C04HBa0101P06.1 CACACGCGCTCTTACACGCGACGTTTTCGCCTCCCAGGCTCATTACTTTCAGCTCCGACG GACACGCGCCGTTCAAATCCACCACACATCCGGTACTTGTACAATTGTTACCAGAACCAC CTTGTGGTACCACAAGCATTGGTAAGTTGTACCCATCGACTAAACTGACGTCGAAGAAAT CCATCCCGTTGGATCCGTCGAGTGTGAATTCAGCTAGAGTTGCCGGCGGTGCAGCGTTGC CACCGGCGCATTCGAGCTTACCGGAGCCGCAATCGCCGGTGGCGCAGGTGAATTTTCCGG TGGAATCTTCGGTACAATGTGTACGAGCCCAGAATCTGCCGCCCCATGAAGTGGGCACAC TGATTGTTTTCGATTCATCTTTTTGTAGAACAAAACCAGTGGTGGAAAGTGGAGCTATTC CGGCGTTAGATAATAATCCAGGCCAAATTGTTTGCTGACATTTATTCACCATTGTAAATG TTGCAGCTGAATTTACACCTAAAATTTCATAAACCCAAAAAGAAAAAAAAAGATCAAATC TTTGAACATAAATTGATCTAAAATCAGCTCTAAAAGAACAAATTTAGTTTATAATCACCA GTTTTTTGTTTATAACAGCGAAAACAGAGAGGGTTTTTTCACTTGTAAATTCACACCCAA AAAATGGGGAAAATCAAATCTTTAAACATTATTTTATCTGAAATGAAATAAGCTTTTACG CACAAAATTCTACTTCATATTCCTCTTTTAGTATAACTACTAATTTCTGAATTATTACCT GTTGGAAAGAGCTAAAAACAGAGTTTTATTTGTAAAATGTTTACAGATGAATGTTGTATC TTATTTATACAATATGATCCAAAAAATTAATGCTCTTAAAGATAAAGATCAATGCTTTTT TTTTAAAATCATTTTTTGGACTTTTTTTTCTGAATTATTACCTGCTATGAACAGCTGTGT AATAGTTAAAAACAGAGCAAATAGACAGAGCAGTTTCACTTGCGCCATTGAAGAAGAAGG TGGGAATATTAATGATGCAAAAGAGAGCTTGTAGATCAAAATCCCTAGCCTTCTCCTTCT TCTTCTTCCTCTTAAAAATGGAAAAAGGAGAAATGTATGGGTTTTTTCTTTTTTGGTAAG AAGAAGTGTGAGGAGCCATTTATAGAAAAAAAAAATGAAGAAGTGTAACGTTGAAGTAGT GTGGGACCAGTAAAGTATTCTTTATTTATTGTTCGTCCGTTTTAATTTGTTTACCATGTT TGTGTGTGAATTTAACTTATTATTTTCTCGTTTGTTTTTTATTTATTGTATTATTTTTTT CAAAAGTTAATTTGAATAATTTTTAAATTTAAATTAGATTACATTAATTTAATATTTAAA ACAAAAAAATTTAGATATTCAAAACTATCTGAAAAGTAATGCAAATTATAATTTTTTTGA ATATTAATATGATTAAAAAATTCTTTAAAAACATTCTTATAGTTTGACTCTAAAAATAAA AATCATGACAAAAAATAGTGGATGAAGGAGAGTAACGAAGTTTTAAAAAGTAAGTTTATA AATTTTTTAATCTATATAAAAGAAATTTCTATAGTTTGATTCTAAAAATAAAAATTATAA TAAATAATAATGGATAGAGAAAGTATCAAAGTTTAAGAAAATAAGTTTATAAATTTTTTA ATCTAAAATCTATTTCAAAAATATAAAATGAAAATTTTAATAAAACATTACTTATTAAGT ATAAAAAATATATCATTTTTCTAAAAGAATTGATTAAATAGAAAATCAAGTTGTATAAAT TAGGTTAGAAATTGTCATTTTTGTTCTGTATCAGAACCAATGTAATTTTTTCTTTTATAA TATTATTATTCTAACTTTAAAATCACCTATTTAAAAATTATTTTTTACTTTTTAATATTA CAGGTTAAACTAAAATAGAACGAATAAATTAAAATGAAGAGAATATCTTTAGATTAGTAG AGGCAGTTGGGTAGCTAAATAAAAGTTATTTGTGTGTTATTTTTAATATAACTTATATGA TATTTAGTAGGTAAATAAGAAATATAATATTTGTGTATGTAATTAGTATAATGAACTGAT TAATAATTTTAATATTTATATAAATATGTAGATATTGAAAATACTTATATAATAGAATAT TAAATATCTATAACTAAATTCATATAATTCTAATCAACAATATGAACGATGAAGACTAAA TATAGTTTGACGTATAGGCGACGTATAACAAGGTAAGCAGTAAAGTTTATCGAGGAGAAG GCTGTACGAAAGTCTAAATTTAATTTGTCATTTTTTGTGCAATTAAATGCTTGCTTTAAT ATTTTGCTTATTTTTATATTTTGTTTGTATTGACAAATATAGAAAGAAAAAAAAAATACA CCTTCTCTTTTAAACCGTTTTATTGCACTTTTATGAGTATTTTTCATTTTCTTTTTGATT TTTTTCATATTTCATGCAACATTTTCGTTTTTCAACAATAATCCTCACGTGTTTCGTACC TACGTACCCAAAATTATATGGCAATAAATTAATGAGTAAAATAAGATATAATAATTTTGA ATATAAGATAATAATTTTGAATATATATTTTTTTTATATCTAAAATAAAAAATACTGCGT ACAATGAACCTGATGCTACTATCCAAGAAATATTCACCTTCATTTTTGAGTTAATTAGTT TTCATGATTTAATTAGACTTATATCAATTTTCCTGCCAAATTATTTGCTTTTTACATTCG AAATCAGATTATAAGAAGTTCAAACTGCAATTAAACAATAGGATTTTATAATAACATTAG ACAATAGTTAAAAGGAATGATATATTGTCTTTTTAATTAGATTTCGTTTAGCAGTATTCA TTAATTATTGAGCTAGTTTTGAAGTCGAGTTAAATTAAATATTTTTAACATGTTATAATT AATTAGATTATATAAAATTTTGTTTATAAAGGTCAAAGTGTTATATTATTATTCATGTTT CAAATATTTAATTTTATTTATGTATTGCGTATTCCTCAATATTTTCACCTCATGAGTTAG CTATTTTTCCTTTTTTTTTTAGGAAAAAGAATTTAAAAAAAATTACGTGTTTATCCACTT AATAGGAAATATTGGGTCTTAAATGATTCCTTCCACATTTCTTTCTTTATCTTAAAGTAT CGGACTCTCTAATTTCAAAAGAGGAATATTATTTGTTATTCCTATGATTGACAATTATGA GAGATCAAATTTTTAAAAAGGAAAAGAAAAAAAAAACTAAGTTACATTCATAATTTAGGC TTTACCTTTTTCTTTATCAAATCTACGCTAAGAATTTAAAACTACGACTCGCAGACAAAG TTATCTTACATATCTAATATCGAAGGGTCAAAATTTTAGAAGATAAAGTTTTTTATATAT ATATATATATATTCTAGTTTTACACTCTCATGAACAATAATATTATAAAGATGAGGAAAA TAACATCTTAGAATTTTGAGGAATTGACCAAAATAAGTCATTCTATAAATCAATTCACCA AAATAGTATGTTTTTAATTTTGTTTACAAAACTAGTATAAACGTGGTTCACAATAACATT TTATGCTTTATTTTATTTTAAAAAATTTAATGAAAAAAAAAGCAAAAGTTCACGGAGCAA ACAGAAATAAAACGTTATTGACAATAACGTTTTATACTTCGTTATCTAGAATCACGTTTT AGAGCTAAAACGTTACTAAAAGTAACGTTTTTATATAAAACGTAACTGACAATCACGTTT ATTATATAAAACGTAACTGTCAATCACGTTTTATGTTTATTTAATCACGGGGCACCGGAT TAAGAATAAAATCCTCCTACATTGGAATCTTACAGATCATAAAACGTTATCGCTGATCAC ATTTCTGCATTAAATCGTGACTATCAATTACGACACTATGTTAAAGTTAATTTTCTCTTT TTTTACTGACGACAAATGGTTATAAAATGAACCTTGTTGAAACAAATGTTCTAAACACTC CAACAATATTCATTCAAAATTTTATTTGCGTAGCCCAATTTTGAAACAATATTTACAAAG GTATGAATTAAATAAGTCAAGTCAATGTATCATATTGTGTTATTATTTTTACCATAGCTT TCCAATATTTTTCTAATTTATTACTTAGAAAGATGACTTATTTTTATGTGTAGGAATAAA AATGGCAAATTTTGAACATAATGTGATGGTTGCTTTGTACTGATGTGGCGAAATAATTAC TGAAATGAACGGATGCAGGTATACTGAATGTGCTAGAATGATTATTAACATGTATACTTC AATGAAGTATGTTGAATTATTGCATGAGAAAATGGGTACAACTAGTGAAAATATTCAAAT GGATATTTCGGGAAAATATCCTTGTTCGATTCAAGGTAACCGTACAAAGTTCATTGAGTT TAAAATTGATGATGATCAATCTTTGCTACAATTTTTTGTTATACCTCAAAACTTTGCGGA TAAGATTGACATAAATGTTTTGGAAATATATGTAAAGACCAAATCAACAAATCAAAATGA TATATTTCAAATTAGTGGTCAACATGGTTATCACATGAATTTATTGTCTCAAAATTATGG ATTTGCCACGGTTAGTCAACCTCATTATGCAGAGCCGATTGCTTAACCACCATTTCAACA ATTGTTAATGCATGACCAAGGATCATTTGGCGAAGGTTCAAGTAGCCAAAGACATGTGCG ATAACGTTTTATGATCTGTAAGATTCTAATGTAGCAGGATTTTATTCTTAATCCGGTGCC CCGTGATTAAATAAACATAAAACGTGATTGACAGTTACGTTTTATATAATAAACGTTATT GTCAGTTACGTTTTATAATCTGTAAAATACAGGATTCAATTCTTTAATTGCAGAGCCCGT GACTGGATAAAACGTACTAAAATATAAAAACGTTACTTTTAGTAACGTTTTAGCTCTAAA ACATGATTCTAGATAACGAAGTATAAAACGTTATTGTCAATAACGTTTTATTTCTGTTTG CTCCGTGAACTTTTGCTCTTTTTTTTCATTAAATTTTTAAAAAATAAATAAAATATAAAA CGTTACTGTGAACCACGTTTATACTAGTTTTGTAAACAAAATTAAAAACATACTATTTTG GTGAATTGATTTATAGAATGACTTAGTTTGGTCAAATTCTCTAGAATTAGAGAAAACAAG TTACATGACATTTCACATAAAATCTGTCATCTGCATCGTACCTATTCCTCATCTTATATA TCTAGATTAGATATTAATATTTTTAAGATAGAATTAATTATTCGAACACAATAAAATAAA TACATTAAATTTTTTTTAAAAAAGTATATTTTCTCTTTAGTACAAACACCACCTCAATGT GGCTGATTAAGTCCTTTTTAATTTGACTCATATTAGAGTTATCGTGAACGCTTAAGATAC TTCATTAATCATTTGAAAACTAATGATGAGACAATTAACGGGAAATCAATTTTTTTTTTT TAAAAAAAAGGTATATATTCAATATGTTATTGTAACTTATAATTTGTGATTAAGTTATAT TGAATATGAGTTTTTATATAATAGTAGTAGTGCATTACTTTTTAAAGCAATTTTCCAACA GTATTTTATAATTCGAGTTCCTTGTAGTTTTACGTCACTTATGTTAGTATCTCAAATATG CCATCCTTGAATTAACACTAGCGTGTAGCACTTGATTTCGAATTATAAAGTGCATAAATT ATTAACTATTATCATAAATAGAAATGTTATGTGGAGTGTGAAATTGAGTATACAAATAAG TGTTGTTTATCGTGAAAGGATTTGGTGCATTGGATGAGGTTGTTTTTCTCTTTCATCAAA GGTATCTAATTAAAGTTTTGAATATGAAAAAAATCTTGATAAGGATCGTTTTTGCCTTAA TGGAAGCCTACTCGGTGTGAGTCTGAAATAGTCGACTTCAATATAAGTATTTAACGGTGA AAAAAAATGTAATCTTTAAAAGATTATTCAAGGAAAATTGGAGATATTCGTCTATCAAAT ACGTTTAATGTACATTATGTATTGTTGTATGTTGACAAATGTCATCGCTTCATTCGTTCT TTGATTGAAGATACCTAGCTAAACTTTATTATAAATTAATTCACCAAACTAGCCTAGAAA TTAGGTGAAAGAGTCCTTTCAATGCATAATCTCATTATGATTATTTTTCACAATTAACTA ATTATATATTCCATAATATCTCCTATAATAATATATCCAGTGTATTGAACAAGTAAAATT GAGAAGAATAGTCAATACTAACCTTCTAGCTAGAGATATATGATAGGATAAACATATTAA AACTAACAAATATACGATCATCAAAAGACCACAAGACACGAATGGAAACTAAAAATGATA AACAAGAAACTATTAAAAAGAAGTGTTAAAACCAGTGACAAAAATGCAAGTAGAGATAAT GAAAATAAAAATCTGTTAATAATAGAAGAAAAAAGAAATAATTTAAGAAAAAAAATACAA TTTGGTCTCATCATAATAATTCTCTAACGTCAGGAGCAGTATTATTTGCCGCAAGCAAGG TTGTCATGTACTCACATTTACACATGACAAGACAAATTAGAGGCTTATCATGATATATAT ATATATGCCTTGTCATTTTCCACTCTTTTCTCTATACACAAAGAAACTAACATAAAATAT TACTAATCAAAGTTCATGCTATGTATTTTGGTTAATTTATCCTAACAAATCCTTCTGAAT TTGTTCTTTTAGTTACGTTACTATTGAGTTAAAAAATGCTTGTCTCAATTAATTTGTCAA ATTTAATCAAATATATCTTTTTTTAGAAGCTTGTCAGACTAGAAAAATTTTTGAAATTAT TTTTTATACGTGACCCGCCCTCGTTGATCTTAGGTGTGGAATTAAACTTTTGTTGGTTAG AAATAAATGGAAAAGAAAAATCAGATACTTGAAAAAAGACTATGCATGGGAAAAGGAAGA AAAATCTAGAGATCGAGGTAGGCTGGACCCAAAAAAAAATATCATATCACAAAAAGATTA AAATATGCAAATTGCAAATAAATATCATAGTCTTTATAGCTTGATGGAATTGGCCTTTTG TCAGTTCATTTTCAATCTCATCATAAAATTGTTGGATATTTCATATTCATATTTTAAATA AATTAAATGGTACTTTTATTTTTAACACGTACGGTTAATTTGAGCATGCGTGCCCACTAT GTTTCGTACAATAATTTTAAAAATAGTTATTTGTATTTGATATTTATATCAAGTTATAAA TTATACGCCTTAACTGTAGATGGGTGAAGTCATAAAAATTATTACTAGTATATAGTAGCT AGTCACCACATATTTTGTATTATTAATTGAATCTACAAACCAAGGAGATATGTGTTCAAA AGCTTATTAATTAATTTGAGAAATGTTTAGTATGAAATAATATATATTTCTTTTTAAAAT TTGAACCTTGAAAATAAAATTGTTTATGTAAGTGATTGTTTAAGTGAAATATATTTCTCC GATATATATGCAGATTAACTTATCAAGCTATATAATGCATATTGAACATCGAGCGAACCA ACAAACAACATTCTTCCAACTTTTAACATTTATATAAAGTGGTCAAGTAAATATCGAAGC TAACTTTAATATTTTTTTTCCTCACTTTTAACTTGAAATAAACATTATCCGAATGCCTAC TAAGTGATCATTTAAGAAACTTCATGGAAATTAATCAAGATTGTCTTATCTACTTATTGG TAAGTAGTCAATTTTGATTTGGGGTTTAAATTTGGTGACTGAATCTTGAAAAAGTCTTAT CTGTCCAACTTATTGGCCACTTGACAAAGTGTGAGAGAGAGTCTTTTAATTGTTCTATAA TTTAAGGAAGCTCCATATTGTAAAGCTAGTTGTTTACTTTCAGTTTTACCTAATTTTGCT TAATTAATATTATCCAAAATTAGTAAACATTATTAATCATTTAACTGCTCTTTCCTTATA ACAAGACTCTTTAGCTTTTTAGCTACAGCTACTTTGACCAATCCAATAAAACTACATGGT GCATGCTTCTTCAATAATATACGATTACTTGTTTTTTTAATGATGGAATAAACGAGTTTT GGTAAGAATTACATCGGACAATTGATTTATTCAATAATATACAATTACTTATTTTTTTTT AAATGACTGATTAAAGTTATAATATTATATCTTTCTCGCTCAGATAGTTGGCTATCTAAA CTATCACCTTGTTGGTGAGAGTTCGAGACTTGACATGCTAATCTCCTATTTGTTCTTCCT TCCATACCCCGATTTAAGGATAAAAAGGTCATAAGTTATGTATGAAAGAGCCCCCTCCCA AAATCTTGGATAATTTGATTTTCAATTAAAATTAATTCCATAAAATAATCTATTTGAATT GTCAATAGTTGAAGATAAGATAATGTTTTTTGATCCCTCAAATTATGGTAAGTTTGGTCA GACATGTTAGAATTTTTGATGAAATGTTTAAAAACGTGGTCAAATAAATTAAGGGCCTAT AAATTAAAACATTTTGGTAATAGTTGAAAATAGTGGCGGCTAATTCACAAGGTCGAGGTT TTTGACTACAAAGTTTTTAACTGTGTGAATGGCGACTATGGATAATATTTTCATCCGATT TCAGATACTCATATGGAGACTCATTAAATTTAAATCCATACATTTTAAAGCCTATTTCCA GAATAACTCCTAATATGATTTTTTGAAAATTTTTGAAATTTCTAATTAAGGATTTAAAAT TTCAATATTTATGCCATAATCTCTGTTGGTTAAGAATTTGCTTCTATCCACTTATTTTTT TTATTTTGTTTTTTTTTGTTCTTTTCCAGCCTACTACTTTTGTTTCTCTAATGTAAATTC TTCGAACTCACTTTACTCTCACCCATTTGGTTGCATACTATTTATACATTGAAATTTCTA TATACAAAAAATATATATATATAAGTATGTATTTGATCGTTACTTTCTAAAAAGCAATCT GCACATGTACTTATCTTGAAATTTCTATCATCTTATCTTAAATAAAGGAACTACTCTACT TTTTAGGGGGCAGGTAAGCCCTAAGCAGTAAAGCAATTTCCTTTTAAATCTTAAATTTAT ACTATTCATACTATATATCAGAAATCAAACACTTATCAATAAATAAAAACATTTAAATAG TTAAGCAAAAGGAAAAACCTTTTTAATCTTTGGTAAAATTTCTGTCTATTTAGCATTATC TAATAGTTAATAAATTGAACTATTGAAATTCTCCATTTAAGATCATGTTACTTTTTAATG GACTTTCGATAAGATTATAGCCTTTAGATCCTTCACTCATCGTCGTATGTGTGTTGAAAG ACGCTAATTACAAGAGGATGAATACTTGGTCCCTCCGTTTCAATGTGTTTAGCTTATTTG TCTTTTTAATTTGTTTAAAAATATATATATTTTTTCATTAACTCCTTTTTTAACTTGCAC ATGTTAAAAACCAAGAAAAACTAAATAACTTTTTCCATACATTCGACATATATTTAACTT AAGAGCACAAGATTTAAAAATTTAATTTACTTTCTTGAATTTTGTAGCAAGTCCAAAAGA AAAATCAGACAGAAAAATTGATCGGGTTGAAGACTAATCAGTCTTAAACCTCTGTTACTT TATCAAAATAGTATTATTCAACCTTAGAATAGTATACAACCCATAATATCAATATTAACA TGACTAAATTAAGTGTATCCACGGCGGCAGTGTATTTACTCTGTTCATGTGTGACATCTT TTTCACAAAAAGGCATTTGGTTAAGAGTCACTATCTTTTGGTGTCTGACAAGCCGTTGGA GTCGCTGGGACAAAGACATTAAGCACTAATTAGTAGCACATATACCCCCAAGTGGGTACC TTATCCCTTTCTCCACTGGCCACTCCTATAATCGTATAATCGTAGAAATAGCATCCACTA ACCACTTTTCGAGTTTAACATATATTAAGTTTTGACCTCGAAAGTTTTTATCCATGAAGC ATAGAAAAGTAAACTACCGACAGAAACAAATTCCTAATTTTATTTTATTTTTCATTTTGA TTCAACAATTTGTTCACCTTACATGTAACATATATTATTATGTAGTTATGATAAAGGAAT GGCTATTAATCACACCCAAAAGGTAGATGAACAGAACTTAAATAAGCAGAAAATGACCTG GCCACGACCTTTGTAAACTGATGCTGATAGCTCCATGTTATCTACAACAGTTTTTCAAGA TACAACATATGAGCTGAACCTATACAGTATACACATCAACGTTAGTCAGCAATTTTGAAT TACACCAAACCACTGTCTGCCTGAATAAATGGAGAAGTGTTTCTCTTTACAAAGAACGAA TCATGCGTTCAACATGTTGCCGTTAATAAAGAAATTAAACAAAGAAAATTCTAAATTTAC AGTCCAATGAATCAGCAAAATAAAGTTAAAAGATGAGTCATGTATGTGTTAAACAGTGAA AATGAAACATCACTTGAAAGGAATGTATTTTGACAATCTGTACGTTTCTCTGTTACTCAA GTTTCTGAATAAAACACATTACCTGTACAGCAACAGCCGACGGCCAACACAAATGTCATC GATGTCTTTGTCCTTCAATCAATGAGTGGAATATTACTCCAAGCAACAATAGCAGACACT CCTCTTCCTCTCTTTCAGTAGCATCAGCTGATACAAAAAAGGAGTGACATATCGAAACCA AAAGATTCTTTCATTATAGTTTTCCATAAAGACAAACAAGCTCTCAATCCCAATGTCATC TATCAAGCAAACATTATGCAAAATTTTCAATGTTTTTAACATCACAACTCCAGTACTAGT GTTTCACTCAAAAGTTCATGGCTTATGGCATTGAACAGTGGATGTTGATCTACAGTAGAA AGAATACTCTCTCCTGTCACCCATCACCCACCCCCAAATCCCCTCCCCTCCCCTAGAAAA GTAGAGAAAAATAATAGAGGGGAAATAGGAAGCCTTGTCGGCAGAGGAATGAGATCTAAC TTCCAGATAGTACATGCATGTACTAGGAAATATTACAAATACATTTTAATGTACTTTTTG AGGATCTAATGATGGCCAGCATGGAGTATACTCTCACAGATGAATCTGATATTCTATTTA GCTGTGAAGCTGTTTCGCTAGGTCTCGAAGGAAACGTGTGAGAGACCTTTCTGCACGGAC AACATCAGTGTTTACTTTTCCTTCCCCCTCGTCTGATTTGCTCCTTTTTTCACGTATTGA TTGTACATTCCTAACAAGACCACGTAACTCCTGTACAACGAGATAGAACATAATCAGATA AATATTATACCATGGCAAGACAAGCAAATTATAATTTACATACAAAAGACACATAATTTT TCTTTAATATCTCAAGTACGGGCAGCTTATTCCATAAAAACAGCACAAGTAAATTGTTGA CACCTTTAAGCTAATTGTAATGAAACGCGCAGTTAACTAAGCTAACAACTATGTCATTTA AGGTCAGGGTGCACATTTGACAGCCTGAAATACTGATCTGTCCATATTAATTCTTCATTA CTAGTTTTCCTTTACCGATTATTTGTCTTTTGAAATGAACATATACAAGAAGAGATTGAG CATGAAAATCATAAAATTATGTGTCAATTCAACTTATACACCAGAAAATCCAAAAAAGAA GATAATTCCAGACCTGCGTATAACATCTGAACTAACCTGGCGATCAAAATCAACCTCACT TAGAGAATAGATTTCTTTAGAGATGTCAACGTCCTTATTGACCAAGCCATCAAACCATCT ATCGGCTAAAGCAATATTGTCCTCAGAACTCTGAAAATAAGCACAAGAAAAAGAGAACTT CAAACTTTCAATTGCAGTCCTGAAATTAGTTCCCAAGTAAAATTTAAATTGTTGTCCTGT TATGTTATCTAACCCACATTATGCAGGTTTCGTAATCAGCTCTTTTATTAAACAGACGAG CAGAACAGTTGTTCTCATACTTGTTCATTTTTCATGGAAATAGATTCGCGATTGTAGTTT CTTGTGCTCAGTCATAACTTTAAACACAGTAAAGCAGCCAAAGAAATTTGATCCCCAAAA TGAGGAGTGAGATTATGACATACCTCTTCGTCATCCTCATATTCAGTCTCTTCAACTTCC TCATCAACATCTTCGGTAGCCGAAAGTTCCGAACCAGATAAAGCCTGAAATTTAGTTTGG TCTCCATCTTTTGTTGCCTGAATTAAACCATCCATCAATTCAGGCTTAACTTCTCGCAAT AATCTACCTAACATGAATTCATATTACATCGTGAGCATATAGATCCAACATACATTAATT TCATGTGATCAAATTTCAAGACAAGAAACTGAAATTATAACACTGCAAACATTTCCAAGG TTAACTTACTCCCAAAATATTCAGCAGAAAAATTCCATGGTTTATGAGTGCATAGATTTT AGAATTCAAACCATCAATGTAAACAATCTCTTATCAAAATGTAGATAAATAACAACATTA ATAGAACTTTAGTAATATGATGCATCACAATTACTATGAGGGATCAATCAATTAATAAAC CACAACTCATACCGAACATCATGATTTTTTCAGTCATGGGAATGAACAGTTCACAAATCA ATTATACAAAGCACAGTTCTAGAGAAAATGGAACAAAAGACATGACAAGCATATTCACTG TGGCCTGGAACAAGAAATGAAAAGGCAGGAAGTGGATAATGCATTCACAAGGGATATCTA ATTTTCAGATTGCTTCCTCTGTTATTAACATGTATGTACTCAAACAGCTGTATATAATTT GCTGGATCTTCTAATAAGAGATAGCATATATAGGTCAAACATTAAGTGACACACCAACAC CTTTTTCACTAGAATGACCCTTCTCAAAAGAATAAATTTATTATTAGTGTGCTTCTGTTC AAGAATAATATCAAGTTGATTCCTCTTCTTTCAATTGACAGCGCTGCAGTATTACTATTC AGTGTTTACCCTCCATTTGCATGAACCTCCTAAAAAGTATGAGATAAGGAAATTAGAAGG ATTCAAATTAGAACTCTATTACCATTCACTAATTTTCTATTTTTGCTATCCCAATAACGT TTTGGGATCATCAACCTCAACTCACAAATTTGTTTATCCATTCCATTCTGCACCAAAGAG ATCAAATTTCCTTTGAGCCCTTTCCATTGAATCTGTCACAGAAGCCACTCCGATGACAAA TGGTGAGAATGAAAAACTTTGCAAAAGGAACTCGATAAATTACCAAACGTTATGCATCAG ATCTGAAGGCAGTTTCACAAGCATTCCTACTGCTCAGTTCTATCTTTTTGCATCAATCCC CTAAAAGCCTACTATTACATCTCATAAATTATTTGCTTTTGTGGATGCAAAATATATGAA CTACAAGAAGATTCTATGCGACATAAACTTCTTTCACCAATTGTTGTTATTTTTTTGTGT AACACAAGTATTTGTTTTTATAGCGTAAAATTGATGACTAGAGAAAGCTTATGATAAATC AGTTACTGAATTTATCAGACGGAAAGAACCATAGATCCCATAGTTGTTCCAGTGAGGCAA AGAAAACTAAGATGTTTACAAGATCAGAGGTTGAACAATACAGAGAAATTTAGATTATAT ATGACCGACAATAGATTGACAAAAAATGCTTCCCTCTTCTTGAGTTGTTAATTTATGAAT TGTTTCTAACATCACAAAATCACTGGAAGAGCGGTTTTAGGTAGCCCCAGCACTAAAAAT CCTACAACATCATCATACCCAGTGTAGTCCCTCTCAATGTCGAAACCCCCCCCCCCCCGC CATTTTATACAAATAAATAAAAAAGAAGATGGCACCAGCACTAAGGTAGACTATATATAT GCGGGATAAGCACCAACACTAAGGTAGAATATATATATGCGGGATAAGCACCAACTAGTA AGGAAGAATACAACTCCAAGGGTACTGTTCTTCTCTAATAATTTGATGTTGTTGGTGTAA GTAAACTACAACCATATACGGATTCATGTCAACATGTTTGTCCTTTAGGGGTCGAGGAAA GTAATAGACCCATTTTGATAGAGACATCTGCTAAAAAGAGGCGATCCATACTTGTAAATT TAAAATGTCATGTTTTAGAGTGTAGTTTCAAATGAATTCAAAATAATGGATAAAAGTGTA ATGTGATTTGAATCAAGGTAAAACATTAAGTTTATGAATTTCAAATACGGCACTGCATAC TACTAACTCATCTGCTTTTTCAATTTTAGCAAATTGAGATTACTATACTTCTTTCCTAAA TCCTTATACTCCATATATTCTCCTTCTTTCCTACCAAATGCTCTTGATTATATGCCATCT TTTAAAACAGTTCACTACCATGCTAATTAAGTAATTTGCGAGTTCCTTTTTACTTATCAA GTAATCAATATTGACTATATTAATCCTACATTGGATATAAGTATACAACTGAGATATCTA ATAGATTAAAGGTACTATAACTTACAACTTCTGCTTATCTGAATACAGAACGATGCTATA AAACATTTGGATATAAAGATCACTTTGATGGAGAAAGTAAGCATCTTAAAGCATACCTAT GTAACTGAATTGCCTTCGCTTTCCTTCTCGTACATCAGGACCTAGTCTCTGCGGCAAATG AGCAAACATGTTACACTCACTAACAACGAAAAAATAGCAATAATACCTCACAATTGATAG AACATAAAACTACCTTGGCCAGCATAACGGCTTCGTATACCTCTTGCTCCGTTGAAGCCA CTCTACAGTGAAATATGAAACATTAACTTATATCATTTAGTCAATTGTAACTAGAAAGTT ATCTAATTACCTGAGAATGCGCTTAATTTGAGGAGCAGAGAACTTAGCTAAATCCATAGC CCACCGGACGGCGCGTCGAGCTTCACGCTTCTTCTCGTTACGACTCTTCCTTGTTTTTTC