C02HBa0044O16.1 CAACCTTGCATCTTGGTAAACTAATGGCAATTGATGTGTGAATTCCTTATTCCTTATTTT CTGTTCACTGGTTTTAGGTACGGGTGTGCATTTGATTTTCTGTTTGGTTTTGTGGATTTT TCAGTCTTTGGTTTTGAAAAAGTGTAACCTAATCCGAACCAAAATAAATTTGGTTTGGTT TTTCTCTTTTCGGGTTGGCTTTTTTGCTTCGGTTATATCAATAATTAATAACATAATCAA GGTTATATTTGCAATTTGTAAAAAAATACAATACAAGGAGAAGTAATAATATTGAATTTC TTAGTGTACTTTCTAATATAAATCACAAGTAAAACTTAAAACATAATGCTTAAAAGTATA ATAGATGAACAAACATAAAATATAAACTAAATCATAATGAGAAGGCAATAACTAAAAAGG GATAAAAGTCGTAACTCCAACTTAATTCGAAACCTAAATATTTTTTTTAGATATATATTT CGGTTATTTTGTTCTTTCGGTTTTTATTTTTCTAAATGTGAAATCAAACGAAGTGTATTA TTAATCCAAAATTAAACCAAATAAATTCGGTTTGATTTGGTTTTTCGGTTTCATCTTAGT CCACACCCCTACTTATAGGTATTTAAAGCTTTTTACCTTTTTGTTTGAGCTTTTTAGTGC ATTTCTTTGTTTGAGTTAGTATGAGCTTATTGCCTTTTCAGCTTTCTGCAGATATTTTCC TCCGTCACTAATAGGTCTGTTCTGTCTGCTCACTTTCTTGACTAAATAAAGCTAAATATA TTTCTCTGTTGGATTTTATTTTTCTGTAGAAGATGAGTCCCCAGTGAAAACTGCCAAAGT GGACATTCCATCATCCCAGTATCTTGGTGGTGCATTTCCAGGATATCCTCCCCGGGCAAC TTTTGGCGCGGTGCCACCACTGTATGTTTCTAATAGAGATGCTTATTCTTTTCAGTTCCT TAGTGCTAGAATACTTTATGATACTTTCATTTTCATATGCTGTTGCATGAGTTACCTTAT TTTTAAAAACCTTTCCTTTTTGAGTAGCAGCTGCGGGCTTCCCTTGTCATAAAAAAAACC CTTCCCTTTTTGTACGCTGCATGCTAAATCTTTGGATAGGGATGATTTTTTTCTATTAGC AAGATTAATGGGGTCTGTGAGAATGCATACCTGCATAAGATCCAGGGCAGTCTCTTCATT TTGTGCTTCATGTGTGAAGTCAGTTCATCTTGAAGTATGTTCTCCTTGAATAAGTTTTGT TTAAGATGGACTCTCATTCATGTCGATTTATCACTATATCAAAGAGTATATTCCTTGAAT AAGTATCTGTGGTCAAGACAAAACAAAGGCAAAGAGTCATAGTGTTTCTTGAAAAGAAAA ATATCTTCAATTCTGACTAGTCAATGACACAACAATCTATAGAGAAGGACAAAACATCTA TTCTTTTAAGAGGGTAACTTAAAGAATTTTAAACATGAAACCCATCCTGAGTAAATGAAT TAGCAAAAAATGAGCGGCAAGCTCTCTCTTTGAACTAAAATAGTTCTTTCTGCAGTTGAC TTCTGATCTTCTTAAGAACTAGAACTTGCTTTTGCTTATCACTAGGGGAGGAAAGAGGGA GGTTTGGGAGGGGGGGTTACATCTTGCTTTATTTATCTATTCTAGGATTACCAACTGTTT CTTCTGAAAGATTTAGCAGTAGTATTACATGATCAAACAAGCAAAGTAATGAATATACGA GATAAGGATTAAAGCTCATTAAGGTCAAACAAGCAAAATAATGAAGATATTTTTGATGTT TTAGATTACTTGTAAAAGAATAGTGCTGCTAGGGGTTCAAGGTGTAAGTTTGTAACACTT ATGAGGGGAACTACATATTTGGATGTAGTATACCTATTGTGAATATGTAGATTATTTGTT ACCATCCTCAAAAAAAGGGTCGAAGCTCATTATTATAGTAATGATCAGAATATCCCAGTT CCGACTTCGTTATAGTAATGGTGTGGCATAGTGTTCTGGCCTATAGGTAACACAAAAAAT TGTATCCATAGGATAGTTGGGTTGTTGAGGAACAGGAGCAACAGTCTGGAGATTCCATGT TCGAATAGCTGTTACAACGCTTAGTATGAATCCATATTTTGTAACTCTTGTTGATAGTAA GGGACTAAGGTTACTGACTTCCTGGTATGGTAACACCTTACACTTGTGGATGTTAATTAG CTACCTGGTGGTTTAGTCAAGTAGCACGCAACTTGGAAAAGATACTGCCATCATCATTAA AATAAGAGGATGTTGGGAAACTTTAGCCTTTGGCATTTATATCTTGTCAACCTTCTCATC TATATTTTGTTGTTTTTTGGGCATGTGTTGAATTTTGTTAGCTGTTTTAGACTTGTAATC ACTAGCTCTAATAGGTGTATAAATTCTTACATGGATCCCGCCTGTTTGGTGTAGCTATAA TCCTGCGCTGCCTATGCCTCCTGCTGGTTGGTCAGCCCCCCCTCGCCATCTTCCTTGGTA TTCACAGTATCCTGCTGTCTCGGTTCCACCTCCTGCACTGATGGGTCTTCCACAACAACC ATTATTTCCTGTGCAACATATGAGGCCTCCAATGCCAGCCACTGCACCACCAACACTTGT TGCTCCTCCAGGGATCCCGACCCCACCTGTTCCCGTATCTCAACCCTTGTTTCCTGTTGT TCCTAATAACAATAACCTTGCCCAAAGTTCGCCATTCTCAGGCCCAATGCTGTCAGCGAG TGTGCCATTCAGCTCTGCAGTTGAAACAAAGAGCTTATTTGACCCAAACATGGGCAACAA TGCTCCTGCCGCCATTGGTTATCAGATTTCAGGTATTTAAGTTCTAGAATTGTAATGTCT TTATCTATTTTGTTGAAGGTCTGACACTTTCGACATGGTTCTTGTTGGGAATTTACTAAT CGCCATTTACTGTTGTGCCTTAGGATAGGATAAGTAGCTCTGTTCTGATCCTTTAGTAAG ATGTAGTATTCATTTCTTGTTTTTTGAAAGTGCTTCGAAGGGATTGGGAAGTGGCTGCAG TTCATAGATACCTAGAGCTAAAAACATATGTATCAAGAATTTGTTTTTTTGGTGTTATAG TAGTACTCTTGATAGGGGGAATAAGGATTGGTTTTTTTACTTGTCAGGGGAAAAGATGTA GTATGTTTGGAGTGCGGGATGCAATTTAGGCCCTGTATCTATTCTGAACCATTTTGGTAC ATTTTATAAATATTTTACTTACGAAAAAAATAAAAATGCAAAGTGTGTTTTAGTTGGCCT TGATTATTTTCAAACTATGGGAAGTAGTTTTGACATCTTTCAGAGGGAAAATTGTCAGTC GCTTAGATGAGGTGATGGTACAAACTTCATTTGATGTACATACTAGTATATTTTGGTGAG AAATCAGGGAAAAAATGGGCAGCCCATGGTATCAGATTATTTTGTTGGTTTTAACCTTGT ACAATATTTAGAGGTGATAGTACTAATCTCGCTGTCATCAAACTTCGCTATGAAGCCATG GGTTGGAAAATGAGATAAGAGGGTTCTTAGTTTAATTCTTGTGTATACTGATGAAATTTG ACGTTGAAGCTGTTGGCTGTGGGCTACAGGCTTCGTGCACATACCATTTTTCTTATCTTC CTCACCTGATTCCTTGTGGAAGCAAAGGAAAAGGGCATCCTATTTTTTCCTCATATAGCA TTTTCTGTTAAATACTATACTATGCAAGCTATCTTACCTGATTTTCTGGATGAGCTTTGC TGTAGTAGAGTTCGATTCATGCTTTTATATGTCAATCTTGGCTATGTGGCTAATGCTTAT AAGAATCAAGGCTCATTTAGAATGTGGAGACGGTCTTCATTTCTTTGTTTCTCATTTCAT TCACTTTTTCTGCAGTCTCAGCACCGGTAAATTCACATTCTTATGCCTCTGGCCCAAATA CTGCTGGGCCCTCAATTGGTCCACCACCTGTTATTACCAACAAAGCTCCAGCTAACCAAC CAGCAACAAATGAGGTCTACTTAGTTTGGGATGATGAGGCCATGTCCATGGTTAGTAGTG TTTGTGTTTTCATGTCATTAATGTCTTACAGTTAATTTGTGATACTGAGTGCCAATGTGA AATATTTTCAGGAGGAAAGAAGAATGTCCTTACCAAAGTATCAGGTGCATGATGAGACTA GCCAGGTAAGTTATAATTACCTAATACTAGTATTTGTTCCTATGAATATGGGACTTGTGT TGTAGGTTGGTGTTAGTTTCATGTCTCGGATTCAGTTGTTTACTATTCTTTCGTATTCGT AAAGCAAATTTGTAAGTCTTCCCATTCTCCTTCATCTTCTTGGAAATAGCATACTCTTGG ATGAGTACACCTGGTAATCAATCAATTTAGTGTATGTTTCAACCCCATTAATTAATGGGC TTCTTTTATCTTCTTTTGGCCATTCTCCGGTTGGCAAGCAATCCCTACAGTTTTGTGGTC ATCAATGATTCAAGTATGTATCTTCATTATCTTTTGCTGGTAATTAAGTAATGCCATTTC TAATTACTGTGCTGCCATCCACTCAAGGGGTATCTCAGCAGAGTGCATGTAATTAGTTCT TGGATATTTCCATGTTCACTTTGAGCTTTACTTGTCCTTGAAAGAGTTGGGCTGTGTGAG CAAAGCATGCATAGACCCAACAGATGTTTGCAAATTACTATGATTGTTAATATATTTATG GTCGAAAAGTGGTTCAAATTTGGCCCAGGTCAGATTCTTTTGCCAAGTTCAGAATCTATT GTCATTGAAGCAGGCTATGATTTTGATTCAATACATTTGTGCTGATCACCTAACTTGTTT GCGCTTCTATTCTAAAATTATCTGTCTGTGTTTTCTTTTTTCAGATGACGTCAATAGATG CGGCAATAGACAGAAGAATATCAGAAAGCAGACTTGCAGGGCGCATGCCTTTCTAGACCT GACTGTTTTTGCTCTGGTTGGCAGGGTGCTCTCTGAATTGTAGGAAATTGTTTAACTGAC CAAAGTTCTGCTTCAAAAAAAAGATTTGCTGGTTGTTCTGGATTCAGAGGATGGTTTTAG ATGTTGTAATTTTTTAGGAAAAAAGTATTTTATGAGAGGCATTCATTTTACATAGATAGG AATGTGAAAGATGAGAAGCAAATTTGTTTTCCTACAGAATCATTGCAACAATGTGGGTTA GCTGGGATATATATATATATTTATGTAACTTGTGGTGCAATTCGCTTTCAAGTCAATACT GATTACCTCAATTCATTTGAGTAAATTTTTTATGGATAATCATATTTGAATATTATGACT TGGGCAAATTTCTCATATATGGTCTTGTTTTTTCAAGTTTTAGTGCCCAAGCGCTAGTGG TTCGTTCCAGAAATAGATTTTGTTCACAGCCAGTTAGTCCAAACATGCTCAAGCTCTGAA ATTAGTATCTATTATCCTTGGAAACACTAATTTTCTCTCAGAAGTGGGGTAAAAAATACC AGTTGGTTTGGAGGGTTGTTGTTTGTACGGATGACCTGAAATTGAAACCCCTTCAATGCT TTTTGAGTCGAGTTTGTCATATAGGGCTTCCTTAGTGCGGTGTATATCTCTTGTGTGGTT TGAAGATTGTTATACAATGTTTATCCAGTGCGCACATAGTGCTCGCCACAAATTGCTCGT CCAAAGGGAAGAGGCTGCGACAGAGTTTGTAGCGGTTGCGAGTTATTGTGGGTTTCAAAA ACATATGTTTTTAACATTTCAAAACACACCCAATATATCATTTTTGTGAATAATTGAATT ATCACGCTTCTATACGGTAATACTATTATCAATTACTTGTCAAAATACGGAGAGTGCTCA AGATGACGTGGATGAAATTTTTTCTTTTGACAAAACTATGAAGTTTGGACTTGTTTGGAT TGACTTTTGTCTTGTAACTTATAAGCCAAAAGTTATAAATTAGGATTCTGAGTTATGACT TTTAATTTATTTTTGTTATTTTGACTTTAAAATAAATGTTTATTAGCACTTTTAAACATC AAACATTTCAAAACTATTTTGACTTAAAAATACAAAATATCAGTCAATCTAAATAGATAC TTAGACTTTCATTTCTTCGAACAATCAGATGAATTACAACTAATATTTTTCATCAATTGG AACATATTTTGCAAGTTCAATGATAAAATGATTAGGACATCTTTTGAGATTAAAACTATG CATACATAAAAATTAAATAAAATGAAACTGTCGTATTGTGATTTATTTTAGGAACTTAGG ATAAAGATCTTTACAAAATTAATGAAAACAAAGTAATTTAGTAAAGGCAAATAAATCAAA TTGTTAATTTCTTAACAAATCAGATGATATTTTTTTGTTAATTTCTTAAGTAACAAATAG TTAATTCTTAGTAATAAAAAAAAGGTAATCCGTGTTTTGTGTCCAAGTGTTTACAACTGC CCAAAATTCACTAGTTAGCCCTAATTTTAGATGATTTTCCCTCTGTTTTTACTTTCCCAT ATTCCCTCTCATCGGCCGGCGATTTCTGCCGGTGCATCATCTCAACACACTCAGACAAAA CCAAACGGCTGACGGGCTGACACCGTCGCCGCTGTTCCACTTCCCCCGCCATATCTCGCG CCACCAGTAACTGTAAGTTCATCGAGTTCTGATTGGTTTTTACACTCATGGTATTTTCAT GGAAAAAGAAAAGGAAAAGGACTGGTGAAAGTTATTAGGCTTTCCTTGCAAACAATCTAG CTTTGTCTTCTAAACTTCCAGGACATTTTGATTTTGAGTTTTTCAGAGTAAGATTTTGTA GAAATTTGTAGATTCTGCTTATGGAGCTGTTTGACATTGACATTGAAATCTGGATTATAA TAAATTGATGAATTACAGAGTGAAGATAGAAAAAACCCAGACCCTCGACTTTACCTTTAT CCTAATTCGATGTGCACTCCCACTAAAGATCGTATATATTTTGCCTTGAAAATCTTCTAT AATCACATACTCTTTGGAACTGATTTTAGTGGTTATAAGTTGTCTTATCAGTTATTGTTC TTTTCAGTATTGAAAGTGTGCCCATGGACCTTTTAGATGATATTTTTGCTGGAGGTGCTT CAAAGACTGGTAAGGAGGGAGAAACTGTTTTTTCTTTTAAATTTGCAATAAAAGTTATCT TCATTCTTACAAGGTTAAGCTTAATATTATTATTTCATGCAGTCAAGGCTGGTGGCAAGT TTCAACCCAAGGCCAAGCCCCGCCCGGTGAAGAAAGGTCCAGCTGTTGCATCCTCTTCTT TGACGTCAAAACCCACTGGTGATACTGTGGCAACTGATTACTCTGAAGGTTTTAAGAGTG CAAAGAATTCTCAAAATTGTTAGCTTCTTGCCTTTATGTTATTGTTATCTTCTTTTCCAG AATATTTGCTGCAAAACTTGATCGCATATTAACTGTTGAGGCCCTGAGGGTCATCAAAAC TGTTGAGTGCATAGTTTATGAAGAGGCAAGTAAGTGCTGTTTCATAATAAAAGGGAGTTA AATTAGTAACAAAAAATAAAATAACAATACCCGCCTATTTATACAAAAGATCCTAGGATT GTAACAGATTTTCACTCTCATCTGTCCATTCCAATCGACACCTAGATTAAATCAGCGAAA AAATCAGATTTAATCTTCTGTATTGAGTTCCTTTGTGACTTTGTCCTTCAGAACACCTTT TGTTTCTTGTTTGTAATAAGAATTTGCATCATAGACAAAGGTTCTATATTTTTTTAGCTT TTGAAATGTCATATAACATATGCATAGATAGTCTAATGTTGTTCTTTATTGATGCCGTAA GACTTCTTCAAGAATGATTTTCTGTTGTTAAATGTAAGCAGGCGATGAACAAAGCCCCGT GTTGGCAGAACCTTCCTTGGGGCGTCCTCTTGCTGCAGAAACTTTGGTTCCATCCGTTGG TTCAAGTCTAGATGCAAGTATGGTAATAACTGATAACAATGAAGATTGGAAATCTTGCTT TGAGAAATCTGAGGGAGAGGTGATATTTTCTTATCCATATCTTGACCAGGTTAAAAAACC TTTTGTATCCTTGTTAAATCTCTTCAGTTTTCAGAATGCAGACATATATATAGGTTTGGA TTCATTTGATGATTTACTTCCTCACTCAAGTGGCATAGGTAACAACTAATCTTCTTTTGT TCTCTCATTGCTGAATTTTCCTTCATAATTGCTATTAATTAGAACTTGATTTTGGATGCT GCGAAAGGGTTCCCTTCTTTTGAATAATTGGCCAATTATAGATTAAGTTATTAAAATTCT GCGCTGCATATAATTCTGAGAGTTCTAGTCCTGCTACAGATCCATCTGCTGCTCATGCTG CTGGTGCAGAGAAGCGACAAGAACAGCTTTTAGTTCCAGTTTCTTCAGTTGATGGTTCAG CTCATAGTGCTTCCAATCTTCAATCTGATGAGGTTGCAGCAGGCCAAGATCCATTAACAT TCCAAGCAAGCGTTCTTTCTGTTAGTGGAAGTTGTCAGATGGTCAAATTCATGTCCTTCC TTTATACTCTGAATAGAGAAACATTGCCACTTAAATTCCTTGGCACCACTTACGAAAACT CCAGCTTTGTTGGTTGCAGGAAACGGACACCTACTCTTTCTTGGAAGCTGATATCCTTGG GGTAACTACTATATCTGGTATGACTGAATCTTTAGGTTCTGCACTAGTACCAGGTTATAT ACTGTGCTCCTTCTAAATTTCTTATTGTTATTCAGGGCAGAGTAGAAGATTCCAACCCAA GCCCAAGTTACAAGTATACAGAGAGAGATATGATACAATCATTCCTGATTTAGATGTAGG AGAGTCTGTGCCATGTCTGCCAGATTCACAATCCGTTCATTCTGAAATGGATTTTGTGAA TTCTGAGAAGGGACATGGATTACCTGCTGCTGATGTCCTTGATTTCTCAGTCAGAGGATT TGATATTATTACAGAATCTGCACATGATTTCCCAGTTCATGAAGACTATGTTGTGGAGGC TTCTCTTCCAGATGCTGACATCCCAGAAAATCACTCTGAGGCTACTTCTCAAATGCCTGA GGAATCTGTAAATCCTTAACTTGTTTTTTGTATTCTTTAGTTATTTCTCTAATTTATGCA ATGGTTTGCCTCGTTGGAGTCCTTTGTTCCTCTTCTTCACCCACTTGCAACTGTCTTTTT AGGTACCACAGAGGCCCAAGAATAAAAAACAAAAATTCCCTGCATCTGAACTTTCTGCAA TTAGTGAAGAGAACGGAGAGAGTAGATTATTAAGGAGTAGAAGAAAGTCCGTGAATGCAT CTAGACTAGTAGATGAGTCTGATGAAGACGTAATTGGTGATGGGGAATATGTGCCTGAAC ATCCTAATGATTCTGTTACAATTGGGAATGATGAGGAGTTTTTGGTGGAAAATGACTCAC AAGGGAAAAAGGTACAGAAGAAGTCCAAGAAAACAGTTACTAAGGAAGGAAAACGAGTTA GGAAGAGTAAAAAGACTGCTGAAGCTTCTGATCAGGCAGCCAACAAGAAGCCTAAGAAGT TTTCTCATTCCACTCGTCAAAAGAGGAGAACAGGTAATCCTAGTGGGTATTGCTTCCGTT TGGGTTAGCTATAGCTATGATTGTTTGTTGACCAGGAACGTCCTTGTTTACAGTGGATAA GGCTTTGCTTGAGGCTCCCATGGATGAGATTGACTATTCAAAGGTGCCTATTAAGGATCT AATTTTATTAGCTGAGCACAGAGAGCGGTTGGCGGTACGTTTCTTCTTTATTTTTCTCTT GTTTGCCATCAACCTTTTATAACAAGGAAAAATTAAAATGATAAGTTTTGTTATTTGATA GTCTTCCTTGATTCTCTTGTTTCATTGCTTGCCATCCTTACTTGCAGAAAAAAGATGCAG CAGTGTCACAGATGCCTCCTACTACTACAGATCAGAGGTATCAGAAGCTTATGTTCAATT AATAAAATATACTAATCTACATTTATCTTTTGCTTTGTTTGTGAAAAAAATACTAATCCT TGTTTAACCATTTGCTTAGTGTTTCTCGTTTACTGCATAGTTTAATATAGCTGTTCTTGT TGATAGTGAAAATGTAGATGATGCGTATAGGTTATTGTTGGCTTAACACATTCTATTTTT TATTCGCAACGTCTGCTTCTAACTATTTAAGAGCATCACTGGTCTTTCTTATATTGTCTA CAGCTTCATTATTTTCTTTACTTTTAGAACTGTTCTAATTACCACTCCAACAACTCTCGT ATCAATTCTTCTTTAATGTTTCTCTTGACCAATTTATAATGGTCCTATGGGGTCTATTAT GAGAAATTATTTTCGTTAGTTATAGGTAAATGATAAGAGAGATGCCACTAGTAAATACTT CATGCTTAAATATGTTATATATGTGTGCTCCTTCAAGCCGATATATATATATTAGGAGGT CATACTTAGGTGATCTTTGACATGGTTTGAGCTGTATAATTTTCATATCTAATATGAGAA ATAATTGTAAAGTACTCTAATTCAATATTGGACACTTAAATTGTATTTCCGGAAGGTAAA ATTATCATGACAAGAGATCTTAGAAGTTCGATACATGCTGGAATAGCTTTGTTATCAGTT ATTGTTTTTTTGTGTCGAAGTGCACATTTTTACTTGTGCTGGATGGTGTTGCATGTATTT TTGCCTTTGGGACGAAACCCTTCCCTTTTCAAGTCACAGTTTCTTCATGACTTGTGTTTG TGCAGTGCTGGTGCATCTGTTTCTAATTATGATGAGGATGAGACCTATGCTTCAGATGAA GATGGGGAAGCTGATGATCATAATAAAAGTACTATGGGTGAAGATACTTCTTCCTACTTC AATTATCAGACTTACATGGACAAGACCCCCAGCACAAGGTGGTCAAAACAGGACACAGAA CTTTTCTATGAGGTACACCCCTTTCATTTGTAGCCTACTGAATGATGCATAAGTAAAATT GGGAGATAGTTGAAATTCGATCAAGAAAAATAAGTTTTATATAGGGGATCTTACAAGTGC AACTTATAAAGTGCACAAGTTATTAGATTCACCTATGCATTCCACATCAAAGTTTGTGGA GTTCTTTCATAGATCCGTCAATTCTGTTCAAAATCAAATTTGCTTCAATGGTTGAGACCT TCCTATGAGATAGCAGTGAAAGACTCCTGTTGGACATGCTTGTTGGTATTTATTTATTGA TAACTGTTGCTTTGTTTTCTCTATTTGAGATAAGGTCCTTTTCAAATATTACATGAATAT ACTTATTCAAGTGAATTGTGGGATTCAAAGGCACCCATAACAACGACATACTCACTGAGG TCCCACAAGTGGGATGTGGGAGGGTAGAGTGTCCCAGACCTTATCCCACTACCTTAGGCA TCCATACCAAAGCATATGGGATGAATTCCCTTTTATATTGTAATTGTTAAGTTTTATGTG AAGAGTAGGGGAGCAGACCCCAGATGCAACGAGTATTCAGGTATTTGAAAGATTATACAA CTGTTGGCTTGAAGGTGTCATGACACCAAATAGAGCTAATGGATAAAGATGCTTTATGTG ATTGGCATAAATGGTACTGTGATGCACTCCATACACTTCTGTTCTTTTTCCTTGGTATTC TCTTAAACAATTAAACAAACTTGTCTTCAGGCTGTGCAGCAGTTTGGGACAGATTTATCC CTTATACAACAACTTTTTCCTGGCCGGACACGTAGACAGCTAAAGCTAAAATACAAGAAA GAAGAGCGGCAAAATCCATTTAGGCTTCATGATGTTCTAACAAATCGTTCGAAAGGTAAA TGTTGTTCAACTTTCTCTGCTGCACTCACAGCTATATATTTTGCCAAAGACTCGTTGTTG TGATAACATTTCGTTTTTAATGGGTGTAAAATAGAGTTTGGGGATGCATTGTATGAATGC AACTTTTCTTTTTCATCCAATAAAGAGTAATGTTTCATCAACATGACAAGTATGCACCAC TTAAATTTTCCTTCTATGTCATCAGACCATCAAAGAGGGAAAAAGGATCGTTGACCTGAA GAAGAGCCTTCTTTAGTAAAATGTGTCACATTTTTTTGAAGTTCTCTATAGAGGTTTTAC ATGATACTATACTTGTTGCAGATCATTCCCACTTCGAACGAGTAATCGAGCATTTAAAGC AAATTGAAGCTGAGGAATTGCAGTACGCTGATAAAGACGAGTCAATTGACTTGACTGGGG AGGAGGAAATGGTGGGGAATCAGGAGATCTGTGTATGAATCTTCTCTTGCTTCTCATCAT CTTTCTTGTATATCTTTCTCTATGTGGGGGGTGGGGGGTGCAGGCTCTTATCTATTATGT TTCTTTTCTATAATGTTATATCTGCACAATGCATCACTATACTAATGCACATGTCATTAT GATGTTTTTTTGTGCTATTACCTGGCTGGAGAAATTAAGGAGGAATGTGGCTACGTGGTT TGAGTAGACTATTATCAGGGTTGTTTTCGAGAAATTATCTTTTTATCCCTCTTTTTTCTT TCCGATGCCTGATTCTTGATAATGATTGAGCACAGCAGGAAGAAGCGAAGTCTGAACATG TTGAGGAAAAAGAAGTTGAAACAGTGGAGCAAGATGTTCCGAATCCAGTTAAGGAGTATG ATGATGATGAAGATGATTTCATGAAATGGAGTCAGTATACGAGTGAAGTGTGAATGATGT TAAGTTTCAGTTAATCTATATTCTCCTGCCACAAGGGATCTTTACATCTCTTTTGTTAAA TTCCTTTTTGAACTCGGGCCAACAATATGGTGTACTTGAGATAATCATTTCAACGGAATA TAGCAAAAGGGCCAAGTGTTATTAATATGTAGTGACAATGTAAAGAAAATTTGTTCTGAT ACGTCAGTTTAATAGTGTAAAAAATTCTTCGTACTATTAAAGTTGAAATATTCAACAGTA TACTCGCATATTTAGGAGCGAATGTGAACTAGTTTATTCTTTCTAGTCTAGACTAATATA ATAGACAAATAGATTAATAAATATACCATGTCATTTATGCAAACTCTAATTTCGTCTTTA TGTTGTTAAAGTTATACAAAAATGGTATCTGTAATATTGTGAAGTAATGTTTTATAAAGC GGCGGAAGTGCCACAACGAAGAAATTATTAAAATGAGAATATACTAATATATAAATGATG TTCAAAATTGAACCAAAAACACATATTTTAATGGATTGTATATCAAATATACATGATCAA TTTCTTTTTGTATATAGTGATACAAACAGTCTAATTATGTTGGAATTGTTATTGGTTGAA TCCTAATATGATAAATGTCTATACGGATGCCCATAACCCATTTAAATTGCCTAGCCTTTG GATTAACTAACTCTCCATTTTTTACGATGATTATAGGTATAAAATCCTCATGAACTAAAA TGAATTACTTTGTTTTAATGTTTATTTGTTTAAGTTAGATAAGCTCGAAGAAATTTAAAA GAATAGAGATTTAAAGTCAAAATTTTAAAAAGAAAGTTTATTTTAAAGGACATATAATTC TCATAAATTATAAAAATATATATTGTAATTGAATATAATTTAATAATTATTTTTCCTTTT TTCAATTGGCATGACATTTTTTGTAATATTTGTAAGACAAGAATAGGTTTACATAAAATA TTGTACATTACACATAGACATAAATGTTTAATTTTTTTAAAAAAAATTATAATTCTGAAA ACTTTTTCAATAAAATTATTTGTTATATAAACTATTAGAATTATTCTAAAAGTGTGTAAA ATCTAGATTAACAACTTTATTTATTTGAATATGTCAATTAGAGTAACATTTCCTTTTACC TATATAATATATTCGTAAAATTTTTAATTACATAAAATACTATTATAGTGATTAGAAGAC ATATAAAGGCAAGACAATATTTTTTAAAATTTAATTATTTGATAATTTAATTAATTTAAA CATAAAATGTTTAACAAAATATCTCAAAAAGTTGAAGATAATTTTATAAAATCAATATTA AAATACGATTGATTCAAATCGAAGTGAATTAAAAAAAAAAAAAGAAATAGTAAAAAAGTA ACTGTTAAGTTTTTGAATTATAAGTATGTGAATAACAAAATTACAAAAATATGTGCATAA AATTAGTAAAGATGAGCAACAAAGTTTTAATTAATGGTAACAATAAACATACGGTGCTTC TCACTATTTACATCATCAGATCTGGTTGTTTATTTTATGTATGTATCTTCTTCATCTGGT TTTGGTTCTTCCTTTTAGTCTCGAATTTGTTTCCTTTTTGTGTATTTTCGGTATTTGAGC GAACTGAATTTGGGGGGGTTTTGGTTATTTTTTGGGGCCTAAAGCCACTGCTTTAGTGGC TTTAGGGTTGAGCCGCCGGAGTAGAACAGAGTAAATTTTGTGTGGGTAATGAGCTCAATT AATAATGAGTAGACTCTCATTTAGACCGCGTCCTCTTGACATTCACAAGAAGTTGCCAAT TTTAAAATCTATCAAGGATTTTGAGGATGATGATTCCCAGACTAATACACGGAACCTTAT CCTTCGTCTCGCTGCTGAAGCTACAGAAAATGAGGTTTTTGAGCTCAATCCTTGTAGTTT TATGCTATATTGCATTGCATGGACTATCTGTGATATAAATTTGCATGCATAAATTCTTCA TTCACTTAAACTAACTCTTCTATGTTTTATAAGTTAACTTTCCTAAGTTAAAATTTTCGT AACGTACTTGGTCTTAATCATGACACACATTACTGCTGTGCTGGTGAATTGTGCCTGTAC TTAAGCTTATTATATTGGACAATAATTTATTCTCCAGGTGCCACAAACTTCTAGCAAGAA GTTGGCTCCTGAAATACCTACTCCTGAGTATGTGATTGTGGATACATATGAAAGAGATTA TTCGCCCACCTTTGGGCAGCCAACATCATATATACATGCTAGAGGAGGTACGTCTAGTGT ACTGTACTGGGGGCGAATGTTGTTAGTATCATCTGAGTAGTAACTTCTGAAACTTTGTTA AAATTTAATGTAGCTCGGGCTGAGATTGGAGAATTTGTTGAGTATGATCTTGACAATGAG GATGAAGATTGGCTTCAAGAGTTCAACAGAGAAAGAAAAGTTCTTGCAGCTGAAAAGTAA AAAAAATCTTAAACCATGCTTCTGTATGCCTACTGTGTTACATTAATACACACATCCACA TACACAACTTTCCTTGAGACATTTGCTCTTTGTTTCTTCCCTATGGTTGGTTCATCCTTT ATTTTGTTTCCTCTCGTCGCTGCTAGTTGGATGTGTTTGCATTCACACGGAGAGTATGTT TGCATTCACATGGAGAGTAATTAAATCTGGTACTTGTGGGAATTATTTTAAAGAATAGAA GTAAGAGACGCTAAAATCTACCTGAGGGTAATTGATATATATCATAGCTGTATTGCATAA GTTCTTATCACACTATGGCACAATGCACCAGAGACTAGAGAGCTTAGCTAACCAAATACT CCAGGTATAAGGAAGAGAGGAAGGTGGACAGAAGCCATTCTGTAGTCATAGCACAACTCC TTTAAACTATACACTTAGCTAATTAGCCAAACCGTAAAGTACCTAGGACAATCCATGCTT ATACTGAACGAAAACCACCTAGTGAAGGATAAGCTCAAATAATGGTGCTTTCCTGAAGAG GTCTCAAGAAAATCATTTCCATTATTATATCATGCTAGCGTGCTTGGATGAAGCAAACTG ACATTACCTCTGAGGTAACCCAAGCAAATCTTGTGCTGTCTTAACATGGAGAGACAGGTC ACTTGTGACATTGTAACATTGATGGATTTGATGTTAAAGACTTAAAAGCTTACAAACTTG GGTCTCTTCTTAGACCTTACTTGACCTTCCACTGATATCTTAGTTGGATTTCAGTTTTTT TGTCTGTTAGTCCTTTTGTGACATGTTGGTTTCCACATGGAAGACACTATTTCCTTTATG CTGAAGTTGCAAAAGTTGTGACATTACCTTTTATCCTAGAAGCATACAAACTTAGGGGTC GTTTGGTTGGTAAACAAGTTAGACATGGATTATAATGTGGGGATTGAATAATGATGGAAT CATTTAGTGGATATGCTTTTATTGGTAGATGTTTGTTTCTTTTAACTAAAATTGGATATT GGGGTATAATAAAATACATATGTTTGGTTTTAAACTAGGTAAATTGGGATATACTTTTTT TCCGATTTTAAACTTGACTTTTCTAAAGGACTACAGGAGAAGAGTTTTGGAGAAGGGCAT CTAAATCATTTTGGTGTTTTGTCCTGGTATTGTTATCCCACATTGAATGTGGTAGAAAAA TAATGCCAGAATTGCGGTATAATCCCAGAATCAAAAGTTCAACCATAAGCGAGATAAGAT GATCCTTTTTTTTCCCTGGACTGTTATCCTTATTAATAAAGCAGACAACCCCTTAAGTTT TATTCTAGTATATCCTTCCGACACCATAAGCTAAGTACTGGACCTGAGTTTTGCTTCTTA GAGCTGTCATGTTTGTTACTCTCCTACTTTCTTGCACTCCTTTCTCCATTTTCCTCGAGC TACTTTTAGTCCCTTTAATTATTTTATCTTCAATCTGTATTTGGCTTCAGGTTTCTGATG CTGAGTGTAATTTGTCTATGCTCTATGTATTTCATCCTGTTCTTTTCCTCTCAATATGAT GTGCTCTTTTTTCTATAAGGAATACAATATGCCTAATTGAAGACTTGAATTTTGATTATT GATCATAGGCAAAAAAATCACTTTTGTCTCCTGATACAGGTTGGAGGCAATTTTGTATAA ACTAGAAGTTTTAGATCACAAGGCCCGAGAAAGAGCAGGAGTTATAGCAAATACGCTTGG ATCGCCAGTTCCTGTGCTTCTAAGTTTTGATGCTGCTGTTGAGGTAAAAGCTAGCTCTTC ATGTTAGTCTGTTGATTTTGCAAGTTTAACTTTGTCCTTCATGTTGCATTGTTATTTAGA GAATCCACTTTGCAATTTTTGATATTGTTTACTCTAATAAGAACTCCATATGCTGTAGTT GTAACTTATATGTGGACCTACTGGAGAATTCATGTTCATTATTGCAAGACTGTTGCAAGC TACTTAAAAACTAGAAAATCTTCCATCATTATACGAAAACTAGAGCCATTTCCTGCTCTT TGCAATCCTTTTCGCTTTTGCATTATCTAGCCTCTATTCACGAAAAACTAGCCTCTATTC TCTGAAAATGCTCAAGTTCTGCTATTATAAGATACATGGATTCTTTATGTTTGTTGCTGA CATTGGATGTGTTCGTTTCTTCAGTTTGAATAACATAACTTGTACATGATCTTTGTACAT CTTTCTTCTTTTTGGATATTCCTATTCTTAGCTGTTTTGATTTTTTTACTTTCTGAGATT TTTTGCTTCTCTGAATGTAGTGAGGTTCAGTTTTCCTACTTATTCATCATTTGTTTCCCT TTTTATGGTTTTAAATCCAGGCCTTGCAATCTTTATCCATTAAATATGGAGTATTCCAGT CTATTTATAATTACTGGAAGGATAAGGTATGTACTTCTCACCACTTTCGGTTGTAAAATT GGTTAATACACATGTTCATCAGAAGAAAAAATATGACAAACACGCTGTTAATGGGGTTCC ATGTCGAGACATTCAACAAGTTATGTTGGGAGATTCTTGTTTGTTTGCCTCCACCAAAAT CTGAAAATTTGCTTTCACACTACTGATATATTCACAAAGCTTATATTCTACTTAATAAGC CTGTTTCCCTGTTATTCTCTTACTCATAACCTTTCTTGTAAGTTTTTGAGGTCATCTCTT AATATAAGCGCTTCCATCTAAAGGCGCTAAAGCATAAATGTATTTTCTTCTTATTTTGTA ACCTTTTATGGGGCAAAGTTCGGAGAGTGGGTGGGATGTCTGTAACTATTTAATTTGACA TTTGTTAGCAGATGTTACTTCTGATATGGAACTTGTTGAAGGTTGTGGAATTGCTGATTT TGATCGAAGACTACGTTGCTGGATTTGTCGTCATTAAGAATCTGACCTTTTCATTTACAT CTTGAGACCTCGTTCTTTTGCCCTGTATTCTGAATAAGTTTGTATTTTTTAAAATTGGAA AATAGTTTGAGGATGGGTTATGAGCAACCCATCATGTGTGTTCCATAGGTTTGTATAGAT TTGTTTTTTTCCAGAGATGATGAGATTAATCGTAAATCAATTTGAGAATGTGTCCCCATT GCATATCAGCAAATGTTTATGCGGAGTAAACAATGAAAAATTATCCTCCATCTTGTATGT TACAGATTTTAATTGGAAATTCGGGATCACATTGATTGTTCTTTATGTATAATATTCAAT ATGAAAGCTCCAAATGCTTGATTACTAGAGCCTTGATGTTGCTTCTTATCAGAATTAATA GAGTCGATACATGTGTGGTCCTTAAAGATGAATCCTCATGCAACCTTATGTTTTTTTTAA ATTAGCGGGAGCGGTTGCAGAAGCCTTCTCTTCGGCGTTTGCAGGTCAGTTCAACAACCC