCATAAAGATTGAGTCTTTTGAGTTTTCTGAGGAAAAAAAAGCTATCTT TATCAGAAATTAATGGAGCTGGTGCCTTATTCAGACCCAAAAGCTGAATCAAGTGTTGTT AATCCACCTTGGGAAGATATGTTTAGATCAGCTTCAATGAGGAAACCAGAAGAACCAAAG CCCCAGAACCAGGTCCCTTCAGAGGCTCAGCCAAGAAAAGAAAATGAACCAAATCAAGAT TCAGTGTCTGCTGACCCTCAGGTGAGACTAGCCCTTTATATAGCTATGGCTCATGCTGGA CTTGTATTTACATTTTTCATTATTTATGGTGTTGGTAAATTGCTTGAAGAGTATTTGAGA GCTATGTTATGGGCTGTGCTTTGTTCAATTCCATTAAGGGGAATTCAACAAACCCTTGTT GCATTTTGGTCTGAACCTTTGAAGTTAGGTCTTACTGAGACTATTTTAGCTGTCCCTGTA GCTGTTTTCAGTGTTTTTCTAGGGACCCTTGTTGATATTAAAGAGAAGATTTTTAGGGTT GTTCTTAGGAGGCCTAAAGGTAACACGACGAGGCGTCATACGAGTGGATTTTTCGTGTTG TTGAGGTGGCTTATGTCTTTTGGGGTGTTTGTGATTGCTTATGAGCAGATTGGTGGGATG GGATCAGTTGCACTTCTTGCATTGGGATTTATGTTTTCTGCTAATAGTGTGGATTCAACT ATGAATGCAGTAACATCTTTAAGAAGTCATAGCTTTCGTAGGTTTGCTATTTCTGCTTTC TTTACTAGAGGGATATTGAAGAAGTTGAAGACGATTGTGGCGATTGGGTTGATTGTTGGA TTGAGTGTGGGTTCGTTAGCAGGTATGATTTTCTTCTCATATAAGATTGGTATGGAGGGG AAAGATGCTGTTATTGCGTTGAAATCCCATGTAGAGGAGAGTAATTATGCTGAGAAAATT GGCGTTAAGCAATGGATGGATGAAAATGATGTCCCCGGGATGGTGGATAGATACACCTCT CAAGTGTATGAGACCGTATTTACCCAGATAGATGGCTATGCTATGCAATATAATATGACG GAGTTTGTCTCTGGGATAAAACATTTTGTAATAGTTCCTGCAAATAACACATTTAATCAA TCTACGGCTTTGGCATCCCCCTCTCCTTATGCAGAGAAACTCTTAAGCCTGAAAAGGAGG GTTAAAGATCGTGAATGGGCACAAATATATACAGAAGTGGATGTAATGTTCAGGGAACTT CTGATCACTAGAGAGGACTTGGTTGAGAAAGCCAAAGGGTTCGCTCTCCAAGGAGTAAAT GTAATGCAACGGATACTGGTTAGTAGCACATCTGTCTTAGGTGGGAGCATGAAGGTCATG TTCTTGATCGGGAATTCCATCGTTTCGGGTGCTGCTGGTCTTTTTAATTTTGTATCTCAG CTAATGGTATTCATTTGGGTACTTTATTATCTCATCACATCGGATTCTGGTGGAGTAACA GAACAAGTCATGTCTATGCTCCCTATGTCACATTCCGCAAGGAGGCGAAGTGTTGAGGTT CTTGACAAAGCTATTTCTGGGGTTCTTCTAGCAACTGCTGAGATTGCACTCTTTCAGGGG TGTCTAACTTGGCTCTTGTTCAGATTATTCTCCATACATTTTTTGTACATGTCAACAATC CTCGCATTTCTTAGTCCTTTGTTTCCTATTTTCCCATCACTGTTTTCAACTATCCCAGCT GCTTTACAGTTGGTGCTTGAAGGTCAATATGTATTGGCCATCAGCTTATCAATTATACAT CTCGTACTTATGGACTATGGTACATCCGAAATCATGGAGGATATACCTGGCTATAACGCG TATCTCACTGGTCTCAGCATTATTGGAGGAATGACATTGTTCCCTTCAGCATTTGAGGTA ATCTAAAACATCACTCTCTCTTGAATTTCCATTATAACGTTCTTGCATTACTTAGTTACC TGTCAGGTTACCTCTCTTGTTGAGTATGAGGAAGGAAGTGAACTTGGAGAATTGGCAATG CCTATACATCAGATATTAAGATATCCCCAATATTAGACAGAAAAATGTGAACTTTAAAAG TCCTTCATTTACCTATCAAAAAGAGAAATATGATTGTCACGCGATGACAGGAAAGACGAT AATTCTATTGGGGAGAGAAGCTATGAGTGCATTCCCTTTCAACCTTATTCTTAACTCCAG TTATTGTCTAGATCATGATTGTCTTGGAACTATGATGTATTACTTTTTTGTGAGTTCCAC ACCCCAACTATCAATTGCTTCCTTTTCCTACCTAAACTATCATCATTATATATTAAAACA TGACTGATTGGGCCAACTATCAGTTGTTTCCTGTGTCGCCTTTTGCGCATGTATAAAGAT GTCTATTTGCTTTATATGTCACTTCATGACTTGAGTGGTACCTGAAAGCACACCAAGGTG TGTTTTAATACGTAGATGCTCATAGTTCTTGTAGGGAAAGGGAACAACCAGTGGTTTTGT AAAAACAAGAAAAGTTCATGTGTGTTTTTGACCATTATCTCTTTCACTTGAGATGATTTC ATTACCATAAAGGTCGCATCTTTGATATTAATTGTGTATTTATGTTGCACAGGGAGCAAT AATGGGACCACTGATAACTACTGTTGTGATCGCGATTAAAGATTTGTATGTTGAATTTGT ATTGGAAGAACAGAAGGAATAAGCAGAACAAATCTGTGTTTGCAATGCCTGAACCTTTGA AGACATTGAGAAGAACCCCCTATTACTTTCTTTGATGGAAAAACATCGCAAGATAAAGTG AATTCTTTTTTCTCCCAGTCAACTATTGTTTGTATTCTACCTGTGTTTGAGGATTTTTTT TTTCTCTCAGAAAAAGCTGTTTATAGTGTGCAGAAAATTGGTAAATTATTAAAATTGGAG TATAGAATTGTGCATTGTATCTTCTTTGTAAAACCTTTAATCTTTTGAAGAGAAATAGAA TTGTTTTGACATGTCATTTTCCTTCTCTCTGAAATGCTTTGTGCACTACACTATCTTTTT TTCTATTTAAAATGTTATGACCAACAATATTGTTCATAAGAATCAACAAACCAAATAGGA TTTGAAAATGTGAAAGTATTTTCACTTTTTGACATATTTCCTTGTGTGATGCAGCGTTTT CTCATTGGTCGATCATGCTACATCAGAGCCAATGGCATTCAATCATTAAACTTTATACTA AGTTTAGAATTATGAAAATGTGTGTTCAAATAACACAGTTTGAATACAACTGTTCAGTAG GTACAACTCTCACCTGTATTGTATTTGGCCTTCCTTTCTTTTTTGGCTTTTCTGCTAATC AGTTCAAAAAGTAAGAGATGAGAACATAATAAAGAACAGAAATGTATTTCCATATATAGT TTAGGAATGACAATATTACAGTAATGCTTGAATGATATGACAGGGTGTTGAGAAACAACT ACAACAAAAACAATTCACAAGGCATTGATGTTTGTTGATTGCTTTTTTTTCACATCAAAA TCCTATTATCATTTCATGTATTTGTGGAGAAACTTCCTGTGAAAGTCATTCCGGATGGTG TCATTAATGAAACGCTTGGCTACCTTCAGTTCTCCGCGAGCCTGATTCTTGAAGACCACA TCATCATCCCACCTAAAGAGAAAATGAATCAAAGACAAATGTGGTAAGTTTTACATAGAA GTAAAGCTGAAAAATCTCAAAAGATGCCATGCCTTAAGGGATTAACCTTCTCTTAACACT GAAAGACGTTGGCTGGTTTATAAGAGGGTTTCCTTTCAACAATTCTGCTTCCTTTGCTTT AAGCTCCTCCTCTTGCTCTTGTCGTTCCTGCCAAAATCACACAACTTTGAGTTCATAGCA GTGTTGATGGTTGGTATTCACATCATCAGATGAATACGATGATTGGTACTCCCTTCTGTC TACAGCTCTGAATGGAAATTTTGCACAGTTCTAGAAGCTATTCGTGTGGAGAAGGAATAC CACCAATATAAACCTCAGGATATGCAGTTTAAGAAACAGGAAATTTTGAAGGACCCACAT AACAAATTGGTAAAGAAACTATCAAGCATTTAGTAATACATACTTTTCGAAGTTTCTCCT CTGCTTTCTCCTTTTTTATCTGTTCAAGCTCTGCCAATAGAGCCTCTGTATCATCTTCAT CATCATCGTCGTCATCATCCTCACTAAAATCAGCGTAAACAACTTATAAGGTTTTGAAGT AACAAAATAAAACAGTCTAAATGCAAAGCTGCAGTAAGGGTGGAAACATATCAACGATGA ACTGGAAATATTAAGGACATGCATTCTACAACAAAATTTGATCGTACAACAAAAAACAAT TGTTCAACAACCCTTATTTATCAATGAAAAACTATCAAGTATTCCAACGTTTGCACAAAT AGGAGCTTACTAAAAGCATCTTTGTACAAATGGGGAACAATGTACAAACCTCTCATCGTC ACTTTTGGTGTCTGCATCATCATCAGCATCAGCGCTGCGTGGAACAATGCGGTCTTCAAT CACTCTTTTAGCACCTGCAGCAGAATATCATATAATAATGGAAACATGATGAATGTCTTG TTGAAATTCTAGACTAGTCTAATGAACAAACAACACTCACCATCTAAAAGCAGTTGACCA CTCTTTCTACGATCTCTGTCCTCTGCAACAACATATACTATAAGTTTATGAGTTGAACAA AATCAGATAGGAATTTGATATGAGTCCACACATGCGTGCAGGAGGGAGAGAGTCTATCCA TATATCACATACCGTAGCCGTTGTCTTTTGAAGAAAAATGTCTTCGCTCACGGTCCTCCA ACTCTTCCCGGAGATTTCTCCTATGCAACTCATCCTGAGTATCCTGTCCCTCCTTTCTGA ATCATACACAACAATGGAAATAGAGATAATGAAATCATGATAAGAATTTAGAAGAGCACC AATTTAAGCAACTCAGGCAGAACCATTAATGGAAATAGAGAAACGCCTTGTATGTAATAT GCATGATAATAATATCGAGTTCAATTCAGATTCACGACAATTAGGAGGACAGCCAACTTA TGTTACCTTAATGACAAACCCATTGAGTTCAACAATGAACTGCCTAAATTTCTATATGCC AGGATTCAGAAATACAAGTAATGCAAGTTCATCAATCAGTTTGACAAATTACAGCATACA TCATCTACCCTATTTCTCACACAAATAAATCAATTCATCCCTCAAATCAACTTGGGTCAG AACTGTTTCTACTCATAAGTGACACGAACTAAACTCACTTAGAATCTACAATAACCTACA TTCATACCATATACTGCAATAACTAGGTAAAATGGACATAAGATATGTTGTAATACACCA TTTTCTAATTATAGCATTCGTGATAAACACAGTTCCTTGCCATGCTATCGTTTTGATAAA TTGATCCTTGACATACTATTGACGCATTTATTTACAACTTCTCAAATTAAGAACAATCTA AACATTTTACCCATACCGAGTGGAAAATAAAATTGCATACCTTTAATCATATCATAAATG TACAACGCCTTTCTCTTAAGAAGATTGACTTAACAGAACTTCCCAGGTAATTCTATGGGG AAACCATGTCTGTTGGACTACAACTACAGGAGGAGACAATAAATATAACAAGTGAAACTA CTGACCATATTATCATTATAAGCTTCAATTATACTCAACATAACCTTTCAATAGCTCTTA GTTCCGCTTTAACATAATCCATTTCACTTATATCTACCTTTCTTAAAAAAAATGAGCATA AGCCACTTCACTTCACCTGAATGCAAAATAAGATCATACATCTACAGACACAATAACCGA ATAGGGATGCAGGTTGGAACCAGGTAAGTTGAGCCACAAAAATCCCAGCTTTAGACTCAG TACACTCCGTGGTAAGTCAAAAACCACACAAACAGATTGAAACGGAAGTAGTAATAAAAA AAAAACATTATTTCAAATTACTTGCCTAGGCTTTAAAGTAGTGTGAGCTGCAATATCTCT TGAAGAATACTTCTGAGATGGACCAAAAATTCTAGTTCCACCTTGTTCATTCCCTCCTTT AGCTGGTGCCCATGTAGGTCTAGCTGCAGTTGTCATACTTCAAAATTCTGTGTGAAAAAA AGTAACTTCTTTACTCAGAAATCCAAATTTTCTTTTCATGAATGTAAACATCAACAAACA TCAAATTAGGTTAAAATAATCTAAGAACCCTAGAAAACAACAATTCATTTCTAACCCTAC TATCAAAATTCGATAATCGGATTTTCAATTACCTTAAGGAGTGATTGAAATCGCCGGCGG AATCGAAGAGATGATGGAGCTGGGAGATTCGGATTTTGGTTTGACCCAATTCACACCGGA TTGTTTGGGGACGATGCACCGCCGGATAAATAATAAGTGCCGTCAAATATTTCACTATTT ATATTTTATAACATGTATTTATATATATGTGAAGCAGTATAAAATTTTGATTTGAATTTA TCGAGAATATACTTATTCGTATAAATTGACTAAATTTTATAAGGGAGATGAATTTTAAAT TGTTAATTCATTATACGTTCATTAATTAGTGGTCGACCAAGATCAAAGTATTTCAAAACA ACAATTTAAACATTTTTAATGAATGAACAGAAAAGAAAAAAAAATCGATATTAAGTATAC ATTTTTTATATCCTAATAAGTCATTGTGTTTGGAATGACTTTTATTTTTTTAAAATCATA AATACATTTGAGAGCAAATAGTATAATTTTATGATCATGTAATATTATGGCTCAATAGTT GGATAAGTGAAGTATTTCATAAATAATGATACTACATTGAATTGGAATAATATCTAAAAA TAAACCCACAATTCAAGATTTTTATGATTTTCTTTGTTCTTAGTCACAATTATTAGTTAG AGAAGTTATGTAACAATGACAATCCATCCCCATTGATATCAATGACACAAGTGGCTTTAG TTGTTTCTTACGGATGCAATCATATTTAATATTTTAATTTCAAATTTTATATATATATAT ACATATATATATATATATATATTAAGTTTTTTAATAAGCAATTAGTTATTGAATCAACTT CTGTTACTTCTTTTTTCTTCTTGTTGATTTTGAGCTCCTCTTAAGTTGCCTATATTAATG ATGTTTGAAAGTGTAAATTTAACCACTAATATTCTAATAATAAGAATAAAATTATTTTTT GAAAAAAACAAAAGAAATAAGTGCATATGTAGAATTTTTTTAATGTATTTTGAACTAGTG AAAAGTAATAAATATAAATTTACGCTTTTAAAATTTTTAAAATCCTAAATATATAAATGA GAAAAAAAGAACATTAAGAGTAGATATCAAACTAGAATTTGAATTTTATTGACTTAAAAC TTCAAGATAATGATATCAAATGTCGAATTGCAAATTTAATCTTTATACATAATTAGTAAT TTTTAACATAAATACAAAAATGTAACCTAAAATTATTAACAAAAACTCTTAATCATAAGT ATAGTATTATTTGTATTTTGTACAAAATCAAAGGCACCAACCCTGACCACTGATATTAAA CCACACGTTCTCTTGTAAGTTGGCAGGGAGACGCAAAGAGATTTACGTGGGTAGAATTAT CGAGCTCATTTGAATTTTATATTTTTAATGTAAAATATAACATATTAATAATAATAATAA AAGTAATATTTTTAAAATTTATAATTAATATTTTTATGAATATTGGTTAAAGAAAGCGTA TAAAAGTCATTTACGTAAACTACTTTTATAACAAATTAATTTTTTTAAATTAAAATTCTG ATTTCGTCAAACACGATGGTTAAAGTTGCTTGTACTGCTGGTTTTTGATTAGGTGGCCAA CTGCTATCCTCAGCAACCGATTAACTACTGTACCCGCCACTTTTCAAAAAAATTAAATAT TTATTTATACAAATATAAATTAAAATAATACATTATGTTAACATTTGTATTAAAAAAAAA TTGGATTGACTCAAAGTTAACATCAAAATAAATAAGAGTAATGTATTTTTCAAGAACCCT ACATTTGCTTTCATCTTTCATACTTTGCTTCTTCTCAAATAAACAAAAAAAAAAAAAAGC CAAAATCTTCTGAATAAGTTAGGCCAACAGTTATTATACTTCTTTTAAAAATTCACTTTT AATCAAAGCAAATTAAAAAAAAAAAGTATCTGTTTGATTCTTGGTCACCATCTTGAAACC AATCTTTACCTTCCTTGTGTCATGTTTGTTGAACTTCATTAACCTATTTTTCTCTTCTTG TTTTTTTTTCCCCTTTTTTATTCTCACTTTCAAAACTCTTGTTTTGTATTCTGAATTCTT GTTTAAATTTTTAAAAGGTGGGAACTTTTTTGTTGTATGACTTTGTGTCGACTGAATCAC TTTTTTTTGGTGTTAGTAGTTGTGAGTCATACGAGCTAGTTAGATATATACGTGGAGCAA AGGGCTCGTAGCACCCCTTTGATTGATCAACTCTTTTGGTGTTAGTGGTGGTGAACCATA CGAGCTAGTTAGATACGTGGGGCAGAGTAATCGTAGTAACCCCTTTGATTGATCCAACCT TTTCTTGGCTTTGCTAGTGAGTCATTCCTCTGTTTTACCTTTTTCTTCTTGAAATTTTGC TTATGTTATTAGCAAAATTATTTTGAAAGATTGAAATTTGAGTTTATGAAATAGGTTGAA TTGTTTGCTAGTGCACCTTTGTATCGACTTAATCACTCTTTCGGTGAATCGTGAGCTGGT TAGATATGTGTAGTAAGGCAGAGGAGCTTATCTGTATCGACTAAATCACTTTTATAGTGA ACCATACGAAGTTATTAGATACGTGGAGCAGAGGGATCTGTATAGTAAATGATCACCAAA AGGGGCAGGCTAGCACGCCTTATTCGTTACTTATATATGTGAGGATATGTTACTACAAAG TTGAAAGTTCTTAGAAATTTCTCACTGTTAGACAACAATCTTTGTGTCATCATATCGAAT CATGAGTAACCGTTACTTTATTACAACAGACTCATTGTGTGATTCTAGGATTATTGGTCC AGAAAGAATAAATCTTGATGTAAGAAGAACACCCCCTTCTTCTTCTTCTTCTTCTTCTTC ATCTTCATCTTCATCTTCATTCTTGATAAGAATGGCAATTCGAATATCAAGATCAAGATG TTTTAGTTTCTTGAGAAGAGTGTTTCATTATCAAAATGGTTCAAGATCAGAACTTGGCTC AAATCCTTTCAATTCTGTGACTTGGATGATTACGGAGTGTATAGCATTAAGTGTTCAAAT AATTGTTACAACATATACATTAGTTGTTACAAAAGATGAAAGACCTGTTTGGCCAATGAG GATTTGGGTATTTGGATATGGTTTTGGTTGTGTTATTAGTTTGATTCTTCTATATTGGAG ATATTGGGTATTATATGTTAGCCAAACAAATGATTCTGATCTGGAGCAACAAATAAGCCA CGACGAATCAAGGTAACTTGTATAACACTAAAACTGTTATCTTTCGGGTGATCTGATCTG ATAGTGTAAAGGTTCGTTTTTTTCAGGGCATTACCGTCTCGGATGGAGAGATGTAGGACA TGGATAGAGTTCTTCTTTGCTATATGGTTTGTGATGGGGAATGTTTGGGTATTTGATTCA AGATTTGGATCATTTCATAATGCCCCTAAACTTCATGATGTTTGCATATCATTATTAGTT TGGAATGCTATCACATACTCTTTTCCCTTCATATTATTTGTGTTGTTGTGCTGTTGTGTG CCAATTTTGAGCAACTTTCTTGGCTACAATATGAATATGGGATCAATAGATAGAGGTGCA ACTGATGAACAACTATCCAATTTGCCTAGTTGGAAGTACAAAGAAATTGGAAATATAGAG GAGATTACAAGTTGTGATGTAAGTGATCTATTAAGTTATAAAATGTTTCATTCGTTTCAA TTTGTTTGTCTTACTTTTTGTTTAGTTTGTTTCAGATATAGTAAATAAAATTTAGTGACT ATACGTGAAAGTTGACGTTATGTTTGTGAAATGACAGGAATGTTGTATTTGTTTGGCAAA GTACAAAGAGAAAGAAGAAATTAGAGAGTTGCCTTGTTCTCATATATTCCATCTCAATTG TGTTGATCAATGGCTCAAAATTATTTCTTGTTGTCCTCTTTGTAAACAAGAATTAGAAAG GTAATCGATGGACAGAGTTATTAGATACTTATATTGATGGAAGATAGCAAGTATCATCGT TCAAATAATTATTTTTAAAAAAAGTTAAGTTCGTATTTGTTACTCCACATCCAATTTTTT CTTTTTTTTCTTTTTTCTTTTAATTTCTTTCAAGTCAAAAGTCAAACATAAATTGTATGC TACGTATAGTTACTAGAGTGAGCAGAAGTTATTGTAAATTATAGTTCACCAGTGACTATG TATGTTGCTATTAAAGTAAGCTTTAGGAAAGAATTTATGATTTCGCAATTCACATTGTAC CAATTTCAATTTTGTAATAATGGAAATATGATTGATAATATTTTTAAAAATAATTATATG AATTGTATATAAACTGAAATAAATAATTATTCTATGTAACCTTCTCTTCAATAATAGATT GGACTTATATACCGCTATTCATCCAAAATTAAGATAATTTTTTTTTTACAATTTATCTGG GGTTATGAATATTTGAACCGAGTGTTTGTCATTAACAATTCTTTTTAGAGAGTTCATATT ACTCATACATAGTGTTTTGAAATAAAAAAAATTGAACTAATGTTTTGAATTAAAAAAGGA TCAAACAACCTACTCATTATTTGAAAGTGAATCACAGAACACCAAAAGTTAATTTTTATT TATATATGCAACAAATGGTTAATATATATATACATAGTTTTTCTTTTATAATTTATAAAC TTCTGGATTAATTTCTATATTTGAATAAAAATCTCAAATTATATATTTTATTTTATTTTA TTTTTGGAGAATTTGTGAGATTTTATTTTATTTTTAGAGAATTTGTGAGTTTATCTTATA ATATAAAATAATAAGATAAAATCAGTGTTAAATTACATATTCAAATGTTAATTCACTCTT ATAAATTTATATGATGATTTGAAATTGTATGTCCAAACATGTAGTGATGATATTAAAAAG TGTGTTACTTCTTGATGAAATGAAATGAAATGATTTTGACCATTTTTGCAAAATATAATA AACAAAATAATGTTGGAAAAGTACTTTAATAGTTACTTAGGCCCACCTCCTGCTATGGAC CATTAAACGAATGGGCTTTTTCCATTAAAATCTTGGGCCCATCTTAATATTTGTACTTTT TTCTTTCTTTAACTTTTATTTTCTTTGTTTGTACTATTGGGTACATTTGTATTCTTCCTT ACTTCCAACACCAATTTCAAATGTTTAAATATATATCGGTAAGCCACAAGTATCTCATAG ATTATAATTTTTAGAGATATAGTTTTATTAAATTAAGGGCTTATTATATTGAACCTATTT TTTATAATTTGTATATCTTTTTTAGTTTACGTGACATACAAATATCTCTCATGCGACTCA ACTACGTATAGTCATTTAATATGCCACGTAAGTCAAAAGTGTAACAGAATTACAAAAAAA TACAATAAATTGAGGGTAATAGGACTTTACCATAATTAAGGTGTGTCCACGGGATATATG GTCACTATTATATGAAGGCAAAGTAATGCATATCAACATCGAATATTTAAAGGAAAATTC TGCAATAAAGAAGCCATATGTAAAAATCAGAGTAAACAAGGACTGTAGCAATAGTAAATG ATTATAACAATCAAAGTAAAGAATACAACAAGTAATAAATGAATCAATAGATTAAATCTT TTACAAATTGATGTGTTAAGTTTTGATGAATTGATTAATTCTTCATTTACTTAACAGACT TTCGTCGATATCACTAGACTGTAAAACGTTAACATGTATCTATTTGACAGCTGGCAAACA TGGGTGGGCCCAATATCAGACATTTGGGGCACCATCAGAGACCCATAAAATATAATTAGT TTCCAACAAGGACACAACTTATTGCAAATTACAAAAAACCAAAAAGAAATAAATAAGGTT AAGGAGAGCTTCCTCCTTCTCCTACCTCAAAAATTCATCTCTGATTTTGCAATCATCTCA AATTAAATCTCCATTTATTCATAAACGTAAGTTTTTTTTGTTTACCCTTTTTCATTGTGA TTCTCATGTTGTTGTTTTCTTGTAATTATTAGATCTGTTTGTTAATCAAATCGAACTGTT TGATTGAATAGTTGAAATTCTTGATCTGATTGAATTTTGATGTGATATACAAGTTTGTTT TTGTGTAATTTGATGTGGAGTTTTTATAATTTTGTTGTTTTTATAAGTAAAGTTTCGAAA TGTAAGCTAAATTTGAGTTTAGATATAAAGATTCATTTTTTAAAGAATTCAATTCCGATT GCCCTGCAGAAAGGAATGTGATTTTGGCGTGAAAAGTTTAGCCAACTTGTTTTTGCAAGT TCTCACTTATGAATTAATCTTCGAGGTGACTGTTCGTTTCATTTTTATCAATAAAAGAAT GATCTTTTGGTGTTGTATTGTCTTTGAGGTTTAGTGCTGTTGTTGAGTTTGTTTCGAGGT GACTGTTCGTTTCATTTTTATTAATAAAAGAATGATCTTATGGTGTTCTGTTGTCTTTGA GGTTTACTGTTGTTGTTGAGTTTGTTTCGAGGTGACTGTTCGTTTCATTTTTAGTAATAA AAGAATGATCTTTTGGTGTTGTGTTATCTTTGAGGTTTAGTATTATTGTTGAGTTTGTTA CATTGATATTGAACCTGAAATCTATGAATTATAAGTCAATTTGTGGAATGGGGGACTGGG GTTATAGTATAATTAGTTGTAGAAGAAGAAAAAGTTGCAACTTTTTGATTTTTGTTCGGA TGATGCAATCGGTGAGGTTGAAGAGATACGTTAAGTTATGGTGATAAATTGGCAGGATTT AAACTGCATGGCAAGACGATAATCAATAATGAGATTTACGTTGAAAGATTTGACCATGTT GACTGAATTAAACGGCGTGTTTTAGTGCTTCTTTTATTAGTTTCAGTAGATATTTATGGA ACTAAATTGTGTGTTGACATGTTGATATGGCAGATATATAGCTGCATATAGATAGGTTTC AGAAACTTTCAGTATTTTGGATTCATAAATAGACATAACAGAGAATGGTCGAAAGGTTAG TTTTGTTCTTTTCATGTCCGAGAGACATTTCTGTGGTACAAATAATCCAATTAAATTTGT TTTTTTGACTTTGTCTTCTGCCATTTTTGTTGAACAGATATGGAGTGTTTTGAATCTGAG ACGTTACCATGCTGCAGTGCTTAGGTTCTTACCTTTCGAGGTGTTGCGATCTTGATTTTA AGCAATCGGGGGGCCTCGACGATCCTGAGATACTTGCACGAGAGACAGTTTGTATGCTAC TTGGACATTTTGTGATTTTTTCCTAGAAACGTGAAATGATTATGGAAAATAACAAAAGCA AAGTCAAATGGTTCTGAGCTTTTGCCTTTTCTTAGTGGTTCTATTTCCATGATTTTTACC ATCATTTTAAAGCTTATTACGGTTCTGTGAAAATGGATAGCATATGCTCCTTTGAGACGT TCTTCCCATATCGGGATGTATCAAAATGTTTGATACCATTCCCTTCCAAAGGAAATTCCT CACAGAACTTACGGTCATTAAGTTGTTTAGATTGTAATACATTGATATTCTAAAATTTGA GACTATGTATCTTTAGAAAAACCGTCTCAATACTAATTTGATCTATAATCAGAATTTGCT ATGTTTTTATTGTCGTTAAGCATTTGAAACTACTTTAACCCATCCTCACAGAATTTACGG TCATTAAGCTGTTTAGATTGTAATACATTGATATTCTAACATTTGAGACTATGTATCTTT CAAAAACTATCTGAATACTAATTTGATCTATAATCAGAATTTCTATGTTGTTATTGTCGG AAAGCATTTGAAACTACTATAACCCATAGGTTTTTAGTGTCACGTGGTTTTTGCACTAGT TGAAGTACTATAGCTGAACCTACATAAACTTCTTTCTTGTTGCAGTTAGCGTCAGCGAGA TTGAAGCTCTTTATGAGCTCTTTAAGAAGATAAGCAGTGCAGTGATTGATGATGGTTTAA TCAACAAGGTTTGTGTCACTTGGTTTTCTAAGAGCAATCTAGTATACTAGCATCAGTGCT CTGGCAATCCACTGTCATTGAAAAAGAACTATCTACATGGTCTTTTCCTGGCATGGATGC TTAATATGTATTTATCTTCCGCTGTTCTTTTGGATTTGATTTTGTACCTTATCTTGCAGG AAGAGTTTCAATTGGCACTTTTCAAGACAAATAAAAAGGAAAGCTTGTTTGCTGACCGGG TACGATCTCCTTAAATGCTATTAGATTTTTAAATGTAATCCCAATTTCATTGAATTTAAT AAGGGTCCGTTTCTCGCCAAAAATTAGATATATTGTCTGCATCTTATTATTGCTATACAG CTCAAGCTGTTCTCGTCTAACGGATCAGCTAAGTTGCTTATCCTCTTTAAGTAAGGGAAT ATGATGGAGGAAGTACAGCCATGCTTATTGTACTCCCTTCACATGCAGCGCATAGAATAA ATTAGATTTTAATGGCATTCGTCAATGAAGTTTTTGGTCTGGTTGTCAAAGTGCACGCAA AATTTCCATTACTGTCGAATATGATGAGATTGAGAAATGTGATTTGGTAGCACCCAACAA GATTAACTTTAAATATTATTTAGAAGGGAACTGACATGGTTTTACAAAAGTATTCAATTT TATAGTATAATAATTGAAGGTTTGCGAAGGAAGCAGGATGGAAACAAGGTTTAAGAATTT TAAATTCTTCATGGGAATGAATATATCTAGGTTATCATTTTCAGTTTTCTTATTAAAATT CTATTTTTATCTTATATGCTTTAATATTGGATATCCAATGGTAGTTTTAGTCTTCAAGGT GTCCAAAAAGTATACAATGTATATAGCTCAAATGCTGTTTTAATTAAATATATTCTTTTG ATTTGGACACCCTTAATAGACCCGAGAGGCACGGTCTAGCGGTAAAGCCTGCTCGCTTGG AGTTCCGAGTTGCGGGATCAAATCCCACTTTGTACTTTTCATCTACGCATTACCTATTTT AAACGAAAAAAAGAAAGTTGAGTCTACCTATATTGATGCAATAAGGGAACATTTTTAACT ATTCTTTTCAAAATCTAAAAGAATTTCTTAAAAAATAACTTTCAGAAATTATGTAAAAAT AAATAATTAATTTTTACAATATGTTTTACTAAAAGTATTACTAAAGAAATCTTCAAGTAT AAAAGTATCAATCATGCGGATGAATATGTTTATATATTAATATGGTCCAATTGTGATTTC ATGAACATCTTTATATTAATATGGCGAATGTGATTTCAAATATTCATGAATGTCTTTAGG ACGTGTGGATTTTGAATTTTGAGTAAATTTTGTAGGTTATGCTTGTTTATGTGTTGCTAT TGCATTTATTTTATTCTTATTTTTTCTCTCCCTACAAAATGTGCTTAGCTTCTAGTTTAT CGCCTAAATTCCCGGAACCTTGTCATTTTAAACATTTCTATTATTGGTCTGGAAGGTTGA GAAGACACACCGGATGGAATTATCTTTATTTCCCCCACTCTGACCTATCTAATATGCAGG TGTTTGACTTGTTTGATACAAAACACAACGGAATCTTGGGATTTGAAGAATTTGCTCGTG CACTCTCTGTTTTCCATCCAAACGCACCTATCGATGACAAGATTGAATGTATGTTTTGTG TTTGCATTTAATGAGTCATGACTATTAACTTTAGTTGGTCTTAACTGCTTCTAATGGGTT ACTACTATTGCAGTTTCTTTTCAGCTATATGATCTCAAGCAACAAGGTTTTATTGAGAGA CAAGAGGTAATTATAAATCTCAATAAGTGAAAGTGATTAAATGTCCCCAATTTTGAAAGT CTTTGTTTAAGTAGTTGACTGGACTCTTGAGGCAAGGCAAAAGACATTAAACGGTCTGTA TCCAGGTGGCAAAGCTCCACCGAGGGGTTTGCGTTTAGGGCTTTTAGGCTGATGAATGTA CTTTTTTACAGGCATCTTTCTAGGTCTTGCATTGGGCTAGTCAAATTTCTGGTCCTTTTG CTCCATATTTCAGATTAGTATGGAATAATTTGGTTACCTTAAGCCCATTTAATGTATCTC TTTAATTATATGATAAGCAAATTAAGTGTGACCAAAGTCCAATTTTGGTCAGTAGTTTCC AGTCATCTTTCTGCTCCCGTTCTTCTTTTTTTCACCACTCCACATTCAATCTGATTTACT ATTCCTGTTCTTTTCTAAAATTTCCGACAACTATTCCTTTTATAGTTTACTCATGAAGCA TAACATTTTAGCCTTATCAAGTACTGGTCATCATAATTTGTAGAATGTTTCATAGTCTCT TCTCCTACTTTATAGTATCCCAGTTTTAGATGCTCTAATCGTGAAACCTCCCTGATGTCT CTTTACGAGCTTTATTAACCAACATTACTTGTGTGTGTATGCTTTTTGATAAGATAAAAG ACGTGCCTTCTGAGTGCAGGTAAAGCAAATGGTAGTGGCTACTCTTGCGGAGTCTGGTAT GAACCTCTCTGATGATGTGATCGAGAGCATTATTGACAAGGTGCTTCATCAACCTAAAAA GTACTTGTTTCTGCATGTTGTATAAGTCATACATAACAATAGTGAATTCACCTCATGGTC TATGTTGCCAAGTTTTATCTTGGACCAAAGGGAAAGTCTACGCTTTCAATTCCCCGAGGG TACCATAATCTTATCGCGTTTTTTCTTATTTTTACTGATCTCATTGTCTTATGAAAGTGA ACCTTTTGATGATTAACTAATAATAATATGTTGTTGTTTTATCAGACTTTTGAAGAAGCC GATACCAAGCATGATGGAAAGATCGATAAGGAGGAATGGAGAAACTTAGTGTTGCGACAT CCTTCACTTTTGAAGAACATGACCCTCCAATATCTCAAGTAAGTGTGAGACATGAAATGT TGAGGTATTTCATTGTTTTTTCGTTGTATTAATTCATATCTTCGTCCTCTAAACAACAGG GACATTACTACAACGTTTCCGAGCTTTGTCTTTCATTCAAGAGTTGAGGACACCTAATTT GGGATTTGACAAGAGAATTATGATTCCATGAACATAGTATAACATTCTGTTTGCTCTCTA CATGGTTTCTTATTATTCTTTTTTGAATAGTTGTTTTGTGATTTATTTCTATGAATTGAT TGATGTGGAGTTTCTATTGACTGATTAGAACCAAACAAAACCCCTCCTCTTCGTTATATA TAATATACTATTCACACCACTGCAGTCTGGTGACTTTGGGTCATTGTTCTTTACTTACTT AGGTTTAAAAAATATTTTATAATTTTACTGGATTATATGTGAATTACACTTTGATCATGG CCATTTGAATTCAAGATAATTAGTCAACACGTTTTTTTAATTATATTGCCATTTTGTTAA TGTCGACACCCTTCTAAACTATACCTATTCTACTCTCTTCTTCTCAAAATATCATCACTA TTGTCGATAAATTATCATAAACCCAAATATTATTTTGTGGTGGTCATTTATGACAAGATC AAATCAAAGTAACTGTTATAGAAAAAACTTTCAATTCAGAGTGGATCTTGATTGTTTGTC TTCGGAAGAAATGGATCTTAGATTTGATTGTGTTATGCCACGACGTAAAAAGATCAAAGG AAGTATTGTAGAGAGTTTTTTTTAATTGTTATGTTCTTCTAAGACTTTCTTTGGTTACCG TGTCATGGATGTGGTAGTACCAATATTGCTTTTATATAGCCCTTGAAATATGTATATCCA ATAAGAAGTAATCTTAATTAAGATTCGAGTTGTATTTTTAGTAATGAGGTATATAAACAT GTATATGTATCCACCATTAAATTTTGAATACATGATTTTTAACAATACGATAGTACTAAT AATACGACAGATACACTACAATCATAATTTGTCCTAAATTCATGTTTTTCAACTATATTT CATATTTAGATACATATAATTAAATGTATTAGTTTATTATATATTTGAGATACATATTTT TAAATATAACGTATGAATTTAGATACATATAATTAAATGTATATACCTACTATATAGTCA AGATACATGTCATTGGATAAACATCATTCATTCATTTATCTAAATATATAAATTTGGCGA GAGAAAAGTCAATTTACAAAAACTTTATTTATTTTATAATATAGGAGTATAGAGTAATTT TTTATCTTTAACATTCAACTTTTTAAAGTTTAACCGTATATGTAAAGGACTTGAAATTTA CGTTTTGTCTTAATTTAGTTTGTTTTGTTCTTAAAAGTTAAATAGAACAAAAATTAGTTT AATTGGATACTCGTCATGTATTAAAAAAAAAAAAAAGCACTATTTAATTAAACTTATCAC TTTGAAAAAAATTATTTTTACTCAAATTTACATATATAACATGTCTTCAAATAAATAAAT ATTCCTAAATAGGATCATAGTCCAACTTTTTCTATGGAGAAAACCTAATTCAAAAAGACA ATTAATTTTTCTTCTGATTATTTTGTTATTAATATTTTTTTAATCTTTTAAATTAAACCT TTTATATTTACCTACTATTTTATTGTGTTTCATAAGGATTCGTATATTAAGAAAAGAGTA GATGAGTCCCATTAGTAATAGGATTTGGAATACGAAATTTTATTTATATAAAGGGTATTG AAAAAGGTATATTTTATATCAAAATATATTTTGTTTTTAGGTTTGTTGTTGAGAATGTCA ATGGGAGTATTCAATAGTCTTGATCAATGCTGTTATTGCAATAACAGGGATCATGGCTCA GAGATATCTACTTGGATTGAAGACAGAAAAGAGTGTAATATTAAATGTGAATCCAAAATC AATCACTATGTCTCAACATGGGTTGAAGAGTGTAGTATCAAATCGTGTTATTGCGATAAC AAGGAAGAGTGTATTATCAAATCATCTTGGAGTTAATCTCACAACATGAAATTAATATGG CGGCCAAATCGATGAGTATGACTCAGAAACAAATTAGTTTGGCCATGGCAAGTATACATC ACGAGCTTATTATCAAATCAGACTATGGCTCAACATAAACTTAAATGGATGACTATGACT CAGAGACAAATTAGTTTGGCCATGGGTGGTACACGGGGATACATCACAAGCTTATTATCA AATCAACATAAACTGGCCAAATCGATGACTATGAGTCAGAGAGAAATTATGGCGAAAGCT GAAGCGGGTGGTGGACGCGGATACATCACAATGGCTGCGTGCTTTAGTTCTACAAAGATA AGCTACTACATTATAATTATACAGATTGTGCATATAATCTTATCTCTAATAGAGATTAAT CGGATCTATGCAAGGAGGAGAAGGGAGGAGGAACAAAGGAATACTCATACCTGCACCCAG TGCAAGTGCAGGAGTATCCATCGTTTTCAATAGGATTTCTTTTTATATCAATTTATGTAT TGAATCTTTTTCTCAATAACATAGCTTATTTTATGTCTGGGTATGAATTTATAATTACTT ATTATATCCAAACCAAATCTACAAATTCTAACCATGACGAATTTAAGGATTCAACTGTTG TTTTCTATATCCAGGTTCAACCGTTATTATCCAAATATGATGTTGAGAAGACTGGGAAAA