ATCGGAATCGCTGTCGCCCTCTGATTGATCTAACGGTAATGGACTTTCACGTGATTTAAG TGCCGCGCCGGAACGAAAATGAGCTTGCCGGTAACCGGAAGGTGATGCCGTGAACGACGG CAGTCGGCGAACATTGCAGGTTGAGAAGAGTGGAGATTGAGATTGAGATTGAACAAAGTG GATGAATGAAGCGCGAACGTATAAATAGTGATGCCATTTTGGCCAATTCATCAGAGGCTT CATTACATTAGCCATTTTTGTGCGACTGTGTTAGCTTTTCCCGTTTTGCTTGTATTCACG AACTTATAATGAGTTGGGCCTCAATATCAAGGTAAGCGTAAAAAGGGCCATATTTTAGAT ATTGGGCCTCGATATCGAGGTAAGCATGAACCAGGCCATTTTGTACGCGATTAAGTAAAT TTATATTATTTAATTATTCACTATAGTTATAGTTTGCTATAATTATGTGGGTTGACTTTG ATTCTGTATAATTAGGCACATTTGTATATGTATAATTCACTAAAATATATAAATATATAT GTATAATATATAATTATCTAATCAATATATATATATACAAGTTATAACTATCTAACCAAT ATACATATACAATTCACCTCTCTCCCACTCATTGTGCTCTCTCACTCGCCTCTCTCCCAA TATCATTCGCCTTTCTCCTTCCTTTTCCAATATCGTTGTCCTCTATCCCCTTTCTCTCAA TCTCGTTTGTCATATATACAAATATATTTGTATAATATAAAATTATCTAACTAATATACA TATATAATTCACCTCTCCTCCACTGTTTGCCTTCTCTCTCTCACCTCTCTCCCCGTCTTG CTCACCTCTCTCCTTCCTATAGCATGTAGCTAAAAATAGTTATCAAATTATAGAAGGCTA TTTTATTAGCTAGTGAACGTTCCCTTTTTGTAAATACATGGCCCAACTATAGGCATCATC CTTGGGCCTCTTAGTACGCCGTCCAATAGAAATACTATACGTGGACATATATATTGTTAC ACGTATTACTTGGGACCATGGCTTCCCACCTTTATTAGTAACATAAGTTCTGTTTGTTAT GACGTTATGATGGACGTGATCGATACCAGATATGTAATGGTGATTCTTCGAAGATAACTC ATCTCTGGAGCCTTCAATTCATCCTTTTAATATTATTTCAAATATAATATGTTTTTATTC CGTACATACACCACGTGTGAATCATGCACATATATTTAATATTTACTAATATCACATCAT GTTAACAATATATTACGCTAAATTAGCTCAAACATAAAAGACATCTAAACTGAATACTTT TTCTAAAGTATGATTCAAATTAGGAGAGCTTATCACAAAAAGGGAGGTGTCGAATTTCAA CAGGCAACGGCTCTTGGATGTTCATTTCCACTTCAATTTCCTGTTAAGAATATTGATCTT TTTTTGTCACTCTCGCTATTCGTTCGTGATAGAAATTCTTCTCCTTCGATATCGACATTT AAATTTATTAACACTTATTTAATTTTTTCTTTTTTTATTAATCATTTCATAAGACGATAT AAGGAGATCACCTTTTTTTTTCATCAAAAAAGCGAAATATTGCGACAAACATCCAATGAT TAACACGTCTAATATAAAAAAAATAACTTTGTTAATATAGGCTTACCATTGATCATGAGA ACAATATCTTAAACAAATTTTTGATGACATGTCTTAGAGAATACTCAATTTTGATGGCCA CAAAATAACTGCAAAAGTTGAATTTTGCATTTTTGAAAAAATATAAGTAAGAGAGTTATT AGTATTTTCTATATCTTTTATGTGTAAAAACATATTTATATTAGAAATTTATTCTATTAA AAAAAATTTACTTGAATAAATTATGAACTTCTAAAATACTATTATAAGAATCTCTATCAA AAACTTATAACAACTTTCCAAATAAAGACTAAAAGAGAGAAAAGAATCATAAATGACTAA CATAATATCTACGAAATTGGAAAAAACCATAGGCCTCAAATAATTTGAGAAAGAAAAATT ACTTAAATAAAGACAAATATATAATGTGTTATATTTTGCAATTGTAGAAAGATGACAGAT TTCACTTACTAGATGCTACTCAACTTGCTCTTGATTTCGTAATGATGAGATGTTGAATTC AAAACATGGATCGAAGTGACATTATTAGTACTTTTATTTTTTTTCAAAGAACGTCTGAAT TTCGGTGAATATATTTATTTAAATAAAAAAATTTATAATAATATTATATTATCAAGCATA AAAATAAAAGTTATTTAGTGAAAGATATGAATATAATATAATATTTAAATTAAATCCTGC AAACTTGATGATTATGATATAATATTTATTATATATGAAAAAAATATATCAAAATTTAAT AGAAAATTTATCACATCGATTTGTTATGACTTGTAATTCTTATCTTATAGAGTAGGGGAC CTATGATATTGTGGACTAAATTGGCAACATTTTCACCTCACAAAGTCACAAGTAGGACAT GTGAGAAGTCATGGAACACGATCAAAAATCTACAAAAAAAGTATTTTTCAAACTTCAATT TTTACTTTAAAATATATCTCAAACATACATTAATAGAAACATATGAAAGGAATACATGAG CATTGACCAAATGAAAAAGTTTATACTTGTTGCTTTCCAAATTACGTACGTAATAGTATT TGACTAAATATTAAAGATTATTTATGTGGTTATAAAAAAAAGGTAAGTATATCGTAAATT CTAATAATACAAATGTTGAGTGAACAATTTTGATGAACTTTCAGACTTCAAAAACATAGT CTGATTATTTATCTTAATCCCAAATCACATAACAAATTTTTAAAGTATTATATACATAAA GTCACATTTACATGTACTGTACAAATAACGGGTCTTATTATCGTTATAAGAAATTTCAGA TTTGAGTTACGATCAGAAATTAAGTGGTGCTCATCTAAATTTTGTGACTAATCGGGCGGG AGATTTCGAAAAATTCTACCAACACTGATCGGTTTCCCATCCTCGGCGAACAGTATAATG GCTGCGAGCTCCCGCCGTTGAGAAATCAACAGGCCTTGCAATTCTATTTCCAAATAGGTT CCGATCATAATTAGCACGTTTTTCCGGATCGGAAAGAGTAGCATACGCTGATTGGACTCT TATAAAGTCCTCCGCCGACGAATTACGAACATCTGGATGCAAAATTCTGGCTAATTTCCG GTAAGCAGACTTAATTTCATGAGAATTAGCTCCAAATTGAATCCCTAAAACTTCGTATAA CGATGTATGTGAGGCGATTGTAGAGCTACTAGTAGTAGCAGTAGAAGTCCTCTCCGCAGT GGAGTACGCGGCGGAAACAGAGAACGGCCGCTGCTTGAAGCTAACAGAACTCCGCGGTGG TGCAGCGGCGGAGAGTTTAGAGCCGGTAATTGAAGTGGAGAGAAGAAAAGAAGAAGAAGC CATAGATTTGGAATAATTGTTCTAGAAGAATTTGGTTAGTTATTGGAGAAAATAATAGCG TGTGAGTGAATGTTTTGGATAGATAGAAAAAAAATGGAAGAACATTTTTCCTATTTATAA GCGAAAGTTTGGAATACGAAGGAAAAAAAAAGTGTAAGTGGAACAGTGCCGTAATGATGC AAAACTAATTTTAACATTTCTTATTTTAGTTATTAAAAATATTAACGAAAGAAGTATTGA ATATGAGTTTGAGACGATTAGTCATTTTGCAATTACAACTTATTTATGTTATCAAATTCA GAATTTGTATATTTAATTTTAAGAAAATTGTGTCATACTCCACGGTATATACCGTTTGAT TACATATCGTGAAACATGGAATATTAAATATTTATGGTTTAATATCAAATAAAATTGAAG TAGTAAAAGCTCCCATACGCTCATAGTAATGGTAGCGACATGATTTGTGGTACGTGTGAG GTCGGGTTTTTTTCCTTTTGGATAGTATAGTCTTATCATTGCTGACTCAGCCTGACTTTT CGTGGGTTTTTAATTTATTTATCTGATTTTAATTTAATAAAGTATCTAAAAAAATTAATT TTATTTTCAATTTAAAATATATGAAAAGTATTAAAAAATTCTTTGAATTTATTTTAAATA TGTCAGAAAATTAAAATTAAAAAAATATTAAATTTTTTTTTTCTAAATGAATTAAAATAA AATAATTTAAATTTAAAATTTTCTTGTATCACATAATGAAATGATCATCGAGTATCTCAA ACTTCAAAATTCTTTTATTTTTTTTCTTAAATTTTGTATCAAGCTGACGACGTATAAGTG TAGGGCTCTAGACAAGTAGCACATGTTTAAATGATAAAGTTTGTCCTGTCGGTTCATATC TACAAAGGAGAAACCAAACGCGTATTAGGAGCAGCTAGCCTCCCTGTCAATTTCTCACGT CGGTAGATGCTAAATTTTTTATATTTATACAAAGATTAGTTAAGCAAATTCTAATTAGAA TTGAATGTCAATCAATTCAAATACATAATATGTAGTATTAAAATTAGAAAGTAACATATT GAGTATTGACCTTATATATTCCACCTAAATCACTAACTATTTTTACAACACTTGTAATTT TTCACTTTATATATCCAATAAAAGCCAAATTCACTTTTATAATAAGGTGTCTTATTATTG AGTAATGAAGTCTAAAGTCACCATTGCGATTTAGCCCATTGTCTCAAAATTTAATTTAGC AAAGATTTGTTGTCTCCTTTCACATACTGTGTTTTCCTTTGGCAAAAAGCTAACCAATTA AAATAAAAAACACATTCTAATTTACAAACATGTTTTCTTTTGTTTCATTAAAAAGTGATT AAAAGAGTCAAAATAATATGAAGGTAAGAGATATTAAATATTAAATAAAAAGTTAAAAAC GAATAATACAAAATTATTTATTTTTTGGAAATTAATTTCAGAAATAAAGATCAAGTTAAT AAAATTAAGAGCATCTAAATTGTCGTAATCAAGATAAGCCTAGACGCCCTTCTCACATTT AGGATTTAGGATTTAGGATTTAAAACTTGGCTGAAGGATCACAATTTTACTAAGTAGATT GCTTCAATTATTTATTCGACCCAATCTCCATAACTCTCTTACATTGTCCAATGTGGGATA ATTTACTTCCATTCTTAATTGGCAACTCACATTGAAGTATTAGGTTTTTTGTACTGACTC ACCATATCATTACAATTATGAATTCAAATAAATTATTATTGATATTTTAATTGAGTTTTG TATATATATCTATATCTATATCTATACGACAAAAGTTATGAATTTCTATAAATCCATAAC ATGACCTTAAAATTGTAGTAATAGTAGTTTCCTGTGAATGTTTGGTAGGCCTTTGTCCAT TATTTCGTTGGTAGTGAGAAAAAAAAGGATATTTGAATTTAAATATATTTCACTTAAAGA ATGATTTAAACATGTAAATAAGAGGTATTTAGATTCCTAAATAATATGATATGTGAAAGG TTGATGTTGGTGGATCTAAGGAGAAGTAGGCTTAAATATATCGATTATATGTAATTATAC ACGTGAAGTTTACTGAAGGCATAATCAAAGATAAGGATAATTACATTGTATTGTTAGTTG TCCTTGTCAATTCCTCATGTCAAAACCGAAATCGTTCTAGAAATGCTAAATTTGGATACC ACTTGGAACAACAGAATTAGATATATATACAAGATTAGTTAAGCAAATTCTAATTAGAAT TGCATGTCAATCAAATCAAATTCATAATAAATAAAATTATTCACTTAGTATCCAATTAAA GCCATCTTCACTTTTATTAAAGGTATCATATTGATTATAAAGTCTATTGAGTCTAATAGT CCAAATCCAGCAAAGATTTGTTTAAAATAAATGGCTTTAGAAATTAGGATCAAATTGATA AAATTGAGAAGGCCTAAATTGTCGTAACCAGGCTGAGCTTAGGCATCCTTCTCACAAAAT TATTGTGAGCATTTGACCACTCATCATATCCTATTAAAACTTGACTGAAGGATCAAAATT ATACTCGGTCCACTGCCTTAGTTATTTATTCTACTCACTAACACCCATAACTCACTTCAT TCTCCAATGTGGGATTATTATTATTTACTTCCATTTCTTAGTTACCAATTCATCCGATAA TATTTTTCTATTTCAATTTATATAATTTATATTATTTTTAGTTTATTTAAAAAAAGTAAT ACGTTTTTATATTAAGTAATAATTTGACTTTAAAATACTTATTTTATCCTCGATGAAACA TTCAGAGGCCATTATTCTGTTGATGGTGAGATAAAGTGGTATTTGAAAATTTAGAAATAG AAGTTGTGTATAAATATGAATTTTTCTCGAGAAAGTTCAAATAATATATACAAAAATTTC TTTTGAAATATTGTTTATAGATATTGTTACAAGTGAAGTCATATAACATGTTTCATGAGA TATAATATTTCAAATCTTTCAAATTTGTTTTAATATTTCCTTTCATTTTTCATGAAAAGT TAACTTTTTTTATAAATAGCATTCAATATTTGTTAAAAAATAATAATTTATAACTTATTA TTATTAAAAATGAAGTCCCATGAATATGAAGGCGTAAGGGACAAATATCTTTTTAAACAC TATCGAGTCATCACTGGTCATATCCTTTTACTCAAATATCTTTATTTCATAGTTTCTTAA AAAATATTGTCAGACTTATATTGGAAAAATACCCAAGTACCCCCTCAACCTATGCCCGAA ATTCCAGAGACACACTTATACTATACTAAGGTCCTATTACCCCCCTGAACTTATTTTATA TGTAATTTTCTACCCTTTTTAGCCTACGTGGCACTAGTTCGAAAAAAACAACCATCGTTG GGCCCACAAAATAGTGCCACGTAAGCTAAAAAGGAGTAAAAAATTATTAATAAAATAAGT TAAGGAGAGTAATAGGACCTTAGTATAGTATAAGTGTGTCTGAGAGATTTCGAGCATAAG TTGAAGGGTACTTGGGCATTACCGGAACTTATATTTAACCATACTTTTGAGGCTATAGAG AGATATTATTTGCTGTTTTGACCAGCCACCTCCATTGTTTAATTTATTTATTTTCCCTCG GAAGCGTTTTGTTTACTTCCTTTTAGCGTGTATTTTCTTTAAGCTTACACTAAATTTATT TTTATTGTTTATAGTTATAAAATTAAGAAACAAAAATAGTAACAATAAGAGAAGATAAAA TAATATAAAGTATAGGGGAGAAAAAAATCAAATTTATTTGAAAATCTTACTAAAAGGGGA GGAGGGGAGGGGAAAATAAATAAATAATAGGGATCAGATTGGTTTGAACGAGAGCGCTCA AATTGTCGTAACCAGGCTGAGCTGGAACGCCCATCTCGCATATTTTATTGCGAGTATTGA CCACCTATCATATCCCATTAAAACTTGCCTGAAGGATCATACTTTAACTGAGCACACAGA CTCCATTGTTTATTCTAGCCAACCAGCCATAACTCTCTTCATTCTGCGATGTGGGATATT CACTTCTAATTTTTACTAAATTTTATGTACGGAGATAATATTTTCTATGAAACACAATTC CATTTCCAATCCTTTAAAAATGAAGAAGTAATCAAAGGCTTATATATATTGGCTTACTCT AAAGTCTATTATTAAAACAATACTATTACTAACAATCAAAATTTATAAATCAGCAACTTT TCCACATTTAATAACATTTGCAGGAATTGGAGCTTCATCTCTTGGAGAAATCTTGGAAGG ATCATTCACATCTCCTTTCACTTTTATATACAATTCTTGTCCAAGATACCATTTTTCTGC ATCCTGTGATCTCAGATTCCACATCCCTTGATTGTCCAACTTTATTAGTATCGCGGTCCA TGAATATGGATACACCTGCATTTTCGTTGAGAAATTTAACTTATATATACTGCAACGAAA TAAAATCAGTTTTACAACTCTCAGTGTGATTTAACATGTTATAAAAGGTTGCTTCACAGT GCCTAGTACCAAAATAATCACAACTCTAACCTGAATCGTTGAGCGATAAATAGCATCAAT CATATTGTATGTTTCCATCTTTTCCACCTCCCATTTACCGCGTCCCATTCTGCAATACGT TCAAGATTTATAATAAGAACTACGTCTCAATCTCAAGCAAGTTAGGTTTAGCTATATCAA CGGTTAAGTGAATGAACAAATATCCCAAAATCGAGCTAACTGTAATTACCCGACAACAAA GAAGTTGTATCCATCAGAATGCCACGTTTGTAACGAGTCTAACGGATTTTGGAAAACAAT ATGAACAAAATCATGATAATTGGCATCAATGACTGAGATACCAAGTCTAGGAACATCATC TACTGGTGAAGCAGGAAGAAAACCAGGCTCGAAAACATCACTTAGCTGGAAATAATCTGC CAGCTTCAGTGGTGTTCTCGGGTGCAAAAACGATACCCCATTCACTGTGTATCGATTTTG TCCATCCAACGCTGCCTCACCGTTCTGGAGGATCAGTGTCCGGCTTATGTTAATGCTTCC ATATACATAAGATCCTTGAGGATTACGCCTCGCAGCTCCTACTAATAAATCTGTCCTGTT TCAATAATTGAAAGTTTCAATTTCCAAACATTATTATTCTTACAACAAACAAGCATGTTT GTACTTTGTCAAGGGGCGAAGCTACAGTACCATTCACTTAATATGTATAAATAATTTATC AAAAGTCCGTAACCTGCATTATAACCTGTTTGTACCTTATTGATAGAGCTTGTTCCAGTG AAAATCTGAACTCGTCCTGAGAAGGTTCATCAGGGTAAACAGCAACCAAGGGTTCAACAT CAAAATTGGGATATCGTATAATAGCAAGACCTGAAAGTTTCCTGGGGATGAATCGCGAAG AGGCCACCATATGATACGAGCTATTATAGCTGTGGTTCTTTGCAGTAACAAGAACAGAAT AAGATTGACCAACATGGATGTCTAGACTTTGGTGGTACTTTTTTGAAGTGTAGGCTCCTT CAGTCTCCACCAAAAGCATTTCATGATCCTGGATTTTGAAATTTAAGGTTGTTTTTAATC CTATGTTCGAGATTCTCAATCTATAGGTAGCCCCTGAAGACGAAACAGAGAAACCAAAAT GTCATTAGACGGAATCAGGATTTTCAACAAGGGGATTCAGAACCACCTAAGATACGAACA CGAGCTAGTACCTTTATGACTACACAAAATGCTTTGTTTATGTCAAAAGGATTTAAAAAT CGCACAACTACACCTCGGTCCCACAACAACATACCCGGTGAAATCTCACTAGGTGGGGTC TGAGAAGAGTAGAGTGTACGCAGATCTTACAACTGTTGGTAATTCTCTATACAAACGTAA ACTTACCGGGTTGAAACTCAAAGGTAGCTTGATCAGATCTCATACCATTGATGAGAATGG CATCTGGAAAAGGCATTTTGCATCCATCTTCTAGAGAAATTCTCAAGTCCTTCACAAAAA CAATTAAGGTTACAACTAAACTACATTGTGCATTTTCATAATCTATAGCATTTATACTTA TGTTACGACTTTACACATACCTTATACTCATCAAAATACCAATCTCCAATTAGTATATCA TATTCATAATCAGGACGCGTAAATGGAAGAGGAACAGTCTCAACGTTGTTGATTCGAATA GGACCATAGCCTCCAGCAGCTTTCTGGAAAAAGAGTGAAGGAAAATAGAAGAAACTTCCA ATCTGATCTTTCATCTGAAATTTGTATGTCCAATTTTTTCCAGGCATAATTGGACAATTG GTTCCTTCAACTCCATCTTGCCATGAATTCCTCCTTAATTGCACTCCATTCCTTATAGTT TTCGCAATATTTTAAGTTAAAGATCATTGAATATAAGTTGTTCTAAAGAAATCATGAATG TATCAGAGACAAATTCAGAATACAGTTAACACTTAACGAGCAAAATGAGTATGATCATAG TCTCATGGAAGAACTTGATTCATGCAGAGCAAAATTTATTCTTTCGAATCCATTGAATCA TTTTCCGAGCTTGACCTTACCTCACTAATTTTATTTTTGAGTTGTCTCAATAGTTGCATT TTCTGTAGTCCCTACATGTTGACTTTCATTACATATATGCAATATCGTTAAAAATCGTGT ATGTATACTTAGTTCAAGTTAAAAGCAACGAGTTTAATTGAACCCACAGAACTCGTCCTA TATCCACCGCTGACGTATGAATGGTCATAAAACATACTTAGAAATAACTAACAAAAATAT TAAATAAATTACCATGTCATGAGGAAAGGTTCAGTCAAGTTGTTATAAACATTGACAATG ACCACATCATTTGTTGTTGTGTTCAAAAGGGGCCCTGGAAACTGATTATTGATCATAATA ACCTGTTTTCACCATCACAAAAAAAAAATAGTTATTTTAAATATTCTTTAAAAAAAACAT AATTAACAAAAAAAAATTGAGGTTAAGAAAAAAAATACTAAAACAAAGTGACCTCTTTAG GATCTCCAATGAGTGCATTAGAGGAAATTGAAACAACCCAATCAAAGTGAAGTAGTTTTG AATGGACACTAACAAAAGTAGAAATTGTAAAAATATAAAAGAGAAAATTAGTCTTCATTT TTGTTTTTCAGTTAATAATAGTAAAAACTTTTGAGTAATTGTTTTATAGAAACTTCTCTT GGTAATAATAGTTTATGTCTGGAAATTAACTAATGTGAAGATATTTGAAGGAAGTTAAAT AGTTTAATTAGGAATTTTCATTGTGATATAGGTGGATCACAAGGTCTGTGAGGAAGATCA TAATATACCTTAGTAAAATTGCCTCATACCTAATTTATTATTCGTACGAAAGATATAGAT GAGACTACACTGTATATGTTGTAAACGATATGTATTCAAAATCAATATTGAAAGTTATTT ATATGGAACTTATTATACTTTTACAATTACCGATTCAAAATTTAATATTCACAAAAAAAA TGATTTTTCATTGTCGTGTGAATATATATCTACAATTACATGTATTCATAACAAAAGCAT ATAGGTTGTCAAATTGAGTTATCTTTTATTTAAATGCTGAATATATATAAGATGTACGGA GGAGACCTTGGCCCAATCTTTGTGGAAATAGAAAAGATTATTTCTGATAGACCTTCGGCT CAAAAGGGTATTAACCGGAATACCTGCGGCAGGGTTTTATAGAAAATATGACAGCTATTA GGACCAATAACAAAATAGAGTGTTTGGGACTTCATCCTAATGGTTACATTTCATATTACC AAAACATTCATAGTAAGTTGGCTGCAAAATGCCCAAATAAACATCATTCCCTGTCATCCA TGAACATTCAATTCCACTAGAATCTAAATGTATTTTGGCGATAATAATATGCTACAGTAT AACATTTTTCCCAATCACCATATGATGGAGAGACTATATACAAAGAGGCTTTAGTTCCAT AGGAGGAGGGAGCTAAGAATCAAGAAAACAAAAAAATGAACCTTTTTTTTGCTTGAGATC TCTCTTTAGCAACTCAAAATGCTAATGTAAGCCATCTAATATATCCAAAACAGTAGCCTT TGGATGTTGAAAGTCGGTACGAGGGGAGTTACCCATGCTTCTACTTAGCGCCCACACCTT TTGCCGATTCTTGGGCAACAGAAACTCCTGACTCTTGCTTCTTCCAGGAACCAAACATTT CTGTTTCATCACTTTCTCTAGTAAAGTCCTATCTTCGAGAGAAATCTGAATCTTAGGTGT TTTTGAGTTGGTGTTCATCATCAACTCAGTCTGCAGATTAAGTCCTTTGCGTGTTGGTGA TCGTCCTGGAAAAGCCTTGGGCCCATTATATCTTACCAGGCTGATCAAACGGTGAAGCCA TGTCACTAGTTCAAGGACATGGTAGTCCATTTTCTGTTTGTCAGCATGGTAGAGTGTCTG CAGTCGAATGAGGGAAACTTGTGGAGGGTTCTTCTTGCCAAACTCGCTTCTGAAAGAGAA AAAACCAATAACATTAGAAGCTGATCGAAAATTTAAAACTTTGATGTTTCAATTTTTTGA AGTCCTTAACAGATATCATTGTACAACTGAATTATGGGTTCAAAAATCTAATATTTATTG AAATTATGCTTATATATACAGTCAGCCCTCTCTATAATAGCCATCTGGCATCCTATAAAG CATGTAACTATATAACAACCATATTTTCTTTGAACCAATCGTTCATGTTATGTTGTATCA TATATTCTCTATTAATAACATTCACTATCACAACCAAAAAATTATATCAAAACAAATGAT GTTATATAGAATAAACGAGGTTCAATTGAACCCACAGTGCATGGCTGCATCCGCCTCCAA ATATTATATTCTTGAAGAATGCTATCCAAACTAAACTGCAAATGTAAATATTCAATTTTG CTCATGTAGAGACTTATGGAACTAACCCGGTGTTGGCCCACTCTCCAACCCATCCAAAGC CTTGGTGTGCTCTGTTATCCCATTGCCAAGAGAGAAAAACACAAAAAAGAATCAGCATAT ATTAGCAAAAGTTTGTGCGTGTGTGTGGTGGTGGTTAGGGGGGAGAGCTTTTGTCGAAAC ACATACTTCGTAGTATCTGCAGCGACTGGGACAAGCCAGTGAAGAGTTTTTTCCATTTCT GCTTTAATCTGCGGAATTGTGAGCTGCAAAAAGCACAACGTGGAGAAACTATTTTATACA GATATAGAACTTAAATGCAAACGGGAGGTATCATTAGACCCCAAAAAGAGAAAAAGGGAG AAAGGGGGGAAGAATGAGAAATTAATATGGAGGACAAACCTCTTCCTTTGCATCAACCGC CTGCAGACGTGAACGAAGGGCCGTTTTTATGGAAGGAGGCAATCCATTATATAATCCATC CCTCATGTTAGGGGGAAGAGCGGTGGGCCGTGAAGCCTGACATGATATCAAATCCCATTG TTATGAATACTATTGGAGCAGTCGTAAACAGCGCAATCAGTATCGCTCTAATTCAGCACT AAAACTTACAATGTTATCAATTTGAGTAACTAAGTTAGCATAGTGTAAAGCCAGACCAGC TACTCCCAATCTTTCTTGTTTCTTCACAGGCTCCTTGACAGCAGATGTCAATCCTGCAAC AAGCATAGAGATTCGTCTATATTTAAGAAAGCATACTCTGGGAAAGAAGAGACAATGTGT GTACATATGCAAGTTAACTCTGCATTGTAAATAGCTAGAGTACTCCCCCCATTTCAATTT GTTTGTGTGGTTTTGATTGATCCGGAGTTAAAGAAAATAAAGAAGATTTTTTAATCTTGT GGTCTTAAACGTGTCACATAGACAGTTGGAGTTAACGAGTAGCCAAAAAAGGAAAGAGAC GTACTTTATGAAATGGACTAAAAAAGAAAGCAGGGCAAACAAATTGAAACGGAGAGAATA TATAGCTTGACTTTGCCGTAATCTTTAGTAAGAATTCCTCGCTTGGTAAATGTACAGATC AATGATTAGTCACAACTCTGTCATCTTTCCTAAAATGTTACGCAATTGTAGTGACTTGGA AAACTTGGACTGAAGACCGAAAAAGGAAAAACACTGAAGATTGTCCTCCCTTTTTCCTCA GGAGTTACCCTTTTGTTTAATTTCCCGTACCATTTTACATTTTTTTTTAAAGTCAGGATT TGGCTTAGGATTTCCTCTATAACCATTATTAATGAAAAATAGTTCAATAAGATAAAATGT TAACATGTAAAAGGTATCTGAGGCAAAAGAATGAAGTGGCTGGTGCAATTTAGTGGTGTG GAGCGCAAACAGCCATTTATCAAACATCAATGAAGGTTAGATACTCTAAGCTTCGTTATT TGCAAATAATAGAATGCTGATAACGACAGCCATCAAATTTAAACTGATCAACAAAAAAAT ACATGTACTCTCATACCGTTGTCCCCAAATGCTTCCACAATTGCTTGATGTATATACGTA ACAATGTCAACAAGCTTCTCCACAACCTACAATGATTAATTTGGGATCACTAAGTGATTA TCGCTGAAAATAATGACACTCTTAAAAGAAAAAAACAATTTTCATTTCAATCACAAAATC AAATGAAGATCTTGTTGCCTCCATGAGCTTACCAATTTCCACGGTAATTTTGAAAAAGTT CTCTTTTTACGAGTTCTACTAATTTGATTATTAGAAAAGTGAAAAATGCTTTACTTGAAA ATGAGATAAAGAAAAGTTTTGGTCAAAGTACCTCCTCCAAACCCTTAGCCCAAAGAGATT TCTTTTTCAAGCTCCTCGCAATCTTTCTTTGATGTTTTAGCTCACTCTGTAACATCATGA GACCTTCCCCTACAAGTGAAAGAAAATGTGTCAATTTGTATGTTAATCTACCAAATTATC AAAATGAAGAATCCAAAGAAGACATTTTTAATATACACAAAAAGAATCTGCACAACATTT TTACTCAAACCGTCATCCAGCTAAGTTTGCACAAATGACAAATCACAGAGAACTAAAAAA AAAGTAACACTGATATACCTTTTCGAGGTAGATTTAGGGAATCTAATTCCTCAAGTTTCC TCCGATAATCCTGTTCGAATCTGTCCAGTGCATGCATTTCATGATATAATTCCTGTAAAG ATACCAGTGGCAGTGTCTCATCAATGACTTTGGAATATCAATATAGATGTGAGCCATAAC TTCTAGAGAGAACATCAACTTCAGAGTAAATAAAACCGGACATAGGAAAAGAATCAAGTA ACTTCCCGTCTTGGTTACACTTCAACTCATACCATTCTTAATATATTTTTTCCTTATACA AGACAGTACAACCAACATAAATCAGAAAATATTCTTGCTGGTAAATGTAAATATTGGCAA ATCTCATACAATAGGTCTAGTATAACATCAAGGAAGTTATAAAGCCGAGAAGAAACCAAC AACATGCTAGTGGGATCCGGGGAAGGTAGAGTGTATGCAGGCCTTACCCCTACCTTGTGA