C05SLm0095J08.2 GATCAGCTTTAAAGGAATTGCCTGATTCAATTGGAAATTTGAAAGATCTTGAGGAATTAA GTTTGAGAATGTGCAAGGGACTCATCTCACTTCCTGATTCCCTCGGAAATCTTAGATCAT TAATACGACTTTATCTTGACAACAGCTCCATAAAAGAATTGCCACCTTCTGTTGGTTCAT TATCTCAATTGAAGTTCCTTTCACTCAGCAATTGCAAGTCCTTTAGTGAGTTGCCCAATT TCAAGAATAGCTTCTCGTCATTGATTAGGCTTTGTCTACAAGGGACCTCAGTTAGTGAAC AAAGTTTCCAGTTAGGAAGCTTCGAGTCCCTTGAGATTCTTGAGCTGGGGTACTGCACTT CAATCAGATCTTTATCTAGCTCAATTGGAAAGATGTCATGTTTAACTACTTTGGACCTAC ATAATACATCAATTTCTGAGTTGCCAGACGAGATATGTTTATTGGAAAAACTTTGGGAGC TGAACCTGAACAACTGTTTGAATCTTCAACATCTTCCGGCTTCAATTGGAAGCCTTAAGA GGTTGTGTTACCTCTATATGACGGAAACTGCTGTCTCAGAATTACCTGATCAAATTGGAA TGCTTTCAAGCTTAAAGCTACTGAAGATGAGAAAGACACCACAGCTTAGAGATGATAAAC TGCTGCTGGATATGGAAAATGGAGAAAGTTCTAAACGCGTTACTCTTCCAGAATCATTTT CGAATCTCTCATCCTTGGAATTCCTAGATGCTCATGCTTGGAAAATATCTGGGAATATTT CTGATGATTTTGAGAAGTTGGCTGCTTTGGAAGAACTTGACCTCGGGTACAATGATTTTT GCAGCCTCCCTTCTAGCATGAAAAAACTGCGTGTTCTCAAGCGTTTGATTCTCTCAAACT GCAGAAAGCTCAAATTTCTCCCTGACCTTCCCTCAAGTTTGGTATGTTTACATGCTGCAA ACTGCTCCGCGTTGGAACAGATAGCTAGCGTAGCAAATTTGAAGTACTTGGAAGATCTCC AAATCAGTAATTGCAAGAAGATAACAGATATTCCTGGCCTTGAAAGCTTGAAATCTTTGA AAAGGTTGTATACAGTTGGTTGCAACGCGTGCTTGCCTTCTATAAAAAGGACTATTTCTA AGGTTCTTTCTTCTTCGCTCCTCCCTCACCCTCTAAGACGTCAAGATTATATTTACATTT CTACATCTAGTTAACGAAAACTCTGAATGCAGGATTCTCTAAGGCATATGCAGTATCTCT GTGTTCCAGGGGATGACCTTCCAGATTGGTTTATTCATGAAGTACCTAACTTCTCAACTC GTAAGCATCGTGATCTCAAGGGAGTGATCATTGGCATAGTTCTCTCTCTAGACCAACAAG TAGAGGACAATTTCAGACACAAAGTCCCAGCAATCGTGGATATACAAGCAACGATTACCA CACCAGGTGATGCTAAACCTAAACATACAAAGACTTTGTACTTGTTGGGGGTTCCTGATA CGGATGAAGATCAGCTATACTTGTGTCGATTTCAAGAACACAGTTTTACGTTTATGTTGA AAGAAGGTGACAGACTGCAGGTTGTAGTTAGGGAGAATCCGCGTTTTAATGGCCTCAAAC TGAAGAAGCATGGAATGCACTTGGTTTTCGAAAATGATGATGACTTTGATAACAATGATG AGGATTTGTTTGATGAATCTCAGCAATCTGTGTCTAAGAAACTTGCTAACTTCTTTCATT CCCAGAAATGAATTCAGCATACAGGGAGTGGATGTGAATCCAAGAACTTTATAAATGCGG ATGGTCTATCAGAAACAATCTCTCTACCTTCTAAAAGTAGAAATAAAAGTATGCACTCTC CCCGACTTCATTTGTGAGATTACACCAAACATATTGTTGTTGTTGTTGTTATGTGTGTAT ATATATATATATATATATATATATATATATATATATATATATATATATATATATATATAT ATATATATATATATTAAATGCTTCTTCTCTGTTTGTGGCTTGGCAAAGCTTAAACATTGT TGAAGATAGATGGATTGTGATAACTTGTACTCTAACTAGTTGTTGGGCAATATATTTCAT ATTCCAAACTCCAAAATTTAAGGGGTCGTTTGGTTGCTGGTTAGAGTTACGTAGGAATTA ATTAGGTAAAAATTAGTTATTCATAGTCATGTACTTTCATCGTTTCAATTTGTTTGTCTT ATATTTCTTTTTAATCCTTTTTTTTAAAGAAAAAAAAGAAAGTAATTTTACTAATTTAGC AACTCGTTGATTCTAACATTTCACTCTAAGCACAAAGAAAGTCATGGCGAGGCATTAAAA CTGCACATAATTTTTCCTCATATCTATTTTCTTTGGTTATTACAACAATAAATTTATGCA TAATAATTTTGAAAGAAGATTTTATGATAGGAAATTTTAGTAGCTTGATTAGTTGATTAT TCGAAGAATATTAATTTTTTAGTTATTGCATATATATTAAATACTTCGTCTTCGTTTGTG GCTTGACAAGATTAATTTGAATTAAAAAATTTGTGCAGATGGATTGATTGTGATAATTAG CAAATATAACTAGTTAATATGCAATTTATTTCATATTCCAACTCAGAAACTTCAGTTACT TATGTAGAGATTATATATTCATATATTACTAATTCATATTTGCTTTCACTTAGAAGAAAA TAATATCGAGTTTAATGGAATAAAGTATGAAATTTAGGGATTAATAACTTATATTTTATT TGGTCGAAGGTACAAATTTGTTCCAAATTAAATTTATTCCTCCAAAGTTCAACCAAACAT AATATAAATTTAATCTTCAAATATTTGACTTTATTCTGTATATTGAAATTCATTATTTTG AGTAATTCTAGTTTGTTTGGAACGTAAAGTATAAAATTCTTTATCATATACTATTGCACA GTACTTTTTTTTTGTTACGTTGTTTTTATATTATTATTATTATTATTTTGTTTTTTGCTT TCTTTCCTTTTAAAATATTTTTTACGTTATTATTTTTAAGTTCTTTATGAATTATGGTAA TCGTACATAAACAAACAATATAAGCTCTAGAAGGAAAAGGAGAAAAACAATTAGTTTCCA ATAAGGTTTGTATATGGATTTTTTTTAATTTAAATGGATGAAATAATGATACATACACAT TAGTTGAACATAAGAGATGGCCTTTCTCATGGAGATTCCTCAAGATATTATTTTTAATAT ATTCTCCGGACTCAGCGTCAAATCTTTAATGCATTTCAAGTGCGTCTCCAAGTTATATAA TTCTCTAATAATAGATCCCGACTTTACTGACTTCTATCATAGTCACTCTATATATCGTTC TAATTTCGTCCTAATTGTAAAATTAAGTTATTCCTACGAATATGGGGTCAAGAAAACTTT TAATGCGTTTCAAGTGTGGCTCCAAGTTATATAATTCTCTAATAATAGATCCCGACTTTA TTGACTTTTATCATAGTCTCTGTATATCGTCCTAATTGTAAAATTAAATTATTCCTACGA ATATGGGGTTAAAGGAAATTTTTACACCATAGACCCAAAATCAAAGCTCACATCATTCGA AATATGGTACAAATATTACAAGATCAAATAGTACCAACAAATTTATCATTACCACTTTGT TGTACTAATACTCATAACCTTGATAAAGAGATCGCAATAGTTTTTTCACCAGAATTGATT TTATTATGTGATTTTGAAGAAAAAGATATGGAGAACAATTGATATCGAAGTGTACTTACA TGAGGATAAAATTATTCGGTATCTATAGTTACGATGAAAATTGGATTTATTCGTTAGGAC AAATGTGATTCTTTTATGCACTTTTGATCAATTAAAACTTTTAATCTGTACATTGATTCC AGATCTAAATAATTAATCTATGCATAGTATAATGTTTCATAAAAAAATAAATCAGAACTA TCAAGACATAGATAAAAGATGAAGTTGGCAAGTGTGTATGGGATGGTTACATTAAATAAT GTACATTATTGTTTTCTTCTCAGTTATTTTTACTACAATCTCACTAAACACAACTAGAGA CTATATATATATATATGTATGTAACTGTAGAATTAACTCGAAACGGTACGAAGAATGAGA GTGAAATAATTCTACGTAGCTGTTAAAAGCTGTATAGGAGAGAAGAAAGGTTAAAGAAGA AAATTTGTACAAAATTTTAGGGAACTCAGCTCTTTTTAGGTACCTTTGGTCGTGATTTCA TCATGCTTGCTCTCCGAGCAACGTCCCACGCCTTCTGAGGTGCCAACACGCCAGCCTGAG ATGCGAAAAATGACTCATAACCGGGTGAATCAAAAGCAAAACCAGTATGTTTTGATCTCT GTCCAGGAAGTTGCATTATGGCGTATCTCCTTTCTTCATCTGGAGAAAGCTCGTTACGGA TCTCTAATAAACCAATCCTGCTGTTGTCGATTTCGTGCTTGTGAATTTCCTGAACAATCT GGTAATCATATGGGGAAAACCATCTTTGTACCCTGAAATGAAGAGACTAGATACTTAGGA ACGCGAGTAATTTTATCGAAGCAAGAGTAAATCACCAGAAGAAAGGAAAAGAAAAGTGAA ATTTGTCAATATGAAGTTCACCAGGTGAGTTCCCAAACATCCACCATGTAGGTGGAGTTC GACTACTCGTGTCCTTAAGAAAAATCAGAACCGAAAAGGTTATTTTAACTGTATCAAGCA GGATGTGCTGCCTATGGACTTGCAGCGTTAGTGTTCAAGCAATAGGTCCATCTGAACCTA GTATTCGTTTTAACCCAAGCATAAATTTCTGAGTGAAAATTGACTACAATTGCAACAAGT ATATTGTCCAACCCATAATTTTAAGAACATACTAGTAAGTTTGAACCCATAAAATTTAAA ATCCTGAATCGTTCTTTGTGCAGCATAGAAAGAACAAACAGCAAAAAATAGATCTATATT GACAATGCGAGTGAGACAAAATAATATCTCAGTTGACTCACATCTGTTCCTCGTTCCTTA AAAACTATATGAAGGTCAAGAAGTTCTGGTGCACAGCTTTTATAGAATCATAATCAGTAA AACAGAGTGAGAGACAACCCTTGAGTCATAACAATGCAAGAGAAGAGATAATAAAGATTG GTCGTACAAATGATATTTCATGTGAAATGAAAATAAAGTCGTTAAGACATAAAGATGACT CGTGGAACAAGATTTTCCGCAAATGTGCTGGCATTAGTTATATGGGGACACATTTTCCTG TAGGGAATGCAATTGCTTTCAGATATCTCGGCAGTCAGTACATTGTGAATTTACATTTTC ATTCACGGTTTTATTTCGACAGTGATATATCCTTGAGAGGCAGCCTATTTGTGAATTTGG AAGAGAGTTTAAATTGAAAGAACAATCTAGCAAAATATGCTATGCGGCAATGTAATACAT GATATTAATTCCAAGAAGTAGAAAATTTACTCCAGAGACTTACCCCTGATATAGGAAGTC AACAAAAAGTGCAGCAACTGGTACGAGAAGCAGCGCAAGGTAGAAGTATAATGTGCTTAT CAGAACAATGATGACTAAATAGATACCCTCCTGTGATGAATACAAACCAACCACATTAGA AAGTGAATTGATCTTAGGAAGCAATACCAAAACTTGTGCGGAGACTCACCTGTTCTTTGT GCAAGTGGATACCCGAGTAGATAAATACAAAAATGAACCATAATAATATGCTCCCTCCAA CGCTAATGTGATGCCATCTTGTAATTGTGTTGCACATCATAAGGAGACGTAAATTGACAG TTACAACAACACAGGTGTAGGCCATTGTACTGACATCCCATAGGCCAAACATCTTGCCAG ATGAATTCATGCCCTTCGTACTCGAATGGATTACAAAATTATACAAGATTAATGATTGAT ATACTGCAAAAAAAGCCCAGGTAGCCACAACTCTCCATTTGAAGAATGTATTTCTAATTC CTTCTTTGTATAACTCAGGATATTTCTTCGAGAGAGATGCACTGACATCCTAAATGCACA ATAAATGTGTATAAACAACAAGAAACAGCATCGTAGTTAGAGAAACAATCATCACTGTCA TACATCCCTAAAACTAAAAAAAAATGAAAAGAAATCAGATACCTTCTCAAAAAGCCCAAG AATAATAACAGGAAGCGCTGTGAAGATCACATTGTAGAGAGACTGGAACCAATCATCATA GAACCTTTGACCAGAGAATCCAGTGCGGAAGGTAAACCAAAACTGAGTGAGTGTAAACAT CAGATTCTTGTAAAAGAAATATGTCACCACCTGCACATAAAACTTCCAGATCACATAACC ACCCGTACAGACCATAAAAGTTTGCAAAGAGCAGACCGGATGAAGGTAAACCTTGCATAT TCTAAGATATGACCAGCGTCCATGGACAAGCAATAAATCAGTGAGAAAGCGGAACTGAGC TATTGCAAAATCACTAGACATCACTGCTTGCATTCCCTCCTGTCCACTTATTCCAACACC AACATGAGCAGCTTGAATCATACTCACGTCATTAGCACCATCACCGATACTAAGTGTAAT TCTCTGAGCCCCCTTCCTAACCAAGCTGGTTACCTGAAAGCAATCGAGAAGTTGCTAAAT ATGTTCTGCCTACAAGTTTTGACAATCAAAAAGCTCATCCTAACTTCACAAACATAAGAG TATTTTTATTTGCAACTCCCAAGAATATCACCAGAACTCTAAACTGTAACGCTGACACTC TTGAAGAAACCAAAATTGTTGATAATGAAATGTGAACCCCGAAAGAGCATTTCAAGACAT ACATATATGCTAATGTTATTACAAAGTGATACAGCGAGATAAGGAACAGATTTGATGTAA CATATTATAATATGTGTAAAATTTTACGCTGCGAGGCAGATGTGACAGACGAACTAAGAA TGCTACCAATTGATGAAAGGGACAGATTAAAATTGGTGACTCCATCCATGTTTGTAGTTA AAAACATGTATTGACGTGAAGAAACTACAAGCCGGTTAGACAAGTTCCAAGGTGGCCTAG GACCGCACCTGAGCTTTCTGTAAAGGAGAAACACGACAGCAAACCACTGCACTGCAATTC AAGCTCAAGTTCAACAACATTACACGAAGATTAGGGTCTAAGGCATACATTAACACCTTC CCATCAATTACTAGCGCTAACTTTGGTCTAGATGCTGAATGGAGAAGCTCTTGCGCTTCG TCATAACATCTCCTCAGCTCATTCTTGACTGTATCTTTCATAAAACGAGCAAGCTCCACT TGGTCACCCTTGTGAAAAACAAGTAATTGTTAAATATTGCGGATTTTTCAACTGACAAAC AAGAAAATCAAGAAATGCTGCTCAATGCTCACTCTCTCTTCCACTTCTCTGATTTCATCA GTTTCTGAGCTAATAACAAATTGTTTCATGCTGTTATTGATCAAATTGCATGCTGCAATA CACAAGAGAATCAGGACAAGATATCACATGGAAAATAAATAACAACAAATTGTAGACTGC CTATTACTTATACCAACCATAAGCAATGTTTATTGCTGTTTCCAGTTTATCCCCAGTAAG CACCCAAATCTTAATTCCAGCCCTTGAAAGAGTCTCTATGCAGGCAGGTACACCTTCCTG AAGCTTGTCTTCTATAGCAGTGCATCCAATCAATACAAGATCCTTTTCTATCAGTTCTGA CACCTGCGTAAAGCTACACATTTAGAAAAATAATGACACGTAAATAAGCACTTATATCTT ATCCACCAGTAAAATTCTGGATGAAGTATAGTAAAATAAGAAGAGCTCTAGGCAGAGGAG GATTTAACTGGGTGGCTGAGGAAAAGACACACTGTGATGAACAGAGAACAAAGTAGTATA TCCTATCTATTCTGGCTATAAGGGCACTAAATGCTACATCAACAGTAGACTTTACACAGA AGGCTATCTGGAGAACTAAAGTTCCCATAAGGTAGCTTGATTTGGGTGATTGTTCCTTGG GAAGGATAATATATTGAAAAGGATTATCCTCTCTGCGCAACAGATGCTATTGCACGAAAG GGAGACAGATTCAGTTAGCCATCTTTTGTTATTCATTGCTTGGTTGCCAAGGAATTGTGA AACCTGGTGTCTGTTCATCTAAAGATGGACAAAAGGAGTTAAAACATGTTCTTTGGTGCT GAAAGGGAACATTTATCCAGAAGAACAGGAGGAACTTATAGTTTTAGGCTATAGCTATGT GCATTTTGTGAGTGTTACGGCAAGCAAGAAAGAACAGATGCTTTGAAGAAAGAAGCTCCT CGGTGCATCAACTGAAATATCCTCTCATTTTTTTTTTGGTTTGATCTTCAAAATGTGAAC AATGTAGATTAGTGTTAGGTTTTATCAGCTCCCTCCATTTCTAACAACGGATGCTCTTTT CAGTTTGTATATATCTGCAAAACTACAGTAACTTGGTGCTATAAGTGATAATATGATACC TTCTTTTAATGAAAAGAGAGGAGAGAGAAAAAAGAGTTCCAAGCTACAGTACATTCTTTT ATTGCTTATTAACTATCTGGTATCCAAAGTCCACTGGCCAACTAATTCTTTTTCGGGTAA AAGGACCAAAAATACCCTTAGACTATTGAAAAGGTTTAAATATACCCTCAGTTCATCTAT TTTGCTAAAAATACCCTCCATTCACCATTTTGGGCTTTTGGCTCACTTTTTCCATTAAAA TTAACAGATTTCTCTTAAAGTAATTTATTATTATTTTTTTTACATGGCAGATTTTTATTT GTTGAAATTAAAACCCCGCCTTCACCCCTATATTTGACCCGCCCCATGACCCAATTCCAT AGTCTAGGGGTATTAACCATCAGGTATTCAAAGCCCACTGGTCAACCAATCCAGATTCAT ACTGAGTCGGACCACTGAGGGTCGCTAGTGCACGGTTCGAATCTCGGTGGATATTGGGCC CACCCTCTACCCTTCTCCACTTAATACCAGGCTTTTGTCAGAGTTCTAACTTGTGATGTG CTCCTAACTCACACCTCACAAGCTGCACTCTTACCACTAGACCAAAGGCGTCGGGGGCAT TACTAATAAGCTATTAATGAAGTTTAATTTACATCAGCCATTCTCTGGAATATATCAAAC TATACTTTGAAAACAATTTTGGAATCTGTGTCTGGCACCTTGAGCCGGAAGGATAATAAT GGAAGGAACTGTTGATACTCTAGACTACATGCTGAACAAAAACAACCATTGCCAAAAGGG ACTAGTGAATTTTCAAGAAAAGAAGAATTTAACTGCCAAACAATGAATTAACAATCATTA CAAAAGATCTCCTCCTAAATGTAACAAATGTGGAAAATACAACAGCAGTGTTTCTTTTGA TAAGGTAATATAAGGAAAATATAACAGCAGTGTGAATTACAGATACACACCTCATCCAGT TTCTTTTCTCGATCTCGAATAGAAGATTTTGCTTGAATGAATTTTTCGTTCCAACTTTCA TACACATCAGGGTTTAGATCTCTATAAGCCAAGCAAAGTGTACGGAGTCCAGCAGCACCA AATTGCTCCAAGTGCTCCCTAGTTCTTTTCTTCAAATCACTTTCTCCATCACGCAACCTC TCATAAATAACATTATCTGCACCCTGTCAAAGGAGGTTGTCTGATATTTTCTAGCAAGTA ATCCAACTAAAATATCCTTCTTTGTAAGTGCTTACCTTGCAATAGAGTACCAATCTACCA TCAGGATAGCGACATACAACAGACTGACGCTTTCTCGTACTGAATACAAAAATAAGGACA ACAGTCAAACCTCATAGGCTCATACCATCAAACAGATAACGCATATAGAAAGTGAGAAAG TCCAAACACCTGTTGAATTCAAGGACATTCAAAATCTCATAGGGAATATCTTGGATCTGT CCCATCCTCTCAACGTGTGATTCACGCACATAAATCAATGTTGGAGTACGTCTGTAAAAG TGTAAATTTAACAGCGGACCAGAAACAAATAGAATAGCAGGCAGTAATAATGACACAAAA TAAGCAAACCTAAACTCTTCACATAATTTGATACCTTAACTATGTATTAACAGACAATGA CTTCTGCTAACTGATCTACCAGAGAATTACTCTTTCAATCAATCAAATACCAATAATAAT AGTCCCTTACCTAATTTTCCACCCAGAAAAATAGCATGCGATTAAAAAGTTGAAACCTCA AGAAAATAAATGCCAATAATTAAGTTCAACCATCACAAGATTTCTCCATTCCCTGTTCAC TCTACAATTAAATTCTCCTACCCCCACAGCAAACAAGTCCACCACCCACCAAAATGGTGA TTATTATGCTTATCTAACCTGGACTATTCTTGGACTTATAGTTGTACAACAAAATATTCT GTAAATGTTCTTAATAGTTAGCACCAGAAACAGAAATTCACTTTCAATTGAATCTCTTCT TTCCATGCCTGAAGAAATTAAGAATAATAAGATTTAAAGCAAAAGTTTTACATGCACTCT ACCATAAAATGGTCATTGGTCTCACCACTTTAACTTGGAGAAAACAGCAATGCTCAAGTT CTTTAGCCAAATTGTCTATGTTAGTTACCTCCTAGGCTTCCATATATATATTCACATTAT TAACAGATTCACAACGAAATTATATCACTTCCAGCAGCATAATGTAGCATAAATTCTACT TTATCTTTCTGATAGGGAAAACTAAAATTGTAAGTATCCACGCACTTGTAAAAGAAGAAG CCAAAGTTCTTTGCTGCTGCAACCAAAGCAGCTTCATCAGGAGAAGCTGCCTGATATCGT ATTTTTTCTGGGGTCTCCTCACCTTCAGGAAGCACGGTATGACATATAGCAAGGCATCTG AAAAATTCCTGAACAAACAACCTTGGTCATTGTTAGGTTGGAGGTCTGTGAGCGCTAAAG AAGAAATTGAGACTGCATTTTTGTGAAAGTTTGCACCATATCAACTCTAATGTGAATGGG ATATTTACATGCAAAAGTTACTAACCAAGTTATATACTCCCCAGAAAAATCCATATACAA AAGTTGTAATAAATGTTCACCTTTTCCTTAATATATGGCCCCAACATATTCCCCATATAA AAGAAAACAACAATCTTTATCACGTCTTCTCTTGATAATGCGGGAAAGATGGGCTTTATA TCTAGAAATTGTTTATATAAATGTTCACCTTTTCCTAATATATGGCCCCAACATGTTCCT CAAATAAAAGGAAACCACAGTCATTATCAAGTCTTCTATTGATAATGTGGGAAAGATGGG CATTGAGTTTAAGGCCAAGGAACGAGAAAGGAAATCAATACTGCAATGAGTTGCATACTT ATATAATGAAGGCCACAAAAATAACTAAATATAAAAAAGAGCAGAAACCAAAGGATAGGA ATAGAAGTTTTTTATTTAACTAAACAGTGCGACTTAAACTTCAGCTATATCTGATTTTAA TAACTATGTTAACAACAACAAAAAGGCCCCAAGTAAAAAAGAGACGGGGCCAATCACAAC AACAGCAGTCACTTTCAGGTGTTTTCTTAATCAGCAAGTTAATGATATTTCATTGTTCAA ACAGACACTCAAGCACAAACCAACTGATTTTCATGATTTTATTCCACCATGATAATTCAA TAATATACCTTGCATGAATCAGGATGAGGTTCATTCCTCCAGGCACCGAGCATCAGCCGA GCATCATCAAAATTGAAACCTTTTTCTCGTGGCTCGTCTGATGAATTGTGTACCTATCAA TTCTCTAAATCAAGACAATGCAAAGCCATCAATCCTTTTATATATTATCCCTAAGATGTT TACCTCAACTCTTGTTCCACTTCTTTGTGCAGTTCCCATCTCAATTTCTGTAATACCACT GCCATATATCTCTCCTCCAATAGAACACTTGAAGAATTCCATCAAGTTCCTCGTAAGGGT TCCAGTTTTGTCAGAAAATATGTATTCCACCTACCCATAGAGATCAATGATTAATGATTC GAGATTGACAGTTAAAAATACAGCGTAAACAAGAGTCAAGGGTAAACATGGACACACTAC ATTGCGAGCAAATTAATTTCACCATACTTCTAGTCACTGACTCAAAATTACCTGCCCAAG TTCCTCGTTCAAATTAGATGTCCTAGCCTGTGCAGGGGTGTTACTCTCAGCATGGTACAT GTGTAAGTCATTGTTGATGAACTTTGTGGATTGAATAAACTTAACCATCTGTAAGTGAAA ACCAGAGAAAAGATAAGAAAAAGAGAAAAAGATACTACAAAATCAAAATTCTGCAGATAC AACAACAAAAACTGTCATAAGATCCACCTCAACAGAGACATAGAGAGAGATGGGAATAAT TGGTGAATAGAGAGTGATTAAGGTGAACATGGTCAAAGCAGCAACCTGAGCACAAAACAA AAGAGTAATTAGAAACAAATACCAAGAGAAGACAAAAGAAACACTGAGAAGTTGCAAGTC AAGAAAATCAAATAGTTACCACAAATCTATTGTCGGGATTGGATTGCGCATCTGAGCTGC TTTCAAACCGTAAATAAAAATATTTCTTATCTATGAAGATACCACTGCAAAGATCCAAGC AACCTTTTCAACACTGATGGGAATATAAAGCAGTGTTCTAAAATTGGCAGGTAGGTTGTA GAAACTAATCGAACCTGCATATAGCTCCCAATAGACACATGCTGAATAGAACACTAAAAA GAGTTAAAATAAGCTTATCAAGTTTCTTCTCCAAAGAGCTTCTCTTGGAAGGTATCTTCA TGGAATTCATCATAACCTGCAGTGAAAAGGCAGTTGACAATTTGCTTAGAATATAAACCT AAGCAAAGGAAAACTCAGGTCACAAAGCAAAGTAATAAATATAACCCAATTGAATGTTCA TCGAAGAGAGGATGTTCCTAAATGTTTACACAAAAATATCCATGAATAGAATAGAATTGT TACTGAACTACTTAATGGCATGAGTAACCTACTTATGGCCAGCAAAATGAACCTGCGCTC CCAAGAAGAAAAATAAAAGAGGAAGAGGGCAGAGAAAGAGAGAGATAGTGTATATGAGTG TGTGGTAGCTTATAAGTTAAAATACAGAATTGATACCTTTGTTTCATGCCCTGTGAAAAT GACAGCCCCAACAAGATACTCTGTGTTTCTCAGGCTGCAGCCCTGTAAAACAGAGATAAT ATCAAGAAGTAAAACACTAAGACAAATTCAACAAGTATACTTTCTCTGCATCAGAGAAGA AGTATAGCAAAACAGCAGAGGAACTCCAAATGTAATGCACAAACGGAAAAGACAAGGCCG CAGGTCATTTTTACATGAACCACCAATAAGAATCAATAAACCAGAAGTTCTCCATTTTGA TAGTACTAATCACAGTCTTTGTAAGAACGAGAGAGAGAGAGAGACAGACAGACAAAAGAA GAAAAATAAAAACATGGGAAAAGGTACCCTTAATAGAAGTTGATTTGGACCGAGTGGCAA GGTTTGCTTTTGAATAATCAGATTGCCAGCAAAAGTGTATAATGAGTTATTAGGTTGCTC ACATTGTACTTCTCCTGGAAAAAGAAACATACCGGGACACATCAGACAGAACATCCATCA AAGGCATATTCGTGTGTGCATCAGAATCAAAGAGTCAAGATTTCACTTAAGACGTATAAC GAGATCATTATGTGACATATACGATAAACCAATAGCATATCTGTTGATAAGTATCTGCAG TATATCACAGATACCAATCTAAATATTATAATTTGTTTGTTTGCAGTAACATATATTTGA ACATGAGTGTGTTTATGTGGACAGCATGTTAACAATTGTTCAACTTTTAACACCAGTGTC AGAAAATAAGTATACAACAGTGTATGACCTACTGAACTTACATGCTAAGTAAATAAAACT AAACCACTATTGGTGTTAAAAGTATGTAACCAAGATAACATCAAAAGGCATGTTTCACCG ATTTTGATGGTTGTCATTGATTCTAATTTCTACCTAATCTGATGCTTAGGAAACAGGAAA AGCAAAAAAGATAGATTGAAGGAATTCAGCATGCCTATTTCAGACACTAAATTACAATAA AATGTTAGCAAATTCAGGATGATGGCATTTGGACATCAGAAAGTTCACATACATGCATGA TTGTGCAGAGACATTAGACTGAGCCGCAGCTGCAGAGAAGACCAACCTGTAAATCCAGAA ACTTTATCGGGAGTCACATAATCCCAGGTTTTCTCTAGTGCTTTTCTGATCTTTAAATTA GTTTCACCATCCAAATTTGCGGTCTGTAGTAATTCATGTAGAAATAAAGAGAGAAGATGG TAGAGATAAGAGACCAGTGCATTCATTTATGAAGTAAAAAATTATTCCTCCCGAAAATAA TCCAAACCAAGCTAGTTTTTTTCATAAAGGAAATTATAAAAGATCGTATTGATCAGATCA AGTACAACCTCAATATAGCAGACTCCATCAGGGTTTGTGCTGGCAAGAAAAAGAAGGTCT GCAGGAAAGAACTCATCCTGTTTAACCTGCACAAGAATAGCAAACTTATACCACCTAAAA CTCTTCATTCAAATAAAGAGTATTTCCTATTTTTGTCAAAATTTCACAAAACAAATTCCG TTAGGAACTGCAACTATTTCTGAGAATGAGATTTGAATTCCTTCCCGTAAAATTTTTGCT TAAGACAGAATGAGTGGAGCGTGTATTTGAAAATTCTCCATAATCATCTGAGAAGGTCTA CCAAATTTAATGACGGCCAGATAGTTATATCCCTAAGGTAGTACCTCACTGACTGAGCTG AACAAGCAGATTGGTGTCTGTCTATAACTCTTCAGATTCAACCCCACAAATATACGGACT TAACCATTATAAATTTTAGAGATCAGATTCAAAGTTCTCAGCTACTAAAGATGAGATTCC AGTATTTATCTTATGTTTTGTTCAATGATGTGTAAAACAGCATTCTTGAGTTGTGTTCTA CCAATTCAATATAATGAGAAGACAGTCTTAAATTTATGATTAGGTAGGTCAGCCTCTATT CACAAAGCAGTTTTGGAGGTCACTAAATAGCGGATTTTTGGTCTTTGACATGGCAATGCC CAACCAAGGATGGAGTAGAGATAATGCCAGTAAGGGGCAGGTAAATCAATAGTCTAAATC TTTCTCAAAAGAATTAAGAGGATGCCAGTACCAACTATTCCGCATCTTCCGCAATGCATG TGAATCCATCCACCAAGAGAGAAATGTACAGTAATATGAATTCTTATATTTTAGTAATTA TCTATAGCCACCAATATAGCTCATTCAAAACCAGCATTTAAAAGGCCATGCATGTGACTA ACTGATGTCACAACCAGACATCCATCTCTGACAACATCAACAGCAGATTCTCACATTTTT GCAAAAAGAATCCTATCCACACAGCTTTGACTTAATACAAACTTTCTCCTTAGATGACTT GTATTTCAAGAATTTGAGGAGTGGAAACAATCTCTTTCCAAAATTGCAAGTAGAATGGTG TTGCTTCTCTTTCTGGTATACGACCACACTCTCCTAGCTCGCACTAAAGCATTTAACTAA ATAAAATTAGATTAGCTAGATGCTTTTTTGTTTGAACCTTAAGTAGTTGGATGTCTCTCC AGATTTATGATCAAAATAAAATCTCTTCTGGAACTATGAGATCAAAGAGTCGGTTAGCGT TTGGAAAAAGTAATATGTTGGAAACAGTTGAGCACTTCTCAACAAAATGACAAACAATAG AAATGTGCATTCCATTTCTTATTTTTATAAACTGGTTCCGTCTGTAAATTCCATTTACCT AGGCTATCCTGGTACTTATCTCCAAACATGTCAGTGAACTAGGAAACTTGTATATATGGA TCAGTCAAAGCAGAGAAGAAGATTCTAAGACGTGATTGGACCCATGTTGAAACATAATTG ATAATTAAAAACAGACACAGGTCCATGTGAAATAGCCATTAACATAATAAACAACTAACA GAAGATAACCTTCACATAACAAGCTAACAAAAGATAAGTCTTATGTCAGAATACAGACAA AACAAAAGAGCTCAGCCAAGAAAGCTGCATAGCTTGTTGGATATTGCACAGAACGCCATC TACCCTACAAACCCTAATGCAAAAGAAAGAACATAATTGCAATGACTTCTTTGTACATTT ACACTTACTCTCACAATATCTCCAGCTTGCAGCTTCTTCCAAGGTACACTGACCCATTGC TGATCTTGAAATACATCTATAGAAGTATTGTTAATTAACAAGTCATTCTGAAAACGCTTC TGCAAAAGTACCAAAGGAATAAAAAAAAAGAAATGTAAGTGAATAGGTCAAATGCAAAAG GGAAAACCCAGTAGTCTGTTAGTCTATCTTAAGAATGTCATAAAAATGACATTTTATGAA TCATATGTATGGAGGAAAAGGAGCAACAGTACTCACCCAATCCTCCCAAGCCTCCTTAAT AAGAGAGACAAGAAGCACCAAGCTCAAAGGAAGCACATTTGTTATAGGACTTACGGGACT GCAACACAGCAACACTTTTCAGAAATCAATACACAGGAAGCATAGCTCATCTAATACAAT