TACAATGACCCTTTTATTTACAAACTCTTCACCAAGTTAGCATAATGAAAGATACTGGGT ACCAAACTAATTATATGATCCAGAATTAGGGGGGAGCAAAGTAAAATATTTCACAGAAAG AAAGAGCTGGGCAAGAAAATAAACTATATCAACCACGAATGTCAAAACAAAAAAGAGAAT TATAACCTAACATTGAACTGCCATTCTAAAAGAACGGCATTAAAACCCTCACATATTGTT CTGATGGGATAAAGCAAAAACTAGGGAATAAAGTAGTAGTAAAGGAACCCATAAAACTAT CAAAACATTAATGAACTTAATCAACCTCCTCCATCTTGCTGCCCTCAGCATCAGCTTCAG GATCCTCCAATGCTGGCATGTCAGCATCAGCATCTCCGCTTTCCTCATCAATGCTCAAAC CGAGTTTCAACATCCTGTGAATTCTGTTGCCAAAGGTGTTTGGCTCCTCGAGGCTGAAAC CTGAGGTGAGAAGGGCAGTCTCAAAAAGCAAGAGAACCAAGTCCTTCACAGACTTGTCAT TCTTGTCTGCATCAGCCCTCTTCCTTAGCTCATCCATGATGGAGTTCTCTGGGTTGATCT CCATGGTCTTCTTGCTAGACATGTATCCAGCCATGCTGGAGTCCCTAAGTGCCTGTGCCT TCATAATTCTCTCCATGTTAGCAGTCCAGCCATACTCACCAGTGACCAAACAGCAGGGAG AGTCAACAACACGGTCAGAAACAATGACCTTTTCAACTTTGTCTCCTAGCACATCCTTCA TCACCTTACACAGTCCCTCAAACTTCTCCTTCAATTCTTCCTGCTTTTTCTTCTCATCTT CACTCTCATCAAGCTTGAGGCCTTCCTTGGTAGCAGAAACAAGCTTTTTGCCCTCAAATT CCTTCAGCTGACCAATTGAATACTCATCAATGGCATCAACCATGTAAAGCACCTCATATC CCTTCTTCTTCAGTTTCTCCAGGAAGGGAGAGTTCTCAACAGCCTTCTTGCTCTCACCAG TAATGTAGTAAATATCATTCTGGCCCTCCTTCATTCTGGTCACATAGTCCTTCAAGCTGG TCATCTCATCACCACTCTTAGTGGAGTGGTACCTCAGCAGTTCAGCAAACTTTGCCCTGT TCTGAGAATCCTCATGGATTCCAAGCTTGAGGTTTTTAGAGAACGCCTCATAGAACTTAT TGTAGTCCTCCTTGTTCTCAGCAATTTCAAAGAAAAGCTCAACACACTTCTTCACCAAAT TCTTGCGAATAACCTTTAGGATCTTGTTCTGCTGCAATGTCTCTCTGGAGATGTTGAGAG GAAGGTCCTCAGAATCCACAATACCCTTCACAAAGCTCAAATATTCAGGAATCAACTCAT CACAGTTATCCATGATAAACACACGGCGAACATACAACTTGATGTTGTTGGGCTTCTTCT TTGTGTCAAAGAGGTCAAAAGGAGCCCTTTTTGGAACAAAAAGGACAGCCTTGAACTCCA ACTGACCCTCAACAGAGAAGTGCTTCACAGCAAGATGCTCTTCCCAATCATTAGTCAAGC TCTTGTAGAAAGCAGCATACTCTTCCTTTGTGATCTCTTCTGGCTTTCTCATCCAAATAG GCTTCTGCTTGTTCACCAGTGACCACTCATTGGAAACTTCTTTGACCTTCTTCTTTTTCT TCTCTTCCTTCTCCTTTTCCTCATCGACCTCCTCTACCTTTCCCTCCTCATCTTTCTTCT CCTCTTCCTCCTCATCATCAGAAATTTCCTTCTCTATGGTCTTCTCAACCCACAGAGAAA TAGGATAGCTAATGAACTCAGAGTGCTTCTTAATCAGGTCCTTGAGCCTACGTTCTTCAA GGTATTCAAGCTGATCCTCCTTGAGATAAAGGACCATCTTGGTACCCCTACCAAGGTTCT CACCAGATGTATCCCTGGTAACAGTGAAAGAGCCACCGGCTTGAGACTCCCAGACATATT GCTCATCATCATTGTGCTTTGTGGTCACAACAACCTTCTCAGCTACCAAGTAAGCAGAGT AGAAACCTACACCGAATTGACCAATCATGCTAACATCAGCACCAGCTGCAAGAGCTTCCA TGAACTCCTTGGTTCCTGACCTTGCAATTGTACCCAGGTTATTCACCAGATCTGCAAATA AAACAAAGAAGGTCAGCAAATAGAAATGCAACATTAAGAACAGATAATATAGATGAAACT CTGGTTGAGCTTCTAGCTTCCAATATGTCCCTACTACTTACCAGCCTTTGTCATACCAAT ACCACTATCAATGATAGTGAGAGTATTATTGGCCTTGTCTGGAATAATATGGATGAAGAG CTCTGGTTGACCATCTAGCTTGCTCTTGTCGGTTAAACTCTCAAAGCGGATCTTGTCTAG AGCCTAAAAGTATAATCCCAAAATACAAAAAAATATCAAATATGGCATACAATTAACAAC CAAGTAAGAACAAACATTTCATTTCCTGTGATATAATAGATCCAGATAACAGAACCGAAT CCCTCAACCAGAAACATATTGATTTAATTAGCTGATCGGACAATCAAAATTCAGACTTGT ATCTGCATTACCTAGTCTGAACAAGAATAGGACAACTAGATAAACTCTTATTATGACGAC AAAGCAGAACATTGAATTAGGTGCTCTAAATTACTCAAATTATTTTGCGCAGTCACAGAG GTCGATGGCACTATGGTATATCATAGTGAAAATCATATAATAACACTACGATGATACATA TGTTCAGACTAGGTATCTAGAAGACACGATACACAAACCAGGCAAATTTTTAATTACCAT TGGAGATACACGGCAGGCTAAATACTCACTCCTATCAACTAAGTATTAAGATGCCAAAAC AGAAGCTCTGAACGATCCAGACAGAGCACTGTGGAACAGCAGTATCCCAGACAATCACAT CAAGCTATCCATATATAGAATACATATGAAAAAACTCACAAAAATACTCAGCTGCTCTAA AATAATCACAGTTCATAATCAAAGAGCGCCATAGCACTACAGTGTATGCTGGAAGATCAC CTTAAGCTATCAACAACAACAATACAGATAAGCATATAACCTCCACATAGAAAATAAACT GCTCTAAAATAATCATTGCTTCAAAATTATAGCACCTACAGTATCCTAGAAGATCACGTT AAGCTATACACCAACAAAATACATATAAAAACTCAAAAAAAATTGATGCTGCTCTCTAAT AATCAAACTTCAAAATCACATAGATCACATTAAGCTTTCTCCGAAGACAATAAAAAAAAG CTCAGATCGCTCTAGAATAATCAAATTTTAAACTATGAAAGAGCAATAAAACCACAGTAT CCTAGAAGATAAAAAAAACTAAACCGTCGGAGACTTACATCGGAAGAATTGCTGATGAGT TCACGGAGAAAGATCTCCTTGTTGCTGTAGAAAGTGTTGATGATAAGACTGAGAAGCTGA TTGATCTCAGCCTGGAAAGCAAACGTCTCTACGTCCGACATTTTTTTGTAGATCTAACGA GCTGAAGAAAACTGTAAGGCGAAATGGAACACAAAGGGACTCGAATGCAAGAGGAGGATC AAGGGAAGTTTTTAGCGACTTTATATACTAGCCTATTTAGGGTTTCTAGATCCTTCTATG GGCTATTATTTATTTATTTTAATTTTTCTAATAATTGGATATGGAGAGCCTATTTTAATT AAGTTCTAATCACACTTTTACGTTTTCTCATCAATCATAACCCGTTTTAGAAATTATTTT GAGCAAAAAAAGGATTTCCACACAATTTCTTTGATTATTAAAATTTTGAAGTCGAAATAT TCGATTGAAAATATTTATTTAATTTCCAAACCTTTGATAATAATATTAAAACTATAGAAA TGTATTAAATTAGAAGTATTTATACGATAAAATGTCATAAATATGGATGGTAAATTTTAT TTTATTTTTGGATTTTGGTTTATTTTTATTAATGTCAATTGAAATTTGTATTATTTTAAA TTTTATTATTTATTTTTAATAGTTAATCTTTATGAGATAAATATTTTTATTAATATACTA TATGTTATGAATGTATTATTAAAATGACAAGATTTTCTAATGTAACACCTTGGATGTCTA GAATTATTTTTTGTTTCATATAAAACTCTTGCGAGTCTTAATTTGAGAATTTTATTACAA CATTATACATTTTTTTATAACATCATATTTTAACTTAAATACAAAACTATATACACAAGG TATTAAATATTTGTGGAAAAGAAAAAATCTTTAGATACAATAATTTGCATAAGTATTTAT TTTATATGACTTTTTTATTAATTATTAATATTTTAACAGAGATAGTAAATCTAGTTAGGT GAAGAAACTAACTACTATTATATGATATGGACTTTGTTTGAAATAATTTTCTCTTGATTA TGATATATTCAAAAAATTATATATATTTTAGTCACTTTCCACGTGGAAGTGGAGGAAGGT GTTAACAATATTTCAAATATATGTTGCTGCCATTTATCCTAATTATAAGTAATTAATATG TATTGTAAAGGCTTTTAACCATATGTGATGTTATATGTATATTAATATATACCGTCAATT ATTGATTCATTGTTCAAACAAAAGACTATATGTGATTTCTGCATATACTTTGGTGCATAC GTCTATGAAAATATTTTTCAATATCGTGGAAAAAATTGAGTGAGACGTCGTGAAAATTGA TTTGGTTTTTAGTATTTTTTACTTTGTTTTATTCTTTCACTTTTCAAAATAATCAAGTTA GGGAGAGAGTGTATTATTTACGCATAATCATAGCTCTGTTGAGAAATTTTTTTTACTAAA GAATGTTGTGTAATGTGTCTTGATTTAACATACCAGAAAGTCACTATGTTCACGAAAGAT CAACTTCGTTCTTCTAACGTAGAACTAAAAAATTACTTGAGATTGTAATGGGATAAATTT CAAAGTCGCATGCATAAGATGTCTGCTGCAAAAATATAAATACCAAAACCTTATGATCCA ATTAGCTTATGTACAAACATCCTTGACTTCACATATTCTATAATTTATCGGTATCTTACG CAAAATTATCTTATTATATTTACATACTCTATAATTTATCGATATCATACACAAAATTAT CTTATTGCAATTATCAAGCAATGGAAGAATATGATTTGTTCGAACATATATAAATCATCC TTGAATTTTATTCAACTTTTTTTTTCAAATATTGTTTTGCTTATAAATATTTTTCATGTT ATTGCAAGCCAATTATATTTCAAAACATGAATCATGTACTAACAACAAACAAGCTCAATT ATTTTACTTTCTCATATGCAATTGGACATACGGGTGACCCAATACCTTTAAAGATAGCTT GGCCTCAAAATCGAACGTCTAATTTTTTAGTAATAATAAAATTATTTTAATTTTTTTTTA ACAAAAACAAATAAAGAATGTTCTAATTAGTTTCAAAATATTAAGAAATGTTTTTCTTAT GAATCAATTTTAAATTTTAACTTCCACTTGTATGTTTAAGACCACACAATTAAAAATATT TCAGTATATATATATCTTTAGTTTAAGATCGGAAAAAATAAAACTTTTTTATATTGAAAA GAAAGTAATAAATTGAATTCAAATAAAGAAAATAATTAAAATTTATAACTCCAACTTATT TTTGACTTTAGTCCACTAATTAGCTTCAACAACCACTTAAGGGACAAAATCACACAATTA ATATGACATTGTGTCACGAATAATAACAAATTCGAAAAAAACATTATACCTGCGATGTAA TGAGAATTTTTTTTTAAAAAAAGTTTTGAACATAAATATCTGCTAGAGCAACGATTTTTA TTTTTAATAGAATAATGAAGTTAATATGATAAGAGGAATTCTCTTTATTAGGAACGATTT CGTCCTTTCAATTTTAAAAAAAAATAATTTATTCTTTTAAAATAATTTGATAATTTTTTT TTTATCTCTTGGCTGTTTACTTATATTTATTCAATTTGTTCATTATAATTTTTTTAATGA TAATATTATAAATAATTTTACTAATATTTTCATTGCTTTTATTTCTAGATTCTTGATAAT TGTCTATTCACAAATAAGAACCCAAAATTTTTATTTCAAGGTAAGAACCAAAAGGTTACA TTTCTAACTAACATCTCTAAAAAAATATAACTGGCTGATTATTCACGTAATTTCTTAGAA TCTGACTTATGTTGATTATTTTGATTTTAGATTCTTTCATATTCTAAATTCATTTTTTGT CACCGCAGAAATAAGAAACGCCTACTATTACTTTTTGATTGGTGAAACTAACCATATAAA GAACTATTAAACGGGTATGATAATTCAATTTAACTGAATGACAGAAAAGAATCGATTTAG TTCTTCTAATTATTTTGGTGATTAACATTTTTTCCACTTTTTTTAGAAATTGGAAAACTC CTACTATTCACTGTCTATATAGTATGAAGTTCTTGTTGATACTATCCACCATCACTTGAT AACACAGAACATGAAGCTATGTGTATAAGTTCTGTTTGGTTTGTCATTTCGGTAATATGA TAAATATCAATACTCTGTGTATTTTATTTCAAAGTGATCATTTATTGATTTGTTAGTTAT AATGCAGGTTACATTTATAATATGAACATTGAGAGAATGATCAGAATGCTAAACAACAAA AGTTGTTAACTATGGAGATACGAAATCAAAAATTAAAAAACATTGTCGAAGAAACGATGC AAAAATCTTATTAGGAATATTCAATCGTGTTATTGTTGAGGAATTGACAAAATGCACAAC AACAATGTGAAGATATTTTTTATCTTTGTTCAATTAATTAATAGTTGAGTAAATAATTAG TTAGTCTGTTATAAATCAAGTTAGTTAGTTAGAATCTTAACTAACAACTTAACTCTTCAC TTAGTGGGTCTATATAAACAGATTCTTGTACATGTGTATTGAATTGAATCAATAGAGAAA AGCTTCCACAAATTACTCTCTCTATCTTCTTCTTCATTACTTTGATATTCTCTATCTTCT TCTTCATTACTTTACATACTGAACACAAGAAACAATGATCATTCCATGACTGAAGGGAAA ACCATGAATGTATCTAGACCACTTCCTGATCTATGGCATAGAAGGCTAGGACATGTTCCC ATGGCAGTTTTAAGAAGAATGCCGATTTTTCATAATATCACTTCGTTTCAGTTACATCAT TGTGATGTTTGTCCCTTATCTAGACAAACAAGGTTGCCTTTTCCTGTTAGTAGTAGTAGT ACTGCAGATGTTTCTCATTTGATTCATTTGGATGTATGGGGACCTTATCATGTTGAAACT CACAATGGTATGAAATACTTTCTCACTTTGGTTGATGATCACACTAGATGGACTTGGATT TTTTTGCTTCGATTGAAGTCTGATGTTTCTACGATTCTTAAAACTTTTATTAATATGGTT GCCACTCAATTTGGGAAAAGAATTAAGTCTTTCCGATCAGACAATGGTTTAGAGTTCTTT AACCAATCTTGTTCCAGTTTATTCCAACAAAATGGTATTATTCATCAAAGCTCCTGCCCT TATACTCCTCAACAGAATGGAGTGGTGGAAAGGAAGCATAAACATATATTAGAAACGGCT AGAGCAATCCGATTTCAGTCATGTTTACCATTGAACTTTTGGGGTCATTGTATTGAAGCA GCTGTTTATGTCATTAATAGAATACCTTCATCAGTGCTACAAAATCGATCACCTTTTGAG ATGCTTCATGGTCGTGATCCTTCTCTAGCTCACATGAGGGTAATTGGATGTCTTTGTTAT GCCTCTGCATTGCCTAGACAAGATAAGTTTGCCCCTAGAGCTATCAAGTCAATCATGCTA GGCTATGCTGCTCATCAAAAAGGATATAAGTTGTATAATTTGGTTAGTAAGTCTATTTTC ATCAGTAGGGATGTGATATTCTATGAGGACATTTTTCCTTTTTCTCAACCATCTTCAGTT CCACCTGTGTTTGGTTCTGCTGCAAAACCCTCTGATGAATATTATCAGCTTTTTCCTATT TGTATTACTCCAATTGGAGCACATGAACTACCTTCTGATGACCAGCATATTGAAACAGAT ACTGCAGTTGCGTCTTCTTACAATGGTGTTGATAGTGCTATAGCTACTGATAGTCATGAG TCTGACCCTTCTTTACATGGAACTCATGCTGATGAGCCTCTTCCTAATTCTCATTCAGCA CCTCTAAGAAAGTCTACAAGACAATCTAAACCTCCCACATGGATGCAAGACTATGTGAGT AAATCATCAGGAGCTCATGCTTGTATTTATCCTATTTCTGCTGTGTTGGGGTACACAAAA TTGAGTTCTAAGTATCAGGCTTATCTTGCTCAAATGTCTGCTGATAGTGAACCTACATCT TTCAAGGAGGCTGCAAAGGATCCTAGATGGATAGAAGCAATGCAGTCTGAGATAAAAGCT TTAGAGGAAAATTCCACTTGGATTGTTGTTGATCTTCCTCCGGGCAAGAAGGCTATTGGT TGTAAATGGGTCTATAAGATCAAATATAAATCTACTGGCGAAGTGGAAAGATTCAAAGCT CGACTAGTTGCCAAAGGTTACAATCAAAAAGAAGGGCTTGACTATCAAGAAACTTTTTCA TAAGTGGTGAAAATGGTGACGGTGAGGACAGTGATTGCTATTGCTGCTATGCAAAGGTGG GATATTCATCAAATGGATGTCTATAATGCTTTCTTACACGGGGACTTACATGAAGAGGTA TACATGGACCTGCCTTTAGGTTTTTCTGGTGATAACAGACATCAAGTTTGCAAATTGTCA AAATCACTATATGGCCTCAAACAGGCATCTCGACAATGGAATATCAAGTTAACCACTGCC TTGACCAGCTCAGGATTCATTCAGAGTCAGTTCGACTATTCTCTATTCACTAAGAAGTCT GGCCCTCACATTGTCATTGTTTTAGTCTATGTTGATGATTTGTTGATCACTGGAAGCGAT GGAGATTTAATACAAGCAACTAAAGATCATTTACAGCTCAGTTTCAAGATCAAGGACTTG GGAGATTTGAAATATTTTCTTGGCATTGAATTTGCCAGAAACAAAGATGGAATTTTAATG CATCAACGGAAATATGTTGTTGAACTTATTAGTGATTTAGGTTTCACTGGTGCTAAACCA TTTCAAACACCATTGGAAGTCAATAAGAAGCTCACTTCTTTTGAGTTTGATCAACATATG CAGGATGATACAGATCATTTATTAAGTGATCCAGGTGAATATCAACGATTAATAGGCAGA CTTCTTTACTTGACTATTACTCGACCAGACATTGCCTTTGCAGTGCAATATCTTAGTCAG TATATGCATTCTCCTAAAGTCTCTCACATGGTTGCTGCAACAAGGGTTATCAAATACGTC AAACAGTCTCCAGGTCTGGGTGTGTTTATGTCAGCTCATGTTTCTTCTTGTCTCACAGCC TATTGTGATGCTGATTGGGCAGCTTGTATCGACACAAGAAAGTCAGTTACTGGTTTCTTA ATAAAGCTTGGTGATTCTCCTATCTCGTGGAAATCAAAGAAACAATCTACCATATCTAGA AGTTCAGCTGAGGCTGAATATAGAAGCCTAGCTTCTACCGTAGCTGAAGTAGTCTGGCTT ACTGGTTTGCTCAAGGAAATTGGCGTCATTTTTCCTGGTCCTGTGTCTATGTTTTGTGAC AGTAAATCAGCTATACAAATTGCTACGAATCCTATTTTCCATGAGCGTACAAAGCATATT GACATTGATTGTCATTTTATCCGCGAAAAAGTCCAGCTCGGCCTAGTGAAATTGATCCAT ATTTCTACCAATGAACAACAAGCTGACATTTTCACTAAAGGTCTTGGTGTTCCTCAGCAT ACTTACTTGGTATCCAAGCTAGGCATGAAGAACATCTTCATGGCTCCTAGCTTGAGGGGG GATGTTGAGGAATTGACAAAATGCACAATAACAATGTGAAGATATTTTTTATCTTTGTTC AATTAATTAATAGTTGAGTAAATAATTAGTTAGTCTGTTATAAATCAAGTTAGTTAGTTA GAATCTTAACTAACAACTTAACTCTTCACTTAGTGGGTCTATATAAACAGATTCTTGTAC ATGTGTATTGAATTGAATCAATAGAGAAAAGCTTCCACAAATTACTCTCTCTATCTTCTT CTTCATTACTTTGATATTCTCTATCTTCTTCTTCATTACTTTGTTAGTTATCCTTGGATT GAATAGTGTATTGTCAAATCATACCGCTTTATTGTTGATCGTGCTATTGTGAAGAGTGTA TTATCAAACCATAGAGTAGGAATTTCGAATCGATCACTATGACTCATAGATACCTGGGTT GAAGAGTGTAGTATATATTAAATCATACAACTTTTGACGTGTGAACTATGTATTATCAAA TCATAGTATAATGAATTTCAAATTGATCACTATGGCTAAGAGATGGGTTAAAAAGTATAG TATCAAATCATACAACTTTTGGGTTAATCGTGTTATTGGGAAGAGTATTGTATTATCAAA TCATTCGAAATCGATAACTATGGCTCGGAAATACTAACATGAAATTAGAATGGACAAATT GAGTCAGAGACACATGCATAGCTATATAGGTATGGCGAAAGTGGGTGGTGGACGCGAATT CATCACAATTCTGATGAATGACGTTGTTATAGAGAGCTAAGCAATTTTATTCTTTTTATG CTAGTTATGCATACAATCATAGATTTAATAATGATTAAGCTGATGAGTGCAAGGACACAA GATTTAAACGCTACTCGGAAAGAAGAGGGAACAACGACATGAAGTTTTCAATAGCATAGA TTTTTTTTAATCAATTTTTTACTAATTTATTGTAAATCTTTTCTTTTTAATCTTTTTTTC AATAACATGGACACATCTTAGCTTATTTTATGTTGTGTATGAATTTATGTGTTTGGGCTA TGTTGTTAAAACAAAATAATTTACTCGTGCTCAATTTTTATTTTTGATTAAGCTCCCTAA CCCTAAATATTTATAAGAGTGGGTTTAGTTTGAGGGATTGGGATATAGGGACTTATTATC CTAACTAAACCATTTGCAATTGTAAGTAAATTAAGTTAATAAATTTTGATATTTAACCAC ACAATAAATTAACAATATATCAGTATAAACTTAATTATATATATTATTATTATTATTTTA TTATTATATAGAAGAGTCATGGTAGGACGATCTATAGAGAGTTGTACAATGAGAAAAACC ATATCACGCTTAGTGTTTAAATCTGGTGCGCATGCAATTTTGATTTCAGAGATCTCAACA TCGGATGAGACGAACCCTTGTCATTCTTTAACAAATCCTTAGTGTTGACATAATTGATTT GAATAAGACCCTTTTAAATTTTATTTCAAATGAAATGACAAATCATCTTGATATGTTTAG TACGCTTATGGAACAGACGATTTACAACAATCAATATAGCAACCTTGCTATCACAGTACA TAAAAGTTGGTTCAATCAACTTTACTCTTAGCTCCTAGTATAGACTTTCAAGTCATTACC ATAACGAACCATACCCACCGACCACTAACAAATATAAATGTTTTATTTGTTGGGGTAAAA TAAATAATTACACATCTATTTTCTTATAATATTAATTACTTTTTATTTTAATTATAGATT CATTATATCTATACAAGTAATAAATTACACAAGCTAAAAGATTGAATAAAAAATCTTAAT TATTCGATATAAAGATCTAAAAAATACATTCAGATCCCGACATTTTAATGTTAATAAATA ATATAAATAAGGGCTTAAACAATAGGTGCAATTGATCAATATATAACAAAGAAACTAATA ATATCCCTTAAATGACCAAAGGTTGAAAATCAGAAAATACAAAATAATTACAATAAGTAA GGAACTAGAAACGGAGATTATTGAAGCTGTAGCGGAAAATGAGTTGCCGGTAGGTGGGAA AGCAACAAGCAATTCTGGTCACCGGCGGGGTCTCCGTTTGGATCCGATCCAAATTCTCCA TATTCCTCAGTTACTTTAACACTGCGACTGTAGTCGACTCGCCGGACATAGATACACAAT GCAGAAGTGGTTTTCAGCGGGCAGCGGCGGCGGAGATGATCGTTATGTTGAGCAACAACA AGCTTCTTCTTCAACTCCTTCTTTGCTGGCTGATTGGAATTCATACGCATCAGCAAAATC ATCGGATGAGAGCTCCAGCACTGCGTTCATAGGCAGCTTCGATCTCGAATCCGCTGTTCG TTCCGCTAACGATACCGTTTCTGGCACTTTTAATGTGTAAGTTACTTTCTCATCCTGGAG TCAATTTCCTTTTTATCTGTAATTTGTGCTTTAAAGGAACTGATAGGTAATTCACTAATA CTACTCCAATTTTGGCCTCGAGCTGAGGAAGAAAGCTGATAACGAGTACATGTAGCTAAA ACGTTCTGTATTAGTCGTAATTCTTGCTGATCCTGTTGGAAATGTTCTGAAATCGACAAT ATAGTTTGAATTTGGTAGTTTGGATTCCACAGACCCATTGAGATGTGTTATTAATTAAGA ATATGGACATTGGATCTAATCAACTCCAAATTTAGCTCATCAGGCGAGTATCGTCGATGG CCATATATCCATTATGTCAGTCAGTAAGAGGCTCTTAACGTTGCAAACTCCTCTTTGCTT TCATGAGATTGTTTTGCTAAATATGTGTATCCACCTAGAAAAACATAATTTGTGGTCTGT TGGATCAGAGTCCGAGATAGAGATAAATTCAACAAATAAGCTTCTAATGACTGACAAAAA CAATAAAGATAAGAAGAATTATGTGGTTTGGTGTGATTATGATATGAGTTGAGTTTAAAT GAAGCGGTGACGATTCATATAGCTAGTCCAACTTGTTTGAGACTGACGCGTAATTGTTGT TGTATCCCAATGTCTAATTCCTCTGGTTCCATTATGTAGTATCCTGGACTTCTCCTTCTA AAATAGTCTTTCTCATATTTAATTTTGTTGTTCTGCACTCTTATCACATTGATTAGTATC TCATCCCTGACCTTGACTATTAGTCTTCTCAACATTTCTGTATCTTTTGAGATGATTACT CTGAAAGATAGGTTGTTCAAAGGAATTCAGGGATTTTCTCAATAGTGCTTGACAGGTTAG ACTGGACAAATTAGAAGTTTGAAACTACAGAATTGTATTTGTTGCTCGCTTCCCAGAAAA CAAAATCTGAAATAGTTAGTTTTTAACATAATGGCTAGTTATAAATCAGATCTCACTAAG AAAGGAAAGACTAGCAGTGTAACAAGGTATTGTTTTGCCAACATTGCTTAATAGTGAGTC TCACAAGCAAGGTACAATATTTTCTTGATTCTTACATTTGGAAATGAGCCTAGACCTGAG TATCGATATAGAAATCAATGTTAACTTATATGACACTGATTCCCAGTTGTTGATTGAAAG TCTGATAGTGTTAGCATTTAGCAATGACAAAAACATTAAGGCGTGCAAGCTAATACTTCA TTTTATTTTGATGTGCTTTAGGAAATCGTGGGCTCTCAGAGTACTAGACTTGAGTATTGA TATAGAAATTATCAGTTAGATGTCCAAATGATACTTGTGTGGGTGGTCCTTTCGTCTAGA AAATTTTCCCTCCTACGAATTATATCACAAAGTTGGAAATTCAGCTTAAAGTAGGCAGGA TCCATCATTCAGGATAGCGCTTTGGCCTACTTCTGGGTCTGCCGAGGATAAGGAGAGAAA GTGAGAGCCAATTGAGTTCAGAAGGTAAAAAAACTTACTCCCAAGGAAAAAAGAATCTTT TATCTGATTGATATTTCATGTTGATGGAGCCATTTTCTGGGAGATCATAAATTTGTGCAT GTCATGAACCTTATGAGCCTGAATCTGATGTCATAAAAACAAAATACAGAAGTACTTTGT GAAACAGAGAGCTGATTTACTAACATCAAAATTCCTAGTTTCACTCCAAATTGCATAGTG AATGGCACGAGTGAGATAACAATAGGGGTTTTGGGAAGTGAAAACCATGGAGATCTGTAG TTAGCTGGCTAGTATTTATCACTAGAGAAAGAATCCTCTTTTGGTGCAGGTTGTACTCTT TAGTCATAATTTTTTTTTCATAACAATTGTCAATGTTGTGAAATTTAGTTCTTCTGTAAC CAAGTAAGATGACACTATAGGTATTGAAAATACAAAAAATTGTAGTTACCTGGTTGGATC TTATCATAGGAGAAAGAATCCTCTTCCAGTACATATTGGAGTCTTCTTGTCGTTGATGGA TTTTCATCATACTATTTATCATCATCAATGCTGTGTAAGTCATGATTTTTATCATAATCA TCATCAATACTGTGAAGTTATACTCTATGCCGATATCATGTCTTTATTTCGGAGGAGTCC TCTATGGTTGCTTGGTAGACTCCCAAGTCCCAACCTTGTTTCTTCATTCCTTGTTGTATA TTGTAATACCACAATACCACATGAATTTATTTCAGACAAATGAAATTCATGGATTGGAGA AAAGCTGTGGATGTGCTGTGAAATGTTATATGGAAAATGTATTTCTTCCCTGCTTTTTGA ATAAGTTGACATGTTGAGGAGTTCTTTGACTATTGTTTTGATGACAGAATATTGGTTATT GATCCTTATTCAGGGTTTCTAAAGGAGTGAGAGACATTCCAGGGAACTTGCAGTCCGCCA CTAGCAATATTCCTTCTGGGAAAGCCCTCATGTATTTTGGTCTATTCATGGCGACTGGAG TCTTCTTCATTTTCATGGCATTCACTTTATTCCTTCCAGTGATAGTATTGGTGCCTCAGA AATTTGCCATTTGCTTTACTCTTGGATGTTCGTTTATCATTGGGTCATTCTTCGCACTCA AGGGCCCGAAGACTCAGTTTGCTCATATGTTCTCAATGGAGGTATTTTTTTTCCCCTTTA CAACTGGTCTATGGTGCTGTGTATTTCGTGCTTAATGTCCTCTAAATCTTTGTTTACCCC GTAATTTGTACCAGAGACTCCCTTTTACGCTAGGTTTCATGGGTAGCATGATTGGCACTC TCTACGTTTCCATGGCACTCCATAGCTATATCCTTTCGGTGCTCTTCTCTGTGATTCAGG TAACTTGAACTTCCAGTGTTCTTTTCCTCCCCTTTTTGGTTCTGTTTCTTCTTTCATCTT TTGCAGTTATTGTCTATCGCATGATTTATTCTCGTCTCTCTGTCTAAAGTTTCTTACTTC CAGTTTTCAACTGCTGAAAGCAATTATTGTTGTCTCACTTCCCTGTCATTTCAGGTTCTG GCATTAGCATACTACGCAATATCTTACTTTCCCGGTGGCTCTGCTGGCTTGAAATTTCTG TCGTCTTCTATGATTTCTTCAGTGTTGAAATGCTTTGGCAGGTGAAGGCTTGTAACGCGA CTGTGTCAACTTTCTGCAACATTATTGTTCATTAGTATACATTCTGTAGTTGTAGTCTTG TATTCTGAAACTATGGTGTACAATTTTGACAAAATTTAGTTAAGTTCTCCTTTGAAGCCT CTTGCCGGATTTCTGCCAGGGTCAGTCACTACTCGATTTCTATAGATTGTATTTCTATGA CTAACAATTTATATACAAGAATCCTAAATTGATTGTTTATGAAAGCAAGGTTAAAATATA AAGCTAGAGAAGCTCTCTAAGAAGTCTAATTTAAATTATTTTTTCTTTCAATAAAACATG AATTGCATTAGAAATTTCTTTCGTTGTGCGTTGAAATTTTCCAATTAGAGTTCATGCTCC AGTTGGGTCTGTTGTTTTGCTATTTCATACTCGACCTCTTAAATCGAGTATCAACTAGGT GTAACTATGAAATTTATAAATGAGAATCTCAATAAGAGTGGTTCGACTTCACTTGTGTTT TCTCTTTAGCAACTTTAATGAAAAAGGAATAATACCCCATAATCATTTTCAGCATGCCCT TGGTTAATGTGAGCCAAACACCTTGTGACATCACCTTTTTTTTTTAATAACCTCGAGTCA GCTCATGCGTGTCTCAATTAATTTCACGAAATATCTATCATTTCTACTATCCATAAATAT GAATTGTATTTTGTTTACCAAGTTTAGAAGAGATCTTTTACTAGTATTTGTTCTCTTTAT TGAAATTTAAATCTAAGATCTCATGATTCTCGACTTTATTGTGACATTATTAAATTAATA TGCTTCTTTTTTCCTTTTTTCTTTATTGTTGTGTGTAGCATATAGACATTGACTCATCAA GTTATCATCATCAAAATTAAATATTAGTTGTTAGGTCTCTATGTAAAAGATAGGAGCTTA AATAAACTAATTTAAACTCTAATGGAAGAAGGTCACACTCCACATTTAGACCCCATTTAT GTGTATGTTATAAGTTATAATATTAGTCAACTAAGCCTGAAATTAAGGAAGGATAATGAC AAGAAAAATGCAATTTGGAGACAGTGATATGACATTTAAACTGACCTTGATTAGACAGGC CTAATCTTTAATTTATCAATTAATTAGAGTAATGTGATGATCAAAATAAAGATAACACGT ACGATCGACAAATTGCAAAAGTTAAATGGGTCAATATCATTTTGGTGTGGCATTTAGCTA ATAGAAAATTAAAAAAGAAAAACACAAGAAATAGACAAAAGATTTAGTTTCGTATTCAAT GAATATTGTTAATCTCAAATATTTACTTTGATGATTATGACATGCAATCATAAAATTATT AAGTCGGTGGTACTCAACAATGTTCTTTTTATTCAACCAATTTTTATATGATAATAAGTT TTTTGGGTTGTTATCATCAGTTTCGGATTTAAGATTTTCATTTGAAAAGTTAAAAATAAA ATGTAAAAAGTAATGAGCTTTATATATGCGCCTAGTTTTAATCCTACGTGACCTTTGGTT CAAGTGATAAGGCGGAGCTCTATTTACTAGTTCCATCCTAGGGCATACATATAAAAAGTT TGTATGGGCCGTATAAATACTCGATAATTCATACGCAGGACTGACAATTAATCCCATAAC TTTTTGTGAATGGATCATGCAAATTTAGTTCAAGAAAGTGATTATAGGAATCATCAATAA AATCTTATATTGATCTATGGAAACAAAAAATATGCTATGTGAGGATTCTTTTTAAAAAAA TTATGCAAATATGACTTACAGCCAACAAAATCTGATTATACAAGAGAATGTTATTGAATT GTTATAGCCTAACCATACAAAATTAAAACACGTAATTGTAGTATAAAAAAACATTACTTC CTCCGTTTAAAAAAGATTAGTCTAGTTAGATTTGAAACGGAATTTAAGAAAAGAAAAATG ACTTTTTAATTTTGTGCTTCAAAATTAAAGTTATATCAAATGTACCAAAATTCCCTTTAA TCTTATAGTCTTAAATATGTCACGTAGAAAGTTAAAGTTAATGTATTGTAAAAAAAAAAA AAAGAGACATTTTTCAAAAAATAAGCTAAAAAAAAAATGGAGATATTATTTTTGAAAGAG AGGGAGTATATATTAAGTTAAATTTATTAGACAATAATCATTAACAAACTTTTTCACTAG TTCCAAAATGGAGGATATAGTTAAATTATTTTGTGGGCTTAGAGGGCCCACCTACTCACA CGAGTGGGCTAATAATCAAAAAGCCCATGCATCATCCCATATGTCTTTCCACTTATTTTA CTTTTATTAAAAAAATTCAAAATATTTAAAAGTAATTTATACGCGCTTCAATTAATTCAA TATGAAGTCCGTTATAGGTAGGGGAGTAAGCATTTGAATAAAAGGATTAACATAATGTAT ATTATAATTGTACACTAAATCAATCTAGTATTATGTATATTTTCGAATTTCAACATGTAT TAATTTTTAATCAAATTATAATTTCTAAAGGACTCTTTCATATTATACACGTATCATATA AAGTGATACTTCTTATTATAATAATATTACTCTATGGGATTATATAGTTTTGTAAAAGTA GATTCAAATTAAATCTAGCAAACAATATATAAACATGCCATCATTATTATCTTCAAGATA TATTCTTTTTGCATAATAAGGTTGAGAAATTCTCTGATAATTGTTATATATTTTATTCAA CTTTAAACAATGGAAGACAAACAATTTGGAACTTAATTTTATTGACAAAAAAAGACAAAA ATAAAATACTCAAATATTTCCAAAAAAAAAGAAAAAATTGAGGTGGAGGGGTTGTGGAAG GAACATGGGGTACATTCACATATATATAGTTGGTGGCATTGATAAGATATAATATATACT TCTAATAATATAATAAATATTAATTCTATGGAATATCCACAATCTTCTATCCTGTTTATC TTAGTTTATATTTCTTTTTATTTATTCTTTCGTTATTTGTATTGAAAATCTGATTAAACT GAATACGCTCTTAGCATATGACTCTCTATAATATTAAACATAATTTCATATTCAAAATTT AAATTTCAGACTTTTAATATTATTTCATCGCAATATTTGATGGTTCTTGATTTTTGTTAA TTCAATTTCATGACTTAGGATAAAACCAATATTTGTCCATGATTGGTGATGTGATATTTT AATTATTTGGATAAATTATAAAATCCAATCATTTTTATGTTCTCATGTGACCTCCAATTT AAATAGATGAATGACATGTGCCATGCATTTGCTAAGATCTATATCATTGCTCACGTGATC ACATATATTGCATATTTATATTAAATAAAAATAGAGTAGATATTGAATCTTTAGATCTTA AAGAAATAGTCAAATAAATTCACAAAAATAATCATTTTTCAAAAAAAAGTCTGTAGAATT TGAGAATGAGGTGAAGTTTCTCTTCTTTTATTTTTAGTTTTAGTTTTAGATGAAAAAACA AAAAGTATTAATATTATATCAAATTAATACTAATGTGAAACCTGTCTAACAATTTGAACA ATAATTTTTATTTTTTAAAAAAATTTCACCCTTGGTAAATAAGTATGAGAACAAGGAAAA TTAATGCTTCTTATCAAACGTCTTTTTATTTTCAAGATTTAAATTTAAAAAATTCTATCG ACGATTAATTATGTACCACATTCCCGATACTTCTCTTATTTATATTTACCATGTGAACCA CAAGAAAAATATTTCACCATCAATGCTACTACATTGAAAATAAGTAGCTTTTATTAGTTA AAATAAATAGACAGTTACTCTATACATTTATTTTTTCCCAACTATATAGTATAATTGTCA GACATCTTTTTACTCAAAGAGAATGACTATTCACTAGATTGCTATAAGTAACAAATGTGA TTATTTATTTTTTTCCAACATTAAAATCAACAAGTACTTTCTCAAAAGGTGCTGCTTTTT TTTTTTATTTCCCATGATTTAAAAAAAGAAAAGGGTGGTGAAGATTCCATTTTATCATAT ATAGTACATAAATATTTTCATCCCATTTTTAGAGTTTTTCTTCTTTTTCACTTCTTTTTA TGTGTCGTATATCACTTTGAATTAGGTTCTTTTTTGTTTCAAATCTTTATTGAAGAAATG TTAAATAATTTGAGAAGTTATTGAGTTAGTTCGGAGGAAATATATATATGTTATTTTATA ATGAGCATGCGGTTCATAGATAATAATTTGATTAAAAGAATTAAATCGAGATAAAAGAAT AATAAATCATGATATGTAAGGCTATTGTTACTTATACAAACATAAACTTACGTGATTTTG