GGTAGAGAGGCTGTTTCTGAAAGACCCTCCATTCCCTCAAGAAGAAACCACTCCAATATT GTCCCAAAATTGTTACAGTTCATGAAAGTAAAAAGGATATGAAAAGAAATTCTCACTCCA AGAACAGAAGGAAGGATTTACTTATACTGTAAAACACGTAACATGTTGAGAAACAAAAAT TAGTAGAAAGCCACCATGCACTTCAAAACAAGGTACGAACTTACAGAAGTATGCTGAGCC AGAGTGCTCAGTTCCTGCATCATCAATTCAGCCTCTGATCTTAGTTGTTTGTGCGTAAGA GTGTCTGAGTCCAACCTGAGAAGTGGTTACAACTTATGATAAACATCTTTAATGAAACCA GAGTGGTTTTAACTCATCTACAATAAAAAGGTGTTAACATACCTGGAAAAATATCGATTT AGGTTGTGCCATTGAGGGTCTTTACACATATCTCCAAACCTAATCACTTCGCGAGAGAAG ATGTCAAATTCCTCCCTACAGAAAACATAAAAACTTATTTTCACCGAGGCTTATACTGCT TACAGCATTACAACTTTTTGTAAATTCTGATGGTGCCTCCAAATTGTAGTTTGACTCAAA AGTCTGAATTATTAATGTTCAACCAATTAAGACTTTACTTATACATTCTTCCATAGTAGT CTTTTAAGATACATTGAACCTTGAACTTCCAAAATGTAGGTAAACAAATATTTTTTTTTA CACTAGTAACATTGTATTTCAGTCAGTACTTACCCTAAGTACTGAAAAAATGTAGGTAAA ATTAATATAGGAATGTATCCTCCATTATGTTACTGTTATCAATTAGAGAATATATTAGAT AGTAGCTTATTAATATTTAATTATGTGGGGTATGAGGTGGATATTTAAAATTCTAACCTT TTGTCGGCAGCAGCAATAGTAAGCAGTTCCTTCATATTAGTAGAAACCAATTGTTGCACT CCTTTTGAAGGTAGAATTTCCTTCTTTAAATACTCGACATTTTCTTTGGAAAGGGATTGC AACAAATTTGCACCTTTGGTAATAGTATTTGCTACCTCATATGCTAGGATAGATATTTTA TTCCCTCTTGATGTCGTTCCTGACATAAAGCCTCCAGAGTTCAAATTTGTCATGCTGCTC CCAAGTGTATCTAATACTTCAACTGCTTTTTCTAGGCCGACTATACTGGCCTTCCCAAGA AAAGAGCTAGGAGCCTATCACAAGAAGAATTCATGTCTTGTTACCTTACAGTTGTGCATA TGAAGATTCCAGATTACTTTAAAATGTGAAAAAACAAGAAAAAGAAAACTGAAAGTTGCT CAAACACGGCTCGTGCAACGAGCTGCCAAAGTTACAAGAGAAATAGACAAGTAATCCAAT ACAAGCTTCCAAAAGCATGCCATACTTAAGTTGTCATATGGGCCGTTTCGGCACAAACCA ATCAATATGGGCTTCTATGCGATTTATCTCCAATTCCAAGGAGTCATCTCAAACTTTTCG AGAGCAACCAAAAGTTTCAATATAAAAAATCATGTCAAGACACGCACACAAGCTTCAAAA TTGCTAATTTCTCCAATACAATCACAACGTTATGACTGCAAGACCATGTGTTGAGAAGCG GCGAATACCTATAGCATCACCGGACTTCGGGCAGAATTCAAGAATGCAAAAATGTCAAAT TTTACCATATGAACTCGAAATCGTGAGTGTATGATCTATGTACAAATATCTACCAAAGGC TCTTATCCATCAACATGTTGGTGGAACTGTATTGGTTAGAGGACTTTGAACTGCTTTCAC TTGCCAAAGGCAACAGAACTGACTTGCAGCATTGTCCAGCTCTAGCACAAGCACATCAAA GACAACTTACGTTCCATTTTTCATATTGGTCCTCTCACTTCTAGGCACATTCTAATTCAT CCAACCAATTCCTTCATTCAGTAATCACTCCATCAGCTTCTGCAAAAACTATACACCTCG AAATACAAAATGCAGAAGTTTGATTATGCGGTCAATTGACTCTTCTTTCCTATTTTCTTT CTCTTCAATTCTTAAAAGGAAAATTCTCTCCTTCGTGTATAATAAGGGAGAAAGTTGGCA ATTTTATGATCAGGCGTGCAAGAGTGCTTAGCATTAACGACACACAGAATAAAAACAACC AGATCAGCTTTGATATGCTATAGAACAAGCATCCAAATACATCAACAAAGATTAATGTTT CCATAAAAATGAGTACCTTGTTCACTCCTGTCCTAGCAGGTGTCGATGGCTTCAACTCCC TTGAAATAGACATATACAATTCACCAGAATCATATAGATTAGGCGTCCCACGAAAAGCAC CCACATCAGGATACGAAAAAGATTCAGCTTTCTTCTGCTTCCCAATGCTCTCAACTGAAT TCCCCTTTTTCGAAGACCCCGGGGGGCTCTCATGGTGAATTTCAACTCTATTCCTAGCTG TCCCACCTGTACAAACACCTCCCATTTTGCTCCCAACACTCAAATGGTACAAAAAGATAC AATCTTTACACCTAATCAAAAGAAAAAAACAAGAAAAACAACAAAATCCATCAATCAAAG ATTCAATCCATTCAGCTTTAAGCTAAAACAATCCAAGAACAACAACCCGATCCTAAAATC CATCCCATTTTCAATTATTTCAAGACTAAAACACAAAAACTCAAAAAGGGTATTCCTTTT TCATCCAGCCAAAATAAACAAACATACCAAACTTAAAACACCAGAAGAAGAAAACTGAAT TCAGAGAAAAAGATGAACAAAAATGTAAAATTCTGAAATGGGGTTTTGGGATTTCAAGAT CATAAATGAGAAACCATACAAAAGACTAATAAAAATTTTAAAAATTGAGTAAAAACTACC CACCTTAGAAGCAAGAAGAAGATTCAGAGTACACGGACAATCAGCTGAATTACTTGACCA AAAATTGCCGTTTTTTGCTTACTTTTTTTTGGGTTTGTACTTTGTGTTTGTGTTGTGTTT ATGGTTTGGAATTTGGGTTTTGGGTTTGACTCTTTAGAGAGGAAAAGTTCAAAGTTGGGC ACAAAAAGTCGTCTTCTTGAAATGTATATCAGTTTAAGGAGCCGAAGAATTGCCCGCCGT ACTTATTTTTCTTTATAAAAATCTGTCTCTATTGGAGTATGGTCACCGTCGGTCTACGGG AGGATACTTTTCTTTACCATTATACCCTTTTTCGAATATCTATCTCGCGTTTGATTATAT ATTTTGAATCAAATTTTAATAAAAAATTTTTAAAAGGAAAGTTATAATAAATAAGGTCAA ACAAAATGGCTTCTTAATTTTTACTTAAAATATATTTCTTTTATGATCTTGAAAAAAGGG ATGATTATCATTGAGGATAAATAAGATGTGTTGAATGATAAAAATTTCCTAAGTTTTATT AAATAATCTAACAATCGCAAAAAATATTGATGGATAGTGTAAGATTAATGTGTAACGCGA TATTAATTTTAATTTTTTTTTTAAAGTTCGATTGTAAAAGTATTAATAACTTGAAAACAA AAGGTAGAATAATAACTTTGTTATCTTGAGGTTTAGTTTTCGACCCTCGAGATATATGAT TAATAATATAAATTGACTTTTAACTAATTAATTAGTTATATACCATTGATTTTTCAATTT ATAATAATTAATAATTGAGTAACTTTTTTTTACTTCTACAACAATAAAGTGTTTAATTTT TATTTTCTTTCATCCAATCTTATTTAGTTTTATTCAAGCTTATTTTTATTTAAATTTTCG TGGAAGAGAAAGAAGTGACTCACCAATTACATATATAGATCCTACCAAATTATTAATAAC AACATATAGAGTAATATTATATGTTTAATGTCAAGAAGACAAGAAGGGTAACAATAGAAA AAATTGACTTTGTACATGTAAAATATAATGTATCAAACTATATAGTAGCTTAATTATTTA CTCAATTCAGTAAACTTCATTATCATTCATTTAAATTAAAATAAATTAAATCACTATCTA TGAATTATGAATATTGCAGTTCCTACTATGAATACGTAATGTAGGAATTTTATAATCTAA TTCACATAAAGAAGGTTTTGTATGTTTTTGACCTAAGTATATATTATTAGTAATTGTACT AATCAACATCGATCACCATCATTATTTCTCCATCTTCATAATAATTTACTCGTATTTGCT ATTTACATTAATTCAACAAATAGTAAAACACATAAAAGTATTTTTTAAATTTACATTCTT ATTGCTTAACTATAACTAATTAATATATCTCACCTAAACTTTGACTTAATTGATCTTATG ATAAAATAATGTAACCTTGTGTAAATATCAGTTCAATTAATTTTTATCATTCATCTCCTT TTGTCAAACTGATTTTATCATTTTCCTTTTGGTATTTATAGGCTAATAATATTAAGATAT AACTTCGATATAAAATATGTGTTTATTTTATTTTCATTATGACTTTTAGCTCTATATTTA TTATATAGGTCTAAGTTTTGATATGCAATGTCTGAATTAGGGGAAAGACAGCATGCATAT CGTCTTTTTAAGACTTTTGCAATAAATTATAATTATAATGAATATATTATTAATTATTAT AATTATAAAATATGCAAGTTCATTGTTTTGATATTTTGTGACTTATGAATTCTTAAAACT TAAATATATATACTTTTACATTCAAAATTTTGGAATGTCTAGAAGTTAAACTAGAATATG CTTTTGGATTTGTTTATACAAAATCATTCATATTAAAATAAGCTCTACACCTATGACTTT TGACCCTTTTAACGCGTGATTTTAACTTTAATGTGTATGTATTAGTTAATATTTATTTTA ATACATTGTAATTGGATATTTTTTGAGAGTTTTGGAGCAACAATAAAAATTATTTTTGTA TAGTTTATAAATAACAAGTTTGAGCCACGAGAGCCCCGAAATCAACTATCATAGGTTACA TACTTCATACTCTAAAGGCGGTTACTTTTGCTCAAACTTTGTAAGAATATAGATGAACAA TTTTCACATATAGTAAACATAAAAGTCATATTTGTATGTCATAGTTATATTTTGCATAAT TACACTCCATGACAAATTTTATGTTTGCTATGGAGCGTTTGATTTGTACAATTCTATAGA TATGTCCAATTTTATATAAATTGTTCAATTTTGCATAAATTCATTTGTACATTGTAATTT GTATAATAAGTTATGTCTTTGTATAATTATAAAGGGTCGTTGGTGTGAGGGATAGAAATA AATAATGATAAGGTAAGAAAATAACGATGGAGATAAAATTTCTGTATCTTATTTGGTATC ATGTATAGGATAACTTAATTATCCTACCATTTATAACATAGAGATGAGATAAGTTATCCA TAAACATGGTGGGATAAGTTATCCTACGATAGGTAACCCTTCGGATAATTATCCTGGAAT AACTTGTTTCTAATCAAATGATCCTCAAGTGTACAGAACAAAAATATATGTTTGTTGTAT ATACAGTTTTCTGTCACTTTATACAAACACAAACACATTTTACATATTATATATCAAAAT GTATAAAATGACTAATTATATATAAAAAAAATGATTAATTGTATACTGTTTCAGATGACA AAAAAAGGAGATATTTGGTGCGAATTACAAATAAAATAAACTATGACTATAACATTTAAT TTGAATTAATAATTTGTTAGTTCACATTATTTTCCCAGTATAAAATACTTAATGTACTGA ATTGTCTTTTTATACTTAAGAACGCGTGGAGATTATATACTTAAAAAAAAGTTAAATAAA ATTGTTGCTACTACTCCATAATGACTAATGAGAGCTAAATATGCCAAAATTATAAAAAAA ACAAATTCCGGCATGCTTAATCCACTAGATAAGAAGATACCAAAATTCCAATCCTTTTTC CCCCTAATTTTATCACTAATAACATTTAATTGTCAACTAATTATCTTAAATTGTGTAACG AAACCACTAAGCAAAAGACAAACATAAACAAAACAAGTGTGAGGTCATAATAGTCACTTT TGACCAAAATAAAATGAAATTTTATTAGTAATATACTTTGTGTAGGCCCCACCGGATTTT GACCCCACAGACAAGATTAAAGCCTTTGAATTAAAATTAAATGGAAGAATTGAATAGTGA AAAGTTTACAAATTACAAAAAATGTACATATTTTAATTTAAATTCCATAACATAATTTTA AAAGGTTGATTTAATAGAATACATTTCTATGCAAGACAAACAAGTTACTACTTAAAAAAA TAATGATCAAATATTAATATATTTTTGTGATCTATAATTCTGAACACTATATACAAATCA TTTTTTTATGTAATCATTTATCTTTGAATTATACACAAATATTTTTAAAATAATTAAAAT TAAATAGAATTGAATGGTCATACACTTGCAAAGTTTACAAATTACAAAAAAAAATGTACA TATTTTAATTTAAATCCCATAACATAATTTTAAAAGGTTGATTTAATAGAATACACCTCT AATTTATGCAAGACAAAACGGTTACTACTTAAAAAATAATGGCCAAATATCAATGTATTT TTGTGATCTATAATTTTGAACACTGTACATAATTTTTTTTTTTACGTAATAATTTATCTT TGAATTATATATAAATATTTTTTTAAAATAATATTTTATTTATGGACTTCTCAAACAGTT ACCTTTACAATTCATCAAAAATCACCGTTTATGTTAAATAAATAAATAAATAAAATTTTA TCCGACAACTTTATATTACAAATTTCAAATAATTTCATTTTAATTTTTTTTATGTCCGGT GGAACGTTGACTCCTAAAATTGAAGAATAAGAAAAGACAAAGTCAACTGTATTTTTTTAT ATTCAAATGTATTGAGGTCGATTAATGGACACGTGGGGGATTATCATTGGATAAGTCAAA TTACATTAATAACTTTCAACTATATGCAACGCAGGCATCTACGACGTTCACACTTTTGAA AAAATAAATAATTAAAATTTCCACACAAAATCTAATTTTTAATTAATAAGAAAATTGCAC GCTCTATATTTGGGTATTGCACTAGTATATATATTTGATACATTACATAAGACTGTTTTT ATAGGAAACAATTGAGAACTGTAATATTATACAAATAATAATTCGAGTATATATTTAAAA TAAAAGATAATCATGAAATTTTCATGACCGATGAATAAATGAAGAAGCCATATAAAATAA TTCTCGACTTGTGCCCTTCTAGCAATAACATTAGTTACCACAATTATTGAGTTTCATTGT GAGAATAAGAGTTCGGAGTCTAAAGAATATAAAACATTAATAAAAAATTTTAAACGATAT ATAAAATTTTATATTAATCAAAATGACAAAATCGCTGGAACAACAGCGATTTTGCTATTT CCGGCTGAGAAAATCGCTGTTGTTCCAGCGATTTTGCCATTTTGATTAATATAAAATTTT ATACATCATTTTAGAATTTTTGTTAATATTTTATACTCTTTAGGCTCCGAATTCGTGAGA ATAAGGTTGTAGAATAGATAGCTTGGGACTTTGGGAGTGTCATTCCATCTTGTGAACTAA TCCACATCCAAAATGAAAAGAGAAACATGATTGGAGAGAAATAACCAATTGATAAAAGAA CAAGAAATCAATATGTTTCGACAAATGGTTGGAGCGATAATGATAAGGATGAGCAAAGAC AAGTTTGAAATTCACTATCGTTTTATACTTAGAGAAGCGCATCCTTTTGTCTCGAACATG AGAATAGATTAAGAAAATCAAAATATTCCGCCATTCAATTCAATAAATATAACTTTTTTC CTAAATGTTTATGCTACCATTATTTAGTCTTGTTTTAGTTTTACGAGGGATACATACCAT TCTTCGTTCTATACTTAATACCTAATAACGTCAAATGTTTATATTTGTATTCGTGTCTTA AAAGTAAAGAAAGTCAGCTGTTTTATTAGTTTAACAAGTAATCAACTTTATGGTCTAATT CATTGTCACTAATTTTGCTTAGTTTTGTTTTTGTCAATCGTGATGATCTTCTTTTATACT CTCCTCTCCATCTGAAATGTTTGTCATGTTACACGTTTATTAAAAATCAATTTGACTAAT TTTCAAAAATAAATTAAATCATATTGATTCGATATTTTAAATAAAAAAATTAAATATTAT AAATCTACATGATAAATTATAATTTTTTACATATTAATATAATAAAAAAATACATTTTAA AATGTTAATCAAAATTTTTAAAATTTAATTCTAAAAATAGAACACGACAATCAATTGGGA GTATTTCGCCTAAATTCATTGTCCGTTAAGTGTTCACCCACATTGTCATCATGAGGACCT AACTTTCTTAAAGTATAGACAGCCTTCTTCAAAGTCATACTTTTATTTTAGTTATTCATC AAATGATGATCTTACAAATGTACCTAAATTTTTGAAGCAACATCTTTTCTAATAGAGGTC AAAGGTATTGAGATTATTTTTTTTAATTTAAAATTATTGAGTCTTTAATTTACGAAAACA CTTTTTACTTGCTGAATGTAGAAATACAATTTGCTTAGGGTAACACATCTTACTTTTTCC AAACTTAGATGTCCTACTTAGGATCGACATTCCCTTTGTGGTTCATTTACTTTCAAAAAT GTGCTGTTAAATTTGACTTTTTTGTAAACCCAAAAATTGAATATAACTTAAATCACCTAG CTTGTTGGTGAGTGATTGCAAGTTGTATGAGTTGGAAGTTCGAGAACAAGTCTATCCAGA AAAGCTTTAACTAATTTGGATTCAAGTACAATGATATATGATTGGAAACAAAGTTATATG AAAAAAGATAAAAAGTAAAATTAGTGCCAAACAAAGTAAGGAAAACAAGAATAAGATAAT AAGAAGCTTTAACTAATTTGGATTCAAGTACAATGATATATGATTGGGAACAAAGTTATA TGAAAAAAGATAAAAGTAAAATTAGTGTCAAACACAGTAAGGAAAACAAGAATAAGATAA TTTAGACTTGTGAAGTAAAATTGCAAAAGATTGATTGAAGCATGTTAATCTTTTTGAACC AAATCAAGAAAAAGGAAAAATCGAGCATTCAGAATGAGTAGGAGGTTGGTATTCCATTCA TGAACTAATCGGAAAATAATTTGAATCATCATTATGCTCGTTCTCACGATATATATTTCA AATTCAAACGGAAAAAAGTATCCAAAGTTTCTTCATCTAAAAAAATAAAATAAAGGACCA TCAGGAAATTCGGATGTTTCATCAGTTAGGCACACAAAAAGTACCTCAGATGACCATCGT GAGAATTTTAATCCAAAAATCATCATACGGTGATCACAGACGTTACCCTACCTTTGTGTT AAAGTTCAACAATACTACTTACTGTATAATTAAAGTGTTTCCCTCGAAGATATATCTTAG CAGGTTTATCAAATAAGCCTGCAATAATTTCAACAGGAGGAATATTGATATAGGGTTCTG CATTCATCCCTAAGGCTCAAGTTGCCAAAGAGTCAAACTTCAGACCCTTACTTTTAATAA AACCAAATCAAAATGAACAAAAAAAAAAGGATTTTATGATTTACTACAAACAATTAAAAA AGCACTCAGAATGAAAAGGACTAATTGTTAATTTTTAATGATATCAATGACCTTTCGATC TCATGAACATTGATCCTCATCGTGCGAAGAATGCAGAGACAGTAAAACATATTCAAACAG TTCAAATTTGCAAATAAGAGTTGAAAAATTATTCGAAAAAAAGGCAAGCATTCAGAATGA GTAGGAGGTTGGTATTCCATTCATGAATAATCGGAACAAATTTTGCATCATCATTATGCT TGCTCTGTAAAATCACAAAATTTTGAATATTTTCACTGTAATTGAAGATTTCTATAACAT AAAAAGAAGAAGAAACCATCAGAAAAATTGGATCTATCATCAGTTAGGCACATAAATGTA CCTCAGACGACCGTCGTGAGAATATTATCCAAAAATCATCAAGCGGCTTCACATATTAAC AGAAATAAAATTGAATCAAACAAATACATGAAAAATCAAACAAAAACAGAGCATTTTCAA CCTCCGATACCCAAATAGACAAAATTCCACCATTGATAAACTCTGTTATTCAGAGAGCGC CTGGCGGAGAAGAAGAGCGGCCAGTATATTTATAGAATCGGAATGCATTAGGGTTTCCAT GACTACTTACAAGTTAAACCTCGAAAGTTCTTTCTGGGCTTAAACAAGATGAATGGCCCA TGAACTAGAAAAATAGTGGATAACCGATTGGAGGAGTAGTATTTAAGTCATGGCCTGTTT TCCCATCGTTTTATGTTATTTAAGTTATAGCCATAGTGTACCAAGTGTATACAAAATAAT GCCCCTATATAAAGTGTGATAATACTCGATAACTGTGCTATGTTAATTATCGAATGGCCT ACAGATATCTTTTCAGTCTGCTGAATCGGGTTATATCATCTTTAATTACTTTTTATTTGG TTCTTTTTGATCTATCTTTATTCCTCTTCATGTCGTTAAAAGTAGGGCCAAAGTTATGTA TGGACCTCATTCAGTGGCGGATTCAGAAATTTATAACTATGGGTGCTCACCATTTTCAAC TTATATCAATCAAAGAGCGTAACTGCAAGCTAAAATTCATCAAAATAGATGTTATTTTTT CAATGCAATAGACAATCGAAATATTTGAATTGGTTCAAAAAAAAGAGGAGAAACAATATA CTTTCACGTACAATTGTAGTTACCAAAAAGACAAACCAAGGGAAGGAAGACTCTTTCGCT TTTAAATTGAAAAACTAAAATAAAGGCGCTAGAACACATTTTTTTCCTTCCCTTTTATTT TTTCTGTAGACTGATGAGAAGAAAAAGTTAATAGTAATGAAAGATCTGTTTATATTTTTT TGGAGATTAAGTTACATAATAGACATGAGAAGTAAACGATTCAAGATTTTAAGATCGAGG TTACTCTTAAAGCTATCTATCATAAATATAAATGTATAAATTTAATACTTGTCAAAAGAA AAAATAATTATATTTATATAAAATAGCCAAAAAAAATCAAAAAGAAAAATAATCTTCAAA AAATAATTTTGTTTTAGAAAAATTAGAAATACGACAATTCGTGAAAGGAGGAAAAAGAAA AGGTAGAAAGAAAAAAAAAATGTAATTACAGGGAATTGAACCTGGACATTTTTTTAGCAA TATAAGACCTTGAGAACTCACTTCCAACCACCATGCCAACTAATACATCTATTTGTTAGG TGCTCGACTTTTATTGTATATGGTATTACCTTAATTTTGATATAAATATACATAATTCGA TATGAGCTTAATGGGTGCTCGAGCACCCGGGCAGCTCCATGTGGGTCCGCCCTTAACCTC ATTCGATTAAAAGTTACTCGATTCATATATGATTCAAATATATATATATATATATATATA TATATATATATATTTGAATTAACATCTCGCACCTCTATATATTGGCGTATCCTCGTGACT TCACTTCATATTCTAAAAACATTCCATTTTGCTTCTCTTATCTTGTATGTCATAGATGTT ATACCACCTTACATGTAAACTTTGGCTCTTATCCTATCTCTATTACTATATATCCACACA CTCATGGGACACATCCTAATCTCTATTATCTTCATCTCTTGAATGTAAATATTTATTTTT AGCCAACATTCTATCCCGTAGAAGAAAACATATCTAACCATCACTATGCAGAGAAAGAAA ATTTATTTTACAATTTCATATGAATGATATAATTAATGTAGTGTACAAACAATAGTTATA ATACTAATTCAGATAAACAAATATAAAAATGAATAATTAAATTCTATTTTCTAACCTATT TACTATGGCGACGAAGAATCAAATTATCACTATATTTATTTCTTTTTCTACTTTTTCTTC CAGGGGCCCAGTAACGCGTGAAACACTCCGCCTGGGGAGTACGGTCGCAAGACCGAAACT CAAAGGAATTGACGGGGACCTGTAAGATGTAAGAGCATAGCTAGATTCCAGAGATAGTAA AGAGTTCTCATACACTATAGTAACTGCTTAACTCTAAATCCAGTGACAACTTTCAGCCTA TAGTAGCTTATATGCACCTGGCCATCCTTCGTTTGCGGTCGACGTTCTGGCTTTGTCCGT CGACAGCTGAATGTTTCGATCTGGTTCGATTCATGATTGCATCTGCAAACCTGCTTCTTT TCTTTGGATCCGCTTATGTCTCTACTTCGCTTGATTCTCATGCCAATGAACTCCATACTC TGTTTTTGGCCTTATTAGCTTAAGTGAATCCCCCTAAATCCTAATCAAGGTCACTTCAAT AAACTATATAATTAATAGAACCCATGTAGCATTCTTACCCTATTTATGAAGCTACCACAA TGTCCACCAAATCCTTATTGAAGAAGTTACAAAAAACAATGGTACAACATACATTTTCAT ACAAAACAACAAGGTAGCTAATGCTTTTGGCAAAACAAAGATCCTATCAACTAACTTACA ATCCATCCTATTTTGTGCAACTTGATATACCATCAAAGATTGTATTAAAACAGAAAAAAT AAGAGTACCATCTAATAAAGTAGTTTCTTCATCAATATATAATAATTTAATAAATTTTGA TAACATTGGTATATTTACTAATAGTGAAAGAGATCATGTAATCACATATCTACTGCGTAT TTAACGGCTTAGCTTATACTATAGTATTATCTTTCTAAAAAAAGATAACTATTAATGAAC AAAAAAGAAGTTTCTAAAATTATTTATAACTTGAATAAATATAATTAAAACCTGAAATTT CAAAGGCAACAACGACAAAGAGGCTACACAAAGTCATTCATGATGATCGAATAAGTCTCT ATCGAGCTGTCGATTTTTCTCCATTCCTAATAACAAAATTAATTTCGGAGGCTATTTCTC TAGACGAAAACGTGCAATTGCAAAAATATTTAATAGAATTTAATTAGTTAGCTGAAAGGG GCTACCAGTTAAACTTTTTAAGAAAGATATAAGCCCAACGAATTATCAGACGGAGCCCGT ATCCATCCGTATCGTTGCCGGATTAAAAAAAGCACCGATTGAACTCCGACGGCTGTTAAA GCAATCTGTGTGAAATTCCGACGATTCTCCGCCATGGCGATCGACGCAGTCCCTCCACTC ATCGCTGCACAGCTGAATTACATAGTCACTCACGCTCCATTCTCTGTTAAGGTCATTTTA TATGCTTTTACTCAAAAAAATTAGGTCATTTCTGTAAACTTGCTTATGGTTATTCACTGA CAAGGAACTTTGAAGCTTGTTCAGGTAGAAAATATGTGTTCAGGATGCAAAAACACTGGT TTGCTTGATCGGTTCTCGTTAGTAATCCCCTTCTGTCTTGATTTCATCAAATGTGAGTTA CTTTTTAGCTTTCTAATTTACATTTCTGTTCAAGGTTGCATAGTGAATTAGTCTAGCTGT ATATAGTTTGATCATGTTACCAACCTGTATTTTTGATGATGAAATTTGGGGTAGGGGATG TGATGTACAATGCTGTGTATCCATTAGCAGCACCAGATGTTATATTTGGGTCGGAAGATG AAACTTTTCGACCTTATCATGCTGTCAGTGATGCTAGTGACTCAAAGTCATTGAAGAACC CTCTTACTGACTGGAATAATAGAGATCCGACTAGTCTTTTCACTCTGGTTCTGCAGCTGA GGTTGGGCATTTTCACTTTTCACATCATTAGTTTGTGTAAAGTGAGGAACATTTTCTGAA AAAAGAAGAGCTGAGATTTAGTTTTTTATGGTTGTTAGGGAGTTGTACAAGGCGTACCAA AAGAAAAGAGTTGAACAAGTTGATGATGACAGGTTGAAGTTTGAAATCAGCACAATGCTT TCCAGAGAGGTAATTCAGTTTGATCATCAAGTTGTTGTTTGGGTTAGATTATTCGTGTGC ACTGGACACCTTTCGGTAGTAAGGTGATCATTGTAATTTCATTGAATTGTAAAATGGGGA CAGTGTTGTGTAATCTAGCTCCAACATTTTCCGAACTTGTTAGCTTGTCATTAATTTAGT CTTTGTCTGCTGCTAATTCGCCTCCAATGTAAGTATATGATATGGAATCAGGAGTTCCTC CCAATGGAGCTAGGTGTGCTATTGCATTGGTATTATTGGCATGATCATGACAACCAACAA ATTATACTTGATTCGTTATAACTAAGAAGTAAAAGGATACTTGTATTGAAAATCAAATCT TAGAGAGAATCCCAAAAAAATTGGAGTGTGTAAAGCATCTACTACAGGCATCTAGAGAAG AATCTCGGAAGGAGATTAAACGAAAAGGAGTGACGTAGAAATTTCTATATAAAAGACATT CCATTTTTCTTCAATTCCATCTTAGCTTTTGTATTGATTATAGAAATCTATAAAACTTTC CAAGACTTTCGCCAATGATTTTGGTCAAAGTACTTGACCAAATCGGACACGGATCCCACA CCCGCACCGATGTCGTGTCGACACGGGTGCGGCACCCCGTGTTGGCACCAAAAGTGAAGA GTCCAAGCAACTTAGGTTATGAGCATATGTGGTCTAAGTTGCTTAGACTTTTCACTTTGG TGCCGCACCCGTATCATAACGACGTAGGTGTGGGATCTGTACCTGATTTAGTCAACTAAT TATGGGTACTTTGACCAAATTCGATGCAGGAATTCGAGACATATTTGATGATTTCTGTAA TCAAAACTAAGGTGAAAATGAAATACCTTGTATATATAAATATCTATTGCCACTCCCTTT CCTTTTATCTCCTTTCGGGATTCTCGTCATGTTTTCCACATAATATCTCATAATTTAGGT TTTAGAACTTTATTTTTACATATTGGAATTATTTTAAGCCGAATCCCCGCACTCGTATAC ATACATGGATCCGTATTCCCGAATCTTAAAATTTAGATCATAGAGGATGTGATCTCTAGA TCCATACCCATAATCGGACACCTGAACCTGAGTCTGAGCAACTTAGTCTATGGTTGCTTT