GTATCAATTCACTTGTAAAACAATTTTTGAGAATGATTTTCCTTTTTTCGTGAGAATGCT TCTAAAACAATTTGCAAGATGATTTTTATCACCAGATCACCAAAATAAAGAGAAATTTTC TTGTTATAGGCTCAATTTCATTTCTCGTGATACATTAATCCCCCAGTTACTTTCTTTTTT TATGAAGAAAGTATCCCCCACTTACTCTCATGAGCACATCCCCTATTTAACATTTTGGTG TTTGGGGAGACATACATGAAGATAACAGAAATTCACGTACCTGACTGGAGTGCATGACAA AATTGAGATCATAAGAAAATACAGATTAGCCACCCGCCTGAACTGTCAGTATAAAAAAAA GGGTGAAGAGATAAGATGAAGATAAATAGAAAAACAAACATTGAATCATACAGCTGATTG GGTATTCATACATACAGCTATGTAATAACTAATCTAAAGAGAAGAAACATCTTTACTGCT TTTTTTTTAATAGATACAGTGGCACTATATCTTATTCTAGTTTTTCCTGAGCTCTTTCTT CACCAGTACCATATAGCATGCATGAACCTATTTCAAATCTTTATAGTTACTCAAGAAACT TCTCTCTACATCCTCTGTTGATATATCTCAACATGGTATACATGATTTTGTTCTTCCAGG AAGTTATTGAGGATCATGTGACCTCCAACGTATGAACTAAAACTTACAGTTTAAGCTTGG TAGAGATACAGAGATATTAAATGGCTGAAAGAAAAAATAGTACACAGTATGGGAGATAAA AGAATTTACCTGTTCAAATAGACCTTTTGGCAAGAATGTTATGATGTCATACTTTGTAGT CGACACAGAATTTCCCTGAAAAGGGAAAAGGAATTCACCACATTGACTCAGGTGCAGTTT AACACGTATGAGGAATATAATGGAAAGTGATTGTATATGGACAGCACTAGACAGCATTTG GAAGCTCCTTCATAAAGGATTTAAGTGATCCTGATCAGTCCAAGGCAAGTTTTGTTGCTT ACAATCTATCTCTTCATAGACAACGAAACTGAAACTACTTTTATTTGGACTTCATTACGC AACTTATCTTTGAGAGCTTTCTTGATAAAACAATTAAGTGATCTTTGTCAGCGTAAGCAT GTTTAAATTGCTTCCTAGTGGACCTTAGCAGATTCACAGACAAAGAAACTGAGCTACATG TTTCCCTTTTTCTCCTATGTCAACTTTACCTCGATAGTTAACTTACATCACCAATGAGGG CCTCCACAGGAAGATGAGCACACTTACAAAATACATTCTAAATGATTTAACAGCACTGGT TTTAGGACATAAGTAAAACAGCTAATCAATATAAGAATGCAATGACATTTTCGTTGTTTC TCTTTAATCAGGTAAAGTTACCAACAAGGAAACTGCCATACACCCTTGGAACGAAATTTA TGTTGTACAACACAATATCAGCAGAAAATTGTCTAGTCACATTGCATGTGTAAGCTGTAA ATCTAGGTAAAACCTGATGCATTAAAAAACAGCAGATAGAAGAAACACCACAAAATCTAA AAAGCAATGAGAAACATAGAATAAACTAGAAATTGCTTGGAGTACCCAAATACATCCTGT AGTTTGCAGCAACTAAAATAGCATACTAGTAAAGGGAAAAGGAAAAAGGATTTAGAGCCT GTTTAAGTAAGTTGATTGTAAATAATTGATAAGCATAAAGCCCTAAAAAAGTAATTTTAT AATAAGCAGTTATACATTTGTCGAGAATGAGGAACGGTTTAGTAAGCCATTGATATTTCA TTGATTCTTCATTAACCTTGATGTAGCCATGTTGAATTGGTATGACAACAGTTTTGGTAC TTCGTGTGAATTCTTGAAGAATATACTAAAAATAGTAAAAACCTAGACACACCATACCGC ATACTTTCACGTTTCCAATACTCATAAACAAATCCATGTAACAAAGATTTTTGTTACGAA GTTGTCATTGTGCAGGAGATCATGGGTCAAAAAGTGAAAACAGTTTCTTACCGAAACTCA AGGTAAGGTCACACACAATTGATTCAACGTAACCTGATCCTTCCCCCAACACGGAGGGTA GCGGAAACTTAGTGCACCGGAATTAACTTTTTGTTAAACCCAGAAAATACAGTAAAACTC AAACATTTCAAGTCCTTACCCATCGACCAATTCCTAGACCAATATCCACCCTTCCAAACC CATGCATTTGATTTGACGATAAACACACAAATAAAACAAAGCTTCAGATTATCACTGTTT CAAAAACATATACTTACTACCATAATTAGGCAAGTAAATGAAATGAAAAGAGTTCATAAC GAAAGACCAAGTCATTTTGAATAACTAATTCACTATTCCATCATCAAAAAAACTACTTTA TTCATCATAAACCCAGAAACACAGCAAACTCAAAACATTTCAAATTCTAAACCCACATGC ACCATTCTAAAGCAAGGCATTTGGTCATAATAAACAAAAAAACACAAAATTTAACAATAA TTAAGAATAGGAAATCAATAAAAAGTAAAAAACCTTGAATTTGGCGAGAGAATTTGCGTC ACGATCATTACAAAACACGGTTCGATGACCAGGTGCTTGTGGTTGTACTTTACCGAGACG TATATTTTTAGAAGAAGCAATACGATTCCTCATCGCTGCATCTGCACCTCCCGCCGATCC AGATCCTCTCCATCCCCCCGGCATCCTTCTCTGATCTCGGCGGAACAAATATCTCTTCCC CGAACGAACACAAACGCTTTGATCTCCACCGTAAACCTACACACTTCGCCTTCTACGTCG TTGTTATCACCGGACAGATTAATTTCCGTCTACAATTTCGCCGGAACTACGTCGTCGCCG GTGCAATTCTTCTTCTTCCTCCTCCTCCTCTTCTTCTTCGTATATTTTGAAATTGTAAAT TAAGTTGAAGGAAGTCGAAGAAGATGAGTTTTTCAAAGATAATGAATTTTTCATATATTC AAACTTTTCTTCTTCTTCATAGGCTTCAAGGACTTCTCAACCATTTTTTCTGTTTTTCAC ATTTTCTTAACCGCGTTGAAGAAGACAATATTTTTGGGGAAAAAAATACGAAAAAGGAAA TATTAATTCTTTTATCTATATTTTCTCATTTTTATATATATATATATATATGGAATTTTA CGTGATATATTTTGTACACAAATTATAAATAAAGAAAAAATAATAAAATAATAAAAATGG TATTTAATTTATGTGTTTTGATTCGATTTGTTTTTTTCTTAATGTACATATAGAAGTGAA TCAATATATACTAGAAGTGATTAATATAATTCAAATCAAATGAACAAAAATAATCCTTAT TAGGCCTATTAATATGTGTACTTCACACGTAAACTATGTAAATTACAAAATAAAAATTAT TTTTATATTGTTACCTGATTTTAAAATTTCTAACTCTTTGAATACATAGGAATAATTAGA AGAAAATTATGATTTTATAGTAAATTATATATAAACGTATGGAAAAATATTAAAATAAAC TTTAAAAATATTTTCGATTAAACTATGTAGGTATTATAGGAAGAAGATGGCAAGGGTCTT GCTTTACTTTGACCAAAAAATAAAAATTAGCATTGTATTTAGCTAAGAATTATACTAGTC ATATTTGAAATAACACTAATAAGAATAATTTTGTTTCTATTGTGTATTAGATATTAAGTT CTAACTTTTGTAAATATTTTAAATTTTCATCTTGTAAGCAAGATTAATTTATATTTGAAT GGAACAATAGCTTGCCTAACAAATTTTCCTATTTTTTATTGAATTAATCAAATTCAATTT TTTTCATTCTATCTCGAAGTATTTATTAAATCAAATTATTATTATTGTTATTATATTATG ATTATTGACTTGGCAAGGAACAATGACGTTTCCATAGTGCTAGCGTGCGCACAAGGTGCA TTGTAACTGAAAGACCGTTGAAATTTTCTGGTACGTAGCAGTTATTGGCTTTTTCTAATC GTAAACATCGTGTTAGTTAAGGTGTCGTCAATTTTCATTTCTATTTAGCTTTATATTTTT TTTAAAAATGATTGATTGATTTATTCTAACAAAAACAAAGAAAATTATATATTATATTTT AAATATTTTTTCTTAAATAACTACTAAGAAAGGTTAAAAAATCAATTTAGATTTTAAATT ATTAAAACATAAATAAAAGTAGTTTAGTAAATACTCGACCATTGAATTTTACTTGACACA CTCATTAAGAAAATAATTATTATTATTATTTGATGTATTTTACCAAACTATACCTATAAA GTGATGTCTTGGAAAATGATTTGAAAAATAAGTATTTACTATCCAAGGTAAAATATGAAA AAGATTATCGTCTTTTTTTCATATGTCAAATGTGATGAACAAAAGTGAAAATCTATTTTA ATTTTAAAAATAAGTGACAAGTAAAATGTTCTTCATATGTCAAATCTGATGAGTAAAAAT AAAAATCTATTTTAATTTTAAGAATAAGTGACAAGTAAACTGTGAACGAGGGAGTAAATT ATTAGTAGTATAATATATTTAGCAATGGAACAGCTTTAAAATGGCAACAACTCTTAAAAA TCGCAACCCTTTTCCATTTTTCAAGGTTGACTCACTAGAAACTAGAATATTTGCCATCCT TTCACGCAATGACATTCAACTACAATTTATTTCACTCGAGCATTTGACCTAGCTACTCTT TTGTATGTGCACGGGGTAAAACCTCCGCTTTTATGAAATAGCTCGTAAATTACATAGGAA AGATAATCCGTACTTGGCAAGCCCGATGTTACGAGCTTGATCCAGAAGGTTAATTCCTTG TGCTTTCGCTGACAAGGGGTTTCGAACTTGAAACCTCCCATCATATAAGTCCTAAGCTCA AACCACTGGATCACCCAAAGGTAATGTACTATATCTTTAAATGGTATTGGCTAGAAACTT GAAGATCCAAAAACTTGCAGGCATCATTCATTTGGTATAAAGTATATTGTCTTAACTTGT TGAACAATCGAAACACAGAAACACTGATTTTCCCTATTTACAAGACTTGATGCTATCTAC CAATGGTTTTAAGGACGGGACAGACCACTTTATTTAGCTACAACTTCAGCATACTAATAC ACCCAATTCTTTACCTATTATTAAACAAGCACTTTCACAAGAATACTTATATGGTGCCTG CCACAAGTATAACACGATAGACGAACGAAGTGGAAAACGTGGTTGTCTGTTTATCAGCTG TACTAGACATTCAACAATTTTGTGCTTGATAAAGATACTGGATATAAGCTTTCAAAGAAA CCTGGACTGGTCTTGTGTTCTGGCAATCACCAAAAGAGGGAACCTTCCAATGAACTTATT ATTAACCTTCTGATGCAAATTTATGTTGTTCTTTCAAAGCCTCCACCAAGCTGCATATGC AACCAATCTGGTGATGTTCCCCTGGTATATTCCCTTGTAGCTTGTGAACTGAATGCCATA GCATTTGTATCAAATGGCTGCTGTCCGAACTAGAAAAATTAAAACAATACGTCATTTGTT TCGAGTAAGAATTGAAATATGAGAAGGAAAACACTTCACCAAGCACAAATCGATGTGTTA TCTCACTAATATTTTCCATAATAAGTTCAAAGAATAGAACTACTCCCCTTGCCTAGTTGT CTTTACAATTATTGACTCCGTTTTTCTTTACATCTTATTATTTTATCAGAAGCTAATATT CAATGCACTGCTTTCTCTGATTCACACAAATTGGCAATCCCGCGTGGATAAAGTGTGTAA AGCGATTTAAATAAAAGACATCCAGGACAAAGGACCAAATTCAAAGAAATGAGTACACCA CCAGTCATTTTATCAGAAAATGTTCATGGTCGCAAATCTTTGTATCAGAGTAAGTACTTT TGCTAGCCCATAAACTTCAAAGCGGTCCTAAACATATTCAGCTAAGTCTCAGAAATATAT CGTAGCAATGAAAGATGTTTATCCAGCAAGTATTACTTCAAGGTGCTAATGACGAAACAT TAAACAAGAATAGCTTGCTGAATGCAGCACAATCAACTCAGTTCCCCCAAGAACTAAAAG GTGGCCTGTTAAGTACTATAATCAAGGTTGCCAGGTACATATTTATCCACCCATTTGCTG AAAAAGGGCAGATGTTAAATTAGACACAGAATCACCCCTATATGCAAGTAAGCAAGAAGG TTGGTGAGACTGCACTGAGTTGACGTTGCTTCGACAAAAAAGTATGGTGCAGTTTAAGAA AGGATACACAAGACCAAGGTGGGTCACTCTACCAATTAGTCATTGATGTGTCCTAGTACA GAATGAACTGCAGGACTGACTTCATACAAAACTTACATCTTTAGATGGATATCCCTCTAT GCTTGGCATTTTTGAATTAACTGCTTCAAGCTTCATTGATAAGAACTGCAGAATCAAGAC CACAAATTACCACAAAATTCTCACAATTAGAACACTCCAACAGCAAACAAAACAGATGCT AATACACTTTTTTTGTTTTCCTGGGGGAGGGGGGAAACATACCTCAACCTGGTGTTGTAA TGATTGAATATAATTTATTATCTCATCAAGAACAAGAGCTTTGCCAATAACCTGTAACCA AAACAATCAAACTAAGTTTCTCCATCTCATTTCAACCAAAAACATTAATTCAGCTTTAGA TGTTTATTTATTACAATCATATTTTTCATTGGCAGCTTTTTTCTTTTATCAAGTAAAAGT TTTATGATAATAACAAGGCCAACTTGGCTGTATATATGTGATATACCAAAGAGGAGAAAT CTACAAAATATGGTTCTCTACGGAAGACACTCAATCCTCTAAACAAACAAGAACTACGTG GGTATTCCAAAAAAAACAAGGGATCAGAGATTACTCTTCAGTTGAGCAAAGTTCATTTCG ACCCCTTCAAAAGCTCTCTTATTCTTCTCTTCCCAAATGACCCACACGAAACAAAGAGGA ATAACATTCCAAACATTATGCCTTCTTCTCCTTTTGCGTTGTATATCATGAACAAAGAAG CTTGAATTTCCACCTTCCCACTACATTAATGTGGCGAAAGCCAGTTGCTTTTGAGACATT TCTAGGTTCACTCTAGATACTGTAACCAAAGGAACACCATTTGTCTAATTTTTTTAATAA GTAGGAACATTTGTTGTTTTAGTCATGGATTGTTTGGTCAGTGATGTGATAACTCCCCAA AATGCCAGACTCATCATCAAGGCCATGGATATAGCAATCAAGATCTTTGAGTCAAGAAGC ACAAAATATCAAATTGGGCTGACTGAGCTTTTCAATTAGGATGTAGCTAAAGGACATTAA GCTAAATAGTAGTATCTCATGTAACCGTTAGTATAAATAGTTTATCTTTAGGGTTTTGGT TCATTAGTATTTGATCATGTGAAGATACTCCTTGTGAGTTTATGGAATTGTCCGAACCTC CTCATTGGACCCTCTTGAGTTCTTCCCTCGTAAGAATCCATGTATGAGAATGAATTCCCG TCTCACTTGGATTATAGTTTGTAACTGAATGATAAGTTGTTTTCATTATTTTCTATTAAT ACTTAATCCTTTCTTTCTTTTTAATCTATTCCCCCTCCTTTCTAATTCCAATTGCATCCT CTCAATTCTATATAGTTTTGAGTAGATTGCTCAGTTTATACATTCTTACACTTAAACTGT TATCATAAATGAGAGGAGCATGATCTGATATGTAAGCAACTAAAGAGTGTGGGCATGGAA TATACAAAGAAGTCCATGTGCTTTTGTTAAAGAAATTAGTTCAAAATTCAAACAAGGTCA AGTTTCAAGAAATTAACAAAAATTGATAATTTTTGGATCAGACAGGTTCTTATTTGAATA CGACAACCAGAAAGGCAACAAATACAAATACCAGTGTTCCACCAAAATAATAACATGGGA CAAGTGCTTTACTTATCAACGACAAAATAAAATATAAGTTCCACCTAAATTACATGGGTT GGCTTTACTTGTCAAATAAAATACCATGGTTCAAGAGGTTTGCTTGACAAGTAATTCATC ACAAAAATGCTATAGCCAAATCTTCTCAAGAAGAATAGGTGTACTTGAAACATTTTCTGT TGGAAGTTGGACTCTATCCTTCACTCAATTAGTACTTCCACATAAACTGAAAGAAAAAAT TGTGAGGCTTTGTCTGAAGTTCACTATTGGGAGCAGGCTTTGCTAGTGAACCTAAAAACT ATGTCATCTCGCCTAAAGGTGGGAACTCCAAAAGTTTTAATATCAGAGACAGAAAGTATT TAATCAAGTACCATTAGAAAACAGAAAAAACAGCAGATGAAAATCAAGCACTTCGGATTT AAACAGTGAAAAGAAAACTGAAGGTGCAATAGCGCACCTTATTACAACCAGGGACTATAT CTTGGAGGACTTTCATCCTCTCACTTATCTTCTCTCTCCTAGCCTGCAAAACAGAAAGTT CAATCAGCAAGACCATATATTTCATCTACTACCAGCATTTCATATCATGTCAAAGCTGTT CCAACAACAGTCTAAAATTGACACTTGACTTAGAAGAGAATAAATTAGCCAAATTACTCT TTCTGCTAGACTGTGACTATCAGTAGCTTGACCCCTCCTTGCCCGCACGTGAATGTAATC TTTTGGCGGTTCAGCAGGCTTTGCAGGTTGTTCTGCAGATTTCACTGAATTCCCTTCCCC GTCACCTCTAGCTTCGCAATTCTCATTTGATCTTGTAACCTTCATCCGCTTACTAGCAGA TTCAGTCTGCTCAAATCACCAAACTAATCTTAGAAGTCCAAAATTAACAAGGCAGAAGAA AATAATCAGTATTTCTCACAATGCACGATTCAATATGAGATATTTGATTCTACATCCAAT CAATCAATTAATTACAATCCCACACTAGTTAGAATCTGCAAACAGATCCTCCACATACAC CATTCTGTTCGAGCCCATTTCATCCCAATACTGACAAATACTTTGTACTTCGAATGAAGA TTCCGGTTCTCTAAAGCTGGAGAATAATCAAATGTCTAATCCCCTCGAAAGTACTTCGTA AACAAGAATCAGGTAGAACAATGAGAACAAACCAACAACAACGAAAGAAGAATCAATCAA TCAACGTACTCTACCCCGCCTTCTCAAGTTATCTTCAGTTTTGTTTTATACTATACTTAT AGAGCTAGCTACTCAATCAGGAAAATAACATACGCTCAGCAATAAAATTGCCTAGCATGA CTTCATGGCAAATAAATATCAACAAACTGTACATTAGAATTCAACTTACATCAACAGCAG TTTCTACAGCTAATTTAGTAAGAAAATGAGGTAATTCGATAGAATACCAAACTATAATAG ATTTCACTAGCATTAAGGCAGCTAATACGGCAAATTATTAGAAAATTGAGGTATATTAGA TAGAATACCGAGCTATAATATAACTAACTAACATTTAGGCAGTTAATACAGCTAAATTAG TAGAAAATTGAGGTAAATTAGCTAGAATATCGAGCTACAGTACATTAACTAACATTTAGA CAGTTAATACAGCTAAACAGAAGCAAAATGAGGTGAACTAGATAGAATACCAAGCCATTG CCGCTAGTGGAAACTCCTTTAGCTGATTCATCATCCTCGTTTCGCTTCCTAGCTGCACCA CCACCGCCGCCACCGCTGTAATTATTAGTTCTCCGGTCTAGAACCATAGGATCATTATTC CGAACATCATCACTCACATTCTGCGGCGCAGCCGCCGTAGACAACGGAAAACTATACGGC GTCTCACCTTCACCTGCATTGATCGGAAACTGCCAGATCTCAGATAAATTAAACGGCGGA GACTGAAATCCTCCGGCGTGGTTCATCATGGAAGCTTGTGGATCCATTTCAATACCCGAT CCAAATCCGAAGCGAATGGTGAATTATTAGGCATTCACGTAGGAAATGTGAATGAGAGAA GATATATATAGAAGCTCTGTGTGTACAAAAATGGAAGTTGATGGTGCGTACTGTACCTAC TGGCGTATAATAGCGACCACCACCATTAGAGAGAGAGAAGAAGAAGAAGAGGGAGACTCT TTGTGCAGTTGAAAAGAAATGACTTTGAATAAGGTATTTTCGGAGGGTCCAGTTACAGCT TTTATTTTGTCTATACGTTATTAAAAATATTTATTTCGAAAGTATCGTTTTTATTTACGA TTTTCAAGGGATATATCAACAAAAAAAGAAGTGAACAGGTAATTAAAGACGGGGAAGGGT ATTCTATTTCTCCTTTGTATGTTTATCTCGGACTCTACATCATTCAATTATCACCTATTA GACTTCTTTTCCTCCGACTAGTAGTGTCTTTCTCCTTGTTGATTGTATGAACAGATTGTT TTTTTTTACTAAAGGAATAAATGTAGTTGAATGAAATATCATGATATTGAATTAGGGTTA GACATACATGTTATTCAACTTTATTGAGCGGTAACAATTAATAATTATCATGCTTTTATA AATGGTGAAATCAGATTTTTATTAAAAAATTATAAAAAAATATATATATACAAAAATAAA ATAGGAGATATAACATTTATTTTATATATGTATCATATTTTTTTTCTATATAATTTTTCA TCGATAGATCGAGATTAAAAAAAAACAAAAAATACCAAACTTTTTGAATTGTCAAGAAAT TAAGATTAGGAGGTACCTAATGGCTAGGATTAGAGCCAATGGTGCTGTTGTCAAGTAGTA ATATAATTAAAGTATGTGGGTCTCATTTAATTTGTTAAAATTTGAGAGGGTCATTTTCTA ATGTATTAATCTTTTGGGTTTTGTTTAAGTAGTAATTAAATTAATGCTAATCATTATCAT GAAAGGGAGGTTTAATTAACATTTTGGCATAACTAAAATTTCTTTGACTAATGATTGTTA TAATTATGATTACGTAGGTCTTACTTGTGTACAAGTTATATAGATAATGAAAATTTTTAG TTAAATATATAATTTGCTTAATTTTGCTTGATTTTCCATATTTGTTAAATTTCCCCTTTT TAATGATTTCTCTTTGTTTTGTTTTATTTTTAAATTAGTAATTATTTGCTTATTATGAGT ACTAATTAAGGTCATATTATCTTTGATATAGTCCAAATTAGCTTGTGACAAGCTAATATA GAGATTCGCTTATGAGTTCACGTAAATTAATATAATAATTTTTCTTCTTATTATCTTCGT GTATTGAAAATTTCAATGAATATTAATAAACACTTGATTGTGAGTCAAATTTTTATTGTA ATATATACTTGAGATTGAAGTAAATAAAAATAAATTTTAAATCATGAATCTTGTTTCAAC GTCTAATCAAACTTTATAGATTCAGAATAATAATTCTTCTTCTTTTTCTTGTGTGTGATT TGAGCAACGATAAAAATAACCATATATCCCGTATAGTGTCATGCAAAATGAAGTCACAAG AGGATAGAAAGAACAAACACTTTTATATTTATACCCTACTTCTAAGTTAAAATAGAAAAT GTTATTTCCGATAGATCATCTGATCAAGAAAAAATAGCTGAGCAATATTATAACTGTTAG TATGGATGTATAAGAAGACAACCTACCATATCCTAATTCGTTTCTTTCACAATTTTTTAT CTAAGGTCATAGCCTCGTTAATTTAAAACTGTGTTATATTCTGCCTAACAGTAGTTGTTA TTATTTTACTTTGCATGTAAGTATAAATTACGTAATTGATGTTTTTATTATTTATTTAAA TTCCTTTCATTGTTATTAATGATAGAATAAATATTTAAGGCATATGACCAAACTCCTTTT TTTGCTATTGACCAATACCAAATAAACCTTCATTATAAATAGAAATTTGAGAGCTGCTTT AAACTGTTTTTTCATGCCTAGCTAATTATTGAACTATTCGAAATCAAATTATTAGTTCTA GTATAAATTTTAACTTAATGGATGTGTTAGGCACAAGGGAAAATGATTTTTAAAAAAATG AGTGATATTTTTTTGATAATATTAAAGAATTTATATATAAATAATTTAGGGTGAGATAGA ATACTAGTGGGATAGAGTTGTTTGATCAAATATTTCGATTAATTTTAAAACAATACATTT GATATGAGTTTTTGATTTTCACATCGAACGAATATGAATTCATAAATTTTAACTTTTTGC ATGAAATGTTTATAAAGGCAAAAGATCAAAAAGACATTTTTAATATATATTGTGATTTGT GCACATCTTTTAATTTAAGACGTCAAATATGTTGTCATTTTCTAAATCAAAAAATGTAAA AATTAAATATCATATAGTACTATGATTACCACACTATGGCTATATATTCTTTAATCTTTA GCTTGTTTAGGAAAGTTCTATTTTTACACGAATCATTCATGTCCATTTCATGATTTGAAG GGCATGGAAAAATGAATTTTCGCATTGCTCGCGAAGCATATAGAAGATATAACCTGTAAG TATGCAAATTCGATGTGACAAGTTCAATTCAAATGGCAAAAACAAGGTTGATAAATTATA TAAAAAACGTAAATCGCATTAGGCAAGTTCGATACGATAAACTCGAATCAAAAGATAAAA CCATTGTTTTTGCGAAGGATTGTTAGTGTTATTCTTTTTATTATTATTAGAATGAACAAT GAAAAATAAAATAAATAGATAAATTAAAGCTATGATTTAAGAAGAGTATTAGGAGATTAT TAAACTACTTGAATGTTGTAATTAGAGGGTTAAATCAGTAGATTTAACTGAATTTAAAAG GGTCAAAATGAGTTAAGTTAATAAATGAGCGAGTTTATTAAGTTAGAGTTGCAGATACAA TGTATTCTACTATATGATTATATATTCACATAAATATAAATATATTTTCGTCATATTTTG AGACTGAATAACTATAACGTCTCGTAATTAAGCAAAATTTCACTATTTTTTTCACCAATA ACTCTATTTATGACATTTCCCTAATTTTATTGGGGCATAAAAAAAAAAAGAAACAGGAAA ATAAAGAGGGAAACAGGCTGTGAAGTGTATGTAGATAGCTAAAACATGCTATAACAAAAA ATTCATATAACAGGAGAGATAAGCGATAATTAATTTTGAGATTAATTATAAAATAAGTTT ATTCTACATTAATGTCAACATATATAACTTATTCTAAAACTACATTGTTATTTTTATCCT ATATTAAAAATGTAATAACAATTCTAATATAATTAATTTTTCGAAATAACTAGTTTTTAA TCAAACGAACTCGGAAAAAAATGCAAATGCATTGATACTAGACGTCTCATTTCTTGATGA ATGGGTCCATAAGAAAATGATATTTCTTAGTCATTGCTTCATTTATTTTGAAGCCTTTGG AAGACAATTATTAGAAAAATTTAATCAAGAAATTGAAATTTGGACCATTTTGTTGGATTT TGTCTCTAAGAAAATTGATAGATGAAATGTACACAAACAAGAATGGGGTTGTCAAGGTCC TATATTAAATATTGTCTCAATCTTATTATTATTGTGACTTGTGAGAGTTTTTTAATTAGA AAATGCCCATTCAATGAGTTTCTTTTTTCTATATAAATATATATATTTTATATATATATA TATATATATATATATTATATGAAGAAAGAAAAAAAACGCGTTATTATGGTTCGTCCTTCT TGTATGTACCACAAAAAAATGTGGTTGTGAATTTGGAAAAAGTACTAATTGAACCTTATA CTATTTGAATGTTGTGTGAATTCGATCGTGACCATTAGATTAGATATAACTTTTTTTTTA TTTTTCGTTTGATGTTTAAAATCTATTTTGAGCTTGACGAATTCAGATTTGCGTCTAAAA ATTTCATGAGGTATAATGCACCCTACCACATAGACAACTCTATACCTTTTTTTTTTTATT TCTCATCTATTAATAAGACGAATTGCAGCTCGATATTTAATGGTATCACAATATTAATCA TATTACAAGGTAACTTTTTTAAAAGGAAAGGAAAGATTTAGGTAATATTTTAAATTTTAT ATTATTTGATTGATACGTGAAATTAACATGTAACTTTAACCATAAATTTTTCGACATATC TTTTGCATTTCTAACAAGAAATTTATACAAAAGAAATACAGAATTTAAACATGATTTTTT TACCTAATATCCCTTTCTTAAACTTTATAAACTATTTATACAAATACCTAACATGAACTT TATACAGTTATATACATATATTGCATATAAAATTTATACAAATTTATTTTCTGGTGTATG AACATTATATATTCCGGCCTCACTTGAATCTTGAGGTACAGAGTACGAATTGTTGTAAAA AATCAAGAATTTAAAATCGTAAACCAAGATTTGAAGTCGTGGATTACTTTTATCGACCCA AAATTTGTATACGTTTTGTAATATTTATGTTCTTATGCTTGATAAATTAGAAAATATTGT TATACGAAGTAATACATTTTTCGAAAAGGAATTTCCTTCGATAATGGGCCTTCCCTTCTT TAAATTCTTTTATTAGGGCCCAAGTCTTAGCCCAACAAGCATACTGGACTTTCTCTAAGC CCAAAATTAGCAAGTATTTGACAAATGCAATTTGAAGCTCAAATTTAAAATTTTAATTTG AAATCAACATTTGTTTATGATATTTGGAAAAAAAAATTAATTTTAATTTGAAATTTTTAT TTAAAATCCCAAATCCGAGTTTCACTGGTTATTAGACGGCGATAATATAATATAAAATGA TATGAGATGATATCATACATTCACTCAGTTATTGATAGTTCTTTTAGAAAGTCATTAAAC TTTGTTTTATAATTCAAAAGTTACTCAACTCAGGATAGTTGTTTTAAAAAGTCAATCAAC TATTGATATTTCACCTAAATAAAAGTCTATCAATTTAAATTAATTTTTCATTGAATTAAT TTGTTGAAATAGAATCTTAATTTTAAGCTTAACTTTTTAAGAAATAAAAAGGTGTCCAAC TAAGAATAATAATTTTCATAGTCAAGTGGATTTACTTTCTTATTTTTTTGGTTGATATGT TCCCTTTGTTCATACATGAGTTTTTATGACTTTGACTTAAAATTTGATTTTCACACTTTT ATTGGTGGGAGGTATATTATCATATACCAATAAATTAGTTGAGGAGCATACAAATTTGAC TTGATCTTTTCTTATATAATTATTATTTTTTTATCTGATGTTTAATACTCATATTGAAGT TTGACTATTTCAAATTAGTATCGAGTAGCCTCTTCGTCGAGGACTAGCGTTTCCAACCAA AGATTTCTCATATTCAGGACTCAATCTCGAGACTTCTAATTAAGAAAGCAACAACCTCAT TCACTGCACCACGTCAAAATCATCTGATGGTGATTTGATTTCTATCATACTTTACCTAAG GTTGTTGGACTTGGAGAATTGCTTACCACTTGTATAATCAACAACTTAATAACTACATAC AGACTGAAAATAGCACAACACCTCAAGTCTTGTGGTTGGCTTTGGATATAAAAACATATA CACTAATTATACATTATATATATTGTATATGTAACTTATAATAGTGTGTATATAACTATA TATATATACACTATCAAGAGCAGTCCCATTCATTTATTTATTGACTCAGATCATTTATCG ATATCTTAGAAATTTGTCAAATTATTTTTAAGAAATTCTTCGTTTCCGATTCCCCTTTTG AGTTGTAAGTTGAAAAAAAAGTTTTAGCAAGTAAATTAAGTAAATCATAAGATAATAAAT GAATAAATTATAATTTAGTAAGAGTTAAAAGCGAATCGAAGTGTGACCTATTGTTTAGTC CATTTTGATATGATTCATTTCAACCCAATTGTATGTCAATTTTGATATAAAATTGCACGT TTTGCAGTTAAATTAGTTGATCTTATTGCTCTTTAATAATCGAAATTATATCTAGCTTTG GATAAGTTCTATAGCAACTAAGTCATATCCAGACATAAATTAAGAAATATTATAATATGA AAAAGTATAATTGAAAAAATTATTATCATGAAAAGCATAAATTGAGAATCATTACAATAT GAGAATAAAAGTCCAAAACTGTGACTTCAATCAATTCAATTATTAATTCAATATATTATA ACTCGTTCATTTAACACCCCGCGATAAAGATCAAAGATTTTCTTTTTATCTTATATAGTG GCATACATGCCAACCACGTAACACACAAAATATGAAAATAATTTCCAGCATTTTGAAAAG TGCCATACATACATGTCGACCACAAAAATACAAAACCAAGACAACCAATCAACAATGAGA ATTAGTCGTGGTTAATAAACATGCCGTTCAATATTGGCAACTATTTTTTTTATCTGGCTC ACGTTGAAGTTATGATTAAATTTGAATGAATGTTTCTATCAAAAAAAAATCATATTTAGG ATTCAAACTCGAAACCTGATCTAATTAAGGATAAAATAATCTTATCGATGTACCACAAGG CAGGGCTCACATTGAATTTGAATTCAATGTTTCCATCAAGATTTTCTTTATATTTAGGAC TCGAATTCGAGACCTAATCTAATTAAGGATGAAATAATCTCATCGTTGCATCACAAGGCA