TTCATAATTCTAATGAAATTTGAGTAAAGCAAAATAGGTTGATATTTTTTATATTTATGA ATGAAAACTTTGCTCGAGTCAAAACCTAGCTAGTTGATTCTCCCTTAATATTTAGGTGAA TCGTAAATTTAGCTATAGTTAGTCATCATTAATCTTACGTGGCTACTCCTTGAAGAAAAA AATGAATTAATAACATTTTTTAAAAATGAAAATCCGTGATCGAATTAAGCTAAATTTGAA AACAAGAGGATTGAGATCTAATCTACAATTATTATTTTTTAAAATAAAGAAAGCACTTAA AAAAATAATTTGTTGTTGTACTTTTGTCTCTCACATTAAAGGGAAGTGCTCTTTTTTCTT TTTATTTTTTAGTATTATTTTAAGACAAGATTAATATTCTTCCCGACAACATGACCTCAA ACTTTTACAATTTAATTAAATTAATTAAAGCTTAATTATTTTTAAAAAAAAATTGCATGT TCTCATCACTACTACTAGAAGAGATCTCCATCTTAATGATAATATTATAAGTATAATTAT TGTCTTACAAATACAGTATATTATATATTATTTATTCATATGCACTTATTCTTCTACTAC CTCCTAAGAATTATGGATCCAGATCCCCAAGCTTTAAATAAAAATATGTTTTTCTCTTTA ATTATTTGTTTAATTTTGGGTGAGAAAGATTAGTAAGGGAACTTTTTGATAATCACCTGT GCTTAATTATTTTATGAAAATTATCCATTCTTTGTTTTAGCAAAAAAGCTAAGGTATAAC TTTACTTCTCTATTATACAAAATATTTAATTTTATCGTTTGCCTTATCTTATACTTATTC TTGATTTTAATGAATCTCTTATATGGACTTGATCGAATTTTCGTGTCAAAATATTTTATG AAAATATTCGAACTTACATTTTTTTTACTATAGTTTAAGATTGTCACCGATCATCCTTTA GGTTATAGCTTCACTATAGTCGAGATCTAATTAAAGCGAAAAGATATAAATGATCCAAAA ATATTCTTCACTTTTTCCTGTTTTGTTAGTTTTATTCCTTTCTTTCATATTTTAGTTTGC TACGTGAAAAGATAAATATACATTGAAATAGTTGAGAACAATATTAAAAAGTCATTAATT ATATCCATGCTGATATAAAAAAGATAAATATATAATAAAATAATTAAGACGTACGCATAT TTAATCGTAGCCTCTCAACTTCATCATAAAGTCATTACCAGCCATAAGTATTATATAACT GTAACATGTGGCTGACTCATACTATTTGTACATGAGATGATGGACCATTTCAATATAAAG AACATGCTCTTCTTCACTACTTTGGAAACAAAAAAATATTTACCAGAATGACCCCTACCC TTAAAATACCAAACAAAAAATAAATTCTTAATGAATTGTACCTTGTTATAAATTACACAA CAAGAATGGCAGAAATTGGTCCTCATAAAGAGTTGTTATTTGTAATGGTGCTGGCCTTAT AGCTATCAACAACCCTCATTTCAAAATCAAGACATTAATTTTACAACTAAAAAGAAAGGG ATATGATAATTAATACATTTAGAACCAGCATTTATTTGTTTCCCTTTTGGGCCATACAAA TCATATTAATGTTGATCGGATTTTTTAAAAATATTGTAGGATATTTAACATTATGGATTC TTCTAAAATAATGCATATCGTGTATAATAGGTGTGAATTTCGAATAACTAACTCTCTACT AGATAACATATGAAATGACCAAGAGAAAAAGTCCTTTTGGATATATAGAATAGAGCCAAC AAACATCATTTAAATTGGTCTTGTCGGTATAAAGAAAAACCAAAAATAACATGCTCTTAA TCCAAACACGTCCTAGGCGTAGAGGCGATTCGTATCGCCCCTTATCCCCAAATATGAGAA TATGTTAATTATGTTGCTGTAATTAGACTTAGTTGGCAAGTGTTTTTAATTTGCGATAAT AAACAAGTCACAGTAAAATATATATTTTTAAAAGTTCGAACAACATAGATTAAGACACGG AACTTATTGGACTTATCATATACTAACAAAAGAAAACAAAGAAAGAAAGATGAAAGATGG CAACATTAATATATATATCAATAAATAAATCCAAATGAAGCCATCTGCATCATCAACTCT GAATTAACAACTATCACCAAAGTTCAATAATAATAATAATAGAAAAATTCAAAGTGCTCT TGGATCTAGATCTTCTTCTGTTTTTCCTCTATAAACAAAACATGGGGTTCCCCCCTTTAC AATCCCAAACTCCTCAACTTTCTCTCTTCTCTCTTAGCAGCAGCAAACAATGCTGGCTCC TTCAACATATCCCTTTCTTCTTCTTTTACTTTTCCTCTCTTCTTGTTATTCACTTGATAT ACAAACACAAACACTTGTTGCATGGAAAAAAACATTAAACATAACTTCAAATGATGTTTT AACATCATGGGATTCTTTAGATAAAAGTCCTTGTAATTGGTTTGGCATAAGTTGCAATTC CAATGGTCATGTTGTTAGTATAAGTCTTAAGTCAGTTGATTTACAAGGTTCATTGCCTTC AAATTTTCAGTCACTCAAATTCTTGAACACTCTTGTTCTTTCATCTGTTAATCTTAGTGG TCCAATCCCAAAAGAGTTTGGTGATTATCTTGAACTTAAGTTTATTGATATTAGTGATAA TTCAATCACTGGTGTCATTCCTCAAGAACTTTGTAACCTTATAAAGTTAGAAACTTTATC ACTCAGTTCAAATTTTCTTGAAGGTGATATCCCTTTAGAGATTGGGAACTTGTTTAATCT TAAGAAGTTTTTGATTTATGACAATCAACTTAGTGGTGAAATTCCAAAGGGTATTGGGAA GTTGAAGAATCTTGAAGAATTTAGAGCTGGAGGGAATCAAAATCTTAAAGGAGAACTCCC TTATGAGATTGGAAACTGTATGAACTTGGTCTTTTTAGGCCTTGCTGAAACAAGCATTTC AGGGAATTTGCCAGTGTCAATTGGAAACCTGAAAAAGATTCAGACTATTGCAATTTATAC AGCTCTTTTGTCTGGATCAATTCCTGAAGAGATTGGGAATTGTAGTGAACTGCAGAACTT GTATTTGTATCAGAATTCGATATCCGGTTCGATTCCAAGGAGTATAGGGAAACTCAGGAA GCTTCAAAGTTTGTTGCTTTGGCAGAATAGTATAGTTGGTGTGATTCCAAATGAGCTTGG GAATTGTAAGTCCATTACAGTTATTGACTTGTCTGAGAATCTCTTAACAGGTAGTATTCC TACAAGCTTTGGTGAACTTTCAAGTCTTGAAGAATTGCAGTTGAGTGTCAATAAGTTATC AGGTACACTACCTACTGAAATATCAAATTGTACTAAATTGTCTCATTTGGAAGTTGACAA TAATGATATATCAGGGGAAATTCCTAATGAAATAGGTAAGTTAAAGAGCTTGACATTATT CTTTGCTTGGCAAAATAATTTAACAGGTGAAATTCCTGTTTCATTATCTAACTGTGAGAA TCTTCAGGCTTTAGACCTTTCTTACAATAATCTTTTTGGTTCCATACCTAAAGAAATTTT CAGTTTGAAAAATCTAACAAAGTTGTTGCTTCTTTCCAATGATTTGTCTGGTTTTATACC AACTGATGTTGGAAACTGCACAAATTTGTATAGATTTAGAGTGAATAGGAATAGGCTAGG TGGTACTGTTCCATCAGAAATAGGAAAGTTGAGTAATTTGAACTTTCTTGACATGAGTGG AAATCATTTTATGGGAGAAATTCCTTCAGCAATATCAGGATGTAAAAATCTTGAGTTTCT TGATCTCCATTCGAACGCGTTTACTGGTTCTTTGCCAGAGAAACTGCCAGGGAGTCTACA GTATGTGGATATTTCAGACAACAGGCTTTCGGGTTCGTTAAGTCCAAGTGTTGGTTCTTT AACAGAATTAACAAAATTGAATCTTGGGAAGAATCAACTTTCTGGTAAAATTCCAGCTGA GATAGTTTCTTGTAGTAAGCTTCAGCTGTTAGATCTCGGGTACAATGGTTTATCAGGTGA TATACCTAAAGAGTTGGGTCGAATACCATCCCTTGAAATCTCTCTTAACCTTAGTTGTAA CCAGTTTACAGGAGTGATTCCAAGTGAGTTTTCTGGTCTTAGCAAATTAGGAAACCTTGA TCTTTCCCACAACAAACTCACCGGGAATTTAGACGTTCTCACGAACCTTCAAAACCTTGT TTCACTCAACATATCATTCAATGACTTCTATGGAAAACTTCCCAATTCTCCATTCTTTCA TAAGCTTCCTTTGAGTGATCTTACTGGAAACCAAGCTCTATACATTTCTGGTGGGGACGT GATCCAAACGGGGCCTGCTGGACATGCCAAAACCACCATGAAGCTTGCTATGTCAATCCT AGTCAGTATAAGTGCTGTGCTGGTTCTGCTAGCCATCTACACGTTGATCAGGATGAGAAT GGCCGCAAAGTATGGACCAGAAGTTGATACATGGGAAATGACTCTTTACCAGAAGTTGGA CTTTTCAATAGATGACATTGTTCATAATCTAACGTCAGCTAATGTCATTGGCACTGGGAG CTCTGGGGTTGTATACAGAATAATGACCGAAAATGGGGTGACTTTAGCAGTCAAGAAAAT GTGGTCATCAGAGAAATCAGGAGCATTTGGTTCAGAAATTCAAACACTTGGTTCAATCCG GCACAAGAACATCGTACGCCTTCTCGGCTGGGCTTCAAACCAGAACATGAAGCTTCTGTT CTATGACTACCTTCCCAATGGGAGTTTGAGCTCATTACTCCATGGTGTTGGCAAAGGAGC AGCAGAATGGGAAAACAGATTTGATGTAGTCCTTGGAGTAGCCCATGCACTTGCATACTT GCATCATGACTGTGTACCCCCTATAATGCATGGAGATGTCAAAGCAATGAATGTATTGTT AGGCTCTAGAATGGAGCCTTACCTGGCCGATTTCGGGTTGGCAAGGATTGTCAACACTGA TGTTGATGCAGACTTGTTAAAGGAGAGTCAAAGGCCTCATCTTGCTGGTTCTTATGGATA TATGGCTCCAGGTAATTATTTTTACTGCATTTTTTTACTCATTATCTCAGATTGATGATG GAGAAAGTAGAACTAGTCAATTTATGATGAATCCTCACAATACAAAAGATACCATTGTTG TAGAACTCACTATCTCAATTAGCTGAAAGCGAATGTAAAACTAGTCAATTTATAATGAAT CCTCAGAATACAAAAGATACTGTTGGTGTTGTACTCATTAGTCATTATATCAGCTTGATT AGTTGCATCAACTTTTCTTGAATTGACAAAGACTCTTGGTTATTATGTGTCCACAGAACA TGCTTCGATGCAACGGATCACAGAAAAGAGTGATGTATACAGCTTTGGTGTGGTCCTCTT GGAGGTACTAACAGGAAGGCATCCACTGGATCCAACGTTGCCCGGAGGTGCACACTTAGT ACAATGGGTACGAGATCATTTACAAAGCAAGCTCGATCCAAATGACATTCTTGATCCAAA GCTTAGAGGCAGGGCTGACCCTGAGATGCATGAAATGCTGCAAACTTTAGCTGTTTCATT CCTGTGTGTGAGCACGAAAGCTGATGATCGTCCGATGATGAGGGATGTTGTAGCCATGCT CAAGGAAATTCGGAATGTTGATCCTGTTGTGTCTGAATCCGACCTGTTGAAGAAAAATGC AAGTGTAACACCTCTTCCAAAATCACCTGGCACCAAGAATGTGGATTCTCAAATGTCTTG TAGCTGCTCTTTTGTATTTTCGGATAACTCTATCACCAAATAAGGCATCAACATAGTGAA CAAATTTGTGAATATAGCATTATTAGCAGTATGAGTTAGAGCAGGTTATAGATTTTATAA AAAATCATGTATCCTATTAAAGAAGTTTTCAATTTAGCATGAGCATTATAGAGTGAAAAG ATCAGTTTTCATCATTATCTGAAATTGGTAAGACTTTTTACATATACCAATTCAAATGAC TGTTCACTTAATATCGTTTTCACTCATAAAATTTGAAACTCTATGATAATAACTATTTTC CAAAGACGCAGGCAGAAAAGTAGTATTTCTATGTTATTTTCTCACCAGCCTAAGCCTTTA GTAAGCGAATTGATAAAAAGTAATAGATATTTAGTTAAATAATTACGTGCATACAAGTTG TTCTAAATGTCGCCGTTATTAAAAGAAAGTACATGTGGGAAGTGAATCAATCATTGTGGG GGAGAGGGTTTTGGAGTTATGTACCTTGAATTTATTGAATGCAAATTAAGATTCCCAATT GTCTTGTAAGAAATAGTTAAGCTACCAACTATGAGTTGGCCCCATCACATGATCATGTGA TTTCTGATAAAAGCTTTAATAAGCAATTAGTAGGCTAGTGGGTTGGGGATGAATGTCACA TAACTTTAATTTCAAGTTGGAATTTATCCTCATAATGTGGGATTTTGTGTAAAAACATGA TACCATTTGCTTGAAAATAGTTTCATATATAATCGGGTCTCGAATTTGAGTTATGTGAAA ATATTATGACAAGGAGTGATTTCTCCTTTAATGAACCTTACTTTCTATTAATATATGAAA AATAAGCAGAAAACATGTGAATTTTTTTCGATATTCTAGAAATCCCGAGGACAGGTGGCA CATACTTAGAAACTCAACAGATAACGAGCTCGCCCTTATACTCTTCTCCACTTACCTATC AAGTTTTTGTCCATGAAAGGTTTCAAATCTCATGACGTACATCTAATCCACACATCATTA TACTCTTATCACTTGATCAAAACCCGGGGGCAAAACATAAAGTTAAAAATGGGAACATTC TTATTTACAATCTGGTTAATGTGGCAAAATACAGTACAATTTACTTCCAGTGAAACTGCT CACTTCCTGATACAAAAAGACTTTAGGGCTCTTGACTTCTTGCCTTCTGTATTGATCTTA ACACTTGAAAACTATTTTTGAGATGGCAAAAATAGACCGAATAATTGACACAGTTCCTTG TACTTCCACTAAGGGCCATTTTACAGTAGGAAGAGCTCGTCTACCTCATCGAGTTAAGGC AACATCAAACAGATCATTATAATCCCTTTCGCTGAGTAAAGGGACTCTATTGAGGATGGC TGGATTCTAACTTCTTAAGTATGAAACTAACCACGCTCCAATCAAAGCCACGATACTGAA GCCAACGAATAATCCTTGCTTTACGTTTTTCTCTAGGCATATCTTGCCCTTTAAGCCACT GTTTAGATGCCTGGACATATAATTGATCCAGAGACGGTTTTGATATAGCATGTCCTGATT CTCTTGATTCTTGCTCTTCACCAGCTTCGTCATTCTTGAAGACCAATTTTATGGCATTGT CTGCATCCACTTCACTTACACCCTTCTTGATCAAGGCCTAACAAAAAATGGCAAGGCCAT TCAATAGGGTTCTAACAAAAATAAAGGGACCAAAGCTACTCTTCTATTTGATAAACTGCA GGATAGAAAGAATGAAAAAGAGTGTAACTACTCAAAAAAACTAATAAAGCACCAGATGCT TGGACTACAACAACTACAACAATGCCTCAGTCACGAATAAGTTGAGGTCGGCTACCAGAA TGCTGAAATAGCTAAACAAATGACTACTTCCATAATTGCACTTCATTATGATGTTAACAT TTTTTTATTTCTTCTCATAAAGTAGTCAACTTAGGATTCCACAAGAAGCATATATGCTCT CACATGCTCCTAATGGATGGGCCAAAAAAATAAAAAGTAGGCTCAAAATCTCAATAAGTG AAGCAGTTCACAAAGAGAAAAATTTACTTGCTTGATTCGTCGTGGACCCCAACTTGAGGA AGACCATCTGGACCGAGAAAACATTTCAGCATACAGACCGTCATTGATTAAACCCCTAGA GCAATACACAGAACAAATCCAGATGAGGCCAATTATGATGAAATTAAGATGGATCAGTGA AATACAAACTCATAAATGACTGATAAAACCTATTGCATTATGTTCTTCAATTTTCCTTTT AGCAAGTTTAAGTGTAGCACTTCACTCTAGATAACAATAGAAAAATGTAGGTGAACAAGT GACAAATGAGTACCAATAGCCAAAATGTAACAGAGACTTGAAATAACATTTCTGTATTAT CGAAGACGTGGTTGATAACTATGATGGGAACATCAAGATTCCAGTTTGATTTACCTGGTA TGGAAATCTGTTATTACAGCATTAACAACATTGACTGTAAACTTTCTTCCCATGAGCTTC TTCTGCAGTTCTACAGCCGTAAGTGCTCTGCACAGTAAAAAAGCATGCATCAAAAAAGTG GTTCTCTTTGCATCAGTGTGAGGACCTCTTTTCTTAACTTCAATAGTTGGAAAGATAATT TATGTGCATCAGCAAGGTTCTAACAGTTTCATAGTTCACGCATCTAAAGTGAAATCAACG CTCACACAACTTTATGTGGTATGCCAGTATATAATTAAGGAGATGAAAATATAAAACTTA GAGAGTCAGAGTCACCAACACTCAGGTTGCAAGTAAGATCAGTGCAGTGAGCTAACAATA GTTGACTGCAAATAATAACGACCAGATAGAGAGAGACGAGACATTTAATATTCCAACCTT GAAGCAAGTAATCGAACTGCGATTGTCTCAGCATCTTGCCTAGCTTTATCAGTTTCAGCT ATACCATGTTCAAGTACAAAATCTTCATCAACTTCATCTTCCTTCCCTGAAATTCCATAT TCAGCCTCTTATTTGAATTTGAGTTTCCACTACAGGTAAAAACAACAGAGAGATGTGAAT CGATTCAACCATACCCCATTCAACCTCATCATCTAAGCTGGTGATAAGCTTTTGCTTATG ATTTCGAGACTTGGAATGAAAAGGTATATCTCCGTACTTCGACCCTCCACCACCGACAGA AAATTCAGTTTCCTGAACTTTCCTGTTTAAGAAGCTGTTTTTTTCGATGTCCAAAAAGTG CTTCTTTGGCAAAGCAGATTCTGACTCTTGGCTTTCATTAGATCTCTTGGGGATGTGCCT GACTGGAAAAGCGCTATAATCTCTGCCTCGGGAGCAGCTTATGGCACTGAACTTCTGCAC CCTAATAATCATATATTCATATCATACTAAAACAAACCATTTTATTGGACTAACATACAT ACAAAGCCAACCATAGTTATATGCCCATTTCAATAAATGTGTATGAGCTGTACTATATTT CATGGCCATATTTGCCCTAAATATCAAAGCTTTGCTTAGCCAAACCATGAGACGCAGGTA TCGATTTCAAGAATTTTGAGAACGACTGTCTAGATCATTTCTATGTGCAGGTTTGCACAA TAAATTTCAAATTTGCTTTAACAAATCCACGTAATACAAGAACTCATTTCGAGAAGTTGA AGAATGAACTGTCCTAATATTTTCTATGGTCAAATTTGCTCTAAAGATCAAATCTTAGCT TCACAGATTCATGTAACAGAAGTAACCATTTCAAGAATTTCGAGAATAAACAGCGGTACT CTTTTAGTTAAATGATCATGCTTACCTAAAGATCAAACCTTTTTTAACCAATGCACATAA CACAAGAACTTATTCAAACCTTTTCTTCACGAATCCATTTAACACAAGTACCAATTTCAA GAATTGGGAGAATGAACTGCTGTAATCTCTTCCTATTGTCATGTTTGTCCTAGAGATCAA ACCTTTTCACTAAAAACCCCACGTAACACAACTACCCATTTTGATAATTTGGACAATGAA CTGTAATAATCTTTTCGATGGTCACATTTGGCCTACAAAATCAAACCTTCTCTTCACTAA ATCCACTCACACAAATACCCATTTCAAGAATTTGGAGAATGAACTGCAGTAATCTCTTCC TATGGTCATATTTGTCCTAAAGATCAGACCTTTTCTCTAATAAAACCCAACATAACACAA CTACCCATTTTCAACAATTTGGACAATTAACTGCTGTTATCTTTTCTATAGTCATTTTTT CCATGAAAATTAAATCTTTTCTTAACCAACCCACTTCACAGAATCACAGAAGCACTTAAA AGAAATGTCAGGTTATAAAAATACTATTCTATAACATCAAAAAATGCAGTAATATGTGTG AACATGACAGAACTCTAGTAAACATAGTTGCAGCTACTAGTATAAAGAATTTACTATAAA TTCTTCAAGTGAGGAAAATTGCTAACCAGGGGATGATAATGGCTCTAGAATGAAACAGGA TTGAAGCTTTAACTATGAAAGAAAGTGCCATGTTCTGTTTCCCAGAGCTAGGGCTTTGTA CATTTTAATTTGGCTAAAGTGCCAAAAAGTGACTCTTGAACTATATTTTATACTTTTACT TTGCTTTTTTTGCACAAATTTATGTCTCAAAGGAGTATGTGACTAATTTCTGGCACATGA AAAAATTAATAGACTAACTGCTAACACATAATAAAGTTTAAATCTTGAATTTATATTTCG TTGAACTGTTAAAAAAGAGATTGGAAATCCCTAATATTTGCTAATATATTACTCAATCGT AAATACAATAATTTGACGTTTATAATAACTTCGTTATATATTGTCTTTAAATTATAAAAA AAATTTGCGCAAAAAAAAATTGTCTAAATGGTTAAGTTGCAACAAAAACAAAAATTATAG TAATGTCAAAAGGAGATATCTTCCAAAAAAAACAACAACAATGCACTACTAGTCAATTAC TCATTTTGTGTGACACAATCAAAATTTTGACCGTGAATTAGAATATAATTTTATTTACTT TTTAAAAATAAAATGTATATATTTAAATCTACATAAAAATAGAGTAATAATTAATAAATT AATGAATACTCAGTTGCTGAGTTTGCTGTCTCTTGTTCAAATGTAATTGACATAGAGATA AAGATGATGTTTAAGAGTATCACAGAGAAAAAATAACTTGAATGTTCATTATATCCACAC AAAAAAGCCTTTGATGTTTCATTCCAAATATCAAAACAAAGAACACTTTCTACATATATT TTAAAGTTTTATCAGTTTGTATATATAAATACATGGCAATATATATCACTTCAAATAAAG TTTGAGGATATATTAGTGGTTGAAGTCCTCAATAACATCAACAACCATCTCTCAGTAATG AGGGGCATGCTCCAAAATGCATGAAGTGGCTGTACAAGAACTACCAAATTAGTTGATCCA AATGATGTGTAGTATATAAATATCAAACTTCTCTCAGGGCAAAAACATGAATTTTCCGCG CGGTGTTGATCTGCTTCTTCTCAATTCTGGAGCCAATGAGTTGTTCACTTCCTTTGAATT TCGAGCAATTTTATTGGCATTGGATGGTTTATCTTCTGGTTTCCTGAATTCAGGATTGAA TGAATTGTTTACCTCAGCATTTCGAAGCATGTTATTGCCACTTGATGGTCTGTCTTCATA TTTACCAGCTAAAAATGCTTCAACTGTCTGTGATATTTCTCTGTGTGAAATCGATTAGTT AATACAAAAAATAGTCGTTATATAGTATGTGTAGATTCTCAGAGAAGTAGGCCTTACCGT TCAACGTTTTGAGAGTTCCTTGAGAAGTTTCTTGGAAGATTTCCATTACCAAACCTTATG GTTCCACTTATATTGGATCCAACAAATCCATTCTCATTTTCAGACTCGGAAACATCGCTT CTCTGAGCTTCGTCCATCATTCCACCATGACATCCATCAGAAAGTAAGGTCACTGAAACA TCTGATTTAATCTGTATTTTAGTTGATAACTGATGCTTGGATTTGAGCTTGTTCTCATTT TTACTTTTCCTGATTGCACCTTGTCTTACATTAAGCACTTGCTTAAACTGCTCCTCGTCG TGTTCTGGAATTTTCCTGTTGCTCATCTTCTGGAGGCTATATAGAACATCAGAGATATTT TCTTGCCTGGATTGCTCTCTTGAACTCTGATATCCTCTCGTTCTATCCGAAGAGACAATA GCTGGCATATTGGTACTAGACTTATTGATGGTGACAGGAGCTCTAGCAGGAAAAGGCAGT TTCATTACTGGTTGATTTTCAAATGTTTCAGGCTTGTTTCTGCTTCTGACATGAGCACCT CTATCTGTTGATATTGATCTTCTAATGGGTGGCGATGGTGATCTCCTCATGGGGGAGGCT GCTGATTTTTCCTCTGTGAGCAAGGGCATTTTTGGGATGAAATCCTTGTCCGTGAACTTC GAGGGAAACTGAGACCTCCTTTGTTTACCTGATGAACAGCTTCTTACCTATCTCACCACA ACAGAAGTAATTAACAGTTGCAAGTATGATATGTGAAATGTGATGTTTTACTTGGATTTC CAACTCATTTACCTCTCTAATGTCATCCAGAGGACGCTGATTAGCTTCCGTTTTCAAGTT ACTATTACCAATGTGCCTCATTGTTCGTAGAGGTGATGCTTGCCCTCGAACATTTACACC ACTTTTTAGGAGTTCAAGTTCAGTTTCCTTCTTCTCCAGCACTTGCTTAAGGTTTGAGAT CTAAATTAACCAGAAACAACACAAAGACATCAATTACAGGTACAAGAAATTGTTTGGTAC TTTCAACCAGTAATTAAGAAGTTATGACCTCTTCTTTCATGTCTCGAATTTCACCAGTTT CTTTGTTAGAGCGAGCTGCGCCAAGATCTATGGAAGCAACCCTCTCAGCAAACTTGAGGG TGCTAACTGTTTCTCCAAATGCATCTGCCTCTGGATTTATGTGCACAAACATCAACGTCT TTGCCTGACCACCTGTAAAAGAGAAGGTAAAAATATTAACTTTTCAGGATTTTCGCTCTT TTTCAGCAGGATTATACATGGGTGTGATAAGCCTAGATAGATCGAAATAGGAATACTATC ATTATTGGAGGTGAAAATGATTGCATTAACGAATTAAACTCGAAAAAAATGACCAAAAAG TGATCATTATCTACCTAATGAGTCTTGTAATACTTGAGTAAGCTTGCTGTTTCTATAAGG AATATGTGAGCTCTTTTGGGCAAGAGCAGAGATAACATCTCCTAATGCTGACAAAGATTT GTTTATATGTTGCGCCTCCTTTAGTCTCTCGCCAACAGCTTCAGATTTATCTACTCTCTC ACTTCCAGCTAAATCCACAAGGTGAAGGCAGCCCTTTAATGTAGATCCAGATACCAGCTC TCTTCCTCGAACATGAACTGTCAGAATACTGCAAATGTAGGAAGAAAATTAAAGAAGAAT AACATCATGCAACACTTCATAATGTTCATCTACTTATGTAACTGGTACCTGTGAGACCTA CTACTCCGCTCATTTAAAGCAGTAGCACCGACAGCACGGTTCTTCTGCCCAATTCTCATC AAATCAAGTACATCTTGAGTGCATGTAACTGGAACCAGACTAGCATCAGGTACGTTGAGG CCATTCAGTTGAGAATTATTTCGTATATCCAATGTTTGAAATGTTAAGGTTAGACAAAAA AATCCGAATTTTTTACTGTGTAAATGATGCAGTTCAGTTGAGCGTGTTACTATGTAATTC ATCATATATCTGTGTAAAGGATATCGCCTGTTAGCCCCGTCAATGACTAAGAGATCTCTC ACTTGCTCATTATATATTTCGATCATTTGGACTCCAACTTCATACTCTATCATGTCCTGT CTTGCCTTTGTAGTGCTGAATAAATCACGCAAAGCACGATAATTTACACCCCATGTCTCC TCTGTGTTCAAGTCTGGACCACTCTGGAAGCATGAAATATATGCATTTGTAAGATGTCAA AATGCAACGCACTGTTATCAGTACTTGAAGTAACACAATATTCAATCCCATCAAACATTA TATCACTTAAAATTACCATGGTGTATGTCTTTCCTGAGCCAGTCTGTCCATAGGCAAAGA TACAAACATTAAAACCATCAAGGACAGTCCTAACCAACGGCTGAGTGTCCACGTATATTT GTTCTGAAAATACAAAAATAAAGATGTTGATTAAGAGAATACTCCACAAACACAATCTTG TGATAGAAGAGAATTAAATGTGCTACTTATTATAGACAGAAAAAGAGAGAAGGTGCTAGA GCAAGGCGAGGTGAGAAAGAAGACATACCTTGAGTTACTTTAGTTCCAAAGACCTTGTTG AAACTGAAAATCTTCCTAGCATCTTTACCCTGCTTACGAGGATTGACAATCATGATATCT CCATTTTCTCCGATATAATCAACTGTGGACTGCATATCAGGTGGTCCTGATAGGAAGGGC CTAACTCTACAATATACCCTTATTGTCCCTGGTGAAGAAGTAAAAACTTAACTTCTATAC CACAAACATTTTATAGGAAAATGTTAGAATTCAAGAAACTTACCTTTTAGGTCCTGGACT TGATTGTAAAGCAACCGATTTTCTTCCAGTACTTTGTGATAAGAAGATGAGGCCACCTCG AGGCCCTTGATATGGTGCACTGAGGAAAATCACTTTCAGATTCAAATACAGCGAAAAGAT TATAGGATTTGGTAGATGGAACAGATATTACATTCATTTTTGTACATATAAGGACATTAA CGTAGTACTAACCAAGCCTTCTAAATTCTTCTTCCCATCCTGACTTATACTTTTGAACGT CTAGCTTGGTTTCTCTGCAAAAGATTTTGAGCTCCTGAACGATAAATTAACGAGACAAGA ATCAGTCGTTTCCTCATTAGTCTTCATTGTTTATTTGTGTTCCATACTATTCTCTACAAA CAAATTGTTGTCCATGATTCAGTCAACTTATTGTAGTCAAATTATCATACCTCTAACTCC TTTTGTTGAACATCAACTATTTCTTCATTGGCAGCGGTGAAACCATTATTACACCAGCTG CTTTCACGTTTCCCACCACAAATGCATTCACTGGAGACCAAGCTAGTTCTGTGGCGCAAA TAGTTTGATATGGCTTCGAGAACTTCTGATCTTGATAAAGTACTGCACTCATCTGCCAAT ATTTTCTTCAGAAAAAGTCTGAGCTGCAGGTGCCAAAGTAACTGTCAATCTACCACATTC GGTGACAAATGGTAATCGACATTAATATTGGTGTTACACCAGAAAATGCCCATCACAAAG TTGCTGTTGTTACCTGATTACTCTGAGAAACCAGCAATCCAGAGAAGTTCTTGACTACTT TCCTCAGCACAGCATCAATTACCTGCAAATGTTCGTCCTTAGTACAAAAGAAGGAATGAC CCTTGAAATTTGTCTAACGTGAGATGTCTAAATGAAATGCATATACCAACTACTAGCTGC GGCTTCAATAAGGACGTTCTGTTTTTAGATAAACTACACATAGTCTTACCTACCATTGAA TTCAAAGGGAAGTCCTCAACTCCATTCCTCTCCATAAGATAAGCTTGTAGAAGCCCGAGA CCAAAGCGATCAAAGAGGAAGGTCAGTATATTAGCAGCATTTGATTCTTCAAGCGAGACT TCGCTAGATAAATGGAGAAATTCCAACAGCTGGTCGAATTGTGATGACTCAGAGTCATCC ACTGATTCATCTGCACTGTCACTACCACCAAATGAGGACGGTGATCCTTTAGGACAGGAC GTGATCCTGACAGTTCCACCATACTTCCAAACTCCAATTCCTCCAGCTTGTTTCCATTCA TAATATCCTTTAAGGCACAAAATGCAGTCTACAACTTTGTTTGATGAACCACCCTACAAG TTCAAAACCTTTGCTCAATACAATGTACCTTGGAAAAACAATGTGAAACATACTTACATA TAATCCACGCCAATTTGAACAAACTGATCAGTCTAACCTTTTCAAGATCAGATGCTTCGA ATGTTAAAAGCTGCATTTTGCCAACAGCTACAAGGAAATTCCTCATGTTCTCGAAGTATT GAATAGCAGATTGAGCTGCACATTCTGAGGACATATCGACTACTGAATTCACCACCACCT AATCTCATGTATCAAAACATAATTAGTTACTTAAATGTTCAAGAATCCCTTCTTTCAAAG ACATAAACGGTGCTTTAAGTTACTAATTTCACATTTTATGATGTTCAAGGATTTCTTCTT TCAAGGACATAAACTGTGTTTTAAGTTACTAATTTCACATTTTATGGACGAGTTTATGTT TTGTACACTTACAGTACAAAAAAATGTGCACGCTATTATGTATAGACATATGAAACCTGA TATAACTGGTTGAATTTCATTGGTATTATATAAAAACAATCACAATGTCAGTGTATATAA CTTAAAAACTTTGTGGTAATTAACTGAAATTATGTTTTAGGTGACCTGATAGCGTATAAT TCATATTATACTAGCAATATTTAGAAGTTGAACTCTACTATAAGTACCTTGTGAACAGCA CCAGGATTGACTTTGTTGAGGACATTGCAAAGAATGAGACCATTGCGAAGAGCACATCGA AATTCTTCTTCACTTGGTTCTTTTGGGAGCACCTCCGATGCACCGGAGTCCATCTGCCTC AGCCATTCCGCCGCCTGGTACCTCCTTGCAGCTGCAAGTAATTCATTCCTAATTTTAGTT TGAAATTTTAGAAGTAAATTACTAGTGTCATGGCTTAATTTCCCCATGCATGATATGTTT CCTACAAAATTATATTAAGATTTTTATTAGTGATTCGGTTATCATATTATCTATTATTAT TATTGTTCTTACTTCTTTCACAAAGTAGAAACAGACTCCACCCCACATTGTTGTTGTATT AGTAATATTATTGTTTTCTTATACCTCCATTCCATTTCAATTTTCAGGGGAATGAACATA TCCATTTATTTGTTAAATTTTACGTGACTCGAACTACTAACCTATATTGGAGGTGCTTAA AAAATTATTAATCTTTCTTTAATAAAGTACTATCTGGGCTGCTTAGGCTCCTGCTAATGG GCTCATAGACAGGCAAATAATGTACAAGACATAGCCCTACTTAAAGCCCAAATCATTTTT TTCCTTGCACATTTGCTTTCATGTCCATTACCTAAAAGTAAAGGCTCCTGAAATAAACTT GAGGTCCAGTGAAAGATAGTGAAGGAGTTAGGAATTGAGATGAGATTTTCTTTAAAAGAA ACATTAAAAAGGTACAAATATTAAGGCATGAGTAATAAATGTCAAAACGTACTAAATATT ACTAGAGAAGAATCTAGCCTTAAAAGTAATAATTTCACGTCGATTCAGAAACTTTTGTAA GAATAAAATTCTAGATCTGCTAAATATGAGTGCATTTTGGCCCACATGTACATAAAAGTA GAGTTATGTTATTTGGATCCAATCTTTATCTCAAGTCGTGTAGCATAAGGTTGGTAGTGC ACCTTGGTGTAATTAATGATTATCAACCTCTTTTAAGCGTCATTTAAGGAAAATACAATT AATTATCCAAATTAGTTATCAATATTTGTTAATTTAACTTTGTTTAGGCAAAAGTATAGT CATGGGGGTGGACCATATAGACTACTAGAAACTTTTTTTAGTCTAAAGACTAGTGAACCA AATAACTCAAAGTTCCCAACAACTCCACAACATCATGATGTGAGGGACATCCCTTTATTT TTTTTTATTTCATCCTTTTCATCTTAAATTTAAATTCTTGGTGCAACAACACCACTAATA CCACTCTTAAAATCATCTTCGTTTATTTTGTTCCTGTCTGTAATCATGATATTCTCGTTA ATTTATGCATACATCGATTTATTATTTTTCATAATTGTCTAATCTGCAAAGCTAAGGTTG CGGTAAGGATATTCAATTGAATATACCTTGCTAGAAAATTATAATGCATCATAATAAATA ATACATTTTTGTTATATACAAATGATTGCATTTTCTTGGCATTAGAGAATATTTCGATAT AGTGGTAAAAAAAAATTATTAAAATATTTATAATCTAAGTATGACATTTTAGGATTAGTA ACTTTTCGAGCTTCACCAATAAGGTCGTGACCCTATACAATTTGTTCTCATTTGTCTATA AAGCATAGAATTATCTGATATCTATGTCCGTCTACTATGCATTGAGAGTATCGTGTCCGG ATATTATTGTTATAATAAATAATATTAACGTACCTGCTTCTTCAGCTTTTCTTTGAGCTA AATCACGATCGTTGAACATCTCCTCAGTGTTAGATACTTCATTACTACTTGAATTATAAC CCAAATTTCCCTTCAATCCTCTAAAATTCTTCACTGGACTATTGAACAATGAATTGCTCT GATTTTGATTACTCTCTTGTGGCATCTTCAATCTCCTCGGTAAACTTTAAACAAAACACA AAACTTAGCTCTTAAAAATAACTAAGAGAGTCAAAATTCCCACTAAGTGCCTCAAAATAT GAAAAAATAAAGTCAAATGTTATTCAAAACTTAACAAATAATTTTAATTACGTATAAACT GTATAAATTATTGGCATTAAAAGTTCATGCAAAGTAGCAAGTACATGAATCATAAATCAC ATTCAGTACTATGAAATGATTACGAATGAAACAGAGCACAAAACACACAATTATTTACTA ATTATGAAATTGAGAATTAATACAATCCAAAAAATGTAAATAATAGCAACAATCAAAGTT CCAAAGCTACTGAGTTTTGCTGAACCGTAGACGAAGCTTTAGATGTTACAAAAATGAGAA AACATAACAAATTAGTTGATTTGTAGATTCAATGTACCTGTCAGAGAGTGAAGAATGAGT AATCGCCGGTGTCGGCGCCGGAGAAAGTAAGCAAACTGCAACGGATACTGGAAAGTGAAA GAACAATGATGAAGAAGAAGATTAAACGGTTGTGGAATTTTTGGATCTGAAAAGCTAAAG AATATGAATTAATTGATCGAAAAAATGAACGAGCTTCTCGTGTTTGGTTATTAGGATTCA AAAAAAAAAAATATAGGGAGAGTTTTTTTTTTAATGCAACGGATACAGAGAGACTCTGTT TTTTTTCAATGGAAAACAAAACTTATCTTTATTGGACTCTATTTTTAACGGTGAAGTTCA CGGAAGTTGAATAAGCATACAATATTCTTTTTATTTGGTTATCATTTATGTTTTATTCCT ACTTTTTAAATTAGTACTATTTTTGTGGCTATTTAATTGTCCATTTTAGAAATGATATAT ATTAAAATAGTAATAATTAGTATAGTAAAGTTATAATTTTACTCTTATTAATTATGATTT CAAAAAGAATGAATAATTTTCAAGAAATTTAAATGAGGGTATAATAGAAAAAAAATTATC CTTTCTTAATTTATCAAAATGGACAAGTAAATAAAGACATCTAAAATAAAAAATATGAAC AAGTAAATAAAAACAGATGGAATATTATTCATAAGTTATGTTTAGACATGTGTTACGTTT TCTGAAAATTAACGCTCTATTAAGCACAAACCTTATTATTAAAGATCAAAATTAATTGAA CAAGAAGTTATGTATTTACCATTCAATGTTATCGATAAATTAAGAACTGTTAGAGTGTAA CGGCTTTTGACGGCGACGGAAAAAGTTCCACGTGGCGAGCTAAGGGAGCAATTCAGGTGG TGACAGGTGGGTTCCACTATGGGACCCATCGAACGTTGGACTGGGCGGCAAGATCTCGCC CAAACAGATGATATTTTTACTTTCCATTTAAGCCCTCGGACTCTACTACTATTTCTTATT AATTTTTTTAAAGATAAAATATAATATTAAAAAATTAGAATAAGGTACAACGTTAATATT TAAAATGTTTAATATTGTAAGAAACTGGAAGAAGAAAAAACTCTCACGTTCAATTTTACA