CTAAGGTGTATGTCAAAATTTGCTGTTTCTGACAATCGGCAGGTGGTTAACACTAGACCA AATTGATCTAGGTAGCATACATCATCCTGTGTGGTGAATTTTTAATATGTCGCTACATTT CAATTCTTACAGTGGATGGCCTATTGCTTATAGGTTTAGCTATTAAGATTATGTGTGATG GATTCATAGGGCTCATTTGAGTGCAAGTGTTAACTCTAATTTTGATGGTTTTCTTGCCTA ATTTATTAGATTGGAAGACTCTATAGAGGGGAAGGGGTTTTAAAAGTGTGATCGCGGCTC TCTCCTCCTCAAGTTATAATTTGTTCTTTCTATAACGAGCTTTAATTATACTTCGTTCTG TTTTTGATCATTATGTTGCAGGGGATTGAAATGTCTTTGAGTTCAAATATTGATAAGGTA CTCCACTGTCACTAACACCTGCATTTAGTAATCCCCTTTCTGCTCTTATGTGGAAGGATT ATCCTGCGTAACGTTCGAATCTTGACTGTATGGATGGTTTATGTGCCATTAAATTGTAGT GTAGCCAGAAGAGGTTAAATTTGCTGTCCCACTGCTGGATTTGGATTTAAACAAAATGGT TGCAGGATCCACTTGGCGCCATCCACAGAAGATATACCTACAGGTCGGCTTTCTGAAGGA TCTTTCCGTACATTGTGTATGCTTGTCTGTATATATTACCAGAAGATGAAAACACTGATT AAATTTTAATATCTCCAACACAAATGAAATAGTTATATGGTTTGATTGTCAACTGAAACT AAGCCCTAGTCTCTGAAATCTATTTTAGTTTGCTTTCCTTAGTTTTAAATGTAATAGCTA TAATAATTAGAAGAATGAAGATCACATTTTAAATAAAATGTTTTTTCTTAAAGAATCATA GTAGTAGAAGATACTGATTGAAGGAGATTTAAGCATCGCATCATTTGAGGCATTATTTTT GCGTAACTCTGGGGGAAAATTAGGATGAATGAATGCAATACATCTTTTTTGTCATTTACT ATTGAAGGAGATTTAAGCATGGCATCATTTGAGGATCATTTGAAGCATTATTTTTGCATA TCTTCTGGGGAAAATTTGGATGAATGAATGCAATACATTTTTTTTGTCATTTACTTGCTT TCATATCATTCCTAAAGCTGCATCATTTAAGTGTTAAAACTGAAACTTTTTGTGGAGGTT AAATAGTTCATTTGTTGGTTTAATTGTTTCTTCAGCTTGTATTTATCATTGAGACTAAAT GAGTAATTTGTTTGTCTAATCATCTTTTGGCTTGTCATTTTTTCTTCCTTTCTCGGTTCT CTTTTGATTAACTTTACTAATGTGACAGGTTATATATCCAGTTGGCAGGAAATACTCCAG TGCTCCTTCTGCCCCACGTTTGAAATTGGTATCTTCTCCTGAATTGAAGGCTGTCTTCTC AATTGATGATTTCAGGCTTCCTCCATGGTTGGATGGAATGTAAGTTCTGATTATTGCTGC AGAAGCAAGCAGCCTTGTCAACCCTTCTCCTATTTGAGGAGCATTTTTGTTATGCTATCC TTTCCAACAAAGTTGCGGTATCATCTTATGTTCATAATTCTTTTCTCTTTCTTCTTTTTA AATTTTTAGGTGTATGGCTGAGTACCTTCCGACATTAGAAGAGATGCTTGAATCACAGGT TAATTACTAATTTCTCCATTGGGGTTTATGCCAAATTATTTTGTTAAAGTTCTCTTTCCT GTTTTGTCCATCTGCTCTTGACAGATTAAAGATGCAGTTGCATCCATTGAAAGTAGAAGG AAGCTCATTATAGCATTAGCTCCTCTCTTTGGAAGGCCAGTGGAAGCAGATCCAGTATGC AATATTAATTCTTTAGTAATTAGTATGTCCGCTGATAGATGGCATGTTTAATGATCCTTT CTTCGTTTGTCAGCTTTTCTGCAGGAAGGCGACCTTTCTATCTTCCTCTGGGGTATTTAC TTTTCTGGTACGGTAACTTAATAACTTGTAAGCAGACACACAAAGTAGAAATTTCTTTCC TGATGTGATTGCTTGGAGGCATTTTATTAATTAATTAAAGCATGTTCTCGGGACGACTGG GTGCATAAGTTTCAGTTTTGCTTCTCAAGAGGGAGGGGGAGGAGAAGACTTTGATAGCTG AAAAACGATGGACAATTGAGTAGGATTTCAAATGAATGCAAACACCTGATACAAAGTAGT CCATACATCTATAAGAATAACTCAAAAACATAGAGAAACTGGTCATGGTCTTACCTATAT TTGCAATTCTTTCAGCAAATATGTTGCTCTTTTTTCTTCCACATGATAAAGCTTTGTTTG ACATGCTGACTGGAGACCATGTTCCCTTGATTGATTATCTTTGCTTCTGCTGCTTATATC TAAATGTTATTGATGAGCGATTATTAGTAGATAAATCTTATAATATCCTTTATATTTTAG GTTCATGTTGCCATCCCACTTCAGTTCCCTAAGCAGCAGCCAAGTTTGATGCTTCAGAGT TCCCAGGTAAATAGTTTGTTTAGGTCCCCTTGAACTATATTGGTGCCTTCTTACCTTTAC TATATTTTATTTTTTTCCTCCATGTACCTTTTCTTTTTATTTGCCACACTTGAGCTGAGG GTGGAAACAACCTCTCTACCTCCATGAGGTTGGGGTACGATGGTCTGCATATACTCTACT CTCTGCAGACCTCACTTGTGGAATTTCACTGGTTATGTTGTTGATCTTGTTGTTCAATAA CGTGACAGGATTTATTTTTTTAAGAAAGATAACGTGACAGGATTTTAGATATTTTGGTAT GGTTGTTTGTAATACTCGAGCGTTTTTTAGTTTGCCTTCATGAACATGTAAATATTTAGG CATAGAACCTTTTTGTGAAAAAAATGTAGTGGTTATGCCCCAATTCTTGCCCGCCATTCT GTGATAGGAGTGGCATACTTCTCATCTTTCCCTTCTACTCATCTGTTTGTGCTTCTTGAT TGGTATCGAGGTGTAGTAGTAGTTGTTGTTGTAGTATCAATTGACTTGGTGCTCATATCT GTGCACTGGCATGTTTGTATAGCACTTTAATTCTCAAGGTCTACCCATCAAGTCTCCAGT CACTGCTGAGTACCCGTGGAGTCCCAGATGGGAAACATCAGATATGGCTGAGCGGATCTT GTAAGTTTCCACTTGTTGCTGCTTTTATGATGAAAAAGGTTGCTATTTGTGTCACTAACA CGACTTTCTGAAATCAAATTTTGTAGTGATTTCATTGTGGAAGAATGCTTGAATTTCAAG AAATACTGCAACGAATCCATGCTTCAGAATCGATGAAAGCAGCTGTTACAAGAATTCGTT TGTTCTACATTTTGGTGATGTCCTGTATTCAAGTCTTTAGCTGTTGATCTTTGTATTGTA ATGTTTCTAGATGTGCATAAGAAAGACCCCAAAGGACATATAAACTTCCTAATTTCGTGT GTTTTTCTGAACTCTATTTTAGTAACATTTTCTGTGATTCTCGTCTGTTGTAATGAATAG GCTTTTATGATAAAAGCTATGTTGTCGTGGACTCTCCGAAACAAGAGCCACACCTCATGC CGGATCCTCCAAAAATGCACTACATCTGGAGTTCTCCTCAGAGTCGGAGCAACATAGGAT ACAAGTATGTGTTGTATTCATGCCCTTGTCAGTCTTTTCAAACAAATGGAAAAACTTTAC AGATCCTCTGAATCAAGTATACTCTTGAACATTATAAAAAAGGTAAAGAAGTAAATTTTA TTACCTATTTGTCATTTTGTTTGTTCTGGATTGTCAGTCACATTTCGATAGATCGTCTTA AACAGGGTTAAATTAGCATTTTTGGCTGATCACGACTAATCAAAAACGAATTGATGAAGT CAAAACACATTCAAAGTAGTTCGAGTCGAAAGTAATGAGGAATCTTTTTTAGATCAGTTT TATGTGGATGAGCTCAAGCATTGAAGTGTACCATTACTCAGATCTAAAACTCTGCTGTTG TCCCCATCTAGTACAATAGTTGGAGTTGGCATCTCATAAATAAAAAAACATAGTGAAAAT AATATTAGGTGGTGATCACGATAGGATACTTGAAAAAAAATATTGCAAGTAGACAAACCT TGTAGTAATTGAGACAAAATATCAGTAGCTGTCAACACCACAAATATCATAAATACCTCA CTGGCTGTGGGGTTTGTGCTCGTGATAAAACTTATATATTAGTAATAAAAAAGAAACATA GCCACGTGAATGAAATAATGGAGGTGAAAACAGTAATGAAATGACAATAATTGAGTTCTT GATCCAAATGATTGTTTAAGTTTCCAAATTGTTTCTAGTAACTCAACGCAAAATATTCTT CAACACTTTTTGACAAAATTTGATTGGATCTAAACTAGAACTAGTTTGTAGGCTTTGTGT GTTAAGTGATTACAATAAGGTTAATAAATAGAGTAATTCAAATCAAAGCAAAAACAGAAA AAGATCAAGTTGAGTAGAGAACTTGATCACGATTTAAACATTTTACTATATATATGAGGA GCTACATTAAGGATAATAAGACAATTTCATGCTCAACATGGTTATAATTCAAACTGTTCA AAGCACCATCCAGTAATAGGTCCTACAGTGTGTGATTTAATTTTAATTAAAGTTTTATAC ATCAAATATAGACGAAAAAAATAAAAAATAAATCTTATTTTTGATAATATATATAAATTT GAATGCATTATGTTTAATAACTATCTATTTCATCTCGTGTTGTTTGTCCTTTTAAAGATT CTTTTTTATATTTAATGACTAAGCTAAATGTATAGTAAATGCGTTGAATTTGACTGAACT CAAACAAAAAAACATAGGAATATTACATTTCAACGCAATAACTCAAATGGTCAATGCATT CACACGCTAAATCAACATTTTTATATATACGCATTACCACTTATCAATCTATTAAGATTT ATTCATCTCCTTAAAAAAAGACACATTTAATTCCTTTAATTATAAAGGTATTTATCAAAA AACACCCAAAACATTACATATATCTTTCTCATAACATCTTATATACATTTACTAAAAATA ATAACTAGTAACTAATTTCTTTTCTAAAAATACACATTTTTTTTGAAAGAAAAGAAAATA CTTATTTGAGATGATAAATTAATTTATTGGGCGTTAAGAAGAGAACAAAAAGAAAATAAT GGATGCCAAAAATATCGGTGGTGAAAATCGGGGGACCCATATTCTTCTCAGCCTATAATG TAGGGTCCATCAGTTATTGCGTGTTTATGTATTCCCGCCTCTCTCCTCATTACCACTAGA AATATCACTCTCTTTCCCATTTCTCCCTTCATCTTCATCTTCATCTTCATCTCTTCTTCT TCTTATTCTCTCATTCCTCTCATCAATTTTTTTCATCAAAAAAACTAAGAGAAAATGAGA GAAATTCTTCACATTCAAGGAGGACAATGTGGAAACCAAATCGGTTCCAAATTCTGGGAA GTTATCTGTGATGAACACGGTGTTGATCCTACCGGACGTTACAAAGGAACCGCCGCTGAG TCCGATCTTCAGCTTGAACGTATCAATGTTTATTTCAATGAAGCTTCTGGTGGACGTTAT GTTCCTAGGGCGGTTTTGATGGATCTAGAGCCTGGTACGATGGATAGTATCAGATCTGGT CCCTATGGACAGATCTTCCGTCCTGATAACTTTGTCTTTGGACAGTCTGGTGCTGGTAAT AACTGGGCCAAAGGTCATTATACTGAAGGCGCTGAGTTGATTGATGCTGTTCTAGATGTT GTTCGTAAAGAAGCGGAGAATTGTGATTGCTTGCAAGGTTTTGTTCATTTCCTCTATGAA TGTGCCTGTTGCCTTTAGTTTCTGTTTTCGTTTTTATTGCGGATTGCTTGCTTATTCTTC CGATTGGTAGTTCACACTGCATATATTAGATCTCTTTCTTATTGTCATTCCAAAATCCTA TGCTAATTTGCCCGATGTATGAGTTCATAGTTGACAGTGCCTTTAGTTTCTGTTTTCGAT TTTATTGCTAATTGCGTACTGATTCTTCCTATTGGTAGTTAACAAGTGCCAATACTAGAT CTCTTCCTCATTTTCATTTCAAATCCTATGCTAATTGGTCCGATGTATGTGCTTATAGTC GATATAACCTAGATGTAACCGAATTTGATCTTGTTTTATTTTGTTTAATGCTTGTTTGTT GTTTCTATGAATGTACCTATGGTAGCACAGTTGGTCATATACAGGTCTCTTTTACTCATT CGTAATCGTATGCTCTATGATGAAAATGCCTATATTTGCTGTTAACAACTTGTCTGACTC AGGGTAGAAATAATGCTGATGCATATGTGCACATTTGAATGTTCATATAAAGCCTGAATC TCATAGAGCACACACATGAGTGGCATAAAATTGTATAGTCTAGCAGAAGGATAAATTTAA CTTTCTCATCATGCATCTCACAAGAATTCATACTCTCTTAGAGTGCATGATCGAGTACTG AGATTTATGATGTGTCTGGATCTTACTTATGGTAATACTAGTCAATCGTCGTGTGTTTCT TTTCCTTATACTCTTGGAAATTTATCTAAGATCTTATTTATATTGTTTCTGTCTTGAAAT TTCTGGACAGTGATATTATCTAATTGAATACTTTTATGTCTAATGCATCTATTTGTGACC CTCTTTATACACAATTATTACCATTTGTTGATTGAGGGGTGGTAGTTGATTGTTTTGTAT TCTTTGTTTTATGGATCAGGATTCCAGGTTTGCCACTCACTTGGTGGAGGGACTGGATCT GGCATGGGAACACTACTGATTTCCAAGGTAAGGGAGGAGTATCCAGACAGGATGATGCTC ACATTCTCTGTTTTCCCTTCTCCAAAGGTGTCTGACACTGTTGTAGAACCATACAATGCT ACACTGTCGGTGCACCAATTGGTGGAGAATGCCGATGAATGTATGGTCCTTGACAACGAA GCTCTATATGATATTTGTTTCAGAACTTTGAAGCTCACTACTCCAAGTTGTAAGTGTTTC TCTTTAGTGGTAACCAATAATATGATCTGCAAGTTTAAGTAAGCAAATGATTAATTTTGC CTATTTTCTCGTGTAGTTGGTGACTTGAACCATTTGATCTCTGCAACCATGAGTGGTGTT ACTTGCTGTTTGAGATTCCCTGGTCAGCTGAACTCAGACCTGAGGAAATTGGCTGTGAAT TTAATTCCCTTCCCACGTCTTCACTTCTTCATGGTGGGATTTGCCCCACTAACCTCTCGT GGATCACAGCAATACATATCGCTAACAGTGCCAGAGCTTACTCAACAAATGTGGGATGCC AAGAACATGATGTGCGCGGCAGATCCCCGTCATGGACGTTACCTGACAGCTTCTGCCATG TTTAGGGGTAAGATGAGCACAAAGGAGGTAGATGAACAGATGATCAATGTGCAGAACAAG AACTCGTCCTACTTTGTTGAATGGATCCCTAACAATGTCAAGTCTAGTGTGTGTGATATC CCACCAACTGGGCTGAAGATGGCATCCACGTTTGTTGGAAATTCAACCTCCATTCAGGAG ATGTTTAGAAGGGTGAGTGAGCAGTTTACTGCCATGTTCAGGCGCAAGGCTTTCTTGCAT TGGTACACAGGTGAAGGAATGGATGAAATGGAGTTCACTGAAGCCGAGAGCAACATGAAT GATTTGGTTGCAGAATATCAACAATACCAGGATGCTACAGCAGATGATGAGGAAGAGTAT GATGATGATGAGGTTGCTGATGATCAATACCAATCCTAAAAACTTCTCTACATTTGATAT ATTGTTGGTTTGTTCAATTTCTGCCAAGTGAACTTGTTATGTTTCCTATTGTCTTCTCTT CATTTGAACTTTGTGTTTGGTTTGTTGAGAAATGAAATGTCTTTTATTGGTCTATATGAA TATACTGTATTACAGTAGCTTCTTGTACTTGTTGGTGTATTGCAGTTTCTTACATACTAT TCTAGCATCCGTACTCCTCTAAATATGATTCCTCCAGCAGTTATTCTATTACATTTGATT CATGTTTTTTTCTTCCGGAATTCTATTTTGCATATTTACATGGAAGAAAGATTTCATTTC TCTTTAGCCCATGATCTGAGTACATGTTATAATTAGTCCGTAACATATAGCCAATTCTCT TAAATTTAAGGCACTTTTCACCAAATTATACACGTTTCGGAAGATCAATAAAGTGATTTC ATGAGCCTTAAAGGTACTTCAGACAAAATATCCAATAAAAAAATGACACAAAGAAATTGA TTAACTAATCAATGTTTTTAAAGGAAAATAACATTCAGCTTCTTTCATCCCCCAAATTAA ATAGTAAAACATGGTATTTCACTCCATTAATTTAAGGGGCGGACCCTTATTGTTTCTATT TCCAGTTATTCAATTCACTTGATTCAATTTTTGATTTATGAAGGGGAGAACCGAAATATA TCTAGATTGAACATCTAACTAAAACAAGTTTTAATTATATTTCAGCTTCTCCCTTGCTTT CAAGGATCTAACTTATGAATAAAAAAACCAACATTAAAATTGAGATCAAATTAAAGAATC TATCACTGTATTTGGCCTTTAATTATGAGAAGTCGCACAAAACATACTGAATTGGTTAGA TTCATAAGACCTAATTAAACCTAAATTCATTCAAATAAACTTCTTTTATACACATGATTG AAATCCAAGTGTAAGGCGACCATGAAATTATACCAACAAAAAACAATACAATCTCACCAT GGAAGAACATAATTTCGCCAACAAAGAAAAAAATGCAATAAGTATAAGGTATGCATCAGA GTCATGGAAGTATTAGGAAAAAGCATCGCTCAAACTCCAATAAAGTTTGAGCTTCTTATA TCCTCAAAAATATTGTCATCATCTGCATACCCCTTTTTGCAATCAATTTTCAATCAAACT CTAAAAGAAAAAATAACACAGAGAGAGAAAAGAGTCATCGTGAAATTAGTCGATGTGCAC ATAAATACGAGAAAAAAGAAGAAGAAAAGACGCCAAACATTTTTCATATAGCCAAGGCAG AAATTTTAGTCACAGAGAAATTGAGCTGCTGGTTCTGGATGACTCCAGTGTTGGTATAAA TAGCAGCAGTCACCAAACCCTAAACCTAGTTTTATGTGGACCTAGTTAATAGCCCAGTTT TAAAATTTGGGCCTGTTAAGTATCCAAGTTACTTAGGACAGAAACAAAATCAATATAAGT AGAGACATTTTGATCCATTATGCCTTTCTGATCTGAATAGTACAAAGATCAACGCGTCCA ATAATCAACGAAAATAATTAGATATTCTTTAATATATCGATAAACCAACAATAAGTGGTT ATATTTGAAGTGTATTAGGGGGTGTCCAAGCTAATTTTTGCACACATTAATTTCACGAGA TACCTAAGGGCTAAGACATGAATATTTTGTTTATACGATCAATGAAAAGTATTCGTACAT CATTATAGCTCATCTACTTATTTCAACGAATGTACGATACAATTTCACTTAGCGACATTG GACAAAGCAAAAAAATAGAGCTTTGCTCGATTGGCCTTCCGTATCGCTCACAAAAAAATA ATACTATCATTCTATGGAAGGATCAAAAATACAAAAATTACCTACTATCTCCTTCTTGGT GGTCTAATAAAACCAGATGAGTTCTTAATTTCTATTCTTTTAATCCTCCTCTTCCTTCTA GCTTCAGCATATTGGGCCTTCCTTTCAACATTCATTCTATCGATATCGAACTGGTCCAAT GCGAAAGCCTCTTCCACCTTAACATTCAGATCAGGAAGGCCCATTGGGCCTGGGCCCAAC CCATTTGAGTACAAATGTTGGGCCTGTTGCAGCTGGCCCAATGGGTATTGAAATCTATGA ATAGCTTCTGATCTTGAAGCAACCTGATCCATAATGAACGGCTGTTGACGATTGGGCTCT ATTCCAGGATTAGAGTAAAGTTGACCTAAATTAACACCACCCCCTTGGAAATTCACCATT CTTGTTACCTGTATTTAATTAACGATACGGAAGAAGGTTGTTAACCTGATTGCTAACAAG CAAACTTAAAAAAAATATTAATTAAGTTATCATTTTACACTTTTTGACATAAACTAATAT GCGAACCTCAAAAACTAGAGTAATAATATGCCATCACGAGTTAAATTATACACTTTTTGT CGTAAGCTAATAATAAAACTTCAAAAATAGAATAATAATATGCTATCACGAGTTAAATTA AAACGTTCTTTCATTTGATTAGTGTAGCAAATGATCAATTTTGTGAACAAATTACGCAAC CACGATCACAAATCTCAAAAAAATGAGAAAATAATAAAGATTTTTACCAAAAATAGAGAT GAATATTTACCTCTTCTTTCATTGCTTTCAACTTCATATTGTAAGCTTTTTGATTATTGT AGTAATTACGAACATTCTCCACTTCCTGTACAAATTCCATTAAATCAATTAAAAAAAAAA GACAGAGGATAATTTAGGAAAAGAAAATTGAAAAAAAAAAAACTAAATTTATGTTGAAGG AATTTACAAACTTACCCCTGTAAGCGATTCTCTGCATTGAGATAATTGTTTTATTTTATC CATTAGCTCCTCCCTCGTCTGCAAACCAATCAACAATTTTAAAACTCAAATCATTCACCA AATCCCCAATCATAAACATACAATTTTTTTGCAACAAGATTTAAAATTCATAGCCAAAGA TCTTTCAAAAATAATCTGAGATTTCACTGCATATGTTATTCATAATTGTGATATTCGTTG TTGTTGTTGTAACGAAGTTTAAAATGTCATAAAACAAAAATTATCCGAAATAGGGTAGGC ATTGAAACTGGTTACTAGAGAGAGAAAAAGATATTAGATATCGAAATCGATGAAAGCAAT TTTGAAAATCAATTAACAATTATGAATTCATGAAGAAGAAGAAGAAGAGAGAGAGGGGGT TGAGAATAGTACCTTTCGTTTATAGCTTCTGCGAGAAGAATGTTTGGATTTTTCATCAGA TTCACTTGGGGAAAATGAAAGAGGAGTAGCAGGGCTAGCAGGGCTAGTAACTTCAGCTTT AATTTTGGGTTCAATTTCGTTTCCATCGATTTTCGAACTACTTGATGAGTTGACGACGGG AGAAGAAGAAGAATCGATTCGTCGATTAGATCTCCTCTTCTTGGAACCCCAAATTACCGA ACAATATTGTCTTTCTCTCACTAGATTTTCGAGATCGAGTAGAATTTTTACTACTTCAAT TTCATCTTTAGATGGATTACGAAACAAATCACACAGTTCGTTCTGCTTGCTGTTTTTCAT TCTTGTTGAATTTTGCGGCGGTTCTGAAGGAGGGAGAAAAAACAGAGCAGAGGGAAGAAG AAGAAGAAGATGGAGAAGTGGTAAGGGGTTTGGTAATAAGGGGGAGAAATCCATGGAGTT TGTGGCTGATGACACGTGGCAAACAAATAGAGATGGGAGGGTTGTCTAGGGTTTATGCTT TGAGCCTCTCTTTTTTTAAAAAAAAAAAAAATTATTTTTTTTCTTTATTTGGGAATGAAC CTACATATGGTAATGTAACTAACAAGTTATTTGAACAAAATAGAATTCCTTACTTCTTAA AATTCTTATTTTTCTTTTCATTTTTCGTTCGACGTTCAATACTATAAATAGTGAATATTC TTTAGTTTTTTACTAAAGATTTTCCTTCTTTTCATATTAAAGTTCGAAAAATTAAGATCT CTAGTTAAGAGATAAACTGTCAAACATTCATTGCACTATGGCTTTTAGTTATTTTCATCT CATATTAATTTTCTTATTTTGCAATTCCATTATTTTTTGTAGTTTGATTGAATTAGATTG ATTCAAATAGTTTATAATTATTAAAAATATATACAAAATGTATTACTATGGTATCAATGT GATGATGAAAAGTTAAATGTTACAATGTTAATCAATGCTTATTTAGTTTTACTCCCTAAA ATAAAACATAACACATTATGAGCATATATATAATACATTGTATTAGTTATTTTGGTTAGT TTTTTTTTTTTTTTAAAAAAAAACAATCATAAATTTTTTTATATTTTTCAAGAATGTGTG TTTAAAATACAAATATACAATGTTTAATTTCAAATTCATTTTCTGAACTTCACATTCAAA AAAGGAAATTCTTTAACTTTCAATCAAATATATGTCCTATTATGAAGAAAAGTCTAGAAT AGGTAAGGTCAACAAGAGAAAGTAGTGCATACATCAAATCAATGGTATAACATGTACTTT TAACAAGTTTAACTACTTAATTATGATTATTTGTTATTATTTTTTAATCTGAATAGTTTA TTAGGGGACTAATGTAATTAATTACTTGTAATTATGTCAAGAAAAGTTTTTCTTTTTTCA TTTGGTCATAAGAGATATAAATTGGAGTCCTAAAATTAATTTCATTGGCATCAGATTAAC TGAATAACATTAGGACTATAATAAGAGGTTTTTGGACTCAAGTCCTAATATTAAGGAAAT ATTTGAAATAAAAGTGGAGCAAAATTTTAATTTTATAAATTTTGAATAATTAGAAATATG AATATTAATATTAATTCAACTTAATATGTAAATATATTTAATATTTTTTTTTAAAAAAAT ACACTTTGAATTTGTATTTGGACTTCTATCTCTCCTAATTATTTTTCCTTTAATAGATGC ACTGTAAAAACCAATTTAAATTAATCAATTTGTGGATTCAAATTATCAAATGATTGGATA TTGTTCTTTTCACTTAATTTATTCCGACGGACGTTATTATTAGGGGAAAATTGTATATAA TAGCAAATTAATAACCTAAAATAAATGGAATAGCTAGGTTTGATTTAATTGTGTTCCATA GCAAACGTTAGCTAAAATTTGCCAGCGTCTCTTTCCCAGAAATCTCGCTCGCCACTCTCC ATTCTCGCTCTCCTCTCTCGCTTTATACACAGAAGTGTATAATTCTGTTTCTATTTTGTA TAAAGCGAGAGAAAATTGTGTATACACATGCAAAAATATATATTTTCGTGTTATACACTT AATTATACAATTTACAAACATTTTACTTCAAGTATTGCAGAGAAAAAGGTCAACGAATTA TACAATTGCGAATTATACAATTGAAGTGAAATACAATTTTCTCTAGCTTTATACAACAGA AGTGTATATATTGTGTTTCTGTTTTTGTATAAAGCGAAAGAAAAACATATATCTTCTTGC TATACACTTTAATATTGCAGCGAAATAGGTAGTGAATTATACAATTGTGCATTATACAAT TGCAGTGAAATAGGATAGCGAATTATACAATTGCAGCGAAATAGGCTAGCGAATTATACA ATTTAGGCCAACGAATTATAAACGAGTATATGTATAGCGAATTATACAGTTTTATGTTTC ATATGGAGCGCAATTATGCAAAGTTTGTTATAGCATATAAATATGAATTTTTTGTTTGCT ATATGTGAAAGTTGCCCTACTTTAAATTCAACGGGCATTATCAGTTTTATTTTAAAATTA TTAACAATTTTAAAATATATTTTATTTGACTAATTAAATTTTAAATATTTAGTTTTATAA TATGAGTAAAATATACCCTTAAATTCTCATTAAATTTAGGAATATTTTTAATACTTCTAT CAGTTTTTTATTAAGAATTTCATGTTCTTACTAGAGTTTTAGGTTACTTGTTATATCATA TGATACAACAATATGTATCTAAGTTTTATTCGTTAAGTAAAATAATTTTTTAAAATTATC AATAGTTTAAACTGAAACTAATAATTTACTTTAAATATTTCCAAATACTTATCATATTTA TTTTTCTTATAAATTTTCTTCATTTTCAATATTATTATTATTTTATTTTTCTTTATAAGT GGCGTGTCAGAAAGTTTGGGGGGTGGGGTAGGTGGGAAGACTCAAAGACTACAGCCTGTT TCAATAAAATGCATACAGAGTTAAACAAGTCAAATTTTCACGTGCTACCAAATTTCTGAA ATACAGTATTAATTTCTTTAATATTTTACAGTTTTGGTTAAACATAAAAAAAAAAATACT AATCTTTCAATTTTAATTTGTTAGTCTAATTTGATGCAAAAATTTAATAAAGAATTTTCA TTTTAATTTAAGGTTTGATTTTATTTATTTTTTTAATTTTAAATTTGTGATCTAAAACGG GTTGATTATTTGTATAGCAATAAACAATTTTACTAAGGATAAATATGTAATTTCAAGTTA AGTTATTTTTAATAATAGAAACGTGACATCATTTCTAGGACGTAATTAAATTAAAAAGTA TGTCAAATAATTTATTTTTTCTGTGATGTACGCGTTAACTTTCACGTACTTTAACTAATT TAACAGGATACCTATCTCACCAACTCCAAGTATTTTTTGTCTCAAAATAAAATTGAACCT GAAACTTTATAATTCTCAACCAATTCAATTTATTAAGTAGTCACGCTCTAAATATGTGTC ATATAAATGAGAACTAAAATATATAAAGTTAATATATGAAAATGTTATCTAATTATGTAA TCATGTTGTAAAAAGTAAATGGAAAAGGTGCTTGTTGAACAAGTAATTGTAGTAATGAAT CAGAAAGAAGGGAAGTGTAGAGACATAAATGGTGGAGTAAATAAGTAGGGATGTGTCAGT TTTTCTATTCACTACTACAAGATATTTTACTTACTAATCATTGAGTACAGCATATCCACA AATGCTCCAAATTTTGTCTTTTATTTCATATTTATTTGTTATTGACTCATCTTCAATAAA TCTTAACATTTTACCCAAGTTTTGGATTCTCTAACCTAAGTTTCTTTGTTAAACCTCTCT TTGAAGTACAAATTACATTAACTAAAATGCTATTACGTCTATAATATATAATCATTCATT TGATTTGAGCACATAATAACAAATTGAGAATAAGATATCTTAGTAGTTTAGAATTTGTTA