GAGCTCACATTGAAGCTTCGATTAAATTTAAAATATTTTCATTAAAATTTTCTTTATATC TAAGACTCAAACTCGAGATCCGATCTAATTAACATTTAAGGACGAAATGATCTCATTGCT CCACCAAAATCCGTATCAGTAATATTGACAACCATACATGAGAAAAGTAAATTAATTGAC CTTTTCTACTTAATTTTATTGGATGTCCTTTTAGAATATTGACAAACATTTGCTTTAATT TTTTGTTTGATAGGTAGGTTAGACTTTTTTATTATAAAATAATGTAAGAAACAAAACACA TATACTACAATAAAAATAACCATTAACGATATTTAATTCTTAATTGTTGCTAAATATATA TTTTTAGCAGTAATTATCATTCGTTGTATGTCCCTAAATCCTTTAGCTGCATTGATTCTA ATGACACATAACTAATGCTAATAAAAACGTTAGCTATTACAATTCATTTGTTTCGCTGGA TATTTGTTTGTTTAGAATTGTATCGATTTACTCATGAATCAATATATCGATTTACTTTTT TTTTTTTTAAATTGTAGTCCATTCCTTTTTACGTAAATAATTATTAGAGGTGTTGGTTGA GTAGAAATTCAGGTGGACCAAATTAAAACCAAAGGAATACGTATATTATTATTATCCTCT TAAGTATATATATATATATATATATATTATAATAAAATATAAAAAGCAAAAGCAAAATCG TTTTCATAAATATGTGTATTGTCAATTCTGCCACGATATAATAATTAGGTACACCTTGTG TAAGGTGCAATAAAATATTAGTATATTTTTAATTTTTTTCCTTCAATTTCTTTTGAAATT TTGATTCTTAGGTGCCAAAGCATATGATTCAAAAAATAATTAAGGAGAAAATAAATAAGA TTACGGTGCTTATTAACATAATATTATGGGTCGTTTGGTAGAATGTTCAGATTAAAAATT CACGATTATGTACGAGTATGAAAAGATTTTTTTTATAGACAATAAAGACGATAGCTAATA GAAACACATTGAAACTTACCAAGAAATTATAAAAAATCTCAATTAGACTTAGTTTTCTTA TTTAATTCGACCTTCATGTGATATCGATCACCTAATTCTAATGCTCTTTCCTTTTATGAA AATTTGATAATGTGTACTGAGTGCTTGTTCGTTGATCCAAGCACTTATGACATAAATTAA ATTCTTTAAGTGCACTTGAAATTTGCCTTGTACTTATTCATTGATCAACAATCATCTTCA ATAGGCAGTAAAAAATTTCTGCGCTTGAATATCTGATTCTTTCATAATCGTTTGTCAATT ATCATAAACACTATCAATTTCTTACTTATAATATTTGTTATAGTTATCAATTATCAAAAC TTTATAGTCAACACCACATCACAAACTATAAACTCCAATTATATTTGTTTTTAATAATTA TATATAAATGTTTTTGTTTGAAATAATTAAATGTCATTTACTCCAAATGAAATGATGATA AATATGGGTAGTCAATAATGGTATAGTAAAAGACTTATCTATAGGATCCATGTGCTATTA TTTAAGGACGTACAAAAATTAGGGCAAAAGACCCTACTCCTTTTCCAATGTCCCAATCAC TTATTTTATCCGCTTGACATTCAGTATTCATATTAAAGTTCGATTCGATTAAAATTTTCA CGAAAAAACTTTATAATAGGGTTAAAACATTCTTTAACAAAGACAATTTCGTACAGACTT AAATTCGAAATCTCTAATTAAAAATAAAAGAATATTTATTACCCCCGACGATCCCGATCA GTGTCTCAATCACATTTAACCTTTGCTCGACACTTTTAGCTGTTTTCTTAACTCTCCTGT GCCTTCACAGTGCCTCTTTGCACGCCACCTTGATAAACAGTTGTATATTCAAAAAAATAT ATATGTGTAATTAATATTACTATTATTTTCCTTTTAATTTGTATGATATTATTTGATTTG ACATAAAATTTAAATTTATTTTTAAAAAAAAAATATGTTATCTAAAATACTCTTTAATCA TTTGTGTGAATTTGACGTTCTTGTGTTCAATGGCGGAGCTAAATTTTTTATTAAGGGTGT CCAAAAATAATGATGTGTGATTGTAAATAAAACAAAAAAATATTGTGCTATTTGAGGTTC GATCTGAAAACTTCTTCGCTCAAATGGATATTTAATTATTAATACTACCTCAAAGATATA ACTTTTGTCAATGATATCCAACTTTAATGCTATATCCTTTAAACTTAAAATTTGATGTAT ATATACAACGTAATTTTATGACAAAAGGTGTCCTTGGACAGCCTAAGGTAGCTCTAGCTA CTCCCCTCCTTGCGCTACAGAAGATGCCCACGACCTGAGGCGGAGCTAAACTTAGGAGTT TAGAGGTTCGCATATTAATATACATATATTTATTTAATTTTTTCTAATACAAATATAGGA TCTATGAAAAAGCTAGCGAGTTCGTTTGAACTCATAAAGCCCCACTTAGCTCCGCCTCTA TGCCCACCCTAGGGTCCGACATGCTTCAGTGTGAAAGAACCGTTCACTAACTAGTGGAAG TTGAGGGTCGTGTCTGGAGACATACTGAAAAATTATGTCTTTTAAATCGAAAACAATAAA CGTGTTTAAAAAATAAGGGAGGGAGGGTCAAGGCCGCATTTTGACTCGCACACTTACATT GGTAGGGGGATAGCATGCTTCAAGTATAAATAAAGTGTATTATGCGTATAAATTAACTCG AATATCATAATAATTATTTTTAAAAAGATTAAAATCTTATCATATCACATGATAATAAAT GGGAGCATATATTAATAAGTGTACTATATATTTTGCAATAAATTCAAAGTGTACATCATT TCACTTGAAAGAAGAGTGAATGCTTTGTATAATTTCTTGTCAATATCTGTCAATGCCTAG ATCATGTCCTTTTTTTTTTAATTATTATTATTATTTATAATAATTTTGTACACATATTTA ATTTGATATATGGATAGAAATAAATTAAAAAAAGTAGTTAGCTAGGACAAATAGTGTCTC ACTCTTAAAAAGGCTTTGGATTTCGTCTTCATTGAGTGTTGATTGATACAATTCATTGAT TATCATTATAAGATTGGGACCCTTTCTCTTTTGTCAATAATTCATATACACCACACGCAT GCAATGCCTCCTTTCTAAAGAAAAGCTTTTGTTTTTAGGTTCAAGACAATTGGTTAACTC GAGGATATCCTGCATCGAGGATGACTAGGACATTTCGTTATTGTGCTTTACAATTTTAAA TTTTATTTTTTGGTTTAACATCATTGGTTAAGTGAAACCCTACTTATTTAGTTCGACTAC TTCAGATTTGTGTTGGATATACATCCTGCATCGAGAATGACTAGGACATTTCGTTATGAT ATTGTACAATTTTAAATTTTATTTTTCGGTTCAACATCATTGGTTAAGTGAAACCCTACT ATTCAATTCGATTACTTCAGATTTGTGTTCGATATCCTGCATCGAGGATGACAAGGACAT CTCGCTATGGTGTATCGTGATTTTGAGTTTTCAAAAGAACTCGAGTTAGTCAAAAATGAG TTTTAAGAGAGTAATGAAGTTAATTATCTCAAAGTACATTAAAATCTATTTGAATATGTT TTGTTTTTGACTAGGATTATCTTTATAAATTAATTATCGAAAAATTGTCATTCTTATTTA TAAATAATTTAAACTTTAAACTTCTGATTATTTTATTATTAATGAAATAGTTCAAGCTCA TCAAATGTTTGTAATTTCTTTTAGTCTAAAAATCTTAAATGTAAATTTCAAATCTTTCAT AGTTATAGCTATTGCCCTATAAGCTATGGTCATTTAATTTAACTTATTTCAAATCTTCAT TTCTCCTCCTTTTTTCAATGATTTATTACTACTATTAATGACTTTTAAGATATTTTTAAA GTTAGGTACAAACTATAACTTTTTTTAAAAGTTCGATAAAACTCAATAATATTAATTTAA ATTGAAGAGAAAAATATCTTATTGATCTGACTTTGATTTAAATTGTTACAATTGTTTCTT ATTATTTAAGGGACTACTAGACATAATTAAAATTAAATAAGAGTATTAGTTAGTAGTTAG TATAAATTTTAATTTCATATAATATAAAACTAGTGATAAAATTATATAAATTAATCCATA CTAATTAAGTCTTAGTTATGTACGATGATGATATTTTTCCTTACATCAAATGTCAATTTT ATTTTACTTAATAAAATGATGTTAAGTGGATGTTTAAGTGTACTTGTCACATGTTGCTTC CTAATTAAAATTATTATAATTATAATTAAGAGTATTTATACAGCTTTTATTGACTCCTCA AGTTCAATTCATAAAGTTGATTAGAGTGAATTAATGTGAATTAAGAGGGTCCACTTCATG CTTGATATTTAATTTCTCCTATAGTTAGCTAATCATGTTTACCAAATTATTAGCTTTATT ATGTTTTTTTTTCTTCCATAGGTCACATCCAAAATTTCCGATCGAAACTGTCATTTTTTA ATGAGGTTTAAAATCTGAAGAAGTAAATCTCAAATTAATCAAAAGGAGTTCAACATCTAA TATATATATATATATATTACTAGTAATTTTAATTATGTATAACTGGTAATATTTTTCGCC TAAAGGGATTCAGATGAACTCTAACACTATATTGGCTTCGACCCTGTTTCCACGTCATGA AAAATGAATTATTTTTTCATGCTATCAAAATTAATTAATAATTTCACGTTTACATATTTG ATTGGTTGATAAAAATTAATTATATTCGCTAATCATATATATATATATACTATTATTTAG ATAAGCAATTATTTATGTTGATTTTTCAATTATTAAACCGTGTATGTACAATAGTTTGGT GCATTTAAATTAATATCTCATATTGATATCTTGTGATTGGTCATAATCAAGATGCACTTA ATCATTAACAACGACCTCTAATTTCATTATAATAATTCCAAATATTATTGTGAGTTGTCC TCACCAATAATTTATTTAAGTGCAATATAAAATTAATAGTATTGATTTATTTTTTTCAAT ATTAAATATCTGTGTCACTATCAGTACTAGAAAGGACAATACCTTCCCACTTAATTTTCG TAGTAGAAAAATATTCAGTAATTATTTTTACAAAAATACTTTAATTGAATTGGAGGAAAA TAAAATAATAGTTTAAAGTGATTTAAGTAGCTGAGTTAAATTGAAAATCTTGATTTGAAA GATAGAGAGTTGATGAGGAGATTTTACTAAAGAAAAAGTTATACGAATTTAATAAAACGA ATCATATATAATTATTTGAGCCAGAATATTCATATCAGAGTCAATAATTTAACGAAAAGA TCATATAAATAAGTAAATGCATAAATAGTCAATATTAGGGCTATCGTTTAAGTATGCACT AGCTAGCTAAGGTCTATAATTGGAAATATATATATATATATATATATATATATATATATA TATATATAAGATCTTTTATAAAAAAAATATTTAGATTTAATATGATACGAAAAATATTAG ACTGTCTATGTTTAACATAATTAAACCTCAAACTTAAATAATATGAAATAGAAAATAAAC ACTAATAAAAAATATAACAGTAGTAACTAAATATTTTAACAAATTATATTTGACAAATTC AATAATGTGTGTCAAGCATGTCTACATCTACATAATGATTAATGCCAAAGAGGAAGTTTC ACATAACTTACTTTAAACCTACCATAATTTTTTTTAAAAAAAGAAAAATCTAAAAAGTCA AATCTTTTATTATATTATATTATATTATATTTATTTACTTTACTATTTTTTTATATAAAA AAAAAATCAACCACATGGTATCATGCATTTCCCACGGACTTCACCTACGAAAAAGGAAGA TATAATAAGTGGTGTTATTTTTATTTGACACCAAAATTTGGAAATCCAGCGTGTGATCGG ACATAAAAATTATGAAATTTAAAATATATTAAATTAAAATTATAGATCATTGTAACTTTT GATCTTCAACAAGGAAATTTTAGTAAGCACGAGTTATTAATTTGCATTAATTACATCCTT GCTCATTTATATATTCTTCGTTACTTCTGGTGAATGATCTACGTTAATATGGGCGGTTCA CTGTCTCCAATGTCGATATCAGTTTATTTTTTAAGTTATTTATCAAAACCTAAGACAATT AATATGAACGGCATGATAAAATACTTATACTAATTATTACTGTATTTTAAGAACCATATT AAATTTAAAATAAATGAAGAAAATACATTTCAATTTTAAATAAATTAGAATCAATTACAT AAATTTCCGCTGATATATTTTCTCATTTAAATTTATGTGAAACAAAATGCAAAAAGAGCT CAATAAATGATTAGTATTACACTTTTATACCACCCAATAAATGATGTAAATTCTTCAAAC TTTGACCATTTTTGGTAGTTGAGACTTTTAAAACAAACATCACTACTCAGTCAGGTATAA AAAATAAGTATTAATTTAGTAAAAAATATATTTTACGATAGTATCAATTTTAAGAATTTA AGATAAGAAACAGTAATTATTTTTAAAAGTTTTCACTTTAAAGAAATTTTTAATAAATAA AGATAATTGAATAATTATTAAATAGGTATAAAATGAGTGTATATAGCAAATTTCTTTCCT TTTTTTTTTACTTTAATTTCATCAAATGATAGGAAGATATGCTTACGTATTTCACAACTC TGCTTTAATTTCCTTTTCTAGTTAAAAATATTATTTATATTATTTCCTGTTTTAACCAAA TAAAAGGAGAATTAGTTAATATATTATAGTATTAACTAATTCTATATTTTTTTTCTTGAT TTTTGATATATGATATATTTATTAATTTGATTGATTTTTATTTACGTGTTATACGTGTAT GATTTATTTAAATTATCGAGGGAGGAAAAATTCATCCTATTATATTTCTTGATTGTTCAA TAAATTAATATGCGAGACAAACTTATTCTTTGATGAGATATGAATATTTTTCTTTTAGAT TAATACCTTATGAAATAATTCTTTGTATGGAACGCTTCCTTTCAAATGAGATCATCTACG ACGCAAATTCAAAGTTATCGGACTTTAATTTAAGTTCCGAACACCAAGTGAAAAAAAGAT AAGTTTTCTCTTTGAGAATTTTTATATAAAATATTCAAATTTTAGAAACTTATTAGCAAA ATGCTAATTTTTTTTTATAAATTTCCATTATCACATTTATAAAATAAAAAAATAGGCATA TCTTTTACAAACCAATTGGGTGCCATGGCTGTTCAACAAAATCATTATTTGTAGAAAAAT AGCAAAAAAAATAATTATATGTATTTTGATTCTGATATATTTAGTAACTTAATTAAAATA TTATAAATAAAATTCTAAAAGTAGACAAAAAAGAAAATACATTATTGTAAAAAATCTGAC CACTTCAGGAAATAAAAAAACAAAAAACTGACTACTCTTCCCACGTAATCACACCATATT TCACACGTGCGAACTGCGACAAAAAATTGCACACGTTCGTATCTACGGCGGTTCTGCTGC ATGACATATCAAGTGATCCTCGTTATCTGACCGATCCAAACTACAACGACCATCTAACTG ATATATTCTTTCGTCCTATTTTAATTGTCAACATTACGAAAAATATATATATATTTTTTA TATTTATAACTTTTTTTAGAGGCGCGTGAACGAGAAATATGATAATTAATATGAGATAAA AGGATCATTAGATTTATATATAGAAATTAGTAGTACGGAATTAATTATGAATGAATCCAT ATGTAATTTTATTTATAGATCGATTACTTATTCACGTATCTTATTTATTTTAACTTCTAT TCTTACATAAAATATTATTATAATTTTTCTCATGACTTTATATTCATTAAGCAAATTTTT AAATTACAAATCGAATATCATATTAATATAATATATGAAAAATATACGTCTTAATCAATT ATTAAACATAACATGTAACATTTAATATATGCATAATTTATTCTAAATCAACTATCAAAC GATCCGTATATTTCTACTATATGACAATTAAAATTATTTTTTCGATTTGATGTGATTCGA TCCGACCCAACCCGAGCCGAGCCGAGCCGAGTGAGAGAAAGAGAAGAGTTTTAATACGAT TAGAATTGACTTTTCTCTGTTCCCAGGGTGGAACTTAGAAGTTTGGAATTTCATTTTTGT TTGTTTGTTTGTTTTTTTTTATTAATTTTTTTATAATAAGCTCTGAAATTCACGTAAATT GAAAAAAAATAATAAAAAAGTGATTTTTTTTATTTTCAAGAATTTTTTATAACTATGATG GTATATAGAGGATGTAAAGAGAGGAGGAGGAAAATTGAAATAGAATAAGAAAGGAAGAAA AAAATTAGTTCTTCTTTTTCACCTTTATTCTTCTCTAAAGATCAGATTTTTATTCATTTT TCTGTATCAAGATTACATTTTTCTTGATACCCACAATTTGTTTCCCTGTTTCTGAAACAC CCTTTTCATAATCTTGTTAGTAGGGGTGGGTGGGTGGGTAGGGAGAGATGGGGGGTTGTG TATCAAGACCAGATGGTTGTGCTGGAGGTAGATTAGGTGGTTCAAGGAGAAAGAGTAGGA AGAGAAGAAAAGCTGTAAAGAAAAGGGTGTCTTCTCATGTATCAGATCGATCAGCAGCTG ATAAAGTTGATAAGTCTTTCCCTTTGGATCGTTCTTTCAATAATCCCACTTTTAATGGTA CTTTCTTGTTTTATTTTTCTTGTTTGTGTGTACATTTTTTGGTATTTTGTTAGTTTTCTT GTTCAATGTAATTGTGATTGTTGAAAGTTAGTCTCTTTGTTGGAGATTATCGGAATTGAG AAGAAAGTCAAGTTTTTGATAGAATAACTATTAGTTGAGTCATGAGTGAGCTTTTTGATT ATTGAAAGTTACTTTCTTTGTTGAAGAAATTTGGATTCATGAAGAAAGTTTGAGTTTTTG ATATGATAATGGTTATTTGAGTGAGCATTTGAGAAAATTTCAATGTAGTTCTGATTATTG AAAGTTACTTTCTTTGTTGAAAAAAATTGGAATCGAGAAGAAAGTCGAGTTTTTGATACG ATAACTATTAGTTGAGTCATGAGTGAGGTTTGTGATTATTGAAAGTTACTTTCTTTGTTG AGGAAATTTGGATTCATGAAGAAAGTTTGAGTTTTTGATATAATAAGTTTAGTTGAGTGA GCATTTGAGAAAAAATCAATGTAATTGTGATTATTGAAAGTTACTTTCTCTGTTGAAGAA AATTGGAATCGAGAAGAAAATTGAGTTTTTTGATATAATAGCTGTTAGGTGTGTGAGTAA TTTAGAAATCTAACACAATCAAATTTTTAATCTGCTAATGTTGGTGGAGAGTGAAACTAA TCTGTGTTTTTGGAGTTTGATTTCTTGACTTGTTTTGGTTAAGTTGAATTGAAGGTTGGA GATATGGAGGTTGGTGGGGTGCATTTTTCTTTGGAGGTTTGGTTAGATGCTTTTTGAAGG AAAAAAAATCAACTTTTCTTTGGAGTAGCTCATTTTTGTTGTTGTTATTGTTTTTTATTA GTTGATATGCTTTCTTCACTGCCGTTTTTCACTTGAGTCACTTGTGGGATCACATGGGAT GTGTTTTTGTTGTTGTATTTTCTTATATTGCTAAATAGGAGAGGGTGGAGTGGTTTGTTC CTAGGGAGAGCCTAAAGAAGTGGTTCAGTTGAAGAGAATGTGCTAATATGTTTTAATGGC GTAAAAGTAGCAGGTGATGCGCCGACACCGTTATAGAGAAGGAGGAGGAAGAGGGAAATG AAAAGGAACTGTTTTGGCAGTTTTTTTTTCTATGCTCTGCATCCATACAAATCGATTTAT GTGTATGGTTTGGTACTCTAAATCGCAATGCACATTATATATTGCTGTATATAACAACTG GAAAGATGAGGAGGTGATGCCAAATTGTTGAGGAAGGCATTAGATTTTCTTCTTTGGATG AGATATAGCTATAACTCTCATTTACCTTTGGTATCTTAAATTGTCATGCACCTGAATGGA GCTGGCGATTTTCTTCAACAATTTGTTTCTTGAATGAAGTGAATTGGGATAATTACTCAT TAGGAATTTTATATAGCTTATTCTAGGTTCATTAGTGTAGTCTTCTGGATTGAGTTTACT TTATGCCTACTGCCAAACATGGTTATGTGCTGTCTTTTTTGAAATTGTATACGGTAAATC CTACTCCCTCAAATTCTCCAACATTTTCCGTTACCACTTTGCTCCCTTGTGATTTAGACG CCCGCCCAACTTTGAGGTAGAGGGTCCTTACCAGTAGGCTATCCTTCACTTGACTACTCA GTTTTTTAATTTTGTCTTAAACCATAACATTGTTACATAATTGAGTTAACAAAACTTGGC TCCCTAAGAACTTTAATTTTTAAGTCACTTCTCTTCTTTTAGGTCGAATATCTAAATTAA ACGCAGTAGTTTGAGTATAACATAAGGAATTGAATAGTAGCATATTCTTTGTGTCAAAAG AGACAATGTGATTAGTGGAAGTTAGAAATATACTGAGGTTATCTGTATGCTTGGGGGTAA TTGTACCAGTTGAAGTCCCAAACAAAGACACATGTTGTTTTCTTATGATAAAAATTGATG GTTCGTTTTATCTATTTTATACAATGCTAAATAACCGGAAGTTGTTAATATCCTTGCAAT GTTTCCACTTATCCTAAAATCCACAATGTTCCTTTGAAACTGGAACTAAGCAGGCGTCGT TTAGATCATGATGAATATCATCTATATCACATCTTCATTTACCTTCCAATCATTCCTGGG AGGGATACTTTTCATAGTTTAGCTTCATGTTATACTTCTGTCTGTCCAATCTAAAGCGGA ATACTCTGTAGTGAATAAACCATTGGAACTAGCCTTTTCTAACATTTTGTGCTACTGTAT AATGCAATAACAGGAAGTACTGAAGAAGCATGGTTTGATTCTTCTGCAAGATTTGAATCT GATGGCAGTGATGAAGATTTCCAGAGTGTTGCTGATGGTATGGTTTTTTCATTTCAGTTT ATACATTCTAACTGCAGTTGGGAAAATGACATGCTGTGAATTTAAGAATAGAAATCTAAT CACACTATTCTGCAGATGTGCTTTCACTCAATGGCTCTGATTGTGGGCGGACTAGTGTTG CTTCAGCAACAGATGTCCACCATGGGGATGTTGATGTCAATGCCCACCACAGGTTATCCT CCGACCTGCTGAGGCAAGGAGAACTATCAACAAGCAATCCTGCTTGTAGCTCTGACAGTG GTTCAGCTAAAACGTCAATCAACCCAAGCAGTATGTTGCGTCCAAAAGATGCAGACTCAA AAATGAGACTTGATGGACCTCACAGTGAGGTACAACCTGTGTTCCTTGATGAGATCTCTT CCTCTGCTAATGGAAGCAGTAGAAGGGAGGATGGCTTGTTGGATAACTGTGGAATTCTTT CAAACAACTGTTTGCCCTGTCTTGCATCCACTGTTGCACCAGTTGAGAAGAGACACTCTC TTAGCGCTAGTTCTCCAAGTGCAAAGAAGAAAGCTGCTATAAAACTTCCTTTCAAATGGA AAGAAGAAAATCCTGTTGCTGCTTTACGTAAGTTTCTATGTCTACTCTTTTCCGCTTCCA ATCTAAGCCTAGATGCTTCAGTGCAATGTTTGTGCATGTGCATCCCCGAGTGATTGAGTT TCTCTGTCTAATTGTCAAGTGTTCCTAATAATTGTTAGTGCATTCTGGAACTAGTTTTTT GATAAGGTAAGATTTTATTGAAGACAGTAATATTATCAATTGCACAAATGAGTCAACTGA CTTATGCTTCATCAACAATGTGCAAGAATGAAGAAATTTCATGAATTGCTTTTTTGACCT TAGCCTATTGCAAGATTTAATATTGTTGTGGTGATTTTTTTTTCTTCCAACGAGAACTTG TTATATTCAACTATTATCATCTTACCGCCAAAACTTTGTCCCATCTGATGCCAACAAGAA CTATTATTTGGAAATTATCTTCAGCTCTCCTAAAAATATTACTTGCAGACAAACATGGAC AATGTTTGAGCTGTTTATCTTCTTTCCAAGGTATAACTGAAGTAGGTTTTTGAGGATTAA TAAGCAAAGTGCTCCGAAGTTTGTGTGGAAGTGTAGTTACTGAAGTATGAGGCATTGAAA AAAAGTGTTGGGTATAGAAAACCTGTTCTGATGCTGCTGTTAAGAGATTTTATGTTGTGT GTATTTCAGTTGGGTTTAATGCTCCTTCCCTTTCTGAAATTTTGAAGACCAAATGTTATC TAGAATCCACATGAGCTCAACGCTGTGTACTTTATGCCGAGAGTAGATGAGTCTGAACTG CTGCAGGTGGATGAATACCTTAATACGCGGCCTTTGTTGTAAAGTTAAAAGATGATCATA GACTAGTACGATGTTACGCATGTATGCAACATTCTGTTTTATCAACACCCCTTATAAGTA ATAAGATATCAGACTTAGCATTGAACATTACAATAAAAAGGATTTCACGGGGCAGCGTGG ATGTGGGATATTTCAGGGATGTCATTTGTTAATGCAGAATCCAAATGGAGGATATTTGGT GCATTTGATGTGAGAGATGATACAGTTACTCCTCTATTGACTTGGGGAACATTGTTTGTG AGCTTTTCATCTTAGTAATCTGCTTTTGGGGGTGTAAATTATTGAGTTATTTTCTAAAAG AGTGTAGAATATTCGTTGATCTTGCTCTATTACACTAACTAGCAAAATCAGAAAAAGAAA GAGATGAGGAACGGAGTAACTATGATCAGAGTAAGTGCATAATTTTGCATCATAAGTCAA TGTTGAGCATGAGAAGTTGCACTCTAGATTTTAATTTGGAGATGGGAGGTGTACACACCA ACTGCTAAACAGATCAGGGAATTGAGGCAAAACAAACTGACTCTTATCTTTTTCTGTGGT ACAGTTTCATCTAAAGCCCTGCTTCAAAGACCAATAGCTGGTGCCCAAGTACCAGTTTGC CGGTTGGAGAAGAAAATGGCTGATAGTTGGTCCCATATTGAACCGGGCACTTTCAGGGTT CGAGGAGAAAACTACTTCAGGTAAAGTGTTCCCTCTCTTAGCACTCACATGCACACAGCT ACATGCAAAAAATAGATAAAGATGTCTCTTATCATATAAAACCTCACTGCATCTATATGA TAATCATCCACATGCATATCTATATGTGCCTGCTGCCACTGCACTAGTTCATGTGTTGTA TAAGGTATTTCATTGCACACATATTCTTTTGTGCAGGGATAAAAAGAAGGTGTTTGCTCC AAATTATGCAGCATATTATCCTTTTGGAGTTGATGTATTTTTAAGCCAGAGAAAAATATT TCATATTGCCCGACTTGTGGAACTTCCTTTCATTGAACAATCTGGAACACTTCCTCCCAT CCTTGTTGTGAATGTTCAGGTATGATTGGTTTTTGAAATCATAGTAATGAGTATTTATGT CGTCTTTTTCTTGATCTAACTTCCATAAAAGCTTTCAAGGTCCTGAAAGTTGTTGTAAAT GTTATCTGCTTTGTTCATTTTAAGTCTGTCTGTGTAACTTTTTAATTAAAGATAGGTAAT GTCTCCATGCTATAGATGCAATTCATTTTTATTTTCAAAGTAGAAAGTATTCTGCTGAAT CATTTTACATTGTATGAAAGGGTGTCGATTGATAGTACTTTATGGTCCCCTCATGGGGCA GTTTGAGTAATGAATGTAGTGTAACCAATAACCACTAATCCTACTTTATTCATGGCGTGT CCTAAACTCCTAATCTTACAAAGTTCCATTATTTAAATAGTCATTTATGTCATGTATCTT TAGCCATTTCATAGCACTCTTAACCTTGCCTTTTTCTTTTGGTTTTTCAATTTCCCAAAG TCCTCTCATTAACAGTCAACTCAGCCTTTCTGATGTTCTGCTGTTGAAATTAAATGTACC CATGAAGACATCACTGGTTACTTCGTTAATGTGTATTCTCGGGATTAGCCACTTTAGACT ATTGTAATTTTCAATAATCGTAGCATTAGCTGCTTTATATTTAATTATTCCCTCATGTTG CAGAACTATTTTTCTTCTGCAGATCCCATTATATCCAACTGCAATTTTTCAAAGTGAAAC TGATGGTGAAGGGATGAGTTTTGTCTTGTATTTTAAGCTTTCAGAAAGTTACGCCAAGGA ACTTCCTCTTCATTTTCAAGAGAGTATCAAGGTATGTTTGAGAGCTCATGTTTTCTCATA TGTATTCTTTTTCTTTTTCCGTGTATGATTGGTTTCAAGTCCCTCTCTTGCAGTGATGGT TTCTTCATATGATACTATCATCTTTTCCCATTTCATTTGCAGTTCTATCTACTTTTGCTT ATACATCCTTTGAAGTGTTGTGTCATATTCACTACGTCTTTTATAGCTTTCTGTCATGAT TCATGTCTTCCATATTTCATGAGTGGCCATCATATTTACTTGAGTCAGATTTTTTATTTT TTATTTGCAAACAATCGAGTTCCTATTTGAACTAATTTTCACTTTTCTTCACCTTGTCTT ATCTTGGACAGAGACTGATTGACGATGAAGTGGAAAAAGTGAAGGCTTTTCCTGTTGAAC ATACTGCACCCTTTAGGGAACGATTGAAGATATTAGGTCGTGTAGCAAATATGGAGGAAC TCCCATTAAGTGCAGCAGAGAGGAAGCTTATGCATGCCTACAATGAAAAACCTGTTCTAT CACGTCCTCAACACGAGTTTTACAAGGTAAATTTTTGCAAACTTTGGTTCTTTTCAAATT GGAATATGTTTTACTCAAATTTATTAAATGTCCCTGTCATTCCCTTCTAACATTTAGTTT TTGGGAAAAGGAAAACATGCTGTTTTGAACTGGGAAACGTCCTCAAATTATCTGGTGTGT CCAGTAGTAAATTAAGACTGTTCCACAGGGACTAGGATAATAAAGCAGTTTACATTTCAA CAAAGATTACTGAATGAACTAAAAGTTGTTTCTAGAATGACTGATGAAACATGGACCAAC TATTTGTCGCAAATCATGTTAGGCACTCTTTAACTCTATAAAATATAATTTCTTTGCATG ACTTAATCTCGAATTTTAACTTCTCATCTGAACGTACTAGTTTTTTTCCTGTGGACTTAT ATTGTTTTCTTGCATTATGTTTCTTTAGACCATACAAGTAGGCATAGTTTATTGGTTTTA CTTTGCATTTGTTACGGTTACGGAAGCATAAGATATCTTCACTTATATTTTTCGATCTGA AATTTATGAAAAATTGTTTTAGTTCGCATACATCTAGACTGTTGCCCGTTTTCTGCATTG AGAAAGAAATATATGACTAGGTGTTGAACGTCTTTTGATTCTTACTTCGGCTGTTAATGA TCTTTTTGCAGGGAGAGAATTACTTTGAGATTGACATAGATATGCATAGATTCAGTTACA TCTCTAGGAAGGGTTTTGAAACATTCCTAGATAGACTAAAGCTCTGTTGCTTGGATGTTG GGCTAACAATTCAGGCAAGTATCTGTCTCAAACGTTCCATTATTTTTCTTTCCTTGGAAA TCATTTTTTCCATCTAGGTAACGTCTTTTACCACTTTCCAAACAGGGAAACAAAGTTGAA GAATTGCCGGAGCAGGTTTTATGTTGTGTACGGTTAAATGAAATTGACTATGCGAATTAT CAGCAACTGGGGTTGGAATAGAGAGCCCTTTGAATTAGCTACTGCACAGACATTGCAAAT AAAGAAGTAACTTAGAGAAGTTCAGTTGTCCCTCGCATTTGGTTCCTATCTCTGTCTGTC TCATTTTATCCCCGACTATCAAAATCTTCAATGTCAGGAAGATTAAGAGTGTAGCAGGTT CAACGGGAACTGTTAAGGATGATTCTCACATTCAGATCACCATACAGATCCTCCTTGAAC TTGCCTGTTTGGGGCCAACTCGTATGCCACCTAGCGTTTTATGACATGAGTTCTGGACAA ATCAATAGCTTACATAAAGCTATATATGTGTATGAATTCATGGACAACATTGAGATACAG TTAATGGAACCGATTCTAATTCATTCTTTTTGTTTGATAATTAAGAAATCTGTTCAATTA CTTTTCAGCAACATGAGTTTTAAGTGTTCTCATCGTAAATGACAATACGTGAGGGTGGAA AAGCTCTTCATATGTGTAGGGCACACTTGTTGATTTTCACCAAGTCGGATACTTTTAGTG CTTGTGTTCTTGTATACGAATGTTTGCTGTGAGGGGAAGGTTTTCATTTGCAATGGAATT GTGTTTGGATTATCGCCAAAATTATATATACTTGTACTGTTTGTGTAAAGTTTGTTTCTT GCCTCCCTACCTCACAAAGATAGGAGCGAGGTTTGCGTATATCCTACCCTTTGTAGACCC CACTTGTTTACTCGAGGGATTACTCAGGATATGTTGTTATATCTGGCTACTTATCATGAA