C08SLe0084H03.1 GAATTCTTTTGGGTTTCATCTTTGAATTTCAGGTTTTACTTTACTATTTTTACAAAAAAA TATTTAAAAATAATAACAATAATAATAGTCTAAATATTAATATAAAAATATTTTTTATTG AATATAATATTATTTTTAAGTTTTTTTTTTTAATGTACAAGTTAAAGATTAAAACATAAT TGTATCTCGTATTCACAATGAGTTGATCAATTTTCTATTTTATACGAGTTTTGTGATTAA TTAACTATTTATCGATTTTTTACAAAAAAAAATAAAATATAGCTAAATTTTAATTTTTTT GATAGATTATATTGATAATTTTGATTTTAACATCGTACATTGTACCAGTTTAGCAATGTG TTGAGAAGCTAGCTAGCAACACTTGGACCTCAGACAAAATCTATAGCACGTTACATATTG CAAATTTGTTTTATTATTGGAACTATCACATAATTAAATTTTCTAATATACGACGAATAA ATTAACAAATTCGATATATTTGATATTATTCGACAAATTTGAAGATAAAAAAGATTCAAG TCAATTGCTTTCATTTTTTGCTTATTATTTGTTTGTTTATGTTATTATTTATTTTTAGAG TATGATTAATTCATATTTATACAGAAAATCTCACCTTAAAAAGTTCTCTATCAAAAATCA AATTTAAAACTCTCATTTAGAATGAATATTTTCTTCTCTACCTCGAACCGTCCAATCTAA AAAAAAAAAATAAATTGTTGTCAAAATTTGTTGGATTTTCCTTTTATGATTGTGCGTAAT TTTTTGCATTTATTTATTTTTCCTTTTCAAAAGTTCAAAATTTAAAATACGTGTGGTCCC CACATTATGTTATTTTTTGGAATTGTATTCCCGCCTTATACTATTTGTTATCTTATGTTA TATTTTTATTTTTACATTTTTTACAGTAGTACACGTGGCAGTACATTTTAGGAGTGGGTT CACCCCCTTATGACTTATTTATAAAATTTTAAATTTATTTTTTTATATCAATGATATAAT AAATACCCCTTTAATATTATTATTTTTACAAAATATATTAATATTATGAAGTTGCAGTCA CGATCACTAAAACGTGCATACCTTATGGGCTTTACAATATTCGCCACTTTTTAAAAATAA ATAAATAAATTTTGGCTTTGTTCCATTCCAATTACCAAAGCAAAGAATCTCTACAATTAT ATGCTCACAAAAAGAAATGAGAATATTGTTATTTGATAGGTTAAATGGTTTGAGTCAACA ATTTATCGGAAAAAAAACTCTCAATCTTATGATGTGAATATTCACAAGATAGAAATAAGA TATACGCATCACCCTTCTCATTTTCATTGAGTTAAAAAATATTTGGCTTTATTATACGTT AGTACAGGAATTTAAATTTCGGTATAACAGTTATCTCTTTCAATTCAATTTATTTGTCCT ATTTAATTTTAATTTGTTTTAGAAAGGTTTTTTTTTTTTTGCAACTCTTTAATTTCGACT ATGACGGTATTTTAAAAAAAAACATTTGAATATTGTGGGGTTGAGTTTAAAATATGTCAA ATATTATCAAAATATCGTTTGATCTCGTGATCTGAGACCACGATTTTTTTTAAAAAAATA TTTTTTGTAAACGAAGTGTTAAATCAAAACAGGACAAATAAATTAGAACGGAGTTAATAC GTGGACCATGAGCTCCTATGTAGGATAGCCTACAAAAGAAAGTGGGCTTTAGGTTCTGGG CTGAAGTTGAGGCCCATTATTGTTCGCTTTCAGAATACAAAAAGCCCAAGAAAATGTTTC AGAAAATTGGGGGAGCAATTCGACCCGAAATTGATAATCTGAAAATGGAATCGAACCAAA CCCTAGTTCCAGAGAAGGAGGAAGAGAAGAATCAACTGATAACAGACGATGACAGAGATG GAGAAGAAGAACAACAACAAAGAGGGGAATGTGGTGATCACGAAAATGCGGAATCTCAAA CATCGTCGTCTTTAAATGGCAAAGAAATACTGAAAGCAATCGAAGTTGTGGAGAGAGATT CTATGGCGATCGCCCATAGCTACACTTCACTTTTTGCTTCTCTTCGATCAACTTTATCAG AGGTTTCTTCTTTCTGTCCTTAATTCTTGCATTTCCTCATAATCTTAGTACTCGGTGGTG TTGAGGCCACTGCTGCAAATAGTGGCGTAGCTTTGAGATAGTGTTATCTGAAAGTAATTA TCTTTAGTCCTTCATCATGTTCAGTGTTTGGCACGTTTCTTTTTAATTTGGTTACTGATA AAAAGAGAGTCTTTTTTGTTTTTTTAATTTGGTTTGAGATGATTGTATGTCAGTGGAGGG ATGATTGTGAGATTTAGAGAATCCTCAATTTATAATGAACTGGAGTGGATGTTGAGTATA GATATAGCTTATCTTAGTTAGTTTGGGAATTAAGCGAAGAAGTAGTAGTTGGATAGAAAA GCATGTTTAAGGTGATCAACGAGCTGCATGGTGATCTAAGCTCTTTGCCTGCTTTTTGAT TGTGCATTTTGCTTGTAAAATTTCTGAACTGGATCAGTAGTTGGATAGAAAAGTGTTCTT ATGATGATCAACGAGGTGCATGGTGATTTAGGCTCTTCGCCTGCTGTTTGATTGTATATT TTGCTTGTAAAAATGGTAAACTGGAATGAGTAGTTGGATAGAATATGCGTATGATGATCA GCGAGCTACATGGTGATCTAGCCTCTTTGCCTGCTGTTTGATTGTGCATTTTGCTGGTAA AATTTCTAAACTGGAATCAGTTTTCATCTGGGTAGATAGCAAGGTTTTTTCAATTCATAG CATTCTGAATTCTCTGATATGATCTCTTCTAAGCATCACATTTGACACTTTTCACTTGTA GTTTAAACGGTTTGGTACGTTGTTGCTTATTCTGCGTAGAGTTATACTTTGTTATCTATC TTCTCTTGGGATATTGCACTTGGGTTTCAGGTCATGTGACTGTCATGTTTCTGATGAAGA TTTAGGAATGTTGCTCCAGTGGCACTTGTATGGTACTTTGGAGGAAAGGAAAGACCACTT GAAGGGGTGGAAATTGGAATGCAAGTTTACCAATTAGGACATGTCGTTGTTTTTGTTTAA TTTTTTGTCTGCCCGGAGAGATTACTGTCTGTATAAATGATTAAGTCGCTTTCAGAGAGA ACCACTAGTTCTCTTCTTTTTGATAGATTGCTTGTATACGGAGTTCTTCTCCCACAAGAT TAATAAAATATTACTTTATAATAAGAAACGATTGGATGAGATGTCAATCTTATTGGGAAG AATTAGTTCGATTTTACCTATTTATCCTTAGTATGGCATGTGACTGTCATATGACAATCT TTCAGTGACTTTTGCCGAGAAGTTATCCGATGACTAAGTGAGACTTTTGGGTGAATCTAG ATGGCGAAATGCAATTCTAGCCATAGATGGCATAGTGCCATGTAATTATGAACCACAAAG TGCCAAAAAGCATTACAATTTAGTGGACTTCATGCATTTGACACCTGATATTAGAACTTC TTTTTCTTTTCATGTGTGTGTTCTGTCCATGTTTAAAGGAGATAACATGATTTTGCAGGT TACTAGTACTTCTGTTGATCACATGATCTGCTTTGGTGATGCAGCAGGACGAGTTCAAGA ATGTGGTATATACTTTTACGGTTTTACCTCTTCATCTTCAGTTGTTGATGTCCTTACATC AATAGTTTTTCTTTTATTCTGCTTGTTGTTCGTTCATTATTTATTCAACAGACTAAGAAT GACTGTCTTTAAGTTCACGCTAGATCCCACAAATGTTGTTTTGAGGTAAGATAAACACAA GATCTAACATAGTATTGCGCACTTATCTATCAGTTCTCTTGGAAACATGCACCTCATCAA TATTCTAAAAGAAAACCTTCTTAGGTTCATTAAGAATTTAACTGCCATAAGTTGGTACCA TGGATGTACCAGCTTTATTTGTAGGCAAAGTGGAAGAATTGATTTTTCCGCTTCTCTCTT TGTTGCTTTAGTAATCCTTGTTCTAGAAGATGAGGACACTTGGTTTTGCCAGTGATCATT AATTCAAACTTCATCCTAGATGTGACTGCAAGAGGTTTATCTCTGTTCTGCTAACCCCAA ATGCATTATGCATGAGACGCCTGGATTTCTCTTGACCAATTTTCTGCATAGTTATCTTTT TTTGGATGTCTCCTTATTTACCACTAGGACAAACTAGTTAGGGTGTCATCCTAAAACTTG AATTATGGAGAATTATTCTGGAGAGTAAGAGATTTAGGATAGGTAGAAGTAACAGAATGT AAGGAAGTCTATTGGGAAATTGGCGAACTTTTCCCAGCTTCTATTCTTTGATGCCTGTGG TAGAAAGAAATAGTGGATGCTTTGAAGGAAACCCCTCTCCTATCCATATTCTGGAATACA GATTGCTCACAAATCTGGAGTAACCACCACCAGTGCAAATAATTTTGTTAGCTCCCTAGG AGGTTTATAGAAGGTCCATTGTTTCCGGGAGCTAACGTTTCTGCTCCAGCTTGTAATTTT TAGAATCTACTGGATCTTGTTAATGAAATTTTACTTTACCAGATTAAAAAGAAAAGACAC AAGTATAAGTAAGATTAGAGTATATGCACAGGAAGTTAAGCCAAATAAGGAGTGAAGTCG AAACGAGATTAGATTCAGATAACTAGACTTGATTTTCTAGGGAAAAAAGTTTTATTTATA AAAATGTGATCATAATTAAAATAAGAAGTTTGATAAGTGTGTTATGTAATAGGAGGATAC TTACCAAAGTGAAAGACAAGTTTTATGTGATTAAATTCCAGATCTTTCCTTTCCTCATTT TATTTTCTTAAATGCATTCACATTTCATTAATACCTTATTAACATGTTTTAAGTGATGTA CTAAAGTTGAGCTGCACTAGTATTAATGTTTGGCTGTTTATCTTGCAGCACTTGATGCAG CAACTAAAGGAAACCGTTACATAAACTCTTGCTTAAGGTAGTATTTTTTGTTATTCTTTA GTCAAGTCCCTGTAGTACCTTCCTGAAAAAAAAAATTATCAGTCTCACCCTAAGGGGTAG TTGGGAGGAAGCACCAAGTTAATGTCCTTATCTTTAGATGGTATAACATCTTAGATGTTT ATGGTATTCATGTACGTTTGGTTTTGGTAAAGCAATTCGTCAAGCCTCTAAATAGGGAAC ATATAACTTGCGTGTTTCGTATCAGGTCTATTTTTGCATCAAATAGTATAATTACATCCT TCCCACTCCAAAAATCTACTATTCTGGCAAATCTTTATAAGCTAACTCTCTCTTCGCAGA TTGAACGAGGAAATGAAAGGAATTGATAATCTTGCAACCCAGCTGTATCCTTTCCATGTG ATTATGGTTTGATGTTAGACATTATTTCTTCTACAAGTCTCCAATTCACGTCCACCAATT CTTTGTTTAAAGTTTGACTAAAGGATGCAATGGTGATTCTTGTCCTTGCAGTTGGCAATT AACCAGTGGACTGACAGGTTTCATTTCATTGTTTTCCTTTTTTATATCAATAGTTTTTCG TTTATTGTCTTGAACAAGAATTCATGGGCACCTTGCTCCCTGCAATGACATAGTATGACT GTTTAGAACCAATCAATATATCATGTGTTCTTTGTGACTCCTTGATACCTTGAAGGAAAA TCATCCGGAGAAACGTAGATGCATTGGACTCGGCTGTAAATAGGCTAGTTCGTTTCCCAT GAGTGTGGATCTGTCTTGATGGACGATGTCAACTAGGTGAGCTGCACATATTTTGTGGTG CTTTATATATGAGTGAGATGCCAGTTAAGTCTTGCTTCTTTGAAGGTTTAAGAATAAAAC AGTGTGTAATTGAATGAATTGCAAGGCTGATACATTTTCTAACCCATAGAAAAGCTTTCA CCATTGTTGCTTTTGCATACAATTTTTACCTCACTATATCATTGTACTATTTGTACTAAT GTTTCTCCTCCATTTACATATCCTTGTTTAGTAGAGTTGTTATTTGAAGATCCATGTATG AAAATTAAACATTCAAACATCCTTAATCGGTCGCCTGCAGTAATGTAATCGGGATTTCAT CTCCTAAATTCTTTTTTCTATGAAAGCAAGAGGTGGAAAGTTTTGTTAGAAATTCCGGAG GAACTCCCCCTCAGGGACCTTTTTCCTCTTGAATGTACTCCACAAATTGCAAATCTGAAT TAATCAGGTCAGTTGATCTCGAATGGTCAAAGTCTTGATGGACTTGAAAATAAAAATATA TTACTATGTAAGATGTTTGTCATGTTTACTCTAAACACAAATATGATGACACATGTCATT GAAAACTAGATCTTCAACAATAATTGAATCCCTGTTTTTTTGTCCCTTCCACCCCCACAA CACCAATGAGTTGAAATTTGAGACTTAAAATGTGAAAGTGACTACCCACAGAATTTGTCA CCTAACATAAAATATAATATTATCATACTATTGATGAGTCCAACTCATTTTTTTTAATCT ACTATAAAATTCACTTACCTAGTGAATCCTTGGTGTAAAAAGTGAATCCTTGGATCCACT CCCTATATTTTATTTCAACTAAAATATTTGTGATTAAAACATAACTCTGACTAATATATC ACATTATAGATTTGAGGTGGATCCATAAGTGCGCTGGCTTTTCTTTTTCGAGCTTCGTAT TATATACATGGTGAAAAATAAATATAATTTTTTGAAATATGATAAGCGTTTTCAAATTTT TTTTTAGAAAAAACTTTTGTATATACTCATGACATTCTTTATGTGTCTTTATAATCTTGG TGAACCTAGTTGTGTGACTGAGTGAATTATTTGTAACAAATAAAATTCAAACCTAAAAAA AGTCATGAGTTATTTTTATTTGATTGTGCCTCTATCGTAATGGTGATTGGTGACGTATAA ATCAAATAGATATTCAATAAAGAGAGATTATCTCTTCCCATATAAATAACTATTTTAATT AATATTTTTTAAGTGATATATAAAAGAGAAAAAAATATAATCTTATGGTAAACATTTCAC GTGATAGCTCAATTTTATTCTAATTATTTCCATTATTGAAACTTAATGATACATGTGCGT TAATTAATTAAATTCAAAGTTATCGTCTTTTGTGAATTAACTAATTTATTTATGTATTCT TAAATCTTAATTCTTATTGATGTGAAGACCCACATTTCCTAGGCAATTATTGCTCCACGT GCTGCTTTACAGGAGCCCATATTTTTTCTATAAAAATAATCTCCTTTTATTTTTATGCTG GTGCAATAAAATTTATTTACTCTACTTTTAGGAGTTGAATCACTCAATTAAAACAAGTTC TAATTGAATTTTTTTTAATTCTAATAAATTTAAATGACTAACTATATATTAAGTAAATAA TATTTTTTATACTTGTCAAAATTCTTTATTTGGACTTCAAATTAGCAAAATCAAAAGGGA AAAATTATATCTCACGTCATAATCATTTTGGTAACTTTCACTTGAATTTTGTCTTTAGCT TAGCCATAATAAAGCGGAGTCAAATAAGTTTGAGGGATTTATTTAAACCAGCAATATTTA TATATGATTAAAGCTATAATATATATATAATGGATATTGAGCTTGTTGTAGCTTCTTGTT ATTTACATAACTCATAATTTGAATTTTTTAGTGAAAATTTTGATCTCGACAGTACTAATC CTTCTGCTTATTTTGTTTTCTAAATTTAATGATTTTTGATTTATACTTCTTGTGGTGCAA AACACACAGAGAAAATGAGTAATCACTTCTTGATTTTCACTGTAGGCCCTAAGTGTTTCA ATTTCTGACTCCTAAAGATTAGATTTTTATTGCTTTTTCAACCTTTTTTTACTATCTTTT CAGTACTATTCTTTAGCATAATTACTCCACCATTGAAACCCCACTTGTACATTTCAACTT ATGGGGATTTATGGAATATATGCCAAGTTGTAGCAAGTCTCTATCTTTATGATTTTAGCT CAAAAGGGTGCTTACTACTTAGTCATTAACATTATCCTTGTGAAAAAATGGCTGTTTTGG CCTTGTTTCTTGAAATCTGAAACTAAAAAATTCTCTTTGTATGGTCCAATATGGTTGTGG TCCTGAGAACTAAGATCCCATTTGGGATCAAGATTCAAGATTTATGCTTTCTTGGTGTTT TATGATTTTGGTGTCGTTTTTTAGAATTTTGAGCTGATTTTTTCTTCACTGTCATTTTGG TGAGACAAAAGATTGAAGCTTTGAAAATGGCTATGGGACACCAAGATCAAGATGGAGTCC CAGGCAACTTGAGAAAGCAACTTGCTCTTGCTGTTAGAGGCATTCAATGGAGCTATGCAA TCTTCTGGTCAACTGCAGTTACACAACCAGGGTAATAAGGCCTAACATTTTCCTTCAACT TGTTCTTTTCTTAATTGTTTTTAGCATGACTTCTTCGCTACTGTATTTGTTTTACTTATT TGTTTTTTTGGTTTCGCAAAGGTTTATCGAAAATAAACTTTTTACCTTAGGTACACTCTA ACCTCCTCAAACCCGACTCGTGGAGTTACAATTACACTTGTTGTTGTTGTATCTTCCTTG AATTTTATAGTAGAGAAAGTCTTCAAATTAAAGGACTGGTAAATTTGGAATGGGAAGGAG TGTTGAGGTTAAGGTGAAGAGTGATGGTACTTATGTTACCCCTTTATTCATGTACAATCC CTAGTTCCAGTTCTTGTACTGTTAGGAAGTAAGGATATATCAATTTGATTTCAACAATTT ATCTCCCTCCTAGAAGGGAAGCTTCTTTGGTGCAATGGTAAGACTTCCTGCCGAGTGGCC AATAGACGGGTTCAAGGTGTTGGAAACAGTCTCTTGCAGAAGTGCCAGGTAAGACTGCAT ACAATAGATCCAATGTGGTTCGGCATTTACTTGAACTCTGTGCATAGTGGGAGCTTAGTA AAACGGAGTTTATCTGCCAAGGATTTCTTTTTTCTGAAAGCGTAGTAGTGTTTTCCTTAT TGATTGGCATGTTATCTTCACTGCCGTATTTTCCTTTTTTCGTAACTACTTGCAATGGTT GCACTTGATCCGAGGGTCTTTCACTACCCTCCCTAGACCCAACTTGTGGTATTACACTCG ATATGATGTTGTTGTATATATATCTTTTAGGAATGTAGCATTGTAAATATGTTTTCAAGA TAATGTTCTAAAATCTGGGATATTATCTTCTAGGGTGTTGAAATGGATTGATGGGTACTA TAATGGGGATATCAAGACCAGGAAGACTGTTCAGGCGGGGGAAGTTAATGAAGACCAGCT GGGGTTGCATAGAACTGAGCAATTGAAAGAACTTTATAGTTCCCTCTTAACAAGTGAAAG TGAAGAAGACCTGCAGCCACAGGCCAAAAGGCCGTCGGCCTCATTATCTCCAGAAGATCT CACTGATACAGAGTGGTATTTCCTAGTATGCATGTCATTTGTCTTCAATGTTGGCCAAGG GTAATTTCTTGAAATTCCATATCTTGTGCATGGAGTTTGTTTTCTGATGTCTTGGTTAGA ATTTTTAGCCCACTTAGGCCATACTTGGTTATAAAACGCAAAGTTCATAACCTCATATAA TGTAAAGTAACGATCTTTCTAGTCTATTCCTGAAATCATTTGTTTTCTTAATGTTCAAGT GAAGCGTTGCTCCCTTTCTGGTTTTGAAGTTTATTACCGATGCTCCGTTTAGTTCTGTTC TTAGAGTAGATAGGGAAGTAAATGATCGATATCTATCTTCTTCTTAAAAGAATAGTGCAT GATGTGTTCACTATTGTTAGGTATTTAATTGTTGTGTAAAATTATTACACAGGTTACCAG GGAAGACCTTAGCAACAAATGAAACTGTTTGGCTGTGCAACGCTCACCAAGCCGAGAGTA AAGTCTTTTCTCGTTCTTTGCTAGCAAAGGCAAGTATATGGTTCATGTATCAGCTTTGGT CTAAATGTAACCTCAGTCTAAGATTATATCCCTAAGGGTGTGCATTTGGTCGATTTTGGG TTAATTAAGTTCGGTTTGTTTGTGTTTTGGTAAAATTGGCAACTATGTTTGCTTAGAAAA GAAAACAAACCTGAAAAACAGAAAACATGAAAAATGGAAACTGAAACTAGCCAAAATACC GAAAATATCTAACCAAAAAAACTGAAAATTTTGTTCTGTCAGTTGTTTCAGTTAAAACCT TAAAACCGAATAATGCACACCCTTAGATATCAATTCAATTGAAAATTCTGACATCTCTTT CCTTTTTGGTTTCTCTATATTGCTGGTTAAATCCTCTTTGCCTCACCAGAGTGCATCTAT CCAGGTACTACTCCATCTCCTTCTTTCTCTCTCTCACACACAAACACATACGAGAGCATG CAGAGACATGCAAGCATGAATTGATAAAACTTCAAATACTTACCCTTACTCTAATATTTT CTTATCATATTGTCTATCGCCTAAAATATGTCAAATGGATGAAACAAATCTCTGCTGCCA TAGAGGAGTATGCATCAGCTCCTGATTCATGTCATTCTTTCCTTTTCCATGGAGTATGTA GTTGATTAATGTCTTTTCCTCTCTTTGTATCTTGTAGACTGTTGTATGCTTTCCCTATTT AGGAGGCGTAATTGAGCTGGGAGTCACCGAGCTTGTAAGTCCAGTTTCAATTTGTCTCTT TAGTCGTCCTGATGTTTTCCAAGATATCATTAATTACCTGTGATGATACTTTTGCCTTGT TGTAACATGTTTTTTGCAGGTCACGGAAGATCCTAACCTCATTCAGCAAATAAAAAATTC CTTTCTAGAGGTTGATTACTCCGTTATTTTGAAGAGGCCTAATTATGTCTCCAACGATGC AAAAAATGACACGAATATCGGTAGCCAAAAGCCTGATCATAATGCACTTGAAAATGATGC TTATCCAGTTGAAATAAATTCACCTCATGATAGTTCAAATGGTTTTGTCGCCAATCAAGA GGCAGAAGATTCACTGATGGTGGTAGACGGTATTGGGGAAACTTCACAAGCTCAAAGCTG GAGGTTCATGGATGATAATATCAGTAATGGTGCGAATAATTCCTTGAATTCCAGTGACTG CATCTCTCAAAACAATGCAAATTGTGAAAAGTTGTCCCCTCTTTCGAGTGGAGAGAAGGA AACTAAGCCTTGCCCACTAGACCGTCAAGAGAACGATCAGAAGAAACCGCATCTTTTAGA TCACCAAGGAGATGATGCTCAATATCAAGCTGTCCTTTCTACTCTTTTAAAGAGTTCTGA CCAATTAACTTTGGGACCACATTTTAGAAATATGAATAAAAAGTCAAGTTTTGCTAGTTG GAAAACCGATATTCAGATGCCGAGATTTGGAACTGCACAAAAACTATTGAAGAAGGTACT TCTTGAAGTTCCTAGAATGCATGCTGGTGTTATACATAAATTCAGCAGAGAAAATGGTAA AAAGAATAGCCTTTGGAGACCAGAAGTTGATGACATTGATAGAAACCGTGTTATTTCAGA GAGAAGGCGAAGAGAAAAGATAAATGAGAGATTTATGCATCTTGCATCGATGCTGCCAAC TAGTAGCAAGGTACTGGAAGATCTCCTCAAGTTTACATAGCTCCTGTTTGATGACACATT AATCAGAAATTGTGTTTTTCCCATTGGTGTTTGCAGGTTGACAAAATATCACTACTCGAT GAGACAATAGAATACATGAAAGAGCTTGAAAGGAGAGTTCAGGAGCTGGAGGCGAGATCA GCAAGACGATCAAATGATACTGCAGAGCAGACATCTGATAATTGTGGCACTAGCAAATTC AATGACATCAGGGGATCACTACCGAACAAAAGGAAGGCATGTGATATGGATGAAATAGAA CCTGAAAGCTCCAATGGATTACTGAAATGTAGTTCAGCTGATAGTATTGTCATCAATATG ATCGATAAGGAAGTCTCGATCAAGATGAGTTGTCTTTGGAGCGAGAGCTTGTTGCTTAAA ATTATGGAGGCACTGACTGACCTACATATGGATTGCCATACAGTTCAGTCTTCCAACCTT GATGGGATTCTATCCATTGCTATCGAATCCAAGGTTTGTCAACGCCGAGCTCTCTTTAAT GGCCATAACCAATTCAAAAAATTTGGCGCAACTTATGAAATACTCCGTCCATCCCAATTT ATATGGCACTGTTTGACTTGGCACAAAGTTAAAGAAAGAAGGAAGACTTTTGAAATTTGT GGGCTTAAATACTTCTTGACCATTTGTGACTATAAATTTTCATTAAGGGTAAAAAAAGAA TTTTAAAGTTAAATTGTTCCCAATTATGGAAAGGAGACTTTTCTTTTGGGACGGACTATG AAGGAAAGTGTGCTATATAAATTGGAACAGAGGGAGTACTAGCTGACATACTCTCATGTG TTTGTTTCCAATCTTATTATGTTAGATACTCTGTTTATATTGTAACTAAAGATTCATACT CATTCTTCTTTGGTATCTTCTCTGTTGCAGTCAACCGGATCGAAAACACTAGCAGTCGGA ACAATTAGAGAAGCACTTCAGAGAGTAGTATGGAAATCTTGAAGATTAGTCAGTCAAGGT TGGTCAATTAAGCCCATATGAAAAAGAGCTTGGTCAGTCCTGTCCTTAGTGGATAGTTAA AGCTTGTGTATAGTATTGTACTTATGCTTTTTTCGAAGATTTGAAAAGCCTAGGGAAAAA GTAGTAATTTGGAGTAGCTTTCTCCTAATGCATCATCCTCTTTCATGATCATCACTTTTT TGTGGTCCTCTAAAAAGTTCATGAAAGTAAAGTTGCTGAATCTTGCTATTGATTTCTGTC CCCACTAACAAAGTTGAAAGGTCATCTCAGGAATGGAAAAAAGTTTGCTGTTTGCTTTAA GTCATTCTACATTATTGAGACTTGTGAATCTTGCTGAAGTCATTTTAAACCTGCTTAAGC TCTTTCTTGAGACAAAAGTGAGATTTTTATGCAACAAACCCCTCTAGCCAAAGACTAGTG CTAGGTGGTCCTGCAGTAGCTCCCCGAAAAGGGTAGCCTTTGTTTGTAATTACAACAATG AACCGCGGTGAACTTTCAGACTACCTATACTAGATTAGAGGGATCCTCAGTGGTGGTGAC CCTTGTAGCCTTCCACAGACTAGTACATGTACAGAATGCTCCTTCGGAAAAGTTGACTTC TGAGCCTGAAACCTATGTGATTGCTCCAAGAAATCCTTTCTTTCTTGTCATAAATAAAGT GCTAGAATGCAACTCTCATCTTGGGAACTATAATAGGGGTCTTCAGTATCTTCACACCAT GTCAAGTTCATAATTGAAGACAGCAACAACATAGCCAGTGTAATCACACAATGCAAGCTG TTTCCGAAAGATCCTCTATTCAAAAGCAGCATAAGTTTATGACTGAAGACAGTTGCTGAC AGTAAAAAAGGGTCATATTAGATGATACTAATCAGGATTAGCAGTAATATAGAGTTAGGT TAAATTCTGAAAAATGAAGAGGGCCTCACATTTTCCTCCTTTTTATCCTAAATCTGAGGA AGAAATCAAGTGGAGAAGTAGCAGGACCACAAAACTACTTTTTATTATGTAATACCCCAC AAAAGTTGAACAAAGGGATGGCTACAGCTTTTCCAGTAAAGGTTGGATTTGTTGAAAGAA AAACAATTATAAATAGATAATGGCACCAGAAAAAAAAAGGAGAGGAATATACCCTAAGAA GTAAGAAAATATGTTGCAGCTCTCCTATACCAACTTAGCTAATCAGCATAACTTTTTTTT TATGACTGTTGTTTGGGCTAGTTTGAGCGCACCTCAACTATTTTATGAGGCACCTGCTAT CTTCCACGAGCATCATTATTATCATAACAACATTTATACATTAGTTAACAGGACTTGATT CTGATCACCAATGAGTAGATAGTCAGCCAAACTATCTCACAACGTTTTAGACCCAACTTA GGTACCATTTGAATAGTCAACACAACTCGATTTTGTTGTAAAATGGTGTTATATCACAAT TCTTTCTTAATCATCAATGAGTAGATAGTCATCAACTACCAACATTATCAAAAAGAAGTA AAAAGACACCAAGATTTCAGTAAAATTTTGCATCAATAAACCCATGACATACAAATCGTT CACAAAAACCAATCTTACCACACAACAGAAGGACCTATACTTGTTTCATGGACTTTTTCC CCTTCTGTTTTGCACCCTTTACCTTCCCCACCCCAGAAAGGAAAAAGAGAAGTTAAAGAG TACTGCACTAGTACAAAACATAACATTCTTTATAATCAAATCATTCCCACTCAATTGTTG ATGGAGGCTTTGATGTAATATCCAGAAGAACTCGATTTACACCACGAACACTGTTGCAAA TCTTTCTTGATACATCGTCAAGGAACTTGAAATCGAAGTAGTACCTACAAAGAAATAACA AATTCAAATTTAGCTCACGACATATGAATATAACAGCATATAGAGTGGTTGTCAGTATAT GGAAATGAATAAGTACCAGTCTGCTGTCATTCCATCTTGACTTGTGACTGCTCTTAGTGC AACAGCATGGGAATGTGTTCTTTGGTCTCCTTGTACTCCAACGGTTTTCACGGGTAAGAA GACAGCAAAAGCTTGCCAAATTTCATCATAGATTCCAGCATCTTTGATCGATTGAATGAA GATCTCATCAACCTAAACAACAGAAAGTTTAGAGGCCAAGGAACCAAAACAGCAAGGGTT GAGAAATTACTGCTAAATACTGGAGAACTCCTCATACCTGACGAAGAATATCCAAGGAAT TCCCTGCTGTGACATCTCCTGGAATTCGGACAGCAAGTCCCGGACCAGGAAATGGGTGAC GCCTGAGAAAAGCCACAGGGATATTCATAATCTTTCCCATTGCACGAACCTGCGAGATAA GTGGAGTACAATAGTTCAAATCAGTCTGGAATGAAATGGAAAAATAGTATGGAGGAGATG CATGCAAAAGTTGTAGAAGACAAAATGAAACCTCATCCTTGAACAGAAGTTTCAGTGGCT CGATGAGCTTCAGCTTCATGTCCTTTGGGAGCCCTCCAACATTATGATGGCTCTTGATCG TATGTGAATGTGTTCTTCCACTTCCAGGTGGGGGACACGACTCTATTACATCAGGATACA ATGTTCCTTGGACTAGGTAAGCAGGTTTCTTTCCCACTTTTTTCTCTAAATCATGGGCGA AAATATCAAATATGTTGATGAACTCCTTCCCAATAATTTTCCTTTTCATTTCAGGCTCTG TCACACCTTTTAGTTTGCTGAGAAATTCTTCTGTAGCATCAACGCAGGTAACGGGCAAAT GAAGGTCACTCTCAAAGGTTGCCATCACTCTTTCTCTCTCCTTGTACCTAAAAAAAGATG ATGCAAAACCCATGTCAAAACCGTCATGGGTATGAAGCAGTCGCTAATGGATTAACCGAG TGAACAGAAAACTCCAACTTTTGCTGGGTTCTTATAAACTTTTATTTTTTAATCAGTTTG TGGTATTACTATTTGATGAGATAATCAGCAGCTATAGAGAAGTGGCAAGACTATAGACTT GCCTTAAAAGACCATTATCAACAAAAACACAGTGAAGCCTGTCTCCAATAGCCTTGTGTA CCACGGTAGCTGCAACTGTGGAATCAACACCACCAGATAAAGCACAAATCACATGATCTT CAGGTCCTACCATAGCTTTAATTACTTTAATTTCTTCCTCCAGAACATCTTCCATGTTCC AGCCTGCTGTAATCTCGCAAATATCAAATAGGAAATGTCGTAGTGTTTCCATCCCTTCAA TCGAGTGTGTCACCTATACAGCATTCATGTGGTCAGTGTGGATGAAATATTTTCTAGCAC ATTCAGAGATTCCAAAACTAGAAAATGCATAATCAGTCAGAAATGAATATCCTCAAATAT CATGGTGACAACATAAATAACAAACAGAAAGAGCTAGTCTGAGGGTCCTATCCTATGAAC CAACAAAGACCAAATAAATTTGCAACGAGTAGATCATAAAACCTAATCTTGTAAGGGCGG AAGGTCAATATGCTGTGGGTTTATAACTTTTATTTTATTAGTTAATGGCATTTTTTCCCT CTTTCTATCGGTTCTGCGTGTGTTCACAAATATAGAGGCAGAAGTAGAGATCCTATAGAG TATTCTTCATTCTACCCTTTCCGCCCACTTCTGTATCTTTAACAAGTTATATGAAGCACA CCTGATGTATCAGTCAATCAAACTCAATCAACTATCCATTTAGTACTCAAAAAATCATCA AAATGATATCTTTTCATTCTATTTGTATATTCAATTATCCATTTAGTACTCAAAAAACCA TCAAAATACTATCTTTTTATTCGATTTGTGTACTATCATCCATGTAGTACTCAAAAAAAT ATCAAAATGCTATCTTTTGTTTCTATTTGTATACTCTATCATCCACTTAGTAATCAAAGA ATCATTAAATGCGATCTTTTTACTCTATTTGTATACTCTTATCATCCATTTAGTATCTTC ACAATCAGTACTTCTATATCCAACCAAACACTAAATAATGATTCCAAATAAATTTGCAAA GATCATTTTTTTTTACCTCGGGATGATACTGCAACCCATAAAACTTTTTTTCCCTATTCT CAATGGCAGCAACAGCTCCCTGATTACTCCTCGCCACAACCTCAAACCCTTCCGGCAATT TCACAGCCTCATCACCATGGCTCATCCAAACAACCTGTTTATCCCCAATTTGCTTATTCC CAAACAACCCACTATTCTTCTGAACCTCAATTTCCATTCTCCCATACTCATGCTTCTCCC CAACCTTCACAACTCCACCAAGGTTCTGTACAAGCAACTGCAACCCATAACAAATCCCCA ACACATGAATCCCTTGCGACTCCACATACTCAATAAAGCCAGAAGGAAAACACGGCGCAC CGTCAGCGTGGACACTGTGAGGTCCACCTGAAAGGATAATAACACGAGGGTTGAGCTCGG TTATGGAGTCTAACGAAGAAGTGCCATTGATACAGAGTGAGAAAACTGATAAACTTCGAA TTCGGCGAGTGATGAGATGGGTGTATTGAGAACCGTAATCTAGGATGAGTACGAGGTTGG ATTTCTTCGCCTGAGTTAGAGGTTCCATTGCCGGAAAAAGGAGAGAGCTGACGGAGAATA TACAGAGAAAAAAATGGAGGCTAGGGTTTATGGAATGGTTTATGAAGGGCGGGAAGATGA CAATTTTATATGGTTTTGTGGGGCCAACATAATATATTTTTAAAATGATAAAATAATATT TGAAAAATTGAGTTGTATTTTATCAAAAATTAAAATTGAAGTTGTTGAGAAGGATGCAAA TAAAAAAGATTTCATCAAATTCTAAAACCTCACTAGCTGTTACTCAGAAAATTGCACTAA ACATGAGAAATACTCTTCGTCCCCTTTTATTTGTTATGTTACGTTTTTCGAAATTCAATT TTATTAAATTATATTACATTAATTCGATAGTTTAAACAAAAGAATTGGATATTCAAAAAG TACTATAAATTGCAATTTCTTGCATATTAATATGATGAAAAAAATACATTTTAAAATGTT AGTCAAAATTTTTATAATGTAACTCTAAAACTATAAACCACGACAAACAATACTGGATGG AAGGAGCAGTAGGGATAGTTGAATTGTATCGAGTATTGAATGAAAAAGGGAGGAAAAGTT GAAGTCGAGCAATGATACATGATATACACATATATATGAGGAATTTTCACATATAGCCAC TCAAAAATAGTCTAATTACTCTTCATAAGCTATAGTTTGATAATTACAATTTGTAGCTAC ATGTTATAGGGAGGGGAAAGGCGAGCGAGACTGGGAGAAAGGATAAAGGCAAGAGAGATA GGGGAAGGCGTGAGAGAAAGGTGAATTGTATATGTATATCGGTTAGATAATTGTATATTA TACATATGCATCTGTATATATAGCAAGTGAGATTGGGAGAGGGAGGAGAGAGACGAGCAA GATTGGGAGAGAGGTGAATTGTATATATATACCGGTTAGATAACTGTATATTATACATAT GTATTTGTATATATGCCAAGAGACATTGGGAGAGGGAGGAGAGAGGCGAGAGGGAGGGAA AAGAGTGTGAGAGAGATGAATTGTATATGTATATGAGTTAGATAATTGTATATTATACAT ATGTATTTGTATATATGACAAGAGAGATTGGGAGAGAAAGGAGAGAGGAGAGAGAGAGTG AAAGAGAGCTGAATTGTATGTGAATATCGATTATATAAGTATATTACACATGTATTTGTA TATTAAGGCAAATCATACATATACAAACATGATTAATTATACAAACTCGAAATTAGTCTA ACATAATTATTTTTAGTCAATTCATCCGTATAAAAATTAATCATAGTTGTGGATGATACA TAAGGTGGTATACTGATTTTTTAATCAACGAAACAGAGGTAAATCCTCATATAATATTTT ATGTAGATGTGTTATATAACGAAATGCAATAACTTATGATCAAAATGTGATATACATATT GATCAGTCCTTTATTCATTTTTGAAACTAGATTTTGAAAACGTGCGTTGCACGTTTGTCC CTTGTAATTACTACAAAACGTATGCACACTAACTCTATTTTAGAATAAAAATAAATTAAA CATTTCTTTAATTAATTCTACCTAGAAACATAATGAATTAATACCATATAAGTATTATTT AAGTAATATTTTATTAATTATTTCTTTAATAATATTTAAATTAGTAAAAGGGTAGAATCA TATTCCTATTTTAAAGTTAAGATCTTCTCACATATAATAAAAATAATAATAATTTTTTGA CTCGCCCTCAGCTCGTTTACCTATATCAATCAATACACTTTTTTTAAAAAAAAGTATAAA GATTATTAATAATATTATTTTATATTTAAAAATTAAAAGGAGTTTATACTCCTTAAAATG ATTATAAAGGATCTATGAGATTTTTTATCCAAATATTTTTTTTTCTAGACAGAATAAATA AAATAGTAAGTTCTAAATTTAATCAATAAAAACATAAAGTTGTAAAATATAAAAATATCT AGCAATATCATTTTTCTTCTTCAACGGTTCCTCGTCCTTCGTTATTAGGGGTATTTATTT ACAAATATGAAATCACACCATGATTTTATTTTCATACAAGTAGTAAATCATTTATAAATT CTAAAAAAAAACATTAAATGTAATGCATGCTAATTTTTGTAGATTTAATTATGAGAAAAA ACTAATTACATGAATTATTCAATTCTCTTATCCAATAACCTAGAATGTTCACTACATGAT AATCAACTTGTTATAACAAACATAATCTTTAAAAGAAGATTTGTACATCAGACAAGTAAA TGAAAATTTTTATTTTCTTTTTCATTGCCATTATTCAAGAAAAAGTAGTCAATTTACTTT CCTTTAACCGAAAAATTGAATGTAACAAACAATTAACTAAGTAAAAATCTGCAACATTGA AATGAAAAATAATACTTACCAAATAACAAATAAATGTCCATTGACGCGTTTAACCTTGTT GAAGAATGCATCGAATGCACTAAAATGATTAAATTCTAATTCAGATACTATATTCTCCAA GAATTTACCGTCAATAAATTAACGAAACAATATACATATTCTTTCTCACACAAGTCCGTT TGTTTTACCTCATGAATGTTGAGCAGACTTTTTGTCCAAATGAAAAACTCTCTAGAATTA TTTATCACCTGTTGCGTTAAAAACATAAATTTTCGATGAAAAGAATGAATAAAACATGTA ATATTAGTTCTATCTATATACATATATGTCCAAAATTTATTGATCAAAAGAAACATGAAA AATTTGATGAAGAATTTTGTGAGATAAATCAATTGACATGCTATTGTCATGAGAAGTCAT CAAAATAATGTATTTTGTTGGAAAAATCATGTATATAATTTTATCAATGGAACTCTTCAA ATTCTATAACTTAAAATTAAATAAGAGATGTTTTGAAATGTTTAAACTTCATTTGTTTGA ATGACTATTTATCTTTCATTATATCTTTATTACTTTAAAGTTTATTATCTAATTATTTAT TAAAAATAGTTTTACATTTTAAAAAATAGAAAAAATATTTAAATGAAGGATAAAATAGTA ATTCAACTTTGAGGTTATGAGCTTCCCACTTATAATAATATATGATTAACAATGTCTACT TTTAAACATAATTTTATTTTAACACAATCTACTATGAAAATAACCATTTTCCCCACCATG TGAGAGGATTTGCCTCTAGCTTTATTTATAATTATTTTTAATTTTCATCTTGATAATGAT TTTATTTTTATTCTTCTAATTTTCCTAAAAAAATAGGTTTTGAAAATCATTTTCAAACTT GCATGTGAAAAGCTGTCAATTTCCAAATTGTCAACTTGCCTGTGAATAGAGGTTATCAAA GGCTACAAATTATTGCTTCTTTATGAAGATATTGACTTGTACACAACCTACTCCAAAAGT ACAAGGTATATGTATCAATTTAATTTCTCTATCATAAAAAAAAAAAAAAAAAAACTAAAT ATTGATATTAAACTAATATCATTTTTAGTTTATGATAAAATTAGTAATAGAATTGTGAAA AATCTTTGGTTATTCAAAAAGTTTTTTATTTATTATGCAAGATACCTATTGTAGCAAACA ATAACAATTGTAGTAGAGTGGTAAGCATCCTGACATGTTTAAGTAACTTAACTAAAGGTC TCAAATTCGAACCTTAGATGTGAAAGTATTTCACCTCAATCCACCAACGCGGACACTATA AACCAGAAAGAAAAACAAATGGGAGTGTGAATTGGTACCTTCAATATTCTAATATGTTAT TTAACTACATCAACTATAATCATCATAACAACATTTTAAAAACAAAACTCTATATAAACA AGAAGATATATATACTAGCTAAGGAGTATAAATTCTCATTACAACAAAAAGAAAGAAAAA AATGAAATTTCCATGAAAGAAGCTTAAATTTAGCTACACAAGAAAGAGGTTTTGAAGTTG AAGAACAGTACACATAATTGATTCTTCAAGGACATCATCTGTGATTTGAGTCAGAACATC TTCAGTATCGTCTCGTATATCGAGCCATGAACCAGATTTTGCCAAGTCAGTTTCAACATG GTCATTCAATGTAGGTTGATCCATCAATGGAACAAGGTGTTGTTTCACTTCATTCATTAC CTTTTCCAGTAGATGTTTTTCTGGTGGAAAGGACCAGAGTTTGGGTTGAAAGAACGATAG CCACGGAGGATATCTGAAGTGAGAATCATATGCTTCTAGTAGAGCTTCATTTGTGTAGTC CATAAGGAGTTTAGGCTCGGAATGGCATTGTAGTGCTAATGTCTCTAGTTCATCGGATAG CATTGCATCGAGCATTTGTTCTGAAAGATGCCTATTTAGCCAAAGTTCTTCCCAATTCAA GTGAAGAGTATGCAAACTTGACTGAATGTAAGTGCGAAGGGTGTCAGGTTCAGCACGATT CAGTATGGCATTTTCAGTGGATTCCTTGTTCAAACATCCCTCAAAGTTGATACGACGTGG TTGTAATACAGTGCCAGCTGCAAATGATCATGAAGTTTAGTGACTTTGCTGTTATAGTGG ATAAAGTTTAGTGACTATACGTGAAATTATCTTGAAGATATTGTGTTACTCACATGGTTC ATTTCTTGAAGGGCTGATTAGATCATCGGTGAAAACTGGTTCCAGGACTGACACCGGGCT TGGGTGATCTCCTCGGTCCATAATGCTGTCGACACCTCTTAATTTGTACATGCTATATGG ACTCGTCGATGAAACGTCAGTTGAAGAACCAGGAGACCAGACTTCTGAAGGTGAAGCCTA AAGAGGATTATGGTGCAACAGGAGTAAGATTTGAAGTAAACAGAAAACAACTAATATCAA AACATGTTTCGCAATATTTTCGTGACATATTAGTGGGAGAGGATGCAAAACTTACCAGCA TTGAGCTTTTGAGATGCTGAGAATCCTTGTGTCTTTGAGGACTTTGAAAACTAGTATGTG TTGGATCACGGGGCAATTCCGCTATACTTGTATCTGCAAGAAATGAATGTTAACAACTTA ATGTGCATATGAAGACCAAAGAATTCTCTAATAAATGGAAGAGAAACCTACCATTGTAAC ACGGTTGTTCTGGATTACTCTTTCGATCCTGTTTTGAACAATAGTTGAACAAACGATCAT GCTCGGGCGAGGAAAGAATTCTTTCCAATGTTCTTGAGGGTTGTGTGCTCATCGCAGCTT CATCTGTAGTGTTGACAAAGTTCAATCTTTGAGAAAGATGTCTCTTTGCCTCCATAGATA TATCGAGTTCCCGTTTCTTGGTGTAGCTTATGGCAGACGCGTCCAACTTTTTACGCACTT TTTCAGTCAGAAAGGAGACTTTAGGTGCTTCACTTGTGGATATTTGTTTATTTTGTGCCT CATTCTTGTTGTTGGACTCGGTGAACGAGTTAGTGGATCGTGCAGTAGTAAGACATGAAC TTCCCCCTTCATCAACTTCTAAGTTCTTCCTATCGCTGACGCTATGAAGCTTATGTACAG TACTTCCTACTGATATCAAATGCTTCTCTTTCCATTTTTCTCCCATTGCATATTTCAGTT TCCTCTTAATATCTTTGAGAGAAAAGTTCTTGTGCTGCAAATTTCCCCCTTTACTACTTG TGCTATGATGAGACTGGATAGACGAGCAATAGCAGTAAACATTTTCAGAACATCGAACAG TTCTAGGAATCGGCTTCAGAACAACTATTTTATTTGAAGGCCGGGAGTTGGAACTTTCTT CGAATGCAGATTGATGATGCTTATGTTCACTCTTTGAAATGTTACAGTCTGGTAGTCTGT TACTCATGAAGGACTTGATCGAATCTCTAGCCATTTGCACGTTTTGCATGTTTCGGATTT GCTTAGCTAAGAGTGAATTCGGATCTTGTAGGAGTTTCAGAAACAAATCTCCATTTGAAT TTAACATCTCTAATGCATTGGAAAACTGTTCGGGCTCATAGCTCATGTTACCTTTGCTGA TATACTTCCTGTCTATGAACATTTGATCGATAAATGCTTTAGCACTCGTCTGAAGCACTT GTAAACTGATCTCATCAAGCTGATCATTCTTAATGGAACTCCTCTTTGAATCCCCATCTT CTCGATGAATTTGACTGCCGATAGCTTCTAATATGGATGCCAATTTTAACTTATGAATAG ACATTTCCGCTGAACTTGAAGCCTGCTGAATATCCCCGGTCTCAGTATCCTTCCAATCGT