TTTATGATATTTATGAAAATTATTTAATTTAATTTATTCGTATATAAATATAGGTGTCTT GCTAAATATTTTCAATATAGAGAGATATAAAAATTTTATTCAATACCTAGTCCATAGACA AAGAGGTAGTAAAATATCACCTCTTTATAGTGAGATTCAGATTCTTCATGTATGATTTAT AACAAACCAATATTGAGAAGAGACAAACATATAATATTGTAATATTGGTTTGTTATAAAT CATACATAAAGGAATATTATTTTGATTTTATTACTTGTATGAAATTATTTCACATGTACG AATGTTTCATGAAATAATCTCTGCGAAAGTTAGTGATTATAAAAATTAGTTTATAAAAAA AGGAATGTTATTATATATTATAGGGAAAATGCACAAGTACTCCTTTTATGCCCGAAATTT CAGAGATATAGTTATATTATATTAAGGTCCTATTATTCCCGAACTTATTTTATAAATAGT TTTCTATCGCTTTTTGGCCTATGTGACACTATCTTGAAAAAAAAGTCAATCAACGTTGGG CCCACAAGATAGTGTCACGTAAGCCAAAAAGGGATAAAAAATTATTAATAAAATAAGTTT AGAGGTAATAGGACCTTAGCATATAGTATAAGTGTGTCTCTAAGATTTCTGGCATAGATT GAGATCAATCATGTATCATTAATGAATTCTGAGTTCTTACCTAATTAACCGTGAATATCA AAGTCTACAATTTGAAATATGAGTAATGTACAAAACTGTTCTTTAAATATTATGATTTGT GATATATGGAGTAATATTTAATGTTTTATCCCATCACTCATGGTCGAATTGTTCAATGAT AATGATAGTATACCTGAACTATTAATTTGTTTGTGAATTTTCTACATGAAATACTAGACG GTTGAGTTTTTCTTTATCTGGTCTAAATTATCACTAATTATATAGTTTATATCATTCCAA TAAAAAATGTAAATAACTTATAATTTAGTTATAAAACAAACTAATGTTCTATAAAATTAA AAAAATTTAACTTATGGGGAGGGTGTGTTTAGAGGGGTTGGGGTAGGGGGATTATAAGAT AATTCAAGCATAGGGATCAGATTGGTAAAATTGAGAGCGCCCAAATTGTCGTAAAAGGCT AAGCCTGGACACCCTTCTCACATATTTTAATGCGAGTATTGACCACTCATCACATCCCGT TAAAACTTGCCTGAAGGATCATAATTTATCATATCGTATGTTTTTCATTCTTTATTTTAC CCAAGCAGCCCATAACTATCTTCATTCTCCGATGTGGTTCGTTATCTTAAATTCATTTTC CAGCTTATATGTTCAATAATCAAATGCTAATATGGGATAGTTTTCTCTTAGTTCTATGTG AAATGAAATATCAATTGTTTACTTAGAATTTTTCAACTATTCTAGTGCTTGCGCTAAGAT TCACCGGTCATGTATTGCCATCAGAGTCATAAATACTCGAAGTAATTAAGCTCCTGTCTG GCCCCTATTTCTTAAGGGCAATGAATGAAGTTTGAGATACATTTTTTTTTAATTGTATTC AAAGTTTAGAGCCTGGAAAAACACAATGGAGAAAATGAGAGAACAAAGGTCAACTTTTAC ATAATGGAGAAATTGAAATGCATGTAACAGAGTATTTAATTTCTCATCTACAATTTCACT AAGCCATTAGAAACATCAAGAGGCTTTCTGTCTCTTTGTGCTTTTAAGAGTTGCAATGAA ACCATCATCTGAGTCTTCTTCAGAAGAATCATCCTTAAGCTTCCGTTTCTTTGACCGCTG CATTGATTCCGTTTTTCCAGAATCTGGTGTTTTCTTTTTCTGTGTTGATGGCGTGGTTGA CGAGGATGTTGTCTTCTTAATAGTAACAGACTCCGTGGTCTTTTTCACAGTCACAACCGT TTTCAGAGGTGAACCAAGCTTTAGCTGCTGGGCCTTCTTTTGTTTCTTCTCAAAAACTTT CTTCGCCAAGTCCTTTGGAAGCAAACCTGACTCCATCATCCTGCAAGAACAACAGTATCA GGATATGATTACTTGAATCCAACTGCAAGGGACAGTTGTAGTTTTTATAATCATCATGAA CAACTCTGGATTTGGTTGTTAACAGTTGCAAGCAGACATTTTGATCCATCGAGATCCTTT CTGTAGCATCAGTGATGGTCAAAAGGGTTGATGAGGAGGAACCATTCATGCATAGACATT GTTTGGCCAGCTTTATTAACATTTATAGACTGAGACAGCTGCCAAATTCATTAGAGAAAC TACTTCAATTTATGTTAGTTCTAATGCTTGTTTGGTGATCGGGGTGGATTTAGTGAGACA GAAAGGGAAGAGTGACAATTTGTATCAGGGATTAGATGAGCAACATTAGACATAGTTTTT AGCATCAATCCACAGCAGATCTCAAGAAATTGAGTGACGTCTAAGCACGATAATGCAAAG AATGGGCTAAATAGTTTCATCGCATGTGCTGCAACAGAACAGTCATAAGTAAGCCCTGGG ATTTTGGTTGAAGTAATTGCACCAATATTTCATCAAAATCATGTCAAATGAGCTGACTAA ACAGTCTAAACTCACATCTTAAGCTTCAGACACGCATATTAATTTGCATTATAACCACTA ACAACACTCATTAGTATCACAAACTATTCTTGGTGACAACTTTAACTTAATCCCCCAAGC ACTCAATGTAAAAGCTTGTGCCCAGGGACACAGTGCTTTGCATAAGGATGATATCAAACC ATAGTCAATAAGTGGAAAAATGCACTACCAGAAAAGTTTTCACCTTAGATATGTCACAAT TTCAGTCAGAAGTCAGCTGAACTCATCATATAGTGTCAAAGGGTTGAAACAATCCATTTT CTCATTCCAGACGGAAGTTTTAATGAAGTTATAACAAAGCTTATATACTTATAATTTCAT TTTTTCTTATGTTCAAATAAACACTTGAAAGATGATTTCTGCAGATTCAAACTAAAGTAG ATTTTTTCCTATAACAAATCTAAAGTAGCGCATTAGATGATCATAGTAAGCTTAACCTCT TAGATTACGACTAAGGTGGCCAAATATGTATTGTACTTAACTGGGCGAAAAGGGCCAAGT CAAGATACAGATTTCCTTGTCCAATGGATACTTACTCAATTAGCAACTTCACTAAGCATC TCAGTTGTAGGCATGCAACTTCTATCATGCTGATGCTTCTTTACTAAAAAAAAAGGGACG AAAAAATGACATATAAGTTTACGAGTGTGGGCTATTCTTTTCACATAGAACTGCTTACTT CACAAGCTTTCTTTAGCTGTTTCCAGCCAACTTGCTCTTCCACACACGTTGACATTCAAG CAACACACCTCATATTTCACTATCTGTTGTACAATACGCAAAAATACACTATGCATCTAA GGGGCACCCAGATACAAACAGAAGTTTCTTACCCCTACTCTTCTTTCAGTTTGAAAATGA ACACATCTAAACAACTAGACTAAGAATAGTTACTCATTCGACAAAGTGAACGCTAAATGA AAGCATGAGCTAATACAGAAGCATCAACCAGGTGGATAACACACACACTGTTAGGACAAG AACAAAATTTGACCTTTAAGAACATAATAATATTCAAGGTTCATTTTTTTCAACCAACAC CAACTCAAAGAAGATAGAGACAGCTTCATCACGATACTCAAAAACACTAACGACAAGAGA GTTACCCAAGAATAACTTATTCAAAATCATTTAAAAGGTAGAATGTTATACCAAATAGCT GCTAGTTCACTTTCTGGCACTTGCTGATACAAGGATTCATAGAAAATCCTTAAAGGGTCT CTCTGAAAATCAAAAAATATAACATTAGATCAGATTGAAACCATAAAAAATGTTTTTTTT AACATGCAAATTTGGAACATACTTCCTCAGGAGCGTCTCTCTTCTGTCCAGGCAAATCAT AAACTTTCTTTTCCTTCTTCTTCACAACGGTGTCTCCATTTTTGGTTCCTTTCTTCTTAT CCTCTTCCTCTTTCTTTACAACTTTCTACACACAAAAAACCCAATTAAAAAACCAACAAA TCAAACAGTAAAATAACAAAAAATGCACAAATAAAAATACCAACTTTATCAGTTCTACTC GAACTTTTCTTTGACACGGGTGAAGGTTCTTCCTTCTTGGGCTTAACAATTTTTGGACTC TTTTTCGAAATGGGTTCTTCGAAATCATCATCTTTTTCTTCTTTCTTAATCTTAGCTTTT TTGAGAGGCTGAGATTTTGAAGCGGCATTATTGTTAGGTTTCTTTTTGCTGTTAAAAAGA GACCCAATGCTTTCTCCGTCGTCACTTTCCACTTTCCTCACTGGCTTTGAGTCTTCAGAC GACATTTTCAGGATTCAATTCGAAAAAATCAGCTGTAAAAATGTGAAGTGTGAAGGGTTT CTCAACGAAGAAGAAGCATTTGGTCTTCTGGTTAACTGGCTTTTTTGAAGTTGGAGACAA TTGGGGTAATTTTGATTTTGGGCCTAAGACAGCATTCCAGGTTCTCGGGTTTTAAGCCCA ATAAGTGAAAAGCCCAATTTTGGGTAAATGATCCATGATAGAGGCCCAATACGGAGGAAA TGGGCTAAGAATCAGAATTTTAGATCATGATTCAACTATGTATAAAGTACCGGACGCTAA TTATATCATATTTCAAAAGTTTCCCGAATTACAATAATCTAGAATTTTCAGAACTCACAG TTATTGTCATTATTCGTACGTTACATGATGATACATGATTTTAAATTAGATTCATATTGA ATAGGTTTGAAATAATTGAGATTTGAGGTTATGTATCAACAATTATGTGTATCAAATATA TTGTATACAATAAAGTTGTAATGTATCTAATAGAGTAAAATGATGTATTCAAATGTTAAG AGAAAAAGAAGAATAAATTGAGATTTTGAATAATCTAAGAAATTCTTAATTCATATTCCC TCTGGTTCGTGAAAGGATCTGCGGCGGAACTAAAATTTTTGTTAACAATATTTAAAAATT TAATATATATCTTCAAGAAATTGACTTTGATCCATAAACCATATATACAATAGTATTTCT TATACAAATTTGCCTATTTAAATGTCAAAGGTTTTTTTCTCTTTTTCACCAAATAGCAAA GATGTTGGATGAACCCAAGATGGTACTAGAATTCAATTATTGAATAGGTCTCTTTTTTTT ATAAAAAAAAAAAAACTTTAAGAATTAAAGTGGAAAAGATGTACATATTTGGTTCGTTAT ATATGTATGAAACAACTTTAACAAATAACTATTTGTCCCTTTTATTTTTAAAAAATAAAT ATGCTGAAGTTTCCAGTTCATTCAAGAAAATGCTGAAGCATATTATACCACAAATTCTAA AAATATTTTTTATTTAATTTTATGTCAGATTAAACAATATTATATAAATTAAAATGAAGA TAATATCAATATTGATCGAATGCATTGACTTGGAGATTGCAAAACCAATAAGTATAAAAC AATAATGTAAAGATTTCAATCAATTGTCTGAATCAAAACAATTCATTTCATTTCATCCAC AAAATTATTAGTAAGTGGCACAATTTAAGCTGCCTAACTCATCGTAATAATATTTTGCAT TAAATTTTAGGCTAAAGTTTGTTCATTATTGGGACCTAGATTTTTCTCATGTACCTTGAC TTATCATGCTTAACATTCAATTCTTTAGGGGTCAGTTTGGTTTGAGAACAAACCAGTCAC ATATAATTATGATATGAATATTATAATAAGAGAATAAAGGAAGATGAAAAAAGATTATAA AGATTATATTTATATTTTTCATAAAGTTTTTTCTGTGATTGCGATAAAATCATGAAATAT GAGCAATTTTTTAAATCAAAATAATACGTTTGCATCCTTGCATGCATGCCATTTGTCATC AAATTTGTTGTTCAAATATACAAAATTCAGGCGAATAGTGATGAAATAAATCTTCAATTA CCCTACATACGTATGATCAATTGAGGAAATAGTTTAAAATTTTAAATTTAATATTTTTTT TATGCTTTTTCCTAATGGAAAAGGATATAATTTTAGCCTCTCTTTCATCAGTGATACATC ATACATCCCATATAATTAATATAAAAATTTTGGTTTAAATTTGTGTAAGTTTTTATTTAT TAATATCAATAATTAAATGAGATAAATATAACTTTAAATTTATATCAAAAGGACCTCTCT AATAATTTTATATACCCTAAAGTAAATACACCTTGTCTCATAGCACATAACACTATTTCG TTGAAATCTTTAATTTTCTAGTAAATAATGTGAGAATTAAAATATCCATTGATTATAATG TGAGAATTATAAAAGGAGAATTAAGGAGGATGGAAAAAGATTTTCGTTATACTTTCCGCC TTTTGGAGGTAATCATATTTTTTTCTGTATCGATGTCTTTTTATAGGTCAAATAAACACG TTGTACCTTTCTAGGTAGATTTGTGATCATTCTTGCTACTATTCAGACGTACGAATTTAA GACAATTTAATTAAATATATTGTTTCGATTCAATTATCTCTCAGAAATTATTAACAAAAA TGTATAATAAAATTGTATTCATTCGAATTAAATTTACTTCAATATATATAGCTTTCCTAG TTGAGAACAGTTGAATTTTAGCCTCTTGAGCGGGTGTAATCTTTTGACTTTTAGATTTAT CTAACGTCATAATTTTCTATTAATACCAAATGTGAATATGCATCTAAAAATTCACTAAAA TATCAAGAAATTTTATATTTGAACTCATAACATATGTTAAGAATTTTGAAAAGAACCTAT TAAATTCAAATCCTAAATTATAACACGTCTCTATTCTATAATGCTCAGACACTTTCACTT CCCAAATAATCTATCATAATTATATTATATAATAGTTTTATAGTTTAATCAGGTGGTATT AAGATGGTGATTAATCAGAATAACTTTAGACTTAATGGACAAGTAAATTGACCAATACCT TAGTTGTGAGACACCAATTATACTGATATTTTTTTGTAACTTTACGCAATAATAATCAAA AAAGAATATATACTTTGCTTTTTATTTATTTGCCCATTTGCTTACTATCTTTGAATCAAT CCCCTTTTCTCAAAGTGTAGAATCTAAACAAAGAAAGGACGGTCTTCTACTGATGGAATC CAAAAAGGGCAGAATTTATACCATAACTTATTATGACCACATCAAGTACGAATATTTGAA TTTAAATTTTAGGAGTTCAATTTTTAAGATTTTTGATACTAAATTCATCATATTATACTT TATATCATAAAAAATAATGAGTTTAATATGATCAAAAATCTAGGGGAAATTAACTTATAG TTTATGAGTTCACATGAACTTAATTACTTTTGTACAGATGATGATTTACATGTATTAATC CAAATTTCATTAAATATTTCGTTTTGACTATAAATTTAGGTATTATTGTATATTAATTTG GAAATATATTTAAGATGTTGAAGCTTACTCATATTATCAGTCTCAAACTCGAATACAAGA AAAAAGTTGTGGTAAAAGCCTTCATGATAAATTCTCAAAAAACGTGAAGTTACTACATAA ATCAATAATAACAATAGTACCATATTCAGTATAATCTCACAAGTTGAGTGTGCATACCTT ATTCTCTTATCTCGTAAAAAATAATGAGATTGTTTCTCTCGACCTAAAATAAAGTATTTA TAAACTTATTATAAAACTCATAAAATTTTAAATTCTAAAATCCACCTCAGATTAGACCAC ATCCAAAGTAAAGCTCCATCTGTCTCCAACCACACAAGGTTGACACCACCTCTCTTCCTC TATATATAATCACATATTCCTCTTTGCTCCATATAGGAAAATAAACCAAAGAACAAAAAA AACATTCTTATTTCAAAATTAAGAATTATATTGATATATCATTATGGGTTGGTTCATAGG AGAAAGAAGAGGAGTTAGTTGGAGAGACCAAACCCTAGAATCAATATCAGCACCTCCTTT AGCTTTGATAGTTTTATTTGGCTTAGTAATTTTCTTGATGTCTATGTCTACATATTCAGA ATACAAAGCAACAGTAGAAAAATCAAAGGCTAGTATGAAGCTTATGTCTTTCTTATTACC TTTTCTTATCATACTTTTGGTATACATAATGATTGATAGTAATAGATGGTTTTATCCTTA TGGAGGAGTTACAAGGCCTGTTGTGTACCATTTGGCTAGCCAAGAAGGTGGATCTCCTTG GGGAATTGCTTTGCTTTTGGTGTTGCTTTTGGTCATGGTTCATTATCAAGACTCATTTCA ATCTACTTGGTTTCGTATACTTTGAAAAATTGTTCGATACTGAGCTAAGACGGATCCAGA ATTTACACTCGATAAGGTTCAAAATTTAGCGTTCCTTTTTTTTTGTTTGTGTAGTAATTT TCATGTATGTTGTTATACTAATTTGTATCGAAAGTATTGTGTTATAGCTTGTACATAATT AGGATTAGGGATTAGGATTTGTATGATTAGGGTGGAAGAGTTTTTCATTTCTTTAGATAA TAATGTTTAGAGAGGCAATATTTGGTTTTATGAGGTAAATAATATATGAATCTTTATGCA GTGAGTAATAATATATGGATCGTTTGATATACATGTATTTTTATCTTCTTTAATCTTATC TGCATATTGCTAATACACATCTTCTGTATAAGTTATAACAAAGTCAAATATGAGGATCTT TAATTTTTGCCTTTATTGCTCATTTCATAAAGAAATATTGATCAAACTTGTTATGCCTCG TAAGATATAACTCATATTATTGCTATGATATATAAATGTTCATTTAGAAAAAACTTGAGT CGTGTGGTCATACGAAAAATAAATTTATGCCAACCCATTTTTTATATTATTTTTTCAATA GCATGAGTGTTTTCAGTCATTTTTTTTAATGATTATAGAGTCTCAGTCAACTTTTGTGTA GCTCAACTAAGTCATTTTTTTTAATGATTATAGTGTCTCAGTCAACTTTTGTGTAGCTCA ACTAATTCCGCGTGTACGTCACCCCTTATTGGACAAAACATTGAACACAATCCCTACTTT AAGGGTGGTTAAAACAAGCGATACCAAAATTAGCAATAAAGCGTTTGGATTTTAGCAAAA ATAAAAAAAGCGCTATGACGTATAGCAAAAACAAGCCATGGACTGCTGTGATATATCTCT TGTTCATTATCTGATTGAAATTTTGTCAATTTACTGAATTTAGCTTTAATAGATGTATAC ACGTGAAAATTTATAAAGTATCTCAAATTTATTGATACACAACGCGGAGCGCAGACAAAT TCATTAGTAATATCAGTACTAAAGGAATGGAAAGAGACTGCGAGATTGAGAAGAGAACTA GAAAATGCAGAAATCAAATAACTGATCCTCATTTACTTGAATAGTCAGGTCTCCAAGTTC AATAAAATGTTGCAACTAATCAGTTGCAACTATCTCTCTAGTATACAACATCAACATCTA GTACCGACTGAAATTTACTGTCACATAGCTTGAAGAACCAAGATCCAATAAATGAACATA TGTACCGAAAATCTATCATCTAATATAGATACAAGCCGAATTTCTGGTGACAGAGGTCAT GTCACACAGGGAGATGACATTTTTAATTTAGGTACCTTAAATGAGGACGTGAATAGATTT GGAGCACTCAAGATACTATTACCAGCTTTTCGTTTTGAACTTCTCTGTCCCTATAAAAAA AAACGAGCATCTATCAGCTTACATAACATAAGACCTATGTTGCTCGATCTTCCAAAAATG CCACTATACTCGTGTTGGAGGATCAAACACATGTATGAAACTTTTGAAATATCCAAGCAA TATAGCATAAGCCATAACATATTTCTGACATACTAACATGCTCTTAAAATGAGATTAAAC AACTGTGAAGATACATAGCCATTTACTTAACTACTAGGCGAGATCCCTCTCAAAGAAGAA CAACCTTAACAACAACATTAACACAGACAAATTATGTAACAGGAAAGGACAGTTGCAGGA AAAGGTTACCTTTTCAAGGGCTTGTGAAGATTGCTTTTCCACTTTAACAGTTATATTCCT CTGATCTGTTCCACGGGACGTGCCTCCCGATTTTGAAGGTCCTGATCCAGTTGTGGAGCG ACGCAGCACAGGAGTGACGGAGGCACTTCTGCACTTCTTTAGCAACACTAGTTCAGTGGA AAGTTTGGATATCTCTCCACTCTTAGTGACGGAGTCAGATTCCAATTTGGCCATTTGACT TCTCAACGTTGCAGTTGTATTATCCAATTGACTTCTTAACATTGCAATTGTATTATCCTT ATCAGCGTTGGACAATTGTAGTTCCTCAATGTTCCTCGTAAATGCCTGTATTTTACCATT TGCATGCTCTAGCTCAGTACATTTTCTCCTCAATTGCTCAGTCATGTCGTGCTCCAGTTT GTTGAACTGGTTCCAAATAAAATTCTTTTCTGCCAAGAGGGCAGAAATCTCAGAATTTTT CTCTGAAGTAAGCTTCTCATTTTCTGTTTTAAGCCTCCTCACCTCATCTTCCCAAGCCTT CTTTCTTGTCTCCGACTTTTCATTTGTTGCAGCATTTGGTACATCCTGTGGATCAAATGA ACATTCATACATCTCATCTTCTAGTTTTTTATTACTAGCGCAAATAATAAACTAAAAACT CAGAAAGGCGATGAGAAACAACATTCATAATAGAAAAGGCAATTGAAACAACATACATTT GGCTCAGAGCATCTCTGAGAGAGGTAGTCAAACCATTCTCTGAAGTCAGCCAGTTCACCA TCTGCATTTTCTGCACTTTTTAGGTGAATAGTAAGTAACCAAATTGAATGCTGGGATGAT ATAACTTAAGAGATCATGTCTATCCTTGAACAATAAAGGCTACTGATACACTGGGATGGG GAGCCATCTTTCAAGAGCAAGAAAGTCTAAAATAGCCTCTTGCAATAAAAACTGAACTGA TAACTTTATACATAAAGAAGTGTGTTCGAGTGTGTAGAGGATATGTGGTTGCATAATTTT TTGATTACACACAGAAACTCCATTATTGCTAATTTAAATGATCCACTTTGACAATCTTGA AGATGCACGAAAAGAAATATCAGTGTGCCCTGAGCTGAGATGCAAAGAGAATTTTAGAAC AAGAGTTGAAATGTGTACAAGTGAAATTGAGTGAGTTGGAGAAAGTGAGTCAACTAGAGG AAAAAAAAGAGGTAACATGCCCTTTATTCAGTCTCGGAATTAAAGTTCAGCCACTCATGT CCAAAAAAACCACCCTGAGGTCTCTTCCCTTTATTTTCTCCTTCCTTCTTTCCTTCCCTC CCTCACTCCTCAGATGACAGGAAAAAAAGCACGAACGCTATAAAAGACCATATCTTCTCT GTTCAAGATTCTTTTTCCTTCTCTTGTTCCAAGGTCTGTAGAAGGAGAAAGTTAGCATAT AATCAGGGAACTGTATGCCATTCTGCTTCCTTAGGACTTTTATAAACTTCTCCAAACTGA ATGAAGTGCTATGATGTACTTTATTTCAGTATTAAGTTCGTAAAAGTGTATTGAAAGAAT TTAACTTATCTAATGGGAAATGGGGTGGATTAATAGAAACCCTGACATGTAACTGTTTCT ACTCCGTTCCAACTAATATGACACGTGCGCCACTAGACGTAACAGATAACTGTTTCAATT CCCTCCCAATTTAACTAACACGAGTGCCACTAGCCCTTGAAGATTTCTAAGCTATCAAAA GAAAATAAATTATGCAACTTTATTCATGGTTGGATTCATAAAAGTATATTGAGAGAACCA TATTGAGTAAGAAAAAGATATTGTATGTTCAAGACTTCAAGCTCCACTATCAAATTGATT ATCTTAAACAGCAATATTGTTTAGGCAGTGACACTGTACTTTGTGGCGACACCCCAGCAC AAAATAAGGCTCATAAAAGTTATCAAAGGCAGTAATCATGAATAGTACCATCCTTATCAG GTAAAGAAAGAGAAGAGAAGGACAACTTCAAAGTTAATATTTATCGTCTTTGAACTCTAC ATAGCTAGTGGCGGAGCCAAAATATTTACTGAGCTATATATGCATAAATCCCCTTGCTCC CACCAGGCTCTGTCCCTGTGCATAGCAATAAGAAATCTCTACTTCCTACCTGATTTTAAA CTCAACGAGTCGGGAAATAAACAGCAAGGCAAGTAAAGGTCCACAATTTGCTCAAATTTC CATCATTTCGTATAAACCAAACAAAGCTTAGGGCAAGAAAAAGTTCTTTTCTTTTTCAAA TATAAACTCACCGAGCTTTCTTTGGAACACGGCAACATCTCGTTGCTTCAAACCAACAAC AAACTCCGATTTCGCAACCTCAAGCATGCGCTCCATCTCTTGAATTGTAAAGTTTTTCCT CATCTGCAAACGCAAAAGAACCCAATTTAATCAAAAGCCCTAAAATTCCAAGCAATCAAA ACCCTAAATAAGTAAAAATGCAAAATTCAAGAAGAAAATCAAAGTAACCTCATAAATTTG TTCTTGAAATCTATGAATATCAGATACCCATCGATCATTCTGTAATTTTATCCGATCTTC AAGAATCATTCTCTCTTTTGCAAGGGATTCAAGCTGCGTCTGCTGTGATGTCAACATGTG AACTAAAGCATTGAACACTTTGTTCCATTTTTCTCTATCGGAAGAATTTTTTGGTTTTTT GGACTTCGCCATTGCAGATTGAAGAAACTTTTAGAGTTTGAAAGAGAGAGAGCGCAATGG AGCGTAGAACCGTTGAGTTTCGAAAATTTTCTCAACGGTCAAATACAGCACTCTATATGC TTTCTGAAAACGAACACAAATTACAGGGTAGGAGCGAGAGGCTTGGGCCTCCACTTGGGC TTGCTTCCTTTTGGGCCCTTAAGTGTGTTGTATTATATTACAAGAATCGTCATATCGTGT TAAATTATTCACAAATTATATTGTATTAATATTAGGAAAAATGACGAAATTTCACTTTTA AGTTCTCTTATTACCATTATCCCCTATTAGTTTTAAAAATCCCCAAATCCCTCATTTTCA CGCATGAGATTAATGTATCAGCGCATCAAATTAATGTATCTCGTGCATCAGACTAATGTA TCTCGTGCATCAGATTAATGTATATCGCACATCATATTAGTGTATCATGTATAAAATGTA CATCAGAATAGTGTATCATGTGCAAAATGTAATGTATCTTAGTTAACTATTAATGTTTAT ATTATTGTATCAGTTTAAGAGATTTCTATAATTATCTACTTATAACGGATAAATGATAAT TTTGTCTTAAAAGTATGTGATTTCTATCATTTTTTAAATCTAACTACGTTTCATATAATA TGACTTCATGTTATATTTGAATTTATTTCAATTTTTATTCTTGTATCTTACATTTATTTG TTTGTTTTTACTAGTGGTACATCTTTTTATGATTTCAAACCTACAAATGATAAAAAGATG CTACATTTTAAAATTGTGACAAATATTATAACAAAGATGTGGCTTCTTGTTAAACTCAAC ATAAGTGTCATGCTAGGTTAGTCATAAATCATATCGAATTTTCATGATTTTAAAATTATT AATGTAAGTAATGACTAATGACAAACATATACAACGGATTAGTCGATATGCCGATCAATT TCTAACCCGCTTATTCAGAACACAAGATATTCTTATAACAATCATCACATATAACTATAT TTTACTAGTTATACACTTATAATTTTCAAGTTTTCTGTAGAATCAATTTTTATATTATGT TATATTATATGTTATTTGTTACCTCATTTCATTATAATAAATATAAAAAATATATGCAAA CAAACAATTCCATTAAAAAACATTAAATATATAATAAGAATTGATATCTCATACCAGATA AGAATTGAGATAATGAATGACCAATATACCAAAAGTCTTTCATATACTTTTTTAAAAGTT TTTTATTTCCAACAATAATATATATATCAAGTGAAACATGGGTAGGTTGGGGTGGTCTAG TTTGAAAAAGATGCATCGAACATTTTCTGTTGGTATCCAAAATAGGATATGTAGTACTTG ACATTAATCTTTTAATTAACATAATTTCATTTTCACGTAATAACACGTTGTAAAAATCAG CATCGCCGTCCAAATGACACTTAATTACACGTAGGATTTATTAAACCAGCTTTCACATCA ATATAAATTTTCAACTAAGTTGGATTGGACCTTAAGTAATAAAGAAAATCAACTTGGTGT AATTAATTAATTTTTTTACGATATACTTAAAGGAGGGAAGATTCATGCAAATCGAAGTCA TAGAATGACTAAATTAATCTTATCGTTGAAAACAAAGCAAGAAGAATAACAATAAAAATA AAGGGGACAAAAGGAGTAGGTAGCAATAGAAAGAATGAATAAAAATATTAAAATTAAACG AAAAAGGAAAGTTAAATAAAATGAAGATTTTACTTTTACATGAATTTTTCTATTTTATTC TCTTTTGTACATAGATTAATTACATTTTTTTTAATAGTTTAAACTCTCTCTCACACACAA TATAACAATAAAAAAATAATAAAATTATTTTATTAAAAGAGAAGGGCTGATTCATCCAAA AAATTTAAACGGAACGATTAACACATCTAATCGTTGAGATTAATAACATCAGCAGCAACA AATTTTAATAAATCTGCCTACTTAGAAACTACAAAAGAATGTTTTAATAATTTCATAGTT AATCTCTTTAGCAATAAATGTTTAGAAAATTTACCATATATGAAATTTATTAATTCTCCA ACATTAATATTTGAGCTAATGGTAAGTGAACTTTTTGGATTTCATTCGTCATTTATTTTA TTTAAATTATCATCATGCATATATTAAAGCACTTTTTATCTAAATAATATTCTATTTTCC GACTTCAATATCATCATTGTTGAAGTAAGAAAAAAAGGAACAAATGAAAAATTCATTGTT