TTATACGTTACTTGCTATATGTGTGTAGTGATTAGGTAGCAGAGAGTTGCATTAACAGTT GAAGCAAAGAATTGCATGAGCAGTTTGATCCTCTATATTGAAAATTATGTGAAGAGCAAC TAAAGCTCAAGATTTACAGGGAAGAAGTGGTTTCCCACATAAACCTCTGTTTCCAGAGAA TGAACTCTGCGGAAAATCAAGAAATGGCTTCCCATAAGGTATTTTTCCTTCAAGAAGATT ATCTGAAAGGTTCAATTCTTTCAGTTTATTCAGCTTCAAAAACTCCTCAGGGATTCTGCC AGTGAATTGATTTTTGTGCAGCATCAGTCTCTCCAGAACGGTCACGTTGGCCAGAGATGT TGGCAGGTTAGCTCCTAATCCATTGTAACTGAGATCCAAAGTCTGTAGTGTTTTCAATGT TCCTACAGAGGTTGGTAATCTACCTTTGAGAAAGTTACGCGATAAATTTAAGTGTTGGAT ATGTTGTTGTCCTCCCATGCCAATCTGCTCGACACCACTTGAGAAATTGTTATCAGACAG ATCTAGATATGTCAATGATCCTTGTGCAAACCTGCTCTTTATCTGGAAAACTGCATTTAC ACTGCCTTCTAGCTTGTTTGAGTGAAGGTCTAACACTCCCAGAATGTCGAGATTCATGAC AGTTGAAGGAATCTCAGACACGAACTTGTTCTTTGAAAGGTTTAATGAATACATCTTCGA AAAGCTGCCAATCCAAGCTGGTATCCTTCCTGAAAGATGGTTAGCTGACAAGTCTAGTTC TAACAATGACTTTGGTATGTAATCTGGAATTTCACCATGAATTTCACATCCTGCCAAGTA AATTCGCGATAGTGATGGCAACTGCATGAGCCACTTGGGAATGGTTGACATATTCAGACG GTTGAATGAAAGATCCAGCGATTGAAGATTTGAAAGGGAAGAAATTTCACGAGGTAACGG TCCTTCAATCATGTTATGAGATATACTCAGGTAAAGAAGCTCAGAAATCCCGCCTATTGA TCTTGGCAACTGACCAGATAATTGGTTGTAACTGAGATATAACATTTCTAGTGACTTTAA ATTACCTATACTAGAAGGAATAGAACCGTTTAGCTGATTGTTTTCAAGTGAAACTCTCTG AAGGGATGTCAAGTAGCCAATAGACGAAGGTATCGTTCCACTAAGCCGATTGTTCTGCAG TCTTACAAAGCTGAGAGAAGACAGTTCCCCAGGCTTTGAAGGCAACGGTATGTCCCCCTC GAGCTGGTTGGAGTTCAGGTAAAGCACTGACATAAACTTTAGTCTAGAAATAGAACGAGG GATTATCCCCGTTAACGTGTTATTAGACATATCAACCTCTTTCAATTCTTGCATATTACC AATGTTTTCTGGTATATTACCTGTCAAGAAATTCTCTTGAAGGCACAAACTTTCGAGTTT TTTCAACTTTGTTATAGACTCAGGAATGACACCAGAAAGTTTATTAGAATGTACATCCAT TCTTCTTAGATTCTTGATACCTCCTATACACTCGGGAAGAGATCCCGAAAAACCATTCTC TTGGAGATACAATTCTTCCAGTTTAGACAACTCACAAATGCTTTCTGGTAATGCACCAGT AAACTTGCTCCTACATAAGTTGAGTTTTCTGAGATTCGATAGATGTAAACCAATCGATGA AGGGATTTTCCCCGTTATACCAGTAAGATCACCTATATCGATAACTTCAAGATAATTGAC TAGTGTGATTGAAGGTGACAATTCCCCTTCCATAACAGATTGAATTGGTGCATCATCTGA AGTATAGAGACCTGGTAGACTTATACTTACAACTCTTTTAGTTAAATTACTACAAAGTAT ACCTTCCCATTTACAACAATCGCGGCCAATCCATTTACTTAGTCTACCAGAAGTGTCTGT ATGAATCCCAGACTTGAAATCTTGAAGACCTTTTAAGTCATTTGGATGACAAGATTTACT TTTACAAATAGTTGTGAGAGTTAGCAGTAAAAGAAAACAAACAACTTTAGAAGCCATTTT GAGAGATTTTTGTGAAATGAAATGATAGCCAAAATATTGTTTTTAAGACAATGATTTTGT TTCTCTCTTTACAGATTGTAATATGCTGAAAAGCATGTTGTTTGCATTTGTTTAGAAAAA AATATTAAAGAAATGGAGACAAAACAAATCTAGACTTTATTAAAGATTACTCCTTCCGTC CGTCGATCTTTACTTGTCCAGACTTGGCATATTGTTTAAAAAATAGTGCGAAAAAGGATA AATATACTTCCGAATTATTGTAATGGTATGCAAATACTTCCCCTCATACTTTTGGGACAT TGATGCTCCTGTCGTTTAAAAATTAGAATATATATATCCTTTATACTAACGGAAATACAC GTGTCGTAATCCTGTCCGTCGATCCGACATTTATCGACGGATGAGATTGCGTTATGTGTC TCGATTTAGTCTTTCGTTAGAGTGAAAGGACATATATACTCTAGTTTTTGGTTGACATGG GCACCAATGTCTCAAAAGTATGAAGGAGGATACCTGCATACCATTTACGATAGTTTGAAT GTATATTTGTCTTTTTTCCTACAAATAATAAATAAAGGTGTGATTACTAATTATTTGAAT AAGAAAAGTTAGGATAATTAATTTTATTTTTAATATATTGGACAAATAAAGATAAAAGGA AAGATTTTTTTTTTCTTCTCCCAATAAATTTTTAGGATAACTAAACTAATCCTCTGCTTT TGCCAGCAATGTTGACAGATGACCAAAGCTTTTGGTTCCTCAAAAATGCCAAAGCACTAT TTTGTCCTAAGAAGATGCTTGTTTTGTCTTTTTTTATTCTTTATTTAATCGTATGCTTTC TCCGTTTCAAAATAAGTGTCGATTTTGTGGTTTTTAATCTTTTTCTGACATATATGATCG AGATTGAAGCTGTTTGGTCTCTAAAAGGGATTACGATTTTTAGATTTTTGAGAATTTTCT TTCCGTAATATCCTTATTCTCCTTTAATTCGAAGCTGTCGCAACTTTAGCTAGAAAAAAA AACGAGTAATCTATGGTTTAGTAGTTAACGTTTCATTTGTTCTACTATTCATGAGCGTTC AAGGAATGAAATATTATCAAACACTTTTCATTTTCACTATTTTGGATAGTACGATTTACA ATGTGAAAGGAAACTAATTTTTCGGATTTGGAAAATTTTAGTTAAATTAAATGTTACTCC GTGAAGACCAAAAAACTTTTAGCGTAAACAATTACTTGTACTTGAAATCTCATGTGGCAG GGTTTAGAACATGTTAAATCAATATGAGATGGACGGAGTATTATTTTCCGTTATATGCAT GAAATATGATTTTTAAAAAATAACATTTTATTTGAGATGAAAAAGAATATACATTAGCAA GATAATTATTTTATACTATCAATATAAATTATACAGATTAGTAAATTGCATAATGGGTTT GAAAACTATCATAATAAGCAAAAATTTAATATTTTTAATAAAGAAAGATAGAAGGGTGGT CATTTTATACAACATCTTGAATTATGTGTCATTAATTGAGAATCATAATTATAAATTATA CAATAGTTATCTGTAATTATTTCTTAGGTTTTAATTATATACAACTTGGCATTATCTTAC ATTTAAAGACAAAATTTTGACAACTTTGAAGTGGTCATAATCGTAAAAAATTATATGTAA TAGAAGTACATATCTTTCGAAAACTTACGTAAATATATTATAATAAAAAAATATTTATTA TTTATAATAATATTTTTTTTTACTTGATCACTTTTAATTCATTTATAATATAAGTTCAAT TCATATTTTTAATATTTTTTTTATTTACATATAATACAAATTCTACTGTTAGATAATTCA TTTATCACACATTTTAATATATCTGTAATACAATGTGTCAATTTTTACCAAACAAGTATG ATATATTTAAAAAATAATTATAATTCATATATAATTTATATATATTGTATACGTAATTCA CTTTTAATACATATTGCAGATTTGACAAAATATTACTATAATTGGTAATAAATTAAAAGT TGCTAAAATTAGTAATTATTTATTAAAATCTATCAGTTCATGTAATTTAATGTTTCTTTT TATAGTTGTCCCTAATGACCTGTCTTTTTTGACAACTCAAGAAAGGACAATTTTTTTATT TATTATATCCTCCATTAAATGACTAATTAATTTGAAAATATAGAACCTTTCATCTACTTC ATAATTAATAAGGGTAAAATGATAAATTACTACGTCATTAATTATTTTCTTAATAAGTGT GCTGATCAAAAGTGGACAAGTAACAAGGGACGTAAGGAGTATATAAATTCAAACTTTTCT TGGATTTCAAGGAGAGATCAACCAATCATCTGACATCGTTTGTTGAACAAAATCTTAGTA GGCTCTTTAAGCTTCCACAAAGATCGGTTAAAATTTAGAGAGTTGATTAAATTTTTATTT TATTAGAATTATATATCTAATTTTGATCTTTATGTCCATTTCTATTAGTAATTGATTCTG AATTTATAATTAAAAAATAATTTAAATAGTCGTCCAACTAAATATTATGTTTGTCAAATA GATAGTGCATTATTTGCTCTATTTTATGCTCTCTCTGTAGTCTGCATAAAATAATATTAA TGATGCGTACTTATCAAATAATTAATTCTCACCTCATATTTAAATGGGTTATTAATAGAA AGAAATATTAATAGCCAATAAATAAGGACAAAGATTCAGTCAAGTATAATTAGGTTAAGT AATGTTCAATGACCTTATAGATTCATGTGAGGTGTATTATATGATTATTTATTATTGTGA TTCATTTAAATTATATATTCATCGTAATAATAAAAACAACAAAGTTGTCAACTATTTTTA TTTTTTAAATAAAACAATTAAGTGTATACTCAAACTAATATTTTTTTAAAAAAAACATTA AGATTGAAAAAGAAAATTTAATATACTTGATTGAAAGTATTTGCATTATCAATTTTGTCT TATCGTCAACTCTCGATCCACATATCTGTCAATCTTAATTTTTTTAAAAAAAATATTATC TTGAATACACTTAATTGCTTTATTTGATATTTTTTTAAAATAAAAATAGTTGACAACTTT GTTGTTTGTATTATTAAGATGAGTATATAATTTAAATTTATTATTAGGATTACATAATTT AAATGAATCTCAACCATAAATTATTATATAGTAACAAAACATGAATCTACAACTTCATTG AACATTACTTGACCTAATTATATACTTTTTTCGTCCACTTTTATTCGTCACGTTGCGTTC CAAAAGTCAATTTGACTAATTTTCAAAATTAAATTAGATTGCATTAATTTGATATTTTCA ATAATAACGATATTAAAAAATTATACGAAAAGTACTATAAATTACAATATTTTGCATATC AATATGCTCAAAAAATACATCTTAAAATGTTAGTCAAAATTCTTATAGTTGAACTTTAAA AATAGAAACCATGACAATTAAATATAGACGGAGATAGTAACTATTTGTAGTTACGTTAGA ATATTATTTTTATATACTAAAGAATTATTAGCAAAGAAATTAAGGAATGAATCATCTAAT AATATGAATACTTTCTTTTGAGATATTAGAATTATTTTTTCAAACGTATATAACTTAACT TAGTAGATCAATTATTTTTTTCAAACATATAAAAACTTATTATTTCCTTTTATTTTAGAA TAAGTGTCTCATTACGAATTTAAGATAAAAATAATATGTTTCTCCAACTATATCCTTACA CTCCATGTTCTTAATAATATTTAATTTTCAAGTGATATTTATTAAATATAAATGAATAGC TTACTTACTTACGGTAAAGAAATCGACATATTAGAAGCCAAATTGATTTTCTTTAAAAAC GATCTTCATTGTGTCACTGCGTTGATAATAGTTATTTCAATGTTGTATTCAATATACATC AGCTATCTGCGATTGTCTTGGTCGATCACACGTGAATTAAGGAATTTTAACAAGATTATG GCTGGTTTGATAAGAACACATGCCGAATTATATATATATAAATATCATGTTTATTAATTT TTTATGGGCCCAATCAGACTACTAGTTAGATTAGTTTATAACTATTCGTCTAATTTTAAT TGTCCAAATTAAACATTTTGTTAGATTAGTTAGAAGTATTATATTTGTGTGAAGAATTTG TTTCAAATTCATATCTAGAGAGGTTGACCTCTCTAGAAACCCAAATGCAAAACCAAATTG AAAATTTCTCCAAAATCGGTAAATAAATCGACATATTACTGGAACAAAAACATGGAAATA CGATATTGGCTACTCTGTTTGGAGCCATATCAATTTTCTTTAAAAACGATCTTCATTGTG TTACTGCGTTGATAATGATTATTTCAGTGTTGTATTCAATAGACATCACCTATCTGCGAT TTTTTTGGTGGATCACACGTGAATTAATGAATCATAACAGGATTATGGCTGGTTTGATAA GAACACATGCCGAATTATGGGCCCAATCAGACTATTAGTTAGATTAGTTTATAACTATTC GACTAATTTTAATTGTCCAAATATAACATTTTGTTAGATTAGTTAGAAGTATTATATTTG TGAGAACGACCTTCACTAGTGAATAATTTGTTTCAATTTCATATTTAGAGAGGTTGACCT CTCTAGAAACCCAAATGCAAAATCAAATTGAAAATTTCTTCAAAGTCAGGTAAAGAAATT GACATATTACTGGAACAAAAATATGGAAATATGATATTGGCTACTCTTTTTGGAGCCATA TCGATTTTCTTTAGAAATGATCTTCATTGTGTCACTGCGTTAGTAATGATTATTTCAGTG TTGTATTCAATATACCAAAACTATCTGCGATTATCTCGATCGATCACACGTGAATTAAGG AATCTTAACAGGATTATGACTGGTTTGATAAGAACACATGCCGAAATGGTGGCGGAAGGA GAGCTATTGATGGAGTATGTGCAAGAAGTCATTGCTACTGAGGAGGAAGAGCCAACAATT AGGATGTCTGATTATATTATACGTCTTCAAAGCAAAGTCGAGTCCAACTGTCACAAAGAT ATCTTCATCCCAGAAATTTGGATAACAAGTACTATGTTGCTCTGTTTGTCCAAATTTTAC TACTACTTTTACTGTCACAAACACGGAAGATTTCTTTAGTTTATTTGTTATTGTTATTGT TTTTATGTTTTCGTTTGTTTATTTTGTTATTGTTGTATATTTCAGAATGTATCTGGAAAT TTGTATGTCTGTTGGTCTTAATTGTTCTCATGTTGGGATTAAACTGCCTTAACTTTGATA AAACTTTTATTCTATGTGTTGATTTTCAATTCATATTTTTCAATTGGATATAAGTTTAGT ATTATAATATTTCTTAATTTATTTCGGAAGTTGCTATACAACTTATCTCAGCTAGATATA ATTTGCCAACAATACAATAAAATCAAAAAGGGGGAAACTAAGAATTAATTTTTTACCGTG AAAAGGAGTTGGACACTCAATTTTCCTCATGTTATACTCAATCAAATCTGACGTATAATC AAATTAGATACCTCAACTAAGGCTAGTACCTATTGAACACTTAAATCTTAACAAATCTAT ACCTATTTAACACAAAATGATAATTAATAAAAGCACAAACATGCGTGTATACATGAAAAA TAGACCAATACAATATTGACACGTGACAATTGAATCAAAAAAATTATAAACTCTTCAAAT AATTCCAAAACAATTTTTAGAAAACAAAATATTATGTTAAGTTGACCCCCCACCCCACCC CACCCCACTCCACCCTCCACTCTCATTCTTTTTTTTCTTTTCGGCGAACGTATTTTCTTT GTTACTACGCCTCAGCCACCAGTAAATTTGCCTCAACCCTTCTTCTTCTCCGTCGGATCT TGCTTTCCTTTCTATTGGGTTGCTGCACTTCAACCACATGTAAATCATTCCCTTTCTCGA ATTTTATCCTTTCATCGGTGTCGATATTATATCATTGATCCCTGTCTAAGTTTACCCCTC ATTCATCTATCATTCTAATAGCGTTAATTAAGATTTAAAACCTTTCGCCTATTGTCTGAT GATCATTTATTACACTTACAAGAAAAAAAAATAATCAGACCCGCTAAAATATATTTTCAA CGAAAATAATAAAATTTCGTCGGATTATTTGAAAAAAAAAAGAAATCAATATCATAAAAG AATTGGAGAATTGGAGATGTTAAGAGAGAAAGGTGGAGGGGGTGGGTGTGGGTAAAGAAT GAATAGTTGCAGGGAAGATGGGGAGAAGACAGAAATGTTCCTTTGTTTTTTAATTAATTA ATTATTTTTACTATTTATTAATTAGGGTGTAAGTTGAAATGAAAAAGAAAAAAATATTAT TATTAGTATTAATTATAATTTTGTCAACTTTTTATCTTTAATTATATAAGTTAATTAACA ATACATATAAATTATTTTGTAAAAGTAAGATTTACAAAATAAATGATGATATCATATAAA TTTCGTTCAAAGTATACCTGATACTACATTTACGCAATTGTTACACAAATTGATATAAAA TAATTTACTCCAAATATCGAGTTTTCCAGTAAATCAAAATGTATGATACAATATTACAAT CAGATACACAAAATCTATAATATTATTAAGTATATGATAAATATTTTATTATCAAAAAAT AAATTTGTGTATCTTTAACAATTAATACAAAATCATGTAATAAATATATTGAGTATTGTT CAGCATATTGAATCATATCCTACTTTGTATATATTTAGTATCGCTTATTGTTTGCATTGA ATAACAAAATTTTGTTACAAGATACATTATATATTTACCATTGGATAACAAAATTTTGTT ATAAGATACATTATATATTTACTATTATATGTAAATGAGATTAAACAAGTTATAAATTTG TCAATTTCTTTAAACTTCATATAATACAGTCAAAATTCAATATATTTAGTATCAATATAC ATTTTGTAGCTTGAAACATTCACATGGTTTTAATCACATCAAATGAAAAAGTTCAAATCA TATTAGCAATTAATAATATCCAGAAACATTATTACACATCAAGCATAAAACAAGAAAAAA AAATAATGATCAAGAATTTAGTATCTCTTCAACACACACGATGACACCTGTTGCATCGAA ATTCAGTATCTCTTCAACACCTTTATCTAAAGTATATATGCTTAGAGGATACGTCCCGAA TCCAACCTCGTGTTTCTTAATTTCTATGTACAATTTAAACCCATATCTTCAACAACATAT TTAATCTCGATATTTTTTTCGATTCATCAATACCCAGCTCAGCTGAAATTGCTGAAATAA GATTCATGAAAGCTATCCCATCACTTTTGTATCGCTCATATATAACAACACTTTCCCATA TTCCATAATGTCGTAACAAGATCAAAATATTCATTTTTGAATCTTCACAAATTGTGTTTC AAATTTTTTTTAAATAAGCTCGTTTTTTTTTTCGATTCACAATTTGAAGTTTTCAATATT TGAAATTCAATAATGAGATAAATTAGTACATGATGTTTATGCAGATTAGACGCTTAATTT GTTAAACGTCAACATGAATTGTGGGATAATTCTCATCCCTTTTATTGCGCTGTAACTGTT AAAAACAAACAAATAATTAAAATATCCACCCGCTATAATTTAAGTATCGTTATGTTATTT TAAGTATCCAGATTACTCTAAAAAAAGGATTTTGATAAATATGGATACAATAGGGATAAA ATGCAATTTGTCCCTTAGAATATGTGATTTGTCTAATTTTTACAATTAACATCAGCTTTA GCCCTCCAATTTATTCAATATTTATTTATTTTTTAAAAATAATTTAGGGCTTTAAATCTA TTTTCTACACAATAATATTATATGTACATACATATATACGCTGCTATTAATTAGTTAATT AATACTATACCTCCCTAAAATTAATGAATTTCAAAAGGCTACAAATGGCTGAACGTAAGA ATCTATTTTTATTATATTTATTTTCTTTACGTAGTTTTTCAACTTTTTTTTAAGTTTTTA TTATTATAATTTTTTATTTTAATTTTTATTATCATATTTCTATTTCTATTATTTTTTAAA TACGTAAAGTTCTATTTTTATTATATTTTTTTCCTTGTGTCATTTTCAACCTTCTTTTTT TTTAAAAAAAAGTTTTTATTATTATGATTTTTTATTTTAGTTTTTATTATCTCCTTCTAT TTCAATTATTTTTTAAAATATTATTATAATTATACCTCCTATTTCTATTTTTTTAAAATT AAAAATGTTTTATTTATCTCTTTTCTTTATTAACATAGATGTGCTCTTTTTATACCTTCT GTTTCTATTATTTTTTAAAGATTAAATATATCTTATCTATCTCTTCTCCAATGTGCATTT TCTTTTATTATTTTTTATATCAATCTATCTCATTTAATTTATTGCCATTAAACTTACAAA ACATTAAAGACAATTTTCTTTTAAATATTTCACTAATACTATTAATTCTTACTACCTTTC CTTTTTCTTCTGTTGTACTACTTTTATTTATAAATTTTTTTTTAGAAAAAACACTTCTTC AATTTTAAATTTTAAATTATGACAAGTTTCAACACATTTATTTTTTTATTAAGTATTAGC AATTAAGCCTTATAATTTCATATCAATTACAAATTTTTTTTTTACCTTCCCTTCATTTTA ATATTTTCATATATAAATATAATTTCTCCTTTCGGTCCAAACATCATTTACATGTTTATT CTTTTTAATTTTTTTTTTTTAATTGTAGGAGCTTGGATTTTGCGTGACAATAATGCAGAG GAATGTCGAGCTAAATTTTTCCAAGAACGTTAAGGTTTGAAGGTGTGTTGTAATTTTTTT TCTTTTGTTATCAATTTACTGCACTAAATAAGGGATTAAAAACAGAAAATATAATTGAAT CCCACAAATCAAGCGCACGTTTCTTTCTTCTACCAATCACTCTGTCCCAAAAATGGTTCT ATCAATCAGTTTATCCCTAAAAGATAACATAACTATGAAATTAAAATTTCAAATTAGGTC TCCCTTTTCTTCCAAAAAACTGCAAAAACTTGATTCAAGAAAATTTGCAGCGAAATTTTG TGAAGATTCATAATGAATGTTTCGATATTGTTAAGGAATTCGACAATATGAGAAAGTGAT GTTAGGTACGAACGATACAGAAGTGATGGAATAGTGATTGAGGAAATTATTTTATTTGTG AACCTTATTTCCGCCATTGCAGATGAGTTAAAAGATCTGCTAATAAAAGGTATGTGAACA AATTATCTTGTAATACACGGATCATATAACTTTCTTTGTTTTTTTTTTGAATTTTTTTTG TTACTATTTCATGATAAACAAATATTTGCAAACTATATTCACAATTAGGTTGCATTTTAT GTATTGGGTATTGCATTGTATGTGTAAGGTGTTTAGATTTGTGTATCATTGGTTGATAAT TATAAAGTATCATATATGTTTGAAATCTTTGCTCTTTTAATGTATCAATGTATAGAAACG GACAATTGTGATAGATTTAGATGTGTTTTGTATTATTTTTTGTATTTAACACATGTAAAA CTATGGGGACATTAATATGTACGATAACATAAGAATATATATGATCTATTGAGCGAATTA TAATAATGTATCTTGAAGTGTATTTTATTTTTTGGAATGATACAATAAACATTAAATAAT AAATATATTTGGCATAAGTATAGGTATGTATTAGTGTGTTATGCAGTTCTAATGAAATCA ATGCACACAAAGTGATTGGTCGGTTCCAAATATGTTTTGAAAGAAATTGTCTTACCACCA AGATAGAAAAGAATGCTCAGTAGATTAAGGGAAAAAAGAAAGAAGATTCAGATGAAATAC TAACATCAAACACGAATTGTTGTGTGTGATGTGGACAAAAAGGCCTCAATCTAGAACTTG TACTTTCTTTCTGAAAGAGGAATCTAGATCAATACTTTTTTGGAGTACTTTATTTGTTTA GATATAATAATTCTCAAATTATAACATTTCTTTCCGTTGTTACAAACGTTTACATTAAAA AATACTTTTAGTTTATTAAATTCTGATTCAACAAATTGAAACGTTACGTTTTTCAATTCT GCCTATATATTTTTATTGTTAATTTATGATTAAGTGAATTTTGTATTGCTTTGTGTTTTT ATACCAAATTTATAGAGACATAATGTTATAAGGTTCTAATATATTAAAAATTAACTGATT TGTATCAGGTATAAAAATATAATATTAGGTGTTGTGATACATACAAATTTGTTATATTGA AAGTAATAGTGTATCATATACATAATAAAATTTTTAAAATTTTTGTATCTGTTAATAATA TAATATCTAGTATAGTGATATATACTATACTTATAAGCTATAAGAGACAACATTTAACAA CATATTAAATATACTGAAAATAAAATGAAAAGCGAAATAAACAATTTTCAATATAAAAAC TCTTCATATTTAGAAGACATATCTTCAAAAAGGGAAGCAATACTAATTAATATATCTTAA AAACAATAGATCATAGAACTGTCGGTGAATCGATACACAAAAATCTATTCTGAATTAACA AGATCAACTTTTATTGGTGGAGTGTAGTCAATCTTCTGCCTTGTAGGATCATCATTCTCG CTAACATATTCCGTCTTGGCCTTATTTGAGACCATACTTTCATAATATTGTTGTATACCT TGTACGAAGATAGTCACTTCGAAAATCATTAGACGGGATGCTGATTTCATCGCTCAGAAA TTCAATAATAACAACAAAAAATATTTTGCAGTCACTACAAAAAAGAACAAGATACATTAT AAAAACAAATCAAATATGTAAGCAAAGAAAAATTGATTCGATAGTTACAGACCGTCGCTT TTATGTTGCATAATATCTTGAACAAATTTCCCCTTGAATATTGTGGATTCAATAGTTCAA CAGGGGAAGACATAAATTTAAAACAAAATAAATATATACTAAATACATGGTTCAAAATAC ATATCCTGGATAGTGTAGGTTGAGATAGGGCAGACAACATTTTTGCTTTTTTTTTCGTTG TTTTTCATCTTTTGCTTTCGATGCTGCAGGTACATCGTTTTTCGCTTTTGCATTCTCTGG ACTTTGATTTGCCATTGTTAAAGGATCATGTAACCTTTTAGATTTGTTTTTTGTCCATTA GATATTATTAGAATCAAAGATTTCATTTGTATTAGGTGTAACTATTTGGGTAATTCGAAT TTAACATGAAGGAGTTCAAAAACAAAGAAGAAAATTGAAGAAGATGAAAATATTTACAGA TATGAAATTAGTTTACTGGAGAGAACAATCTCTTGAAATTCAAATTTTGATTAATATGAT AACTGATTTGATTGTGTGAGTGAAAAGAGGGAGGGAGAGATATAATTGTTTTAAAATCAA ATTGCTTTTGGATTTTTTCATAATAAAGTATCTGACACGAAAAAAAATAAAAATCTTTGT ATTTCTATAAAATAGTAGGGATTAAACAAAAATATTTAAACATATATATAGTTTATTAAT TTATCCAAATTAGAAAGAAAAGGTCATTCATGGGGATAATTAAATGAACTTAAGTCATTG TTAAATGTCACAATTATTCAACATTATATATTATCAATATAAATACATACTTATTATTAT ATATGAATAAATGTGATTTTTGACTAATTGTAATTGTAATTGTAATCTCTTACTTTCTTT AACACATTTAAATATGTGAAGTCTTTTCTGTATTTGATATTTAGATTTCGTTTTTATTTT ATTTCACTTATTTTTATCAAAAATAATATTTTAAAAATATGAAATTTGAAAAAAATCGAT TTATTTGATACACATCTTTCTATGATAAAAAATTGAAGAATTGAATTGAAATTTTGATAG AATTCTATCAATTAATCGTAAGCTCGTCCCTAATTATTATTATGTTGTCAGTATTTAAAT AATAAATAATTTCAATTTAATATTAAACATTATATACCATGTGAATCAAATTAAAAAGTA TCCGCTTCTCTCTCCATTAATAAATTAAATAACTAATTCTAATAGGACTTGTTTTTTTAA TCATATTATTATAAAACTCCTCCATTTATTAATATTTTTAATTATTTATTTCCTCTTACC ACTATTTTAGAATTCCTAGAGTAGTTCTTTTGTTTTGCCAAAAAAATATGAATACTCCAA TGTTTTTAATTATTAACTGTATTTCCCAATTTTGTCCCTAGTGAATAACTTAAAAAATAA ATTTTATAATTTTACAAAAAATATAAAAAGATTATGATGTAAATAAAAGAAAATGTAGAA TAAATTGTAATTCTAAATGTGACAATGTAAATATTTATTTACATAAGGGAATTAATATAA CACATATTCATATTAATAAAATACTCTCTCTATCCTAATAATACTAACTATTACCTATAA AATTAATATCTATATTACTAATACTTATGTAATTTTATTCACTTATCTGTTAAATGTATT GAATAAACATAAGAGCTTGCTAGTTAAATGAGTGAAATGATTAATATTTAAAAATATAAT TTATCAATAAAATAAATATTCATATACTTAATTAATAGAAGGAAAGTGGAGAAAAAATAT AAAGAAAATTAAATAAGAAGTGGGACCTATATTATATACTTAATTAATAGAAGGAAAGTG GAGAAAAAATATGGCCCGCATGCATAGAAATTAGGCAAAAGTTTGCATAATTTTCTTCTT CTTTTTTTTTTGGTAAAAAAAGTTTAATTTCCATATATGTTTTCTGGTTATATAAAATTT GCAAAAATATTAAATTTCCAAATATATGTTTTCGGTTATAGTAAACATGTAAAGTATAAA AAGTACCATAAAATGTAAAAGAAATTCCATTAAAAAAAAATTTGATACTTTATTACTATT TTTATTTTATTCATTTTTTCTTTTTATAGTTGTCCTTAATTATTTATCTATTTTAACAAA TCAAATCCTCAATTAAATAACTAATCACTTTGAAAAAAATATATAACCACCCAATAATCA ATAAGGGTAAAATAATAAGCTCACTACGTCATTAATATTTTTCTTAATAGGTAAGTGGAC AAGTAATCCAAAAGAGGAGGTGAATGATGATGATTATGATGATGATGATGGTTATCAAAG TTCGAGTTTTTTTAATTTTAATCATGATCTTGGTCACACAATTCTACATATCATGCTTAT ATTTTTTGGTTTGATTGCATTTATTGGTGCTATTATCTCGATAATATTGTATAAGTATTC CGATCGATGGGGATGTGGATGATTATTAATATTACAGCTATATACGTTTTTTTTAATCTA ATTTTTTTTCCTATTTTATTAGTAAATGTGTTACTTTATGGGATTCCGATCCAATTAATT TATGGTTTACTCTTGATCCAACTTATTCATATATTACATAATTTTATTTTCAAAGTTGAA TTACTGTTTTGTTAATTGAAAAAAAATTAAAATCTATTAATTAAATATGAAGTAATAATA TTTTAATCATTTTTTAGATTATGAGTTATTATTAGCATGGAAATTAAATAATTATTAATT ATATTGTATAATGAGTTAGCCAAAAGAAATAATTACAAATTAAATGCAAGTGCATGTACG GTGGAGAACACAATCACAAATTAATTGCAAGTGCATGTAAGGTGAAGAACCCAAGAGTTA TTTGTATGACTGTTTTTTCCCGCATAACTTTTGAGTTTCTATATGACATTATATACTTCA TCTGTCTCTTTTTACGTGTCCACTTTTGAATTGACATACCTAATAACAAAATAATTAATG ACGTAGTAAGTTTACCATTTTACTCTTATTAATTATGGAGTGAGAAGTTTACTTTTCTGT AAACTTTGTTATGAAGTAATCTTAATTATATTTTGCTTGTTTCGTTAAGATAATGAACCT TGAAAATAGTGAAAGAATTTTCATCACCTTCATCATCAAGGTGACTAGGCGAACAAAAGA CGCACACTATAGATATTTTTAGATTGTATCATTTTATTTTGATGTTATCGTATAACTTCG AAAGAAAAATTTCTTGTATCTATAAATTACCTTCAATGTATCATATTTTATGTTATTCTT TAGAAATACAATAATAACTTAAATTATGAATAAATGTGATTGCATGTTTGTAGCTATAAG CTTTAAAGGAAAAAGGTATATTTAAGGTTTTGATATGTATACTTGATAAAAATTTTAAAA TTTTTAGATTTGCTAATAATATAATATCTACTATACTTATAAGTTATATCTATATTACTA ATACTTATGTAATTTTATTCACTTATCTGTTAAATGTATTGAATAAACATAAGAGCTTGC TAGTTAAACGAGTGAAATGATTAAAATTTAAAAATATAATTTATTAATAAAATAAATTTA AACTTGTGTCTTATTTGATTATTGAACAATCTTATTAAAAAGTTTGAATTTAACATATTT TTTTCATCATGGTGTCGTTATTCTTTTTCACAAATTATTGGTATATACATATATAGTTAA