C02SLm0065M14.2 TAAACGCAAAGAGTCCTTTAAAAGCCAGACTATATTACATAAATTCTATCAGAATGTATT AGGTGGAAGCAAAAGCAGCAAAAGTGAAATAATATTTTTCCCAATTTTCATTTCAAGAAG ATGACTCCATTCATTTCAGATGCTCCCATATTACCCCTTAATTAGTCCCTTTTTTTTATA GGAATGATTTGACATTAAGACCAAAAGATCTAAGGGTTTCTTTTGGTAAGACATTTATAT TTAGCGTATGTGTAAATAGTATTTCTTTCTCAAATACTGTCATATAAATAACAAAAAATG AAGGAGTATGTCAGAAGAGGAATGTCCCTAGGAATTACTTTGAGACGCCAACTTTCAATT ATAATCACCAACACCATTGAATATGCAAAACTGAGAATGAATGAAGAAGAGTAAATTTGC AGTTGAAGAAATCAAACCTTAAATTTCTTAGACCCCACCAAAGACAGTATAAATATTTTG CCAAGAACGATGATGAAGCCACTTCATTAGTAAAGGCATCAGCGAAAATTCCAAACTTAA AACCAGAATCTTCATCATTTACAGCATCACATTTCTCAAGCACTCGTGTGCTGTTTCGCC AGTAATCGCGTATATAACTATCCTCATCAACATTGTTACAGTCCAAAAATTCAAGAATGC AGGGTGGAACTGCATCACGCTCCTTATTACATTCAATTGCCCAGCAAGAGAATTGTCTTC CTATAGATGCCACGTACCAGGAAGCTCCTGCCACCTGCACACAGAAGAAAAGGCGGCAAC AATTCTCAAACCAGGTCTCAAATAAATTATTACGAAATAAAAGGAAATGGGAAATGAGCG TTTACATGACTTGCTAACATGAACAGAAGGAGATTATAAGCTGCTCCTGCCCAGGCTGTT TTAGCAATAAAACCTGTAGTTTTGATAATCTGCTGATTTAATGGGAAAATAACGAATAAC CTTGGCACATATTGTATGAGAACGATAAGTGCAAGTGTACTTTTGGAATGACCCGAACCA TTTCTTTTGGCTGCTGGGATTACATAGCGAATAACAATCTGCAATGGCACTATTAATTAA AAATAACAATAATAAAAGTAGAGTATTAAACTAAATGGATATGTACTGACTTGAGGCAGG GGAAGAGCAGCTGTAAAATCAACGATGAAATCAGTTTTGAGATATCGTATAGCAATTTCA CGGGGATCCATAACAAGCTCACCCCGGCCGAAAACCCTAGAGCTAGGAGCAACAAAAGCT GTGCGGAACTTCATGGCAATGTGAAGGAAGTAAAAGATGTCGGTGAGAGAACGATAGATG GTAATTTCACGGGCGGCTTCGTCATCAGTGGACATACAAGCTCTATCGCTGACGAAAGGT ACGTAGAAGTAGAGTGGATCGATGAAAAGAGAGATGAGACAGGTAAGGAGGAAGACATAG TTCCAGCGATTGACGATATCGCTGTTTGGATCGAGAATTTGGCGCCACCATGGCACATCG TTCGAAAATGATTTGTTCTTCAAAGATTGCTGTAAATGACGGAGGTGAGACGCCGGCTTT GCAAATATTCTAGTCATCTTCCATGGCGGAGTCCGATATCAAAATCGGATTCCGGAAGAT TGTCTCTCTTCTGGAAAACACAACAGATTCCAATAATTTTTTTGTATTATGAATGAAACA GTGAGTGAAAATTAGCGCTAGAAAAGAAGGAAGAATGAATTAAGAGTGTTCCATTGAAGC TCCTTTTTTCATCAAAGCTTCCTTTACTGCCATTGAAAATTGTGTGAGGAAAACCTGTGA CTTCGGAAGGTTGTAGGATTTGGTTAACAACACATGTCAAAGTTTCAAATACAGTATTAA TTAAAATACTTAACATCCTAATCATCATTAGAATTGATTTATTTTCTTCAATAAGCATTA TTTCATCATACTGGAAAAAAAAAAGCGGGAAATTAGGTACAATGAAATGGGCTTACTAGT GCGACCACGAAATGGGCCAGGCCCCATTTGGATTCCTTTTCTTTTCTTTGGGTCTTTCTT TTGTGACATAACCTCACATACTTTACTATCATATATACGTATTACACGTAATCTCTTAAA TATAATCTCTTTAATTAACGGGATACTAAAAATTCAAAAATTATTATATCTCACCTCACA TCAGCGATTCCTTCCCCAATCTCATTAACCTCCACAACCCATGTAATCCACTTCTTCCTC AAACATTGTCCTAAGTTAACAACCAATTTCTCAATATTAGCAATACATAAAAAGAGGTAA GATTTTCTTTAGGTTTTCGATTTTCTAATGCATCTCAAATTTATACATTTTCATGTATCT AGGTTGGAGTTTCTCTTTTTCTAAAGTTCGATACTAGTTATTTCATTGCTTGAAGTTGTG CTATATCCATAGAGCAATGTCTCAAAATTTCAAAAATACTAAATAAATGTGTGTAATATT AATTTAATTAATCAAGTATAAATTTTATACGTTATATTAAAAATATGTATCTCGCATTAT GTGCATCTAATATGTAATATACGAGAAGAAAAAGCATATGCATCTAATTATGTGTATCTA AATTTCATAGGTTACATCAAAAAAAAAACATGAATCTCAATTAGATAGTAAACATATACA TCTAATTATGTGTGTTCTAAATATGAAATGTAACTGAAAACACATAAATTTAGGAACAAA TAAATATCTGTAGAGTATCTATCTTATAGATGTGTTTAGATTCAATGGACCTCCGTTCTC TTTTTTTCATTTACTATTAAATATTTTAATAGCAGAAGTTTTTTTTTTTTTTCAAAACTA TACAAATTATAGTTAATACCTCAGATGGTTACTCAACTATGCACTTCTCTCTTATAAAGT CACTCAACTTTGAATTTTAATTCAAAAGTCACTCAAATATTAACTCTTCCCTCAAAAAGT CACTCAACTTTGAATTTTAACTCAAAAATCACTCAACTATTAACTATTCCCTCAGAAAGT CACTCAATTTATTTAATTATTATTTAATTAAAATTTGCTGATATTAATTGTTTATATAAC AAATCAAAAAAAAATTAAAATAAAAAATATCATTTAAATCATTTAGTGATCCACCCAATT AACCCGATCTATTAAAAAATATAATATAACTCATTTTATTTTGTCCTTAATTCTAAATTA GTCCCTCAAATGGATGTAAACTCCAAGAGATTTACATCTCAATCTTGTTATTCTTACACC TATTGGATGTACATTCCTCGTAGGAAGGTCATACATACAGTTGTGTAGAAAGATGTTGTC ATAGCCTCGGGATATATTTCAGTCTTGACAAAGAGTAGAACAACTAATTAAGCATATGCT CTCACCATTACATACTAATATAGTAATGATATTGATGCAACATGAAATAATGTTCATTCA AATAAACATACTTCACAAGCCAGTAAAGATTCCCTAGATAAAATGATCTACTTTGTCAAT TTAGGATCAAGAGTGTGTTTGGTATGAAAGAAAAACGTTTTCCAATTTTCTAATGTTTGG TTGGGACAAAAGTTTTGGAAAATGTTTTCCAAATCAATTCATTTTTCTCAAAATTAAAGA AAATGTCTTCCCTTCAAAAATAAAGGCTAATTTTAAATTACATTTTTTTTTTGAGAAAAA CATCAATTTTAAAAAAAATATTTTCAATTTCAAAATTTTATTTTTCCACCCAATCTCTCT GACCACCCTCCCCCCTCCCCTAACACCACCCCCTCCCCAAAAAATTAATTTTGTTTTTTA AAAAATATTTTCAACTCCAAATTTTTATTTTTAAGCTCCTACCTCCCCCCCCCCCCCGCC CGGCCAACCCCCCTACCCACCCCTACCAGCCTCCTCACCCCCAACCCCAATTCCAAAAAA AATAATTTTTATTTTTTAAAAATACTATCAACTTCAAATTTTTATTTTTTAACTTCTACC CCCTCCCTCTGCCCCCCCCCCCCACCCCCTATCACCACCACCCAAAAAAATTATTTTAAA AAATATTTTCAATTTCATAAATTATTTTGTATTCTAGCAAAAATAAAAGATGTTCCTCAA AAATATTTTTCATTCATAAATCAAACACTAAAAATCATTTTCGAAAAATATTTTCTACTC ACCAACCAAACATGAGAAAATAAGTCCAAAATCTTCTTGTTTTCCAAGAAAACATTTTTC ATGGAAAATATTTTCCTTCGTACCAAACACACCCTAAGAGCAAAATAAAATGAGTCATCG GATTAAGTAGGTGGATCACTAAATGGTATTTTTGATTTTTTAAAAAAATTGTTTTGTGAT ATAAAAAAATAATATCAGTAAATTTTAAATTAAAAAAATAATTAAATAAATTGAGTGACT TTCTGAGGAAAGAGTTAATAGTTGAGTGTCTTTCTGAGAGAGAAGAACATAATTGAATAA CTTTTGAGTTAAAATTGAAAGTTGACTGATTTTATAAGAGAAAAGTGTATAGTTAAGTGA CCACATAGGGTATAAACAATCATTTTTTGTGATAATCTTAATCCAAAATATATACAATCT TGAATGAATTTATTTCCACAAAAGTGGTGCAAAATTGGTAGGCCACTTGATTTATAAAAA GTGAGAAATGATGCATGGAAGATATGGTTTTGATACGTATACAAAATTAAATAAAGATGC TACACGTTTCCTACAACTTTGTTTCTTTCAATACTCACCATAATTCATTGATAGCGATCG ATGTTTTTTTTCTAAAAAAAACATCCCTTTACTTCTCACGTACACTATTATTTGATCTTA ATTATTAATATCAATTAATTCAATAATTGGTGTTTATTAATCCATCTTTATGTTGTTTCC TAATACTTCTGTAACATAGTTAAATCAAACTTATCCACACTTGCTAGCTTGTTTCATGCA CTATGTTGTTTGATTGCAAATGACTGAATAATAAGTAGTACCTTGGCTTCGTTATTGTAC ATATTAAATCCTTACTAGTAATATTTTATTTACTCTTAATACAAATAAAATAACAATATT ACTCTAGGCAATCACTTTTTTTTAACCGTTTAATATATCATAGTATTATTTGATTTGAAT AATTAGTTGTTATTTACTCTATAATTCAATTTCAATGTACATGTTGTGTTAGCAAGGTTC TAGGGATGGAATCGAGAATCTGTTGATTTATTCCAATGATGACTTGATTTCTTCCAAAAA AAAATCGTAGCATAGTTATTCGTTTTAGCAGCCAAATTGAACTTCTCAAGAAATTCACGG CTCAAATTATTTGTGGTGTTTTTCTATTATATATTTACTTCTAATAAAATTTTAATTATT TGTATATTTTTTTAATGTGTTAAAATAATAATAATTATAGTATTTCTTTATTAAATTCTT ATACTTTATTCATTTATGTTATTTTCTCAGTAATTAAGGTCTTTATAGTAATAAAACTAC AAAAATAATCAATGTTGTGTTAAAATTTTATTTTAAACCGATATTATTTGAAACGAGGGA ATATAATATATAAATATTTAGGATATTTACACGCATATTTATTTGGTTTTAAGTGATGGA TGATATTTTGAATTGATCTGATAGCAACAAAATCGAGTTGGGACACGTTACCTTTCAACT ATGTGACCTATACAAGGCACTACATAAATCCGTCCATGGCGCTACTGTCCCACGTAAACT TTATTCCAAAATATTAAATAATATTGTTAAAAAATAAAGAGTCAAATTATTTAATTAATA ATAGTTTTTGAGTTTTAAAAATGTTATAAATTATAATATTTTAAAGATATATAAAAATAT TACTACGAAGGAATAATATAATTATATTATAGAGTACTTTTTTGGAAAAAGGAAACAATA GTATCATATGTTGATACTCTGATCTCATCTTCAAACTCACTTATATATATAAAAAGAAAT AAAAATAAATAGTAAAATATTTAAATTATTGCAGATTGGATTGGTCATGCAACTGAATGT TTCCACTAACTCTTTTTATTTTCCTCCTTTTTCTTCGCCCTTTCATAACTCTGTTTAAGC AATTAAGGGTATGTTTTGGTCAAAAATATTTTCTCAAAAAAATAAGTAGGTATTTTACTT ATTTTTTCATGTTTGATTGGTGAGTATTGAGCAAAAAATATTTTAGTATTTGATTTTTGA ATGAAAAATACTTTTGAGAAATATTTTAATTTTTTATAAAGTAGAAAATAATTTTTAGGG AAAATGGTCTGATATACCCCTCAACTTTGTCATTTAGAGCTGATATACCCCTTGTTATGA AAGTCAAAAAATAATTTATGTATGAAAAAAATTAAAATATACTTTGAACTTTGATAGAAG AATCATATATGTCCCTAAATAATTTTTTAAAAAAAATTAAAAGTAATAAATATAAATTTA AAACTAATCTTTTAACTTCCGTTAAATAAAGGGTATATATGAGCCATTTTGTAACGACAA GGGTATATGTGAGCCGTTTGTATAACGGTAAGGGCATATATGGGCTACTTTTATAATGAG GGTATATCAGCTCCAAATGACAAAGTTAAGGGGTATATCAGACCTTTTTCCCTAGTTACA ATAAAAGAAGTCAAAAAATAATTTATATATGAAAAAAATTAAAATATACCTTGTACTTTG ATAGAAGAATCATATATACCCCTAAATAATTTTTTTAAAAAAAATTAGAAGTAATAAATA TAAATTTAAAACTAATTTTCTAACTTCTATTTAAATGAAGGGTATATGTGAACCATTTTT TACGGCAGGGGTATATGTGAGCCGTTTGTATAACGGTAAGGACATATATGAGCCACTTTT ATAACGAGGGTATATCAGCTCCAAATGACAAAATTGATGGGTATATTAGGCCCTTTTCCC TAATTTTTAAGATAATTTTTTTAAAACAAACAAACTTAAAAAAAAGAAATTGTGAGTGGG TGAGGGGCTGATAGGGGGCTAGTGGGGTGGGGTGGAAGTCAAGAGTAAGAGTGAAAAAAT AAAATTTTAAAATTTAAAATAATTTTTAAAGTAAACTTAAAATATTTGTAGGGGTAGGAG GGGGGTGGTAAGGGAGTGGGTTGGGGGCTGATAACGTAGGTGGGTGGGGCGAAGGGATGG TAGGGGTGGGGTGGGGACTGATAAATGAGTTAATATGAAAAATATTTTTAAAAAAATTTA ATCCAACCAAACATCAAAAAATTAAAAATATTTTTCTTTGTATCAATCACATCCTAATTA TTTTATTTTATTCTGACTATACCAAAGTTTTTCCAATAATTTCGTGTTTCATGCCAATTG TGAACACCCCATTAAATTTATCAAGAGTCGCTACTCGCTAATAAATAATACTGTCAAATT TGATTTTTTAAAATATCTTTTTAGGTACTATTTTTTAAAAAAGAAAGTAAATAGTTGAAT AATCAATTAAATTTTCTTTTATCGATATTAAAACAAGACCTTGTGCTCGTTTAATATTTC AAAAATACTTTCGAGGAAAAAACTATTACTATTTTAAACTTTTGAAAAAACAGCTCTGAA TTTTATTTTAAATAGATTAATTAATTTTTCAAAAATTCAGTCAAATTTTAAATAGATTAA TTAATTTTTCAAAAATTCAGTCAAACTAACTATTACTTCCTAAATTCGCCGGCCAAAAAT TTTGACTTTGAATATTCAGCTTTGTTAAGAGACAAACATGACATCTTCTGGGAAGATGCT CGCAAATACTACCCAAATTTTAAATAAATTAATTTATTTTAATTAATTAAATTAACTAAT GAACATTATTTCATTTTTCTATAGTAATTAAATTTGTATTTTCAATGCTACTAAGGAAGA AATATAAAAAATACTTTTTTTTATTTTTTAATTTTGTGAAACGATAAGTACTAATCTATG TTTAGTAAAAAGTAAGAACGATATATTAATAGAAATTAAGGGAATATATATAATGGGTAT AAATTTGCTCGCTTTTATGTAATTAAAAATAATTTAGTAAGTTACATGCCCTAGTTTAGT GGTTAATGCCACTAATTAAGCTAAACAAAATATGTTGAATCTGGTGATGGCCGGCCAGTG TTAGGGCAAACTTCAAGAAAGTAGAGTTACCTTAATCTTGTCGAACGCCTGTTTTCTTCC TTAAAATACTCATTAATCTTCATAAACAAATTAGTATTACTACAAGATTTAAAAAAAAGG TAAATTGTTGAAATTCTCTTTATATTTATGATTTCTTATTAAAGAAAAACTGAAGGAGTA ATATAAAACGAAACGAGGATAAGTAATAGCATAATTTCTATTTTTTCATAAATTAAAAAA ACAAACAAAATTGAAACAGTTAGAGTGCTAAACATTCTTTCTTATTTTCTGCTTTTCTTT GATTTACATAATTTTGTGGATCAAGGTGGAAACACCACTAGAACTAAAAAGAAAATCCCC ACCACTTCTTCAAAAGTTAAATAAATGGAAAAGGCTGAGCACTGAAACACTAGCAAATAT GCAAAGCCTCATTTTTTTTTATTTTTTTGTGGCCAAGAACCTATTTAATTTTGTTTTCTT TGATCATGGAAAAAGCAAATTGCTTGTCCAAATACTTAGAAGGAGAATTTCAAAGTACTA GGTCTTTGCAAAAATTGACAAATATAACTTATAAGTGTAAAAAATATTTGGTATAGTATC CAAACTTTTCAATCTTCAATTTTCAAAATAAGATCGGAGTTAAAATTTAAAATTTATGAA TTTTGAATTCCACACTTATTTGAATATATACAAATTTTTCATATTTAATATATGCATAAT ATATATATTTGATTCTAAACTTGGTTTCAAATTTTAACTATTCTACCTTTAAATAAATAA ACACACAATTTTTGAAGCCTAAGAGATCAGTGAAATGCAAACGCTCCATGTGTATTAGTG AGTCACCCAATAATTGCTGACTAATTTAATGTTTTATAGGTCCATTTTAGAATTAAAATG AGATTTTGATTGGAAATATAAAAATATAAATAAAAGGAATTCATTAAGGATAGCATTGTC ATTTCAACATTTTTTTTTACCATTGTGAGCCTCAAAATTTCTTTTAATTTGCGCAAAATA TGTGCACATCACGCGTTTTGCTACGTAGAACTCACATGTTTATTTATTAAAAGTTTAGAT AATTAAATTCTTTTTATGCACCGTAAAAATTAAAAATTAAAATTAAAATTTAAAATAAAA TTTAGAGTCTAATATTACAAGCCAATAATATAATAGCCACCCTATACTCCAAAATTATTT GATTTTTGAAAATTCTCATTTTATTTTTTTAAAGAAAGGATGATAAGTAGTCGAGTGCAA GCTAAAGGTGCTTTATAGGTAGGGGCCATATAGGATTACTTGATAGCCCCCTTTCTTCAA TTTAGTTTATCAATTTCCTCTCTTGAAGTTTCCAATCCTAAAAGTTGTGGTCCACAATTT ACATAAGCAAACAAATTTGCCCCAATTTAATCGTCACTTCGCATTCACATATTTCAACAT CCATTAAGATAAAAAAACTTTGCTTTATTTGTGGTGCTCATGTCACATAAGTGTCAAAGA TTATCACTCGTTATATTAATCATATATTAAATGACTCGATTGAGATTTTTATATAAATTA GCTCAAGTTTATTTTATTCTCATTTAACACATTTGGGTAATATTATTATAGACATATAAG TACATGACTGCCTATCTATAACTTGTCCAAACGTCATAAATAACCTAAGTACTCAAATAA TATTCGTCGTATGAATATATTACTTTTAACCTTCAGTTAATTTGATCATCTCAAGTCTTA TTCAACTCATATAGACAACATTGTTAGTTTTACTGTCAAACCTCGATAAACACATAGTAA TTCAAAAAATTAGGAAGACAATTTATTAGCTCATAGAAATTAACTATAAAACTATTACAT GTATAAATTTAAAAGAACAGATGTTTACTTCAATCATCTTTTTTAAAGAGGAGTGTCATG AATATTGAGATTCGTTTGGCATATAATATTTCAATTTTCATAAATGTAGAAATATTTTGT ATTTCTACATATTGGTCCGACAATAACCGATCACTTCTCTTTCCTCATTGTCTATTCTCT CTCTGTATAATTTTGTTTTCTATGAGTCTGATCTACTTTTTATTTTTATTTCTAATATAG CAGCATATAACCACATTCTTTCTTGTAATTGTCATGTCACCGTCCGAGCCAACTCCCTGA GTTATTATGTCGCAAAATATTAGAAATCACAATAAATTATGTAGTTTGAGGTGTGTCGAT TTAATTCGATATAAATTTTAAATCTGAAAGAAAATGCAGCAAAATAAATTTAAAGCTGTT TTTCCTCCTCCTTTCATGAGCATTTGAAAAGTATGAATAGAAAAACATACTATTCAAAAC GTCGAATGGTAGTAAAATACCATAAAAGACTAATAAAAGTCACTTATATTTAAAACAATT TAGTAGAAGTTTTAAACTTTGCCATAAGTTATTTGACCAACTATAACAGCATATGAACGC TGTCATATTTAAGGCTGATAAATGAAAATTCCGTTTTTAACACTTTCTCCTTTTATTTTA TTAAAAATAAAATTTAACTTATACACATAAATATTTGTAATTTGGATTATAACATAGTAT ATTTGAAAGAAAGAAAAAAAAATATTTGCTTATGGTGCAAATGAAGGTTGCTTTCTATGT CCAGTGCGATATGTCAGAATATCAGCTAATTTGGTGCCTCCTGTCAATACATTCATTCAC TGACAAATACTCACTCACCCCACCTTCTTGCTCTGCACCTTACTGGTAAATTTCTTACCC TCTACCTGGCCCCCACTCAAAAATATTCTACGACTCCATTAGAGAAGCTCCAGCCAAGAA ACAAAAGTGGGTGTGGTAGATAACCCAAATCTCACACATTAATATGGATTGAGGCCACCC TTCTTGTTTTGAAAGTATAATATTGGGTTCTTGTCATATAAAAAGTTGAGATTTTTATAT TCCATTGTGTGATATTAATAAGGATTAGTGTCACATATATGTATATATATTTTTTGTCAT CATTTATTCCATTTGTATAAAAAGAAAAAGCAGCTACTTCCAATTTCCCACCAACTTTTT GTTCCTCGTCCCAATACTATCATCTTTGTTTTTTTCCCTGTGGTGTTTTGTGTCTGTCCC TTTGATCTTCTTTCCTGTGGGTCACTCAATTGCTCAGTCCACTCATAAAATTCTTGGATT TTGCTTCCAATATCTTCAAATTAAGGGAACCACTACCCATTTATTGGGTCATTAATTTCT TCAAGATTATAGTATGAGCTTCTCTTCAAGTGTTTGATAACTCCAGTAATGGATATTGAA AGTTGGGGCCGTCAAAATCCCATAAAGGTCAGAACTTTGCCAATATTATGTTGCCCATGT TTGAAAAAAAATTGAGGTTTTGAGTCATTTTTGATAATCCAATTTTGTTGCAGAAAGAAT CATGGAGGACTGTAATAGCTTTAGCTTATCAGAGTTTAGGTGTGGTTTATGGAGATTTGA GTACTTCACCTCTATATGTATACAAGAGCACTTTCGCAGAGGACATTCAACATTCTGAAT CTAATGATGAGATATTTGGAGTTTTATCATTTGTGTTTTGGACATTAACTCTTATTCCAT TGTTAAAATATGTGTTCATTGTGTTGAGAGCTGATGACAATGGTGAAGGTGGGACTTTTG CCTTGTATTCCCTGTTGTGTCGATATACCCGGGTTAGCACTTTGCCTAATGGCCAATTGG CTGATGAGGATCTGTATGAGTACAAGAATGATAGAAATTTATCAGCTGATAGGATTGGGA TGAGCTTGAAATCAACTTTGGAGAAACACAGATTTTTGAAGAAAATTTTGCTCATTTTAG CATTGATTGGTACTTGTATGGTTATCGGTGATGGAGTCCTTACGCCTGCAATCTCAGGTA TATATGATCAGAGATTTCAATATGTGTGTGAAAAATCATTAAATTTTTACAATTATCATG CTGTGAACCTGTAATCATAAAAGTGCAATGAGTTCAGGGGTAGGTTGAACGATCAAATTT AAATTCTGGATCTGCCTCGTGTATAATGCTTGTTTGACTTAGTTTATTGCCAGATTGGAG ATGTGATCTTGCTGATAATTAACCCTTTTTTTAATCTTATTTATGGTGCATTGAATCTGC AGTGTTCTCTGCTGTCTCTGGACTAGAACTTTCAATGGCAAAGCATCATCACCAATGTGA GTCCATATCTTTTGGCAGATCTGTTGTTCCCTAATGGCCCCCTTGCCCATATCCCTTGGT GAAGAAAATGAAGAATCATAAGTCATATCTATTATATTTTACAGCTTTCTTCCATATTAT TAAAAGATGCTCATTCTTGTTATGTCAAAACAGTACTTATTAGATGATATTCTGATGCTC TAGCTAACTGATTAACTGAAAAGACCTAGGAGTGTTTATGACAAAGTGTAGAATATAATA ATTGAAAATAGTTTCTGGTCTAGTGTATGTCTGGTTTAAAGTAGTCATAATGAACTACTT TCTTTGTTAAAATTTATTTGTTTGGTTTTGACTTGACATGAAGTTTAAAAAAGTGAAGTG TTCTTAAACTAAAGACAGGTAAATTATACTAAAATATTTTTTAATTTTGTGATCTTAAGC ATGTCATATGAACAATTGGAATTGAGAGACATTCTTTTTTTAAACGGACTAAAAGGAAAG TAAGACAAACATATTGTAACGAGGGAATATTAAGATAGAGATCAATTCCTTCTGGCTGAT CTCATCTGATTATCTTTAGCTTTTCCTGATGCCACTATCTTATTATAATTTGGTTTGTGC ATAGTTTAATCAGATATATCTGGGTTACATGTAACGAGACTCAGGGATTTAAAGTTGGTT TTCTTTATCTGGAAACTTTTTCTAATGGACGTGCAATTTGTGACATGGAGAGGTTGCCAA TATCTGATGAAGATGCATTATTGTGGGTCCCTTGATACTAAATTAAAGACAAAAATGTAT ATGGTAATCAAAGTCAGATCAACATCCATAAATAAATAAAGTTAGGTTCTTTCCCCACTG TGGTAGACCATATTGATGTTATCCTTATTTTTAAAAGTAAGGATTCAACTTGAGACTAAT AGTATTATTTCATAAAGCAAGAGGCTGCGGGATTATGTTTGGTTATATCCGAAATTGAAT AGAATTAGTGGAAAAAGATTAAGTTAGTTTGGTACAACCACTATTATAGGTATAAAGTAT GTTAGTCTGATTAAAATGCGTATTCCACTGAATTGGAAGGAAAGAAAATATACTATTGGT ATGATGTCTCTTGAAGCTCCTTAAAGACAATTGCCCTCTCTGTTGTGCCTGAGTCACGAT TTGCATATCTGGTATTTAGAATGTGAGAAATGAGCAGATAGAATGGGGGAATGAATTGGA CAAGTACACCTATGAGCTTTTATACATAGTAATCTAACATTGGAACATAGTAATGCAGCA AAAGATTTACTGATATGCCTTAAAATTGTAGATAGTGATTATGATAAGGAACTGTAGAAA CTAATTACCTAAATAGTTGGGTGTGTCTGTTTGACAGCAAAATGATAACTGATAGTTTTG TTGCAATTGTTTGGAGAATAAGCTAAGAAATCTTATTATTCATATAAATATTGCGTGTGG CCCATAATATGGATATTCCTTCTCTAAAATGGACTCATACTAGCAACTTATGGATTTCTG TATCAAGAAAAAATCTGAAAATGTGGTTCAAACCAATCATATAATTACAGATACAGGACA GTTATTTGATGATGCTTGCTTAACTAGTATGGAGTTTTGATGATTTCTCGAGTTAATTTT TGAAATTATGGGAGTCAGAAGCAAACTTATTTTGTTTCTATGGATGATGAAGATGTCACT GATTATTGTTATAGTCTAAGATCATACTGAAAATCTTTTTGTTGAAACAAGAAGCAATAA CTGTGGAACTAATGAATATTATGCTGAAATGATTTGTATCTGCAGATGTAGAAGTTCCAG TTGCTTGTGTCATACTTGTGTTCTTATTTTTTCTCCAACATTATGGGACACATCGACTAG GATTTCTATTTGCACCGATTGTGATTACGTGGCTTTTGTGCATTAGTGCAATCGGGGTGT ACAACATCATCCACTGGAATCCCCATGTTTACCAAGCATTATCTCCATACTACATGTACA AATTCTTGAAGAAGACCCAAAGAGGAGGATGGATGTCACTGGGTGGGATTTTATTATGTA TAACAGGTAGCCCATTCATTGATGTGAAATTGTTGTCTTGATGTTTACGGTGGGATTTGT CATTTCTTTGCTTGTCAAATTCCTCAAGTTATTTGAGTTAATATTGTATTCTCTGTGCTT GTCCATCATTCAGGTTCAGAGGCTATGTTTGCTGATCTTGGACACTTCTCACAGCTGTCT ATTAAGGTAATTAACTCGAGTCTTGACACAGGACGGTTTTGCATCAGTTTCCTGAACTTT GCTTCAAAAGAGTGCCATCAAATATGTATCCCACATTTTGGAGGATACTGAGCTAATGTG TGTTAAACTTTTTATCGTCAAAATGAGATTTTCTGCTGTTTTGTTCAATATGAATAAAGG TCCTTGTAGATGTACCAAGTTAAAGTGCTTTATGTTTGGCAACTGCAAATGCAACCAAAA TCCTAACAAGAGCTGCTTCTCTGCAGATAGCTTTTACCTTTGTTGTTTACCCATCATTAA TTCTTGCTTATATGGGACAAGCTGCGTATCTTTCCAAGCATCACGTTATCGCAAGTGATT ACCACATTGGGTTCTATGTATCAGTACCTGGTAAGTACTTTGCTCCTCTTTTCTCTACAT CCTCATTTTTTTTAATGCATTTGAAGTTGCAGCATTGTTATCTCTTTTAACATCTCAGCA TATTCATATGTTCATCACTGTCTCAGAAAAACTACGCTATCCTGTTCTGGCTATTGCAAT ACTTGCTGCAGTGGTTGGAAGCCAGGCCATCATCACTGGGACATTTTCCATAATCAAGCA ATGTTCTGCTTTGGGTTGCTTCCCAAGGGTCAAAATAGTACATACATCATCCAAAATCCA TGGCCAGATTTACATTCCAGAGGTAAACTGGACGCTGATGGTGTTGTGCTTGGCAGTTAC TATTGGCTTCCGCGACACAAAACACATAAGCAATGCATCAGGTATCATCAACAGCTAAAT AATATGCTTTATTATATAAATGCCTGATTTTCATGTTTTCACAGCTTATTCCTCCTTTTC TTTCCTGACCGGAACAGAACTCTCTTTTAATACATTCGTGGACAGAACAGAAAATTCACT TCCCTGTTATTTTCTGATTTTAAATTGGTCCTGTTGGTTTGTTATAACATTAGAATCACT TGGTTAGATACACGTTAGTACGGAAACTGCAGGGATAAGTTGCAAGTTACAAAATTTAAG AAGACAGCCTTCTAAAAATATACTATTGAGGAATTTAATTAACTCTCAATCTCATAGAAT GTGATAGATGACAATGACAATGTTGGTTTAGTGTCTGCAATGCTTACATGTAATTACGTT TGCAGATTTACCGTTTCTTGAATGCTTGTGTTTTGCTGAGGTTTGAAGAATGGTTGGTAG GACTAAATTTTGTTGGAAATTACAGTGCAACCTTTCCTCTTTCAGGTCTGGCAGTTATAA CTGTTATGCTGGTCACTACCTGCTTCATGTCTCTAGTCATTGTCCTCTGCTGGCACAAAA ACGTGTTGTTCGCCATTTGCTTTATATTCTTCTTTGGTTCCATTGAAGCCCTCTACTTTT CAGCATCCCTAATCAAGTTCCTCGAAGGGGCCTGGGTACCGATTGTTCTGTCTTTTATAT TTCTAGGAGTCATGTATAGTTGGCATTACGGAACCCTGAAGAAGTACGAGTTTGATGTTG AAAACAAAATTCCCATCAACTGGCTGCTCACCTTGAGTCCCAACCTGGGTATTACACGGG TCCGTGGCATTGGCCTCATTCACACCGAGCTTGTTACAGGAATTCCAGCTATTTTCTCCC ATTTCGTCACCAACCTCCCTGCTTTCCACCAGGTTCTTGTATTCCTTTGCATCAAGTCCG TCCCAGTACCTCACGTGAGACCTGAAGAAAGGTTCCTTGTTGGAAGAATTGGACCGAAAG AGTACCGTGTCTACAGATGCATAGCACGATATGGTTATCGAGACATTCACATGGATGACG TAGAGTTTGAAAAGGACTTAGTTTGTAGCATAGCTGAATTCATCCGCTCAGAGGGACGAG GACATAGTTTTGAAGCTGTAGAAGATATAGACGCGAATGAAAGGCTGACTGTTATTGGGA CAACTTCAACACACATTGATGGGATAAGAATATGCGAGGACAACGGAGAGTTGACTCATG TAGATACAGAAATGATAGAGATCAGCTCGCCAGAAGTTCCACGAAAAAGAGTAAGATTTC TGGTGCCTGAGAGCCCACAAATGGATGCAAGTGTTCGCGAAGAGTTGCAAGAACTTATGG AAGCTAGGGAAGCAGGGATGGCATTTATACTTGGTCATTGTTATGTTAGAGCTAAAAGGG GTTCAAGTTTGATAAAAAAGCTGGTGATTAACATAGGATATGACTTTTTAAGAAGAAATT GTCGTGGACCAACATATGCATTGAGCTTCCCTCAAGCTTCAACATTGGAGGTTGGAATGA TCTACCATGTATAATTTATGCTTTACTTTTTTTCTAATTAAAGGATAGAATTGTAGCATA TGTTTTTTGTTTTTTTTTGTATTTCAAATTCGAAAAGCTTTGTAAATGTTGTAATGGTAC ACGAGTTTTTGCTTTATACAAGGCAATAAATTAAAAGGAAATACTGAACTTTAGAGGCAT GTACGTTTGAATAAAGAGATGGAAATATGAGTTTAACAAGTTGTTTAATATTATCTTGTT ATGTATTACGTGGCCTATGTCTCTTCTTATGTATAACTACTTTATTACGTGGCCTATGTC TAACGGGGCTAGGGTTGGACGTTCTAAATTTTTTCTTTTAAAATGAAAAGGAAGAGTTTC GGTTCTAAATTTTGTTTCATTTTTTAAATAAAAGATAGGGGTTCTAAGTCTTTAACCTAC GATTTTAGTATAAAATATTTTTACGTTCCATTATTTAACACTGAACAATAACTGTCAATC AATTTTATTAAAAATTTACAAGTTAATATACATATAAGATTTATGAAAAAATTATTAATT CGTTTAAATTTATGAGCTCTTATCCAACATACGCTAAATAATTTTTTTGTTGCGAAGAAA CGATGGAAATTAAATAACGGAATTTTGGGATGAGTATGAATCTTTTACTTAGAGTACATA AGACGCAATGAATCTTTTACTCATTCTTTCTTGACAAAACGTGATGACGAGGGAAAAGAG CAAATGAATCATTTTTGTTTTTTAAGTCTCGAATTAAACAAAAAGAATGAATAAATAAAA AGAATGAATTATTTTCTTTTTAGATCACGAATTAAATAAAAAGAACTCAGGCAAGTTCCT CAAGGTTTGGACCCCCATACCCACCAATTTCAAATAACAAATTATTAGTTATATTTTATT ATAAATGATAGAAAACTTAAGAAACAATGGTAAAATAAGATGTTTTTGTTAGTTTAATTT TTTTTATATATTACTTATTTAAATATAAAAGTAATATGAGAAAAAAGAAAGTAGAAATAA TTAGAGTTACCGGCATAGCAGACGCACGCATGAGCTCTGATATTCTGCACCTGTCTTTGT TGTTGTTTTTATTTGTCTTGGGAACATCACTTTCTACTCTATAAAGGTCGCGTTTAACCT TATCATTCTCGATTACAGTACCTCAATACCCAAGGCTATTTCCGTCAATTCACACATGCG CTGCAAATCCGCTCTTTATTTACTGACCAAACTCTTTATTAAAACAAAAATTAACAACAA AAAAGTAAAGAAGCATCTGATTCCTCTCTTACTTTATATTTTAACAAATTTTTGTATAAG AGTTAACTTCAAGTTTTTAGTATCCTTAATATACTACTACTACTAGCTTTTTGCTCTGTT TCTCTGTATATTTGTCTGCTCTGTTTCTTTCACTTAAATTAACAACAATGTGAGCTTTTT GTCTTACCTTGTATTAAATTGTTCAAAGTTGTAATCTTGGATCCTAACTTGCAAGAATCA TGAAAAGGAATTGGGTTGTCTTATTTCTTGTTATCTTTTTTTTATTGATTGAAGTCTCAT CAGCCTCAGCAACCCCGGCTGCAAGTTAGTACATTTCTTAACTAAATTCTCTGTTTTCTT CATTCAAATCTTTTTTTTTATATAAAGTTTCAATCTTTTATGTTTTTTCTGCAGAGATTG TTGGTGGGGTTGTTGCTAATGTTGCGTCTGTGATGTTTAAGTGGGCGTGGTCACTAAAAT CGACGACAAAAACAGGTATTTTGGTGTATATCCCCTGTTTTTGTTTTTTTCAATTGTGCC TTATCAGTGTTTTTGTTTGTGTTGATTAAAGCAGCTGTTTCTACCCGTTCAATGATAAAG TTTGAGAGTGGATACGTTGTTGAAACTGTGTTTGATGGAAGCAAGATGGGAATTGAACCT TATTCAGTGGAGGTTTCTTCAACTGGAGAAGTTCTCATTTTGGATTGTGAGAATAGTAAT GTTTACAGAGTGTCAACACCGTTGTCTCGATGTAAGTTTTTAATTATTGTCTTACAGCAT TTCGTTTCGTTTAGTGTTGTCTAATTCAAACTACAAAATCAGTATCGTTTTATGTCCATT ATGGCTGTGATTAACACATTCTAGGACTTAATCCTGGGAGTTAATGTTTCTCTCTCTCTT TGTCAGTTTTCATAATATTCTTATTCTAATTGTTTTTGTTGCGTGTGCGAACAAAGTGTC CACATTGATAGCTGAAAAGATTGGAAAACTACATATAATATGTGCAATCTCTTAACAGTG GGAGCCCTTCAGAAGAAAACCGGTTTGACTCAAAACGGACAATATCACACCATGTAAAAA GTATCTTTGAGCTGATTTAGCCGAACAACTTCATTTACAAGCTTTATGCGAATCTGAATT TTATTACAATGGACTTCTATGTTTGGGGTTCATTTTTGCTTTTGTGAAGATGGAACATCT CTCTTTTTTTACCCTCTTTGTTTTAGTTAAGTTAAATGTAGAAGCCCATCTTTTTTTAAA TTTGTTAATTTATACTTTTTGTATTGGGACCAAGTTCCTTGAGTCTTGAGTGCTAGGCTA AACTTCTCTGCTTTATTCTTTACTGAAGAGGGAGGTAATCATTTCTATGGGGTCCTATAT GTTTTTCTAATCCAATCCAAAATAAAAGGTTGTGTCTCTTGTGGGTAAAGTATGAACTCA TGCTTCTGCACTATTCATTGTTCCCTTGTATATTATTACTACAAAGCTTTGAATCATGCT AGGTGGTCCTACTATGGGAGTTACAATTGTTATTCAAATACGTTTCGCTCAAAAGTTTTT TTAGTAGTATAAAAGAAAGAAATAATCACAGTCTAGATGCTTGAATAGCTTTACAACACT CACTCTAAAATCTCAAATACTTGTTCAGTTTTCATGCTCTAAATTACTTTGAAATATTCC TTTCTTTTCCTTTTGTTCCGAGGTTCACATTCATTTCCTTACCATGGGGCCACTTCTTGA AGCAGATAGAGCTTTGGTGGTTCTTTCTATTTAAACTCTATAGTTCCCCCCATCTTATTT TGTGACCAACGTCTTTCACTTTACTGTTTAATTGCTTATGATCCCTTTTCTAAATTAAAA TGAACTCATTCTTAATTTTCCGAGCAAAAGTAGATGTGTGTTTTCACTCTCAGTTAATCA AATGCCTTAACTAGTTGTGTAGGATGTATGTCTTCATTCTCACTTATTTCTTCTGTGCTG CTGTATAGTTCAGCTTCTCTCACTTCTTTTCTTGGTTTGGAGGAATGCATGTGTTTTAGA TGTTGATAAGCACTTCTACATGATCTTGTTTTTCTTCTATCAAATTTTGACATTGTGATT ACGCGGATGATTGAACTGTAGATAGCCGTCCAAAATTGGTTGCTGGATCTCCTGAAGGGT ATTCAGGGCATGTGGATGGGAGGCTACGAGAAGCAAGGATGGACCATCCTAAAGGAATTG CAATGGATGATCAAGGAAATATATATGTTGCGGATACCATGAATATGGCAATCAGAAAAA TCAGCGATGCTGGTAAACTTTTGAATGTCTGCCTAACATTTGTCCTGATTTATGCATAAA CTCTTTATGCTATGAAATCTAACCCATACCAGCATTTGGCTGGCACATCTAATTTAACAT GCACATGATCATGGTAATATCATACGGTACTACTAGTTCGATAAGAAAATTAATGTTACT AGAAATTCAATCAAGTATCGTTCATGACTCCAGCATGTTTTATATAATCTGCAGGAGTTG TAACTATTGCTGGAGGAAAGTCAGCCCGAGGTGGAGGTCATCTTGATGGGCCAAGTGAAG ATGCACAATTTTCCGATGACTTTGATGTGGTTTTTGTTGGTAGCAGCTGCTCGCTATTAG TTATAGACAGAGGAAACCAAGCAATTAGAGAGATACAGCTCAATGATGATGACTGTTCAC ACCAGTATGACGATAACAATCTACAACTTGGTATACCCAACTCTTCTGCTTCTTGGTGTT ACCAATTAATTCACCACTGATTATGAAAGAAGTTCAGAAGAAAATATATGTTGTCCCTGC AGGTGTTGCACTGCTTTGTGCGGCTGTATTTTTTGGTTACATGCTGGCCTTGTTACAACG TAGAATTGGAGCCCTTTTTTCATCGAACAGTGTAAGCAACTATGACCTTGAGAATCCGTT TCTTTGTTCTTTCCCTAATCATAGAATCTATCAAGTAATTATCATTCCCTAGGAGTATGT ACGAAAAGGAGATAGAACAAAGATGAAAGATGGATGCAATGAGCATAAAATTTACCAGGA ATCAGAAAATAATTCCTTATTTATGTCAACACCAAGCTCCCTACAAATGTGGATTAATAG AAAGGAGCAATTAGTGCGGAGCATCATGAAAATCTTTAATGCATTTCCTTCTTGATTGGC AGGACGATCAGCGGGCTCCTGTCAGAGGCATGCAACATCCACCATATCAGAGAAATATGA AGTCAGTGAGGCCTCCCATAATTCCGCCAGAAGATGAATACGAGAAACAGGATGAAAACC TGTTTCTATCACTAGGAAGGCTTGTTATGAACACTGGTTCGACTGTGGTTGAAATATTTG GAGGAATGTTCTCAGGTTTCAGAAAGAACAGTTACCCCCATCATGTACAGCAGCACTACC ATTACAATCACAAACAATCGAGTACATGGCCAATGCAGGAAAGCTATGTAATTCGAGATG AAGATGAGGCCCCACCCCTTGATACCAGAGACCCTACACCCCGAAAAACCTATCCAATCA TGAACAAAGACCCGGAGAAACCACGACATATCAGACAAAGTCAATCACATTATGTAGGAT GGAATGGCAATGCACATGGGCATGGCAATTTTCAGCAACAACAACATCAACATCAACAAC AGTTTCTTCCACAAGTGTATCAGCATCACGACAAGCACCAGTCATCAAGTCCTCAAACAT ACTACGAGGAAAGCTGTGAAACGAAAGAGATTGTGTTTGGAGCAGTTCAAGAACAGGATG GACGACATGAAACAATGGTGATAAAAGCAGTTGATTATGGGGATCCTGCTTATAACAATC ACAACGTTCGATCCAGGTACAACTACAGCACGCGTTACTCATTCTGATGGTAATAGCTAG ACGACCATTGCGAAAAACATCAACTTGTACTCTGTCTGGATTTCACTTGTTGTATCTTTC ATAGGGAAATGGATATGATCATAGAAAACAGCACCAACAAAGTATATGAATTCTGAATTT