GATCATTATTTCTTACTCTCTATGTCATAGTTTATGTGAGGTAGTTTGATTAGACATATA ACTTTAAAATTTACGATTTAAAATAAATTTTTTATATTTATGTGATTATAAATCATTTTA TTAAAAATAATATAAATATTTTAAAATTAAATTGTTGCCAAAATATAATAATATTAGATT CTTTTTGACATTAATTAAAAATGAAAGTGAATAACATAAGTTGAGATAAAAAAATTAATA ATCTCATCCTTTTTTTTAAAAAAAAACTAAAGGTAGTATTAATGAAACTTATTAAGTCGC GAGGATGTGGGATTAATCGTTATCACTAATCATACTTAAGATCGTAATAATCGTTCACAA CAACAACAATTATTTCCTTAATCACTATTTACAATTACAACTAATCCATTTTCGGACAAA GTTTGGTCGGAGATTACCCCAGAACTGTTAATCGGATATTCCCAGACAATCCTACGTGTC AGTTACCATCCCATACGTCACAAGCACAAAATCTTACCGGTATATCCAGTCAACTCGTCT TTTGACCTTCATTTCCCGGTTAATTTTTTTTCACATAGTTCCAACATAGTATATAGTGAA AGACCCATTGTGTCCCAAAGTCTTTCTGATAGTTCATGGTTGGTGTCTTCCTCGGAAACC TTAGATCTCACTGAAGTTCGCCGTAGCCGCCGCCGCCGCCGCCGATACTTTGAGGTTGTT ATTACCAGCTCCTAGGTTATTTATTTTGTGTTTTATCTATGTTTCTTAATTTTTTCATTT TTCTGTTTGTTTCGATGATATTAAGGTTTTTCTGCATTTGAGATTTTTCATTTTGTGCTG GTTTCAGTATTTGCTGGATTGATCAAAGTATGAATTAAAAAGAAAGAAGTAAATTGATAA AGTAAAAGAAGATCTAACAGTAGTTTGACTTTGATTGTTTAATTAAGTTAATGATTATGA TTAATTAATTAAAATTGTGTGTAAGAACTTGCTCTAATTTTGCTCAAGTTGAATTAAACC AAACTTATAGTGAATAAATATTGCTTGTAAATGAAAAAAATGTTGATTTTCTGATCTGGT GTATATTTCAATTTAATGTATTCCAAGTATAAGAGGCATTAATTGCACTCTTTATTACAA GTTGATTGTATTCTTTATTATGTAAGTTCTTGTTTGATGTAGCTCGGACTCTCCAAAAAT GTTGCTGCAGCCCATTGGATCCTCCAAAAGAGGAACCTTTCGGAGGATCCGACACACACT TGTTTGATGTTTTTGGAGAGTCTGAGCTATATAGCTTTGTGTTTACTAAGCTTCTGTTAC GGGGGCGAATTCTTAAAAGTTTTCTTATTTCATTGGTGATATGCAGATCTTTGGATTCGA TTTCTTATTGTCTAGGACTTTTGGAAGTATTGGAAGATGCCTAGCCCTGTGGATGTGTCT CAAAATGGGAATGCAAGACACGCGGAAGCTGCTCCATCCTTGTTTGAAATCGAGGAAGAT TTGGCTAGATTGCTGGAAAGGCCAAGACAAGTTAATATTGAAAGGAAGAGGTCGTTCGAT GAAAGATCTTTCAGCGAAATGTCAATGACTCATTCACCGCCACGTCAGGTATACAAAAAT TCGGAGAACTCTTCTCGTGTTTTTGATAATATGGTTGGAGTGTATTCACCAGGAAGGTGG TCCGGCATACACACACCCAGATCAACCTTCGGATATGAGCCGCATCCTATAATCGGCGAA GCATGGGAAGCTTTGAGGCGTTCTATTGTTAACTTCCGAGATCAACCTGTGGGAACTATT GCTGCTATAGATAATTCTGCTGAGGAACTTAACTATGATCAGGTAAATGCTTATTGTTCT AGTTCTTAGATGGATACAAGTTTGTCTTTATGTATTTTGTTGTGATTTAATATCCCGTGA AGCAGGTCGATTATGTGCTTCAATGGAACTTGTTTTGACGAGTGTCCTCTGATAAGTTGT ACTAGATGTTTCTTTACGTAATAAATAGAAAATGGTGAATTCCTATGTCCACACTATAGT TATCAGTGCAACTGATTGGTTTGCGGTTGACTGATAAGATGAAGAGGGGGTATAGTTTGC AGGCCCAGCTATTTCAATGAATATGAGCTAAGCTTGACCGACTGAATTGTTCAAATAGTT TACATAAAAACTTATGTAGAACCAGTGTTGTCAAAGGCGCATTTAAGCCATGAAGCGGGA CTCGAAATGTGTCTGAGCACTTTTTCTCGCTTATTGTGCATTCAGCGTCGTTAGCAAGGT TCTCTAAGGCATACTTATCATTGTGAATTAACCTCTTATGACGAGGCGGCACTAAACAAT TGATATTTCACTTATTTGTTATTCATGCTTATTTGCGCTTAAAACCCCAATGAACCTTTG AGCGTTTTTGCGTCTGATCTAGAACCAGATTCTAGATATTCTCCAGAGGTAAAACCAGCT TACTGATGGGCCCAGCTTTCCGAAATCCTTTCACAGTCGTCTTTCTCTATGTACATGACA ACCATTCTACTTGCAATTTGCAGTTCTGACTTAAAATTTGGCAGGTTTTTGTCAGAGATT TTGTCCCCAGCGCTTTGGCATTCTTGATGAATGGTGAACCTGATATAGTAAAGAATTTTC TTTTGAAAACCTTGCGCCTCCAATCTCGGGAGAAGAAGATAGACCAGTTCAAGTTGGGGG ATGGAGTTATGCCTGCAAGTTTTAAAGTGTCTCATGATCCTGTTAGGAACTATGAGACTA TAACTGCTGATTTCGGTGAAAGTGCTATTGGTAGAGTTGCTCCTGTTGATTCAGGGTTCT GGTGGATTATACTACTTCGTGCATACACAAAGTCTACAGGGGACACTTCTTTGGCTGAGA TGCCAGAATGCCAAAGGGGTATAAGGCTGATTCTTGAATTATGTCTCTCTGAAGGTTTTG ATACATTCCCAACCCTGCTGTGCGCTGATGGATGCTCTATGATTGATCGCAGAATGGTCA GTCTGATGTACTACTATCCGCTCTTTATCGGTTTTTTAAACTAGATCTGACTTATGCTCA TGCCTTGTTTTCTGTTTATTACATGCTTGATTTTCTACTTAATATTACATGATGACAGTG ATGACAAGATATGAGATAGCTATCAACTGTTACTTCTAGAATAGTATAATTGACCAAATG CATATTTATAATCTGTCAAGATTTGGTTAGCCTACATACTTATTACGTGCTTGATTTTCT ATTTCTCGTACATAATGACAGTGATTCTGATTCTGACTTAGGTAAGTTAAGCTTCAAATA GGAGTTCTGCTGAGATTTCACATCATTTGCTTGAAGTTAAGAAATAGGCAGTTGAGCTTT GTCTTGCTTTTTGGCGGGATTAGGCTTGGTGGGAGTCTGGTAGCACTGTGTCTGTCTTAG TATTAGTCGTATACACGTACTTTCTTGCGTTTGACCATCTGTTTTCTATTGTGTTTCAGT TACCGCTTGATTTCGATGTGCTATGTAGTGCTTTCCTTATTAATTGACGTGTTTTCTTCA CTGCTGTATCTCCTTTTTCATAACTTCTTTGATGTGCTGCACTTTGAGCTGAGGGTCTTT CGGAAACAACCTCTCTACCTCCACGATGTAGGGGTAAGGTCTGTGTATACACTACCCTCC TGAGACTCCACTTGTGGGATTACACTGGACCAATAAGAAGACTTGTACTCTTTTCTCATA TTCTCAATAAATTTGTGGGCATATTAAAATTCTCAATTATTGCAGTTCAACTTCCTTTAA AATATCCACTACTCACATGTCATAAGCACTTTGTTTCATATTGTTCCCAGGGTGTCTATG GCTATCCTATTGAAATACAAGCACTTTTCTTTATGGCCTTAAGATGTGCCTTGTTTCTCC TTAAACACGACGAAGAAAACCAAGAGTGTTGTGATGCAATAATTAAACGACTTCATGCTT TAAGCTTTCACATGAGAAGTTACTATTGGCTCGACATAAAACAACTGAATGATATATACC GCTACAAAACAGAAGAGTACTCTCACACTGCAGTAAACAAGTTTAATGTGATGCCAGATT CCCTTCCGGAGTGGGTTTTTGATTTCATGCCAACTCGTGGTGGTTACTTCATCGGAAATG TTAGTCCTGCTCACATGGACTTCCGTTGGTTTTGTTTGGGTAACTGTATTTCAATCTTGT CATCTTTGGCTACACCTGAGCAAGCTTCCGCCATAATGGATCTCGTTGAATCAAGATGGC AAGAGCTAGTTGGAGAAATGCCGCTGAAAATCTGTTATCCTGCTATGGAAGGCCATGAAT GGAGAATTGTAACAGGATGCGACCCTAAAAACACTAGTTGGAGTTACCACAATGGTGGCA CTTGGCCAGGTTATAGTTTCTTCCTTCTTATATAACACCAAAAGTACTTCATTCTATTTA GCAATAGTTTGCTATGTCATCTCGCATCACGATGACCAGTATATCTGTCTACTTTTTGGT AGCCTATCATGTCTCCCTATATTCCATTTTATGCATCAATCTTGCTCTTTTAGTCTATTC CGAAAAGAATGATGCCTTTCTATATTTAAAAACCCTTAGTGATACGGTTTATAGCCACAA AAAATGTCATGACATGTTTAAGATCACGTGTTGAACTCTGTGCTCAGTCACACTTTCACA TAAAATGAAACCGAGGGAGTACTCTTTTCATGTTCTGCACCGTGACATTTACAAACTTAT GCTAATACTGATTTGCCTGGTTTTTTGTGTCTAGTTCTTCTGTGGCTCCTTACTGCAGCA GCTATCAAGACTGGTCGACCCCAAATAGCACGACGGGCCATTGAACTAGCTGAATCGCGT TTACTAAAAGATAGCTGGCCAGAGTATTACGACGGAAAGCTTGGTCGATTTATTGGAAAG CAGGCGCGTAAGTTCCAGACATGGTCCATTGCTGGTTACTTGGTAGCTAGAATGATGCTG GAAGATCCATCTCATTTGGGTATGATATCACTTGAAGAAGATAAACAGATGAAGCCTACC ATGAAAAGATCTGCTTCTTGGACTTGTTAATATCCTTGTACACAAATTTTCTTTCGAATG CCATGCTTTTTTTTTCTCTCTTTTTGCAATTCGTAAACACTCTCTTTTAGTTTGTCGCAA AAATGTTGAATTTTTTATGAATTGGCTACGAGATTGTACACTTCACTCCTATTTTTTTCC AGTTAATCTGGTTTTCGTCTAAGGAAGGTGCGAACAAGTCCCTGATATGAGATCATGTTT GTCATCTGGAGCCATAGAACAGGGTTCATCATGAGTCATCAACTTACCTTCGCCGACAGT GAATTCAGCAGTAAGCGCCGTCAGACCAGAAAAGAGATTTTCTTGTCCCGCATGGAGCAG ATTCTGCCATGGCAAAACATGGTGGAAGTCATCGAGCCGTTTTACCCCAAGGCTGGTAAT GGCCGGCGACCTTATCCGCTGGAAACCATGCTACGCATTCACTGCATGCAGCATTGGTAC AACCTGAGCGATGGCGCGATGGAAGATGCTCTGTACGAAATCGCCTCCATGCGTCTGTTT GCCCGGTTATCCCTGGATAGCGCCTTGCCGGACCGCACCACCATCATGAATTTCCGCCAC CTGCTGGAGCAGCATCAACTGGCCCGCCAATTGTTCAAGACCATCAATCGCTGGCTGGCC GAAGCAGGCGTCATGATGACTCAAGGCACCTTGGTCGATGCCACCATCATTGAGGCACCC AGCTCGACCAAGAACAAAGAGCAGCAACGCGATCCGGAGATGCATCAGACCAAGAAAGGC AATCAGTGGCACTTTGGCATGAAGGCCCACATTGGTGTCGATGCCAAGAGTGGCCTGACC CACAGCCTGGTCACCACCGCGGCCAACGAGCATGACCTCAATCAGCTGGGTAATCTGCTG CATGGAGAGGAGCAATTTGTCTCAGCCGATGCCGGCTACCAAGGGGCGCCACAGCGCGAG GAGCTGGCCGAGGTGGATGTGGACTGGCTGATCGCCGAGCGCCCCGGCAAGGTAAGAACC TTGAAACAGCATCCACGCAAGAACAAAACGGCCATCAACATCGAATACATGAAAGCCAGC ATCCGGGCCAGGGTGGAGCACCCATTTCGCATCATCAAGCGACAGTTCGGCTTCGTGAAA GCCAGATACAAGGGGTTGCTGAAAAACGATAACCAACTGGCGATGTTATTCACGCTGGCC AACCTGTTTCGGGCGGACCAAATGATACGTCAGTGGGAGAGATCTCACTAAAAACTGGGG ATAACGCCTTAAATGGCGAAGAAACGGTCTAAATAGGCTGATTCAAGGCATTTACGGGAG AAAAAATCGGCTCAAACATGAAGAAATGAAATGACTGAGTCAGCCGAGAAGAATTTCCCC GCTTATTCGCACCTTCCCTAAGAGTGTTCGTCGAATGCCAATAGATGTGTGTTGTTAGCT GATCTACTGGGTTATGTCACAGTTGCTTCTTGAATGTAGATTCTTTAGATTGTACAACCA TAGCATCTTTCATGTCACAGCAACAAAACATTGGAGCTCCCACCGTTTTGCTCCCTTGGT GAATTGAGGCATAGTAATTGTTGCTGTTGTTTAGGATACTCTGCGTCAGCTGATCAACAC TGCTTACTACTGTAGTCTATGTGGACTTTTCTTTTTCAAATGGTCGACCTTGCCACAATC CCTTTAAATACTTGCTCTACAACATCCGCGATGACGCGTATAGGCTGATTCACGTTGATG TTAGAAGAGCTATTCACACCGCTCAGCAACAAAAGATAAGGAAGATCACATGTTCAATAG TAGTGATGAGACTACTTTTTAAGAATTTAACATAATATCAGAATAGTTACATGTTTGATA GGTCACCTAAATCTTTTTACACACTCTTAATCGAAACTCTGTATTGCCTCGATGACTGAA ACGTCGAATTTTTGGCACTGGATTGTGACACTTGCCACATAAAAGCATTGTCACTGTATA AAATTCAGGCAAGTGAATAAAGAAAATTTCACATTAGGACTGAATGATTTCTATACTGTA ATTTCAAAGCATTCTAGACACTAATTCTGCCAGCTGTGTGTGTAAAGTCTAAAGAGCATT CTACTGTCCCTCAAGGGTACCAAGTGCCTCCTTTAGAAGCTTCTGAGCTTCTTCCCTTCT CCTATACAAGCAAATAGAAACCAAAATCATGACTAAAATCATAGTAACCAGGATAAAAAG ATAAAGAGAGAATTAAACAGTCTGCCTCAACTCCAACAACTTGTGAATTTATGCACATTA TTAGAGTTAACGGTAAATACATCTCTCTTTTCATTTTGAGAGGTAGTTTGATATAGTAAT TACATATAATCTGTGTAGCTGAAAGTGACTGAAGCAGCTTAAAGGGAAACTGAATTCTTT CACTTGCAACTGTTTGATGAGGCACACTTGAACTCTTCTAGAAAACTCACGATTTTTCAT CTAAATCTAATGAAGGAAGAAGCTAAATATATATGATAAAAAGAACATACAAACAACATC ATACCGCTTGATATCCTCTATTGCTTGTTTACGTCGTTGTATCTGAAGTTCTAGAATGTG GATAAGTGTGGCTCGAGCCTGTAAAAGAAAGAAACAAAGGTAAATGATTATTGAGATCAT CTATCTTCTATAGCCATGCTAAAACCCAGAAATATTTAGACACTTAGATTTCACCAATTG ATCACCTGGTGAGGACGCAGAGAATTGAGTAGGTGGTGCAAGTTCTTGAATATCAGAGAT ATCTCTTCCACTCTCCTGGCATATTGCGAAGGGCGCTCTACAAGAACATCAGCAAGCTCC AATATATGTAGCTGCAATTCTCTGTTAAGTGCTCTTAGTTCTTTCTTGAAATCTGTAACA TGAATCAGCAGAATAAGAATGAATAATTTTTTCTGAGAAGCAACAAAATAGCACCTAAAT TTATCTCTGGAAGCATCCCATATGCAGCAGCACCCAATAAAGGGGACATCATCGTTTCAA CTATGGAATTGATTCTGCAATTAACTTTTGCAATGCATAGGATACTTGATTTGCAATCTT TTGTCTAAGACTTTGAATAACCTAAAGGGCTCAAACTTTATATCTATTTCCCTTTTATTT ATTCTGGTCACTGGCTTAGAGAAAGAGAACAGAAATGATTAGACATATCGATTGACCTTG TAGAGGATATTTACTTGGAACTTACGATAAGGAAACAAAAACGAGTGTCATGTTCCATGC AGATTCATATCGAAAATGCAGGATGATATATAAGGTACAAATGTGTGTATCCACATACTT AAATTCTTTTAACCATAAATGTTTAAAAAAGATATGCATGTTACATATCACAGTAGGAAC AAATACGGCTTTTTGAGAATAGCTGCAAACATTACCAACATTAGGCCCTTTTGGGTATAA CTGACGCACACCCTGCTCTTCCAAATTTGGGAGTACATCATCAGTCTGCGCAAACGGTAA TGCCAAAATAAATAATGAGCAAACTTGCACATAGCTATCTAATAAAAACCACAACGACAA CTTAATTTCAGCAACACAACTGACAAACAAAATTCACAAAAGACAAGAACACAGAGGACT GAGAGGAGTGACCAGAATAAAGATTCTTGATGCGTTGCAGCTCAAGATGACATAAGATAA AGGTGAGAATGTTAATGGAAACCTCATTCATATTTCAGAATAGATAAAATCTAAATCATT GTTGAATATCTCACTGAACCTCACCTTAGCATCAGACATTTTCCCCCTCTAATCTTTTGT ATTTTTTTAAGCGCGCATTGAATTAAATCCATACCTTTACCCCAAAAGCAATATAAAGTA TATGAAAGTGAAGAAACTGAGAACATGGTTCAATCTTTAAAGTAAAAGCAAATCTTTCGA GGTAAAGAGCTACCCAGTAACTTGAATGGGCCTCAAAGACACCTTATACATTCATACATC CACATTAAGCACAAGTAAGCAATTGGGTATCATGACTTTTTCACCCCTTTTCCCCATTTG GGGGTGGATTTCAAAAGGGAGTAGAAGAACGGGTCAGAGACTTTACAGTGTAGTTGCTAC CAAAGAGGACATAGGTGCCCTCAATTGGAGGGGGAGGTTCCGGAGCAGACTTGGGGTCTT GAAGATAGTCCTTGTACAGCCTATAAAACGGAGGGGGTGGTGGGTATGTTGCTGTCGACA TCTGATTTCACAAAAACAATGTTCTTATCTTCTCTGTCACAATAATAGTTACATTAAGAT GAGCCAAAGGGCAGTTTCGAGGTTTTTCTCAACCAAAAAAGGCGACTTCTCTCGGCGTTG AGTCGACACTTGAACGAGAAATATCAGACCTCTGCACTCGTTCTCCAATAGTGTATTGTC GATGGGAGCACCTTAACCAATTTGTAGTTTAGTCCAAACATAAGCTACAATTTTGGGCTT ATATCAGCTGCAGTACATAAAAAGCAACAATTTCAAAAGTCAGAGGGGTCAAAGTATCAA AACAAGTTTATAATATACAATCTGAAGAAAGGAGAACTAAATGCTAAGTTGCTCGAACTC GGGTGCGGGTGTCTGATACGGGTGTGGATCCAGAGGTTGGATCCTTCAAGATCTAAATTT AAGATTTGGGGATATGAATCTATGTATGGATACGGGTGCAGGGATTCGCCTAAAAATAGA GTTATAAAACCTATATTATGTGGAGAACTTGAGGAGAATCTTGGAAGGAGATTAAACGAA AAGGAAAGACAAAGAAATTTCTATATAAAAGGTATTCCATTTTCTTCAATTCACCTTAGC TTTTGTATTGATTACAGAAATCTTAGAACTGTCAAGACTTTCCCCATATATTTTGGTCAA AGTACCCAAAATCAGTTGACCAAATCGGACAAAGATCCCACACCCATGTCGTGTCGACAC GGGTGTGGCACCAAAAGTGCAGAATCAGAGCAACTTAGACTAAATGTATACTTAAAACTA GAAGAATGTTCATTTCATTCGAGTACCAGAGAAGATACCCATGTTACATATGTAACTGTC ATTAGAGTAGTTTGTGATCCTTTCTAGTGTTAAGTGACTGCTCGGTTTTGTCATGATACT TTTCTTTTGGTGCATCGAAATTCTCACCATGATTTTAAGCAGTTCATTTTTTCTGTTTCA AAGATTTCTCATGGAAAGGCTATTTCACTGTTCAATGATTAAATGGTAACTGTGCTAGTC CAATATTGGCGGAACAGGAGTTAGAAAGGCAGGGATAGGTCATAAAAGAACAAGGGGAAG GTGATTCAACCCTACATGACACAACTTCAACTTACTAGGAATATGACCCTATATAGGAAA GTTTCGAGGTCGAGGACTAGGGTAGAAGTCTTGTAAGTAGCAGTGTGTTGTAGCACTTTA TGTGGGAGAAGAAGGTTAGTGCCCTCCCCAGACCCCACTATGGGAACACACTCAATATGT TGACGTAATACCATATGCACTACAATAAAATCTACAACAACAAAATACCCAAAGGTTTAG AGCGCGCAAACCTTACCCCTACCTCAGAGTTAGAGAGGTGGTTCCCGACCCTCGTCTCAA GGAAATACAGCCCAAAGCAGAACCAAAAACGAATCTAACTAAATTATATGCCCTACAATA GTATCTGTCAGGTATAAAATACAATTTGTAGTCTAAAGTGCCACATAACTCAGGTTTTTC TTGTAAAGAGAAGATACTCAAACTTTCTACTTATGTGCCCAGGGACAAATAAACAGAAAA ATAAGTTAGGCTAGCTTCGAATTGAGTTCCAGGTGAAGCAAATCAAAAACTTACAAGCTG AATGAATTTCTCATAGCTCAAACACCTTCCTTCTATCTCAAAGTACAGCTATATAAAACT TAAAGATCGACAAAAACAATCAGCAGCAGAAACCTATTTAACCTAACAAGTAACCATCGA CAATTGATTTTTATGCAATGGTTCATTCAAAAATCAATTGACTCATAAATATCTAATTAA CCTAAGAACATTGAGTTCAAAAACTTCAAATATAGAGAAATGATTATCATAATGATAATC CAAATCACATCTTCAACTAGCATAAATCACGCTTCGAACTAGTATGGATTCAATTATGGT GTGTATAGTTCAGTTCTTTTCAAGTTAAAAATTCAACAGATTTTTCTTCATCTTCAATTG TTCCTTTTGGAAAGAATTAAAACACACAATAATCGAACTCACCTGAAAAAGAGAAGACGT GCGAGCAGCGACAACCGGCGGCAACCGGCGACAGAGTAGACACGGCAGAGACTGTCAGTG AACGGGACTTAATTTGGATCCTAAAGGCCTAAACAATACGTATTCATTCACGAGTGAAGA GTCAGAGGGCTAAGTTTTGGGCTGAAGTATTGGGCCTATGCGTATATTATCCAGACCAGT TATCCTAACCCAAAACTCAATGTTAAAAGTTACTTTACTTTTTTAGATAAAGAGTGAGTT TCTTAGGAGCATAAATGCTAAACAGCTTCTCGTCAGGTGCTCGATATTCATATTCGAATT TAAAAGATCCACCTTGATAAATTATACATTGAAAGATAAAATATTTTCTAACAAAAACGA TTTCGTATCTAGGAATACTTAAATTCGAAACCTCTAATTAAGAATAAAAGAATACTTTCC ACTCCAAATGAATAGCAAAAAAGACTCACTCTATTGCTCTCACTTGACTGAAAAAGCATG TATCAATCCAAGACACTATTTATGATTTTTTTTATAAAAAAATATATCATCTAGTATGCT ATTCAATTTTACTTTGTTGTTATTTTAATCGATCAATTATAAGATCTAGGTTGGTGCATA TTTTGACTATATAAACTAAGCTTTTAGTTTATTTGTATTGTCAACATACTACATCCAACT CACTTAAAACTCTTATTTTCATGATAAAACTTTACATCAATCAATTTATTTTAAGTTTAA AAATCACATTAAAACTTCTCGATTCAAAATTTTAAAAAAGCTCTCAAAATAGTTAATATT ATTTAATAGCTTCAAAAAACATACAACTCATTCATTACACATATACAAAAAGAGATGGGA TAACTTAATCAAATCTTTCTTTATATTGGATGTTATTGAATACATTCTAACTTCAAATGG AAGGGTATCTTCGTCATTTGATATCGCGATCAAAGGGTAAAATAGTCATTTTCACAGTCC CTTTCAACCGAATTGCTCTCAACTTCACGCATCATTCATGAAGCACTCCCTTTTCACCCA GCGCCAGAGAATCAAAATCATTACCCTACATGGGGCCCAACCTAAAAGTATTTATTAATC AGCCGTAGTATAACATAATGAATCGGCGATTAATTGGAAGATGTACACGGTGGCATTTTG GGTAAGAAAAATTATTGCCACGTAGATGACACGTGGGACTCGAGAACTTTTGATCCAACG GCTGCGAAAATCCCGTTTGTATGGTCCGTAGATATTGTGACGACGTAATAATTAAAAATA TTCCTTTTAAAACGCAAAAGAAAGAGAGAAAACAGAGTAACTGATCGTTTTCGTGTGAAA TCTTGAGAGAATCGGGTAATCAAAAACCGAAAGCTTCGGTTTTTCCGTTTGTTAAGCAGA AATATTCTCAGATAGCTAAATCGTTACTATTTGGGTAAATCAAAAATTTATTCTTTTTGT TTGTTTGTTTGTTCTTGTTCAGTTATGAGTTGTTGCAACAGATTGTAAGCTGGATTAATT TTTTTTTTCATGATTCTCTGTTGTTTGTTCATGGAAATGACTGAGTTTTTTGTTTTCTGC ATTTTGAATTTTTGCGTTTTCGATCTGAAAGAGTGATGAGATTATGCTTTTTCTGAAGAA AATGTACGTTTGATCTATATAATCTGATATGTTGATCTGTTTTAATGGGGTTTTGTTGAT GAATAGAGATGGTACTGTAATTTCTCTACATGGGGTTGATTTTTTTTAGGTACTTTGCGT GTGTGTTGTCTTTCTCTTTCTCTCTCTCTCTCTTTCTTTTTGGGGGTTGATGAGTACGAG TGTGACAGACTCACAGTGAGAGAGCGGCTTTATTATGTGAAGAAGAACCCGATTCGTTGT ACATAAAGGACCAAATTCAGTTTTCTTCTTCTTCTTCCCTTTTTAACCATTTTTAGAGTT TTTAAATGTTAGTACTGTAAAACCCAAAAGCCTTTAATGTTTCTGTATCGGGTTTTTAGA TTCACTACCAAAAGTTCTGAATTTTGGAGGTTCTTGTTTGATGATTAGAGAATTGATTGT AGCTGGGTCTGGAAAAAAAATTGTTTTCAATTCAATTTTGTTGCAGTATTTTTTTTCCAG AAATGGACAAGAATCGGTAATGCTTAAGTGTGAAAGTGAATTTTATTGTTTCGTCTTTGT ATTAAAATCAAACGGTTACTAGACAACAAGACCCATCAATGCGTCTATTGTCTGTTTCTG CAAATATATTCTTATTCTTATTCATCTATATGTGGATTTTGGTGTTTGCGAGGTTGAGAA ACGCGTGTCGTCTTGTATTCCTCCTTTTCTCCTCTCTTTTTTTCTTTTTTGGTTATCTGT TACAGTTCTTTATCCTTCTTTTTGTTTTGATTTTTCTTGTGATTTCTGCTTTCCACACAA AATTCTCTGATAATATTTCTGGGTTTTGCTTTGAATGCTTAGATTGTAAGGGAGGAAATG AAATAATTGCGAAGAAATCGAAGAAAGGGGGAGAAAGATTGAGTGGTGCTGGTGAAGTTT AGTCCAGTATGAACAACATTGAAATGGGTTGTTTAAAGTCTGATGATAACGATGAGATTC ATTCCAATGTTTCTGTTCGGAAGCGATTTAAGTTTCCCAAAAAGGTTTGATATTTTAGCT CAATTAAGTATATTGTAAATAGGTATTGGTCTGTTAAATTCATTAACCCCTTTTGGATTT GCAGTTTTTTGATGAGTGTAATGGAGTAGATCATGCTTCTGTTCCTCGGAAAGTTCGTTC AGGTTTGTATTTTTGTGAATCAAATTTGGAAATTACTGACTTGCTTATGTTTGTTATCTT ATTTGGAATAGTTATGTGTTAGTTGGAGCCCAGTGCTTGGAAGTGGGTCACTTGTTGCTT TATTTTGTAAATTATAGTAAATTCCTTTTCACCTTTTCTTTCTTTTTAAGCATGAGAAGA TTCTGTAAGTTTCTTCGTCTTATTTCGCTTTTTAAACCTTTGGAATCATTAAAAAGTACT TAATCTGCAATTTGGGTGATTGTACTGGCCAAGTTTCTGGTTTTAATCTCTTATAAGGTG AAATGGTTCTTGTTTGAGTTAAACTTTGGACTTCCAATTGATCATAAATTGTTTGCTTTT GGATCCTTTGCCCTTTGTAGTTATCAAGAAGAGAATTCGCAAGCTCATCTCTCCACCTTT GCCGATTTCCAAAAAGGCGAATCGCATGTCAGATGGAGCTGAAACACTAAGGAAATATGG CAACAAGTCTAAGCTTAATTTGGTTAGTGACTTGTAAATTTTGCAGCTTTTTCCTTTTAA TAGTTCTTTTAGCTCTGTGGTTCCTCTGCCAAACAATTGAATGATATGCTGTTCAATTGA AAATTTTCATCTATGATAATGAGATTTAAATGCAGACTCATTGTGGTTCAAGTCGGTGTA TAAAGGAGGAGCTTGATTGTCCAATCACCAAAGATGAAGAGGAAGTGGCTGAAACCTTGT ATGCTTTGGCTGGTATGATCCCAGATGTTGACACCTTGAGCGAAAGCAAAATAAATAGTC AACTTCCTGAAGTGAAATCTTTGGACTTACCAGAACCTGAGGCTTCTGTAATCGCAAGTG GAGGTCTGCTTGTTAGTTCTTCGTTTCTATGTTGGTCTCTTCCATAATTGGTCATTTGCC GAACTAATGTATTTCATAAATGGTGTAGTTGTAACAACAGAACAGGACATAAGGACAAAC AGCTCCCAATTCAGTGCTGAAGCTTTGAAGCAGTTTCCAGACATAGCTGTTTCTGCTGGA