GTAGGAATGGCATTCAAAATAATTTTCAGTCATAACTTTTAAATTTTTTATCAAAAGTAA TTTTATTTCTGAAATTCAAACGAAAAAAATATGTCATTTTATCGATTATCAGAATCTTTA AAAAATTAGTATAATTTAAAAGATTATTGAAGATTCATCGAAATGCGGATCAATGTTCAA TTTAAAAAAAAAAAGACAAAAACTATTTGTGTCCTAGTAGATTCTCTGAACAAATATATT TTATACATATAATTCAGGGTGAGGAATCACATAATTAATCTTATATTAGGACGAAAACCC ACAGTATGCTTATAATAAACACAAGAAAAGACAAAATAGTCGCTATTTTCAAAAGGATGC ATAAAATAAATCAAATAAAAGATAATTATAATGACATTTAAATTCCTGTAATAGCAGATT TAACTAAAAATGTGACATATAATGAAAGAGGCAAAGTTCATGTGTGTGGTATTTACTAGT TGACATACACTTTTAGACTTGTGGGATAACGTAGAATGTTGTTATTATTATTATTATTAT ATTATGAATATCTATTTAACTTAAATTTCACATTTATTTTATTTATGTATTATGGTGATA ATACGAGTTGAGGCTAAATGAAAATATAAAAATTCATATAATCGATCATAACTTGTTAAT TGAGACTAGCGTGTTATTATTTTTTACTGTTGTTAAATGTTTGCGGGTTTTAACATATTA TTTATATAGGGGAAAAAAAGATGGAATATGTATAACACAAAGTCCGTTAGTATAAAAAAT GAACGTTACGTTGGATACCTTCTTTTTGAATGATTTAAAGAGGCAAAAGTTTATCATGCC ACCTTTTACTGTACTCTATTGGACCACTTTTAATAATCTTCTTAATTAAAATTTTGTTAT TTTACTTAGTCACACTTGTCTCCACTAATTACTACTGACCTCACTTTTGATAAAACAAGC AAGAGTGAGAGACATGAATAATTAATTTATACTAATGGTGTGTTTTCCAAAATAATTGTG AAAGGATTAGACAAAATTGTGGTGAAATGATTCGCGATTATTTTATTTATACTCAGAAGT ATGTAGGGTTTGAGTTATTAGAAATAGAAATAATATATTGCTAGTAAAATGAATTCTGCA GAAAATTGATTGAATTTAACAACTATCGAATATCAAATGAAAAAAAAAATTCGAAAGAGG AGGAGGCATGCACCATTATGTGTAAATCAAAAGATTTCTTGATCATGCTTAATTATGATA AGGCCCGTTGACTATTAATTGGTTAATTTCTTGAATGATAAGGTTGAATTTCTTACATTT GTAGCATGTTATATATCAAACCTTACCAATTAGATATATATGCAAGGTGTACAATATTTC CTATAACTAAAAATACTTACTATTTTATAGTAATATTTCCTAATAAAAGAAAGATGACAC GAGAATTTGAACTCTTGACCTAATACGTAAAGGTTCATGCAATCACCACTGCACCAAAGT GCTCTCTTGAACTTTTCTTGGTTCAACTAATTAACTCCTCGATCGAGCTCTTGTCTTTAT TGAGTCTTTGATGCATCAGTTCGTATATGATAAATCATGGTGAATTAAGGTATTAAAATG AGATGAAATTAAGTATATCTAGAATTAATAGAAGAAAGTTACTTTGAAAGACGTACAATT ATGTTTTCATGGTATAGTGATGATATAAATTAAGGTAAAATGAAAAAAACAATATGACGA ATAAGGTTCAGTATTATCTAAATCGAATTTTTTTTAAGACTGACTCTTTAATAATATAAT AGCGTATAAAAAATTAATTGCAGCAACAAAATAAAAAAAAAATAAAAGGAAGATAAACTA ACTAAATCATTCTTGTTAGCCGACAATGTTCAATGGATAATAATCTTCATAATAATCTTA ATTTACCTATAGTTGACTAATTTTAAGTTCTTTTGAGGTGAGTCCGCAATTGTGGGGTAA TTTGTGGGATTGTGTTATACTATATAGTTTTTATTTAGTGCATGAAAGTTGAAGAAAGGA ATAATTTCTTTCACTTTTGGGCTTTTAGGTGGGGAAAAGATGATCACTCTTTCTTCTTTT TAACCCAACAGACAATGGACAATTATGACTACACAACCCCTAACTAATTTTCACTATACT TTTTGACAAACAAAAGAAGAAGATGATTATATGTTGGCATGATACTTCCAAATGATTCCT AGGGACCAAACCCCAACTATATCCAAGACTTTCGAGAAGGAGTTTATTATCGTCAGTGCA GTGAAAGTTTTAATTTTTGTGTTTTTCTACTCATTAAATTGATAAGAAATACTTGTTAGG CTTAAACCAACCTTAAAACTAGCTTAAGAGATCAAGATTGTCTGAAATTATATAGAGACA ATATTTTCCTTCCACACCCGACGCGGACTTGAACTTATGGTTTAGATATATACTACATGA ACAAGATAAAACAAGGCTTGACATCGACTAAAACAAGATATAGACTTTGAATCTGACATA ACTCAAGCCTAAAAGCTATTTAATATAAAAGTGGCTAAATTACCAAATGTATGCTCCATC AATATTTTCATAGATGGACCAAATTTATGGCCCATCAATATAAGTGCCACTTTCATAAAA ACATATGGGCTTTTTGATTAGTGGACTATCAAAACCACAGCAGACTAAAGAAAATTTAGT GGGCTATAAGAATGAGAACATTAGCTATGTGATAAATTGCTAATCAATTTGTCATCACTA TCACATTGCCAATCATATAGCACCATAAATATTGTAGTAAATTAATTGGTAGGTAACTAT CCCTCGTACTTAATCAAAAGTGTTGAATTCGAGCCTTATAATGAAGTAGGATATACCTAG TATTGAGTAATACTTTTCTGCACGAATTCAAACTAGTCGAGCCCTTCTCCTACATTCAAT ACAACTTGTTTATGTGAACTTGTATTTTTTTTTAAAGAAACGGATTACAAGCGTGTGCGA GAATGTTATATGAGTTATAGTGTAAATTACATGGAGATTTTTCTTGTGATTAGTATAAAA ATTTACAGGAAAATATGTTTTTTACTAATTTTCATAATTATAATTTATGATGATCTTGGG CAATTCTATTCTTTTCTTGTGAGTTAATTTTTAAAATTGAGTTAGACATGATTCGTTTCT TTATAACATTAATAACAAATATTATTTTATATATAATTGTAACATAGTTAAAAATTTAAA TTAAATTATTATTATTATTTCAAATATATAAAAATAAGTCAAATCGAGAAAGTGATAGTG AGTTTAAAAGATAGATTATTGCTTAATCCATGGTCACACTAATTCAGATTTGTCGGTTGA TACTGTTTTGGATTGCGTAAAAATAATTTTGAAAAAATTGAAAATATTAAGGGAAAAAAG ACCAATTGTGGAGCCCTCCTCTTTAATTTTTCTAATTATTGCTTAATTAATACCTAACCT AATTATTACAATCTCTAAGTGCCAGCAAATGTGTCACACACATCTAGACCACTATTTGTC TAGTTGATTTTTTTTTAAAAAAAAAATCTCTAATTGGTGAGAAAAGGGAAAAAATAAAAT AAAATAATTTGAGTGAGACATTTTTCCATAGTATTCATTTGAATTAATTTCTGGGTCTAT TTGGATAGTGTTCAACATAACTTTGTCGAATTTGTGCAAGTGATTATTACATTATAAATA GCGAACTATCTGATAGGGTAATTGAAATTTTTCTAATATTATTGATTAAAAATTTTAGTA ATAAATTGTGTAAATAATATAGTGTGTTTAATAGCAGAGATATTTATTACGAGAAAGTTT ATATTTATATTTAAAATAATTGTATCAATAAATAATATTATATTCAAATAGAATTGTTTT GTTATAAAGAGTATCTAAAGAGAGTTTGATATATATATATATATTGAAGTGAACACTTAG ACTATCAATCCAAATATAATTAATTAGAAGATATTAGAAAGATTAATATGATTTACTTAT TAATGGCGATAGAATATACAATTACTCTTCTTTAACCAGATTTTTCCTCACCTTGTATAG ACAGAAAATTTATAAGTTTTCAAATTCTCACTATTTTGATTTTTGGGTTATTTTTTAATC ATTTTCGTTGTGTTACATGTTGAACTTGTTATAAATTCTGAGAAAATAAATAAATTAGAT TTTATTATATTTTATTTTGGAGCAAGACATAATTTTAAAATATTGTTTATATGACCTTTT AAGAGTTTACCCGACAATACATTATTAAATATATAGATAATTCAATTGGAAAAAGATTTC TCTGATTATGACTCAGAAGAAAAAAATAGTACTATTCTTTGAGATTAGGAAATTTAAGTA TTATTAATCTTATGACAGTTTCAAAATAATCAAATATAATATTTCCAGTTCTTTTGAAAA TTTATATAAATGTTAATTTGGCATGAAATAGTTATTCGTATATAATTATTCCACATTCTC TTTTACATAAAATGATGTATAGTTTTTTTTCATAATTTATATGTATACTATTAGTTATGT CGATTTTGAATTGCTAAAAAGAAATATATTAATTTTATATATGAAGAATTAACCAACTAA AATATGCTATTATTTATCGAAATTAATTTATTTATGACTCCCTCTATTTATTAAAATAGT TAAATGACGAGATTAATTCTCTTTATTAGCAAACAATCTTATTTCCTTGAACAAACTAAA TACATATTTTAGTTACAATTATTATGTACCTTCTTTTTAATACCTTTCCGCAGATATTTA GTGATAAATAAGTTTTAAATTATATGAATCTTTTTTTTTTTTAACTAACCTGATTTATGA TGAGAAAGTTAAAATATCATAACAAATATGTAATTTTTTTTAAATATATGTGTTGACGTT AATTGAAATAGGTTTAATGATATTATTATCTCTATTTTAATTTGTTTGTCCTGATTTTCT TTTAATTAGTATGTTTAAAAAAATATGCATTTTTCTCTTTTCATCAATTTCTTAATTTCG ACTTTTTTACTACATATTTAGGGTCTGTTTAGCCATGCGATATGGTATCATGAGATAAAA TTGAACTTTTATTTGGACATGTGACATGAAATTTTGATGTTGTATATTTTTTCATAAACA TAAAAATTTCATAAGTTCTAAAACTATTAAAATGATCCCGATTGTTTATTTAATATTAAC AAATAAACAAAAAATCATAAATATAATAAAATTACAAAGTTATTTGTTCTCCACTCAAGT AATTGTCTCATCAATATATGAGTAAAAATAAAACACCTTTTACGAGCTCTTCAAGATTTA TTACTCAATAATAATGTGAGTTAAAGTAACTATATGTTGGTGATAATAATAAATTTTATG TCGGTAATAATAATAATATTTTAAAAGTAATGAAGTAATCATAAATTTTATTTACATATG AAATAAATGGTTAGTAGATATAAATACGAGATTGTTTTAACAAAATGTAAACTTGTGGAT CAATTTTTGTATTAAAATAACTCAATCATGATATGGTATTTCATATGATTCTATATAATG ATTTTTAGAGAATATATCAATATGAAATCATAAGATAGAATTATCGTAAAATCGCATGTC CAATCGTTGATTTCATCTTACGATACCATATCTTGATATGATATCACATAGCCAAACGGC TACTTAAATTCATTAAATTAACAAGTCTTTTTTATTTTCTTGATATGTCAAAGTAATAAG TAAAATAATTAAAAATAAACTGATAAATAAAAGCAAATAGAAAAAAATAAAATAGATGAA TTAAGTATGATTAAAGTAGTTAAGTAGATAAAATATTTCAAGTAATTAATGTGTCTATGT GCTTGAAATTAATTGGGTGCCATCATACGGCGCTTGATGAATTTCATGAAGAACATGCAG CGCCACGTCATTTTCTCTCGTTAATCGAGTAATATTATTTATTATTATAGCTACTTGACT ACTTTCTGTCCTTTTTATTTTATATATATATATATATATAAAATATATATAATGCTTAGT AATTTTTTTTTACAGAAATAATACTTTATCTGTTTCTAATTATTTATCTATTTTTATATT GACATATTTATTAAAAGAATAATAATTAACATAATAAGCTTCATTTTACCTTATTACTTA TGGAATAGATGAATTAAAAGCTTAAAATTTTTAAAAAGTTTTATAGTTTTTAAGTAGTTT ATTGAGGGTATAACAATTTTTCAGTTAACAAAATAATTAAGAACAACTAAAAAAAATAGA TAAATAATTAAAGTACTTGCAAAAGTTGAGCAGGATCCTACTATTCTTATATATGGAATA AAATTAAAATAATAAATTAAATATTATTAATATCATAATGAAAACAATTAAAATGACAAG ACTAATTCTCTTAGTAGCAAACAAACTTATTTCCATAAAGAAACTAAACACATATTTAAC TACAATCACTTTTTTTCTTACTACATTTCATTGAATATTCATCAATGATAAGTATGTTTT ATGGACTAGATAAATCTTCACTATATTTAATTTTTATGATTTGTGGTAAGATAGTGGATT TTTTTTTTTCAAATTTCTTAGATTTAGGGTGTGTTTGGTACGAAGGAAAATGTTTTCCAT GGAAAATGTTTTCCTAGAAAATGTTTTCCTGGAAAACAAGTAGATTTTGGACTTATTTTC TCATGTTTGGTTGGTGAGTAGAAATTATTTTTCGAAAATGATTTTTAGTGTTTGATTTAT GAATGAAAAATACTTTTGAGGAATATTTTTTATTTTTACTAGAATACAAAATAATTTATG AAATTGGAAATATTTTTTAAAAATAATTTTTTTTTGGGTGGTGGTGATAAGGGGTGGGGG TAGTAGTGGGGGGGGGGGGGCAGAGGGAGGAGGTAGGAATGAAAAAAAAATTTGAAGTTG ATAGTATTTTTAAAAAATAAAATTAATTTTTTGGGGTTGGTAGGGGTGGGTAGGGGGCTG GCCGGGGGGGGGGGAAGAGGTAGGAGCTTAAAAATAAAAATTTGGAGTTGAAAATATTTT TAAAAAGTAAAATTAATTTTTTGGGGAGGGGTGGTGTTGGGGGAGGGGGTAGAGGGGGAG GGTGGTCAGAGATCGGTGAAAAAATAAAATTTTGAAATTGAAAATATTTTTTTAAAAAAT TATATTTTTCCAAAAAAAATGTAATTTAAAATTGGAGGAGGGCTTTGGAAAATGTTTTCC TTAATTTTTTAAGGGAAGTCATTTTCCTTAATTTTGAGGAAAATGAGTTGATTTGGAAAA CATTTTCCAAAACTTTTACCCCAACCAAACATGAGAAAATTGGAAAACATTTTCCAGAAA ATGTTTTCCTTCGTACCAAACACACTCTTAAGCTACATATATGAGATAAATTGTGTTAAA AATAAACTTGTAATGCGTGAATTCAATTTTATTAGGCTTTAATGCAAGATCAAGTACCAA ATGATTTAAAAAACTTGTTTCAAAATTAAGGACTTTAGTGCATTTATAAGTTTTTGCAAG GGGTTTTAGGTAGATTCACCAAACTACAATAAGGTGAGACTTTGGTCCAAAGTCGATATC GCAGGAGTTGGGCTCCACATCCCACTCGCTGCCGACGTGTAACGTCCATCGATTATTCGA CTCCATTTATATTATTTTGAATTAATAGATTGAAATATATTATTTAGTGAATTTTTTACG TGTTAGAGATCCTTCGATTGATTCAGATAATAAAGTGGTGATTAACGAGATTATTTTTAC CTTTTATTAAGTAAGTGATACCAAATTTTCCTCTATATTGGATTATATCTTCAGCAGATT GAAAATGTATTATGTTCAGCTTAATCACGTTTCTTCAATTCTTCTTCACTCTATTTTTAC CTGCCCTCTGACTCATCATGACCAACTTTTCGCACCTCTTCCATACTGAGATATTTGTGC TTCCCCTCCTCATATTTTCGCGTCATTTCAGCTTTGCTTTTTGATACCATAAAAATCACT CTTATCTCCTATATGATTGTTTCTAATTTTTATTTTATTTTATGATCACACATCGATCTA AACATCCTTATTTATGTCAAATTCGTCTTTAAAAGACAAGAGGTCATTGTATCAACACTC AATGGTGTACAATATGGTCGATCTAACGACCCCACAATAAAACTTAACTTTTAACTCCCG ATAGAACTTAACTTTTAACTCTCAACAACACATTAATAAGAATAAATTAATAATTAAGGT ACCAAAAAGTGTTGATTAAACTCTTAAAACATAAATTTAAAAACCTAGTGGGCGAACTTG TAATATCACCTAAATTCCAAGCCCATAGTCATAAATAGAGAAGAAATCACCTCTTTCCGC TCCTCTCTATAAATTCATGTCCCTAGCGAAGCCCACAATTTATTATATATATACATACAC TACTTCTCATAAATACACACTACTGTTCATTGTATCTTTCTTTCTTCTTCTCCGACTAAT TTCAAATCTCAAATAAATCTTCCCCAAATTTAGAAAGAACAAACAAGCTTCAGGTATCAT CAATCTTCTTTTTATGTATACTTTTTATCTGTAAATCTGCATTCACGTTATCAATTTATG CTTTTCCAGTTGTTACGAGCTGTTTATGTTTATTGTTCAGTTCAATTTTGAATCTAGAAA GTTTGTTTTACGATCTATAATCCGTATTTGCTGATTAATTTGATTGTTTCTAGAGTTTTT TTGATTTCTAGTTTAATTTGATGATTGTGCTATTTCCTGTTCCTCATAGCTTGGTAACGT CGGGGATGTTTGGTTATGGTGGAGGATCGTGGATGTGTGAGCTGAGGCTGATTGTGAAGT GAGTTATAGTGTGATGTTTTATGAGTTTGAAGTAGGATGAAGCAATGTCATGTATGTCTA TTTAGGTGAGAGATAGATTATACAAATTTACTAGGAGATGTACTAGAAGCAGTGGTTATG TAACTTGCTATCGTCTAGACTCATTAAGATCTATGAATTATATTTACTCAAACGATGTAG CAGATCATGTTCAATATCGTATATACGAGGAGGTTGCTGCGTGTTGATGTATATCCATTT AGGATTCAGATTATCACATATTATTTTGATGGGAACTTAAATGGAACGCGAATATGATGG GTTAGAGGTTGGAGTTGAAGGAAAGAAAGTGATGGTGCAGGGGTTGACGGTTTCCAGAAT ACAGTTGGGGTGTTTGAGCTAATGTTAGTGAGCTAAACTGTGGCTATAATTCTCTATCTA GAGATATGCATTATGCATTGTTGAATTCCCTTGCACTCAAGGGTGTAGCCTAGTGGTCTA TGAAGTGGGTAGATAATCTTGAGGTCCTAGGTTCAAATTCTAGTGGAAACAAAAACTACT AGGTGATTTCTTCGCATTTGCCTAAGCTTTGGTGGGAAGAGTTACTGGGTACTTGTATGG GTGGGTAATCGGTGGAATAGTCGAGGTGTGCACAAGCTAGCTCATGAGGTTAGAATTGCC TAAAATCTTGTAAGGAATGCAACAAGTTCCACATTCCACTCGATGTGGGAATGCAACAAG TTCCAAATTAGAATATCAACTATGGCATTCCATAATCTTTTCAAATATCATTGTATAAAT TCCTTGCCCCAATCCCGCAATGATGACCAAGTTGGTTGAGCGAGTGATCTCCCAAATGGA GGGTTTCAGGTTCGAACCCCCCTACATACTTTCTTGGTGAAACTCGTTGTGTGGGGCTTG CCAGTTTACCTCTCTTGTGTGATTGGCGAGCTAATTGGAGCAGGGCTGCAAGTTCCCTTG ACAAAAACAACCTAGCTCCACCATTGCAAACTTGATCATTTTCCTATACACATTGTCTTA CTTATGCACACTTAAGTATCAAGGAATCATGAAGAATGGACTTCAGTTTCTTGATATCCA ACTGAGTTGGTCTCACAAGATACCACGGTAGGCCGATATGAGTGGATTCTTTTGCAGAAT TAGCTTTCTTGGAGACATAATTAATTCCTTTTTGATGCTTGGGCCATAACTTTTGAAGGT GTTTGCCTAGGCACCAAGATAAGCCAACCCACTATAAAGCCTAGATGTTTAATGTGTCTG CTAAACTTTTATCTCTTTGATTCATAACTTCCCTCTTGTACACTAAAAATGCATAATTCA GACGTAAATGTGTCATAGAAGCATAATTGTCTTGCAGCTTGTACTGTAGGTATCAAAAAA TATAATTTATAAAAAACTAGATGAATTTTTACAAAGAGCAAACAGTGTTATGATGAGAAA GACGTGATATTCTCACTCGAAATGCCTAGGCAACAGGCCAGGACACTGCCCAGGCTTGCT CACCATCTCAATCATGCTTTAAAATTGAAACAAAAAAAGAAGAGAAAAGTTTCTGGTATT AGTATATTACTAACCATCTTTCCAATTAGTGATACTGGTATCTATCTTTTATAGAAGCTT GTAGTCCATCACTGATTGTTGGTAACTTAAATGCAGAGCTTAAAACCAACAGATGGGTTC AAATGCAGTTGATGATTTGATAGAAGCGTCATCAGGAGTTCATTATTCTGGGTTCCATAT GGAGCAGCCACGTACTCCAGAAATTGAGCAACCAACAACCTCTATAGATGATAGTTTTCA TAAGCAACCCTTCATCATTGGTATGTATACACAGTGGTATCTCTCTTGTTGTCACCTGAG CATTGTTTTTTTCAAATAAGGGTCTTCAGCATTGTCAATTCACTTTTGCAATTGCAGAAA TTGAAAAAAAAGGACTACTTATCCCAATATCAATTCAATTGTTGTTCTCCTCAGCAATTC TTGGAATGTTTCTTTGTGATGTTCATTTTTTATGATTCCCAGAGCAAAGGATATGTTTGC TTAAGAAACTGACAATAATTTATTCAAGCTTTTATCACGTGTACATCAATTGATAGTGTT CGCTTCAATATGAATGTTAAAATTTGAAAATATGGTAGAGCTATTCATGGATGCATATAA CGTCGGGATGACAAGGGGCTACAATCTTGAGCAGCATTGAAATCTAGTCTGCCTTTTTGC CTGCTTGTAAGTGATTTAGTTGGCTATCTGGTTTGGCTTAGAACTTTGTGGGAATCTTTC TTTGACATTGGATTCGGCTGCCTTTCAGATGAAGTTAACACAAAATTGATTATGCTGGGT ATGTGTAAAGAAAATTCTCAATATAGATTTTGCACTCAATCCTTCTATTTGCCTACTGTT AGAACATGTCAATGGAGTTGGTTCAATTGTTTTTGTGTGCACATTGTTGGTCAACCGAGC AGTTTATGATTTTCATTCTCAGGAAGTGTGTCAGGAATATGGGTGGTGATGAAAATTGAT TATCTGGATTTTCAGTTGAATCATAAAACTTCAAGCAATTTTTCAACTTAATCTTTCCAT CAGATTCAAGGCTATAAATGCTATTTGTATTTCTTTTGCTTGGTACATATTTTCTTAATC ATGCTCATAAAATATGTTTCACCGGCAGGCGTTGCTGGAGGTGCTGCATCTGGCAAGACA ACAGTTTGTGATTTAATTATTGAGCAGCTTCGTGATCAGCGAGTTGTACTAGTTAACCAG GTGGGTTTCTTCGGACTGGAAAGAAGTCGTTTCTTTATTTTGATGAACAAGTTTAAGCTT ACAGCTAAATCATCCCTAGTATGAACAGATAGTATCATGATCTTCTCCATACAGCTTTTT TAGCTGCCTTCATTCTCTTATCTCTTCCTATTGAGTCTATAACTATTTATAATGTGTTTA TAGCTCCTCTTTTCTTGTTTCTTCTTGATATGATGATTGGTTAGCTAGGTCTTCTATATC TCAATTTTCTCTAGGTGTTTTTTTCTGCATATTCCCCCTTCAATTTTTGATAATTTTAAA GTAATAAACCAAACTTATATTTCATCTATCTTTAAGATCAATAAGAACTTTTTGGTTGAA TTACTGATTTTATCGGTCTTCATGTGAGATGTTTTCCCAACAGAAGTTGTGGGAAAAAAT ACGGCTTAAGAGGATTTAGAATGATATTTCTATTTAACAAGTCGTAAATGCTAGATTTCT ATATTTTAGTTTGCACAAATTCATTCTCTGATTTATCTAACCCAATTTTGAATTTGCAGG ATTCTTTTTATCATACTTTGACTCCTGAAGAACTGACAAAAGTTCATGAGTACAACTTTG ACCATCCTGGTTAGTCTAGTCCATTTTATTTGAGTTAAATTCAGTCTCAATTGTTTATGG TTTAATTTCCCAGATAGAAAATGACACTTGGTATTACTTTTAGGAAAAAGCATCTCTATA GTCTATATGTGTCATTTTTTTTCTTCTCAAAATCGTTCTTGCATTTGTCTATAAAAATAT TTATGAATTGAAATTGGACTCTCTTGAACAGGATTAGTTCTGACCTCGAAGAAGTATGTT TATGTGTTCAAGACCTGTGGCTTGGAACTGTCCTCAATTTTATTGGAAATCCTTCTTAAT TAATGATGATAATTTCTGGTGATTGAGTTTTGATTTATAGTGTTCATACATGTGTAAACT ATTTGAAATTGTTTAATATTTATGTATCATTTGTTTGAATTATTAAGTATCAGATACATG TTATAAGATACTGTTTGCTGTAAGTTTCATGATTCTCTTTCTTATTGTTCAGATGCATTT GACACCGAAAAATTGTTGCGTGTGGTGGAGGAATTGAAGCAGGGGCAAGCAGTAGATATT CCAAAATATGATTTTAAGAGTTACAAAAATGACGTATTCCCTCTTCGAAGGGTAAATCTT CATAGCATGATTTTATTTTGTTTCATTTTATTGCATACGTCATCCAACTTTCTAAAGAAT ACATCAATTTCTGTTTATCTTAGTCAACATTTAAACTCCCTCATCTTTTTGCACTATTTC TTTCTTCCAATTTAATACCTTATCTAAAAATATTTAAAAGGAAGAAAGAGGGATTGGATT CCTATGACACAGAAAACACATACGTCTCTAGATAGACAGCTGGATATATAGGTAGAGACA CACAATTGCCTGCATTTCGAGTTGTAGCTGTCTTTTTTCAGAATTCTCCATTAGTGCCAA TTCACCTTCTTTATTTTACTTGGTAGGTCAATCCTTCAGATGTTATAATCTTGGAAGGCA TACTCATCTTTCACGATCCACGTGTCCGAGATCTGATGAATATGAAGATATTTGTTGATA CAGGTTCTTTCATCTCCTTTCTTTTGATGTTCCTTTATTATTGTTGTGGCATGAGTTGTT CCCTCTCATTGACATGTTACCATGATGTACTAGAGAAAAAATTAGCATAATGTCCTAGTA GTCATCTCATATAGTATTCTTTTACTTGGATGTTCTGCTTTAGTTCTTGACATACGAGCA TGTTGTATCCCTCCATATCTACTGGACAGTGCTTTATGTTGGGTCTTCTACTTGTGTGGT TTCATCATCTTAAATTTTCAGTGCAGATGCTGATGTACGTCTTGCGAGGAGAATAAGACG TGACACAGCTGAAAAGGGAAGAGATATTAGTATGGTGCTTGATCAGGTTAGGAAAACTTT CAGGCTTATTTGAAAAAAGTGGGGATCTTTCACTCAAATTTGACAGATATTTGATAAAGC ATTTCTTGAGTTTCTTACTCTTCCAACATATTACATTTTGTTTATAACGAAGACCAGTGA CTTGATGACTACGAACCTAATGGAAATTTGGGCTTATAAGGCCAAATGTCATAAGTTAGG ATTTCTAACTTCTGACTTTTGGCTTATCTTTGTTCTTTTAGCTTGAAAACAAGTGCTTAA AATCACTTATTTTCTTTTACCGAAAATGCTTAAAAACACCTAAATAAGCCAATCAAAATA GGCTCTAAGTTCCTTCCTCAGTTCATTTCTGTGAAACTTCCATTATGAGTTTCTAAAATT GCCTTTTTTCTAATAAGCTCAATAAAAACCATTTCTTCTTTAACTGATGATTCAACTTCC ATCCATCTATTAAGTTTCTAATTGCATTTTTGAAGTTGATTGTCATCGGATTAGCATGAT TTTTATGCCTAGGTGTTTGGTTTTCACTAATAATTTGAGTTAAATCTTTGATGCAGTACT CTAAGTTTGTGAAAGCTGCTTTTGATGACTTCATTCTTCCTACAAAGAAGTATGCTGATG TTATCATTCCCCGAGGTGGAGACAATCATGTTGCTATCGATTTGATTGTGCAACACATTC GGACAAAACTTGGTCAACATGATCTTTGTAAAATATATCCTAACTTATATGTCATTCAAT CAACTTTCCAGGTACCATTTTTATCTACGAAATTTAAGATATTACTTGTCCCTTTTTACC TGTTTCTCTTTTTTTCTTGAAATTGATTCGCTTTGTTCAAGATCCATCTCCCATGTGCTC CTAAAGATTGGTATTTTTTTCATTCAGATACGTGGCATGCATACACTTATACGGGATGGT CATACAACTAAACATGACTTTGTATTTTATGCTGATAGATTAATTCGATTGGTTAGTACA TTGCTTTACTGGTTATCCTATTTTTCTCAACCAGTCAATGAAAGTGAATCCTTTTTTAGC TTATCAACTAGATTTATCTTCATTTGAACCAGGTTGTTGAACATGGTTTAGGACATCTGC CATTTACGGAAAAGCAGGTGTTGACTCCAACTGGTAAGCTGCAACTGTAATTTATTGATA TTCATGCCCTTCTATTTAGAAATCTTATTCAGAGCATCTTTCATTACTACATTTTATATA GTAAGGTTATTGAAATTAGGTCCAAAAAGCAGGCTTTATGGTGATCTTCTTAGGACAGAT GAGAGTGTGGATACAATTATGATACTTGGCCATGGTTTCTGAAGTCATGACTGATATCAA GAAAAAATGGCTGAATTGTAACTGGAAAAAGCCTAGGCATTATAATGCATCAGTGCAGTA CGACTAATGTTACTGTATTGGTCAAAGTATGGCACTGGTCACTGTAACATTGGGATGTTA CAAGATAGCATTGCTTACAGTATTAAGTTTAAACAACCCATAGGGTTATTGTTGAAGACA CTACTTTCCCCGCAAAGATATTTTCTTTTACAGTTGTTGGATTGTATATGTAAGGCATCA TAAAACATTACTGATCCTATAGCGGTTAGAAAAAAACTAGCTACACGTTTTCCTCCTTTA ATTTGTGTCAGCTCTTGAAAATTTGTTCGTTGCAGTACTTCATTTTGGTCAATTTCAATA CTTGAATCATGATTTTAACATTTTATTCTAAAGTCATATTCTCGGGATTCTAGGAGTGGG TTTTATGCAACTTTTGTTTCTTCGTGGAGTTTAATCTTTTTCTATATACCCAGTTAAGTG GGAATAGCTTCAACGAGCAAAAATAAATTCTTAATGAGATGTATTTCTTATGAGTGCAGG ATCTGTTTACAGTGGTGTTGATTTTTGTAAGAGGTTATGTGGTGTTTCAGTAATTAGAAG GTGAGTTTGTAATTGGCATTTCCCTTGCTTTTCCTGTATGGTAGTACTAATTGCTTTAGA GCAAAAGGACTTTCTGATATTTGTAATGGTGTTGTATGCGTGTATATATGTTGGTCCATG TAATTTGGTAACCTTCATTAGATTGAGTGATTGATTGTATGGTTGTCCATGTCCTTTATG CCTATGTTGTTCACTTGTTCTATTGGTATATTATGTCCCAAACTTGGCTCGTTTAGTAGA TCGAATTCAATGGTCTGTGCATGTGTGAAGCTCAGATATATTTCACGTGGAGCATCATGT TAGTGATTAAAACTGAAGATAACAAATGACAGTCTCTTATCTCAGAAGCATATTCATTGC GGAGAAACTTCATTTTGCATTTTTTTAGGATAAATACTTGCTACATGGCAGGACAATCGC TTAATGGTCATCCAGTTTCTAGTAGAGAATCTAATTAACAAGTTTTTGTTTCTGTGTCTT CTCTGCCTTCACCAAAGTGATTGAATTGCTGTATTTTGTTTGTTTACCATAAAATTTTCT TAATTATACACAGTGGAGAGAGCATGGAGAATGCCTTGCGAGCATGTTGTAAAGGTATCA AGATTGGCAAGATCCTGATCCATCGAGAGGGTGACAACGGTCAGCAGGTCAGCAATCTGC AGGGTCCTCCCGAGTCGTTACCCTCCTGAGTCATTATATTGCCTTTTGCGCTCCCTGTGT TAAATTGATGCATTTTGTTAATAATGATGCAGCTGATCTATGAGAAACTACCACTAGATA TTGCAGAAAGACATGTCCTGCTGTTGGATCCCATCCTCGGAACAGGTTAGTTTTTAAGAA TGCTCCGGATATCAGATAACTGACCACGAGCTTCATCCACACCTACTGCTGGATGAACTA CATCATCAAGATTTTACAATAATTTCTCATCAAAAGCTTACGTGAGCAAAACCTGTAACG TGTACATACACAGGGAATTCTGCTGTTCAAGCTATTTCGTTACTGCTGAAGAAGGGTGTC CCGGAGTCCAACATTTTATTCCTCAATCTCATTTCTGTAAGTTCACTGAATTATCCAGTA CAGGCTTTGCATTTCTCTTAACTTTCTGCAATTACTACTTCTTGTGGTGTTCAACGGAGT TGTCGAATAATAACTGTTTTTCTTTAAAATTAGGCACCTCAAGGAGTCCATGTGGTGTGC AAGCGATTTCCAAGAATAAAGATTGTGACATCTGAGATAGAAATTGGCCTGAATGATGAT TTTCGTGTTATTCCTGGGATGGGTGAGTTTGGTGATCGATATTTTGGAACAGACGATGAC TAAACGAAGAGTTGTGGCCCCCTCCATACCCCGCAATCACATAATGAGAGATGTAACGTT CTATTCCAATTCAATTTTTTTAAAAAGATCTTTTAAAAGAAAAAAAGTAAGATGAGCATA TGGTGAAAACACTTGTGTAACGGACATTTTGTAGCATTTTTGAGTATACAAGCCTTATAA ACGTGATTTCTTTTTGCACTCCGCTCTATCGAGTCCTTTAAACTATGCATATATGTAATC AGAAAATAAGAATACCACTAAAATTTGTGGTGGAGTAGTAATATCCCTCCGTCCTAATTA GAGGTCTCGTATTTCAGGTTTTGAAATAGTATTGTTTTTGAAAAACTGACCGCTTTCACT AAAGGTGACATTTCCTTGCCTGAATCTGGAATGTGTATACGTGTTCCATAATATTCACTG CTCGAATCAGAGTTCCTGGTGTAACAAAAATATGAACTATGGAACAACTTGAGATGTATA TTTGGTTGCAGTGTGAATTCAAAGTTTAGAGCCTTTCGAGAGCCATCCACAGATTTAGAT GATTGTTTTTTGGGCTCTATATCATAAATGTGAGAAAGAAACAAAATATTGTGGATGAGG CATCAACTCCTCACAATATTTTTTGCCTCACACAAATAGAAAGGGGACGTTTGGCAGTGA AATATGTAGTTCACTCATTTTTTGTTAGAGAGGACGATAATCTTTGTTGGGCTAATCTAT AGACACGTGTCAATAATTGGATTATCATAATAGGAATATCCATTCCAAGTCATTTACTAT ATAGATTGGGTTTCTAGCTTTTTGGGTTCTCGTCCTTTTTCAGTTGGCTGCTTCCTTAGC TTTATCCTTTTAGCACAACCATGTCTGCCTTTGTGGGAAAATATGCCGGTAAACTTCTCT TCAAAATTTAAACTTTATGAATTCATAATTAATATAATATTTACGATAAAATATTTATTC ATATTAAGTGAATTTTTTTACTTATATATACATATATAGGTCGGTAATTTCTTTTTATTA AATTTATGTGAATTCATATATATATATATATATTTGTGGTTTTCGTAAATCCTATATAAA AAACGAGTTGGTCTTGGTAAATAAATACGTACATATTTTGCTAGCCAGCATGCAAGGGCA GTAACGGTCCTTTAAGGTACGTGAGAATGTATATTTTACATAGTACGTGGTACATATATT GTCATGCATGTATATAAAGCCAACCTATTATGTAAAGTATATATCTTGATTTCAATTTTT ACACATGTAGCATAAATACTAGATGCAATAGCCTTGTTCTTTTTAGGGTAACTAACAAAT TAAATTGCGTTTACTTGTAATTAGACAGATAATATATATACGTGGGGTCGATGGCAAGAT GTACACGTACCTTAAAGTATAATTCAACTCTTATCATGCTATAAATGCAGAGGAACTTAT CAAGAATGCCAAGTACATAGCAACGCCAGGGAAAGGTATTTTGGCAGCAGATGAAAGCAC TGGCACTATTGGAAAACGTTTATCAAGCATTAATGTTGAAAACATTGAACCAAATCGTCA AGCACTTCGTGAACTCCTTTTCACTTCACCAAATGCTCTTCCTTACCTCTCTGGTGTTAT TCTCTTTGAAGAAACACTTTACCAAAGCACTTCTGATGGAAAGCCGTTTGTTGAACTTCT TCAAGAGAACCATGTTGTTCCTGGGATTAAGGTTGACAAGGGTACCGTGGATTTGGCTGG GACCAATGGTGAGACCACAACTCAAGGTTTCGACTCGTTGGGTGCACGTTGTGCACAGTA CTACAAAGCAGGTACGTGTGTGTTTGAACTCATTTTGATTTGATTTATGTGATTAATTAC TTTGTTATGCTATATTTCAACACGCACTCTCACGTGCATCATGTGAAATGCATCTTTACA GAAATAAATATGTTATGTATCCAGAGGCTATTTAGATTAATTTATTCTTCTGATTTTTTT AAAATCATAAGCTGTTAGAGGGAGAACAAGGTTTAATTATTTAACTACATTGTGTCTTGA GAAGGTGCTCGTTTTGCCAAATGGAGAGCTGTGTTGAAAATTGGGGCTACTGAGCCTTCA GAATTGTCCATTCAGCAAAATGCTCAGGGGCTAGCTCGTTACGCGATAATTTGCCAAGAA AACGGACTTGTGCCAATTGTGGAGCCAGAAATTCTGACAGATGGAAATCATGATATCAAG AAATGTGCAGCAGCCACTGAAACTGTTCTTGCTGCTGTTTATAAGGCACTCAATGACCAG CATGTTCTTCTTGAAGGAACACTTTTGAAGCCTAACATGGTCACCCCTGGCTCTGATAGC CCCAAGGTTAGTAATTTATTAAGAATTAAAGTTATATACATGGAGATCGTACAAGATTTT TATACAGTTACTGTATTGTAGCCTATGTTACGTTGCATGGATTCTTCAAAATGTTGTTGC ACCACGCACTACTTCTAGAGGATCTGATGCCACTGACAACATTTTTGAAGAGTATGAGCA ACATAGGTTGTTATAGTTAAATTGGATGAAAATGTAACTCGTCTAATCGGTTCTAGTTGG AATGTGTATATTCATGTGTAGGTTATATAGTTCAAATTATCATATCTTAAAGTTAGGACC AATTTGAGGGGCCTATTTATGGAGCTAATTGTATTATCCATTAGGAAACTTATCAAAAAG TGAGAAAAAGGATACTATAATTTTATTTGAGATCTGTTTGTTGTCAACTAGGCATGATAA ATAAAAGAAAATGATTTCGTAAGTTTGATTTGATAAAAAGAAGGGACAATCCAGTGCACA AAGCATCCCATGTTCACACATGGTCCTATGAAGGGCCGCACCTCAAGGGAGTGTAATGTC AGCAACATAGACATGATCCATTATTGATATTGACGCGATGATTTAGTCCAATCTGCACAT TTGACACCCGTTCTCATTCGTTATCTTAGGTTGCAGCAGAAGTAATAGCAGAGTACACGG TCACAGCCCTGCGCCGGACCGTGCCACCAGCAGTGCCAGGGATAGTGTTCTTATCAGGAG