AAACAGGTGACTGATTCTTACAGCCCTTCTTTGGCGATGGCTTGTATTTACTTATCATAT GATCAAATAGTCCATAATCTACTTCTTCGTGTTGCTCATTTCGGGCTATAATTTGAGTGC TCTTCTGCATTTCACCAGAAATTTCTTCGTGAATCGAAGTCTTTATCCTTTTATCACCCG TACGAACTCCTAAAGCTTCCACTTCAGCTCCATCCTGAGACAAACAACTCTCAAGTCATT ACCTTTACTCAAAAGCTGCATTCATAATGTGCTACGAGAAGTGACGGAGTCAGAAATATT AACAAGGAAATGCAAAAAGAGTCAAGAATGTCACAGCTTTACTCTATTTCGCACAGTATA CTCTCCGACAAATGGGATTCAATCGAACCCCCTTCACTACATGTAGCTCCACCCCTGCCT ACAGAGTCATTATCTTATCTACAAGGATATCGAAACACATTTTTCTTCCTCAAGGAGTAA AAACCACTTGTCTTATGACTACATTGCTATAAGAACTTCAGGTACACAAAACCTAAGTTT CACAGACTCTTCACTATACGCTACTTTTGGCAAATCCGACACACACCCCTTAACATTTTT GAAGAGTCAGAGCTACATAGCACCAAAACAAGAATTATTCTCCAAAGTTACATTTTTTTC ATTAACCTTGTGATGCAAGAACCTTACAACTAGATTTGGCTAAGTTCTATACCACACATT TTTGGTGATAATTAGATAAATGGTTAAATTCTCCAAACAAACTCACCTCATAGCCATACA ATTGGTCGCTACAGTAAGTTAAAGCATCAATCTTTCTTGAATTTTTGCCTGCAAGATAAG AAAAAACAATCACTTATTAACAAAGTGCACAACAAATGAGGTTCGGGAGGGTAGGATATA CGCAGACATTACTAGCTCGGAAGGTAGAGAGACCGTTTCCGAATCGAATAATTCCAACCA CATACCTATAACATTCTTTGTAGAACCTTTCCCATTTGACAGCAGCTTCTGTTTCCTCTG ATTTTGACCAAAATAAAGGCTACTAATCAATCCCCACATACAATTAAGCTGACTCTTATC TATCTGATGTGGATTTCTTGATGATCTCTTTTTCTCCATCACAAATGAACACTTTTCCCT ACACTGAAATTTAGGCACAAAAAATCAAGAAACCATAAAGCTACTAACTTTATTCTCAAA ACAAGACTTAAAATATACAATTCTTGATTTATTGAGTTAACTGATACCTGATGTTGGAGA TAACAGATATCTAATCAATCAATCTGCACGCAAGTTGATTCAGACACCAGAAGAGAAAAA CCATAATGTGTTAATGTTGGAGTAATTTCTTATGGAGGAAAACAAAAGTGTGAGAGACAA AAAGTAGGCATCAAATAAGGAAGAAATTGAGATTTTTTGTTTGTTTTGCATTAAACAAAA TGATGTTGACTTATGCTATAACAAAAATACACTGTTTTTTCATTTTTGTCTCAACCACTA TCCATGAATTCCTTTAAAACACTATCTTTTCGTTAATTAAATTTAACAGTATCTACATTA TTGTTTATTAGTACACTAATTACCTGTTCTTGTTTTTTTTAAAAAAAAAAATTAGTGTCA GACTAAAATACAAAAGTTCATGTCTGTTTACTGTTGAAAAACCACTGAATCAGTACTTAT AAACTGTGTTCTAAGTGAAAAGTACATTTCAAAGATTCTAACACCGTTCGTGGTGGTGAG ATGGTTAAAATTTTACTCTCAATTAGAAATCTTGAATTTTAAAAGATGTAGGATTTATAA ATAGACTTTGAGTGCCTGATTACTATTTAATAAACTTTAAAATGAATATCGAATATTGAA AAAAGATTTTTTTTTTAAAAAATAAATAATTTAAAACAATTTGGGGCTTCTGCAGAATTT AGGTAGAGAAATACTTGTCCTTATTGTAGCCACTGGTTGTATGACTCATGTAGTAACTGA TTCCCACAATATTTTAATTAGAAAACGCGTCTAAACTTAACGTGAATTATTAGTTTTATT TTTAAAATTATTAATTGTCTTAATAATATCATTTTATTTGGCTAATTTAATTTAAATAAC ATGAGTGAAATATGTCCTCGGAATTCTCATCCAATTTAGGAGGATTATTTTCAATTCTTC TTTTCACTTTTTATTAAAAATTTCGTGTCATTACGGAAGTTTGAGATCACATGCTATGTA ATAGTTTAATTAGTCCAATAGAAAGGTATTTTTAAGCTGTCAATAGTTTAGAAACGAAAT TAATAATTTATATTAAATTTAAAAATGTTTTTTAATACTTCTAGCTTGTTTATAGCAATT TACGAATGGTAAAGTGAATCTCTTTTTCTTTTTATTTGCTCCTTTCCTCCATAATTAATT GTCATAATTTCGTTTTTTAGAGTTAAATTATAAGAACTTTGATCAACATTTATCGATATA TATATATTTTCATCATTTTGATCTGTTTATAGTACTTTTTATATAATTTTTGTATATCTA ACTTTTAGAAAAAAATATTAAATTAACATATAAAATCAAAAAGCATTTTATATAGTTTTT ACATATCTAACATTTAAAAAAAAATATTAAATTAACATATAAAATCAAAAAGCATAAGAC AAATAAAAGTGGACAAAGAAAAAGTATAAAATGTTTATTCCTTATCTAAATGACTAAATT AGAGAGTTTACTATTCATAAGATAATAACTATCTCATGCATGTCTCATTTATAAATATTT TCTCCATCTACATTTATTTTTTCAGTATATTAAAAATAATTTTTTTTTTTTGTCCAGTTT GAAATAAATATAATTGTCATGGGCATGCTCATCTTAAATAAAGAAGAAGGGGGCAAAAAA AAAAAAAGATTCTGCAAATATACATTTAATTGATATTCCTTCACCAACCAGCAATTTTAA ATTATTGAGTAATCTAATCAATTAAATAACTCTCATTTTCATATAACTACACATATTATT ATTATAATTAAAGTTAATTAAAAAAATATTAATTTAGTTACTTGAAAATTAGTCAAATGT CGGTTAGTAAAGATATTAAACTTTTTCTGAAAGGCATTTTTGTGATTGTTTTATTAATAT AGTACAGAAATATCACTATTCACTAATGTGGTGGATGACTAGATCTAATTTTTGAGTAGG GGTGGGAATGGTACGATATTAATAATTTCGATTTTCGATTTGAAAAAATATTATATTATT ATCGTATCAAATTAATTTGATATGATTTGATATAGTATATCAGTAATCATAGTTTAATTT AATTAAAATTATAGTTACTTTCTTTAGAAAAATGTGTGAGTTTGAGAGAGACATATTGTT CTCCCAATAAATACACATGTACACAACTAGTGCCATGAAAAGTGGCTGGTAACCAATAAT TGACATTTACAATCAAACAACAATAATAACATAATCAGTATAATCGAATCGGGTCATATA AAAGTAAAATAGAGTGTATATTAATTTTTTCCATACTCGTAAACATTGAAAAAAATTGTT TCCAAAAAGTTTTTACTTACTTCATCCGTTCATTTTTACTAGTGCGCTATATTAAAAATA GTTGTCAAATAATATTTATTTATTTTTTAAAAAATTAAGAGATAATTTTATCTTTTTATG TTAATTTTACCCTTGTTATAAAAAATTGTTCAATATCTAATACATTTTCTCTTTACAATA AAATTAACTTTTAACGGCAACAAATAAACATATCAATAAAGAGTGTTAAATTTTTTACTG ACATTAATTAAGTGTCATTGGATCAAATGTTGCTAAAGGCTTTAGAGACATATACAAAGA AAGTTAATTACCGCTAAAAATACATATTTTGCGGCAATTGAGCTATCGTCGTTAGTTAAA TTGTCGCTATAGATAATTTTTATGTAGTGTCTGAAACATTAAATTTAATATGTCCAAAGG GTAATATAGTAATATTACCCCTTATTATTTATTATTTCTAAAGATATGTGTCAAGTTAAT AATGAATAACTATTGTTGGAGAAAGAAAATAACTCGCAATAAAATAATTTCTTAAAAAGT AACTTAAAAATGCAAAGTAGACGTAGAAAATAATAACAATACCTACATAGCATTCAAAAA AAATAAAAAATCGGATACCTTTAAAAAATAATGTGATAACGGAAGTAAAGAACATCATGT ATTAACAAAAATCGAAAGAGAAGAAACTATGATATTAGTACTAACTGAATAATAAAAAGT AAAAAACACAAAGAAAAAGAGTATCAACAAGGTTAGTTTCGTCATTATTTAAGAATGCGT CCCAGTGATCTCTGGAACAAAATCTCAAATTCAGATATCAACAGAATCAAAAATATTAAA TGATATGTATCGATGAATTACAAAAAACGAAATCGAACACATGACTTAATGAAAATTGTT TTCTATCTAAGCAAAATATGTCCAAATAACATAAATGGAGACACCATAGGATTCCCAAAA TACAAAAAATAGCAAATTGACATTAAAAAATATGTCATTTCTATACAATTTCTTACTGTG TCGACACTCCAATCTCAAAACCCTAAGTTTTAAAGGTGCTTTATTTAATTTAATTTGATG AATTTGTTTTATTAGGAATAAAAACAAAACATTAAAAGGGACCACATATTTCCATTATAA TATATACCAACTGCTACATTTATTATTGTTTTTGACTCTTTCTTCTTATAGTCTATTCTA AAGTTTTGATGATTATGAACTTTTTATAGGTATTTATTATTATTATTTCATTTACTCTAT ACTAATAAATAAATATATATTATAAAGTTTTCTTACTTCACATCATGAAAATAAAAGTCA CATATTTTTTTTATATGTCATGAAAATAAAGTAATCAAGAAGTTTACAACTTCAGTATTA GGGTTTTACTTTAATTGATGCGACTATTTCATGTTGATTTTAGTTGAAGAGAATATATTT TATTCGATATAAGATATAGTTAGAGTGTCATATTCGTTAGAGTGAATGAGTTGTTATTAT AATTAGACATATGACATATTTAATGTCGGGTAAAATTTAGAGCGGATAAGGTGTATGTAG TTTTATTGTCGTTTTTTTTTATTATATATCTTTATGAAATAAAAAAATAATTTTTGATAA GAGTAAAATTTTTGAAATAGAGTTACAAGAATACTATGACATATGTTGTTATCATACATT ATTAAAAATGAACATTAAAATTGGTGCATAAATTTTGGAAGATTCTCTCCTTTGAATAAA TAAATTATTTAGTAACTTTTTTTTGAACTTATGATCCTTAAAGTTCATGATTTAAAAATA TGTTTTGAACAAAATATAAACGAAATGGGAAAATGTTTTGTAAGTTATTTCAAACGTTTG ACGATATTGTAATACTTTGTATGTGTGGTTGATCAATATTGATAGGAGATGGTATAACTT CAGCTTACTTGGGACGTGACTCATAGATAAGAGGTTGTGGAGGACACGTATTATAATAAA TGTTTAGTAAATAGTGAATCGTTACCTTGCTTATCCTTCCATACTAACAGTCATTTTATT ACGCATGTATTTCTTGTCCTTCGATATCTGCTACTATATGATGTTTTTGGTACTTCGATT ATCATATTAAATTGAAGCAATTTAGCCTAAATATTCAGAACTGAAGTCCATAAAAGCCAA CAAGCCAAAGCCCAACCGCTTTTCTTTCTTTCAGGCCCAAATGTTCTTTTCTATCAAGCC CAAAATACTAAATAGCCCAACAATTTTTCATTCAGGCCCAAATGTTCTTATCTGTCAAGC CCAGTATGCTAAATAGCACAAGCATTTGTCTCTGGCGATACTACACAATTAGACACACTT CACTATAATATATATATATATATATATATATATATATATATATATATATACACACAAACA CACACACACACACTATTATATTATCTTAACTTTCAAATTATTACGTATTTTACTGCTAAT TAAGAGTTTTTTCTACCATATATATTGAGGTAGATACACTAATATACATGTATATTTGCT ACAAGATATATTAAAATTGGAAAACATGCGAGTGAGATAGTCATGTACCCAAGATACATG TTAATCACACCAGATACTCGCAATCTAGGATACCATATGCATAGGAGAGTGGTGAGCGAA ATTTGTTATGTATATGCGAATCCACTTTGATATAATGTATCTAGACCAAATTACAGATAG TTTTGACCGAATGTATCCCGAGATATATGTGACTGAATGTACCGAAATCTAGTAAGATTC ATAATATTGCAAACTAAAATATATCTATATAATTAATAATTAGCTTTGAAACTAGTGAGA TTTATGTAAGTTTCGTATTATGTTTCTATCAGGCCCAAATATTCCTACTTACCAAGCCCA AAATAATACAGTAAACAGGCCCAATCTCTAGAATTACAAAGTAGTTGAGACAGTTAAATT CTAACGACGTCGTTTTTCTCCTTTTCAAAAAATCTTCTCCTTAAACCCCTATCCTTTCCA CTGACACACTCAAAAACCTCTGAGCAAAACTCCGGCAACCGGAAAAACCCCGCCGACCAA ACTTCGGCGAACATGCCGTTCACCCTTCTCTCTCCTCCACCTTTCCCTTCACTTCTCCAC CATACCCTACCACCCCTTCAATTCAAACCCTTCATTTCCCTTCACCATCTACGCCTCAAG CACCCCACCACCCTCACCACCGTTTCTGCCATCGGTGCTGACGGTAAGTACTACCCCACA CCCTCAGACGATGACCCACCTGAAGCACCCGAAGATTCAATGCATGGTGTGAACAAATTT CAGCAAATTCAACGGCAAGCAGCTAAAGCAAGAAAACAGCAAGAAGAGCTTTTCAAGAAA GAACAGTCCATTTTCGTGAATGCATTAGCTGATGTTGAAGATGCACCTGATAATCCTCTT GTGCATGATAGTGATAGTGGGGATGATTTATTTGGTGAAATTGATAAAGCTATTGCTTTG AAAAGAAAAGACTTTGTAAAACAGGGGCTTTTAAAGCCTAACCCCAAGAAATCAGCTTTA GTTGAGGTTGAAGTTGAAGGTATAGATGAGTTATTGCCTGAAGAAGTTGTTGATTTGGAG GAAATTAGTGAGCTTACTGGATTGACTGAAATTTCGGAAGGCGAAGAAAGTGAAGAAGAT AGGTCTGATTTTGAGGTAAGTGATGATGTGGTTAAAGCTGAATTTTCAGATTTATCTTCA TTTGATATTGACTTTGATGAGTATGGTAAAGCAAAGCCAAGAATTGCAGAACCCAAGTTT AGAATGAGTTTAGCTGAGCTTTTGGATGAGAGTAGGGTAGTGCCAGTGTCAGTTTATGGA GATTTAGAGGTGGAAATTAGTGGTATACAACACGATTCGCGGTTGGTTGAGAGTGGTGAT TTGTTTGTGTGTTGTGTTGGGATGAAAACTGATGGACATTTATATTTATCAGAGGCTGAT AAGAGAGGAGCTGTTGCTGTTGTAGCTAGTAAAGAGATTGATATTGAGGAAACTTTGGGG TGTAAAGCGCTGGTCATTGTGGAGGACACGAATGCAGTGCTTGCTGTGTTAGCTGCTTCG TTTTATAGGCATCCGTCTAAAAGTATGTCTGTGATTGGGGTTACAGGAACTAACGGAAAG ACTACAACTTCTTACTTAATAAAGGCAATGTATGGAGCAATGGGGTTGAGGACGGGCATG TTGAGTACAGTAGGGTATTATATATATGGGGATAACAAGTTAGAGTCCCCTCATACAACC CCTGATGCAGTATTGGTTCAGAAACTGATGGCAAAGATGGTTCATAATGGGACCGAGGCA TTGGTAATGGAGGCCTCTTCTCATGGATTGGCAGTAGGTCGGTGTGATGAGGTTGATTTT GACATTGCAGTTTTTACCAACTTGACGCGGGATCACTTAGATTTTCATGGGACTGAGGAA GAGTATAGGGATGCTAAGGCTAAGTTGTTTGCTAGGATGGTGGACCCAGCACGACACCGC AAGATTGTGAATATTGATGACACTAATGCAACTTTCTTTGTTGCACAAGGAAACCCTGAT GTGCCTGTTGTGACTTTTGCAATGGACAATAAGAGTGCTGATGTTCATCCTTTAAAGTTT CAGTTATCTCTCTTTGAGACTCAAGTGCTGGTCAACACACCTCAAGGCATATTGGAAATA TCTTCTGGTTTGCTTGGACGGCATAACATCTATAACATTCTTGCAGCAGTCGCTGTTGGA ATTGCCGTTGGGGCACCTTTGGAGGACATTGTCAAAGGTATTGAAGAGGTTGATGCAGTC CCTGGTCGATGTGAGCTGATAGATGAAGAACAGGCTTTTGGAGTAATTGTAGACTATGCT CATACCCCTGATGCTTTATCAAGACTACTTGATTACGTGAGAGAGCTTGGCCCTAGGAGG GTTATAACTGGTAAGCAATCAGCAACTTCTTCCTCCCTCTTCCATTCAGCAAGGATGCAT TTAAATGCCCGTGTAAAATAGAAAGTCTTTGCTTTTTTTATGCAAGCTTCTCCGCATAAG AACTTAGGTGGAGCAAATTTCCAAGCTTCACATTTGAAAAGTTTTCATGTTTTTAGAACT GTGGTTTATTTATAGATAGACATAGACATACACACATGTAAATGTATGTGCTTTATTCCT GTATGTAAAGAAAATATGAGTTAATAGAGCAATAACCTAGAAGTTATATGTATACTTTAT ATGGCGTTTCTGAGAAAAGTAATGTAGTCAGACATGGTTATTTTGTTGAAGGATTTTAAG ATAGTTCAAGATTACGAGTATAAACCAAGCTAGGACACAAAGTTAGAGATGTTGGCCTGC AGATGTTGCCAGCTACTCTTGGACACTACCTTGTTTTGCCCTATAGCATGAACCATATTT GTTTTCACCATTAACTGTCATCCCCCTTTGTCTTTATTAACATTCTCATTAATGTTTTCA AAATTTCTTTTTCTTTTATCTATTATTTTTTTACTAAGATGTATACCTGTATCTTTGCTT GAAGTTTTTGGTTGTGCTGGAGAGAGCGACAGAGGAAAGAGGCCCATAATGGCAAAGATA GCAACAGATAAAAGTGATGTGACAATTCTGACATCCGACAATCCAAAGACCGAGGATCCT TGTAAGTATCATAGCTTGAAGTTGATATAACAGAGACGGTTTTTGGAAATCATCATATTT GAGATTATTTGGCTGTCTTTCTCTTTTTCACTATAAGATCACCGATCACTGAAATATGCA TTGGTGTCTTCTCTTATCTGCTGTGGCACTGTCTGTGCACTCAGTTCCGATTAGATAGTG TCAGTTTTGCTTTCTTCACATGTTTGGGTGTCGACACTGAAGCTATATTATCTTGTCTTC TATCAGTGGACATCTTGGATGATATGTTGGCTGGTGTAGGATGGACTATGCAGGACTACT TGAAATATGGAGAGAATGATTACTACCCCCCTCTCCCCAATGGCCATAGACTCTTCGTAC ATGATATCAGACGTGTCGCTGTGCGATGTGGCGTTGCCATGGGTGAGGAAGGTGATATAG TTGTAAGTTCCTTGTCTCCATTCTTCTTCATTGTCATTGTTATTTGTTTTTAAAATCTAA CTGATGGTACAAGCTACAACTTATATGGGTAAAAGATATTCATAATAGAAGTGCTCACCA GGCAATTCAATTTTATTTGTGTTGTTTAATTCAGTTCCTATTAACCACCCTGCAGGTGGT TGCTGGCAAAGGCCATGAAGCATTCCAAATAGAAGGTGAGAAGAGAGAATTTTTTGATGA TCGTGAGGAATGTAGAGAAGCTTTACAGTATGTTGATGAACTTCACCAAGCTGGAATTGA CACAAGTGAATTCCCATGGCGGTATGTACCTTTGTCTTCTGTCTCAATGTTATAGTGTAG TTGAGGTCTTCATCAAAGATAAAAGGAATATTCTTACCTTGCTGTTTGCGAGAAAAATAG TTTCTAGTTCCCGTTTGGTAGCTTAAGGATTAGAGATTATGATTTTCAAGTCATTCCTCA TGGCTAACACCACACATACCCAACCATTTTCTTCATAAAGGAAGGAAATGGAAGGCTGGA GAATAGAGTACGAATGAAATTGTTAGTTTGATAGGACGAGGCCAACTTTAATCCTGGCTG TGTAATTAACCCTCTTATTGCTATGCTTCTGTAGGTTACCAGAGAGTCACTGATATGATG CCATAAGGTGTATGTTAAGATCTTGACAGTGTGCTCACAGCAGATAGCCATTGTGGAGTG CCCATTAAGCTTGAATCAACATTGTAAGTTTCTTCACATCCCACCCCCTCTTCTCCCTTT TGGCTTTTCACATTCTAGAAACATGAAAGCTACTACATTTCCTCTTAGTTTTGATCTTTT TTCCTGAAGTAAATAGGATTTACGTACCTTTTCTTTTGGGCAGATTACCACTTATGCCGC CATTAATGGTGATTTTCTAGAAAAACGGCAACACAACTCCCAAAGCAAACTCCAGCTTTG TAAGATCCTATAGCCTGATTTTGACTGGGATCTCCATATCTAGAATGAGATTCATTAAGG GGCTTCACGGCTCTCCCACGTTTCATTGAATTATGTTTGTATAGAGAAGTACAAAGAAAT GAAGAGCAATTATTGAGTTGAGATGCTGTTCTAGTGGAAGATCTTTCTTCAGAATTGGGC ATCTACTCTAGGCTATATAGCACACAATTGTCTGTTATCTCTTTAAGTCTTGGTGGACTG AGTAATCCGGTATTTATGCAGGTGGGAGGTAAACCTGGTCGATTAGTCAAGGTGTGCACA AGTTAGTCTAGCCGTTACCATTGTAACAAAAAGTTCTCTGTTATCTCTACTCTCTATCTA CTTTCTTGGCAATGTCTCTGTGTCTGCCTCCTGAACAGTTTTAACGCCTTCTCGTCCGAT GGTCTTCAGGGTTTTCACCATCAGAATCCACAACAATGCAGAGAGTTAGATTCTTGATCT TTAACTCTGAAAAATACATATAAAGCACTATATTTCACAACAATGTACAACAAGTAGGCT CTAGTTAGTTTGTTCACTGAAAAACAAGTATGACTTAATGTGGTGGCCATGTCAAGTTGG AGCCACATGCATCTTCATAATAAATGGTATCTCATTGCATCTACCTATACGGTCCAATGG TCAATGAAGTGGAAGGAAAACTATTAGATCTTTTATATTCGGCGGAAGTGAAAAAGAAAA TACTATGAAACTTCTTATTTATCTAAGCTTTGATGAGCAGAACTAACTAATAACTGTGCA AGTAGGAGGTGGCATATTTCCCATAGAATAGTTAAGGTGCGAACAAATTATCTTGATCAT TACAGTCGTCACTTAAGTTTGCGCGAACTTTTCCTTTCGATGCTGCACCCCTGTTAGATT TTTCAAAATATATTATTTTTGGAGAATTTAACATATATTTATTTTGATATTTTTAAAGAA TCTGAGTAATATAGGTCATTGCGTCATATATTTACACGTGCATGTATAATCAGAGATATA TTTCAGAGATATATTTCAGAATTATGTCTTGCAACTCAACTATTTTGAATCTAATCATGA GTTTGCGAGATTCTCGCACTTTGAATTTGAAATATATTTACAGGTGCACGTATAATTAGA TATATATATTTTAAAATTTACTCTTACAATGCAATTAGTTTGAATTTTTTCATTCTTAAT CTATTTATTCCGTCCTGGTTAGAAACCATTAAAAACAAACAAATTCAAATTAATGACCAC ATTGGATGAACTCAAATTGATTGCCGTATGTTCCATTCAATTCAGCCAAAATTGGGAATA AGTTTGAATCATAAATTGAACTTCAACCAAATTTGTCACATCATGTTTTTGCCTCTTTTA TTTTGATAGTGATATATAACAAACAACCAAAGAAACATAACACATTATCTTTAAATTATT TGAAGTAACTTATTGATCGTTTATTATCGTAGCAATGGAAATTCAAACTCAAAATATTTT ATTAAGAATGAAAGAGTATTTATCACTGACATGGATGGATATAAAAGTGAAAATTTTGAA ATTATTGAAATTTCTCATTGCTAATAATTAATAATTTCATCCAGAAAAGTCCAAACTTCT AGAACAATTCTTTTAACTTTGTAAAAAGATTTTAAAAAACAATCACTAATGAGCAATCAA AATCATATAAGCAGATGTTGACAATTGAAAATGACAAGAGGTGAGGAGCTTTTATAGAAG CATAAAAATAATATATTTAGACAAATTTTATATTCCTAAGAAATATTCTACTCTTATATT AAGTCACATTAACAAGAAATTCGAAGGTCACATTTTAAAATGCGAAAGTATTGAAAATAC ACCAAAATTCAACGTAAATTATTAGTTTGATTTCTAAATTTTTTATAGACTTAAAAATAG ATCAATTGAATTTAAGGAACGCTAGCTATATGTTTAACACATGCAAGTCGAACGTTATTT TCGAGGAGAAAGACAGAATGAAAAGAGATTCCTAGCTAAAAGTAGTTTGTCTCGCCCAGG AGGTGAGAAATAGTTGAGAACAAAATGGCGATCCTGGTCCCGGTCGAACCAGAGATTCCG ACAACCTGGAGAATCGACAGAAAGAGATGGGCAGTATATGGCCAACTCCTCGAACTGCTG GGCGTGGCATATACATGGACTAGCAAAGCGAACTCTCAATTTGATCGGGACAGCCTAAAG AACTCTCAATATGTCTCGAATTTTGTAATATGAGTGAAACATATACTTAAATTCACGTTA AGTTTAAGAATATTTTTAACATTTTTTTTCCGATTTTTATTAAAAACAAAAGCGTAAACA ACTCGAAGATGAAATTAATAATTTACGTCGTTTAAGGATAACATTTATAATGACGTAAAC GATGTCGTATTAGTCCATCAAGGATCATGCTTTGTGATTGTCAGTAGCTCTTCTTGGAAA AACAGTAGATCCAAGTCCACTCATCAAACTCATAATTTTCCCCTTTGAATTCACCATTTG TATGATTGGGAAGTAAATAGCAGTTCACCTTTTTCCTTTTTTCTTCACTGATTCTTCATA TTTTCAAGAATTGTTTGTTTTTCTGTTAATACATTTGTATTGTGATGAGCTAGCTGTGAA CCCATCAAGGAAAAAAAGGGATTTTTAAAATTGAAATTAAGAGAACCCCATGGATTTTCT GAGAATTACTTCTGTAATTTTCATCTGTGGAGTTCTACTGAACTTTCCTGCTATAGTTAC AGCTGGTGATATAGTTCATGATGATGACTTAGCTCCCAAGAAGCCTGGTTGTGAGAATGA TTTTGTGCTGGTATACTTTTTATCTGAGTTTCTAATGTTTGATTTCTCTTCGACCCACTA TGTTTTAGGTGATTATCTTATCTGGGTTTCTTTCAGTTTTGTGTGTTATTGCTTTGTTGT GGTTCGCCTAATGAAAATTTGGCTGTTAAAGGTGGTGTTTATAGCTTGATGTGATGTTAC TTTCATTTTATCATCTGGGTTTTTCAATTTTGTGTGCTTTTGCTTTGTCGTATTCGGGCT AGTGAAAATTTAGCTGTTAAAGGTGTTATCTTTAGCTTGATGCTATGTTGCTTTCGTTTT TCTCATCTGGATTTACTCTGTTTTGTTAGTTTATCGTGTTTTTGGGTTCGGACTTATGAA CATTTAGCTATGAAGAAGTGTTGATTCTAGTTTGATCCTATGATACTTGTAATTTTCTCA AGTGGGTTTCCTGTACTTTTATGTTGTGCTTGGACTAGTGAAAATTTAGTACTAAAAGGT GCTATTTTTAGTTTGATCCTATGTTTTTTTTTTGGATAAGGTAAAGTGTTTTATTGATGA TTATTGATTTGTATTAAGAAGGTACTTTTAAAATACAGCTTGATCCTATGTTACTTCTAT TTTCTCAACTAGGTGTCCTCTAACTTTTTTTTTGAGTTTCACAATGTTGCTCGGACCAAT TATACTTGGGTATGGAAGGTGCTGTTTTTAGCTTGATTGTATGTTAATTTAACTTTCTCA ACTAGGTTCCCTCCATTTTGTTCGTTTTTGCTTATTGTGCTTGCATTAAAGAATATTTTT AGCTGGATCATGTCTTGCTTCTTTCTTTTTCAACTGGTTTCTTCTATATTGTTCGGTTCT GCTTTATTGAGTGTGAACTGTTGAAAACTCAGCTGTGACAGACTAACAGGTGTTATTATA GCATGATCCTATGTTAATTAATCTGTCAATTAAGTTATGTCCATCCAAAGTTCCATTTTC TTTTCTGCCTTTTTTGATGTTTGAAGTTATGATTTGATTTTCTTGTTAGGTGGTAATCTA TTTATTTCAGAACAATGTAGATCTTGTCATCTTGAGGCAAAATGTGAAGATACGGACATA TTTTTGGAAAGTTCATATAGTATTGATTGCAGATGCTACATTATGGACCTAATGTTACAT ATTCTGTTAAGCTGCTGGAGTGCAGAACTTTTCATTGTCTAAACGAACATCTTTATTTAA CATGGTTATGGAGGAATTTAACTTTTTTGATTTAGTTTGGTGGTGCTTTGACACTTGCTA AGGTTTATTCATGGTATTATTTTATTGTCTTTTGTCCATGGTATCTTCCAGTGTTAACCT GACAACTGCTGATATTTTGGTTAGGTGAAAGTTCAAACTTGGATTAATGGGGAAGAAGAT GCAGAGTTTGTTGGTGTTGGTGCTAGATTTGGCACTACTATTGTGTCAAAGGAGAAAAAT GCACAACAAACTCCGCTTACTCTTTCTGACCCTCGAGATTGTTGTAAGCCTCCAAGGAAA AAGGTTAGTTTCACCATATAAATGCTTACCAGATGTATACCTCAAGGGAATTTTGCTTTA TGCTTCTAATAATGGCTTTTATTTTTCAATCCATTTTGGTAGCTTTCTGGAGAAGTCGTC ATGGTAGATCGCGGCCATTGCAAATTCACAACGAAGGCTAATAATGCTGAAGCAGCAGGG GCTTCGGCAATCCTGATAGTAAATAATCAAAAAGGTAATTGGTGATTGATAAATATTCAT GGATTATGAAATTATGACTGTTAGGTATTTATACTATGTGGTTTAGTAATAGGATGTCTT CTGCGGCAATAATAAATTAAAGACACTTTAAGTCTAAAGAGAAAAAGTTTCTTGCTACTT CTCATTGTTATCTTTCTGAGGGGGTGATGTGGAGCTCTTACTGTTTTCTGTTGATTGAAG TTTGAACACTGCCATACCTCACCGCTTGCAGTTGTTTTACGGGTGTCATTACTCTTGCAG AACTCTACAAGATGGTTTGTGATCCTGGAGAAACTGACCTAGATATACACATTCCTGCTG TTATGCTACCTCAGGATGCTGGAATAACGCTTAATAAAATGCTTTTAAATGGCTCATCAG GTAAGATTTTCTAAGTTTACATGCAGGTTAGATGAGAAAATACTCTATATCAACATGTTC TAGGCACTGTTAAAAGCTTAATGTAGGGACGATGCTGTTAAGTAATATACTCGATTACTC CCCTAGGGATGTGGTTCTATGATAAGGAACCAGAACTGTGTAGATTGAGCACACATCACT GTTCAAACCTAGTAACTGCCACGCGGCCTGGCCATGTAAGTAAGAGCGGGGTAGAGGGAC ATGCCCATTCTTCTCTGAGTTCCGTACCTGATGGACCAGGCTTGTCCAACTAATCCACAA TGAATTTCTCGGTTATAAGAAAATAACAATAACGCGCTTGATCAGAAAAATGCCGGTAAG CAGATAGAAGTCAGGTGCTGAAATCATGGTTAATTTGGCCTGCAGCCATATGATGGGAAA AGTACTATTTTTCACAGTTAATCACCTTGTGCTCCTGCAACTTCGTGATTGTTACGCGGG CTACGTATTGTGCTTTTATACTTCCAAAACAAAACTTTGACTTATGTCATAAAAATATTT TAAGTACTTACAAAGATTTTTCAGTCAAAGAGATAATGGAAATGCCACTCTTTATTTTTT TGATAACAGTAAGGGAAACCCGTAGCTTCTACCCTTTGGGTGCGCATAGGGTAAAACCCT CGCTCTGATGCAATAGCTCGCAAATCATACAACAGAGGTAACCCGCACTAGGCAAGCCCG GTGCGACGAGCTCAACCCAGAAGGCAAACCCCTTGTTTTCGCTGGCAAAGGGTTTCAAAC TTGAGACCTCCAACTTGAAGTTCCAAGCCCAAACCACTGGACCATCCCCGAAGGGGTTTT GAAATGCCACTCTTTTATGGAGCACCATTTTGTCTAATTACATGCTTATAATAGAAACAT AGTCTTAAAAGGAAAAATAAGCTTAAACGTTTCAGCTTCCACAGAAGATATGAGCTTGTC ATGTAGATAGATCGTAGAGTCCTATTTCAATGACTAACCAGTCACGTGTTGGAGTGCCTC GTGTAAACTGATGTGTGGAGGAACCCTAATAGTTGAAATGAGAAGTAATTTTAAAATTTG ATTGTGCTATTTATAGGAATAGAATGTGAGGACTTCAGCCCGTAACTAGTCTATACACAA AACAAGGTAAACAGACATGCAAAGGTGAGCAAATGATAATACACATCTCCTGATCGTACA TGCATGCAAGTTTGTTGATAGAAAGACTCGGATGTTCTTTTTATGCTTTGGGATAAATCT TGCTTAGAGCAACGTATATCTTTTTTCATTCTTTTTGCAATGCTTATATAATGATTAGGC TCTTAGAAAAGCATTCAACTAAGTTAATTGTTTTTAAAAGGCATTCATAACTAATTATGA ATTTGAAACTCTGGTGGTACTTTATCTTTGATACTGACAATTTGTTTCCGAATCTTTGCT CTTTCATTTAGTTACTGTGCAACTCTATTCTCCAAAACGACCAGTAGTGGACATTGCAGA AGTATTTTTGTGGCTGATGGCTGTTGGTACAATCTTGTGTGGTTCTTATTGGTCTGCTTG GAGTGCTAGAGAAGCAGCTATAGAGCAGGACAAGCTGTTGAAGGTTGTCCCTCCTTAATT TAGTAGGAATATTTGCTAGAGTATGCTGAGATACTTGCGGTTCAGTTTTGCATTGATTTT TCTATTTGCCTCTTCTTGTAGGATGCTTCAGAGGAAGAGCTTCCAAAATTTGGAACTGGT GATTCAAGCACTGTGATGGATATAAACATGATATCAGCAGTCTTATTTGTTGTTGTTGCT TCTTGCTTCTTGTTTGTTTTGTACAAGTTAATGAGGTTCACATGGTTCTTTGAAATCTTA GTGGTTCTCTTCTGCATCGGTGGTGTGGAGGTGCGTGTTGTTGCTTTGATATGTTATTTA TCATAAATGATGAATTTGCAATTACCTTCTTGAATACTTTAGCCCATAGATTTGTGTTGG CAGATGATATACTTGTCCATATTTGACCGCCTTAGATAATTATAATGGGATAACACTTCA GGCAGGAAATTGGTGCACCTTGAGGGTACACATGTCTTCTTAAATATATGTGTCCAGGAT TAGGAGGAGCAATGTTGAAAATGTTATAACTTCTATGATGCGTATACAGGATATGATAAG CGACATTATTGTCTTATGCTAATTCTATTCTAATTGATAGCACTACCTTGAAATTTGTAT CCATATATAAGAAAACCACAAGATAGTGTAAGGTTCATTCGTGATTTGCATTATCTCTTC AGATAAAAAATATGAACTTATGATTAGTTAGTGTTCAGTAAGGCCCCATATTATTTTAAA TCAGTTATTTGTAAACCTTTCAAAAATAAATAAATAAATAAATTTTGCATACATATGAAT GTATTGTCAACTTATTTCTTTTAGAAAAGCAGATCTCTAATTCTATTATATTTATATTAT TTATCTGTTCCTCTCTTTCTATGACCTTGTTCTGGATTCCACAATCTGTTAAAACACTTG TTTTGGTTCCTTTCATGTGCAGGGGCTACAAACTTGCTTAGTTGCCTTGCTAGCTAGGTA TGGTTAGTTCCACTTTAGTTGCGTTATACATAGTGTAATTTGCTGTCTCTCTTTTTTTAA TTTTTAAACAAGTTAAGGTAATAGTGTAATTCTCTGTCCCTGAAGTTACCATCATGCCTT TACATAGTGTAATTTGCTGTCTCTCTTTTTTTAATTTTTAAACAAGTTAAGGTAATAGTG TAATTCTCTGTCCCTGAAGTTACCATCATGCCTTTTGCGCAACTCTACATTTTTACTACA CAATTAGGATGGACAAATGAGCTGTTTTAGTTGTTAAGGAATCCAGCTTTAAGTTGTGTG ATGAGAGAAATTGCTGGCATTTTCTTAATTGGTAAATTCTTTTGTTGTATGAAAAAATCT TTAGATGTGACCTCTCATTTCAAGCATAAGCATAACCATATCAGAAGTGGAAAGTTATTT CATCTTTCCAGCATCGGAAGTTCTGTTACCCAAGTCTAATCGTTTCATGTGCTTTGTTCT TTTTTCAGGTGGTTTAAGCCTACGGGAGAGTCATACATTAAAGTACCCATTTTTGGTGCA GTTTCTTATCTTACTTTGGCTGTTTCGCCATTCTGCATAACTTTTGCAGTGGTTTGGGCA ATGTACAGAAATTCTTCTTTTGGCTGGATAGGTCAAGACATACTTGTAAGCAACATTTCT TTCTGTTTCCTTTTTTAGCAATATTTATTTTTTCATTTAAATGCTAGTTTACTTCATATC CCGTGCAAACTTTTTTTTTCCTTATAAAAAAGGTCTCTTGAAATTTGAGTGTTATGCATT ATCAAATTTATACACAAATGACAGTTGTGATTGGTATAAACAAGAGATTTTACCACTGGA TTTTTGTCCTTTTACTTTATTGTTTGCTCACCAAAGTCCAAAGTTGGATTTCGGCATCCT AAGATGTTTGACACCAATACGTTTACTGCTGTATTCCATACAACTTTCACAAATTTAAAA TTCAAATATATTTAACACGAGTGTATCCGATTTTCCATTGCTTAACATGTAGACTGTTTA TTTACTGTTTTGTGGTATATCAACTGATGATCTTTACTTTTTTTCCTTTTGGATAGGGCA TTGCACTTATAATTACAGTTCTGCAAATTGTGCGGATACCTAATCTCAAGGTGAACAATT TTACCAACCAAGAATTAAATGGAACGGACTGTATTTCCTTGCATGAATATGTTCAGTTGA TCTCATCTTGTAAATTATCTTATAGCCATGCCTGGTTTAAGTTGGTGACTTCTTTTTACT TGTTATCGTAAGTTGCATATTCTTTCTAGTGGCACAAAGAACATACACACACAGAAGCAA GCATTGTTATTACATTAACAAAATGTTTATTTTTCAACCGTAGTTCAAGGATTGATACTA GAAATAGTGGGCAAGTTTGTTTATAAAAAATCAACAAAATTTTTTTGAGAGATTTTCTTC TTCAGTTGTTCGAAGGTCACTGCTTCGGGTGTTTATTATCTTAATTGCCGCATATTGATG CTCACTCTACTGACGTGTCTCTTTTACAGCACAGATTTTACTATGATCTTGTCATCTCAT ATAAATATTAACTAGTATTAAATATCAGGTTGGTTCAGTTCTTTTGGGTTGCGCCTTCAT CTACGACATATTTTGGGTATTTGCTTCTCAGAGTCTCTTCCATGAAAGTGTGATGATTGT GGTAGGTAATCATTTAAGACTACTTGACGATAGGAGTTGTTTCTAGATATAAGTCAGTAA ATTTGAATTTTCCATGTCTTTGAAGGTAGCTCGTGGTGATAAAAGTGGAGAAGATGGTAT TCCAATGCTGCTGAAGATTCCACGACTATTTGATCCATGGGGTGGTTACAGCATTATCGG CTTTGGTGACATCCTATTGCCTGGACTGCTAGTAGCATTTTCACTTAGGTCTGCACTTCC GATTTTCACCATACAAAGCTTTGAATTTGTTCCTCTATATATGCAGTCTATAAGGTTTTC TTTGGGAGGGTAAGTCGAGTGGTAGAATATGGTTTTGTATTTAGGCTTGGGACTTGACTC ACAGCTAAAACAGTCTCCAGAAATGAGCTAACCTGTTTCCCTTTCGTAATTTAGTTGTCT TTTCTGTCATGACATAGCAAATACACAACTTTAATGTTCCGATAAAAAAAAAAACACAGA GAGATCTCGGACACTGATTCCAGAATTATTGTTTATTTTGGGTCGTCAATGAAATTTGTT CCTTTGCAGGTATGATTGGCTTGCAAAGAAGAATCTTCGAGCTGGTTACTTCTTGTGGGC AATGATTGCATATGGATTAGGTACTTAACGATATCTTCTATAGATTAAGCCTATTGCTTG AGTTGGAGTTTTTTCTGTTCTACAAATTTGAATATATTCTCTTGATACATTGCAGGTCTT CTTATAACATATGTAGCATTGAACTTAATGGATGGTCATGGCCAACCTGCACTTCTTTAC ATCGTCCCATTTACCCTCGGTAATTCTCATCATATACTACTTTTTAAGTCGTAATGTAAC ATTGTTTTTGGTAACTAAACACCGTAAACGACTCTCCTATGGAGACCATTTTCTTGGAAA ATGACTTCTGTCTTACCAAACACATTTCCTAAATCTGCATGAACAAGGAGTTCCTAGTTT CACAATCACCGGACCGATCTATACATCTTTGTGCAGGGACCTTTTTGATGCTGGGGAGAA AGAGAGGTGACCTGAAAATTCTTTGGACAAAGGGTGAACCAGAAAGGGTGTGTCCACATG TTCGTCTCGAATCAATCGAGGAATCGAATCGAGAAGGATAAGGATAATCTTCCTCTTGTA ATTATATAACTACATACTGACCTAAATGTTATCAATCATTCATCATTCTGGTATTATTTA GCTGTTTTAAGGCTTAGCAAAATCTTCAGTTGTTAAGTACACACACATTTGATATGCCAG TTATTAATGTACAGCTGATTGATCAGCATTTGTCACTTTGGTGAAAAATAGTGCAGTTGC TGCTCAACTTTTATTATTGTCTCATCTGATCTTTTGCACTGTTTGAACTTGACCTCAGTA CACTAAGCTTCGGCTAGTCATGGATCGTACTACAAAAGTCTATTGTACGTGATTTTATCC TGCATATTCTCGCTAGAGTTTGTTCCCATTTGTTTGAGTATGACAGAGTGTGAATACATC ACTTCACGAGATGATAGATACATGTTTTGTTTTGTATTTATTGATTTGATATAAACGCAT ATTAGGTTTTTCCCAAATGATCGCTCTCCGTAGGATCGCACTCTAAGGTTTCCGAATGCA TTAACTTAAATTGTGATAAATATATATAAATGAATAGTTGAGATGCAAGTAAGTTGAATA TTATCGTTATAAAATTATCAACTAATTTTTTTTTAAGGTTATCCTATAGTATATGAATTA AATTATTATAGCATAAAAGCAACTTATATATATATATGGGCGGTGCATATTTCATTTTCT TAAAGTTTACTTCAATAATGAAATAGGACCAAAAATATATGGAATATATTAATAATACCT AACATGATAAGTACCCCATATGAGAATAATATTGCAACAATTATTAGCACGACTTTTTTT TTTTTCTATTTAAAAGAATACCAAAAATATATGAAGTCACAAACTCATTTTTATTTAATA TTGATTGAGACATGAATTAATATTATAATACACCTTAAGTGTTGGCAAGTAATTTTTCCA TATTATATGCTAATAGTACCTTATCTTCAGCATAATTAATTATATCTCACAAATTAAACA TATATGTATTTTCCCATTTCATTTTGCTTTTTTCCTATCAATACTATAAAAATAAAAATA AAACGATAGATAAATTCTAAACTAACAACATCTAATCTAGTATGTAGGTAGATTTATTTT ATGTAGATCTCGCTCATATAATATAAACAGATCGTTTATAACAGATACGTGATTTTAGAA AAATATTTTCACAATGAATAAATAGTTTTTATAATAAAATATTTGAAAAAAAAATTTATT TATTACGAAAAATTTAACAATAGATTAATGATGACTTTTTTTTTTAAAAAAAAAGGAATA TCAAATTCAAATAAGTCACGTCTTTAGCATTGAAACAATAATTATGGTTTGTATTGTCAA TTATTTTTGTTGTTTGAATAAAATTGGACCACAAATTTATGAAAATAAATGGGTCGGTTT GTTTAGGCGGCTATTGCTGACCCATCATATATATAGTAGAAATATTTACTATTATATTTG TGACATTTTTGATGCCACGTGGCTAAATAATATGGTTTGGACGGTTTATTATGTCAAAAA AATTTTTAAAAAAAGTATTCCTCTTTTTCATTTTTTCTTTTGGACAATTATATTAAGAGT TATAGGATTTGTAATTTTGATAGTTGTAACTTTTTTCTTTGTTTAATTTATCTGGTATTT AAAATTCACTAATTCGTTTAATTTGAGTTCGTGCGTAATAGACTTATTAAGCGATCAAAA GCATCAAGTAAATTTTTTTAATTTTAAAACTCAAACTAGAGATTGAGTAAAAAAATAAAA AATATCAAATATTTTATATTTTTTTTTTCCACGATTACCTCACACCAAAAACATTAAAAA AACTCAAAGAGGAAAAAGAGTTATTTTTTATATAATAATTTATAAGATAAAGTGTAGTAT AAACAAGTGAATGTGATTCACACCAAAACATTAAAAAAAAAACTCAAAGAGAAAAACAAA ATTACTATATTTTATTTTATATAATAATATAAGATAAAATAGTATAAACAAGTGAATGAG ATTTATTATTTGAAAAAACCCTACACTTTTTTTAGTGGTTGATATTGAAAGGTTAAAAAA ATACATTTTTATGCCAAAGTAGATAACTTTCATAAAATTACATTATATTTATTACTTTGT GATAAAAGATTTCCTAGACTTTTTTTTTTTGTATTGGTTTGATATAAAGAGAATATTTTA TTGACCCAAAAAAAATATGCAAAATAATGGCTAGGGCAAGACACAAAAAATGATATAAAG GCTTGAAAATGCATGTGAGTAGGGTATATTGCCAATTAATCATCTAATGTATATGAGTTG TATAGACCATGATATGCATTTCTCTTTTGATATGAGCTACATATATAAAGTTAAAAAACC CAACATTCTTTTTCATCTAAAATTTGGCAAAAAAATAAAAAAAAGACAAATAGAATTGCC CCACAAAGTGTCACAAATGTTTTTTTTTTGGTAGAATATAATAAATATGGACCATATAGT AACTTTCTAAAAAGAGGGGTGGGGGTGGGGTATTTCTTGTGATTAATGGCAATACATTAT CATAATTTTGAAATGACTTTGATGCATTTATTTTCTTAGCAATTCATTACCTCACACACA