TAATTTGTAAATTCAGCTGAGTGATTTGAATTATTATTCTAACACTAATAGTTATTTGAT TTTTTCAACATGCCCTCTCGCATACGATCCTTTTTCTTTTTTCATGGGCCAAGTACATAG AAATTCTTTATGATATTGGATGGTGGTGAAACTCGAATCCGGGCTCTGCAACTATGTTGA ACTGCGTGACTATCTCATTTAAAAGGTTTAGATGAGATAGTCAGACACTTCAACATTGTA TCAAGCCAGGCCCGCCCAATTGTTGTTTCACTGATGTTGGGCCCCCATATTATCTTGTCC ACTCTCCAGTTGGCAGACCTGGGTGCGTGGGTGGTTTTGAATTGTCCTACATTCATGGGT AGGAGGCAATTTGTCTCCTTATATAGTCTTTGGGCAATCCTTATCTCTTGAGCTAGCTTT TTAGGTTGCATTAGGCCCAATTTCCATTTTTTCAGTTACTACTATATAGTTGTTGATTTA ATCTTATTCTGTAGTTGTCTTGTCTGCTTCTTTATTCTGTTTTCTGAACCACTTTTGGAT TTGGATCTGCAGTCATGTTTGACTGGTACTTTCAGCAATAACTCTTACATTCTACCTAGA CCATTGGGTGATCAATGATTACTATGTTTTCTCCATACTAATGAAAAAATGTGCAAATCG TGTCATTATTATAGCATGATGAAGATTTGATGTTCTTTGGTTTTATATGACTGCATTTTC TGCTGTTGATTATCTACTGACTACTGGTCATTGCTGTCATTTTGAAGCCGCCTCCACCAG TTAACGACACGAATCCTTATAATGTATTTAGGCCAAGGGAGAAGGCCCACAGACTTCATA CAAGAAGGGTATTCAATTCTATGACTGTCCTAATCTTGTTGTGTAAAATTTCTAATTGAC AGTTTAATTCTTGTGGAATTTTGTTTGTGTTAACGGAGAACCTGTGGCTTCCTTTTTTCT TTAACAGATGCAAAGGAGGGAAAACAATGCACAGTCATTTGAAAAGCTTCGCCAGGTGAA TCCAAGGACGAATTTTGCTCTTATTTCTTGATCTATCCTCTAAAATGAAATACCCATCTA CCTATGATTGTCTATCTTGACAGTTCCCTGTGTATTGGTCAAGGTGATCCTTTCATGTCA TAGTTGCTTATCATCATCCCAGTCCAGCTGCACCAGAAGCATAAGCTTCTTTGCCACCAG ATGTGTATACTATCCATCATTTCCTTTCATTCAGATATAACAGCTTTGCATTAGGTTCGG CATGAATTGCTGAAACAATGCCAAATTATTGCAAATGTTGCACATCAATTTCTCTTTTCC CTTTAGTGGATCTAGACATCCATTTTAAGATGATGATGACTATTCAATCACATATTGCCT TCTTGCCAACTGCAAGTTGTCACATCATTTCTTATTTGAAGATTGTGTTGTATCAGTCTC TCTTGTTTGCTTAATGAACTTCTTGTATGTAGGAATACGGTGATGTGACAGTGATGTGTG GTAGTTAAATACCTAATAATAATGATCTTAGAATCTAACAGCTGTTCCCTACATGATTTT TCTGTGGGACATAGCCTCTATACTTGGCGAGCGTGATAAACTGCATTAGTAAAGCTTCTC TGGCTATAAATGAGTTGATGCTACATCTGATTTGGTCCTTTTCTCATAGGAAATTTACTT GTATCATTTCACATTGTCCAGGTTAGGCGCAACCTTGACCAAGCAAAGATCATTCTTGAG GCTCTCATCAAGGTTTGTATTTCTTAACAGTTACTAATATATATATTGGTGCATTGGATA AATTGTGGGTATGAATGGGATACTGGACTTCACGAGCAAGGTTCAGTCCCAATACCAATT GATTCCTTATGATCTGCACAGTCGACAGTCATTTTCCCTGATCTTATTGTGTGCAGAGAG AGGAGAAGAAGCGAGAGGTTATTGATAGTGAGATTAGCCTCCAGAGACTTCAAATGAAAC ACAAGGTATGCGAGGAGGGTTACTATCTAGTCTATCCTCTTCGTTTTTTCACCATTTTTA CTATATGATACTTATCAGCAGTAATAGTAGTATCATTAGATAATATTCTCTCTTATTCTG TCTCGACTGGGAAATAGATTATCTACTTTCTGTTTTATTGTGATTGCATTTAAGATTGAC AAATTGAGGTTTTACTAGAATCTTAAATGCAGCTCCGGAGCAATTTCTAATTGCTGTGCT GAAAAGAAATTCAGCTGCCGACTAAAAGTTGGTTTACGGAATAGAGTGATAGTAGTTTTT TTCTTTAAAAAAATAAATGGAAAAACTAGTAGGTTGGAGAGGGAATAGCTCTTTATTGCA ATAGATAACTTAAATGTGGGTGCAGATTTTCCTTGTCAAAAATGTCCTGCTTAGTCATAT TACAATATCATTAGGCCTTTTCAAGTACCAAATGTAACTGGTTATTCTCCTCAGGGTCAG GGCTGTGTTTTCGGGTTATTCATTTTGAATGTTACATGAATTAATTAATCTACTTTTCTT GGATTCCAGAATGAAACTGAGCTTTTTGTGGATGCCTTTACTCTGCCTGAATTTCCTTCC TTCCCAAGTAAGGTTGGTTCAAGTGAGGACGAATTTGTCGACTCTGATGATCCTTCTACT AGTCGTCGGCATATAGCACAAAACATTACCTTCCCGGACCCGAAGCTGGTGACTGCTTCT CCTAGAATCATGAAGCGAGAGTTCAAGCGAAGAAATGTGTCCCATGGATGGCTCTATAAA TTGGTGCTTTCCTACTCTCTAAAGTTGCTTTCCTATACTGTCTCACTTTATCACACATGT TTTCAAATGTAGTGTTCGAATTACTTTGCATGTGAGTTGAAAGCTACTTGAACTTAATCC ATTTGTTAATATTAAACTGAAGACGAGACTGCATAAATTGGGTTATACAGGATCCAAATG AGCCAACTCTGCTGTTTACGAAACCTCTGGATCCAGCCAAATTGTCAGCTGCAGGCATTA TACCTCCAGGTTCTCCAACACCAAATGGCCTACCTGCTCACACATTTAGCTTTCGTGGAA GGATGGGGCGAGGTGGTCGTATCGTGTTTGATAGATGGAATCCACTCAGCCATACACCCA TGGATTGCGGTGATACTTTATATGTTCCACCGAAGGCTCGACATTCTGCACATCAATGAC ATGATCAGCACTTCATGAGCTTGTTTCTCAATCCCCTTGAAAGTTGTATATGTTGTATGA TATTTGCATGGATGATGCTAAAGATGGAAGGGGAAATTTTGAACCAGTGATAATTGAAGA ACCAAGTCCTGGAGATGCACGTACCGATTGTTGAAGGCAAATGTCATAAAATGAATGCTT AGAGCATCGTTTTGCCTCCTGTTTATGTTTTTGGGCAAGTGCAGGGTGTACCATTTTCAT TGTTTCTTACATGGTTGAGAAATGAAAATATCCCTCTGCCCAAATGTACAATATTTGCAA GTTCGGACAAGGGAAGAAAAAAGTAGCTTCCTCCCTGTATTTGTAGAATGTTAATTTAAT AGATCAGGTCTTATTTTAAGTACATGCCCACGTAGATAATGTATGTATGTGTTTGTTGTA AATGAAGGATGAAGTTACAAGGTTTAGCCATTCATTGTTAATTTGACCTGTTTATTTTCT TATCTTGCTATTTTCCGACTTTACTTCATTATGGGATGACGAACTTTTCAATCTTTTCTG AATAATTATAATTTAGACATGTTCTATATATTATGTTTGTTTGATAAAAATTTAACACAT TGCATTATAAGTGTATTAAAATGTGTGATAAATGATTTGTATTATATGTGAATAATAAAT TGTTCTTTATTATGATGTGAATTAAACTTGTATTATAAACGAATTAAAAGTGATCAACTA TAAATATATATTTATGTAAGTGAATCCACCAAATATAATCCACTATCGGGCTTTTACATT AGACCATATATAACATTGGCCCATCTACAAGTCCAAGCACATAAGCCCAAATTCAAACAA CTTCAAAATGACAAACAAATCCTCATTTATCCCTTCTCTTTCATCACTAAAACCCTCAAA ACCCCTTTGTCCATTTTACAGTTCTTACAGCATCTCCTTCTCAATAGCAGTATAAAGCAA GTGCAAAAGCTGATTCTGGGTTCTTAAAATCTGCATGTTTTTCTTGCATTTGGATTTTGC ATAAGCTCAGAGTTGAAAGATTTGTGAAATCTTGATATGAAAGCTTTAAGAGTTTTGAGG ACATTGAACTCATCACTATCTTCAAATCCAAGCAAAACCCATTTCAATTCAACCATTTTC CTTCGATTTTACTCAGCCCAACCTCAAGAAGACCACCCCACAAGCACTGGTGTTTCTTCC TCTGAAGAAGAGGACACGTCTTCCTCAGTCTTCGACAGTTCGCAATACGATGTGGGTGTG GGATTAAACAATGATGTTAATTCAGAAAGAAGTGTAAGCTCCACTTGGGACGAGAAATAT AGGGAAAGAGTGAAAACTAAAGTCTTTGGTGAAGACCCTTCCGAGATTAAGAGTTCAAGA ATCTTGATTAAAGAAGAGGAGAAGAGAAGAAGAGCTGCTTTATTGGCTAGGACTCTTCTA GAAGCTGCACTGGACCGGCCTGATGAGGAAGGGGACGAAGATAAAGAGGATGAGTTGGTG AAGGAAGAAGATCAAATGTCATTGAGTGTGGGAATTATTGGAGCTCCTAATGCTGGGAAA TCTTCATTGACTAATTACATGGTTGGTGGATCTCTTCTTGATAGATTTCTATGCTTATTG TTATTGCTGGTTACTTGAGTTTATAATGACCTCTTTTCACAAAAAATAAGAAAGAAAAGT ATACTAATGACTAGTTGCCAGTATTAGCTAAAATGGATTACATGCCAGATTGATAACGAC TAGAAATTGCTAAATCTACTGCTCCTCTAGAAATGCTTGTGGACCAGTTCCCTTCAAATA GTTAGGACCCACTTAACCATCGAATAGAAAATGAAGATGCAAAGTTAGAGCTCTCATCCC ACCAAGGTAATTCAAAGAAGAAAGACACCCAACTAAAGCTAGAAAATGAATGAAGCTTGC CTGTTAAAATACTTTTTGTTTTGTTGCTAAGTATAAAATTTTGAACAAGCATTAAGTTTT CAAGTACACAGTTCAACTACTCTGGATAAATTTTCATGTTTTATTGTTGTTGTTGCTATT CTATGAGTATAATGATGACTAATTTGTCAATAGTGGTGGTTAGTGATCAAAAGAGCAATG ATATGCTTAAGTGGTTTAGCTCATATCTGGCTAAATAAATTTTTTTAAAAGAACAATTAG TGCCTCCTCTCCAGGGTTTTGGAGGATTCATATGGACAACCTCAGCTAGTATGAGATTGA GATGTAGTTGCTGCTGTTGTATTGTCTATAGAGTATACCTCATGAACTGTAACAACTCTT GTTTTACCCTAAACAAAATGATATTATATTATTATGGCATCTAATTCCTGCACTAGTCTT TAACTATGCGGTTGTTGTCTGATTTTTTCCCTTTCTGTAGGTTGGGACCAAAGTTTCTGC TGTATCACGGAAGACAAATACCACTACTCATGAAGTCTTAGGTGTGATGACTAAAGGGAA AACACAAATTGTGAGTGTACTTTGAATTACTAGGTTTCAGTTCCATTTTCCCTGATTGTT GATCTCCATTTCATTTTATCAGCTTTTTGTTGCTTGAGCTGCATCTATTTGCAAAAATGA ATTCTAATCTCCAATATACAATAAATACATATATTTTTCATGGACTTTAGTTTCATGTAT GATCACTGAACTTTACTCGCTGTATTGGTAAAGAGTTATGTAAAATAATTGGATTTTGTC CACTACAATAGTGAAGTCCCAAACTATCTTTTCTCACATCAAAGTGATTAAACTATGTTT GAATAGCTCAGAAAATCATTAAATATCCTGCTCAAATTAGACAACATGATAAAACAACAA CCAATAACATACTCCTTGTAATCGCACAAGTGGGGTGTTGGAGGGTAGAGTGTAAGCAGA ACAACCCTTGTAGAGATAGAGAAGTTGTTTCTGATAGACCCTCAGCTTAGAGCCTGCCAA ACAAAAAATACAAATGACAGAAAATGAAAAATTCATCGTGTAAAGGCTTTGACTACTCAT GTTTTACAATTAAACAAAAAAGTAAAAAAGATTACTTGGCACTGGGAATTTTGACCATCC AGTCAATTCTATTTTTTGAGCAATTCAGACATAGTTCAGTCAAAAAAAGAAAATGAAGAA AACAGCTTTGTGATTTTACTATTCTTTTGGATAAAGTGCCGTTACATTGATGTGACAAAA ATATTGTTTTGCAACTTAACTGGTATACAGGGTACCCATACGTAAAACTGACCCACTAAA TGGTCAAAAATTAGTTTTCTTGGACTTAGAGTAAGATTACCCAAGCTTGATGTCAGCCAT CGTTCTTTTTGAAAAGGGGGTATGTACTCTTACCTGCAGCATCTTATCAACTGATTTTTT TTTTTCCTTTTTGAAGAACTTTTTTTTATTTTAAGGGAAAATTTTCACAAAAGAGAAAAT AAGCAAATATATGACTACTAGCAAAAATGCCAAATCTTATGAGCTTATCTTGCAGGTTGA AGTATACTTTTTGGGTCTAAAATATATGGAGAGCAAAAGTTCTATATGTCTAATGAGTTC TTTCTGCAGTGTTTCTTTGACACTCCCGGGCTTATGCTAAAGAAAAGTGGATTTCCTTAC AAAGACATAAAAGCACGTATTGAAAGTGCATGGAGGTCTATTGATCTATATGATGTACTC ATTGTCATATTTGATGCTCATAGGCATCTTACCAAGTTAGTTTTTCTTCTTGCTTCAACT CCAAAAGTTCATATTTATGCAATAACTATATGCTCATCTCATGATATTATGTATGCAACA TTGTTATCTGTAATTACTAGTAATATATGATTTAATAATAGAAGAAAAAATATCATAGGC TAAGATGTGTTTTGCTTGTTTAATCTGGATATGTTTGTCTAATTTTCAGATTTTCATCGT TAGGCGAGTTCACAGAAGAACGTAGATAGTGTTTTCCATAGTAGTTCTCTTACCCCAAGC CTGCATGCACTTACTTCCTATATTTTTGGACTAGATAGCTCTCTAATTGGTATACTAGCC CATGTCATATGGTAAGATGTGCTTTGCTTGTTTAATCTGGATATGTTTTGTCTATTTCAT AGTTAGGCGAGTTCACAGAAGAAGGTAGATAGTGTTTCCACAGTACTACCCTTACCCCCA AGCCTGCATGTACTTATTTGCCTGTATTTTTGGACTAGATACCTCTCTGATTCATACACT AGTCAATGTCAATTTTATATCAGTGTTTTTATTAAGCATAAATCAAACAGTCCTATGCAT ACTTTTGCATTCACCATCATTAACAAGGTGCAAATCATATTAACATTTTAAAGGGGAATC TTAGTAGCTTAGTTGGTTGGTTACTCCCACCTTGTTGGTGAGGGTTCGATTCCCCACATT GAGATCCCCTCCCCTATTTCCCCTTCCCCTACCTCCAATTTTTCAAAAATAATTGAGAAA ATATTAACATCTTAAATGTGCATAGCTCAAAATTTGCACATAATATAGGTGGAGGGAATA GAATTTCTGAATGATGATACACATCCTCTATGACTTACTCAAATAGATGGGCTTTGGCCT GTCCAATTTTCTTGCTCTGTAAATAAGATATTTATTGCAACCACAACAAACTCAGTGTAG AAGGCTGTATAAATGCTTTATAGAGGTAAGATTATAGGTCCAGAAGAGAAGTTCAGCTTG AAATATATCAATGATGTAACACCTGTGTTTTGCACGTCGAGGAAAGAAAACTACTTACTC CATCACAATCTTGTCATTATAGGCTTTTTGGCGGTTAGTGGACCATTTCTAAGTGAATTT TGTCCCTTTGAGCTTTTTGACAGTCAACTGATCAACCTTGAACTGAAATTTGACTTGGAT AAAGCTCTTATATGCCGGTTGGGGTTTATTTTTTTGAAGATTCATCTTCAGTATCAAGAT AATATGTGAAGTAATCTCATGGTCCAATTAATTTCCTGTCAAATTCGACTTCTGGGCCAA TTTTTACCAACGGTTTTTGGTTTTTGTTCAAGGGTAAGCTTCTTTCCCTACACAAAAACA TGATTCAGATTGTGTGTTAAGCCTTGATAAAAATTTTCTCGCTTTGATAGAGTAGGCTTC CACTTGGAATAGAAATGTGAGGACCTTCCAAGATCATTGTTGAGATTGGTTTGTCATTTG TGAGGACTTCCTGAGATGATTATTTACTTGTAGAATGTAGAATATGTAGCAGCTAGAGTA GGTTTCCTTTCTTCTTTGTAGTCATGTGATGTGCTATCTCCAAATGTCTGTCACTAGTTT CTCAAGGTGGGATGCTATTTATGTCTATCTAATCCTTCCTTTTCTTTTATATTAGAAACT TTTTTTTTAATTTGCAAATTCCAATCTAGGGTTATGATTTCCGAACTTCGTATATGTATA TATGCTAGCAAAGCTCCAAATATTGAGTTTTTGGTGTGAACAGTTAAGTTCTGTGTCCTT TGAGCCAAATGAGAGGCTTTGGAATTTATTCTCCCCCCGGCATCACCTTAAGTAGCTCTG TTCAGTGAAGATAGGTATCGGTTTCCATGTTTAAAATGAAGTAAACTTATCGAGAAAAAA GTATTGTAGAGAGGACTGGAGGATGCACATATAACTGCATCTTATAGCAACTAAGTAGAT TCATCTGAATTTTGCTGGCATTATTTCTTCTGTCTAATTTTTTGATATATAGGCCTGATT CTCGAGTGGTGAGGTTGATTGAGAGAATGGGCTCTGAGGCTAATCCAAATCAGAAACGCT TACTGTGCATCAATAAAGTTGACCTAATCGAGAAAAAGAAAGACTTGTTGAAAGTTGTTG AGGAATTCAAAGACCTTCCTGGATATGAAAGGTAATCTTTTACTTTTTCCTGTTATGGTA TGTTATTTGGTACGAATGCTCATTATGGTGTTTGCTTTGTTGATTTATCCTTTATAGGTG CTTTACGGTATCCGGACTAAAGGGCGCTGGAGTGAAAGATCTAACTAAATACTTGATGGA GCAGGTATGTTCATGTCTGAGGCTCTGTGTTTGAGTGTGGTATTTTTACCCTTCTACATG TTATGTTTAAGTTGCACCTATAATTGATACACATACCACCTGCTCTTCTTTTTTTGGGGG GGGGGGGGGCAACTGCTAACTCAGTGATTCTGTCTACCTTTGGAATTTTTTGCTCCTTAA AGTTGCTTCTGCCTTATTCCTCCAAGTAATGGGGAGTGTAGTTTGAGCAAAAAACTGTAA GTGTTAGAGTGTAGTTAAAAGGTTCTTTCACGTTATATTATTTCTTGCTGGCACTTCTTT TAGTTATTAACTGCAGGCACTACTTTTTAAAGAGAGTGCATAGGGATGGGTTGCTTTGTT GTCTTGCATATATCATATTATACTTGTGTGAAGTTAAAAGGTTCTTTTAGTTATTTTATT TCTTGCTTTGATCTCTTTGTTAGTGCACTCAACCTCTCTTGTAATCTATCCACTAACTTA AGTGCTTAACTCGTATACCATGTTGTTTGTTATGCTTAGTCAGTGAAAAGACCGTGGGAT GAAGATCCATTTGTCATGAGTGAAGAAGTTATGAAGAATATTTCAATGGAGGTAGTCAGG GAAAAGTTGCTACATTACATACATCAGGTACCCGTTGTCTTGTTTGTGCACTTTGAGGAT GTGCTTTCTTTAACCAGCAGGCGACCAGCTTACTAAGCATGACAATGACCTGATAATTTG TTTATTTAGGAAATCCCATATGGCATTGACCATCGCCTGATGGACTGGAAGGAGTTACGT GATGGTTCCCTGAGAATTGAACACCATTTGATCACACACAAGATAAGCCAACGCAAGATT CTCGTAGGAAAGAATGGTTCCAAAATAGGGTAAGTATCTTCCCGTTGAGCCTTACTCATC TCTCTCATTAATACTAGAAGAACTTCAAGTATCTGTCAATGACTTCTCTGCTTAATACCT GAACCATGAAACTCTGAAATTGGGATTAAGCGTAATGCATGATTCTATACAGAAGGACTG GACTTAGCTGATGTCACTTGAACCATCGCCCTAGATAAAATCTTTTCTTTCTCTATGTAA TTTACTGATTTATGAACATTGAACACAGATGTTCAGATCTATAGTTCTGTTTTCTAATTC CTTGTCTTCAAAACTATGACTCTACGAAATGTTACAGAGAAAAAACATTTATAATTTAGG ATTCAGTATTTGTTTAAGCAAATTGTCGTTTGACATAATTATCTCAGCTTGGGCAAAGTT GCTTTATTATAACGTTATGTATCTGTCGTTTTCATGCAGGAGAATAGGTATCGAGGCAAA TGAAGAGTTGAGAACGATATTCAAGAGAAATGTCCATCTAATGCTTATGGTTAGAGTGAA ATCATGAAGATGAAAGACAATATCCTTGTTTTGCATGTGTGTATATATAGATGTGCTCCA GTTTTTGTCCCTTACCAAAGCAGTTCTCAGTTGACACAATAATTTACCAAAGCATTAATC CAAAATTATATTGTTATGATACAAAATATGGAAGAGAAGCTTGATTTCCCTTTACATGTG AATACACTCATATTCTTTTCCATAGATTTAAGGTCAAAATTCTAGACATTGTTTGTATTC ATGTTGGGATCAATTGTTTGTAATGTTGGTTCATTTGCATTGATATATTTGAACCTTCAG TTGCTCCATTTCCTCATCTAAACAATGTACTTTTTGATTGTTCCATTGCCACATTTTCCC ATCTAACCTATGTGCTTCTGTTCTTAATTCAGTATTTTCCTTATTTTGATTTGTGCTAAT TGAATTAATTACCACCCGGACACGGCCACTTTAAAAGGTAATCGGATGCACTAAGCACTT ATTATGATCTAATTGATAAATGGTTTCGAAAATTTTTTATGAGAGACTTTAACTAAGTTT ATGTTTAACTTCATTTCAAAGCATAAAATATAGGGGGAGTATGTTTTTGAGACTTCGTAT AATATTACTTTATCTCATATGAAATAACTAATTTTGATTATTTCAATATGAATAGTGATA TAAAATCAAATATATAATAAAATAATTATTATTATCCCACTGACTCAAAAAGTGCAGTGG AAGCTGAATTTCTTATTCCAATTTCAATTGATTTGCAACGACAACTAGTTTAACTCATTT GGCAGCAATCAAGTACGAAGTACATTAATGAATTATGAACTAAAATCAAAATTGAACTAT GATAGATAAAATAAAGATGAAAATTCAAAAGTGGTACACCTCCTTAGGAAAAAAGACGAA AAATGCATGGTACTATTTTCTCAAACCACTATTCATTATATTAACCTTTATCGAGAAATC AAAGAAGCTATACTGGAAAAAATAATAATCCAAGACCTATTTATATGGTACCTAATGTAG ACTTTTTGGTTCAATTTGGTCCACTATATTTAAGTAAAAGTTTAATTGATTCGTGTGAAT CATAACTAATATTGTAACTTCAATAAATTAGAGACAACAGGCAATTTGAGCTTTGAGAAG CAAATGTAACTTAGTCATCAAATAATCGTGTTATTAAGTAGTCAAATTAAAACTATAAGA AATTAATAACATGGTCGATCTAGTGATAGTAATACATTGACAGTCATCGATAAATTTCAT TTAGAGGATCGAATTATGAATTATTCTAACGGAATATTTGAATAAATGATAAAGTGTTCG TACTAAATATTTCAAACTCAATTTTTGGAAAAGTTTTTTGTGTGTATTCTTAAGAGTCCA ACACTAAGATAAATTAACCACTTAAAATTTGTCACTTCGTTTTAATTATATGTAGATAAG CATGATATTTTATATATAACTTATTTAGGCTAATGTGTCTAATAAAAGACGGTAACACAT AAGTGATTAAATTATTTATGTAATATGCACTTGAGAAAATCCATAATAGTCAAAAGTATT ATCTATTTATAACGCTTCATTCGTGTGTTCGAATACTTAATCAAAATAGGATATAGTTAA AAATGTCTAAATAAAATTTATTGATACGTTAAAAAAAGTATCAAAGGTGGTAAGATTGAT TGGGCAGTTGCAACTGAAGTAATTTAAGCAAAACCTTATAAAACCCTAGTGACTCCCATG AATCTAAGAGTAAACATGAGGGATTCCATTATTTTAACCAAGAGACAATTGGAGGCAAAT TTAAAAAGTCAAAACTTTGAAACAGTAGCTTTTTTCAATCAATCTAGCACTAAATCAGGA ACAAGGTCAAACTTCTGATGTAACTAGCCAATGGTTTTTTTTTTCTCCGTTTTCTATTTA TATGTTACTATTTTAAATTTTACGTTTTAAAATTATCATTGTATCGTTATTTAGTGATTT TTTATGTCAAATTTATAACTAATGAACATAAATTTAATTTATTATGATTAATTAAATTGC AATGCAAATTGGAAAAGTATTACTAAGAAACATCTCTTTTTAATAAGGACATATAAGTAG AAACGGAAGGAATATTAAACCTAAATACATGTTCAATTAGACTTATTTCTTAACAAGAAA CTACTTGAAACGTCGTAAAAAGACGAAAAAATGCATGTCCAACGTAGATAAATGATAGTA GAAGTATAAGTTTGATTTTTAAAATAAAGCAAAACATTTCCTATTAATTTTCTTTAAACT CAAGAACTCACTGAAATCAGTTTTACGAAATATTCAAAACAGAATGATGGGCAAAAAAGA AAGATCTTGTTGGGTCAGGATAATATTATAGTTAAAAGACTGTCTTCACTAATCATGATT ACCCCTAAAAACACAAACTATAGAAACAAAGATACACATGTAGGTGTCATGATTATTTCT AAGTACTGAATCTCTTCGTTTACTTTTATTTGTCGATTTTAAATTTTACATGTTTAGCAT TAGAATTTGAATTAAAAAAACAAGTCATTGATGCTGAGGTAAAACATGCAAAGGCAAATA TATGTATTTTATTAATATGTTAAAAGTAATATTCCCTCCGTTTAAAAAAGAATGATCCTA TTTCCTTTTTAGTATGTCTCAAAAAAGAGTGACCCTTTTCTTTTTTTTTTGACAATACTT TAATTTTAACTTTCCACGTAACATGTTTAAGACCACAAGATTAAAGGACATTTTGGTACA TTTGACATAGAACCACAAGATTAAAAAATCTCCGTTCCAAGTCAAACTATGTCATTCTTT TTGAAACGGAGAAAGTAATACTTTTAAAATATTGGACAAATAAAAGTGAACGAAAAGTAG AAGTTGGAAACATAGGTTTCTTGATGGAATGCACAATTTCCAAATGTGGTGAGAAAAGCT TTATCCTTAAAAAGGAGGTTTCTTCAATGGGAACACAATTTCCAAATGTGATGAGTACTA CTTTTTCCATTTTTGGGTTCTTGATAAAACTGTGTCTTGTAGGGTAATCATAATAAGTAG ATTGATAGAAACAAGACAATGTATGACTGACTTAGATTTTGCAAACCCCACTTAACATAA CCAAAGAAAAGCCAAGACAGTTGAAAAAAAGAGAATATTATTACTCATTCAAAAGGGAAA GTTAATGGTCCTTTATCTTTTTCAAAATCCATCAAAGATCTCACTACTCATACATTTCAT TGCTTTTGGTACAATTAGACTGGATTGGACTAAAATTAGGTCTCTAACAAGAAAAGATAA ACATAGTTTTTTATACATTGATAATACTTGTTGGATACTCCCTCCGTCCCTTTTTAATTG TCCACTTTTGAATTGACACACTTATTAAGAAAATAATTAATAACATAGTCAGTTTATAAT TTTATCCCTATTAATTATGAAGTGGATAAAAAGTCCTAGATTTTTCAAAGTAATTAGTCA TTTAATTGAGGTATAATAGATAAAAAAAAATTGTCCTTTCTTAATTTGTCAAAATAGACA AGTAATTATGGACAACTATTAAAAGAAAATTGGACAAGTAAAAAGAAATGAAGGAAGTAT TTTATAATATATAGAGATTTAAATTGAACAGATATATCTGCTCATGAAAGAGCATGATTG TTATACAATCTCGTTTATTCATGAAATAACATGATTTTTATGAAAAGTCATTTGATCATG AAAGAATATGACTCTTATGAAGTTATCTCTTAAGTTTAGTAAATATAAAAACTCTTGTAA ATAGCCTAAGAAAAATCTATATGTATAAACAAAAGGGTTTATTATAGCCCGGAGGTGTTC TTTTTTGTATTTTTTTCAACATATCTCTTTAAAAAAAATAATTTTATACGCCTTATAGTC ATCTTCTTCTTCAATCATATTTCCTATTACTTTTCTAATAATACTAGTTCCAATGATCCA ATCCTAAGTCAGTCTTTACTCGTTAATATTCGACTCAATACATATCACCTTAACAATTAG ACATCATGAAAATGTTGATAAATGAATAGTAGTTAATAACAAAGAATAAAGACATAAAAT GATAATTAGTTGTCTCTTATTTTTTTAAAATTAATAGAAATAAAATATATTTAACATACT TGGCAAGTAAAAATGAATGGAGAGTATAAATTATTTTCACACAATCTGGTTATTAAATTG AAAGATAGTTATAAATATTTTTTCTTTTTTTAAATTCATATAAAATCAAACTAATTCATA TGAATCAAACGGAAAGAGTATACTATTGGATCGAAAATGAAAACTTGACATTGGGATGTG AAATAAAACCCTAGATCGAACAATTTGTTACTGATACGACTAGCTATACATACCACTTGT TAGAACTATAATTAATAGGATTAAAAATATGCTTTATTATTTGTGTGATGTTAATTATTG TGATGTTTAAACAAGTAGAAAAGACCAGGTGACACTTGAAATTTTAGACAAATCGGGTAA AAATGTTAAGTAACAACACAAAAAAATAGTTGCTGCCAACTTTCAATCTTGACTATAGTC TTTTGCACTCAGCCTTTTCTTTTCTTCTATTTTGACGATGTTGATTAATGAAATAAATAA AATTAATACATTTTCTTATTATTAATAGGAAATTAGCATTTCTTTTCTAAGATTGGTGGA AACAATTCATGTATTAAGGATAATAATAATAATAATTCTTTAAATTTTGTTTTCTCTACT CCAAAGTGATAATCTTGTAAAGCTTTTTGTATATTTTATTTTATAGCATGGAGAACTTTC TTCGTTAAATTTTACTTGCCCATTATAATAAAAATATATTTTGTTGTGTTTTGTTTTATA GTATGGAGAACTTTCTTCGTTAAATTTTTATATTTTATGTGTATTTATTTTATTCTATAT GTAAATCGCCTTCTTCAGATTAAAAATCAATTAATATTGATATCGTAAAAAACACTCGTA GCAATTGTCATTTGTTAAGAAAAAATACCAAGTAAAGTTCAAACTTAGCACAAGTAAAAA TAAATAAATTAAGTACTTATTTAGCAAAGGTCACGGTCAAAGACTATAACTTAAGTAGCA GCTCTTCTTGTAGTTTAGCTTTTCTTCTTTTATTGGTATCTACCTCAAAATATTTAATAT CTTCGTCGTGAGTCATACCTAATCTTTCGTTTTGTTCGCTTTTATTTGTTCATTGTATAA AAAATAAATATTTTACCTTTACTTTTTACTCGTCTAGAGAAGAAAATAAAATTCCTTAAT AAGGAAGATAAATTCACAAATAAATAGAAACAGTTTTCCTCTATGCAGCCTCCCAAAATT ATTTGAAAATACTAACTTTTGAAAGTTGGTAAATTTAAAAAAAAAAAAATTAATTATGGT AAGTTTTAACTGATCATGATTTCATCAAACTTCAATTTAAGGTTGATTTTTAATCGATAT TTTTCAAAAAATTAACCTTTTGGATTTAGTTTTTGACATTCTTTTAGCGTCATTTGATAG AATATATTGGAAAATCTAACACTTATATTAGTCCTGGTATTACTTAAATCTTTTATTTAG CAGGGTGTATAAATAAATGCATAACAAACCATGATATTATCCAATATCCATATATGGGCT ATTAATACATGGGATAACTACCCTTAATATACCAAACCAAACGGAGGATAAGAAATAATT CCTCGTTTCTTTTGACATGTTATTTATTTTTAAAATATTTTTAGTTATTACTTTTGACAT ATTAATAAAAAATAATTATTTTTTTTTATGTTTTATCTTTAACGTTAAATACTTATTCTC CAAATCATTTTCCAAACCCTAATACTCCCTCTAAACAACTATAACAATATTTATCCACTT TATGAAATCAATAGATAATTTTACACTTACTACTTAATTTTACCCTTATCATTTACTATT TTAGTCATTTTCCCATTATATCAACACAAAGTATTTATTATATTCAAGAGGTGATATAAG AAAATTACATTTTTTAATATAGTTTCTAAAGAAATATACAAAGGTCAATAGCGGATGAGT ATTAAACATAATTTTTTTCTCAATAGGCATGTCAAATGAAACCATAACGAGTGAAATGAA TAAAGAAAATAGCTAACCTTACTAATAAATCGTATTCTTATACACTCTACTCACTAAAAG CAAACCTAGAACTCCATAGTTAATCAATCATAATAACTTGTCTCTTTATTTGTGTGTGTG TTGTCTGTTGAACTACAGTCTGTAGATTGTCCTTCCTTCCTCGGCCTTGACAAGAAAACA CTGAAATGATACATGTATCCATCACTCCACCAACCAAAAAATATATGAAGAAACAAATGC TGCCAAAATTCCTATATAAACTCCTAAAACAAACCAAGAATCCAAAAGACAAACAGAGAA GCCAAAAAAGAGACTTTCCCTTCTAGTTTTCTGCCAAACATTCATATCTCTTTCCTCATT AGTGAAAAACTCCACCTCCTTAACTCACATGTCCACTGAATTTGAGAAACATAAAAGAGT AAAAATAACCTTAACTTTCCTTTTTACAACTCTCCTAGCTTCAAACTCAAAATCCCTTTT AGTATTATCTCCAATTATACTCTAAAAATGGAAGCTTTTCATCATCCCCCTATTAGCTTT CACTTTCCCTATGCTTTTCCTATCCCAACACCAACAACCAATTTTCTTGGAACTCCAAAT TCATCATCAGTTAATGGAATGATCATCAACACTTGGATGGATAGTAGAATTTGGAGTAGA CTTCCACATAGGCTTATTGATAGAATCATTGCTTTTCTACCACCACCTGCTTTCTTTAGA GCTAGAGTTGTGTGTAAGAGATTCTATGGACTTATTTACTCTACACATTTTCTTGAATTG TACTTGCAAGTTTCACCTAAGAGGAACTGGTTCATTTTCTTTAAACAAAAAGTACCAAGA AACAACATTTACAAGAACGTGATGAATAGTAGTAACTCAGGAGTTTGTTCTGTTGAAGGT TACTTGTTTGATCCTGATAATCTTTGTTGGTATAGGCTTTCTTTTGCTTTAATCCCACAA GGGTTTTCTCCTGTTTCATCTTCTGGTGGATTAATTTGCTTTGTTTCTGATGAATCTGGA TCAAAAAACATTCTTTTATGTAATCCACTTGTAGGATCCATAATTCCCCTGCCTCCAACT TTAAGGCCTAGGCTTTTTCCTTCTATTGGTTTAACTATAACCAACACATCTATTGATATA GCTGTAGCTGGAGATGACTTGATATCACCTTATGCTGTTAAAAACTTAACTACAGAGTCA TTTCATATTGATGGTAATGGATTTTACTCAATATGGGGTACAACTTCTACACTTCCAAGA TTATGCAGTTTTGAATCAGGCAAAATGGTGCATGTACAGGGGAGATTTTATTGCATGAAT TTTAGTCCTTTTAGTGTGCTTTCTTATGATATAGGGACTAATAACTGGTGCAAGATTCAA GCCCCGATGCGACGATTCCTACGTTCACCGAGCCTTGTTGAAGGGAATGGTAAGGTTGTT TTAGTTGCAGCAGTTGAAAAGAGTAAACTGAATGTGCCAAGAAGTTTGAGGCTTTGGGCA TTGCAAGATTGTGGTACAATGTGGTTGGAAATAGAAAGAATGCCACAACAATTGTATGTG CAGTTTGCTGAAGTGGAGAATGGACAAGGGTTTAGTTGTGTTGGACATGGTGAATATGTG GTGATAATGATTAAGAATAATTCAGATAAGGCATTGTTGTTTGATTTCTGTAAGAAGAGA TGGATTTGGATACCTCCTTGTCCATTTTTGGGAAATAATTTAGACTATGGTGGTGTTGGT AGTAGTAATAATTATTGTGGAGAATTTGGAGTTGGAGGGGGAGAGTTGCATGGATTTGGT TATGACCCTAGACTTGCTGCACCTATTGGTGCACTTCTTGATCAGTTGACATTGCCCTTT CAGTCATTCAACTGATAGTTAAACTGTTTACAAGTGGGGTATCAGTAGTACTAGTACTAT GAATAGTGTTTCATTTGGACCTTAATTAATTGTATTTTTAGTGTTTAATTATCTAGTGTT TTTATATTACCAAGTCTTTAGTAAGAAGAAAGTTTGTACTCTACTATTGTTGGTTGACTT