CTTTTGTAATCCATAACTTATAGTGAATCTTTTTGAGAATTAAGTATATTTTGTTTTGAT TGAAATTTATACAGTTAAATTTATACGTGAGGTTTAAAGAGGCAGGACAAGTAAATTGAA TCTGTCGAGATAACGAAATGTATAAGCTATAAAAGTTGAATGAATTTAAAAGATTAAGCA ATTGTGGCCTATTTCAGCCTGATTTGATGTTGTTTAGAGATAAATTCAAATATAGAATTA ATAATAATAAAAAATTATTAGATGATCTACGACATGAAGAAAATGCTTTTGATAAGACAT TGAGTGGTGTGGAGATCAATTTCCTTTTAAAACAATCAATAATGACCTAAATATAAAGTA AACTTGAAGAAATCTCTCATGCATACTAGTCCAAAAACAGGTCTAACTTGAGTTTTCAAA GGAACTTTAATTTGTCCCCAAGCAAACACATGAAAATAACTTCAGTATACCTTCTTACTT GGGTATTACTGAAATGACTTATGGAATGTGTGACGCAAGAGGATCAATCTCACCCTCAAC TTTTTGTTCATATCTCGATTATTTCATCCAGTACCTCTTATTTTTTTCATTAAATTGAAG CAAATGGTCTTCATTTAATTAGTACTACTACAAGTTACAAAAATGACTTTTTAATCACTC AAAGCTTTTAAGAGAAGAGTCATCAACTTGACCAGTAGTTACGCTTTTTTCTCAAGTAAC ATCACTGTGAATAACAAACTGAAATAGGACACATGCATCGTGGTCACTGATTAGTATATC ATGGCACGCAAAATTTTGTGTAATGCAATAATTTAGCACCCAAAATTTTATACTCCGAAA AATATAAATTTACAATAGTTATAGAAACAAGCTTTTGCAGAAATACTAAATAAAATTAAG TACAAATCATAATAGATTCATGTGATGCGGCTCTTCTCTATTTCTATTTCTTTCGAGCAT AATCCACGGCTCGTCAAGCAATTGCCAATACGATGAAAAGTTGAAACAACAACGTATAGC AAGTAATTTTGTAAACATAACATATAAATAAATTCACATAGATGATAAAAACAAATCAAA TTAACATTATTGATGCGTTTACAAAAAAAAAATAGAAATCAAAGTAGAATATATAGTTAG CTGCCGGTTAAATTAGAGTACTCATGAATAAAATTTTGAAAAATTAAATTAAAAAATTTA AAGCAAATGCGCAGTGATGAATAATTACGAACTGTGTATGTACTATTGCAACTTCGGACA TAAAGTCCATTCAAAAAAGATAAATTATATAAGGATCAAAATTGTTCAAGATAATATAAA AAGAAACATAATTCTCTCTATCATATCAACGAATATGAAACACTTAACAATTAGAATAAT ATCAATTGTGTTCATTGTGTACCACATTATGGCCTTCCCCAGGACTCGGACCCGAGTTCT TGGCTTCAGTTAGAGAAACTGATGAGCCACCAAGTTGATGAACTTTCATGCGTTGGTTAT GAGAATTTGAATTGTTGATTGATTCATTAGGATGATTTGTGATTGGACGGCATTGGATGC AAGTGACTAACAAAAAGAAGGTTAAGAAAATAGCTAAAGATTTTGTTGTGCCCATTTTCA TATTTGATTTGATAGATAATTGTGAATGGCTTTAGTGAGAAAAAGTTGAAAGAAAAAATA ATTGTGAAGAATGAGTAGTAGTATTTATGAATTTGATGTGGGAAATGGTCGAAAATGATG GCGTAAACTTGACTCATTACCATACAAATTGCATTTTTAACGTTAACTTACTACTAAATT CTAATCAACAACTACCGCGAACAACAGGGGAATTCACCTCAAAATATTTCTCTCCTTTTT CAACTTTGAATTTGGTCAAAACAATTCGAGTTCAAGTCTCCTACTAAATCATATTTCTCA TGAAATTTTTTTTTGAAATATTGAATATATGAGACTACAAAATTGTACCTTAAATGCCCA CCACTTTGTCGAATGCAAATAATAAGGTAATATAAATCACACAAACTCTCAATATTTGTT TATTAAAATGTTTGATAAAGTTCTGAAATTTTAGTCCATCACTTGACTGATAGTATGAAC ATATGCTTCACTATTGCCTTTGAACTTCACTACTTTGTTTATTTCATCTATGAACATTGC TTGATTCATAAATACGTAGATAATTGACATAACAAATTTTCCCTTCAAACAACTTACTCT TTACACTTATTTTGGTGATATATATATATATATATATATATATATATATATATATAAACC ATTATAAGGCCTTGACATCTTATCCTTGTTGCTTATGAACGTCATCTCATCATGAGAATA GATCAAAAAATTATTTAATTTGATAATATTAAATTGTTATCAATCACTTTGTTTGATCTT TTTGAACCTAGCTAGGTCTTAGGATCTTCAATCTTATATATAGGTAAAGTTATCATCATG ATAATTTGTCCTCAGCCATAATCTCAGTTTCTTCAATGATCATTCAACCATTTTTGTGAT AAAGTTTTATGTAAGTAAATCTGACACGTTATTTCTTGATGAATTGAAATAATCAATTAT GATAATTTCACTATAAAATATAGTTTACTAATGATATTATACCTTTATCATATATGATAA GATTTTTTGTTTGCCTTTTTAATTATCGTCTGACCGTCACTAGATATACCTATAACATCA ACGATTTGGGCCAAAATGAAGTTTTCATCGACGGAGTCATTTAACTTCTCCATCCACTTT ATCTAAGGTTATGAATTCAACCTTCATTAATGTTGATAATTTCCAATATATATTATCTAC TTGTGAATTATGAATTAATCAGTCGATTTTCTTTATACACCACACAACAACGGCAGAGCT TGGAGCCGAAAGGGTGAAAAATGCCAATAAAAATATCAAAACTGTATATGAAATTCTTTT AAAACCAAAACGGTAAAATCGCTCATGAAGTAGCGATTTTGTCCGCTTGAAAAAGTAAAA TCACTGCAATAGCAGCGATTTGTTAAATTTGATTATTTTTTTTAAAAAAAATTAAACAAA ATCGCTCCCAAAGGAGCGATTTCCAAACTAAAATTTTCTTTTTTTAATATATCGCTGCTA AGGCAGCGACTTAAGTTTAATTTTTTTTGCTTCTTTTTTTTTTAAAAAAAAGTTTATATA ATTTTTTTAAAAAATAAAATCAAATCGCAGTGGTTTTTGATTAATTTTTTTTAAAAAAAA AATCAAATCGCTAAAAAAGATTTTGATTTAAAATCGCTGCCTTGACAGCGATTTGATATT TTTTTTAAAAAGTTATTAAACTTTTTTTAAAAAAAAACTCAAGACGCTGCCTCAACAGCC ACATAACAAAAATATAATACTATATGTATATATATATATTGAAAACCGCTCCTTCGGGAG CGATTTTGTTTAAATTTCAAATTTAACAAATCGCTACCGATTTTACTTTTTCCGACGGAC AAATTCGCTACTTATTGAGCGATTTTACCGTTTTAGTTAAAAATAATAATTCATATAGCG TTTTGAAATTTTTGTTAACATTTTTCACCTTTTAGGCTCCGAATGACATAGCACACAATT TTCTCAAATCTTTCTTTAACATACATTCTTATGAGATATTTCAAATATACCCTCTGGTAA TTAATCAAATCATGAATGTTCTCGAGTAAAATATAGAACATAAAAGATTGATTATAGATT TGAAGGTGTGAGTTGATACAATTATTTTGGAGAGAGATAGATTAGAATATAACATCCACC AAGCACTCTAATTATTATTATTGTTATCAAAGTGTTAAGTTTTTTTTCTTCAACTAATTA AAGTGCTAACAAATACACATATAATAAAAAAAAATAAAAATATTATACTAGATTCCATAT TCCCTTTATTTAGAGGCTCAGCATTTGGTTGCGTGTGTCCTACTCCCTTATCAATTGCTT CTCCAGCTATACTAATATTTGCACACAAAGAGTTTGGTGGATTATAACTTTCTTTATTAT ATAGTTTTAAAAATTTAATAAAGACAGAATTATTCTCCTTATTTTTTTCCTCTAAGTTGA CTAAAAGCTACTGCTACTATGAATAATAAATACAATTATTTTAGGTGAAAATAAATGAAC TCAAGAGTTATATGTATTAATTTAAAGGTTCATCTTTCAAGAAAATTATTAGGTGGAAGA AACGAACTTCAAGACTTCTATATAGTGTTTGCAAATTTAATTACTACTCCATCTCTCCAT ACAAAAGTATTTTGGATCACATTTTATTTTTCAAAATTTAATGTTAATTGATTAGATTAA AATTAATTATTTCAAAAAATTATTAAAAAATTATATTTTTTTATATCAATATAATAAATC AATATATTTTTAAATGTCAATTAAAATTTTTATTATTTTAACTCTAGAAAAATATGACAT GATAAATAGTTTGACACCAATGAAATAAAGTATAAAACATATATATAAGCACTTAATTTC ACATTTAGTAAGTACATGGCAGATCAATTTTGTTTCCCCATCATACACATGTTCTTTAAT AATATGATCCATTTTATGATGAGAGATCGCGATAAATAAATTAATGAAATCTTTGAGAAT ATCATTTCCCTTATTCAAATCATAATCACCATTAAAACTCTATATCCTCAACATATCTTG GACCTTGAACTATTTTTTTTTCTCTTTTAATTTAACTAATTGTAAAACATTTTCAATTTT TTATGAAGTTAACAAGAAAAGAAGAAGAAGAAGTGAATCCTTCACTTCTGAGCTATTTAC TCCGTCTCATATTAGATGAGCTTCTTATTAAAATTATTTGTCTCACATTACTTGATCACT TACTTTATCAAAACAAAATTAATTATTTTTTTTCATTTTACACTTATAAATATATGAACT TTGGAAGTTTAAACAAATTTTGAAGACATAAGAATTTTTTTCAAGAGGATTATTAATATA AACAAAGAAAAAGAATTAGTAAAATTTAATCTATTAATGATTTCTTAATTATTATATGAT ATAAAAATTGTCCATCTTAAATTGGATGAGTATATCATAGAGTAACAAAGTTTCAATTTT AATAATTTCTATCATTGTCAACAAATAAAAAACTACTCATATCACACAGTTACACCAAAT AATTAACTTGCCGATCATGATGATGTTGCATCATTAGCTTGTTGTTTTTTTTAAGTAATA GAGGAAATGAAAAAATTGATACGATATATATTGCATATATTCACAAATGATATAATATCA ATCAATAAGATACATAATAAAAATAATAATATGACGTTTTGAAAATTTATAAACAGCGTA TATAAATCTTAATTACGGTGACTTAATACATGAAGTAAATGTGAAAGCAAAGACCAAACT GAAAAAGGAAGATTGACAAAAAAAAAATTTATCGTTACTTCGATTTTCGACCGTTGAGGA CTTTAATACCCTCAAGAATTACCGGCAATAATAGGTGACTTTCAACAAAACAATCCGTTA ATTGTTAAGACGGAATCAAATTAACTAGGAGAGGCGCCACAGGTCCACAGTTGTATAGAT ATTCTTTCCAATAAAAAATTGCCACGAGTACAAATCATAACTAAGCCGAAAATTAGTTGG CTCCAGCTGTGTTCCTCTAACAGTTGTACCCTCCCAACTAATAATTTGTCACCGGCATTT ACCGGTTTTCCCTTATCTCTTCCTATATTTCCGTTATAAACATTCGCAACTTAATGGACA GAGAGAAATCCAGACCCGAATGCTTTAGGGTTTCTGATAAAATTCCATATTTATCTGCAA ACAACAAAACCCCTAATTTAAAGGGGTTGCGGATTGTGTGATATTTTCTCCTTTCTTGTT GTTGTCGTCAATTTCTTGAAACATGGCGGGTCAAACAAACACAAAAGACTCGGACGTGAA TGAAGAATTGCAGGAGCTCGAATTCACGAAAAGGGGTTGTTGTTTTTGGTTTCCATCTTT CACATGTGGAAGAGGCGTTTGGGAACGAGTCTCTACCAGTGATCAAAAGGAAGAAACGCA TTGGTGGGATAAGGGGTTAAACGTTGTTATGAAAGTCAGGGAGTGGTCGGAACTTGTGGC AGGTCCAAAATGGAAGACATTTATTAGACGATTCAATAAAAATCGTTCTAAAACTAATAA ATTCAATTACGACCCCATGAGTTACTCCTTGAATTTCGATGATGGACCAGGGGTAAACGA TCAATCGGAAGACGATCGTTTATTTCGTGATTTCTCGTCGAGATTCGCTTCAATTCCGGT TTCTGCCAAGTCTTCAATGGATTTGGGCAAAGACTCATCATCCTTGTTGTGAATTCCTCA GCCGCCGGAATCTTGATTGAAGCGGCGAATTAGGAAGCCATGATGTGGAATCGGACAAGC GGCGGCGATGGGCCGAGAATTGCGGCGGAGAAATTGGGCAGGGCTCTGTTATTTGCAACG CTTGTGACGGTGATGATACAGGTGGTTTTGATTCTCTCTGACATAAAATTTGGTCGGTTG ATTGAGTTGGGGAAATAAAAAAAAGATTTGAGTACTCTTATTTTATTTTTTTAGTTGAGA ATTTGATTAGTCAATTGGTATTATTCGATTTAATTCTTTAAAAATGTAACTACCAACTTT TATTTGTTTGTTTGTTTACAGTTTGATAAATCACATTATTTTTCTAGTTTCTTTTGATGA ATTGTTACATCAGATTAGCATTGATCTTTTATATGGGATGATTCATAAAATTAAAGTGAT TAATGATAATGTCTACAGAAGGTTAATTTAATTATATTTATGGCATTGATTAAGATGAGA ATGTTAACTTAATCTGGACTATAAAAAGATATATTCCTTCCCTTTTAAAAAGCATGACCT AGTATGACTTGGAACGGACTTTAAGAAAAGAATGAAATTTTTTTAATTATGTTGTTCAAA ATTAAAATTATGTCAAATGTACCAAAATGCCCTTTAATTTTGTGATTTAAATATGCCACA TGAAAAGTTAAAAGTATAGCAAAAAAAAAGTCAGGTGAAAAGTTAAAGTTAAAAGTATAG CAAAAAAATAAAAGGGACCATTCTTTTTTTAAACAAACTAAAAAAAATAAAAAAATCATT CTTTTTGAAATGAAGAAAATAACTGGAAAAAAAAAAGAATTTAATTGAGTTCTAAAAAAA GAATTTAATTGAGTTCCGAATGAATCATCATCAAATGGCGCTTAAATCTATAGATAGAGA GTCGCTTACCAATTTTATACTGTGGAAAGCAAATGTAAGTTTTTTCTTTAAACAGCTGTC TCCATTGGATCGAAAAAATGTAAAAATTTTCCGTAGTTTATAATACTTTATTTCGAAAAA ATTTTTATGTACTAGATGTTTAATCAAACTAAATCAATTTTTATTATTATGTAATTTAAT AAAATAAAATATATGTTAATTAATTAAAATAAATTAGTGTAAACACTCGATACGGATAAA CTTTACGCCTCAATTTATGTCATGAGCATCGTAGGTCCGCATAAACTAATAGTAACACTA TTGACTGCGTTTCTATAGTTGATTTTCGCTGTTACTTGAATCATCAATTCATGTTTACTA AAAAAAAAAAAAAAACTCTACACAAAGGCTAAGTTTAAGGGCTAAATTAATATATTTTCT TCAAATGTAATCGACAACTTAGTTGAAAATTAATAACAAGCATCACGCTAACTTTTGAAT ATTATGAATTTAAATATGCGAAAAGAGGCATTTCATTGAAACCATGGTGACAAAGGGTTG GAATCCAGTAGCCTCTTGACTATTACTGAAGTGCTCAACTCCCCACCAAGATTTGCTAAT TGCTACCAACTTTATTTCATTTTAATTCTTATAGCCACAATTATACTATAGTAATTCTCC ATCTCAACTAGCATTATTATTATTATTATTTGATTATACGGTGGGTAGTAGTTGCAGCTT CCTTGGGGTTATCTGAGGAGACAAAGTCATTACCTAATCTAATAAAATCGACATTTATAA TTGAAATTAAGAATAAGTTAAACAATTGAAATTCATAATTTGTGATGATGAAATGAAGCA GAAGAAGAGACAAAAAAAAGTATGATGAATGACCAATAATGGACCTACTTCAGCATGATT GAAAGGTGAAGCTTCAGCTATTATTAGTACTAACTAATATGATGTGTGGACCACATAACT AAGTCATTTTCCAGTCACTGCAGAATATTGACAATTCATTGCCTAAACCAAAGGAAAATA CAATGTGCAGCAAGTCCAAGTAAGCTAACACCCCACCCTTGTAGTTGAATAAATCTAAAA CTATTGTGGGTTGTCATGTGGTGCAGATTTTCAAGATATAGTCTTTGATAAGGACTTTGT CCTACTATAATCTGCACTCGTGAAGATGCCATTTACTACAAATTATTTGCTACACTCACT CTGGTTGGATTATAACATAGGGAACTTTATAGGTCACATGACTTTGTACATATATACAAC ACGCGATATCTTGTTGGTTAGGACTTAGGAGCATGTCACAAGTTCAAATGGCCAACTATA GTAGAGCCAGCCGGAGATTCGGATATAAAGAAGAGAGAAAAGGAGCAAGGAGAGCTTTGA AGGACAATCTAACTGATCCCACAATAGAATGTGGAACAATATAGAAGCTGTTGCAATAAA TAATTTGTGCCACCTTTTACCCTACATCTAGGGACGCAAAGAAGAAAAAGGAAAAGTACA AAGAAGCAAAATATAGAGGGAAAATTTAGGGAACTTTTCTCTCACATCTTAAAAAAACTT TTTCAGTAGAATCATCTAAATCCGTAGGCCTAGGAAAGTTTAATGTAGCTAAGCAAAGGA AGTCAAACTTGAAAAACTTGGGAAATTTAGCAGAGTTACTGTACTAAAAGAGAAATACAT TTTCAGATAATTATTAAAGTTTAAGCCTCAGTGCAACATGTGAGGCTACATTATTATTGT CAATTAACTAATAATTTAGTAGGGGGTTATGATATCTAATCTCTACTTGTAACTTAATGA TTTTGCCAGCACTCTTTCTTGGAGAATCAACAAGGCTTTAATTACAAACAGGGTCATATT TGAAGACAAATGACACATAACTGATGCCACTTAATATGGTCTCCAACAAAGCCACTGTTT TCATGGATCCCACCACTACACCAAAAATATGTGTTCAAACACCGCCCTTCCCCACAAAGC ACCCCTCCTCCATTGCAACAGAAAAGATAAAAGAAGAAAAGAAAGAGTGAAGTTTGCGCA TGTGTGTGGTTTAAGGCAAAAGATACAAAATATAGACCATGTAAGCCAAATTAATAGGAT GCTTAGAGAACCAAAGAGAATCCCAGTCTTCATTTTCTATTAACTAAGACCACTGTGCCA TAGGGCATTGGTTTGATTCAAGGGTAAAAGAACAACCCGTGAGAGATATTTGAGTTGAGC ACATGTCACAAATTCGAGTACTGCCACACATGAACTTTGAGCCTACTAGCAATTGGACAT CTCTCCTTATCAAAAAAGAATCAAGATGACTGTGTATCTCACACTCGTGACTCTAAGGTA ACTACAGCATCCACCTTTTTCAAGAAACGACATACCTAGTGTATTTCCACAGGTGGGGTT TAGGGAGGGTAGAGTGAATGGAGACCTTGTCCTACCTCGTGGAGATAGAGAGTTTGTTTC CAAAAGACCCTCATCTCAAATAACACATAACGACTCAGATTGAAACTGCTTAAGGACTAA GTTGCAAATTTTGGGCATGTTACAGGTGGTTACTAATACAGTTCATGACAAATGAAAAAA AAAATGTTATCCCAACACTCTGATCATTAGGCTTTTCATATATTAATCATGAAAGAATTC ATGAACCAATTGAATGAAGAGATGACTATACATTTACAGAACTTAAGGAACATAAGAATA ATAGTAAATAGCAGTTGCGGAACAAACTTTTGAATCAAGCTGATTATCATTTATCAAGTA TGGCATGCTTTGTTGAATTAGCATCTAAAAGAATACTAGCCAAAAGGCAAACTCACCTCT CTGTTATCGTTTAACAAAAAAGGATAAAACAAAGAGAACAAGAGATCAGAATTCACTACA TGCCTTCTGTTCTTCTAAGCCATGGAAAGTCCATACCAGAAGGAGGCTGATCTTCCATTT GGCAATCTGAAGAACTTGCGAATTTGCCTCTTTTCGACCAAAGCCAAATTTTGGAAACAG AATAACTATCTGTTTTTGTGCCGATACCTATCTTTTTCCCCTCAATCTCTTCATCAATTG ACGGATTAGGACCATGCTCTGCCAAATTGGCTTGATTCATATTATTCGTCTTCCGCTCAT TGTCCAAGGCTACCTTAAGATTAGCATCACCAACCACATACTGATATGAACCCATTGAAA AGCACCTTCTTGCATCCAAATTACTGCTACTGCTCTCTCCCACTCCTTCTACTTCCTCTT CCCCATCATTCAATCTTCGAAACTTACCAAGTCTCACAGGAAATGTTGCTTTAGCAACCA CAACTTCCTCTAGTTCCATAGTCTTTTGAGAAGTGGGGAACTCGTGATCCCCATTACCAT GATAACCATCATCATCTCTCGGTTCAACGTAATCGAAAATTGGATTTTCAATGGGAAACC CGGGATTGAAAAGAGTTGCTCGACAAAGAGGGCACGTTGAGTTAGAGAGGAGCCAAGTAT CAATGCAGTTGATATGGAAAGCATGGCTACAAGTAGGGAGCAATCTCAATTTGTCCTTAT CAGAGAATTCACACAAGCAAACAGCACAATCAAAGGGCTCTTTAGGACCAACAACCTCTT TGTACAAAAAGACAGGTAATGCATCAATAAATGCTTGATCCAAACCAGAATCATGTAAAT GGAATAACTGTTGTAACTGTCTTTGCAAAGCATCTGAACTAGAAACTTCAGGATATCCAT TAGATTGAGATGATGCTGAAGAAGAAGGGTGTTTGATAAGAAACCTAACTAGCAAATGAA GCAGACCAGATATGAAAAACAGGACAGCTAATATAACTATAATGAAAAGAACAGCTGGAC TAATCTTGTTTCCAGATGGGGATGAAGAAGATGAGTTTGGTTCCTTATGAAAACTAGAAC TTCCACCAAATGGAGGAGGAGATGGGGGAAACAGAGGAGGAGGATATGTAAAAACACCAT CTTTTCTATATTGAATCCAAGAACTTTTCAGATGGGTATGCCCAGAAACCCATCTTTGTG ACTCAACTTCACCAAATGAACAAATCATCTCAACAACTCATTAAAAAAAAACCAACTTTT TTTATCTACCTTTCACCATCTCAGAAGCTTAGAAAAACTCAAACATTCAGAATCACTGTC CCTTCAGATTCAAGAAAAGTTGGAGTCTTTTGTTTTTTTTTCAAAAGAAAACACAATTTA GTGACAGAGCAAATAACAAGAGATAGTGATGAAACCAAACAGAAAATGCTAAAGACAGAA TCTTTACCTGTCTTGATTCCCACTTAGTCACCATTACACAGAAAAACAATACTTATAACA ATCCCTTTATATAAAGAATCACTTCTGGCTGCAGCAAAACCCTAAGACATTTATAGGATC TTGAAATCCCTTTTACAACATAAATAGAAAAAAAAAAGTTTGAATATTTTTGAGCCTATT TTTCTCTCTATGTTTAAACAATTTCTAGTTTTTAGCAACATAGAAAAAAATAGTGTGTAA AATATAAAACAGAGAAGTTAGAGGGGTGATTTTGAACTGAAAAAGGACATTGACTTATTT GGAAACCAAAAGCTGTCAACTGACAAGTCTCACTATTCTCCAAAATAAACAGTAAAAAAT GACAAAAAGAAATACTTACTACTGTTGCACCTTTTAATTTCCTATTAAAAAAAAATTGAA GATAAAGGGAAAAAAAAAAGGTAAAAGGAGAAAAAGATAAAGAGAAAAAGCTAAAAAGGA AAACAATAAGATTTAATAGGAATTAAATATAATTTATTTGGAGAACATTAATGATGAAAA ACTGAAATGGAAATATTATGATGTGAATGTATCAATCTAATGCAATGTTCTTGAGGTTTC AAATCTCTAATTTAATATGAAATAAATAAAATTTAATTAGACAATTAGCAAATTACTACT ATTTATTCCTTTGATATAGGCATGTTGACGATATTCTTTACTCATTTTGAAAAAAAAAAT TGGGTAATAAACAATTTATATTCTTTGTCATTTGCCAACTGGACCACTTACAAATTTTGA TAGCCTCATTTTCAGCACAATTTTTTTTTCAATATTCATATCAAAATCTTATTAAATTTT AGATTTGCATCAAAAAATCATATGTTAGGGATAAACCATTTTCTAACATAGACAACTCTA TGATAACAATGTTAAAATCTGACTACATTTAAATTTTCATGCTAAAAAGTCATATACTAA GAATAAAATATCCTCTAACAAAATCGAAGACTTTATATTAAGATACTCTATGTTAAAACA AATAAATAAAATGTTAACTTTCTTGAAGTTTAAGCAAATGTAACATACTTTTTGCAAGTT ACCGAGGATTAGATTCCGTTTATACTGCATAGGATCTGAGAAAAAATAAATCGAAATGCA TAAATAATTGTTAGATATAAAGATATTCTTTTTTAAGAATTTTAAATTCATTTGTAACAG TTCTCAAAAGAGTCAAGTAGCATATATTATGACTTATCAAGCCAAAACGAAAAAAATAAA AATATATCTACATATTACCTATCTATATAATAAGGATACATCACAATAAATAAAGAATAT TACAGTAATTATTTAGCAATAAAAATATTATGAATATATTATATTTAGCAATAATAATAC AATATGTGTCTTGCAATCTGCCCTCCATACAAAAATTAATAATATTAAATATGAATAAGA TTATTGCCACAATGAAGTTTACATCAAACCTCTTACTTAAAGCAAATTATTTTGTCCTTA TAAGAAGGCAATTATAATCAGGTGAAGAAATTTTATTTAAAACAAGTCTTAGTCGTTGAA AAAGGGATTAGATTAGAAAACATACATTATAAATCCCTAAATTGCACCACACGATGTGCT TATCTTCTTGAATTATTCAAATAAATGGACGAAAGTGTTTTTATTTTTTTTTCATGATTA TGACTTCACACAATAAGCTAAGTTGCTTTTTTTTTCTTGAATTATAATAGACATTTGTAT CATCTTGATTTTTGTAATAATAACAATAACATATTCTATAAGTAAATAGAGGAATGTGCA TTTGATTTTTCGATTCGATTTATACTATTCGGTTTGGATTTTGAAGAAGAATTATCCAAT CCGAACCAAAATAAATTTGGTTTAGTTTGATTTTTCTCTTTTTGGTTCGAATTGTTTTGG CTTGATTAATCGGTTATGTCAATAATTAGAATTACAATAAAGTTATATATATATATAAAA TTTATATATTTATTAAAATACACCTTTTAATATAAATCACAAGTAAAACGTAAAATACAA TACTTAAAAGTATATCAATTATAAATGTCATCATGTGGAAAATAACTAAAAAGGGATAAA AGTGGTTAACTCCATCATAATTCTATATATTTATATAAAATTCAGTTTTTTTTATTTTAG TTTTTCTAAATCCGAAATCAAATCAAAAAATCAAATAAAGTAAATTATAAATGCAAAATC AAACCAAAAATCTAAAAACCAATCCAAATTAAAATTCTGTTTGATTTGATTTGATTTTTC AATTTAATCTAAACAGTGCACACCCCTTATAAATAAGATCTAGAAAAAAAAGGGGGAAAT TGTATATAATAGCAAACTAATAACCTAAAATAAATGGAGTAGCTAGGTTTGATTTAATTG TGCTCCATAGCAAACGTTAGCCAAAGTTTCCCAGACGCCTCTCTCTCCAAAATCTCGCTC GCCACTCTCCCTCTGCTCGCCTCTCTCGCTTTATACACAGAAGTGTATAAATTCTGTTTT TGTTTTGTATAAAGCGAGAGAAAATTGTATGTACACATGCAAAAACATAGTGTTATACAC TTAATTATACAATTTACAAATATTTTACTTCAATTCAATTGTAGACAAATTCAAATTCTA TATAAATATTGCAGAGAAAAAGACCAACGAATTATACAATTGCGAATTATACAATTACAG TGAAATACAATTTTCTCTAGCTTTATACAACAGAAGTATATATATTGTGTTTCTGTTTTT GTATAAAGCGAGAGAGAAACATATATCTTCTTGCTATACACTTATAATTATGCAATATAC ATACATCTTAATTCGATTCAATTATATGCAAAGCAAATTTTATGAAAATATTGCAGCGAA ATAGGCAACGAATTATACAATTGTGCATTATACAATTGCAGTGAAATAGGATAGTGAATT ATACAATTGCAGCGAAATAGGTTAGGGAATTATACAATTTAGGCCAGCGAATTATACAAT TTAGGCCAGCGAATTATACAATTGTATATGTATCGCGAATTATACAATTTTATATTTGTT ATGAAGAACAATTATGCAAACTTTGCTATAACATACAAATATAAATTTTTTATTTGCTAT ATGTGATTTCTACCGAGTTGAATCACGAATCCTTTAGTTCCAGGCTTTCTGGGTTTAGGC ATTTTGAGTGGGAAATAAGAGTTACACAAGTTGTGCCTTCGAGTAACTTTTACTTGTGGC CTCTATTTATAGAGAAGTCATAAGTGGTGGGAAGCAGGATTTTGTGTTTGACATAATCTA TTACATACAAAAATTTCTAATTTGATTGACCACAAGTTCTAAGAGTAGATTTTGAAGATT ATTTTTTAAATATATGTTTGATATTTTCAAGTTGTCATGAACTAACTCATACTTTCATTA GTACAAATTATTTAAATACGAAAAATATTCAAGTTGACAACTCTACCCTACCCTGCTTTG GCCGCAGTAGTCAAATTTCTCTTTCTTTTAGGTTTAAGCACGATAGGCAAATAAAAAGGG TCCAACTTGATTAATGAAACCAAAAAAAAAAAAAAACATTATCAAATTTTGTACGGCAAT GAAAAAGTTGTTGTCTTTCTTCTGAAGAAAAAAAAGGATTCTTGACTAGGTGTGGGACTG GGAGTGTAAAGAAAGAAAAATGGTGATGCAATGTTGGTCAACTGATTTCTTGCCCTTTTT GGCAATGGTGATGGTGGAATGTTGTGAAATGTTGATGATTACACTTGGTAAAGCAGCCAT GAATGATGGATTGAACAATCTTGTTTATGTTGTTTACTATAATGCCCTTGGTACCCTTTT TCTTCTTCCTTGCTTAATCTTCCATAGACACAGGTTTGTCAAAAATCATCAATCCTATTT CTTGAGATTACTCAAATTTAAAAAAGTCTTACTTTTTTCTTTTCTTTCAGAAGCAATATG GTTCCTATTACTTTGCCTATATTGTGGAGATTCTTCCTTCTTGGCCTGTTGGGGTATTCT ACTAATTTTCTTCTCTGTTTTATTGTTATCAAATTTGGGGAAAATTTAACTTGTGAACTG AAATGCAGAATTTGTTTGGTGCAAGCTGTGGCCTTTACAGGTATTAAGTACAGCACTCCT ACACTGGCAGCTGCTTTAGGGAATTTGATGCCAGGTTTTACATTTTTGCTTGCCATCATT TTCAGGTGAGGCTTCGCCAACTCCTAATTTCTTCTTCGATTTATATACAGTGTTTATGGC AACATAGTTTACCATTCATTATCATTAGGTTTACTAATTAATGCTATAGAAATTAAGCTC ACTTTTGTGCATAGTTAGGGGTTTCCACTTTCCAGTATCTAAATCATTCTTTAATATGTG CAAAAAAGTTGCTTTCTTCTGTTGCAAACCTAAATAGTTTCTCGTCTTCAATATAGTGGC AGACCCAGAATTTGTAGGTTATTTGCTCTTAATCACAGAAGGTGCTCGTGAATCTATTTT GGTGTAAATGCTAGTTTCCTATTAAAAATATAGTGATCGTGTAAAGAACAATGTGTGCTT GAGCATACAGTAGTGTACATGTAGGTCTGCCATTGCTTGAGTATTTGTTTAAACTTAATA GATATGCTCACAATTGTGTGACGGAGGACAATTAAAAAATTACTGATCTGTGTTCTCTTA TATGTGGTATTGACACTAGCACTATGTCTTTTTTTCTAGTAAAAGTGGTACTATGTTAGA TCATAAGTTTCAGTTGTAACTAGTTGTTCATTCTTTCAGTCTTTTGACATTTTTAGGATG GAGAAGTTAGATATAACAAAGGCCAGCAGTCAAGCAAAATCTGTGGGCACCGTAGTGGCA ATTATGGGGGCATCCATCATGACATTATACAAAGGACCAAGGGTACTAGGATCAAATTTA CCTTCTGATTCATCCCATCACGAGTTAGTACTTTCACAAGAATCAAACTGGATATTGGGA GGTCTTCTGATTACTACCACCTGCATCATGTCTTCTGGATGGAACATTCTTCAGGTAAAC ATATTAGAAAGCCATTCAAGATTGAGAAAATGAATTATTTGAAGTTAAAAATCAGCTTAA AAATCTCCCAGGTAATTTCATGTATATAGGACTTACTTTAGTTAAATATACTTCGTTTAA AACATTTTCCCACGAGCAACCTTTTGGTGGGATCGATTCATTTTATACTTCAAATAAAAT TTTACTTCTTTAGTTTTAGTTGGGCATTTTCTCAATCATTTTAGACACTAAACTGTAGGC TGTAGCTGCTCTATTGCGTCGTAGGTATAAATATGTTTATATCTCATAATTAGAACATAA GTCACATGCTCATATATATCTGTTTGTATTTACTCAGACAGATACCGTGAAGAAATACCC CGAACACATGACAATAGTGTTTTTTACTTGCTTCTTTGGGAGTATTCAATGTGCAATTTT AACTCTGGCATTAGAAAGCAATCCAAAGACATGGATGGTGAAGCCTGGGATTGGGATGAT AGCCATTGTTTTCTCCGTAAGATATTTGATGCATTTTTCGTTTTCTGTCTCTTCTTCTCC TTGTTCTTTTTTTATATATAGATATATTATGTATGTGACTCATCGGTTATAAATCTTCTT GAACTCTAGGCGGTTTCCGGAAGTGTCTTCCGTTACAACGTTTTGACATGGTGCTTAGAC AAGAAAGGTCCTCTTTATGTGGCCATGTTCAAGCCCTTGGGAATGGTCATATCAGCAATC CTGGGGATCATATTCCTTGCAGATCCACTCCATTTAGGAAGGTAATATATAGACAACGCC ATCCTTCTACTCATGCTTATAGATCTTTAGTCAACTAGCTTTGTTGTTCAAAAATAGATT AATGCTTATTCCTAAGAATTAACCTTTAACCCCTTGTCTCTCTTTTCCCTGTATTACATA CACCCTCCATTTGAATATATTTGACTGGATACAACGTTTAACAAGGAAAAAAAAATGGCT TTTGAAACGAGTGGTTTTAAACATGTGATAACATATTCCTTCTGATTTTGAAGAGCCCAT AGCCAGCATTTTTCGGAAAAAGAACAACATTCATGTAGTGAATTATTTATTTGAATATTG TGTGCAGTGTTATTGGAGCAGTAATTATAACTGCTGGATTTTATTCTGTTCTGTGGGGGA AGGCTAAGGAGATCAAGTCCATGGTTGAAGTTGAGGACATTGTTTGTGTAATTGACTCAA CAGATCAAACAAGCCCTCTATTGCACAAGTAACTTGTGGCAAGAAAAACATAAGACTAAG TAATGTAGTAAAGTTGGTTAAGCTTCTTCTGTTAGTAACTTCGCATTTTATGCCATCAAG AAGTTGGTAAATTCTACTCCCTCTGTTTCCATTTAGTTGTTAACGATAAAACACAACCCT TAAAAATAATAGTTTAGAGTGTAACTAGACCATTATATGTCTTGTTAATTTTCAATCTCG CTCTATTTATGTGCGAATAATTGATCTCCATAGAAGGAACACTAATATAATTTGGTTGAG ATAGATACTTATGTTAGGTTAGAAAAAAAAGAAATTAAAGAAAGAAAGAAGATATGTTAT TCATGAAATTAGTTTTTCATTTTCAAAAGAGACGAGAAAAGTGGTCATTGGAGAAGATGT AAAGTGAATTGTACATTCAGCTTTCACTTCTAATTACGAGTGCAAGAAGTAATCCTTTTA TAGGGGTGGAGAACTGGATATATTCTTTATGGCGTATTTATGTGACCGTCTAATCTCATG TTGAAGTATGTGATTATTTTATCTAAATATATTTTTTTTCTAACATATTGATATCATGTT AGGTATGGGATCGAGATTATTGTAGTATTTTTTTTTAATATAAAAACAAAACCCAAAATT ATGCCAATTTAGATACTATATAGGAGACGTGCATGACATATAATTTATATTAAAGAAGGT AGAATTTAGATGTTCTAGGTTTGAATTTCATGCCACACATTACACAATAACAAATTTACA TGTTTGTATTTTAAAAAAATTAAGCCTAGACATGTCCCTGTTGATCAAGCAGCAAGATCA ACGAATTAATCTTATAGTTAATTAAACTTTTATCATTATATTTTAAAGCATAATCTTAAC TTGAAATTATGATTGAAGACGCCTAGGAATATCAGTGTTACTTAATTAGTATTATTTCTG ATTTTAATCTAGCTCTTTTAATTCCTTGCAATTTTTTTCTTTGATAAAAGAAGTAGGTCA ATTTCACAATTTGTCTAGCACTGACTTTTTATTTTTTATAAGCATTATTGTAGTGGTGAA AGTATCAATAATTGAAAGGAAAGTGCATAAATTGTCGAAATGTCAACAATCAATTTGTGT CACCATTCACCTTCCACAGTGTTAGAGCTCCACTCCACACTTCACTTGTTTTTTTTTTTA ATCTTTAGTTGAATGGATGCCAATTATATCCGATAAGGTAGGATAGAGTAGTAGCTACTT ATTATATTTAATTAAACGTTTCATATTAAGTTTAACTACGTATAAAATCACTTTTATTAA AAAATACTATAATTTTGCTGACACAAATTCATATTTAATCGACCCCAATGTTACTCAAAC TTCACTTGCTCTTTTGTCGTTTATTCAAAAGGAAACCAATTATGTAGAGTTAGTAGATTG CCCTTTTATCACACAAAAGCACAATATAATAGTCACTCATCCTTTTATCACTTCCACAAG CAACTCTCATCTCTCATGAGGATAACTCCCACTTAGCGTGCCCATTCATCTAATGTTTTT TTTCTTAATCTTTAATTACATCACAATTATATGCACTAACTAATTCCCTTTCGGCAAAAT GATATGTTATCAATTATTAAATTTCAACCAAATACAAGTATATCTTTATATAAAATCTCA AAACTCTCTGTATAACTAGGTTTTAACAAGAATTTTGGACTCCAATTTAAGATTATAGAT AGATAAAACTGACAAAAATAAATATAATAAATCAATTTTTATTTGCATGTCCCCACATCA ATTGAACAAACACAAATAATAACTTCGTTCGACTAATCATACTAACATAACTAGGTTTAA ATATATTGAGTCTTGGTCTAGTTACAAATTGTACAAAGACGGTTTGATTCGAAAATAACT TTTGCAAGTTGAAAGCGCTGTCGGATTAGAAAATGAAAAAAAAAAAAAACCATACTTTTT GATGAATAGATGGTTAGAAATTAACGAAATTTGCACAACCTTTGGTCTAAATTATTTTAA TAATAATAAAAAAATGTCATCTTCAATGTAGGACCTTAGGAATAAAAAAAAAGTGTAAAA AATTTCATCTTTAATTTTCCCTATAAAACTTAGCTAAAAAAACAGTTGCTTCAATTTCAA TGTAAGCTTAGCTGAAAAAAAAACAGTTACTTTAATCCTGGACCATAACATATCGTATTT ATTGAACACACACACTCGTATGAATAAATATCAGATTTTTAGGTAAAGCTCATGTCCGCC ACGCGTAGAAGTTGAAGATTTTGAAGAAAAAAACAGAGGAAAAATGGGAAGCAATAACAG AGAGACAACTTTTTACAAAGAAGTGCTACCATTTGCAGCTATGGTGACTATGGAATGTAT AAATGTTGGATTAAATACGCTTTACAAAGCTGCTACTAACAAAGGCATGAGTAATCATGT CTTTGTTGTTTATAGTTATGGTCTTGCGGCTCTTCTGCTTCTTCCTTCTCCTTTCTTCTC CACCAGGTACATGCTCTGTTTTTTTTTTTTGTATTGCATGTTTGTAAAATTTGATCAAGA ATCTGATGGGGTATTGAAAAATTGAAACCTATCTAATTGCAGATCAAGAATTCTTCCACC TCTCAATTGCTCGATTCTTGCCAAAATCTTTCTTCTTGGAGTTATCGGGTAATAATTTGA CTCTTTTTCTTGTTTTTTTCACTGTAGATATGCTAAAACCCAAAAATTGTTTTTTGTTTT TGAGAAAATTAGGATAATTTGATGTTGTTGGTCTTATAAATGATTAAATCAATTGAATTT GTTGATGAGATGATCCACGTCGAACTAAGATGAGAACATATCTCTTACACTTTTGTAAGG TTCGGACAGTCCTCTGCTTTGAACCAATTTCGGGGTGTAATTTAGGCGGTAAGTCTAATT TGACATAATATCAGAGAGATCTATTTGACCGGACCATGGTCTCTTAGCAATCCTCGTTCA ATTGAGCTGACTTTTGGGGTGTTAGTTCGGTCAAAGCCTAATTTGACAGAATTCAATTGT TAAAGTTAGTGCTGAACCAATAAAGAGAGATCAAAAAGTCAACTTCAATAATTTGAGATT AAAGTACAAGTTGATTGATACTTCAATAGTAATTCTATTTCATATACTAAGGCACAATGT CAATAAGAATTCTTGTAAAGTTTTGTCCTTTACTTTTTATTTCATTACTAATATAGATGG GACTGGGCATTTGCGCAAATGACCTCTTTTGAGGGCACCACATATATTCGTTTCACATTA ATTCAGTTGGCTAAAAATTTGTCTGTGAAAATGAAAAATGCATCCACTTGCTTTTTAAGG CCATACGGTGCAAATTATTCAGGGTAAAGTGGAAATCCAACAAACACCAGTAACATTTTA GACTATACGCTTTGATGATCATTCACTGGTGTTTTATTCTAGTAAATTTTAACTAAATAG TCCAATAACAAAATATAATTATGTTTTCTTACCTTTTCATAATGTATACTAATATAGTGC ATAATTGGAAGTGCAGGTGTACATCACAGATAATGGGGTATACAGGCATTATCTATGCCT CTCCAACGCTTGCCTCCGCCATCAGCAATCTCGTCCCTGCTTTTACTTTCGTCTTGGCTG TCATTTTCAGGTTCTCTTTTATAATCTCATGTCCTAATTTCAGGTCATTTTCTTGTCCCC ACTATAATGAAACTAGATTGTTTTTTTTTAATCTCCAATTTTGTCAAGTTGTTGATATCT TTTGTCAGCATCCATCATTTTTTTCCAACCGAAAAAAATAGTTGAAATAAAGGAAAAACT TGACTAAGATTACTGATATCTAAGTTGTAGCATGTAGGCCATTTGATTCATTATTTGAAA ACAAAAGGTTGTAGGCCAAAGGCTTGAAAAAATATCGAATCATTTGCATAAATGACCCTT CGAGGCCACTATTATAATTGCATCGATGTTATAAGGTCCCTGGATTAAACTGGTCTGTAA AAGAAAAATTCATCCAACTCTACTGCAAAGGGCAAAGCTATCTCAATTTGACTAACGGGG ACTAAATTTAAAGAGTGACCTCAAAACAGGCCAACGGTATAACTGATTCATTTCACGCTA ATTTACAAAAATAAACTCATGTGTGGATTGTATTTAAATGTTCGTCACTTTTCATTATTA GACCTGTGGTGTCAAGTTCAAAAAATGTCTCTCTGGTTTTATGTTTTAGAAGAAGAAATT TGATGAGTGGATCTTTTAAACAGGATGGAGAAGATACAGTTGAAAAGATCAACCACTCGA