AATTTTTAAAAAATATTTAAATATAATATACACATTTAAATTATAATTTTTTTTAAAAAA AAGATCAGGTCTAATGAAACTATGAAATATAAAATTTAACGATCCTTATAAAAGATAAAT AAAATTTTATTTACTCACAATATATTTAAATTACTTTTAACTTATCAGCTGACAAAACAT GTATATCATATTCATATATCTATCTCTTTTCAATTGAAAAAGAGAAATGAAAACAAAGCA TTAATAATAGAAATAAATTGAGTGATTAATTAGTCTTGTCATTTGGATAAGCACTTCCAT AATATTCTACATTCATCTTCTTTTTTTTTTAATAAATAAATAAATTTAATGATACTTTGC GAAGAATATTGACAACAATTTCTTATAGATGGGCCCCCAATTTGATGTCACAGCAAGGAA TGACATTGATTGATGATGGCCCATTAAGCTCAGCCCATTTTAGCCGTTGGGCCTTGGCCC ATGTGCTTATTCAAATGTGTTGTCACTTTCCATAACGGTCACATAATAATTAATTTTTTC ACTAAAAAAAACGGCTATTTTTAGCTTTCATATCACCAAGGAAAAATAAAAAACGCAACA CGTGATGTATGAATTTAAATTCGAACAACATAATATACATAAGCATGATTCTCAAACTTC GCCCTATACGAATAACAAATTGATTATTCGCAGAGTTTTGAATCATTTCTTATAACATCA TTTTAAATTTCTTTTTTTAAAAATATTTATTTTAGGGAAAAAGAACAAATATATTCTCGA ACTATCGTAAATGAGACATGTAGATATCCTTCGTCATATTTTTGGGACATCGTAAGCTTT GCCGTAAAAAATTGGGCATATATATCATTTATACTAACAAACATAATATTGATTGAATAT CGGATAGACCGATAAATTTGCGCCACATGCCCCTACTATTTAATCTTTCATTAGAGTGAA TGACATAAACACCAATATCTCAATAATATGACGAAGGATATCTTCATACGATTTATGATA ATTCGAAAATATATTTATTATTTTTTCCATAATTTTATATAATAAGCTATGTCTTTTATC ATACTTTTAAAATAGAATAGTTTAGTTCTAATCGAAGCAATGTAAAAATTTATATTTACT ATGGTCTTTGAGCTATGAAAAGTAAATTATGTGAATATAAAATGCTTTTGTATGTTAATT TATTCCACGTGTAGTAATATTTTCACTCTATTTTATGGCTAATAATTTTTTGAATTTTGC TTAGCTGCCCATATTCTTACAACTATTTCAGAGATTAGGTGAATAATAAGTTGGTCTGGA CCAGCTAATCAAATTTAAATTTGTTTTCAAATAATAATAATAATTAACACTGACACTCTG TATAAAGATAAGATTAACAAATAAACCATACAAATAATCTGTCAACATCTTCTCCACCTT TGGCCCTTTCCAGAACACTCTTCTCTTTATCATATTTTAAAAAACTAATTATATTAATCT CGTAGTTTCTCGTTCTTCGATTTACGTTCCTATAATACTATTACTGTTGTAATAAAATTT TGTATTATTTACCGTTTGTTACATTTTATATATCCGTTACTTCTTTATCTGAATTGTTTC AAATAGTATTTTACAAAAATCTTAAAAATTTAATTGACTGCTTAAATTTTTTACTTTATT AACAAAGATTCGGTTCCTATTATAATTTCTAGCTCTTTTTAAATAGAGTTCTATCGAAAA TAATCTGTAATTATATTCTTTTATCTTCTATAGACTAAAGTTTAAAATGTTTTTTCTTTT AAATTAAGAGTCTATTATAAATAACTTCTATTTCTTCGAAACAGAATTGAAAATTTACTT TTACTGTATCTTGTATTAAATATCGATTTTATGTGAAAATACATTGAATATAATTATTGT TATTATCCGAAGGAAAAAACAAAAAGAGTAGACCAACACAATAATTAATCGGACCAATTT AATAAGTTTATCCCCACATTTTAGTTTAATTTATTTGTATTATAAAAAAATGATTTCTCC ACTATAAAACAACCACAGCCATATCTATTCTCAGTATCAAATTTGGTTCTTGCACTGACC ACTCAGCACAAAGAAAGCAAAAAAAAAAAAAAGAAGAAGAAAAAAGCTTCAATCTTTGTG AAAAAATGGCAGAAAACAAGGAAGAAGATGTTAAGCTTGGAGCTAACAAGTTTAGGGAAA CTCAACCATTAGGTACAGCAGCTCAAACAGACAAAGATTACAAAGAGCCACCACCAGCTC CATTGTTTGAACCAGGGGAGTTGTCATCATGGTCCTTTTACAGGGCTGGTATTGCAGAGT TCATGGCAACTTTCTTGTTCTTGTATATCACAATCTTGACTGTTATGGGTCTTAAGAGAT CTGATAGTTTATGTTCTTCAGTGGGTATTCAAGGGGTTGCTTGGGCTTTTGGTGGTATGA TCTTTGCTTTGGTCTACTGTACTGCTGGTATCTCAGGTTGGTTTCATTGCCCCCCTTTTC ATTCTTGATGCTAAAGATTGTAACTTTACTTGTTTTACTTAAAGAGTGAGTTTGTGTTCA TTTATTGTCTACTGATTGCTTTTGTCAACTGGTTTTGTGGATTGCTGAGTATGTAGAAGG TAAAGATTTGTTTTATTTTTACTGGTTTAGAGGTTTGAAACATGTTAACTGGTTTGTTTT ATGTTTCTTGATTTCTTTGAGTTGATTCCCTTCTTTTGCTTAAGATAGTTGAGCTTGTGT TCACTTATTGTGTATATTTGTCGACTAATTTAATGGATTCTTGATCTTGAGTATAGTCAA TTAAAGATTCATTTTTCACTGTTTTTAAAGGTCCAAAACATGTTACTGGTTTGATTTCTG TGTCTGAGGTACAAAAATGGAGTTTGGTGAAGCTTATTCCTTTACCTCTATACTGTAAAA ATATGACTTCTCTTTATTTTCCTTCGTTCACTAATTTTGTATCTCATACTTTTTACAACT AATTTGATGGATCCTTGAAGATTCAACCTTTCTTTGTCTTGGAGGTTCAAAACATGTAAA TGGTTTATTTTCTGAATCTTGTTACTTTACCCTTTTTATATAGCAAGTGTAACACTTTGT GGCTTATTTCTTTGTTTGCTTGCTTTTGATCACCATATTTGAGCTTTTAGTTACTTTATT TGTACCATCATACCTTTTTCAACTAATTAATGGGATCTTGAGTATAATTCACATAAGGGT ATAGTTTTTTCCTGTTTTGAAGTTCAAAGCATGTTACATATTTTGTAAAATGAGTCTTTT CCTTCTTTGAATAAGGGTTGGCTTGTTTCTCTGATGCTAAATTCTGTGTTTTGATATCAA ACAGGAGGACACATCAACCCAGCTGTGACCTTTGGTCTTTTCTTGGCAAGGAAATTGTCC TTGACCAGGGCTGTTTTCTACATGGTGATGCAGTGCCTTGGTGCAATCTGTGGTGCTGGT GTTGTGAAGGGCTTCATGGTAGGACCATACCAAAGACTTGGTGGTGGTGCTAATGTTGTT AACCCTGGATACACCAAGGGTGATGGCCTTGGTGCTGAAATTATTGGCACCTTTGTCCTT GTTTACACTGTTTTTTCAGCCACTGATGCCAAGAGAAATGCCAGAGACTCACATGTTCCT GTAAGTGTTTTCCTCTTGTAGTTTTATTTCTTCTTTGTGATATCAAGTTTGCTTATCATG GATATTTACATGTTAATTCTAAGCTAGAGTCTAACCAGAAATTTTGGAAGTAGTTTCTGA AAATTTATCAATGATATATGTGACTTTACATTACATAGTTTGACGATAAGTGAAGCGTGA CAAGTAAAAATGATCGTAGGGCCAACTTGTTACCCTACATTGTCTGATGAGAAGTGAAAA GTGACAAGTAAAAATGACCGTAGGGCCAACTTGTTACCATACATAGTTTGACGAGAAGTG AAAAGTGATTTTATGACAAGTAAAAGTGAACGGAGGGTATTAAACAACCAACTTGCTATA ACATGTTAAATTACTCTAGTAGGGTAAAAGTTCATTGTACTGTTTAATGTATGTAAAAAG TTGAAATCTTGCAAGACAAGTGGGTCTTACTTTTTGGTAAGTTAGGCAAAAATATTGTTC ATGCTATAGCATGTGGCATGTCTGGTTTTGTCAGCAAGTCCTTTTAGTTGGTGTAGGGTT ATGTTGTGGGCCTAATTGAGTTAGGCTAAAGATAGTGATGTTCATGTGATAAGTTATTGT AACTGTGGACTTTTTCTTGTCATGGAGTGGCTCGCCACGTCACAGTGTTGTGGACCTTTA GGTCATCTCCGATCCATAACACCAACTTTTATACTAAAAACGTGTATCAAATGCGCTACA CTGATTGTTCGACATAATATTATATAAAGAATGATTTGGTATATTAGGGAGTTTTCAAAA ACGTAGAATTTATACGTTGAGTTAAGTTTCTTTGTATTTTGTGGAGTGGAGATGTAAATG ACACCAAATTTCATATTATTGTAGTGTCCGGATAATGGTGTGATACTATTCATCAACGCC TATTTTATATAGAATGATCACATAAGAACATTGTTGGCCAGTCTTAGCTCACCACAACTA TCTTTTTGCGCTTATGTCTAAGAGAAATCCTTGGAAGACATTTGTCTGATAATCTTTATG TTTATTGTAGATTTTGGCACCACTTCCTATTGGATTCGCAGTGTTCTTGGTTCATTTGGC CACCATCCCCATCACCGGAACTGGCATCAACCCCGCCAGGAGTCTTGGAGCTGCTATCAT CTACAACGACGAGCATGCATGGAATGACCACGTAAGAAAAACATCTTTCATTCTTTTAAA CTGACTCGAACACCACAGTTACTTGAACCAAAAAAAGGAGAGCTTAATCTAACAAAGGGG TTCTTGTTTGTTTTTTGTTGTTTTTGAACAGTGGATCTTCTGGGTTGGACCAATGATTGG AGCTGCTCTTGCTGCTATTTACCACCAAATAATTATCAGAGCTATGCCATTCCACAGGTC TTAAGTTATCTGTCTTTAAACAATGGGATTCTCAAAGACTCAACAGTGTACTTTTGTCTT CTTTTTTTGGGGGGTTGAATGTTCAAGTTTCTCCTTCAATGTATTTGTAATGTGGATCTG TTCCTTCTGTTAAGATGTTCTATTATGTGTGTAAATTATCAGGTTATGATAATGTAATGT ACCTTATCAATGAAGGTTCTTTATTTTTATCTTTGAACCGCGTCTCAATTTGTTTTTCTA GTTTTGACTTGATACGGAGTTGAGAAACAAACTGATTGTACTTTTAGAGACGGACTAGAA AGAAAAAAAAGACAAACAAATTAAAATGGAGAATTTTCGGTACTCTCTTTCTTTCACCTC CCCCACCCCCTCTAGATGTAGCCATTATTTGTTAGAATAGGTAGGTAGAGGTAGCCATGG CTCACAAAAGATCAATAATTGCTAACCAGTACTACAAAATAGCTCACAAAAGATCAATAA TTGCTAACCAGTACTACAAAATAGCTCATGTAATTGCACTTCTAGGGTGAAGAGTAGCTA CTGAAAATTATGTGTTACATCAATTAGTGTGCAAGGGACTATAATGGCCCTGTGATGATA TCATCTATGTTCATATTGCCTTTTTTTTAAAAAAAAATAGATATAAAGCGAATTATTACA TATAAATTTCTTTCGTTAACTAGGTAAATTTACGATAACATGAACGCATAAAATCCAAGT GTATGAAAGATGGTGTAGTTATTGTTATGATGCACTCAAGATTTAGAATTTACTCTCTTA ATTAATTCGAATCGCATCGAGTAAGTCTATTGAGAAGTCTACTCACATATTTTTTATTCT TAAAATATGAATTACAAATTTTTAGTTAAGAACAAAGAAATATCATTATTAATTTATAGC ATTTGAAGTAATTTAGATCAGCAAAAATAATAAAAAATATAAATAAATTACCATCATAAA ATTTTCATCTGCTCAATTAATTCGATCGGTGGCTAATATTATTAACGTTTCTTTTAACGT GTATTCCATTGTAGAAAGAACTAAAAATTTAGTGGATTATTACGTTGGCTTTTTTTTTTT TCTTTAAGTGTAAAATATTACTCATTGGTTTTATCACATCCAAAAAAATAAAATAAAATT GTCTCTACTCTTTACATAAAACCTAATATAAAACTCTTCAAATTGTTGGGAAAAAAAACT ATCACACTGTTGTTTTTTGATCTACAAATTAATTATGTGGTTATTTGGATTAAAAGGTGC CTCTGGTTTCTCTGCTTCATCTACAGCTGAAGAAGTTACTCAAGGAATTGATGCTAATGG ACTCACTGCCATTGTTACAGGTATAAACTCTTTTTTTTTTTTAAATTATGTTTAGTAACC CTTTCTCCCAATTTTTTCACTGAGTTGTTTGTAATTTTTTGGGGTGGGGGTTATTTATTC CTGTTTATAATTAATTATAGATATTATGGACAAAATGTTTTTGACCAAAATACACTAAAA ATATGAGTTTTTGGGAAGTTTCATACTATTAATTATTAGTCGTTAGTACTTTTTTCTAGC TGATATATCATAATTCATAGTGTAAGTATTAAAAAATACATCTAGTTGAATAGATGGCGA TAGTTCAGGTAGGAAAAGCGAACAATTGATATTTGGCCTTTAGTGTGTTTAATTGATAGA ATTGGGAATGTGAAACTTGTGAAAAAGTGATGAAATGTTTTTACTTGAAATTCTCATGTA CATGTTGATTAAATTACCAGGAGCATCTAGTGGTATTGGTGCAGAAACAACGCGTGTTCT TGCAATGCGAGGTGCGCATGTAGTAATGGCAGTTCGTAATGTTAAAAGTGGCGAAGAAGT TAAGGATAGTATTCTTAAAGAGATTCCTCATGCCAAAATTGATGTAATGGAGATGGATCT CGGTTCTATGGAATCCGTTAGGAAGTTTGCATCGGAATATAACTCTACTGGTTATCCTCT GAACATTCTAATGTAAGAAAACATTTCCTTTCAACTGTTTCATGAGTTCAATACAGAGTC GTAATTAGATTTTTGCATTCATCTTTGGTTCATTGGTATTGCTCGGAACAAATGTCCTGT TTACTCTGCCCTCCGCGTCAATGTGTGAATATTAAGATACTAAATGAATTTTTTTATTTT TTGAAGCAACAATGCAGGGGTTATGGCTCCACCGTTCATGCTTTCTCAAGACAATATTGA ATTACAGTTTGCTACTAATCATTTAGGTAAACGAGGTTATTTTTTGTGTTTGTTTAAGAT ATCGTAGTTATGGGGGAGTGTTCACATCCTTCATCAAGAATTTTCACCACACTTGGCCAT TCTTTGACATTGTAGAATACGAGGACTCACCTCTCTTGGAATTTGGCATTTTATAACTTT GTTTTGCTATTACTCTATGAAAACGGTATAATGTTACAGAGGTATATTTGCTTGTAGAAG ATCTTTACATCAATCTTTACCTGTTTCTGTTTTAGAGTCCACTTGTTTTCTGTCCTTTAT CTTGAAAAAATGTGTTTTTCCTCTTATTTGCTGTAACTTGTCCATTGGTTTTCAAGAAGC CATAAGCTGGACTTGCAAACTGTGTGATCTAGATGTTATGTTGTAATCTAAGATGCTTGG AGTCTCCAAAAATGCTGCTGCACCTGTGCCGTATACTCCAAAAATATACAACTTTTGGAA GATCCGGCTCATAGCAGTCAGGATTTATGAAGATTCCGAGCACCATAGGTTGAAATAGAT GGTTGTATCTTAAATCCTCATTTGATGTCAAAACTGAAGTGCAACTACAAGTACCAAGTC AGCTAAGTCTGATCTCGACAGTTGTCTGTGTTTTCCTCTATTGAGATTGTTCTGCTCTAA TAGGATGGTTTTAGATTAAAGTATTACTTGCTTTCACCAATATAAGAAGACTAGTAATGT TTTTGCAGGTCATTTTCTTTTGACAAATCTTTTGCTACAGAACCTGAAAAATACAGCTCA AGCGAGCCATAAAGAAGGAAGGATTGTTAACGTTTCATCATTGGGACATCGATTTACATA TCGTGAAGGGATCCGTTTTGACAAAATCAATGACAAAGATAGGTATTTCATGGGTGCCAT CTTCATATACTTACTCATCTTCAATGTATATCTCAGTTGTTATATTTACACATTATTTTC AGGATCTGGCAGTAGGTTCTTTCTTTGCATAAGAGGTTTGACAGTACTGTTTATTTGTGT ATTTCCAGTTACACTGCAATACTTGCTTATGGACAGTCAAAGCTTGCTAATATCTTACAC GCTAACGAACTTGCAAGGCATTTCAAGGTACACTATTATCTTCTGAGTATTGAAACTTCT CTTAATCATTTAAATCTTATGTCCCTGACCAATGTTCTTCTCATCTAGTGACAATTTCGA AGTTGAATTACTGTTTAATTTACGAGGAATGTACGTCTCTACAGTATACTTTCCACCGTT GTACACAAGTTTGTTTTTTCAGATCATCATCTCGGTAATGAAGTGTAGGAACTAAAGGAA TTCACTTCAAAGAAGCGTTGCATCTTTGAAACTACCTAAGCATAAGATCTAACAATGCTT GTCTCACCTTTCACAGGAAGAAGGAGCGGAGATAACTGCTAATTCACTTCACCCGGGATC AATTACTACCAATCTTCTCCGTCACCAAAGTTTGGTTGAAGGTAAAAATTTAAAATCTTC CACCAGAGTGGTTCTTATTGTTGTAATGACATCTCATGAAATTTGTTTCCTTCAATGAGC TTTAAGTTTTTTATCCGAAGATTAGATTTCCTTGAACTACCCTTTATAGGTATATGAAAT GAACAAGAAATGAACGTTCTTTCACGAACGTTCATTGTATTGATTGATGAAGGATTTAGT ACGTTAAAAACTTCGTTTTGGATATTAAAATCCTTCTAGGGTGCCATACACTATAACCGC GAGTAGTTACACCATACAGGGCATATACAAAGTTTAGAGCCTCAACATGATATGTGTTCT TTGAAGTCCTGTGATCTTGGCAAATTTCATGTTTGTTAATTTTTTATATTTTGGACCTTT TGCAGGCTTAGTTAACTGGATTGGCAAATACTTCATTAAAAACATTCCACAGGTGAGTAG CTTTGGTACAAATATAAGATCGATAAATGTTAGTTTCCTCATGTATGTTTCTGTGTTGAT TCCAGGGAGCAGCAACTACATGCTATGTAGCTTTGCATCCTCAGGTGAAGGGAATAACCG GTGAATACTTCTCGGACAGCAATATATCTGCATCAACTTCTCAGGGTACAGATGCAGAAT TGGCAAAGAAACTCTGGGATTTCAGCTTGAATTTGACAAAACCTCAGTAAAAACAATGTC AATTGATGTTTTATCTCAGTATGTGATCATCGCGTAAACTCTTTTTTCTTTCCAAATACT TTCCTTGTAATGCACATCTCGACTGGTTTTTGGCTGGACAAATCTTGCTGGCTTGAAAAC TTGAATTTCAATGATAATGGTGACATGTATTGTTGGTAATAAGCCTCATCAATATACTTG TATATGTCTGCACTTATCTTAGCTTCAAATTTGATTCCATCATGATCTTGTGGAATTATA TATTGAATAATTGATGATACATTTTGTACCATGCTTAAAAGCCAGAAGGGATTCCATTTT TCATTGATCAAATGATCTATCCCCTTGTTTGAACATCTGGTATGGCTGAGTTCTAACAAA CTATTTACGCAACTTCATAAAACGAAAGGGATGTAAATAGCCAGCATTAGTCAGTCATAC ATGCTTCTCCAACTTACACAGAATAAAAGTTTGGAACTCACATTCAACTTCAAAGTTTGG AACATGGTTGAAGATTTTGGATTAAAGCTGGTTTTCAAGGATCCATAATACAAGATAGAT ACAAAAGGCTCAAAACAGTATATGAGAGAGCTTTACAATGAACAGTTACCAAAGAAACAA TATCTCAACCAAGCCTGAGATTCCCCCTCTAATCTTTGAACCTGTCAGTCCTATGAAGTC CAGGCTTGTACAGCTGTGTGACCATTTTCTCGTCTCTCCTAGTATTTCAACTCGAAGAAG AAAAGATCTTATATGCAATGAGGATCCCAAAAGAAAAGAGGATTCATAGCACTGCTGTAC GAGGCTCCTAGCATGGTGATTGCTGGAGAACTAAAATAAAGTACTAGTCAAAAATATCAG GGTGATGTGGAAACCATATGCAAAAACTGTTACAGGTAGAAGTAACTTACGATAGCAACT GGGAACGAATAGATTGGGATACTGAGAGAGCCTTCTCCTTTCATCAGCTTCAATACTTTT ATTCAGTGAACTACAGTCATTTTGGTATGGTTACTGTACAGTTGTTCCATGACATATCAT TCTTTTTCAGGTGACTTTTACAAAGTTAGACCCCATTATCCCAACTAAAAACTGGAGAGC CTGGGTTCAGGTCAAACGATGGGCTCAATTTTACTTGGTCCCTTAAAAGCTGCTGAGCAA CCCTATTAGCTAATACTGACTGTCCCTGATATGGTTGTCCATTAACACCACTTTGAGCAT GGCCCCCAAAATTTTCTCCAAAAAAACCATTGCCATATGGAGGTGCTTCTCGAGACATGT CAGACTTCAGACCGTGACTAGTGTAAGCATCAGGGTAAAAACAACTTTGGGCCTTTGGTG ATGTTCCCATGTCTTCTGATGAAGAAGTTGTAGGCATAATTGGGTTAGATAGTGGAACAG CACCACCACCACCGCTAAGAGGTGTTGATGAACCAGATACAGCACGGGGGCTTGATATGG TAGAGGGGGACAATCTTCCACTCATATGTTTAGGTGATTGTGAATGGTAAACAGGGCTCT CTATCCCAACTGGAGAAACTGGGCAAGATCTTGGAACAGGTACGTCGCTGCAAAAACAAA TTGAATAAGAACATACTGTTTTTTTTTTAATTAAAGGAATTAGTGCTTATGCGCAGAGCT GAACAACATTGCCATAAATTACACTATTTGACTACCTTGAGAATCTTTTTTGTTATACAC CATTTAATTAACTGCAGCTTTAAAAAGTCAAATGCATGGAAATTACAGTGGGAGTGCATA TTTTTGGGCACAAACCACATTCATAGGCTGGTGGACTTTCACCAATTAATTTAATTCTTG TACAGATCTATGGTGTCAAATTAGAGTTGACAAGTTCACCATTTTTGTGCTTGTGATAAA GTAATCTGAATTACTATTTTCTTGGTATCTAGAATGTTTAAAATGGATATACTGCAGAAG ATTGTTATAGTTTCAGTTCTCAAAACCGTCCGACTTATGGTCATGTCTTTTTCTTAGTGA ATAGAATAAGTCATCCGTGTAAAGTTTGACACCAGGATATAAAACAAAATATACCATATG ATAATTCCTTCTGGAAAAAGGGAATAAAAAGTACACTAATTTGTACCAGTTGTACAAGTA ATTGCATACCAGCATACAAGGAACACTGGAGCCTTTTCCTTTTATTGGCAATAGGAATTT TCATTTATACAGCTTCTAGAACTAGGGTGGAAAACATGTTTTAATACTAGGATATTTTGT ACTGATAATTATTGCAAAAATCTGGCTTCTTCAATAATAGCAAGATGGACCAAGATCAGA TTACAGGTAACTATTGTGTGAGAGAGAAATGAACTAACCTAAATCCAGGAAAAAAAATTG AACTTCTAGGCTCATGATGCACTGCAACTTCTTCTGAGCCCACACATGGTGGATCTTTTA AATGTCCAATGCCCTGAAATATCAAAACATGAAGTAAACCGTGAAAAAACTCAAGCAATG ATCACGAGAACATATGCTAAATTTAAATCATGGCATCCAGTAAGCAGAACATTCCTGAGT CCTAAAGATGGCAGATAATGTCACTGGTCCATCAATATTATGAAGAGTTCTCCAGACAGA GTAACAAGTTTGAGGAAAAAGATGTGTAATGCTGAAGGAGAGATTACCATAGAGGTTTCA CACAACTGCATTTACGAGAAATAAAAATCTACTATTCCCCGACAAGATCTTAACAAACCA ACTCACCAGGCGACTAATAAATATTCATTTGCAAGCGCTTAGCTGCTATGGGACCCTCAA AAGTTGACCATCCTTCTGAATTTTATTTTGCACATTTTGTCTGTTTTTATAGCTTTTACT ATCTTCACTCAGTAGAAATATTCTGATATGGAGAACTGTCCATGTCATTTCAGAATGCAC TGTTCCTGTAAAGCCTTTGATTGCAAAAGCTATCTACTTTTCTTGGATACAAATGTAGTA AAGTTGATCGTAATACGTTCAGTAATTTCTAATACAGGTATTATAATTTGTTTGTCAGCT GCACAGTAACTCTAGAAAAAATAAATATCAAACGAGGGAATGTTCAAGAAGAAATGATAA GGTGACTCAGAATCCCTAATGGAAAAGTAATCAATTCACACAAACCAAAATCGTGGAATC AGGCAATGCAAGTGATACTTTGAGTTGCCTAAATCCAGACTCCACTTGTGAAATTACACT GGGTATGAGACTTACAGTTGTCTAAAATGGGCAACATTGCCAGATGAGCAAACTAAGAAA ACATACAATGATATCACTGCAAGCATCAATGGAGACATTGTTTCTACAGGTTCAGGACTT ACAATGAATCTTTCCATTGGAGCAGTACTTTTGACAAAGGGATGTTTCAAGAGCTGAGAA GCTGTTGGACGGTGGAGTGGATTGCGTTGTAGACATTGCCGCACAAAATCCTTGCCCTTA TCTGACAGGTGATAGGGAATTGCTGGAACTTCCTTGCTGTTTCCAATCTTAAAAATAGCA GCGACCTATGAGAAAACCAATAGGAATTAGAAGCACGAAGAAAATACAGAAACTGCACAC TTTTGGACCATCATAAACATATTAACTAACCCCTTCATACTGACTCCAAGGTGGTTTTGT TGTTGCCATCTCCAAAACCGTGCATCCAAGGCTCCATATATCTACCGCAAGATTGCAACC ATTTGAATTTTTAATAACCTGATGAATAAACATATACAATGAATTAGATTAAACACAGAG ACGGCATCAATAGGATAAGAACTTGACTTATAGTAATTCAAACCTCAGGTGCCATCCAGT AAGGACTTCCCTTGAAAGACAAAGGACAGTAGTGACCAGTTATCTGCAAATTGTAACTGC ATAAGCTAAATAAGACCAGCACAGAATTATGAAAAAACAAACATTTTCTCCCACACACCA GAGTTGATACACCACAGTTGATACTCTATAAACTCAGACTTGCTGGAAGATTTTCTCCCA CACACCACAGGTCCTCCTCAAAAAATAGAGGCATCTGAACTGCCTTTGTTTTGGTTTGCC CCATACTTATCATAGAAGAGTTCACTATGCAACAATAACTTCATAGCTGAAAAAGGGGTT CTCAATAAATCACATATGGGTTGTGTGGAGAGCAAGAAATGGGAGAGCTTTAAAAGGGGT AGAGATGAATTTTGAACAGCTGACTTATCCCTTATTGCCTTCTGGCACACCCATGAGATC CCTGTAGGTATAGATGAATGTGTTGTTTATAGAAAACCATAATTTTTCTTAGGTTTTCTA TTTTTTTGGTACGCTTCTCGTATACAGGCATTTTTTCCCTAGACAGCAATATCAATAAAA AGAAACCACGGATGCAGAAAGTACAGTCAAGAGCCTGCTGCACAAAGAGATCATACATGT TTTGCCATCCCAAAGTCTGCCAATTTAACGCGGCCATTTGGGTCAACCAGTATATTTGCT CCTTTAATATCTCTGAACAAAATTTGAATTTACATGTCAGTCATAAGACATATTTACATA GAGGTTCTAAGAAAAACAATGCTGTAAAAGAATATCATGTATATTGCACACAACTACTTT TTCAACAATACACCTACCTGTGCACTGTGTTTTTAGCATGCAAATATGCAAGTCCAGACA GAATTTGTTGAGTGTAACTTTGAATTGCTAGCTCACCCAACTGACCGTATTCTTGAAGAA TTTTATAGATCGAACCACCTGAAACATACTCAAGGTATATGTATAGCTTGTCATCTACCT GTAGATGGAACCGAGCAAGCATTAAAAGCAATCTATGTCATTATTTAAAGGGATAAGGAG ATTAAGGGAAACATGCAACGTAAATCTTTTTTTTACAAGGAAGCAAACTGTAATATATTA AAAATAAAGTAATGATTTGATATCTTGAGAATACTTTTGTGCTCATTAGACTTAATCTAA TCAACTTGGAATTTAATGAGAACTTCTAATGATTAATTATCACAAGGTGATATCAGCAGT AACAACTTTAAGAAACTTACCGTTTCAGAGCCATAATATTGCACAATATTTGGATGGCGT AACCGACTTAGCAGAGATATTTCCTGACAAATGTTGTTCAGTTATGGTTTCGTGAAGTTA AAGAAGTCAACAAGAGAAACAAAATGATAATTATTGAAATACTAGTAAAAGCAATATCAG CATAAATAATCATCATTCTTTTCTCTTTTGCCTCATTTGAGGAGCAAATTATATATTTCT TTAAAGTAACTCACTTGTCCAAGCTGCTGTGCACTTTCTCTTGACTTTGGGTCGTCTGAA AAAAGTGTTACTTCCTTCATTGCACACATTTCACCGCTTTCACTGCAGATTGTTATCAAA TTTGAATTAAAATTAGTGTGTGTTTTGAAAAAGAGAACAAATTTACAAGAAGAATTTCAT CACTTTGGTACTTGGAGCCTGTTTGGATCGACTTATTAAGTATTTTCAAGCTAAAATAGC TTTTTAAGCACTTTTATAGTGTTTGGGTAAAACAAACAAAAGAAGTACTTTTAAGCCAAA AAGACAAAAATAAGTAAAAAGCTATAAGCGTATCCAAACAGGCCCTTGTACCTCCAGAAA ATCTTCATTCAAGTAATCTAAAGTTAAAGCATGTGCATAAATCTTAAGAAAAAACATAAT ACGAGTATTAAAACCCTATTGAAGGCAAACATTACAAGAAACAATGGAAAAGTATTGATC TGCACCAGCTACTGACCTGTTAAAACCAAGGTACACATGTCCAAATGTGCCACTACCAAT CAGACGTCCTTTCTTCCAACGTGGCCCAGGGCTTGGAGGATTACCTGTTCTACCAGGACT TCGTGGAATTGCAGGAGTCATTGAACATGACAAAGAAAAAGTAGAAGAATGAGGGATTGA TATGGGAGGAAGAGGCAGACGATGACTTTGTTGTTTTCCATTATCAAGTGAAGCTGTGGA AGACTCAGCCAACGTTCCTCCAGCTCGAGGATGCAAGGGAGTTACAGCACCACTATGTAT CCTAGAGCCAGGACCAGGACTAGTCATTCTAGGGCTAGGTACAGGTGAACACTCAGGACT ACACCTGCTGTGTGGCCAAAAGGGCTGCGCTAACATATCACCTCCAATTGAATTGTGCCC AGAGTTTTGGCCAGAACCTGGACTGGAGCAGTGCCCTGATCCTAAGAAGGTTATCTCTCC ATGTGGCTTCCCTAGCCAGAAACCAGGGTTCATGACCGTTTCATGCCCAAATACCCTCAT GGGACTTCTTGAAGGACTTGACATCGAGCTGTCAGGAGCACTGTAGGAAGCGCCATGATG AGGAATCTGTAAGCCTGGTGGTACATGAGATCTTAAAAGCCTCTGTCTAGGAGATGTAGG GATCGCCTGATTGTCTGACAAAAGAGTAGCTGACTTCAGCATCTCTCCTGAGCTTGCATT GGATGCAATAGGGGACTGAACCTTCTGCTTCAAACTGCAGAAATTGAATTTATTTGTTAG AAATGCTCAAAAGAGATACTTTTTGATGAAGAATTTTTTTTTTTTTTGATAAAGAAGTCA AAAGAGATACTTTTAAGCACAGCTGTATATCAAATTCGAGATGGAACAGCAATTGTTACA GTTTGTGCTTACCTGGAAGGACTATTCAAGGCAGTTCTGCTCCCGTTTTCATAATCAGAT GTTTGGGGACTTAGAAATCGTGAGTCAGTAAGATCATCACTGTCACTGGAGCTGTCACAA GAAACAGAAGCAGTTGGTAAGTCCCTGTCAACTCCTGCAGCAGTTGGTCCATGTGGAAGA TGCCTGGGCATGGGAAGAGGCAAAGTCAATGATGGCTCGGAGACTTCACCGGTCACTAAT ATTATGGATCCACTGTTATCAGAGTCGACAAGATGTACATTAGAAGAGTGACCCTCAGGA AGGGGAAGTGGTTGAGAAGAAGTCCTATCAGCAAAGACCTGACTGCGTGAATCTGGCGTA GATGGTGATGGTGACCTTGAAACCCTTGATTGAGAACCCTTCACTGAATTTGTATCTTTA CGTCGTCTTCGAGATGATCCAGATTTACCACTTGATTTTTCCGTGGTGAAAATCTTCAGT TTCCGATTTATTATGTCAATGAAACTCTCCTTAGTGGATTTCCTCCTTACATCCTTAGAT GAAGACTTCCCCCACCATGAACGCATTGCTATATAAAATTAGCGTGAGCAAGAACAGTCA GCTGTTGCATGTACCAAACTTTTAGCTGGATACAGCCAGCTAAATAGTTAAACTCTGTGA GGAATCCCTTTGGATGCTCATTTTTTGCATAGAAGTGCTCAAACTGGCTACTTCATCTGT CAAAGAGCATCAAGGATAATTTCTAACCACTGCATGCACCTACAGCCATTAAATAACTTA AGAGATTTTTGATAGAGTAATGAACTGTATTCATGAAAGGAAAAACACACCCGTATACAA GTAGTGTACAAAAATTGTAGAGATTAGAACTTCTACACTTTAGACAGTTCAAATAACATA GATTATCTCTACAGCCATGTGCAGGAGATTATGGACTAACCAACAGCACAATTCAGCTAC TAATGTCTTTGCAAACACGAATAGAAAACCACAAAAAGTATTTCGCATATTAATAATTAT CAAATAAAAATTCAGCAAGCTAATAATTTCAGCACAACAGTTTCATCCAATTTTTCAGTT CTAGTAAATTCAAAAAAGCAAAAGAAATTGGTGATCCATCCCTTGAAAGGGAAAAGGTCT AAGAAAACCAGAAACCTTTTAAATTTTAGTTAGCTCTTCGGAAGATTAGAACAGAAGACT CAACTTATACCTCCTACAACAATCATAATCTACTTTAAAAGTATAATTCTAGAAGAAGAA TCATCTTACAAAGGCTTAAAAGTCAGTCTTGACTCCTTGTGGCGCAGCAGATCAAAGAAA ATTACCATCACACCAGACAACTCAGATAGCAGATGCATTCTCTTAAGCTTTCCGAGAATA AAATCAGTAAGCAATCTCTTTGTTACCTAGAGTATATAGGCTGCTCATAGAAACAAGTAT TACATGTATCAGATTTTGTTACTAACAAATTTACTTAGAGAAAAAGGATAGGAATTGTGA TACTACCAGTGTTCATAATAGATAATCTGAATATATTTCGTTACAGTTCCTAGTGGATAT GCTTGAATGTGATAACAGAAGCAGTTATGCAGAAGAGGTTTCTAAGCACAATGAACAACT CAAAATACATGTTTGTGTGTGTGTGTGCATATGTACACGCCATTAGGCACACAATCACAA CAATTGACTTCTCTAAATTATACAGTAACTTTTTTTAAATCAAAAGTCCCCAGAAACTTA ATTCTTTACTTCCTTTTTTGACAAACCTGAAGCTGAAATTATTAGACTAGCAGAAAACAA AATTTCCCAAATTTTACAGATCATATTTTCCCGAGTTCTACCTGTGGAAGCAATCAAAAT TTAACTCTGATCAAGTAACAAGAAAGGATAAACTCAACTAAAACCTTAACCACCAACTAA CTGCAAGTAATATACAAAACATGCAACTTATACCTAAAACTGAGCTGACTTACCAACAGC AGAAACGCTAATTTACTTAACGGGTTAGCAGGAAAGTGATCGAGCAGCACACCACAACGA AAGAGGAAACAAAAGAGTCAAAAGCCCTAACTTTAAGACCTGTGAAAACCAAACTTGACT GAATTTCACCAGTGGAAGCAATCAAAATAAATTATTGATCAACAAAGAAGAAAATAAAAT AGCTGAAATGAAACCTTCACATCCACTCCTTCCCTAATATAACTCAAATCATTTGAATAC ATTACTGTAATTGGTACATTAACAATGAAATATGTCAAACCCCTAGTTTAAAATACTTGC AAAGCTCAAAAATTCATTGTTGATCCATAAACAATTGATTTTAAAAAAAAAAGCTCAAAA ATGAAATCTTAAATACCCACTAATATCAAATCAAAACGCAATTACGTGATCTAAATCACT TTAATTAGTACGTTACAGTAAAGTAAACTAAAATCTGAGCTAATTTACGTAATAAATCAA AACCCTAAATTCTTAAACTTCAAAATTTTCCCAAATTCAAACAGGGAAACAATCAAAATC TGTTCTTCATCCATAAATACTAAATTAAAGCTCAAATAGAACCTTAAACATCCCATAACG CCAAACAAAAAACAGAATTATACTCATAAATCACTATAATCAGTACGTTACAGAGAAAAA CACATAATCTAAGTTGACTTTTGCAAAATGTCAAAGCTCCAGTAATTTACGGGTCAGGAA GAAAGTACCTCGACTGCCATACCGGAAGAACCGACCCGAAAAAAATATGGACCTTACGGT GGCGCCGGTTGCCGGAGAAAATGAAAAGATTGAAGTGAGAGAAGAAGAGTGTGCATGGAG AGAAAAAGACTATACGTGTTGAGTAGTAAATGACATATATACCCTTGATGTCAGATTTAT AAAGTCAACTGTATTGACTTTATTTTTTTTCAATTCTAAAATGTCTTTTTGACTTTTCTT AATAAGAAAATAATTAAAAACTTACCATATATATTCAAACTTATTTATCAGTGTAATCGG AATATATTAAATTTATATAGTAAGCGATTACATAAGTTTTATCTATAATTTACGTAAGCA AAAAAATTTACTTTTGTTTTTCGTGAAATTAAAATTATTTTAACCGTCTATGATTTTTAT AATTTGTATTAATATTTTTCGCTAGTTATAAGTTATTTCTTACTATTATTTTTCGGAACT TTAGATGGTTGTTGAAAATAAATAAATAAACAGTGAGAAAGTCTTTGTTGCATTTAAAGC CGTAAATGTTGTTGTGAATATGAAAGCTACATTTACTAAAGAAATGTAGGGTATATTATG TCCTGTGGACATGAATTATTATGAAATAAATTGATTTTTTAAAATAAAATCTACCACAAT AAAAAAAAAAGCATTTATTTTCCAAATTAAATTGTAAGAAAAATCGTAATCGCTATTCTT TTGAGTGCATACGAAATAAATTTACTATTATATAATCGCTCACAAATCACATAAAAATAT ATTCGTTATTTAATAAAAATAGATGCGATCGCCTTAATTGAGAAAAGATTGACACAATCG ATTTCTAATTTTTTATAGTATACCACCTGTCGTATCGATTCTTCCACCCTTACTAGTTAA AAAGAAAGATTTCAAATCCACAAAAATGTTTTCTTAGTGGCAAATTATTGATTTACTAAA ACAATTATCAATATTGGCAAAAAATTATCTCTTATTATAAACCTTTTATTTAAACTTTTC GAATAGTTATACCAAGATGGTATATATATTAATACTGATTCTCCATTTTATAATATAAAT AACATATATTGTTTAAAGTATTAATAGCTGATTTCACGATTCATATTTCTGATTGATCAA ACTATGAACGGACACTTCAATTTGTACTACAAGACATTATTGCAAATCTTTCACTAGCCC TCATAACGTACTACTATAGGTATAATTAACAAATAGCCACTTCTAAATTTTCATTTTTGA AATTTAAAACTCCATAATAGTGGCTATATTATAAAGACAAGATCAAAAAGTGGATAGGGA ATGTTTTTTTTTCCATATTATTAATTATTGTACAGAATCATAAAATCACAAGTACTATAT TTTATTTCACAAAATTGAAGTACATTATATCTATATATAATAATAATAATGTATTGACAT AGGCAAATGAAAGGGTGATGAAGGAAAACAAAAAAAGGTTAAAAATGTAATCTAATTTTG GGAAAAAAGAAGTTATATATCAGGTCTACTGTGTAAATAAAAGTCTGGTAGACATTATTT GTCTTATAGCCACATTTCATATGATCTAGTAGTTATGAAAATAACCTTTTTTACTATATA TATATATAGTTATTTTTTACTATATGATTTTCACTTGCAAGATTTATAAATCTTCAAGCT GCAATTCCATTTACTGCAGTGGCTCCTGGTTGATTAATACCATTATTAATCATATGTTCT CCACCACAAGAATGGTCAATTTTGCAAAAATTCTCAATTTTGGCCAAAATTGGAGTCAAG TCTCTAGGGTTAACATTCATAACTAGACCATATTTCATGAACAATGTCAATGACATTTTT TGCTCCACCTTGTGGCCCGGCGCCACCGCGAGGCGGTGGCGGAGCAACACTGCTGCTGCT ATTGATTTCATTTGCAAATATGCCAAGTCTTTGCCTAGACAAATTCTTGGTCCAGCATTG AATGCCACGAATCTGAATGCATCTTGAACTTGGTACTTGTTACCGTCTTTTGACATCCAG CGTTCTGGCTTGAATTCTAAGCAATCTTCACCCCAGATGAATTTCATTCGACCGGTTGAG TATATGGAATATGTGATATTTGAACCTGATGGCACGAATGTGCCATCAGGTAAATAGTCA TCAGAAATGACATGTTTTGAGTCCTCTGGCACTGATGGGTAAAGTCTTAGGGTTTCAGAT AATGCTGCCTTGAGGTATGTCAATTGGTCAACTTCTTCAAACACTAGGGGCTCTTCCAAC CACTTTGATGTGTCGTTGCCACGTGTCTCCACTAGGACCGTGCAGAGCTCGATGAGTATT TTCTCCTCCACTCTCGGGTTCAAGCTGACAAGCCAAAAGAACCAGCTCAACGCGACAGAT GATGTGTCACGTCCAGCTAGGATGAAATTAAGTGCCACGTGTTGGAGGAATTTGTCGGAA TATGATTCTTTTTTCTTCATGAACCTAGAGAGCAAGTCGTCATGTTGGGGCCCACCGTTG TGATGATTCATCAGCTCGAGCTTACGTGTATTGATGATGTCGGTCATGTAATTGTCCAAT TGTTTCAAGCTACGGCTCAAGCTCACCTCAACTCCAAGTCCAAGCATTTTCTTCAACTTC CAAACGAACTCAGGTATAATGAACCGATGCAACGTGGCTTCAGTGGCTCGATCAAATGAC GTGGCAAAAATATTCTCAGGTAACCCCGGAGAGAGCGTCTCAGGATCTTTACCAAAAGTC AAACCACAAATGTTATCAAATGTGAGCCTCAGGAGAAGATCCTGAAGTTCAACCGGCTTG CCCTGAACCTGAGCCATTTCAAGAATCGGGCAAAACCTATTCTTAATAGCTCGGTTCACC CACCGACCCATAGCTTGCCTCAAGGTCCGCGTGGTGAATTCTAGCGCAGCAGTCTTGCGC TGGAATAGCCACGTGTCACCATCTGAATTAAAGATACCCTCACCTAACAAATCATGGAAC ACAGCTTGCCAAGTAGGACCCTTAGGGTAATTGTCAAATCTAACCTTCAAAATATGTTCT AAATTTTTTGGATCGCACGTGACCGTCACGAGACCTTGTTTCCGGGCTAAAAAGGGAATT GCACATATGCATGTTTGGTATGTACCCGTGCAGACCCGAAGATTTTCGGCGATCCATTCA TGCATCCGGTTACCATTTTCTAGCAGGCCGGGTAAACTTCCAACAATGGGCCAAATTTTT GGGCCTTTGGGCCCTTTCATGGATTTTGTGATGGACTTGAACCAAAGTAAATAGGCCACT ACAATTGCTACAATCATCATACCCGTTGATATATCCATTTTGCCCTACAAAATTAATTAA TTAACTATTAAAAAAAAAATAGCTTTAGATGCAAATTTTGTGGAAAAAATGGTTCTTTTT TAAAAAATTTATAGTTAAAATAAAGTAGTTTTTCTCCAAATAAATTTAGCCCGCAGAATT AACAAAAGACATAATTTAATTAATAACCTCAAAAAAGACCATTTTTTCACAAATGATATT AGACGATGTAACTAATTAAGTAAATATATATTATCTCAACAGTATTTATATTTATTCTAA CGAAATACTATGGGATGGAATGGGGTAAGGAAGTAGAGGTTTGGCCGTTCGGGGTTAGGG ACATTTTTCGTTAAGACAATCAATTTCGAATGTCACTTATATATAAAACATATTTTCCTT ACTCCTGTCAGAAAATAATATTTGAACGAACCAAATATGAAAAATCTAAAAAGTCATACC ACACACACCATCGATGTTTAATTTAATTTCAAGAACATTTCAAAACTAAAATAAAGTAAA ATATTATATAACAAGAAATCTCATACCTTAAAAGAATGGTTGTGTTAATACTTGGAGATT TAACAAAATCAATAATAAGATAACTATTTTTTCAAAAGGAAAAAATATGTGAAGTGAGAG AAAAGAGAGGAGTTGTATGTGACAGAGAAGAAAATAAAATAAAGTGATTTATAGAAGTTA AAGTGGAAGAGGATATAATAAATGTAGGGGCCTCATTCTTGTTGGGAAAAAAAAATAAAA TAACTCAAACAATACATACAGTATAAACATATCACAGTATATATATGCATGATACATATA AAACTAAGGATTACGATAGAGTAAAACTTTTAAAAAATGAGTACATGTAATAAATGAGAA TTAATATGTATTATTCCTTTTTGAGTAAATAACTCAACATTTCAATTAAAATAAGTTTTT ATTTCAAAAAATCGATACCAATAAATAATAGTGTTATGAATTTTAAAAGTGTTAAAGGAT CAAAATCATACATGAACTGCCTTTCTATTTTTGAGTTTCAACCTGAATTACTGAAAGTGT TAGTGTTCTGCTTGAACTATATATCACTCACTCAATATAGTTAGCAAAATATCTAATTTT GCAGAAAGACCATGAATTCGTTTGTGAAATTATTTTGAGTATGTTGTTATTATAATTGTT ATTGTATTATAGGTCTAACAAATCCATTTTGATGACGATAAATACGTATTTATCCTTTAC AAGAGATTCTTATATTTCATTCATGGAGTCATTATTTTCTTTATTTGTAATCAAGACTCT CGATCAATACGAATCTAAATACAATCAAACTCTGATATAAAAATCGAATCATAAATAGAG ATGTTATACGAAAAAAACAGCTTTAAAAGCAAATAACAATAAATGCCAACAGAGGTCGTT