ATTAATATGAGTTTTACATTGATTTGTGCTTATATATAGTTTAGTTAGGTATCTTTTTTT ACTTCCTTTTGAAAATACCAAAGTAGAAAACCCTAATCATTAAAACAACAAGAATATCGT TATGTTGTCAATTTTACCGATGATTTTATTAGCATATCATAGAGTATTCGACATATTTAC AGTACACAACCATCTTACAAATCTAATTTTCTAACTTTTTTTTGTAAATTTTAACCAAAG TTTACGATGGATAATCGATATATAATTAGTTTATTATACAAGCTAAAATTGTTAGGATCC CTCGTTTTGATTTGATTCTAAGTCATTTTTTTGCCACGTGGAATATAATAACCTCATTTG CTATAAGAAAGTTAATTTCAAAGTTATAAATGAAAATTAGCTTCTGGTTGATTAGTTGGT TTTTCTCTTGAAATAAGTGAAAAGTATGAAAAAAGAAAAAGTAAAACTTGTTCATCTCAT AATTTTTAAGAGTGAGAACAAAATCAACTACATGCAATTATTGGATGTTAATGTTAAATT CTACATAATTTCTACCATTCTAAAACCCTTCTTATAAACTTCCACTAGGTATAGTATTGT TATATATGTATTGAAAAAAAAAACTTTATTAATTACTTTTGCATTTCACAAAAACAAATG AATTTGTGAACAAAACAAGTTTTTCGAAGGTTTCTTATTCTGAAATTTAAAATTTTCTGT TGATAAATGGTAACTTGTAACGTAACTCAAGTTGTAAGCTAAACAAAAGGCATTATACAT AAACAGACACTCAAACTAAATCTCGTGTAGCAAGTACACACTCCAACATTGAGAGTGAAC ATAACTCGAGTTGTGATCAAAGGGGTACATCAAAAGAACGACCTCTATAAGTGCCAAAAA GAAATAGATCGATCAATGAATTACATCTCCATTCCCAACTAGTTGCGATTAGTTATGTAT GAATTGTTATACGTAGTCTGCCCTACATGGCACGAAAATTTTTTTAGGATAAAGGAAAAC AAAATTGATAGCTAACTAGTACAGTATAATATATTTTGCTTAGAGCTTACACTGGACAAA CTGGCTTATGCTACACTGTTCTTGTTCCTTGTACAAGAATCATCAGACAGAAGATGCTGC TTGATTGGATTGCTTCCTTTTCTTGTTCTTCCTCCGATGAGTTTTCCCTTTCTTCTTTGA AGGCGCTTTAGATGGCTTTTGTTTTATGCTGGCTTCTTCATCAGAGGGGGCGTCACTCAA GGAACCCTCCTCATCATCAGAACTGAGAATAAAATCCTCTACAATGTCTTCGTCAAACGC AGTTTCATCTTGCTGATCCTTCCTTCTCTTCTTTTTCTGTTGTTTCTCCTCTGTAGACTC CTCATCCCTGCAAAACATTATACCAGACAAATACATTCATATACACCAACAAAATAAAGA TAGCTTGTTGATCCCTTCCTGTCAGGTCTCAAGGGTTCTTTTCCTCTCGAGGAGAGAGTT ATAGGTGGTGGGAATAGGTAAGTGGTGAAGAAGAATGTGAACGTACTTAGGAGTGCCTGC TGGTAGCCAAGAAGAACTGAAGACAGCATCTCCTTTGCTATCTTCAACATCATCATCTTC ATCGCTTTCAGTTATCTTACTCCCGAAGGCAGATGAATCTTGGCCAACGAGTATACTGCA GATAGACAAGTTCATTACTTTATGATTAACAGAAAGATGTCTCCAGATAAAAATCTTAAG AAAAATAGAGTGTTGTGAAACCTGGATTCCTTTAATGAATCATTTCTCTGTTGTGCTCTC TGTCGGAGACTAGCAACATATTTTGATAGAGGACTCACCCCTGCATTCTTATCATCCTAA GGATAAACATGAAGGTCAGAATTGTTTCAAGGGAGCCAAATCATGAAAAAATGATCCCGT GGATTAATCCTAGACACACAAATCTCTATAACACCCCAACCTATTCGTGTTCGTCAGAAG GATGCTTTGATAAGTGGACAAAGCTTTCAATGTGTTCATTACTAACAAGAGAAGATACCA GGTATAGGTTGGTTGAAAAATGAAAGGTGATTGAATGAAATTTTACTGGTAATGAGAAAG ATAAACATCAAGATGTTCAAACCTCAAGAAAAGATGCTGCCGCTGGGTCATTAGGCAGAA ATGAAACTGTCATGCGCTTCTTATTTGTGTACTCCGAATTGGCTTCAATCTGTAGATTTA CCAAGTCAACTTCAGGAACTTATAACAAAGGCTTCATTTCAGAAGAAACAATTGGTGCCA GCTAACAAATAGCCCATAATAGAATCTAAATGCAACTATGCAAAGTTAGATATCCCAGAA TCGATACTGCAGAAGATCTTTTGAACTCAGAAAACTATGCAAAGTTATTAGTGCAGACAT GTGACTTGAGAAAATAATCCACTCATATCAGCAAATAGAATCAAGTACCCAACAAACATA CCTCGCGAATAATTTGCTTTATTTCGCGACGGAATCTATCAACATTGGTGGACTTGCAGA AGTTGCGTAACCTAACAACAGGGACAGAAGAGAGCTCAAAGAAACCAACTGAATAGCTCC ATTGAGCAAGATGCTCAGCAAGTTCCTCAACCACAGAAAACACACATGCTTCCTGGAATG CTCTCGTTTTCAAAGTAAGCTTGCTAACCTGATACATCAAATATAGATTCAGACAGCTAG ACAAGTTCTTGTAAAGCAGTACACTATTAAACTAAAGTAAGTAGAGAGGCATTCTAGAAG TACCCTTAAAACAGTACGGAAATCTATGGCTTTTCCAACTCCCCCTGTTGGAGGCCTACG CAATTCTTTTATTTCCAACATGTCTAAGAGGAGTGGGGAAACAGGAACAAAAGAATTGGT GGATGCAGCAATTCTGTTGAGCATTTTGATGCATCGCAATCTAAGGGGAAAATAGCGAGC AGTTGGAACCAAACGAGCTGCTCCAGAAATTATTTGCGTCAGCGGATAAGCCAGGGGCCT AAACTCAGGTTCTGAACTGTATGCACAGATAGCTGCAGTCCAAAGCTCAAGACAGTGTAT ATACTTCCACTGGTAAACCTTCAGAAATGATTCCTGAGAAGGATTGAAAACAAAGAAACT GTGATTGGATCCCCTAAAAGGCAAATATAACTACGAAAAGATATACAACATGTGCATAAT ACTGAAGCAACATAACAGACTGTAATTTCATGATCAACTTGACACTCTAAGCTACTTTGT CTCTTGAAAATTACAAATGAAGGCTAAAATGCATTTTCTCAACTCTTCAAAGCAGAATAT TCTACCAGAACTTAGTTGACTAAAAGAGGGAAAGTTAAAAAGATCACATTTTGGTAACCA TAATCCAAAACAAATAAAAAGGTGACAAGTTAAGAGTCAAAGTACCTTGCCCTTGGTATT GTGTGCTTCCTTGGATGATTGGTTAGCCTTTTTAGACGATTTCTAGGAAAGATTAGACAA AGGGATAACAATAATTAGCGGCCACTAAAAGGCAAGGATAACTTTCAGTAGGATAAGATG CTACCAGTAATGTAAAATGCTGAAGCCACTTGATACTCTTTGAACATCTTTTCAAACGTG AAAATATGAATTAAGCTAACATGTATGTTGGAACTATTAAGCCAAGTATTCTTAATCTAA AGTTATTTAAAAAAAAAAGTGCTACACAAGATACCTTTTTAAGTTTTACTCCTAAAAGAT TTATAGAATAAGCTTATATCAATGGTTGGTAACAAATAGTCAGAAAGAAGACAAGTTATC AGAAACAAAATAACAAACCTTGGTCTTAGTACTACTATGCGCATCCCGTAAAATCATTGC CAACTGCCGAATGAAAACAAAGGCATGCTGGTACGCATTGGGAAGATCCACCCTAAGGAG TTCAACGAAACAATTACCAAGAAATTGAATATGCTGCAGCTTTGACGCATTCATGAATTG GCAGTTCAATAAATAAGCTTTATACATCCCTCTAATGCACTCATCAATGCAATCAGAGCC AAGCTGTATACACAGATCCCTTAGAAACAAAAAAGAGACAACTGGTAGTGCACCTCCGCC TGTACCCCAGAAATGAAGAAGAACCTGAAAAGTCAAATTATGCTTAAGCTTGATTCTTTT AGACAGTGTGAAGAATACCTCATGCAGAGAACAAAAGACCCATGTGACACGTGTATTCTG AAAAACAGAGAAGTCTAAACCGAGAGTGCTTCGCGAATATTTTTAAACTTAATTCTTATG GATCATAATTCAATGAATTTACTTAGTTTGTGATAGTAGGAAATAAGCAGTGTGCATAGT TTGAAGTGATCAAAGGCCAAACACTTAAAAGACCCCAATGACAAATTGAAGATAATTAGC TTTTGATTATAGCTGAAGCCTCAAAACAGCAAATTGCCTAACCAACTCACCACTGCCCAA AGGAGAGGGGGAATGGATGAAACATGCAAATCTCTTGCAAATAAAGTTATATTCTAGCAG AAGAAAACTGTCATTCTAGATTAATCATTCTTTGTACAAGAAAAGAGTTATGTGAATAGT AAGTATTAGATCAGTCAATCCCATACCTTTATATATTTCCTCAAAAGAACTGGAAAAGCA GCCAAAAATACAGATGAAAATCTGAGTCTTCGTAATGTAAATGATATCATTTCTGTATCT GTCATCTGATTTAGAACATGTAGCGCATTCCCAAGATATGATTTGACCAAGTGGTTGTTG CTCTTCCATCGTTTAGTTTTAGACATATCCTTTATCATCTCCTTCTTCCCACCAGAAGTT GGTAATTTCAAAAGGCCACGAAGAATTCCATCCATTTCTTTTAGAACAAATAACATTATC TTGTTGAACACAGTGCTAGACATAGTACTCCACTTTGACTTAGCATCTTCACCAGTATCA TCGCCATAATGACAAGCTGTGCGGAAAGCTCTCATGAGAGACCTAATAGCCCCCGAACTC CTGTTTTCATGAATTGAACTACACCAAGCATCCACCATTGCAGTAGTGATGAGATTTGTG GATGACTTGACCTCCTTTCCATCTGCATGAACAAGTTGTTCAGTGTCAAATTCATCAGCT TCATCATCTTCGATTTCCTCACCATCCATTTCAGTCTCGTCATCATCCTTCACAAAATTG GAATAAGATTCTACAAACATTTCACATACCATGAGAACAATGAGAAGGGAAGATATTGTA AAGACTTACATCAGTATCCTCATCATCAAAATCTAGGAGATCCTTGTCATGCTCTTGCAA GAATTGATAGAACTCGGGATCCTACAGGAAAAAAAATGTGGCATATGCTGGTTAAATAGA TTTAACAGTAATCAGTACAAAACATTATGGAATGAATATTTTGCACCACACTACTCTTGC ACTGACTATATCAAAATGAATAGCAGATGTAATTACATTGTTCAATGATGCAAACAGGCT AAATATAGGAATGAGTTATAGATGAATGACCTTGAACTCTGTAAGGAAACCTATCCAGCT ACATCATTGAATCATTATATTGGCATCGGAAGGAAATGGTGTTGGGATTCTAATACTCTA CTATCGTATACTCCACAAAGTACCATCTCGGTACTGATTCTAAATGAAATTTTATTTTAT CTGATAAAATAATGAATCAATAACCGACAGACGAAATTGGTTCTTTAAGCAACTTGGTTT GCTGCTTCTGGCACATCAAAAAGTTTGGCTGCTCATGTTTTAGTATTCCTCGAGTTTTTT CAAAACTTATATGAAAAGTAAAACTATTCATAAATAAAGTACTAAACACAGAATTGAAAG CACAGAAAGAAAGCAAAGAACTCATAGACATATCAACAAAAATCTCACCTTTTCTTGGAG TCTTTTCAATTGCTCCGCATGTCCTCCCACATTTTGCTCTGAAGATGATTTGGGCATCAT TTCATCTGTCTTTTCTTCAACCCCAGAAGATTTTTTGCTCAATTTCTTCGATTCTGACAT TTCCAAGCAACAAAAAAGAAGAAAAAAATAGCATGAAATAGGATGTAAAACATGAAAGTG CGTTGAAAGAAAAGAGTAAAAAAAGACACCTTTGTTCTTCATCCCCATTGATTGAAATTT GTGAGTTTCTTCCTTCTCTCGCTAAAACCCTATAATTTGCTCCAGGGTTTAGTGTTCCGA AGATTTTAGCTCCATTGACAAAGCTGAACAGTAGAAGACGTTGAAGTTGGGCTTATCGGA GTACTGATATTTTGGGTCAAAAAATATAGAGCCCAATGGTTGATTTACATTTTACACAAA GGTCCCTTTTTTGGGACATCATTTAAATTTTGTCCAAAATTTTAAAAGTTGTGCAAAAAT ATGACTTTGAAGTTAACAAGACTTTCATCTAACAATAAGTTAGATTGTTATGGCATTTTT TCATAGGATTTTTAATTTGTTAAAAAAGAAAATTTTGGATCGTGAAAATAAAGATTCATA AATTATAAGATGAAAAAAAAATATATTCAATAAACAGTTATTTCTAAAATCAGCGACTAA TGGAGATCTTATGAACTAATCCCATTGTTTTGTATTTATTTTTTTTCCTTTTTGTTGGTA GAGAGTAGGAAAATATTTGTATAAATGAAAATTTAGAAGTTGTAACAGTGGTTGAATATA TCCTCGTAGTAAGTACAATAATAGTTAATTGTATTTTCATAATTAGATAAATATTGTTTG ATTCATTATTTATAATATACCTAAAAGAAATTGAAAAGAATTATACCTAAAATGATAGAT AATCCATTAAACAACATTTTTAGTGAATTCAATCGTAAAATTTTAGACTTGTTCCAATTA TGATTGATGTGTATACTTGTAAAAATAATAACATATTTATGCTGATTAATTTAACTATTC TTCAATAGACATAAAAACTTTAATATTTCAATAATACTTTATCATGTTCATGAGTTCGGA ACTTATCATAATTTGAATGTAAAATTTGTTGGGTTAACAGACAGAAACCTTTTATTTTTT CTGACCAGAAGAAAGGCTTTGGCACTTTGTTATCTACTACCACCTACTACCCAATTGAAA AAGATAAATTTATGGAATGACCTACCTAGTGAACTCACATGCCTATTATTATAATTATAA TTATTAAATGACCTACCTAATGAACTCACATGCATATTATTATTTTTAAGGGGTTATATA TGAAAGTTTTTCTCTTTTTTTTTTTGGGAAAAGACTTAAATATGCCATTAAACTTTTAGA AAAGGCTCTTTTATATCATCAGTTAAAAGTTTGGCTCATTTATGTCATTACAGTTAAAGA AAAAGCTCATTCACGCCATTATTTTTAACGGTGATTTTGCAAAACCATTTTAACACGTGA TTTGGCATCATCAATTTTTTTAATTAAAAAAATTCATTTTTTATTCAAAAATTTGATTTT TTTTATTTAAAAAATTGATGACGTGGCCAAAAACATAAAAAAAAATAATTCAATTTTTTT TTCAGAATTATGATTTTTTTAATTAAAAAAATTGATGACGTATCCGAATTAGAATTGACC ATGTGTCAAAATGACTTGCAAAAGCACCGTTAAAAATAATGGTATGAATGAACATTTTTT TTAACAATAATAACATAAATGAGCCAAATTTTTAATTAGAATAGTAAAGATCCACCAATA AAAAAAGAAGACTTATAGAAAACAGTACTAGTACTTGATAATTTATATATAGTGACCACC TTATCTCCAATGAATTCAAGCCAAATCCTAAAGCAACCATGAAAAGAGGAAAGGTAGTGT TCATTTCAACACCAGCACTTGGCAACATTGTTCCAATTATTGAGTTTGCTAAAGTCTTCA CTCAAAAAAACAAAAATATTTCAGCCACCATACTCTTAATTAACATCCCTCAAAGACCAC TTGTCCAATCCTATATTGACTCTCTCACCACCGCCGCCACCGGAAACATCCATTTCCTCT CCCTCCCCGTGGCGGATCCACCATCGCTCGATCAATTCGACGCAACTATAGGCTTTTTAT CGCTATTAATACAAAATCACACGTTACAAGTCAAAAATGCACTTATTGACCTTATTTCAG ACTCGGACTCGGGGCAAGTTGTTGGATTCTTTATTGACATGTTTTGTACATCTTTTATTG ATGTAGCTAAGGAACTAAACATCCCATGTTATCTCTACTTTGCTTCCCCTGCTACTTTCT TGAGCTTCATGTTGCATCTCCCAATATTAGATGCTCAAGTTAGTACTAATATTGAGTACA AAGATTCAGCCAATGATTTCAACATTCTTGGTTTTTCCAATCCTGTCCCTATCAAATGTT TCCCTTCATTCATGCTAAAAAGACATATAGATGGTTATTCTTGGTTCCTACATCATGCAA AAAGGTACAAAGAAACAAAGGGTATTATTGTCAACACGTTTCAAGAACTTGAACCATATT GCTTAAACTCATTAGTACATACTACAACTAGTCATGTTGTACCACCAATTTATCCAATTG GACCTGTAGTGGATCATAATGGACCAGCTCAGTGGCATCAAGATTCTTGGGGTCATGAAA ATGTTATGAAATGGCTTGATAATCAAGAACCATCATCAGTAATTTTCTTGAGTTTTGGAA GTATGGGAAGTCTTAAAGATTCACAAGTGATGGAAATAGCAAAAGGTTTGGAGAAAGCAG GACACCCTTTTTTGTGGGCAATTAGAGAAGCACCGAAGGATAAAAGAGAACTTCCAAATG ATTATACAAACTTAGAGGAAATTTTACCTAATGGGTTTTTAGAATCAACAAAAGGGAGAG GGCTAGTGTGTGGGTTGGTCCCACAAGTTACAATCTTGGCCCATAAGGCTATCGGAGGAT TTGTGTCACACTGTGGTTGGAATTCGATTCTCGAAAGTTTATATTACGGAGTGCCAATTG GTACATGGCCAATATATGCAGAGCAACACTTGAATGCATTTGAGTTGGTGAAAGAGTTGG ATTTGGCTGTGGAAATCACAATGGATTATAGAGATGGCACCACATTGGTTTCATCAGAGG AAGTGGCAAAAGGGGTTAAAAAATTAATGGATGGTGATGGTGATGGTGAGGTGAGACAAA AGTTCAAGAAAATGAGTGAGAAATGCAAGGATGTTTGGAAGGAAAATGGCTCATCTTCTA ATTTTCTTGGACACTTGATTGATGAATTAATGGCTGTGATTTGAAGAAGGGTTGGCTAGT CCAAACTTGGTGGGCTTTGTTTGACTACAAAATTTAGTTGAATTTTATAAAGCGATGAAA ATAAAGTTTTTTAGTTTATGTAATTCTACCTAATTATGTAATTTGGATTCAAAAATAATA ATAATTAAAGTTACGATGATGAAGTACATTAATAAAACTTTTATTTTCTAAAAGAGCGTG AGTAGATATGGATTTTCTTTTTGTAATAAATGATGAATCTCAATTGAAATTAGTAAAGAA CAACGTACTTTAATGTCGTTTGTTTTATAATTTAGCTGAATCGCAAAAATAGAGTTATTA TTTATTCTTTCATAACATAAGAAAACTCCAATCATCTTCAAGAAATGTATTGACGTATTT CTAAGAAATATAACTTATATTTTGATTGTCTTATTATATAATCATTTTTTGTTTTAACAA GTTATATTAACGGCTTTAAGGCTAACAATTCTCGAAGATGAAATTTGAAATATGGTATAT GACAACTTCCCTAAACTCAAATTCTTGAAATTATGTAATACCCTCGTTTTAAATCAAACT ACTTCAAACTGATTCTTTTGTGACCTTCGTAAAAGTTTGAATAGAGATAAAATTTCAACT CAAATTAATCTAATTTCAACCTTGACAGTACTGGCTATATTTTAAATATATTTTGAAAAA AACTGAATATCACTTAAATAGTAGGTTGAAAACTGGCTACCAGACGCAATTCCTACTTTA GGCCTCAGCGGACACCCGACCCGACCCGTATAAAAAACTTGCGCAATAAGACTAGCTTCA CTCTTCGTCTACATAAAGAAGAGAAAACCTCTCGACTCTTTTCATTGCGCTTCTCTTTAG ATCTCACATCTCAGGTATCTTTCTATATCTTCAAATGGCGATTTTTTTTTCCTATTACTG ATGCGTTGATCGATATAAACCCTCTCCCTTTTCCCAATTTCTTGGTATTTTTCTTGATTT TTGTAATGTTCTTTTTGTTGAACTCAGTGATGGGTTTGTGTTATTCTATTGATAAGTAAA TTAGTTGAACTTCTTGGGTTATATTTTCAAGAAAATGTATGGAAAATTTTGGGTTTTTTT TGTGAAAGTAGGAAGAGGGTTTACATGAGAAGGAGTTTAATTGATCTCTTGCAAGTAAAT GATAATTGACGACAAATATTTTACCGGTGGCGCGATAAGTTCATTTCTATAGCAGCTCTG GTTGTAAAGAATTGTTTTAATTAGAAAAAAAAGAGAGACAAATTTCATTAAGACGTGCAA TGGAGACAATTTAGCTTATGGGTGTCACTAGTTAGGGAAGTTGGGTGGGTATCTGGTGTT TATGAAGTATAAGTTGCAGAATATGACTAGGGTTTTAACCCCTGCCCAGGAGCTCTCGCA CCTTTTAGCTCCATTGGTGACTCGAACCCCAACCTTAGGGTTGGGGGTTGGAGGGTGATT GCCATGTGAGCAACCCGTCCTGTCGTATGACCTGATTTAGGTAGTTATGCCATGGTGTTT TTGGTGTATATTTGAAAGATAAATTACAGCACCACACAGTGTTATAGGAGGGTTTTGAAT GACTGGACCAATTTATAAAAATTTCTTCATTTGGAATGTCCAGTGAGGTCTTCTCTAGGA TGGCTTTGAGTGTGGAATTCATGTATACTGTATTGAATAACTGTACCGACCTCGGTTGAA GATTCAAGTGTTAAAAAGGAGATAGATCTAGTTAGTGTTTGTCTACATAGATTCTTCCCC TTGTAGTAAACAATAGTTCCTTAGCAGTTAAAGGCATGTTTAGTCTAAGTTGTAAGATTG CTGCAGTGTTTACTGAGTTTTAATACTATACCCACTCGGCGTTGTTAACTCTCGATTTTA TAGTTCCTTTCTTTATCTCTCCTTTTTGAACAATGCTCTTAGATTTTTATTGGAATATAA GGAGTGAAAGTGTAAATGTACCAAACTTTAGCCTTAATCTACAGAAACCTAATATAAGAT TTCTGATCCTGACAGCTAATAGTTTACCTTAGCTGCCTTAAATCCCTTCTTACAATTGGT CCTTTTTATAATCCCCTGTTCACCTTTTACAAAATTTTTTTTATCTTGGAGCAACATATA ACCAATCTCTGGTAAACATTTGATGTTTTCTTAATTGAAATCTAGGATAATATTTAACCT TGGATCACATTGCTCCTGATTTGATTTCTTGAGAAGTTATCTCCGTCTTTGTACCAAGTG CAGACTGTATCCTGCATCCAATTAGTATACAATTGAGCTACTCTTAAAATCTTTTGGTTT CAATTGCAAGAACTGAAGTTGACACTGGTGGTACTAGCCTCCAGTCTGGCAATTGTATTT ATATTACTCTAGTGGGCAAGCCACATCTTAGTGTTTCAAGTAAGAGTTATGACAAAGTGA TTTGTCTTCTTTGCTTTTGCTACTAGTAAAATTCTACCAGAACCTACCAAATTCATGAGT CTGCAATCACTCAAAGTAGAGCTCTTCCCCACAAACAATTCTCCCTCCAAGTTTTTCACA TTTCCTGTGGAACTTAATACGCAATAATGCTAGTGCTTTTTTCTTTTTGATTCAAATCCT AAGAAGTTGCACCATAAATTCTGTTATGTCCCCAGTCGTAATTCCTTTTGGCTCATTGCC GTGACTTGTATAATCTCTTCCATCTGCAACTTGCATTGTGATCTTGTTGCCCACAATGGC CTTGCTAATGATTCCCTTTTCGACAAACTGGACAGTATTTTCAGAAGGTTCCTTGCCTTG TTGGATCTCAAAAGGTGCTGGACTTGATGAAAATAATCCTCCTAATAATCATTGTTTAAT CTGTCATTATCTCTTTTAGCTGCCCATTCTGTCTTGAGTTCCCATCGTTAATGAAGTGAA AGTGGTAAACAAGCTGCTTTGGTTGGTACCACTAAGAAATTGTACAGTTTGATGCCTACC AAAATAAAACGGAAAGAACAGACTTGTTATTTTCTTAATCTATAGCAGATAAATATAGAT TAGCTGACACTGACCTCAAGTTAGAAGAAAAATAGAAAAGAAAACTCTGATCTAACTAAT GATTTTTATACTTGTTATCTTCTGGCAATCCTTGTTGCTGCTCCTTATTTAGCTAACTGC ATATTCAAGTTTTTTTCAGTTAAAATTTCTTCTCTCTAAATGTAATTCATTCACATGCCA TATGGGCCTTAATTTTGGAATGCTAAACTGCCCCTGTTAGTTTGTTTTGAGAAGTACAGG GAAGGGTTAGCAGTTAGCACTCTGAAACATTTTTTTATGAGATAAGGAATTTCATTAAAT GACATCATGAAGTGTCAGCTCCAACTTCATCTTGGGTATGTATTTTGCACTACTTGGCAT GTATTGGACTATGCCAAACTCCTGACTTATCTGCTGCATAGTTGAAACAACGAGGGTCTC AAAAAGAAATTCCAAAAAACTTGGAATACTATTTCTCAGGCCATTTGGTGGACAGTTGGC TTGAAAGAAATAGCAGAATTTTCAAGGGAAAAGAAGAAATATACTTAGCCTTGAACACAA ACGTATTTATTTGCTAGCTTTTTGGTGAAACCTGGTTCTTGTACATGATGTAGATGCAAT GTTAGATACAATCGAGGAGTTGCACCTTCTTTATTCATGCATTTGCTTAGTGCAAGCTCA TCTATGAAATCTCTTCTTACCAGTATCACTGTACACACACTTCAAATGTCCACAAGTTTA TCCATACAGGTGGGAAGTCCCTGAGGTTGACAATTTTCAACTTCAACTCTTGTGTGGACT TATATATTGTTTCGACTCAGTTTTGTATCTTTCTTTCTGTTGTGTTTGCCAACATGCTCG TTAGTTAGACTTATTCATGGGAAGGGTAAAAAAATGAACCATGTTTTATGTGCTCTGAAA TTTTTATCTAACTAGCTCAAGTTATGTTAATTTATCAGGTATTCTGCAGTAAAGAAAAAA ATGTCACGAAGGTATGATAGCCGAACAACAATCTTCTCCCCAGAAGGTCGTCTCTACCAA GTTGAGTACGCAATGGAGGCTATTGGAAATGCAGGTAGTGCTATAGGCATCTTGTCCAAG GATGGGGTGGTGTTGGTAGGTGAAAAGAAAGTTACATCTAAGCTGCTTCAGACCTCTACT TCAAGTGAGAAGATGTACAAGATCGATGATCATGTGGCATGCGCTGTAGCTGGAATTATG TCTGATGCCAACATTCTGATCAACACAGCCAGGTTTCAGGCTCAGCGCTATACGTTCGCT TATCAAGAACCCATGCCAGTTGAGCAACTTGTCCAGTCACTATGTGATACCAAGCAAGGT TACACACAGTTTGGTGGGCTTCGCCCTTTTGGTGTTTCATTTCTCTTTGCAGGTTGGGAT AAAAACTATGGCTTCCAACTTTACATGAGCGACCCAAGTGGAAATTACGGTGGTTGGAAA GCCGCAGCAATTGGAGCAAACAACCAGGCAGCTCAATCAATTCTTAAGCAGGATTACAAG GATGATATCACAAGGGAAGAGGCCGTTCAACTTGCTCTTAAAGTGCTTGGTAAGACAATG GACAGCACTAGCCTCACTTCGGAGAAACTTGAACTTGCTGAGGTATTTCTCTCTAACGGG AAAGTCAAGTATCAAGCATGCTCTCCCGAAACTCTGAACAAAATGTTGGTGAGTGCTGGA CTGACTCAACCTACAGTAGAAGAATAGTCGTAGAATGCCTTCCAATCTAGCATATGACAT CATTGAACTCATATCAGCTACAAAGGCTGCATCGAAAATCAACAACACTTCATTCAGGCC ATCTAAATTGATTAATTATGTCGATATACGCCCAATGACAACACCCCCTTTATCGCGAAA TGTTATAGGGAATCTCCTCACCGTGACTTCCACAACAGCAAGTCACGATGAGGAGATGGA ATTGCCAAGATTGGTTCGCGAATTCAGGAAGGAATTTGAGCAAGTTTACAAGAAAGACCC TGTTCAGCACAATTCATTGGTGTTGAAGTTACTTGAAATAATGGAATCACCATACGCGAT TGACGAATTTGACACTTATTATTGCAGCAACATGTGCAAGTTTTCGGGTTATAGCATAGA TTTTGGATGGGGTAAACCTGAAAGAGTGTGTGCACCAATGGGTCCATTCAAGAATTTCTT CATATTGAGTGCTGATCAAAATATGGATGGTGTTGAAGCTATGGTGACTCTGGAAGAACA ACATATGTTGGCATTTGAATGTGATGAAGAGCTCTTGGAATTTGCTTCTCCAATTTCAAG TTTCTAAAGGAAAAAGTTATTCAAATTTCCCCTCAGCGGAAGCTTTAGTCTGGATGCCTA CATTTAAAACCGCTTGTAATTCTCCATTTACTCTTTTATGTTTTTTTCCCCCATTTCTCT AATTATTGCAATAATGGAATTCAAATATTATGTGTGTAATGATGCTTTGTTTTCACCAAC CAGAAAGCCACTAGTACATAAGTGTAATTTGTTAGCTCTTTAATCATCCATATAACACTA ATTTTGAAACAAAACAAAAATGATAAAATCTCATTACTAGGAAATTAGAATACATATTTG ACCCCCCTCTCACTCTCTCTCTATATTCGTTATTGCTCACTTCATTATTGATTAATTGGA CACGGCATTATTCCTTAATCGTTATTACAAATTTTGCTTGCGTCTACGTTAAGAAATGAT ATTGATTCTCTGCAATCTTCGAATTTTGAGTTTGCCTCACGATATTCTTGTAAGCTTTAG TTTTAAGGGAATATAATAAAGGAAAAATTATTTAATTACACAAAAAATCCGAGCATATTT ACTAATTCTTCCTAGAGTTTGAAATAATTATACACGTCCTTTCATGAATTAATAATTTCA TACGATATTTCAAGTCAGATATACTTGGATACATGTATTTTTGCCACAAAAAAATCTTTG AAATACAAATACACAAGGAAAAAAGGCGAATAAAAAAGGGAACGAGGCGAGCGAGAGAAT TTGTTTATGCTAGATCATGAGTGTGCAAGCACACTAGATACTCAGGAAGAAAAATGAGTG AGAGTGGGAAAGAAGCGAGCGAGAGTTTGTGTAGCACAAATACATACACTTCACACTAGA TACCTAGGGAGAGAGGCGAGCGAGTAAGCGAGATAGAGAGAGAGAGGTGATTGATAGAGT CAGATACATGCAAATTCATTTAGATATAATATAAATAAAATATATTATACTTAATTTGGA CCTTATGTATTGGAGAAACAGGTATTTAAACATATACCAAATACAATATCTGGGACTATA ATCGATATAAATGATCATTTTGAAGACGCACGGAAAGACACGTAATTAGGTAGTTTGTTT TGTTTGCCCAATAATAAAACAAGGGGACTTTTTGCAGATATCACTATAATAAACTTAATA GTGCCCATAATTATAGTTTGAATATTTATGGGTTGTTGCTACAGTTTATGTTGTATCGTT TGCATAATTTGGATGTTTATATAATTCGTGGGTATATGTGTATAATTCAGTTGTTTTTCT GTAAACTTGAAAAGACAAATTTCTACAATTACAAACATCAAAAGTCTAAACTGTTATACA AATTATATTATAAATTATAGAAAAATTATATTATACAAATTCTGAATTATACAAACGTGT GAATTACACAAACTAAAAAATTAAGCCATGTAATTATAGCAAAAAGTAGGTCACAAATTA TAACTAAGGTAAATTATAGCTATGTTAACTAATTAACTTTGCTTATACGTGTAATTTTCC AATAAATGAAGGAAACTTTGTTTGGGCTTTGCAAATTTTGGAACAGAACCAATTGTTTGA GGCCGATAAATGTATATGTGGCCCATTAGGTACACCATTCTCTCTTCACCACCAATCAGT CAATATCCAAAAACCCTAAACCCTGCTCCCTATATAACATTCTCATTTGTTTTCTATTAA AACCCTAGAAAATCCAGCCTTAAACCCTACCTGAAACTTAACCCACCGAAAGCCGCCATG ACTGACGTTGAGCTCTCTCGCTCAGAGAAGAAGAAAAAGAAATCAAAGTCTGGCAAAAAT GATGACGAAACACAAACACTATCCACCCCAATTGATGGTGATTTTCTCATCAAACCTCAA AGCTACACACCCACCATTGACACTTCAGAATGGCCGATTCTATTGAAAAACTACGATCGT CTCAATGTCAGAACGGGTCACTACACTCCTCTCCCATCTGGGTTTTCTCCATTGAAGCGT CCGCTTGCTGAGTATATAAGGTATGGTATTCTTAATCTTGATAAACCTGCTAACCCATCT TCACATGAAGTTGTAGCTTGGATTAAGAGGATTCTTCGGGTCGAGAAAACGGGTCATAGT GGTACTTTGGATCCTAAAGTTACTGGGAATTTGATTGTTTGTATTGATAGAGCGACCCGT TTGGTTAAATCCCAACAGGGTGCGGGTAAAGAGTATGTGTGTGTTGCTAGGTTGCATTCT GATGTACCTGATGTTGCTAAGGTTGCTAGGGCACTTGAAGCTCTTACTGGGGCTGTTTTT CAAAGACCCCCTTTGATTTCTGCTGTGAAAAGGCAGCTTAGGATTAGGACTATTTATGAA AGTAAGTTGCTTGAGTATGATGCTGAAAGGCATTTGGTTGTTTTTTGGATATCCTGTGAG GCGGGTACTTATGTTAGGACATTGTGTGTTCATCTTGGGTTGCTTTTGGGTGTGGGTGGA CATATGCAGGAGCTTAGGAGAGTGAGGTCTGGGATTTTGGGTGAGAAGAATAATATGGTG ACAATGCATGATGTGATGGATGCACAATGGATGTACGATAACTATAGGGATGAGACTTAC TTGAGGAGGGTCATTATGCCGTTGGAGGTAGTTTTGACTAGTTATAAGAGGTTGGTGGTT AAGGATTCGGCAGTTAATGCTATTTGCTATGGTGCAAAGTTGATGATTCCTGGGCTTTTA AGATTTGAGAATGATATTGAGGTTGGAGAGGAGGTTGTGCTGATGACTACTAAGGGGGAG GCCATCGCGTTGGGGATAGCAGAGATGACCACAGCTGTTATGGGAACTTGTGATCATGGT GTGGTTGCAAAGATTAAGAGAGTGGTGATGGATAGGGATACTTATCCTAGGAAATGGGGC TTAGGACCAAGGGCTTCAATGAAGAAGAAGTTGGTTGCTGAGGGTAAGTTGGATAAACAT GGTAAGCCAAATGATAAAACTCCAGCTGAGTGGACGAGAAATGTTGTTTTATCTACCAAA GAGGATACTCTAGTTGCTGGTCTTGCTGCTGCTACTGTGAAATCTGATCCTGATGCAGTG GCTGCTGATGGTGCTGCAGTTGAGGTTGAGAAGAAAAAGAAGAAACACAAGGAAGATGAT GAGGACGCTAACAAGAGAAAATTGGATGATTTAGATGTATCCCCTGCACCCAGTGCTTTA AAGAAACCAAAGGTAGAGGTAGTCGAGGAAGCATTGGATAAGTCTGAACTGAAAAAAGAA AAGAAGAAGAAAAAGAAGAAAGAAGCTGATGAAGCTGCATCCCCTGATGTGGAGTCTGTG AAAAAGGAAAAGAAAAAGAAGGACAAAGAGAATAACGATGTTGCATCCTCAGATGAGGAG AAGTCCGAGAAGAAGAAAAAGAAAAAGAAGAAAGATAAAGAATCAGAGAATGGTGATGTT GGAAGTGACGATGAAGGAAGTAAAAGCAAGAAGAAGGATAAGAAGAAAAAGAAGAATAAA GATGATGCTCAAGAGGAGTAGAGGTGAAGGTTTTTACCCCAATTGAGTGTGCTCCTATGT ATGTTAAAATGCACGTCATGTAGTTCAAAATTTTGCCGTTTATTCACTTGTTTTTGGGCA GGAGTTTGTTGCAGCTGAAGTTCCTGGTCATAGACGTGCTTATTAGTTAATTAGTTTTAC CTTTTTTATTTGTCAAGACTTGAGTATTTCAATCCATAAGGCTGTTTTCTATCTAAATTT TGAGATGTTTTCTGTTTTTGTACTTCATTGCCTGTAGATGTCTGTAGCTGAAATACAACT AATCAGCTGCATAACAACTGCCTTTGTTTGAAGCTGTATGGTGTGTATAGTTAGTTCTAG GGCAGGAAGTTTGCAAGGCAGTAGAAAGATTTTGGCCACTGTTTAGCACCTTCTATCTTA GAAGGGCTGCTCAAGTGTTGAACTATTTTTCTTCATTGAATCAATATACTTGGAATTTCA AAATGTGTTTGTTTTGCTTAAATACTCAAATAGTTTTGAACCCAGATTTGAATAGGTTTA TATCATATATGCAACAGAATTAAGTAGCTCTTTGATAAGTCAAAAATGAGGTATATTGAT ATATGTTGTCATAAAATTTAGCAGCTCATATTCTGAAAACAGAGAGCGTAGTTAGACTCA