GCCAAAGTGTTGGGCACGGTGGTGTCCATAGCTGGAGCATTCGTAGTAACTCTGTACAAA GGCCCAAAAATATTAGTGCCTACCACAGCCACACCCAATTTACTACGTCAACCTCTCAGC TCATCTCAATCGAATTGGATGCTTGGTGGCCTTTTCCTCACAACTGAATATTTTTTAGTC CCAATGTGGTATATAGTTCAGGTATGATATTCTTATTTTACTCCTACTCAATTTTTACAA CAAGCAAATTACGCCACCTACGTGTCTTATTTACAATTTTCTTTCATATGTATATTCTCG CTTTATTTTGTGACTCCTGATTCATTGTGCGGGCAAGTTTTTTTTTTTACGCAGACTTAG TCCCTGAATAGAGTGTTTTTTTTTTTATGATAGACATGGATTATGAAGGTGTATCCAGCA GAAGTGACGGTAGTTTTCTTCTACAACTTAACTGTTAGCATCCTAGCTGCTATTGTAGGA TTTTTATCTGAACCTGACTCAAACAAATGGATAATTAAACCGGATATCGCACTGGCCTCC ATCCTCTGCTCTGTAAGTGAAAACAAGAAATAAGTTTGATTTCTTTTATATCTTTATACT AAATGTTTTGCTACTTCTGTTCATGTACGATGAAATGATATGCATTGCATCACCCAGGGA ATATTGGGTTCATCCTTAAATAATACAATTCACACCTGGGCTTTGCGCGTGAAAGGACCA GTATATGTAGCAATGTTTAAACCATTGTCCATCGCGATTGCAGTTGCCATGGGAGTCATT CTCTTAGGAGATACTCTTTATTTGGGAAGGTACAAACTCAAGTGCCCAACTCTGCATTTA TTTTCTTTAAGTACAGTAATCTAATTAACCACTTTCTTGTTTGACAATCAGCATCGTTGG AGCAACGGTAATTGCAATTGGATTCTATACGGTAATGTGGGGAAAGGCAAAAGAGATGTC TGAATATAATGATTCTAGTGATCTCGAGTCGTCTCCAGATCAAAAGTTCCCCTTGTTACA CAACTACAAAAATGAAGGCATCTCAAACAAGTGAACCATTAGTTTGAAAGCAGAATGGGA CGTCACACAAAAGGCAGGAAAAATTACACCATCTTTTATGAACCAAAAACGAGTATGGGG TTGTACAGGAAGAAACAATATGCCGTTATGGGAAAAAAAGGAGTAGCAAAATTGTTGGCA TATATATATATATATATCCATCCTTTGTTCTGTACAGCTATTCTGGAAAAATACTTGTTT TACTACTGACATTTTATCATTGGATATATATATATCCATCCTTTGTTCTGTACAGCTATT CTGGAAAAATACTTGTTTTACTACTGACATTTTATCATTGGATATATATATATCCATCCT TTGTTCTGTACAGCTATTCTGGAAAAATACTTGTTTTACTACTGACATTTTATCATTGGA TATATATATATCCATCCTTTGTTCTGTACAGCTATTCTGGAAAAATACTTGTTTTACTAC TGACATTTTATCATTGGATATATATATATCCATCCTTTGTTCTGTACAGCTATTCTGGAA AAATACTTGTTTTACTACTGACATTTTATCATTGGCTTCAAAGTACTGAAAGTCACAACA AAATGTTCCTTTTGTATCTCAGGAATGAACTAAAGCCTATTTTGGTACTATAAGTATCTA TATAATGGGAACAGGTAATTAAGGCCTTGCTAGTTAATGTTAGTTGAACAGTTTTGTATC TCAATCTCAATGGGTTCTAATGTAATTTACACTTAAAAAAGATTATTAAACCTCAATGAG GAGTCCTTTAGAAATTGACGTTTTGCAGTGAATAAGTTTACATTACTAATACATCTTTAA TTATTTTTTTTAAAAAAACCATCTTTAATACATAGTTATATATTATGTGTATATGATTAT ACACTATTTATACAATATCATGCATTATATGCAAATATCGATACCAGTAGACTAAAAAAT TTCATAATGCCTTAACCCACTAGACTAAAAATTTACCTTATGTCAAAAATGTCAATATTT ATATATATTTATTAAACTAAAATCAGACTTTATATAATACCGTGTAACTTTACGATAAGA AATCGCCCCTTCGATACATTACATACATATGTCCATTTTGTTGAAAATAATTTTTGTTAC CCCTACATATTGGTAAGTAACCCTAAAATCAAACTCACATTTTGGTAACTTGCAGTTTAA TTGGCCCAATCCATTTGTTTACTTGATCCATAGGCTTCACCCGAAACGATTCATTGGACT TCTTTAGATTATAAAAAAAAACGAGTCAAAAAAAAAATGTAACCTGGAGATTGGAAAAGT GGATTTGGGGGAAGATTAAGCTAATTAATAAAAGAAATTAGTACACAAATTTTCTCTCTT TTTCCATTAGCATAAAGCATTTTGGGTGTGTTTGGTACGAAGGAAAATGTTTTTCATAAA AAATGTTTTCTTGAAAAATAAGTAATTTTGAATTTATTTTCTCATGTTTGATTGACGAGT AGAAAATATTTTCCGTAAATGATTTTTAGTATTTGATTTATGAATGAAAAATATTTTTAA GAGACAACTTTTATTTTTACTAGAGTAGAAAATAATTTATGAAATTGAAAAATATTTTTT GTTTTGGGGTGGGGAGAAGGAGGAGAGGGATAGGAGTGAAAAAATAAAATTTTAAACTTG ATAATATTTTATAAAAAACAAAAAAGATATTTTTTTTTTTGGGGGGGGAGGGGGGGGTTG GGAGGGGGTAAGAGTTTAAAAATAAAAATTTAAAGTTGAAAATATTTTTGAAAAACAAAA TTAATCTTTTCGGGAGGGGGGGTGGTCGGTTGGGGTAGGGTCAGGGATCGGGTGAAAAAA ATAAAATTTTGAAATTGAAAATATTTTTTTAAAATTGATATTTTTCCAAAAAAAAAATGT AATTTGAAATTAGAAGAGAGTTTTGGAAAATGTTTTCCTTAATTTTTGAAGGAAAATCAT TTTCCTTAATTTTGAGGAAAATGAGTTAATTTGGAAAATATTTTCCAAAACTTTTGTCCC AACCAAACGTGAGAAAATTGAAAAATATTTTCTAGAGAAAGTTTTCCTTCAAACACATTC TTAGTATTTAAAAAGTTGAATCATAACTAATTTAATTTAATTTTTTAAAAAGAGTCAAAT TTGATTATATTTGTATAAAAAAGCATTGTTGGAAAGAACTCGAGCTTGCATAAATTGTGC ACGTTATTTTAGCCTCTTGCACAATTTTATATAATCAAGTAAATATTAGTTTCGCCGCCA CTAAAATTTTGATGTGTTACCTAAAGAATAGGATAATTTAAAATATATTTTTAATTACAT AAATTAAGATTTAAATTATTTTCTAGGCTCTTAAAATAAAATGGAACATTCGAAGTCTTC TAAGCAATTCCTAGAAAGAAACGTGTTTGACCAAACCAACACTTACGGGTGTGTTTGGTG GGGATGAGTATATTTTTTTACTTTCAATTTTCCTGTATTTGACTTTCGATTTCGAAAGAG TTTAATTATTATCCATTCAGATAGCGAATAAAAGAAATTTATATGTGTATCTTATTTTTA AAAATATTTAATTTTTTTTAAATGTATTTAAATAGTATTAATATTAAAATAAAAATAATA AAATATTATACGATAATTTGGACTCTAAATTAATGGTATAAATTTATTTAGAATATTTAC CCGATATAAAAAATTCTTCCTTTTTCTTCATCATATTCACGCTTCTTCTCCAACAATTTA CCATTGAAGCAAACACATACCATTGCAGTACTTGACAACTTGAAGGCTTTGACTGCTACA TTTTATCATTGGCTACAAAATACTGAAAATCGCAACAGAATGCTCCTTTTCTATCTCAAG AATGAACTAAAGCCTATTTTGGTAATTGAACGGATTGTATCTCAATGGGCTCTAATGTAT AATTTATACTTGCAAAAAAAATTATCAAAACTCTACGAGAGGTCCTTTAAAAATTGACTG GCTGAATTGTTTCAAGTGAATAATTTTCCATCTATAATATATTTTTAAATTTTTTAAATT AAAAATATCTCTAATATATAGAATTATACATTATCTATACATGATTATAAACTATTCAAA TAATATCATGCATTATATATACATATACATTAATTCAGAGGCTTCACCCGAAACAATTCA TCAAACTTTTTAGATAAAACAAGTCTAAAAAATGTAACCTGGAGACTGGAAACTACGTAG ATTTGGGGGAAAGATTAAGCTAATAATAAAAGAAAATATAACAATTTTCTCACTTTTTTT CCATAATCATTAAGCAGTTTAATTTCTTTAAAAGAAAAAATTAGAGAAATTTGATATGGT TGGACAAGTTAAGTATGATATCTCGCTACTTTGATTGATTTTTCCTATAAAGTCGGTGTT TCAGCAAAATAGGTAGATTTACGAAGATGATTCGATAAAATATGCTATAAGTGTCAAAAT AGATCTAATTTTATGAGTTTCATATCTAAAAAATTAAAATATTGAGAGTGTGAATTTCTT TCTTAATTATTTTTCATAATTTTTTTAATATTAATTAATTTTTTTTTAAAAAATCAAATC TAATTTTATTTGTACAGAAGCTTTATCGAAAAGAACTCGAGGTTGAAGGTAGTGCAAATT GTTAACAATATTTATCCTCTTGCACAATTATTAATCATCATTTTCGCCGCCACTCAAATT TATTTGTTACCTAAAGAATAGGATAATTTAAAATATACATTTTAATTACGTAAATTAAAA TTTGAATGATTTTATTCAAGTAAAATATAACATTCATTCGGATTGTTTAGTACAAAGATA AATAATGCAAGGATTACTAAAGCTGTAATTAGTAATGTATAAATTATAAGGGCAACTTTT ATATATAGTAAATAAAAAATTTATATTTGTATGCTATAACAAAGTTTGCATAATTGCGCT CCATAGCAAATATAAAAACTGTATAATTCGCTATACATATACAGTTGAAGCAAATTGTAT AAAACGAAGTGTATAAAACAAGAAAGAGAAAGAAACTTGGGCAGAGAATTGTATAAAAAC AAAGTATATAAAACGAATTATATTATTATAAGTGTATAGAACGATTATATATAAGTTGAA TTTGTATAAAATGAGAAAGAGAAAGACAAAAGAGACTTGACAAGGAATATACAATTGAAT CGAATTGTATAAAACGAGAAAGAGAGAAATTAGATACAATTTGAAAATTATATAAAACGA GAAAGAGAGAAAGGCAAAAGAAACTGGACAGGGGAGTATTTTTACTGTAGAATTATTAGT GTATCGGACGAAAATATATGTACTTGCATGTGTATATACAATTTTCTCACGATTCATACG AACAGAAACGCAATTTATATGTTTCGCTTTTGTTTGTATAAGTGAGAAAGGCGAGGGTGG CGAGCGAGATTTGGGAGAGTGGCGAGCAAGATTTGGAAGAGGGGAGAGGGGAACAAAAAT ATACGTATTTATACAATTTTCTCTGCTTTATACAATTAGAAACAATTTTTATACACTTGT ATTTGTATAAAAAGTGAGGAAGCGAGCGAGAGATTGGAGGAGAGTGGCGAGCGACATATT TGGGAGAGAGGAGCCTGACAATTTTTTGCAAATGTTTTCTATGGAACTCAATTAAATTAA ACCCTAGCTATTCCATTTATTTTAAGTTATTAGTTTGCTATTATATACAATTTTCCCAAA TTATAAAGTACGAATTGAAAATACAGGGTTTACTTTTACTAATTGTTTAGTTCGTAATTT CCTGACTCGTCATATGCTTGGTCAAAACTTTATAATTTTTTTTTTTCAATTATATCCTTA AAATTATTCTGTAATTGAATTAAGGTAAATAATTATCGGAATAATTGTCGGACAATATTA CCAACATGAGAAGAACAAATTTGTCGTCGTGTTTGCCTCTTTTTTCCACTTAAATTATTT GAAGAAAAATAATTGTCCTTATTGATACTTGCAAAATGTAAATTTTCATTTTTTTAAAGA AAAAGTAGAATATTTACTTTTAAAATTGAAAAGACGGCATAAAACAGTAAATTTGAATAA ATCATATACACTTACACATAAAAATTACACTTCGTAATTTTAATATATATGCAATTTAAT AAATTGTTAGAAATACAATTAATTAGAAAACCACAAAAGTATTTATATATATTCAATTAA GATCATAAATGTTATATGGTGATATTTTTGTCTTTTTTATTAGTTAATGTTAAACAACAT ATTTCAAATTTTGTATTAATTTATTTAGTAACAAATCATTTTCTCTAAATAATTTGTAAG TCAATCTATTTAAATAAATCTACTAATAAAAATATAAATCATAAAATCAAGAAAATTTAT AAAATAATAAAAATAATTTAAAATTACTTTTATCTTTTACCTAAACTTATATCATGATAT TATATCTTATATTTTACTAATCTCTCTAAATGAAAGTATTAGTAATAATCCTATAATATC ATGTAAGTGAGATAACTAATTAATATATTAATTATATATATTTAAATTCTTATCAAATAT AATACTAAATTATACGATACACAAAATATGGACTCTTTATTTTATCGCCACCTACCAAGT AGCAACAACCGCTCAAAGTCACCGACCATTAGGAGCGGACACGTGTAGGTGTGTTAATAG GGAGGATAGCATTTTTGAGAAAATATTCTTATTTTTCCGACTTTTTAGAAAATAAAAGGA AATTGACGTTGGGCTGAAAATATAGTTAAACAATAAAAATATATTATTTTTAATAGATTA AATTTTTTAAATAATATATTCATACACTGTAACAATAATAATGCTGAGCGCACAAAAAAA TTGAAATTGAATATCATCGTAAAAAAAATCTCTAATCAAAATTAGAGAATCGCGTTCATC ATACAATAATTTTACCCAAAACCGTCTATTCAATGACCAATCATTTAAAAATTATTACAT TGCAGATCTGGAGCTAAAGACAAAGTGAATTTCAATTAGTATATTCGTCATCAAATGATA TAAAAATAATATCTCAGCTCTTTCTTTTTGACTGATATATCGTCTTGTATATGTGCACAC CATATATACAATTTTTTTTCCTTTCAAATTTCTACAAGATCTTATCATTTAGCTGGCGGC TAAAATTGGAAAATAATTGTCAAAGCCATCCAACATGCTAGTATTATTTATTCCCAATCG TGATAATATTATCTTAGTGCATTTCTTCTGCTTATGTTACTTTAAAAAATAAGTTATATA TAGAGAGAGAGGACGTTACCTTCCTGTACACTCCAAAAATCATATTACAAGTGATATTAA TTTCTCGTATAAACAATGTCTTTTGTTATGCTCAAGAATCTCTTGCTATCCTCTCTCCGT AAATTCATCCACAAAGATTTCCATGAGATCTTTGACAAAATGACTCTCATCGATAAATTA TTTTTTTTGGTAAAAAAGAGTTCAACCTAATGCTTTTATTTTATGTCTTAGACTTAATGC TTTTATTTTATGTCTTAGTCGATCCTGATTCGATATTATTTTTTAGTTTATTGTCTACGT ACGTAGGTTCTAATAATGTGAGATGCATGCAGATTGTTCATTTTATTGATAAACATAACT TTTGGCACCGGCTACCGGTATTCTTCGGGTTACTTTATCTTGGAGCACGGCGGAGTCTTC ACCAGCAATATAATTTGATCAACGTCGGTAGAACACCTACCGGAGTTCGATCAAATCCGG CAGATTACCCTTACAGAACTGCTGATGGAAAATTCAATGACCCTTTTAATGAAGGAACAG GCAGTCAATTTTCTTTCTTTGGCAGGAATATGATGCCTCTTCATCAGAATAATAAGGTAC TCCAATTTGATTTTTCTCTATCAATATAATTAGTTAGACGAGATAAAAAAAAATGACCCT CATCAATATATGTTTTATTTTAAGTGTCTAATTAAGAAACAAAGAGAAAATTTTAAATCT TTCATATGGGCTTAAATTAAAAATGTGTACTTCTTCTATAAACTTTTTGCTATTAAAATA AAGAAAATGAATTTATATATGAGGCCCTCGGTAAATCATAAATTGATATGTGTCTAACTT TAACACGAGGGGTCAAACATCGATAAATCATAATTTTATTTTGATTTTACGTAAAAAAAA AAGTCAGCTTCAAATTTAACACTATCCTAAAAGTTTTAGCGCATTAAGTCATACTTGACC TAACAAACTAAAAAGAAAAATAAAACAGTTGAATTAGGATTAGGATGGAAGACTAATTAA ATTAAAAAGAAATCTAAAAATTAAGAGAGGTAGGAGATGATAAAGGACAAGTAACTACTA TTTTTTTTTAATAGACGGGTTAGCTTTTAGGTAATATAATGACGGCAAATTATTTAAACA TATTCTTTTTACTTTTTTTTTCTAATAAAAATAAAATGACACGTGTGCAGTTAAAAAAGC CAGATCCAATGGTAGTAGCAACGAAGCTTCTAGCACGAAGAAAATTCATAGACACTGGAA AACAATTCAATATGATAGCTGCTTCTTGGATACAGTTTATGGTTCATGATTGGATCGATC ATTTGGAAGATACTCAACAGGTAAGCCTACTTTAATTTCATATATATATATATATATATA TAGTTTGTGAGAATAAAATAATTGGTAAGCTTACGTATATGTACATAGCTAGTTCACCAA TATGAGTGTACATTATTTATACACTTAATATATAGTGTATAATTACGTACTGTGTACATA ATTTTATAAACTAGATGTCCCAAAGATATTAGATGGTAATTTTCTCAAAAAATATAATTT GTGACAAACTTTGTTGGTACTATAAATTTTGTGCACAGGTTGAGCTAAGGGCACCAAAAG AAGTTGCTAATGAATGCCCACTCAAGTCCTTTAGGTTTAACAAATCCAAAGAAACTCCTA CAGATTTTTATGAAATCAAAACCGGTCACTTGAACAGCCGTACTCCCTGGTGGTAATATT TCTAAATATTTATCATAAATAATTCATTTACACAAACTAAATTATTATTTGGTCCAAAAT AAGTGTTGCTACAGAATAATTATTTTAATTTTCATATGAAGGGACGGAAGTGTAATTTAT GGAAGTAACGAGGATGTTTTGAAGAAAGTGAGAACATTTAGAGACGGAAAACTGAAATTA GGTGAAAATGGACTCATCCAACAAGATGAAAATGGAAAAATTATCTCTGGTGATGTTCGT AACACTTGGGCTGGACTTTTAACGCTTCAAGCTCTCTTTGTTCAAGAGCACAATGCTGTT TGTGACACTTTGAAGGTACGTACGTACTAATTAATCATATTGGAGTCTAACTATTAGCAA CACGAAAAATAATAAAGACAGGTTGTTACCAATACACATTGTTTATATTTGAGATAGTGG ATGATCTTGAATCTTTTTTTTTTTTTTAAAAAAAAAATTCGATTATCAATATTTCAGAAA GAATATCCAGAATTAGAGGATGAAGAGTTGTATCGTCATGCAAGGCTAGTCACTTCAGCT GTAATTGCAAAAGTTCACACCATAGATTGGACTGTTCAGCTTCTGAAAACCGATACTATG CTTGCAGGAATGCGTGCCAATTGGTTAGTATTTATCTCTCTATACATATCAATTGTACTA TCGTTACGCATGAATAAAATTAAAATTAATTTGTATGATGAATTGACAGGTATGGATTAC TAGGAAAGAAGTTCAAGGATACATTTGGTCATGTTGGTTCCATTTTAAGTGGTGTTGTTG GAATGAAGAAACCTGAGAATCATGGAGTGCCTTATTCCTTAACTGAAGAATTTACGAGTG TTTATAGAATGCATCAACTGTTACCTGATACACTTCAGCTAAGAAATATAGATGCCACGC CTGGGCCAAACAAATCTCTTCCTTTAACTAATGAGTAAGTCCTCATTATATACGCTATTT TAGTATATACTGACAAAATAATAATAATAATTTAATTTCTCATCGCGATACTGAAATTGC AGAATTCCCATGGAAGAAGTAGTTGGGAGTAAAGGAAAAGAGAATTTATCAAGAATTGGG TTTACTAAGCAAATGGTTTCAATGGGGCATCAAGCTAGTGGAGCTCTTGAGCTTTGGAAT TATCCAGTGTGGATGAGAGATCTTATTGCCCAAGATGTTGATGGAACAGACAGGCCAGAT CCTATTGACCTTGCAGCTCTTGAAAGTAAGTTTATTTTCTATTACAATCAGAATATCGAG TTTTACTGTTAATAAATTGGTCCAAAAATGTCTCTGCTATTTAATTGGTTTAACCGTAGT CGTATGAGTATTTTCTTTTTTTATTATTAATTATATTTTGATGGCAGTTTATAGGGATAG AGAAAGAAGTGTTCCTAGGTACAATGACTTTAGAAGAGGAATGCTTCAAATTCCTATTTC GAAATGGGAAGATTTGACAGATGATGAAGAAGCAATCAAAACACTTGGTGAAGTATATGA TGATGATATAGAAGAGTTGGATTTATTAGTGGGACTCATGGCGGAGAAAAAAATTAAAGG ATTTGCCATTTCAGAAACAGCCTTCAACATATTCCTTCTCATGGCTATAAGGTTTGTAAC TAAAACAATAACATTTTATGCATTACTATTATATTTTTTTTTACACAATCAGATGACTTT CGAATTTACAGGAGGTTAGAGGCAGATAGATTTTTCACAAGCAATTACAACGATGAGACA TACACAAAGAAAGGATTAGAATGGGTGAATACTACTGAGAGTTTAAAAGATGTGTTAGAT CGTCATTATCCAGAAATGACTGATAAATGGATGAATTCAAACAGTGCCTTCTCTGTTTGG GATTCTTCTCCACAACCTCATAATCCTATTCCACTCTATTTTCGTGTTCCTCAGTAGTAG ACCTCAAAATCATGTGTGTAACTATTTATTAATACCGTAATACGTACAAGTTTGTATTTA AGGTGTCTTGTTCTATTTCATCAAAATAATATATTGTATCTTGGTCTGTGAAAATAACTA TTAGTTAGTAATTCGTATTATATATAGATCATGCAATGTCTTATTACTAAATCGTCGAGG AGATATAGCAATCCTATATATGGACCAGCTTGTTGTATGGAAAAGGCTGAATTCATCCGC AGACCCCTTTTCACTTAGACATTTCAAATAGGCTTTGTTCAGTTTAAGTATCTCAAATAG GGTTTGCTATGCCATTTTGACACCTTGTTGACAATCAACATATTTGCGGGTGACATGTCA TGATGACTAATTAAAAGCTGACATGTGGTATTTGAATGTAAAAATAATAATTTTAAAATA AATTACTAAAAAAACAACTAATTTTTCAGCAAAAATAAATAATAAAATTACCTATTTTCT ACCATCTCACTCCACCCTATATCACCCCACCCCTATCCCGTCTGCCTTACGTCCCTTTTA CCTCCCCAACTCTACGACCATTCTCTTGGTTCTTCTTCCATTTTTTTTTTAAAAATCATT AGATTTTAGGTTTTTTTTAATTGATTTTGAAAATTATATATGACATTCCTCTAATTTTTT TTTGTGAAAAAAATGTGGTCTTCTTCTAAAAAATCTTTTCAAAATTAGTGTGATGATTTT TAAAATTTTTGTTCTTATATAAACGTTTTTAAAATTAGTATGATAGATTTTTATTTTATT TTTCATATTTTGTAATGTTCTTTTATCATGAATTTTAATGGGGTAAGGTGGAATAAGTGG TAGGGCTAAAAAGTGAAGAAGAAGAATAAATTTTTTTTAAACGTCCAAAAATTAATCCTC ACGCACTCAAAATGGATACATCACACACAATATGTCAAGTTAGCAAAAAGTATCAAAATG GCATAGCAAAAATCAACATGAAATATCTAAAATAAAAAAGTCCAGTTGAGATTTCTAAAT AAAAATCAATGCCAAAAGGGACTATCAATAGGTTCAGCCTATAAAAAAATATTTACATGG ACCATGCATCACAATGCTTGAAGATTAATTCAACAAAAAGTAGATATTTATCTTTATGTA GAAGTTTAGAATTAGCGGTAGTGCATTATCTATTATACTTGATACTTGAAATTATCAAAC GGTACATGTATGTTTCAATTTGATCTTTAAAATATTATGTACTATTTGATTCTTTGAAAT TTTGAACAGCATGAGGCATCGATATAATCACATCGTATATTCCTGCGTGAACACGTCACA AGTATAATTGTTTCACAAATCTCCTTTAACGTACCATACATTATTAATATTATATTATTA TGAAATTCACTACTAAAAAACACCGACGACACTAGTCCGTCGCTAATTTAAATTTGTCAC TAATTCGTTACTAAGTAGGATTAGCAACAGATTTTGGTGTTCAGTTACAAAATTTTTGTG TCACTAAATCTAGAACTTGATTTTCTATTTTTCCAAAAAAAAATATTCAGAATTGAAGGA CGAAGAGTTGTATCGTCATGCTAGGCTGGTGACTTCTGTTGTTATTGCAAAAAGTTCACA CCACAGATTGGACTGTCGAGCTTCTCAAAACTGACACCTTGCTCGCCGGAATGCGTATCT CTTGGTTAATATTCTTATAAATTACTTCTAGCCGTTACATGTTATTCTCTCCGTCCATTT TTATTTGTCATGTTGTATTTTTTGAAAATTAATTTGATTAATTTTTAAAATTAAATTTAA TTACATTAATTGGATATTTTAAACAAAAAATTAAGATATTCACAAAAATATATGAAAATT ACTGTAAATTGCAATTTTTTGCATAGCAATATGATGAAAAAATATATCTTAAAATGTTAT CCAAAGTTTATATAATTTGACTCAAAAAATAAAAACCATGATAAACAATTGTGAACGGTG ACACTATTTGACTTCGCATAATGCATGTTCAAGGAGAATGAATAAATGAGAATTCTTAAG TTAAATTATATCTAACATTCTTTTGAAACAAAGTAAAAACTAAATGATGACAAAAAGTAT CGATTAAAGGAGTGTAAAAATATGGTACGTGAGCTTACCTCAATTCCAAAAGTTAGTTCT TAAGAAAATATTTGTTCAAATCCATATAAGATATCAAATTCCTATCTGCCTTCTTACCGA TGCGGGACTCTTCTAAAATATTTATTCACTTATTTGGATGGTACGTAGTTTATAGGGACA GAGAAAGAAGCGTTTCAAGGTACAATGAATTTCGAAGAAGGATATTCCAAATTCCCATCA GTAAATTGGAAGATTTGAGCGATGATAAGGAAGTTATTGAAACACTTGTTGAAGTATATA TTGGGTTTTAAAATGTTGTGAATGAAAAATGAAGAGTTGCAACTTTAATAAAGAATTGTG ACTTTTATGAAATGTTGCGACTTTTATGAAAAAATGTGATTTCTATGAAAAGTTGCGACT TTTATAAAAAGTTATAACTTTTATGGAAAGATTGTGACTTTTATGAAAGGTGACAACTTT TTTGAAAGATTGTGACTTTTTCAAAGGTTTGTGACCTTTCCGATAGGCACAATAAGAACT TTTTCGCATCATCCTTTGTTTTCTATAAATCGAGGGATTTCCTCTCATTTTAAATATAGA ATTCATGGACTTCTTCTTCAACTATTAAATCTAGTATTCTAAGTGTACTTTACTGTCGTT GAGTGGTTCGATGACACCGGAGTTTTTGGTATCTATACTCTGGTGATTGAGATCATTTTA CCCTGAGAGGTCATATTCCAAATCAAACCTTGGATACTAGAGGGAAATAATTTCCTTAAG GGGACATTGTGAGTTTAGTGGACTTGATCTTTTTCCTATTAAAATTTTTTCAAATTCTGT TACGTGTTTTACAAATTTTAGATTTGTGAATTAATTTCAGTTCTTTTATTCCTTTGTTCT TCACTGGTTCAATAAACTTGGTAACTTCGTGTTTCTGCAAAGTTTGTTGAAATCAATAAG ATTCTTTAGACATATTAACAATAATTCTTCTTTAAAGAAATATTTCGTATATTTTTTTTT AAAATCTGTTTCTGATTCTAGTTTCACTTATAATTTTAATTTTCTAGTTGTGAAAATGTC CGTAAACTTTGTTGTCTTAGAAAGATTTTGTTCTAAGTATATGGCAGGAGGCAGATACAT TTTTCACAAGCAATTATAACGAGGAGACGTACACAAAGAAAGGATTAGAATGGGTGAATA AAGGTTTAAAATTAAAGATGTGTTAGATCGTCATTACCCAGAAATGACTGATAAATGGAT GAATTCGAGTAGCGCATTCTCTGTTTGGGACTCTTCTCCACAACCTTACAATCCTATTCC ACTTTATTTACGTCTTCCTTACCACTACATCTCTCATCTATATATATATATATATAGTAT ATAATAATAATAAACGTATTCTCCCAAGTTTGTATTGTATTTATGGTTCCTTGTTCTATT TCTAATAAGCCAGCTTGCACTACTGTTTCAGCTTGTAACATTGATGTTCTTTTTTATTTT TTAATAAGACACATATATCAAAGTTTCATGTTTTACCAACATGGATTGTGGTGCAGTGAT AATTTTGAATTCAACCTTGAATATAGAAAAATTATATTGAGAGTGCACCATTAAATGGGC GATTAGATTTCGTGCTATGGACATCTCTGGTGAAATAAGAAGCTTCATGTGTTTAACAAA TTCTTGTAACATGAGTCTTCTTTAAAATAAATAATAATTGAAACTTAACTGAGCCGAAAA GAAACAAAAAATATTTGAATTAGTTAGAAAAATTAATGTTATATACGATAGTTTAAGCAA AGTAAACTATATGATAAGATTTTCATATAAATAATCAAACCAAACTGTGCGTTCTATAAC AGATTTACATTCTAAACTCATTTAGGCCCATTAATTATGGAGGCCGACTTCCATAATTAA TTAGCTAATTTCAAAGTTGAGATTTATGAACTTTGTAGGACAATGATGTTTCATTTATAT TTAGTTTTATATTATTCATATTCTATATGAAATTAAAATAGAAAATACTAGTACACATTT TCTCTTTATTTTCTATTGATATACAAATATTGAAGGTTAAAGAAAATATATAGTGCCCGT TTGGATTGACTTATTTTAGATACTTTTAAGATAAAATAGTTTTTTAATTATTTTGAAGTG TTTGAGTATAATTAAAAAGTGTTTATAAACACTTATTTTAAAGTTCAAATAACTAAAACA AATCAAAAGTCATAAGTTAAAAATCTTAACTTATGAATTTTAACTTATAAGTCATAAGCA AAAGTCTATCCAAACAGGCTCATATATTATAGGTAATTAATTAATGAGAAAATTGTATAA AATAACAAACTAATAACCTTAATTAAATATAATAGCTAGGGTTTGATTTAATTGTGCTCC ATAGCAAACATAAAATTAAAACTTGTCAGCGTCTCTCTCCCAGGAATCTCGCTCGCCACT CTCCATTCTTGCTCGCCTCTCTCACTTTATACACAGAAGTGTATAATTCTGTTTCTGTTT TGTATAAAGCGAGAGAAAATTGTATATACACATGCAAAAATGTATATCTTCATGTTATAC ACTTAATTATACAATTTACAAACATTTTTACTTCAAAAATTGCAGAGAAAAAGGCCAACG AATTATACAATTGCAGTGAAATACAATTTTCTCTAGCTTTATACAACAGAAGTGTATATA TTGTGTTTCTGTTTTTGTATAAAACGAGAAAAACATATATCTTTTTGCTATAAACTTATA ATTATGCAATATACATACATTTTAATTCGATTCAATTATATGCAAAGCAAATTATACAAT TGCAGCGAAATAGGTCAGTGAATTATACAATTTAGGCCAGCGAATTATACAATTTAGGCC AGCGAATTATACACTTGTATATGTATAGCGAATTATACAGTTTTTATGTTTGCTGTGGAG CGCAATTATGTAAAGTTTGCTATATTATACAAATATGATTTTTTTATTTGCATGGGAGAG TGGCGAGCGAGACTTCTGGGAGAGAGACGTCTGGCAAATTTTTGCCAACGTTTGCTATGG AGCACAATTAAATCAAACCCTAGCTATTTCATTTAATTTAGATTATTAGTTTGTTATTTT ATACAATTTTTCCTTATTCAGACCGGGCTATGAAGCCCTTTTCTTAAATGGGCTTCAAAA ATCTTAGCCCAGCTCTATTAAATCCCAGGTTAGGCCAGGCCGGCCCAACAGGCCTAGCCA TATTGACGGCTCTAATTATGAGTTTATATGATATATACTTTTCGGTTATTATTTTAATGG GAAACGGCTAATTATTGTAAAACTTTTATTGGGTTAAATAGTTCGAACATAGTAAATTTG TCAATTTTTGAACCATCATTTCCACATTCACCAAATAGTGTATACTTTCTATCCTATCAG TCTATGACGACTTACGTAACAGTCATTCTAAATTTAAATACAATTAATAAAATCATTTTT AAGTCAATTGTTAATTGTTATACTCCATTTAAATATTAAAATACTTTTATATTAATAATA GTGTACACCAAAGTGATGAAACGTCAATTTCGTGACCTTTTCTTAGATTCAGAGAACAAA AGAGGTACACTTTGGCACGTCTATCTTCAAAATATTTCCCATTTGGTGCTTTTCAATAAA ACATTGGAACTTTTGACTTATAAAAAATAGTTATAATTATTTAGTTTTTCATAGCAATTG ATAAATGGGGAATCAAAAAGGAGTTGAAAAACATTATCTATTTCTATCATTTACAATCGA TAAACTATTTACTATCTATATAAAATAAAAATTCATAAATATAGACATGATTCTAGAATA ATATCATATCATATCTCGCACAAAAATAATGTAATTATGCGTAGTTAAAATAATATATCG TCCCAAATGAAATCAAAGATATGGTCAGCCGTTTTATTTTTGTAAAGATGGCTTTCTAAT TTTATACTTAATTTCAATATTTAAAAGGATCGCTAAACTTAAAATCTAGTAGTTTAATTA CCAAGTAAATTATTTCTATTAAAAAATGAAATGACTACCAGGTGGTACAAGTTACTTGCC TGTACAAGAAACTAAAATACTTTTATTTATTGATTGAATCATTCAATAACTAATTAAGAA AGTGGAAATAGAAATATCAAAGTTGACTTTATTTATGTTTTGCTCATTCAAAGGATTTAA AAAAGAGATTACAAATAATAAGTGAAAGTGACAATCTTTTATTAATTCAAAGTTTAAAAT ATTTAATTTTATCATATAATTATATCCAGTATTCGAATCAACCAGCCATAAATATTCCAA TGTGTAAATACCATGTTACAAATTTTGAACAAGAAAATATCATTTTCCCCTTCATCCAAT CTTTAATGCACCATACAGTAATCAAAAATGAAACTTTTATTTACATAATAAAATTATGAT TAAAATGTGTCAGTGTTTATGTTTCCTCAGGAAGAATAAGTTATGTATTATTGTAAGTCA ATTTTTAATTGGATAAGCTAGACAAGGAAAATTTCAAACAATTCATACGCGTAAGATCAA AATTCTTATTGTACCATCATAAATTAAATTAATGAAATCCAAACGAGTTTGAATGGGTGG ATTAGTTGTGAAGAAGTTAATTAAATGACTACCTAAGTATTTGTTAGAAGATTAATTTAA TGCTAATTTAAGTAATTTTCAATTGGTTTCACTCCAAACTTGAGAGTTGAGACCATTCTT GTAATCTAACTGGTATTGAAGACTTTAGATTCCGATGTATTCAAATTCTTTTGTTTGTTA TTCAAATTAATACAAAATTCGTTTTCATCCACAGAAATTTTTTATGAGCAATTGGGATCA CTGACCAGTACAAATCGAATAGAAAGAAATGATATTTTCGGATCTCTTATAAGTATAGGT GTATCAAGTCTAAATTTGATTAGTAAAAAGGAAGCGAGAGAGTAATATATCTATTTTAAG AAAAAATAATGATTGGTATAGTGAGTTTATTATTTAACCTTATTAATTAATAGAGTCTTA AACATATATACTCACTAAGTTTTTTAAACACATTAACTCAATGTTAATAAATTAAGGATA TAATAGAGAAAAAAAACGTTCTTTCTTGATTTGATTTGTAAAAATAAAAAACAAATTAGC AAATATTTGAGAAGTAAATAGGAATGGGGAGGGTATATTGATAGGAAATTTAATGAAGCA AATGTGATTGGCTTATTAGGCTGGACCGATCTCTGTTAATATTCTTCAACTCTATTATCA TTTTATGGCATTTTTTTAATTTGGTATTCGATATTCATATTGAAATAAAGTGTTTCTAGA CAAAGGTGAATCTATATTTAAATGACTCAAACCAAAAACTCTAACTAAGAAAGGTTATTA ACTACTCCATCACAATCCTATATGACACACTTTTTATTCCATATAATTTATATTAATTAT CCACAATTCAGTAGATCTAGTTTTTTGTTGGTATAAATCAAATTATTATTTATAATATAA TGAGTACGTACAAGGCGTAGTTGAAACTGCAGCATATACAAACATTGACTGGGTAGTTAG AAAGTGTACAAAGTCACACGACATGATTTCATTTCTATATATGTTATTTTTCTCTTACAC AATTTTAAACTGTGACTATATATAAGTAATTTTAAAATATTTCGTGTATCTCATGATTAT GAACATTCAATCGTTGTTCACATTTGACACTTCCATATTTGAAGTATGACGAAGCAGATT AGGTCACTTTGAATATGAATGTAAGAAATAGCTTTAGATTTAACCTAGCTAGCTGCCTGC ATTGACTAACTCATGAGGTGCCATACTATCCTACAATTTTCTTAAGAAATCTACCTAAAT AAGTAGTTCATCCAATCGATCAAATTGAAAATAGATGACACTTATTCACCTGTATGGTCA ATATATAAATCAGGAGCGGCTCACACAGGCCTAAAGCAAAAAATCAAACAGGGCCTTAAA CTTGAATTGTTGATAAATTCTTTTACAATTGATTTCTTCTAATTTCCAATTGATAATATA ATCATATTCTTATTTTAAATTATTTTTCATGAGATATAGTTCTCCAAATATGTCAAATAA TTTCTAATAATTCTTTCATTTTTCATGAGAAGTTTACTTTTTCTTCTAATAGTATTCAAT ATTTGTTAAAAAATAATAACTTATTACCTATTATTTTTAAAAATGAGGCCTCTTAAATTT AGGGGTCTAAGGCACATGTTTTTTTTTTTTAACACCGTCGACGAGCCACCTGTGTATAAT CTATGTATATTAACTAGAAAGGTAAACATTGAATTCAACTAACTATTTGTATTTTGTAAT ATAATCATATGATATTTAAAATTCAGTAGGTCGACTAATTAAATTTCACAGCATGAATTA AGGGAAAATCTCTACTTATCAATAATTTGTGCATTTACAATTTGAACCCAAGGCTTTTGA GATACATTTCACCAGACGTCAAAAGTAAAGTATAATTTGCAAATTTCATGTTGATCTGCT TCATTTAATTTGGAAAAACAATAGAATTGTCAAAGGACCATATCCAACATGATTTTACTT TTATTTGGGGGTCTCTGTGTGTGGGGCAATCGTGCCTTATGCATCTGTTACGTATCTTAC TATAAAATGAGGAGTTGCCTTCATATATACTACAAAGCGTATCACATTACATACATTTTA ATTACTATCATATATATATATATAAAGTAGGAAACATGACTATGATTATGCTGAAGAATC TCTTGTTCTCCCCTCTTCGTGGTTTCATCCACAAAGATTTTCATCAGATACTTGACAAAA TGAATCTCCGCGACAAACTTTCATTTCTGGTAATCATTTATAGTCACTGAACCATTGATA TATATATATATATATATGTATGTTGTTTTTATTGAGAAATTAAAAATGTGTCTGAAGAAA GAAAGATCAATATTATTAACCATATTCTGTGAACATGAATTTGCAGATAGTTCATATCAT TGATAAACATAACTTGTGGCACCGGGTACCGGTGTTTTTAGGGCTAGTTTATCTTGCACT TCGTCGACATCTTAATCAGGAATATAATTTGATCAACGTGGGTAGAACACCGAGCGGAGT CCGATCGAATCCGGGCGACTTCCCTTATAGAACAGCAGATGGAAAATATAATGATCCTTT CAATGAAGGAGCAGGAAGTGAATTTTCTTTCTTTGGGAGGAATATGATGCCTGTTGAGCA ACATGACAAGGTACGTACGTACGTACTATAACACTCACGAAATTCTATGGCATATTAATA AATGTTGTGTTTTTCAAATTTATAAAATGCATATGCATGCAGTTAAAGAATCCAGATCCA ATGGTAGTGGCAACAAAGCTGCTAGCACGGAGAGAATTCATAGACACTGGAAAACAATTT AACATGATAGCTGCATCATGGATACAGTTTATGATTCATGATTGGATCGATCATTTGGAA GATACTCAACAGGTATAATTCACAATTTAATTAATAATGACAAAGTTTTGTTAATTGTAA CCATAAATTTTGAGTACAGATTGAGGAGCTTAGGGCACCTGAAGAAGTTGCAAGTCAATG TCCTCTCAAGTCCTTTAAGTTTTACAAATCAAAAGAAACTCCTACCGGATTTTACGAAAT TAAAACCGGTCATTTGAATAGGCGTACCCCTTGGTGGTAATAAGAATATTTTCCACAAAA TATAGTATTATACTAATATGTGTATTTAAACGTTAAGTAATTTGTGTGTGTACAATACAT GAAAAGGGATGGAAGTGTTATTTATGGGAGCAACGTAGAGATCTTGAAGAAAGTAAGGAC ATTTAAAGACGGAAAATTGAAACTATCAGAAAATGGACTCCTTGAACAAGATGAAAATGG AAAAATTATATCTGGTGATGTTCGCAATACTTGGGCTGGATTTGTAACACTGCAAGCGCT CTTTGTACAAGAGCATAATCTTGTTTGTGATGTCTTGAAGGTACGTAAGATTACTTTTAA AATTCAATATTTCATACTTTAATTTAATTTTCAATGTTGTTGCAGAAAGAATATCCAGAA TTGGAAGATGAAGAGTTGTATCGTCATGCAAGACTGGTGACTTCTGCTGTTATTGCAAAA GTTCACACAATAGATTGGACTGTCGAGCTTCTTAAAACAGACACCTTATTTGCAGCAATG CGAACCAATTGGTTAATATTATTTATTCTCATACAAATTAGTTAGTTTTTTTAGCTACTT AATTATTAATGATATTATTTGGATACACAGGTATGGATTGCTAGGGAAGAAATTTAAAGA TACATTTGGGCACGTTGGAGGTGCAATTTTGGGTGGTTTAGTAGGACTAAAAAAACCCGA AAATCATGGAGTGCCTTATTCCTTAACTGAAGAATTTGTGAGTGTGTATCGAATGCATCA ACTCTTACCTGATAAACTTCAGTTAAGAAATATAGATGCAACTTCTGGACCAAATAAATC TATCCCTTTGACTAACGAGTAAGTCATATATATATATATCATTGTGATTTTTGTGTATAT ATGATAATTATTTTACCTAATATAAAATTACAGAATCCCAATGGGAGATTTAATCGGAGG CAAAGGAGAGGAGAATTTATCAAGAATCGGATTTACTAAGCAGATGGTTTCAATGGGGCA TCAAGCATGTGGAGCTCTTGAGCTTTGGAATTATCCAATATGGATGAGGGATCTTATTGC TCAAGATGTTGATGGAACAGACAGGCCACATCATGTTGACCTTGCAGCACTCGAAAGTAA GTTTTTATTTTTATGCTAGAAACTTCAAATATGATTTCTCAAATCCTGAATCCATGTGAT TTGCAGTTTATAGAGACAGAGAAAGAAGTGTTGCTAGGTACAATGAATTTCGAAGGAGAA TGTTGCAAATTCCCATCACTAAATGGGAAGATTTGACGGATGATATGGAAGTTATTAAAA CACTTCATGAAGTTTATGGTGATGATGTAGAACAATTGGATCTGTTAGTTGGAATGTCCG