GGATAGTATACAAATATAGCCAAAGAAAAAGAAGTGTTAATAACTAAAAAAAAGTATATA CCATTAACTAAGAATCACATGCACATATAATATGTCTCTAATGGCTATTTGTTGGAACTT CATTCAATTAAAAGTCTCCATTATAGGAAAATGTTGAATGATACTTTCTATGACTTTTTT ACTTTTTTTCATTTAACGCTCGATCCTCTTCAGACTTTATATATACGATTATATTGAATT TGTTATTATTAAATTACTGTTATCCTCTTCAGACTTTACATTTACAATTATACTGAATTA TTATCATTTCAGACTTCACATATACGATTATATTGAATTTGCTATTTTTAAATTACTGTT ATCCTCTTCAGACTTTACATATACAATTATACTAAATTATTATCATTTCAGACTTTATAT ATACGATTATATTGAATTTGCTATATTAAGTTACTGTTATCTTCTTCAGACTTTACATAT ACAATTATACCGAATTATTATCATTTTATGTGTTTACTTTAATATATTTTGACTTCCTAG TAAGTAGTATCGTCTTAAAAAATCAAGGTGAAACTTTTCTTATTGTAAGAATAAATGATC TAACATAATTTTCTATGAAGTTTGAAGAGATGAAAGAGTAAATTAAACAAATAATCTTTT TACTATTAATATTTAATACAATTAAATGATTTTGTTATCTCAAAACATAGAAAGTAATGT TTTGCAACATCTATTCAAAGAAATCATTTAATAATATTATACTATAAATTAAAGGTATTT GACTAGACTATTACTACCAAAGTAAAAAATGGAAAATAATAATTAATGTCTTCTTAATTT CTAAAATACTGAATTGAAAACTTTGGACCAAGTTATTTTGACTATAGTGATAATATTCAT CTTTGGCCTTATTAAATTGCATTTTTCTTACAAATATTATTATCAATTTAAAATCATATA CTAAGTCATATGAAACTTATAAACTTTAAATCTTTTCTGATATTTTATTTATTTAGATAC TTTTCTCATTTCCTTTCCTCTCACTTATTGTCTACAAAAAGAAATAATTATTAAAAAAAC AGAGAAATAAAAAGGCAACACTCACCTAATTTTGTAGGAAAGAGTTCCCTTCTTAAATTC AAGCATTAAATATGAATGAAAATAATAAGTTAATGAGATTAGTTGAGAAAATAATACAAA GACAAACTATATACTTAAGTACAAAATAAAATAAATAAATTAATATTTGATAAAAGTTCT TTTTTTCTTATTTGGGGAAAGAGACATTGACCACCGGCATATGTCAAGGAAAAAAAAATC AATTGAATTTCAGTGAAGAATATACGTAAATTTTATTTTTATCCGAAAAAATAAAAAAGC TATTTTAATAAATTTTTGGCTCAAGTTAATTATGATTTGAGCACTAATAACTAGCAAACA TATGCTTCTTCAAATTATTTTTACTTTGTTATATATGAACTTGACACAAATAATAATTAA TATTGCTCTTTTATCATATTATTTATATTAATTGTTATTTGGTATTTGATCTTAAAAAAT AATTTGAGGAGTTAGTAGATAGTGCTAAAGGCAAAATATAGAAAAAAATAATTATCTTTT ATATGTTCAAATTGTCTGATTATTTTAATTATGATTTGAAGCTAGGCAATGCTATCTTCG TCCACTATTAACTATCATAGTTTTCTTTTTAGAGTTAACTTATAAAATTTTTGATTAATA TCTTATAATGTATTTTTTCATCATATTGATATGTTAAAGTTATAATTTGTGGTATTTTTT GTATAGTTTTTGAATATCTAAATTTTTTGTTTAAAATATTAAATTAATGTAATCTAACTA AACTTTGAAAAATAATTAAATTATCTTTTGAAAAACATTACATGACAAATAAAAATGGAC GAAGAAATTAGTTATATTTGAAGATTAAAAGTTTAAGTGAACTAAACTTAAAAGAATTTA CAACAATTATAAAAAAAAAAAAGGCATCTAACTTCTCCATGACATTAATTATGATTAATT TTGAGTGCTATATTTGAAATGAAAAATTGAAGTGCACGAAATTAACTTTTTACTAATCCC ACGGTTCATAATTAATAACGTTAAGCAAAAGGTGTTGGATTATAAAATTAGAAAAAGTCA TTTGGCCAGAAAATATGATCAGAATTTGGCGAGAATAATATTTGCTTATATTATTTTACA TTTTTGAATATTTTTATTATTTTTACTTTAATACCTTTTAATAGTTTATTTTTGAATATT TTTATTATTTTTACTTTAATACCTTTTAATAGTTTATTTTGAAATTAAAAAAATATTATA AATTTTTAAATTTTCTAGTCAAAATATGGCCAAATTTTCTTTGTTATTCGTGCTAGATAT CTCTCTAATAACGGTGTTTTTATTTTAGTGATTTAAATATAATACCTTTAATAATTAAGA ATAAAGAAATTTTAACCATCTATCTAACTAGAATTCATGATAGTGAGAATTCTAATAATA TTAAATAGTTTTTGTATGTGAAAAAATTGAGATCAAATATCAATAACATAAATATCTAAA AAAAGAAATTATCATACAAAAATATGACATGAAGACAAGAGTATATTTAATTTGCTCTTG AAATGTTACTTGCTTTAAGTCTCCTCTCTTATTTTATATAAAATAATATAGCTAAAAATA AATAAATTTCATCATTTCTTGTAAAGGAAAATTTGCATATGAAAAAACTTAGGACAAAGA AGAAAAAAATAACCACTGTGGTTAGTTAATATATGTACAAAACGATAGTCTAATCTGATA CACTTAATAATGTCCAGATAAAGATCGGACTATAAATATCTATTGTTATAACAAACGATT ATTTTTAAAGCTTAAACATGTCATAACCTTTTAATCCGCCCATTATGTTAGGTGTCAAGT TATTAAAGTCCAAAAAAGAAAATCTTAATTAGATTTATATGCCAAAAATCGGAACACACC ATGATAAATATAAAAATCATCATGGACTATATGTAGTGTTATTTATTCTTTAAAACCAAA AATAAAAAATTACAACACGTTTTCAATGAAATTATAAGTTTTTCAAATATCTTCTACTAC TTCCTTATGTCTATGTTTTTTGTACTAGGACATTATGTTTTATTCTAATAAGCTAGTCTC TTCAAACACAATTATAGCTGATTTAATTTCTTCCAATTTTTTCGTTGAAATTCGTAAAAT CTGTCAATAGATAACGAACAACATTATATTCAATTAATAATTAACACACTATTTGAAAAA GGACATGATTATTTCTGACATAATTAACACACTAAAAAAGTAAAAAAGTATAATCAGATC AAAGATATACGATGAATCTTGAAATTAAAGAACAATAAAAATAAAGAATTAAAAAAAAAC TCTAAATGTTGTATGGACTATATATTATGCTCCATATATTTATATACAATTAATATTCAC AGCCACAAAAGTCATTGCAAATTTTTTTTAAAAAATTGAAATATATATTGGAGGTGAGAC CTAGTAAATGGGGAACAAAGCAATTGCATATACCTAATTTTTAGAAAGCAATTAATACAT CAATAATTGTATATTATTGCAAGAAACAAAAGAGTGCTAAAAGATAAATAAAAAAAGGTG AAAAAACTATAAGAAAATAAAAGGGTACCAATTAATTCTTTTTTTTTTGGTCAATAGTAA ATGTTTTATGAGACATGTATTAATTTATTATATATTTGAATTAAAAGCTACCTTACAAAA TCTACAATTTGATAGATGAAATTTTAATTAAAAATTAAACAAATCTCAACTATAATAACT TCTTTCAACCAACCACAAGAAAAATTAAAGTTACAAGAATACGTATACACTATATTTCGA TTTACTATTAATACGAAAGATCGCATTTACAATTTGAATGATGAAATTTTAATTAAAAAC TAAACAAATCTCAATTATAATAACTTCTTTCAACCAATCACGAGAAAAATTAATGTTACA AGAGTACATATACACTATATTTCGATTTACTATTAAATACGAAAAATCGCACTAGAATGA GGATCTATAATTTGATATTAAAGTACAATCAAAGAGAGAAATACATAAATTATAAATAAG AGGATTACACTTCTCTACAAAATAATTATTTTTTATTTTATTATTCAAATCAAAAATAAT TTTAATTAATTAATTTTAATATAAATATCGAATACCGAACAAGTAACTAACCATAAGTAA TTAGACGGCAATGGATGCAAAAAAACAGATGGCAGACACCCTGGAAGCTTTAAAAGTTCA CAACACATAGCATTAAACATTGTACATGGACTTGTCTGACTTTCTCTAGCTCTCACCATT TTCATTTTCATTTTGAGATTCGATAATTATATTGAAAACTGATTAAATTTAATTTTGTAT ATTGTCTAGCACATATTTAATTAAGGTTGTTCACAATCGTACAGTAATCAATAAGCTATA AATAATATTGACTTGTTGATATTGAATTATCGGATTAATAGTTGGTGAATGGATTAAAAT TTTATAGTTGATGGTTTATGGTGCGGGGGCGGATTAATTACTCAATTTTTTTATTGAGTG AACCGTTAACTCGATAAGTATTATGCTAGTTACATTTTTACCTCTAAGTTTATTATTTTT CAAGTAAATACGTATGTGCACGTACTTTCAAAATTTAGAAAAGATTAATTAAAGACATTC CATCGTAATTCATATTGATCTAAATTTTCTTTTATATGCTTTTTCTCCTCTTCTTTTGTC TTGTACCCGGTGTTTGAAATCCGCATTAGAGTTTCGATAAAATTTGAATTGCGCACAAAT TCATTTGGAGTAGAACTTCAATAGAATTTTCTCCATATCCATAACACAAACCTCAAAAAC TTAATTAAAAATAAAATATCTTACCACTACACCACAATTCACATTAATCGCGTGATTTAT ATCTATCATCATATGTAATATAGTTCTTTCTTTTTCAGTCTTTTATTTAATGAGTGCATA TAAATCAGTACATTTGATCCACCGAACATATGTATAAACATCAAATCTAGAATCTTATTC ATTAAATATTAGTACATAGTATTATCCTATGATTAATGAGAACTTACAAAATTAAAATAC GTATCTATTTTAAAAATTATCAGATATTCATGGTATCAAAAAATAGCAAAAAATTAATAA ATAATCGAGATGGACATAAAATATACCGAATTTTATCGTTTTTGTGATATGTTGGTCATA AGATCTTTTTCAATACGTAAGACTATTGTAGTTTCAATTTTCAACGTCTACTAGACATGA CAAATTCAAAAAAAGACTTTGAAAACCGCCAATATGGTTTATTTGTACCATCAAGCTATA TGATTATGCAAAACCTATTTATTATAAATAGTAATTGGCCATCAAATATGGTTGTCCACA AATTTACTCCGGTTTAAATCATAGATTTTGAAATTAAAACTTGAAAATTTGAATATTTGA ATTTGTGTTCGGATCGATTTGCATTTTACTTGAAAAAAATTTAAGTTTTGTGAGTCATGG AAGTGAATTTTTCCGAAAAACTAGTGGTAGGAGATATGTTTTTGGAAACATGAAAATATA AGAAGATCTGATTTTTAAAATTTGATCAAATTTTATGACCATAATGTCTTTTAAATTTGA TTTGAAATATATAATCAAACGCCAACTTACATAATATAGTAATAGTCTTCTACCTATATA TACGTCCACTTACAATTTTGAAGATATTTATTTTTAGATTTCTTAATTTGTCAAATTAAA GATTTTTTTTTTGTAATACAATTGATGTAAATTCATTGTAATTTTTTATTAAAGAAAATA TACAACTTTGTTAAATTCAAAATTGAAATGAGAAGTAAAGGTGACAAGAAGATAAAAATA TATTCCGAATTTAAAATTTATGAATTTCAAGGAAGACTTCAACTTATTATTAAATTTATC TCCACACTAACCACAATCCTGAATAGATAAATACGTACAAATAATGATAACTAATGATAC GATGGTCTAAAATAATTAATGGATCTGTCTTTCTATTATTCTTTATTGCAAAAGTTGCCG ATATATACTATTCGATGAATTAGTTTACTAAATTGGTTGTAATATACATAATATATACAT AACTGTGCATATTATACGTGTTGTATACACAATAATGCATAAATAATTATATGTATATAC AAGCTATTCACTTTGGACATATTTGTTAACTACCAGGCTGAAATGTAGTGTCATAATTAA TATTTTATCTACAAAAATTGGGCAACAAAGTAAATATTAGACCTAAATTTAACAACTTTA AGAAAAGTGACTATATTTGCATAACTTTACAAAATAAAAACAAAATCTAAATAGTGACCT AAAAAAAAATATTTACGTAAATCAGTATCGAAACTAAACTTTTTAATAGCCCAAATTAAA TAACCAGTTTGATGGATAATGGGCTCGTCCATCTATCTTTCTTCTAAATTTAAATTTTTA ATTTGCAATAATAGTTCCAATCTGTTTTTTATTGTTTAATATTACATCAAGTTGTTTGAT TGAAGCTATGTGCATCTCTAATCTTAGATTATTAAACTTTATTATAATTTTATATTGAAA TTAATTACTATAATCTCTGTTTAATGTTTTCTTAAACCAAGAATTTAGATGTTTGTTTTA TAAGCAGTTGATTTAATAGATACTGAAAACACAAAAACTAGTGTTGGAATGAGCAGTTAA GTATATTTTGCCCTCTTCAGATTTTTCGTGGCGTAATCAAAATTCTCGTTAAAGGGATTC AAAATATAAATATACGAATATAATACCTCTGAGAAAAAATCAATATAACCCTTTCGATAC CTTAGCTCCGCCCATGACCATTTTGTATGAGTATTTTAATCCTTCTGCTTTTGAGTGTTA TATCTGTTTCGTAATATATAGATATCTTGAATCAAATAGACACGCCTGTTCATGAAAGAA TATGAAGTAGCCTAAGAAAAATCTACAAGTTTTTTATCGTATTATGAAGGGAATTGCTTG TATTTTTTTCCAAATATGTATACAAGCAATAAGTCATAAGTTTGCCAATTAATGGTGTGA GGTAAAGTAACATGAAAACAAATAGTTAGTAGCAAATTGAAGTTTGATATTCCACTCTCT TTATATACATACAATTTGTGCAGTTCAACTAAAGAAAGTATATACAGAATTTATAATAAT GAGCAGCAAGAGTTAATAGATTGATAATAAGATGGTCCTTCAGTCAGACTACTCTTCTCG TACTCTTCAAACATGTCTTGACTCACCACGATTGTTTATCAAAGAATGACTCTGGGGAGC AAACTTGTCTGTACTCTTCAAACATGTGTGACTCACTGTGAACATTTATCGAAGAATAAC TCTGATTATCAAATGATTATGCACAACCAGGAGCAATTCACACGTGTCGTATCTTTCAAA AGTAGTAGTGTATTTTCGAAGAATCTTAGAATCCCCTTACTGAACTCTGCCAAACTTCAA CAAATTGTTGATCTTTCCTTGTAACAAACATCTTGTTACCTCCAAAGCTGAAATGTGTTA TCTTATTTCCACAACTATCTTTTGCTCTCCCCATTGAGTTCTTCCTAAAGACTCGATCTT TAATCGAAGAACCAATCAAAACCTCAGACCATAATTCGAGATTTCCACCTTTACTACAAA AAACTTGATTCCCATGACTCTCAATTTTACTCCCAAACCCTTCTTTCTTACCATTTGTTG CTTTTCTTGAATCACCAAGACAAGTCCAAGTATTTTCCTTACCAATGTTTCTCAAATCCG ATATGAAAACTTCGCCTGAATGAACGCCAACTTTCAGAATTGCTGAAAGATCATCCGAAA CAGTGCAATCAGCGAAGCAATCAACATTTTCCTTGATCTCCCACACCGCGTTCCCTGATC TCAAGTCCCAAAACCTAATGTTCCCTCTAACACCAGAAGGTCCACTGTGTGAACCAGCAG CCATCAACAAGTTATAACTAGGAATCCATCTAAGTTTAGTAGCTGGAATCGCGGAATCTA ATTCAGCACCAAAGATTTCATAATGACCTATCTCAGAAACAGGCCTAAAACCATTATCAC TCAAATCATATATCATAATGCAGTTAGAGTTTCTCCTAGATGATTCGAAACTCGTAAACA AAAACTCTTTTGAAGCACCTATGCCTTGTACTGTTGAACCAGACTTGGTAACATTTTCCC AATTCAAAGTTTCTTTAACAAAACCTTTACTAACATCAATAATTTGTAAACCTGAAAAGT CAGTAGCACCAGCAGCAACAACATTTGGTGATACAGATAACATAGAGTCAATACCAGCAA ATTGTGTTAAAATGGTTGATTTTCTCTTTAATGACCAATCAAATGAAGTGATTTTACAAC CATGAGCTACCTGAACTGACCCTAATTGAGTTGTTGAGATAGCAGTAGGTGAATCCCTAC CACTTAAAGGCAAAATCAAAGATTTTTCAAGATCAAAAGGCTCAAACTGAGAAGGGTTAG AATGGGAATTCAATAACAGATGCTCAACACCATAAAACTGAGATTCAAAAACCAAATCTT GAATATCAAAAGTTTTGGCTTTTGAAGGGAGATTCCCAGTTCTTAAAAGGGAAAGCAAGA TTGAGAACATTTCTGGATCTCTATCGATGAAAGGAATGGAACCATCAAGATTTGAAATTT CAGAAAGTATTGATTTTGAACCTGATTGCTTTAGGGTTTGTTTGGTTGTTTGAAAAAGAT GACCACCTACATCAATGGTGACAATATTTGAAGATGAATCAATGGAGTTTCTTGAAAAAC CAGATGAAAGAGGATGAGATCCAATAAAAGGTGGCATCTTTTATTGGGAAATTCTTGAAA TTCAATGTAAAGACTCAATTTTTATATATTTTTTTCTTTGGAACTTTTTTCAAGAATGGT GATTTCAAAGCTTTGGGAATTCTTGAAATACAATGTAAAGACTCATTCTTTTGTGATTTT GTGTGATTCAAGAATGGTGTTTTTCAAGCTTTGGGAATGAATTCTTGAAATTTCAATGTA AAAAACTTTGTTTTTTTTTTCTTTAGATTTTCTTTTTTGGTGATTTTGGGTAAATTCAAG AATGGGGTTCAATATTTATATAGAGGGTAAGACTTTGATTTTTCTTTTTTAAAAGAAAAA TAAAAGTTGGGATCTTTGAATTCAAAAGCAACTAGTATTAATTATTATTGGAAGTTTCCT GGTTAGATGAATAATTAATTGGTTTAAAAAAATATGGGGAAATTGAAATATTTAAAATTA TGGAATTGCTAAAATAGGGGCTCTAGAAAGTCATAGAAACTGAAATTGGTCAAAAATGGC TTCTTCTTTTTTTTTGTTTCTAGAATATTTTAGTTGTTTGACTTTTGTTGCACGAGGGTT AATATAGCAATCCAACATAGACCAAATTTTCCTTTATTCAAAGAATATTTGTGTAAGAGT GGGGAGATGAAATAAAAAGAAATAATGAAAAGAAGATTATTTAAAAATATTTGGAATATT TGACTTTATGTTTAATTGACATGATACTATTTGTATAATAGTTGATGAAGGTATATTAGT TTAATATTCACATAAAAAAAATTAAGCTATTTGATTGACGCAATGAGATGAAGAAAGAAT ATGAAAATTGCAATGTCTCTTCAAACACCAATCTAGAAAGCTTTAACCAAATATATATCA TAAAAACAAAGATATGAAAAATGTGCATTCTAATAATATTGTGGTCATTAATTAGAAGAG GGGTGCTACGAGATATTCTTCATTCAATCGAGAGTTCATTCGATCTCTTTCTTAATCGAA CTTATAAAGGGGCTTGTATAATGTGATTAACGTTTTAAATATATGTATTTTGTGAGTTCT TCTAGTGATTGTGGGTGTCTATGGAAATTATTAAATCCAAAATACAATGTCAACCCTAAA ATGGAACTTCAATTTTATGCTAAATCTTTGAGATTAGGTACTCCACCCCTATAATTCAGC CAACTCATTTTAATTACTCTAAAGTCTAAATTGATAATTAGACAACTCATATTTATGTTG GGGACCAAACAATGTTGGCGGCGTCCACTCTACTTGGCCTCCAAAATTCAATGCACTCAA TTACTATCACTAGATGATATTGGCAGTTACATATCCTAATCACTCTTCTTCCTTGTAATT TCTCAAAATTGTAACATAACTAGTACGCCTCAATCCCAAACAAACATCACATTTTGGATC GTAGATGATCTTGAACAATTCTTATCTCATGATCCAGCCTCCAAGGTTCATTCACCTCGT CTCAAGGTAGGATCAACCATGAATTCTCACATTCAATGTCACTCTATTCAAACTCGTCTC AGTTCAATATTATAACATCAAACAAAATGAACATTACTATCATTATCTTCTACACTGCTT TTAACAAATTATTTATGTTATTATACATAGAGGAGCTAGAAGGCAAAAAAAGAAAGTAGA CTATTAGTTAAATGTAAAAACTCTCAGTGAGGGGAGAGCAAAACTAGTTTTATCAAATGG TAATTTCTAAAATACATCCCTATCTATCTTATCCTAGGTTCAGGAAGTGCCCCAAAAAAA CAGCCTTCGTTCGTATCAATTTCTATTATCAGTCCTGCTGCACATCATTCCCTTCAACAC CCTCGTCATTCTTGTACGTTTTGATATCAAGAGTTTTCCGGTATTTGCTGCTGGTTGTAT TGAAATTTAAGGCAGATGAACAGCAGCTTATTAGTATGGTGTGGATTTACTAAAGGAATG CAAACCTGTTAGCTGACACCAGGCTGCATCATAGGGAAGATCCAGTTATTGCAGGGCTCC TTTCCAAGAACTTTCTCGTTGGCCCACCAGTCAGAGCCAATAGTAGCTTTATCAGGATAT CCCCCGTCTACATTGTCAAAGTTAAATTCCTTCGAGGATCCAAGAGTGATGGACCTGTGC TTCTGCTGCCTCTGTCCATCCTCTCCGTCAGTAGATGATCCCTCGTGTATTTCTCTGGAA GGCTCATGTCCACTGTGATCGTGTGCATTTGACATTTCAGCCAGGTTTTCCTGTCGTTTA GTGCTACGCTCAGTATCCTGGAGAGACACTGATCCAGTTCTCATCATCATAGTTGGCTTC TTTTCCACACACCTCACAACATCTTCTGCAGTAATCTCGAAAGAAACTCTATGATCAACC ACTGTTAGATCGTTTTTCCAACCATTAAAGGGCTTTGGAAGACGATGAACACCAGTGTTC TGATAATTGAGAAGGAAACTATCGTGATATTTGGGGTTTACTGCCTCAGGGGTCAAAGTC CCAGATCCTTGCCGAGATCCCCACTCGTGAGGGGCTATTTTCTCCAGGTTCAGGAACTGA GGGCGTCCAGGAGTATACTCACGCTCAAGAAAAGGAGATGAAGTTCCAGATACAGAGATG GCTGACCCAGGCGAGATCAAGTTACTGACTGGACTCCCTGGTTGAAGTTGGTATGACTGA AATTCATACTGGGCAAAAGGATATCTGTGACCAGCAGCAACATTCTGGTAGTTGGGGTCA AGCAGCTTAGCAAATGGTACCTCAGGTGATGAGGGTGTAGTCAAGTGGACTGACTCAGGA GGAGGGGTAAATGGAGCAGTAGATGGTTCAGTAGTGAATGCAGAGAAAACAGGTGGAGAG ACCAGTTGAGTTTCATGAGCGTAGGGCCCAATAGCAAAAATTGAGGCAGGTCCACTGGGA GAATATGTAGACATAGAAAGGCATTTTGAGCCAACTGGTGAATGGGTTGCTGAAGGAGGT TCTGATGGCAAGAAAGATGCAGGAGATGAGGGGGGTGCTATGAAGGGAAGCACTATAGAA GGAGCTTGACTTGAAGTATTAGAAGAAGGTCTATCTGCAGCAGAGGCTGTTGTTTCTGGA ATAAAAACTGCATGTCCAATTCGTTTCGTCTGTTTCTGAGAGCCAAAACACCAGTACATG CTCCAGCAGCTTCCCCATCTTCGTTTCTGTTAAACCAATTTAAAGTGCAAGAGATGATGA GAACTTCACATAAAATGAGCAACAAAATCCCAGTTAAGTTCAAAGCATCATCAAGATGCT AACGCACAAAGCAATTGTTTCTTTAGAATAAGACCCGAGAGCAGAGAGGACAGAAAATTA AATAAAATAAAACAATCTTGTTTCTAAATTCTGTCTTAGAACAAAGACACACAAGTAAAT AAACCATCGTCGTTTCTGTTAAACCAACTTATTTCCTTGTTTCTTATAATCGAGCAGTCA AGGAAATAAAAGCAAAGAATACACACAAGTAACCTTGGAAATGTTAGTCCATATAATTGA ACAGTGAAACAGAATTGGAGGACAGATGATCTAGTCCAGAGTAATGTTCAGAGAGCAGAG GGAAATTATTTGTAACCTTGTTAAGGAATAAAAACAGCTGCATTCACAAATGTCACAGGA GTGTCAATCAAAATGAAGGGGATACAGGAAGACTTCCCTGGTGATGTTCTACCTTGCATC CTTAAGGTAAAAGATTCAATTCTCACACAAACCTCCTCCCAATACTTTCCCCATTTCCCA TACGCAATATATCAAGAAAAAGAAGAGTGGGGGTGGGGGACACTGTTGAAGTATCATGCA CATTCTAAAATGATAAGATCAATCATAAACATCTGTTTCAAACAGAGGCCACTCACGGGA ATCGTGTGCTTTGGCCTCTTCACTTGGCCTAGGAGGTATTATTAAATCGCTCCTTCACTT CGACTGAAACAGAAAAACGGCTTTCACTTTCAGCCTCATTTAGGGAAGATCTAGGGTTGA TCTATTGAATTAATGGGAAGAGTTTGGATATCAAAAAAAAAAACATTTAGCCTTTTGGAA CATATTTAGATGTACAAATGAAGCAATTAATTGTATCATAGGACACTCTAGAGTACGGAT CCAAGACCAAAAGCAGTGGGCACTCTGAACTGACAGCTAAAATTCAGTATCCTTCTTAAT AAATAAAATCTTGTTTTAACTTTAACAATAGTATCAAGAAGGTACTCGTTTATCTATAAT GAGTCTGGAATTCACTCCTTCCAGTTTAGAGAGTCCAAAAGTTCCAAAATGTTTTCTGAT TCATTTACAAGTTACATCACTCTTTCTGAGTCAAAAGCATAAATAACATAGCAATCGATA ATTTACATGAGAAATGTTTTCTTTTTTATTTCAAAGATAAAAATTAATGTTTGTTATATT AGATGGTAAGATGAGTCAAGCAAATTCATTATTTTGGAATAAAATGATATCTGCATCTGT TGAATCTGGAACTTCTGAAATCCTATCATGCTAACTTGAAAACGACAAATAACTCAATTG GTCAGCCCTATGAAACGCATAACAGAGTATTGCGTTACTGCATCCATTTGAGAAAGAAAG AATAACTTCTAAAACGCTTTTGGCTAGATAGCATTTGGGAAAAAATTCAGAAAATCACTC CAATTAGACATGGCTGCAGATGCTTAGATAAGAAGCAAAGTGGCACCACCTCTAGATTTT GGATCGATTCAGAAAAGAAAGAAAGCAAATGATTGATGTATTACATCACTGTCTTAACTA GAACTCTTGTTTCTCACACCAGCGAGTAGCCTTTACTGGTTCATCGAAGAGGTTAAAAAC ATCCATTGCTTTATCTCCTTGTCCTTTTCTTCCTCACTTCAAACATAATTCAAGCATTTC CAACCATCTCACTGAGTCCCTACTTTCTCACTCACTTGGTCAAACAAGTCATATGTACAC GCATTGACAACACACGTATCAGCAGCAGTGAAGCATATTATCCAACTTCCTGGGAATTAC CTGACTTACCATCACACTGATTTCCCACTGGGCACAAAATTACTAACACTAACTTTCTCA TGATAACACTAACTTTATCAAAAAGTTATACTACTTGCTATACAGGATGAAAAAGTGCAA ATTTATCCCAAATCTAGACAGCGGAGAAAGCATCCATAACAATTACAATCTCACACCAGG ATGATACCAAGCAATTTCCAATCCAAAATGAAATATGCAAGATCACCCTACGTATAACGT AGCACACATCTCTGCTCTTAATGCAATGAACAAAACTTATACACAACGTTCCATGATCTA TGAATCTCACTTGCAATTCTAGCTAAAAGCTTCAATTAAGTCAACTCTGAGCTCAAATAT ATCATTCACGATCTACAAATTCCACAAAAGAAAGAAAAAAACTGTAACCAGATTCAAATA AAAATAAATCACCCAAACGATCTACATATTCCACAAAGAAGAAACAAAAAACTATAACCA GATTCAACTCAAAGTTAAACTCCAAAACTATAACCTGATTCAGATCAAAGTAAACACAAA ATAATTCTCAAACTCCTAAAAAAATGTAACTAGATTCAAATCGAACTATACCACAAAACA ATCTATATATTCCAAAAAAAAAAATCAAATCGAAATGAATTTTACCTGAATCGAGGCTTG AGGAACACGATTTTCAACTGAAGCGATTGCAGTAGCAGCAGCGTTTATCGTCTCCAAAGT GCTATCAACTCCTCTCTGCTCTCCGTTCACTCTATTCATCTTCTCTTCGCTTTTACACAA CGAATCACCTCAAAATTCCTAAACTCCGACGACTCCTCCTCAGCTCTAGAGCATCGCCGG AACTCACTTTTCCGATCGAAAATCACAAACTTTTTCCGGTAACCGAACAAATTTACAGAA GAAGAAATCAATAACTATAAAACATAGTTCTGTAAATACATATATATATATATATATAAA AAAAAATAGATTTATTTTTATATATATCATGAATTTATATGGTGGCTTTGGAGGTCAAAC ACGGCAATGACTTATAATAGGGTTATTATTATTGATAAAAGGTAATTAAAAGGTACTTTA TTAAAGGTTAAATATTAATTAATCATTTTTAAGTACTGTGAAATTACCATAACGGGCTTC TTCTTTTGGAATTGAATAAGGGTATAATGAATTGGGTGGTGTTTCACCTGAATTTTGCTA GCCACATTTAATGTAATTTAAATTATTGTTTTTTTTTTGGTTATATTAATAAAAAAAAGT TCCAATTTTATTTAAGATTTTAGTTTTCATTCTTAATTATAGGAGTAATTATTAGTTGTT GTATATGGTTTGATTCATTTAATATAATAATGATAACTTTAGAGAGATACTATATTTTTA TTTATTTCAAAAATTATTTTAATTGTATTTTTTAAAAAATTGAGAAAATATCAAAAGCAA TTTTTATCTTTCGTATGACACCATTTATGAATTTAATTTTGTTGTAATTGTGAAAAAATA ATTTATAATCTTTTGTTATTTTGTTAGGTTTAATATAGCAAAAATAGTACTCGTAATATT TTATTATTGTTGAGTTATCTTGTTAAATCGATTAAATTATTATAAATTCTAAATTTTAAG TTTGCGAGTAAATTTTGAGTTATATGTATAGTTTATATCTTAGGTGTCGCTTATAAATTA GAATAAAGCTATTTTGATTATAATTACACTATGTCTTGAGTTGATCATAAAAAAAAATTC AAGCTAGATAGGCTAATCATATAAGTTATGTTAACTTATTTTAATGGAGTAGTATATTAA AATGACATATATAATGTACTAGTTACGATTTGATGCAAACACTAATATAAGTCTTTTCTT TAACCCCTCTATGCTTCATTTTAGAAAGAAAAATTAGTAATATATTTTAATTTTGAATTT TTTTTTTATATCTTTTAATTTAAGATGGATGACATGCATGATAAAAATAAATTCCACCTT ATAGTTGAATTATACAAGCCATCACAATTTTGACATGAACTTATTAAATAATGAATCTAT CTCATGGGGTTCATATGACATTAAATAGCAAAAAATCCATTACAATATAGAAAAATATTA AACACCAAAATATAAGTAGAAAATAAAATCTTCGATGGTGACAATTCAAAGAATTAAAAG AGGTTCTATATTAAAACAAACGAATTTAATCAATGTTGATATTAATATGCTACTAAAAAA AATGTTATCCTTTTAACTTAAAATATACTCTTCACTTTTTTTTAATTGGTCCTTTACATT ATTAATATTAATAATTTTTACTTTTTTAATAAGTAAACAAAGTCTATTCTCTTCATATGA TTTTCAAAATAATCGCACAATTTCATATTATTCAATATATATAATTATTCATTATTTATT TACTCTTTATTTTTGTTATTGTTTTTTCTTTTACAAATCTACATCGAAAGTTTTTTCTAA AATTGAGGGTCTAAAATTTGCATTTATTTTAATTATTTTTAAATCTCGCATTGATTATTA TTGTTCTATATATTGAACCATATTATTGAGGGTAATTTGGTCTTTATAAGGACCACAAAT TATTGACTAACTATAATAAAGTAGTCTATAGTATTATAAATTTATTATAAAGTAGTTTAA TTTACCGATGAATACTTTTTTGTTAGGGGTAATGAGTGTGCACGTGTGCACATCTATTTA CTCGATGGCTTCTTAATTAATTTATCATGCGCATCCTTCCTTGTTCCTTCCGCGTAGGTT AGGACCCACCTTGAAAATTCCTCTCTCTTTTTGCTCTTTGAACTAACGTGCACGCTTGGC TCATTGTTTTCTGCATATTTTTTTAATAACAATAAAGTCGCTATTATTATTTCTCTTCTT TTTACTAACTACTCTTTCTTTATTATTTATCATAGACGTTAACGGAAGTTACTTAGCTTG TGATTCGTGACGGAATAATCATATTTACTTGCTCGATTTATTTAAATTATAAAGTTTTAT ACTGATTAAAAAAAATAAAATTATTTATCTAGTGTTTAATATTTATATTTGAACTTTAAT TTTGAATTTGTGTCGAAAAGTCTTATGTTGAAGAGTAAAGCGATTCTATCAAAGGTGATT CTGCATCCTAGAAAGAAATTCAAACTCAAAATATTTAATTAAGAGTGAATAAATACTTAT TCCTTCATCAAAATGTTCGATATGATTTGACAAAGTTAAAAAACACTTTGGGGTTAATAA AGAACCTTTTTCAAAACTATAGTTTCACCTTTTCAATCAGATCTTTTTACTATGATTTTA CACATAAAGATTTATAGCTACTTTTCAAGATCATTGCAACTTTTTTCTAGGAAAAGCTTC TAGGGCTCATCAATAGAGATTTGCTTTAAAGAAAAAGAAAAAACTTCCAAATGTTTGTTT GGAAAATACTAGTTGTATTTTAATTAAAACATAATAATAATAATATATATAAAATACATA ATACAAGTGTTAGTTGGAACATGTAAATATGCAATATATATTAAGGTGTGTGTAAAGAAA GTGATTTCGATATATAAGTGAGTTTATGGGGGGAAGTTTTTTTTTTTTTTTTAATTTTCT TTGGAGATAATATTTTCGTTTAATATTTTATCGTATCAAATATTCTAAACACGAAAAGCT AGTTTTATTCTTTAATACACTACGAGTCTACAACTAAACAGTAAATCATGGTTACTGTTC AAATTTAAATATGACGATCATCATTTTTAATCAAAAATGTAATTTATCAGAAACTTTAAA TTTAAGCATTAAATATAAATAAAAAAGTTTTACTCATTAAATTGTTACTTTTTGATGTGG ACTAAAACTAAGTATCAAACATTGGAAAAAAATGAATAAAGAAAAAGAGCAAAACATGAA TTATTGTTCTAACCTAGATATGATTATCATTCTATTATTATTTTAAAAGTGTATCTTTTA ACTCTCAAATTTGCACTCATCATCATAGAAGATGATATTATATTATTTCGTCCTATTATA TAGAAAGAGACAATATAATTAATGACATTTTTTAATTAAGTCGATATCATCCTATCATAT TATAAACTTTTATCTCATTCATAACTACACGAGGAAAATGAAATCTACATTATTCATCAA ATTAGTAAATTCTTTTTTTGTTCTTATTTTTCCTTTTGTCCTCTTCTTTACAAGGCCAAA AGGAGGACCAACCTAAGAAATCTGATTAAATAACTTAAAAAATTTTCATTTTAATTAAAG ATTTCAATTTTTAATTTTAACAAAAAATTATTCGAGCTAATATTTTCAAAATGATTTATT TTATATTATTTTATCCCTCATGTATTTTTTTAAAAAAATAATATTTTTTTTAAGTGTCAA AAGCTAGTTAATATTATTATTAAGAAAACAATTAATTAATAAAGAGATATTATAGAAAGT TGGTGGGGAGGATGAGTATGTAGACCTAAATTTAGGCAATTGATTATGACTTTACACATT TTTTTATTCATTTAGACTCAGTAAACCATTTGAAGTGAAATTTGAAATTTTTGGTTCCAA ATGTTAATTTTTATTATTTCTTTTGTTTTAACTTATGTCATATTTTATTTATTTTTTAAA AGAATTGATTAAAATTTCAAGATTTTAATTTTTTTATTAGACCATTAATTTTTTTAATAA CATAAATATTAATTTATAATTAAAATTTTATTTTTCTAAACATTTAAATACGATATTGAT CAAACTATATCATATCGATAAAATAGAAGAAATAATATATAGTACAAACAACTGCTACTT GTTCAGAGGCAGCTCTTTGGTTTCACTATCAGACCAAAATATTTGAAACCAAAGTTAATT GATACTCATGCTGATAAAATATTTATACTCGATAAAATAACTGATATGCGAAGAAATTAA TCTATAGATCACATTTAAAAATAAAGAATTACTTCACGAAAAGTAACAAAAATATTCTTG AAAACCAATTCCTACTTGAACCAAAAAAAAGTTTTGGGAAAAGGTCATATAAATTAAACA CACAATTGTTAATTCCCCAAATTTTAAAGGATTTTCTAAATTTAGATATTCCAAATTTTT TAATAAATTCACAAAAATATTGTAACTGTTTAGGATCCTAGAGAATTTGTTTCCTAGGAT GCCCACTATTTGCAGTTTTGCTGTCATTTTGGTGTACTTTTTTATTTTATAAATCGATAT TTATATTAAAATTTAATTATATTCATACTGTGCATTGCAAAATTTATTTTCTTATTTAAA ATTCAAATTCAAAATCTTTAATTAAAAAAAATTAATAATAATTATACCATCACCTCATAT TAATGTTATTTCATTTAAGAGAAATCTTATAAGATAATAATTAAACTTTTTTGTAAAGGA TGAAATTTCTTGTACTAGATGTCACTTTCTTTCCTTTTTTTTTCTTTATTGACAATTATG ACTACTTCAAACTTTATATAGGCAAAACGAGGTGTCAATTCCACCTAGCATGTATCGTTA AATATTTAATTCGATATTTCAAAACAATGTGAAGTATTCTACGCAAATTTCATAGTGTTA AGAGCTAATTACATTCTATTGTTACTCTTTTCAAATTACAAAAATCTCTTAAATATTGTA AAATCTGAACACATCCCAATACGTTGCGATACATCGCGTTTCAATTTCAGATATATCTCT CGATTATGAATATATCGTATCTCAGTTTCTGATACATCATTCAACGTTTCGATACATCAT GTACATCCCGATACATAGCGTTAAGTGATGTATCTAATCGATATCTTGCGTAAAGTGATG CATCTAAGAATAGAATAGAATATTTGTAATTTATTCAAATGGTAGGTAATATTAAAGAAT ATGATCAAATAAATTGAGTATCTAACTAATTTTTTTTAAAAAAACATTCGAGTATTTTAA ATTGTGCTTCAACCATATACGTTAGCAAATTCGTATGTATATTACTTGAATTTGAGTGCC TTGAATTTTTTTTATGATCAGACGCTAATTTTGAAATAAAATAAAATAATATTTCAAAAG TTAATAATGAAATACAAAATTGAAAAGAGACCTATGATAGTAGTTCTCATGCCATTCTGA ATAAACAAGACATTCGTAAAAATATAATTAATACATATCAATTAAATACCTCATAAATCT GAATTTGCTGTTGCCCATTCTTTTTCGTTGGGCTGATACAAATACTTTAGTTGGGCTTGG ATATTGGGCCTAGACTAGTCTATCAACTCAGACAGTAATGGGCCTTCATATTGGGCTGAA CAAATGGCTATCCTAGTTACAAATATAGCCAAATCATTGAACATATGGTCAATCAAATTA GGTCATTATTATTTTTTAAACGGAGGAATTAATATCTACGAACAACGCAATTCTAATGCA AATCGCAGGTATGAATATCACTAAGTGTAACTAAGTTTTAATGTTTACTGAAACCATTAC ATAATTATAAACTCTTTGGAACAAATAGAGCACGGTTCAAATAACTGAAAAATGAAACCA AAAATATAAAAATCAAGCTGCCAAGCTCTTCGATGCGATTTCAAACACATTCTCTGAGAG TCCCTCAGTAGACAAGATCATCTCCAATTGTTCCTGTTTTAACACAATAATATATTTCTT TACTTTCCAACCTTTCTATGCAAACACAATACTCGAAGGGAACTTCTCCCCGGAAGAACG TCTAAGGAAAGCAATTACTTACCTTCGCGAGACTCTGTCTTGTTTCATCATAACGTTTCC ACCTGGAGAACGCTGAAACCATTCGTGAAGCCACCTGCCATCCATTAGAAGAAGAATAGC TAAGACACACGCTTGTTGCTACTGGAAAACCGTCCTTTAGTTCAAGATCGGATTGACCAA GATGGATCATGAGTGGTCGTGTTCAAGCTTTTTCTTTCAAGAACAAATAGTGTTTCGTGA TTCATTGGTGAATTGTATCAAAAGCAATTGAAATAGTAATGTAAGAGACCTGTGGATTCA TCTTGTCAAGCTTCACCACTAGTTCTCCCAAGAACTTGTAGCCGGAGCCATCCTTGCTAT GGAAGTTGACAGGTGAACCACAAAATCCTCCGATCAACGAATAAACCTGTGCATTTGTCC AAAATAAAACATCATGTCTTGTAATTGACATAAACTAGAAAGCTATAGGTTGCTAATGTT TCCGTACCCAGGTCAGATCCTCCAAAAGTGCGCCCCTTTTGGAGGATCCGGCACATCCAC TGGCTTTTTTGAAGAGTACGAAAGACATCAAACTCGAAAAAACATACCTTATTTGGATTA CATAGGTCAAAGGCTGTATGGTTTAGAAGTTTCTTGACATTCTCAACATTACCAGGCATG TCTGACATAGCTTGAAGAGCAAGCCACTTGTTCACAACCTACGGAAAAATATAGTGAGAT AAGAATTTTTAGATTTTTTAGTTTCCCTCTGAGTTATGAATGATTCGACGTCATGCAGGT TTTACTCAACAATTTGAAGGCAAGAACAGATCCGGTAGACAAGAATTACGGTCAAAGATG ACAGTCAGGTATTAGAGGCATAGAGATGTACCAAGTAATCATCCTGCCACTTGTTATAGA AATCAGCCAAAATTTCTTCACGAATTGCAGGTTGCTGATCGATAGCCACTAAAGCTGCAA ACTGATCTGTCATGTTTGTGGCGTTTCTGTATTCATTCAATAGAAGTTCTGTGATTTCTG GGTTTTCAAGTGATCCAAGATAAGCTGTAGACAAAATAGGTCAGTGGAATTGTAATTTGT CAAATTCTAAAAATACTCTATTGAGAAAGATGAGAAGACAAACAGACCAAGAGCAATATT TTTAAGAGCACGACGTGCCATATTGTTATGATCAAACTCATAAGCACCAGAGCTCCTGTT GTTTTTAGCCTGCAAAGTGTATTTCAAGGTTTATTTTCATTAAGAACGTTTTCAAGTTAA TTGAGAAAAATAAAAATTGAGAGTTTGAGAGATGATTACAGTGATAAGGAACTCTTGTTT CAATTCAGAAGCCAGTTGCTTCCTGATGAAAGTCCGCACTGCATGAACGGCATCTGGATC AGCAACCGTCATCATGTCCATGATTTCTCCTATACCAGGCAAAGTTATTGCCTTTGCAAT GAATTCCTGAAAGGATACACATACACAAGTAATTAGCGAAACATTTTTCTACCGACATGA AACACTAACATCTACAAGAAAAGAGGTGGGCACGCACCTTATCCAAGCTTGAGTCGGTGA GTATGCTTTTGATCCCCTGCAAAAACTGAGGGTTAAGAACCAAAGCCTTATTCTGTTGGA AATCAGCTACCAGACTGAGCATCAACTTCCTTGCCAACACTTGTCCCGCCTCCCACCTAA GAGACAGATCATATTAATCTTTGACTATTCAAATTTGTGATCAGCTAAAATGTATTGAAC AAGAGACTTAAAAAATACGCACCGGTTAAACTCATCAGAATCATGAGCAAGAAGGAAAAG AAGATCACTATCAGTGAGATCAGACTCAAGCCTGATGGGAGCACTGAATCCTCGCAATAT CGATGGTGTTGGCCTCTCAGATACGTCATTGAACACAAATTCCTCCTCCTTCTGCACAGT ACAAGAAAAAAGTCCTTTATTACATCCTTATTACGTCATAGGAGGAACAAAATGCCGGAT AAGCATATATATTTGATCAAAGTTATCATTGTGCTCTGCATATATAGAGTTAAATTAAGT GGAATTGACTACACCAGTCCATCAAAACTTCAAGGCTAACCTTCGTTACGCGGAGAACTG TGGTGTATACGTTTTGACCACTGCTCGCAAAACTCTCCAATTTCCCATCATGATGAACCG AAGATAGAGGCATGTCCTTACCACTTGAATCCAGCAGACCTACAGCAACAGGAATAAACA TAGGTTCTTTTGCAGACTGGCCGGGGGTTGGAGGCACCTCTTGACTGGGAAAACATTAGA TGAAATAGGTTAGGCTAAACCATATAGGTTAGTCCAAACAAAAATCCATTTAATGTTTAT TACCTAAACTTGAGGGAGAAAGTGCGCCCTTCAGCATTATAATTTGTGGTAACCTTCACT ACAGGTGTCCCAGCTTGCGAGTACCTGCAATTATGTTTCATTAAAAGCTTAACTTTGAAG GGAATCACGAAAACTGGTTCGACTGGCGGGAAGGAAGAGTCGCCTACCATAACAAGAAAT TAGCAAAATCTGCATTGTTGGCATCTCGCATGGCAGCAAAAAAGTCTTCACATGTTACTG CTTGACCATCATGCCTCTCAAAATATAAATCTGTGCCCTGAAGGGGAAAGGGGGTATATC AGATTTTTGAGACTCCGAAGTTCGGAAATCATTTGTCAGTACAACAAAAATAGGCAAGAG ATTATCGTTTTCTTACTTTTCTAAATCCTTGGCTACCTAACAAGGTTTTGTACATCCTGA CCACTTCAGCTCCCTGATAACAGAAACAGTGATTAAACCAATGGTGAGTCAAAACACAAA