TCACTCTTTCACCTTTTACACTTTAGCTTTCTCAATCAACTACTCCACTACCTTACTAAA AGTGCTCGTGTTAAATAGATATTCTTATTCAAAGAAATGAATATTAGATTTAACTCAACG TAAAGCCAACTATTTGTCAATATAAGAAGACAGTGACAAGGGGATGTGATTGTTGACGAT GAGTTTAGGTGCTAATTCAAACTTCACCTGATGAGTTTAGGTGCTAATTCAAACTTCACC TAAATAGTGCTGTGAGCTTTGCAGCGTTAGCCTTTTAACAAATTTAACTGGGGGGGCATG ACAAATCAAGACTGGGGCTTTTATTAGCCACCTATGTAGTAGCGAAAAAGCACTTAGACT TTTAATAGCCATAGTGGATTCATCAATGTGATGACATAAACAAAGGGAGGCATATGCAGC GGCAACAAGGCAATTTACCTCACTTCTTGGAGTTTCAATTGAATCCACAACAAAGCTAGT GCCACTATGCTTTCGTGGAAACAACGAGATCATTTCAATATAAAACTGCAAAAGGAAGGT GCACGACATAAGATTGCTTCTAATTGTGCATGTGGTTTATGTAGCAAATTCTCAATCAAC AAGTAGTTACACTATATACTATGTGGGCATAATGATGCTTGCCACAGAGAGAGAAAAAAA AAGACAGCATGTGGCATATTGAACCAAATGCTTCCTCATCACATTCATAGAACTCATAGC TCATTTTTAACCATTCTACCTTGTAATACTAATCTACCAGTCATAGGCAAGAAACTAATT TTTCAGAGGTAAGCCAGTCTTTGGTAGCGGTCAAATCCGGCAGCACAATGGCACCAGATT TCCTCCCATTGACAGCATCAGCAGTCTTGAATCTGTCCAACAACAAAGCATGCATCCCAA CACCTCTCGCAGCTAAGTAGTCCTTCCTCAAGCTATCTCCAATGTGAAGTGCTTCTTCTG GTGCTACATTTCCTGCTTTCTTCAAAGCAATCTCAAATATCCTCGGATCTGGTTTCTCAA CACCATCAAGACCAGAGAATACGCCGAAATCCCACTCAGATCCCTGATTTTGGTCACACA CACAAAAGGGTTCGCAACTACTTCATTGTTTTTCAGTATTTATGGAAAAAAAGATTAAGA TCAGCCAAAAATTGTTAGAAGAAGAATGAGAACCATTGTGTATCTACCTGATTTAAGCGT AATGCAGGAAGAATTATATCACGATATCGATACTCAGCATTGCTGACCAACCCAACCGTA ACATCCCCCTTGCGGAGCCATCTGAGGAACGGTATAGCATCTGGAAATATTCTATAAGGT GCAGCAGAACCAAAAGTAGCATATATGCGACTATATATATTCTGAAATGTCTCATCATCA TATTCATAACCTGCCTGTCAAAACAAAAGGATACTCAATATTAGTAGAAACATAAAATAA TTACAGTTCAGATCTCAAATCGTAATTCTACAGTCATATGGAAAAGTTCTGAGATTATCT ATGAAAATACTGACAACCAAATATCCCAAGATAATGCCATGCACAAACACCTTAACAAAG GAATCCCTGACACAAATCTTCCACCACACATAGTTAGGAATATTATCAGCAAATCCAAAA CATGGATGCTTCTTTGCCAATTCTGCATATGCTACTTTAAAACCAGCTTGGACTGCCAAG CAATAAGAGTCGCCCAGATCTCCTTTGTAAGCAATAAGTGTACCGGTAATATCAAGTGTG ATGCAGCGTAACCTCTTTACAATATACAACATTGTAAATGATGTGTGTTACTATTTCACA GTCCTGCGTTGCAATTTTCAACAATTATGTCATACATATCATTAATTCATAATATAAAAC ATAACCTTTTCGAAAGCAATCCTACTAGGACACAAGTTGACAAAGGAATCCACAGAAGGG GGTTTCATTATCCCAAATAAACATCATTCTCTTGAATAAATTTCATGCAAGTAGAACTTG GACAAACTTCTACATGCCATAGATCATTTTACATATAAAATTTAGACGACTACTGAACTG CTTTAACACTATTCACCAATTCTTTAATCCCAAACTACTTAGGATCAGATAAGTGAGACC CCCTTGGATGGGAATTTCACATCATATGATGGATAACACCATCAGTTCAGCACAAGATCT ACAAGATCTTTCTTGTCAAAAAATAAACTCGTCAACCATTTGACTATTTGATAAATCACA TGCAACACCAGTTCAATTCAAGGTTCAGAAATATCACAAGTAAATTTAGACTAAAAATAA TAAGGAGATCATCTTAATATTGCCTCTTCCTTTTCTATAAGTGGGGTTCATCCAAAAATA CTAAAAGAGCAGCTACGGCATTAGAACAGGACAATCTTCAGAACAAGAAAACAATCAGCA GGAAACGAAAATCAAAATTAACTCACGAAGAAAGCCTAATATTTCTTTTTCAATGTTCAA GATACACACATGCACAAAATAATAATGACATCATCTTCGTATTGCCTCTTCCTGTAAATG GGGTTCATTCATAATGGGTAACAACATGAAAAAAGTAAAAAGCTGCTACTGCATTAGAAG AAAAACTTCAAAACAAAATCTAACAATTACCCAGATTAACATTTTATTTTTCAAGTTCAA GAGCACATCTCTGAATCCAACAATGGCTTCATTTGCGTGAACCTAGAAGTTGTTGTTCAT ATATTACACAAAAAAAATAATCAAACTTTACGAAATAAATGAGTAAAATGATGGATTTGA AGCATACCCAGACATTGAAATGGATGATAACGAGAATCACTGCAATGAAATTGTTATCTT CTCCAAATAAAATCAGTTTCGAAGCAGTTTTTGTATATTTAATCTCAATGTATTTTCTCC ATCTGTGTCCGTTTTATAGTTTTTTAACCAAAAAAAATTGCACGGAAGTCCTTTAGGTTT GTTCTTTTTACATTTTGGATCTTGTATCAGAGTTGTTGGTCAAAATCATGCTTAAACTAT AATCCTAAATTTAAACTACATTCTTAAAATATCAATCTTAGCAAAAAAACATTCTTCAAG TATTCAAAAGTGAAAAAAATCAAGTCAATCTCTTCGTAATTATTATTTTTAGATATCCAA AAATACTATCGTGAACTTTTCCAATAATTGATTTAGCATTATGTAAAAAAAATTAGTCTG ATAGTTTTTTTTCATGTATTTTATATTGAAAATATTGTTAGTTGAAATATGTTTCTTCTT GAATATACTAGAAGCGACGTTTGTTGGAACTTCTGCTTCTAATAACGTAAAATTAACTCA AATGCGAGAGATGATCATTATTTTGATCACTTCAATATCAGATTTATCAAAAAAAAAATT GATCTAAATACAATTTGACTTTGAAAAAAGTAAAAATAATTAAGTTTCACCTTTTTTCTA TTAATAAATGAGAAAAAGAGCAAATTATGCATCATCACTCCTACCCAAAAAACAAATTCA TTCACTAAGTAATGATGTCTAAGATTTCTAATATTTATTTCAGAACTTTTTTTAGCATAC AATGAAATTATGCAGGAAAATTTTTGTTGATAGTCACGTGTATGACTAATGATCGTAGGA TGTTTTTTGCCAAAAAATATATTTTAAAGATGTAGTTTAATTTTGAAGTACAATTTAAGG ATGCTTTTGGCCAAAAAAATATTTATTCGTAGCAAATTAGTTAATTATAACTTATAGCTA TATTAAAAGCTAGTGGAACATTAGTTTTTTTTTTAGGAAAAATTACTTGTATACGCAGTT TTTACTTTTATTATTTTCCATTTTTCCCTAGCTTTTTGAAATATTACGTAAATTTCTTAT TTCTTCCAATTCTTAAAACTTTCAGATACATAAGACCCTTCAATCAAAACCATGTTTATC ACTCCTCTTTTCTCTCTCTAAATTCACTTCACATTCTTAGTAGTTATGATTTTTTATTCT TTTAATCAAGTCCGCTATGGACAAGTGACTTTATAATTTATAAATACTCTTACCATGTAT ACGATCGGACTAAGAAATATGGGTTAACTAAACATGGATAACTCACTACTAAATTAAATA ATTATATTTATATCATTTGACATATAGAGTCTCTTACTTAGAGTTGGTTTCATACTTCTT GTTCTGATTGTCTCAAATTCTCAGTTATTCTATAATGTAATAGTGCTTCCATTTAAGCAA GATGTCTGTCAACTTAGATGAATGATTTATTTGGTTTGTCACCTTATTTTAAAGTAAATT TTAATAATTATTTTTTTGGTGTCAAATCTTAACAATTTAACCGATAACTGATAAGTCAAT ATCTTAATGTTTAGCATGTCAACAAATCAATAACTGCCTTTGTTTGAAGCTATCTGGTGT GCAAGTTATATCTATAGTTCTAGGGCAGAAAGTTTGCAAGGTGGCAGAAAGATTTTAGTC TCTGTTTAGAAGGGCTCTTAAACTACTGTACAATGAATCGATATACTTTGAATTTCAAAT GTGTTTGTTTGGCTTAAATACTCAATAGTTTTGGACCCAGATTTGAATATGTTGACAAGG GAAACAGATATATAGGTGATAATAAATATGTGCAATAGAATAAAGTTAGCTCTTTGATAG TCATATATGCAACTTTTGGTGTAATTGAAATCATGATGAGTATAGTTATTTCTTCTTGTC ATTCTAATATTATGCAGATACAACAGCATCTGGCATATCGAACTAAATGTTTCTTCATCA CATTCATAAAACTCATAACCATTCTTGTAATACAAATCTACCTACCATTATAGGCAAGAA AATAATCAAACGGGACTTTTACAGGTCAATGCATTTCGAATTTTCAGAGGTAAGCCATTC TTTGGTAGCGATCAGGTCAGGCAGCACAGTGACACCAGATTTCCTCCAATCGACAGCATC AGCAGTCTTGAACCTGTCCAACAACAAAGCATGCATCCCAACACTTCTAGCAGGTAAGTA GTCTTTCCTCAAGCTATCTCCAATGTGAAGTACTTCTTCTGGAGCTACATTTCCTGCTTT CTTCAAGGCAATCTCATATATCCTTGGATCTGGTTTTTCAACCCCTTCAAGACCGGAAAA TACGCCGAAATCCCACTCAGATCCCTGATTTTGGTCACACACAAAAAGGTGTTCAACTAC TTCATGGTTTTTCAGTGTGTTTGGAAAAAGATTAAATCAGCCAAAAGATGTAATAAGAAG ATACAACACAAAAAAATGAAATGACAACCATTGTGTATCTACCTGATTCAAGCCTAATGC AGGAAGAATCACATCCTGATATCGATACTCAGCATTGCTGACCAACCCAACTGTAACGCC CCTCTCGCGGAGCCATCTGAGGAACGGTATAGCATCAGGAAATATGTTGTAAGGTGCAGA AGAACCAAAAGTTGCATATATGCGTCTAAATATCTTCTCAAATGTCTCATCATCATATTC ATAACCTGCCTGTCAAAAGAAAGGATACTTGATATCAGTAGAAACATAAAATAATTGCAG TTCAGATCTCAAATCATAATTCAACAGTCATACTAAAACGTTTTGCCGCTGTTCTGTAAT AAATTGAACAAATGACTTCTGAGATTATATATAAAAATACTAACAACCAAATATCCCAAG ATAATGCCATGCACAATACCTGAACAAAGGAATTCCTGACACAAGTCTTCCACCAAACAA TGTTAGGAATCTTTTCAGCAAATCCAAAACATGAATGCTTCTTTGCCATTTCTGTATATG CTAGTTTAAAACCTTCATGAACCCGCTTATAGTCAGGACATTGCTGCCCAGCAGCTTTGG CAGCCATGCAATAATAGTCACCCAACTCTCCTTTGTAAGCAATCAGTGTACCGGTAACAT CAAGTGTGATGCAGCGTAACTTCGTTAAAATTGACATTGTAAATGACTGTACAGAAAACT CTACCCTGTGTGTTACAGTCCTGCATTGCAATTTTCACCAATCATGTCATACACATCCTT AATTCTGACACTTATAAACTATGGTATTCCCAAATAAATGTTTAATTCCATAATATAACA TGTACATTTTCGGAAGCAATCTTATTAGGACACAAGTTGACAAAGGAATCCACAGAATGG GATTCATTATCCCAAATAAAAATCAATAGACACCAGTTCTCTCCAGAATGAATTTCATGC AAGTAGACCCTTCTGCTATTAAGATGTTCTTATGTTTAACTTGCTCAGAATTGTAATTGG AAGGGATGTAATTCTAATATTCTCTAACCATATACTAGTTCCAAATTGTGGCATCTAGCA AGAGTGAAGAGCTCTTATGAGAGAAAAATTCACCGTGAAATTGAGATCGCTCCTCTAATA TCAAAGTATAAGACCATGTCCAGTACTAATTATGAAACAGAAACTCCTCAACACACAAAA GAAAAGAGCCGTGTAACTTGATCCGAGAACAAGATAACTGATATCAGTTGCTTATATTAA GTACTACACAAACTTCACAACTTCCAATGAAATGATACAATACCTTTGCGTAAATCAAAG GAGGTGGGTTCTAGTCCACACAAATTGATATGAAAAAACCTTGTAGGAACTGGGGCCTAA AGCTCCAGCAAAGTAACCCTAACAAATGTTTGAAGGAAGATTTCTTATAGGTGTTTAGAA ATTAGAATGACACTGGAAGCCACATCCATCCATCCTGCCCTTTTTGTTTGGTGGCTAAGC TATCATCTTAATTCTGAATGTATGATGGACATTTCCTGTAACCTTATCATAACAATCACC TCTAAGAGAACCAAGGGGCCAATGGCAATATTTTAAGACATCAAAGAAGATGGCCGAGAA ATCTACCATAAAATAGACATTTTCTCCATGCTAAACTTCATACTTCAAATAAATCTATGT TACGCAAACTTTCAATTGCCTTGACATACCTAGATTGAAAAATTGGTGTCAGTCCATTTA GATCCTTCAAGATACACTTAAAATTTGCTAATTGGAATGGCTAAATGGATACTTAGTGAC ACATGAACCAAATATATCCAACCTAAATCCAGGTAACATAGGACTGAAAATTCTCATATA TACACACACAAGAATATCTTCTAAAAGGGAAGGAAAAACGAAACAATCTAGGATGTTTGT AACCTTGATTCAAGTTCATGAGTACACACAGACATGGTATGAGCAGAAGGAACCAATAGA CCAGCTGTAGGTCGATCCATGATCCAAATTTTAACCTTATGCACAGAATTAGTGAACCTG AAAACTACTCTATAACCCTAGTTCTCGTCTAAAATTATGCATTCCTCAGGAAATATGAAT AGATAATATTCTGACCTGAAAATCCAACAGTCAATCTAATAGAAGTTGCAAAATCACGGA AGGATTAAGTACCATAATGGATTAACCCATGTTCTGCCACTTCTTGGTTTTTCCTAAACA CCAAGGGGCAAAATCTGATGCCTTACACAACTGATCATGTGGACAATTATTTCATAGATA TTTGTTTAAAATAACAAACATATCAGCTACGAAAGTGATTTTAGAAGATATAAAACACCA AACATCTCTATTGATGAGCCACTAAACATCCACTCATCATCAAAACCTATTCAAAGACAG ATATATCCAAAACGTTTGCACTTAGTCATAAACCTGCAAAGCTTCAGGCTTATAATCCTG AACCTCAGGAACCTGACCAAACATCTCCATATACCATAGATCAATTTACACATGAAATTT AGATAACTACTGAACTGCATTAACCCCATTCACCAATTCTTCAATCTCAACCACCAACGA TCACATAAATGAAGTCCCTGGGAATGTCACCATCAGCTCAGCACAAGAGACAACTAAATC TTTCTTGTCAAAACAAACTCGTCAACTATTTGAATAATGACTTTAATAAATCACACGCAA CAGACTAAATCCTAATCCACACAATTCAAAGTTCAGAATTATCACAAGTCAATTTAGACA AAAATGAATAAATAAATAATAAGATCATCTTAATATTGCATCTTCCTTTTCTGCAGGTGG AGTTTATCCAAAATGTGTTAATACAAAAAAAAAAAAAAAGTAAACGAACTGCTAGGGCAT TAGAAAAAGACAATCTTTAGAACAAGAAAACCATCAGCAGCAAATGAAAATCAATCAATC AATCTACCTCACCAAATTAACTTGCGAAAAAGCTTAACATTTCATGGCCAGGTTCATGAA CACATACATGCACAAAAATCACAAAGAAATTCAGGTTTCTGAATCCAAATATGACTTCAT TTTTGTGAATCCAAAAGCTCATCTTTAACACAAAAAGATCAAATTTTTACACAAGAAATA GGATAGAAGATGGATTTGAAGCCTACCCAGAAGCTGAAATGGATGAAAAAGAGAATGGGC TTCAATAAAATTGCTATCTTTTCAAATAAAGCTAGATTCTTGAAGCAGTTTATGTGTATA TTCAATTCATTTTGAAGCCTATTTTAGCTCAGATACAATTAAATGTATTTTCTGCTAAGT CTCACTTTTCCCCTTTTATAATTATCTTGAAACGCATATTTGCATCAAAGTCCTTTAAGT TAGTTTTTTTAACCTTTTGTACTTCTAAGTTCTGTCACAAAAGTTGACTCTATTTTGTGT GTAGTATTAAATTTTTTTCTATTTCTTACTCTGAGTTTATGTTTATATAGTAGCTCGATT AAATTTGGTTTTAAGTTAAAAAATCTCATATTAAAAATAAAGTGTTTTTTAATATTGACA ATTACGATTTTATTATTTAATTAGAATATTAAATTGAACATCCTCCCAAGTCCCAATAAT TTATTTTAAATGAATTATGTCTAAATTAACAAAAAAAATGCGATTTAACTAATAATAATC AATAATTTAAAAGAAAAAAACTTCCTAACAAAAAAGTTGATTATTGAAATCCTTTATGAT AATTTAAAAAATTGAGATCAACATTTAATTAATAATGATGCTTTTCTTCTTTCATGGAAT GTCATTAATAAAATATTACTTTTCAACTTTAGTTACACAAATAACTCATGTGTAATGGAA AAATATAATAAGCATTTCACATGATTTTATATTTGTGGAATAACTATCTCATAGAACGTG CATGTCAACTATTAGGTCTCACTTGATTGGTCTTTTAATTGAGTTAATCAATACATTAAA ATTATTTATTTAAATTGAACTAAATTGTCCTTTTATTTTTTTTAAAAAAATGAAAACATA AAAAGTAAAATGAGAATATTATTCTCTCCATTTCAAAAATAATGACCTCCTTTTCTTTTT AGTATGTTTAAAAAGAATGATCTTTTTCTTTTTTTGGTAATAATTTTTCACGCGACATAT TTAAGATCACAAGATTAAAGGGCAATTTTGTATATTTAACATAACTTTAATTTAAAACCA CATGATTAAAAGTCTTTTTTATTTTTTTAAATCCGTACCAAGTCAAACTAGATTATTTTT TGTGAAACGAAGAGAGACAATTATTATATTACTAATTCCTCTCCCAGTATGTAAACCAAT AGATATAAGTTAATTTTGCTTTAACTTTGTGGAAACTATTAAGTACTGAAGTGTACAATT TCTTAATAAGGGGGTGCTTCTAAAAAGTAAAATTCGAAAAGTGAAGGGTACGTCTGCAAA TCTTCTCGATAAACGAAGCAAGAGAAAACCATGGACGGAGTTTTTTTTTCCAGTGGATTT TGTATTACCTAAGGCTTTAATAGCGGGATGTCCCATTAAATCTATATTTGCGTATGAAAA TTTTCAATTTGAAGAAAAAGCTTTTTAATTGGAGATTTAAATTCGAGATTTTTGATTAAT AATAATAAATATATTTACCCTTGATGTTTCTTGTGCACTTCAATTATTGTTTAATTTTTT TCTTATTATATTTTTAGATTAATTTTGATATATACTTCTAATAAAAAATCAATCTAATTC TTTTCACAAATAGAAATAAGGTCGCATACACAATATTCATTTCAAATTTCACTCATACGA TTACACCAAATATATATTTGTTTATATGTATAAAAAAGAATAATTCATTTTTATAATATT TTTATTTTTCTTCATTACAAGTATTTATAATTGCACAAAATATTATATTTTTTCCATTTT TATGCTTGTCATTTATTTAATTTTCTAAAAAAATATTTTATTCATCTTAAATTATTTATC GTAATTATCTTTTACACGTCTCTTGTAAAATTAATCAGAAAGATCATTATACTATATCGC TCATTTTTATTACCTCCCTAATATTTAGTTAAATAGATCTTTTGACAATACTAAGCTCCT TTTTAATTTAGATCAGTATATTTGGATTTGGATTTTGACTGAATTTTAAAACATAAATTT ATATTCTTTGCTTTAAAATTAAAAAATTACATTGTCATGAAAACTAAACTCATTAGTCAT TGGCCTCTGATTTGATATCCTAACTAAAATGGTATGTTAAGCTAATGGTAAAATTCAACT CATATGTGATATTTGGAGGAAGTTATTTTCCTTCGTTTCCGAAGGAAAGTTTAGATTTGA AAAATATTTTTTAAATTTTTTTAATCAAATATGAGAAAATTCAAAAATATTTTTTGAAAA ATATTTTACTTTCTATTAAACACACTTTAAATTAGTGTTTTTTCCATTAAAAGTAAAAAG AAAGACAAGTTAAATATGAAATATTTTTGGGAAAATTTCATATATGGCAAACTTATTTGA TTAAATAACATTATATGTGTATAGTTTATCTAATTACATTATATGGGTATGGTTTAGTTA TTTTAGGTATCTTTAATTTTGTATATAAAGGTTTTTTTTTATTTATACAATTCTATTTTA AAAAGTGGTTTGTAACTGAAGCGTTAAATATGCTAACAATAAATTAAGATAATGCCACAA TTTTAGGGAAACGTCCCTTTTTTTAAGCTAAACGTTTAAATTCAAAAAAAAATTCATACA GCAAGTGAAACAAAAATATAATTTTATATATACTTACATATATATACAAAAAAAATTTAA AAAAAAGTCATGCACTGATTAATTTGTGTGTATATATATGAACTTACCTTTTTTGTATAT TGATATGTGTACATGAATATATTAGTTAAACATGACATTATATACAAGTTTCTAAATGAC TTTTTATATATACTCCAATAATATATAAAGTTAATATATACTAACTTCAATAATTTGTAT ATAACTACTACAATATACAAATTATAATCACATATGATATTTTCCCATCTATATAACTAA ATCCAATTACTTTGTGTATATATGTATATAAAAAAATAATGAGCCTTTAATATACAATCC CCTACTACCAGCTATTAAAACAGACATGTACATATCAATTTTTTTATATGTATATAAACT TAATATTTACTAACTTCAATAATTTGTATATAACTAATAAAATATACAAATTCTAATCGT ATATGAAAATTTTCCATCTGTATATTTAAGTCCAATTACTTTTTTGTATATATATACAAA AAACAAAAATAACATAAACATGCAATATACTATATACAATTACTAAATATGGAATATACT ATATACAATACTTAAGCAATACTTTTTGTATATTGACAACTAATTAACCAAAAAATTGTA TCTAACTTTGTGTTTTAATACACTACCTCATGATTTTGAAGTTCTTCAGATCCGACAACT TCAGAATTATTTTCCTCTGATTCAATGTTTACAGCTCTCCTCTTTCTTCTTCCTTGTACA ATTTTAATGACTCTAGTTTTGACATTTTTAATAACTTGTTGAACTGCCATAGGGTTTTTT CTTTGATCTCAGCTCTTCCATGGTTTGTTCTTGTATAACTTGTTTTGATTTTCCCAAAAA CCCTACATCAACCCCAAAATCTTGAGTTAACCCCATTGAAAAAGATGGTAAAATGTCAAC AACATTGACATGCAAAGGACTACCTCTGGTAATCCTCAAAGATGGAGATGATTCATTCAT TGTTTGACCAATTTTAGATCTATCAAGAACAAAAAATCGATTATTTCATCAAAATATATG AAAAAAATAATAAACAGAACACATATACAAATTTTGAATAAGTAAAAAAAAGAAGAAGAG GTAAACAACTAAAATTAAGGAGTATTTACGAAATTGACTTCAACTTCGGAAGGAAACTTC AACTTCGGGAGGGAGTAATCTAATTTTGGACAACAATTTGAAATTCAAACCGGATAGTTG AAGTATTAAATGTAGGAGAAAAAGTTGGAATGTGAAAAGGAGAGTGAAAATTGTTTTGTG TATAATTTTATACAAAATTAGAAAATAAGATTTTTATACTATTAGTTACATAATAGGTTG CGGACCCCATTAATTATAGCAAAAAAAATTAAACTATAATTATATAAGGTAAATAAATTA AACTATACCCCTATGATATAATTAGTTATGAATGTTTGTCATTTCATATAATTTTCCCAA TATTTTTCTACAATTTATTAGCAGTCAAATTTAAGTTCACTTTAATTTCATATTCTAGTA GAATGACCCGTTAAAAGTTAATGATAATGTCCAATTTACATGTGATAAAAACAAGTGGCT CCTACATTAGAAGGGAAAAAAGAATTTAAAACAAGTGTCTATTATCATTTCGATAATCCT CCATTAGAAGTAAAAAAGAAAGAGAATTAAAACACAATTTTTTTTTAATTATAATTTATT GATCAACTTAAGTTCATTTTGAATTTTAGTATCCAAGAATGATTAAAATCAATAATAATG TCCATTTTACTATAAGTAGTTTACGTACGCGTCATAAAACAAGTGCTCCCTTAAAAACTA GAAAGAAAGAAAATTTAGATACGAAATATTTTTTATAATTATTCAAATAATCAATTCATC AAAAGTCAAAAGAAAGAGAACTCAAATATAAAACATCTTTCTATAATTTATTGAATCTAA AAATTTAACTTATTTTGATTTTCATGTTTTAAAATGGCATGATTGACGCTAATGATGATG TTAATATCCATTTTACTATAGATAGTTCACATCACATGCGATAAAACAAGTGTCCATCAG AGATTAAAAAGAAAGAAAATTTTAAAAGTAAAAAATAAAGAGAAGTTAAAGACAAAATAT TTTTTCTATAATCTTAATTCATTTTGAAAGACCAATTATAGCGAATGATAATTCCCAAAA TACTCCATTACAAGTCAAAATGAAAGAAAACTTAAATAAAAATATTTTTTCAATAATTAT ACGGATAATTTTTGTTTCATTATAAATTAAAAAAAGAAATAAAACTTAAATAAAAAATAT TTTTTTTATAATCATTTGGTATGCAATATCTAGTGGCAGACTTTGAATTTTATGTTACAT AGAATTAATTAATTATAAATTTGTGAATATATAAGTATATTATTTCCCACAAAACAAATT AAAAAGATAAAAACGAAAAAGAAAGAAGAAAAGAGAGAAACTTGGTGGGCTATAGCCCAA ATATAAAAGGGGCAGTCCGGTTGAGCCCAACCCAATTATAAAGAGATGGGCTTGACCCGA ATTGACTTGGATCTGTTGCTTCTTCTTCTTCAATGGCAGTCTCAATCATCCCAACCTTAA ACCCTTGAAAACCCCAGGAACTTAATTGAAAAGATTTGCCAAATTGATAGCTAAATTTTG TTAATTAGGGTTCAAATTGCACATGTGTACTGATCAGTAAGTGGTAACCAATGCATTATC TTAATAATTTCAAGCGTGTCTTCCAGATGTTTGATAAAATTCCTGTGAGAATACTTCAAG ATTTTGATCCAATTGAACATATGTTTGTATGTACCATATTACATGATTTTTGTTTTGTTT TCATATGTTAATGTAGAAATGGTGGGACAGGATAAAGCTGAGCTAGGGGGTTTGCTTGAA ATTCTACCCCCGGTAGAGTTTTGCTGTATATATGGTTCTAAACTTCATCCCAACAACAAA GATGAGGTTTTTTCTACTTCCTTCTTTCGGATAATGAATTCCACTCATGGTTTTATTTGA TCAAGAAGTTCTATAAAATACTGCAATAGTACATTGCTAACAAATTCATTGCTAGACATC TATGACAGATTACATTATTGGAGTATCTGATCCTCGACAATGGCATTCTGAGGTAATTGC TGAATTTTAAGCAACTCTCTGTCCATCTTTGTTTTCAAAATCTAACGTCTTTCTACAATC CAGAATCTAAAATTGAACAAGGATCACTATGCTTCGTGTCTCATTCGCCTTGGTGGAGCA AGGATGGTGCTATTTCCTTTCTTGAATTAACTTTGATTTCCCTCATTTCTTTACTACTTT ATATATGTTTTTAGTCTTACATTTCAACTCTAACTAAAGAACAATTTACTGTGCATTGTG TCAGATAACTGATATTGCAAATGACATTGGTGTTGGCGTACACTTCAACCCATTTGTGTC TTGCAACAACAAGGTAAATGAAGATGCACTTTCTTTTAACACATCAGTAATTTAAGATTA ACTTTTACAGATGTTCAAGTATGGAGTTGTACGGATGCATGACTTGATTCAAGACATATT GGGATGGGAGAGGTTTTATCTCAGCGGTCGTTTGCAGAAACCAGTATGGCTTGTTTTGAA CTGCTATTTAAATAACATATTTTACAAAGGACTTCGGTTACAGTATTAGTTACATTGATG TAAGGACTTCCGAATGAATTTAAGTCAGTTAGTATATTTTGCAATCCTTTTGTGCCTCTT AGTCATTATTGTGGTACTTCTATGTCACATGAATTTAATTTCTGTTGTGATGAATTTAAT AATATTGATGGTATCAGGAATAGTTCTTTATTGATGACTGACTTTCCTGAGTTGCTATAA ATACCTATCAGTCAAAGAAGCATGAAATCATCATTTAAGAAGTAACTTGCTACATGATGT TAGCTTACTCTCATTTGTATAACAAAAGGGAGAAAACTTGGTAATGTTTTTATTCGCATT AAATGTGGTCAAATAAGCTTACATTGGTTAGGATAATATCCACGAGCTCTTGTATGTTCT CTTAGCCGTAGGATCTCACTTTGGTGGTACCTAGAGACATAAGAATAAAGAGTTATCATA ATAACGCTGTATTATGATCCTATTATAATAACGTTGTATTATAATCCTATCATAATAACG TTGTATTATAATCCTATCTAATTTTCCTCTTCCCCAAAAGAAATCCTATCTAATATTTCC TCCCAAAAAAAATATAATCGATTCTGGCTTGAAACTATATGTATATCTCAGCCTGCATTT TCTTACAAAACAAATTAGCATGTGCTTTTGATATTTGATGGCACACCACTGCTAGCTTTT AAGCTCTCTCTTCTATTAACCTGAAAATGAACATGAAAAGTCAAGTGAGTGTGTATGGTA ACTTGTTGTACTCTCAAAGATATTCCTAACAGAAGCAGTGCACTCAAACATTTCTTGCGA GTGTTAAAAAGAACTTCAGTTGGAAATATTCGAATGAGATGCTTTGTTTTCTTCTGTCTA TGTCTGCGCAAAGGTTTTAAACTTTGATAAACTTGACATTTGACCACCAAAGCTCTATGT TGCATCAGATTTTACAGCTCATTGCAAAATGGAACCTGCATCCCTAACTCCCGTCTGATT TCTAGTTTCCTTCTTAGTCGTATTAGTTGGAGGCTTAATAGCTATTGCTTGATTTTTATT AGACATTTCTATGCTTTCTAATTGGGAAGTCATGGGCTCATGGCTGAAATTCTGCGCTTC CTGAATAGAGAGTTTAAGTCTACTGTGGACTGAAAATATAGAAATGCTCCTGATAAAATA TATAAAAATACATAGAGAGGCCGTCTGTTTCTCTAAATTATATTACATGATGCATTCAAC AGATATCGCTCAACTGATTTTTAGTTTCATACTCAGATATAATATTCTGAATTTCTTTAT TGGCTCCTTTTTTGCTTGTTGTGGTGAGTCTGGTGACTGTCCGTCATCCATAACTTACAT TTACTTCTAAATCAGGTGAACATTCTTACGGATAACTTGGATATAAAAAGCGTGAACAGC GTGAATCTGAAAGCTGCAACTTCTGCTGCTCTTCTCCTTTTGCCATCTAAATTCACGGAG GTTAGTCTCTTTAATCATTTCTGATTTCTTGTCAAATAGTACAGGGACATAACACATGCC ACTTGGATTTGGTGTTTACGCATGCAGGAAGATTTATATGCCAAAATCTGTAGCCTCTCA TATACAGGTGACTTGCGTATGCTTTTTGCAGAGGACAAAAATAAGGTAGATTTGACATTT GAGTGGGTTTAAATTTTAAAATTTTGTGGCCCTGACTGTACCACATGGAAGTATCAATCT ACAAGTAAGTTTATAGTGTAATTGGGTAGTTTCTCAATTTTATAGTTTTATATTACTTCC AGCGGATCAATGAATATCAGTTAATTTGCATCTCATATCTACAAAATATCCTTTTTGGAC TAGAATTTGAATCTCAACTTTTAGCATAGTATCTCATAGTGCATTGGCAACTTTCATGCC ACATTAATTGATTGAATTGATTCTTCCATTCCGTGTACATGAATTTCTTCATTGCATATT GATCCAGGTGAACAAAATTGTACAAGGACAGTTCCATTTATTTGAGGAAATGTATAAGCC ATTTCTGGAAGAATACGAGGCCAAAAACTTGTTGAGATTTTCAGTAGCTGGTGATAAGCA AGTAAACATATTTCAGGTCTCTCTCTTTTCTAAAGCTTTGTCTCGTGTTGCTTCCTTAAC ATGGTTAATTGTCCTGAATGATGCTAATAATTCTTTATTATAATCAATGCTTCTAATACG GGAACATATTTATATCGACGATAAAACACGTTTTTCTATTGAAGCATAAAAAAAAAAGTA TGGTGTGAATGGGTGATCAAGAATATACAGCATGAGACATGCTAATGGGGCCCTTCTATT GTTGCCTGTTGTGTACATTTTTAGTGGTAATTTTTGACCTTGAATGGTAGCCTCTGTGGT CAGTGAAATTTATCTTTCTATTCTGAACATTTCTCAAATAGCTTTGAAGTCATTTGCTTT CACGACTTGTCAAGTAGAGTTTTGGGCATCACAAGTTCCCTTGCATGAAAATTAGTTAGT ACTTTTACATGATTACAATTTGTACACACTCTGTTCATTGAGTCAATCTCGATCTTTGAT TGCTTTCTTAAAATTTTCATATTACTTCTGGTAATACATCTATATGAGATTCTTTGACTA CACAAGCACATCTTTTCTTTCTGATTGATCCAAGGAGATTGATATTGATTACACCTCTGT TGAGATATGTAAATAGGAAAATCAAGGTCAAGTCAATTGACATCTTTTAGTGTTATCCAA ATCAGGATTGTGGATTATCTGCTGCTTCCACCTTGGTTTCTTCTCTTCCTTCATCAATCA GAAGTGAGATGGCCATGAAACTTGGAGAAAAGAGAATTCTGGATGACTCTGGTACGTAAA TCAACTGCAAAAAGAGTGAATTTTCTGGAAAGAATCTTAAAATTTCCTGTTCTTTCAGAT TTTTTCCCTTGTTAGTAGTTCCTGTTGAATTGTGTCTAACTTCCTCATTAGTGAACATAC ACTTATATTTTAGTTATTTCACGTCTGTAACTCTTACGCTTAGATCCTGATACCATGTTG GATTGTGTGCTTGTCTCATCTCTAGAGAAAAGTTCTATTTAGTTATATTACTTGTTATGA TAAGCTCTTCTAATGTTCCCTCCTCAGCTTAATCAAATCATTTCACCTATGCCATATTTT CTTGTAGGTAGAGTTAGACAACAAATAGTGATTGGTTCAAAAGAACAGGCTGCTGAGTGC ATGCAGAGGCTAGTTAGACGAAAGGTTATGTTTTCTAGCACAAGGCAGGCTGTTGCAGGT TTATTGACTGCTGGTGCTGTTCATGGAGTCAGATATGTAGCAAACAAGATGCGCAAGGCT TGGAAATCTTGGGTGTAATTGTTTCCTGTTTTTGGGTGACATCACGTCTTTTAACTGGTT CAGACATGGGGATATAGCCACAACCACAGTTACACCTAATGACATGCGGTTCAACCATGG AGTTCTTAGCATGGATAGAGTTTGCCGACTCTCCTGCTGCTTTTTCAAAATAAGACAAAT AGAATTTGAGGGGGGAAATAACCAACAACCCATCAAAAAATTTCTTCTGAAAGTTTTCTG TTCACTTGTATTCTTTTCTTTTATTTATTTCAAAGGTGGGAAGAGTTCTTCAGGGAAGGT CGAGCTGTTGTATGTTTAGAACATCCTGGTGAAAAGAAGTTAATCAATGTTTCTAAACAA GGAATTGCTATTGTTACTCTGTGTGTGTACTTATTTTTCCTCTTTCCAGAGGACAAGTAA ATGTGTTCTAAGGTTCATGAATTGATCATCATGCTTCATTAGGTATGTTTACATCTCCAA TTTATTCATTCAAGTATAATTCCCTTCTATTTATCTCTTATGTATTTTTTCTCCCAACTC TAATTTTCCAGTTGAACTTCAAACAAGTTGAGCAGAAGTGAAATTGTTCAAATTTTATCT CTGCCCCCAAAGGGTGAAATTGAACACAAGACGCCAAGTTTCTAAAGGAAGTAAATCTCC