GACAGAGTGAGGAAGAGGCAACAGTGAACTTAAATGCAATGAACAAATTGGAAGTGCTTA AGCCATGGACACTGTCATTTTCATTTGGAAGAGCTCTTCAGCAAAGTACCCTCAAGACTT GGGGTGGAAAAAAAGAAAATGTTGGCAAAGCTCAAGAGGCATTTTTGACAAGGTGCAAGG CTAATTCAGATGCAACACTTGGAAAGTATACAGGTGGAAGTGGAAGTGGTGCTGCTTCTG AGAGTCTGTTTGTTAAAGGTTACAAATATTAGAGGGGGAAAAAAGTTGGAGTTGATGATA ACAGGTTATATACTATTGTCTTTGGTATTGATTTTAATAACATGTTTTATGTTAAAAATT TAGTCTTTTTAATTTCAAAAATCTTTCCATTAAGTAACTCTTGTAAATTACTGTTCAAAG TTTATATTCACTTAACCAAGAAAATAAAGAAAAAAAATCTATATATATAAAAAACAATAA ACTTTGATGAGTGAAAGATTTAGAATTCTTATTATAGTTTGAATCCAGGAATATTATTGA AAATCATTCTTACAGAAACTGTAACCTTTTATTATTTAAAGGGTTTATCAGTTGAACCAT GTTGAACCATATTTATATCATTCTGTTTATCCTTTTAGATAATTTGTGAAGGTTGATAAG TTTCTTGAATGAATTGGTGAAGCTGAAGAGTTGATATTCTAATTCTAGTCTTTTCAGTTA CTTAACTATTTTTCGATTGACTGATTAATAAATGAATCATTCTGATTAAAGAACTCATGA TGAAATATGGTGGTTACGCCGCCTGCCACTCAATACGCATCTTTCTACACTGCCTCTTCT TTTGTCCCCACGATTTTCACTGTGTTTTCCATTGTCGCAAAAATCGGAAATAGTAAATAG AACTCAAGACAATTTGAAAGAAATATCGCTTCATTACGGGATAACTCAAATAAAATTGTT ATTCAAAGTTTATATTCACTTATAAAAAAAAGTTACATATATAATTATATATATCTCATT TTCACTTTCATGTTTTCATATGTTACATTACTTTTGTATTTGATTGCAAAATGCTTTACA ACTTTTATAAATTGAGTGATGTCTGGCAAAAGAATGACACCTATATTTATACTACCATCT ATGGACTAAAGTATAATTTAAAATGACTTTATAAGTCCCTAAAATATTTACACATTGATT TCCTTCTGTAGAAAACTTAAAATTATCTAGAATGTTTTAAAGCGTTTTTGAAATATCTAA TATATTATTAACACATTGATTCCTTTCTAGAGAATTTTACATTATCTAAGATGTTCTAAA GCGTTCTTGAAATATCTGAGACATTCTAGAATTTTCCAAAAGTGTCTCCTCAACTCTAGA ATCCTCCACTCCTATGTGCAGGGGTGGACCCACCCTACGCCTAGGGTGTCACTCTGACAC TACTTCGTTGAAAATTCTTAATATTATATATATATAATCTGAAAAATAAAATTAAAAGTA GTAATAAAGTTAATATAAATGATACATTGTTTAATTAATATAAATGATACATTCTAAACA ATGTGTTGCTTGGCTCGCTGGTTTGACATGCGACCGGAGGGCAGATATTGTCCTCGCTGC CCTCGATCCTCATTAGGCACATATTGGATGCAAAAATTTGACACAATGATTTTACGTGGA AACCTCCTTGCTTAAGGGAGTAAAACCACGACCTGTCTCAGGATTTTCAATCGTTTTCAC TAATCTTCAAATGCAAAAGCGAAACACGATTACACCAAACGTAAGAAAGAGTTATCAATC TTACCGTTAAGCAATAGACCTCTATTGCTCAACAGGCCAGCCAAAGTAGAAAAACAATCT ACCCACTAAGCTATCCCACCTGGACAACCTAGACTTTTAACGCAACACACCAATTCCTTT ATAGATTTAGGAGTGGTTTACAATTTAAGAACAAGAGAATAAATTCCTAAACAACCAGAC GAAAAGCTCCAGATGTTGCTGTTGTCCTAGGAATGATTCTGCCTTTTCTTTGTGTAGCCT TTGCAAGAGTTCTTGAAAAGTTTTTATCAAGTTGCAAAAACTGGAACACAAATGTTTAGG AAAGTGCCTTTTATATGGGCAAGTCACTTTCCTAAACTTCTTTGCCATTGGTTGGAAAGG TCACACTTTTCTGACGCCATCGGGAAGTGTGCACCTACTTTCTGTACGTCTCCAGCTGGC AGTTGACTGGCTCATCATCATGAGGGCCTGGTATCTCTACTAGGTCCCTGGGTTTGTTTC ATCTGCAATACTTCAAAGAAGACACCCGCAATACTCAAGTAGAAAACCCGGTACCTTTAT GAGGTCCGTAAGTTTGTCAAATCATCAAAACTACAAATAACACTTTTGACATAGTGATAA GATTTGCATACTCGTGGAAGTTCCATACTATGTCGATAGTATGAATCGCATATTTGCTTC TCGTTGTCCATAATACTCGTGGAAGTTCCATAGAAAATTTTGATCACATATATTTTCTTG GTTTCCATTTCTACTAGTGTGGCTGCTTTCTTGATAGTGCAGAGGTTCTGTTATGCAGAC TGCATCACTTTGTCTATATATTTGCACTAATCTTCCCCATGTAAGTCCTGTTTGATGCGA GGTCCATGACCATTTCTCGATTTGTGCATGTCATCCTTGCACATGAGCCACACTAATCTT CTTTGTATCGTTCCAATTTTATCAGATATCTCCGAAGGGACAGGCAAGGTCCTAGAAAGG TATAAAAGAAGAAGTGATTTGTGTATCTACTTTGGTGCTTCTTATATGTTCTACTTTGCT ATCTCAGCTACTTTTGAACCACCAGAGATGATTTAATATATTCCATTTGTTAGCTGGCTA CCATTTTGTAGAAACATATGTAGCAATCTTAAAGCAATATACTGAAGAGGTATAAATAAA AGTGCCTCATACTATGTTGCTCGGACTCTTTAAAAACGTTGAGGGTACATGTCAGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 7732 7930 match_part 1.000 8000 8283 match_part 0.991 8418 8632 match_2 match_part 0.961 12672 13361 match_3 match_part 0.932 12672 13213 match_4 match_part 0.986 12729 13166 match_5 match_part 1.000 13995 14757 match_part 0.962 15473 15550 match_6 match_part 0.973 14126 14757 match_part 0.974 15473 15588 match_7 match_part 0.963 14127 14422 match_8 match_part 0.977 14372 14757 match_part 0.928 15473 15859 match_9 match_part 0.968 14664 14757 match_part 0.943 15473 15736 match_10 match_part 0.905 15536 15862 match_11 match_part 1.000 24994 25106 match_part 1.000 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28788 match_part 1.000 28874 28917 match_12 match_part 1.000 24994 25106 match_part 1.000 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28748 match_13 match_part 0.982 24995 25106 match_part 1.000 26258 26330 match_14 match_part 1.000 24996 25106 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 0.970 28680 28778 match_15 match_part 0.991 25001 25106 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27331 match_16 match_part 0.977 25019 25106 match_part 0.988 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 0.972 28680 28788 match_part 1.000 28874 28895 match_17 match_part 1.000 25028 25106 match_part 1.000 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28788 match_part 1.000 28874 28880 match_18 match_part 0.861 25028 25106 match_part 1.000 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28782 match_19 match_part 0.972 25036 25106 match_part 0.988 26074 26155 match_part 1.000 26258 26387 match_part 0.988 27046 27128 match_part 1.000 27300 27359 match_part 0.972 28680 28715 match_20 match_part 1.000 25051 25106 match_part 1.000 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28788 match_part 1.000 28874 28926 match_part 1.000 29600 29680 match_part 1.000 29926 30038 match_part 0.963 30120 30226 match_21 match_part 0.974 25068 25106 match_part 0.963 26074 26155 match_part 0.931 26258 26387 match_part 0.970 27046 27078 match_22 match_part 1.000 25078 25106 match_part 1.000 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28788 match_part 0.981 28874 28926 match_part 1.000 29600 29665 match_23 match_part 1.000 25084 25106 match_part 0.988 26074 26155 match_part 1.000 26258 26391 match_part 0.976 27046 27128 match_part 1.000 27300 27359 match_part 0.972 28680 28788 match_part 1.000 28874 28921 match_24 match_part 1.000 26374 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28788 match_part 1.000 28874 28926 match_part 1.000 29600 29680 match_part 1.000 29926 30038 match_part 0.991 30120 30343 match_25 match_part 1.000 26374 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28788 match_part 1.000 28874 28926 match_part 1.000 29600 29680 match_part 1.000 29926 30038 match_part 0.955 30120 30321 match_26 match_part 0.927 32881 33642 match_27 match_part 0.905 32881 33540 match_28 match_part 0.935 32887 33428 match_29 match_part 0.940 32890 33554 match_30 match_part 0.926 32892 33337 match_31 match_part 0.924 32894 33315 match_32 match_part 0.940 32901 33723 match_33 match_part 0.948 32901 33720 match_34 match_part 0.934 32901 33689 match_35 match_part 0.941 32902 33697 match_36 match_part 0.935 32902 33574 match_37 match_part 0.938 32903 33729 match_38 match_part 0.938 32903 33433 match_39 match_part 0.923 32905 33268 match_40 match_part 0.943 32906 33731 match_41 match_part 0.921 32912 33213 match_42 match_part 0.955 32913 33664 match_43 match_part 0.941 32921 33672 match_44 match_part 1.000 32928 33715 match_45 match_part 1.000 32933 33399 match_46 match_part 0.998 32936 33502 match_47 match_part 0.945 32960 33611 match_48 match_part 0.974 33095 33715 match_part 0.917 34100 34147 match_49 match_part 0.989 33137 33493 match_part 0.996 33530 34068 match_50 match_part 0.905 33543 33837 match_51 match_part 0.960 33739 34064 match_52 match_part 1.000 44747 45156 match_part 1.000 47534 47672 match_53 match_part 0.995 44762 45156 match_part 1.000 47534 47759 match_54 match_part 1.000 44775 45156 match_part 0.996 47534 47801 match_part 1.000 47895 47999 match_part 0.988 48175 48260 match_55 match_part 1.000 44778 45071 match_56 match_part 0.995 44783 45154 match_57 match_part 0.950 44796 45156 match_part 0.989 47534 47720 match_58 match_part 0.950 44796 45156 match_part 0.986 47534 47674 match_59 match_part 1.000 44819 45156 match_part 1.000 47534 47801 match_part 1.000 47895 47999 match_part 1.000 48175 48231 match_60 match_part 0.965 47604 47801 match_part 1.000 47895 47999 match_part 1.000 48175 48403 match_61 match_part 1.000 47973 47999 match_part 0.996 48175 48409 match_62 match_part 0.998 56844 57717 match_63 match_part 0.946 80943 81053 match_part 0.976 83017 83180 match_part 1.000 84029 84120 match_part 1.000 84660 84729 match_part 0.975 85193 85311 match_part 0.979 85647 85743 match_part 0.975 86007 86086 match_part 0.969 86637 86701 match_64 match_part 1.000 80947 81053 match_part 1.000 83017 83180 match_part 1.000 84029 84120 match_part 1.000 84660 84729 match_part 1.000 85193 85311 match_part 0.955 85647 85690 match_65 match_part 1.000 80953 81053 match_part 1.000 83017 83180 match_part 1.000 84029 84120 match_part 1.000 84660 84729 match_part 1.000 85193 85311 match_part 1.000 85647 85743 match_part 1.000 86007 86024 match_66 match_part 0.948 80958 81053 match_part 0.976 83017 83180 match_part 1.000 84029 84120 match_part 1.000 84660 84729 match_part 0.975 85193 85311 match_part 1.000 85647 85704 match_67 match_part 0.947 80960 81053 match_part 0.970 83017 83180 match_part 0.957 84029 84120 match_part 1.000 84660 84683 match_68 match_part 0.942 80968 81053 match_part 0.926 81290 81425 match_part 0.976 83017 83180 match_part 1.000 84029 84120 match_part 0.986 84660 84729 match_part 0.938 85193 85224 match_69 match_part 1.000 80979 81053 match_part 1.000 83017 83180 match_part 1.000 84029 84120 match_part 1.000 84660 84729 match_part 1.000 85193 85311 match_part 1.000 85647 85743 match_part 1.000 86007 86086 match_part 0.984 86637 86698 match_70 match_part 1.000 80979 81053 match_part 1.000 83017 83180 match_part 1.000 84029 84120 match_part 1.000 84660 84729 match_part 0.600 84794 84803 match_71 match_part 1.000 80981 81053 match_part 1.000 83017 83180 match_part 1.000 84029 84120 match_part 1.000 84660 84729 match_part 1.000 85193 85311 match_part 0.984 85647 85900 match_72 match_part 1.000 84068 84120 match_part 1.000 84660 84729 match_part 1.000 85193 85311 match_part 1.000 85647 85743 match_part 1.000 86007 86086 match_part 0.993 86637 86787 match_73 match_part 1.000 87188 87213 match_part 1.000 87960 88020 match_part 1.000 88574 88667 match_part 0.918 88773 89076 match_part 0.960 89194 89293 match_74 match_part 0.902 88843 89076 match_part 0.935 89194 89485 match_75 match_part 1.000 90163 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 0.964 92310 92475 match_76 match_part 1.000 90163 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 1.000 92310 92396 match_77 match_part 0.803 90163 90228 match_part 0.992 90771 91151 match_part 1.000 91385 91686 match_part 0.988 92310 92395 match_78 match_part 0.924 90163 90228 match_part 0.997 90771 91151 match_part 1.000 91385 91686 match_part 1.000 92310 92395 match_79 match_part 1.000 90163 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 1.000 92310 92394 match_80 match_part 1.000 90163 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 1.000 92310 92376 match_81 match_part 0.985 90163 90228 match_part 0.995 90771 91151 match_part 1.000 91385 91585 match_82 match_part 1.000 90163 90228 match_part 1.000 90771 91151 match_part 0.926 91385 91478 match_83 match_part 1.000 90163 90228 match_part 1.000 90771 91151 match_part 0.969 91385 91416 match_84 match_part 0.862 90164 90228 match_part 0.929 90771 91151 match_part 0.818 91385 91395 match_part 0.970 91483 91616 match_85 match_part 0.877 90164 90228 match_part 0.950 90771 91151 match_part 0.844 91310 91456 match_86 match_part 0.877 90164 90228 match_part 0.950 90771 91151 match_part 0.880 91310 91451 match_87 match_part 0.877 90164 90228 match_part 0.958 90771 91151 match_part 0.980 91385 91433 match_88 match_part 0.877 90164 90228 match_part 0.952 90771 91146 match_89 match_part 0.877 90164 90228 match_part 0.957 90771 91144 match_90 match_part 0.877 90164 90228 match_part 0.957 90771 91142 match_91 match_part 0.877 90164 90228 match_part 0.955 90771 91016 match_92 match_part 1.000 90166 90228 match_part 1.000 90771 91151 match_part 0.997 91385 91686 match_part 1.000 92310 92394 match_93 match_part 1.000 90166 90228 match_part 0.932 90771 91151 match_part 0.969 91385 91416 match_94 match_part 0.952 90167 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91495 match_95 match_part 0.984 90168 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 0.989 92310 92487 match_96 match_part 0.983 90169 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 0.977 92310 92395 match_97 match_part 1.000 90169 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91681 match_98 match_part 0.932 90170 90228 match_part 0.923 90771 91147 match_99 match_part 0.966 90171 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91397 match_100 match_part 1.000 90174 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91628 match_101 match_part 1.000 90175 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 0.986 92310 92452 match_102 match_part 0.961 90178 90228 match_part 0.974 90771 91151 match_part 0.980 91385 91434 match_103 match_part 0.980 90179 90228 match_part 1.000 90771 91151 match_part 0.993 91385 91686 match_part 0.974 92310 92347 match_104 match_part 0.956 90184 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 1.000 92310 92394 match_105 match_part 1.000 90184 90228 match_part 1.000 90771 91151 match_part 0.990 91385 91686 match_part 0.945 92310 92364 match_106 match_part 1.000 90187 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 1.000 92310 92381 match_107 match_part 0.947 90191 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 0.985 92310 92439 match_108 match_part 0.943 90194 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 0.973 92310 92458 match_109 match_part 0.940 90770 91151 match_part 0.970 91385 91686 match_part 1.000 92310 92351 match_110 match_part 0.953 90770 91151 match_part 0.945 91385 91601 match_111 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 1.000 92310 92394 match_112 match_part 0.995 90777 91151 match_part 1.000 91385 91686 match_part 0.995 92310 92507 match_113 match_part 0.997 90793 91144 match_114 match_part 1.000 90800 91151 match_part 1.000 91385 91686 match_part 0.978 92310 92487 match_115 match_part 0.994 90800 91151 match_part 0.997 91385 91686 match_part 1.000 92310 92370 match_116 match_part 1.000 90831 91151 match_part 0.996 91385 91610 match_117 match_part 1.000 91014 91151 match_part 1.000 91385 91686 match_part 0.996 92310 92791 match_118 match_part 0.960 91412 91686 match_part 0.933 92310 92802 match_119 match_part 0.996 91449 91686 match_part 0.986 92310 92863 match_120 match_part 1.000 91449 91686 match_part 0.993 92310 92863 match_121 match_part 0.966 91450 91686 match_part 0.986 92310 92672 match_122 match_part 0.998 92310 92897 match_123 match_part 0.940 92322 92822 match_124 match_part 0.990 92372 92858 match_125 match_part 0.910 92400 92820 match_126 match_part 0.983 92452 92858 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_127 match_part 0.942 4923 4735 match_part 0.904 4644 4237 match_128 match_part 1.000 5952 5898 match_part 1.000 5670 5447 match_part 1.000 5344 5198 match_part 1.000 4959 4788 match_129 match_part 0.968 15865 15526 match_130 match_part 1.000 17729 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 1.000 16707 16607 match_part 0.966 16512 16216 match_131 match_part 1.000 17059 16964 match_part 1.000 16707 16607 match_part 0.939 16512 16218 match_132 match_part 1.000 17059 16964 match_part 1.000 16707 16607 match_part 0.966 16512 16218 match_133 match_part 0.972 16999 16964 match_part 1.000 16707 16607 match_part 0.976 16512 16219 match_134 match_part 0.979 17547 17501 match_part 1.000 17414 17330 match_part 0.930 17063 16964 match_part 0.941 16707 16607 match_part 0.968 16512 16231 match_135 match_part 0.977 16694 16607 match_part 0.996 16512 16231 match_136 match_part 0.987 16685 16607 match_part 0.993 16512 16231 match_137 match_part 1.000 19259 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 1.000 16707 16607 match_part 0.949 16512 16338 match_138 match_part 0.911 19273 19173 match_part 0.993 19009 18866 match_part 0.981 17756 17653 match_part 1.000 17542 17501 match_part 0.988 17414 17330 match_part 0.990 17063 16964 match_part 1.000 16707 16607 match_part 0.964 16512 16345 match_139 match_part 0.992 19303 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 1.000 16707 16607 match_part 0.994 16512 16347 match_140 match_part 0.992 19303 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 1.000 16707 16607 match_part 1.000 16512 16348 match_141 match_part 1.000 19291 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 1.000 16707 16607 match_part 0.947 16512 16363 match_142 match_part 1.000 19250 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17557 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 0.990 16707 16607 match_part 0.915 16512 16407 match_143 match_part 1.000 18897 18866 match_part 1.000 17756 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 0.990 16707 16607 match_part 1.000 16512 16468 match_144 match_part 0.890 19245 19173 match_part 0.924 19023 18866 match_part 0.971 17756 17653 match_part 0.976 17542 17501 match_part 0.976 17414 17330 match_part 0.950 17063 16964 match_part 0.970 16707 16607 match_part 0.913 16512 16490 match_145 match_part 1.000 19293 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 0.971 16707 16673 match_146 match_part 0.987 19249 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17557 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match_part 1.000 36338 36159 match_part 1.000 35163 35022 match_part 0.923 34911 34886 match_782 match_part 0.934 36310 36159 match_part 0.958 35163 35022 match_part 1.000 34911 34890 match_783 match_part 0.979 36301 36159 match_part 0.965 35163 35022 match_part 1.000 34911 34896 match_784 match_part 1.000 36265 36159 match_part 0.965 35163 35022 match_part 1.000 34911 34896 match_785 match_part 0.989 36252 36159 match_part 0.944 35163 35022 match_part 1.000 34911 34898 match_786 match_part 1.000 36324 36159 match_part 1.000 35163 35022 match_part 1.000 34911 34900 match_787 match_part 1.000 36208 36159 match_part 0.937 35163 35022 match_part 1.000 34911 34901 match_788 match_part 0.935 36312 36159 match_part 0.958 35163 35022 match_part 1.000 34911 34902 match_789 match_part 0.994 36339 36159 match_part 0.993 35163 35022 match_part 1.000 34911 34907 match_790 match_part 1.000 36335 36159 match_part 1.000 35163 35022 match_part 1.000 34911 34907 match_791 match_part 0.972 36301 36159 match_part 0.958 35163 35022 match_792 match_part 0.988 36329 36159 match_part 0.993 35163 35028 match_793 match_part 0.970 36291 36159 match_part 0.909 35163 35032 match_794 match_part 1.000 36335 36159 match_part 0.965 35163 35049 match_795 match_part 1.000 36339 36159 match_part 1.000 35163 35055 match_796 match_part 0.994 36329 36159 match_797 match_part 0.980 36329 36177 match_798 match_part 1.000 60051 59499 match_799 match_part 1.000 62949 62907 match_part 1.000 61801 61515 match_part 1.000 61426 61318 match_part 1.000 60987 60895 match_part 1.000 60595 60508 match_part 0.927 60097 59988 match_800 match_part 1.000 65997 65989 match_part 0.984 65908 65655 match_part 0.976 65472 65309 match_part 0.973 65220 65110 match_801 match_part 0.987 92540 92308 match_802 match_part 0.921 94616 94125 match_803 match_part 0.908 94782 94174 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 5952 5898 exon 5670 5447 exon 5344 5198 exon 4959 4735 exon 4644 4237 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 7732 7930 exon 8000 8283 exon 8418 8632 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 12672 13361 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 13995 14757 exon 15473 15862 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 15865 15526 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 19303 19173 exon 19007 18866 exon 17756 17653 exon 17542 17501 exon 17414 17330 exon 17063 16964 exon 16707 16607 exon 16512 16216 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 19245 19173 exon 19023 18866 exon 17756 17653 exon 17542 17501 exon 17414 17330 exon 17063 16964 exon 16707 16607 exon 16512 16216 gene_8 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 19250 19173 exon 19007 18866 exon 17756 17653 exon 17557 17501 exon 17414 17330 exon 17063 16964 exon 16707 16607 exon 16512 16218 gene_9 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 19273 19173 exon 19009 18866 exon 17756 17653 exon 17542 17501 exon 17414 17330 exon 17063 16964 exon 16707 16607 exon 16512 16216 gene_10 gene GT_PGL_6_AGS_5 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 19293 19173 exon 19007 18726 