TAATGGTCCAAAAAGACAAAAACTTTTTGGTGCTCAAGATTTCAAAAATTTCAAAAAGAT TAAAAAATAGGACAAATTTCAACGTACCAAAAAAAAAAAAAGCCAACACCACAAGTCTAT CATCTTATCAACCAAAAATTCATGGTCCAAAAGCTTTCCTTCCAACGGCTTTTTTTTTCC GAATTGCATAATTTTCTTGTTGAATGTCTTGATTTTTCGTTAAATGTTTGAATATAATGT GAAAAATAACAATTCGAAATTATAGGCTTCACTTTCGGTAAGTTACAATAACATCTTTAA TATAGGTTTGTAAAATAGAATTTGAATAAAGTTTACGCAAATCTACTTCTATTTCAGAAT TTAAAAAGTTATTTTTAACAATCTCACGTAAAATCCAATCAATTTATATATATAATACTC TATCATATCAATTAAAATAGAATACTCTTTATTTTATAATTGATTAAAAATGATACTTTT CGTTATATTTTATGGTGCTAAATTAAAAGAATATCCTTAATATTTATTTTAGATATAATT TTTTTAAAAGTCATTTAAAAATTTCGTATTTAATTAAATAATTAATAAACTTAATTAAGT TAACTGAAACGAGCCCAGCAAAACGACACAAAAAACTAAGATTAATCCACTTCTCAAATT TGAATTTCAAAATAAACAAATAAATCTTTTTATATTTTAAAAAACAATTTTCATAGCCAT AAAAATGCCACAATTTATTTAAGAAAAAAAAAAAGTTAAACTGAAACAAAGAAAGTTATA TTAATTATTACTTTCTTTAATATAAAATGTATTTTTTCCTTTTCAACAATAATTTAATTT CAAGTTTTCATATAGAATATTTAAGTACAACAAACTTATGAAAAATATATATCTAATATA ATTATTTTAATGAAAATCACAAACTTTTAAAAAAATTATATATTAAATTAAAATCGAACA AACATATTTAATAACTGGAATTAACTAAAGTAGACAAAACCTGAAGAGTTTTCAGTTTAT TAATAAACCGTAACGCATTTTTTCAGCTAAAACGACCGCGTTTTACTCAGATTTTTATAC TAAACGTCGTCGTTTTTTTCGTTCTTCTTACATTTCTGAACCCCACTTCACAACGGCCAA AGCCAGCCTCAATCACAGAGCAAAATGATCTGTTCACACTTCAAAAAATCATAACTTTTT TCAGACAAAATGTTAAATGTTTTCAACATTTGGATATAAAAAGTTTAAAAATTTGTGGAA AAATTTGAGTTCATGAACTGTTAGGGTTCTTGGGTTTTGTTGTTCTTGGTTTTTGATCTG TTATGTTTTTGAGTTTTGTTGAAAAGAATTGTTTTTTATGCTATAAAGAAAGAACCCCAG AAAGAAAGTTTTGATTTTTATTTGTTTTGTTTTGATTTGGGGTTGAAATGAAACGAGCTA AGTTCGACTCTGTAATGTCAGTGAGTCGACTCAGATCGATTCAAGTTTTGATGGGTTTGT TGTTTGTGTATTTTTTCTTGGTTACTTTGGAAATACCTTTGATTTCTAAACTTGGGTTTG GTTTAGAATCGTATGAACTTATTTCTACACCTTTTGATAATAATTCCAAGTTTAGCAGGC TTAATAGTGTTGGTGAGTTGAGTGGTTCGAGTCAAGATTCAGTTTTTCCTTCAAGGGTTA TGTCAAGGAGAGCTAAAATGGGGTTTTCATTACCTCATAGGAAGATGGTAGAGTTTAAGA GAATTTCAGGTTTGGTTTTTGATGAGAAGGTGTTTGATAGTTTTGATAAGGAAGAGTTTT CTGAGCTGCATAAGGTTGTTAGGGATGCTTTTGTAGTTGGGAAGAAACTATTTCAGGATA TTGAATCGGGGAAAGTTCAGGGGGAGGTAGTGAGTGGGACTCAGAACCGGACTGAGTCGT GTCCTGATTCGGTGTCTTTGTGGGGTAGTGAGTTTGTAGCTGGTGGGAAGATTATGGTGA TACCTTGTGGAATGACTTTAGGGTCTCATATAACAGTAGTGGGGACGCCTCGGTGGGCTC ATGAAGAGAAGGATCCTAAGATTACATTGGTGAAGGATGATGATGAGACTGTGATGGTTT CACAGTTTATGATGGAATTGCAAGGATTGAAGACAGTTGATGGAGAGGACCCTCCAAGAA TACTGCATTTCAATCCGAGGTTGAAAGGGGATTGGAGTGGAAGGCCAGTGATCGAGCAGA ATACGTGTTATAGGATGCAGTGGGGGTCTGCGATGAGGTGTGATGGTTGGAAATCCAAGC CTAGTGAGGACACTGGTGAGGAATTTATGTTGTAAATGCATTGCTTTTTCTTTTTGTATT AGTCAATTGTTTGGTCGTAATCATTGTTGCACCTGTATTATGTATTGGTAGGGGTAAATT TCATATTTAGAGAAACTCTAGTTTTTTGTGAAATGCTAATTAGCCTAAGAGAGAAATTAA TTTACTAGTTTTGGAATGAAATGAGTTTAGTGAACACCGAATTTGTCTTGAAAGAGAAGT TACTGAACCAGTATCGTAATGAAACGAGTATTATTAGAATATAATGGCGTTGATATAGCT GACTCCACGTAGGTTGAGATTAAGTCGTAGTCGATCCGTATGCTGAGTCGTTGTTATTTA CATAATTGCTTCATGCTTGCACTTCTTCTTTAGGAAATGTTGGAATCATTAGATTCTCCT GTTGTTGTGGTGCTGTTTTTGGTTGTTAAATGTCCAATTTTACAACTATATATATGGAAG GAAAGACTTTGAACTTCTCTAGGGCTATCTGAGCTGAATTCGTACTGACCAGAAATCTTG CTAGATATTGTTAATTATAGATGATTTAATCAGCTGTGTCTGATCAAGTATAAAACTTGA TCAAACTGAATTGGGAGCTTTATTTTTCAATAGCCGTGATTTCTCTGCTGGCTTGCATGC ACCTCGACTAATTGAACATCTATGGTTGATTTTTGATGTATACTGTGCTGCTGCATGGTA ATGGTTAAGATTCTCACTTAGTGTTGTCTGTGTTTGTGATTTTCTGTGGAATGAATGAAG TGGATGGACAGGTGAAGTGTGAGAAGTGGATACGTGATGATGATGATCACTCTGAAGAAT CAAAGGCCACATGGTGGTTGAAGAGACTGATTGGTGGGAGGACAAAGAAGGTTTCAATTA ACTGGCCATACCCTTTTGTAGAGAACAAGTTGTTTGTACTTACTGTCAGTGCTGGTTTAG AAGGTTATCACATCAATGTAGATGGGAGACATATTACTTCCTTTCCTTATCGCACTGTGA GTATTGTCTAAGATTACTTTATCTTAATGCCTTTTTGTGATGCATATCGGTTTAAACATT TTCTTATGGTTGATAGGGTTTTACTCTTGAGGATGCGACGGGTCTGTTTGTTAACGGGGA TATTGACGTGCATTCTGTATTTGCTGCTTCATTACCTTCAACACATCCAAGTTTTGCTCC ACAGAGGCATTTAGAAATGTTACCCAAGTGGCAAGCTCCGCCACTTCCCGATGAACCTGT AGAGCTTTTTATTGGCATCCTTTCTGCAGGCAATCATTTTTCTGAGAGAATGGCCGTGAG AAAATCTTGGATGCAGCATCCATCACTTAAGTCTTCAAATGTTGTAGCCCGTTTTTTTGT GGCAATGGTAAGACTTGGCTTTGACACAAGTTTCCATTGATGAATGCAATATCTTATATT TGGAGCCTTGCATGTGCTTATAATTGAATTGAAATACTGCAGCATGGAAGAAAAGAGATA AATGTGGAGCTGATGAAAGAAGCAGAATTTTTTGGTGATATAGTAATAGTCCCTTACATG GACAATTATGATCTTGTTGTATTGAAGACAGTAGCAATTTGTGAGTATGGGGTAAGTGTG AGGATGAAATTGGATTATGCTCATTATTGCCTCAGAATTTCTCATCCTTTTATTATTTAT GTACTTGTGGAATATTCCAGGTCCGTACAGTCACAGCGAAGTATGTAATGAAATGTGACG ATGACACATTTGTAAGGATTGATGCTGTAATGAAGGAAGTTAAGAAAGTCCCTAGTGGTA GAAGCCTGTATGTTGGTAACATCAATTACTACCATAAGCCCCTTCGACATGGTAAATGGG CAGTCACCTATGAGGTAGACTCTCTCACTTTGTCAGTATTACACTTCAAATTCTGTAGTC TACTGATTTCCAGGATGGGGTTTAGGCATAGTAATTGATAGTCTATATCTGCAGTTTCTT CTGTTTTCATGTGGTAAATCATAACCCTTATATGTCCTTGAGAGTGATGCCGAAGGACTA CCATGAGATTAGCGCTCGTTTTGCATGCTAACAGTAGATGGTAGAAGTTTCCAAGACAGC CCATTAAGTGAGCAGCACCAAACCAAAATGCACCAAGCTCCAACGTAGCAATGATGCAAA TCACAATGACAGTGAAGAGTTCATCTGTGTAGTGGGACTGCCATGGAAAAGAGGCTTGGT CTTCTGTATCCCTGATTTGATCTGGCCTTATAGTGCCGTTGTACTAAGTTCGATACCAAG CTTATTGCAACCATCGTCTTCTTCTCCCATTTTTGTATTTTGATAGAATCTGGTTATGAG AGGATTCATCAAGAACCTCAGGCAGTTTGCTTCATATGTAATAAATTCCTTTATGTCCTT GAACCTCTTATACATTCACTAGTTACTGATGTTCAGTTTTCCCATGGGAATTGACAGGAA TGGCCTGAAGAAGATTATCCACCCTATGCCAATGGGCCTGGTTACATCATCTCATTTGAC ATTGCAGAGTACATAGTTTCCGAGTTTGAGAAACATAAGCTAAGGGTAAGTGCCTTGATC TGCTTTGTGAAATAATCCTAACCTCTCTCTTGTCCCCCCCCCCCCCCCCCCCCCGGTCCC TTGTGGAAACCTGGACAGAGAAATAATCATATCTAACATATATTTGACCTGCTGCAGTTG TTTAAGATGGAGGACGTGAGCATGGGAATGTGGGTAGAACAATTCAACAGTTCCAGGCCC GTAGAGTATGTGCATAGCTTGAAGTTCTGTCAGTTTGGGTGCATTGATGATTATTACACT GCACATTATCAATCTCCAAGGCAAATGATCTGCCTGTGGAGAAAGTTGCTGAACCAAGGG AAACCTCAGTGCTGTAATGTGAGATGACAAGGCATACCCTGTCAGCTAGTGTTAGGCAAC TCTGAAAAGGAAACGAGACAAGATAGATGCCAAGGCGCGCATACCCTGTTAGCTAGTGTT AGGCAACACGGAAAAGGAAGCGAGACAAGATAAGTTCCTGGGAAGAGCTTGTACATATTG CTCGAGTAAATTAGCCTATCGTGCTATAATTATATTTACTTCATTCATTCTTTTGTTGGG GCGTCAGTCTTGTACCCCAGGCTAGTTGACACGTCAGTCTCGTTAAACTGTATGAAAACA ATGACAGCTTAAGCTCTTATATATGAAATTCAAGGGTGAATGGCTCATTTTCAATCTCAT TTTGCAATTTACATTCTTCTATGTGCCTTTCAACTCTTGGCTATTTTGGGTTGTCCCGGA TCTGAAAAACATTTCTCCTAGTTGGTGACAGATACCTTATTTTTTTGTGTTCCCTTAAGG GAAGTTCTGATCTTGCTAACATTAACAGATTTAGAGGTGGTGTATCCATAAGTAGTTCTA CAGAAACAGTATCCAATATTATAGTTCTTTTTATCTGTGCTGCATTGCTGACAGTTCCAC GTGAAAGTGAAGGCGAAAAGATGGCATATAGAGACTGATCAAAAGTGCTAGAGTTTCTGA CCAGAAAATAGAACAGTAAAACAGTTGCTTTGTTATCAAGAAAAATAAATGTTGCAATCC TGGTATAATAGAGGTGCAACTGAAGCTAAGAGACATTGTGAATTATCCTATTGTACAAGC AAAGCATATAAAGAGAAGACAAAGAAGTTGAGAACCAGCTGCGTAATCAAGGTATTTTTA AGCTTGTAGAAAGAGAAAGTTTGGAGCTTACTTCTGGGGAGGGAAAATAAGAAATACCAA TGGGTTCACAAAGTATAAGGTTCTCTTGTTCTGAAACTTATACATCATTGTTATTTGTGT TTCATAACTGTGCCTCTAAATTAGTGTTTATATCTCTTGATACATACTATAGTGCTTGAA TCTATCTGAAATGGAAAATGAGTGGGTGATCAAGGTAAACGATGAGCTGATGCACGTGGA GGATCTGACAACGGTGGAGGCAGAGCACTGGAAGAAGCGGTCCATATATAGAGTACCTGT TGGTGTTGCAGATGTGAGCAAGAAAGCTTACAAACCTCAGGTAGTTTCTTTTGGTCCTTA CCATCATGGCACAGATCATCTCAAGACTATGGAAGTTCATAAGCACCGAGCTCTTCTTCA TTTCCTCAAGCGATCTGGAAAATCATTAACATGTTATATTGACTCCTTACAACAAGTGGC TCAAGATTTGAAAGATGCATATGCCTTGCTGGATCCTGTATGGCAAAATGATACCAATGC TTTCTTGCGGTTGATGATTCTTGATGGCTGTTTCATGCTGGAGGTCTTGAGAACAGCTGC TGCTGATAGTCTACTTATAGATCAATCTCAGCATCCTCAACAGTACGACTATGCTCCTAA TGATCCGATTTTCAGCAATCATGGAAAGCTCCATCTCATGCCTTATCTCAAACGCGATAT GTTGATGCTTGAAAATCAGTTGCCTATGCTCCTTTTGGAAAGATTACTTGCCATTGAAAA TCAAGAGGAAAAGGTCTTTCTCTCCCTCGTTTAAACACATGCTCACATCTCGTTTACGTG ACACTTTTTATTTATTTAACTACTTCAACTTTGATCAGTGACCTTTTTTGATCTGATTCC CCTTACAGATTGAAGGGTTACTCGATGGCATTCAGCAGGAAGATGAGCAATGCATTAATA AGCTCATACTGGACTTCTGCAATCCTCATAGCCGCGCTAAAGGACTTGGGAAATGTTTAC ATGTATTGGATGTGTACAGAAAGAGCATACTTTGGGAAGATCCTACGTTGGGCAAGACTC GTCCAAGGAAAGCACCCAAAGTTAGCAACCAGAGTAGTGGCGATGAGATAATCCGTTCTG CTATGGAGCTTCATGAAGCAGGCATTGTGTTCAGGATGAGTAAAACTAGAAGCCTCAAGG ACATATCCTTCCATGGTGGTATACTTAAGCTTCCTCTGATCGTGGTGGACGATGCAACAG AGTCAATGTTCTTGAACCTAATAGCTTTCGAGAGATTGCATGTAGGTGCAGGAAATGAAG TAACCTCATACATCTTCTTCATGGATAATATTATTGACAATGCCAAAGATGTTAGCTTGT TACACTCTAATGGCATCATCCAGAATGCAATTGGCAGCGATCAAGCTGTGGCTAAGCTAT TCAATTCACTATCGAAGGACATTACGTTGGATCCAGATAGCAGCCTTGATCTAGTACACA AACTGGTAAGTGACTATTGCAAACTGCGATGGAATGAATGGAGAGCCAATCTTATTCACA CCTACTTCAGAAGTCCCTGGGCCATTTTGTCTGTCATTGCTGCTATCTTTCTTTTCGCCC TCACCATTGTTCAGACGATATACAGCATCTATCCTTACTATTATCCACCACGTTCCTAAC GACAATATCCTCACATTGAAGTACAAAGACTTCACTTTTCTCTATTGGAGAAAGACGACG ACTGTTACCAAATTTTGAAGTGAACTAATCTGGTGCATCTTATTTCTAATTCACTTTGAT TCCTCAAGTCCATATGTTAGTTATCACAAAAGTAAAGTGGTGTTTATGTGATGAATGTAA TACTTGATATCCTACTCTATATGTGGTTTCAGTGAGAAATGAACACGTCCCGTGTAATCC AAGTGGAGTCTGGGAAGGATGATGTGTACGTAGATCCTACCTTACCTAGTGAATTGTACA TAGGTGATTTCTAAAAGACCTTCGGCTCAAGTAAAGCATATTTCAGTAAGAAATGCCTTT GCATGTGAACAATACTTACAAAGCCTATTGACAATGTCTATACTTGCTCTTTTTTGGACA TTATCAAGATTCTGTTTTTATGCCTTACTTGTGAATACATCTACAAGTGTTTACATCATG TAGAGATAATAGGTCATCCATTTTTTCAAAGTAATGAAACTCTCTCTAAAAGAATTTTCA TAAATGTTTGCGAGTTATTGCATGTCATGGTGTTTACCCTATTCACACTCAAAGAATAAC GGCAAGGGTTCATAAAAAAAGAATTTTCATAAATACATTTCTAGTAACTTAATAAGAGTT GCTATGTGAATTCTCATACATATATGGAATAGATTAAAGATGATCAAACTATTTATGAAT GTGACCACAATTAACATCACTATGATCGGGCAATTAAACACAGGTCAGAAGTGAGTTACT AGCCGTCTAACCAATCTGCTAAACGATCGATCGAGCTCTCATTGCATGCAATTATGTGAT GACAAACCTTTTGTTCTAATTTAGTGCTCTTCGAACCATGCCAGATGTGATATTTGAATT TAGTGCTGTTCGAATCGCGCGAAAAGGAAACTTATTTGATTTTATTTATTTTGGATTTTT TCTCAAAGAAATAAGTAATAAATCTTATACAATATAATTAAGGATTTCATCAAGAAGAAA TAGAAAATTTAGTATTAAAGAAACATGATCCAATACATATAGCTTTTTATCACAATGAGG ATACCAAGAATCTAGCTAGTCTAGATTGGAATCCTTTAAAGTACTTTATTATCACCTTAT GATCAATTATATATTGCTATGCTAACATTTAAAAAAAAAAAAAAATTAAAAGGGGTGATA AGATGCTAGCATAAAAATATGCTAGTATTTTCTTACTAGAAAAGGATCAAAAAGAAAAAA AAAAGTAAAACATTTCAATTTCTTAGAAAAGGTAATAAAAATTGACTAATAAACAAGTGA GATCAATATATTTTCCTCTACGTGCTCTATCTGATCATGATAACGAAAGAGAACTCTATA TACTAAAAAAGAAATTTGCTTTATTCCTAAAATGAAATATAGAAAGTGGTACGATATGAG GCTCGAGAGATCTCGAGTATAATATGTGCTACTTATAAAAAAAAACTCTACTCACATCTT AATACATAGTTGAAGAATGACGCGATCAAAAAAGTTATCCCTGAATAAAATATCAAAAAA TCTTTTCTTTCGTTTTCATTACAAACAAATAAAGAATTGTAATAAAATTAATGACAAGAC ATTTTTTACCTTATGAAGTCTCTAAGTGAAGCAACATTAGTCATTAAGTCCAAATTAATT GCTCTAATTAGAGAATGCTTATCTCCATATTTAAAACTTTTAGTAGAATTCTTTATACAT TAATTAAAGCCAAAAGCATGATGAATTTTTCATGAAATTTTGATATTCGAATAATTTGAG AACATTTTTTTTTTGCCTACCATTGTCATGGAATTTTATTTGGAGATAAAAGAAAGAATA TTGGTGAACAAAATGATTCTTTTAAAGTGGAGGGTGCTCAAAAGAAGGAACATATTCCTT TTATCACTTCTTGTGTATGTTATTTTTATAAAATAATATATATCCAATTTGATTCTTCTA AGTTCTTAAAATAGCCTTATATTTTCAACTAGTGTAACATATTATGACCTATTTCATGCT AGGAGTATATTAATATATTATCACTTAAAGTATGTGGTCTTTAATTAATGAGTGTAATTT TTTTTTTTTAGTTGTGTTTTCTTTTTGAGAGGAGTTGTGGAATGCGTTAGAAGTCGGTCG TTATAGCTTTGTTATTTAACGTAATAAATGAGTGATTTTGGATTGGTAGAATGAATTGAA TTAATAAATGAATTGTCGGATATTTTTAATTGAAGAATTAGTTGAATTAACGTATGACGT AGTTAGGACTTTTCAAATTTTATTTGATCAGAGAGAATCAAGATGAATTCGACAACTCAT ATAAAAAATTATTTATTTTGTTTATTTTCTAATAATTTATTTGATTAACAAAAAAAGCTT CTCTTCTTCTTATATATCAAATAAAAGATTATCTCAATATTTTGATTACTTTTCTCATGG GTCCATTTTGTTAACGTACTTCGCCTAAATCAATCCAATTTTTATATGTATTGAATTCTG ACAGAATAATCAAAAAACAAGTCATATTTTATGGGCTAATTTTATCATCGTAATATTTTA ACTCTACAAGTGCATTTTGCGACTTAATGTAAGTTTATAACCTATTTGATCAATTTTTTA AAATCTGCTTATTTTAAAAAGTATGTTACATGTCTCAGAATACAGAAGATGTACTTTGAG ATTACTACAGATTACCCAAGGCATGATTTTTGTCCAAATGTATGATTACCGAAGATTGTA GGTTAGAATTATGTCCCGCTTAATCAGTTAAACATCGTTCATCGGAATAAAAGGTCAGAT CCAAATTTTGGTATTCCAAAAACAACTAAATTGTAACCAAAAGTATCCTTTTGTTCAACT TTTTCATTTTTATCAAAGAATAGAGTATCATCTTGCTCTTTAAGTTAATAAATATAAATA AAGAGAACAATTATTCAAACAAAGCTAAAGAAATTAAATTTGATCATTTTAGCATAATGT AATTACCCAACACATACAAAAATGATCCAAAAAAAAAGAAAAAAAAATCCACCCTTTTGC ATTAACCTCCCTGTTTTTTCTCAACCATTATTTATCATTTTACAACAAACCAAGAAGATC CAAGGATTCTCCATGAATCAATTAAAACCAGCAAAAGATTGTAACATCCTACATTAACAC GAACACGATGAACGCGTTAATCAACAGAACCCCTGCAAGAAAAAGAAAAAAAAAACGCAC GCTAGCTCTTGTGAATACGACAGAACTAAAATATCATATAAGCGCAAAGATTGAATTGAT CAATACATACCAATGTGCCATGGAACATTTCTGAAGCTGTTACTCCAAGATGATCCAAGG AAACAATCGTTCGTCGTGTTGAATCCACTAGGGCAATTGCATACAAATGAACTATAAGGT CCTCCATAGCCACAAACACCATTGCTTTTTTCACAATTAGCACACATATCAGGATAATCA TTGTTGAAATTGAACTTGTATTTCAACGCGATCCCATATTTCCATACTTGAGGATTCAAT TCTTCGCCACTAAAGCCGTATAAAGCAGAGTATGATGAACACTGCAACTTATTTAAGTCC ATCTCAAACGCGGGACCAAGATCAACAGGTGTGTAAACACAACAAGTTGAAATTGGTAAA TTGAGTCTACTAATAGCTTGACAAGAATATAATAAGCTACAAACAGGGGCACCCTGAGAG TCACACATAGGGAAAGTTGAGTTAGTCCCTTCATTATTCGATTTGTAGATTGACGAAGAA TCAGTTGCACAATCAAGCAACGCGAAAACTGTTTCATCATGAAAGGAAAAAGGCGCGTTA GCGTCTAGACTAAAGCCTTTACTTGGTTGTGTACAAGCACATGTTGACATAGAAGGGTCA GTAATGTACATGATTTGGTGGTTGTAGTCTATGGATGTAACAGGATAACATCCTGTGTGT GTCTTGAAAGAGAGTTGTTGATTGTTGCAGATAACATAAGGTTGAAATCGCGGATCGCCA CAGCCAGGACCAGTGCCAAAAGGGTATTTGATTGGTATATTGCCACATGATTTTTGACAA GTTTGTGATGTGATTAGTGAAGGAAGAAGAAGTATGAATATAATGCAAGAGATCAGGAAG TTCATGTTTTGGTTTTGAATATGAAAATGTAGAGAAGGCAAGGGAGGGGAGGGAGGAAGT GAAATGTGGAAGAGTAGTGGTATATAAATATAAATGTATAAGGTCTAAAGGTAGTGTCAA ATTGATCTTATTTTATGGCCTTATGGGGATTGTTCCCTTTTCTTGGACTTGGTAATGCAT AGTATCAAAAAGTCTCAATGTTTGAGATATCCCGGGAGAAATCACGAGGTTTCACGTTTT AAATAAAGTGAGTTCTTTTTCTTTAGGGTTATCCAACATTCGTGTTGGTGGGAGGTAGAG GTGGACAATGGACATATATCGTCGAAAATTGTGATATCGAATCAAGAGTTATCCAACATT TGCGTCGGTAGGAGGTAGAGGTGGACAATGGACATATATCACCGATAATTGAATTTCCGA ATCGAAGTTTGATTATGATGCTGAATCAAGAGCTCTTTCTGTTTGTTCAAATTTTGATGG ATAGAGTTATCCAACATTTATGCTGGTGGGAGGTAGAGGTGGACAATGAATATATATCAC CGAAAATTGAATTTTTCGAATCGAAGTTTGATTATAATATCAACCAAGAGTTCTTTCTGC TTGTTCAATTTTTTGATGTATACAGTTATCCAACATTTGTGTTGGCTGGAGGTAGAGATG GACAATGGACATATATTCTACATTGAAGTTTGATTACGATACCAGATCAAACTAAGAAAG TTTGATATTTGTTATCTCAATTACTAAATTATGAAATCAAATTTTGATTCTAATTTTATT TTATGGTTATTTCATGTGTATTAATTAAGTGCCACCAAAAATTGCAAATGTAAAAGGACA TCTATTATAAGTTTCTAATGTTTGCTTTTTTAAAAATGTAAGACTAGTTTGTAAATGCAT GGTGATGGAGAAATACCTTGTAGATTTAATTTAATTATAATATTTAGATATTTGAGAACT CTAATAATTGGTTTGATTAGTTTAATTATGTCAATGATTATGCTTCCACTAAAAAAAAGA AAAAAGGCATCTTTTATCTTTTGTAATGTAACACAACTATATTATTATACTATATAGTAT ATATAGGTGCTCCTCTTGCCAGCAAATGAGCCACTTTAATATAGTAATAACAATCTTTAC TTTTTTTTTTTAGTTTGTTTAAAAAAGTTAGCACTTATCTTAATTTTATTGTTAAATATT ATTCTGATATACTTTTAAGTATTATATAAATATAATCACAATTCATTTAATTTAATCCGT GATAAACACTATGTCATTCGCCTCCCTCCCCAGAAATCTCATTCATCACTTTTCCTCGCC TCTCTCATTTTATATAAACACAAATGTATAAATTGTGTTTGTATAAAGAGAAAGAAAGAT GTATATACAAATACATATCTCGTCCTATACATTTATAATTATACAATACAAATCTTCCCC TGTCTAGTTTTCTTTTGTCTTTCTTGCTTTATACAAAATACAATGTATAATTTGTATTGT GTAAAGCAAGCGCGCTAGAGAGAGAGAGTTTTGAACACAAATGTTTTAATTCGATTCAAA TGTATACAAGTTTAAATTTTATGCAGATATACAAGCACAATCGTTGATACATATGCATAG TAGTTATATATATAAAATTATCTAACCGATATACATATACAATCGTTCCGTTTTTTATAC AAACGAGATGTCTGCCTACGATTTATACAATTGAATTGTTCTATAGTTTGCTATGGCCAA AGTTTTGGCTAGCGCTGATGTGATTTTTGTATTTGCTAAATCTAAAATTTACTCAATTAT TTTTAGTCGAGACCGACCAAATGTGTAACTTGGTTGTCAAATCTAAGCCCATATTTCTAA CATATGTCCGGCCCATCAATTTTATAATGGATATTTTCATAGGCCCAATTTGATTCCAGA GGATTCAACCGCCAGCTTTCTTCTCCAGCGAAGAATTGTGTGTTAGTAAGAACCCTAATC CTTTTTTTGAATGATTATTCATAAATTAAGCTTGTAAATGTCATTTTATCCTTCTAATTG GATGTTTTTTTGAGTTAATTTTCATTTTTGTAGCTTACAGTTTGAGATTGGCTTATGTTG TAGACTCTATTATGGATGGAATATGTTAATTCTATCTTTAGAATAAGAGAATTAGCATTT ATATATCAATTGGCTGTCTTACAGGATATTGAGTTTTTTTTTTTTTTAAAAAAAAAATAT TAAAGTTCCTAGCTCTCTGCTCTTTTGGTGCTCTTTTGGTGATTCGAACTCGTAATCGTA GAGTTGAAGGTGGAGGATGCTTACTATCCGAGCATTGAGCTACCCCTTTTTGTTGAATAG TGAGTTGAATGTTTAAGTTAGCTGTTTCTGTTATGGATGTTTATTTATTGGTGAAGCAAT AACAGCATCAGCCAGCCTTCACTGCTTTCTCCACCAAGAAATCTGACCAGAAAAAATCCA CTTTCCAGTTTTCCTACTTATGTTTTCGTGCACTTTTGTCTACCCATCTGTTTTTTATTG CCGAGGTCTATCAGAAACAGCTCTCTAACTTAGAGGTAGCGGTAAGGTCTGTGTACACTC TACCCTCCAAAGACAAACACTTTTTTGGACTAAGTTTTGCTGTTTCTTATTGTAATTGGA ATTGAGAATTTGAGAATTGGGTTTTAAAGATAGGTTCTTTATGATAAAACAATATTTTTT GATAGATTCTTTATAGTCGATCTCTTTTTCTGGTAAATCCAAGGTCCTTCTTCTTCACTG GCATCCTCCTAATGTGGCAAATTTCTTGCTTTATCTCTTCCTCAATAGCAGCAGCATCAG ATAGGTTGATTTTTTTTTTGCTTTATTCGATTTCCTTCTTTTCTTGATGTTGCATTTGCA GAAATTGACCTCTTAACAAAAAGTTACTGTAATCAATGTTTAATGTGATCATCGTATTTG TTTTACAGGTGACAAAGAGATGAAGTTTCTATAAATTGATTTTATACATGGAGGAGAGCC ATGGCATTTGCAAGCTTTAATGGCTCTCTCAAAGAGATATGAGGAGGTGTTCTGCTTTTG TTTTTCCTTACCATTGTCAAGTCTTGTCTTATCATCAATACTTGGGTTCTGTGACAAAAC ACATGTCATTCTTTTCATATTCAACTAATTCTGCAGTTGCAAAGCGTTCTTGCCTAACTT TAACTGCCGCGAGATCTTTTCCAGATTATTCGCCTAAAAAACCCTCCATTAGAGACTTTG AACTTGTGCAGCACATATCGACTTCTATTAAGCAACGTTACTCTGAGCACGTTCGGCGTG TTTTAAAGCCCTTTGAATCAAAAATTAAACCTGACCACATCGTTTGGGTTCTCATGACCA TAAAGAATGATTACAAACTGGTTATAGATTTCTTTGATTGGTGGTGTCAACGGAGGGACC CGTCAATTGAGGTCCGTTGTATTATCGTGCATATTGCTGCTGCACAGAAAGATGCAAGGA TAGTACATAGGCTTATTCATGATTTTTGGGCAAGACCCGGTGTAGATGTGACAGTTTTCT TCCCCCAGTTTCTTGAAAAGTTAATATACACTTATAAGGATTGGGGTTCTAATCCATTTG TTTTTGATATTTTCTTCCAAGTGCTTGTAGAGTTAGGAAGTCTAGATTATGGAAGAAAAC TTTTTGATAAAATGTTGCACTATGGCTTAGTTCTATCTGTCTCTTCATGTAACTTTTTCC TTTCACGTCTCTCGCATGAGATTGAGGAGCACAAAATGATGCTAAAGGTCTTTAATGAAT TTTCTGAAGTGGGTGTTTGCTGGGACAATGAATCTCATAATATAGTGATCCATTCTCTTT GTCGGATAGGGAAAGTTAAAGAAGCTCATAACTTACTCCTGCAAATGGAGCTGAGGGGGT GTATGCCCGATGTTGTAAGTTACAGCACTGTGATTAATGGATACTGTGCCGCTGGACAGC TTGAATCAGTGATGAAGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 25318 25318 match_part 1.000 25183 25118 match_part 1.000 23331 23263 match_part 1.000 23145 23077 match_part 0.976 22229 22103 match_2 match_part 1.000 41796 41891 match_part 1.000 42008 42121 match_3 match_part 1.000 41818 41955 match_part 0.907 42006 42177 match_part 1.000 44414 44497 match_part 0.987 44596 44894 match_4 match_part 1.000 41818 41955 match_part 0.907 42006 42177 match_part 1.000 44414 44497 match_part 0.997 44596 44892 match_5 match_part 1.000 41818 41955 match_part 0.907 42006 42177 match_part 1.000 44414 44497 match_part 1.000 44596 44783 match_6 match_part 0.933 41985 42177 match_part 0.940 44414 44497 match_part 0.969 44596 45017 match_7 match_part 1.000 41996 42177 match_part 1.000 44414 44497 match_part 1.000 44596 44896 match_8 match_part 0.987 42022 42177 match_part 1.000 44414 44497 match_part 0.966 44596 44922 