TTACTTTTGGAGTTAACAACCGGTGGGCTTTATAGCATAATAATAAGAAAGCTACCCATC AAAATCTTCAATTTGTATTTTCCTTGAACTTATTCGATAATTTGGCACATCACCATGTCA ATACTAACAATTTCTTCTCAAAGTAGCCTACTGATTTTTATATTTGATTAGTTTTAGGAT AAAGGTATGAATGCATCTCATAAGTTCTTGAAGACAACCAAATCTGCAGTCAAAGGATGA TTACTACAACAACACTCTATCAGGAGTAAGTGGATATGATTCCAATGATGTTGCAGAAAT CCTTCAGTACTACAGGTGACTGGTGATATAGGCCAAAATGTCCAGCCTGTTGCTCTTACT AGTTCCAGATTAATTAATTAACAGACTGTCCTATTCTCTTTCGACATAAGACACACCGTC AATCCAAGGGAAGTAGAATAGATTGTTGATGTTGATATTTCCAATAAAGATGCAATTAAT AATACGCAACTACTGTGGTATCTATCCATAAATCACATACCCAATTCTCCATTGGTTCCT TCAATGTGTGTGTCTTGACTATATGCATAAAACAGAAAAGGACTTGCTTGGAAAAAAAAC ATTTGGCTCATTGGCAACCTTATCAATAACAATAATTGAAGATATGGGAGTCTACCCATA AAAAAGAAAAAAGAAAAAAAGAACCTATAAACAGCAGTACCATCCCAATGACCTAGTAAT TACTACTAGCCTTCTGTAACAGTAGAGCATGACAGTAATAGACTCTACTGATGAAATGGG AGATGAGATACAGCCAAGAAGTTATTGGAGATGGAGCAAACACGATTTCTTCCCGGGAGA TTCTTTCCAGAATTGGAGCGCATACCGATCAGCACTGTCACAAACATTTACCAGATTGAA GGACCGAGTTGCAAACCGTTCTGACGATGCTGAGGAGATTGTGGAGCTAAGGAAAGAAAG TGAGAATGAGATGAAACGTTGCCTTAGTTGGTGGGACCTTACCTGGTTTGGCTTTGGCTC TGTTATTGGAGCAGGCATCTTCGTACTCACTGGCCAAGAAGCTCATGAACATGCCGGACC AGCTATAGTTTTATCCTATGTGGCTTCTGGCATTTCAGCAATGCTCTCTGTTTTCTGCTA CACAGAATTCGCAGTAGAAATTCCCGTAGCAGGAGGGTCATTTGCATACATCAGAGTCGA ACTGGGAGACTTTGCAGCCTTTATCACAGCAGGGAACATAATTCTTGGATCCATTGCTGG TAGTGCCGCAGTAGCAAGAGCCTGGACTTCTTACTTTACAACGCTCTTGAATCGTCATCC AAACTCTTTGCGTATACATACAAATCTCATAGACGGGTTCAACTTACTAGATCCAATAGC TGTTGCAATTTTAGCAATTACATCAATAATTGCAATAAGCAGCACTAGAAGAACTTCATA CTTTAACTGGATAGCATCAGCAGTAAATATGGTGGTGATTTCATTTGTCATAATTGCTGG ACTTGCTCATGCCAATACCTCCAATTTGACACCCTTTGTGCCACATGGTCCCAAAGGTAT CTTCGTTGCAGCGGCAATAGTGTATTTTGCATATGGGGGTTTTGACAATATTGCAACCAT GGCAGAGGAAACAAAAAATCCATCGAAAGATATACCACTAGGGCTGCTAGGATCAATGTC AATTATCACCGTGATATATTGCTTGATGGCACTTTCACTAAGTATGATGCAAAAGTATAC AGATATAGATCCTAACGCCGCCTACTCTGTTGCATTTCAAAGAGTGGGGATGAAATGGGC AAAATACCTGGTTGCCCTTGGAGCTCTGAAAGGAATGACCACTGTCCTTTTGGCAGGAGC AATTGGACAGGCACGCTATGCTACTCATATTGCACGAGTTCATATGATTCCACCATGGTT TTCACTTGTTCACCCAAAGACAGGAACTCCCATAAATGCAACTCTCTTGATCAGAGTTGC AAGTGCATGTATAGCATTCTTTTCAAGTTTGGATGTCTTGGCAAGTTTGTTATCTATAAG CGGCCTTCTAATATCCATGATGATGGCTGTTGCTCTGCTTGTGAGGAGATACTATGTCAG AGGTATCACCCCCCAGACGAATCTTTTGAAGCTTACCTTCTTTCTACTGGTCATAATTGT ATCCTCTGTTGGGACTTCTGCTTATTGGGGACTGGACCCTAATGGTTGGCTTGGTTACAC AGTAACTGTTCCCCTTTGGTTCCTGGCCACTTTGGCAATTTCGGTTCTTTTGCCACAGGA TAGAACACCAAAAGTTTGGGGAGTCCCACTGGTTCCTTGGTTCCCATCCCTCTCAGTTGC AATAAATGTGTTTCTCATGGGATCATTAGGAGCTCAGGCATTTATAAGGTTTGGCATATG TACGATTGTAATGCTGATATATTATATATTTTTTGGCCTCCATGCAACTTATGACATGGC TCATCAACCAAAGAAGCCAATGACTTCAAGGATCTTAGAAGAAGATATGGGAAGTGCTAG GGCATAAGTTTTTACACCTATAATAAAATCTGGGACTTGAGTTCCATCACGCTTAATCCT GCAATCATAAGATCTATGTTAGATGAAGTTATCACTGATCAGACAGTATCCTATCATTAT GAATAATGAAAACTGTCTACCACAGTACATTCTCGAACATTTCAATGATAGTCAAGTGAT TATTGATCCTTTTATTCATTTTAACTTACAAACCAAGAGATATATTATCAAATGCTTATA CTACTTCAATTTGGAAAATATTAAGACATAAAATACTTCCCAGTTTATTAGAAAAAAAGA GTTTTATGGTTATCTAAATAAAAATTAATGATAGGTTACTTAGATCAAACGAGTTTAGAG ACAAAAAGAAGAAATTACTTCCCACTTTTATAATATTTAAAAGGATTTTAAAAGAAAAGA CACAAGAGAAACGCTCTTTAAAAACAATATTTTTATTAGGTCCAAAAACGCCCCTGTTAC TAATAGTTTGGCCAAAAGAATGCTAACAATAGCAGCATGTTTGGACCAAACTATTAACGG AGGACATCTTTGTTCAATTTTGCATAGTCTAAGGGCTTTTGTTACCCTTTTCAGAAAACA CAAAAAGGAGAGATGCTACAGGAGATAAAGTAAGAAAGTAAACTTCAGCACATAGGAAAA ACATTCTAAAGCAAGAGCAACGGTAGGTTTAGATATTGCAAACTCACTTCAATGATCAGT AGAATTTATACCCTTTTCATATTTTCTTGAAATATTCTTTTTTTTTTTTCTGACAAAGGT AACAGTTTCTTAGAAAGCGTCTATACCAATTCAGGCCACATATCTGAAATAAGTTAGATC CACATTGTTCCAATAAAAATTTTGTCAACTCTACTTCATTTCCAGTCAAAAAAGACCATA TTTGATGGATAAATAAACCCAGAAAATGTTAAGCATAATAATTCAATAACTCCAAAAGAA GAAACATCTGAATTCTGAAAACTTTCAAATGAATATTACCAGATTAAACAGTAATATCAT TCACTGCAACCACTGAAATTGTTTTCTACTGCTTTTCATGCTTCAACCTCCTGCACATCA TGAAAGCATCATCTAATGACCCTTGGACTTCTCACTGCCATTTTCTACTTGGTTGCAATC TTCCCATATGCAACCACCACACTCACAATATTTCTTTCACTCACCATTCTGATCCCAAGT TAGTTGCAAGCAATAATAATTCCATAATAGCTCTACCACAAGAAAATTATTTTAACATAT GCAAGATGCACCGTCAGAGCATTTTGTTCCTTTACCAATAGAAAACGGCAGATATTAGTA TGAACATTCAGCTAATAACACAGTATATAGTAAGGGAAATTCACTTCACATGAGTGTAGA AAGCACCTTTAGTTGAGAAGTCGGAAGGTTGAGAGAGCAAGGTTAGAGAAAAACGCACAG AAGAGAGATTTGCAGCCTGGTAGTACTGTGTTATGAATTCAACAAGATCAATACCTAGTA GCTTCAGCTCAGTGATAGTCATTCCATAACAACTATCCATGTTTTGTGATTCCTATCCAG TTGTCTTTTTCCCTAAGAAAAATGTTCCGTTGATGTATAGGAATAAAGCATAAGTCGTAC TAAACATAGACAATCTAATTGCTCTTTTGTAGCACACATCTGGAGTAACTTAGAGCATAA TTAAAAGCTGGTTTTGACATTGAGACTGCTCGTCTCTCTTGCACTTCAATTTAAGAACTT GTCCATGATTAGCACCAATCGGCAATCACTCTATAGTCTACACAAAAGGTGTGCTTTCAG ATAATGCCGAGGAATTTTTTTATTGGTAGAAAGCACAACCGTGTCCATTTTTTAATATCT TAAAGTAGTGCATTTCTGCTACATTATCAGTTACATACAAAATATATACAGCTTATTTAA ATCCAAAACATTTATTTCCCAAGAAATAAAATACATTAACTTGTGATGCTAACATCTATC CAGAAAGATTCAAAGATTTGGCATGGCATTTACACTGGACTTTGATCACTCCTTCTATTC ACTCTCTCTCTTACCACTGGGAATATTATATACAGAAAAAATAAGCAGACAAAATTTTGA ACTTGCTTTCATAAGCCACAAACAATAACTTTGTCAGCATTTTCAACTCCCATAATTTAA CATTCCGGACACGTCTTGATACAAATTAAAACAAAGAGGAAGCAAAAGGTAAATAAGAAA TGTAAGCAACTTTAAGAGAATTTTTATTTTTATTTTTGGTAGAAAACTATAAGAGAATTA CTTAAATTAAACTCTATTTAGACTCTCTAAAACCGTTTCAAAATGATCGTGCCCGGCTAG AGCTATTGAAGTATCATCAATATTCGAAACTGGCGCGTTACAAATTTGTAGATTACAACT TTTAGATTTCAAATCTAACAGATTGATAGAAAGTGAAGAAGAAAATATTCAATGACATGG AAGCTTTCTTTTAATATCCTTTTGATGAAGTTAGTAGTTTCATTAATGGCATCAAGAAGA TGCAAGAGAGTACAATATGTAAGATTACGAAATACAGGATGTTAGCTCCATTACATAATA GGCTATGCAAAGACCAGGGACCCAAAGTTCAAAAAATTGACATGGGAATCTACAGGGGAT ACATCTTGCCCTTTAATATCCTAATGACTTAACAATGCTACATTATCATAATTGAGAGGT TTCTGTATCCATTCAAAAAGTTCATATAAATAATCGGTAAAATATGTCATTATCTGTTAG ATACATGTGCAACTGACATGCATTCAAACAAACAGAAAATCAGAACGTTAAATCATGGAT GCAAGTGTCTGTTCGGTAATAGCAGTCATCCTATCATTGTATAATTGTTTGATGTATCAA GCACAAGGATCCAAATTCTGAAATGTACAAAATGGATCTTCTGAAAGAATCTCACGTCCA TGTCCTCTTTAGTCCCTTGGGAGCAATATGCCCACGGGAAACAAAGGTTCAGGATATTGC ATTTTTGCAACCCAAAAAAAAAAACTAACCTCTAATATCAGATGAAAAGGTCACTCCAAC ATTTGTTAATAGCTCCTTGAACCTTCTTTGGTTTGCAAAGTTCTCGAATAATCATTTCCC AAGTGGATGACTTGGGAGAAAGAATTTTTTGAAGCATCACTTCTATAATTCTTGAAGCTC CTATGATTCTCTGCCGCCTGTACAGTTGTAGCACCAGCTTATCCAGAAAGTCTTCCCCAT CTTGGGATGGATTTGCTTTTTCATTTAAGGTTTTCAAGAAAATATTACATGTAATTTTGT CAGGATCACAACCTCGATCCAACATGGTATTCAAAAGATCAATTGCTAGAGAAATTCTGT CCACCTTGCATAAAGCATTAATAATTATGTTATATGCTACTACGTCAGGCTGAGAATCAG ATCCTCTACATAGCATCTCATTGAAGAGTCTCAATCCCTGGTCCACAGAACCAGCATTGC AAAGGCCGTGAATCATTGAACTATAAGCCACGGCATCAGGGACCAATCCTTTGCCTAACA TATGCTTCCACACCATCATAGCCTCTTTGAGCTTCCCATCTTGACACAGTCCATGGATAA GTACACTGTAGCAGATTTCATTGCATGTGATACCACTGGTTGCCATGTCTTTCCACAAAA GTATAGCCTTGTTGCTGTCACTGGTTTTAAAATAACCTTTCATCAAGGAGCAGTAAGTAT AAGCATTGGGAGTGCAACCCATTTTATTCATCTCTGAAAGAATCTCCTTAGCTTCATCAG GTTTGCCTTCTCGACACAAGCCATCTATAAAAGCAGAATAAGCAACTATATTAGGTTTTA CTCCCTTTTCTATCATTTCCTTCCATATTTTTAAGGCCTCTTCAGGTTTTCCTTCCTTGA ACAACCCACTAACTAGTGCTGAGTAGACATATTCATTTGCCAGATGCCCTTTCTCTTGCA TTGCCAACAAGATCTGCACACCATCTGTGGCTCTTCTTTGCTTAACAAACCCATTGATAA TCGTTCCATAGGTTATATCAGTTGGTATATACTTATTTGACACCATTCTATCCAATAAAC TAACTGCTTTCTCCAATTTACCTTTCAGGCACAAACCGTGTATAAGTGTGTTATAAGTCA CATCATTTGGAACACACCCTTTAAGAAACATGTTATCCA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.941 2495 2852 match_part 0.986 3916 4056 match_2 match_part 0.990 2658 2852 match_part 1.000 3916 4070 match_part 0.985 4152 4613 match_3 match_part 0.990 2659 2852 match_part 1.000 3916 4070 match_part 0.989 4152 4242 match_4 match_part 0.987 2699 2852 match_part 1.000 3916 4070 match_part 0.991 4152 4723 match_5 match_part 0.920 2741 2852 match_part 0.981 3916 4070 match_part 0.928 4152 4724 match_6 match_part 1.000 2830 2852 match_part 1.000 3916 4070 match_part 0.987 4152 4692 match_7 match_part 1.000 2830 2852 match_part 1.000 3916 4070 match_part 0.991 4152 4589 match_8 match_part 1.000 2830 2852 match_part 1.000 3916 4070 match_part 1.000 4152 4583 match_9 match_part 0.987 3916 4070 match_part 0.996 4152 4387 match_10 match_part 0.952 3945 4070 match_part 0.981 4152 4257 match_11 match_part 0.991 3960 4070 match_part 0.917 4152 4691 match_12 match_part 1.000 4025 4070 match_part 1.000 4152 4662 match_13 match_part 1.000 4025 4070 match_part 1.000 4152 4485 match_14 match_part 0.958 4180 4985 match_15 match_part 0.997 4470 5072 match_16 match_part 0.922 4542 5334 match_17 match_part 0.968 4891 5300 match_part 0.818 6432 6442 match_18 match_part 0.956 4986 5300 match_part 0.818 6432 6442 match_19 match_part 0.956 5106 5334 match_20 match_part 0.991 5106 5329 match_21 match_part 1.000 6511 6672 match_part 1.000 7088 7149 match_part 1.000 7243 7398 match_part 1.000 7902 7991 match_22 match_part 0.964 6536 6672 match_part 1.000 7088 7149 match_part 1.000 7243 7368 match_part 1.000 7902 8059 match_part 1.000 8135 8198 match_part 1.000 8380 8561 match_part 1.000 8660 8717 match_23 match_part 1.000 8660 8717 match_part 0.997 8796 9127 match_part 0.992 9243 9595 match_24 match_part 1.000 9368 9633 match_part 1.000 9714 9814 match_part 1.000 9948 9997 match_part 1.000 10806 10990 match_25 match_part 1.000 9368 9633 match_part 1.000 9714 9814 match_part 1.000 9948 9997 match_part 1.000 10806 10990 match_26 match_part 0.996 9369 9633 match_part 0.980 9714 9814 match_part 0.960 9948 9997 match_part 1.000 10806 10851 match_27 match_part 1.000 9492 9633 match_part 1.000 9714 9814 match_part 1.000 9948 9997 match_part 1.000 10806 11047 match_28 match_part 1.000 9499 9633 match_part 1.000 9714 9814 match_part 1.000 9948 9997 match_part 1.000 10806 10992 match_part 1.000 11731 11853 match_29 match_part 1.000 9740 9814 match_part 1.000 9948 9997 match_part 1.000 10806 10992 match_part 1.000 11731 11875 match_part 1.000 12202 12230 match_30 match_part 1.000 11735 11875 match_part 1.000 12202 12332 match_part 1.000 12639 12908 match_31 match_part 1.000 12202 12332 match_part 1.000 12636 13019 match_32 match_part 0.969 14325 14674 match_part 0.985 14918 15047 match_part 0.990 15134 15236 match_part 0.976 16900 17023 match_33 match_part 0.925 14325 14511 match_34 match_part 0.969 14348 14674 match_part 0.985 14918 15047 match_part 0.990 15134 15236 match_part 0.974 16900 16938 match_35 match_part 1.000 14540 14674 match_part 1.000 16900 17023 match_part 1.000 17601 17666 match_part 1.000 18606 18644 match_part 1.000 19428 19482 match_36 match_part 0.955 15170 15236 match_part 1.000 16900 17023 match_part 1.000 17601 17666 match_part 1.000 18606 18644 match_part 1.000 19428 19508 match_part 1.000 19628 19675 match_part 1.000 20362 20412 match_part 1.000 20577 20645 match_part 1.000 21190 21423 match_part 0.972 21591 21662 match_37 match_part 0.987 16948 17023 match_part 1.000 17601 17666 match_part 1.000 18606 18644 match_part 1.000 19428 19508 match_part 1.000 19628 19675 match_part 1.000 20362 20412 match_part 1.000 20577 20645 match_part 0.987 21190 21423 match_part 0.977 21591 21633 match_38 match_part 1.000 20586 21178 match_39 match_part 0.991 21191 21423 match_part 0.996 21591 22055 match_40 match_part 1.000 22726 23350 match_part 0.966 28409 28467 match_part 0.952 28570 28611 match_41 match_part 1.000 22726 23350 match_part 0.676 23893 23929 match_42 match_part 1.000 22726 23350 match_part 0.714 23893 23920 match_43 match_part 1.000 22726 23158 match_44 match_part 0.959 22735 23268 match_45 match_part 0.998 22736 23291 match_46 match_part 0.986 22740 23305 match_47 match_part 0.998 22749 23291 match_48 match_part 0.996 22762 23291 match_49 match_part 0.967 22768 23256 match_50 match_part 0.995 22780 23434 match_51 match_part 1.000 22787 23298 match_52 match_part 0.969 22804 23421 match_part 1.000 24221 24294 match_53 match_part 0.964 22804 23414 match_54 match_part 1.000 23283 23350 match_part 1.000 28409 28467 match_part 1.000 28570 28709 match_part 0.998 29140 29572 match_55 match_part 0.985 24243 24310 match_part 1.000 25390 25535 match_part 1.000 27533 27575 match_56 match_part 0.990 25398 25988 match_57 match_part 1.000 25481 25535 match_part 1.000 27533 27691 match_part 1.000 27778 27844 match_part 1.000 28360 28467 match_part 1.000 28570 28709 match_part 1.000 29140 29518 match_58 match_part 1.000 27354 27691 match_part 1.000 27778 27844 match_part 1.000 28364 28467 match_part 1.000 28570 28654 match_59 match_part 1.000 27354 27691 match_part 1.000 27778 27844 match_part 1.000 28364 28403 match_60 match_part 0.950 27825 27844 match_part 0.991 28360 28467 match_part 0.979 28570 28709 match_part 0.884 29140 29432 match_61 match_part 0.901 28387 28467 match_part 1.000 28570 28709 match_part 0.995 29140 29572 match_62 match_part 1.000 28406 28467 match_part 1.000 28570 28709 match_part 1.000 29140 29604 match_63 match_part 1.000 28407 28467 match_part 1.000 28570 28709 match_part 0.998 29140 29572 match_64 match_part 1.000 28617 28709 match_part 1.000 29140 29502 match_65 match_part 0.998 35637 36217 match_66 match_part 0.999 45167 45979 match_67 match_part 1.000 45168 45780 match_68 match_part 0.991 45279 45981 match_69 match_part 0.912 45303 45688 match_70 match_part 0.998 45571 46112 match_71 match_part 0.948 45595 46097 match_72 match_part 0.984 45705 46077 match_73 match_part 0.997 46106 46795 match_74 match_part 0.958 46401 46778 match_75 match_part 0.967 46448 46777 match_76 match_part 0.922 47385 47474 match_part 1.000 50559 51315 match_77 match_part 1.000 47428 47474 match_part 0.997 50559 51266 match_78 match_part 0.913 47429 47474 match_part 0.984 50559 51131 match_79 match_part 0.953 47432 47474 match_part 0.999 50559 51370 match_80 match_part 0.929 47433 47474 match_part 0.999 50559 51291 match_81 match_part 1.000 47433 47474 match_part 0.970 50559 51227 match_82 match_part 0.976 47433 47474 match_part 0.961 50559 51169 match_83 match_part 1.000 47433 47474 match_part 0.966 50559 51027 match_84 match_part 1.000 47433 47474 match_part 0.969 50559 51011 match_85 match_part 1.000 47434 47474 match_part 0.996 50559 51047 match_86 match_part 0.968 47444 47474 match_part 0.966 50559 51255 match_87 match_part 0.960 47450 47474 match_part 0.966 50559 51180 match_88 match_part 1.000 47454 47474 match_part 0.986 50559 51045 match_89 match_part 1.000 47459 47474 match_part 0.962 50559 51009 match_90 match_part 1.000 47460 47474 match_part 0.993 50559 51266 match_91 match_part 1.000 47460 47474 match_part 0.997 50559 51218 match_92 match_part 0.961 49828 49955 match_part 0.984 50559 51172 match_93 match_part 0.960 49830 49955 match_part 1.000 50559 50928 match_94 match_part 0.980 50548 50792 match_95 match_part 0.963 50549 50957 match_96 match_part 0.994 50550 51045 match_97 match_part 0.996 50559 51370 match_98 match_part 0.996 50559 51370 match_99 match_part 0.999 50559 51305 match_100 match_part 0.971 50559 51274 match_101 match_part 0.970 50559 51164 match_102 match_part 0.965 50559 51103 match_103 match_part 0.962 50559 51089 match_104 match_part 0.963 50559 51074 match_105 match_part 0.998 50559 51047 match_106 match_part 0.954 50559 50989 match_107 match_part 0.991 50560 51127 match_108 match_part 0.968 50564 51248 match_109 match_part 0.964 50569 51158 match_110 match_part 0.962 50576 51253 match_111 match_part 0.976 50640 50884 match_112 match_part 0.917 50640 50845 match_113 match_part 0.978 53627 54168 match_114 match_part 1.000 54965 55597 match_115 match_part 0.959 55028 55293 match_116 match_part 0.962 55028 55293 match_117 match_part 0.966 55028 55293 match_118 match_part 0.966 55028 55293 match_119 match_part 0.998 55047 55702 match_120 match_part 0.913 55101 55626 match_121 match_part 0.913 55101 55626 match_122 match_part 0.924 55101 55616 match_123 match_part 0.983 55149 55627 match_124 match_part 1.000 55282 55600 match_125 match_part 0.933 69668 69756 match_part 1.000 69917 70026 match_part 1.000 70136 70192 match_part 1.000 70264 70326 match_part 1.000 70445 70462 match_126 match_part 0.974 70586 70663 match_part 1.000 72076 72180 match_part 1.000 72268 72796 match_part 1.000 73446 73470 match_127 match_part 1.000 70587 70663 match_part 1.000 72076 72180 match_part 1.000 72268 72789 match_128 match_part 1.000 70587 70663 match_part 1.000 72076 72180 match_part 1.000 72268 72663 match_129 match_part 1.000 72728 72796 match_part 1.000 73446 73551 match_part 0.990 73868 74378 match_130 match_part 1.000 72735 72796 match_part 1.000 73446 73551 match_part 0.987 73868 74411 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_131 match_part 1.000 38957 38927 match_part 0.989 38767 38225 match_132 match_part 1.000 38957 38927 match_part 0.989 38767 38225 match_133 match_part 1.000 38957 38927 match_part 0.994 38767 38229 match_134 match_part 0.987 40302 40144 match_part 0.976 40048 39842 match_part 1.000 39589 39503 match_part 0.979 39236 39142 match_part 0.953 39055 38927 match_part 0.900 38767 38748 match_135 match_part 1.000 42323 41967 match_part 1.000 41484 41179 match_part 0.942 40842 40791 match_136 match_part 1.000 42322 41967 match_part 1.000 41484 41431 match_137 match_part 0.934 45385 45159 match_138 match_part 0.903 55610 54974 match_139 match_part 0.910 55624 55047 match_140 match_part 0.667 56700 56683 match_part 0.993 55863 55561 match_141 match_part 0.960 60999 60671 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 2495 2852 exon 3916 4070 exon 4152 5334 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 2495 2852 exon 3916 4070 exon 4152 5300 exon 6432 6442 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 6536 6672 exon 7088 7149 exon 7243 7368 exon 7902 8059 exon 8135 8198 exon 8380 8561 exon 8660 8717 exon 8796 9127 exon 9243 9633 exon 9714 9814 exon 9948 9997 exon 10806 10992 exon 11731 11875 exon 12202 12332 exon 12639 12908 gene_4 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 6536 6672 exon 7088 7149 exon 7243 7368 exon 7902 8059 exon 8135 8198 exon 8380 8561 exon 8660 8717 exon 8796 9127 exon 9243 9633 exon 9714 9814 exon 9948 9997 exon 10806 10992 exon 11731 11875 exon 12202 12332 exon 12636 13019 gene_5 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 6536 6672 exon 7088 7149 exon 7243 7368 exon 7902 8059 exon 8135 8198 exon 8380 8561 exon 8660 8717 exon 8796 9127 exon 9243 9633 exon 9714 9814 exon 9948 9997 exon 10806 11047 gene_6 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 6511 6672 exon 7088 7149 exon 7243 7398 exon 7902 7991 gene_7 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 14325 14674 exon 14918 15047 exon 15134 15236 exon 16900 17023 exon 17601 17666 exon 18606 18644 exon 19428 19508 exon 19628 19675 exon 20362 20412 exon 20577 20645 exon 21190 21423 exon 21591 22055 gene_8 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 14540 14674 exon 16900 17023 exon 17601 17666 exon 18606 18644 exon 19428 19508 exon 19628 19675 exon 20362 20412 exon 20577 20645 exon 21190 21423 exon 21591 22055 gene_9 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 20586 21178 gene_10 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 22726 23421 exon 24221 24310 exon 25390 25535 exon 27533 27691 exon 27778 27844 exon 28360 28467 exon 28570 28709 exon 29140 29604 gene_11 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 22726 23350 exon 28409 28467 exon 28570 28709 exon 29140 29572 gene_12 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 22726 23434 gene_13 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 22726 23350 exon 23893 23929 gene_14 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 27354 27691 exon 27778 27844 exon 