CGGAGAAAAAAATTAAAGGATTTGCCATCTCTGAGACTGCATTTTTCATATTCCTTCTCA TGGCATCAAGGTAATTGGTATTTGCTACTTAATTTATAACTTTCAATTTTAAACGCAAAG TATGTTGATTTTATAGAACTTATTGCAGGAGGTTAGAGGCAGATAGATTTTTCACAAGCA ATTACAACGAGGAGACATACACAAAGAAAGGATTAGAATGGGTGAATACTACTGAGAGTT TGAAAGATGTGTTAGATCGTCATTATCCAGAAATGACTGATAAATGGATGAATTCAAACA GTGCCTTCTCTGTTTGGGATTCTTCTCCACAACCTCACAATCCTGTTCCACTCTACTTTC GTGTTCCTAAACATTAAACTAATAATACCTAATTTATTTACTTATCGAAAATGAAATATG AAGAATTGTGTGGTATATTTCCGTTTTTACGTAATTGTTTCAGTTTGTTAAATTAATGAT GTGTATCTATCTATCTTTATTTAATGTTTCTTGATAAGATAATTGTAATCTTTATATTTT ATGTATAATGTTCTTGTGTTACTCTTCTTATTTAACGTCAAAAAACTTTTTTTTTTATAT CAAAATTTAACTAAAACTAAGATGATTGGAGAGTTTAGAGTATTTTCTTTCTTTTTTGAA CAATAAATGAATTGGAAATTTTATTAAAATCAAAGAATGATTTTGAAGTTAATAAATAAA AAGTTGAGGCACATTTTAAATTTTTAATAATTTAATCGGAGCTAAATCACAACAAATCAT TTTTACGCCCATTTACTCTCCTAGGTCTCAACTCATTTCTGCATCACAACTTCACAAGTT ATAACTCGCTCTTAAAAGAATTTATGTTTCGTTAGATTTGTAAGGACCCAAATTAATATT TAACTAATTTAAAGGACAGGGACCAATTACAACATATTTAAATGCAACGTTTTCTTTAGA TATTCTTATCTAAATACACGTACAAATTATTAACAAAATTAGTTGATGTTGTTCATATAT ACTCTATACCTATGAATCCGATAACTTAATTTATATGTTCTATTATTCTACTATGACAGA GTCTCCATTATTTTATCTGTTTAACCTGCAAAACTTATAGGTAAAAATTAAAATTAGTAG CATAATTTTTTTTAAATAAAGTGAAATAATTGTTTCGAACATAAAAATTGTACACTATTT ATTTTTTTTTCTTTATAAGCATGGATACACAGTTTATAGTTAAGTTACATTATTTGTCTT GAGATTTTCATATTTTGACCAATAAAATTACCAAATAGGTTAAATCAATTTTTTCTCCGA ACTAAGTAGAACATTTATTAACCTTTCCCCCCTAAAAGTCCAGTATTCACGAGTATCAAA AATAAATTACTAATACTCATTTTATTATAATACAAAATCTAAGTTTACTTTTAAATAAAC ACAATTCTAAGCATACGAAACATAAACAAATAAATTAAAATGAAGAGACTATAAATTCAA AAATTGTCTTTATCGGGTAGGTAAACTATGTCACTATTAGTGTTGTGGATTATTATATAG GTATAATATATAAATGCATCATTTAATTTGGCTTCAAATCACATTTATGTCCTTCAACTT TGGATGTACATAAATAGATATTTAAACTTGTATAGAGTAATAAATAAACACACATGTCAT TTTTATCCTACGTGATATCCTACATGTATTGTGCCATGTAGGACTCATGTGTTTATTTAT TTAAAAGTTAGATAGTTAAAGTGTCTATTTGTGCATTATAAAAATTGAAAATAGAGTAAA AGTGGTAATAGAATAAATTTGTTTGTCAAGATTAGTTTTTTAATTATTTTTTAAAAGTTG ACAAAGGAAAATAATCACATACTTTTAAGGTAAAATTATCATTTGTCTCTTATAAGCTTA TAATTACAAAAATCCCTTAAATTGACACAATAATATAAGTGTTGATACCTTAATCTGATA CTCGAGATATATTAATCGTTAAGTCACTAAGTTGATATACATTTTATACATGACCCACTA ATTTGATACGCGAGATACATTAATTTGATGTGCGAGATTCATTAATTCGATGCGTGAAAA TAAGGGATTTTGAAAATTTGTAAAACTAATAGAGAATAATGGTAATAAGAGAACTTAATT CTGTCATTTATTCATTGGGTAAAGGACATAAATCATTTGTCCCTTATAAGTTTATCATTA CAGAAATTCCTCAAACTGATATAATAATATATGCATTTATACATTAATTTGATGGGCGAG ATATATTAATCGTTAAGTAAGATACATTAAATTTTATACATGATACACTAATCTAATGTA CGTTTTATATATGATACACTAATCTGATGCACGAGATACATAAATCTGATACGCGAGATA CATTAATCTATGCGCGAGATACATTAAATTGATGTCGCTGATCCATTAATCTGATACATG AAAATGAAGGATTTTGGAGATTTGTAAAACTATTAGGGAATTATCCAATATGTTTGGAGA TGGTTTCAATGGGGCATCAAGCATGTGGAGCTCTTGAGCTTTGGAATTATCCAATATGGA TGAGGAATCTTGTTGCTCAAGATGTTGACCTTGCAGCTCTTGAAAGTAAGTTAACGTTAT TGGAATTTATCTCTTCTTTCGAATTTTGTTTGGATGGCATGAAGTTTATAGGGACAGAGA AAGAAGCGTTGCTAGGTACAATGATTTTCCAAGGAGAATGTTGCAAATTCCTATTTCAAA ATGGCAAGATTTGAGTGATAATGAGGAAACACTTGGTGAAGTTTATGGTGATGATGTACA ACAATTGCATCTGTTAGTTGGACTAAAGATAAAGGAATTTGCCCATCTCTGAGACTGCAT TTTTCATATTCCTTCTCATGGCATCAAAGTTGGTACTAAAAATAATAAAATCACACTTTG TTATGATAAAGTTGGATTTGAAAAGCGAAGAAAGGACTTAAATGGGTGGTGAATACAACA GAAAGCTTAAAAGATTCACTTGTTTAATTTCATCTGCTCTGCCAACTGTTCAGCTCGTAA TAAGTATGACTTTTCAACGTTAGTATTAATCAACAAATTATTGGTATAGCTGATCAAATA CATAATTTGCCTTGCAAATTTGATCACTTATTTAATTTGCGTGCTTGCAGCCGCCGGCTT GACTCGTTTGAAAATATTAAAGGTATAATCGTATTTCATATATTTAGCAGCAACCCCTCA TTTCCCTTTGACCGTACTTTTTTTTTTTTAAAAAAAAATGATTTAATAAAGTAAAATGTA TATTAATTCTTAAGTAAAATAAACTATAAATTAAAACACATATCATGTATCGATTGAATT GGTATAAACACCCAGATAAATTTTATCTAGATTTAAATCGTAGATAGAGCAAGAGAAAAT GAATTTTGATTACACTACTACCTCTTACCTCATAAGTTTACAACAAAACTAATGTTTTTA ATTTCTTTTAGTCGGATTTGATGTTGTCATTCATACTCGATGGTAAGCTTAACATATATC GTGGTTGCCAAATGAACCGTTTGCCCTAAAGTTGGGATCGGTTAAAATGGGCTGAATCAA TAGATAGGTTAATGTACAGCTCCATTTAACACTTTTTAAGGCCGTGAGCAATAATTTAAT CCGTCCAAAATTGATTCAAATCTGGCCCGCTAATATGTCAACAAAGCTAATATTATGATT TACATATAGAATTTACTAATAGATGGTGTATTAAAATCTCTTTTTCGCTAGTTTTTATTT TATTCGTAATATGACTTTTCTGATTTAATCATTTAAAGATGATGTTGCCTATCCTATCAT TCATCCAAACCTTATTATTTTTTGTTTTATTTTTAAATACAATATAAAGATAAAAAAAAC TTTTATTCTTCGCAAATTACTATCATTCAAACCTTAAATTGCAGACCTAGAACAAGGCAA AGTGAATTTCGATTACAGTATACATCATAGCATCACAATTCACAACACGTCAAATGTAAT TAATTTTGTCTTGTCGCATTTGATGTTCTCGTTCACATATCTTACCATAATCTTTCCTTT TCATCCATCTGATATTTTTCTCATCGTGGTCCTATCCTCCAATGGCACGTATGGTATAAT TTTCACATAGAAAATGTTAAAGAATGACAAAAGTCTCACATCGGTGGTTAATGAAATGGG TGAACTCATTATAATGTTTGGGCAATCCTCCTCCTTTTGAGCTAACTTTTGGGTTGTGAG TTAAGCCTAAGACCTAATTTCACAGAACACTCCTTTTTTTTCGTTTTATCTTTGACTAAC TATATTAGAATTGTCAAAGCTATAAAACTTTCTATGATTTTTAAATTTTATAAAACGTGC TAATACATTATTTACGAGTATTATTTTTGTAGGATACTCGTGCCTCTCTACTCCATCTCT ATATATAGAAGGATGTGTTCCTCCAAAATCAAGCATTTAGAACCAACCCCATATATATTT CTAGCTTGTAGAAAATTAAACTAACAACATGTCTTTTGTTAATCTTTTTCTATTTCCTCT TCGTTGTTTCATTCACAAAGATTTTCATGATGTTGTTGATAGAATGAGTCTTCTCAACAA ACTTTTGTTTATGGTAATATATATATTCTTTACTAATCAAGTTAATTTTTTCTTTGTTTT CCACCCAAAATAAGTTTTTTAATGCTATTGAATTGAAGAATAATTTTTTAGATACCAAAC ATGAGCTAGTTGATTAAGAGGCCCATAGTTTTACAAAAATAATGACCTCTTTATCTGAAT TTTTAACCAAATTAAGTCATTATATAAAACAATTTACCAAAGTAATACATTTTTCTAAAT TTTTACAAAACTAGTATAAACGTATTTCATGGTAACGTTTTAGGGTATATTTTATTTTTT AAAAACTAACAACATTAGGTTGATACACGGTACTGTATAACGTTTTACTTTTAAAACGTT ATTTTCAGTAACGTTTTACTCCTAAAACGTTACTGTGAGTAACGTATCAATCTGACGCCA TCAACTTTTAAAAAATAAAATATATCCTAAAACGTTACTATGGAATACGTTTATACTAGT TTTGTAAAATTTTAGAAAAATATATTATTTTGGTGAATGACTTTATATAATGGCTTAATT TGATTAAAACCTCTCTTTATCTCCACTAGGTAGTGGAGATAAGATATCTACGTACTGATC ATTCCTTGTCATACCTTAGTTATGAGATTACATTGGATTTGATGTTTCGTAATTGGTTGC GTTCCTCGATTGTTCTGTTAATAAATTTATTTAATTTGCTATAGAGTCAAGTTATCACAA TTGTTTTTAATTAAACCTATGGTGTACGTACGTAAATTTTAATTTAAATTGTGACATGCA TGTAGATGGTTCACTTGATTGATAAATTGAACCTGTGGCACCGGCTACCAGTGTTCTTGG GGCTACTTTATCTCGCAGCACGGCGACATCTTCATCAGCAATATAATTTGATCAACGTCG ATAGAACATTTACTATCGATGTTACATCAAATCGGGTCGTCGAAAAATACAACGACCCCT TTAATGAAGGATGTGGCAGTGAATTACCTTTCTTTGGTAGGAATATGATGCCTGTTGTTC AACATGAAAAGGTATAAACATTTTCTAATTTATCTACTCATTTCATAAATACTTGTAAGC TAAATTTTAACCAAAAGTTATATATTAGTCATCCCCAATTTATAGGGGCCTGTTGATATA ATTGTTTGTGTTTATTTAAATATATAAATAATGAGTGTCATATTTACAATCTAAAAAATT GAACTCATTAGATATAAAATTTGGAATCCACCTTGCTAGACTTGGTAACGATTTTGATTT GATCAAGGTTTTACTTATTTAAGCGTTAGAGTCTGTTTGACATACTTATTGGAAGGTCAA AAGTGATTCTTTTTTTTAAAAAAAAAACATAGTATTTGACAAATCTTTCGAAGTGCTTTT AAATGAAAGCAAAAATTATTTTTCTGTTGGTGTAAATTAATAAGCTAAAAATTTCGTCTT TTCAACAAAAATAGGTTAAAAGCAGAAGAAGAAACTATCTTTTCCATATATACATATTTA TGAATATACCCTTATTGATTAATTGACATATCTCATAATTTAATTAAGTTTCAATCAAAA AAAAAATATTTTATTTTCATTACCAGGATACTATTAAATTTACAAGTTTTATAAAATTAA TTAAGGGTACATACTTCAATCATTCTAAGAAAGACAACTTATGGCACTTTTCATTTTTCC AAACACGTCATTATTGTTATTGAAAGGTTTAACTCATTGGTGGCCTCTTAAATTTGAAGC AAACTTTCACTTAGACGTCTTAATTAGATTTTATTTATTTTAGACACCTATATCATATTC TATTGTGTCATTTTGACACTTTTTGCTAACATGATATGGTGAGTATAATAAAATTATAAA AAGCACATGAAAGACATTTTAAACATATTTTTATTTAATTTTTTCCTTATTCTTTCCTAT TTTTGGGCCACCATTTTCTCTATCTTAAGGTCCTTCACTGGTTAAAAGAGTTGAGAGTGA TTTTAGAGTTGAATAAACCTCTCTACGTAGATTAGGTTTGATGGTTAAATTGGTGAAGAA TTTATTGTTAAATCATGTCAGTTTAGATTATTTTGTTGAAAGTCAATATTACGACTTCAC TAACAAATTTTTTTCTAGATTAGACAATTCATTGTGTGATATTTAGCCTTAATTACTTTC TCAAATTCTTCATTAAAATAACAGTCCTTAGTTTAGAAGCTGAATAAATGACCACTTTGT TAGTGTATAATGGAATCCTCTGACTAATAAAGCTAAAAAGCATTGAGATATGACGATCAA CGGAGAAGACGAAGGGGGTTGGGTTTAATTCGTTAGAGAAGACGACTAGGGTTGGGGGTG GGGGGGGGGGAGTTATGTAAAGTAATTTCTTTTTTGAAAAAATAATTTATTCAAAGTTCA TAATTAAAGAATTGTTTTTGTGTTAAAGAACAAACGTTTTCGTTTAATTTGGTATTTTGA CACATCATCAGCGAGTGAGTTATACTCACTTTAAATTTTTGTTGACTATGAAAAAAGTAT CAAAATGACACAATACAACATGATATAAAGCGTCTAAAATAAACAAAATCTAGTTAAGAT GTTAGTCTAAATTTAAGAAATCACTGATGAGGTAGGCCTTATTGAAAATTGACAATATAT ACCCTTGATTGCCCGGCAAAAGGAAAATGACTGTGAGTACGTCTTTTTAGTAGCATCGTT TTCCTTGCTATCGACCGTTTTATATATATATATATCCTTGCATTGCATGTATGGTCCCAA TTCACAAAACTTCATTTATAAAAATTGCAAGAAATTAAATTATAAATATGAACTAATGAT AACTTTAAAGATATCATATATACAATACAAAAAAAATTAAAATTTAAATCCATAATAATA CTTAAATTTGCCTTTGGGTGAATGCCAGGCATGACTAAAACAGTACTTGCAATGCACCAT CTCATGATCTTATAAATAATTTATGTTAGTATAAAACTTAAATCAATTAAGCTGATTTGA GTCCCTTTTTCTTTAAAAATAAATTAAGCTGAATTTTCAAATGCTGAAATCAAATCAAAC TAATTACATTAATTTTTAATATTTTATTTTATTTTTGTTTGTATTTTTGGTTACTTAACT TTTATCAATTTTTTTTAAAATATAAAATCAATGACTTTTTTTTGTGTGTGTGCGTGTGTG AGCAAAATTTAAAGATCTACTTGTGAGTTGTGATAATTTGAATTAAGCATTAATGATGAA TAGTTTATCAAAAGAGAAATATGTAATTTTCTTTCTTAAATTACAGTTAAAGAATCCAGA TCCAATGGTAGTGGCAACAAAATTGCTAGCACGCAGAAAATTCATCGATACTGGAAAACA ATTCAACATGATAGCTGCCTCTTGGATACAATTTATGATTCATGATTGGATCGATCATTT GGAAGATACTCAACAGGTGAGCAATGAGTTAATTAGCAATTTGGTAATCACAATTAATGA TTCGTTACGTACTGTAATTTAATTAATTTGGTGCGCGCGTATATATATATATATAGATTG AGCTAAGGGCACCTGAAGAAGTTGCAAGTGAGTGTCCTCTCAAGTCCTTGAAGTTTTTCA AGACCAAGCAAACACCTACGGGTTTATGTGATATCAAGACGGGTCACTTGAACATACGTA CTCCACAGTGGTAAGATTTCATTACTAAAATTTTAACGGTCGATTTGGAATTGAAATTTG TACTTGTAAATGAAGGGATGGAAGTGCTATTTATGGGAGCAGATCTGAAGTTTCAAAGAA AGTGAGGACATTTAAAGACGGAAAATTGAAACTATCAGAAAATGGGCTCCTTGAACAAGA TGAAAATGGAAAAATTATATCTGGTGATGTTCGCAATGCTTGGGCTGGACTTGTAACTCT GCAAGCGCTCTTTGTACAAGAGCATAATCTTGTTTGTGACACCTTGAAGGTACTAATCTT AGTGATCTTGGATTATTTTATTTTTTTCGAGTATTTTTACAACCTGAATTGATTTTCAAA TTTTTCCAGAAAGAATATCCAGAATTGAAAGATGAGGAGTTGTATCGTCATGCAAAACGT GTCACTGCTGCTGTAATTGCTAAAATTCACACCATAGATTGGACAGTTGAACTTCTCAAT ACAGACACCCTTCTAGCAGGAATGCGCGCCAATTGGTCAATAATCTCAAATTAACACAAG TTATTTTCATTTTGTCAACTACGTAGTACTGAGCATGACTCAAATGAATTAATTTTATGT TCGCAGGTATGGATTGTTAGGAAAGAAATTCAAGGATACATTTGGTCATGTTGGAGGTTC CATTTTAAGTGGTTTTGTGGGAATGAAGAAACCTGAGGATCATGGAGTGCCTTATTCCTT AACTGAGGAATTTACGAGTGTCTATCGAATGCATCAACTCCTGCCTGATACACTTGAGCT AAGAAATATCGATGCCACGCCTGGACTAAACAAATCTCTTCCTTTGACTAATGAGTAAGG CATCGCCCCTTTCAAATTATTGTAAGTAGCTCATTTATTCCTAATCTATTTAATTGCTTA TTGAAACTATAGGATCCTGATGGAAGATCTAATTGGGGGTAAAGGAAATGAGAATCTATC AAGAATTGGGTTTACTAAGCAAATGGTTTCAATGGGACATCAAGCTAGTGGAGCTCTTGA ACTTTGGAATTATCCGATATGGATGAGGGATCTTATTGCCCAAGACGTCGATGGAACAGA CAGGCCAGATCCTATTGACCTTGCAGCTCTTGAAAGTACAGTTTATTTCTCAGGACTAAA ACTACTTCAAAATAAATAAATAAAACAGAGTATATATAATTGATATTGTTGTTTGGATGG CAGTTTATAGAGACAGAGAAAGGAGTGTTGCTAGGTACAATGAATTTCGAAGGAGAATGT TGCAAATTCCCATCACTAAATGGGAAGATTTGAGTGATGATATGGAAGTTATTAAAACAC TTAATGAAGTATATGGTGATGATGTAGAACAATTGGATCTGTTAGTTGGAATGTCCGCGG AGAAAAAAATTAAGGGGTTTGCTATCTCTGAGACTGCTTTTTTCATATTTCTAATCATGG CATCAAGGTTCGTACTAGAACTGAAAAAAAGAAGCAATTATCATTTATGCATAACAATAT TATGCCTTTGTAGATTGACTAATATTGAAAGTTGATTTATAAATTTACAGAAGGTTAGAG GCAGATAAATTTTTCACGAGCTATTACAATGAGGAGACATATACGAAAAAAGGACTTGAA TGGGTGAATACAACTGAAAGCTTAAAAGATGTACTAGATCGACATTATCCAGAGATGACT GAGAAATGGATGAACTCCAACAGCGCCTTTTCTGTTTGGAACTCGCCTCCAGAACCACAC AATCCAATTCCAGTCTACTTTCGCGTTCCTCGGACATAGGCTCAAAATCAAAATAAAAAG AAGTAATACGTGTGTTGATTAGTTTTTACCTGCAAATGTGTAATAAGATTCCATGTACTA TCCTCACTACCTGTTTCATTCAGTGAGCCGTTTTATGAAACTATTTCAGAGTGTATTATA TGATATTTTTGTCCAATAAAAGAAGAGAAACATGTGGTTTTGTTGCATATTTTTCTACAT TTTTATTGTTTCAAACACATACTTTTTAACCTACAAACTTGTATAATTGGCTTAATTGAA CAATTCGCATTATTCTTGTATTATACAACATTAATTTAACATCATTTACAATTATTAATC CATTTAGGCCGAAGGCCACTTCCCCATAACTCAGAAGAAAATTTTGAATTGAATAAAATG AGGATGTTATTCTTTCACTAAAATCAATGAAAATTGGGGAATTTTCTTCTAAGAATTTCC TGTAAAAATTCATTCCATGTATCAATCGGCCCTGGCAAACACCAATGTATACAATCACTG TAGCCCTTCATCCATTTATTGCCCCAATAGGCTCCTGGATGTCCATCTGGTCTCATTAAC ATGGCTCTTGTCACGTCCATAAGTTCAAACATGTTACCAAATTTTTCTCCATCTTTTCTT GCTCTTTCAATTTCTTCTATTTGAATGTTCCGAAATTCCCAATCTTGATCACCAATTTTA ACTTCATCTCTAGTAAACGGTCTTGTTCTGTTGCAAAATCCTCCTTCATTCCATGCTCCT TGCTCGAATTGACCGGCGGAGAATGTCCTCAAAAGCACAACAATACCTGAGCATTCCACG CATTGGTTTATGTAGTTGAAAGCAGCTTCAAATGCTCTTCGAATGGCATAACCAGGGCCA AGATCTTGAACCCCTGCTTCCCCACAATAAACACATCCAATAAGGTTGCCATTTTCGTAA AGGTAATTAGGCCGAAGAAACCAATGTCCATCTGAGAAAATAGCATAATCTATGTTGGGT AAATGTTGAGTCCAATTCCCATTTAATTTGTCTAAATGCAAGTCAAATCCGCCTGTGAAC GAACCATTGATACTTCTCTCAGTAGCAAAGACAAGAAACTCTGTGCGGAGGACCATGAGA GTGAAGTTATGACGAGGAAATAACCATGTTCTGAATTTGTCTTCAACATCCTTGTACATG TCTCTTGGACTTTCTTCCTGCAAGTCTTTGTACCAAATTAAATCTTACTATTATTGCTGC ATAATTCTCTTTTGTACCAAATAAAAAGATGATGATAGCTTAGTGCTTCTTTGCGGCAAT TTGTGTAATAATTACTAATGTGAAGATAAATCTGAATATAAAATCTTTGTTGCATGTGAA GGGAGCAGTTGGAGAACATAAATTTGACATATTGCTCAAAGTCAATTTTTTTTAACACTT CTACCATTTTAGATAAAATAAAAATGTAAAGATGTTACGCCTAGCCTAAGCCCTGCTAAA TCTCAAGAATTAGCTTCGCAAGGATTGTTTAAGTACATATAAATAAATTAGTAAGTGCAA AAAAAAATTTTAAAATTGATAAAAATAATTAAAAGTGTTTTCTATATTTCGATCCATGTG ACACTTTTTATTTTTTAAATAAAAAATTAAATTTAATAAAAGAAATTATAAAATAAAATC TGTAATTTTTTTTAATAAAATTAATATATTTATAAATTACATTAAAAAAAAATATTATAA ATCAAAAATAACATTAAGGTAAAGACGGGAGCGTACCATAATAATGTGTTAATTGCTAAA TTAGCGTTCGAAATAAACGGAACATGGGGAAACGATTGTCCTCCAAGTTTCAAAGTCAAA CTGACAACAGAAACCTACTCAGTCACGTCTTTTCATAATTTACCTCATTTTAAGACCTTT GGAAAAAGAGCAAAGATCACGCATCTCTATGCAATTTTAATCGTTTCAATAATTATTGGT GCACCAAATTACGCAGTCCCTAGAGAGATAACACCAATAACTATGTTCATTCTTTGTATT CTATTTTTATAAAATAAAAAAATTAGCCTGAATTTTGACATGTAACTAGTTAATCTTTAT AAATTATGCGTGTATCGAATAATTATAAATTTAGTTACGAATAGCTAAGAAGAAAAGTAG AATAACTAACCGAAGATAATATACAGAGTAGGGACTCCATATGATTCCTTGCGAGGGAAT CGCCTATAAACGCCATCGTCTTCCCTTTAACAAATGTTAAAAACGTTTTAGCATTGAATC GCGGAAGCGTACATTCTTCTGGTTTCCATCTCCACTGCATAAATCCTTCATCTGCCCTTC CGTTCAACAAACAGTTTTTTGAATGCGGAATTGTTGGACAGCTAAAGTTTGTATAATACA GAGAATAATTACCCTTCTCCTCTAAAACCCAATTACCATTCAACAAGTCACAATCGGATG TAATGTTGTTGTGAACTGCCAAAAATATGAGCAAAGACGAGGTTGACATCCAATGTAAAA CTAGTGAGAAATACGTACAATAAGTGATTAAAAAACTTACTTACCTGCAGGTTGAGAGTG ATTTGTAACGTGTGAGGATTTAGTAGGAGGAGCTGAATCTTGTTTGGTTATGAAGTTAAC GTTTGGGCTGAAGGAAAAATGAAGCATGTAGCAGCTGAAAATCACGGTTAGAAAGAGTGA ATAGATCAATAAGAAACCTGGGCTACGAAACTTATCCTCTTTAAATAGATTATAATTGTG AAAATTCATCTTCATTTGATATACATTAACAACAAGGAGAAGAGAGAAACAGAGAGAAAT GTGGTGCTTGTTCTACTTTAAGTGAAGAATGGGTTAATTTTTCTAGAGTAGGTGATGGTT AGGTACACTCCTCACTGAACCCATCTGCACGACAGGTCATAATCCATCTTATACACACAT GACCACTTCAGACCAAACATATATATAGCTGCATAATCCTAGCTGATACACATATTTAGC AATTTATCATTAATCTTCGCCACGTGAATTTAATTTTATATATTATTAATGTTATAGTGG AGTGGCAAATACTTATTCATTTTTAATTAAGAGATCTCGTCGAGTCTCCTTAAATATGAA ATCACCTTTCAAGTGCGAATCTAAATTTAATTAAGCTTCATATATTTATAATATTGAACA CTAAAATCTAAATGAGAAAAAAAAAAGAATTTTAACATATAAACTACTCTATGTTCATCT TTATTTTGACTACTATAGCTCTTAACTATTTGAAAATATATATTTTTATAATTTATAAGA AATTATTTTTTCACCATGAGAATTTTATCTATTCAATTAATATGATTTGGGAACCCTTTA TGAAATTTACAGCTTGAGTATAGCGAGGACCTTTTTTTATTATTTGACTTAACTTTTATA TATGTACATTGTTCAATAATTAAGGAATTTGTGCCAAATACGATTTGATTTATGATCTGA TAAATTTCATTTTATTTTTATGAAAAAGTAATTTTAATTAAACACTAGTAGAATGTGTTG ATTGATTATCTAAAATTTTATCATAATAACGAACATTCGATTCTCTATCTTTGTAATTCC CTTTTCCACACCCACAATTTGAAGAAATTGAAGAAAAATCACCAAGAACTTCACATTAGT CAACTTTATTTTATGTTTTGGTTTGGTATGTAATATGTAACAATAAGAAGAACTACTAAA TGATTTTAAATATAATAAACAAAATAAAACAATAGATAGGGACTTGATATAGCCCTTAAT TTTGTCATTTAGAGGTAAGCTATTTCTCTTAATAAAAATCATTTATAGTTACTCTTTTAA TTATAAAGATGACTCACATATACCCTTCATAAGAAAAGTGAAAATAATAATTTTAAATTG TTTTTTTCCATAAAAATTAAAAGTTCAAAATGATTGTGTTATTTGGGCTCATTATAAGTA GGAAAAATTGTGTTTTATAGCAAATTATTATTTTAAATAGATGTTATAGGTACAGTTTCA TTTAGTTTTAATTCGTAATAAACACTTTGATATTCTCGAATCTCACCCCGGAATCTCGCT CGCCACTCTCGATTTTCTTTTCGGCTCTCTCACTTTTATACAAACACAAACGTATAAATT GTGCTTGTATAAAGCGAGATAGAGTACTGATATACAAATATACATACATATCACTCTGTC GTATACACTTATAATTATATAAATATAAATCTTCCCCAGTTCAATTTTCTTTTCCCTTTC TTTCTTGCTTTATACAACACAAATTATACAAATATAATATACAATTGTGTTTGTATTAAG CGAGAAAAAATTGATATATAAATACAAATGTTTTAGCTCGATTCAATTGTAAACAAATCT AAATTTTATGTGGATATACAAACACAATCATTATACATAGTAGTCACATATATACAATTA TCTAACCGATATACATATACAATTTACCTCTCTACACTCTCCACCCTCTGTCCTCTCTCT TCTAATCTCGCTCACCAACCTAGTCTAATTATACTATTTGTTAATTTCTAAAATTTACTC TTATAAATACTAGGATAGTTGAGGAATATTTTTGCTTGTGGAGTAGCCTATGGGCCGGGC CGGTTGAAAATAATCAGCCCAATTGATGTTTCCGGCAAAACAGCCCAAATATGCAGTTTC GGATCAAAATTAGCTGAAATATTACACGACTTCCCAAAATGAAACTTGAGAGATCAGCTA CTGACAAAGACAAAACTCCATTAAAACTCCCTTTCTTCACCTTCCAACCAACTACACCCT TCACTCTCCTCTTCCGCTCGGTAAGAAGTTTCCTTCTTTTCACTTTTCTCTGTTTTCGAA TAAATCCTAATTCCATATATCTGTCGGAATTCGGGTCTATTTGAAAAAAAGTGTGAAGAA AATGCCCTAAATCATATAGTAATAATACGTAGACCGTACATTGTTCTCTGAGTCTTCAAA TCGTTGAGGAAATTGGGCACTTGTAGTTGTTGTTTCGTTTCGTCTTTTGCTAAAACTTAT GATTGTGTTGATACAGTGCTGGAGTTACTTGCAAAGTCAAGTCGAAACGTTGGAGTTGGA AACATAAAATGGGGGACGAGAAGGATGCGTTCTATGTCGTGCGCAAAGGGGATGTGATCG GGGTTTATAAGAACTTGAGCGATTTGCAAGCTTTGCTACGAACATCTGTATGTTTCTTTT ACCTTTTAAGGTTTAAATACTTTTCTGCTTTTGGGCCAAAGACAGTTTCCTTTATAGTCA TTGTATCTATTGTACTGCTACTTTTTTTTTTTTTGGTCTTTTATAGCTCTAGTATAGGAA GAGTTCAATTATTCCAGCTTTTGAACAATGATGAAGAAATAGTTGGATACATTATAGCCA ATCCCATTAGTGTAGTGTTGATTGATTAATTAGACCAAAAGTAATAATACTATCAGATGT TTCTTTTTTTAAATGTATTATTTTAATTCTAATCTTTCAGATTGGTGAACCAGCCATAAG CGTTTTTAAAGGGTATCGCTTGACTAAGGAATCTGAAGAGTATCTGGCCTCTCATGGACT CAAGAATGCAATGTATTCTATGGATTTCAGTGATGTTCGAGACGATCTCTTTGGGACTCT CATCCCATGCCCATTTCGGGTTAGAAAGTTAATCATTCTGCTGTTTTTGAATTGGCATTA GATGCAGTTGTCTTATCTATTTGGTAGTAATGTCAATTTGATGATAGTTGGGTCAAATTT TGGCTATTTTCCGGCTTTGAAAGATATATATAAATCCTTCATGATTTGGACTATAGTACT GCGCCACTAGCTTGACTGACTGCGTGAATTTCTCGGTCAGGCTGATCTCCCCCCCTCCCC TCCCTTTTTTTTTTAGAATGTTAGGCCAGTGTTTTAGACGGCGATAGGCGATAAAAGGCG ACAAGGGTCTGCCTCGCCACAAGGCGAGGCGAACGGCGAGGCGCTCGCCTTTTTGAAGTG CGGCACCTTTTAATACCAAAATATTTAAAATTTTAATTGCATATGTAAATAATCAAACAA TAACATATTAGCAATTTTTTCAAATTAAAAACTAAAAATAGATAGTACGTACTAAAAGCC TAGAACATGAAAGAGAAAAAAAAGAACAAAAGTCAAAACAAAGGTAAAAGTGACCAACTC TGAAGAAGAAAACAAGAAATATGTATTGGTTAGACTTTGGAGTCGCCGGAAAAGCCTGGC AAGTTACCGGAGGAGTCTAGTCGAAAATCCTAAAATTACCTTTTAATTTTTAAAAAATCC TAAATTTGTCGCCTTTTTTTTTAAAAAAAAACACAAAAGGCGACACCTTCCTAGCCTTTC TCGCCTCTAGCCTTTTGTCGACATGACGTCGCCTTTTGAAGATTGCCTCGCCACAAAGCT AAAAGGCAATGAAGGGTCGCCTCGCCTCGCCTCGCCTCTTGCCATTGGCGACGAGGCAAT CGCCTTTCACAATACTAATGTTAGCTTTTCTACTATATATCCACAGGTACTAGAAAATTG AAATAATAATAATATTTACTGGCGACGATTTTTTTCGGTGATTTTTGAACGGATGACACA TTAAATAGATGTGATTGGATAAACTTTTACCAAAAGAGAACTTTGAGTTAAGATGCATGA GAGGGGAAGTGAAAGTTGAGCTAGATTTATATGTATATATGTACATGAAAAGTAAAATTG ACTGGTGGAGAACTGGGAGGAAATCGTTTCTTTGCTGCACTGGATAAGAGAGCAAAGCGA TTGAATACTGTTGAAAAGCTAGCAATTAAAAACAACTAAATACTATTGAAAAGCTTAATG TGAATAAGCTGAAGAATAATTTTTTGAAGTATTATCTGGTTATGTGATACGTAGTAGCAT TTCAAAGAGAAAATGTGATACTTGCCTATTCTCGTGGCACACACCTTCCTGGTGATAATG CTACTGCCATAAGTTATACTGCTTCAAGACTAATTTTCATATTTGGGGGAGGGGGTCTGG ATCTGTCTCAAATGCAGAACTGTACTACTATTTCCTCATGGTCACGAAAGCTTGCTAATA GCTGTTCAAATGTGATTATTGGGATCCAAATTTGATATTGATGATAGGTTTTGTCTCTTT GGATTTGTTAGCTTTTTCTTGCTTTGTCATTGCCATCATGTCGAACTACTTCCTCCAGTG TGTCTTGCAACCACTAACTGGTAACTAGAAAGTGAGCATAATACTGCTTTTACAATTTTC AGCTAGACCCAACTTGAAATGCTAAGATTTTTTTGGTATCCATTATTGAAATGTCTGTCT CCTGTTGCTCTATTGAATACATTTTGTTCCATGAAAAGAAACAACAGTAGCATGTTTATT TAGTTATAATTTACATCAAACACCATTCCATGCTGATGGATTTTAATGTTTCATGTTTTT GCAGCAACCCGGCTCTTCAAAAGATAAAATTGTGGGGAAGAATGTTCAGGAAAAGAGGAT GCAGGTTATCTCTTAATGGCCAATCCATATATTCTTGCATTTATTAGACGGGGCATGTCT TTCTTGAAAATCATAACTGATATACTTCATTTAGGCCCCAGCTTAAGCCATCAAACTATA TCATCAATTATTGCGAAGCATTAATATATTCTGAAGTAGGATAGGATGGAAATTTTGTAC ACGTTGTCAATTATTAGGCTTTTGCTTTTCCTGGAATAGGAAACTAATTGTCTGGCCTAG TGATGGTGGTTTCCTTAATAACTCTTTTAGTGTAATGAGAACTAACATCTAGTAGTAGAA TAAATGTCGTGGATAAGTCTTTGATATTCACTTTGTTTTATTCCTTCGTTCAGATGGAGT TGGTGGCATCTCCTTCATTTGCAGCTGCTGGTCAGCAAAAACTTGCTAAATTGGACAATT TCCTAGAAGCTCCCCCAATTTCGTCATATCCTGTAAGTTAAATTTTTGTTGTATCAAGAT ATGCAATTTTTTTCATTGTCTGCTTTACCTATATGTTGATATTCTGAGGGATAGGATCGT GTTAGCCTGTCACAACAGAAACCACTCAGTGTCCTTCATCGGGCAAACAAACAAAAAATA ATTCTTCAATCACTTTGGCAATAAGAGGTAATAAGAATGTAGAACAGTGAATATAGCATA AATATAACAATATCTGATCAGCCTCAGGAACTCATGTCACAACTCACAAGTCATGATCAC TAAGAATATGAGATACAATTCTGTATGAGACTAATGCATAATCAATCTGAAGTACAAATC AGAACAAAAAGACCCTAAGTTACCATGAACAAGCTGATAGCTCAACAGCTCACACTGGGA TGTTGATAGATCTTGAGTGCTCACTCACGTACTCTGCTGAAGCTTGAATCTATATCTGCA CACTCGGTGCAGAAGTGTAGGGGAGTAAGAGTACTCAGTAAGTATCTTTGACCTCTCCAA ATAAGATAGTGGCAAGAGACAATATAGAAGGTTCTCACTTTTAAACCTGTGCAATTACTA TCTACAATAATTACAGAAATAGTAATGTGCTTTGAACTTATATTTTGAGCCACTGTATTT ATTTTGTGGTACTTCAGTTCCAAGTCAAAATATCATGTCTCTGCGACATATGTAAGATAT TGTAGCTGAGTTGGTCTTATTTCGCCAAATAGGGTGGTGTGACTCGCTTGTAATATGATG AACACACTGTTTTCTTTAAGTACTAGTATCTTTATGTGATCTTTGCTTGAAGCTTGGAAG AACAATTTTGTAAATAGATGCCTTCAGTCTCCCTACATGCAGTGTTCATGCATCCTTGAG TTTGATGGGGCTTCAAAGGGGAATCCTGGTCTAGCTGGTGCTGGGGCTGTGCTGCGTGCT GCAGATGGAAGTATGGTATGCTCCCTATCCTTTTAGAAGATGTGGTTTGTCACCACAAAT TTACAGGTTTTCGACTTTGTGATTCTTTTCTGTAGGTTTTCCGGCTGCGTGAAGGTGTAG GTGTGGCAACTAACAATGTTGCTGAATACAGAGGCGTAATCTTAGGACTAAGATATGCTC TTGAGAAAGGTTTCAAACACATTAAAGTCAAGGGCGATTCGAAACTTGTCTGCATGCAGG TCTTCTTTCTCTACTTCTTACAGCTGTTTTTTTTAGTTTTATTCATTTTTAATTTGCTTT TAGTAAATTAGTCAATTTTTCTGCTTTCTCACTTTAAATATCCTGTCAAATTTGTATATC TTCAGTAATTTATTGAAATCACTGATTTCTAAAACAATTGCTGAAGAGTCTTTTCAATTG AGTGTCAGAGACATATTCATTGAACTGGGCTACACCAACAGAAAGTGGACCGTTCAATAT AAGGAGACACATGGTTTTTAACCAACTAGTTTTTGGACATGTACATCCCAAATTAACTAG AATATGATTTTGCATAATCACATAAAATTATTGAAAAATATTTTTGAGTAACAAAACACA CATTAATTAAGATTCATGAATGTGATTCTTCATTTGGGACTTCATGGTTGAGCCCCCCTC CCCCCACCCCCCCCCCAAAAAAAAAAAAAAAACCACCATACACACACAAAGATAAATGAA TGTGTGTGTATAATTCATTTAATCATAATTCATAGTCATAGCAAAATCAACCGAATGTAA CATCAACAATACTTTCAGTTCTATAAAGGTCTCTCCGGCTGCTTTTTAATGCACAATGTT ATCATTTTTTTTCTTGTTTTTTCAAGCACTAACCATGTCTTCACCTCAACTTTTTCCTCA CGAATTGTAATTCTGCATATCATCTTTTTCCTTTTGATGAGTCAGTTGATTAGGCCAGCT ACATAAAAACATGAAATACTATGATAAAAAAGAGAGAGAGATGATCAAAGAAGGCTTTTA AACAGAAATGACAAAACCTAAGCAATATCCACCAAGTTTTGAATTGTGCATCACTGGCCC TCGAGGATTTCTCGGTTATAATTAGAAAATGGCAAAGCTAAGAGCTGTTGTGGCATAAAA GAATGCAGCAGCTGGCTAGCAGTTTGGCAACCCGCATTGTGTTGTGAAAACTTGCTTCTC AATATCCCAATTTGAATCCCGGAGAACATATGGTGTAGGTTAATGATTAATTCAAGAAAC TTATTTTACTTGGCTTTTATTTTGGCTTTATTACCAAATGCCTAAGATTTTACAGTGACA GGTTTAGGAGCGACTATAAAGACCCTATAGGATTTGAGACATATTCAGCCTATATGTAAT TTGATAGGAATTATGGGATGGCATAGCTTGCCTTCTTGATGGTACCTCATCCTATCCATC CCAAGAGACACCTAAACCAGTTTAAAAGTGAAGCTATTCTTCCCTTGCAACCTATGTGAT CTTACGCTGAGATCATATGTGCTTTTGCCGTGCTATTTATATTTTTTTCAGTTTTATGTT TTAGCTGGAACTGCTTCTGGGCCGGTCTCTTGTTTTTACAAATTTCTTCATGGAACAGAC TCAAGGAATCTGGAAATGCAAGAATCAGAACATGGCTGAGCTATCCAAGATTGTTAAAGA GCTTAAAGATCAGTTTATGTCTTTCCAGATCAACCACATGGACAGAGTATGGCCAATTTT TCCTCTTTTGCTAATTTGAAGCTCACTGAGCTGGTCTATCAGAATTTTGATTTTCGAAGT CCTTATTATATCTTGCAACTGCATGTTGTTTTTGTGATAAATATGGAGTAGTGTGGTCTC CTGTGACCAAAAGAGGTGCAAGCGGTGGTACCTGGACGTCATGTTTAATTTATGCAATAT ATATAGTTTCTCTTTTCTTGCTAAGCTGTTCTTCGAAATTGATTTTATCACCTTGTTGCT AGAAGTGAATAATCATGCTTCCCTAGTCAATCAATTCACTCTGTTCTGGTTGCTCTGCAT GAACAGTTCAGAATTTTTCTGCACATAATTGTTCCGTTCTTTTTAATCATTTAAAGCCTT TTTTCATCCAATTCCAAGGGTTTTTACTTGTTTAACATATCAGGAATCCAACACTGAAGC CGATGCCCAGGCAAATTTAGCCGTGTATCTCAAGAGTAAGGGTCTTTTGTCTTGTGAGTT TCTCTTTTTCCGTGAGAAATCTAATAAGAAATATTTTGTTGCAGATGGCGAAATTCAAGT GGAATGTGACATGATAACTTAATTAAGTCACCAACTACTACCTCAACTTGTTGGGATTTA GGAAATGATGAATGACCGCCAAGACAGACCAATTTGGATATTCAGTTGTCTGAAACTACA CTTGTAACATGTAGATATATGATCTGAATTATGTGCATGTAACCTAATTATGTATCTGGA TTGAAAGTAGCTTCTGCTGTAACCTAATTTGCAATGAAAATTGGTTGGGACAAGTACACC AGGCTTCTTCTTTATAGTACGTTGAAACCTCTCTTACTGTTGCTCTAATTAGTATCACTG ACATTCATTCACACACACAGTTGTGTTTTAACATTGAATTATTATGCGAAGAAAATTCAA AAAAAGCTTTTATATGATTTTTCTTTTCCAGATCTTGCTTTTCATGGGGAAGCTTACCAA TTGAACATATAAATTAAGTACACTAGTTGTTTAGATAAAAAAATAAGTAATTACTGTGTA ATTGCGCAAGTACAAGGACAGAACATTAATTAAATATTCAGAAATTATAACTGGACAGCC CAAATAAGTAGTTTCGGACCCAAATCAGCTGACCCGTTTACCCGGGACTAAACGAAATTG AAAGTATTGAGACCTGAGATGAGCTGCTGGCAAAAAAAATCCAATTCTCTCTCTCTTCCC AAGTCCCAACTACTCCCTTCACTCTCTTCCTCTGCTCGGTAAGAATCTTCATTGTATTCT TTCACTTTTCTATGTTTTCAGAAATCCTAATTCGTTTATCTTTGTGTCTAAAGTACGATT TTTATTCAATACAAAAAAACCCTAATTGAGATGGTAATTGAGTATCATTGCTACTATATT AACTGCAACTGATCATACATGCAGGGTAATATGTATACTGAAAATTGTTCAGTGAGTTTA