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 24994 25106 exon 26074 26155 exon 26258 26391 exon 27046 27128 exon 27300 27359 exon 28680 28788 exon 28874 28926 exon 29600 29680 exon 29926 30038 exon 30120 30343 gene_12 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 24995 25106 exon 26258 26391 exon 27046 27128 exon 27300 27359 exon 28680 28788 exon 28874 28926 exon 29600 29680 exon 29926 30038 exon 30120 30343 gene_13 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 25036 25106 exon 26074 26155 exon 26258 26387 exon 27046 27128 exon 27300 27359 exon 28680 28715 gene_14 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36353 36159 exon 35163 35022 exon 34911 32832 gene_15 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36353 36159 exon 35163 35022 exon 34911 33973 exon 33915 32832 gene_16 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36353 36159 exon 35163 35022 exon 34911 33431 exon 33358 32832 gene_17 gene GT_PGL_8_AGS_4 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36353 36159 exon 35163 35022 exon 34911 33562 exon 33367 33316 exon 33114 32888 gene_18 gene GT_PGL_8_AGS_5 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36339 36159 exon 35163 35022 exon 34911 34894 exon 34149 32832 gene_19 gene GT_PGL_8_AGS_6 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36339 36159 exon 35163 35022 exon 34911 34894 exon 33738 32832 gene_20 gene GT_PGL_8_AGS_7 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36339 36159 exon 35163 35022 exon 34911 34868 exon 33625 32832 gene_21 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 32881 34064 gene_22 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 32881 33715 exon 34100 34147 gene_23 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 32887 33493 exon 33530 34068 gene_24 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 44747 45156 exon 47534 47801 exon 47895 47999 exon 48175 48409 gene_25 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 56844 57717 gene_26 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 62949 62907 exon 61801 61515 exon 61426 61318 exon 60987 60895 exon 60595 60508 exon 60097 59499 gene_27 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 65997 65989 exon 65908 65655 exon 65472 65309 exon 65220 65110 gene_28 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 80943 81053 exon 83017 83180 exon 84029 84120 exon 84660 84729 exon 85193 85311 exon 85647 85743 exon 86007 86086 exon 86637 86787 gene_29 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 80947 81053 exon 83017 83180 exon 84029 84120 exon 84660 84729 exon 85193 85311 exon 85647 85900 gene_30 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 80960 81053 exon 83017 83180 exon 84029 84120 exon 84660 84729 exon 84794 84803 gene_31 gene GT_PGL_14_AGS_4 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 80968 81053 exon 81290 81425 exon 83017 83180 exon 84029 84120 exon 84660 84729 exon 85193 85311 exon 85647 85743 exon 86007 86086 exon 86637 86787 gene_32 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 87188 87213 exon 87960 88020 exon 88574 88667 exon 88773 89076 exon 89194 89485 gene_33 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 90163 90228 exon 90771 91151 exon 91385 91686 exon 92310 92897 gene_34 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 90770 91151 exon 91385 91686 exon 92310 92897 gene_35 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 90164 90228 exon 90771 91151 exon 91310 91686 exon 92310 92897 gene_36 gene GT_PGL_16_AGS_4 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 90164 90228 exon 90771 91151 exon 91385 91395 exon 91483 91616 gene_37 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 92540 92308 gene_38 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 94782 94125 RepeatMasker tomato repeats master Copia00172 5184 5283 1 Copia00172 5184 5283 1 nucleotide_motif 381 7327 7424 TS 78 156 1 TS 78 156 1 nucleotide_motif 231 10765 10829 Unknown00030 1341 1389 1 Unknown00030 1341 1389 1 nucleotide_motif 241 15361 15409 Unknown00046 216 468 1 Unknown00046 216 468 1 nucleotide_motif 502 24358 24604 Copia00122 1 2929 1 Copia00122 1 2929 1 nucleotide_motif 26732 39854 42782 Copia00214 105 177 1 Copia00214 105 177 1 nucleotide_motif 389 44196 44210 Copia00214 178 318 1 Copia00214 178 318 1 nucleotide_motif 389 44387 44414 SZ-8 1827 1902 1 SZ-8 1827 1902 1 nucleotide_motif 230 64647 64729 RepeatMasker tomato repeats master SONATA2 1 223 -1 SONATA2 1 223 -1 nucleotide_motif 853 9086 8873 SONATA2 59 170 -1 SONATA2 59 170 -1 nucleotide_motif 295 38391 38287 TOPSCOTCH_LP_I 4318 4493 -1 TOPSCOTCH_LP_I 4318 4493 -1 nucleotide_motif 430 44386 44211 Gypsy00163 8019 8182 -1 Gypsy00163 8019 8182 -1 nucleotide_motif 860 79281 79107 Gypsy00163 7741 8024 -1 Gypsy00163 7741 8024 -1 nucleotide_motif 1703 79888 79610 TORTL1 8877 9617 -1 TORTL1 8877 9617 -1 nucleotide_motif 6099 94785 94044 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 4064 4 2074 match_2 match 4365 2066 4291 match_3 match 3580 5106 6934 match_4 match 2872 93950 95398 match_5 match 4768 90394 92840 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1004 4 95368 clone_end_1 clone_end 1370 4 698 clone_start_1 clone_start 1207 2807 3443 clone_2 clone 1179.5 7863 82981 clone_end_2 clone_end 1124 7863 8437 clone_3 clone 532 24070 60208 clone_start_2 clone_start 329 24070 24235 clone_4 clone 590.5 24445 60208 clone_start_3 clone_start 446 24445 24690 clone_5 clone 880 26011 60443 clone_start_4 clone_start 1179 26011 26626 clone_6 clone 964 26011 60834 clone_start_5 clone_start 1179 26011 26626 clone_end_3 clone_end 896 33200 33663 clone_7 clone 793 37545 73001 clone_start_6 clone_start 1110 37545 38155 clone_8 clone 993 37545 73536 clone_start_7 clone_start 1110 37545 38155 clone_end_4 clone_end 1102 40449 41016 clone_end_5 clone_end 837 42397 42850 clone_start_8 clone_start 1199 58569 59173 clone_end_6 clone_end 821 67115 67540 clone_start_9 clone_start 525 69878 70142 clone_end_7 clone_end 1364 82995 83735 clone_end_8 clone_end 783 90401 90814 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_10 clone_start 638 95368 95035 clone_start_11 clone_start 850 4291 3839 clone_end_9 clone_end 450 5092 4866 clone_end_10 clone_end 894 5556 5106 clone_end_11 clone_end 1358 6193 5509 clone_end_12 clone_end 1334 7976 7292 clone_start_12 clone_start 1235 82981 82338 clone_start_13 clone_start 303 21995 21843 clone_start_14 clone_start 769 22432 22045 clone_end_13 clone_end 1277 23214 22550 clone_end_14 clone_end 319 23214 23033 clone_end_15 clone_end 341 23423 23252 clone_end_16 clone_end 341 23423 23252 clone_end_17 clone_end 735 60208 59838 clone_end_18 clone_end 735 60208 59838 clone_start_15 clone_start 1189 26430 25785 clone_end_19 clone_end 581 60443 60109 clone_end_20 clone_end 749 60834 60457 clone_start_16 clone_start 1294 26836 26163 clone_end_21 clone_end 1221 33908 33274 clone_end_22 clone_end 476 73001 72762 clone_end_23 clone_end 876 73536 73074 clone_start_17 clone_start 391 44476 44273 clone_start_18 clone_start 878 45004 44534 clone_start_19 clone_start 1191 55928 55312 clone_start_20 clone_start 1346 56661 55959 clone_start_21 clone_start 283 71927 71785 clone_start_22 clone_start 559 72295 72014 clone_start_23 clone_start 371 79911 79714 clone_end_24 clone_end 321 79887 79714 clone_end_25 clone_end 1398 81801 81056 clone_start_24 clone_start 533 82344 82068 clone_start_25 clone_start 634 82937 82573 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 7732 7930 match_part 1.000 8000 8283 match_part 0.991 8418 8632 match_2 match_part 0.986 12729 13166 match_3 match_part 1.000 13995 14757 match_part 0.962 15473 15550 match_4 match_part 1.000 24994 25106 match_part 1.000 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28788 match_part 1.000 28874 28917 match_5 match_part 1.000 24994 25106 match_part 1.000 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28748 match_6 match_part 0.982 24995 25106 match_part 1.000 26258 26330 match_7 match_part 1.000 24996 25106 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 0.970 28680 28778 match_8 match_part 0.991 25001 25106 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27331 match_9 match_part 0.977 25019 25106 match_part 0.988 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 0.972 28680 28788 match_part 1.000 28874 28895 match_10 match_part 1.000 25028 25106 match_part 1.000 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28788 match_part 1.000 28874 28880 match_11 match_part 0.861 25028 25106 match_part 1.000 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28782 match_12 match_part 0.972 25036 25106 match_part 0.988 26074 26155 match_part 1.000 26258 26387 match_part 0.988 27046 27128 match_part 1.000 27300 27359 match_part 0.972 28680 28715 match_13 match_part 1.000 25051 25106 match_part 1.000 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28788 match_part 1.000 28874 28926 match_part 1.000 29600 29680 match_part 1.000 29926 30038 match_part 0.963 30120 30226 match_14 match_part 0.974 25068 25106 match_part 0.963 26074 26155 match_part 0.931 26258 26387 match_part 0.970 27046 27078 match_15 match_part 1.000 25078 25106 match_part 1.000 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28788 match_part 0.981 28874 28926 match_part 1.000 29600 29665 match_16 match_part 1.000 25084 25106 match_part 0.988 26074 26155 match_part 1.000 26258 26391 match_part 0.976 27046 27128 match_part 1.000 27300 27359 match_part 0.972 28680 28788 match_part 1.000 28874 28921 match_17 match_part 1.000 26374 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28788 match_part 1.000 28874 28926 match_part 1.000 29600 29680 match_part 1.000 29926 30038 match_part 0.991 30120 30343 match_18 match_part 1.000 26374 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28788 match_part 1.000 28874 28926 match_part 1.000 29600 29680 match_part 1.000 29926 30038 match_part 0.955 30120 30321 match_19 match_part 1.000 32928 33715 match_20 match_part 1.000 32933 33399 match_21 match_part 0.998 32936 33502 match_22 match_part 0.989 33137 33493 match_part 0.996 33530 34068 match_23 match_part 0.905 33543 33837 match_24 match_part 1.000 44747 45156 match_part 1.000 47534 47672 match_25 match_part 0.995 44762 45156 match_part 1.000 47534 47759 match_26 match_part 1.000 44775 45156 match_part 0.996 47534 47801 match_part 1.000 47895 47999 match_part 0.988 48175 48260 match_27 match_part 1.000 44778 45071 match_28 match_part 0.995 44783 45154 match_29 match_part 1.000 44819 45156 match_part 1.000 47534 47801 match_part 1.000 47895 47999 match_part 1.000 48175 48231 match_30 match_part 0.965 47604 47801 match_part 1.000 47895 47999 match_part 1.000 48175 48403 match_31 match_part 1.000 47973 47999 match_part 0.996 48175 48409 match_32 match_part 0.998 56844 57717 match_33 match_part 1.000 80947 81053 match_part 1.000 83017 83180 match_part 1.000 84029 84120 match_part 1.000 84660 84729 match_part 1.000 85193 85311 match_part 0.955 85647 85690 match_34 match_part 1.000 80953 81053 match_part 1.000 83017 83180 match_part 1.000 84029 84120 match_part 1.000 84660 84729 match_part 1.000 85193 85311 match_part 1.000 85647 85743 match_part 1.000 86007 86024 match_35 match_part 1.000 80979 81053 match_part 1.000 83017 83180 match_part 1.000 84029 84120 match_part 1.000 84660 84729 match_part 1.000 85193 85311 match_part 1.000 85647 85743 match_part 1.000 86007 86086 match_part 0.984 86637 86698 match_36 match_part 1.000 80979 81053 match_part 1.000 83017 83180 match_part 1.000 84029 84120 match_part 1.000 84660 84729 match_part 0.600 84794 84803 match_37 match_part 1.000 80981 81053 match_part 1.000 83017 83180 match_part 1.000 84029 84120 match_part 1.000 84660 84729 match_part 1.000 85193 85311 match_part 0.984 85647 85900 match_38 match_part 1.000 84068 84120 match_part 1.000 84660 84729 match_part 1.000 85193 85311 match_part 1.000 85647 85743 match_part 1.000 86007 86086 match_part 0.993 86637 86787 match_39 match_part 1.000 90163 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 0.964 92310 92475 match_40 match_part 1.000 90163 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 1.000 92310 92396 match_41 match_part 0.803 90163 90228 match_part 0.992 90771 91151 match_part 1.000 91385 91686 match_part 0.988 92310 92395 match_42 match_part 0.924 90163 90228 match_part 0.997 90771 91151 match_part 1.000 91385 91686 match_part 1.000 92310 92395 match_43 match_part 1.000 90163 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 1.000 92310 92394 match_44 match_part 1.000 90163 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 1.000 92310 92376 match_45 match_part 0.985 90163 90228 match_part 0.995 90771 91151 match_part 1.000 91385 91585 match_46 match_part 1.000 90163 90228 match_part 1.000 90771 91151 match_part 0.926 91385 91478 match_47 match_part 1.000 90163 90228 match_part 1.000 90771 91151 match_part 0.969 91385 91416 match_48 match_part 1.000 90166 90228 match_part 1.000 90771 91151 match_part 0.997 91385 91686 match_part 1.000 92310 92394 match_49 match_part 1.000 90166 90228 match_part 0.932 90771 91151 match_part 0.969 91385 91416 match_50 match_part 0.952 90167 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91495 match_51 match_part 0.984 90168 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 0.989 92310 92487 match_52 match_part 0.983 90169 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 0.977 92310 92395 match_53 match_part 1.000 90169 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91681 match_54 match_part 0.932 90170 90228 match_part 0.923 90771 91147 match_55 match_part 0.966 90171 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91397 match_56 match_part 1.000 90174 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91628 match_57 match_part 1.000 90175 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 0.986 92310 92452 match_58 match_part 0.961 90178 90228 match_part 0.974 90771 91151 match_part 0.980 91385 91434 match_59 match_part 0.980 90179 90228 match_part 1.000 90771 91151 match_part 0.993 91385 91686 match_part 0.974 92310 92347 match_60 match_part 0.956 90184 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 1.000 92310 92394 match_61 match_part 1.000 90184 90228 match_part 1.000 90771 91151 match_part 0.990 91385 91686 match_part 0.945 92310 92364 match_62 match_part 1.000 90187 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 1.000 92310 92381 match_63 match_part 0.947 90191 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 0.985 92310 92439 match_64 match_part 0.943 90194 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 0.973 92310 92458 match_65 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 1.000 92310 92394 match_66 match_part 0.995 90777 91151 match_part 1.000 91385 91686 match_part 0.995 92310 92507 match_67 match_part 0.997 90793 91144 match_68 match_part 1.000 90800 91151 match_part 1.000 91385 91686 match_part 0.978 92310 92487 match_69 match_part 0.994 90800 91151 match_part 0.997 91385 91686 match_part 1.000 92310 92370 match_70 match_part 1.000 90831 91151 match_part 0.996 91385 91610 match_71 match_part 1.000 91014 91151 match_part 1.000 91385 91686 match_part 0.996 92310 92791 match_72 match_part 0.996 91449 91686 match_part 0.986 92310 92863 match_73 match_part 1.000 91449 91686 match_part 0.993 92310 92863 match_74 match_part 0.998 92310 92897 match_75 match_part 0.990 92372 92858 match_76 match_part 0.983 92452 92858 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_77 match_part 1.000 5952 5898 match_part 1.000 5670 5447 match_part 1.000 5344 5198 match_part 1.000 4959 4788 match_78 match_part 0.968 15865 15526 match_79 match_part 1.000 17729 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 1.000 16707 16607 match_part 0.966 16512 16216 match_80 match_part 1.000 17059 16964 match_part 1.000 16707 16607 match_part 0.939 16512 16218 match_81 match_part 1.000 17059 16964 match_part 1.000 16707 16607 match_part 0.966 16512 16218 match_82 match_part 0.972 16999 16964 match_part 1.000 16707 16607 match_part 0.976 16512 16219 match_83 match_part 0.979 17547 17501 match_part 1.000 17414 17330 match_part 0.930 17063 16964 match_part 0.941 16707 16607 match_part 0.968 16512 16231 match_84 match_part 0.977 16694 16607 match_part 0.996 16512 16231 match_85 match_part 0.987 16685 16607 match_part 0.993 16512 16231 match_86 match_part 1.000 19259 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 1.000 16707 16607 match_part 0.949 16512 16338 match_87 match_part 0.911 19273 19173 match_part 0.993 19009 18866 match_part 0.981 17756 17653 match_part 1.000 17542 17501 match_part 0.988 17414 17330 match_part 0.990 17063 16964 match_part 1.000 16707 16607 match_part 0.964 16512 16345 match_88 match_part 0.992 19303 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 1.000 16707 16607 match_part 0.994 16512 16347 match_89 match_part 0.992 19303 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 1.000 16707 16607 match_part 1.000 16512 16348 match_90 match_part 1.000 19291 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 1.000 16707 16607 match_part 0.947 16512 16363 match_91 match_part 1.000 19250 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17557 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 0.990 16707 16607 match_part 0.915 16512 16407 match_92 match_part 1.000 18897 18866 match_part 1.000 17756 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 0.990 16707 16607 match_part 1.000 16512 16468 match_93 match_part 1.000 19293 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 0.971 16707 16673 match_94 match_part 0.987 19249 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17557 17501 match_part 0.988 17414 17330 match_part 1.000 17063 16984 match_95 match_part 1.000 19283 19173 match_part 1.000 19007 18866 match_part 0.990 17756 17653 match_part 1.000 17542 17501 match_part 0.983 17414 17355 match_96 match_part 1.000 19007 18866 match_part 1.000 17756 17678 match_97 match_part 1.000 19293 19173 match_part 0.986 19007 18726 match_98 match_part 1.000 33575 32847 match_99 match_part 1.000 33603 33431 match_part 0.965 33358 32868 match_100 match_part 0.996 33385 32875 match_101 match_part 0.993 33856 32884 match_102 match_part 1.000 33412 32884 match_103 match_part 0.997 33757 32885 match_104 match_part 0.999 33649 32888 match_105 match_part 1.000 33626 32888 match_106 match_part 0.999 33618 32888 match_107 match_part 1.000 33614 32888 match_108 match_part 1.000 33603 33431 match_part 0.998 33358 32888 match_109 match_part 1.000 33546 32888 match_110 match_part 0.995 33472 32888 match_111 match_part 0.996 33442 32888 match_112 match_part 0.996 33438 32888 match_113 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match_part 1.000 35163 35022 match_part 1.000 34911 34787 match_471 match_part 1.000 36338 36159 match_part 1.000 35163 35022 match_part 1.000 34911 34796 match_472 match_part 0.988 36324 36159 match_part 1.000 35163 35022 match_part 1.000 34911 34814 match_473 match_part 0.975 36317 36159 match_part 0.958 35163 35022 match_part 0.908 34911 34814 match_474 match_part 0.953 36329 36159 match_part 1.000 35163 35022 match_part 1.000 34911 34817 match_475 match_part 1.000 36328 36159 match_part 1.000 35163 35022 match_part 1.000 34911 34822 match_476 match_part 1.000 36306 36159 match_part 1.000 35163 35022 match_part 0.989 34911 34822 match_477 match_part 1.000 36334 36159 match_part 1.000 35163 35022 match_part 1.000 34911 34823 match_478 match_part 1.000 36333 36159 match_part 0.993 35163 35022 match_part 1.000 34911 34823 match_479 match_part 1.000 36336 36159 match_part 1.000 35163 35022 match_part 0.988 34911 34826 match_480 match_part 1.000 36311 36159 match_part 1.000 35163 35022 match_part 0.988 34911 34826 match_481 match_part 0.966 36335 36159 match_part 0.986 35163 35022 match_part 1.000 34911 34834 match_482 match_part 1.000 36339 36159 match_part 1.000 35163 35022 match_part 1.000 34911 34844 match_483 match_part 0.988 36324 36159 match_part 0.993 35163 35022 match_part 1.000 34911 34884 match_484 match_part 1.000 36338 36159 match_part 1.000 35163 35022 match_part 0.923 34911 34886 match_485 match_part 1.000 36324 36159 