28364 28467 exon 28570 28709 exon 29140 29604 gene_15 gene GT_PGL_4_AGS_6 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 25398 25988 gene_16 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 35637 36217 gene_17 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 40302 40144 exon 40048 39842 exon 39589 39503 exon 39236 39142 exon 39055 38927 exon 38767 38225 gene_18 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 42323 41967 exon 41484 41179 exon 40842 40791 gene_19 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 45385 45159 gene_20 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 45167 46795 gene_21 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 47385 47474 exon 50559 51370 gene_22 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 50548 51370 gene_23 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 49828 49955 exon 50559 51370 gene_24 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 53627 54168 gene_25 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 54965 55702 gene_26 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 56700 56683 exon 55863 54974 gene_27 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 60999 60671 gene_28 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 69668 69756 exon 69917 70026 exon 70136 70192 exon 70264 70326 exon 70445 70462 gene_29 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 70586 70663 exon 72076 72180 exon 72268 72796 exon 73446 73551 exon 73868 74411 RepeatMasker tomato repeats master Copia00151 9400 9515 1 Copia00151 9400 9515 1 nucleotide_motif 468 18867 18983 Copia00143 95 192 1 Copia00143 95 192 1 nucleotide_motif 280 19004 19100 Copia00175 2376 2554 1 Copia00175 2376 2554 1 nucleotide_motif 481 35083 35263 Copia00090 68 248 1 Copia00090 68 248 1 nucleotide_motif 556 46828 47004 Copia00151 8385 8522 1 Copia00151 8385 8522 1 nucleotide_motif 248 53121 53266 RepeatMasker tomato repeats master Unknown00043 8238 8382 -1 Unknown00043 8238 8382 -1 nucleotide_motif 333 1936 1783 Copia00105 8179 8330 -1 Copia00105 8179 8330 -1 nucleotide_motif 348 18849 18712 TS2 507 655 -1 TS2 507 655 -1 nucleotide_motif 480 24804 24655 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1210 32057 31830 Unknown00050 3459 3715 -1 Unknown00050 3459 3715 -1 nucleotide_motif 898 60351 60097 SONATA2 3 253 -1 SONATA2 3 253 -1 nucleotide_motif 1255 65536 65300 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2234 12399 13546 match_2 match 2335 29916 31114 match_3 match 2979 23255 24778 match_4 match 3463 31215 33060 match_5 match 3711 27970 29841 match_6 match 5303 25233 27955 match_7 match 5402 35008 37819 match_8 match 6286 14158 17460 match_9 match 7933 75381 79460 match_10 match 8223 71134 75359 match_11 match 9926 7223 12385 match_12 match 37847 43391 match_13 match 17525 23230 match_14 match 45257 51370 match_15 match 2296 51369 52547 match_16 match 3677 53276 55130 match_17 match 3745 79478 81399 match_18 match 6219 55383 58588 match_19 match 7933 75381 79460 match_20 match 8284 59884 64104 match_21 match 69521 75359 match_22 match 2234 12399 13546 match_23 match 2335 29916 31114 match_24 match 3463 31215 33060 match_25 match 3711 27970 29841 match_26 match 3818 3277 5226 match_27 match 4837 674 3263 match_28 match 5303 25233 27955 match_29 match 5402 35008 37819 match_30 match 6286 14158 17460 match_31 match 37847 43391 match_32 match 17525 23230 match_33 match 45257 51370 match_34 match 6057 12385 match_35 match 2964 23255 24778 match_36 match 3745 79478 81399 match_37 match 6219 55383 58588 match_38 match 7933 75381 79460 match_39 match 8284 59884 64104 match_40 match 69521 75359 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 995.5 4173 44545 clone_start_1 clone_start 1152 4173 4753 clone_2 clone 837.5 7251 79664 clone_start_2 clone_start 1304 7251 7944 clone_3 clone 1183.5 7251 79460 clone_start_3 clone_start 1304 7251 7944 clone_start_4 clone_start 761 7469 7885 clone_start_5 clone_start 1485 41111 41866 clone_end_1 clone_end 702 54735 55116 clone_end_2 clone_end 1045 70079 70605 clone_start_6 clone_start 940 78624 79118 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_7 clone_start 1166 2116 1487 clone_end_3 clone_end 839 44545 44123 clone_start_8 clone_start 1497 7347 6585 clone_end_4 clone_end 371 79664 79478 clone_end_5 clone_end 1063 79460 78904 clone_start_9 clone_start 1271 16614 15908 clone_end_6 clone_end 601 17827 17525 clone_end_7 clone_end 1328 18590 17900 clone_start_10 clone_start 1602 19668 18849 clone_start_11 clone_start 345 24778 24597 clone_start_12 clone_start 1027 41114 40567 clone_start_13 clone_start 587 41114 40777 clone_end_8 clone_end 1047 42147 41620 clone_end_9 clone_end 371 44160 43974 clone_end_10 clone_end 607 51370 51065 clone_end_11 clone_end 1296 81301 80644 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.990 2658 2852 match_part 1.000 3916 4070 match_part 0.985 4152 4613 match_2 match_part 0.990 2659 2852 match_part 1.000 3916 4070 match_part 0.989 4152 4242 match_3 match_part 0.987 2699 2852 match_part 1.000 3916 4070 match_part 0.991 4152 4723 match_4 match_part 1.000 2830 2852 match_part 1.000 3916 4070 match_part 0.987 4152 4692 match_5 match_part 1.000 2830 2852 match_part 1.000 3916 4070 match_part 0.991 4152 4589 match_6 match_part 1.000 2830 2852 match_part 1.000 3916 4070 match_part 1.000 4152 4583 match_7 match_part 0.952 3945 4070 match_part 0.981 4152 4257 match_8 match_part 1.000 4025 4070 match_part 1.000 4152 4662 match_9 match_part 1.000 4025 4070 match_part 1.000 4152 4485 match_10 match_part 0.997 4470 5072 match_11 match_part 0.922 4542 5334 match_12 match_part 0.968 4891 5300 match_part 0.818 6432 6442 match_13 match_part 0.956 4986 5300 match_part 0.818 6432 6442 match_14 match_part 0.956 5106 5334 match_15 match_part 0.991 5106 5329 match_16 match_part 1.000 6511 6672 match_part 1.000 7088 7149 match_part 1.000 7243 7398 match_part 1.000 7902 7991 match_17 match_part 0.964 6536 6672 match_part 1.000 7088 7149 match_part 1.000 7243 7368 match_part 1.000 7902 8059 match_part 1.000 8135 8198 match_part 1.000 8380 8561 match_part 1.000 8660 8717 match_18 match_part 1.000 8660 8717 match_part 0.997 8796 9127 match_part 0.992 9243 9595 match_19 match_part 1.000 9368 9633 match_part 1.000 9714 9814 match_part 1.000 9948 9997 match_part 1.000 10806 10990 match_20 match_part 1.000 9368 9633 match_part 1.000 9714 9814 match_part 1.000 9948 9997 match_part 1.000 10806 10990 match_21 match_part 0.996 9369 9633 match_part 0.980 9714 9814 match_part 0.960 9948 9997 match_part 1.000 10806 10851 match_22 match_part 1.000 9492 9633 match_part 1.000 9714 9814 match_part 1.000 9948 9997 match_part 1.000 10806 11047 match_23 match_part 1.000 9499 9633 match_part 1.000 9714 9814 match_part 1.000 9948 9997 match_part 1.000 10806 10992 match_part 1.000 11731 11853 match_24 match_part 1.000 9740 9814 match_part 1.000 9948 9997 match_part 1.000 10806 10992 match_part 1.000 11731 11875 match_part 1.000 12202 12230 match_25 match_part 1.000 11735 11875 match_part 1.000 12202 12332 match_part 1.000 12639 12908 match_26 match_part 1.000 12202 12332 match_part 1.000 12636 13019 match_27 match_part 1.000 14540 14674 match_part 1.000 16900 17023 match_part 1.000 17601 17666 match_part 1.000 18606 18644 match_part 1.000 19428 19482 match_28 match_part 0.955 15170 15236 match_part 1.000 16900 17023 match_part 1.000 17601 17666 match_part 1.000 18606 18644 match_part 1.000 19428 19508 match_part 1.000 19628 19675 match_part 1.000 20362 20412 match_part 1.000 20577 20645 match_part 1.000 21190 21423 match_part 0.972 21591 21662 match_29 match_part 0.987 16948 17023 match_part 1.000 17601 17666 match_part 1.000 18606 18644 match_part 1.000 19428 19508 match_part 1.000 19628 19675 match_part 1.000 20362 20412 match_part 1.000 20577 20645 match_part 0.987 21190 21423 match_part 0.977 21591 21633 match_30 match_part 1.000 20586 21178 match_31 match_part 0.991 21191 21423 match_part 0.996 21591 22055 match_32 match_part 1.000 22726 23350 match_part 0.966 28409 28467 match_part 0.952 28570 28611 match_33 match_part 1.000 22726 23350 match_part 0.676 23893 23929 match_34 match_part 1.000 22726 23350 match_part 0.714 23893 23920 match_35 match_part 1.000 22726 23158 match_36 match_part 0.959 22735 23268 match_37 match_part 0.998 22736 23291 match_38 match_part 0.986 22740 23305 match_39 match_part 0.998 22749 23291 match_40 match_part 0.996 22762 23291 match_41 match_part 0.995 22780 23434 match_42 match_part 1.000 22787 23298 match_43 match_part 1.000 23283 23350 match_part 1.000 28409 28467 match_part 1.000 28570 28709 match_part 0.998 29140 29572 match_44 match_part 0.985 24243 24310 match_part 1.000 25390 25535 match_part 1.000 27533 27575 match_45 match_part 0.990 25398 25988 match_46 match_part 1.000 25481 25535 match_part 1.000 27533 27691 match_part 1.000 27778 27844 match_part 1.000 28360 28467 match_part 1.000 28570 28709 match_part 1.000 29140 29518 match_47 match_part 1.000 27354 27691 match_part 1.000 27778 27844 match_part 1.000 28364 28467 match_part 1.000 28570 28654 match_48 match_part 1.000 27354 27691 match_part 1.000 27778 27844 match_part 1.000 28364 28403 match_49 match_part 0.901 28387 28467 match_part 1.000 28570 28709 match_part 0.995 29140 29572 match_50 match_part 1.000 28406 28467 match_part 1.000 28570 28709 match_part 1.000 29140 29604 match_51 match_part 1.000 28407 28467 match_part 1.000 28570 28709 match_part 0.998 29140 29572 match_52 match_part 1.000 28617 28709 match_part 1.000 29140 29502 match_53 match_part 0.998 35637 36217 match_54 match_part 0.999 45167 45979 match_55 match_part 1.000 45168 45780 match_56 match_part 0.991 45279 45981 match_57 match_part 0.998 45571 46112 match_58 match_part 0.984 45705 46077 match_59 match_part 0.997 46106 46795 match_60 match_part 0.958 46401 46778 match_61 match_part 0.967 46448 46777 match_62 match_part 0.922 47385 47474 match_part 1.000 50559 51315 match_63 match_part 1.000 47428 47474 match_part 0.997 50559 51266 match_64 match_part 0.913 47429 47474 match_part 0.984 50559 51131 match_65 match_part 0.953 47432 47474 match_part 0.999 50559 51370 match_66 match_part 0.929 47433 47474 match_part 0.999 50559 51291 match_67 match_part 1.000 47434 47474 match_part 0.996 50559 51047 match_68 match_part 1.000 47454 47474 match_part 0.986 50559 51045 match_69 match_part 1.000 47460 47474 match_part 0.993 50559 51266 match_70 match_part 1.000 47460 47474 match_part 0.997 50559 51218 match_71 match_part 0.961 49828 49955 match_part 0.984 50559 51172 match_72 match_part 0.960 49830 49955 match_part 1.000 50559 50928 match_73 match_part 0.980 50548 50792 match_74 match_part 0.963 50549 50957 match_75 match_part 0.994 50550 51045 match_76 match_part 0.996 50559 51370 match_77 match_part 0.996 50559 51370 match_78 match_part 0.999 50559 51305 match_79 match_part 0.998 50559 51047 match_80 match_part 0.991 50560 51127 match_81 match_part 0.976 50640 50884 match_82 match_part 1.000 54965 55597 match_83 match_part 0.959 55028 55293 match_84 match_part 0.962 55028 55293 match_85 match_part 0.966 55028 55293 match_86 match_part 0.966 55028 55293 match_87 match_part 0.998 55047 55702 match_88 match_part 0.983 55149 55627 match_89 match_part 1.000 55282 55600 match_90 match_part 0.933 69668 69756 match_part 1.000 69917 70026 match_part 1.000 70136 70192 match_part 1.000 70264 70326 match_part 1.000 70445 70462 match_91 match_part 0.974 70586 70663 match_part 1.000 72076 72180 match_part 1.000 72268 72796 match_part 1.000 73446 73470 match_92 match_part 1.000 70587 70663 match_part 1.000 72076 72180 match_part 1.000 72268 72789 match_93 match_part 1.000 70587 70663 match_part 1.000 72076 72180 match_part 1.000 72268 72663 match_94 match_part 1.000 72728 72796 match_part 1.000 73446 73551 match_part 0.990 73868 74378 match_95 match_part 1.000 72735 72796 match_part 1.000 73446 73551 match_part 0.987 73868 74411 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_96 match_part 1.000 38957 38927 match_part 0.989 38767 38225 match_97 match_part 1.000 38957 38927 match_part 0.989 38767 38225 match_98 match_part 1.000 38957 38927 match_part 0.994 38767 38229 match_99 match_part 1.000 42323 41967 match_part 1.000 41484 41179 match_part 0.942 40842 40791 match_100 match_part 1.000 42322 41967 match_part 1.000 41484 41431 match_101 match_part 0.934 45385 45159 match_102 match_part 0.667 56700 56683 match_part 0.993 55863 55561 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 2658 2852 exon 3916 4070 exon 4152 5334 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 2658 2852 exon 3916 4070 exon 4152 5300 exon 6432 6442 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 6536 6672 exon 7088 7149 exon 7243 7368 exon 7902 8059 exon 8135 8198 exon 8380 8561 exon 8660 8717 exon 8796 9127 exon 9243 9633 exon 9714 9814 exon 9948 9997 exon 10806 10992 exon 11731 11875 exon 12202 12332 exon 12639 12908 gene_4 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 6536 6672 exon 7088 7149 exon 7243 7368 exon 7902 8059 exon 8135 8198 exon 8380 8561 exon 8660 8717 exon 8796 9127 exon 9243 9633 exon 9714 9814 exon 9948 9997 exon 10806 10992 exon 11731 11875 exon 12202 12332 exon 12636 13019 gene_5 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 6536 6672 exon 7088 7149 exon 7243 7368 exon 7902 8059 exon 8135 8198 exon 8380 8561 exon 8660 8717 exon 8796 9127 exon 9243 9633 exon 9714 9814 exon 9948 9997 exon 10806 11047 gene_6 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 6511 6672 exon 7088 7149 exon 7243 7398 exon 7902 7991 gene_7 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 14540 14674 exon 16900 17023 exon 17601 17666 exon 18606 18644 exon 19428 19508 exon 19628 19675 exon 20362 20412 exon 20577 20645 exon 21190 21423 exon 21591 22055 gene_8 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 15170 15236 exon 16900 17023 exon 17601 17666 exon 18606 18644 exon 19428 19508 exon 19628 19675 exon 20362 20412 exon 20577 20645 exon 21190 21423 exon 21591 22055 gene_9 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 20586 21178 gene_10 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 22726 23350 exon 28409 28467 exon 28570 28709 exon 29140 29572 gene_11 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 22726 23350 exon 23893 23929 gene_12 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 22726 23434 gene_13 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 27354 27691 exon 27778 27844 exon 28364 28467 exon 28570 28709 exon 29140 29604 gene_14 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 24243 24310 exon 25390 25535 exon 27533 27691 exon 27778 27844 exon 28360 28467 exon 28570 28709 exon 29140 29604 gene_15 gene GT_PGL_4_AGS_6 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 25398 25988 gene_16 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 35637 36217 gene_17 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 38957 38927 exon 38767 38225 gene_18 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 42323 41967 exon 41484 41179 exon 40842 40791 gene_19 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 45385 45159 gene_20 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 45167 46795 gene_21 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 47385 47474 exon 50559 51370 gene_22 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 50548 51370 gene_23 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 49828 49955 exon 50559 51370 gene_24 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 54965 55702 gene_25 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 56700 56683 exon 55863 55561 gene_26 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 69668 69756 exon 69917 70026 exon 70136 70192 exon 70264 70326 exon 70445 70462 gene_27 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 70586 70663 exon 72076 72180 exon 72268 72796 exon 73446 73551 exon 73868 74411 AUGUSTUS_tom_cdna de novo gene_1 gene 1 810 4265 transcript_1 transcript 810 4265 CDS_1 CDS 810 921 CDS_2 CDS 2455 2852 CDS_3 CDS 3916 4070 CDS_4 CDS 4152 4265 stop_codon_1 stop_codon 4263 4265 gene_2 gene 4 4687 21839 transcript_2 transcript 14670 21839 start_codon_1 start_codon 14670 14672 CDS_5 CDS 14670 14674 CDS_6 CDS 16900 17023 CDS_7 CDS 17601 17666 CDS_8 CDS 18606 18644 CDS_9 CDS 19428 19508 CDS_10 CDS 19628 19675 CDS_11 CDS 20362 20412 CDS_12 CDS 20577 20645 CDS_13 CDS 21190 21423 CDS_14 CDS 21591 21839 stop_codon_2 stop_codon 21837 21839 transcript_3 transcript 4687 21839 start_codon_2 start_codon 4687 4689 CDS_15 CDS 4687 4768 CDS_16 CDS 4905 5019 CDS_17 CDS 7088 7149 CDS_18 CDS 7243 7398 CDS_19 CDS 7902 8059 CDS_20 CDS 8135 8198 CDS_21 CDS 8380 8561 CDS_22 CDS 8660 8717 CDS_23 CDS 8796 9127 CDS_24 CDS 9243 9633 CDS_25 CDS 9714 9814 CDS_26 CDS 9948 9997 CDS_27 CDS 10806 10992 CDS_28 CDS 11731 11875 CDS_29 CDS 12202 12332 CDS_30 CDS 12639 12754 CDS_31 CDS 14545 14674 CDS_32 CDS 14918 15047 CDS_33 CDS 15134 15236 CDS_34 CDS 16900 17023 CDS_35 CDS 17601 17666 CDS_36 CDS 18606 18644 CDS_37 CDS 19428 19508 CDS_38 CDS 19628 19675 CDS_39 CDS 20362 20412 CDS_40 CDS 20577 20645 CDS_41 CDS 21190 21423 CDS_42 CDS 21591 21839 stop_codon_3 stop_codon 21837 21839 transcript_4 transcript 4687 21839 start_codon_3 start_codon 4687 4689 CDS_43 CDS 4687 4768 CDS_44 CDS 4905 5019 CDS_45 CDS 7088 7149 CDS_46 CDS 7243 7368 CDS_47 CDS 7902 8059 CDS_48 CDS 8135 8198 CDS_49 CDS 8380 8561 CDS_50 CDS 8660 8717 CDS_51 CDS 8796 9127 CDS_52 CDS 9243 9633 CDS_53 CDS 9714 9814 CDS_54 CDS 9948 9997 CDS_55 CDS 10806 10992 CDS_56 CDS 11731 11875 CDS_57 CDS 12202 12332 CDS_58 CDS 12636 12754 CDS_59 CDS 14545 14674 CDS_60 CDS 14918 15047 CDS_61 CDS 15134 15236 CDS_62 CDS 16900 17023 CDS_63 CDS 17601 17666 CDS_64 CDS 18606 18644 CDS_65 CDS 19428 19508 CDS_66 CDS 19628 19675 CDS_67 CDS 20362 20412 CDS_68 CDS 20577 20645 CDS_69 CDS 21190 21423 CDS_70 CDS 21591 21839 stop_codon_4 stop_codon 21837 21839 transcript_5 transcript 4687 21839 start_codon_4 start_codon 4687 4689 CDS_71 CDS 4687 4768 CDS_72 CDS 4905 5019 CDS_73 CDS 7088 7149 CDS_74 CDS 7243 7398 CDS_75 CDS 7902 8059 CDS_76 CDS 8135 8198 CDS_77 CDS 8380 8561 CDS_78 CDS 8660 8717 CDS_79 CDS 8796 9127 CDS_80 CDS 9243 9633 CDS_81 CDS 9714 9814 CDS_82 CDS 9948 9997 CDS_83 CDS 10806 10992 CDS_84 CDS 11731 11875 CDS_85 CDS 12202 12332 CDS_86 CDS 12636 12754 CDS_87 CDS 14545 14674 CDS_88 CDS 14918 15047 CDS_89 CDS 15134 15236 CDS_90 CDS 16900 17023 CDS_91 CDS 17601 17666 CDS_92 CDS 18606 18644 CDS_93 CDS 19428 19508 CDS_94 CDS 19628 19675 CDS_95 CDS 20362 20412 CDS_96 CDS 20577 20645 CDS_97 CDS 21190 21423 CDS_98 CDS 21591 21839 stop_codon_5 stop_codon 21837 21839 gene_3 gene 2 22897 29227 transcript_6 transcript 22897 23478 start_codon_5 start_codon 22897 22899 CDS_99 CDS 22897 23478 stop_codon_6 stop_codon 23476 23478 transcript_7 transcript 22897 29227 start_codon_6 start_codon 22897 22899 CDS_100 CDS 22897 23421 CDS_101 CDS 24221 24310 CDS_102 CDS 25390 25535 CDS_103 CDS 27533 27691 CDS_104 