match_9 match_part 0.962 42022 42177 match_part 0.947 44414 44488 match_10 match_part 1.000 42086 42177 match_part 1.000 44414 44497 match_part 0.998 44596 45087 match_part 1.000 46445 46580 match_part 1.000 46777 46939 match_part 1.000 47603 47731 match_part 1.000 48072 48266 match_part 1.000 48912 49034 match_part 1.000 49126 49596 match_11 match_part 1.000 44442 44497 match_part 1.000 44596 45000 match_12 match_part 1.000 46864 46939 match_part 0.946 47603 47731 match_part 0.979 48072 48266 match_part 1.000 48912 49034 match_part 0.966 49126 49273 match_13 match_part 0.933 47583 47731 match_part 0.969 48072 48266 match_part 0.984 48912 49034 match_part 0.948 49126 49317 match_14 match_part 1.000 47685 47731 match_part 1.000 48072 48266 match_part 1.000 48912 49034 match_part 1.000 49126 49346 match_15 match_part 0.883 48156 48266 match_part 0.967 48912 49034 match_part 1.000 49126 49515 match_16 match_part 0.960 48167 48266 match_part 1.000 48912 49034 match_part 1.000 49126 49586 match_17 match_part 0.997 49492 49825 match_part 0.750 52136 52147 match_18 match_part 0.997 68279 68640 match_19 match_part 0.875 71490 71505 match_part 1.000 71638 72173 match_20 match_part 0.938 71490 71505 match_part 1.000 71638 72173 match_21 match_part 1.000 71832 72162 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_22 match_part 0.967 5593 5504 match_part 0.998 4532 3985 match_23 match_part 0.973 5576 5504 match_part 1.000 4532 3985 match_24 match_part 0.988 4316 3985 match_25 match_part 1.000 5909 5690 match_part 1.000 5610 5504 match_part 1.000 4532 4173 match_26 match_part 0.991 5909 5690 match_part 1.000 5610 5504 match_part 0.963 4532 4232 match_27 match_part 1.000 5909 5690 match_part 1.000 5610 5504 match_part 0.996 4532 4274 match_28 match_part 1.000 7222 7089 match_part 1.000 6633 6412 match_part 1.000 6330 6163 match_part 1.000 6049 5978 match_part 0.986 4446 4303 match_29 match_part 1.000 7124 7089 match_part 1.000 6633 6412 match_part 1.000 6330 6163 match_part 0.994 6049 5690 match_part 0.991 5610 5504 match_30 match_part 1.000 5909 5690 match_part 0.981 5610 5504 match_31 match_part 1.000 6633 6412 match_part 1.000 6330 6163 match_part 1.000 6049 5690 match_part 1.000 5610 5558 match_32 match_part 1.000 6580 6412 match_part 1.000 6330 6163 match_part 1.000 6049 5828 match_33 match_part 0.992 7221 7089 match_part 1.000 6633 6412 match_part 0.994 6330 6163 match_part 1.000 6049 6038 match_34 match_part 1.000 22105 21667 match_35 match_part 0.995 22100 21667 match_36 match_part 0.995 22096 21667 match_37 match_part 1.000 22094 21667 match_38 match_part 1.000 26678 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25118 match_part 1.000 23331 23263 match_part 1.000 23145 23077 match_part 1.000 22229 21708 match_39 match_part 0.969 23327 23263 match_part 1.000 23145 23077 match_part 1.000 22229 21871 match_40 match_part 1.000 26666 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25118 match_part 1.000 23331 23263 match_part 1.000 23145 23077 match_part 0.967 22229 22077 match_41 match_part 1.000 26764 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25118 match_part 1.000 23331 23263 match_part 1.000 23145 23077 match_part 1.000 22229 22188 match_42 match_part 0.968 26423 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25118 match_part 1.000 23331 23263 match_part 1.000 23145 23079 match_43 match_part 1.000 26561 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25118 match_part 1.000 23331 23263 match_part 1.000 23145 23107 match_44 match_part 0.964 26608 26331 match_part 1.000 25506 25318 match_part 0.985 25183 25118 match_part 1.000 23331 23273 match_45 match_part 1.000 26617 26331 match_part 0.995 25506 25318 match_part 0.970 25183 25118 match_part 0.980 23331 23283 match_46 match_part 0.996 26603 26331 match_part 0.995 25506 25318 match_part 1.000 25183 25137 match_47 match_part 1.000 26663 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25150 match_48 match_part 0.997 26660 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25178 match_49 match_part 1.000 26660 26331 match_part 1.000 25506 25328 match_50 match_part 1.000 26657 26331 match_part 1.000 25506 25328 match_51 match_part 1.000 26660 26331 match_part 1.000 25506 25331 match_52 match_part 1.000 26660 26331 match_part 1.000 25506 25337 match_53 match_part 0.994 26660 26331 match_part 0.994 25506 25351 match_54 match_part 0.988 26660 26331 match_part 1.000 25506 25433 match_55 match_part 1.000 26818 26331 match_part 1.000 25506 25457 match_56 match_part 0.998 26781 26331 match_part 1.000 25506 25459 match_57 match_part 0.998 26829 26331 match_part 1.000 25506 25483 match_58 match_part 0.998 26805 26331 match_part 1.000 25506 25484 match_59 match_part 0.960 26781 26331 match_part 1.000 25506 25492 match_60 match_part 0.998 26781 26331 match_61 match_part 0.969 26656 26331 match_62 match_part 0.981 26830 26467 match_63 match_part 0.875 49821 49742 match_part 0.925 49647 49330 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 7221 7089 exon 6633 6412 exon 6330 6163 exon 6049 5690 exon 5610 5504 exon 4532 3985 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 7222 7089 exon 6633 6412 exon 6330 6163 exon 6049 5978 exon 4446 3985 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 26830 26331 exon 25506 25318 exon 25183 25118 exon 23331 23263 exon 23145 23077 exon 22229 21667 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 41818 41955 exon 42006 42177 exon 44414 44497 exon 44596 45087 exon 46445 46580 exon 46777 46939 exon 47603 47731 exon 48072 48266 exon 48912 49034 exon 49126 49825 exon 52136 52147 gene_5 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 41985 42177 exon 44414 44497 exon 44596 45087 exon 46445 46580 exon 46777 46939 exon 47603 47731 exon 48072 48266 exon 48912 49034 exon 49126 49825 exon 52136 52147 gene_6 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 41796 41891 exon 42008 42177 exon 44414 44497 exon 44596 45087 exon 46445 46580 exon 46777 46939 exon 47603 47731 exon 48072 48266 exon 48912 49034 exon 49126 49825 exon 52136 52147 gene_7 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 47583 47731 exon 48072 48266 exon 48912 49034 exon 49126 49825 exon 52136 52147 gene_8 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 49821 49742 exon 49647 49330 gene_9 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 68279 68640 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 71490 71505 exon 71638 72173 RepeatMasker tomato repeats master Gypsy00046 4073 4174 1 Gypsy00046 4073 4174 1 nucleotide_motif 437 1898 2000 HELITRON7_OS 1596 6385 1 HELITRON7_OS 1596 6385 1 nucleotide_motif 438 1910 2013 SINE_SO 15 184 1 SINE_SO 15 184 1 nucleotide_motif 543 37913 38086 SSU-rRNA_Ath 1632 1754 1 SSU-rRNA_Ath 1632 1754 1 nucleotide_motif 485 39402 39519 Unknown00043 1946 2038 1 Unknown00043 1946 2038 1 nucleotide_motif 389 49861 49960 RepeatMasker tomato repeats master Copia00012 1532 1685 -1 Copia00012 1532 1685 -1 nucleotide_motif 437 5309 5164 Copia00172 284 490 -1 Copia00172 284 490 -1 nucleotide_motif 1004 21624 21412 MuDR1_HV 1267 1340 -1 MuDR1_HV 1267 1340 -1 nucleotide_motif 281 38888 38822 Copia00112 7619 7666 -1 Copia00112 7619 7666 -1 nucleotide_motif 230 38893 38846 RAVLIN_MT 1859 1915 -1 RAVLIN_MT 1859 1915 -1 nucleotide_motif 227 52787 52733 Unknown00025 251 469 -1 Unknown00025 251 469 -1 nucleotide_motif 742 55517 55288 Copia00110 13324 13566 -1 Copia00110 13324 13566 -1 nucleotide_motif 733 79977 79757 Gypsy00073 810 944 -1 Gypsy00073 810 944 -1 nucleotide_motif 509 80079 79949 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 5317 79566 82460 match_2 match 7690 75302 79537 match_3 match 68712 75273 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 1033 18598 19166 clone_end_1 clone_end 456 26817 27071 clone_end_2 clone_end 896 44904 45355 clone_start_2 clone_start 704 68719 69081 clone_start_3 clone_start 896 70951 71402 clone_end_3 clone_end 1080 75394 76062 clone_start_4 clone_start 1172 76113 76805 clone_start_5 clone_start 1094 77388 77987 clone_end_4 clone_end 884 80774 81219 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_5 clone_end 1021 515 1 clone_end_6 clone_end 809 569 162 clone_start_6 clone_start 1592 1068 258 clone_start_7 clone_start 549 3673 3389 clone_end_7 clone_end 1358 12296 11612 clone_end_8 clone_end 682 12715 12372 clone_start_8 clone_start 1374 15300 14608 clone_end_9 clone_end 1233 15312 14683 clone_end_10 clone_end 952 15253 14770 clone_end_11 clone_end 1330 15763 15093 clone_end_12 clone_end 1130 17922 17353 clone_end_13 clone_end 751 21656 21278 clone_start_9 clone_start 1334 47014 46311 clone_end_14 clone_end 936 47989 47518 clone_start_10 clone_start 577 82431 82141 clone_start_11 clone_start 278 82460 82321 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 25318 25318 match_part 1.000 25183 25118 match_part 1.000 23331 23263 match_part 1.000 23145 23077 match_part 0.976 22229 22103 match_2 match_part 1.000 41796 41891 match_part 1.000 42008 42121 match_3 match_part 1.000 41818 41955 match_part 0.907 42006 42177 match_part 1.000 44414 44497 match_part 0.987 44596 44894 match_4 match_part 1.000 41818 41955 match_part 0.907 42006 42177 match_part 1.000 44414 44497 match_part 0.997 44596 44892 match_5 match_part 1.000 41818 41955 match_part 0.907 42006 42177 match_part 1.000 44414 44497 match_part 1.000 44596 44783 match_6 match_part 1.000 41996 42177 match_part 1.000 44414 44497 match_part 1.000 44596 44896 match_7 match_part 1.000 42086 42177 match_part 1.000 44414 44497 match_part 0.998 44596 45087 match_part 1.000 46445 46580 match_part 1.000 46777 46939 match_part 1.000 47603 47731 match_part 1.000 48072 48266 match_part 1.000 48912 49034 match_part 1.000 49126 49596 match_8 match_part 1.000 44442 44497 match_part 1.000 44596 45000 match_9 match_part 1.000 47685 47731 match_part 1.000 48072 48266 match_part 1.000 48912 49034 match_part 1.000 49126 49346 match_10 match_part 0.883 48156 48266 match_part 0.967 48912 49034 match_part 1.000 49126 49515 match_11 match_part 0.960 48167 48266 match_part 1.000 48912 49034 match_part 1.000 49126 49586 match_12 match_part 0.997 49492 49825 match_part 0.750 52136 52147 match_13 match_part 0.997 68279 68640 match_14 match_part 0.875 71490 71505 match_part 1.000 71638 72173 match_15 match_part 0.938 71490 71505 match_part 1.000 71638 72173 match_16 match_part 1.000 71832 72162 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_17 match_part 0.967 5593 5504 match_part 0.998 4532 3985 match_18 match_part 0.973 5576 5504 match_part 1.000 4532 3985 match_19 match_part 0.988 4316 3985 match_20 match_part 1.000 5909 5690 match_part 1.000 5610 5504 match_part 1.000 4532 4173 match_21 match_part 0.991 5909 5690 match_part 1.000 5610 5504 match_part 0.963 4532 4232 match_22 match_part 1.000 5909 5690 match_part 1.000 5610 5504 match_part 0.996 4532 4274 match_23 match_part 1.000 7222 7089 match_part 1.000 6633 6412 match_part 1.000 6330 6163 match_part 1.000 6049 5978 match_part 0.986 4446 4303 match_24 match_part 1.000 7124 7089 match_part 1.000 6633 6412 match_part 1.000 6330 6163 match_part 0.994 6049 5690 match_part 0.991 5610 5504 match_25 match_part 1.000 5909 5690 match_part 0.981 5610 5504 match_26 match_part 1.000 6633 6412 match_part 1.000 6330 6163 match_part 1.000 6049 5690 match_part 1.000 5610 5558 match_27 match_part 1.000 6580 6412 match_part 1.000 6330 6163 match_part 1.000 6049 5828 match_28 match_part 0.992 7221 7089 match_part 1.000 6633 6412 match_part 0.994 6330 6163 match_part 1.000 6049 6038 match_29 match_part 1.000 22105 21667 match_30 match_part 0.995 22100 21667 match_31 match_part 0.995 22096 21667 match_32 match_part 1.000 22094 21667 match_33 match_part 1.000 26678 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25118 match_part 1.000 23331 23263 match_part 1.000 23145 23077 match_part 1.000 22229 21708 match_34 match_part 0.969 23327 23263 match_part 1.000 23145 23077 match_part 1.000 22229 21871 match_35 match_part 1.000 26666 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25118 match_part 1.000 23331 23263 match_part 1.000 23145 23077 match_part 0.967 22229 22077 match_36 match_part 1.000 26764 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25118 match_part 1.000 23331 23263 match_part 1.000 23145 23077 match_part 1.000 22229 22188 match_37 match_part 0.968 26423 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25118 match_part 1.000 23331 23263 match_part 1.000 23145 23079 match_38 match_part 1.000 26561 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25118 match_part 1.000 23331 23263 match_part 1.000 23145 23107 match_39 match_part 0.964 26608 26331 match_part 1.000 25506 25318 match_part 0.985 25183 25118 match_part 1.000 23331 23273 match_40 match_part 1.000 26617 26331 match_part 0.995 25506 25318 match_part 0.970 25183 25118 match_part 0.980 23331 23283 match_41 match_part 0.996 26603 26331 match_part 0.995 25506 25318 match_part 1.000 25183 25137 match_42 match_part 1.000 26663 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25150 match_43 match_part 0.997 26660 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25178 match_44 match_part 1.000 26660 26331 match_part 1.000 25506 25328 match_45 match_part 1.000 26657 26331 match_part 1.000 25506 25328 match_46 match_part 1.000 26660 26331 match_part 1.000 25506 25331 match_47 match_part 1.000 26660 26331 match_part 1.000 25506 25337 match_48 match_part 0.994 26660 26331 match_part 0.994 25506 25351 match_49 match_part 0.988 26660 26331 match_part 1.000 25506 25433 match_50 match_part 1.000 26818 26331 match_part 1.000 25506 25457 match_51 match_part 0.998 26781 26331 match_part 1.000 25506 25459 match_52 match_part 0.998 26829 26331 match_part 1.000 25506 25483 match_53 match_part 0.998 26805 26331 match_part 1.000 25506 25484 match_54 match_part 0.960 26781 26331 match_part 1.000 25506 25492 match_55 match_part 0.998 26781 26331 match_56 match_part 0.969 26656 26331 match_57 match_part 0.981 26830 26467 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 7221 7089 exon 6633 6412 exon 6330 6163 exon 6049 5690 exon 5610 5504 exon 4532 3985 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 7222 7089 exon 6633 6412 exon 6330 6163 exon 6049 5978 exon 4446 3985 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 26830 26331 exon 25506 25318 exon 25183 25118 exon 23331 23263 exon 23145 23077 exon 22229 21667 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 41818 41955 exon 42006 42177 exon 44414 44497 exon 44596 45087 exon 46445 46580 exon 46777 46939 exon 47603 47731 exon 48072 48266 exon 48912 49034 exon 49126 49825 exon 52136 52147 gene_5 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 41996 42177 exon 44414 44497 exon 44596 45087 exon 46445 46580 exon 46777 46939 exon 47603 47731 exon 48072 48266 exon 48912 49034 exon 49126 49825 exon 52136 52147 gene_6 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 41796 41891 exon 42008 42177 exon 44414 44497 exon 44596 45087 exon 46445 46580 exon 46777 46939 exon 47603 47731 exon 48072 48266 exon 48912 49034 exon 49126 49825 exon 52136 52147 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 68279 68640 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 71490 71505 exon 71638 72173 AUGUSTUS_tom_cdna de novo gene_1 gene 0.99 1 1751 transcript_1 transcript 0.99 1 1751 intron_1 intron 0.99 1143 1232 CDS_1 CDS 0.99 1 1142 CDS_2 CDS 1 1233 1751 stop_codon_1 stop_codon 1749 1751 gene_2 gene 0.27 29253 49221 transcript_2 transcript 0.27 29253 49221 start_codon_1 start_codon 29253 29255 intron_2 intron 0.5 29362 30318 intron_3 intron 0.54 30462 41981 intron_4 intron 1 42178 44413 intron_5 intron 1 44498 44595 intron_6 intron 1 45088 46444 intron_7 intron 1 46581 46776 intron_8 intron 1 46940 47602 intron_9 intron 1 47732 48071 intron_10 intron 1 48267 48911 intron_11 intron 1 49035 49125 CDS_3 CDS 0.5 29253 29361 CDS_4 CDS 0.54 30319 30461 CDS_5 CDS 0.99 41982 42177 CDS_6 CDS 1 44414 44497 CDS_7 CDS 1 44596 45087 CDS_8 CDS 1 46445 46580 CDS_9 CDS 1 46777 46939 CDS_10 CDS 1 47603 47731 CDS_11 CDS 1 48072 48266 CDS_12 CDS 1 48912 49034 CDS_13 CDS 1 49126 49221 stop_codon_2 stop_codon 49219 49221 gene_3 gene 0.97 68088 68975 transcript_3 transcript 0.97 68088 68975 start_codon_2 start_codon 68088 68090 CDS_14 CDS 0.97 68088 68975 stop_codon_3 stop_codon 68973 68975 gene_4 gene 0.96 69711 71847 transcript_4 transcript 0.96 69711 71847 start_codon_3 start_codon 69711 69713 intron_12 intron 1 69957 70036 intron_13 intron 1 70328 70422 intron_14 intron 1 70552 70640 intron_15 intron 0.99 70815 71397 intron_16 intron 0.97 71506 71637 CDS_15 CDS 1 69711 69956 CDS_16 CDS 1 70037 70327 CDS_17 CDS 1 70423 70551 CDS_18 CDS 0.99 70641 70814 CDS_19 CDS 1 71398 71505 CDS_20 CDS 0.97 71638 71847 stop_codon_4 stop_codon 71845 71847 gene_5 gene 0.92 72851 74339 transcript_5 transcript 0.92 72851 74339 start_codon_4 start_codon 72851 72853 intron_17 