GAATGTAGTTTTTTTTTTTTCTGGAACTTGGACTTTAAGTATTTGTTTCTGTGTTTTCAC TAAGTAATACTGTGTTGTGTTGATACAGTGGTGGAGTAACTTGCAAAGCCAAGTAAACGC GTTGGAGTTGGACACATAAATGGGGGACGAAAAGGATGCTTTTTATGTCGTGCATAAAGG GGATGTGATCGCTGTCTATAAGAACCTCAGTGATTTACAAGCTCTGCTACGATCTTCTGT ACGTTTCCTTTAATGTTTTTTCTGCTTTTGGGCCTTAGACGGCCTTATCTGTTGGACTAC TTTTTTTGGAGTCATGTAGAGCTCAAGTATAAGAAGAGTCTAATTATTACAGCTTTTTAA CAATGATGAAGAAATAGAGCTTAGTTGATTTGAGCACAAGTAATAATATTATCAGATGCT CTTTTGATGTATTTTCTATTATTTTCTGTGATCTTTCAGGTTGGTGAACCAGCTATAAGT GTTTATAAAGGGTATCACCTGGCTAAGCAATCAGAAGAGTATTTGGCATCTCATGGACTC AAAAATGCAATGTATTCTATGGATTTCAGTGATGTTCGAGATGATCTCTTTGGGATACTC GTCCCATGCCCTTTTCGGGTTAGAAAGTTTATCATTTTATTATTATTGAACTGGTGGTAG ATGTAGTTGTTTAATCTATTTGACAATTTTGTCTTAACTGTTTAATAATAGCTGGGTCAA ATTTTGGTTAATGTGGATGCTAAAATTTGTCCGGCATTTAAGTTTCATACCCATCCTTCT GTTATCATGATCTAGACCCAGTAGTGTGCTGCAACCTTGACTGACTGCATGATTGTTCGC GATCAGGCTGAACTAATCCTTCTCTTGATCTTCCAACTATGTTATCGGCAATTGAGTAGG ATCAATTCTCCAATTAGTGACCTTTTACTGGAAACGGAGTGGTAGTGATTACCAGTCGTA TCTACTCCATTTAGTGACTAGCAGTTGTATCTACTCCATTTAGTGAGTTTTTATGTCTTT AGGTGTATGTCTTTTGCGTAGCTTTGATATCTTCTTTTGCGTGGCGCTGGTGCTTCCGTG TAGCTCCTTTTTCTAAAGAAAATGGACAAATATTGAATGCAACTGTTATTTACCGCTTTG ACATGATATCCATCTCATTTTTCCTCTTTGAAGCACTTTCATCTGATTGTTGAGATAAGA GATAGCTCTTCAGCGCTCTCTATTGTCTTTTCCTTCCAATTTGTCTCATGACACATCATT TTGGCGCTGCAGAAATGGTTTTGAGCTCATGAGATTAATTTTTCCTATGTAGCATAGGTT CTAAATAATAAAGTGCCCTTGTGTTTTGGAAGAGCAAAATATCGCTCCATCTTAGACCAT CATAATAGGACAATCATTACTGGAAGAATTACTCTGGGATGATGTGTCTTTATATCTTTG CTTATACAGTTTTTATTGAATTCATAGCTGAGGCCCATATTTGGTAGAGATTCTGATTTT TTTTTTAACTAAAATATATTTAGGTATATAGAAAATAAAATTAATATTGTTTTGCTAGCA TTGATTCTTTAATGGTGATTTTTGAATGGATGACACATAAAATTGATGTCATTGGATAAT TTTGTACCACCAGCAGATGCATGAGAAAGGAAGTGAATATTTACTTAGATTTGTATGTAT TGAAATATAGAAATTGAAAGATGTAGGACTGGAACTGGGAAGAAATCATTTATTTTTGCA TTAGATGAATAAATACTGTTTCAAAGCTAAAAAAAACGATGAATACTATTGAAAAGCTTA ATGTGAATAAACTGCTGTTTTTTTTAAAAAAATCTTAAGTGTTTTTCCGATTATGTGGTG CGTGGTAGCATTTCAAAGAGAAAATGTCATACATGCCTACTTTTTGTGGCGCATACTTCT TTTTGATAATGCTACTGCCATATGTTATATTGCTTCAAGGCTAATTTGGTTCATGGGTGG AAAGGGGTCATATATGTCTCTGACGCAGAACTGACTACTGTTACTTGTGGTCACACAAAC TTGTCAAGTAGCCTTACATATGATATTCTTGGGATCCAATTTGATATCTTTGATAGGTTA ATTCACTTGGTTGATTTGTTAGTTTTTCCTCGCTTTGTCATTGCCATGACACTACTTCCT CTATTGTGTCTTGCGACCACTGACTGGTAATTAAAGAGTGCACATAATACTGCTTGTACA TTTTTCAGCTATACCTACTTGAAAAACTTAGATGTTTTAACATTCAATTATTGATATGTT TGTTCCCGTTTGCTCTGTCAAATTCAGCAGTCTATGGTTTATAATTGTGCCTTGAAGAAA ACCAAACTTTCAGCATGTTTTCTAGTAACAATTTTACATTAAAGACGATATCATGCATGC TGATTTTTCATTTTTTTTTTCTGTTTTTGTAGCAACCTGGCTCTTCGAAAGATAAAATTA TGGGGAAGAATCTTCCGGAGAAGAGGATGCAGGTAATTTCTTAATGGTCAATCCAGATTA TTCTTACATTGATAGGATGGGGTATGTCTTTCTTGAAAGGTTCATAACAGTTATACTTTC TTTATGCCCAACTTCAGTCATCAAAAAAACTATATCATCAGTTACTACAATGCCCTAACA TGTTGTGAAGTAGGATGGCATGGAAATTTCGGATGGTGTTTATTATTAGGCTTGTGCTTT TCCTGGAATAAGAAACTAATTGTCTGGTCTAGGGATGGCGGTTTCCTCTATAGCTCTTGA AGTAAAATGAGGATACTCATCTAGTGGTGGTATAAATGTCAAGGATAAGCCTGTTTGCTG CATGTAGTTGCTCTAATAACGAAGTTGTGCTTCACATTTATAGTTTCTAGTATAAAACTG ATTTATTGTCCTAAGAACTCAATTTTGTCGATGGTTCAACTCACAGGTTTTAGTTAATCT TGTCTCGCCTTATGATAATTTGTTCGGTCCTCTATTTTGTTTAATATACTTTTCTAATTT AATTGAGTCAGCATGTGAAAGTCTTCCTATTATGAAAAGGTGTGTGTAGTGTATTTGATA TTCACATGATTATTTTTCTTACATTCAGATGGAGGTGGTTGCATCTCCTTCGTTTTCAGC CGCTGGTCAGCAAAAACATGCCACATTAGACAATTGCCTAGAAATTCCCCCGATTTCGTC ATATTGTGTAAGTATATTATTTTACCTAACAATTCTTTGTATCAATACGTTTAAATTCTT GTCATTGTCTGCTTTATCTGGATGTTGACATTCTTGGGGTGGGGTGAGGGTGGTGATTTG GTGGGTGGTTAGCCTTGGAAAGGGCTTGCTCCTATGTTTTGACTTTATTCTGCTGCTGGC CGAAACTAGTGAGGATAGTGATGCGTATTGGAGCTGATTTGGAAAATAAAAGGTTGAGAA GTCCTGATTCGGCAACCACTGATCCAAGGGGGACCAAGTGATTCTTAAATCAAACTGTAA GGGCAAAGTGGAACATTGTTGGTTAACGTTGCGCAAAAGTCCAAAGTTGGAAGATGGTGA CAAAATTTATATGTAATCTATGTTGCTGGGATTCTCCAAGAAATAGTGCTGCACCCATGC TAGATCCTCCAAAATGCACTACTTTTGAAGGATTCGACATGCTCTCATCAACATTTTAGA GTCCGAGCAACATAACTTGTATTAAGTTTATTTTAGAATGTAAGGGGTCGTTTGGTACAA AAATTAATGACACACTGATTAGTAATGCAAGGATTACTAATGCAGGGGTAAGTAGGGGTT AGTAGTGCAGGAATATGTAATGCAGGGTTTACTTTTACCAAATGTTTGGCTCATTGTTTC CTACCCCATCTTGTGTTTGGATTAAAACTCTATAAGAAGTTTTTTTCCAATTATACCCTT GAATTATTATGCAATTGGGTCAAGAAAGATAATTCCCTGCAGTCTTTTGTAACTTCTGGT TTTGGTACCTTTTTGGTACTTTAGGCAATAAACCTTTACCTTATAAACAAAAAAAAAATA TTTTTCTATGGCTCCCTAACTTGCTAGGGGTTGAACAATTTTGTTGTCATGTTTGCTATT TTTTCTCTTGAATTATTTAAGGATAACTAGTTGTCATATTAATGAATTGATCACTCACAA AATGTCAATTTTCAATTTAAAAAAGATAAACCCCATCTACTTTTAAAACGAAAAGACGGT AAACAATAAGAAAATTAAATAAATCATCTACATTTATATATATATATATATATATATATA TATATATACACACACACACACACATAGATGATTGAAGAAACAGCGTAAAAGAATCTATTT GGACTTTGTTCTTATGTGCTAAAAAAAGAAAAAAAGGTTCCCGTTAAACTTATCTTTTGA GACATTTTGTAGTGTATCGGCACTTCAGTTCCAAGTCGATATCATTCTACTATCTGTATG TGATCTTTGCTTCTAACTTGGAGGAACATTTTGTAACTTGATACCTTCAGCCCCCCTACA TACAGTGTTCATGCATTCTTGAGTTTGATGGGGCTTCAAAGGGGAATCCTGGACCAGCTG GTGCTGGTGCCGTGCTGCGTGCTGCAGATGGAAGTATGGTATGCTCCCTTTCCATTTAGG AGATGTGGTTTGTCACCATAAATTTACAGGTTTTCGACTTGTAGTTCTTTTCTGTAGGTT TTCCGGTTGCGTGAAGGTGTGGGTGTGGCAACTAACAACGTTGCTGAATATAGAGGTGTA ATCTTAGGGCTAAAATATGCTCTTGAGAAAGGTTTCAAACATGTAAAAGTTAAGGGTGAC TCAAAACTCGTCTGCATGCAGGTCTTCTTTACTCTTCTTACTTCTGTTTTTGTTTTATCT TGATCTTCCCTTAAGCAAATTAGTCAATTATTTCTGCTTTTCCACTTTTAATATCCTGTC AGATTTATATATTCCAGTAACTTGTTGAAACAACTGAGTTCTAAAGCAATTGCTGAAGAA CTTTTTCCGCTGATGTCCTAGCAATTAAGAGTGTCTGAGACATACTTATAAACCCCAGGC TACACAAAGATGCCCCAGAAAGTAGACCATTCCAAATAATGATAAAGTTGATCTCTGTTT ATGGACTATGGTATTAAGTATTATCATCTTAAGTCATCCCTAGTTAGCCTGGGATGGAAT AGCCGAAGTATTATCTTTAGTGTATACTCCACAGGTTGTATATGTATACTCCAAAATCAC ACAGTGGAATCCACACTGTGGATAACATGACTGGGTATGTTAGGGAGTACTAGATAGTTT AGAAGTGCACTCGAATAAGGTGAACTACAAAAACTAATTTGAGTTTATTATTATGTAATT CTGCATATAACTTTTTTCTTTTTATGAGGCAAAGTCGGTTCAGCTACATAAATCTAGAAA TCAATTAATACTATATTACATTCAACACTTGACAGTGTTTTAAGAAAAGAAGAGAGAGAA ATGATCCAAGGAAGCTTTTAAAAAGAAATGGGAAAAGCTAAGCATTATCCACCAAGTTTT GAATTGTGTCTCATTGATCCTCGGGGATTTCTGTTATATTAAAAAATGACAGAGCTAAGA GATGATGTGGCATAGAAGAATGAGCAGCAGTAGGCAAGCAGTTTGGATCCCCACATTGTC TTCGGAAAAATTGCTTCTGTTCATCCCAAAGTGAGCTGGAGAATAAAGGTATAGGTTAAT TTGATTGTTTTGCAGAATGCCTAAGAGATTTTGCAGTGACAGATCTGGGAATGAGTATAA AAACCTTATATGATTCGGTATAAGCTTCCTTCTTGATGGCACCTTGCCCCTTCCATTCTA AGAGACACCCAAACCAGTTCAAAAGTGTAGCTATTCTTGCCCTTGTAACCTGTGTGACCT TATTCTGGGATCATGTGTTCTTGCGGTGCTATTTATATTGCATTAAGTATTAAGTTATTG CTGGAACTGCTTCAGGGATGATCTCTCATTCTTTAATTTTTTTTTTAATCATGGAACAGA CTCAAGGAATCTGGAAATGCAAGAACCAGAACATGGCTGAGCTATCCAAGATTGTGAAAG AGCTTAAAGATCATTTTGTATCATTCCAGATCAACCATATTTACAGAGTATGGCCAACTT TCTCCTCTTTTGCTAATTCAGAGCTTACTGAGCCTGTCTATCAGAATTTTGATCTTTGAA GTCCTTATTATATCTTGCATCTGCATCTTATTTCTGTGGTGAAAATGCTATAGTGTGTGT TATGTGTGGTCTCCTGTGACCAGAAAAGGTGCAAGTGGTGGGTGCTTGAATGTCATGTTT AATTTATGCAACAATGAGTTTCATCCATCTTGCTTATGAGCTCTATGAAATTGGTTTCAT CACCTTGTTGCTAGAAGTGAATAGTCATGTTTGTCCGGTCTATTAATTCACTTAGTTTCG CATTTCTCTTCGTGAAACGTTTAAACTAAACTTGTACATATGTACTAAACTCATGATTGT TTAAAAAGCCATCTTCTCATCTCATTCTGAGGGGTTTTACTTGTTTGACATATCAGGAAT TCAACACTGAAGCTGATGCCCAGGCAAATTTAGCCGTGTATCTTAAGAGTAAGGGTCTTT CTTTTGGTAGTTACATACATCTCTCTTTCCCGGTGATAAGAAAAATTTCTTGCAGGTGGT GAATTTCAAGTGGAATGTGACAAGAAAACAACTTAATATTGTGAAGTCACCAACTACCCC AACTTGCTTGGGGGATTTTGTGAAGGATGAATGACACTCAAGACCGATGCATAATGGATC TTCTCTGGTCTTGTTTTTTTTTTTTGTAGATATATAATCTGAATCATCTGGATTAGAGAA ACTTCTGTTTAGGGGCCTGCTCGAATCCATTATTCTCTTCTCACTTGCAATGGAAATTAA TTAGTTCTCTAAAGCTAACTATTCTAGCACTTTGAAATCTGTCTTGCTGTTACTCTTCCC CAGTATACATACTTTTTAAATTTAAATGGGATATCTTGGATTGCCGTTTCTACAACTGGG TTTCAACAATGTCAATAAAACAAGCATTATATTTAAACTAACAATATCACGATAACAACC ATTCAAACGAGTGATTTCTTGAGTGAGAATAAATATACTACTTTAGTAAAATTGGAGAAG ATATCACTTTAGCTCAAAAAAAAAATAAAAAAACTACATTGTAAGACTAAAATTGTTAGT TATTTTTAATGTTACTCTATTTTTTAAAAATAGTTGTGATAAATACAAATAATTGAATAA ATTATACTTATATTTATTATATAAAAATATCATAGGATGAAATAATCTACTATCAGTAGT ATAAATTTACTGACTTCAACATTATTTTGTCCCAAATATCCATAGGTTCCTTCCATTTGT AATCTGGCTTCTGGATAAGAGTGAAAAATCACTCTGAGGAATTTGCGTCGGAAAAAAAAA ATATGGCGACCGTCTCAGCATTTTCCGTTTGTAGAGCCAAATCTCATTCTCGAATTCCCC ATTCTTCATCTAATGCAATTCCCCAGCTTTTCCCAATGCAATTTCTTCGGTGTCAAAGCA ACAGGAGCATTGGCGGTGGTTATTCTTGCTCTTCAAGTTCGGTGAAAGCGAAGGTACCTT TGAGAACTACCAGGATATGTTCTGCAACTGAGGAAGATGGTGCTACTGCTGTTGCCGAAG AAGAATCTGCTGCTCCCACTACATCTGATCAAACTGTTTCTGTTTCCGTCTCCCCTTCCG ACGTTCTAACTATGTTCTTTCAGGTTAACCCCTTCTTTTCTATTTTGGTAAAGTTTCTAG TTTTTTCATTAAAGAACTCAACCAATGTGAACCCGAAAGGGTTGCTGTAGGTTAATAACT AGTGTAGGAATAGTTAATTGTGGTTGTAATGAATTTCAGTGGTTTGAACTTGGTTCTTGT GAAGTTTCTAATATTGTCAAAAAAATCAACCAGTGTGAATTTCTGATTAAAGTGAAGAGG GTTGCAGTAGGTTAATGCCTAGTGTGTACGAATAGTTTATCTGGTAGTAATGAATTTCAG TCTGTGCTCATATTGGTATGAAATGGGTTCTTGTGAGGTGAATTTTATCCAAAAATTCTA AGTAAGTGAATTCGCTAAGTTAGGATAATGGAGGAGGAGGAGGTTAATTCTCAGTGTAAG GCTGTAAGCATAGTAAATTTATTAAGAATTCTGATAGTACTGGTATTTGATAGTGCTTGC TCATATTGGACTATTGGAGTGAAATGGGTCGGATAAGAACGCATATACAGGATTGGTATA GCCCAACTCCAACTAGTTTGGCAGTGAGGTTTAGTTAATTTATTGATTGATTGTCTGATT AGTGCTCAATGTGCTAGTTTTGCTTTATTTTTCTTTCAAATTGTTAGTTGTCTGTAACCC TTAAACTTCTTGTGGATTCTTCTGTGAATGGTAAACTGAACTTATACCTTTCTTATCACA GGCAGAAGGAACAATGAATGAAGCTGCTATTCCTTCCGTGACTAACTCTTTAGAGGTAAA TTGAGTGTGTAAAATTCAAAGCTTCTTCTGGTACATGCTAATTTGTTGACACTTCACAAA ACACATTACTTGTCTGCTGCATTTGAGATACAATGTAGTAGCAGTTGCAGGGACTCTGAG TTTTTATTTTTCTGTGTAATATTAATGCTACTTGTGAATCACCAGAAGACTCGCTATTAC ATTGAAGAGTGAAATAAACAACACAGGTTGTTTACACTTTAAAGGACAAATTAAAGAAAG GAAAACGTTCT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 1342 1756 match_2 match_part 0.957 16118 16846 match_3 match_part 0.945 16118 16625 match_4 match_part 0.998 16435 16980 match_5 match_part 0.998 16435 16980 match_6 match_part 0.998 16436 16980 match_7 match_part 0.911 16510 17027 match_part 0.556 17604 17630 match_part 0.643 17792 17805 match_8 match_part 0.998 21264 21907 match_9 match_part 0.986 21265 21885 match_10 match_part 0.995 21265 21845 match_11 match_part 0.964 21692 22131 match_12 match_part 0.978 27879 28241 match_13 match_part 0.994 36876 37393 match_14 match_part 1.000 37137 37473 match_part 1.000 37551 37613 match_part 1.000 37689 37805 match_part 1.000 38397 38528 match_15 match_part 0.973 37400 37473 match_part 1.000 37551 37613 match_part 0.983 37689 37805 match_part 0.939 38397 38577 match_16 match_part 0.849 39044 39136 match_part 0.941 39250 39401 match_part 0.907 39728 39888 match_17 match_part 0.998 41902 42366 match_part 1.000 42463 42509 match_18 match_part 0.992 41993 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44343 match_19 match_part 1.000 42008 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43463 match_20 match_part 1.000 42009 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43437 match_21 match_part 0.991 42019 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43431 match_22 match_part 0.995 42019 42216 match_23 match_part 1.000 42022 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44214 match_24 match_part 1.000 42026 42366 match_part 0.985 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44361 match_part 1.000 44554 44652 match_25 match_part 0.985 42039 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44149 match_26 match_part 1.000 42044 42366 match_part 1.000 42463 42528 match_part 0.964 43397 43424 match_27 match_part 1.000 42085 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_28 match_part 1.000 42110 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44210 match_29 match_part 1.000 42128 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44361 match_part 1.000 44554 44630 match_30 match_part 0.954 42172 42366 match_part 0.939 42463 42528 match_part 0.991 43397 43510 match_part 0.983 44124 44361 match_part 0.971 44554 44658 match_31 match_part 0.894 42254 42366 match_part 0.939 42463 42528 match_part 0.991 43397 43510 match_part 0.966 44124 44299 match_32 match_part 1.000 42307 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44361 match_part 1.000 44554 44712 match_part 0.984 44818 44943 match_33 match_part 1.000 44579 44712 match_part 1.000 44818 44969 match_part 0.997 45052 45415 match_34 match_part 1.000 44580 44712 match_part 1.000 44818 44969 match_part 0.998 45052 45451 match_35 match_part 1.000 44964 44969 match_part 0.981 45052 45586 match_36 match_part 1.000 51525 51669 match_part 1.000 51813 51882 match_37 match_part 1.000 51530 51669 match_part 1.000 51813 52076 match_part 0.993 52671 52820 match_part 0.978 53079 53123 match_38 match_part 0.919 51535 51669 match_part 0.955 51813 52076 match_part 0.953 52671 52820 match_part 0.940 53079 53212 match_39 match_part 0.948 51535 51669 match_part 0.955 51813 52076 match_part 0.947 52671 52820 match_part 0.963 53079 53160 match_40 match_part 1.000 51543 51669 match_part 1.000 51813 52076 match_part 1.000 52671 52820 match_part 1.000 53079 53123 match_41 match_part 1.000 51556 51669 match_part 1.000 51813 52076 match_part 1.000 52671 52820 match_part 1.000 53079 53212 match_part 1.000 53322 53535 match_part 1.000 53698 53843 match_part 1.000 53930 54154 match_part 1.000 54243 54445 match_part 0.996 54588 54831 match_part 1.000 54912 55137 match_42 match_part 1.000 51618 51669 match_part 1.000 51813 52076 match_part 1.000 52671 52820 match_part 1.000 53079 53212 match_part 1.000 53322 53397 match_43 match_part 1.000 51947 52076 match_part 1.000 52671 52820 match_part 1.000 53079 53212 match_part 1.000 53322 53399 match_44 match_part 0.993 52668 52820 match_part 1.000 53079 53212 match_part 1.000 53322 53535 match_part 1.000 53698 53765 match_45 match_part 1.000 53186 53212 match_part 1.000 53322 53535 match_part 1.000 53698 53843 match_part 1.000 53930 54154 match_part 0.984 54243 54364 match_46 match_part 0.966 53477 53535 match_part 0.966 53698 53843 match_part 0.942 53930 54154 match_part 0.966 54243 54445 match_part 0.935 54588 54741 match_47 match_part 0.966 53477 53535 match_part 0.966 53698 53843 match_part 0.942 53930 54154 match_part 0.966 54243 54445 match_part 0.937 54588 54729 match_48 match_part 1.000 54089 54154 match_part 1.000 54243 54445 match_part 1.000 54588 54831 match_part 0.968 54912 55131 match_49 match_part 1.000 54089 54154 match_part 1.000 54243 54445 match_part 1.000 54588 54831 match_part 0.980 54912 55063 match_50 match_part 1.000 54089 54154 match_part 1.000 54243 54445 match_part 1.000 54588 54686 match_51 match_part 0.963 54257 54445 match_part 0.951 54588 54831 match_part 0.946 54912 55225 match_52 match_part 1.000 54282 54445 match_part 1.000 54588 54831 match_part 1.000 54912 55203 match_53 match_part 0.922 54600 54831 match_part 0.962 54912 55279 match_part 0.645 56107 56137 match_54 match_part 0.967 54681 54831 match_part 0.914 54912 55214 match_55 match_part 0.975 63951 64109 match_part 1.000 64366 64510 match_part 1.000 64603 64739 match_56 match_part 1.000 63955 64109 match_part 1.000 64366 64510 match_part 1.000 64603 64759 match_57 match_part 1.000 63996 64109 match_part 1.000 64247 64510 match_part 1.000 64603 64752 match_part 1.000 64820 64956 match_part 1.000 65047 65260 match_part 1.000 65326 65471 match_part 1.000 65551 65778 match_part 1.000 65854 66056 match_part 1.000 66127 66370 match_part 1.000 66449 66677 match_58 match_part 0.883 64693 64752 match_part 0.978 64820 64956 match_part 0.944 65047 65260 match_part 0.859 65326 65531 match_59 match_part 1.000 65068 65260 match_part 1.000 65326 65471 match_part 1.000 65551 65778 match_part 1.000 65854 66056 match_60 match_part 1.000 65069 65260 match_part 1.000 65326 65471 match_part 1.000 65551 65738 match_61 match_part 1.000 65142 65260 match_part 1.000 65326 65471 match_part 1.000 65551 65778 match_part 1.000 65854 65981 match_62 match_part 0.972 65154 65260 match_part 0.993 65326 65471 match_part 0.987 65551 65778 match_part 0.954 65854 65918 match_63 match_part 1.000 65194 65260 match_part 1.000 65326 65471 match_part 1.000 65551 65778 match_part 1.000 65854 66056 match_part 0.970 66134 66268 match_64 match_part 1.000 65195 65260 match_part 1.000 65326 65471 match_part 1.000 65551 65758 match_65 match_part 1.000 65923 66056 match_part 1.000 66134 66370 match_part 0.979 66449 66827 match_66 match_part 0.988 66130 66370 match_part 1.000 66449 66701 match_67 match_part 0.992 66245 66370 match_part 0.998 66449 66904 match_68 match_part 1.000 66246 66370 match_part 0.967 66449 66813 match_69 match_part 1.000 70505 70555 match_part 1.000 71706 71951 match_part 1.000 74207 74356 match_part 1.000 74457 74590 match_part 0.995 74656 74852 match_70 match_part 0.860 70777 70933 match_part 0.907 71706 71951 match_part 0.980 74207 74356 match_part 0.955 74457 74590 match_part 0.958 74656 74679 match_71 match_part 0.929 74217 74356 match_part 0.940 74457 74590 match_part 0.921 74656 74869 match_part 0.958 74950 75069 match_72 match_part 0.929 74217 74356 match_part 0.940 74457 74590 match_part 0.921 74656 74869 match_part 0.950 74950 75009 match_73 match_part 0.765 74557 74590 match_part 0.921 74656 74869 match_part 0.959 74950 75095 match_part 0.974 75187 75414 match_part 0.930 75493 75578 match_74 match_part 0.735 74557 74590 match_part 0.909 74656 74798 match_75 match_part 0.983 74695 74869 match_part 0.890 74950 75095 match_part 0.982 75187 75414 match_76 match_part 0.995 75499 75695 match_part 0.988 75784 76027 match_part 0.911 76131 76490 match_77 match_part 0.907 76709 77051 match_78 match_part 1.000 81049 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85123 85154 match_79 match_part 1.000 81065 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85215 match_part 0.993 85296 85439 match_part 0.971 86819 86923 match_80 match_part 0.987 81065 81140 match_part 0.980 81377 81527 match_part 0.969 81821 81979 match_part 0.983 83765 83824 match_part 0.960 84174 84272 match_part 0.929 85108 85149 match_81 match_part 1.000 81066 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_82 match_part 0.971 81071 81140 match_part 0.987 81377 81527 match_part 0.994 81821 81979 match_part 0.983 83765 83824 match_part 0.960 84174 84272 match_part 0.934 85108 85168 match_83 match_part 0.928 81072 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85215 match_part 1.000 85296 85347 match_84 match_part 1.000 81072 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 0.983 83765 83824 match_part 1.000 84174 84272 match_part 0.986 85123 85194 match_85 match_part 0.940 81074 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81924 match_86 match_part 0.981 81087 81140 match_part 0.980 81377 81527 match_part 0.975 81821 81979 match_part 0.983 83765 83824 match_part 1.000 84174 84272 match_part 0.989 85123 85215 match_part 0.933 85296 85430 match_87 match_part 0.981 81087 81140 match_part 0.980 81377 81527 match_part 0.975 81821 81979 match_part 0.983 83765 83824 match_part 0.990 84174 84272 match_part 0.978 85123 85215 match_part 1.000 85296 85307 match_88 match_part 1.000 81128 81140 match_part 1.000 81377 81527 match_part 0.992 81821 81939 match_89 match_part 1.000 81130 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85215 match_part 1.000 85296 85359 match_90 match_part 1.000 81130 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85210 match_91 match_part 0.993 81232 81527 match_part 0.994 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85215 match_part 1.000 85296 85439 match_part 1.000 86819 86926 match_part 1.000 87344 87395 match_part 1.000 87465 87713 match_92 match_part 0.997 81238 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 0.962 85123 85202 match_93 match_part 1.000 81238 81527 match_part 1.000 81821 81979 match_part 0.983 83765 83824 match_part 1.000 84174 84203 match_94 match_part 1.000 81247 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85149 match_95 match_part 1.000 81419 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85215 match_part 1.000 85296 85311 match_96 match_part 1.000 85297 85439 match_part 1.000 86819 86926 match_part 1.000 87344 87395 match_part 1.000 87465 87720 match_97 match_part 1.000 88133 88178 match_part 1.000 88469 88618 match_part 1.000 88840 88998 match_part 1.000 90813 90872 match_part 1.000 91469 91567 match_part 1.000 92886 92978 match_part 1.000 93058 93201 match_part 0.972 94380 94487 match_part 1.000 94917 94946 match_98 match_part 1.000 88140 88178 match_part 1.000 88469 88618 match_part 1.000 88840 88998 match_part 1.000 90813 90872 match_part 1.000 91469 91567 match_part 1.000 92871 92978 match_part 0.986 93058 93201 match_part 0.972 94380 94486 match_99 match_part 1.000 88145 88178 match_part 1.000 88469 88618 match_part 1.000 88840 88998 match_part 1.000 90813 90872 match_part 1.000 91469 91567 match_part 0.981 92871 92978 match_part 0.957 93058 93104 match_100 match_part 1.000 88146 88178 match_part 1.000 88469 88618 match_part 1.000 88840 88998 match_part 1.000 90813 90872 match_part 1.000 91469 91567 match_part 1.000 92871 92963 match_101 match_part 1.000 88158 88178 match_part 0.987 88469 88618 match_part 0.994 88840 88998 match_part 0.950 90813 90872 match_part 0.980 91469 91567 match_part 0.967 92871 93146 match_102 match_part 1.000 88158 88178 match_part 0.987 88469 88618 match_part 0.994 88840 88998 match_part 0.950 90813 90872 match_part 0.969 91469 91533 match_103 match_part 1.000 88163 88178 match_part 1.000 88469 88618 match_part 1.000 88840 88998 match_part 1.000 90813 90872 match_part 1.000 91469 91567 match_part 0.962 92886 92963 match_104 match_part 1.000 88484 88618 match_part 1.000 88840 88998 match_part 1.000 90813 90872 match_part 1.000 91469 91567 match_part 1.000 92886 92978 match_part 1.000 93058 93201 match_part 1.000 94380 94424 match_105 match_part 0.984 88490 88618 match_part 0.958 88840 88863 match_106 match_part 1.000 91580 92037 match_107 match_part 1.000 92957 92978 match_part 1.000 93058 93201 match_part 1.000 94380 94487 match_part 1.000 94917 94968 match_part 0.971 95036 95309 match_108 match_part 0.982 94376 94487 match_part 0.981 94917 94968 match_part 0.975 95036 95316 match_109 match_part 0.989 94400 94487 match_part 1.000 94917 94968 match_part 1.000 95036 95287 match_110 match_part 1.000 95748 96143 match_part 1.000 96842 96886 match_111 match_part 0.997 95753 96143 match_part 1.000 96842 96891 match_112 match_part 0.975 95756 96108 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_113 match_part 0.993 1691 1131 match_part 0.990 1058 962 match_114 match_part 0.993 1691 1131 match_part 0.989 1058 966 match_115 match_part 1.000 1643 1131 match_part 1.000 1058 967 match_116 match_part 1.000 1678 1131 match_part 0.973 1058 984 match_117 match_part 0.992 1656 1163 match_118 match_part 0.985 1662 1254 match_119 match_part 1.000 1756 1342 match_120 match_part 0.983 32935 32707 match_121 match_part 1.000 33613 33111 match_122 match_part 0.998 33797 33219 match_123 match_part 0.928 33798 33285 match_124 match_part 0.987 33862 33308 match_125 match_part 0.931 33798 33308 match_126 match_part 0.983 33930 33395 match_127 match_part 0.902 36430 36278 match_128 match_part 0.921 77129 76713 match_129 match_part 0.930 77124 76713 match_130 match_part 1.000 79201 78885 