CDS 27778 27844 CDS_105 CDS 28360 28467 CDS_106 CDS 28570 28709 CDS_107 CDS 29140 29227 stop_codon_7 stop_codon 29225 29227 gene_4 gene 1 45159 46604 transcript_8 transcript 45159 46604 start_codon_7 start_codon 45159 45161 CDS_108 CDS 45159 46604 stop_codon_8 stop_codon 46602 46604 gene_5 gene 1 50653 51327 transcript_9 transcript 50653 51327 start_codon_8 start_codon 50653 50655 CDS_109 CDS 50653 51327 stop_codon_9 stop_codon 51325 51327 gene_6 gene 1 51455 51907 transcript_10 transcript 51455 51907 start_codon_9 start_codon 51455 51457 CDS_110 CDS 51455 51907 stop_codon_10 stop_codon 51905 51907 gene_7 gene 1 53638 55401 transcript_11 transcript 53638 55401 start_codon_10 start_codon 53638 53640 CDS_111 CDS 53638 55401 stop_codon_11 stop_codon 55399 55401 gene_8 gene 1 66509 72372 transcript_12 transcript 66509 72372 start_codon_11 start_codon 66509 66511 CDS_112 CDS 66509 66511 CDS_113 CDS 69729 69756 CDS_114 CDS 69917 70026 CDS_115 CDS 70136 70192 CDS_116 CDS 70264 70326 CDS_117 CDS 70445 70513 CDS_118 CDS 70571 70663 CDS_119 CDS 72076 72180 CDS_120 CDS 72268 72372 stop_codon_12 stop_codon 72370 72372 gene_9 gene 1 72710 74058 transcript_13 transcript 72710 74058 start_codon_12 start_codon 72710 72712 CDS_121 CDS 72710 72796 CDS_122 CDS 73446 73551 CDS_123 CDS 73868 74058 stop_codon_13 stop_codon 74056 74058 gene_10 gene 1 75449 77227 transcript_14 transcript 75449 77227 start_codon_13 start_codon 75449 75451 CDS_124 CDS 75449 77227 stop_codon_14 stop_codon 77225 77227 AUGUSTUS_tom_cdna de novo gene_11 gene 1 43380 38503 transcript_15 transcript 43380 38503 stop_codon_15 stop_codon 38505 38503 CDS_125 CDS 38767 38503 CDS_126 CDS 39114 38927 CDS_127 CDS 39236 39219 CDS_128 CDS 39589 39503 CDS_129 CDS 40048 39842 CDS_130 CDS 40473 40144 CDS_131 CDS 40842 40786 CDS_132 CDS 41484 41179 CDS_133 CDS 42527 41967 CDS_134 CDS 42681 42610 CDS_135 CDS 43380 43249 start_codon_14 start_codon 43380 43378 gene_12 gene 1 61957 60859 transcript_16 transcript 61957 60859 stop_codon_16 stop_codon 60861 60859 CDS_136 CDS 61164 60859 CDS_137 CDS 61509 61303 CDS_138 CDS 61957 61700 start_codon_15 start_codon 61957 61955 gene_13 gene 1 81286 80258 transcript_17 transcript 81286 80258 stop_codon_17 stop_codon 80260 80258 CDS_139 CDS 81286 80258 start_codon_16 start_codon 81286 81284 AUGUSTUS_ab_initio de novo gene_1 gene 1 2747 29227 transcript_1 transcript 2747 29227 start_codon_1 start_codon 2747 2749 CDS_1 CDS 2747 2852 CDS_2 CDS 4905 5019 CDS_3 CDS 7441 7529 CDS_4 CDS 8796 9127 CDS_5 CDS 9243 9646 CDS_6 CDS 10806 10992 CDS_7 CDS 11731 11875 CDS_8 CDS 12202 12311 CDS_9 CDS 12636 12754 CDS_10 CDS 16900 17023 CDS_11 CDS 20362 20412 CDS_12 CDS 20577 20645 CDS_13 CDS 21190 21348 CDS_14 CDS 22997 23091 CDS_15 CDS 23271 23421 CDS_16 CDS 24221 24310 CDS_17 CDS 25744 25871 CDS_18 CDS 27533 27691 CDS_19 CDS 27778 27844 CDS_20 CDS 28360 28431 CDS_21 CDS 28570 28709 CDS_22 CDS 29140 29227 stop_codon_1 stop_codon 29225 29227 gene_2 gene 1 50581 51327 transcript_2 transcript 50581 51327 start_codon_2 start_codon 50581 50583 CDS_23 CDS 50581 51327 stop_codon_2 stop_codon 51325 51327 gene_3 gene 1 51455 51907 transcript_3 transcript 51455 51907 start_codon_3 start_codon 51455 51457 CDS_24 CDS 51455 51907 stop_codon_3 stop_codon 51905 51907 gene_4 gene 1 53638 55401 transcript_4 transcript 53638 55401 start_codon_4 start_codon 53638 53640 CDS_25 CDS 53638 55401 stop_codon_4 stop_codon 55399 55401 gene_5 gene 1 75449 77227 transcript_5 transcript 75449 77227 start_codon_5 start_codon 75449 75451 CDS_26 CDS 75449 77227 stop_codon_5 stop_codon 77225 77227 AUGUSTUS_ab_initio de novo gene_6 gene 1 43380 38503 transcript_6 transcript 43380 38503 stop_codon_6 stop_codon 38505 38503 CDS_27 CDS 38767 38503 CDS_28 CDS 39114 38927 CDS_29 CDS 39236 39219 CDS_30 CDS 39589 39503 CDS_31 CDS 40048 39842 CDS_32 CDS 42527 41967 CDS_33 CDS 42681 42610 CDS_34 CDS 43380 43249 start_codon_6 start_codon 43380 43378 gene_7 gene 1 61957 56801 transcript_7 transcript 61957 56801 stop_codon_7 stop_codon 56803 56801 CDS_35 CDS 57103 56801 CDS_36 CDS 57434 57228 CDS_37 CDS 61509 61303 CDS_38 CDS 61957 61700 start_codon_7 start_codon 61957 61955 gene_8 gene 1 81286 80258 transcript_8 transcript 81286 80258 stop_codon_8 stop_codon 80260 80258 CDS_39 CDS 81286 80258 start_codon_8 start_codon 81286 81284 AUGUSTUS_tom_ugs de novo gene_1 gene 1 810 4265 transcript_1 transcript 810 4265 CDS_1 CDS 810 921 CDS_2 CDS 2455 2852 CDS_3 CDS 3916 4070 CDS_4 CDS 4152 4265 stop_codon_1 stop_codon 4263 4265 gene_2 gene 1 4687 21839 transcript_2 transcript 4687 21839 start_codon_1 start_codon 4687 4689 CDS_5 CDS 4687 4768 CDS_6 CDS 4905 5019 CDS_7 CDS 7088 7149 CDS_8 CDS 7243 7368 CDS_9 CDS 7902 8059 CDS_10 CDS 8135 8198 CDS_11 CDS 8380 8561 CDS_12 CDS 8660 8717 CDS_13 CDS 8796 9127 CDS_14 CDS 9243 9633 CDS_15 CDS 9714 9814 CDS_16 CDS 9948 9997 CDS_17 CDS 10806 10992 CDS_18 CDS 11731 11875 CDS_19 CDS 12202 12332 CDS_20 CDS 12639 12754 CDS_21 CDS 14545 14674 CDS_22 CDS 14918 15047 CDS_23 CDS 15134 15236 CDS_24 CDS 16900 17023 CDS_25 CDS 17601 17666 CDS_26 CDS 18606 18644 CDS_27 CDS 19428 19508 CDS_28 CDS 19628 19675 CDS_29 CDS 20362 20412 CDS_30 CDS 20577 20645 CDS_31 CDS 21190 21423 CDS_32 CDS 21591 21839 stop_codon_2 stop_codon 21837 21839 gene_3 gene 1 22897 28366 transcript_3 transcript 22897 28366 start_codon_2 start_codon 22897 22899 CDS_33 CDS 22897 23421 CDS_34 CDS 24221 24310 CDS_35 CDS 25390 25535 CDS_36 CDS 27533 27691 CDS_37 CDS 27778 27844 CDS_38 CDS 28364 28366 stop_codon_3 stop_codon 28364 28366 gene_4 gene 1 28426 29227 transcript_4 transcript 28426 29227 start_codon_3 start_codon 28426 28428 CDS_39 CDS 28426 28467 CDS_40 CDS 28570 28709 CDS_41 CDS 29140 29227 stop_codon_4 stop_codon 29225 29227 gene_5 gene 1 50581 51327 transcript_5 transcript 50581 51327 start_codon_4 start_codon 50581 50583 CDS_42 CDS 50581 51327 stop_codon_5 stop_codon 51325 51327 gene_6 gene 1 51455 51907 transcript_6 transcript 51455 51907 start_codon_5 start_codon 51455 51457 CDS_43 CDS 51455 51907 stop_codon_6 stop_codon 51905 51907 gene_7 gene 1 53638 55401 transcript_7 transcript 53638 55401 start_codon_6 start_codon 53638 53640 CDS_44 CDS 53638 55401 stop_codon_7 stop_codon 55399 55401 gene_8 gene 1 66509 74058 transcript_8 transcript 66509 74058 start_codon_7 start_codon 66509 66511 CDS_45 CDS 66509 66511 CDS_46 CDS 69729 69756 CDS_47 CDS 69917 70026 CDS_48 CDS 70136 70192 CDS_49 CDS 70264 70326 CDS_50 CDS 70445 70513 CDS_51 CDS 70571 70663 CDS_52 CDS 72076 72180 CDS_53 CDS 72268 72345 CDS_54 CDS 72668 72796 CDS_55 CDS 73446 73551 CDS_56 CDS 73868 74058 stop_codon_8 stop_codon 74056 74058 gene_9 gene 1 75449 77227 transcript_9 transcript 75449 77227 start_codon_8 start_codon 75449 75451 CDS_57 CDS 75449 77227 stop_codon_9 stop_codon 77225 77227 AUGUSTUS_tom_ugs de novo gene_10 gene 1 43380 38503 transcript_10 transcript 43380 38503 stop_codon_10 stop_codon 38505 38503 CDS_58 CDS 38767 38503 CDS_59 CDS 39114 38927 CDS_60 CDS 39236 39219 CDS_61 CDS 39589 39503 CDS_62 CDS 40048 39842 CDS_63 CDS 40473 40144 CDS_64 CDS 40842 40786 CDS_65 CDS 41484 41179 CDS_66 CDS 42527 41967 CDS_67 CDS 42681 42610 CDS_68 CDS 43380 43249 start_codon_9 start_codon 43380 43378 gene_11 gene 1 61957 60859 transcript_11 transcript 61957 60859 stop_codon_11 stop_codon 60861 60859 CDS_69 CDS 61164 60859 CDS_70 CDS 61509 61303 CDS_71 CDS 61957 61700 start_codon_10 start_codon 61957 61955 gene_12 gene 1 81286 80258 transcript_12 transcript 81286 80258 stop_codon_12 stop_codon 80260 80258 CDS_72 CDS 81286 80258 start_codon_11 start_codon 81286 81284 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.931 4470 5334 match_2 match_part 1.000 6511 6672 match_part 1.000 7088 7149 match_part 1.000 7243 7368 match_part 1.000 7902 8059 match_part 1.000 8135 8198 match_part 1.000 8380 8561 match_part 1.000 8660 8717 match_3 match_part 1.000 8660 8717 match_part 0.997 8796 9127 match_part 1.000 9243 9633 match_part 1.000 9714 9814 match_part 1.000 9948 9997 match_part 1.000 10806 10992 match_part 1.000 11731 11875 match_part 1.000 12202 12332 match_part 1.000 12639 13019 match_4 match_part 1.000 14540 14674 match_part 1.000 16900 17023 match_part 1.000 17601 17666 match_part 1.000 18606 18644 match_part 1.000 19428 19508 match_part 1.000 19628 19675 match_part 1.000 20362 20412 match_part 1.000 20577 20645 match_part 1.000 21190 21423 match_part 0.996 21591 22055 match_5 match_part 1.000 20586 21178 match_6 match_part 1.000 22726 23350 match_part 1.000 28409 28467 match_part 1.000 28570 28709 match_part 1.000 29140 29604 match_7 match_part 0.985 24244 24310 match_part 0.998 25390 25988 match_8 match_part 1.000 27354 27691 match_part 1.000 27778 27844 match_part 1.000 28364 28467 match_part 1.000 28570 28654 match_9 match_part 0.998 35637 36217 match_10 match_part 0.999 45167 46112 match_11 match_part 0.997 46106 46795 match_12 match_part 0.933 69668 69756 match_part 1.000 69917 70026 match_part 1.000 70136 70192 match_part 1.000 70264 70326 match_part 1.000 70445 70462 match_13 match_part 1.000 70586 70663 match_part 1.000 72076 72180 match_part 1.000 72268 72796 match_part 1.000 73446 73551 match_part 0.987 73868 74411 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 1.000 38957 38927 match_part 0.989 38767 38225 match_15 match_part 1.000 42323 41967 match_part 1.000 41484 41179 match_part 0.942 40842 40791 match_16 match_part 0.667 56700 56683 match_part 0.993 55863 54965 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 4470 5334 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 6511 6672 exon 7088 7149 exon 7243 7368 exon 7902 8059 exon 8135 8198 exon 8380 8561 exon 8660 8717 exon 8796 9127 exon 9243 9633 exon 9714 9814 exon 9948 9997 exon 10806 10992 exon 11731 11875 exon 12202 12332 exon 12639 13019 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 14540 14674 exon 16900 17023 exon 17601 17666 exon 18606 18644 exon 19428 19508 exon 19628 19675 exon 20362 20412 exon 20577 20645 exon 21190 21423 exon 21591 22055 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 20586 21178 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 22726 23350 exon 28409 28467 exon 28570 28709 exon 29140 29604 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 27354 27691 exon 27778 27844 exon 28364 28467 exon 28570 28654 gene_7 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 24244 24310 exon 25390 25988 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 35637 36217 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 38957 38927 exon 38767 38225 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 42323 41967 exon 41484 41179 exon 40842 40791 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 45167 46795 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 56700 56683 exon 55863 54965 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 69668 69756 exon 69917 70026 exon 70136 70192 exon 70264 70326 exon 70445 70462 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 70586 70663 exon 72076 72180 exon 72268 72796 exon 73446 73551 exon 73868 74411 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.986 19218 19714 match_2 match_part 0.960 49830 49955 match_part 1.000 50559 50928 match_3 match_part 1.000 70586 70663 match_part 1.000 72076 72180 match_part 1.000 72268 72796 match_part 1.000 73446 73551 match_part 0.987 73868 74411 GenomeThreader_SGN_markers SGN marker sequences match_4 match_part 0.998 21658 21129 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 19218 19714 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 21658 21129 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 49830 49955 exon 50559 50928 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0044O16.1 type gene exon 70586 70663 exon 72076 72180 exon 72268 72796 exon 73446 73551 exon 73868 74411 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 810 4265 transcript_1 transcript 810 4265 CDS_1 CDS 810 921 CDS_2 CDS 2455 2852 CDS_3 CDS 3916 4070 CDS_4 CDS 4152 4265 stop_codon_1 stop_codon 4263 4265 gene_2 gene 4 4687 22827 transcript_2 transcript 14525 22827 start_codon_1 start_codon 14525 14527 CDS_5 CDS 14525 14674 CDS_6 CDS 14918 15047 CDS_7 CDS 15134 15236 CDS_8 CDS 16900 17023 CDS_9 CDS 17601 17666 CDS_10 CDS 18606 18644 CDS_11 CDS 19428 19508 CDS_12 CDS 19628 19675 CDS_13 CDS 20362 20412 CDS_14 CDS 20577 20645 CDS_15 CDS 21190 21423 CDS_16 CDS 21591 21745 CDS_17 CDS 22623 22827 stop_codon_2 stop_codon 22825 22827 transcript_3 transcript 4687 12773 start_codon_2 start_codon 4687 4689 CDS_18 CDS 4687 4768 CDS_19 CDS 4905 5019 CDS_20 CDS 7088 7149 CDS_21 CDS 7243 7368 CDS_22 CDS 7902 8059 CDS_23 CDS 8135 8198 CDS_24 CDS 8380 8561 CDS_25 CDS 8660 8717 CDS_26 CDS 8796 9127 CDS_27 CDS 9243 9633 CDS_28 CDS 9714 9814 CDS_29 CDS 9948 9997 CDS_30 CDS 10806 10992 CDS_31 CDS 11731 11875 CDS_32 CDS 12202 12332 CDS_33 CDS 12636 12773 stop_codon_3 stop_codon 12771 12773 transcript_4 transcript 4687 12773 start_codon_3 start_codon 4687 4689 CDS_34 CDS 4687 4768 CDS_35 CDS 4905 5019 CDS_36 CDS 7088 7149 CDS_37 CDS 7243 7398 CDS_38 CDS 7902 8059 CDS_39 CDS 8135 8198 CDS_40 CDS 8380 8561 CDS_41 CDS 8660 8717 CDS_42 CDS 8796 9127 CDS_43 CDS 9243 9633 CDS_44 CDS 9714 9814 CDS_45 CDS 9948 9997 CDS_46 CDS 10806 10992 CDS_47 CDS 11731 11875 CDS_48 CDS 12202 12332 CDS_49 CDS 12636 12773 stop_codon_4 stop_codon 12771 12773 transcript_5 transcript 10894 22827 start_codon_4 start_codon 10894 10896 CDS_50 CDS 10894 10992 CDS_51 CDS 11731 11875 CDS_52 CDS 12202 12332 CDS_53 CDS 12636 12754 CDS_54 CDS 14545 14674 CDS_55 CDS 14918 15047 CDS_56 CDS 15134 15236 CDS_57 CDS 16900 17023 CDS_58 CDS 17601 17666 CDS_59 CDS 18606 18644 CDS_60 CDS 19428 19508 CDS_61 CDS 19628 19675 CDS_62 CDS 20362 20412 CDS_63 CDS 20577 20645 CDS_64 CDS 21190 21423 CDS_65 CDS 21591 21643 CDS_66 CDS 22623 22827 stop_codon_5 stop_codon 22825 22827 gene_3 gene 1 22897 29227 transcript_6 transcript 22897 29227 start_codon_5 start_codon 22897 22899 CDS_67 CDS 22897 23421 CDS_68 CDS 24221 24310 CDS_69 CDS 25390 25535 CDS_70 CDS 27533 27691 CDS_71 CDS 27778 27844 CDS_72 CDS 28360 28467 CDS_73 CDS 28570 28709 CDS_74 CDS 29140 29227 stop_codon_6 stop_codon 29225 29227 gene_4 gene 1 45159 46604 transcript_7 transcript 45159 46604 start_codon_6 start_codon 45159 45161 CDS_75 CDS 45159 46604 stop_codon_7 stop_codon 46602 46604 gene_5 gene 1 50653 51327 transcript_8 transcript 50653 51327 start_codon_7 start_codon 50653 50655 CDS_76 CDS 50653 51327 stop_codon_8 stop_codon 51325 51327 gene_6 gene 1 51455 51907 transcript_9 transcript 51455 51907 start_codon_8 start_codon 51455 51457 CDS_77 CDS 51455 51907 stop_codon_9 stop_codon 51905 51907 gene_7 gene 1 53638 55401 transcript_10 transcript 53638 55401 start_codon_9 start_codon 53638 53640 CDS_78 CDS 53638 55401 stop_codon_10 stop_codon 55399 55401 gene_8 gene 1 66509 72372 transcript_11 transcript 66509 72372 start_codon_10 start_codon 66509 66511 CDS_79 CDS 66509 66511 CDS_80 CDS 69729 69756 CDS_81 CDS 69917 70026 CDS_82 CDS 70136 70192 CDS_83 CDS 70264 70326 CDS_84 CDS 70445 70513 CDS_85 CDS 70571 70663 CDS_86 CDS 72076 72180 CDS_87 CDS 72268 72372 stop_codon_11 stop_codon 72370 72372 gene_9 gene 1 72710 74058 transcript_12 transcript 72710 74058 start_codon_11 start_codon 72710 72712 CDS_88 CDS 72710 72796 CDS_89 CDS 73446 73551 CDS_90 CDS 73868 74058 stop_codon_12 stop_codon 74056 74058 gene_10 gene 1 75449 77227 transcript_13 transcript 75449 77227 start_codon_12 start_codon 75449 75451 CDS_91 CDS 75449 77227 stop_codon_13 stop_codon 77225 77227 AUGUSTUS_tom_pot_cdna de novo gene_11 gene 1 43380 38503 transcript_14 transcript 43380 38503 stop_codon_14 stop_codon 38505 38503 CDS_92 CDS 38767 38503 CDS_93 CDS 39114 38927 CDS_94 CDS 39236 39219 CDS_95 CDS 39589 39503 CDS_96 CDS 40048 39842 CDS_97 CDS 40473 40144 CDS_98 CDS 40842 40786 CDS_99 CDS 41484 41179 CDS_100 CDS 42527 41967 CDS_101 CDS 42681 42610 CDS_102 CDS 43380 43249 start_codon_13 start_codon 43380 43378 gene_12 gene 1 60828 56801 transcript_15 transcript 60828 56801 stop_codon_15 stop_codon 56803 56801 CDS_103 CDS 57103 56801 CDS_104 CDS 57434 57228 CDS_105 CDS 60828 60826 start_codon_14 start_codon 60828 60826 gene_13 gene 1 61957 60859 transcript_16 transcript 61957 60859 stop_codon_16 stop_codon 60861 60859 CDS_106 CDS 61164 60859 CDS_107 CDS 61509 61303 CDS_108 CDS 61957 61700 start_codon_15 start_codon 61957 61955 gene_14 gene 1 81286 80258 transcript_17 transcript 81286 80258 stop_codon_17 stop_codon 80260 80258 CDS_109 CDS 81286 80258 start_codon_16 start_codon 81286 81284 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 218 45174 46580 match_2 match 225 45174 46577 match_3 match 124 45159 46556 match_4 match 125 45177 46589 match_5 match 125 45159 46478 match_6 match 137 45159 46580 match_7 match 201 75647 77185 match_8 match 122 45792 46589 match_9 match 293 45159 46586 match_10 match 319 45159 46589 match_11 match 291 45171 46592 match_12 match 117 45753 46586 match_13 match 139 50590 51225 match_14 match 139 50590 51225 match_15 match 676 75446 77170 match_16 match 151 45117 46589 match_17 match 158 45174 46559 match_18 match 149 45174 46466 match_19 match 140 45711 46592 match_20 match 157 45111 46592 match_21 match 159 45123 46523 match_22 match 171 45120 46565 match_23 match 137 45165 46589 match_24 match 496 35860 37200 match_25 match 123 28360 28710 match_26 match 128 50590 51228 match_27 match 126 45129 46514 match_28 match 157 50593 51225 match_29 match 157 50593 51225 match_30 match 186 75665 77107 match_31 match 129 45174 46598 match_32 match 164 45183 46502 match_33 match 139 50590 51225 match_34 match 139 50590 51225 match_35 match 139 50590 51225 match_36 match 120 50593 51204 match_37 match 120 50593 51204 match_38 match 166 45162 46589 match_39 match 161 45174 46589 match_40 match 126 45174 46589 match_41 match 171 45447 46568 match_42 match 196 45159 46568 match_43 match 120 45789 46589 match_44 match 123 45711 46589 match_45 match 286 45159 46556 match_46 match 300 45159 46598 match_47 match 295 45153 46589 match_48 match 268 45171 46583 match_49 match 128 45141 46559 match_50 match 130 45141 46559 match_51 match 127 45192 46601 match_52 match 138 45165 46607 match_53 match 158 45162 46601 match_54 match 825 75485 77185 match_55 match 140 45195 46592 match_56 match 144 45195 46592 match_57 match 144 45195 46592 match_58 match 141 45195 46592 match_59 match 139 45789 46592 match_60 match 140 45156 46592 match_61 match 129 45150 46589 match_62 match 126 45162 46595 match_63 match 196 75617 77137 match_64 match 392 75509 77155 match_65 match 127 45156 46595 match_66 match 159 50593 51225 match_67 match 226 45174 46562 match_68 match 226 45174 46514 match_69 match 231 45174 46580 match_70 match 117 45174 46595 match_71 match 272 45171 46592 match_72 match 314 45171 46556 match_73 match 286 45315 46589 match_74 match 316 45171 46589 match_75 match 331 45159 46601 match_76 match 412 50581 51321 match_77 match 134 45171 46589 match_78 match 123 45165 46580 match_79 