ATGGTTTCAAGCACACATAAGGTCTTGGATCTGGTGGCATCGGAAAGGGAGAAAAAAAGA GAGGCACAAAATGCCACATGAGGAGGGGCAAGAGAGGAAGTGCATTACCTTCTCATATAC CTGCAAAAGAGAAAATGGAACAAAGGAACAATAGTTAATAAATACCTTGGGAAACCAAAG ATACCAGGACATAAAAGTTAGAACAATGATAAAACAGAATTATCAGGATCTTACCGTAAC TGCATGTTCATGAATATTCAAAGCCAGACCAGCCGTCACAACCAAACATCAGTAACAATC AGTAACAAAAATAATCATCCAATTTGGGCTCAAAAGAAATTAAAACTCCTCTTCAATGAC AGTTAACTCAAACTTGCCTGTGTAGAAGTTATCCATCTGTCAACATAAAAAGAGAGAAGA AGAATGAGAAAATTTTCCAAGAAGGTGGGGCCAGCGTTTGCTAAACAAGGATCATTCCTA TTCAAAGAGATTATCTACCTTTATATAAGAGTGAGGCCTTACAGGATGAGCCATTGGACC AGCATCCTAAAAAATGAGGATAATAGTAGCAAATTTAACTAGTTATCCACAATTCAGTAG CTCATTGTGGAGCATTTTGATTTGGCAATCCATGTATATATAAGAAGTAGGAATATTGTA ATGAAAGAACTTAAAGAAGTCTTTGAACCTGCGGGAACTGATACATTCGAAGCTTTGAGA CATCAGCAATTCTTTTCACAGGACGGCTGCCCAAATCAGACGAAAACTCCTGCATGAATC ATTCAAGAACCTTATTAGCTAAGGCTACCAGAAAATTGTTTGTATACCCATCATCTACAG GAATAAATCCAACCTGATCACGGAAAACAGTAAGTCCTTCCTTTAAACTGAGCTGGAACC AGTCACGACATGTAACTCTGCATCGAGCTCAATAGTTAATAGAAGTTTCTAACAACGAGA ATACTCTCAAAGTACACAGCAAACAAGTACACTGCCTTGTATCAAGAAATAAGTTTAAAC TTCAAGTATTTTTGAAATTAACATATGCAACTTTATTTCTCATCAGAAGCAGCAACAATA GAGAGCTACAATAATTTTTTAAAGAAAAGGCTAATAACTCCTGATGTGTTTTCAGGAATT TGAGTATATAATTGTCCATTATACACCAAAAGACCTAGAAGATACAAATAGTAATATAAT GGAATAAATAGCTACTATATTAACCAGCTTTTTTATTTTCTGTGAGAAGGAAAGATTGGG TTATGGACAAACCTGTTGCCTGTCCAATTGTGGAAGTACTGCAACACGGACAAGAAATGG TGATTTGCTCAGCATTCAAGAATCAGTAAACAAAATAAAGTTCATGAATTTCAATAGCTT ATGAAAACATATCACACACCTCATGTCCAATCACACCCAATATAGCCGCATAATCAGCAT CTGTTGCAGTTTCTGGGGATGCCAGGACAAGCTTGGAATTGAATATCTGTTGAAAACAAA GTCAAATAATTAGGTGATAATTAAGAAAAAGTCATAAACAGAGCAATACAATGCAATAAC ATCTCAAATCTCATACATTCAAGCTCTTGTTTTCCATTGCTCCCCTGGAAATGAAATTAA AAAAAAACAGTTATTATCCACAGAAAAAATTAGGAGAGTGGATAAACAAAGAGAAGAAAA GAAAAATGTCAAGAATAAATAATGACAAAGTGAAGAAACCAGAGAACTAACATGTTAAAA TCTGGAACAGCAACAATATTAAAAAGATCCAGGTCATACTCCCGCCCGAAAACCTGTTGG AAAATTTTGACAAAGAAATTGTCATAAGACCACAAGACAACAAACATAATTAACTTGATG TACATCAAAGAACCTAAAATCTCACATCTTCATCCCACTTCATAGCTGCCTTGAGAGAAT ACATGGCATGTTCTGTCTTGGGCAGATCTTGTGCAGGGGTCCAGATTCTAAGGGAGACCT TACGGCCTGAACAGGTTGTAAATGTGTCATCTCTGCTCACCAACTGACCAGCAACCAATG CAAAAAGATAACTGGGCTTCTTGAAAGGATCCTCCCAAAGAGTATAATGCTTTCCTCCCT GCAAAAAACAAAAAAAGAAGAGAATAATTTGATTAGTTGCATAAGGGTTACTAGAAAACA ACTTTCAACAAATAGTACAGGAAATCCAAGTGTACCTCCAGATCCCCTTGCTCTATAAGG TTTCCATTTGACAACAATACAGGATACAAGGATTTGTCTGCCTCTATGCGACAAGTGTAT TTTGCCATAATGTCAGGGCGATCCTAATGGAGAAAATCTCAGCCATTACCAAGCATTTAA AAAAAACGATAATATCCTAGAGGACAAACAATAAAAATAAGGCATACCTGATAGAACGTA ATCTTACGGAAACCCTCAGCCTCACATTGGGTGCAGAAATTCCCTGATGACTTGTAAAGA CCCTGAAGTAAATATAGATAATGTCACCATAAACCCATTTCACAGTGTTACTAAAATTCG AAGTGCAAGAAAAAATTATAAATAAGACAAAATCCTGCCCTTCTATTTCACCTCTAAGGA TGTGTTCTTCTGAGGATGTATTTCTGTCACAATCTCCAAGGTGAATTTGCTACTTGGAGG GGATTTCAGAGTCAGGTGGCGCGAGTCCACGTGGAAATCTTCCTCCTAAACACATTAGGT GAATCATGTATGAGTAAAAGTAACATCATGTGACATATCATGTAAAAATTAAAAGACATC TTTGAACGTTCTAGGAGCAAGACTCTGATATAGGTACCTTCAGCGGATTGCCGTTGATCT TAACTGATTGCAACTTCAGATCTCGCCCATCTAGGACAAGTGGGAAAGACTGACCTGTTC AAGATATATTAGAAACACACTGTGAGTTCTGGAATAAATACAACTATTGAAGTTTTGAGA AACCTCAATCAGGCAAGAAGTATGTATCATTTAGTTTTAGTATATCAACCCAGCGAAATG TGAAAGAAAAAAGTGTGCTGTGGATGACTCTGTTTTATTTTTTTCGCGAAACGAATTGCA GATAAAAATAAGAAAATCCGAAGGGGTAACAAGATGTACCTTCAACTCTGGGGTTGACAG CAATTTTGGAAGCGACAATAGTACTTTCCTCACCCAGTGCGAATTTCAGATCCAACTAAA ATAGTAGTTTGATTTAGACACAAAACTTGAAGAAAATCCAAACCTTCACCTAGATAGAAG AAGAATTAAGGGATATACCGTGTCAAAATAGTAATCAGGTTGTTTGTAATCCTTCAGAAA GATTTCCTTTGGTGCTTCCATCTTGGATTCTTCAACTTCTTTTGGTAGAGGTTCAGTTGC AACTGAACAGATTAATCTCCGGTCAATTCTTCTAGGTTGCTGGGAAGCATACAAACAAAC AAAACAAACGTCAGCATAGAAAAACATCATTGACAAAATATGCAAGTACATTATAATCTG GACATAATTGCTTACAACTAATGGAAAACGCGGGATTTGACACCTCCTCCAATGCGCAAC CTAGTTAAAAAAGCAGAATAATTGAATATAAGAAAAGAGAAAAACATTCACTAGACAAAG TAAGACAATGCATAAAACCAAAAGCAGATAATCAATGCTTATGGCAGAAACCAACCAAGA AATATTCACAAACCTCTGAAGTAAGGTATTTTTTGTATCTGCAGATATCCCTCGAGCGCC CAACTGAAGTAACACGGCAACTTGCCTGAAACTACAGAGAGAGAATGGAAATCAATTCTT TGTCGAAATCAAGTCATTAAAAGCTAGCTTACACTAACTATATGTACTTCAAAAGACACC AGTAACACATGAAAGAAGCTAGAGAAAAAATAAGACACCTAAAGAAAGTCTGAAAGTCAA ACAAATTAAAATAGAAGTGTGCGAGAAAGACTAAAACCAATTATAAGTACTTCATAAAGC CAGAATCTAGAAGGATAAGCCTTTCCCAGTGCCAAAGATTGGGATTGATAAGACTCTGCC TCTCTAAGTACTTGATTAGGAAACAGCAACAACCATATAGATGGAAATTATCAGTTGTCC AGTTGGGGCAAAACCACACAGTTTATCACAAGACCTGTACCACTACTTGACTCTCAAATA ACCAACACCACTTTCATGTTTTTCATTATTTGCTTATAGAATGAAGAAAAGGGAGTTGAA TAATCACAGGAGCATTGGAGATCAAACCCAAGAGACACGTCTTCGACAAACTCGAACCCT TGCAAGGCAGAATCAACCGAGCCATCGGCAAACCACACAACACCTAAGTAATCTACTGTT GATAATAATAGTTAGGTTCAATCTTCACAGCCAAACCCAGATATAGTTCACTAATCTAAC ATTCCAAATACAACTCTACACAAAACATAAGCCAACCCCAGATTTTAAAAAAATCCAATA AAGCTTCAATCTTTACAAAATATAAGGCCACCCCAGGTAGTAAATCCTATAAAGATCCAA TCTTCACAAAACATAAGCCAACCCCAGATGAAAATTCCTATAAAGATTCAATCTTCACAA AATATAAGCCAACCCCAGATGAAAAAATGTATAAAGATTCAATCTTTACAAGTTACAAGC CAACCACGAGTGACTTGATTCAGGAAAACCAAACCAAAAACCCCTCAGATCAAGAAAAGA CTATTCCTACTCCTACAAACTACTAAGCCAAATGAAATAAGAGAAGCAATGGCTCTTAAA AGGGTTTGGAAGATATGGATAATCCAATTACATGGACTAGAAAAAATCAATAAAATGGAC ATCTAAAATCAAAAAAAAAAAAGAAGATAAATCTAAAAAAAATCAAAATTTAGTATAAGT GGTTTTACCTCTATTGATGATGATTTGCAAAAGGGTTGATCAACAAGAACACAAAACTCC TTCTGCTATAATCTTTTTATAGTGGAGTACTAGGTATTTTCAGTAAAATTCAGTTTTTCT CTTTTTGTTTTTTTCAAGAAAAAAATGGTCCCATTTATTAATATTAATTAATTATTAATA AGATTGGGTTATTTTTACAGTTGGTTCGGTTTTTTTTTTTCTCTTTTCTTATATAATTTT TTTTTATTTAGGTTTAGAGGAAACATAAAAACAACAAAAAAGGGGCTAAAAATATAATTG AAAAGTTATGGATATATGTAATTTGGTTGAATTATCTAGTTTACTTATATTATATATGAT GATAGTGTATACATCGTGGATTTAAAATGTATATTATATATAATTGGTCGAAGTGTTTTA AGAAGGTAATTAGCTTTATTCAATACTTGCAAGTATTTTTTGGAAAAAAAGATAATTGAT CCCTATGTTCTATTATTATTGAAACAATGCGCAATTGGGATGAAACGTAATATAAATTAT ATTTAAATTTGTCTTTTTATTGTCGAGCAATTGATATACAACGTCTTCTTGAGACGTGAA TTTTTAGAAAGACAATATATTGTAATGTAGTAGACTTTGGTATAGCCATTTTTCGTCAAT AGAAGATTATATCCCGCACGTGATGTTAAATTATTAGTCTAGACTAATATCAAGATCTCA TTGTGCAAAAGATAACTAAAATACAAAATTAAGTAAAAGTTTATTTGTATTATTAAATCG ATCAACGATTGCAAGAAAATTCAACATGAAGCTGAAGGAGTATAATAATCAAGGTTTTCA ACAAACTTTCAAATTTATGTATTCGTTTAGATCGAAGTTGCAACTACTAAATTAAGTTGT ATCATTCATTGTGCTTTTAAGGTATCACAATCTCACCAAAAGTAATTATAATTTATAAAT AGAAAATACTTTGAAAGAGATTTTTTTTAAAAAAGTGAAATGTATAGTAAATCAACAATA TTTATTAGAAATAATTCCAAGATTATAAACTCCTTTTCATCTCACAAAATTGTCACATTT ATATATAAAGAGAGAAAATAGTTGTGTTTTGACAAAAATGAAATGTGTGGGCTTTATAAG TTATGGGCTTAATGAAACAATGAACTTGCGTAGATCATTGGGCTTCAGGCCCATTTTCAT GCAAATAAAATGGAGAAAGGCAACAGAATCTTTTAAGGAAAATTTACCGAAATCTCAATA GTTTAAGAACTAATTACTCAGATACACTCTAATTTATGATATTAAGTATCTTACTAGATT TTGATGTGTCCAAATACATGTATCTCGAGTTGTATACGGGTTAAAATTAATTGTTATTTG TTCTTAATATATTGTATCCAAGTGTATTCACATGTATAAGATGTACATAACATATTTCAC TCGCATCTCTCCCATCTTTCTAATCACGCTCATATGTATATGATACCCCATATAGATGTA AATCACGCTAGATACATATATATACATGTATGTACGTGTATCTTCATTAATATATGAAAG AAGCTCTTAGTTGGTGATAAGATACGTAATAATTTGAAAGTATAAATAATAACAGTATAT ATAGTAATTGAGTATGTCTAAGTATGTAGTTTTTCCTTATTATTTAAACTCAAGTTTACG CTCTTTTCTCCTCTTTGATGTGTTTTCATAAGCATAAAATATGAATCCTTTTAGTCATGT AACCTAGTCTCCATATGTCAAGGAAAATCAAATATATATCTATTTTTCTCAAAAAAATAA ATAAAATATATTTATTATTCTTCACATCGACACACATTAAATCGATCGAAGTTTTCCCAT TTATTCATCAAATTCAATTGTAATAGCCTATGCAGCTTGACAACAAGTTCATTCAAATCA AATAGTTTTTTACATCTAGTATATATATATATGTAAAAAATTTCTATCGTGTTTAAATTT TGAATTCGCATTTAAGAGGAGGAAGAAAAAATTATAGTAGATTATTCTTCAAATAATGAG ACACCACATCCATTACAATTCAAATAGAAAAGATTTTGAGACTTAACAGTCAAATTAAAT TATTTATTAGACATTTCAATTCCTTTTGTTGACCAATTTAGACTTCCAAAGGTCCACAAG ATTTTTCCTACAAAATATTTTCTTGTTTTTTTTTAAAGAAAAATAAATAATTTATTTGCT ATATATATATAAAGAGAGAGATGATAATTTTATTATAATTTCGACAGATATCATGATAGA TAGAGATAAAATATTTTGAAAGAAGATATATCCCAATTCTCAATTCTTAATATTATTAAG ATAATTTTCTTATTCACCTTTAACTATTTGGGGTAAAAAAATCAACGTTCTAAATTTTGT GAGAAAATTAATATTTTTTAAAGTAATAATTAAAACACCTATGAATTAAAATGTACTTAT TGAATATAAAATAAAATGTTGACCATAAGAGCTAACAGGACACATTGCTATTACAAGAAT CTTTCTTCACCAAATATATATATATATATTTATATATAAAAGATGTGAATACATAATATA GTCTTAATTTATATTTATAATATCAAACAAAAATTTAATCGATCTAATTGTTAATTTCTT TTATTTATTTAAACAAAAACAATAGAAAATCACTTTAATTAAGATAAGATCAAAAAAGAC ATGGTTGTCTCTAATATAGTATTACAAAAAAGAAACATGCTTCCATGTTCAACTCCTTCA AGGTTATTGCCTTTTTATTACTAATTTATTTATTTATATTTGCATTGTATAAAATTTATT ATGAAAAAATACTTTTTTATCAGAGTTTTTTTCTTTTTCAAAATTCGAACCAGAAATTTC GAATTACGAATATAGATGGAAATGGTCCTTAAATAATATAAAACCAAGTTTGGTCCCCCT CTGAACAAAAATAATACTAGTTATTCATTAATGACAACTCTCCTCTTCTTTTATTATTAT TTTTTTTAAAAAAAATGGTGAAACAAAATTGAGGAAGTGTTAGGTTATATCCATTATGAT CCATCAATATAATTTTTTCCTTCTTTTTATTTTTTTTATATTGTATTATTTTATCAATTC ACTACAAAAAAAGATGTAAATTACATAGGGATTGGTATGAAAATTTGCAAAAAAATATTT TCTTGCAAATTTTCATATTAATTCCAGAAAAATCGTCATGTAATTCACACTTTTCTTCGG TGATTCAGGTATCAAAAAAATAGAACTTAACAAAATGATGGTCCTTTAATGTTCGGTAGT GATATTAAGTTCGATTATTTTAAATTCGTGCTACATATATAGTCGGAGGAAGCTCTCCCT TTCAAGGATTTTCTCAAAGCAAACTCTGATTAAAAGAAAAGTAACCTCATCTGCCACGAA CCTCTAGTTAATTAGTTAATATGGACATGTTAAAAATAAAATATAGTTACTGAATGACTA ATGAGTTTGTCTTTTACTGTTTATAAAAAAATTACCACACATGGGTTTTGAGAACTGAGC TACAATTATTAATTTTTTTAATTAATTAGCAAAGTTGGATTAACCTCTCTTGGATTATGT AAAAGTTTGAAAATTTTCAAACAAAAAGAGAATAAACAATTAAGAAGCATATGCTTGATT GATTAAAAAAAAGTAATTGTTTAATGGAGTAGACCACCTTGGTTTTGCAAAAATAACTAA GCAAGAAAACAAAGTTTTATTCTTTTTATTTTTAATTTTTTGGCTGATTATGGGTCTAAT TATGATGATCAGTAATGAAAAACTGTGCAAATTAACCTAATCATACTTCTTTTGAACACT TTCCAGGTGGATTCCTAGTGCATGTGCTTACCATAGCTTACATGATTAATAATCACTAAA AAAAATTAGAAAATGTAATTAAATGTATTATTCATTAAATTAAAAAAAACACTAAATTTT TCTTAGTAAACACATGTTAAAGATTATTTTCGACATTTCTTTTCTTTTAAAATTTATTCG ATTAACAGTTATACGACGAGACGACGACGAAAGTTAATTTTGGTGTAGTCAATTTTATTT CCTATTGTTGGATGGGAGACATGCTGCTTAAAAGAAGACAATTGTCAAATCATAATATGT ACTTTGGCTAACTTTATGATTCACTAAAAAGATATATATACTTACTTAGAAATGACAATA ATTATTTTCCTCATCCACTTTTTTTTTTTTTTGAGGAATAATAAAACATGGATAAGAATT GAGCATGTACATATAATTAATTGTGGGTCCAAAAAATAAATGAAATGAATACATCAATAC ATTTTAAAACAAAATAACTCTGTGAACTTATTATTTTAAGCCATATATCCAACAAACATC ATAAGTAAGAGAAGTAGCATCATTATACAACAAGCAATTTACATATTCTAGTAGTTACTT AATATGAGTTTTTAAGTTAATTTATATATTCTAAGAAGATAAAAATAATTGAATTATCAG CGGTAACGAAATCAGATTTTTCATTAAAATAGTTTAATATATACCATATAAATATAAAAA TCTTTATATATATAAAGCTAATAAGTGCATTATGAACAATTCAATTTATTAATTGATTTT TTTAAAATTTTGTTACGATTTACGACTTCAACCCAATCAAAGACCCTCATCTAAGTCATT TTCCCTGGATTGAATTTCTAGGTAAAGAGTGGACAAAGTTAAGCTTACGTAACACTATGG AAACAACCTCGATCAAGTAAGATAAATGGATTTGGAAGCATGGTTCTAGCTCGTTTCCAA TCACCCCCCCCCCCCTCCCTACTATATTAAAATTTTGATTGACTTCTCTCAAAAACTTTT TTCCAGAAATTCACAAGAGACTTTAATAATACTGAATTTCACCCAGCTCCCTCTTAGATC ACCCGAATATTTAGTAGGTTAGTAAATGTTTTTTTTAATTTAATTTTGGAAGAAATAATA TTTGAAACAAAAATATCTAGATTTTGGTACAAGGTTTTAATTTCAATATGTGTGAATGAG AGATCAAAAAGTCATTCATAGTATGGTTTCTCACATGGAAGCATGTGCCCATAAGTACTA ACAAAGGAGTGTTTGTTTTGGACTGATGTTGAAAGAACCAAATGATAGTGTCATTTTTGT CAACTTACTAGTCCTTTTGGAGATTGAGATATTATCTAATTATATCAATCATTTTGTTAA AAAAAAAACAAATCATTCATATATGAGTTTCATATGTATCAAATAATGAGATTGGTATAT TTGTTTTTTTTCTCTATGGTGTATTGTATGAGTATAAAGCACATGGATACAAATTATGTC TTTGTAGTTTGCTCATATAGTTTTATAATTAGTAGAGTAACTTTAGTATTCTTAACGTGT TTGAAGAGTCTGTTGATAATTTTGAATCCACAAACATTCATATAAAGTCTCCTTCTTTAT TTTTATTTTTCGTTAGTAATTGACATTGTTAATTTTCTTGATAGCCTTTATATATTACGT ATGCATGTTTGATGTATATCATAATCATTCAGGTACTATCGTAAAAAAAATTAAAGGTTT AGGATATATAAAAAAAATAAAAATTTGTAACTTTAGTCAAAGATATTATATGCTTTTGAA GAAAAAAAAGTGAGAAGATTAAAGAAACAAAATTCCATATATAATTTAATTATTTAATTA ATTAATTAATTAATGACAACCATATCAAAAAGAGGAAACATAAAACAATTAAAGTTTATA CCAAAATTGCAATAACAAATAAATATAAAGTCGGGAAAATACCCAAGTACTCCTCAACCT ATGCTCGAAATCCCAGAGACACACTTATACTATACTAAGGTCCTATTACCCCCTGAACTT ATTTTATATGTAATTTTCTGCCCATTTTAGCCTACGTGGCACTAGTTCGAAGAAAAAAAA TCAACCATCGTTGGGCCCACAAGATAGTGCCACGTAAGCTAAAAAGGGGTAAAAAATTAT TAATAAAATAAGTTAAAGGGGTAATAGGACCTTAGTATAGTATAAGTGTGTCTCTGAAAT TTCGAGCATAGATTGAGCCGGTACTTGGGCATTATCCCTCCAATAAATTATGAGTAGAAC AACTTTGGTTGTCATAAGATTTAATAATAATAATGGCATGCATAATTGTAGTTTTAATTT CGTTTACTTATAAGTACTATTAACAAATAAAATTTAATTAATTAACCGTTAATTACACCG TTTATAAATCTTTAAACAAAACAATTATTACAAGAATTATGACCAAAGTTGGCTCTACAA CCACATCAACTTAATTACATCATTACTACATGTATATTAATACTAATAAAATTACTATAA AGTACAATATCTTTTATTCCATATTAAGTACTCTATCTACTCCAAAAAATATTTTATTTT TTTCTTCTAGAATTCACATATTATTTTTTATTTTATTTTTTATTATTTTAATGGGGAAAA TATTAGTTGTTGCGAAAATTCACATAAATTCAAAAAGATTTTAATTCATTTCGCCGCACT TTGCATAACACATGTATAACAAGAGGAAAATTGATACTCACTAATCAATACCTTCTTTTT TCTTCCTTTCGTTTAATCATTTGGTATCTGAAGTTTATTAACTTAATTAACTAAAAAAAT TATTGTATTTATCCACCGAAGTGTATATAAAGTTTTTCTTGATTAAAGTATTTTATTTTA AAATTGAAACTCGATATATTTGAAGAAAAGTAAAAAAATATCAATTATTTTACTATTCTG CTACTAAAGATTGGAGGTAAAGTTAAAAGATGGAAATGATTCATCCAGATTACCTTTCTT TTGAAAAGTTACATTATTATTGTATAAAAGGTTTAATCATTTTTAATAATGTATACATAT ATAGTATATATTGAATCAACTTTATTTATTTGTTCTTTACATTATGAACTCGTTTAGTAA ATTAAAATTCTAAATCTACGCATGTTCGAGATTGAATTGATACTAAAAGTATAGACGATC GAGCCGGATGATTGGTTTAAGAAAAATTCTAACTTGATCGATCCAAAGTCCAGGTTCATT ACTTGGTTGAAGGTTGGTCATGATTTCCAACTGGGATTAAACTTATATGATTTACTTAGA CTCGTGCAAGGCCGAGTTTATTGGATTGAGCTAAATCTTTTTTTAAAAAGTACAAATCTA AAGCTAAGTGTTGAATCAGGCTGAACCAATCCGATTGACCGATTTCGTATCTAATCGGAC TTAATTGAGCTTATCAGTTTCAATCCATCACGCATGCTCAACCCAACCTAACGCTACCCC TCTATATTAGGTCGGGATAAAAATCTGGTTTGATCTATTTCTGGATGAGCACAACCAATT TATTATATTAACTCAACCCAACGCAATACTACCTCTCTATATGAGACGCTCCGGCTCGGG CAAAAACCCATTTGATTCGATTCAATTCCGGGTCAACCGACCCGACCCGACCCAATACCT TAATACATTTACCAGCAACAATACTATATAGTTGTAAATCCTAAGTGTAGACTTTGGAAA GAAGGCTTTTTTTGACAGCACCACCATTCCTCGTCAGATCCGTCCTTTCTTGTTGGGTCC CCTTTTTTTGTCAAACACCCCACCCCCACCTAAAACCACCCTACCTCCACCCCCCCACCC CCCACCTCCAAAACCCAACATATTGGCAGAAAACAGTAGAAAAAAGAACCCTTCCCCGTC TCTAACGGTGCTCCTTTTTCCTGTCAGCTCACATTCTCAGTACCCTCTGATATTTTTTTT AACATAAGACACAAAAAGATAGATTTTTTTAAATTTTTTTTGAGTTTTTACACATACCTA TGTAATAAATGAAGTATTTTGTAAGATGGGTAGTGTGAAAAAAGTGAACTTCTCAAAGTT TTTTGTGTATAAATTTTTTTGAGTTATTGAGTAAAGTTTGAGTCTTGGTAAAAAAAAAAT CAAGAAAAGAGAAATATATAAGGAAACAAACAGCTTCATTGTCATCTCAATAACACACTG AACCCTTTTTAGTTATTCTTGAAAAAGGTAAATCCATTTTCCCATTTCATTCCTTTCTTT CATTTTCTCATCAATCAAATCTTTACTCTTTTGTCTCTTCCTTTTGTTCAAACTTGGGTG TTGGGTCTCTCTCTAGTTGCTAATATTCAACTTATTTGCCTCTATGTGACTTCTTGATCC ATGTACAAGTATGTATTGTGTGTTTGTGTACATGTATGTGCATTTTAAAATGTTTTTTTT TGGTGGTTAGTAGATGTGTTTGAATATTTATAGTTTATTTTGTTTTGACAGGTTCAAGAA GATATTGGTTGTGGATGCCACTTAGGTTTTTATTTTATTGGGGTTAAGATTGGTTTATAA AAAAATGGTCTTTTGTGTTGATTGAAGGGGAAAAGATTGAATCTTTGGACATATTGTGGT GATTGAAGTGAAAAAAGATTGAATCTTTGGACACCATCATTGCTAACTTTTCTTCAAGTA AGTATATGTTGGATCTGAGTTATTGTAGAAGTAGAGGCTTGCATTGTTGTATTGTTCAAA TTTTGTGGTTTTTAAGAGAATGCTTTGTGGTTTTAAATTCTTCTGTAGATCTATTGCTAC AGATTTAGGAAGGCTGTTTGTTTCCCTTCTAGGTTTTCTGTTTGTAATGGAGCATTAATT GTCTTTACTTCATTGCTAAATGTGGATTATAGAGTCAAATGACAAATTAGTATAAGTCAT TAATGCTTTTTTGTTAATCTAGATATGGCATCACTTTAACTAATTCTCTTTTTTCAGTAT ATGGTATCCTGCATTTTTGAAAAATAAAGCAATCTTCATTTGGAAAACCTAGTTAAAAAC TAGGCAGACCTAAGTCCAGTTTTAATTTATTTATTTTTAATAAAAGTTAGGTAGACCTAA GTTTACTTTTGTTCTTATGGCTGCATACAGTTTGCAGTTTTATGAATGGAGATTGTCCCT TCACTGACATTTTGATTTACTTTTCAATTTCAGAGGTTTATCTGTTTTCCTGGAATGCAT GAAATTTTCTTGTGAATGGGAGTGAGTAGTTTTAACTATGGATCTCCGGGAAGAAAGCTC TAGATTTGGATCGTTACCAAGCACAACGTCAAGAAACCTTTCGTCTTCATCGTCGACTTT CTTTTCTGCGAATCAGTCGCCATTCTTCTCTCCTAGATCACCTAAGTCCCTGGTATCAGC ATGCTCGGATAATCAATTTCGTGATAGTGATGTTACCTCTGCTGCTTTAGATGCTAGTTT GGGCATTTTAGGTCCAGAATCATTTGCAAATGCTAGATTGTCAGATGCTTATCCTGTTGC ATTAGCTAGTGCCTCGAATGATCTCCAGAAGTTGGATTTTGTAGCTTCTTCGACGTCAAA TTCTAAGAGCACTATAGCGAGTTATAATGTTGGCCCTGAACATGAATATTTGCGACCTAG AGGCAAGCAGAAAAAGAGTGGGAGGACACAGGAATCTTGTGTTACTCCAACATCGACTTC CTCCCTATCCAACAGAGTGAGGAGCTGTGATGTGTACATTGGTTTTCATGGCCGCAAACC TTTACTGCTCAGATTCATGAATTGGCTCCGTGCGGAGCTAGAAATCCAAGGTCTAAGTTG CTTTGTTACTGACAGATCAAGGTGCCGAAATACTAGAAAGCATGGCATGGTAGAGAGAGT AATGGATGCTTGTACATTCGGAGTTGTGATCTTAACCAAGAAATCATTCAGGAATCCATA TACCATAGAGGAGCTGCGCTTCTTTGCTAGCAAAAAGAATTTGGTACCAGTGTACTTCGA TCTGCGTCCAGAGGATTGCCTTGTGCGAGATATAATTGAGAGAAGAGGAGAGCACTGGGA AAAACATGGTGGTGAACTTTGGCTACTTTATGGGGGATTGGAGAAGGAGTGGAGAGATGC CGTCAATGGTCTTTTGCGTGTTGATGAGTGGAAGCTAGAGGCTCATGATGGCAAGTGGAG GGAATGCATATTGAGGGCTGTAACGCTGCTGGCCTTAAGATTAGGGAGGCGAAGTGTTGT GGACAGACTATCCAAGTGGAGGGAGAAGGCAGAAAAGGAGGAGTTTCCTTTCCCTCGAAA TGAGAATTTTGTCGGCAGAAAGAAGGAGCTATCCGAGCTTGAGTTTCGGCTTTTTGGTGA TGTTAGTGGGGACGCAGAGAAAGACTATATTGAACTAAAGGCTAGACCCAAGCGAAGGAA TTTGACAATTAGTTGGAGTCGAAGTAATTCAATCAACGAAAGACGGTTTGAGCGTCCTAG TGACAACAAAAGGAAAGGGAAAGAGCCAGTGACATGGAAGGAATCTGAGAAAGAAATTGA AATGTTAAATGCTGAAGTTTCTCATACCCAACAGCATGCACCAAAGCCGAGGAACTCTAA GAAACATGGAAGGCGAAACAACTCCATGAAAGTTGTCTATGGAAAGGGCATTGCTTGTGT GTCTGGGGAACCAGGAATTGGCAAGACAGATCTACTGCTTGAGTATGCTTATCAATTCCA TCAGCGCTACAAAATGGTCCTTTGGATTGGAGGTGAAAGCAGATATATTCGTCAAAACTA CTTGAACTTGTGGTCGTTTTTAGAAGTTGATGTTGGGGTAGAAAACTCACCTGATAAAAG CAGGATAAAGAGCTTTGAGGAGCAAGAAGAGGCTGCTGTAGCTAGGGTTAGGAAAGAACT CATGCGAGACATTCCATTCTTGCTGATAATTGATAACTTGGAGAGTGAAAAGGACTGGTG GGATCATAAACTAATAATGGATTTGCTTCCCCGTTTTGGGGGTGAAACACATGTTCTCAT ATCCACGCGCCTCTCTCGGATTATGAACATGGATCCTATCAAACTCAATTATCTGTCAGA GATTGAGGCAATGTCTTTGATGCAGGGTGCTGTGAAAGATTACCCGATTGCTGAAATTGA TGCCTTGCGAGTTATTGAGGACAAACTTAAGAGACTGACACTTGGCCTTGCCATTGTTGG AGCAATTCTTTCTGAACTTCCTATAAATCCTAGTAGACTATTGGATACCATCAATCGTAT GCCATTGAAGGAAATAATCTATATTCGTCGGGAAAACCATCCACTGAGGCGAAACAATTT CCTTTTGCAACTTTTTGAAGTTTGTTTCTCAATATTTGACCATGCTGATGGACCTAGAAG TCTAGCAACAAGAATGGCCCTTGCAAGCGGTTGGTTTGCTCCATCACCTATTCCAGTTTC TCTATTAACTCTGGCTGCTCACAAGATACCAGAGAAATACCCACGTCGGAGGATGTTGAA GAAAGTTTTATGCTCTTTAACTTGTGGTTTCACATCATCATATGCTAGGAAATCTGAGGC AGAAGCCTCTTCTCTTTTGTTGAGATTCAACATTGCAAGGACTTGTAGAAAGGAAGGCTA CATTCAGTTCCACCAGCTTATCAAAATGTATGCTCGAAAAAGAGGGGTCACTGGAGTTGC ACAAGCCACAGTACAAGCTGTTATTACTCGCGGTTTAATACCCCAGCACTCTGAGCACAT ATGGGCAGCATGCTTTTTGCTCTTCGGATTTGGGAGTGACCCCATGATAGTTGAGCTTAA AGTTTCCGAATTGTTGTTTCTCGTGAAAGAAGTGATTCTACCACTTGCCATTAGAACATT TATTACATTCTCACGCTGTGCTGCTGCTTTAGAACTTCTACGGCGTTGTACAGATGCATT AGAAGCAGCAGATCAGGCATTTGTCACACCTGTTGACAAGTGGTTGGATAAATCACTTTG TTGGAGACCTATCCAGACAAGTGCCCAATTAAACCCTTGCCTTTGGCAGGAACTTGCTTT ATCAAGAGCTACAGTGCTCGAAATCAGGGCAAAGCTAATGTTGAGGGGTGGACAGTTTGA TATTGGTGATGATTTAATCCGGAAGGCTATTTTCATTAGAACTTCAATCTGCGGCGAGGA CCATCCAGAAACCATATCTGCTCATGAAACGCTCAGTAAACTTACAAGACTCCTTGCTAG TGTTCAAAATCATACATCAAATAGAAGTTAATTGTTGTAGTTTAGCTAGATTTATAGAAA GTAATTGGAATAAGCTGGTTTAACAGTTCAAATGATAGCATTTTTTTTTTCATATTAATG AGCCATACATCTTATTCAAATTCTTTCCATTTCTTTTTGATATGCTAATTTCATTTCTAA CTTTGCTTATGATGTTGCTATTCTAATCCTGCTTCCTATTCATCGTTGATGGTTCATATG ATGTCTTTTGCTTCCGCTTGCTGTTTATTAGATCTTTCCCCTATGAAAAAGGTATGGAAA TAGTGTAATCAGCCACTGGATGTTCTTAATTGTTAAGTATTCCATGGTTAGAAGATTTTA TATCATTATCCTCTTCAAAAGGAAAAAACATAAAGGAAGATTGCCTTCTCAAAAGGACTA AACAGCTTGCATATAGCTTATCCAGCCAGTATGGAGTTGTGGCATGGTTGATTAATTGTA TCCGCTTCAGAAGGGAAGAAACAAAAATTATGATTCAGTTGCTTCAAGAACCTCTTGCAG CTGACGGCTTAGTGTGAGAACTTGGCTGGCTTAGATATATGCAGAAGATATGCAGCACCA AAGTGGCAAAAACTATCAGAGTTGAGAGTCCAATCATTTGAAGTTGTGCCAAAGGTAAGA CTTTAACGCCGTAACTTTGCTCCTAATATGTTTCTATTTCACTTTTTTTTTTTTCAGAAA AAGAAGAATGTTTCTGTTCCTTCTAATTGTCGCTGCTGACTCTTTGCATCTGTGATATGT GCCATCACTATTTCCGAAACTCACTGAATGCCTTAAGCAAAAGCACACAAATTGGAGATG GTCTTGCTAGTTGACCGAATTCTTTAGATCAATCTTGGCACAAAGGTTTTTGAACCTGGG AGTGAAAAACAGTTGATTATCTTTGTGAAACAGTTATCTTTGTACTACTCTTCAAATGTC TTTAAGAGTTCCAGATAAGATATTAGATGCAGCGTCAGGATTATGTTTACTTGAAAATCA GGGGTTCTTAGATTTTGCAGGGACCGAGCTTTTCGAAAAATTTCTTTCCAATGAGTATTA TGATTTAGATTAGATTTTTCAATAGTCATATTTTTTATGTCATAGAGAAAATCTGCAGCG CCAATTGAATTATTCATGCACAAAAGCTAAAAAGGAAAGATTCTCTATTGTTACTGACCT TTTTTCCTTGCATGGTGTTTTTGGTCTTCTTATCCAAGAGGGAAGACTTAGAATTGTAGC TGCATTATCAAAAAAATTAAACATCATCGACCTCTGCAGTATTCTTCTTTTCTTTGGCTA CATAGAAGTAAATGCATTGTCATCCATTCATTCTCTTTGACCACTGAAGTGTATGCTTGT CCAGAAACACCTGTGCCAGTTCATTTCTGCCCGTCTCTTGGAGTCTGCCCTATACTTGTA GTATGTCTCTTCTGATTAGATTTTCAAAGCTAGGAGCCTAGGACAGTTTGTCTAGTCAAT CCAACTAGATTGCTTCTACATTTCATGCTGTCTGAACTGGACGTCATGAAGTCAAGGAAT CAGAATTAGAAAAGCACTATCATAGTCGTTGCTAACTGGTCTTATGGCTGATCCAGAGAA GGAGGTTATGTGAAAATTGTTGTTCTTGCCGTTTATCACTACTGCATTCTTGTTTTGTGT TCATTTTACATCTTCTATATCTGAAACTTCTTCTTTTTGTTTGAAGGCTGAACGCTGCTT CTTCATTCTTATGTCAAGATGGATAACTTCTCCAAAGTTTCAATGTGAAGTTTGTACCAT ACTAGTTGAAAATGTCAAGGATTCAGAAAACATGGGCATTATTGTTACTCAAGAGACACA GTAAGCTAACGTAGCAGCGCGTGAACTATTTTCAGCACCAGTGCTTGGGTGTGAACAACA TGCAGATTCATGTTCGTGAAGGCCAGGCACCTCCAGCAGTCAGCCTGCCCCTAGAGCCCA TGTAATTGTCACCGCCATAGGGCTAGACTCTGGTAACCAGTGGCAGACTCAAAATTTAGA CGTTGTTTATTATCATTAGCTCAAAGCACCATCTTATTTGTTATCTTTTTTACTCAAAGC TGTTCCAAAGATGAGTGTTTTAGAATTGTTTAAGCTCCTGTTGTAAGATTTGACAAAATT TTAAGTCATGTCATTTGTTAAGAATGCTAAATAGCAGACAGAACAGCGAGAAATAAGATG GTTTGATCATGTCTTCAGTAGACATTGTACTGTAAATCAAAATTCATTTGTTTGATATAA TGGTATTTTAGTTAGTGCAAACGCAAATTTTCTAACTGATAACATCTCATGAATTGGAAA AAGTCTGATACTTTTTGTTAAGACTTGTCTTCCCCTCTCTTGGTAACGGTAATATCTAGG CTAACTTACGTGGACATCAACTAACTCTAAATCCTCTCACCAATAACACGCACCAACTTT ATCCACCAAAGCTATACAAATGGAAAAAAGATTCACCTAATATTTTTGTCTCTTCTCTTT AAGCTATTAGTTGACAAACTGCATTAGTACTTGGATCAAATAGAGGTACCCTTTTATTAA ATGTAATCCCATAAGTCGGGTCTGGAAAGCATAGAATAAACATAAAACTTACCTCTATCT TTGTGCGATAGAGAGGTTGTTCCTGACAGACCCTCCGCTCCGCTCGAATTGCTGCTTGAT TCTTATCTAGATTTAAAGATATATAGAAGTGCAGACATCAAATTAAGTTTAAAGGTTCAG ATGGACTTTTATGGAATCAGGACAGAATGTAACCACAATAACAGTACAATTCAGATTGAC AGAAGAAATAGAACTATTTTCTTCAAGTAAACCATGGACAAGACAGGTTTAGAAGTTGAT ATCATGTACAAACATTGAAGGGGTTATAATATTGTCCATGATCTGCTAAACCCTTAGGGA TCTGCTTTTCCAGCAAGTTCATCATCACTGGAGACATTTTCTTCTTCACTCAACTCTTCA TCACTAGATTTTTCTTCAGGTGGAGCCCCAGCGTCTTCTTTCTTAGCGTATTTCTCGCAA TACTCTGAGAGAGAAATATTTAGGCCATAAGTAATGAGGCAACATAAACTGAAGTAAAAA GTTCGATAATTTGGAAACAAGGTACATAATTACATCACAAAGTTGAATACATTAAAAGTG CAGACTATGGGCAATCAAAACTTTGCAACCGGGGCAATGAGGTACGAAATAGGCAAAGAG TACCTACAGGTGTTATAACAGCATCACTGAAATACTTTTGACAAAATAAAGAACTGGACA AACAGAAAAGCAATCAACAGATGCAAAGGAAAAGTGGAGATCCGTCTTCTAGTGAATCAA GAAACGTTATAGTGAAGACATAGTCCCCAAGAACACAGTTCCCAACACGTTAAGGAAATA AGAGATGTAGTATATCTGAGATAACCCCCCAAAAACACACTTGATTAGAGCTTTCTTTTT AGACTAAAAAAAAAGGTTCCTCTCATTTGTAGGTTGGTGCCAGTAGCTAAGAGTAACAGT AACGGGAACAAATTGGAAAGAAGGGAAAAGTAAAGCTAAAAGCAACAAGATGGTAAAATT TCTCATTTACATTTGGATTTAATTCTAAATCTGGCATACACATTTGAATGAGAACATCGG CAAAAAGAAATAAATTCTTTTATCAGTTCTCTTACCACAGGAAAGGATATATGAACAGAG CATCATCTGCCTCTCTTGCTCTAACATCTGATTCATAAATGCTAAATAGATACTAATTTT GTTTCCCTTCAAACTACATCTTGTCCTTAACTTACTCCACTCAAATGCAGCAATTGCCTT TTTTTCCTTTTAAAACTGTTAAGTTTGTATTCTTCAGATATATAATCTGGACAGTATCCT CTATACGTAACTGTTTAAAAAGTGAAGATCTGATACAATTCCATTTAATTTTGTGAAGTG AATGGAACTGGAACTATCTTCAAAACATCCATTCTCCACCATCTCTTCTGACTCTTATTC CCCTCCTCCTTATCAACCAGCTAAGGTGGTCTGATGTATGGCTCATGCATGGTCCAGCTA TTGCCTATGAAACAATTCCACAGCTGAGCAGTGGAGTTGCAATGCAAAAAAGGTGCTTGT TCGTCTCCTCGGTCACCATACACAGAGGACACCTGGGAACCAAGTAAAGCACTTTGTTTT GGTAGGTATGTTGCTTTTCCGGAAGTAATTTCACTTGAATTGATCATTCTCATTTTTCAC CTGACCACCTCTTATGTATTATCCTATTTCTATTATGTTTCCGGAGATCTCATCAGCAGA TATTACTGATAGAAACTTCCCCTACTTCCCCAATAACAAAGGTACCCTCTCTATTTCCCA AGCACTAAGAAGCCTCCTAAAAGGGATATCCCACCCCTGTGTGGACCAGCACTCCTGGAC TGTCACCTCAGGATCTACATAAAAACGAAATAGGTCAGGGAATGCCTCCTTTAGAGAAGT TTCTTCAATCCACCTAGCTCTCCAGAATTTTGCCCTTGCACCATTGCCAATCTTGAGGCA GATGTTGGCTTCCATTGATTTCCATAAGTTCCTAATTCTTCTCCACATTCCCATTCCATA GGTATCAGTTACCATTTCTGTGCACCAGGGGCTAGTTTCACCATACTTTGTCACAATGAC TTCCTTCAACAGTACCCTGTCCTCAGTGATGTATCTCCATAAACATTTCAACAGCAGGGA CTCATTCTGCAAGCTCAAGTTTCTGATTCCCAACCCCCTTCTCTTTTGCTACATCGTCTT CCAGTTTACCAGTCAATAACCCTTTCCCTCCTTATTCCCTTGCCATAGAAACTTCCTCCT AATCTTATCCAGTACTGTCACCACCTTTGCTGGAGTTGGGAAAAGTGACATCATATAAGT AGGCAGTGAATCGAGTACAGAATTGTTTGATTTTCATTTGCCATCAAAACATTGTAGTAA ATACCTCCGCTAAGGCAATCAATTCAACATAAAAATCCTGTATCTATGTTCCCTTCCACA GAGCCTTCAACAAACCTTCGGTGACTGCACTCAAGTTATCAAGTTCCATGTGTCATTCCC ATACACTTCATTAGTAAGCATTTTTTGTGAAGTGCTAAGTCTCTGATGTCCAGACCACCT GGTTTGTTTGGTGACAAGACCTTATCCCACCTAACCAAATGAAATTTGTAAGGGCTGTTG TTCTCTTCCCAAAAGAATTC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.903 1825 2299 match_2 match_part 1.000 1873 2102 match_part 1.000 3599 3665 match_part 1.000 4969 5017 match_part 1.000 5340 5384 match_part 0.992 5696 5814 match_3 match_part 1.000 1873 2102 match_part 1.000 3599 3665 match_part 1.000 4969 5017 match_part 1.000 5340 5384 match_part 1.000 5696 5814 match_4 match_part 0.992 1894 2538 match_5 match_part 1.000 1913 2102 match_part 1.000 3599 3665 match_part 1.000 4969 5017 match_part 1.000 5340 5384 match_part 0.992 5696 5945 match_part 0.708 6878 6901 match_part 0.762 7040 7060 match_6 match_part 0.967 3606 3665 match_part 0.939 4969 5017 match_part 0.978 5340 5384 match_part 0.965 5696 5954 match_7 match_part 1.000 5346 5384 match_part 1.000 5696 5975 match_part 0.765 7040 7056 match_8 match_part 1.000 5696 5975 match_part 0.750 7044 7063 match_9 match_part 1.000 8051 8431 match_part 0.993 9274 9540 match_part 1.000 9893 9989 match_part 1.000 10370 10384 match_part 0.975 10658 10697 match_10 match_part 1.000 8092 8431 match_part 1.000 9274 9495 match_part 0.989 9893 9983 match_11 match_part 0.970 9374 9540 match_part 1.000 9893 9989 match_part 1.000 10370 10384 match_part 1.000 10658 10714 match_part 0.982 10820 11161 match_12 match_part 0.991 10821 11152 match_13 match_part 1.000 10861 11496 