match_part 1.000 35163 35022 match_part 1.000 34911 34900 match_486 match_part 0.994 36339 36159 match_part 0.993 35163 35022 match_part 1.000 34911 34907 match_487 match_part 1.000 36335 36159 match_part 1.000 35163 35022 match_part 1.000 34911 34907 match_488 match_part 0.988 36329 36159 match_part 0.993 35163 35028 match_489 match_part 1.000 36335 36159 match_part 0.965 35163 35049 match_490 match_part 1.000 36339 36159 match_part 1.000 35163 35055 match_491 match_part 0.994 36329 36159 match_492 match_part 0.980 36329 36177 match_493 match_part 1.000 60051 59499 match_494 match_part 1.000 62949 62907 match_part 1.000 61801 61515 match_part 1.000 61426 61318 match_part 1.000 60987 60895 match_part 1.000 60595 60508 match_part 0.927 60097 59988 match_495 match_part 0.921 94616 94125 match_496 match_part 0.908 94782 94174 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 5952 5898 exon 5670 5447 exon 5344 5198 exon 4959 4788 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 7732 7930 exon 8000 8283 exon 8418 8632 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 12729 13166 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 13995 14757 exon 15473 15550 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 15865 15526 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 19303 19173 exon 19007 18866 exon 17756 17653 exon 17542 17501 exon 17414 17330 exon 17063 16964 exon 16707 16607 exon 16512 16216 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 19250 19173 exon 19007 18866 exon 17756 17653 exon 17557 17501 exon 17414 17330 exon 17063 16964 exon 16707 16607 exon 16512 16218 gene_8 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 19273 19173 exon 19009 18866 exon 17756 17653 exon 17542 17501 exon 17414 17330 exon 17063 16964 exon 16707 16607 exon 16512 16216 gene_9 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 19293 19173 exon 19007 18726 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 24994 25106 exon 26074 26155 exon 26258 26391 exon 27046 27128 exon 27300 27359 exon 28680 28788 exon 28874 28926 exon 29600 29680 exon 29926 30038 exon 30120 30343 gene_11 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 24995 25106 exon 26258 26391 exon 27046 27128 exon 27300 27359 exon 28680 28788 exon 28874 28926 exon 29600 29680 exon 29926 30038 exon 30120 30343 gene_12 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 25036 25106 exon 26074 26155 exon 26258 26387 exon 27046 27128 exon 27300 27359 exon 28680 28715 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36353 36159 exon 35163 35022 exon 34911 32847 gene_14 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36353 36159 exon 35163 35022 exon 34911 33973 exon 33915 32847 gene_15 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36353 36159 exon 35163 35022 exon 34911 33431 exon 33358 32868 gene_16 gene GT_PGL_8_AGS_4 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36353 36159 exon 35163 35022 exon 34911 33562 exon 33367 33316 exon 33114 32888 gene_17 gene GT_PGL_8_AGS_5 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36339 36159 exon 35163 35022 exon 34911 34894 exon 34149 32847 gene_18 gene GT_PGL_8_AGS_6 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36339 36159 exon 35163 35022 exon 34911 34894 exon 33738 32847 gene_19 gene GT_PGL_8_AGS_7 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36339 36159 exon 35163 35022 exon 34911 34868 exon 33625 32847 gene_20 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 32928 33837 gene_21 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 32933 33493 exon 33530 34068 gene_22 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 44747 45156 exon 47534 47801 exon 47895 47999 exon 48175 48409 gene_23 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 56844 57717 gene_24 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 62949 62907 exon 61801 61515 exon 61426 61318 exon 60987 60895 exon 60595 60508 exon 60097 59499 gene_25 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 80947 81053 exon 83017 83180 exon 84029 84120 exon 84660 84729 exon 85193 85311 exon 85647 85743 exon 86007 86086 exon 86637 86787 gene_26 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 80947 81053 exon 83017 83180 exon 84029 84120 exon 84660 84729 exon 85193 85311 exon 85647 85900 gene_27 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 80979 81053 exon 83017 83180 exon 84029 84120 exon 84660 84729 exon 84794 84803 gene_28 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 90163 90228 exon 90771 91151 exon 91385 91686 exon 92310 92897 gene_29 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 94782 94125 AUGUSTUS_tom_cdna de novo gene_1 gene 1 7718 10281 transcript_1 transcript 7718 10281 start_codon_1 start_codon 7718 7720 CDS_1 CDS 7718 7930 CDS_2 CDS 8000 8283 CDS_3 CDS 8418 8573 CDS_4 CDS 8660 8843 CDS_5 CDS 9472 9620 CDS_6 CDS 9843 9941 CDS_7 CDS 10248 10281 stop_codon_1 stop_codon 10279 10281 gene_2 gene 1 12913 15562 transcript_2 transcript 12913 15562 start_codon_2 start_codon 12913 12915 CDS_8 CDS 12913 13101 CDS_9 CDS 14590 14757 CDS_10 CDS 15473 15562 stop_codon_2 stop_codon 15560 15562 gene_3 gene 1 26145 30177 transcript_3 transcript 26145 30177 start_codon_3 start_codon 26145 26147 CDS_11 CDS 26145 26155 CDS_12 CDS 26258 26264 CDS_13 CDS 26343 26391 CDS_14 CDS 27046 27128 CDS_15 CDS 27300 27359 CDS_16 CDS 28680 28788 CDS_17 CDS 28874 28926 CDS_18 CDS 29600 29680 CDS_19 CDS 29926 30038 CDS_20 CDS 30120 30177 stop_codon_3 stop_codon 30175 30177 gene_4 gene 1 44939 58483 transcript_4 transcript 44939 58483 start_codon_4 start_codon 44939 44941 CDS_21 CDS 44939 45156 CDS_22 CDS 47534 47801 CDS_23 CDS 47895 47999 CDS_24 CDS 48175 48281 CDS_25 CDS 55258 56075 CDS_26 CDS 56586 57731 CDS_27 CDS 58017 58483 stop_codon_4 stop_codon 58481 58483 gene_5 gene 1 83099 89343 transcript_5 transcript 83099 89343 start_codon_5 start_codon 83099 83101 CDS_28 CDS 83099 83180 CDS_29 CDS 84029 84120 CDS_30 CDS 84660 84729 CDS_31 CDS 85193 85311 CDS_32 CDS 85647 85743 CDS_33 CDS 86007 86086 CDS_34 CDS 86637 86831 CDS_35 CDS 86968 87051 CDS_36 CDS 87153 87213 CDS_37 CDS 87960 88020 CDS_38 CDS 88574 88667 CDS_39 CDS 88773 88845 CDS_40 CDS 88994 89076 CDS_41 CDS 89194 89343 stop_codon_5 stop_codon 89341 89343 gene_6 gene 1 90201 92672 transcript_6 transcript 90201 92672 start_codon_6 start_codon 90201 90203 CDS_42 CDS 90201 90228 CDS_43 CDS 90771 91151 CDS_44 CDS 91385 91686 CDS_45 CDS 92310 92672 stop_codon_6 stop_codon 92670 92672 AUGUSTUS_tom_cdna de novo gene_7 gene 1 2992 227 transcript_7 transcript 2992 227 stop_codon_7 stop_codon 229 227 CDS_46 CDS 348 227 CDS_47 CDS 2992 2905 start_codon_7 start_codon 2992 2990 gene_8 gene 1 6899 4407 transcript_8 transcript 6899 4407 stop_codon_8 stop_codon 4409 4407 CDS_48 CDS 4581 4407 CDS_49 CDS 4959 4735 CDS_50 CDS 5344 5198 CDS_51 CDS 5670 5447 CDS_52 CDS 6342 5898 CDS_53 CDS 6899 6553 start_codon_8 start_codon 6899 6897 gene_9 gene 1 22501 16389 transcript_9 transcript 22501 16389 stop_codon_9 stop_codon 16391 16389 CDS_54 CDS 16512 16389 CDS_55 CDS 16707 16607 CDS_56 CDS 17063 16964 CDS_57 CDS 17414 17330 CDS_58 CDS 17542 17501 CDS_59 CDS 17756 17653 CDS_60 CDS 18931 18866 CDS_61 CDS 19007 18999 CDS_62 CDS 19314 19173 CDS_63 CDS 22089 21993 CDS_64 CDS 22501 22475 start_codon_9 start_codon 22501 22499 gene_10 gene 1 36281 33077 transcript_10 transcript 36281 33077 stop_codon_10 stop_codon 33079 33077 CDS_65 CDS 34911 33077 CDS_66 CDS 35163 35022 CDS_67 CDS 36281 36159 start_codon_10 start_codon 36281 36279 gene_11 gene 1 69173 59807 transcript_11 transcript 69173 59807 stop_codon_11 stop_codon 59809 59807 CDS_68 CDS 60097 59807 CDS_69 CDS 60595 60508 CDS_70 CDS 60987 60895 CDS_71 CDS 61426 61318 CDS_72 CDS 61801 61515 CDS_73 CDS 64596 64258 CDS_74 CDS 65220 64949 CDS_75 CDS 65472 65309 CDS_76 CDS 66663 66493 CDS_77 CDS 66946 66809 CDS_78 CDS 67159 67064 CDS_79 CDS 67354 67273 CDS_80 CDS 67672 67491 CDS_81 CDS 68347 68030 CDS_82 CDS 68638 68458 CDS_83 CDS 69173 69048 start_codon_11 start_codon 69173 69171 AUGUSTUS_ab_initio de novo gene_1 gene 1 29609 32805 transcript_1 transcript 29609 32805 start_codon_1 start_codon 29609 29611 CDS_1 CDS 29609 29680 CDS_2 CDS 29926 30038 CDS_3 CDS 32715 32805 stop_codon_1 stop_codon 32803 32805 gene_2 gene 1 44939 58483 transcript_2 transcript 44939 58483 start_codon_2 start_codon 44939 44941 CDS_4 CDS 44939 45156 CDS_5 CDS 55258 56075 CDS_6 CDS 56586 57731 CDS_7 CDS 58017 58483 stop_codon_2 stop_codon 58481 58483 gene_3 gene 1 83099 92672 transcript_3 transcript 83099 92672 start_codon_3 start_codon 83099 83101 CDS_8 CDS 83099 83180 CDS_9 CDS 84029 84120 CDS_10 CDS 84660 84729 CDS_11 CDS 85193 85311 CDS_12 CDS 86637 86831 CDS_13 CDS 86968 87051 CDS_14 CDS 87153 87213 CDS_15 CDS 87960 88020 CDS_16 CDS 88574 88667 CDS_17 CDS 88773 88845 CDS_18 CDS 88994 89076 CDS_19 CDS 89194 89302 CDS_20 CDS 90771 91151 CDS_21 CDS 91382 91686 CDS_22 CDS 92310 92672 stop_codon_3 stop_codon 92670 92672 AUGUSTUS_ab_initio de novo gene_4 gene 1 2992 227 transcript_4 transcript 2992 227 stop_codon_4 stop_codon 229 227 CDS_23 CDS 348 227 CDS_24 CDS 2992 2905 start_codon_4 start_codon 2992 2990 gene_5 gene 1 6899 4407 transcript_5 transcript 6899 4407 stop_codon_5 stop_codon 4409 4407 CDS_25 CDS 4581 4407 CDS_26 CDS 4959 4735 CDS_27 CDS 5344 5198 CDS_28 CDS 5670 5447 CDS_29 CDS 6342 5898 CDS_30 CDS 6899 6553 start_codon_5 start_codon 6899 6897 gene_6 gene 1 22501 16389 transcript_6 transcript 22501 16389 stop_codon_6 stop_codon 16391 16389 CDS_31 CDS 16512 16389 CDS_32 CDS 16707 16607 CDS_33 CDS 17063 16964 CDS_34 CDS 17414 17330 CDS_35 CDS 17542 17501 CDS_36 CDS 17756 17653 CDS_37 CDS 22089 21917 CDS_38 CDS 22501 22475 start_codon_6 start_codon 22501 22499 gene_7 gene 1 36281 33077 transcript_7 transcript 36281 33077 stop_codon_7 stop_codon 33079 33077 CDS_39 CDS 34911 33077 CDS_40 CDS 35163 35022 CDS_41 CDS 36281 36159 start_codon_7 start_codon 36281 36279 gene_8 gene 1 69173 63934 transcript_8 transcript 69173 63934 stop_codon_8 stop_codon 63936 63934 CDS_42 CDS 64180 63934 CDS_43 CDS 64596 64258 CDS_44 CDS 65220 64949 CDS_45 CDS 65472 65309 CDS_46 CDS 66663 66493 CDS_47 CDS 66946 66809 CDS_48 CDS 67159 67064 CDS_49 CDS 67354 67273 CDS_50 CDS 67672 67491 CDS_51 CDS 68347 68030 CDS_52 CDS 68638 68458 CDS_53 CDS 69173 69048 start_codon_8 start_codon 69173 69171 AUGUSTUS_tom_ugs de novo gene_1 gene 1 7718 10281 transcript_1 transcript 7718 10281 start_codon_1 start_codon 7718 7720 CDS_1 CDS 7718 7930 CDS_2 CDS 8000 8283 CDS_3 CDS 8418 8573 CDS_4 CDS 8660 8843 CDS_5 CDS 9472 9620 CDS_6 CDS 9843 9941 CDS_7 CDS 10248 10281 stop_codon_1 stop_codon 10279 10281 gene_2 gene 1 12913 15562 transcript_2 transcript 12913 15562 start_codon_2 start_codon 12913 12915 CDS_8 CDS 12913 13101 CDS_9 CDS 14590 14757 CDS_10 CDS 15473 15562 stop_codon_2 stop_codon 15560 15562 gene_3 gene 1 26289 30177 transcript_3 transcript 26289 30177 start_codon_3 start_codon 26289 26291 CDS_11 CDS 26289 26391 CDS_12 CDS 27046 27128 CDS_13 CDS 27300 27359 CDS_14 CDS 28680 28788 CDS_15 CDS 28874 28926 CDS_16 CDS 29600 29680 CDS_17 CDS 29926 30038 CDS_18 CDS 30120 30177 stop_codon_3 stop_codon 30175 30177 gene_4 gene 1 44939 58483 transcript_4 transcript 44939 58483 start_codon_4 start_codon 44939 44941 CDS_19 CDS 44939 45156 CDS_20 CDS 47534 47801 CDS_21 CDS 47895 47999 CDS_22 CDS 48175 48281 CDS_23 CDS 55258 56075 CDS_24 CDS 56586 57731 CDS_25 CDS 58017 58483 stop_codon_4 stop_codon 58481 58483 gene_5 gene 1 83099 89343 transcript_5 transcript 83099 89343 start_codon_5 start_codon 83099 83101 CDS_26 CDS 83099 83180 CDS_27 CDS 84029 84120 CDS_28 CDS 84660 84729 CDS_29 CDS 85193 85311 CDS_30 CDS 85647 85743 CDS_31 CDS 86007 86086 CDS_32 CDS 86637 86831 CDS_33 CDS 86968 87051 CDS_34 CDS 87153 87213 CDS_35 CDS 87960 88020 CDS_36 CDS 88574 88667 CDS_37 CDS 88773 88845 CDS_38 CDS 88994 89076 CDS_39 CDS 89194 89343 stop_codon_5 stop_codon 89341 89343 gene_6 gene 1 90201 92672 transcript_6 transcript 90201 92672 start_codon_6 start_codon 90201 90203 CDS_40 CDS 90201 90228 CDS_41 CDS 90771 91151 CDS_42 CDS 91385 91686 CDS_43 CDS 92310 92672 stop_codon_6 stop_codon 92670 92672 AUGUSTUS_tom_ugs de novo gene_7 gene 1 2992 227 transcript_7 transcript 2992 227 stop_codon_7 stop_codon 229 227 CDS_44 CDS 348 227 CDS_45 CDS 2992 2905 start_codon_7 start_codon 2992 2990 gene_8 gene 1 6899 4407 transcript_8 transcript 6899 4407 stop_codon_8 stop_codon 4409 4407 CDS_46 CDS 4581 4407 CDS_47 CDS 4959 4735 CDS_48 CDS 5344 5198 CDS_49 CDS 5670 5447 CDS_50 CDS 6342 5898 CDS_51 CDS 6899 6553 start_codon_8 start_codon 6899 6897 gene_9 gene 1 18996 16389 transcript_9 transcript 18996 16389 stop_codon_9 stop_codon 16391 16389 CDS_52 CDS 16512 16389 CDS_53 CDS 16707 16607 CDS_54 CDS 17063 16964 CDS_55 CDS 17414 17330 CDS_56 CDS 17542 17501 CDS_57 CDS 17756 17653 CDS_58 CDS 18996 18866 start_codon_9 start_codon 18996 18994 gene_10 gene 1 36281 33077 transcript_10 transcript 36281 33077 stop_codon_10 stop_codon 33079 33077 CDS_59 CDS 34911 33077 CDS_60 CDS 35163 35022 CDS_61 CDS 36281 36159 start_codon_10 start_codon 36281 36279 gene_11 gene 1 69173 59807 transcript_11 transcript 69173 59807 stop_codon_11 stop_codon 59809 59807 CDS_62 CDS 60097 59807 CDS_63 CDS 60595 60508 CDS_64 CDS 60987 60895 CDS_65 CDS 61426 61318 CDS_66 CDS 61801 61515 CDS_67 CDS 64596 64258 CDS_68 CDS 65220 64949 CDS_69 CDS 65472 65309 CDS_70 CDS 66663 66493 CDS_71 CDS 66946 66809 CDS_72 CDS 67159 67064 CDS_73 CDS 67354 67273 CDS_74 CDS 67672 67491 CDS_75 CDS 68347 68030 CDS_76 CDS 68638 68458 CDS_77 CDS 69173 69048 start_codon_11 start_codon 69173 69171 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 7732 7930 match_part 1.000 8000 8283 match_part 0.991 8418 8632 match_2 match_part 0.986 12729 13166 match_3 match_part 1.000 13995 14757 match_part 0.962 15473 15550 match_4 match_part 1.000 24994 25106 match_part 1.000 26074 26155 match_part 1.000 26258 26391 match_part 1.000 27046 27128 match_part 1.000 27300 27359 match_part 1.000 28680 28788 match_part 1.000 28874 28926 match_part 1.000 29600 29680 match_part 1.000 29926 30038 match_part 0.991 30120 30342 match_5 match_part 0.982 24995 25106 match_part 1.000 26258 26330 match_6 match_part 0.989 33137 33493 match_part 0.996 33530 34068 match_7 match_part 1.000 44747 45156 match_part 1.000 47534 47801 match_part 1.000 47895 47999 match_part 1.000 48175 48408 match_8 match_part 0.998 56844 57717 match_9 match_part 1.000 80947 81053 match_part 1.000 83017 83180 match_part 1.000 84029 84120 match_part 1.000 84660 84729 match_part 1.000 85193 85311 match_part 1.000 85647 85743 match_part 1.000 86007 86086 match_part 0.993 86637 86787 match_10 match_part 1.000 90163 90228 match_part 1.000 90771 91151 match_part 1.000 91385 91686 match_part 0.995 92310 92897 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_11 match_part 1.000 5952 5898 match_part 1.000 5670 5447 match_part 1.000 5344 5198 match_part 1.000 4959 4788 match_12 match_part 0.968 15865 15526 match_13 match_part 0.992 19303 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 1.000 16707 16607 match_part 1.000 16512 16231 match_14 match_part 1.000 36353 36159 match_part 1.000 35163 35022 match_part 1.000 34911 32888 match_15 match_part 1.000 33603 33431 match_part 1.000 33358 32888 match_16 match_part 0.914 33223 32888 match_17 match_part 0.995 33991 33562 match_part 0.981 33367 33316 match_part 0.951 33114 32930 match_18 match_part 1.000 36335 36159 match_part 1.000 35163 35022 match_part 1.000 34911 34868 match_part 0.962 33625 32947 match_19 match_part 0.952 33512 32947 match_20 match_part 0.990 34068 33973 match_part 1.000 33915 33279 match_21 match_part 1.000 36329 36159 match_part 1.000 35163 35022 match_part 1.000 34911 34894 match_part 0.981 33738 33423 match_22 match_part 1.000 36325 36159 match_part 1.000 35163 35022 match_part 1.000 34911 34894 match_part 1.000 34149 33630 match_23 match_part 0.925 34469 33693 match_24 match_part 0.953 36329 36159 match_part 1.000 35163 35022 match_part 1.000 34911 34817 match_25 match_part 1.000 60051 59499 match_26 match_part 1.000 62949 62907 match_part 1.000 61801 61515 match_part 1.000 61426 61318 match_part 1.000 60987 60895 match_part 1.000 60595 60508 match_part 0.927 60097 59988 match_27 match_part 0.921 94616 94125 match_28 match_part 0.908 94782 94174 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 5952 5898 exon 5670 5447 exon 5344 5198 exon 4959 4788 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 7732 7930 exon 8000 8283 exon 8418 8632 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 12729 13166 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 13995 14757 exon 15473 15550 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 15865 15526 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 19303 19173 exon 19007 18866 exon 17756 17653 exon 17542 17501 exon 17414 17330 exon 17063 16964 exon 16707 16607 exon 16512 16231 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 24994 25106 exon 26074 26155 exon 26258 26391 exon 27046 27128 exon 27300 27359 exon 28680 28788 exon 28874 28926 exon 29600 29680 exon 29926 30038 exon 30120 30342 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 24995 25106 exon 26258 26330 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36353 36159 exon 35163 35022 exon 34911 32888 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 34068 33973 exon 33915 32888 gene_11 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36329 36159 exon 35163 35022 exon 34911 34894 exon 33738 32888 gene_12 gene GT_PGL_8_AGS_4 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36335 36159 exon 35163 35022 exon 34911 34868 exon 33625 32888 gene_13 gene GT_PGL_8_AGS_5 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 33603 33431 exon 33358 32888 gene_14 gene GT_PGL_8_AGS_6 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 34469 33562 exon 33367 33316 exon 33114 32930 gene_15 gene GT_PGL_8_AGS_7 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 36325 36159 exon 35163 35022 exon 34911 34894 exon 34149 33562 exon 33367 33316 exon 33114 32930 gene_16 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 33137 33493 exon 33530 34068 gene_17 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 44747 45156 exon 47534 47801 exon 47895 47999 exon 48175 48408 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 56844 57717 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 62949 62907 exon 61801 61515 exon 61426 61318 exon 60987 60895 exon 60595 60508 exon 60097 59499 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 80947 81053 exon 83017 83180 exon 84029 84120 exon 84660 84729 exon 85193 85311 exon 85647 85743 exon 86007 86086 exon 86637 86787 gene_21 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 90163 90228 exon 90771 91151 exon 91385 91686 exon 92310 92897 gene_22 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 94782 94125 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.978 14127 14757 match_part 0.938 15473 15856 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 1.000 19293 19173 match_part 1.000 19007 18866 match_part 1.000 17756 17653 match_part 1.000 17542 17501 match_part 1.000 17414 17330 match_part 1.000 17063 16964 match_part 0.971 16707 16673 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 14127 14757 exon 15473 15856 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07SLm0119A22.1 type gene exon 19293 19173 exon 19007 18866 exon 17756 17653 exon 17542 17501 exon 17414 17330 exon 17063 16964 exon 16707 16673 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 7718 10281 transcript_1 transcript 7718 10281 start_codon_1 start_codon 7718 7720 CDS_1 CDS 7718 7930 CDS_2 CDS 8000 8283 CDS_3 CDS 8418 8573 CDS_4 CDS 8660 8843 CDS_5 CDS 9472 9620 CDS_6 CDS 9843 9941 CDS_7 CDS 10248 10281 stop_codon_1 stop_codon 10279 10281 gene_2 gene 1 12913 15562 transcript_2 transcript 12913 15562 start_codon_2 start_codon 12913 12915 CDS_8 CDS 12913 14757 CDS_9 CDS 15473 15562 stop_codon_2 stop_codon 15560 15562 gene_3 gene 1 26145 30177 transcript_3 transcript 26145 30177 start_codon_3 start_codon 26145 26147 CDS_10 CDS 26145 26155 CDS_11 CDS 26258 26264 CDS_12 CDS 