intron 1 73454 73568 CDS_21 CDS 0.92 72851 73453 CDS_22 CDS 1 73569 74339 stop_codon_5 stop_codon 74337 74339 AUGUSTUS_tom_cdna de novo gene_6 gene 0.05 26606 4226 transcript_6 transcript 0.05 26606 4226 stop_codon_6 stop_codon 4228 4226 intron_18 intron 1 5503 4533 intron_19 intron 1 5689 5611 intron_20 intron 1 6162 6050 intron_21 intron 1 6411 6331 intron_22 intron 1 7088 6634 intron_23 intron 0.69 7412 7329 intron_24 intron 0.97 7577 7493 intron_25 intron 0.98 9470 7744 intron_26 intron 0.85 9755 9684 intron_27 intron 0.74 10785 9820 intron_28 intron 0.57 11708 10929 intron_29 intron 0.52 11883 11814 intron_30 intron 0.99 12171 12031 intron_31 intron 0.78 12387 12289 intron_32 intron 0.63 12559 12466 intron_33 intron 0.62 12734 12645 intron_34 intron 0.63 13176 12857 intron_35 intron 0.69 14528 13243 intron_36 intron 0.66 16268 14607 intron_37 intron 0.99 16536 16380 intron_38 intron 0.88 22143 16619 intron_39 intron 1 23076 22230 intron_40 intron 1 23262 23146 intron_41 intron 1 25117 23332 intron_42 intron 1 25317 25184 intron_43 intron 1 26330 25507 CDS_23 CDS 1 4532 4226 CDS_24 CDS 1 5610 5504 CDS_25 CDS 1 6049 5690 CDS_26 CDS 1 6330 6163 CDS_27 CDS 1 6633 6412 CDS_28 CDS 0.7 7328 7089 CDS_29 CDS 0.68 7492 7413 CDS_30 CDS 0.96 7743 7578 CDS_31 CDS 0.89 9683 9471 CDS_32 CDS 0.85 9819 9756 CDS_33 CDS 1 10928 10786 CDS_34 CDS 0.52 11813 11709 CDS_35 CDS 0.94 12030 11884 CDS_36 CDS 1 12288 12172 CDS_37 CDS 0.78 12465 12388 CDS_38 CDS 0.62 12644 12560 CDS_39 CDS 0.63 12856 12735 CDS_40 CDS 0.97 13242 13177 CDS_41 CDS 0.7 14606 14529 CDS_42 CDS 0.93 16379 16269 CDS_43 CDS 0.99 16618 16537 CDS_44 CDS 0.92 22229 22144 CDS_45 CDS 1 23145 23077 CDS_46 CDS 1 23331 23263 CDS_47 CDS 1 25183 25118 CDS_48 CDS 1 25506 25318 CDS_49 CDS 1 26606 26331 start_codon_5 start_codon 26606 26604 gene_7 gene 0.31 29185 26629 transcript_7 transcript 0.31 29185 26629 stop_codon_7 stop_codon 26631 26629 intron_44 intron 0.31 29069 26891 CDS_50 CDS 0.49 26890 26629 CDS_51 CDS 0.5 29185 29070 start_codon_6 start_codon 29185 29183 gene_8 gene 0.97 52017 50107 transcript_8 transcript 0.97 52017 50107 stop_codon_8 stop_codon 50109 50107 CDS_52 CDS 0.97 52017 50107 start_codon_7 start_codon 52017 52015 gene_9 gene 0.32 78251 77509 transcript_9 transcript 0.32 78251 77509 stop_codon_9 stop_codon 77511 77509 intron_45 intron 0.64 77650 77553 CDS_53 CDS 0.64 77552 77509 CDS_54 CDS 0.33 78251 77651 start_codon_8 start_codon 78251 78249 AUGUSTUS_ab_initio de novo gene_1 gene 0.9 1 1751 transcript_1 transcript 0.9 1 1751 intron_1 intron 0.99 1143 1232 CDS_1 CDS 0.9 1 1142 CDS_2 CDS 1 1233 1751 stop_codon_1 stop_codon 1749 1751 gene_2 gene 0.16 41988 49484 transcript_2 transcript 0.16 41988 49484 start_codon_1 start_codon 41988 41990 intron_2 intron 0.47 42178 44413 intron_3 intron 1 44498 44595 intron_4 intron 0.71 45088 46444 intron_5 intron 1 46581 46776 intron_6 intron 0.98 46940 47602 intron_7 intron 0.97 47732 48071 intron_8 intron 0.8 48267 48911 intron_9 intron 0.62 49039 49097 intron_10 intron 0.63 49156 49357 CDS_3 CDS 1 41988 42177 CDS_4 CDS 1 44414 44497 CDS_5 CDS 0.97 44596 45087 CDS_6 CDS 0.98 46445 46580 CDS_7 CDS 0.99 46777 46939 CDS_8 CDS 0.97 47603 47731 CDS_9 CDS 1 48072 48266 CDS_10 CDS 0.8 48912 49038 CDS_11 CDS 0.63 49098 49155 CDS_12 CDS 0.74 49358 49484 stop_codon_2 stop_codon 49482 49484 gene_3 gene 0.92 68088 68975 transcript_3 transcript 0.92 68088 68975 start_codon_2 start_codon 68088 68090 CDS_13 CDS 0.92 68088 68975 stop_codon_3 stop_codon 68973 68975 gene_4 gene 0.09 69711 74339 transcript_4 transcript 0.09 69711 74339 start_codon_3 start_codon 69711 69713 intron_11 intron 1 69957 70036 intron_12 intron 1 70328 70422 intron_13 intron 1 70552 70640 intron_14 intron 0.96 70815 71397 intron_15 intron 0.72 71506 71637 intron_16 intron 0.09 71839 72832 intron_17 intron 1 73454 73568 CDS_14 CDS 0.96 69711 69956 CDS_15 CDS 1 70037 70327 CDS_16 CDS 1 70423 70551 CDS_17 CDS 0.99 70641 70814 CDS_18 CDS 1 71398 71505 CDS_19 CDS 0.34 71638 71838 CDS_20 CDS 0.67 72833 73453 CDS_21 CDS 0.95 73569 74339 stop_codon_4 stop_codon 74337 74339 gene_5 gene 0.33 81603 82374 transcript_5 transcript 0.33 81603 82374 start_codon_4 start_codon 81603 81605 intron_18 intron 0.39 82248 82329 CDS_22 CDS 0.37 81603 82247 CDS_23 CDS 0.39 82330 82374 stop_codon_5 stop_codon 82372 82374 AUGUSTUS_ab_initio de novo gene_6 gene 0.04 19404 4152 transcript_6 transcript 0.04 19404 4152 stop_codon_6 stop_codon 4154 4152 intron_19 intron 0.71 4243 4170 intron_20 intron 0.97 5503 4533 intron_21 intron 0.52 5854 5611 intron_22 intron 0.94 6162 6050 intron_23 intron 0.96 6411 6331 intron_24 intron 0.93 7088 6634 intron_25 intron 0.96 7412 7329 intron_26 intron 1 7577 7493 intron_27 intron 0.7 9470 7744 intron_28 intron 0.9 9755 9684 intron_29 intron 0.87 9909 9820 intron_30 intron 0.86 10785 10012 intron_31 intron 0.96 11708 10929 intron_32 intron 0.94 11883 11814 intron_33 intron 1 12171 12031 intron_34 intron 0.79 12387 12289 intron_35 intron 1 12559 12466 intron_36 intron 1 12734 12645 intron_37 intron 0.95 13176 12857 intron_38 intron 0.43 14528 13243 intron_39 intron 0.9 16268 14607 intron_40 intron 1 16536 16380 intron_41 intron 0.96 16960 16619 intron_42 intron 0.86 17469 17023 intron_43 intron 0.72 17926 17536 intron_44 intron 0.64 19233 17978 CDS_24 CDS 0.71 4169 4152 CDS_25 CDS 0.69 4532 4244 CDS_26 CDS 1 5610 5504 CDS_27 CDS 0.52 6049 5855 CDS_28 CDS 0.96 6330 6163 CDS_29 CDS 0.96 6633 6412 CDS_30 CDS 0.9 7328 7089 CDS_31 CDS 0.96 7492 7413 CDS_32 CDS 0.99 7743 7578 CDS_33 CDS 0.9 9683 9471 CDS_34 CDS 0.9 9819 9756 CDS_35 CDS 0.86 10011 9910 CDS_36 CDS 1 10928 10786 CDS_37 CDS 0.94 11813 11709 CDS_38 CDS 0.98 12030 11884 CDS_39 CDS 1 12288 12172 CDS_40 CDS 0.79 12465 12388 CDS_41 CDS 1 12644 12560 CDS_42 CDS 0.95 12856 12735 CDS_43 CDS 0.94 13242 13177 CDS_44 CDS 0.98 14606 14529 CDS_45 CDS 0.91 16379 16269 CDS_46 CDS 1 16618 16537 CDS_47 CDS 0.94 17022 16961 CDS_48 CDS 0.85 17535 17470 CDS_49 CDS 0.8 17977 17927 CDS_50 CDS 1 19404 19234 start_codon_5 start_codon 19404 19402 gene_7 gene 0.81 26627 22101 transcript_7 transcript 0.81 26627 22101 stop_codon_7 stop_codon 22103 22101 intron_45 intron 0.91 23076 22230 intron_46 intron 0.96 23262 23146 intron_47 intron 1 25117 23332 intron_48 intron 0.96 25317 25184 intron_49 intron 0.98 26330 25507 CDS_51 CDS 0.95 22229 22101 CDS_52 CDS 0.98 23145 23077 CDS_53 CDS 0.96 23331 23263 CDS_54 CDS 0.96 25183 25118 CDS_55 CDS 0.99 25506 25318 CDS_56 CDS 1 26627 26331 start_codon_6 start_codon 26627 26625 gene_8 gene 0.96 52017 50107 transcript_8 transcript 0.96 52017 50107 stop_codon_8 stop_codon 50109 50107 CDS_57 CDS 0.96 52017 50107 start_codon_7 start_codon 52017 52015 gene_9 gene 0.61 78485 77509 transcript_9 transcript 0.61 78485 77509 stop_codon_9 stop_codon 77511 77509 intron_50 intron 0.83 77650 77553 CDS_58 CDS 0.83 77552 77509 CDS_59 CDS 0.66 78485 77651 start_codon_8 start_codon 78485 78483 AUGUSTUS_tom_ugs de novo gene_1 gene 1 1 1751 transcript_1 transcript 1 1 1751 intron_1 intron 1 1143 1232 CDS_1 CDS 1 1 1142 CDS_2 CDS 1 1233 1751 stop_codon_1 stop_codon 1749 1751 gene_2 gene 0.25 41988 49221 transcript_2 transcript 0.25 41988 49221 start_codon_1 start_codon 41988 41990 intron_2 intron 1 42178 44413 intron_3 intron 1 44498 44595 intron_4 intron 0.93 45088 46444 intron_5 intron 0.98 46581 46776 intron_6 intron 0.73 46940 47602 intron_7 intron 0.76 47732 48071 intron_8 intron 0.45 48267 49125 CDS_3 CDS 1 41988 42177 CDS_4 CDS 1 44414 44497 CDS_5 CDS 0.98 44596 45087 CDS_6 CDS 1 46445 46580 CDS_7 CDS 0.97 46777 46939 CDS_8 CDS 0.74 47603 47731 CDS_9 CDS 1 48072 48266 CDS_10 CDS 0.43 49126 49221 stop_codon_2 stop_codon 49219 49221 gene_3 gene 0.97 68088 68975 transcript_3 transcript 0.97 68088 68975 start_codon_2 start_codon 68088 68090 CDS_11 CDS 0.97 68088 68975 stop_codon_3 stop_codon 68973 68975 gene_4 gene 0.65 69711 71847 transcript_4 transcript 0.65 69711 71847 start_codon_3 start_codon 69711 69713 intron_9 intron 1 69957 70036 intron_10 intron 1 70328 70422 intron_11 intron 1 70552 70640 intron_12 intron 0.99 70815 71397 intron_13 intron 0.67 71506 71637 CDS_12 CDS 1 69711 69956 CDS_13 CDS 1 70037 70327 CDS_14 CDS 1 70423 70551 CDS_15 CDS 0.99 70641 70814 CDS_16 CDS 0.99 71398 71505 CDS_17 CDS 0.66 71638 71847 stop_codon_4 stop_codon 71845 71847 gene_5 gene 0.66 72851 74339 transcript_5 transcript 0.66 72851 74339 start_codon_4 start_codon 72851 72853 intron_14 intron 1 73454 73568 CDS_18 CDS 0.66 72851 73453 CDS_19 CDS 1 73569 74339 stop_codon_5 stop_codon 74337 74339 AUGUSTUS_tom_ugs de novo gene_6 gene 0.02 19404 4226 transcript_6 transcript 0.02 19404 4226 stop_codon_6 stop_codon 4228 4226 intron_15 intron 1 5503 4533 intron_16 intron 1 5689 5611 intron_17 intron 1 6162 6050 intron_18 intron 1 6411 6331 intron_19 intron 1 7088 6634 intron_20 intron 0.66 7412 7329 intron_21 intron 1 7577 7493 intron_22 intron 0.98 9470 7744 intron_23 intron 0.96 9755 9684 intron_24 intron 0.72 10785 9820 intron_25 intron 0.56 11708 10929 intron_26 intron 0.52 11883 11814 intron_27 intron 0.99 12171 12031 intron_28 intron 0.79 12387 12289 intron_29 intron 0.77 12559 12466 intron_30 intron 0.74 12734 12645 intron_31 intron 0.69 13176 12857 intron_32 intron 0.69 14528 13243 intron_33 intron 0.58 16268 14607 intron_34 intron 0.91 16536 16380 intron_35 intron 0.62 16960 16619 intron_36 intron 0.36 19233 17023 CDS_20 CDS 0.99 4532 4226 CDS_21 CDS 1 5610 5504 CDS_22 CDS 1 6049 5690 CDS_23 CDS 1 6330 6163 CDS_24 CDS 1 6633 6412 CDS_25 CDS 0.66 7328 7089 CDS_26 CDS 0.66 7492 7413 CDS_27 CDS 1 7743 7578 CDS_28 CDS 0.97 9683 9471 CDS_29 CDS 0.96 9819 9756 CDS_30 CDS 1 10928 10786 CDS_31 CDS 0.52 11813 11709 CDS_32 CDS 0.96 12030 11884 CDS_33 CDS 0.99 12288 12172 CDS_34 CDS 0.8 12465 12388 CDS_35 CDS 0.74 12644 12560 CDS_36 CDS 0.69 12856 12735 CDS_37 CDS 0.99 13242 13177 CDS_38 CDS 0.67 14606 14529 CDS_39 CDS 0.87 16379 16269 CDS_40 CDS 0.94 16618 16537 CDS_41 CDS 0.59 17022 16961 CDS_42 CDS 0.98 19404 19234 start_codon_5 start_codon 19404 19402 gene_7 gene 1 26627 22101 transcript_7 transcript 1 26627 22101 stop_codon_7 stop_codon 22103 22101 intron_37 intron 1 23076 22230 intron_38 intron 1 23262 23146 intron_39 intron 1 25117 23332 intron_40 intron 1 25317 25184 intron_41 intron 1 26330 25507 CDS_43 CDS 1 22229 22101 CDS_44 CDS 1 23145 23077 CDS_45 CDS 1 23331 23263 CDS_46 CDS 1 25183 25118 CDS_47 CDS 1 25506 25318 CDS_48 CDS 1 26627 26331 start_codon_6 start_codon 26627 26625 gene_8 gene 0.97 52017 50107 transcript_8 transcript 0.97 52017 50107 stop_codon_8 stop_codon 50109 50107 CDS_49 CDS 0.97 52017 50107 start_codon_7 start_codon 52017 52015 gene_9 gene 0.35 78251 77509 transcript_9 transcript 0.35 78251 77509 stop_codon_9 stop_codon 77511 77509 intron_42 intron 0.74 77650 77553 CDS_50 CDS 0.74 77552 77509 CDS_51 CDS 0.35 78251 77651 start_codon_8 start_codon 78251 78249 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 19961 20387 match_2 match_part 0.995 41812 42177 match_part 1.000 44414 44497 match_part 1.000 44596 44825 match_3 match_part 0.993 41816 41955 match_part 0.907 42006 42177 match_part 1.000 44414 44497 match_part 1.000 44596 45087 match_part 1.000 46445 46580 match_part 1.000 46777 46939 match_part 1.000 47603 47731 match_part 1.000 48072 48266 match_part 1.000 48912 49034 match_part 1.000 49126 49817 match_4 match_part 0.992 68277 68640 match_5 match_part 0.824 71489 71505 match_part 1.000 71638 72172 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_6 match_part 0.993 7223 7089 match_part 1.000 6633 6412 match_part 1.000 6330 6163 match_part 1.000 6049 5690 match_part 1.000 5610 5504 match_part 1.000 4532 3987 match_7 match_part 0.993 7223 7089 match_part 1.000 6633 6412 match_part 1.000 6330 6163 match_part 1.000 6049 5978 match_part 0.984 4446 4255 match_8 match_part 0.973 7726 7578 match_part 0.949 7492 7454 match_9 match_part 1.000 26835 26331 match_part 1.000 25506 25318 match_part 1.000 25183 25118 match_part 1.000 23331 23263 match_part 1.000 23145 23077 match_part 0.998 22229 21666 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 7223 7089 exon 6633 6412 exon 6330 6163 exon 6049 5690 exon 5610 5504 exon 4532 3987 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 7223 7089 exon 6633 6412 exon 6330 6163 exon 6049 5978 exon 4446 4255 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 7726 7578 exon 7492 7454 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 19961 20387 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 26835 26331 exon 25506 25318 exon 25183 25118 exon 23331 23263 exon 23145 23077 exon 22229 21666 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 41812 42177 exon 44414 44497 exon 44596 44825 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 41816 41955 exon 42006 42177 exon 44414 44497 exon 44596 45087 exon 46445 46580 exon 46777 46939 exon 47603 47731 exon 48072 48266 exon 48912 49034 exon 49126 49817 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 68277 68640 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 71489 71505 exon 71638 72172 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.995 19947 20358 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 0.993 20804 20371 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 19947 20358 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05SLm0095J08.2 type gene exon 20804 20371 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.99 1 1751 transcript_1 transcript 0.99 1 1751 intron_1 intron 0.99 1143 1232 CDS_1 CDS 0.99 1 1142 CDS_2 CDS 0.99 1233 1751 stop_codon_1 stop_codon 1749 1751 gene_2 gene 0.28 29253 49221 transcript_2 transcript 0.28 29253 49221 start_codon_1 start_codon 29253 29255 intron_2 intron 0.57 29362 30318 intron_3 intron 0.51 30462 41981 intron_4 intron 1 42178 44413 intron_5 intron 1 44498 44595 intron_6 intron 1 45088 46444 intron_7 intron 1 46581 46776 intron_8 intron 1 46940 47602 intron_9 intron 1 47732 48071 intron_10 intron 1 48267 48911 intron_11 intron 1 49035 49125 CDS_3 CDS 0.57 29253 29361 CDS_4 CDS 0.51 30319 30461 CDS_5 CDS 0.98 41982 42177 CDS_6 CDS 1 44414 44497 CDS_7 CDS 1 44596 45087 CDS_8 CDS 1 46445 46580 CDS_9 CDS 1 46777 46939 CDS_10 CDS 1 47603 47731 CDS_11 CDS 1 48072 48266 CDS_12 CDS 1 48912 49034 CDS_13 CDS 1 49126 49221 stop_codon_2 stop_codon 49219 49221 gene_3 gene 0.98 68088 68975 transcript_3 transcript 0.98 68088 68975 start_codon_2 start_codon 68088 68090 CDS_14 CDS 0.98 68088 68975 stop_codon_3 stop_codon 68973 68975 gene_4 gene 0.98 69711 71847 transcript_4 transcript 0.98 69711 71847 start_codon_3 start_codon 69711 69713 intron_12 intron 1 69957 70036 intron_13 intron 1 70328 70422 intron_14 intron 1 70552 70640 intron_15 intron 0.98 70815 71397 intron_16 intron 1 71506 71637 CDS_15 CDS 1 69711 69956 CDS_16 CDS 1 70037 70327 CDS_17 CDS 1 70423 70551 CDS_18 CDS 0.98 70641 70814 CDS_19 CDS 1 71398 71505 CDS_20 CDS 1 71638 71847 stop_codon_4 stop_codon 71845 71847 gene_5 gene 0.95 72851 74339 transcript_5 transcript 0.95 72851 74339 start_codon_4 start_codon 72851 72853 intron_17 intron 1 73454 73568 CDS_21 CDS 0.95 72851 73453 CDS_22 CDS 1 73569 74339 stop_codon_5 stop_codon 74337 74339 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 0.05 26606 4226 transcript_6 transcript 0.05 26606 4226 stop_codon_6 stop_codon 4228 4226 intron_18 intron 1 5503 4533 intron_19 intron 1 5689 5611 intron_20 intron 1 6162 6050 intron_21 intron 1 6411 6331 intron_22 intron 1 7088 6634 intron_23 intron 0.7 7412 7329 intron_24 intron 0.99 7577 7493 intron_25 intron 0.94 9470 7744 intron_26 intron 0.93 9755 9684 intron_27 intron 0.68 10785 9820 intron_28 intron 0.59 11708 10929 intron_29 intron 0.54 11883 11814 intron_30 intron 1 12171 12031 intron_31 intron 0.82 12387 12289 intron_32 intron 0.71 12559 12466 intron_33 intron 0.7 12734 12645 intron_34 intron 0.68 13176 12857 intron_35 intron 0.71 14528 13243 intron_36 intron 0.67 16268 14607 intron_37 intron 0.97 16536 16380 intron_38 intron 0.5 22143 16619 intron_39 intron 1 23076 22230 intron_40 intron 1 23262 23146 intron_41 intron 1 25117 23332 intron_42 intron 1 25317 25184 intron_43 intron 1 26330 25507 CDS_23 CDS 1 4532 4226 CDS_24 CDS 1 5610 5504 CDS_25 CDS 1 6049 5690 CDS_26 CDS 1 6330 6163 CDS_27 CDS 1 6633 6412 CDS_28 CDS 0.71 7328 7089 CDS_29 CDS 0.7 7492 7413 CDS_30 CDS 0.97 7743 7578 CDS_31 CDS 0.94 9683 9471 CDS_32 CDS 0.93 9819 9756 CDS_33 CDS 1 10928 10786 CDS_34 CDS 0.54 11813 11709 CDS_35 CDS 0.96 12030 11884 CDS_36 CDS 1 12288 12172 CDS_37 CDS 0.82 12465 12388 CDS_38 CDS 0.7 12644 12560 CDS_39 CDS 0.68 12856 12735 CDS_40 CDS 0.99 13242 13177 CDS_41 CDS 0.71 14606 14529 CDS_42 CDS 0.94 16379 16269 CDS_43 CDS 1 16618 16537 CDS_44 CDS 0.52 22229 22144 CDS_45 CDS 1 23145 23077 CDS_46 CDS 1 23331 23263 CDS_47 CDS 1 25183 25118 CDS_48 CDS 1 25506 25318 CDS_49 CDS 1 26606 26331 start_codon_5 start_codon 26606 26604 gene_7 gene 0.37 29185 26629 transcript_7 transcript 0.37 29185 