match_14 match_part 0.993 11089 11516 match_15 match_part 1.000 11523 11650 match_part 1.000 11737 12048 match_16 match_part 1.000 11563 11650 match_part 1.000 11737 12153 match_part 1.000 12571 12685 match_17 match_part 1.000 11563 11650 match_part 1.000 11737 12147 match_18 match_part 1.000 11563 11650 match_part 0.996 11737 11992 match_19 match_part 1.000 11568 11650 match_part 0.994 11737 12046 match_20 match_part 0.973 11743 11964 match_21 match_part 0.968 11871 12153 match_part 0.921 12571 12887 match_22 match_part 1.000 11952 12153 match_part 1.000 12571 12824 match_part 0.600 13757 13776 match_23 match_part 1.000 11975 12153 match_part 1.000 12571 12824 match_part 0.600 13757 13776 match_24 match_part 0.967 32942 33062 match_part 0.993 33236 33381 match_part 0.927 33695 33803 match_part 0.926 33944 34173 match_25 match_part 0.989 33288 33381 match_part 0.991 33695 33803 match_part 0.996 33944 34417 match_26 match_part 1.000 33288 33381 match_part 0.991 33695 33803 match_part 1.000 33944 34263 match_27 match_part 0.998 36451 36850 match_part 1.000 38185 38343 match_part 1.000 38443 38554 match_part 0.986 38821 38890 match_28 match_part 0.998 36451 36850 match_part 1.000 38185 38343 match_part 0.964 38443 38552 match_29 match_part 0.909 36468 36850 match_part 0.975 38185 38343 match_part 0.973 38443 38554 match_part 0.933 38821 38850 match_30 match_part 0.900 36490 36789 match_31 match_part 0.994 36535 36850 match_part 1.000 38185 38222 match_32 match_part 0.993 36547 36850 match_part 1.000 38185 38343 match_part 1.000 38443 38554 match_part 1.000 38821 38940 match_part 1.000 40392 40543 match_part 1.000 40642 40830 match_part 1.000 41483 41517 match_part 1.000 42009 42165 match_part 1.000 42597 42650 match_part 1.000 43109 43201 match_part 1.000 43286 43428 match_part 1.000 43750 43820 match_part 1.000 43916 43999 match_part 0.963 44197 44520 match_33 match_part 0.868 36813 36850 match_part 0.943 38185 38343 match_part 0.991 38443 38554 match_part 0.972 38821 38927 match_34 match_part 0.935 40739 40830 match_part 1.000 41483 41517 match_part 1.000 42009 42165 match_part 1.000 42597 42650 match_part 1.000 43109 43201 match_part 1.000 43286 43428 match_part 0.970 43750 43815 match_35 match_part 0.956 40741 40830 match_part 1.000 41483 41517 match_part 0.987 42009 42165 match_part 1.000 42597 42650 match_part 1.000 43109 43201 match_part 0.968 43286 43410 match_36 match_part 0.953 41475 41517 match_part 1.000 42009 42165 match_part 1.000 42597 42650 match_part 1.000 43109 43201 match_part 1.000 43286 43428 match_part 1.000 43750 43820 match_part 1.000 43916 43999 match_part 0.990 44197 44399 match_37 match_part 1.000 42597 42650 match_part 1.000 43109 43201 match_part 1.000 43290 43428 match_part 1.000 43750 43820 match_part 1.000 43916 43999 match_part 1.000 44197 44477 match_38 match_part 1.000 43163 43201 match_part 1.000 43286 43428 match_part 1.000 43750 43820 match_part 1.000 43916 43999 match_part 1.000 44197 44244 match_39 match_part 1.000 43182 43201 match_part 1.000 43286 43428 match_part 1.000 43750 43820 match_part 1.000 43916 43999 match_part 0.997 44197 44543 match_40 match_part 1.000 43296 43428 match_part 1.000 43750 43820 match_part 1.000 43916 43999 match_part 1.000 44197 44538 match_41 match_part 0.911 43305 43428 match_part 1.000 43750 43820 match_part 0.988 43916 43999 match_part 0.988 44197 44280 match_42 match_part 1.000 43327 43428 match_part 1.000 43750 43820 match_part 1.000 43916 43999 match_part 0.997 44197 44510 match_43 match_part 1.000 43327 43428 match_part 1.000 43750 43820 match_part 1.000 43916 43999 match_part 1.000 44197 44505 match_44 match_part 0.968 43334 43428 match_part 1.000 43750 43820 match_part 1.000 43916 43999 match_part 0.997 44197 44543 match_45 match_part 1.000 43985 43999 match_part 0.988 44197 44543 match_46 match_part 0.920 49006 49416 match_part 0.910 50285 50563 match_47 match_part 0.919 49009 49416 match_part 0.950 50285 50565 match_48 match_part 0.907 49010 49416 match_part 0.910 50285 50552 match_49 match_part 0.912 49010 49416 match_part 0.959 50285 50551 match_50 match_part 0.998 49010 49416 match_part 1.000 50285 50432 match_51 match_part 0.965 49012 49416 match_part 0.986 50285 50580 match_part 0.988 51611 51693 match_52 match_part 0.960 49012 49416 match_part 0.976 50285 50580 match_part 0.972 51611 51681 match_53 match_part 0.998 49012 49416 match_part 0.993 50285 50580 match_part 1.000 51611 51636 match_54 match_part 0.998 49013 49416 match_part 1.000 50285 50580 match_part 1.000 51611 51751 match_part 1.000 51872 52177 match_55 match_part 0.975 49013 49416 match_part 0.986 50285 50580 match_part 1.000 51611 51687 match_56 match_part 0.995 49013 49416 match_part 0.995 50285 50482 match_57 match_part 0.998 49013 49416 match_part 1.000 50285 50407 match_58 match_part 0.955 49014 49416 match_part 0.997 50285 50574 match_59 match_part 0.970 49014 49416 match_part 0.984 50285 50474 match_60 match_part 0.995 49014 49416 match_part 1.000 50285 50401 match_61 match_part 1.000 49014 49416 match_part 1.000 50285 50327 match_62 match_part 0.988 49015 49416 match_part 1.000 50285 50431 match_63 match_part 0.928 49016 49416 match_part 0.963 50285 50580 match_part 1.000 51611 51676 match_64 match_part 1.000 49017 49416 match_part 1.000 50285 50524 match_65 match_part 0.997 49018 49416 match_part 0.983 50285 50580 match_part 0.951 51611 51671 match_66 match_part 0.995 49019 49416 match_part 1.000 50285 50322 match_67 match_part 0.942 49020 49416 match_part 0.949 50285 50402 match_68 match_part 0.997 49023 49416 match_part 0.994 50285 50445 match_69 match_part 0.962 49027 49416 match_part 0.990 50285 50580 match_part 0.984 51611 51672 match_70 match_part 0.941 49028 49416 match_part 0.949 50285 50580 match_part 0.845 51611 51681 match_71 match_part 0.941 49028 49416 match_part 0.964 50285 50478 match_72 match_part 0.997 49028 49416 match_part 1.000 50285 50391 match_73 match_part 0.997 49028 49391 match_74 match_part 0.992 49030 49416 match_part 1.000 50285 50432 match_75 match_part 0.955 49035 49416 match_part 0.977 50285 50416 match_76 match_part 0.945 49036 49416 match_part 0.931 50285 50516 match_77 match_part 0.995 49036 49416 match_part 1.000 50285 50334 match_78 match_part 0.960 49038 49416 match_part 0.949 50285 50578 match_79 match_part 0.992 49038 49416 match_part 1.000 50285 50549 match_80 match_part 1.000 49038 49416 match_part 0.994 50285 50440 match_81 match_part 0.997 49038 49416 match_part 1.000 50285 50431 match_82 match_part 0.931 49039 49416 match_part 0.928 50285 50574 match_83 match_part 0.955 49040 49416 match_part 0.975 50285 50405 match_84 match_part 1.000 49041 49416 match_part 1.000 50285 50549 match_85 match_part 1.000 49041 49416 match_part 1.000 50285 50429 match_86 match_part 0.963 49042 49416 match_part 0.935 50285 50547 match_87 match_part 0.989 49042 49416 match_part 1.000 50285 50405 match_88 match_part 1.000 49043 49416 match_part 0.997 50285 50580 match_89 match_part 0.965 49043 49416 match_part 0.952 50285 50574 match_90 match_part 0.913 49043 49386 match_91 match_part 0.989 49044 49416 match_part 1.000 50285 50454 match_92 match_part 0.967 49044 49407 match_93 match_part 0.980 49044 49336 match_94 match_part 0.968 49045 49416 match_part 0.956 50285 50580 match_part 0.938 51611 51642 match_95 match_part 0.965 49045 49416 match_part 0.940 50285 50535 match_96 match_part 1.000 49045 49416 match_part 1.000 50285 50488 match_97 match_part 0.961 49045 49378 match_98 match_part 0.940 49045 49363 match_99 match_part 0.997 49046 49416 match_part 1.000 50285 50580 match_part 0.961 51611 51687 match_100 match_part 0.965 49046 49416 match_part 0.926 50285 50406 match_101 match_part 0.962 49048 49416 match_part 0.946 50285 50580 match_102 match_part 0.949 49048 49416 match_part 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97239 97099 match_part 0.947 97015 96940 match_part 0.961 96714 96638 match_part 0.973 96525 96489 match_448 match_part 0.997 98379 98048 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 0.974 96714 96638 match_part 0.952 96525 96505 match_449 match_part 0.974 97591 97514 match_part 0.956 97380 97336 match_part 0.986 97239 97099 match_part 1.000 97015 96940 match_part 0.935 96714 96638 match_450 match_part 0.958 98732 98709 match_part 0.962 97591 97514 match_part 0.978 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 0.984 96714 96651 match_451 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96663 match_452 match_part 0.897 97591 97514 match_part 0.978 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 0.980 96714 96664 match_453 match_part 0.897 97591 97514 match_part 0.978 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96951 match_454 match_part 0.998 98529 98048 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 0.983 97015 96956 match_455 match_part 0.994 98514 98048 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 0.983 97015 96957 match_456 match_part 0.992 98527 98048 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 0.948 97015 96958 match_457 match_part 0.992 98528 98048 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 0.867 97015 96986 match_458 match_part 0.924 98550 98048 match_part 0.910 97591 97514 match_part 0.956 97380 97336 match_part 0.978 97239 97104 match_459 match_part 0.943 98519 98048 match_part 0.962 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97120 match_460 match_part 0.981 98530 98048 match_part 0.949 97591 97514 match_part 0.956 97380 97336 match_part 0.923 97239 97188 match_461 match_part 0.917 98527 98048 match_part 0.897 97591 97514 match_part 0.909 97380 97370 match_462 match_part 0.996 98523 98048 match_part 0.958 97591 97568 match_463 match_part 0.909 98549 98109 match_464 match_part 0.972 98530 98168 match_465 match_part 0.937 98441 98267 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 1873 2102 exon 3599 3665 exon 4969 5017 exon 5340 5384 exon 5696 5975 exon 7040 7056 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 1873 2102 exon 3599 3665 exon 4969 5017 exon 5340 5384 exon 5696 5975 exon 7044 7063 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 1873 2102 exon 3599 3665 exon 4969 5017 exon 5340 5384 exon 5696 5945 exon 6878 6901 exon 7040 7060 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 1825 2538 gene_5 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 8051 8431 exon 9274 9540 exon 9893 9989 exon 10370 10384 exon 10658 10714 exon 10820 11516 gene_6 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 8092 8431 exon 9274 9495 exon 9893 9983 gene_7 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 11523 11650 exon 11737 12153 exon 12571 12824 exon 13757 13776 gene_8 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 11523 11650 exon 11737 12153 exon 12571 12887 gene_9 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 13810 13793 exon 12960 12564 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 17300 16697 exon 15913 15663 exon 15467 15092 exon 14989 14858 exon 14772 14597 exon 14504 14162 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 22345 22312 exon 22233 22136 exon 22017 21834 exon 21737 21033 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 24789 24708 exon 24598 24426 exon 24288 24227 exon 23674 22963 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 32942 33062 exon 33236 33381 exon 33695 33803 exon 33944 34417 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 36451 36850 exon 38185 38343 exon 38443 38554 exon 38821 38940 exon 40392 40543 exon 40642 40830 exon 41483 41517 exon 42009 42165 exon 42597 42650 exon 43109 43201 exon 43286 43428 exon 43750 43820 exon 43916 43999 exon 44197 44543 gene_15 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 41475 41517 exon 42009 42165 exon 42597 42650 exon 43109 43201 exon 43286 43428 exon 43750 43820 exon 43916 43999 exon 44197 44543 gene_16 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 42597 42650 exon 43109 43201 exon 43290 43428 exon 43750 43820 exon 43916 43999 exon 44197 44543 gene_17 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 49006 49416 exon 50285 50580 exon 51611 51751 exon 51872 52212 gene_18 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 49006 49416 exon 50285 50580 exon 51611 51751 exon 51872 52168 exon 52248 52270 gene_19 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 49006 49416 exon 50285 50580 exon 51611 51751 exon 51872 52026 exon 52061 52184 gene_20 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 49044 49353 exon 50479 50580 exon 51611 51751 exon 51872 52212 gene_21 gene GT_PGL_10_AGS_5 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 49028 49416 exon 50285 50292 exon 51719 51751 exon 51872 52177 gene_22 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 52286 52278 exon 52177 52061 exon 52026 51891 gene_23 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 52182 51881 gene_24 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 53091 53300 exon 53721 53952 exon 54127 54206 exon 54909 55062 exon 55209 55287 exon 55577 55661 exon 56046 56092 exon 56166 56620 gene_25 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 60019 59911 exon 59825 59643 exon 58753 58563 gene_26 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 62278 62057 exon 61662 61575 exon 61403 61341 exon 61078 61045 gene_27 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 63177 62953 exon 62794 62395 gene_28 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 65670 65649 exon 64360 64210 exon 63699 63219 exon 63123 62953 exon 62391 62358 gene_29 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 68538 67002 gene_30 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 77538 77866 gene_31 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 79513 77546 gene_32 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 85214 84946 exon 82466 80803 exon 79819 79802 gene_33 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 85214 84946 exon 82466 80734 gene_34 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 85214 84946 exon 82466 81361 exon 81153 80803 gene_35 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 98550 98048 exon 97591 97514 exon 97380 97336 exon 97239 97099 exon 97015 96940 exon 96714 96638 exon 96525 96412 exon 96302 96228 exon 96143 96036 exon 95938 95726 exon 95633 95572 exon 95444 95417 exon 95326 95240 exon 95138 95113 exon 94757 94694 exon 94609 94529 exon 94386 94339 exon 94236 94218 exon 94079 94075 exon 93960 93949 exon 93793 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92783 exon 92696 92558 exon 92466 92320 exon 92229 92148 exon 92064 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90648 gene_36 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 98550 98048 exon 97591 97514 exon 97380 97336 exon 97239 97099 exon 97015 96940 exon 96714 96638 exon 96525 96412 exon 96302 96228 exon 96143 96036 exon 95938 95726 exon 95633 95572 exon 95444 95417 exon 95326 95240 exon 95138 95113 exon 94757 94694 exon 94609 94529 exon 94386 94339 exon 94236 94218 exon 94079 94075 exon 93960 93949 exon 93793 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92783 exon 92696 92558 exon 92466 92320 exon 92229 92148 exon 92064 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90742 exon 89747 89726 gene_37 gene GT_PGL_20_AGS_3 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 98550 98048 exon 97591 97514 exon 97380 97336 exon 97239 97099 exon 97015 96940 exon 96714 96638 exon 96525 96412 exon 96302 96228 exon 96143 96036 exon 95938 95726 exon 95633 95572 exon 95444 95417 exon 95326 95240 exon 94741 94694 exon 94609 94529 exon 94386 94339 exon 94236 94218 exon 94079 94075 exon 93960 93949 exon 93793 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92783 exon 92696 92558 exon 92466 92320 exon 92229 92148 exon 92064 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90648 gene_38 gene GT_PGL_20_AGS_4 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 98780 98709 exon 97591 97514 exon 97380 97336 exon 97239 97099 exon 97015 96940 exon 96714 96638 exon 96525 96412 exon 96302 96228 exon 96143 96036 exon 95938 95726 exon 95633 95572 exon 95444 95417 exon 95326 95240 exon 95138 95113 exon 94757 94694 exon 94609 94529 exon 94386 94339 exon 94236 94218 exon 94079 94075 exon 93960 93949 exon 93793 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92783 exon 92696 92558 exon 92466 92320 exon 92229 92148 exon 92064 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90648 gene_39 gene GT_PGL_20_AGS_5 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 94762 94694 exon 94609 94529 exon 94386 94339 exon 94236 94218 exon 94079 94075 exon 93960 93949 exon 93793 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92783 exon 92696 92558 exon 92466 92320 exon 92229 92148 exon 92064 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90648 gene_40 gene GT_PGL_20_AGS_6 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 93807 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92783 exon 92696 92558 exon 92466 92320 exon 92229 92148 exon 92064 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90648 gene_41 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 109202 109640 RepeatMasker tomato repeats master SONATA1 1 243 1 SONATA1 1 243 1 nucleotide_motif 965 12221 12458 Copia00151 8225 8381 1 Copia00151 8225 8381 1 nucleotide_motif 534 17861 18021 Unknown00034 740 1943 1 Unknown00034 740 1943 1 nucleotide_motif 2342 18666 19107 Unknown00034 4017 5206 1 Unknown00034 4017 5206 1 nucleotide_motif 8790 19135 20327 Unknown00025 234 415 1 Unknown00025 234 415 1 nucleotide_motif 339 25837 26022 Gyp_I_MT 2663 2734 1 Gyp_I_MT 2663 2734 1 nucleotide_motif 251 68225 68295 Unknown00025 230 469 1 Unknown00025 230 469 1 nucleotide_motif 771 72051 72305 Copia00172 5216 5311 1 Copia00172 5216 5311 1 nucleotide_motif 410 91495 91588 Unknown00034 3693 4017 1 Unknown00034 3693 4017 1 nucleotide_motif 2221 104477 104799 Unknown00043 9317 9595 1 Unknown00043 9317 9595 1 nucleotide_motif 421 115420 115699 RepeatMasker tomato repeats master Unknown00025 236 470 -1 Unknown00025 236 470 -1 nucleotide_motif 768 17763 17533 Unknown00046 1898 2058 -1 Unknown00046 1898 2058 -1 nucleotide_motif 648 27329 27174 Copia00181 1819 1886 -1 Copia00181 1819 1886 -1 nucleotide_motif 274 29396 29330 HELITRON7_OS 1573 1651 -1 HELITRON7_OS 1573 1651 -1 nucleotide_motif 282 29421 29344 Copia00172 287 522 -1 Copia00172 287 522 -1 nucleotide_motif 1426 39775 39531 Unknown00030 1291 1376 -1 Unknown00030 1291 1376 -1 nucleotide_motif 282 70040 69955 Unknown00043 1928 2023 -1 Unknown00043 1928 2023 -1 nucleotide_motif 405 113435 113341 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2870 99103 100639 match_2 match 5126 95957 98620 match_3 match 2109 105171 106322 match_4 match 8812 111475 116000 match_5 match 9234 106550 111344 match_6 match 9749 2306 7388 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 1445 39860 40588 match_2 match 1388 32622 33321 match_3 match 1094 34219 34770 match_4 match 1263 8916 9552 match_5 match 747 90853 91229 match_6 match 1039 35043 35590 match_7 match 293 34766 34917 match_8 match 361 20494 20675 match_9 match 815 20695 21105 match_10 match 375 72732 72920 match_11 match 309 73088 73272 match_12 match 1449 39884 40625 match_13 match 1463 33030 33791 match_14 match 1330 22938 23623 match_15 match 1096 33239 33791 match_16 match 1247 12056 12724 match_17 match 1366 93820 94537 match_18 match 852 33788 34229 match_19 match 317 8040 8199 match_20 match 977 8279 8808 match_21 match 981 48480 49038 match_22 match 1439 94568 95293 match_23 match 979 91354 91847 match_24 match 537 94010 94296 match_25 match 1076 39214 39784 match_26 match 823 84168 84609 match_27 match 303 34765 34917 match_28 match 1322 22032 22698 match_29 match 422 32201 32425 match_30 match 323 32493 32663 match_31 match 1564 39045 39866 match_32 match 1096 14756 15336 match_33 match 278 79371 79510 match_34 match 597 79034 79338 match_35 match 611 73088 73431 match_36 match 1483 115219 115966 match_37 match 682 152 543 match_38 match 1063 80135 80674 match_39 match 981 36624 37143 match_40 match 440 103285 103563 match_41 match 369 27148 27333 match_42 match 400 26825 27047 match_43 match 1308 23433 24092 match_44 match 1193 54661 55262 match_45 match 876 10908 11349 match_46 match 1106 60006 60563 match_47 match 476 22280 22519 match_48 match 662 65209 65572 match_49 match 381 105171 105383 match_50 match 747 104733 105109 match_51 match 1518 11282 12047 match_52 match 260 46983 47113 match_53 match 313 46725 46912 match_54 match 543 46357 46708 match_55 match 1495 15674 16427 match_56 match 359 65042 65233 match_57 match 745 1068 1467 match_58 match 870 21288 21746 match_59 match 1316 56389 57064 match_60 match 680 32083 32425 match_61 match 1263 34024 34660 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 1873 2102 match_part 1.000 3599 3665 match_part 1.000 4969 5017 match_part 1.000 5340 5384 match_part 0.992 5696 5814 match_2 match_part 1.000 1873 2102 match_part 1.000 3599 3665 match_part 1.000 4969 5017 match_part 1.000 5340 5384 match_part 1.000 5696 5814 match_3 match_part 0.992 1894 2538 match_4 match_part 1.000 1913 2102 match_part 1.000 3599 3665 match_part 1.000 4969 5017 match_part 1.000 5340 5384 match_part 0.992 5696 5945 match_part 0.708 6878 6901 match_part 0.762 7040 7060 match_5 match_part 1.000 5346 5384 match_part 1.000 5696 5975 match_part 0.765 7040 7056 match_6 match_part 1.000 5696 5975 match_part 0.750 7044 7063 match_7 match_part 1.000 8051 8431 match_part 0.993 9274 9540 match_part 1.000 9893 9989 match_part 1.000 10370 10384 match_part 0.975 10658 10697 match_8 match_part 1.000 8092 8431 match_part 1.000 9274 9495 match_part 0.989 9893 9983 match_9 match_part 0.970 9374 9540 match_part 1.000 9893 9989 match_part 1.000 10370 10384 match_part 1.000 10658 10714 match_part 0.982 10820 11161 match_10 match_part 0.991 10821 11152 match_11 match_part 1.000 10861 11496 match_12 match_part 0.993 11089 11516 match_13 match_part 1.000 11523 11650 match_part 1.000 11737 12048 match_14 match_part 1.000 11563 11650 match_part 1.000 11737 12153 match_part 1.000 12571 12685 match_15 match_part 1.000 11563 11650 match_part 1.000 11737 12147 match_16 match_part 1.000 11563 11650 match_part 0.996 11737 11992 match_17 match_part 1.000 11568 11650 match_part 0.994 11737 12046 match_18 match_part 0.973 11743 11964 match_19 match_part 1.000 11952 12153 match_part 1.000 12571 12824 match_part 0.600 13757 13776 match_20 match_part 1.000 11975 12153 match_part 1.000 12571 12824 match_part 0.600 13757 13776 match_21 match_part 0.989 33288 33381 match_part 0.991 33695 33803 match_part 0.996 33944 34417 match_22 match_part 1.000 33288 33381 match_part 0.991 33695 33803 match_part 1.000 33944 34263 match_23 match_part 0.998 36451 36850 match_part 1.000 38185 38343 match_part 1.000 38443 38554 match_part 0.986 38821 38890 match_24 match_part 0.998 36451 36850 match_part 1.000 38185 38343 match_part 0.964 38443 38552 match_25 match_part 0.994 36535 36850 match_part 1.000 38185 38222 match_26 match_part 0.993 36547 36850 match_part 1.000 38185 38343 match_part 1.000 38443 38554 match_part 1.000 38821 38940 match_part 1.000 40392 40543 match_part 1.000 40642 40830 match_part 1.000 41483 41517 match_part 1.000 42009 42165 match_part 1.000 42597 42650 match_part 1.000 43109 43201 match_part 1.000 43286 43428 match_part 1.000 43750 43820 match_part 1.000 43916 43999 match_part 0.963 44197 44520 match_27 match_part 0.935 40739 40830 match_part 1.000 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92320 match_part 0.988 92229 92148 match_part 1.000 92064 92054 match_259 match_part 0.970 93133 93101 match_part 1.000 92931 92783 match_part 1.000 92696 92558 match_part 0.993 92466 92320 match_part 1.000 92229 92181 match_260 match_part 1.000 93103 93101 