match_part 1.000 78795 78609 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 1756 1131 exon 1058 962 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 1342 1756 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 16118 17027 exon 17604 17630 exon 17792 17805 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 21264 22131 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 27879 28241 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 32935 32707 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 33930 33111 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 36430 36278 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 36876 37473 exon 37551 37613 exon 37689 37805 exon 38397 38577 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 39044 39136 exon 39250 39401 exon 39728 39888 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 41902 42366 exon 42463 42528 exon 43397 43510 exon 44124 44361 exon 44554 44712 exon 44818 44969 exon 45052 45586 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 51525 51669 exon 51813 52076 exon 52671 52820 exon 53079 53212 exon 53322 53535 exon 53698 53843 exon 53930 54154 exon 54243 54445 exon 54588 54831 exon 54912 55279 exon 56107 56137 gene_13 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 52668 52820 exon 53079 53212 exon 53322 53535 exon 53698 53843 exon 53930 54154 exon 54243 54445 exon 54588 54831 exon 54912 55279 exon 56107 56137 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 63996 64109 exon 64247 64510 exon 64603 64752 exon 64820 64956 exon 65047 65260 exon 65326 65471 exon 65551 65778 exon 65854 66056 exon 66127 66370 exon 66449 66904 gene_15 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 65068 65260 exon 65326 65471 exon 65551 65778 exon 65854 66056 exon 66134 66370 exon 66449 66904 gene_16 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 63951 64109 exon 64366 64510 exon 64603 64752 exon 64820 64956 exon 65047 65260 exon 65326 65531 gene_17 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 63951 64109 exon 64366 64510 exon 64603 64759 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 70777 70933 exon 71706 71951 exon 74207 74356 exon 74457 74590 exon 74656 74869 exon 74950 75095 exon 75187 75414 exon 75493 75695 exon 75784 76027 exon 76131 76490 gene_19 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 70505 70555 exon 71706 71951 exon 74207 74356 exon 74457 74590 exon 74656 74869 exon 74950 75095 exon 75187 75414 exon 75493 75695 exon 75784 76027 exon 76131 76490 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 76709 77051 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 77129 76713 gene_22 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 79201 78885 exon 78795 78609 gene_23 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 81065 81140 exon 81377 81527 exon 81821 81979 exon 83765 83824 exon 84174 84272 exon 85108 85215 exon 85296 85439 exon 86819 86926 exon 87344 87395 exon 87465 87720 gene_24 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 81049 81140 exon 81377 81527 exon 81821 81979 exon 83765 83824 exon 84174 84272 exon 85123 85215 exon 85296 85439 exon 86819 86926 exon 87344 87395 exon 87465 87720 gene_25 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 81232 81527 exon 81821 81979 exon 83765 83824 exon 84174 84272 exon 85108 85215 exon 85296 85439 exon 86819 86926 exon 87344 87395 exon 87465 87720 gene_26 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 81238 81527 exon 81821 81979 exon 83765 83824 exon 84174 84272 exon 85123 85202 gene_27 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 88140 88178 exon 88469 88618 exon 88840 88998 exon 90813 90872 exon 91469 91567 exon 92871 92978 exon 93058 93201 exon 94380 94487 exon 94917 94968 exon 95036 95309 gene_28 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 88133 88178 exon 88469 88618 exon 88840 88998 exon 90813 90872 exon 91469 91567 exon 92886 92978 exon 93058 93201 exon 94380 94487 exon 94917 94968 exon 95036 95309 gene_29 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 88146 88178 exon 88469 88618 exon 88840 88998 exon 90813 90872 exon 91469 91567 exon 92871 93146 gene_30 gene GT_PGL_19_AGS_4 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 94376 94487 exon 94917 94968 exon 95036 95316 gene_31 gene GT_PGL_19_AGS_5 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 91580 92037 gene_32 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 95748 96143 exon 96842 96891 RepeatMasker tomato repeats master Gypsy00163 7741 8025 1 Gypsy00163 7741 8025 1 nucleotide_motif 1158 3490 3743 Gypsy00163 8019 8182 1 Gypsy00163 8019 8182 1 nucleotide_motif 706 4075 4234 Gypsy00073 11887 12084 1 Gypsy00073 11887 12084 1 nucleotide_motif 436 6239 6437 SONATA2 1 185 1 SONATA2 1 185 1 nucleotide_motif 707 28952 29129 Gypsy00043 530 631 1 Gypsy00043 530 631 1 nucleotide_motif 774 49070 49172 Copia00110 13309 13623 1 Copia00110 13309 13623 1 nucleotide_motif 1035 49399 49733 Gypsy00043 1066 1313 1 Gypsy00043 1066 1313 1 nucleotide_motif 1210 49683 49917 Unknown00046 1555 1819 1 Unknown00046 1555 1819 1 nucleotide_motif 249 55870 56135 Unknown00040 4341 4680 1 Unknown00040 4341 4680 1 nucleotide_motif 2061 57539 57918 Unknown00019 48 683 1 Unknown00019 48 683 1 nucleotide_motif 4135 59566 60231 Copia00143 77 206 1 Copia00143 77 206 1 nucleotide_motif 968 70455 70584 Gypsy00073 11883 11999 1 Gypsy00073 11883 11999 1 nucleotide_motif 345 80071 80187 Copia00172 5195 5316 1 Copia00172 5195 5316 1 nucleotide_motif 549 91938 92058 Gypsy00202 2256 2384 1 Gypsy00202 2256 2384 1 nucleotide_motif 270 92083 92207 STOWAWAY50_OS 60 130 1 STOWAWAY50_OS 60 130 1 nucleotide_motif 232 92598 92669 RepeatMasker tomato repeats master Unknown00049 1659 1709 -1 Unknown00049 1659 1709 -1 nucleotide_motif 264 2928 2878 Unknown00049 1659 1709 -1 Unknown00049 1659 1709 -1 nucleotide_motif 286 2988 2938 Gypsy00073 11887 12084 -1 Gypsy00073 11887 12084 -1 nucleotide_motif 1266 6591 6395 Gypsy00073 11887 12084 -1 Gypsy00073 11887 12084 -1 nucleotide_motif 1226 6899 6703 HATSOD1 13 283 -1 HATSOD1 13 283 -1 nucleotide_motif 770 9253 8989 Gypsy00071 2584 2636 -1 Gypsy00071 2584 2636 -1 nucleotide_motif 230 12732 12681 Copia00121 3865 4572 -1 Copia00121 3865 4572 -1 nucleotide_motif 1035 24868 24178 Copia00113 5079 5228 -1 Copia00113 5079 5228 -1 nucleotide_motif 322 25228 25078 Copia00039 267 409 -1 Copia00039 267 409 -1 nucleotide_motif 577 25663 25528 TS2 522 648 -1 TS2 522 648 -1 nucleotide_motif 672 31828 31706 Gypsy00043 539 1320 -1 Gypsy00043 539 1320 -1 nucleotide_motif 5223 36726 35926 Gypsy00163 8020 8199 -1 Gypsy00163 8020 8199 -1 nucleotide_motif 638 46743 46566 Gypsy00163 7752 8040 -1 Gypsy00163 7752 8040 -1 nucleotide_motif 1594 47275 46974 Unknown00019 137 698 -1 Unknown00019 137 698 -1 nucleotide_motif 693 49656 49073 Unknown00025 246 470 -1 Unknown00025 246 470 -1 nucleotide_motif 900 57109 56867 Unknown00020 3 373 -1 Unknown00020 3 373 -1 nucleotide_motif 2313 58003 57626 Copia00110 1745 2411 -1 Copia00110 1745 2411 -1 nucleotide_motif 2914 58369 57678 Gypsy00073 1231 1407 -1 Gypsy00073 1231 1407 -1 nucleotide_motif 510 59717 59542 Unknown00019 48 184 -1 Unknown00019 48 184 -1 nucleotide_motif 1008 60373 60236 Copia00110 2463 2717 -1 Copia00110 2463 2717 -1 nucleotide_motif 1234 68089 67859 Gypsy00073 236 372 -1 Gypsy00073 236 372 -1 nucleotide_motif 334 80216 80085 Gypsy00073 810 1318 -1 Gypsy00073 810 1318 -1 nucleotide_motif 940 80726 80276 Copia00112 7409 7466 -1 Copia00112 7409 7466 -1 nucleotide_motif 333 92669 92614 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1959 72859 73987 match_2 match 2436 69637 70964 match_3 match 2803 95687 97151 match_4 match 3556 80551 82455 match_5 match 5683 74946 77878 match_6 match 5428 92665 95603 match_7 match 59615 65785 match_8 match 3297 71030 72795 match_9 match 6970 65845 69557 match_10 match 2910 78053 79586 match_11 match 9910 40193 46023 match_12 match 5586 82520 85466 match_13 match 85893 91654 match_14 match 3051 56990 58598 match_15 match 8038 51043 55538 match_16 match 4094 17194 19543 match_17 match 5666 1 3005 match_18 match 10195 17120 match_19 match 2803 95687 97151 match_20 match 4022 83396 85466 match_21 match 5428 92665 95603 match_22 match 85893 91654 match_23 match 3388 1 1754 match_24 match 2803 95687 97151 match_25 match 3291 80685 82455 match_26 match 5428 92665 95603 match_27 match 5610 82520 85466 match_28 match 85893 91654 match_29 match 5656 1 3005 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 723.5 24 97151 clone_start_1 clone_start 959 24 543 clone_2 clone 1142 675 44361 clone_end_1 clone_end 1394 675 1377 clone_3 clone 595 11924 47751 clone_end_2 clone_end 817 11924 12356 clone_4 clone 799 11924 47492 clone_end_3 clone_end 817 11924 12356 clone_start_2 clone_start 628 13423 13739 clone_end_4 clone_end 450 16894 17120 clone_end_5 clone_end 464 17194 17448 clone_end_6 clone_end 1015 28481 29094 clone_start_3 clone_start 1102 30250 30817 clone_end_7 clone_end 1047 30270 30817 clone_end_8 clone_end 1178 32011 32636 clone_end_9 clone_end 993 32082 32597 clone_start_4 clone_start 1072 42024 42710 clone_start_5 clone_start 724 43030 43394 clone_start_6 clone_start 1320 52887 53552 clone_end_10 clone_end 997 54379 54958 clone_end_11 clone_end 942 63606 64137 clone_end_12 clone_end 1368 68233 68934 clone_start_7 clone_start 813 69637 70046 clone_end_13 clone_end 1031 80551 81070 clone_end_14 clone_end 1009 83278 83807 clone_start_8 clone_start 634 83388 83747 clone_start_9 clone_start 460 96920 97151 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_15 clone_end 488 97151 96894 clone_start_10 clone_start 890 44361 43913 clone_end_16 clone_end 1285 1716 1044 clone_start_11 clone_start 577 2570 2280 clone_end_17 clone_end 1275 8665 7927 clone_start_12 clone_start 1261 12167 11520 clone_start_13 clone_start 373 47751 47543 clone_start_14 clone_start 781 47492 47099 clone_start_15 clone_start 1374 16862 16138 clone_start_16 clone_start 486 21695 21451 clone_start_17 clone_start 589 22018 21722 clone_start_18 clone_start 1126 22325 21722 clone_end_18 clone_end 1166 39369 38745 clone_end_19 clone_end 825 39362 38903 clone_end_20 clone_end 517 58598 58338 clone_start_19 clone_start 987 79477 78972 clone_start_20 clone_start 896 83120 82594 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 1342 1756 match_2 match_part 0.998 16435 16980 match_3 match_part 0.998 16435 16980 match_4 match_part 0.998 16436 16980 match_5 match_part 0.998 21264 21907 match_6 match_part 0.986 21265 21885 match_7 match_part 0.995 21265 21845 match_8 match_part 0.964 21692 22131 match_9 match_part 0.978 27879 28241 match_10 match_part 0.994 36876 37393 match_11 match_part 1.000 37137 37473 match_part 1.000 37551 37613 match_part 1.000 37689 37805 match_part 1.000 38397 38528 match_12 match_part 0.998 41902 42366 match_part 1.000 42463 42509 match_13 match_part 0.992 41993 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44343 match_14 match_part 1.000 42008 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43463 match_15 match_part 1.000 42009 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43437 match_16 match_part 0.991 42019 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43431 match_17 match_part 0.995 42019 42216 match_18 match_part 1.000 42022 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44214 match_19 match_part 1.000 42026 42366 match_part 0.985 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44361 match_part 1.000 44554 44652 match_20 match_part 0.985 42039 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44149 match_21 match_part 1.000 42044 42366 match_part 1.000 42463 42528 match_part 0.964 43397 43424 match_22 match_part 1.000 42085 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_23 match_part 1.000 42110 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44210 match_24 match_part 1.000 42128 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44361 match_part 1.000 44554 44630 match_25 match_part 1.000 42307 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44361 match_part 1.000 44554 44712 match_part 0.984 44818 44943 match_26 match_part 1.000 44579 44712 match_part 1.000 44818 44969 match_part 0.997 45052 45415 match_27 match_part 1.000 44580 44712 match_part 1.000 44818 44969 match_part 0.998 45052 45451 match_28 match_part 1.000 44964 44969 match_part 0.981 45052 45586 match_29 match_part 1.000 51525 51669 match_part 1.000 51813 51882 match_30 match_part 1.000 51530 51669 match_part 1.000 51813 52076 match_part 0.993 52671 52820 match_part 0.978 53079 53123 match_31 match_part 1.000 51543 51669 match_part 1.000 51813 52076 match_part 1.000 52671 52820 match_part 1.000 53079 53123 match_32 match_part 1.000 51556 51669 match_part 1.000 51813 52076 match_part 1.000 52671 52820 match_part 1.000 53079 53212 match_part 1.000 53322 53535 match_part 1.000 53698 53843 match_part 1.000 53930 54154 match_part 1.000 54243 54445 match_part 0.996 54588 54831 match_part 1.000 54912 55137 match_33 match_part 1.000 51618 51669 match_part 1.000 51813 52076 match_part 1.000 52671 52820 match_part 1.000 53079 53212 match_part 1.000 53322 53397 match_34 match_part 1.000 51947 52076 match_part 1.000 52671 52820 match_part 1.000 53079 53212 match_part 1.000 53322 53399 match_35 match_part 0.993 52668 52820 match_part 1.000 53079 53212 match_part 1.000 53322 53535 match_part 1.000 53698 53765 match_36 match_part 1.000 53186 53212 match_part 1.000 53322 53535 match_part 1.000 53698 53843 match_part 1.000 53930 54154 match_part 0.984 54243 54364 match_37 match_part 1.000 54089 54154 match_part 1.000 54243 54445 match_part 1.000 54588 54831 match_part 0.968 54912 55131 match_38 match_part 1.000 54089 54154 match_part 1.000 54243 54445 match_part 1.000 54588 54831 match_part 0.980 54912 55063 match_39 match_part 1.000 54089 54154 match_part 1.000 54243 54445 match_part 1.000 54588 54686 match_40 match_part 1.000 54282 54445 match_part 1.000 54588 54831 match_part 1.000 54912 55203 match_41 match_part 0.922 54600 54831 match_part 0.962 54912 55279 match_part 0.645 56107 56137 match_42 match_part 0.975 63951 64109 match_part 1.000 64366 64510 match_part 1.000 64603 64739 match_43 match_part 1.000 63955 64109 match_part 1.000 64366 64510 match_part 1.000 64603 64759 match_44 match_part 1.000 63996 64109 match_part 1.000 64247 64510 match_part 1.000 64603 64752 match_part 1.000 64820 64956 match_part 1.000 65047 65260 match_part 1.000 65326 65471 match_part 1.000 65551 65778 match_part 1.000 65854 66056 match_part 1.000 66127 66370 match_part 1.000 66449 66677 match_45 match_part 1.000 65068 65260 match_part 1.000 65326 65471 match_part 1.000 65551 65778 match_part 1.000 65854 66056 match_46 match_part 1.000 65069 65260 match_part 1.000 65326 65471 match_part 1.000 65551 65738 match_47 match_part 1.000 65142 65260 match_part 1.000 65326 65471 match_part 1.000 65551 65778 match_part 1.000 65854 65981 match_48 match_part 0.972 65154 65260 match_part 0.993 65326 65471 match_part 0.987 65551 65778 match_part 0.954 65854 65918 match_49 match_part 1.000 65194 65260 match_part 1.000 65326 65471 match_part 1.000 65551 65778 match_part 1.000 65854 66056 match_part 0.970 66134 66268 match_50 match_part 1.000 65195 65260 match_part 1.000 65326 65471 match_part 1.000 65551 65758 match_51 match_part 1.000 65923 66056 match_part 1.000 66134 66370 match_part 0.979 66449 66827 match_52 match_part 0.988 66130 66370 match_part 1.000 66449 66701 match_53 match_part 0.992 66245 66370 match_part 0.998 66449 66904 match_54 match_part 1.000 66246 66370 match_part 0.967 66449 66813 match_55 match_part 1.000 70505 70555 match_part 1.000 71706 71951 match_part 1.000 74207 74356 match_part 1.000 74457 74590 match_part 0.995 74656 74852 match_56 match_part 0.860 70777 70933 match_part 0.907 71706 71951 match_part 0.980 74207 74356 match_part 0.955 74457 74590 match_part 0.958 74656 74679 match_57 match_part 0.983 74695 74869 match_part 0.890 74950 75095 match_part 0.982 75187 75414 match_58 match_part 0.995 75499 75695 match_part 0.988 75784 76027 match_part 0.911 76131 76490 match_59 match_part 1.000 81049 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85123 85154 match_60 match_part 1.000 81065 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85215 match_part 0.993 85296 85439 match_part 0.971 86819 86923 match_61 match_part 1.000 81066 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_62 match_part 0.971 81071 81140 match_part 0.987 81377 81527 match_part 0.994 81821 81979 match_part 0.983 83765 83824 match_part 0.960 84174 84272 match_part 0.934 85108 85168 match_63 match_part 0.928 81072 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85215 match_part 1.000 85296 85347 match_64 match_part 1.000 81072 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 0.983 83765 83824 match_part 1.000 84174 84272 match_part 0.986 85123 85194 match_65 match_part 0.940 81074 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81924 match_66 match_part 1.000 81128 81140 match_part 1.000 81377 81527 match_part 0.992 81821 81939 match_67 match_part 1.000 81130 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85215 match_part 1.000 85296 85359 match_68 match_part 1.000 81130 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85210 match_69 match_part 0.993 81232 81527 match_part 0.994 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85215 match_part 1.000 85296 85439 match_part 1.000 86819 86926 match_part 1.000 87344 87395 match_part 1.000 87465 87713 match_70 match_part 0.997 81238 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 0.962 85123 85202 match_71 match_part 1.000 81238 81527 match_part 1.000 81821 81979 match_part 0.983 83765 83824 match_part 1.000 84174 84203 match_72 match_part 1.000 81247 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85149 match_73 match_part 1.000 81419 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85215 match_part 1.000 85296 85311 match_74 match_part 1.000 85297 85439 match_part 1.000 86819 86926 match_part 1.000 87344 87395 match_part 1.000 87465 87720 match_75 match_part 1.000 88133 88178 match_part 1.000 88469 88618 match_part 1.000 88840 88998 match_part 1.000 90813 90872 match_part 1.000 91469 91567 match_part 1.000 92886 92978 match_part 1.000 93058 93201 match_part 0.972 94380 94487 match_part 1.000 94917 94946 match_76 match_part 1.000 88140 88178 match_part 1.000 88469 88618 match_part 1.000 88840 88998 match_part 1.000 90813 90872 match_part 1.000 91469 91567 match_part 1.000 92871 92978 match_part 0.986 93058 93201 match_part 0.972 94380 94486 match_77 match_part 1.000 88145 88178 match_part 1.000 88469 88618 match_part 1.000 88840 88998 match_part 1.000 90813 90872 match_part 1.000 91469 91567 match_part 0.981 92871 92978 match_part 0.957 93058 93104 match_78 match_part 1.000 88146 88178 match_part 1.000 88469 88618 match_part 1.000 88840 88998 match_part 1.000 90813 90872 match_part 1.000 91469 91567 match_part 1.000 92871 92963 match_79 match_part 1.000 88163 88178 match_part 1.000 88469 88618 match_part 1.000 88840 88998 match_part 1.000 90813 90872 match_part 1.000 91469 91567 match_part 0.962 92886 92963 match_80 match_part 1.000 88484 88618 match_part 1.000 88840 88998 match_part 1.000 90813 90872 match_part 1.000 91469 91567 match_part 1.000 92886 92978 match_part 1.000 93058 93201 match_part 1.000 94380 94424 match_81 match_part 1.000 91580 92037 match_82 match_part 1.000 92957 92978 match_part 1.000 93058 93201 match_part 1.000 94380 94487 match_part 1.000 94917 94968 match_part 0.971 95036 95309 match_83 match_part 0.982 94376 94487 match_part 0.981 94917 94968 match_part 0.975 95036 95316 match_84 match_part 0.989 94400 94487 match_part 1.000 94917 94968 match_part 1.000 95036 95287 match_85 match_part 1.000 95748 96143 match_part 1.000 96842 96886 match_86 match_part 0.997 95753 96143 match_part 1.000 96842 96891 match_87 match_part 0.975 95756 96108 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_88 match_part 0.993 1691 1131 match_part 0.990 1058 962 match_89 match_part 0.993 1691 1131 match_part 0.989 1058 966 match_90 match_part 1.000 1643 1131 match_part 1.000 1058 967 match_91 match_part 1.000 1678 1131 match_part 0.973 1058 984 match_92 match_part 0.992 1656 1163 match_93 match_part 0.985 1662 1254 match_94 match_part 1.000 1756 1342 match_95 match_part 0.983 32935 32707 match_96 match_part 1.000 33613 33111 match_97 match_part 0.998 33797 33219 match_98 match_part 0.987 33862 33308 match_99 match_part 0.983 33930 33395 match_100 match_part 0.902 36430 36278 match_101 match_part 1.000 79201 78885 match_part 1.000 78795 78609 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 1756 1131 exon 1058 962 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 1342 1756 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 16435 16980 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 21264 22131 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 27879 28241 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 32935 32707 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 33930 33111 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 36430 36278 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 36876 37473 exon 37551 37613 exon 37689 37805 exon 38397 38528 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 41902 42366 exon 42463 42528 exon 43397 43510 exon 44124 44361 exon 44554 44712 exon 44818 44969 exon 45052 45586 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 51525 51669 exon 51813 52076 exon 52671 52820 exon 53079 53212 exon 53322 53535 exon 53698 53843 exon 53930 54154 exon 54243 54445 exon 54588 54831 exon 54912 55279 exon 56107 56137 gene_12 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 52668 52820 exon 53079 53212 exon 53322 53535 exon 53698 53843 exon 53930 54154 exon 54243 54445 exon 54588 54831 exon 54912 55279 exon 56107 56137 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 63996 64109 exon 64247 64510 exon 64603 64752 exon 64820 64956 exon 65047 65260 exon 65326 65471 exon 65551 65778 exon 65854 66056 exon 66127 66370 exon 66449 66904 gene_14 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 65068 65260 exon 65326 65471 exon 65551 65778 exon 65854 66056 exon 66134 66370 exon 66449 66904 gene_15 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 63951 64109 exon 64366 64510 exon 64603 64759 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 