GAAGCTGCCAAATCAAAATCATTTCATGATGCTTCCCCGTGTGATACATTCATCAACACA GAGCAGCTAGAAATTTCATCGCAACAAGTAACTTTTGTTTGGACATCTATACTCTTTGGT TAATACGTGACAGAAATGCTGATCTTACTGTTCTGTATTCAGGTTGTTGCTTATCAAGCC AACAAACAAAACACACACAAGGAGAATAGGAATAATGGTATAACTATAGCCTGCAAGTTT CAAATTTTCTGATGACTGGTTGTAATATATCCGAGACGGTGTCATCCAAATCATGTGTAT TTTATATCTACATTAACAGAAATGTTGTTTTGGCGATCAGGTTCATTGTTGTGGCCAGGC TTGTCTGCAGCAGGGTCATCTTGTTCCGACATACTTGATTCTTCACCACAGTAAGTTCCC ATTTCTTACCGCACTCTTCCTTGCCTACAAATATTGTTTGGTTTCTCATGCACCGAGTAA TGATAGGTTTCCAATTGGCAAATTTCCTGTCTGGATCGGGAGCGCTGGCACTGATCATCA AGCTCAAAATGCAAAATCTTGTCTACCAACCATGAAGGTGTTTTAGCACTTCGATATAGC TTTCAGTTACTCTCATGTACTTTGTTCCATTCTGAACAACTATATGGAACACTCATTTGA TTTGATTATGCAGGATTCTCAAGTTCCACTTGAGTTGAGGAAGTCATTTAAGAGGTGTGC TGCTCATGTTTATATAAGTCGGCTGACTAAGGGCTTACAGACTTCGATGAGAGGTGACAC AGTCTCCTCGCATCCTTCTCAGTCCTCACCTCCTGATGGAGTGAAGCAAGAGCCTCCTAT AATTCAGAACAGCCCAACTGTAAAGGTGAATGATATGCATGGAATTGTTTCTACTGGGAA TGTTGCCTCTACTGTTGAGAAGAATCCAACTGAAGTTAGAAATGCAATCCTTTTGCACCA AAGACTCCTCCAAGATCAGCAACAGGCTTCTACTACATCTGGGTTCAATTCTTTAGCAAA GCAGGTTAGTTATCTTCAATAATGTGTGATATTCTTCATCCATACACGATAATAATCCTC TTTCTTTCGCAGAATGCAGATTTCCTTTCATTGTCAGCTGGAAGTTATGTGATCAAAGGC ACTAATGGTGGTGCTACTATTGCTGGTCATAACCTTGATACGCCTGTAACCTCACAGAAA CATCCAGCCCTGCATTTCTTGCTTCCCCAGAATGGTTATTCATCTGCACCTTTCCGTTAC AATCCTGCAACAGCAGCAACTCAGCAGGTGACTTCTAATTAAAATTGCTTTGCTCCATTT GAAACACAACTAGTTTGTCAGATTCTCAATTCCGTGACTTAAATTGTTAAGATACTGAAG ATTCTTTAAATTGAATTCAACTTCTGAAATGTGCGGTCACTTTACTGTTTTTTCCAGAAC ATAGATTATTTTACCCCTCTTATGTGTAATATCAGGATGAGAACAGCGTAGGTACATGCT GAAATCTTGACTTTTGGGGCTGGAACAAGTTATTAGGGACTATAGTACATGAGCCTATTT AAAGACACCCGCCCACACATACATATCTATGTATTTATGCAAAGCATGCGTTAGATAACA CTATTCTGCTTCCAACATAGACCACCCAGAACCATAGCTCATTCTGATCCCCCTTCTCCT TTTTTGGAATGTTCGAGAAGTGTTAAATGTAAAATTGGTCATCTATTGCATTTTACTGGG CGTACATTTATTAAATGATTCAGGTGTAAGTTTGTGGTGGAACTACTAATAAATACATGG TTTAGTAGATTAAGGCAATACTTTTGTGGCTAGTTGCAGGTTCTGCTGCCTCCATATCTT GGAGGTGCGTCATTTTGTCCGTCAAGAGAAGCTGCTATGGCCTTACCAAGACAAATGTCG CAGCAGAATGAACTACAAAATGCCCATTTCGCTGCTCAGTACAAGTTTGGTGGAGTCTCT ACCTCACAAATGCGAGACTGGCAAAATGCAGGGCGACCAATGCCTATCTTTGGACCTTCT CAAGCTCAATTGGCAGCTTCTTCTTCCTCGATGGAAGCACTTTCTTCCAAGTATGTTCCA CCCTTGTTGAACGAGCAGGAGCTTATGTCCATTTCTACGTCACGAACTAATTCAAGGATC AAAGGACAATATTACAGTTTCCCTTCTGGCTTGGAAGGAAGTGGACATGGACTCTACCCC AATAATGTGCCTTCATTGCAGCTTCTTTGCAATGATCGTCGTTAATACGGAGAGCCATGG CACCATGTCCATAATATCAGAGCGAAACTCCTGCAAATCATAATTGATTTATTCTTTTCT TTGCTTATGCATGAGAGTTGGTGTTCATTCTGTTACTGAATATAAGGAACACAAAAAAGG GAGGATATAGTAAATCTCATGTCCCTTATTAGATGCTTATTCTGTTTCAGTTTCAATTAA TTATAGAGTAACAACTTCAGAAATGGTTGTTGGTTTTTCCCTAGATGGAAAGAAACTTTA TGTGTCTGAGAAGGTTATTGACTTGTAGTATACACAAGAAGAAGAATGGCAATGAAAAAA ATTGCAGCTGCTTTAAATTTCTTTCAGCAATTTTCAGGAAAATAAAGTGTTCTTTTATAC ATGTTTTCTTGTGTTCGATGGATAAAGTAAAAAATATTATGTATATAAAATAGATAAATA CAATGGGATGGCGGCTACACAGATGAGTTTAAAGATGAAATGTATTCCAAGGTGGAGAGG ATATAATCAATTGAAATATTTTTTCAAACTTCTTTTCCCTATTTTCAGTAGAAAAAGAAT TTTGATACTTACACCCCAGTTTTGGAAATTGTTTCGTACTAGTTCCTACTTTAATGGAGC AATGACATGAATTCAGTGGACTTCATTTGTTACAAAACTCAAAAAAGAAAATGTTTAATT TTGACTATAAATTACTTTCAATTATAACATCGAGTTTGGAGCTCCCTCTGAATGAAGGAC AAATACAAGTTATCCCAAGGCATGATGGCCAGTAAAAATAAAGAAATTTCGTATTGAAAT AACCCTTTTCCTACTTCCAACAACAATATAGTTTCTGGAGTTAACAAAAGATAAAGATAT TCATATTTAAACTGGGAATAGATAGAGACATTCATATTTAAACTTGCAAACTACCTTTAA ATGTATGAATGAACAAATCTTGTATTAAATGAGGCCACATCAACATGAAGGTATCAACGG GATACAGAATGTCTAATGCAGTAAATACAGCCAGCCGGAAGAGAAGTGCAGGTGATGAAG GAAAAGGCAAGTGTTTGTTTTGACTCTTGAGCAAAGCATCGGAGTTCTTCACTCCTGCTT CTCCAACTCTCCCATTCTCTCGATGATTGCCTGGCGTGTAAAAGAATGTTGTTTAGTGCA AATTTATATAGGATAACAAGTCGAGGCAGAATCAAATATGCATCAACTTCTTTATTCCAT TGGGCAGGATGTGAGGAAAGAGAGCAAAGGAATATATATACAAAACCAAAACATCTGTCT TCTCATGGATGAGGGACAAACAACACCTAATATCTAGTTACCCTGCTTAAGCAGAGATAG TTTGGACCACTGCTAAATATGTTTTTTTAAAATTAACACCTTGAAATTAGCATGTACATG TCAGTCAATACACATATGTATATACACATATCCATATGTGTGAGTGTGAGTGTGAGTGTG AGTGTGAGTGTGAGTGTGCGTGAGTGGGCATCAAAATACCAAAAAATTGGCCAGCTACAG GACCTAGCGAGCATCAAAAAATCAAAAAATTGGCAAGCTAGAGAGCATCAAAAGATCAGA AAATTGGCCAGCTACAGGCCCTACGTCTGGAGGAGGGATGGAGGGGGTAAGAGGTGATTA GGGAAGCAGATTTCTTACCCTCTTACTTGTTTCCTGGAGCTCCCCAGCAAGAATAAACTC ATCTAATATCAGATATACCTGCAGAGGGAAGAAATTGATCATAAATGATACAATGAGTAA AGAACGGTGCCATTGACTCTACTAATGAAAAACATATTTCTTCATTTCTAACTTAAAAGG CTCAGCTAAGGATTTGACGACCAGCACCAAGTTGGAGAGCCGGCACAAAAATATAAAAAG AAAAATACAGCAGCAATATTTAACAGGCATCTTAGAAGATTCAACAAGACCATTGTGCCA CAACAGGGATCACAGGAAAGAAAGATGTTATTAACTTTGTTGCTTCTGTAAGTAGCAACG TTTGATGAGAAATGTCTAACCTTGTGGAAATTGAAAACCAAATCCAGCTCACAGACATTG CTGAAGAAGTGATCCAAAATCTCCACAAACAAGTGGATGGACTCTAAATAAGCCAACTCG TTGTCTGTGATATCAACACAAAGTGAGAAAAATAATCCTGCATATCTTCTGTATATTACC TTGTGAGTACGGAACTGCAAAGAGGAGATAACTAGCAGGTGTTAGTTATTAGTGACTTAT GAAGGAACATATCTACACAAAAACTGAAAAGAAGTGGAGACTGAAATCAGCCAGAGATGT AAATCTCGTGCAACCTATTACTGAAGTAAGTTAAGCAGCTCCATCATCAAATAAAAAATC GCTAGATTAACTTCTTTCATCAATTCTGATGAGGTTTCAGCAGAAAAGCTATTGATTTTC CTTATTGCTCACACTCAGTTGTTTTCTATCATATTTTACAAAAATATAATATACACAAGT TCAAACCTCAAACTTGTTTTCTCTCTCTTCCTTTGCTTTACCTTCCCCCTTACAGCTCCA AGGATAAATCACTTACTTAGGAAAAAAGAGCTTCTGTCCGATATCTTGCTTTGTACTTTA TGTCATCGAGGACTTTTAAATAGTATGTTATACTTCACGAAGCATCTCATGAGAAAGGAT TACCCAACAAAGTTAAAACACAATGCTTCTTTTGTTTCCTTTTGCAGGTTAACATTTTTT GATTCTTTAAGAAATCAGATCCAGGAATATTACACCAATATTGAAGCTAGAATGATGCAT AAAAAGTAGTCTGTATATGATTCTAAATAAATCCTCTAATCATGCACAAGCAAAAGGGAA ATGGCTCTTCTTTCTTGATCCTTCCCTCCCTCCACTCTCCCACTCTCTTCCAACCTCTAA ATTTTCTAAAGCCAAGATACTGAATTAGGAAACAACATGTAGGTACGGAGAAATGTCTCA ATAAGAATTTCATACTAAGCCATAACATAGGTTACTCTACACAGAAATTAAATTTTGAAC AATATCTTGAATCCCCCACCACTCCCTATCCTTCAATCATTTCACAAAGTTATTCCTTTG ATACCAACGGAACAAGTATTTATGATGCAATGGTAGATAAATACGATAAACCATCTTGAT ATTACTTCACCAATAATGTGAAATGTCATGATAATGTGCAGGCGTAGCGTAGAGGGAAAG CAAAATAGTTCTCCACCAAGAGGACATCATCCTCTCACAGTATAAGATAGTTAAACATTA CTACTTTTAGAAAATTAAAGGCTAGCGAAAGAGAACCCTTTGCCTTAGCACAATTGTAGC AAATTCGCTTAGTATGGTGTTCTATAGATCGAAAACAAGACAGATAATCACATTTTCGCT TTTTGCATTTCAAGCTGATCAAGTTAAACTCAACTCCACATACATAAAAGGGCTTAATCA GAGAAATGCTAGCTTCCATCAACTGAAATTTAAAAAAAAAAAATCAGGCTTGATTACCTC AACAAAGTTGGTGAATTTGGGATCTCTATTCACAACCAACCTATGAACCTACAAGGACCA AAATTGACTATATAATCAAAACCCATAATCTAAAATCACCAAATTCACATAAAAAAAAAA ACTAAAATACCTCATATTCCACCTTGTGCTTCTCGGATTCCTCAAGAGGTATATAATACT TAGCCAAACGAGTCTTTCCTTGCCTGTTCTGAAGCAATATAAAACGGATCTACCCATTTT TCGAGATGACCCAGTTGAAAACAAACGATCAAAAATCAATCAGAACAGCAAATTCATGAA ATTGAAAACAAAATGATTGTAATTTCTGCTACCAAATAATTTTCAGTGAGATCAAAGAGA AGAGAAAAAAGTTACCATTTTGTTCAGAAGATCTGCAGGCAAAACAGCTGTAGAAACAAT TGAAAAAATCTCTTTGATTCTTTAATTTGTAAAAACCAGCAAAAAGCCCTCAGGGTCACA ACTGAGGTGCCAGAGAAGAATTTTCACCTTTGTTTTAAAGAAATGACAAAATAGTCCCTA ATAATTTTTAAAATGAAAAAATTTAATTTAAAAATACAATATATCACATAATAATTTTTA AGTACGAGATAATAATACAATACTTAACATAATGATTTTTAAAATCACAATAGTAATTTA GTAGGTCGTTTTCAGATTTAACAATATTCGGAAAAAAGATAGTGTATGATCTGGAGCATT GTTGTGTTTGTAATTGCGATTGTGCTTGTGGTTGTTGATTTCTTTTTTTAATTTTTCGTA ATTGTTCTTTGAAATTTGTAATAAACTATAATTTTATATTAGATAAAAAAAATTAAAAAT AATAATTTGATATTACATGAAAATTATAGAAGGTGATTATTTTTTCAAAAACGAATTTAT ATTATGAAATAAGAAAATGAAATAAAAATAAAAATAATATAATATAATATTAAGGAGAGA AAAAAAAATTCTTTTTTAAAAAGTACAATAGAGAATTGAATTGGAGTTGATTCTCTGAAA AAGAAAAATTCTATAATTGGAGAGTAAAATAGAGTCTAGGGCTGAAAATGCCCTTAAACA GAAAAAGTAACTCTTAAACTTTTTACTGTGAGAGTTTGATTCCTCGGTATAGGGATGACA ATTGGGGGGAGGGGGGAGGTGCGAACCGGGTTTAAGGCTACAACAAGCACGACAGGGTGA ATTTAAAATTGTGCGGGCCGAGGAGAGATACAGAGCACATTAAAGTGAATTTTTAAAAAC TAATGCGGAATACAGTTAAAAATCTATGCGGTTTCAAACATAATTTTAACTTTTTAAATA TTATATGAGTGAAAGAGCATTATCTATTATATTAATTTCTTTAAAGTTACTAAAATATTC AAGATAACAAATAAAAATGGTTCGATCAAAACTAAAATAATTTCTTACATACGTCTAAAT TTGATCTCTAAGAAATAAAATCTAATCATTATCTATTAAGTTTATATAACTTAATAAAAA ATAATTTAATTTTTAATATCAAACTTAACTAAAAAGGCAAAATTAAAAAAAAAAAATTGT GTGAAGTGGACCTATGCGGGGCGAAGACGGGTTCAAAATGAAAACAATTATTACACGGGG CGAATTAATTTTTTTTGAAGGTTAAACTCAACTCTTTTCCCACCCTCAATTTTCATTTTT ATTTTTTTTAAAAGTTGAATACATAAGTTTTTATATTTTTTAAATTTAATTTATATATTT GAAAATTACATAAAAAATTATTACAAAAAAACATAATAATTAACGTATTAAATTATTAAA AGTACCAATAGAAAAACTTGATTAAATCTTGAATTTAACTATATCAAATAAATTAAAATG AAAAATATGTATAAAACAATTGAAATATTTGTTACTAAAATAAAACGTGAAAATATTTCA TTTATAAAAAATCATGCAAGATAACTATTTGTAATAAAAATAAAAAATATAGTCTGCAAA ATAGAATGCACGTTTCACTTAGAGGCACTGCAGTAGGGACATGTGTAAGTAAATATAAAA AATGTCCTTGTTATAAATAAAGCGTAAAACGCGATTGACCACACCTTTTTCTTTGTAATA TGTGTTTCTTCTCCTTCGCATGCTCAACTCTCATATGATAGGTGTTTTTATGAGAAAATT ACGCGTTAAACAAATTTATACTATTTAATTACTCATTATAGCTATAGTTTGTTATAATTA TCACTCACGACTAACATCATACATTAATTACGTGGGCTACATCGAGTTTGTATAATTAGC CACATTTGTATACATATAATTCGTCAGAATATATAAATACATATGTATAATATACAATTA TCTAATCAATATACATATACAATTCACCTATCTCCTACTCTCTCGCTCACCTCTCTCCTC CCTTTCCCAATCTCGCTCACCTCTCTCCTCTCTCTCTTGATCTCGCTTGTCATATATACA AGTGCATATGTATAATATGCAATTATCTAACTGATATACATGTACAATTCACCTATCTCC CATTGTCTGCCCTCTCTTACTCGCATCTCTACTCACTCTCCCAATCTCGCTCACCTCTCT CCTCCCTCTCCCAATCTCGCTTGTCATATATACAAGTGCATATGTATAATATGCAATTAT CTAACTAATATACATGTACAATTCACCTATCTCCCATTGTCTCCCCTCTCTTACTCGCAT CTCTACTCACTCTCCCAATCTCGCTCACCTCTCTCCTCCCTCTCCCAATCTCACTTGTCA TATATACAAAGACATATGTATAATATACAATTATCTAACCGATATACATATACAATTCAC CTCTCTCCCACTTGTTGCCCTCTCTCTCCCAATCTCTCTCGCCTCACTCCTCCCTATAAC ATGTAGCTATGAATTGTAATTATCAAACTATAACTATGGAAAGTAATTAAGCTATTTTTA GTGGCTATATGTGAATGTTTCTCTTTTTTCTTAAAGGTATAAGTAGGTTGATATTATATG CATACAATTTATCGAGGACATGATTCTAGATAAAATAATGTCGATAATTAGGATAAAAAA CTACTAATACGTAACCATGAATTATTTGGTTTTCCTCGTATTTTTCAATTTTATTACTAC TTGTTGTTTCATGGGTCAGATTAAATTTTTTGATGGTTACGCTCAACCTGTCCAATCCTC ACTCCGCATAGCTTTATTGTTATTCATGCCCCAATATAATCCCCTGTTCCCCACCCCCAC CCCCAGTTTTAATTATTTTTTTCCAAAAAAGTTGGATATATAATTTTATCATAAATCATT AAATATAATTTATATATTTAAAAATAACATAAAAATTATTATCAAAACATAATAAGCAAC AAATTAAAGTATTAAAAATGCATAAAAATATACCAATAAAAATACTTGATTAAGTCTTAA AATTTCAACTGTATCAAATAAATTATAATGAAAAATATTTATAAAACAATTGCGATACTT GTCACTAAAATAAAACGAAAAAACATTTTATTTATAAAAAAATTAGTGCAAAATAACTAT TTGTAATAAAAATAAAAAATATAACCCGCAAGAAATAGAATTGCACGTGACACTTAGAGA CAATACAGTAGGGACATGTGTAAGTAAGTATAAAAAAAAGGCCCTTATGATAAATATAGC ATAAAACGCTTTGTCCAAAGCGTTTTATTTGTGCTTATTTCACAATTACAAAACAAACAA GATGTTCTATATTTACTGATACATGTGCTTTTTATCACATAAATAAGTCAGTGCTGCATA TAATACAATTACAACTACGCCTCGATTCCAAATAAATTGGGGTTGGCTATATAAATCCTC ACTTCTTCGTACTTCATTAATGGGAGTACAAAAAATGGCATCACAAACAAGAGCCTCTAT AAATCCAATCATCAATCCTTCTTTAGAACATTCTAAATTACAAATGCTCATGTATTTTTC CTCAAGCAAACCTTTGAACACATGAAATTTAGCTTTTCCCTTAATCATCATGTTCATACT TTGAATTTGCAGCAGCTAATAATGCAGCTCCAATACCAGATCCATCTTTTGAATGTTCTA TCACTACATTTTTCGAAATTTCCGAGCCTAGTAGCTCTGTGACAGCTTCTTGGAGGTATC CTCTGTACTGAGGATAGTGCTCATATAAGCCTCCATCCATTGCTACAACTGTTCTTTTAC CAAAGATGAGACCTTTAGAATCTTCCTCCATTTTCTGTAATATACCAACAATTCCTGCAC CAGCTAGACGACCCCCTCGTTTTGCAATAGTATCGCAAATGTCCACGACTGTTTTCCTTG CACTTAGATCGGATTTTACCTGAAATTTAATAATCCAAAGAAAAATCGTGAACATCAAAA CGTTCGTAGACTTCTTTCATACTCTACGAAAATATTTTTTGCAAAGAACTTCTAGTGCTA GAGAGACTAAATTTTTTTGCTGACCTAAACTTGCTTGGGATTGAGGCGTAATAGTAGTTG TTATTGTGTGTTTTCATATCTATAAACATAACTCTGGAAAATGTTCTATGTTTATGGAAA CAGATGCTAAACTATCCTTTTGAATGTTGTCTTTGGAATGAATATAGATCTTCAAATGTA AGGTTCTTCATGAATCGATTATTGGACAACAAGTATTCAATCGGAAAAAAAATTGGCCTA GAAGATAAGTGACTGGAAAGAGTATTGCAGTGCAAGTTAAAACACGAGAGTTAAGGAATA TACCCCAGCTACATCATAGAGGACAGACTCAACAGCTTCAAGATCTATTGATGTATCCTG CTGCATGGCACATATATCAGGTGTCCTATATGATGCAGATCAGACAGAGTGAGTAAAAAC TAATTAATACAAACCGAGAACATTTGCATCATAAACTTCTGATATAACAGATGTAATTAC CTCAGCACAAATGGAGTGACTAGCTTTTCCGGAACATAGCTGCTACCAAATAAGCCCCCA ACCTTGGCCATTTTGACCAGCACCCGTCTCACAATTTCCCCAAGGTACATACCAGAGATG GTCTTTTCAAAAATCTTCATCAAGAAATAAGATGGTAGAAAAGACCATTAAGAAACAGTG TGATACCAATAATACGAAGAAAAGAAATTTTCACATTTTGAGTCAATAATACTTGCCTGC TCACCAGGGTTAATGCTCTCGGCATCCATTTCTCTATCAAACTCAGTTAAAGGAAGGCCA TTTGAGAAAGCTCCCCATTCGGTATTCACAATCTAAAATATAATGATGTATCAAACTCAA TGGTTGCTAAAATCTGTTCATGAAATAACTTGACGAAGGAGATTTGGGCTCTACTTACCG TTATTGGAGACTTAGACATCCTTTTTGCCAGCTTAGGAATAGCATCCACACGTTCTACAT AGCAAGCATTGGTTCCAGTCCCAAGAATGACAGCAACCATGGCATCATCATCCCAGTATC TTGCTCCGGCAAGTGTTCCCACAGTGTCATTGACCTAACTTGACAATGAAATCATGAAAT GATTGAACTAAGGAAGCGCCAGACTATTCTCCAACATTTCTACAATACACATGAAGTTGA GCAAGAACCTACCAGGGCAGACACTTGCATATCCATTCCCCGCCTCTCCATGGCTTCATT CAGACAAGCAACAACATCTTTTCCCGCCTGTTCCATGTTATGATGGAATCAAAAAATAAT CGGCAGGTAAAATGAAAATGATAATGATAAGAGAGACAAAGTTAAAAGTCAATGTTAAGG AACTCGATCTTCTCTACTAGTTTGGAATCCAGTATTTTCCGATTCGACTTGTAAGAACAA AGCGATGAAATGATCCCTCTAATTACACAACTTACTAATCAGTTATCATAGTGTAACCAG TACTCTTACAAATTTGTTGTATCTTGAAAAAAATGGACTCACGAATATGAAACACTCGGT TGTCCAGAAAACAGAAAATCTCACATGCACAATCGATTGGGGATGGAATTACAGGATTTT ACCAACTAGATGATTCCGGTGCTTTCTTCAGAAAAAGGTAAAACCGTAACGTTCGTTGGA AGTTTTAGTAGTTCGAGGGAAATTGGCCATCTTTACTGAAACTAAAATAACGCAGAATTG ATTGGCCTTCTTAGCGATGTATGGTTCCAGAATCAGTCATAGGCTAAATTAGTAAGATGT CTAAAATCTGCCACTCCTTTACACAAATAAGAGAGTCAAGAAATACTAACAGTTCCAGAG ACAGCAAAACCTTTTGTCCATTTGATTAGGATTCCAGTTCTTATTGAAGTCTGTTTCACC GGAAAAGAAAACGTGAATCCTATTTCCCTTGTCCGTCCCTGTTGCAACTCAAAATTACCA CCTTCCTTTTGTGCAAATTTTCCTAGCGCAGAAGCTATGAAATCGAAAAGCTCCTACAAT AACCGATGCAAAGATGAATACAACAACAAAAAAGATAGTATTGGTCAAATCCCATTACAA CAAGAAAAACTAAACAACCTCGGAGGTAGCAAACATCAGTTCTTGGGGTATAGAGACTTG CTCAAACTCAGTGGCGACTACACGCTCTTCTTTACCACCTAGCTGCACCCTTAGCACCCG GAAATTTGTACCACCAAGGTCCAACGCATAAAACAAGCCTTTCTCATTCCTTCATTAATC ATTAATATATTGTAACAAATACTATAAGAACAAGCTCAACAATCAAACACAAGCCTTTCT CATTCCTTCATTAATCATTAATATATTGTAACAAATACTATAAGAACAAGCTCAACAATC AAACAAGTGAACAAATCGAAATCATACTTGGAAATATTAGAGACACATAAATGAAGCGAA GGGAGTAATATATAATCAAGACACTATAACATGCTCAAACTTTTAGACAAGATAGTCACA CACATCAATATGGTATCAAATCAACCAGAGATTATTGATTCAAACATCATCGCAAGTAAA AAATATTTCAATGTGTTCGTCCCATGAAAAAAATCAAGCTCACATGTAGCCGCGTGTTCA AACATAACAATTATTCAACTTTCAGCTTTTAGATGAGATGACAAACACATTACATGGCGA AAAAGACAAGTCTTTAAACCATGTAACTCCTTGTGATTATGTTCATCAAATTAAACATTT GAAGAATTGAAGTACACCAACTATAGCTTAAAGTAAAAATAATGGGATCTTTACCCAATT AGCTGGCCAACCAATTAATATCACAACTGAACCAAAATAAAATAAAATTAGTAGTTTACC CAGTTGGTAGAGTGTCGACATAACTAAGGATCATCTTCAGATCACTGCCGCCGTCGACGG CAAGCCCGGCCCTCATATCATCGGCCATTGCATCCGCCACGTGGCGCAAAACTGGAAGAG GAGTAGCACAATCTTTCTGCAACTTCGTCAAAATTGGTGCTACTCCTAAGCTGTCAGTAG ATCGGACGGCAGATATAATGACACGTGGCCTAGAGATCGTTTTATGAGGTGATCGTGAAA CATGGAAGGATCGGACGGCCGGCGAGCTAACGGTGACCGACATTTTAGGTAACAGTGAGA TCAATTCAATTGTGTGACGGAGAAAAAAAGAGAGACAATAAATGGTGACGTTGAAACAGA GTGTTTGAAGATCTCAACTTTTAACACTTGAAAAAAAAAAAAAGTTTGTTTGAACAGTTG AATTTCAAATAAAATAATGATGAAAAACAGTTGAATTTCAATAAAATAATGATGTGAGGA TTTAATGAAAGAATATAAGAATTTGGCTAACTATAAAACTGTTCGTTACTTTCATAGTGC TGAAACTAAACCGTAGCAGAGAGCATTACAGCTTTTCTGCTTGACTAAATTTAGTGCAGG ACAATGAAGTTCCGTAGGACTTCACGACATGCGTTTAAGTCTAATTAAAACTTTACGAGT TAATTCGATTTTAAATTAAACTCTCAAAAGATTACTTTATGTATATATAACGTTATTTTT TATAAAGATACATCTAAAATATTTATAAAATATTCATAAAAGATTATCCGATAAATATGT CATTATTGCCTTTGAACTTATTGAATAATATTCTTATTTCTTCAAAATTTTGTTTATTAT TAATTTATCTTTTCACATATTTAAATTTTTTAGTATGATCAAAGATTTTAATATTTTAAT TAATAGTGAGTCACTTTTCTCAAAATTTATGTTCTTATGTTAAACCAAAACACACGAAAT AAAAGGAAGGAAATGAGACTTTTGACATGTATTATAACTACACTTACAACTTAAATCTAT TCTAGACATATGATAATATATTAATTATTATATTAATATGTATAATACTAATAAAAAGAG AAGTTTAAACTTAAGAGTAAAAATTTCAAATACTCCCTTCGTTTGAAAAAAAGTGATCTA ATTTGGTTTGACATAAAGTTTAAGAAAATAAAGAAGACGGTTCAATCTTGTGATCCTATA TTAATGTTATATCAAATTTACAAAATTATCCTTTAATCTTGTGACATTAAACATGTCATA TGCGAAGTTAAAATTAAAAAAAAAAATCATTCATTTTAAAACAGATTTTAAAAATCTTTT TTTTAAACAGAAAGAATATTATATAAAATAATATACATATTTTTTAAAGAACATACTAAA AATGACTAGAGTGACAAATAATACTAGTTTCTCTCCGGATTGTGGCGGACAAGACGATGT TGACAAGAAAAGTAGCTGGCTGCTTGGAATTTTTCACCTTTTTTTTTTGGTTTTTGGTTT TTCTGTCGGAGTTTCAAATGTATGTTTGCCCCACTCCTTACTATTTATTTTATTGTGGAT AAAAAAACAGTTTTAATACTTGATAAAAAGAATTATTGAAAATGTTCATGCGATCGAAAA TAATTATTCTACAACAAAATCTATTACATATCATAGTCTATTTAGATCTGTATCACTTAT TTTTATGAAAAAATAGTATATAATGACAAACTAATAATTTAAATTAACTGTTATAATTGT ATTTTGATTTTTGTGTCATGTAGCAAATTATTTGTCAGTCGTCTATCTCTCTCAAACTCT CGCCCCTCTCTCGCTCGTCTCTCTTGTTTTTAATACAAATACAAATATATAAAATGGGTT TGTATTTGTATAAAGCGAGAGAAAATTATATGTATACATATGTTTCCGTTCCTTTCTACC AGATCTCGCTCACCACCCTCACGTTGCTTGCTTATACAAACATAAACGAAATGTATAAAT TGTGTTTCTGTTTGTAGAAAGCGAGAGAAAATTGTATATACACATGCGAATACATATATC TTCGTCCTACCTGCGCAATTTTCTTTTGTGTTTCACTATTTCTCATTTTATACGTACATA