match_part 0.987 92931 92783 match_part 0.950 92696 92558 match_part 0.980 92466 92320 match_part 0.935 92229 92199 match_261 match_part 1.000 92634 92558 match_part 1.000 92466 92320 match_part 1.000 92229 92218 match_262 match_part 1.000 93746 93737 match_part 0.991 93637 93528 match_part 0.963 93444 93364 match_part 0.962 93284 93101 match_part 1.000 92931 92783 match_part 0.957 92696 92558 match_part 0.938 92466 92339 match_263 match_part 1.000 93739 93737 match_part 0.991 93637 93528 match_part 1.000 93444 93364 match_part 1.000 93284 93101 match_part 1.000 92931 92783 match_part 1.000 92696 92558 match_part 0.986 92466 92398 match_264 match_part 1.000 93228 93101 match_part 1.000 92931 92783 match_part 1.000 92696 92558 match_part 1.000 92466 92409 match_265 match_part 1.000 93609 93528 match_part 1.000 93444 93364 match_part 1.000 93284 93101 match_part 1.000 92931 92783 match_part 1.000 92696 92573 match_266 match_part 1.000 94715 94694 match_part 1.000 94609 94529 match_part 1.000 94386 94339 match_part 1.000 94236 94218 match_part 1.000 94079 94075 match_part 1.000 93960 93949 match_part 1.000 93793 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93364 match_part 1.000 93284 93101 match_part 1.000 92931 92783 match_part 1.000 92696 92599 match_267 match_part 0.750 93952 93949 match_part 0.982 93793 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93364 match_part 1.000 93284 93101 match_part 1.000 92931 92783 match_part 1.000 92696 92630 match_268 match_part 1.000 93767 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93364 match_part 1.000 93284 93101 match_part 1.000 92931 92783 match_part 0.918 92696 92636 match_269 match_part 1.000 93740 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93364 match_part 1.000 93284 93101 match_part 1.000 92931 92783 match_part 1.000 92696 92641 match_270 match_part 1.000 93636 93528 match_part 1.000 93444 93364 match_part 1.000 93284 93101 match_part 1.000 92931 92783 match_part 1.000 92696 92642 match_271 match_part 0.986 93807 93737 match_part 0.991 93637 93528 match_part 1.000 93444 93364 match_part 0.989 93284 93101 match_part 0.980 92931 92785 match_272 match_part 1.000 93959 93949 match_part 1.000 93793 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93364 match_part 1.000 93284 93108 match_273 match_part 0.923 95584 95572 match_part 1.000 95444 95417 match_part 0.977 95326 95240 match_part 1.000 95138 95113 match_part 1.000 94757 94694 match_part 0.988 94609 94529 match_part 1.000 94386 94339 match_part 1.000 94236 94218 match_part 1.000 94079 94075 match_part 1.000 93960 93949 match_part 1.000 93793 93737 match_part 0.991 93637 93528 match_part 0.988 93444 93364 match_part 1.000 93284 93113 match_274 match_part 1.000 94346 94339 match_part 1.000 94236 94218 match_part 1.000 94079 94075 match_part 1.000 93960 93949 match_part 1.000 93793 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93364 match_part 1.000 93284 93121 match_275 match_part 1.000 95582 95572 match_part 1.000 95444 95417 match_part 1.000 95326 95240 match_part 1.000 95138 95113 match_part 1.000 94757 94694 match_part 1.000 94609 94529 match_part 1.000 94386 94339 match_part 1.000 94236 94218 match_part 1.000 94079 94075 match_part 1.000 93960 93949 match_part 1.000 93793 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93364 match_part 1.000 93284 93144 match_276 match_part 1.000 93740 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93364 match_part 1.000 93284 93157 match_277 match_part 1.000 94705 94694 match_part 0.988 94609 94529 match_part 1.000 94386 94339 match_part 1.000 94236 94218 match_part 1.000 94079 94075 match_part 1.000 93960 93949 match_part 1.000 93793 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93364 match_part 0.980 93284 93184 match_278 match_part 1.000 94583 94529 match_part 1.000 94386 94339 match_part 1.000 94236 94218 match_part 1.000 94079 94075 match_part 1.000 93960 93949 match_part 1.000 93793 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93364 match_279 match_part 0.971 94762 94694 match_part 1.000 94609 94529 match_part 1.000 94386 94339 match_part 1.000 94236 94218 match_part 1.000 94079 94075 match_part 1.000 93960 93949 match_part 1.000 93793 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93378 match_280 match_part 1.000 93769 93737 match_part 1.000 93637 93528 match_part 0.985 93444 93378 match_281 match_part 1.000 94585 94529 match_part 1.000 94386 94339 match_part 1.000 94236 94218 match_part 1.000 94079 94075 match_part 1.000 93960 93949 match_part 1.000 93793 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93381 match_282 match_part 0.971 94762 94694 match_part 1.000 94609 94529 match_part 1.000 94386 94339 match_part 1.000 94236 94218 match_part 1.000 94079 94075 match_part 1.000 93960 93949 match_part 1.000 93793 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93423 match_283 match_part 1.000 95248 95240 match_part 0.962 95138 95113 match_part 0.938 94757 94694 match_part 0.975 94609 94529 match_part 0.979 94386 94339 match_part 1.000 94236 94218 match_part 1.000 94079 94075 match_part 1.000 93960 93949 match_part 0.982 93793 93737 match_part 0.831 93637 93573 match_284 match_part 1.000 94716 94694 match_part 0.988 94609 94529 match_part 1.000 94386 94339 match_part 1.000 94236 94220 match_285 match_part 0.983 95901 95726 match_part 0.984 95633 95572 match_part 1.000 95444 95417 match_part 0.977 95326 95240 match_part 0.958 94741 94694 match_part 0.988 94609 94529 match_part 1.000 94386 94341 match_286 match_part 0.958 96251 96228 match_part 1.000 96143 96036 match_part 0.995 95938 95726 match_part 1.000 95633 95572 match_part 1.000 95444 95417 match_part 1.000 95326 95240 match_part 1.000 95138 95113 match_287 match_part 1.000 95928 95726 match_part 1.000 95633 95572 match_part 1.000 95444 95417 match_part 1.000 95326 95240 match_part 1.000 95138 95113 match_288 match_part 1.000 96433 96412 match_part 1.000 96302 96228 match_part 1.000 96143 96036 match_part 1.000 95938 95726 match_part 1.000 95633 95572 match_part 0.964 95444 95417 match_part 0.968 95326 95265 match_289 match_part 1.000 96111 96036 match_part 1.000 95938 95726 match_part 1.000 95633 95572 match_part 1.000 95444 95417 match_part 1.000 95326 95269 match_290 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.991 96525 96412 match_part 1.000 96302 96228 match_part 1.000 96143 96036 match_part 1.000 95938 95784 match_291 match_part 1.000 98126 98048 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.991 96525 96412 match_part 1.000 96302 96228 match_part 1.000 96143 96036 match_part 1.000 95938 95858 match_292 match_part 0.974 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.991 96525 96412 match_part 1.000 96302 96228 match_part 1.000 96143 96036 match_part 1.000 95938 95861 match_293 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.991 96525 96412 match_part 1.000 96302 96228 match_part 1.000 96143 96036 match_part 1.000 95938 95878 match_294 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.991 96525 96412 match_part 1.000 96302 96228 match_part 0.981 96143 96036 match_part 1.000 95938 95927 match_295 match_part 1.000 97342 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.991 96525 96412 match_part 1.000 96302 96228 match_part 0.990 96143 96040 match_296 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.991 96525 96412 match_part 1.000 96302 96228 match_part 1.000 96143 96055 match_297 match_part 0.987 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.991 96525 96412 match_part 1.000 96302 96228 match_part 0.952 96143 96081 match_298 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.991 96525 96412 match_part 1.000 96302 96228 match_part 0.984 96143 96083 match_299 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.991 96525 96412 match_part 0.947 96302 96228 match_part 0.966 96143 96115 match_300 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.982 96525 96412 match_part 1.000 96302 96228 match_part 1.000 96143 96133 match_301 match_part 0.971 98187 98048 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.991 96525 96412 match_part 0.920 96302 96228 match_part 1.000 96143 96135 match_302 match_part 0.957 96707 96638 match_part 0.991 96525 96412 match_part 0.964 96302 96275 match_303 match_part 0.986 98780 98709 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.990 96525 96421 match_304 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.962 96525 96446 match_305 match_part 0.991 98378 98048 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 0.987 96714 96638 match_part 0.980 96525 96476 match_306 match_part 0.962 97591 97514 match_part 1.000 97380 97336 match_part 0.965 97239 97099 match_part 0.947 97015 96940 match_part 0.961 96714 96638 match_part 0.973 96525 96489 match_307 match_part 0.997 98379 98048 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 0.974 96714 96638 match_part 0.952 96525 96505 match_308 match_part 0.974 97591 97514 match_part 0.956 97380 97336 match_part 0.986 97239 97099 match_part 1.000 97015 96940 match_part 0.935 96714 96638 match_309 match_part 0.958 98732 98709 match_part 0.962 97591 97514 match_part 0.978 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 0.984 96714 96651 match_310 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96663 match_311 match_part 0.998 98529 98048 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 0.983 97015 96956 match_312 match_part 0.994 98514 98048 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 0.983 97015 96957 match_313 match_part 0.992 98527 98048 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 0.948 97015 96958 match_314 match_part 0.992 98528 98048 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 0.867 97015 96986 match_315 match_part 0.943 98519 98048 match_part 0.962 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97120 match_316 match_part 0.981 98530 98048 match_part 0.949 97591 97514 match_part 0.956 97380 97336 match_part 0.923 97239 97188 match_317 match_part 0.996 98523 98048 match_part 0.958 97591 97568 match_318 match_part 0.909 98549 98109 match_319 match_part 0.972 98530 98168 match_320 match_part 0.937 98441 98267 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 1873 2102 exon 3599 3665 exon 4969 5017 exon 5340 5384 exon 5696 5945 exon 6878 6901 exon 7040 7060 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 1873 2102 exon 3599 3665 exon 4969 5017 exon 5340 5384 exon 5696 5975 exon 7044 7063 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 1873 2102 exon 3599 3665 exon 4969 5017 exon 5340 5384 exon 5696 5975 exon 7040 7056 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 1894 2538 gene_5 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 8051 8431 exon 9274 9540 exon 9893 9989 exon 10370 10384 exon 10658 10714 exon 10820 11516 gene_6 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 8092 8431 exon 9274 9495 exon 9893 9983 gene_7 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 11523 11650 exon 11737 12153 exon 12571 12824 exon 13757 13776 gene_8 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 13810 13793 exon 12960 12564 gene_9 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 17298 16697 exon 15913 15663 exon 15467 15092 exon 14989 14858 exon 14772 14597 exon 14504 14176 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 24789 24708 exon 24598 24426 exon 24288 24227 exon 23674 23330 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 33288 33381 exon 33695 33803 exon 33944 34417 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 36451 36850 exon 38185 38343 exon 38443 38554 exon 38821 38940 exon 40392 40543 exon 40642 40830 exon 41483 41517 exon 42009 42165 exon 42597 42650 exon 43109 43201 exon 43286 43428 exon 43750 43820 exon 43916 43999 exon 44197 44543 gene_13 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 41475 41517 exon 42009 42165 exon 42597 42650 exon 43109 43201 exon 43286 43428 exon 43750 43820 exon 43916 43999 exon 44197 44543 gene_14 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 42597 42650 exon 43109 43201 exon 43290 43428 exon 43750 43820 exon 43916 43999 exon 44197 44543 gene_15 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 49006 49416 exon 50285 50580 exon 51611 51751 exon 51872 52212 gene_16 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 49006 49416 exon 50285 50580 exon 51611 51751 exon 51872 52168 exon 52248 52270 gene_17 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 49044 49353 exon 50479 50580 exon 51611 51751 exon 51872 52212 gene_18 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 49028 49416 exon 50285 50292 exon 51719 51751 exon 51872 52177 gene_19 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 52182 51881 gene_20 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 53091 53300 exon 53721 53952 exon 54127 54206 exon 54909 55062 exon 55209 55287 exon 55577 55661 exon 56046 56092 exon 56166 56620 gene_21 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 60019 59911 exon 59825 59643 exon 58753 58563 gene_22 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 63177 62953 exon 62794 62395 gene_23 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 65670 65649 exon 64360 64210 exon 63699 63219 exon 63123 62953 exon 62391 62358 gene_24 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 68538 67122 gene_25 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 77538 77866 gene_26 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 79513 77546 gene_27 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 85214 84946 exon 82466 80734 gene_28 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 98549 98048 exon 97591 97514 exon 97380 97336 exon 97239 97099 exon 97015 96940 exon 96714 96638 exon 96525 96412 exon 96302 96228 exon 96143 96036 exon 95938 95726 exon 95633 95572 exon 95444 95417 exon 95326 95240 exon 95138 95113 exon 94757 94694 exon 94609 94529 exon 94386 94339 exon 94236 94218 exon 94079 94075 exon 93960 93949 exon 93793 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92783 exon 92696 92558 exon 92466 92320 exon 92229 92148 exon 92064 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90648 gene_29 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 98549 98048 exon 97591 97514 exon 97380 97336 exon 97239 97099 exon 97015 96940 exon 96714 96638 exon 96525 96412 exon 96302 96228 exon 96143 96036 exon 95938 95726 exon 95633 95572 exon 95444 95417 exon 95326 95240 exon 95138 95113 exon 94757 94694 exon 94609 94529 exon 94386 94339 exon 94236 94218 exon 94079 94075 exon 93960 93949 exon 93793 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92783 exon 92696 92558 exon 92466 92320 exon 92229 92148 exon 92064 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90742 exon 89747 89726 gene_30 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 98549 98048 exon 97591 97514 exon 97380 97336 exon 97239 97099 exon 97015 96940 exon 96714 96638 exon 96525 96412 exon 96302 96228 exon 96143 96036 exon 95938 95726 exon 95633 95572 exon 95444 95417 exon 95326 95240 exon 94741 94694 exon 94609 94529 exon 94386 94339 exon 94236 94218 exon 94079 94075 exon 93960 93949 exon 93793 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92783 exon 92696 92558 exon 92466 92320 exon 92229 92148 exon 92064 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90648 gene_31 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 98780 98709 exon 97591 97514 exon 97380 97336 exon 97239 97099 exon 97015 96940 exon 96714 96638 exon 96525 96412 exon 96302 96228 exon 96143 96036 exon 95938 95726 exon 95633 95572 exon 95444 95417 exon 95326 95240 exon 95138 95113 exon 94757 94694 exon 94609 94529 exon 94386 94339 exon 94236 94218 exon 94079 94075 exon 93960 93949 exon 93793 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92783 exon 92696 92558 exon 92466 92320 exon 92229 92148 exon 92064 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90648 gene_32 gene GT_PGL_18_AGS_5 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 94762 94694 exon 94609 94529 exon 94386 94339 exon 94236 94218 exon 94079 94075 exon 93960 93949 exon 93793 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92783 exon 92696 92558 exon 92466 92320 exon 92229 92148 exon 92064 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90648 gene_33 gene GT_PGL_18_AGS_6 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 93807 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92783 exon 92696 92558 exon 92466 92320 exon 92229 92148 exon 92064 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90648 gene_34 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 109202 109640 AUGUSTUS_tom_cdna de novo gene_1 gene 1 1845 5762 transcript_1 transcript 1845 5762 start_codon_1 start_codon 1845 1847 CDS_1 CDS 1845 2102 CDS_2 CDS 3599 3665 CDS_3 CDS 4969 5017 CDS_4 CDS 5340 5384 CDS_5 CDS 5696 5762 stop_codon_1 stop_codon 5760 5762 gene_2 gene 2 8307 12642 transcript_2 transcript 8307 12642 start_codon_2 start_codon 8307 8309 CDS_6 CDS 8307 8431 CDS_7 CDS 9274 9540 CDS_8 CDS 9893 9989 CDS_9 CDS 10370 10384 CDS_10 CDS 10658 10714 CDS_11 CDS 10820 11650 CDS_12 CDS 11737 12153 CDS_13 CDS 12571 12642 stop_codon_2 stop_codon 12640 12642 transcript_3 transcript 8307 12642 start_codon_3 start_codon 8307 8309 CDS_14 CDS 8307 8431 CDS_15 CDS 9274 9495 CDS_16 CDS 9893 9989 CDS_17 CDS 10658 10714 CDS_18 CDS 10820 11650 CDS_19 CDS 11737 12153 CDS_20 CDS 12571 12642 stop_codon_3 stop_codon 12640 12642 gene_3 gene 1 30073 33713 transcript_4 transcript 30073 33713 start_codon_4 start_codon 30073 30075 CDS_21 CDS 30073 31930 CDS_22 CDS 32525 32641 CDS_23 CDS 32887 33062 CDS_24 CDS 33236 33381 CDS_25 CDS 33695 33713 stop_codon_4 stop_codon 33711 33713 gene_4 gene 1 36710 44321 transcript_5 transcript 36710 44321 start_codon_5 start_codon 36710 36712 CDS_26 CDS 36710 36850 CDS_27 CDS 38185 38343 CDS_28 CDS 38443 38554 CDS_29 CDS 38821 38940 CDS_30 CDS 40392 40543 CDS_31 CDS 40642 40830 CDS_32 CDS 41483 41517 CDS_33 CDS 42009 42165 CDS_34 CDS 42597 42650 CDS_35 CDS 43109 43201 CDS_36 CDS 43286 43428 CDS_37 CDS 43750 43820 CDS_38 CDS 43916 43999 CDS_39 CDS 44197 44321 stop_codon_5 stop_codon 44319 44321 gene_5 gene 1 44454 51964 transcript_6 transcript 44454 51964 start_codon_6 start_codon 44454 44456 CDS_40 CDS 44454 44500 CDS_41 CDS 48995 49416 CDS_42 CDS 50285 50580 CDS_43 CDS 51611 51751 CDS_44 CDS 51872 51964 stop_codon_6 stop_codon 51962 51964 gene_6 gene 1 52095 56330 transcript_7 transcript 52095 56330 start_codon_7 start_codon 52095 52097 CDS_45 CDS 52095 52218 CDS_46 CDS 53247 53300 CDS_47 CDS 53721 53952 CDS_48 CDS 54127 54206 CDS_49 CDS 54909 55062 CDS_50 CDS 55209 55287 CDS_51 CDS 55577 55661 CDS_52 CDS 56046 56092 CDS_53 CDS 56166 56330 stop_codon_7 stop_codon 56328 56330 gene_7 gene 1 80705 81233 transcript_8 transcript 80705 81233 start_codon_8 start_codon 80705 80707 CDS_54 CDS 80705 80766 CDS_55 CDS 81038 81233 stop_codon_8 stop_codon 81231 81233 gene_8 gene 1 107798 110791 transcript_9 transcript 107798 110791 start_codon_9 start_codon 107798 107800 CDS_56 CDS 107798 110791 stop_codon_9 stop_codon 110789 110791 AUGUSTUS_tom_cdna de novo gene_9 gene 1 17248 14381 transcript_10 transcript 17248 14381 stop_codon_10 stop_codon 14383 14381 CDS_57 CDS 14504 14381 CDS_58 CDS 14772 14597 CDS_59 CDS 14989 14858 CDS_60 CDS 15467 15092 CDS_61 CDS 15913 15663 CDS_62 CDS 17248 16697 start_codon_10 start_codon 17248 17246 gene_10 gene 1 24579 21154 transcript_11 transcript 24579 21154 stop_codon_11 stop_codon 21156 21154 CDS_63 CDS 21737 21154 CDS_64 CDS 22017 21834 CDS_65 CDS 22233 22136 CDS_66 CDS 23674 22312 CDS_67 CDS 24288 24227 CDS_68 CDS 24579 24426 start_codon_11 start_codon 24579 24577 gene_11 gene 1 63506 59687 transcript_12 transcript 63506 59687 stop_codon_12 stop_codon 59689 59687 CDS_69 CDS 59825 59687 CDS_70 CDS 62794 62057 CDS_71 CDS 63506 62953 start_codon_12 start_codon 63506 63504 gene_12 gene 1 68978 67314 transcript_13 transcript 68978 67314 stop_codon_13 stop_codon 67316 67314 CDS_72 CDS 68978 67314 start_codon_13 start_codon 68978 68976 gene_13 gene 1 79297 77906 transcript_14 transcript 79297 77906 stop_codon_14 stop_codon 77908 77906 CDS_73 CDS 79297 77906 start_codon_14 start_codon 79297 79295 gene_14 gene 1 85059 81249 transcript_15 transcript 85059 81249 stop_codon_15 stop_codon 81251 81249 CDS_74 CDS 82466 81249 CDS_75 CDS 85059 84946 start_codon_15 start_codon 85059 85057 gene_15 gene 1 94032 90853 transcript_16 transcript 94032 90853 stop_codon_16 stop_codon 90855 90853 CDS_76 CDS 90933 90853 CDS_77 CDS 91114 91043 CDS_78 CDS 91426 91310 CDS_79 CDS 91718 91608 CDS_80 CDS 92064 91892 CDS_81 CDS 92229 92148 CDS_82 CDS 92466 92320 CDS_83 CDS 92696 92558 CDS_84 CDS 92931 92783 CDS_85 CDS 93284 93101 CDS_86 CDS 93444 93364 CDS_87 CDS 93637 93528 CDS_88 CDS 93793 93737 CDS_89 CDS 93960 93949 CDS_90 CDS 94032 94006 start_codon_16 start_codon 94032 94030 gene_16 gene 1 98125 94063 transcript_17 transcript 98125 94063 stop_codon_17 stop_codon 94065 94063 CDS_91 CDS 94079 94063 CDS_92 CDS 94236 94218 CDS_93 CDS 94386 94339 CDS_94 CDS 94609 94529 CDS_95 CDS 94757 94694 CDS_96 CDS 95138 95113 CDS_97 CDS 95326 95240 CDS_98 CDS 95444 95417 CDS_99 CDS 95633 95572 CDS_100 CDS 95938 95726 CDS_101 CDS 96143 96036 CDS_102 CDS 96302 96228 CDS_103 CDS 96525 96412 CDS_104 CDS 96714 96638 CDS_105 CDS 97015 96940 CDS_106 CDS 97239 97099 CDS_107 CDS 97380 97336 CDS_108 CDS 97591 97514 CDS_109 CDS 98125 98048 start_codon_17 start_codon 98125 98123 AUGUSTUS_ab_initio de novo gene_1 gene 1 1845 12642 transcript_1 transcript 1845 12642 start_codon_1 start_codon 1845 1847 CDS_1 CDS 1845 2102 CDS_2 CDS 10658 10714 CDS_3 CDS 10820 11650 CDS_4 CDS 11737 12153 CDS_5 CDS 12571 12642 stop_codon_1 stop_codon 12640 12642 gene_2 gene 1 30073 51964 transcript_2 transcript 30073 51964 start_codon_2 start_codon 30073 30075 CDS_6 CDS 30073 31930 CDS_7 CDS 32525 32641 CDS_8 CDS 32887 33062 CDS_9 CDS 33236 33381 CDS_10 CDS 34248 34311 CDS_11 CDS 38185 38343 CDS_12 CDS 38443 38554 CDS_13 CDS 38821 38940 CDS_14 CDS 39067 39155 CDS_15 CDS 40642 40830 CDS_16 CDS 43286 43428 CDS_17 CDS 43750 43820 CDS_18 CDS 50285 50580 CDS_19 CDS 51611 51751 CDS_20 CDS 51872 51964 stop_codon_2 stop_codon 51962 51964 gene_3 gene 1 53765 56330 transcript_3 transcript 53765 56330 start_codon_3 start_codon 53765 53767 CDS_21 CDS 53765 53952 CDS_22 CDS 55369 55474 CDS_23 CDS 55577 55661 CDS_24 CDS 56046 56092 CDS_25 CDS 56166 56330 stop_codon_3 stop_codon 56328 56330 gene_4 gene 1 107798 110791 transcript_4 transcript 107798 110791 start_codon_4 start_codon 107798 107800 CDS_26 CDS 107798 110791 stop_codon_4 stop_codon 110789 110791 AUGUSTUS_ab_initio de novo gene_5 gene 1 17248 14381 transcript_5 transcript 17248 14381 stop_codon_5 stop_codon 14383 14381 CDS_27 CDS 14504 14381 CDS_28 CDS 14772 14597 CDS_29 CDS 15523 14858 CDS_30 CDS 15913 15791 CDS_31 CDS 17248 16697 start_codon_5 start_codon 17248 17246 gene_6 gene 1 28944 21154 transcript_6 transcript 28944 21154 stop_codon_6 stop_codon 21156 21154 CDS_32 CDS 21737 21154 CDS_33 CDS 22017 21834 CDS_34 CDS 22233 22136 CDS_35 CDS 23674 22312 CDS_36 CDS 24288 24227 CDS_37 CDS 28944 28929 start_codon_6 start_codon 28944 28942 gene_7 gene 1 68978 67314 transcript_7 transcript 68978 67314 stop_codon_7 stop_codon 67316 67314 CDS_38 CDS 68978 67314 start_codon_7 start_codon 68978 68976 gene_8 gene 1 82439 81249 transcript_8 transcript 82439 81249 stop_codon_8 stop_codon 81251 81249 CDS_39 CDS 82439 81249 start_codon_8 start_codon 82439 82437 gene_9 gene 1 98125 91262 transcript_9 transcript 98125 91262 stop_codon_9 stop_codon 91264 91262 CDS_40 CDS 91426 91262 CDS_41 CDS 91718 91608 CDS_42 CDS 92466 92320 CDS_43 CDS 92696 92558 CDS_44 CDS 92931 92783 CDS_45 CDS 93284 93101 CDS_46 CDS 93637 93528 CDS_47 CDS 93960 93949 CDS_48 CDS 95326 95240 CDS_49 