70505 70555 exon 71706 71951 exon 74207 74356 exon 74457 74590 exon 74656 74869 exon 74950 75095 exon 75187 75414 gene_17 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 70777 70933 exon 71706 71951 exon 74207 74356 exon 74457 74590 exon 74656 74679 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 75499 75695 exon 75784 76027 exon 76131 76490 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 79201 78885 exon 78795 78609 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 81065 81140 exon 81377 81527 exon 81821 81979 exon 83765 83824 exon 84174 84272 exon 85108 85215 exon 85296 85439 exon 86819 86926 exon 87344 87395 exon 87465 87720 gene_21 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 81232 81527 exon 81821 81979 exon 83765 83824 exon 84174 84272 exon 85108 85215 exon 85296 85439 exon 86819 86926 exon 87344 87395 exon 87465 87720 gene_22 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 81049 81140 exon 81377 81527 exon 81821 81979 exon 83765 83824 exon 84174 84272 exon 85123 85194 gene_23 gene GT_PGL_16_AGS_4 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 81238 81527 exon 81821 81979 exon 83765 83824 exon 84174 84272 exon 85123 85202 gene_24 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 88140 88178 exon 88469 88618 exon 88840 88998 exon 90813 90872 exon 91469 91567 exon 92871 92978 exon 93058 93201 exon 94380 94487 exon 94917 94968 exon 95036 95309 gene_25 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 88133 88178 exon 88469 88618 exon 88840 88998 exon 90813 90872 exon 91469 91567 exon 92886 92978 exon 93058 93201 exon 94380 94487 exon 94917 94968 exon 95036 95309 gene_26 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 94376 94487 exon 94917 94968 exon 95036 95316 gene_27 gene GT_PGL_17_AGS_4 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 91580 92037 gene_28 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 95748 96143 exon 96842 96891 AUGUSTUS_tom_cdna de novo gene_1 gene 0.57 11389 16814 transcript_1 transcript 0.57 11389 16814 start_codon_1 start_codon 11389 11391 intron_1 intron 1 11428 11513 intron_2 intron 0.83 11998 12242 intron_3 intron 0.68 12297 14473 intron_4 intron 0.99 14527 14786 intron_5 intron 0.9 14911 15026 intron_6 intron 0.96 15203 15665 CDS_1 CDS 1 11389 11427 CDS_2 CDS 0.98 11514 11997 CDS_3 CDS 0.83 12243 12296 CDS_4 CDS 0.98 14474 14526 CDS_5 CDS 0.99 14787 14910 CDS_6 CDS 0.86 15027 15202 CDS_7 CDS 0.98 15666 16814 stop_codon_1 stop_codon 16812 16814 gene_2 gene 0.27 18652 21947 transcript_2 transcript 0.27 18652 21947 start_codon_2 start_codon 18652 18654 intron_7 intron 1 18812 20181 intron_8 intron 1 20353 20574 intron_9 intron 0.56 20791 20882 intron_10 intron 0.49 21035 21242 CDS_8 CDS 0.6 18652 18811 CDS_9 CDS 1 20182 20352 CDS_10 CDS 0.56 20575 20790 CDS_11 CDS 0.44 20883 21034 CDS_12 CDS 0.94 21243 21947 stop_codon_2 stop_codon 21945 21947 gene_3 gene 1 27983 28432 transcript_3 transcript 1 27983 28432 start_codon_3 start_codon 27983 27985 CDS_13 CDS 1 27983 28432 stop_codon_3 stop_codon 28430 28432 gene_4 gene 0.61 37280 42106 transcript_4 transcript 0.61 37280 42106 start_codon_4 start_codon 37280 37282 intron_11 intron 1 37474 37550 intron_12 intron 1 37614 37688 intron_13 intron 1 37806 38396 intron_14 intron 0.79 38635 39249 intron_15 intron 0.79 39402 41985 CDS_14 CDS 0.96 37280 37473 CDS_15 CDS 1 37551 37613 CDS_16 CDS 1 37689 37805 CDS_17 CDS 1 38397 38634 CDS_18 CDS 1 39250 39401 CDS_19 CDS 0.98 41986 42106 stop_codon_4 stop_codon 42104 42106 gene_5 gene 1 42164 45214 transcript_5 transcript 1 42164 45214 start_codon_5 start_codon 42164 42166 intron_16 intron 1 42367 42462 intron_17 intron 1 42529 43396 intron_18 intron 1 43511 44123 intron_19 intron 1 44362 44553 intron_20 intron 1 44713 44817 intron_21 intron 1 44970 45051 CDS_20 CDS 1 42164 42366 CDS_21 CDS 1 42463 42528 CDS_22 CDS 1 43397 43510 CDS_23 CDS 1 44124 44361 CDS_24 CDS 1 44554 44712 CDS_25 CDS 1 44818 44969 CDS_26 CDS 1 45052 45214 stop_codon_5 stop_codon 45212 45214 gene_6 gene 0.46 51556 76359 transcript_6 transcript 0.28 51556 76359 start_codon_6 start_codon 51556 51558 intron_22 intron 1 51670 51812 intron_23 intron 1 52077 52670 intron_24 intron 1 52821 53078 intron_25 intron 1 53213 53321 intron_26 intron 1 53536 53697 intron_27 intron 1 53844 53929 intron_28 intron 1 54155 54242 intron_29 intron 1 54446 54587 intron_30 intron 1 54832 54911 intron_31 intron 0.7 55134 63937 intron_32 intron 1 64110 64246 intron_33 intron 1 64511 64602 intron_34 intron 1 64753 64819 intron_35 intron 1 64957 65046 intron_36 intron 1 65261 65325 intron_37 intron 1 65472 65550 intron_38 intron 1 65779 65853 intron_39 intron 1 66057 66126 intron_40 intron 1 66371 66448 intron_41 intron 0.48 66538 68796 intron_42 intron 0.96 68926 68984 intron_43 intron 0.67 69116 71705 intron_44 intron 1 71952 74206 intron_45 intron 1 74357 74456 intron_46 intron 1 74591 74655 intron_47 intron 1 74870 74949 intron_48 intron 1 75096 75186 intron_49 intron 0.99 75415 75492 intron_50 intron 1 75696 75783 intron_51 intron 1 76028 76130 CDS_27 CDS 1 51556 51669 CDS_28 CDS 1 51813 52076 CDS_29 CDS 1 52671 52820 CDS_30 CDS 1 53079 53212 CDS_31 CDS 1 53322 53535 CDS_32 CDS 1 53698 53843 CDS_33 CDS 1 53930 54154 CDS_34 CDS 1 54243 54445 CDS_35 CDS 1 54588 54831 CDS_36 CDS 0.7 54912 55133 CDS_37 CDS 1 63938 64109 CDS_38 CDS 1 64247 64510 CDS_39 CDS 1 64603 64752 CDS_40 CDS 1 64820 64956 CDS_41 CDS 1 65047 65260 CDS_42 CDS 1 65326 65471 CDS_43 CDS 1 65551 65778 CDS_44 CDS 1 65854 66056 CDS_45 CDS 1 66127 66370 CDS_46 CDS 0.69 66449 66537 CDS_47 CDS 0.68 68797 68925 CDS_48 CDS 0.67 68985 69115 CDS_49 CDS 1 71706 71951 CDS_50 CDS 1 74207 74356 CDS_51 CDS 1 74457 74590 CDS_52 CDS 1 74656 74869 CDS_53 CDS 1 74950 75095 CDS_54 CDS 0.99 75187 75414 CDS_55 CDS 0.99 75493 75695 CDS_56 CDS 1 75784 76027 CDS_57 CDS 1 76131 76359 stop_codon_6 stop_codon 76357 76359 transcript_7 transcript 0.18 51556 76359 start_codon_7 start_codon 51556 51558 intron_52 intron 1 51670 51812 intron_53 intron 1 52077 52670 intron_54 intron 1 52821 53078 intron_55 intron 1 53213 53321 intron_56 intron 1 53536 53697 intron_57 intron 1 53844 53929 intron_58 intron 1 54155 54242 intron_59 intron 1 54446 54587 intron_60 intron 1 54832 54911 intron_61 intron 0.73 55134 64365 intron_62 intron 1 64511 64602 intron_63 intron 1 64753 64819 intron_64 intron 1 64957 65046 intron_65 intron 1 65261 65325 intron_66 intron 1 65472 65550 intron_67 intron 1 65779 65853 intron_68 intron 1 66057 66126 intron_69 intron 1 66371 66448 intron_70 intron 0.37 66538 68796 intron_71 intron 0.96 68926 68984 intron_72 intron 0.72 69116 71705 intron_73 intron 1 71952 74206 intron_74 intron 1 74357 74456 intron_75 intron 1 74591 74655 intron_76 intron 1 74870 74949 intron_77 intron 1 75096 75186 intron_78 intron 0.98 75415 75492 intron_79 intron 1 75696 75783 intron_80 intron 1 76028 76130 CDS_58 CDS 1 51556 51669 CDS_59 CDS 1 51813 52076 CDS_60 CDS 1 52671 52820 CDS_61 CDS 1 53079 53212 CDS_62 CDS 1 53322 53535 CDS_63 CDS 1 53698 53843 CDS_64 CDS 1 53930 54154 CDS_65 CDS 1 54243 54445 CDS_66 CDS 1 54588 54831 CDS_67 CDS 0.73 54912 55133 CDS_68 CDS 1 64366 64510 CDS_69 CDS 1 64603 64752 CDS_70 CDS 1 64820 64956 CDS_71 CDS 1 65047 65260 CDS_72 CDS 1 65326 65471 CDS_73 CDS 1 65551 65778 CDS_74 CDS 1 65854 66056 CDS_75 CDS 1 66127 66370 CDS_76 CDS 0.64 66449 66537 CDS_77 CDS 0.6 68797 68925 CDS_78 CDS 0.7 68985 69115 CDS_79 CDS 1 71706 71951 CDS_80 CDS 1 74207 74356 CDS_81 CDS 1 74457 74590 CDS_82 CDS 1 74656 74869 CDS_83 CDS 1 74950 75095 CDS_84 CDS 0.98 75187 75414 CDS_85 CDS 0.98 75493 75695 CDS_86 CDS 1 75784 76027 CDS_87 CDS 1 76131 76359 stop_codon_7 stop_codon 76357 76359 gene_7 gene 1.99 81039 87502 transcript_8 transcript 0.99 81039 87502 start_codon_8 start_codon 81039 81041 intron_81 intron 0.99 81215 81376 intron_82 intron 1 81528 81820 intron_83 intron 1 81980 83764 intron_84 intron 1 83825 84173 intron_85 intron 1 84273 85122 intron_86 intron 1 85216 85295 intron_87 intron 1 85440 86818 intron_88 intron 1 86927 87343 intron_89 intron 1 87396 87464 CDS_88 CDS 0.99 81039 81214 CDS_89 CDS 1 81377 81527 CDS_90 CDS 1 81821 81979 CDS_91 CDS 1 83765 83824 CDS_92 CDS 1 84174 84272 CDS_93 CDS 1 85123 85215 CDS_94 CDS 1 85296 85439 CDS_95 CDS 1 86819 86926 CDS_96 CDS 1 87344 87395 CDS_97 CDS 1 87465 87502 stop_codon_8 stop_codon 87500 87502 transcript_9 transcript 1 81039 87502 start_codon_9 start_codon 81039 81041 intron_90 intron 1 81215 81376 intron_91 intron 1 81528 81820 intron_92 intron 1 81980 83764 intron_93 intron 1 83825 84173 intron_94 intron 1 84273 85107 intron_95 intron 1 85216 85295 intron_96 intron 1 85440 86818 intron_97 intron 1 86927 87343 intron_98 intron 1 87396 87464 CDS_98 CDS 1 81039 81214 CDS_99 CDS 1 81377 81527 CDS_100 CDS 1 81821 81979 CDS_101 CDS 1 83765 83824 CDS_102 CDS 1 84174 84272 CDS_103 CDS 1 85108 85215 CDS_104 CDS 1 85296 85439 CDS_105 CDS 1 86819 86926 CDS_106 CDS 1 87344 87395 CDS_107 CDS 1 87465 87502 stop_codon_9 stop_codon 87500 87502 gene_8 gene 2 88520 95076 transcript_10 transcript 1 88520 95076 start_codon_10 start_codon 88520 88522 intron_99 intron 1 88619 88839 intron_100 intron 1 88999 90812 intron_101 intron 1 90873 91468 intron_102 intron 1 91568 92885 intron_103 intron 1 92979 93057 intron_104 intron 1 93202 94379 intron_105 intron 1 94488 94916 intron_106 intron 1 94969 95035 CDS_108 CDS 1 88520 88618 CDS_109 CDS 1 88840 88998 CDS_110 CDS 1 90813 90872 CDS_111 CDS 1 91469 91567 CDS_112 CDS 1 92886 92978 CDS_113 CDS 1 93058 93201 CDS_114 CDS 1 94380 94487 CDS_115 CDS 1 94917 94968 CDS_116 CDS 1 95036 95076 stop_codon_10 stop_codon 95074 95076 transcript_11 transcript 1 88520 95076 start_codon_11 start_codon 88520 88522 intron_107 intron 1 88619 88839 intron_108 intron 1 88999 90812 intron_109 intron 1 90873 91468 intron_110 intron 1 91568 92870 intron_111 intron 1 92979 93057 intron_112 intron 1 93202 94379 intron_113 intron 1 94488 94916 intron_114 intron 1 94969 95035 CDS_117 CDS 1 88520 88618 CDS_118 CDS 1 88840 88998 CDS_119 CDS 1 90813 90872 CDS_120 CDS 1 91469 91567 CDS_121 CDS 1 92871 92978 CDS_122 CDS 1 93058 93201 CDS_123 CDS 1 94380 94487 CDS_124 CDS 1 94917 94968 CDS_125 CDS 1 95036 95076 stop_codon_11 stop_codon 95074 95076 gene_9 gene 1 95823 96904 transcript_12 transcript 1 95823 96904 start_codon_12 start_codon 95823 95825 intron_115 intron 1 96144 96841 CDS_126 CDS 1 95823 96143 CDS_127 CDS 1 96842 96904 stop_codon_12 stop_codon 96902 96904 AUGUSTUS_tom_cdna de novo gene_10 gene 0.61 1577 365 transcript_13 transcript 0.61 1577 365 stop_codon_13 stop_codon 367 365 intron_116 intron 0.99 845 755 intron_117 intron 1 1130 1059 CDS_128 CDS 0.61 754 365 CDS_129 CDS 0.99 1058 846 CDS_130 CDS 1 1577 1131 start_codon_13 start_codon 1577 1575 gene_11 gene 1 33388 32216 transcript_14 transcript 1 33388 32216 stop_codon_14 stop_codon 32218 32216 CDS_131 CDS 1 33388 32216 start_codon_14 start_codon 33388 33386 gene_12 gene 0.66 78987 76764 transcript_15 transcript 0.66 78987 76764 stop_codon_15 stop_codon 76766 76764 intron_118 intron 0.66 78490 77538 intron_119 intron 1 78884 78796 CDS_132 CDS 0.66 77537 76764 CDS_133 CDS 0.66 78795 78491 CDS_134 CDS 1 78987 78885 start_codon_15 start_codon 78987 78985 AUGUSTUS_ab_initio de novo gene_1 gene 0.18 11389 21947 transcript_1 transcript 0.18 11389 21947 start_codon_1 start_codon 11389 11391 intron_1 intron 1 11428 11513 intron_2 intron 0.98 11998 12242 intron_3 intron 0.87 12297 14085 intron_4 intron 0.88 14347 14473 intron_5 intron 1 14527 14786 intron_6 intron 0.86 14911 15026 intron_7 intron 0.95 15203 15665 intron_8 intron 0.46 16654 18354 intron_9 intron 0.72 18385 18474 intron_10 intron 0.75 18556 18631 intron_11 intron 0.97 18812 20181 intron_12 intron 1 20353 20574 intron_13 intron 0.95 20791 20882 intron_14 intron 0.89 21035 21242 CDS_1 CDS 1 11389 11427 CDS_2 CDS 1 11514 11997 CDS_3 CDS 0.99 12243 12296 CDS_4 CDS 0.85 14086 14346 CDS_5 CDS 1 14474 14526 CDS_6 CDS 1 14787 14910 CDS_7 CDS 0.81 15027 15202 CDS_8 CDS 0.47 15666 16653 CDS_9 CDS 0.77 18355 18384 CDS_10 CDS 0.94 18475 18555 CDS_11 CDS 0.75 18632 18811 CDS_12 CDS 1 20182 20352 CDS_13 CDS 0.95 20575 20790 CDS_14 CDS 0.88 20883 21034 CDS_15 CDS 1 21243 21947 stop_codon_1 stop_codon 21945 21947 gene_2 gene 0.99 27983 28432 transcript_2 transcript 0.99 27983 28432 start_codon_2 start_codon 27983 27985 CDS_16 CDS 0.99 27983 28432 stop_codon_2 stop_codon 28430 28432 gene_3 gene 0.53 37280 39872 transcript_3 transcript 0.53 37280 39872 start_codon_3 start_codon 37280 37282 intron_15 intron 0.85 37474 37550 intron_16 intron 0.77 37614 37688 intron_17 intron 0.99 37806 38396 intron_18 intron 0.76 38635 38977 intron_19 intron 0.84 39137 39249 intron_20 intron 0.98 39402 39727 CDS_17 CDS 0.9 37280 37473 CDS_18 CDS 0.81 37551 37613 CDS_19 CDS 0.84 37689 37805 CDS_20 CDS 0.99 38397 38634 CDS_21 CDS 0.76 38978 39136 CDS_22 CDS 0.99 39250 39401 CDS_23 CDS 0.99 39728 39872 stop_codon_3 stop_codon 39870 39872 gene_4 gene 0.49 42164 45214 transcript_4 transcript 0.49 42164 45214 start_codon_4 start_codon 42164 42166 intron_21 intron 0.96 42367 42462 intron_22 intron 0.93 42529 43396 intron_23 intron 0.95 43511 44123 intron_24 intron 0.64 44362 44553 intron_25 intron 0.99 44713 44817 intron_26 intron 0.87 44970 45051 CDS_24 CDS 1 42164 42366 CDS_25 CDS 0.96 42463 42528 CDS_26 CDS 0.96 43397 43510 CDS_27 CDS 0.71 44124 44361 CDS_28 CDS 0.9 44554 44712 CDS_29 CDS 0.93 44818 44969 CDS_30 CDS 0.83 45052 45214 stop_codon_4 stop_codon 45212 45214 gene_5 gene 0.66 51556 55137 transcript_5 transcript 0.66 51556 55137 start_codon_5 start_codon 51556 51558 intron_27 intron 0.7 51670 51812 intron_28 intron 0.99 52077 52670 intron_29 intron 1 52821 53078 intron_30 intron 0.98 53213 53321 intron_31 intron 1 53536 53697 intron_32 intron 1 53844 53929 intron_33 intron 0.99 54155 54242 intron_34 intron 1 54446 54587 intron_35 intron 1 54832 54911 CDS_31 CDS 0.7 51556 51669 CDS_32 CDS 0.93 51813 52076 CDS_33 CDS 0.99 52671 52820 CDS_34 CDS 0.98 53079 53212 CDS_35 CDS 1 53322 53535 CDS_36 CDS 1 53698 53843 CDS_37 CDS 0.99 53930 54154 CDS_38 CDS 0.99 54243 54445 CDS_39 CDS 1 54588 54831 CDS_40 CDS 1 54912 55137 stop_codon_5 stop_codon 55135 55137 gene_6 gene 0.41 64235 66677 transcript_6 transcript 0.41 64235 66677 start_codon_6 start_codon 64235 64237 intron_36 intron 1 64511 64602 intron_37 intron 0.97 64753 64819 intron_38 intron 0.98 64957 65046 intron_39 intron 0.99 65261 65325 intron_40 intron 1 65472 65550 intron_41 intron 1 65779 65853 intron_42 intron 1 66057 66126 intron_43 intron 0.87 66371 66448 CDS_41 CDS 0.54 64235 64510 CDS_42 CDS 1 64603 64752 CDS_43 CDS 0.97 64820 64956 CDS_44 CDS 0.97 65047 65260 CDS_45 CDS 1 65326 65471 CDS_46 CDS 1 65551 65778 CDS_47 CDS 1 65854 66056 CDS_48 CDS 1 66127 66370 CDS_49 CDS 0.86 66449 66677 stop_codon_6 stop_codon 66675 66677 gene_7 gene 0.19 68829 76359 transcript_7 transcript 0.19 68829 76359 start_codon_7 start_codon 68829 68831 intron_44 intron 0.48 69016 69470 intron_45 intron 0.67 69503 71705 intron_46 intron 0.91 71952 74206 intron_47 intron 0.98 74357 74456 intron_48 intron 0.75 74591 74655 intron_49 intron 1 74870 74949 intron_50 intron 1 75096 75186 intron_51 intron 0.99 75415 75492 intron_52 intron 1 75696 75783 intron_53 intron 0.99 76028 76130 CDS_50 CDS 0.28 68829 69015 CDS_51 CDS 0.76 69471 69502 CDS_52 CDS 0.82 71706 71951 CDS_53 CDS 0.98 74207 74356 CDS_54 CDS 1 74457 74590 CDS_55 CDS 0.75 74656 74869 CDS_56 CDS 1 74950 75095 CDS_57 CDS 0.99 75187 75414 CDS_58 CDS 0.99 75493 75695 CDS_59 CDS 0.99 75784 76027 CDS_60 CDS 1 76131 76359 stop_codon_7 stop_codon 76357 76359 gene_8 gene 0.06 81429 94559 transcript_8 transcript 0.06 81429 94559 start_codon_8 start_codon 81429 81431 intron_54 intron 1 81528 81820 intron_55 intron 0.89 81980 82690 intron_56 intron 0.97 82847 83764 intron_57 intron 1 83825 84173 intron_58 intron 0.76 84273 84669 intron_59 intron 0.87 84758 85072 intron_60 intron 1 85216 85295 intron_61 intron 0.87 85440 86764 intron_62 intron 0.58 86927 88839 intron_63 intron 1 88999 90812 intron_64 intron 0.97 90873 91468 intron_65 intron 0.48 91568 92870 intron_66 intron 1 92979 93057 intron_67 intron 0.26 93202 94379 CDS_61 CDS 0.96 81429 81527 CDS_62 CDS 1 81821 81979 CDS_63 CDS 0.89 82691 82846 CDS_64 CDS 1 83765 83824 CDS_65 CDS 1 84174 84272 CDS_66 CDS 0.76 84670 84757 CDS_67 CDS 0.87 85073 85215 CDS_68 CDS 0.95 85296 85439 CDS_69 CDS 0.67 86765 86926 CDS_70 CDS 1 88840 88998 CDS_71 CDS 1 90813 90872 CDS_72 CDS 0.97 91469 91567 CDS_73 CDS 0.5 92871 92978 CDS_74 CDS 0.29 93058 93201 CDS_75 CDS 0.46 94380 94559 stop_codon_8 stop_codon 94557 94559 gene_9 gene 0.72 95823 96904 transcript_9 transcript 0.72 95823 96904 start_codon_9 start_codon 95823 95825 intron_68 intron 0.81 96144 96841 CDS_76 CDS 0.94 95823 96143 CDS_77 CDS 0.84 96842 96904 stop_codon_9 stop_codon 96902 96904 AUGUSTUS_ab_initio de novo gene_10 gene 0.57 1577 365 transcript_10 transcript 0.57 1577 365 stop_codon_10 stop_codon 367 365 intron_69 intron 0.99 845 755 intron_70 intron 1 1130 1059 CDS_78 CDS 0.57 754 365 CDS_79 CDS 0.99 1058 846 CDS_80 CDS 1 1577 1131 start_codon_10 start_codon 1577 1575 gene_11 gene 0.99 33388 32216 transcript_11 transcript 0.99 33388 32216 stop_codon_11 stop_codon 32218 32216 CDS_81 CDS 0.99 33388 32216 start_codon_11 start_codon 33388 33386 gene_12 gene 0.92 77519 76764 transcript_12 transcript 0.92 77519 76764 stop_codon_12 stop_codon 76766 76764 CDS_82 CDS 0.92 77519 76764 start_codon_12 start_codon 77519 77517 AUGUSTUS_tom_ugs de novo gene_1 gene 0.71 11389 16814 transcript_1 transcript 0.71 11389 16814 start_codon_1 start_codon 11389 11391 intron_1 intron 1 11428 11513 intron_2 intron 1 11998 12242 intron_3 intron 1 12297 14085 intron_4 intron 1 14347 14473 intron_5 intron 1 14527 14786 intron_6 intron 0.89 14911 15026 intron_7 intron 0.95 15203 15665 CDS_1 CDS 1 11389 11427 CDS_2 CDS 1 11514 11997 CDS_3 CDS 1 12243 12296 CDS_4 CDS 1 14086 14346 CDS_5 CDS 1 14474 14526 CDS_6 CDS 1 14787 14910 CDS_7 CDS 0.85 15027 15202 CDS_8 CDS 0.81 15666 16814 stop_codon_1 stop_codon 16812 16814 gene_2 gene 0.2 18652 21947 transcript_2 transcript 0.2 18652 21947 start_codon_2 start_codon 18652 18654 intron_8 intron 1 18812 20181 intron_9 intron 0.99 20353 20574 intron_10 intron 0.54 20791 20882 intron_11 intron 0.42 21035 21242 CDS_9 CDS 0.48 18652 18811 CDS_10 CDS 1 20182 20352 CDS_11 CDS 0.54 20575 20790 CDS_12 CDS 0.4 20883 21034 CDS_13 CDS 0.95 21243 21947 stop_codon_2 stop_codon 21945 21947 gene_3 gene 1 27983 28432 transcript_3 transcript 1 27983 28432 start_codon_3 start_codon 27983 27985 CDS_14 CDS 1 27983 28432 stop_codon_3 stop_codon 28430 28432 gene_4 gene 0.74 37280 39872 transcript_4 transcript 0.74 37280 39872 start_codon_4 start_codon 37280 37282 intron_12 intron 1 37474 37550 intron_13 intron 1 37614 37688 intron_14 intron 1 37806 38396 intron_15 intron 0.78 38635 39249 intron_16 intron 0.98 39402 39727 CDS_15 CDS 0.95 37280 37473 CDS_16 CDS 1 37551 37613 CDS_17 CDS 1 37689 37805 CDS_18 CDS 1 38397 38634 CDS_19 CDS 0.98 39250 39401 CDS_20 CDS 0.98 39728 39872 stop_codon_4 stop_codon 39870 39872 gene_5 gene 1 42164 45214 transcript_5 transcript 1 42164 45214 start_codon_5 start_codon 42164 42166 intron_17 intron 1 42367 42462 intron_18 intron 1 42529 43396 intron_19 intron 1 43511 44123 intron_20 intron 1 44362 44553 intron_21 intron 1 44713 44817 intron_22 intron 1 44970 45051 CDS_21 CDS 1 42164 42366 CDS_22 CDS 1 42463 42528 CDS_23 CDS 1 43397 43510 CDS_24 CDS 1 44124 44361 CDS_25 CDS 1 44554 44712 CDS_26 CDS 1 44818 44969 CDS_27 CDS 1 45052 45214 stop_codon_5 stop_codon 45212 45214 gene_6 gene 0.29 57262 66677 transcript_6 transcript 0.29 57262 66677 start_codon_6 start_codon 57262 57264 intron_23 intron 0.29 57265 64016 intron_24 intron 1 64110 64246 intron_25 intron 1 64511 64602 intron_26 intron 1 64753 64819 intron_27 intron 1 64957 65046 intron_28 intron 1 65261 65325 intron_29 intron 1 65472 65550 intron_30 intron 1 65779 65853 intron_31 intron 1 66057 66126 intron_32 intron 1 66371 66448 CDS_28 CDS 0.29 57262 57264 CDS_29 CDS 0.51 64017 64109 CDS_30 CDS 1 64247 64510 CDS_31 CDS 1 64603 64752 CDS_32 CDS 1 64820 64956 CDS_33 CDS 1 65047 65260 CDS_34 CDS 1 65326 65471 CDS_35 CDS 1 65551 65778 CDS_36 CDS 1 65854 66056 CDS_37 CDS 1 66127 66370 CDS_38 CDS 1 66449 66677 stop_codon_6 stop_codon 66675 66677 gene_7 gene 0.45 70829 75418 transcript_7 transcript 0.45 70829 75418 start_codon_7 start_codon 70829 70831 intron_33 intron 1 70934 71705 intron_34 intron 1 71952 74206 intron_35 intron 1 74357 74456 intron_36 intron 1 74591 74655 intron_37 intron 1 74870 74949 intron_38 intron 1 75096 75186 CDS_39 CDS 0.46 70829 70933 CDS_40 CDS 1 71706 71951 CDS_41 CDS 1 74207 74356 CDS_42 CDS 1 74457 74590 CDS_43 CDS 1 74656 74869 CDS_44 CDS 1 74950 75095 CDS_45 CDS 0.98 75187 75418 stop_codon_7 stop_codon 75416 75418 gene_8 gene 0.64 75563 76359 transcript_8 transcript 0.64 75563 76359 start_codon_8 start_codon 75563 75565 intron_39 intron 1 75696 75783 intron_40 intron 1 76028 76130 CDS_46 CDS 0.64 75563 75695 CDS_47 CDS 1 75784 76027 CDS_48 CDS 1 76131 76359 stop_codon_8 stop_codon 76357 76359 gene_9 gene 0.71 79195 87502 transcript_9 transcript 0.36 79195 87502 start_codon_9 start_codon 79195 79197 intron_41 intron 0.38 79203 81376 intron_42 intron 1 81528 81820 intron_43 intron 1 81980 83764 intron_44 intron 1 83825 84173 intron_45 intron 0.98 84273 85122 intron_46 intron 1 85216 85295 intron_47 intron 1 85440 86818 intron_48 intron 1 86927 87343 intron_49 intron 1 87396 87464 CDS_49 CDS 0.38 79195 79202 CDS_50 CDS 1 81377 81527 CDS_51 CDS 1 81821 81979 CDS_52 CDS 1 83765 83824 CDS_53 CDS 1 84174 84272 CDS_54 CDS 0.98 85123 85215 CDS_55 CDS 1 85296 85439 CDS_56 CDS 1 86819 86926 CDS_57 CDS 1 87344 87395 CDS_58 CDS 1 87465 87502 stop_codon_9 stop_codon 87500 87502 transcript_10 transcript 0.35 79195 87502 start_codon_10 start_codon 79195 79197 intron_50 intron 0.35 79203 81376 intron_51 intron 1 81528 81820 intron_52 intron 1 81980 83764 intron_53 intron 1 83825 84173 intron_54 intron 1 84273 85107 intron_55 intron 1 85216 85295 intron_56 intron 1 85440 86818 intron_57 intron 1 86927 87343 intron_58 intron 1 87396 87464 CDS_59 CDS 0.35 79195 79202 CDS_60 CDS 1 81377 81527 CDS_61 CDS 1 81821 81979 CDS_62 CDS 1 83765 83824 CDS_63 CDS 1 84174 84272 CDS_64 CDS 1 85108 85215 CDS_65 CDS 1 85296 85439 CDS_66 CDS 1 86819 86926 CDS_67 CDS 1 87344 87395 