match 117 45171 46580 match_80 match 120 45162 46583 match_81 match 138 45159 46580 match_82 match 120 45159 46589 match_83 match 84.0 70445 70681 match_84 match 37.4 70264 70329 match_85 match 52.8 69934 70026 match_86 match 32.7 70136 70189 match_87 match 179 45174 46586 match_88 match 154 50590 51282 match_89 match 155 50590 51234 match_90 match 137 45792 46592 match_91 match 147 45177 46592 match_92 match 130 45789 46595 match_93 match 124 45171 46595 match_94 match 712 53737 55104 match_95 match 234 45162 46568 match_96 match 116 45456 46586 match_97 match 270 45519 46592 match_98 match 304 45171 46592 match_99 match 120 45174 46595 match_100 match 138 45177 46592 match_101 match 642 75479 77161 match_102 match 163 45174 46586 match_103 match 157 45966 46586 match_104 match 156 45789 46598 match_105 match 164 45183 46532 match_106 match 128 45174 46598 match_107 match 389 75542 77155 match_108 match 134 45171 46601 match_109 match 119 45171 46583 match_110 match 129 45171 46592 match_111 match 130 45201 46589 match_112 match 121 35959 37041 match_113 match 122 45516 46601 match_114 match 180 45186 46559 match_115 match 128 50593 51294 match_116 match 210 75668 77137 match_117 match 117 45162 46589 match_118 match 129 50590 51219 match_119 match 143 45195 46520 match_120 match 125 45171 46589 match_121 match 126 45159 46589 match_122 match 157 50590 51282 match_123 match 175 45186 46529 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_124 match 133 81379 80312 match_125 match 114 81394 80348 match_126 match 144 81355 80288 match_127 match 160 81379 80291 match_128 match 164 81397 80531 match_129 match 126 81175 80288 match_130 match 177 81391 80291 match_131 match 176 81367 80315 match_132 match 146 81397 80621 match_133 match 181 81391 80492 match_134 match 112 81325 80300 match_135 match 112 81394 80702 match_136 match 163 81358 80291 match_137 match 127 81397 80738 match_138 match 165 81379 80510 match_139 match 114 81352 80291 match_140 match 150 81391 80291 match_141 match 144 81373 80291 match_142 match 154 81397 80288 match_143 match 142 81379 80495 match_144 match 137 81397 80423 match_145 match 127 81322 80315 match_146 match 123 81376 80543 match_147 match 115 81397 80699 match_148 match 150 81373 80288 match_149 match 136 81397 80462 match_150 match 125 81367 80435 match_151 match 133 81301 80297 match_152 match 181 81397 80462 match_153 match 136 81376 80285 match_154 match 144 81307 80312 match_155 match 166 81370 80318 match_156 match 137 81397 80660 match_157 match 159 81364 80288 match_158 match 175 81370 80285 match_159 match 176 81397 80288 match_160 match 167 81397 80444 match_161 match 147 81394 80642 match_162 match 177 81397 80486 match_163 match 124 81397 80849 match_164 match 159 81379 80726 match_165 match 122 81352 80492 match_166 match 113 81397 80480 match_167 match 127 81370 80426 match_168 match 136 81379 80288 match_169 match 109 81181 80495 match_170 match 155 81373 80288 match_171 match 110 81391 80774 match_172 match 139 81391 80654 match_173 match 189 81379 80315 match_174 match 177 81361 80462 match_175 match 183 81397 80447 match_176 match 129 81361 80288 match_177 match 106 81391 80774 match_178 match 130 81394 80594 match_179 match 160 81391 80426 match_180 match 185 81397 80312 match_181 match 139 81391 80654 match_182 match 181 81379 80492 match_183 match 183 81361 80462 match_184 match 135 81319 80300 match_185 match 106 81397 80618 match_186 match 140 81394 80486 match_187 match 183 81358 80303 match_188 match 162 81391 80492 match_189 match 155 81391 80591 match_190 match 186 81379 80312 match_191 match 139 81319 80288 match_192 match 158 81382 80288 match_193 match 155 81373 80288 match_194 match 155 81391 80546 match_195 match 185 81361 80492 match_196 match 189 81379 80492 match_197 match 197 81397 80486 match_198 match 107 81358 80696 match_199 match 109 81361 80462 match_200 match 143 81361 80492 match_201 match 138 81379 80267 match_202 match 109 81397 80489 match_203 match 137 81397 80324 match_204 match 139 81379 80132 match_205 match 136 81370 80504 match_206 match 145 81253 80291 match_207 match 126 81157 80486 match_208 match 125 81358 80495 match_209 match 125 81358 80495 match_210 match 134 81397 80462 match_211 match 147 81397 80291 match_212 match 148 81367 80522 match_213 match 155 81370 80267 match_214 match 124 81382 80621 match_215 match 145 81382 80522 match_216 match 106 81379 80432 match_217 match 126 81358 80318 match_218 match 115 81325 80435 match_219 match 142 81397 80510 match_220 match 159 81370 80429 match_221 match 129 81391 80486 match_222 match 154 81379 80312 match_223 match 128 81382 80582 match_224 match 130 81397 80585 match_225 match 108 81358 80720 match_226 match 131 81397 80426 match_227 match 116 81346 80486 match_228 match 128 81385 80300 match_229 match 152 81382 80510 match_230 match 113 81382 80678 match_231 match 156 81376 80471 match_232 match 149 81382 80585 match_233 match 132 81373 80285 match_234 match 143 81370 80531 match_235 match 110 81355 80486 match_236 match 126 81370 80642 match_237 match 110 81397 80747 match_238 match 118 81250 80291 match_239 match 143 81319 80297 match_240 match 173 81358 80288 match_241 match 171 81391 80384 match_242 match 174 81397 80423 match_243 match 158 81397 80654 match_244 match 129 81226 80291 match_245 match 158 81397 80435 match_246 match 174 81379 80288 match_247 match 147 81319 80297 match_248 match 160 81397 80591 match_249 match 200 81397 80147 match_250 match 132 81370 80642 match_251 match 160 81382 80588 match_252 match 182 81373 80291 match_253 match 151 81394 80642 match_254 match 176 81391 80510 match_255 match 137 81316 80288 match_256 match 155 81379 80495 match_257 match 156 81397 80585 match_258 match 126 81376 80738 match_259 match 144 81394 80654 match_260 match 170 81379 80510 match_261 match 124 81394 80315 match_262 match 129 81319 80300 match_263 match 125 81214 80291 match_264 match 131 81379 80285 match_265 match 168 81397 80288 match_266 match 148 81370 80297 match_267 match 150 81397 80654 match_268 match 178 81397 80297 match_269 match 183 81397 80303 match_270 match 190 81397 80426 match_271 match 154 81382 80675 match_272 match 117 81205 80291 match_273 match 157 81358 80288 match_274 match 141 81373 80297 match_275 match 144 81370 80480 match_276 match 158 81397 80591 match_277 match 192 81397 80147 match_278 match 138 81319 80297 match_279 match 166 81379 80141 match_280 match 130 81394 80591 match_281 match 112 81382 80678 match_282 match 186 81397 80471 match_283 match 145 81319 80300 match_284 match 173 81391 80297 match_285 match 177 81397 80288 match_286 match 183 81397 80477 match_287 match 158 81397 80591 match_288 match 107 81151 80300 match_289 match 167 81379 80288 match_290 match 154 81319 80300 match_291 match 117 81391 80678 match_292 match 174 81391 80147 match_293 match 147 81397 80654 match_294 match 179 81382 80384 match_295 match 187 81397 80471 match_296 match 139 81319 80291 match_297 match 156 81358 80495 match_298 match 136 81397 80591 match_299 match 176 81397 80435 match_300 match 155 81391 80510 match_301 match 139 81394 80480 match_302 match 173 81391 80492 match_303 match 165 81397 80486 match_304 match 142 81286 80291 match_305 match 120 81076 80288 match_306 match 145 81361 80654 match_307 match 187 81379 80477 match_308 match 159 81373 80288 match_309 match 169 81391 80384 match_310 match 169 81397 80423 match_311 match 158 81397 80654 match_312 match 145 81319 80288 match_313 match 177 81397 80147 match_314 match 144 81397 80732 match_315 match 175 81382 80510 match_316 match 125 81283 80543 match_317 match 122 81391 80771 match_318 match 140 81364 80654 match_319 match 132 81160 80477 match_320 match 135 81367 80291 match_321 match 124 81397 80510 match_322 match 156 81391 80492 match_323 match 184 81397 80291 match_324 match 135 81367 80291 match_325 match 124 81397 80510 match_326 match 157 81391 80312 match_327 match 184 81397 80291 match_328 match 118 81319 80288 match_329 match 105 81232 80300 match_330 match 121 81319 80495 match_331 match 166 81358 80291 match_332 match 147 81397 80531 match_333 match 132 81370 80645 match_334 match 185 81391 80486 match_335 match 140 81391 80711 match_336 match 186 81391 80486 match_337 match 192 81391 80435 match_338 match 179 81397 80513 match_339 match 128 81382 80480 match_340 match 136 81397 80312 match_341 match 111 81253 80297 match_342 match 165 81397 80297 match_343 match 175 81397 80291 match_344 match 169 81397 80390 match_345 match 166 81379 80300 match_346 match 125 81358 80495 match_347 match 106 81382 80441 match_348 match 123 81376 80510 match_349 match 128 81301 80318 match_350 match 107 81361 80531 match_351 match 132 81394 80486 match_352 match 120 81370 80642 match_353 match 105 81379 80795 match_354 match 136 81355 80540 match_355 match 130 81397 80369 match_356 match 167 81397 80288 match_357 match 118 81391 80288 match_358 match 160 81397 80483 match_359 match 143 81376 80486 match_360 match 140 81391 80441 match_361 match 132 81367 80531 match_362 match 146 81379 80495 match_363 match 117 81379 80666 match_364 match 147 81397 80549 match_365 match 134 81376 80495 match_366 match 146 81397 80492 match_367 match 177 81394 80435 match_368 match 129 81385 80495 match_369 match 133 81376 80633 match_370 match 139 81379 80285 match_371 match 106 81397 80780 match_372 match 167 81358 80486 match_373 match 129 81385 80495 match_374 match 133 81376 80633 match_375 match 139 81379 80285 match_376 match 106 81397 80780 match_377 match 167 81358 80486 match_378 match 110 81361 80291 match_379 match 157 81379 80465 match_380 match 136 81397 80579 match_381 match 163 81379 80471 match_382 match 157 81394 80285 match_383 match 133 81385 80552 match_384 match 163 81373 80453 match_385 match 167 81397 80282 match_386 match 131 81379 80432 match_387 match 120 81151 80312 match_388 match 124 81370 80435 match_389 match 123 81397 80537 match_390 match 174 81397 80285 match_391 match 169 81394 80285 match_392 match 169 81370 80312 match_393 match 132 81391 80276 match_394 match 108 81379 80543 match_395 match 115 81370 80591 match_396 match 122 81298 80531 match_397 match 126 81370 80714 match_398 match 106 40072 39839 match_399 match 170 41538 41170 match_400 match 207 42410 41964 match_401 match 183 40479 40120 match_402 match 125 81397 80471 match_403 match 111 81355 80495 match_404 match 132 81379 80477 match_405 match 128 81391 80642 match_406 match 107 81346 80480 match_407 match 122 81382 80477 match_408 match 125 81355 80516 match_409 match 134 81361 80495 match_410 match 136 81379 80453 match_411 match 113 81382 80495 match_412 match 133 81397 80549 match_413 match 140 81358 80678 match_414 match 114 81250 80495 match_415 match 135 81385 80435 match_416 match 156 81346 80510 match_417 match 150 81397 80531 match_418 match 132 81397 80711 match_419 match 137 81370 80483 match_420 match 119 81382 80690 match_421 match 111 81382 80291 match_422 match 124 81397 80366 match_423 match 120 81193 80288 match_424 match 105 81355 80291 match_425 match 132 81331 80327 match_426 match 140 81382 80543 match_427 match 159 81367 80477 match_428 match 144 81391 80465 match_429 match 144 81391 80465 match_430 match 149 81346 80288 match_431 match 163 81397 80327 match_432 match 176 81370 80285 match_433 match 158 81394 80540 match_434 match 171 81397 80492 match_435 match 132 81394 80483 match_436 match 131 81391 80291 match_437 match 157 81379 80288 match_438 match 155 81397 80291 match_439 match 143 81397 80447 match_440 match 165 81373 80480 match_441 match 159 81382 80642 match_442 match 106 81391 80384 match_443 match 114 81169 80312 match_444 match 150 81379 80363 match_445 match 169 81376 80291 match_446 match 130 81391 80642 match_447 match 190 81397 80492 match_448 match 130 81265 80282 match_449 match 170 81397 80288 match_450 match 122 81367 80696 match_451 match 160 81382 80486 match_452 match 156 81361 80492 match_453 match 147 81367 80486 match_454 match 108 81394 80447 match_455 match 117 81397 80495 match_456 match 109 81346 80522 match_457 match 146 81376 80447 match_458 match 124 81376 80579 match_459 match 118 81397 80696 match_460 match 153 81397 80147 match_461 match 166 81391 80492 match_462 match 150 81394 80654 match_463 match 172 81397 80510 match_464 match 135 81370 80723 match_465 match 126 81379 80291 match_466 match 105 81397 80654 match_467 match 140 81382 80447 match_468 match 122 81382 80510 match_469 match 117 81382 80492 match_470 match 118 81394 80723 match_471 match 117 81355 80486 match_472 match 128 81397 80459 match_473 match 153 81397 80300 match_474 match 186 81379 80282 match_475 match 181 81361 80327 match_476 match 163 81391 80435 match_477 match 151 81397 80618 match_478 match 185 81397 80492 match_479 match 197 81370 80291 match_480 match 137 81361 80291 match_481 match 108 81280 80492 match_482 match 143 81391 80432 match_483 match 148 81379 80495 match_484 match 174 81355 80291 match_485 match 177 81379 80408 match_486 match 138 81370 80423 match_487 match 142 81370 80285 match_488 match 169 81391 80291 match_489 match 182 81397 80315 match_490 match 184 81379 80291 match_491 match 148 81397 80534 match_492 match 110 81367 80495 match_493 match 150 81394 80327 match_494 match 159 81397 80312 match_495 match 134 81367 80597 match_496 match 131 81397 80705 match_497 match 139 81355 80267 match_498 match 145 81376 80318 match_499 match 145 81397 80312 match_500 match 182 81379 80291 match_501 match 166 81379 80480 match_502 match 148 81397 80615 match_503 match 117 81379 80543 match_504 match 114 81370 80699 match_505 match 158 81382 80288 match_506 match 170 81379 80291 match_507 match 105 81397 80780 match_508 match 160 81382 80495 match_509 match 155 81382 80585 match_510 match 108 81355 80288 match_511 match 155 81382 80288 match_512 match 119 81370 80477 match_513 match 162 81397 80300 match_514 match 127 81364 80282 match_515 match 132 81382 80648 match_516 match 171 81370 80486 match_517 match 512 81397 80267 match_518 match 111 81379 80471 match_519 match 117 81382 80519 match_520 match 106 81382 80570 match_521 match 125 81358 80294 match_522 match 150 81379 80426 match_523 match 124 81364 80654 match_524 match 121 81370 80615 match_525 match 116 81190 80492 match_526 match 137 81265 80486 match_527 match 142 81382 80591 match_528 match 163 81373 80483 match_529 match 134 81352 80315 match_530 match 127 81370 80471 match_531 match 147 81397 80432 match_532 match 166 81373 80489 match_533 match 112 81391 80291 match_534 match 135 81379 80288 match_535 match 120 81358 80495 match_536 match 138 81379 80468 match_537 match 124 81397 80543 match_538 match 171 81382 80288 match_539 match 129 81361 80288 match_540 match 162 81367 80312 match_541 match 148 81382 80432 match_542 match 144 81394 80354 match_543 match 148 81379 80510 match_544 match 149 81397 80519 match_545 match 105 81346 80462 match_546 match 131 81397 80327 match_547 match 125 81343 80492 match_548 match 136 81397 80477 match_549 match 133 81394 80486 match_550 match 106 81397 80429 match_551 match 122 81355 80495 match_552 match 126 81397 80471 match_553 match 118 81382 80474 match_554 match 122 81397 80684 match_555 match 126 81346 80435 match_556 match 108 81313 80504 match_557 match 130 81382 80510 match_558 match 124 81373 80591 match_559 match 109 81316 80291 match_560 match 155 81370 80291 match_561 match 139 81379 80504 match_562 match 142 81382 80291 match_563 match 137 81379 80495 match_564 match 152 81397 80522 match_565 match 150 81397 80492 match_566 match 145 81394 80285 match_567 match 138 81391 80474 match_568 match 128 81394 80312 match_569 match 151 81361 80399 match_570 match 163 81373 80489 match_571 match 117 81361 80735 match_572 match 131 81397 80642 match_573 match 157 81379 80429 match_574 match 121 81388 80288 match_575 match 169 81397 80291 match_576 match 127 81397 80735 match_577 match 129 81370 80654 match_578 match 106 81391 80828 match_579 match 193 81397 80477 match_580 match 130 81157 80300 match_581 match 139 81370 80540 match_582 match 107 81370 80297 match_583 match 107 81361 80486 match_584 match 125 81382 80666 match_585 match 133 81346 80555 match_586 match 110 81382 80435 match_587 match 124 81397 80468 match_588 match 115 81379 80654 match_589 match 138 81391 80510 match_590 match 133 81355 80495 match_591 match 112 81373 80642 match_592 match 132 81370 80462 match_593 match 131 81148 80435 match_594 match 139 81355 80267 match_595 match 146 81376 80408 match_596 match 139 81355 80267 match_597 match 147 81376 80318 match_598 match 128 81379 80294 match_599 match 132 81307 80327 match_600 match 112 81397 80645 match_601 match 109 81382 80714 match_602 match 143 81382 80513 match_603 match 169 81379 80291 match_604 match 183 81382 80291 match_605 match 177 81397 80462 match_606 match 199 81397 80510 match_607 match 119 81319 80288 match_608 match 164 81391 80285 match_609 match 174 81397 80492 match_610 match 152 81397 80654 match_611 match 179 81397 80486 match_612 match 124 81361 80477 match_613 match 180 57803 57222 match_614 match 236 61518 60871 match_615 match 133 57100 56816 match_616 match 157 61957 61700 match_617 match 180 57803 57222 match_618 match 236 61518 60871 match_619 match 133 57100 56816 match_620 match 157 61957 61700 match_621 match 108 81391 80711 match_622 match 146 81376 80432 match_623 match 149 81382 80642 match_624 match 119 81379 80486 match_625 match 120 81397 80531 match_626 match 124 81379 80486 match_627 match 112 81250 80474 match_628 match 107 81379 80471 match_629 match 145 81397 80291 match_630 match 115 81370 80531 match_631 match 142 81397 80297 match_632 match 154 81397 80477 match_633 match 171 81391 80291 match_634 match 167 81397 80510 match_635 match 154 81352 80288 match_636 match 140 81391 80483 match_637 match 145 81370 80486 match_638 match 127 81361 80654 match_639 match 143 81373 80492 match_640 match 170 81394 80162 match_641 match 159 81370 80495 match_642 match 168 81379 80300 match_643 match 179 81355 80267 match_644 match 123 81373 80510 match_645 match 173 81397 80510 match_646 match 151 81391 80273 match_647 match 106 81148 80279 match_648 match 123 81370 80591 match_649 match 141 81397 80510 match_650 match 153 81379 80558 match_651 match 124 81316 80291 match_652 match 139 81394 80357 match_653 match 167 81397 80288 match_654 match 122 81397 80651 match_655 match 170 81382 80291 match_656 match 150 81397 80291 match_657 match 106 81355 80312 match_658 match 120 81397 80288 match_659 match 113 81391 80291 match_660 match 136 81376 80288 match_661 match 125 81382 80678 match_662 match 182 81382 80486 match_663 match 196 81394 80435 match_664 match 132 81397 80420 match_665 match 177 81370 80312 match_666 match 156 81355 80291 match_667 match 114 81079 80282 match_668 match 162 81379 80291 match_669 match 182 81397 80486 match_670 match 121 81316 80330 match_671 match 113 81397 80531