26343 26391 CDS_13 CDS 27046 27128 CDS_14 CDS 27300 27359 CDS_15 CDS 28680 28788 CDS_16 CDS 28874 28926 CDS_17 CDS 29600 29680 CDS_18 CDS 29926 30038 CDS_19 CDS 30120 30177 stop_codon_3 stop_codon 30175 30177 gene_4 gene 1 44939 58483 transcript_4 transcript 44939 58483 start_codon_4 start_codon 44939 44941 CDS_20 CDS 44939 45156 CDS_21 CDS 47534 47801 CDS_22 CDS 47895 47999 CDS_23 CDS 48175 48281 CDS_24 CDS 55258 56075 CDS_25 CDS 56586 57731 CDS_26 CDS 58017 58483 stop_codon_4 stop_codon 58481 58483 gene_5 gene 1 83099 89343 transcript_5 transcript 83099 89343 start_codon_5 start_codon 83099 83101 CDS_27 CDS 83099 83180 CDS_28 CDS 84029 84120 CDS_29 CDS 84660 84729 CDS_30 CDS 85193 85311 CDS_31 CDS 85647 85743 CDS_32 CDS 86007 86086 CDS_33 CDS 86637 86831 CDS_34 CDS 86968 87051 CDS_35 CDS 87153 87213 CDS_36 CDS 87960 88020 CDS_37 CDS 88574 88667 CDS_38 CDS 88773 88845 CDS_39 CDS 88994 89076 CDS_40 CDS 89194 89343 stop_codon_5 stop_codon 89341 89343 gene_6 gene 1 90201 92672 transcript_6 transcript 90201 92672 start_codon_6 start_codon 90201 90203 CDS_41 CDS 90201 90228 CDS_42 CDS 90771 91151 CDS_43 CDS 91385 91686 CDS_44 CDS 92310 92672 stop_codon_6 stop_codon 92670 92672 AUGUSTUS_tom_pot_cdna de novo gene_7 gene 1 2992 227 transcript_7 transcript 2992 227 stop_codon_7 stop_codon 229 227 CDS_45 CDS 348 227 CDS_46 CDS 2992 2905 start_codon_7 start_codon 2992 2990 gene_8 gene 1 6899 4407 transcript_8 transcript 6899 4407 stop_codon_8 stop_codon 4409 4407 CDS_47 CDS 4581 4407 CDS_48 CDS 4959 4735 CDS_49 CDS 5344 5198 CDS_50 CDS 5670 5447 CDS_51 CDS 6342 5898 CDS_52 CDS 6899 6553 start_codon_8 start_codon 6899 6897 gene_9 gene 1 19833 16389 transcript_9 transcript 19833 16389 stop_codon_9 stop_codon 16391 16389 CDS_53 CDS 16512 16389 CDS_54 CDS 16707 16607 CDS_55 CDS 17063 16964 CDS_56 CDS 17414 17330 CDS_57 CDS 17542 17501 CDS_58 CDS 17756 17653 CDS_59 CDS 18931 18866 CDS_60 CDS 19007 18999 CDS_61 CDS 19314 19173 CDS_62 CDS 19833 19821 start_codon_9 start_codon 19833 19831 gene_10 gene 1 22501 19907 transcript_10 transcript 22501 19907 stop_codon_10 stop_codon 19909 19907 CDS_63 CDS 20019 19907 CDS_64 CDS 22089 21993 CDS_65 CDS 22501 22475 start_codon_10 start_codon 22501 22499 gene_11 gene 1 36281 33077 transcript_11 transcript 36281 33077 stop_codon_11 stop_codon 33079 33077 CDS_66 CDS 34911 33077 CDS_67 CDS 35163 35022 CDS_68 CDS 36281 36159 start_codon_11 start_codon 36281 36279 gene_12 gene 1 69173 59807 transcript_12 transcript 69173 59807 stop_codon_12 stop_codon 59809 59807 CDS_69 CDS 60097 59807 CDS_70 CDS 60595 60508 CDS_71 CDS 60987 60895 CDS_72 CDS 61426 61318 CDS_73 CDS 61801 61515 CDS_74 CDS 64596 64258 CDS_75 CDS 65220 64949 CDS_76 CDS 65472 65309 CDS_77 CDS 66663 66493 CDS_78 CDS 66946 66809 CDS_79 CDS 67159 67064 CDS_80 CDS 67354 67273 CDS_81 CDS 67672 67491 CDS_82 CDS 68347 68030 CDS_83 CDS 68638 68458 CDS_84 CDS 69173 69048 start_codon_12 start_codon 69173 69171 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 127 56018 57013 match_2 match 107 57110 57742 match_3 match 133 55535 56452 match_4 match 148 55730 56506 match_5 match 135 55295 56503 match_6 match 131 55112 55930 match_7 match 408 55025 57730 match_8 match 126 57182 57730 match_9 match 109 56087 56923 match_10 match 253 55028 56830 match_11 match 325 55583 57730 match_12 match 109 56087 56923 match_13 match 253 55028 56830 match_14 match 329 55583 57745 match_15 match 183 55034 56425 match_16 match 281 55802 57730 match_17 match 506 55010 57730 match_18 match 241 55058 57046 match_19 match 180 55367 56980 match_20 match 200 55067 56785 match_21 match 460 55001 57742 match_22 match 423 55079 57751 match_23 match 183 56597 57730 match_24 match 117 55760 56980 match_25 match 127 55034 56425 match_26 match 122 55469 56515 match_27 match 121 55469 56635 match_28 match 115 55760 56923 match_29 match 131 55616 56815 match_30 match 108 55181 56143 match_31 match 130 56270 56980 match_32 match 129 55181 56980 match_33 match 129 55460 56929 match_34 match 131 55034 56209 match_35 match 132 55751 56935 match_36 match 696 55010 57652 match_37 match 259 55022 57730 match_38 match 450 55022 57730 match_39 match 184 55130 56983 match_40 match 192 55055 56923 match_41 match 135 55130 56710 match_42 match 231 55112 57373 match_43 match 141 56744 57739 match_44 match 127 57182 57730 match_45 match 113 55307 56068 match_46 match 108 55571 56209 match_47 match 129 55097 55921 match_48 match 105 55259 55900 match_49 match 110 57203 57730 match_50 match 114 55355 56191 match_51 match 109 55541 56218 match_52 match 130 55022 55909 match_53 match 114 57134 57730 match_54 match 118 55601 56542 match_55 match 111 55355 56191 match_56 match 129 55022 55921 match_57 match 113 57134 57730 match_58 match 342 55022 57739 match_59 match 134 86628 86849 match_60 match 58.5 86965 87054 match_61 match 47.4 87153 87221 match_62 match 134 86628 86849 match_63 match 58.5 86965 87054 match_64 match 47.4 87153 87221 match_65 match 134 86628 86849 match_66 match 58.5 86965 87054 match_67 match 47.4 87153 87221 match_68 match 117 55469 56485 match_69 match 124 55655 56542 match_70 match 123 55151 56131 match_71 match 142 55325 56191 match_72 match 120 57218 57730 match_73 match 134 55655 56542 match_74 match 117 55997 56908 match_75 match 141 55337 56410 match_76 match 127 55151 56056 match_77 match 110 56198 56980 match_78 match 129 55148 55924 match_79 match 119 57218 57730 match_80 match 136 55151 56176 match_81 match 128 55523 56509 match_82 match 113 56003 56908 match_83 match 114 55760 56542 match_84 match 156 55325 56167 match_85 match 116 57218 57730 match_86 match 125 57188 57730 match_87 match 125 57188 57730 match_88 match 132 55271 56923 match_89 match 160 55013 56899 match_90 match 151 55295 57040 match_91 match 139 55487 56974 match_92 match 162 56588 57730 match_93 match 132 57134 57730 match_94 match 208 55010 56500 match_95 match 187 55535 56815 match_96 match 183 55802 56929 match_97 match 111 57209 57730 match_98 match 203 55070 56845 match_99 match 216 55304 56986 match_100 match 122 56066 56992 match_101 match 188 55652 57730 match_102 match 186 56318 57730 match_103 match 125 55010 55780 match_104 match 105 55535 56065 match_105 match 117 55553 56989 match_106 match 131 55310 56842 match_107 match 151 55265 56677 match_108 match 155 55082 56518 match_109 match 129 57188 57730 match_110 match 234 55112 56983 match_111 match 224 55097 56983 match_112 match 245 55112 56851 match_113 match 183 55736 56926 match_114 match 367 55019 57730 match_115 match 276 55364 57730 match_116 match 207 55007 56785 match_117 match 460 55031 57742 match_118 match 149 55292 56929 match_119 match 155 55169 56782 match_120 match 163 55259 56974 match_121 match 143 55148 56218 match_122 match 117 55187 56212 match_123 match 180 55049 56989 match_124 match 126 55178 56500 match_125 match 171 55259 56923 match_126 match 190 55304 56980 match_127 match 181 55067 56851 match_128 match 171 55121 56815 match_129 match 322 55010 57730 match_130 match 219 55103 56782 match_131 match 207 55166 56506 match_132 match 283 55010 57019 match_133 match 202 55115 56437 match_134 match 431 55112 57751 match_135 match 148 57203 57742 match_136 match 108 55085 56053 match_137 match 133 55529 56542 match_138 match 120 57197 57739 match_139 match 112 56270 56908 match_140 match 126 57155 57718 match_141 match 105 91381 91677 match_142 match 157 90767 91153 match_143 match 121 92319 92612 match_144 match 116 55019 56212 match_145 match 180 55577 57730 match_146 match 366 55010 57739 match_147 match 327 55112 57730 match_148 match 135 56744 57739 match_149 match 158 56585 57730 match_150 match 151 56588 57730 match_151 match 176 55130 56983 match_152 match 192 55052 56869 match_153 match 220 55151 56974 match_154 match 225 55274 56953 match_155 match 176 55130 56983 match_156 match 192 55052 56869 match_157 match 220 55151 56974 match_158 match 225 55274 56953 match_159 match 116 55022 56206 match_160 match 130 55574 56542 match_161 match 129 56270 56971 match_162 match 129 56738 57739 match_163 match 150 56726 57739 match_164 match 150 90767 91153 match_165 match 124 92319 92612 match_166 match 150 90767 91153 match_167 match 150 90767 91153 match_168 match 148 56582 57730 match_169 match 293 55310 57730 match_170 match 238 55079 56779 match_171 match 204 55757 57730 match_172 match 127 55541 56509 match_173 match 135 55637 56980 match_174 match 174 54998 56803 match_175 match 186 55142 56980 match_176 match 106 56087 56929 match_177 match 287 55079 57700 match_178 match 196 55157 56491 match_179 match 370 55583 57730 match_180 match 256 55031 56710 match_181 match 154 55619 56971 match_182 match 164 55067 56506 match_183 match 140 56582 57739 match_184 match 133 55460 56839 match_185 match 117 55079 56635 match_186 match 172 55166 56851 match_187 match 164 55091 56932 match_188 match 159 55091 56851 match_189 match 138 55160 56824 match_190 match 169 55124 56851 match_191 match 134 55586 56935 match_192 match 174 55091 56980 match_193 match 123 55187 56713 match_194 match 176 55124 56917 match_195 match 520 55010 57730 match_196 match 187 55013 56974 match_197 match 224 55085 56875 match_198 match 192 56597 57730 match_199 match 205 90746 91153 match_200 match 174 91384 91692 match_201 match 165 92310 92609 match_202 match 128 57113 57730 match_203 match 254 55031 56536 match_204 match 237 55784 56980 match_205 match 134 55619 56497 match_206 match 125 55508 56209 match_207 match 118 56270 57013 match_208 match 136 55991 56836 match_209 match 120 55121 55849 match_210 match 132 55649 56923 match_211 match 303 55364 57748 match_212 match 154 55418 56941 match_213 match 170 55079 56923 match_214 match 129 55259 56494 match_215 match 170 55094 56797 match_216 match 189 55490 56968 match_217 match 214 55079 56947 match_218 match 166 55112 56974 match_219 match 114 55295 56137 match_220 match 185 55013 56851 match_221 match 192 55085 56929 match_222 match 125 55802 56962 match_223 match 124 56144 57001 match_224 match 129 57218 57730 match_225 match 135 55121 56707 match_226 match 180 55055 56971 match_227 match 187 55130 56845 match_228 match 232 55043 56974 match_229 match 105 55313 56137 match_230 match 122 55523 56428 match_231 match 140 55004 55930 match_232 match 127 55469 56209 match_233 match 124 56048 56902 match_234 match 121 55976 56707 match_235 match 115 56270 56929 match_236 match 137 55760 56545 match_237 match 177 7781 8284 match_238 match 146 10836 11204 match_239 match 133 9124 9423 match_240 match 120 9531 9827 match_241 match 156 9880 10122 match_242 match 349 55025 57739 match_243 match 126 57182 57730 match_244 match 211 55022 56656 match_245 match 366 55406 57730 match_246 match 124 55028 56065 match_247 match 127 55760 56509 match_248 match 127 56006 56905 match_249 match 134 55469 56209 match_250 match 142 56726 57739 match_251 match 134 55079 56698 match_252 match 161 55454 56845 match_253 match 163 55316 56824 match_254 match 141 55889 56923 match_255 match 201 55022 56983 match_256 match 192 55148 56983 match_257 match 164 55421 56851 match_258 match 165 55580 56935 match_259 match 159 55712 57052 match_260 match 804 55004 57772 match_261 match 124 58004 58381 match_262 match 164 55124 56851 match_263 match 179 55265 56980 match_264 match 164 55091 56848 match_265 match 177 55265 56980 match_266 match 174 55265 56980 match_267 match 171 55118 56851 match_268 match 126 55187 56710 match_269 match 174 55091 56851 match_270 match 144 56594 57730 match_271 match 139 56582 57730 match_272 match 108 88990 89337 match_273 match 128 86628 86849 match_274 match 253 55034 56971 match_275 match 159 56597 57730 match_276 match 206 55085 56983 match_277 match 315 55304 57730 match_278 match 195 55151 56428 match_279 match 315 55028 57730 match_280 match 334 55376 57730 match_281 match 199 55652 57001 match_282 match 260 55028 56707 match_283 match 184 55790 56929 match_284 match 313 55304 57730 match_285 match 124 55148 55885 match_286 match 248 55028 56788 match_287 match 455 55022 57751 match_288 match 150 55028 56209 match_289 match 221 55976 57730 match_290 match 175 55688 56722 match_291 match 31.6 10188 10355 match_292 match 54.7 9531 9800 match_293 match 81.3 9886 10125 match_294 match 108 9124 9378 match_295 match 70.9 8407 8574 match_296 match 62.8 8658 8843 match_297 match 201 90767 91153 match_298 match 155 92310 92609 match_299 match 179 91384 91692 match_300 match 174 55259 56929 match_301 match 184 55289 56869 match_302 match 174 55331 57013 match_303 match 116 55727 56992 match_304 match 131 57206 57730 match_305 match 119 55970 56770 match_306 match 105 56330 56971 match_307 match 107 57188 57772 match_308 match 135 55754 56506 match_309 match 125 55319 56068 match_310 match 134 55541 56221 match_311 match 128 57113 57730 match_312 match 109 56270 56980 match_313 match 111 55757 56506 match_314 match 107 55028 55858 match_315 match 111 55469 56149 match_316 match 137 55538 56209 match_317 match 325 55079 57730 match_318 match 125 57113 57730 match_319 match 129 57113 57730 match_320 match 201 55079 56833 match_321 match 187 55463 56887 match_322 match 110 56048 56929 match_323 match 176 55583 56989 match_324 match 431 55022 57730 match_325 match 436 55022 57766 match_326 match 128 57149 57730 match_327 match 171 55112 56782 match_328 match 147 55595 56851 match_329 match 134 55655 56929 match_330 match 157 55535 56974 match_331 match 152 55112 56782 match_332 match 137 55583 56989 match_333 match 171 55061 56902 match_334 match 193 55112 57010 match_335 match 341 55028 56971 match_336 match 355 55181 56980 match_337 match 154 57173 57751 match_338 match 432 55010 57751 match_339 match 132 56651 57739 match_340 match 169 55076 56728 match_341 match 205 55574 57046 match_342 match 126 57098 57730 match_343 match 125 57173 57730 match_344 match 456 40951 42630 match_345 match 126 57167 57730 match_346 match 133 86628 86849 match_347 match 133 86628 86849 match_348 match 178 91384 91758 match_349 match 167 92310 92612 match_350 match 210 90770 91153 match_351 match 197 91384 91758 match_352 match 222 90767 91153 match_353 match 182 92310 92612 match_354 match 197 91384 91758 match_355 match 222 90767 91153 match_356 match 182 92310 92612 match_357 match 201 58004 58474 match_358 match 1119 55004 57730 match_359 match 196 47535 48002 match_360 match 140 22040 22372 match_361 match 171 22483 22788 match_362 match 415 55079 57751 match_363 match 414 55022 57730 match_364 match 139 56738 57739 match_365 match 127 57221 57730 match_366 match 151 56588 57730 match_367 match 322 55079 56980 match_368 match 107 91381 91680 match_369 match 154 90767 91153 match_370 match 123 92319 92612 match_371 match 107 91381 91680 match_372 match 154 90767 91153 match_373 match 108 55976 56851 match_374 match 127 55022 56107 match_375 match 108 55976 56851 match_376 match 127 55022 56107 match_377 match 328 54998 57739 match_378 match 137 57143 57730 match_379 match 126 57098 57730 match_380 match 129 57224 57730 match_381 match 309 55079 57730 match_382 match 121 55601 56485 match_383 match 121 55073 55909 match_384 match 129 55658 56506 match_385 match 120 56117 56953 match_386 match 107 57206 57742 match_387 match 130 55976 56716 match_388 match 196 90752 91153 match_389 match 153 92292 92609 match_390 match 169 91384 91680 match_391 match 153 92292 92609 match_392 match 196 90767 91153 match_393 match 169 91384 91680 match_394 match 282 55541 57742 match_395 match 219 55079 56518 match_396 match 266 55028 56707 match_397 match 371 55535 57730 match_398 match 186 55736 56923 match_399 match 315 54998 56920 match_400 match 236 55151 56497 match_401 match 409 55187 57730 match_402 match 209 55163 56335 match_403 match 174 55583 57052 match_404 match 171 55016 56542 match_405 match 162 55583 57052 match_406 match 134 55538 56788 match_407 match 169 55016 56542 match_408 match 166 56588 57730 match_409 match 122 55034 55921 match_410 match 122 55760 56509 match_411 match 114 55976 56707 match_412 match 127 55469 56209 match_413 match 143 56582 57730 match_414 match 140 56738 57739 match_415 match 288 55466 57730 match_416 match 253 55007 56704 match_417 match 179 55808 56929 match_418 match 177 55031 56710 match_419 match 181 55469 56980 match_420 match 232 55304 56923 match_421 match 243 55259 56983 match_422 match 256 55106 56914 match_423 match 113 56297 56971 match_424 match 269 55079 56803 match_425 match 385 55304 57730 match_426 match 113 56276 56929 match_427 match 170 55130 56845 match_428 match 220 55049 56923 match_429 match 110 55313 56137 match_430 match 169 55637 56932 match_431 match 129 57158 57730 match_432 match 148 55079 56971 match_433 match 107 88990 89340 match_434 match 52.8 86965 87054 match_435 match 130 86628 86849 match_436 match 47.0 87153 87215 match_437 match 343 55028 56923 match_438 match 467 55181 57751 match_439 match 258 55133 56542 match_440 match 160 56582 57730 match_441 match 438 55010 57730 match_442 match 158 56618 57730 match_443 match 738 55022 57772 match_444 match 115 58004 58330 match_445 match 159 55259 56926 match_446 match 183 55070 56845 match_447 match 376 55043 57730 match_448 match 131 55088 56056 match_449 match 127 55535 56488 match_450 match 126 55088 56068 match_451 match 135 55577 56542 match_452 match 124 57206 57739 match_453 match 107 55718 56686 match_454 match 142 55088 56056 match_455 match 140 55535 56488 match_456 match 109 56270 56902 match_457 match 125 57203 57739 match_458 match 205 55586 57739 match_459 match 119 55283 56194 match_460 match 130 55085 55918 match_461 match 111 55409 56188 match_462 match 273 55022 57682 match_463 match 224 55061 56980 match_464 match 120 57179 57730 match_465 match 835 12913 14757 match_466 match 148 22040 22372 match_467 match 173 22483 22788 match_468 match 148 22040 22372 match_469 match 173 22483 22788 match_470 match 181 47535 48002 match_471 match 1117 55004 57769 match_472 match 1114 55004 57730 match_473 match 213 58004 58474 match_474 match 457 55112 57751 match_475 match 392 55469 57730 match_476 match 253 55073 56497 match_477 match 180 56582 57730 match_478 match 152 56597 57730 match_479 match 544 54998 57772 match_480 match 145 56582 57730 match_481 match 127 57182 57730 match_482 match 446 55070 57751 match_483 match 372 55046 57730 match_484 match 169 41809 42477 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_485 match 74.3 66161 65991 match_486 match 138 65925 65653 match_487 match 120 66443 65991 match_488 match 63.9 66661 66557 match_489 match 135 65925 65653 match_490 match 119 66443 65991 match_491 match 68.9 66664 66557 match_492 match 131 65907 65653 match_493 match 119 66443 65991 match_494 match 68.9 66664 66557 match_495 match 131 65907 65653 match_496 match 75.5 66425 65991 match_497 match 110 65898 65653 match_498 match 130 66443 65991 match_499 match 133 65925 65653 match_500 match 63.5 66658 66557 match_501 match 432 34912 33086 match_502 match 49.7 35163 35026 match_503 match 423 34912 33086 match_504 match 49.7 35163 35026 match_505 match 60.8 66425 65991 match_506 match 110 65907 65653 match_507 match 133 66443 65991 match_508 match 65.9 66664 66557 match_509 match 141 65925 65653 match_510 match 426 34912 33173 match_511 match 45.4 35163 35026 match_512 match 55.1 66137 65991 match_513 match 134 65925 65653 match_514 match 23.5 67360 67274 match_515 match 113 68393 68019 match_516 match 172 66443 65991 match_517 match 138 67160 66810 match_518 match 75.5 66673 66557 match_519 match 154 65925 65653 match_520 match 57.8 68599 68498 match_521 match 499 34912 33083 match_522 match 42.0 35163 35026 match_523 match 499 34912 33083 match_524 match 42.0 35163 35026 match_525 match 124 66443 65991 match_526 match 66.2 66664 66557 match_527 match 140 65925 65653 match_528 match 67.4 66425 65991 match_529 match 112 65907 65653 match_530 match 84.3 66443 65991 match_531 match 68.2 66664 66557 match_532 match 129 65925 65653 match_533 match 907 34915 33080 match_534 match 86.3 35163 35023 match_535 match 958 34915 33080 match_536 match 94.0 35163 35023 match_537 match 966 34915 33080 match_538 match 94.0 35163 35023 match_539 match 969 34915 33080 match_540 match 94.0 35163 35023