CDS 95938 95861 CDS_50 CDS 96143 96036 CDS_51 CDS 96302 96228 CDS_52 CDS 96525 96412 CDS_53 CDS 96690 96638 CDS_54 CDS 98125 98098 start_codon_9 start_codon 98125 98123 AUGUSTUS_tom_ugs de novo gene_1 gene 1 1845 5762 transcript_1 transcript 1845 5762 start_codon_1 start_codon 1845 1847 CDS_1 CDS 1845 2102 CDS_2 CDS 3599 3665 CDS_3 CDS 4969 5017 CDS_4 CDS 5340 5384 CDS_5 CDS 5696 5762 stop_codon_1 stop_codon 5760 5762 gene_2 gene 1 8307 12642 transcript_2 transcript 8307 12642 start_codon_2 start_codon 8307 8309 CDS_6 CDS 8307 8431 CDS_7 CDS 9274 9540 CDS_8 CDS 9893 9989 CDS_9 CDS 10370 10384 CDS_10 CDS 10658 10714 CDS_11 CDS 10820 11650 CDS_12 CDS 11737 12153 CDS_13 CDS 12571 12642 stop_codon_2 stop_codon 12640 12642 gene_3 gene 1 30073 33713 transcript_3 transcript 30073 33713 start_codon_3 start_codon 30073 30075 CDS_14 CDS 30073 31930 CDS_15 CDS 32525 32641 CDS_16 CDS 32887 33062 CDS_17 CDS 33236 33381 CDS_18 CDS 33695 33713 stop_codon_3 stop_codon 33711 33713 gene_4 gene 1 36710 44321 transcript_4 transcript 36710 44321 start_codon_4 start_codon 36710 36712 CDS_19 CDS 36710 36850 CDS_20 CDS 38185 38343 CDS_21 CDS 38443 38554 CDS_22 CDS 38821 38940 CDS_23 CDS 40392 40543 CDS_24 CDS 40642 40830 CDS_25 CDS 41483 41517 CDS_26 CDS 42009 42165 CDS_27 CDS 42597 42650 CDS_28 CDS 43109 43201 CDS_29 CDS 43286 43428 CDS_30 CDS 43750 43820 CDS_31 CDS 43916 43999 CDS_32 CDS 44197 44321 stop_codon_4 stop_codon 44319 44321 gene_5 gene 1 49377 51964 transcript_5 transcript 49377 51964 start_codon_5 start_codon 49377 49379 CDS_33 CDS 49377 49416 CDS_34 CDS 50285 50580 CDS_35 CDS 51611 51751 CDS_36 CDS 51872 51964 stop_codon_5 stop_codon 51962 51964 gene_6 gene 1 53195 56330 transcript_6 transcript 53195 56330 start_codon_6 start_codon 53195 53197 CDS_37 CDS 53195 53300 CDS_38 CDS 53721 53952 CDS_39 CDS 54127 54206 CDS_40 CDS 54909 55062 CDS_41 CDS 55209 55287 CDS_42 CDS 55577 55661 CDS_43 CDS 56046 56092 CDS_44 CDS 56166 56330 stop_codon_6 stop_codon 56328 56330 gene_7 gene 1 107798 110791 transcript_7 transcript 107798 110791 start_codon_7 start_codon 107798 107800 CDS_45 CDS 107798 110791 stop_codon_7 stop_codon 110789 110791 AUGUSTUS_tom_ugs de novo gene_8 gene 1 17248 14381 transcript_8 transcript 17248 14381 stop_codon_8 stop_codon 14383 14381 CDS_46 CDS 14504 14381 CDS_47 CDS 14772 14597 CDS_48 CDS 15523 14858 CDS_49 CDS 15913 15791 CDS_50 CDS 17248 16697 start_codon_8 start_codon 17248 17246 gene_9 gene 1 24579 21154 transcript_9 transcript 24579 21154 stop_codon_9 stop_codon 21156 21154 CDS_51 CDS 21737 21154 CDS_52 CDS 22017 21834 CDS_53 CDS 22233 22136 CDS_54 CDS 23674 22312 CDS_55 CDS 24288 24227 CDS_56 CDS 24579 24426 start_codon_9 start_codon 24579 24577 gene_10 gene 1 64298 58823 transcript_10 transcript 64298 58823 stop_codon_10 stop_codon 58825 58823 CDS_57 CDS 58861 58823 CDS_58 CDS 59825 59643 CDS_59 CDS 62794 62575 CDS_60 CDS 63123 62953 CDS_61 CDS 64298 64210 start_codon_10 start_codon 64298 64296 gene_11 gene 1 68978 67314 transcript_11 transcript 68978 67314 stop_codon_11 stop_codon 67316 67314 CDS_62 CDS 68978 67314 start_codon_11 start_codon 68978 68976 gene_12 gene 1 85059 81249 transcript_12 transcript 85059 81249 stop_codon_12 stop_codon 81251 81249 CDS_63 CDS 82466 81249 CDS_64 CDS 85059 84946 start_codon_12 start_codon 85059 85057 gene_13 gene 1 98125 90853 transcript_13 transcript 98125 90853 stop_codon_13 stop_codon 90855 90853 CDS_65 CDS 90933 90853 CDS_66 CDS 91114 91043 CDS_67 CDS 91426 91310 CDS_68 CDS 91718 91608 CDS_69 CDS 92064 91892 CDS_70 CDS 92229 92148 CDS_71 CDS 92466 92320 CDS_72 CDS 92696 92558 CDS_73 CDS 92931 92783 CDS_74 CDS 93284 93101 CDS_75 CDS 93444 93364 CDS_76 CDS 93637 93528 CDS_77 CDS 93793 93737 CDS_78 CDS 93960 93949 CDS_79 CDS 94236 94201 CDS_80 CDS 94386 94339 CDS_81 CDS 94609 94529 CDS_82 CDS 94757 94694 CDS_83 CDS 95138 95113 CDS_84 CDS 95326 95240 CDS_85 CDS 95444 95417 CDS_86 CDS 95633 95572 CDS_87 CDS 95938 95861 CDS_88 CDS 96143 96036 CDS_89 CDS 96302 96228 CDS_90 CDS 96525 96412 CDS_91 CDS 96690 96638 CDS_92 CDS 98125 98098 start_codon_13 start_codon 98125 98123 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 1873 2102 match_part 1.000 3599 3665 match_part 1.000 4969 5017 match_part 1.000 5340 5384 match_part 1.000 5696 5975 match_part 0.737 7044 7062 match_2 match_part 0.992 1894 2538 match_3 match_part 1.000 8051 8431 match_part 0.993 9274 9540 match_part 1.000 9893 9989 match_part 1.000 10370 10384 match_part 1.000 10658 10714 match_part 0.999 10820 11516 match_4 match_part 1.000 11523 11650 match_part 1.000 11737 12153 match_part 1.000 12571 12960 match_part 0.556 13757 13774 match_5 match_part 1.000 33288 33381 match_part 0.991 33695 33803 match_part 0.996 33944 34417 match_6 match_part 0.998 36451 36850 match_part 1.000 38185 38343 match_part 1.000 38443 38554 match_part 1.000 38821 38940 match_part 1.000 40392 40543 match_part 1.000 40642 40830 match_part 1.000 41483 41517 match_part 1.000 42009 42165 match_part 1.000 42597 42650 match_part 1.000 43109 43201 match_part 1.000 43286 43428 match_part 1.000 43750 43820 match_part 1.000 43916 43999 match_part 0.997 44197 44543 match_7 match_part 0.998 49010 49416 match_part 1.000 50285 50580 match_part 1.000 51611 51751 match_part 1.000 51872 52177 match_8 match_part 0.916 49011 49416 match_part 0.889 50285 50563 match_9 match_part 0.998 49013 49416 match_part 0.997 50285 50580 match_part 1.000 51611 51751 match_part 0.997 51872 52177 match_10 match_part 1.000 49062 49353 match_part 1.000 50479 50580 match_part 1.000 51611 51751 match_part 1.000 51872 52177 match_11 match_part 0.991 49200 49416 match_part 1.000 50285 50292 match_part 1.000 51719 51751 match_part 1.000 51872 52168 match_12 match_part 0.887 55235 55287 match_part 0.906 55577 55661 match_part 0.979 56046 56092 match_part 0.901 56166 56620 match_13 match_part 0.986 109202 109640 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 0.977 17298 16697 match_part 0.912 15913 15663 match_part 0.997 15467 15092 match_part 0.985 14989 14858 match_part 0.972 14772 14597 match_part 0.860 14504 14176 match_15 match_part 0.978 24743 24426 match_part 1.000 24288 24227 match_part 0.991 23674 23330 match_16 match_part 0.963 60019 59911 match_part 0.940 59825 59643 match_part 0.906 58753 58563 match_17 match_part 0.955 65670 65649 match_part 1.000 64360 64210 match_part 0.998 63699 63219 match_part 0.994 63123 62953 match_part 0.993 62794 62395 match_18 match_part 0.997 68538 67122 match_19 match_part 1.000 78710 77546 match_20 match_part 0.999 79515 78677 match_21 match_part 0.991 81619 80734 match_22 match_part 0.943 81562 81123 match_23 match_part 0.987 82359 81571 match_24 match_part 1.000 85214 84946 match_part 0.998 82466 81916 match_25 match_part 0.982 92059 91892 match_part 0.991 91718 91608 match_part 1.000 91426 91310 match_part 1.000 91114 91043 match_part 0.852 90933 90745 match_part 0.655 89314 89286 match_part 0.593 89125 89099 match_26 match_part 1.000 95583 95572 match_part 1.000 95444 95417 match_part 0.977 95326 95240 match_part 1.000 95138 95113 match_part 1.000 94757 94694 match_part 1.000 94609 94529 match_part 1.000 94386 94339 match_part 1.000 94236 94218 match_part 1.000 94079 94075 match_part 1.000 93960 93949 match_part 1.000 93793 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93364 match_part 1.000 93284 93101 match_part 1.000 92931 92783 match_part 1.000 92696 92558 match_part 1.000 92466 92320 match_part 1.000 92229 92148 match_part 1.000 92064 91892 match_part 1.000 91718 91608 match_part 1.000 91426 91310 match_part 1.000 91114 91043 match_part 0.986 90933 90712 match_27 match_part 0.998 98549 98048 match_part 1.000 97591 97514 match_part 1.000 97380 97336 match_part 1.000 97239 97099 match_part 1.000 97015 96940 match_part 1.000 96714 96638 match_part 0.991 96525 96412 match_part 1.000 96302 96228 match_part 1.000 96143 96036 match_part 1.000 95938 95726 match_part 1.000 95633 95572 match_part 1.000 95444 95417 match_part 0.977 95326 95240 match_part 0.875 94741 94694 match_part 0.988 94609 94529 match_part 1.000 94386 94341 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 1873 2102 exon 3599 3665 exon 4969 5017 exon 5340 5384 exon 5696 5975 exon 7044 7062 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 1894 2538 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 8051 8431 exon 9274 9540 exon 9893 9989 exon 10370 10384 exon 10658 10714 exon 10820 11516 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 11523 11650 exon 11737 12153 exon 12571 12960 exon 13757 13774 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 17298 16697 exon 15913 15663 exon 15467 15092 exon 14989 14858 exon 14772 14597 exon 14504 14176 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 24743 24426 exon 24288 24227 exon 23674 23330 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 33288 33381 exon 33695 33803 exon 33944 34417 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 36451 36850 exon 38185 38343 exon 38443 38554 exon 38821 38940 exon 40392 40543 exon 40642 40830 exon 41483 41517 exon 42009 42165 exon 42597 42650 exon 43109 43201 exon 43286 43428 exon 43750 43820 exon 43916 43999 exon 44197 44543 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 49010 49416 exon 50285 50580 exon 51611 51751 exon 51872 52177 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 49200 49416 exon 50285 50292 exon 51719 51751 exon 51872 52168 gene_11 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 49062 49353 exon 50479 50580 exon 51611 51751 exon 51872 52177 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 55235 55287 exon 55577 55661 exon 56046 56092 exon 56166 56620 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 60019 59911 exon 59825 59643 exon 58753 58563 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 65670 65649 exon 64360 64210 exon 63699 63219 exon 63123 62953 exon 62794 62395 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 68538 67122 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 79515 77546 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 85214 84946 exon 82466 80734 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 98549 98048 exon 97591 97514 exon 97380 97336 exon 97239 97099 exon 97015 96940 exon 96714 96638 exon 96525 96412 exon 96302 96228 exon 96143 96036 exon 95938 95726 exon 95633 95572 exon 95444 95417 exon 95326 95240 exon 94741 94694 exon 94609 94529 exon 94386 94341 gene_19 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 92059 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90745 exon 89314 89286 exon 89125 89099 gene_20 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 95583 95572 exon 95444 95417 exon 95326 95240 exon 95138 95113 exon 94757 94694 exon 94609 94529 exon 94386 94339 exon 94236 94218 exon 94079 94075 exon 93960 93949 exon 93793 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92783 exon 92696 92558 exon 92466 92320 exon 92229 92148 exon 92064 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90712 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 109202 109640 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.986 109202 109640 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 1.000 15845 15663 match_part 1.000 15467 15092 match_part 1.000 14989 14878 match_3 match_part 0.957 17300 16697 match_part 0.948 15913 15663 match_part 0.979 15467 15092 match_part 0.941 14989 14973 match_4 match_part 1.000 95582 95572 match_part 1.000 95444 95417 match_part 1.000 95326 95240 match_part 1.000 95138 95113 match_part 1.000 94757 94694 match_part 1.000 94609 94529 match_part 1.000 94386 94339 match_part 1.000 94236 94218 match_part 1.000 94079 94075 match_part 1.000 93960 93949 match_part 1.000 93793 93737 match_part 1.000 93637 93528 match_part 1.000 93444 93364 match_part 1.000 93284 93101 match_part 1.000 92931 92783 match_part 1.000 92696 92558 match_part 1.000 92466 92320 match_part 1.000 92229 92148 match_part 1.000 92064 91892 match_part 1.000 91718 91608 match_part 1.000 91426 91310 match_part 1.000 91114 91043 match_part 0.990 90933 90648 match_5 match_part 0.714 95423 95417 match_part 0.920 95326 95240 match_part 1.000 95138 95113 match_part 1.000 94757 94694 match_part 0.975 94609 94529 match_part 0.958 94386 94339 match_part 1.000 94236 94218 match_part 1.000 94079 94075 match_part 1.000 93960 93949 match_part 0.982 93793 93737 match_part 0.991 93637 93528 match_part 0.975 93444 93364 match_part 0.984 93284 93101 match_part 0.953 92931 92783 match_part 0.986 92696 92558 match_part 0.973 92466 92320 match_part 0.988 92229 92148 match_part 0.977 92064 91892 match_part 0.982 91718 91608 match_part 0.991 91426 91310 match_part 0.958 91114 91043 match_part 0.793 90933 90755 match_6 match_part 1.000 92573 92558 match_part 0.952 92466 92320 match_part 0.963 92229 92148 match_part 0.913 92064 91892 match_part 0.919 91718 91608 match_part 0.933 91426 91397 match_7 match_part 0.986 93807 93737 match_part 0.991 93637 93528 match_part 1.000 93444 93364 match_part 0.989 93284 93101 match_part 0.980 92931 92785 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 17300 16697 exon 15913 15663 exon 15467 15092 exon 14989 14878 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 95582 95572 exon 95444 95417 exon 95326 95240 exon 95138 95113 exon 94757 94694 exon 94609 94529 exon 94386 94339 exon 94236 94218 exon 94079 94075 exon 93960 93949 exon 93793 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92783 exon 92696 92558 exon 92466 92320 exon 92229 92148 exon 92064 91892 exon 91718 91608 exon 91426 91310 exon 91114 91043 exon 90933 90648 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 93807 93737 exon 93637 93528 exon 93444 93364 exon 93284 93101 exon 92931 92785 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLe0084H03.1 type gene exon 109202 109640 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1845 5762 transcript_1 transcript 1845 5762 start_codon_1 start_codon 1845 1847 CDS_1 CDS 1845 2102 CDS_2 CDS 3599 3665 CDS_3 CDS 4969 5017 CDS_4 CDS 5340 5384 CDS_5 CDS 5696 5762 stop_codon_1 stop_codon 5760 5762 gene_2 gene 2 8307 12642 transcript_2 transcript 8307 12642 start_codon_2 start_codon 8307 8309 CDS_6 CDS 8307 8431 CDS_7 CDS 9274 9540 CDS_8 CDS 9893 9989 CDS_9 CDS 10370 10384 CDS_10 CDS 10658 10714 CDS_11 CDS 10820 11650 CDS_12 CDS 11737 12153 CDS_13 CDS 12571 12642 stop_codon_2 stop_codon 12640 12642 transcript_3 transcript 8307 12642 start_codon_3 start_codon 8307 8309 CDS_14 CDS 8307 8431 CDS_15 CDS 9274 9495 CDS_16 CDS 9893 9989 CDS_17 CDS 10658 10714 CDS_18 CDS 10820 11650 CDS_19 CDS 11737 12153 CDS_20 CDS 12571 12642 stop_codon_3 stop_codon 12640 12642 gene_3 gene 1 30073 33713 transcript_4 transcript 30073 33713 start_codon_4 start_codon 30073 30075 CDS_21 CDS 30073 31930 CDS_22 CDS 32525 32641 CDS_23 CDS 32887 33062 CDS_24 CDS 33236 33381 CDS_25 CDS 33695 33713 stop_codon_4 stop_codon 33711 33713 gene_4 gene 1 36710 44321 transcript_5 transcript 36710 44321 start_codon_5 start_codon 36710 36712 CDS_26 CDS 36710 36850 CDS_27 CDS 38185 38343 CDS_28 CDS 38443 38554 CDS_29 CDS 38821 38940 CDS_30 CDS 40392 40543 CDS_31 CDS 40642 40830 CDS_32 CDS 41483 41517 CDS_33 CDS 42009 42165 CDS_34 CDS 42597 42650 CDS_35 CDS 43109 43201 CDS_36 CDS 43286 43428 CDS_37 CDS 43750 43820 CDS_38 CDS 43916 43999 CDS_39 CDS 44197 44321 stop_codon_5 stop_codon 44319 44321 gene_5 gene 1 44454 51964 transcript_6 transcript 44454 51964 start_codon_6 start_codon 44454 44456 CDS_40 CDS 44454 44500 CDS_41 CDS 48995 49416 CDS_42 CDS 50285 50580 CDS_43 CDS 51611 51751 CDS_44 CDS 51872 51964 stop_codon_6 stop_codon 51962 51964 gene_6 gene 1 53195 56330 transcript_7 transcript 53195 56330 start_codon_7 start_codon 53195 53197 CDS_45 CDS 53195 53300 CDS_46 CDS 53721 53952 CDS_47 CDS 54127 54206 CDS_48 CDS 54909 55062 CDS_49 CDS 55209 55287 CDS_50 CDS 55577 55661 CDS_51 CDS 56046 56092 CDS_52 CDS 56166 56330 stop_codon_7 stop_codon 56328 56330 gene_7 gene 1 80997 81233 transcript_8 transcript 80997 81233 start_codon_8 start_codon 80997 80999 CDS_53 CDS 80997 81233 stop_codon_8 stop_codon 81231 81233 gene_8 gene 1 106921 113610 transcript_9 transcript 106921 113610 start_codon_9 start_codon 106921 106923 CDS_54 CDS 106921 106928 CDS_55 CDS 107917 110735 CDS_56 CDS 113471 113610 stop_codon_9 stop_codon 113608 113610 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 1 17248 14381 transcript_10 transcript 17248 14381 stop_codon_10 stop_codon 14383 14381 CDS_57 CDS 14504 14381 CDS_58 CDS 14772 14597 CDS_59 CDS 14989 14858 CDS_60 CDS 15467 15092 CDS_61 CDS 15913 15663 CDS_62 CDS 17248 16697 start_codon_10 start_codon 17248 17246 gene_10 gene 1 24579 21154 transcript_11 transcript 24579 21154 stop_codon_11 stop_codon 21156 21154 CDS_63 CDS 21737 21154 CDS_64 CDS 22017 21834 CDS_65 CDS 22233 22136 CDS_66 CDS 23674 22312 CDS_67 CDS 24288 24227 CDS_68 CDS 24579 24426 start_codon_11 start_codon 24579 24577 gene_11 gene 1 63506 59687 transcript_12 transcript 63506 59687 stop_codon_12 stop_codon 59689 59687 CDS_69 CDS 59825 59687 CDS_70 CDS 62794 62057 CDS_71 CDS 63506 62953 start_codon_12 start_codon 63506 63504 gene_12 gene 1 68978 67314 transcript_13 transcript 68978 67314 stop_codon_13 stop_codon 67316 67314 CDS_72 CDS 68978 67314 start_codon_13 start_codon 68978 68976 gene_13 gene 1 79297 77906 transcript_14 transcript 79297 77906 stop_codon_14 stop_codon 77908 77906 CDS_73 CDS 79297 77906 start_codon_14 start_codon 79297 79295 gene_14 gene 1 85059 81249 transcript_15 transcript 85059 81249 stop_codon_15 stop_codon 81251 81249 CDS_74 CDS 82466 81249 CDS_75 CDS 85059 84946 start_codon_15 start_codon 85059 85057 gene_15 gene 1 94032 90853 transcript_16 transcript 94032 90853 stop_codon_16 stop_codon 90855 90853 CDS_76 CDS 90933 90853 CDS_77 CDS 91114 91043 CDS_78 CDS 91426 91310 CDS_79 CDS 91718 91608 CDS_80 CDS 92064 91892 CDS_81 CDS 92229 92148 CDS_82 CDS 92466 92320 CDS_83 CDS 92696 92558 CDS_84 CDS 92931 92783 CDS_85 CDS 93284 93101 CDS_86 CDS 93444 93364 CDS_87 CDS 93637 93528 CDS_88 CDS 93793 93737 CDS_89 CDS 93960 93949 CDS_90 CDS 94032 94006 start_codon_16 start_codon 94032 94030 gene_16 gene 1 98125 94063 transcript_17 transcript 98125 94063 stop_codon_17 stop_codon 94065 94063 CDS_91 CDS 94079 94063 CDS_92 CDS 94236 94218 CDS_93 CDS 94386 94339 CDS_94 CDS 94609 94529 CDS_95 CDS 94757 94694 CDS_96 CDS 95138 95113 CDS_97 CDS 95326 95240 CDS_98 CDS 95444 95417 CDS_99 CDS 95633 95572 CDS_100 CDS 95938 95726 CDS_101 CDS 96143 96036 CDS_102 CDS 96302 96228 CDS_103 CDS 96525 96412 CDS_104 CDS 96714 96638 CDS_105 CDS 97015 96940 CDS_106 CDS 97239 97099 CDS_107 CDS 97380 97336 CDS_108 CDS 97591 97514 CDS_109 CDS 98125 98048 start_codon_17 start_codon 98125 98123 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 113 51632 51952 match_2 match 200 49092 49418 match_3 match 181 50281 50580 match_4 match 113 51632 51952 match_5 match 181 50281 50580 match_6 match 79.3 40654 40863 match_7 match 125 43106 43429 match_8 match 97.4 40388 40543 match_9 match 79.3 40654 40863 match_10 match 125 43106 43429 match_11 match 97.4 40388 40543 match_12 match 140 10658 11653 match_13 match 92.8 11734 12153 match_14 match 107 9275 9541 match_15 match 140 10658 11653 match_16 match 92.8 11734 12153 match_17 match 107 9275 9541 match_18 match 682 30199 31929 match_19 match 115 32886 33065 match_20 match 70.5 40654 40863 match_21 match 95.9 40391 40543 match_22 match 70.5 40654 40863 match_23 match 95.9 40391 40543 match_24 match 120 49173 49418 match_25 match 164 50281 50580 match_26 match 117 49173 49418 match_27 match 155 50281 50580 match_28 match 116 49173 49418 match_29 match 153 50281 50580 match_30 match 116 49173 49418 match_31 match 151 50281 50580 match_32 match 108 43106 43429 match_33 match 106 51632 51952 match_34 match 198 49092 49418 match_35 match 177 50281 50580 match_36 match 198 49092 49418 match_37 match 177 50281 50580 match_38 match 198 49092 49418 match_39 match 177 50281 50580 match_40 match 117 49152 49418 match_41 match 150 50281 50580 match_42 match 117 49152 49418 match_43 match 150 50281 50580 match_44 match 119 49173 49418 match_45 match 145 50281 50580 match_46 match 109 51632 51952 match_47 match 198 49092 49418 match_48 match 177 50281 50580 match_49 match 109 51632 51952 match_50 match 198 49092 49418 match_51 match 177 50281 50580 match_52 match 112 51632 51952 match_53 match 197 49092 49418 match_54 match 181 50281 50580 match_55 match 197 49092 49418 match_56 match 181 50281 50580 match_57 match 113 53720 53953 match_58 match 114 51632 51952 match_59 match 192 49092 49418 match_60 match 177 50281 50580 match_61 match 112 53720 53953 match_62 match 112 53720 53953 match_63 match 115 53720 53953 match_64 match 115 53720 53953 match_65 match 1165 107798 110764 match_66 match 125 49173 49418 match_67 match 159 50281 50580 match_68 match 154 10658 11653 match_69 match 97.1 11734 12153 match_70 match 566 108233 110764 match_71 match 114 49173 49418 match_72 match 154 50281 50580 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_73 match 772 68978 67416 match_74 match 342 68951 67437 match_75 match 353 68930 67437 match_76 match 348 68951 67440 match_77 match 120 68723 67593 match_78 match 359 68927 67443 match_79 match 284 68882 67443 match_80 match 67.0 60042 59905 match_81 match 79.7 59819 59664 match_82 match 35.8 60163 60101 match_83 match 67.0 60042 59905 match_84 match 79.7 59819 59664 match_85 match 35.8 60163 60101 match_86 match 67.0 60042 59905 match_87 match 79.7 59819 59664 match_88 match 35.8 60163 60101 match_89 match 285 68897 67443 match_90 match 281 15481 14855 match_91 match 244 17236 16652 match_92 match 141 15913 15662 match_93 match 75.1 14503 14384 match_94 match 115 14772 14587 match_95 match 278 15481 14861 match_96 match 244 17236 16652 match_97 match 141 15913 15662 match_98 match 222 62763 62059 match_99 match 101 59819 59613 match_100 match 39.3 60163 60101 match_101 match 81.6 60042 59908 match_102 match 771 68978 67410 match_103 match 178 82469 81378 match_104 match 97.8 93814 93527 match_105 match 106 92469 92149 match_106 match 111 96308 96036 match_107 match 48.5 96525 96412 match_108 match 33.9 96715 96638 match_109 match 84.3 93286 93101 match_110 match 86.7 92065 91889 match_111 match 63.2 92934 92782 match_112 match 79.3 92698 92558 match_113 match 47.4 93443 93366 match_114 match 141 95944 95723 match_115 match 45.4 95639 95571 match_116 match 97.8 93814 93527 match_117 match 106 92469 92149 match_118 match 111 96308 96036 match_119 match 48.5 96525 96412 match_120 match 33.9 96715 96638 match_121 match 84.3 93286 93101 match_122 match 86.7 92065 91889 match_123 match 63.2 92934 92782 match_124 match 79.3 92698 92558 match_125 match 47.4 93443 93366 match_126 match 141 95944 95723 match_127 match 45.4 95639 95571 match_128 match 288 68978 67452 match_129 match 348 68957 67443 match_130 match 143 82469 81873 match_131 match 303 68963 67437 match_132 match 311 68978 67443 match_133 match 292 68723 67560 match_134 match 290 68720 67434 match_135 match 303 68972 67434 match_136 match 107 21900 21196 match_137 match 789 68978 67356 match_138 match 294 68978 67440 match_139 match 202 79222 77921 match_140 match 339 68951 67437 match_141 match 299 68957 67560 match_142 match 345 68960 67443 match_143 match 786 68978 67332 match_144 match 250 82469 81258 match_145 match 282 68960 67443 match_146 match 296 68873 67434 match_147 match 312 68882 67437 match_148 match 264 68855 67443 match_149 match 280 68969 67443 match_150 match 246 68873 67464 match_151 match 435 68876 67428 match_152 match 436 68960 67428 match_153 match 561 79246 77912 match_154 match 283 68978 67452 match_155 match 258 82469 81252 match_156 match 639 68972 67443 match_157 match 303 68960 67560 match_158 match 58.2 59819 59664 match_159 match 35.4 60163 60101 match_160 match 52.4 59988 59905