CDS_68 CDS 1 87465 87502 stop_codon_10 stop_codon 87500 87502 gene_10 gene 1 95823 96904 transcript_11 transcript 1 95823 96904 start_codon_11 start_codon 95823 95825 intron_59 intron 1 96144 96841 CDS_69 CDS 1 95823 96143 CDS_70 CDS 1 96842 96904 stop_codon_11 stop_codon 96902 96904 AUGUSTUS_tom_ugs de novo gene_11 gene 0.68 1577 365 transcript_12 transcript 0.68 1577 365 stop_codon_12 stop_codon 367 365 intron_60 intron 1 845 755 intron_61 intron 1 1130 1059 CDS_71 CDS 0.68 754 365 CDS_72 CDS 1 1058 846 CDS_73 CDS 1 1577 1131 start_codon_12 start_codon 1577 1575 gene_12 gene 0.99 33388 32216 transcript_13 transcript 0.99 33388 32216 stop_codon_13 stop_codon 32218 32216 CDS_74 CDS 0.99 33388 32216 start_codon_13 start_codon 33388 33386 gene_13 gene 0.58 78987 76764 transcript_14 transcript 0.58 78987 76764 stop_codon_14 stop_codon 76766 76764 intron_62 intron 0.58 78490 77538 intron_63 intron 1 78884 78796 CDS_75 CDS 0.58 77537 76764 CDS_76 CDS 0.58 78795 78491 CDS_77 CDS 1 78987 78885 start_codon_14 start_codon 78987 78985 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 10819 11427 match_part 0.901 11514 11634 match_2 match_part 1.000 11952 11997 match_part 1.000 12243 12296 match_part 1.000 14086 14346 match_part 1.000 14474 14526 match_part 0.992 14787 14905 match_3 match_part 1.000 16435 16978 match_4 match_part 0.996 21262 22117 match_5 match_part 0.977 27878 28363 match_6 match_part 0.992 36872 37473 match_part 1.000 37551 37613 match_part 1.000 37689 37805 match_part 0.995 38397 38578 match_7 match_part 1.000 41914 42366 match_part 1.000 42463 42528 match_part 1.000 43397 43510 match_part 1.000 44124 44361 match_part 1.000 44554 44712 match_part 1.000 44818 44969 match_part 0.994 45052 45584 match_8 match_part 1.000 51435 51669 match_part 1.000 51813 52076 match_part 0.993 52671 52820 match_part 1.000 53079 53212 match_part 1.000 53322 53535 match_part 1.000 53698 53843 match_part 1.000 53930 54154 match_part 1.000 54243 54445 match_part 1.000 54588 54831 match_part 1.000 54912 55137 match_9 match_part 0.909 53202 53212 match_part 0.917 53322 53429 match_10 match_part 1.000 54444 54445 match_part 0.926 54588 54831 match_part 0.959 54912 55280 match_11 match_part 1.000 64009 64109 match_part 1.000 64247 64510 match_part 1.000 64603 64752 match_part 1.000 64820 64956 match_part 1.000 65047 65260 match_part 1.000 65326 65471 match_part 1.000 65551 65778 match_part 1.000 65854 66056 match_part 1.000 66127 66370 match_part 0.998 66449 66904 match_12 match_part 0.860 70777 70933 match_part 0.907 71706 71951 match_part 0.980 74207 74356 match_part 0.955 74457 74590 match_part 0.958 74656 74679 match_13 match_part 1.000 70799 70933 match_part 1.000 71706 71951 match_part 1.000 74207 74356 match_part 1.000 74457 74590 match_part 1.000 74656 74869 match_part 1.000 74950 75095 match_part 0.998 75187 75695 match_part 0.992 75784 76027 match_part 0.911 76131 76490 match_14 match_part 1.000 80951 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 0.967 83765 83824 match_part 0.970 84174 84272 match_part 0.916 85108 85202 match_15 match_part 1.000 81066 81140 match_part 1.000 81377 81527 match_part 1.000 81821 81979 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 1.000 85108 85215 match_part 1.000 85296 85439 match_part 1.000 86819 86926 match_part 1.000 87344 87395 match_part 1.000 87465 87724 match_16 match_part 1.000 81254 81527 match_part 1.000 83765 83824 match_part 1.000 84174 84272 match_part 0.989 85123 85215 match_part 0.979 85296 85435 match_17 match_part 0.998 85415 85875 match_18 match_part 0.975 88139 88178 match_part 1.000 88469 88618 match_part 1.000 88840 88998 match_part 1.000 90813 90872 match_part 1.000 91469 91567 match_part 1.000 92871 92978 match_part 1.000 93058 93201 match_part 0.991 94380 94487 match_part 1.000 94917 94968 match_part 0.975 95036 95314 match_19 match_part 0.998 91578 92102 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_20 match_part 1.000 1783 1131 match_part 0.993 1058 918 match_21 match_part 0.965 32801 32602 match_22 match_part 0.983 32939 32707 match_23 match_part 0.998 33932 33067 match_24 match_part 0.997 79203 78885 match_part 1.000 78795 78574 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 1783 1131 exon 1058 918 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 10819 11427 exon 11514 11634 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 11952 11997 exon 12243 12296 exon 14086 14346 exon 14474 14526 exon 14787 14905 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 16435 16978 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 21262 22117 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 27878 28363 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 32939 32602 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 33932 33067 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 36872 37473 exon 37551 37613 exon 37689 37805 exon 38397 38578 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 41914 42366 exon 42463 42528 exon 43397 43510 exon 44124 44361 exon 44554 44712 exon 44818 44969 exon 45052 45584 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 51435 51669 exon 51813 52076 exon 52671 52820 exon 53079 53212 exon 53322 53535 exon 53698 53843 exon 53930 54154 exon 54243 54445 exon 54588 54831 exon 54912 55280 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 64009 64109 exon 64247 64510 exon 64603 64752 exon 64820 64956 exon 65047 65260 exon 65326 65471 exon 65551 65778 exon 65854 66056 exon 66127 66370 exon 66449 66904 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 70777 70933 exon 71706 71951 exon 74207 74356 exon 74457 74590 exon 74656 74869 exon 74950 75095 exon 75187 75695 exon 75784 76027 exon 76131 76490 gene_14 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 79203 78885 exon 78795 78574 gene_15 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 80951 81140 exon 81377 81527 exon 81821 81979 exon 83765 83824 exon 84174 84272 exon 85108 85215 exon 85296 85439 exon 86819 86926 exon 87344 87395 exon 87465 87724 gene_16 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 81254 81527 exon 83765 83824 exon 84174 84272 exon 85123 85215 exon 85296 85875 gene_17 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 88139 88178 exon 88469 88618 exon 88840 88998 exon 90813 90872 exon 91469 91567 exon 92871 92978 exon 93058 93201 exon 94380 94487 exon 94917 94968 exon 95036 95314 gene_18 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 91578 92102 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 12243 12709 match_2 match_part 1.000 12243 12691 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 1.000 14079 13579 match_4 match_part 1.000 14085 13605 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 12243 12709 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0065M14.2 type gene exon 14085 13579 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.52 11389 16814 transcript_1 transcript 0.52 11389 16814 start_codon_1 start_codon 11389 11391 intron_1 intron 1 11428 11513 intron_2 intron 0.8 11998 12242 intron_3 intron 0.65 12297 14473 intron_4 intron 1 14527 14786 intron_5 intron 0.87 14911 15026 intron_6 intron 0.93 15203 15665 CDS_1 CDS 1 11389 11427 CDS_2 CDS 1 11514 11997 CDS_3 CDS 0.8 12243 12296 CDS_4 CDS 1 14474 14526 CDS_5 CDS 1 14787 14910 CDS_6 CDS 0.81 15027 15202 CDS_7 CDS 0.94 15666 16814 stop_codon_1 stop_codon 16812 16814 gene_2 gene 0.2 18652 21947 transcript_2 transcript 0.2 18652 21947 start_codon_2 start_codon 18652 18654 intron_7 intron 0.99 18812 20181 intron_8 intron 1 20353 20574 intron_9 intron 0.53 20791 20882 intron_10 intron 0.41 21035 21242 CDS_8 CDS 0.55 18652 18811 CDS_9 CDS 1 20182 20352 CDS_10 CDS 0.53 20575 20790 CDS_11 CDS 0.38 20883 21034 CDS_12 CDS 0.93 21243 21947 stop_codon_2 stop_codon 21945 21947 gene_3 gene 1 27983 28432 transcript_3 transcript 1 27983 28432 start_codon_3 start_codon 27983 27985 CDS_13 CDS 1 27983 28432 stop_codon_3 stop_codon 28430 28432 gene_4 gene 0.91 37280 42106 transcript_4 transcript 0.91 37280 42106 start_codon_4 start_codon 37280 37282 intron_11 intron 1 37474 37550 intron_12 intron 1 37614 37688 intron_13 intron 1 37806 38396 intron_14 intron 0.99 38635 38977 intron_15 intron 1 39137 39249 intron_16 intron 1 39402 39727 intron_17 intron 0.92 39869 41985 CDS_14 CDS 1 37280 37473 CDS_15 CDS 1 37551 37613 CDS_16 CDS 1 37689 37805 CDS_17 CDS 0.99 38397 38634 CDS_18 CDS 1 38978 39136 CDS_19 CDS 1 39250 39401 CDS_20 CDS 1 39728 39868 CDS_21 CDS 0.92 41986 42106 stop_codon_4 stop_codon 42104 42106 gene_5 gene 0.86 42164 45214 transcript_5 transcript 0.86 42164 45214 start_codon_5 start_codon 42164 42166 intron_18 intron 1 42367 42462 intron_19 intron 1 42529 43396 intron_20 intron 1 43511 44123 intron_21 intron 1 44362 44553 intron_22 intron 1 44713 44817 intron_23 intron 1 44970 45051 CDS_22 CDS 1 42164 42366 CDS_23 CDS 1 42463 42528 CDS_24 CDS 1 43397 43510 CDS_25 CDS 1 44124 44361 CDS_26 CDS 1 44554 44712 CDS_27 CDS 1 44818 44969 CDS_28 CDS 0.86 45052 45214 stop_codon_5 stop_codon 45212 45214 gene_6 gene 0.61 51556 76359 transcript_6 transcript 0.32 51556 76359 start_codon_6 start_codon 51556 51558 intron_24 intron 1 51670 51812 intron_25 intron 1 52077 52670 intron_26 intron 1 52821 53078 intron_27 intron 1 53213 53321 intron_28 intron 1 53536 53697 intron_29 intron 1 53844 53929 intron_30 intron 1 54155 54242 intron_31 intron 1 54446 54587 intron_32 intron 1 54832 54911 intron_33 intron 0.73 55134 63937 intron_34 intron 1 64110 64246 intron_35 intron 1 64511 64602 intron_36 intron 1 64753 64819 intron_37 intron 1 64957 65046 intron_38 intron 1 65261 65325 intron_39 intron 1 65472 65550 intron_40 intron 1 65779 65853 intron_41 intron 1 66057 66126 intron_42 intron 1 66371 66448 intron_43 intron 0.69 66661 68796 intron_44 intron 0.95 68926 68984 intron_45 intron 0.62 69116 71705 intron_46 intron 1 71952 74206 intron_47 intron 1 74357 74456 intron_48 intron 1 74591 74655 intron_49 intron 1 74870 74949 intron_50 intron 1 75096 75186 intron_51 intron 1 75415 75492 intron_52 intron 1 75696 75783 intron_53 intron 1 76028 76130 CDS_29 CDS 0.99 51556 51669 CDS_30 CDS 1 51813 52076 CDS_31 CDS 1 52671 52820 CDS_32 CDS 1 53079 53212 CDS_33 CDS 1 53322 53535 CDS_34 CDS 1 53698 53843 CDS_35 CDS 1 53930 54154 CDS_36 CDS 1 54243 54445 CDS_37 CDS 1 54588 54831 CDS_38 CDS 0.73 54912 55133 CDS_39 CDS 1 63938 64109 CDS_40 CDS 1 64247 64510 CDS_41 CDS 1 64603 64752 CDS_42 CDS 1 64820 64956 CDS_43 CDS 1 65047 65260 CDS_44 CDS 1 65326 65471 CDS_45 CDS 1 65551 65778 CDS_46 CDS 1 65854 66056 CDS_47 CDS 1 66127 66370 CDS_48 CDS 1 66449 66660 CDS_49 CDS 0.68 68797 68925 CDS_50 CDS 0.61 68985 69115 CDS_51 CDS 1 71706 71951 CDS_52 CDS 1 74207 74356 CDS_53 CDS 1 74457 74590 CDS_54 CDS 1 74656 74869 CDS_55 CDS 1 74950 75095 CDS_56 CDS 1 75187 75414 CDS_57 CDS 1 75493 75695 CDS_58 CDS 1 75784 76027 CDS_59 CDS 1 76131 76359 stop_codon_6 stop_codon 76357 76359 transcript_7 transcript 0.29 51556 76359 start_codon_7 start_codon 51556 51558 intron_54 intron 1 51670 51812 intron_55 intron 1 52077 52670 intron_56 intron 1 52821 53078 intron_57 intron 1 53213 53321 intron_58 intron 1 53536 53697 intron_59 intron 1 53844 53929 intron_60 intron 1 54155 54242 intron_61 intron 1 54446 54587 intron_62 intron 1 54832 54911 intron_63 intron 0.67 55134 64365 intron_64 intron 1 64511 64602 intron_65 intron 1 64753 64819 intron_66 intron 1 64957 65046 intron_67 intron 1 65261 65325 intron_68 intron 1 65472 65550 intron_69 intron 1 65779 65853 intron_70 intron 1 66057 66126 intron_71 intron 1 66371 66448 intron_72 intron 0.67 66661 68796 intron_73 intron 0.97 68926 68984 intron_74 intron 0.7 69116 71705 intron_75 intron 1 71952 74206 intron_76 intron 1 74357 74456 intron_77 intron 1 74591 74655 intron_78 intron 1 74870 74949 intron_79 intron 1 75096 75186 intron_80 intron 0.99 75415 75492 intron_81 intron 1 75696 75783 intron_82 intron 1 76028 76130 CDS_60 CDS 0.98 51556 51669 CDS_61 CDS 1 51813 52076 CDS_62 CDS 1 52671 52820 CDS_63 CDS 1 53079 53212 CDS_64 CDS 1 53322 53535 CDS_65 CDS 1 53698 53843 CDS_66 CDS 1 53930 54154 CDS_67 CDS 1 54243 54445 CDS_68 CDS 1 54588 54831 CDS_69 CDS 0.67 54912 55133 CDS_70 CDS 1 64366 64510 CDS_71 CDS 1 64603 64752 CDS_72 CDS 1 64820 64956 CDS_73 CDS 1 65047 65260 CDS_74 CDS 1 65326 65471 CDS_75 CDS 1 65551 65778 CDS_76 CDS 1 65854 66056 CDS_77 CDS 1 66127 66370 CDS_78 CDS 1 66449 66660 CDS_79 CDS 0.67 68797 68925 CDS_80 CDS 0.7 68985 69115 CDS_81 CDS 0.99 71706 71951 CDS_82 CDS 1 74207 74356 CDS_83 CDS 1 74457 74590 CDS_84 CDS 1 74656 74869 CDS_85 CDS 1 74950 75095 CDS_86 CDS 0.99 75187 75414 CDS_87 CDS 0.99 75493 75695 CDS_88 CDS 1 75784 76027 CDS_89 CDS 1 76131 76359 stop_codon_7 stop_codon 76357 76359 gene_7 gene 2 81039 87502 transcript_8 transcript 1 81039 87502 start_codon_8 start_codon 81039 81041 intron_83 intron 1 81215 81376 intron_84 intron 1 81528 81820 intron_85 intron 1 81980 83764 intron_86 intron 1 83825 84173 intron_87 intron 1 84273 85122 intron_88 intron 1 85216 85295 intron_89 intron 1 85440 86818 intron_90 intron 1 86927 87343 intron_91 intron 1 87396 87464 CDS_90 CDS 1 81039 81214 CDS_91 CDS 1 81377 81527 CDS_92 CDS 1 81821 81979 CDS_93 CDS 1 83765 83824 CDS_94 CDS 1 84174 84272 CDS_95 CDS 1 85123 85215 CDS_96 CDS 1 85296 85439 CDS_97 CDS 1 86819 86926 CDS_98 CDS 1 87344 87395 CDS_99 CDS 1 87465 87502 stop_codon_8 stop_codon 87500 87502 transcript_9 transcript 1 81039 87502 start_codon_9 start_codon 81039 81041 intron_92 intron 1 81215 81376 intron_93 intron 1 81528 81820 intron_94 intron 1 81980 83764 intron_95 intron 1 83825 84173 intron_96 intron 1 84273 85107 intron_97 intron 1 85216 85295 intron_98 intron 1 85440 86818 intron_99 intron 1 86927 87343 intron_100 intron 1 87396 87464 CDS_100 CDS 1 81039 81214 CDS_101 CDS 1 81377 81527 CDS_102 CDS 1 81821 81979 CDS_103 CDS 1 83765 83824 CDS_104 CDS 1 84174 84272 CDS_105 CDS 1 85108 85215 CDS_106 CDS 1 85296 85439 CDS_107 CDS 1 86819 86926 CDS_108 CDS 1 87344 87395 CDS_109 CDS 1 87465 87502 stop_codon_9 stop_codon 87500 87502 gene_8 gene 2 88520 95076 transcript_10 transcript 1 88520 95076 start_codon_10 start_codon 88520 88522 intron_101 intron 1 88619 88839 intron_102 intron 1 88999 90812 intron_103 intron 1 90873 91468 intron_104 intron 1 91568 92885 intron_105 intron 1 92979 93057 intron_106 intron 1 93202 94379 intron_107 intron 1 94488 94916 intron_108 intron 1 94969 95035 CDS_110 CDS 1 88520 88618 CDS_111 CDS 1 88840 88998 CDS_112 CDS 1 90813 90872 CDS_113 CDS 1 91469 91567 CDS_114 CDS 1 92886 92978 CDS_115 CDS 1 93058 93201 CDS_116 CDS 1 94380 94487 CDS_117 CDS 1 94917 94968 CDS_118 CDS 1 95036 95076 stop_codon_10 stop_codon 95074 95076 transcript_11 transcript 1 88520 95076 start_codon_11 start_codon 88520 88522 intron_109 intron 1 88619 88839 intron_110 intron 1 88999 90812 intron_111 intron 1 90873 91468 intron_112 intron 1 91568 92870 intron_113 intron 1 92979 93057 intron_114 intron 1 93202 94379 intron_115 intron 1 94488 94916 intron_116 intron 1 94969 95035 CDS_119 CDS 1 88520 88618 CDS_120 CDS 1 88840 88998 CDS_121 CDS 1 90813 90872 CDS_122 CDS 1 91469 91567 CDS_123 CDS 1 92871 92978 CDS_124 CDS 1 93058 93201 CDS_125 CDS 1 94380 94487 CDS_126 CDS 1 94917 94968 CDS_127 CDS 1 95036 95076 stop_codon_11 stop_codon 95074 95076 gene_9 gene 1 95823 96904 transcript_12 transcript 1 95823 96904 start_codon_12 start_codon 95823 95825 intron_117 intron 1 96144 96841 CDS_128 CDS 1 95823 96143 CDS_129 CDS 1 96842 96904 stop_codon_12 stop_codon 96902 96904 AUGUSTUS_tom_pot_cdna de novo gene_10 gene 0.65 1577 365 transcript_13 transcript 0.65 1577 365 stop_codon_13 stop_codon 367 365 intron_118 intron 0.96 845 755 intron_119 intron 1 1130 1059 CDS_130 CDS 0.66 754 365 CDS_131 CDS 0.96 1058 846 CDS_132 CDS 0.99 1577 1131 start_codon_13 start_codon 1577 1575 gene_11 gene 1 33388 32216 transcript_14 transcript 1 33388 32216 stop_codon_14 stop_codon 32218 32216 CDS_133 CDS 1 33388 32216 start_codon_14 start_codon 33388 33386 gene_12 gene 0.57 78987 76764 transcript_15 transcript 0.57 78987 76764 stop_codon_15 stop_codon 76766 76764 intron_120 intron 0.57 78490 77538 intron_121 intron 1 78884 78796 CDS_134 CDS 0.57 77537 76764 CDS_135 CDS 0.57 78795 78491 CDS_136 CDS 1 78987 78885 start_codon_15 start_codon 78987 78985 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 113 21282 21839 match_2 match 44.7 20876 20962 match_3 match 115 20571 20795 match_4 match 52.4 92889 92984 match_5 match 79.3 93058 93201 match_6 match 278 15765 16811 match_7 match 151 11532 11996 match_8 match 270 15765 16811 match_9 match 145 11508 11996 match_10 match 134 21282 21944 match_11 match 47.0 20876 20971 match_12 match 113 20574 20795 match_13 match 134 21282 21944 match_14 match 38.5 18471 18560 match_15 match 47.0 20876 20971 match_16 match 91.3 18628 18807 match_17 match 113 20574 20795 match_18 match 43.9 14455 14586 match_19 match 480 15762 16811 match_20 match 136 14924 15262 match_21 match 238 11511 11996 match_22 match 167 14088 14351 match_23 match 159 75188 75694 match_24 match 152 65543 66055 match_25 match 143 64826 65266 match_26 match 86.3 53922 54149 match_27 match 94.0 64247 64492 match_28 match 63.2 53076 53213 match_29 match 99.0 53323 53541 match_30 match 55.1 74457 74591 match_31 match 95.1 54244 54444 match_32 match 228 66126 66662 match_33 match 95.5 74657 74869 match_34 match 127 75744 76028 match_35 match 115 76129 76344 match_36 match 79.3 74947 75096 match_37 match 120 54910 55125 match_38 match 132 54563 54832 match_39 match 84.7 65317 65472 match_40 match 87.0 74213 74368 match_41 match 85.5 64609 64755 match_42 match 256 15765 16373 match_43 match 111 14915 15259 match_44 match 178 11508 11996 match_45 match 117 14094 14348 match_46 match 36.2 14455 14529 match_47 match 275 15765 16811 match_48 match 149 11511 11996 match_49 match 275 15765 16811 match_50 match 144 11511 11996 match_51 match 32.3 14455 14529 match_52 match 390 15762 16811 match_53 match 117 15002 15265 match_54 match 220 11511 11996 match_55 match 147 14094 14351 match_56 match 68.6 14775 14909 match_57 match 32.3 14455 14529 match_58 match 390 15762 16811 match_59 match 117 15002 15265 match_60 match 220 11511 11996 match_61 match 147 14094 14351 match_62 match 68.6 14775 14909 match_63 match 72.0 93058 93201 match_64 match 53.9 92889 92981 match_65 match 72.0 93058 93201 match_66 match 53.9 92889 92981 match_67 match 151 64826 65260 match_68 match 174 65552 66055 match_69 match 201 75188 75694 match_70 match 98.2 53323 53535 match_71 match 95.5 74657 74869 match_72 match 95.5 54244 54444 match_73 match 137 64241 64516 match_74 match 66.2 74457 74591 match_75 match 244 66126 66668 match_76 match 139 51813 52091 match_77 match 46.6 58368 58457 match_78 match 75.5 53076 53213 match_79 match 129 75777 76028 match_80 match 139 54566 54832 match_81 match 83.6 65320 65472 match_82 match 79.7 74953 75096 match_83 match 122 53931 54155 match_84 match 132 76129 76350 match_85 match 80.9 58451 58579 match_86 match 135 54910 55131 match_87 match 87.8 53701 53844 match_88 match 99.4 64600 64755 match_89 match 102 74198 74359 match_90 match 110 28013 28414 match_91 match 369 15765 16811 match_92 match 170 11496 11996 match_93 match 34.7 14455 14529 match_94 match 113 14100 14351 match_95 match 105 15017 15259 match_96 match 149 44122 44967 match_97 match 58.2 45050 45196 match_98 match 124 44113 44967 match_99 match 40.0 45050 45115 match_100 match 124 44113 44967 match_101 match 40.0 45050 45115 match_102 match 219 15765 16811 match_103 match 164 11520 11996 match_104 match 25.4 14455 14529 match_105 match 269 15771 16811 match_106 match 147 11532 11996 match_107 match 105 14076 14351 match_108 match 307 15765 16811 match_109 match 158 11532 11996 match_110 match 123 14094 14372 match_111 match 235 15765 16811 match_112 match 113 11535 11996 match_113 match 248 15765 16811 match_114 match 120 11535 11996 match_115 match 38.9 14455 14529 match_116 match 501 15762 16811 match_117 match 134 14984 15265 match_118 match 243 11496 11996 match_119 match 165 14088 14351 match_120 match 119 28007 28417 match_121 match 39.3 18474 18554 match_122 match 87.8 18628 18810 match_123 match 106 44554 44967 match_124 match 38.1 45050 45121 match_125 match 127 44122 44967 match_126 match 38.1 45050 45115 match_127 match 75.9 93058 93201 match_128 match 50.4 92889 92981 match_129 match 75.9 93058 93201 match_130 match 50.4 92889 92981 match_131 match 75.9 93058 93201 match_132 match 50.4 92889 92981 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_133 match 70.1 754 440 match_134 match 181 1565 843 match_135 match 183 77540 76791 match_136 match 110 78787 78500 match_137 match 71.2 754 440 match_138 match 172 1484 843 match_139 match 65.5 754 440 match_140 match 171 1484 843 match_141 match 235 33124 32291 match_142 match 166 77531 76785 match_143 match 169 33130 32243 match_144 match 70.5 754 440 match_145 match 175 1484 843 match_146 match 107 784 440 match_147 match 211 1481 843 match_148 match 83.6 754 440 match_149 match 205 1616 843 match_150 match 164 1571 843 match_151 match 67.4 754 440 match_152 match 103 1454 843 match_153 match 64.7 754 440 match_154 match 112 1454 843 match_155 match 63.5 754 440 match_156 match 105 78772 78500 match_157 match 42.0 748 440 match_158 match 129 1478 846 match_159 match 43.1 754 440 match_160 match 133 1556 843 match_161 match 259 77537 76785 match_162 match 128 78802 78500 match_163 match 222 1475 843 match_164 match 124 754 440 match_165 match 152 33127 32432 match_166 match 67.8 754 440 match_167 match 175 1559 843 match_168 match 178 77540 76797 match_169 match 108 78868 78500 match_170 match 162 77534 76791 match_171 match 176 77534 76791 match_172 match 114 78775 78500 match_173 match 114 78775 78500 match_174 match 99.8 754 440 match_175 match 233 1556 843 match_176 match 161 33130 32303 match_177 match 67.8 754 440 match_178 match 175 1484 843 match_179 match 124 754 440 match_180 match 261 1496 843 match_181 match 109 1481 843 match_182 match 195 77534 76788 match_183 match 107 78772 78500 match_184 match 187 77540 76782 match_185 match 307 33130 32237 match_186 match 109 77498 76779 match_187 match 119 78799 78500 match_188 match 67.0 754 440 match_189 match 200 1580 843 match_190 match 116 33130 32771 match_191 match 73.6 754 440 match_192 match 172 1484 843 match_193 match 73.6 754 440 match_194 match 172 1484 843 match_195 match 73.6 754 440 match_196 match 172 1484 843