26629 stop_codon_7 stop_codon 26631 26629 intron_44 intron 0.38 29069 26891 CDS_50 CDS 0.51 26890 26629 CDS_51 CDS 0.57 29185 29070 start_codon_6 start_codon 29185 29183 gene_8 gene 0.71 52017 50107 transcript_8 transcript 0.71 52017 50107 stop_codon_8 stop_codon 50109 50107 CDS_52 CDS 0.71 52017 50107 start_codon_7 start_codon 52017 52015 gene_9 gene 0.38 78251 77509 transcript_9 transcript 0.38 78251 77509 stop_codon_9 stop_codon 77511 77509 intron_45 intron 0.66 77650 77553 CDS_53 CDS 0.66 77552 77509 CDS_54 CDS 0.4 78251 77651 start_codon_8 start_codon 78251 78249 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 328 81657 82460 match_2 match 54.7 49114 49218 match_3 match 108 48069 48263 match_4 match 81.6 48912 49040 match_5 match 64.7 70070 70327 match_6 match 46.2 70423 70560 match_7 match 39.7 69849 69953 match_8 match 254 68088 68951 match_9 match 170 71395 71844 match_10 match 122 69720 69974 match_11 match 94.4 70635 70814 match_12 match 154 70037 70327 match_13 match 84.0 70423 70557 match_14 match 111 3 1022 match_15 match 344 3 1742 match_16 match 114 3 1022 match_17 match 344 3 1742 match_18 match 57.0 49114 49215 match_19 match 81.3 48912 49040 match_20 match 129 3 1121 match_21 match 140 3 1121 match_22 match 116 3 689 match_23 match 240 68100 68954 match_24 match 170 71395 71844 match_25 match 135 69720 69956 match_26 match 100 70653 70814 match_27 match 164 70037 70327 match_28 match 82.8 70423 70551 match_29 match 112 73680 74297 match_30 match 63.5 70070 70327 match_31 match 46.2 70617 70814 match_32 match 47.8 70423 70560 match_33 match 41.6 69840 69953 match_34 match 63.5 70070 70327 match_35 match 46.2 70617 70814 match_36 match 47.8 70423 70560 match_37 match 41.6 69840 69953 match_38 match 118 73671 74297 match_39 match 118 73671 74297 match_40 match 113 73680 74294 match_41 match 113 73680 74294 match_42 match 113 73680 74294 match_43 match 112 72848 73354 match_44 match 175 73677 74297 match_45 match 105 72848 73354 match_46 match 162 73677 74297 match_47 match 108 72848 73354 match_48 match 125 73677 74297 match_49 match 116 72848 73354 match_50 match 162 73677 74297 match_51 match 109 72839 73378 match_52 match 159 73677 74297 match_53 match 169 73677 74297 match_54 match 149 73677 74297 match_55 match 106 72848 73354 match_56 match 133 73677 74297 match_57 match 174 68103 68951 match_58 match 72.0 70330 70554 match_59 match 151 71395 71844 match_60 match 93.6 69720 69953 match_61 match 82.4 70635 70814 match_62 match 148 70037 70327 match_63 match 130 73800 74297 match_64 match 124 73680 74294 match_65 match 104 73788 74294 match_66 match 104 73788 74294 match_67 match 107 73722 74294 match_68 match 259 68100 68954 match_69 match 172 71395 71844 match_70 match 99.0 70617 70814 match_71 match 122 69720 69956 match_72 match 163 70037 70327 match_73 match 84.3 70423 70551 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_74 match 107 51534 50734 match_75 match 111 51681 50941 match_76 match 145 51897 50923 match_77 match 135 51345 50497 match_78 match 132 51642 50776 match_79 match 160 51579 50128 match_80 match 156 51723 50491 match_81 match 118 51714 50932 match_82 match 117 51753 51004 match_83 match 124 51336 50500 match_84 match 246 51912 50095 match_85 match 181 51942 50491 match_86 match 163 51555 50137 match_87 match 184 51681 50269 match_88 match 169 51759 50680 match_89 match 181 51942 50491 match_90 match 163 51555 50137 match_91 match 184 51681 50269 match_92 match 169 51759 50680 match_93 match 335 78431 77658 match_94 match 110 78428 77703 match_95 match 126 51927 50941 match_96 match 164 52008 50635 match_97 match 159 51468 50110 match_98 match 81.6 6049 5708 match_99 match 151 6633 6163 match_100 match 140 51711 51007 match_101 match 123 51939 50992 match_102 match 120 51531 50932 match_103 match 105 51222 50503 match_104 match 109 51528 50932 match_105 match 275 51927 50269 match_106 match 219 51951 50113 match_107 match 216 51951 50110 match_108 match 151 6612 6163 match_109 match 228 51849 50197 match_110 match 207 51672 50332 match_111 match 129 51927 51085 match_112 match 129 51525 50929 match_113 match 81.3 6049 5708 match_114 match 150 6633 6163 match_115 match 171 51510 50269 match_116 match 187 51765 50578 match_117 match 195 51639 50134 match_118 match 107 51780 51139 match_119 match 147 51753 50932 match_120 match 114 51720 51136 match_121 match 112 51561 50635 match_122 match 114 51633 50941 match_123 match 119 51417 50713 match_124 match 129 51753 51007 match_125 match 116 51735 50932 match_126 match 106 51543 50656 match_127 match 111 51399 50587 match_128 match 116 51735 50932 match_129 match 106 51543 50656 match_130 match 111 51399 50587 match_131 match 199 51954 50110 match_132 match 207 51963 50113 match_133 match 126 51732 50113 match_134 match 169 51954 50566 match_135 match 212 51954 50335 match_136 match 120 51396 50110 match_137 match 170 51954 50578 match_138 match 236 51879 50269 match_139 match 113 51753 51079 match_140 match 246 51891 50269 match_141 match 193 51678 50641 match_142 match 135 51852 50929 match_143 match 163 51498 50269 match_144 match 135 51678 50983 match_145 match 209 51864 50491 match_146 match 147 51732 51058 match_147 match 256 52062 50269 match_148 match 259 51780 50113 match_149 match 180 51954 50269 match_150 match 175 51747 50125 match_151 match 174 51747 50272 match_152 match 198 52041 50269 match_153 match 194 51747 50125 match_154 match 115 51927 50989 match_155 match 105 51546 50941 match_156 match 114 51927 51097 match_157 match 107 51570 50923 match_158 match 116 51660 50731 match_159 match 115 51402 50500 match_160 match 110 51762 51016 match_161 match 120 51861 50938 match_162 match 135 51420 50500 match_163 match 123 51753 50938 match_164 match 135 51387 50632 match_165 match 153 6633 6163 match_166 match 189 51915 50110 match_167 match 116 51465 50653 match_168 match 131 51600 50932 match_169 match 132 51678 50671 match_170 match 117 51579 50653 match_171 match 134 51897 50941 match_172 match 105 51159 50281 match_173 match 116 51387 50581 match_174 match 141 51642 50653 match_175 match 122 51387 50578 match_176 match 107 51159 50281 match_177 match 139 51678 50932 match_178 match 108 51486 50494 match_179 match 126 51861 50941 match_180 match 152 51675 50134 match_181 match 159 51762 50125 match_182 match 172 51954 50290 match_183 match 181 51954 50269 match_184 match 202 10058 9468 match_185 match 125 7469 7080 match_186 match 178 6088 5708 match_187 match 142 4531 4268 match_188 match 239 6636 6163 match_189 match 103 7746 7579 match_190 match 137 51927 50941 match_191 match 107 51546 50923 match_192 match 146 51468 50110 match_193 match 143 51753 50854 match_194 match 164 51684 50578 match_195 match 145 51762 51001 match_196 match 120 51210 50269 match_197 match 224 51945 50272 match_198 match 160 51459 50269 match_199 match 117 51927 51148 match_200 match 119 51564 51001 match_201 match 117 51960 51085 match_202 match 112 51567 50998 match_203 match 79.7 6049 5717 match_204 match 148 6633 6163 match_205 match 111 51819 51007 match_206 match 138 51744 50293 match_207 match 109 51834 50803 match_208 match 207 51861 50134 match_209 match 239 51951 50134 match_210 match 213 51897 50269 match_211 match 156 51675 50923 match_212 match 208 51861 50122 match_213 match 155 6633 6163 match_214 match 155 51891 50578 match_215 match 239 51855 50137 match_216 match 159 51957 50269 match_217 match 158 51669 50110 match_218 match 140 51750 50515 match_219 match 162 51957 50320 match_220 match 122 51678 50929 match_221 match 169 51672 50128 match_222 match 168 51957 50320 match_223 match 169 51669 50128 match_224 match 115 51678 50929 match_225 match 114 51759 50785 match_226 match 111 51546 50755 match_227 match 115 51741 50983 match_228 match 107 51624 50848 match_229 match 180 51855 50269 match_230 match 211 51942 50269 match_231 match 214 51753 50269 match_232 match 214 51777 50125 match_233 match 112 51810 51085 match_234 match 229 51939 50137 match_235 match 120 51849 50935 match_236 match 119 51681 50923 match_237 match 136 51861 50926 match_238 match 110 51447 50647 match_239 match 120 51951 51142 match_240 match 109 51576 50998 match_241 match 111 51927 50584 match_242 match 189 51939 50110 match_243 match 246 51951 50116 match_244 match 113 51645 50932 match_245 match 160 51747 50125 match_246 match 201 51951 50269 match_247 match 201 51747 50272 match_248 match 160 51747 50125 match_249 match 201 51951 50269 match_250 match 201 51747 50272 match_251 match 128 51945 50941 match_252 match 130 51639 50926 match_253 match 121 51927 50947 match_254 match 136 51867 50932 match_255 match 112 51357 50503 match_256 match 140 51927 50941 match_257 match 109 51927 51097 match_258 match 220 51882 50272 match_259 match 130 51855 50635 match_260 match 139 51288 50269 match_261 match 165 51951 50125 match_262 match 181 51861 50128 match_263 match 250 51954 50113 match_264 match 246 51861 50116 match_265 match 147 51390 50113 match_266 match 197 51954 50572 match_267 match 147 51942 50269 match_268 match 110 51804 50995 match_269 match 166 51714 50125 match_270 match 115 51723 50929 match_271 match 160 51687 50269 match_272 match 168 51696 50125 match_273 match 173 51735 50125 match_274 match 171 51705 50269 match_275 match 118 51765 50929 match_276 match 179 51954 50125 match_277 match 186 51951 50125 match_278 match 164 51843 50269 match_279 match 255 51837 50116 match_280 match 206 51753 50125 match_281 match 214 51960 50269 match_282 match 159 51675 50764 match_283 match 139 51762 50950 match_284 match 126 51201 50269 match_285 match 199 51507 50125 match_286 match 201 51867 50578 match_287 match 110 51762 51094 match_288 match 144 51639 50932 match_289 match 136 51711 51004 match_290 match 107 51681 51226 match_291 match 121 51690 50335 match_292 match 147 51711 50269 match_293 match 110 51744 50932 match_294 match 215 51951 50119 match_295 match 208 51882 50134 match_296 match 167 51909 50125 match_297 match 135 51747 50932 match_298 match 213 51867 50269 match_299 match 124 51780 50923 match_300 match 163 51639 50125 match_301 match 187 51747 50269 match_302 match 201 51861 50269 match_303 match 137 51747 50932 match_304 match 215 51861 50272 match_305 match 158 51675 50125 match_306 match 122 51747 50932 match_307 match 128 51399 50566 match_308 match 131 51165 50338 match_309 match 110 51762 51187 match_310 match 193 51957 51004 match_311 match 194 51942 50110 match_312 match 154 6633 6163 match_313 match 120 51510 50632 match_314 match 115 51678 50932 match_315 match 109 51315 50500 match_316 match 123 78422 77703 match_317 match 112 51927 50980 match_318 match 104 51927 51097 match_319 match 114 51570 50953 match_320 match 187 51969 50326 match_321 match 183 51606 50269 match_322 match 147 51642 50647 match_323 match 135 51390 50578 match_324 match 200 51969 50932 match_325 match 120 51927 50932 match_326 match 171 51831 50134 match_327 match 191 51912 50149 match_328 match 160 51672 50134 match_329 match 197 51867 50134 match_330 match 219 51594 50269 match_331 match 251 51753 50269 match_332 match 264 51759 50269 match_333 match 198 51480 50197 match_334 match 120 51927 51004 match_335 match 121 51621 50923 match_336 match 174 51954 50269 match_337 match 174 51720 50125 match_338 match 139 51732 50125 match_339 match 178 51954 50269 match_340 match 183 51954 50269 match_341 match 159 51744 50125 match_342 match 123 51750 50929 match_343 match 147 51747 50125 match_344 match 178 51954 50269 match_345 match 75.5 6049 5708 match_346 match 154 6633 6163 match_347 match 136 51729 51007 match_348 match 75.5 6049 5708 match_349 match 162 6633 6163 match_350 match 243 51942 50116 match_351 match 231 51861 50125 match_352 match 194 51942 50269 match_353 match 200 51753 50410 match_354 match 135 51672 50926 match_355 match 134 51840 50959 match_356 match 221 51939 50269 match_357 match 186 51765 50644 match_358 match 207 51939 50269 match_359 match 200 51747 50542 match_360 match 196 51939 50269 match_361 match 182 51753 50644 match_362 match 228 51939 50116 match_363 match 159 51897 50647 match_364 match 141 51225 50134 match_365 match 176 51576 50557 match_366 match 162 51672 50128 match_367 match 187 51711 50320 match_368 match 138 51609 50923 match_369 match 137 51678 50995 match_370 match 139 51249 50500 match_371 match 112 51939 51004 match_372 match 138 51597 50932 match_373 match 119 51225 50533 match_374 match 237 51942 50134 match_375 match 127 51567 50530 match_376 match 116 51702 50929 match_377 match 231 51960 50314 match_378 match 137 51747 50932 match_379 match 142 51633 50407 match_380 match 122 51303 50149 match_381 match 279 51894 50116 match_382 match 279 51894 50116 match_383 match 127 51927 51004 match_384 match 121 51639 50923 match_385 match 153 51876 50122 match_386 match 167 51951 50269 match_387 match 177 51951 50122 match_388 match 114 51735 50929 match_389 match 190 51951 50272 match_390 match 118 51498 50269 match_391 match 119 51927 50992 match_392 match 115 51546 50923 match_393 match 244 51942 50272 match_394 match 292 51684 50116 match_395 match 224 51855 50116 match_396 match 185 51921 50560 match_397 match 116 51753 50923 match_398 match 198 51939 50269 match_399 match 110 51852 50995 match_400 match 109 51678 50701 match_401 match 116 51939 51226 match_402 match 226 51753 50269 match_403 match 213 51597 50269 match_404 match 116 51933 50953 match_405 match 107 51546 50932 match_406 match 207 51969 50269 match_407 match 139 51201 50149 match_408 match 181 51747 50626 match_409 match 129 51666 50932 match_410 match 225 51942 50116 match_411 match 131 51927 50941 match_412 match 124 51927 51010 match_413 match 107 51927 51061 match_414 match 104 51591 50923 match_415 match 222 51939 50269 match_416 match 221 51753 50125 match_417 match 125 51186 50152 match_418 match 135 51867 50932 match_419 match 119 51438 50710 match_420 match 135 51867 50932 match_421 match 119 51438 50710 match_422 match 147 51594 50149 match_423 match 194 51753 50116 match_424 match 231 51942 50134 match_425 match 140 51969 50932 match_426 match 138 51636 50731 match_427 match 147 51345 50500 match_428 match 134 6633 6163 match_429 match 110 52002 51022 match_430 match 112 51951 51001 match_431 match 115 51195 50122 match_432 match 157 51759 50632 match_433 match 187 51684 50326 match_434 match 145 51762 50923 match_435 match 182 51753 50659 match_436 match 141 51273 50269 match_437 match 240 51636 50134 match_438 match 219 51855 50269 match_439 match 181 51891 50644 match_440 match 145 51801 50926 match_441 match 215 51678 50131 match_442 match 175 51939 50269 match_443 match 157 51939 50515 match_444 match 173 51624 50269 match_445 match 120 51399 50578 match_446 match 187 51954 51004 match_447 match 110 51792 50983 match_448 match 112 51639 50848 match_449 match 106 51294 50509 match_450 match 221 51963 50116 match_451 match 196 51747 50536 match_452 match 254 51951 50113 match_453 match 119 51927 50941 match_454 match 114 51546 50923 match_455 match 199 51636 50269 match_456 match 202 51672 50272 match_457 match 222 51678 50125 match_458 match 162 51510 50269 match_459 match 165 51831 50719 match_460 match 200 51678 50269 match_461 match 187 51678 50578 match_462 match 175 51747 50125 match_463 match 219 51861 50269 match_464 match 120 51699 50932 match_465 match 114 51237 50497 match_466 match 105 51636 50272 match_467 match 120 51495 50269 match_468 match 121 51678 50560 match_469 match 254 51684 50116 match_470 match 240 51855 50272 match_471 match 250 51753 50269 match_472 match 253 51762 50116 match_473 match 259 51969 50269 match_474 match 245 51960 50269 match_475 match 117 51753 50929 match_476 match 168 51690 50128 match_477 match 161 51702 50320 match_478 match 181 51882 50269 match_479 match 181 51756 50719 match_480 match 147 51753 50980 match_481 match 105 51279 50278 match_482 match 130 51576 50785 match_483 match 156 51957 50935 match_484 match 107 51237 50269 match_485 match 150 51939 50947 match_486 match 119 51342 50278 match_487 match 135 51567 50569 match_488 match 142 51942 50935 match_489 match 148 52023 50947 match_490 match 106 78419 77709 match_491 match 194 51858 50338 match_492 match 143 51831 50926 match_493 match 110 51420 50932 match_494 match 112 51564 51058 match_495 match 228 51960 50116 match_496 match 224 51603 50149 match_497 match 246 51846 50269 match_498 match 195 51762 50638 match_499 match 224 51603 50149 match_500 match 246 51846 50269 match_501 match 195 51762 50638 match_502 match 110 51270 50281 match_503 match 110 51579 50635 match_504 match 122 51939 50944 match_505 match 122 51531 50932 match_506 match 217 51855 50110 match_507 match 242 51861 50134 match_508 match 276 51897 50116 match_509 match 221 51936 50113 match_510 match 209 51684 50110 match_511 match 181 51759 50563 match_512 match 113 51435 50644 match_513 match 127 51615 50719 match_514 match 129 51627 50932