AATTATACAATTAATCTTTTGTATACAACTGTTTTCTTTTGTATATGTATGACGACTTAT ACAACTGTTTTGTTGTATATGTATAGTGAAATATACATACTTATATTAGCTATGGAACAC ATTATGCAAATATGATTTTTATGTTTGTCATTACTCATTTTTATATCAAAATCAAAGTAG GCCCACTAAATAAACCAAAAAACCCACACAATCCAGCCCAATTTGCCTTGAGCTTCTAGT TGAATCAATTCTGTATATTTTTTACTAAAAAGAAAGAGGTACAAGTTACAAGGCAGAATA ATTCTAGTGAAGTGGACTTGAAGAAACGAAGCTCCACTTACTCATCTTCTTTTGTTTCCA CTTTTTAAGCTCTTTTATAGTCTCTCATTCATCAAACACACTCCTACAAACATACATTCG ATCGATAATAGTGTTGAAACTGACAATAAACGATATGGAAGAATCAGAAGGAGTGACCAC AATGATGGGAAAGGCGGAGATCGATACGAGTGCTCCATTTCGTTCGGTTAAGGAGGCAGT CATGTTGTTCGGAGAAAGAGTTCTTGCTGGAGAACTCTACTCTGCTAATAAGCTTAAACA GGTAATATACACCATTTATTCTCCACTTCATATTATATACACCGATAGTATACCAAATTT TTACATTATATGAGTGTTCTTTTAATATATTTGTAGCACGTAATTTCTATTATTATTTTT CAATTCAGTGACAATTATATGTAGTTGTCTCTTAGGGATATAATAGTGTATATTTGCTAT ATAACGCATAAAATATTAATCTATCCAGTGGGGTTTAGGTATCACGAGTTCGGCTCCAAA ACAGACACCTTTTGGACGTTACCGACCAAAATGGACACGTTGCTCATTAAAGGTTCTAGT GTTCAAAAAGTATTCATTTTAGGATGTACGCATACATTATCTCTATTTGTGTGAGGAAAA CACAACCGTTAGCACTAAACTTCTGCTATTTATGAGTCCAGAAAAGAACCCCACCATAAA GGTATATTGTATGCAACTACTTTTGCAAAAGGCTATTTTCACATGGCTTGAACCTACTGT ACTACAACAAAAACAACTTTTATCGGTAATAAATAGACACATTAATAAAAAGTGATTAAT TATTTACCGGTATTAGTTAAGTGTCGTTAGATTCAATGTCGCTAAAGCCTTTAGAAACAT ATACAAAGAGTGTTAATTGCCGCTAAAAATACATATTTAACGGTAATTACTGATTAATTG CCGCTAAATCTCATTAGTGCTATAATCTCTAAAATGCAACATCAAGCAGTATAAGAAGAA GAAAAAAAACGCTTGCTTAATCTGTAATACAAGTATATTTTTTTTCATGTTGGAGAATAA AGACTGACAATATTATAGTGAAAAAGAGGATTAACCAACTAACCAAAGTATCTTTTAATT TCAAACATATATAAATTGAACTGTTTATATATAAACTAGATCAATGACTCTAATCTTTAA TTATACAATGAAGAAATTCATTTTTTGAGTTCTAAGTTGCCTACATGATTTACTCGATAT GATAAATATTATTTACACTGTCAGTATATATAACTCTAACTTAATTATTTATTTATTCAG AAACAGGATGGATCGAGTCATGAAGACGAAAGCGACGACTCGTTTAATGATGAGTTAATT GAGACAAAGCAAAGACTAGAAAGGGCAAGAGAAGAAAGATTGGTAATGGCTACATGTCTC TCTTCTTTAGAAGAAGAACTTGAACGCACAAGAAATGAGCTTAATAACCTAAAATTTGAG CAACAAAAAGTCATGGTATCAGAAATTGAAGACCTAAAATATATAGAGAAATCACAAATT ATGTCACATGATCAAAATAATATTGAGTTTCACAAAAAAAGATATGTCACATTTGCAAAT CCTTCACAAGGTGATGATCATGATCATGTTGTATTATTACAAAACCATCCTTCAATCAAC AAGAAGAAAAAGAAAAAAATATCCCTAATCATACCATTGATTGGGGGAATTTTTTCTAGG AAAAGAGGTAGTAATTCGGATAATAACATTCAATCTGCTCGAGTTTAAATCGAATAAAAA GACATCTCAAGGCTTGCGTTCCGTTTGAATTTTCCAATGGTTTTTTGCTTGAAATCAAAG TGTGAAAAGTAAGGTTGGTTAATATGCATATTTGATTTCTTTGTTTACAATTTTCAATAA GAGATATACTATAAATTATGATATGTAATTCCTTTTGCTTCTTGTAATAATATTTAAAAA AATCTCTAATGAGTTTTACAAAAAATTCAAGAATAGCTAGAGAATAACTAAATTTTGTAA GAAAAAAATAAAAACAAATTATTCTCACTAAAATATCCATTCAAAGATAACGTTTTTTCT TTTTATAGTAAATTTCTTTTCAAGTTAGTTGAACATCGAGAATTTTTAGATCGATTTGAA CTCGATTTTCTTAAGATGTTAATTTTGGGTTTTACTAGTCATATTTTGTTATGGGGTCTC TATAATTGAATAGATTAAGAAAATCAAAATCAGCTATTCCACATATACAACTATGTTTAA ATTTACAACATCAAATTTGAACTCATAAAATTCAAAAATAAAATAAAATAAACAACACAA GCTACAAGCATGGTTGCACTGAATTAATTACTTTAGCCCCAAAAAAACATAAAAATCACA CAATAACGTCTGATTTTCTACCACTAAAAATACCTTGATCTTGTGATGACTTATTAAAAA ACTCTATACAATCAGCAATAGCTTCATTATAATGAGAAGTTGATGAATAATAAGAGCTAC ATGAGGTCTTCGGCGGATCGGGCCGGTCACAGGATCTCCGTCTCTGTCCTGAGCCCGGCC CGGTTGCCGACATCGTTGCCCCAGCCCGACTCGGCCTCCTCCGGCTAGACGTTGGGATAG GGAAAACGAATCGCATGACGATCTTGCGAAAGCGATCGAAAAGCTTCATAGCGGAGAAAT TGATTAATTTATTAGAAGAAGGGCTAATAACTTGAGATGAAGATTGAAAATTTTCTGAAA CTTGAATAACAAAGCTTTCTCTTTGAATAGAAGTTTTGTTAGTGTACATTATTGTTGTTA GAACACAAAAAGCCTTTGTATTTTTGTTATAAGTTTTGGCTATAATAAGGTTTATATATA TTTATGAAATTTGGAAAAAGATGATGGTTTAATTCTTTAACCATGTGACCAAATCATATA TATGGGCTTTTGTTGTCTTTTCAAAGTACATTTGTTTATTTAGATTGTTAATTATATTAA CTTCCAAGTAATAATCATGTCTTGTACTATGATATTATATTAACTCACTCTCAAAAATCA AAAGTCCTCATTCAAATAATCATGTTAGCATGGTAATAATTAATATCATTGGTTCTATCC TTTCAAAACTAACTCTTATGGATAATTATGGACAAACTCAAAGTTATCGAATCCAAATTA AGAATCATGGTAACCATTCGAGCTGACGAAATTAGTAATATTATCCGTGAACGTATTGAA CAATATAATAGAGAAGTAAAGATTGTAAATACAGGTACCGTACTTCAAGTAGGCATTTGA AATTTATAATTCGAGAAATTTGATTCTTTTAAGTTATTAAGTTCTAAATAAATTATTTTC TCTATTCACTTTTATTTGTCATTGTACTTTTCGAAAGTCAATAAAGTTAATTCGATACTT TTTTTTAAAAAAAAGATATTCATAAACTATATGAAAAATACTATAAACTGCAATTTTTTG TATATCAATATGATGAAAATATACATCGTAAAATGTAAGTCAAAGTTCTTTTAGTTGACT CTAAAAAAGAAAACCAAAACAATTAACTGTGGACGGAGGGAGTATTACTTTGTAAATATA ACTAAAATGAACTTCTTAAGACAATTTAGAGTTTAGATCGAAATTCTTGATTTCAGTCAA ACTCTATGTTATAGTCTAGTTTCATACGAGAGAGCTTGGTGATCTTAAGAATGATTCAGG TGGGAGATTCTCTTATGTCATATATGCATGTTTGTTCGACATAGGTAAATTCATAATTTA AAGTTACTAAGACGTTCAAAATGAGTATGGTTATATATGTGTATACATTCTAAATATTTT TATAATGCATAGATCGATTTAAAAGTAATAAAATATCATTCAATAAAAAAAAAAGTGAAG TTTTGCATTATGGGTAACGACAAAGCTTATAAAGTGGTTATTTACTTGCAATTTATGAGA TGAAAAAACTAAATTATATTATGATGACTTGCTAATCACATTTATATTTAAATGATTAAA TTAGTAATAGACAACAAGTTCACTAAGACATGATTGACTGGCTTAGTTTTTAATTAAAAG CAAAGAAGTTATAAAAGTACGACATTAATGAGTATGATCAATAATAACTTGCCTTTTTTC CTAAGATAATATTCTCTAAGAATCACTCTCAAATGAGTACTGCATGTGCTTGAGCTTATA TTATACGTTAAAAATTATTTGTTGTATTTAAAAAAAGACTTATTATCATCTTGATTAATT TTAGTTTTACAATTGGATGTTGGATAATTTCAATTAAAAAGATATAATTGTATTTGGACT ATCTTGTATATTGAGGCATTTGTTATCTCCATATCAATTAATTACTCTGTTTATCAAGGT TTGATAATATTCTAGTCACCATTATAAATATCAAATAACTTTATCGTCTATTGAGATTTA GGCATATAAAAGAAATTATCTACTATTTTTATGTCAAGCATTTATTGATCTTCACCAACT CAAAGTTCATACATCAACTATTCGATCAGGCGTATCTGTTGTCTCCCACCAACAGTAGTA TGGACCAACTCTATTTATTGAAGATATAATTATATCCACCTTTATAAATATTGAATAATA TTGAATAACTTTATCTATCAAGATTCAGATATATGAAAATAATTTTGTTTATCCTAATAT ATATACATATAAAAAGTGAGAATTTTAGTAAAAGGACTGGAAAAAGAAGGCCAAAGGCCC AAAGTCAATGTGGTAGGAAGCTCAAACCAAACCCATGGACAGGAACCTGCAACCAACCAG AGCCCAATCAAGATTGGGCTCTGGCCCAAAAAATGATTAACCACATGATTTGCACCACGT AGCCCATTTTAAGTGTCTTATTTAAGTTATAGTACATAGCCTTATAAAAGTATTTAATTT ACGATCACCAATTTCTGATAAAACTTGTCTCTTCCTCCTACTTTGCTTAATGATGAGAAA TTAAGATTTTCTTTAGATTGCCACACATATTTCATGTAAATACTCATCTTTAACTTAATT GAGCCAAAGGTCTAACATTTCTATCTCACAAAAGTCGGTGTAAGATTTGCATAGTCTCAC TCATTCAAATCATATATTGTTAATTTACATGTCAAATTAGGTTTTGAGCGTAACTCACCT AAGAGAATTGTTCAAGTCCTTATATTCTTACAAGGAGCTAAGGTTTTCTTCCCTCAACAA TGTATTATTGATTCTATTCATTACCCCTCACGAGTCACGCCTAGATCCAAACATTATTTA TCTGGGATTCTACTATCCGCCCCAGTGCATGCACATTCATGGACCGGAGGTATTCCACCC CACAATCAAATTGAATATAGTTTTGATATCATGTTAAATTAAGCTTTGAGCCTAAATCAC ATCTTAAAAGTCAATTAAAAAAAAATTGTCTTAACCTTACAAGAATTCGATATGACTCAT CCTACACGATACAAGATTCATTTACAATTTAGTTTTGTCTGAACGAAGTACATCATTGAA TATTTTTTACATCACATAAGTAATAACTCTATGAGTGCCAGCTCAGTTAATATATTAAGT ATGAGTAATATTTAAACAATAAAGAACATATTGGCAGACTGGTGAGTACGTGTACATGTA CTACAATGCATTAATGCGAATCTCAGTTTTCAAAAATCAAAATACAAGGAGGGAGATGTA CTAAGTTTCCATTTCAAACCGCACAATTTAATACTGCTAAATAGTCAGAAAATTTGATTA CAAATTTAAATAATTTATAATATTTTTTTAAATTTTAAATAAACTGTTCTTTCTTCTATT TTAAAGTTTTAAAATAATAAACATATTTTAAAAAATAAAATAACATAGATAAAAAAAAAA CAAATTCTAATCTTTTTCCTTTTAATACCCATCATTTAAAACAAGTAAATGCAAGATATT CAGTGATCTTCATTCATAATTAATTATGTATTACAACGAGGGGGTGGAAATCAAGAACCA CTACTCTCAAATACTTATAAATATATACAAATAAAAGCAAATTTTTTTTGAACTTTACTA AAATAAGAGCTTAATTGCACGAGTATACCGATGTGTTTTTACACATTCGGTATATAATAA CTTAAAACTCATTATTGAGTTTCCCACGCGTTATTAATATGAATTAGATTTAATAACAAT CATTAATTTACTCGATATTAAGTTCATATTGTATTACTCAAAAACTCCTATTTTGATTTT CTACTAAATGATATATAGTCAAATAAAAGAAAACTAGAATGTGTATGCAATAATGTTACG GGGAAAATTGATTTGACAATGTGAGTATATTTTTAGTTCATCACTGCAGTCAAAGTGTTA TCATATTTTTTCTATTGTAAACAGTATAATATAAAGTTTAATTAATTTTGCAGTGGTCCC AATATTGACCCCACGTGCCCTTCCAGCTCATCCATTAATAACAAGAAAAAAAAAGAAAGG AATACATTTATGTGATGGATTGATTCATGCGGTTACTTCAACTACTTTTTTCCTTTAATT TTGGTCATATCACGAAATTACGAATTACATGAGCATTTTTTTGAGATTATGATGAAAATT TATAAAAAATAAAATTTTATGTTAATTTTTTTAATCTAATTTTTGATATTTATATTAAAA TTCAATTATATTTGAATTCAAGTTTAAAATTTTAGTTAAAAATAAAGAAGGTGTTAGTAT TTCGCTATAACTTTTGTTATATAGCCTCGAAGAAGTAGATTCTGCAAGAATTAATTGCAA TTAGTGTTTTAAAAAATGTATTTGGGGGAGTCTCGAGGTGGGGTACGTCTTAAAATTTGA GGCATAGGTTCCGAGCATAAAAATGTAAGTTCTGGGCGTAAAAACCTATGCCAGGAAATT TTAATTTTTTTTAAAAAACTTTTTTTCAGTAAATCATATTTTTACTGTTGGTGTAATGAT ATTTTTTACGTAATAATTATAATATCTTTTCTTCATTATTAATTATTAACACTCATCTCA AATAAAAATCATAAATCATTAAAAGATTTACCTCTGCTTATTTTACTAGTAATAAAACTA TGAGATGGAATATACATAAAACTACGCTCCATAGATCCGTGAGACTTACGCCCCATATCT CGGAGCATAAGCTTCGCCCTATTGTGTATAAAATGCGCCGCCTCACGTTCCCGCATTTTA AACCATTGATTGCGATGATAATATATGACAATAATTTTTAATAAAATGACCGATTAATAT GAGACCGTAATTAAGGAATCAACCTTTTTTCCTTGACTGTGGTAACATTAGGAACTGTAA TTAATTATCAAATTCCAATCAATAAAATTACCATCATCATATTGTTACTCTTTTTTGACT CATTTCTGGCCCCAACTCTGAAAAAATCATCCACAGTTCAAAGCTATCCTTTTGAGTACT ATAATGCTTCCTTTACCCTACTTCTATCTATAGTTTCTTTACCTTTATTTCTTGCAGCTT TAGAACAACAAAGGTAAATATTCAATTAAAAGAGATCAAGTTCCCTACATTATCATGTAC TATAGATATATAAATCTTCATAATAACAAAATTGATATAAAGACATAAATATTTTTATAT TATCAGTATTTATAACTTAAATCATGAAAGAGCGAAAGAATTTAGTGGGATAACCTATAT TGACATAGAAAATGACAAGTTAAATGTTGAAGGACGGCATTTTTTTAAAGCATTAATTGA GGGGCTATATTTTAAGATATTTATTATGGTACAGTTGGGTAGATAAACTTCAAACATCAC TGTATTTACTCACCTTCAACAAACTAACACTATGTAAAAAGGACAAATAAATAAAATAAA TAAATATTTACAAAAATCATAGTTGGATCAGCATTACCTCACGGGTGTTACAACTTTTTT TTAACTAACTTGAAATTAGTTACATAAATTTAAGGACACAACAAAAAAGAAAAAAACAAA CTAAACCGTACAAACAGCTCAAGTACAAATTAAAAAAAAAAAAACATTAAGCCTAAGATT CCAATGCTTCGTATATCACAACAAAGCATGGAAGTATAGCCCTTGGATTAAATACGTATA ATTCCTCGAGATTTGAGTAAATCCCTACATGTCCAGCTACTGAATTGTATATGGTAGAGC CAGTAGCAGACAAGCCAGAACCAGAACCAGAACCAGAGCCAGAGCAATTCTCCTCCTCTT TCGTGGGAGAAGCGCCCACATTCTGCTTGACTCTACCAGCAATGACCCGACACACGATCA TGGCCCTGCGTCGGGCCATACCGCTACCAAGACAATCGTGGGCCCGCCCACTACTAGCAG TTGTGCGGACTCCACTAGTTTTGTTTCCTTGGAAACCGTGACGTATGGTAGTGCAAACTC CACAACCGGGTACCGAGCCACACAAGCTGGACGAGCCACGTGCACCAAGGACGCACGTAA GGCTCGTGCAGTAAAATCTAAGCAGCTCATTTCCATCAGCTGCACATCTTGGGTTTTTCT TGCCTGTGGCCACTGCATGTATCTTCACCGCGTCCCTACAGTCCTCGAACCGTTGGATCG TGCGTTTGGTGTTGTGGACTTTTAATATCCGTTCGATCTTACAGATCGGATTATCCTTTT TAAGCCAGCTTGATTTGAAGATTATTTCCACTATGTTACGGCTTGAATCTTCCGGACCCA ACTCTGACACTGAAAATCAATCGGCTTAAATTAAAATTAACCCGCAAACATATAATATAT ATATATTTTTTAATATTCGATAAAAAAAATATATGAAAAAAAAAACAAAAGAAAATAAAT GGGGTCTCATTTCTGGTTGGTAAGATATCAAGTCTTACTGGCCAACCAACACATTAATGT TATTAACTAATTATGAAATAATTTAGGAATAAGCTATTCCAGAATTAGTTTTATGATAAA TAATTAGAACTCAAATAGCTAAACAAGATAAGAAAACATTAATTATTAAGTAGAGTGGGC TACCAAATGTATGTAATTCAAAGACAAGTAATATCTCAGTATTAAAGATTCGATTCTTTC TTAGGTATGCATTCTTAATTAATCAAAATAAAATAATCTTCAACATTATTAAACTAAAAA TATTTTAATTAATTAATTTAGTATTGTAAATTAGGGTGTCATGCATGTTGTCGGTGTGGT ATATGATAATAAAAAGAGAAATTAATTATCTGTCAATTAAAATTTTCCTACATGTATATA GTACTTTTCAATTTTATGAAGAGGTAGTTGGCAAATATTACTCTAGATGGTCCTTTAAAT ATTTAAGTGGTCCAAAAAAAAAGGCAAAATATTTATTGGGGGCTCAACCTATGTATCACA AAAATATATTTAATTAACGTACTTTATATTATTATTTTATAAAAATTGTATTAACAATTC CGTTTTGCCTCCACTAACACAATTTTGAACTTTGCCTAAAACAATTCAAAGCTTAAATGT TGTCTAAAGCTTGTCTCCTTTTACAAGATTGGAATCATCTTTTCTAGGATAAATACGAGC AAATTGAGTATTTTAAAAATAAAAAGTTACACATTTGACTGCTCAATAGAAAATATCTAA ATTTACTTGTTATTATACATATATAATGTTTATATATTATATTATATATCTTATCGATTA TATATTATTTTGTGTGGACTAGCTTTATATCACTTTTCCAAAAAGAGATTTTCCACATAA ACTCCACCCCTACTCCTCCCTAATCTAAACAAAAGGAATATGAATATAAGTAGGAAAGAA AATATAATATATATAAGGATTTAACTTATAGACACGAATAATATACGTCATTTTGATACT GTATCTATTTAACTACTTAAAGCATATGCTTTTCAGGATACTAATTATACAAGTTTTATA GAAAATTATTTATACTTATTTTTAAGATAGTATTTGAGATTTTTCGAATATAAATATTTA CCAGCATGTTTAACTGCTTGATGATGTTCTAAGCTCTCAATTTTTGGAAAAACTTCTCCA CAATCTGGACATGCACAAATTGTTGACCTTGGTAAAGGGTACCTATAAAAAAAATTAAAA TTAATATTTTCACTCATTAATGCTATATATCAAGATTATTAATCACAAATAAAATGTATT AGAAAAATGAAATTAAAATTATACCTGCTAGGATCTACTATCATGTGACACTCATAACAT CCAGATAGCTTACGAAATTGCATTCCTCTTGATGAAGTAGTGTATGTGGAGCTACCATTA CCGTTTGATCTAGCAAGAGATCTCGAACTTGAAGATGAAGGATCATGATGTGAAGTTTTA TTCTTGCTTAGAAGACGAGTTTCTTGGCCTAAACTGCTACTTTCTGGGGAATTATCAGCT CTATGTACCACTCTTGTGTTGCCATGTACCACATCCCTAATGATATCGAGACATAATATA ATTAAATAATTAAAATTATATCAATAATTTCTCTAATAATTTAAATTTGGATGAAATACA CTACTAATCACTTCCTAGTCAATACAATTTATAATCAAAATTTTAAGACACTATTAATAA ATTTAGAGATTTTGCTTTTTTATTTTTAAAAAATAAATTTTATTTATAATAAATATCGAA ACGAAAAGAAAACATAAGTAAAGTCATATAGTTAAAAAAAAGAAGTGCATATAATAATGC ATGTATGAATCCTAAAAAACGAGTATATTTTAATTATAAGATCGTAAAATGACTATTTTG ACTTTGATTTTTTGTTATGAGATGTTTACGCAGTTCAACATGGTACGAAAGACTTGTGGG GGAGAAAAATCTATATATTTGATTTATGAAAAAAAGAGAATCAGACTCGCACGTTACGGA AATATGATTTAATTAAGTAATTAATACCTGAAACTGCATATGGAGCTACAAGAACTCAAC TTAGAGTAAGCTCCAGCAGGAGCAGCAGCAGCAGCAGAAGGAGGAGGGTTTTTGGAAGCA GGATCATGAACAGTTGAGTTTTCAATTTGTTTACAAGTCAATAAGTTTTTGAATTGATCC CATGAAGATGGCTGCTTTTGTTTCTCCTTATTCTGTTTTTGTTGTTTTTTCCTCCTCTTT GAAGGTTGATTTTTTTCTGATGTTTCTGGTAAAAATGTTAACAGTGCCATTAAAAACAGA GCAAGAAAATGGGAAAAAAACAGAGCAATTGTTGAAGAAGTTCTCTTTTTCATAAGAGAA AAAGAGAGAGAGAAGTTTGTTCTAACTTTTCTATATTAATGTAAAAGAGTGTGTAGTTTA TTTCTTTTTATTAATGGAGAGGGATCCAAGAAGGGGAAATAAAATTAAAAAAAAAAAATA GTTGGGTCTCTTTTATTATCTACTCCTTCTACTGTATTTATTTAATATTCTGTTTGCTGC TTCTTAGCATAAAATAATCCTGATGTATTTGTCTTTTTCTAGTTACTCTCCGATGCGTAA CGTATTCATATTCATATTAAAGTTCAACTAATTTAAATTTGTATTTTATATATATTTTTT ATCACAAATATCTTTTAAGAGACTTTTTGGTCAAGGTATAACAATTTAATTCTATCACAT TATATTGTGTAAGGCTCATTCAATAGGGATGTATTTTCTACCGGAGCCTTTTTCATATTC AAAAACTGAGACTTTTGATTAAGGAAGCATCACGTAAAAAAGGGAGAATGCGAACGGGAG ATATTTTTTTCTTATTCAGTATCTAATACTTAAATTGAAGGTTGATTAAATCTGAATTTG CGTTGGGAGGTTTCAGATTGGAGGTAGAGTGCTTTTTAACAAAGACGATTTCATATTAAA GAGACTTGAACCTGAGACTTTTGATAAAGAATGAAGAAATACTTACTGCTCTGCTGTAAT TCGAAATTGATGATTAAAAATAAAGGAATCTCATTCATCTCACCATATTTTTTTGATGGT ATAAGTAGATTTGTTTGCTTTTTTTTTTTTTTTTTGTCTTAATGTATACCTTGATTAATC TATACTTAAATCAAATTGATTTTTCCCTTCTAATCTCAACCATTAATTTCATTAGATTTG ACTTTGGCAAGACCGAGTAAATTGATAGTTGATCAAACATGGTGGAGTCTACACTAGAAG TGACATAAATGTAAATATTCAACTTTAAAAATGTTGACTACCGGTTTAAGTTATTTCATT TTAAAGAAAATTGCATTAAATTTAACACAAATAGTATATACACACACTAAAGGCACCTTC AATTTTATATTTCTTTCCACATTTTTCTATTTCTGTAACAAAAATCACTTTAAAACACTT ATTAAGTCATTTCCCAATTTTTCACATTAATAATACTTGAAAAAAATGCATAATTTTAGC TTCTTCTTTTTTTCATAGAAAAGAAAATCAAGAATCAATGACTTTGAGTGTAAAAGAAGA GACTTCAAGAAAGAACAATTTTCCAATTTTTCACATTAATAACTTTCACCAATTTATACA TCTTATGAGATCACTCTCAAACTTTTGGAAGTTTCTGATTGTTTATATCTACGCACTTCC TCGCATGCAATAATAGCTTGGAAATCTATGTGTACATTTTGTAATTACATAACTTAAAAA AAAATCATCAAATTTGATTTTTTTTTGACAGACGAATTTTAATATCAACATTATTTATTT GACAATACATAATATATAAACAATACTTTAACTTGATCTCAATTTACATCCATGCAATCT AACTTTGAATGTGTTTAATAAAATCAAGTTAACATGTGAATCGTACATGACAATTCTCGT GAGATACACCCGTCGTACGTGACAGAGGGGGTGTATCTTATATGGGATCACTCTCAAAAG TTTGGAAGCTTCTGAATGTTTATATGTACGCACTTTCTCCTTAGTTTGGAATGACTAGTC AATTTGTTCCTCATAACACATGGTGGGTTTGAAGATTCCAATAATTAGCAAAATGAAAAA TGAAAAATGACAAAAGAAACCACACATATTTTGCAAAGAAAACTAGTAAACACTAACAGG GTGACTGACTTCTTATTATTATTATATGTATATATTATCCATTTAGGTTCCTCAAATTCA ACAAAGTGCCTCTATCTTTTCAGTACAAATTCCCAAAAGACATCCCTATTATATTTCCAC AATGTTTTCCAATCTTTCTAGCCATTATAGAGTTTAAGGCACTTAGCAACATGTGAAATT GGAACATGCTTTGCCTATAGATCTAGACAACTTGTAGTTTAAGTGGATAGCCAGCAGATA AACACAAAACCTATAAAAGGAAAAAAAAATACTAAGCTAAATACTTGTTCCCTAATTAAA TAATTTATCATTACTATCTTTTTTTTTTCAGATGTAAAAAATTGGTTCGACGAATGGTTA TGATTATCCTGACGCAAACATCAATAACTGATATTCTATGACTCAAAACCATGGGTTGCA TCGTTCAGGGAGGGACGTACTATCACTATAACAAAAATAATCATAATTAATTCTTAATAT GTATTCTTAACAGCAATTATCACTCTTTATATATGTTCCTAAAGGCTTTAACGATATTGG TTCTAATGACACTCGACTTATATCGGGTTTAGACTTTAGCACTCTTTCTGAATGTCAATA TTTAATGCCGCTAAAAGTTATTTTTGTTATGGTATACACCCCAACGAAGTTATACTGATG CAACTTTATTGTTGCTTCAAGACTCTCCTACGGGTAATATTTTTTTATGTATTATCGTTT TCGTGATCAAGTTAATTATTAAAAAATGAAAGAATCTTAATGGAGTGGTTAGAAGTCAGA TGCTGATTTGGCCAACCATTCACTAAGAGAAGATATTGCAGAAGGTGTTCCCTTGTCGTC CCAAAATATGCGGACATGTTCACCATTTCCACTTCTCATATCATCCACACAAAATACAAT TCTTAATTAATTCACTCAAGCACACAATGTATAAACAACATTTTTTTTAAAAAAAAAAAG AATTTTAAATTGCATATAGCGATAATAATAATAATAATAATAATAATAATAATAATAGAT TCAATACCAATTCTTTTGCAAGTATCAACAGATTTAATATCATTATAAACATGTAGTTTT CATATTCATTTGCTTATATGTGCATGTATATTTCAAAAAAATACCCTTAACTCCTATAAC AAATATATATATATATATAATAAAAATAAGTTTTATCATCATAAATTTCTCAGACAAATA TATGATATTTTGTGATCTCATATATGCATATACATTATGAAAAATTGTCATTTTATGATA TTTCAACATGTTAATATGTTAAAAATAATCGAATTCAATAATTTGAGTGAATAATAAATA AATGAATTCTCATTTAGCATATACTAATATTTTACTTGATAAAAAATTATTAGATACAAG TTGGATTGAAATAAGTCTAGATCTAACATAAATTGAGTTGACCCTTAATATATGATAGTA TTGACTTACATTGGGCTTGATGTCTATTGGAAGTCAACCTTCATAAATCAGGGGGTAATA CTGCTACTATAAAAAAAATTTGAGGATGTTTTACCAAATACCTAAAGTTTAGGGGGCAAA TTGAAATTTCCCCTTTTATGAATTATCCCAATTTTAAATCCCCAAAAATCTACCATTTTA GTGCCTAAATATTTATTTGTTTAAATAACAGTTCCTGTTTTGTAAATTACCCATCGTTTA GGGTTCTAGGGTTTAAACTAACAGAGAACTGAAGCTTATAGTGTAACTTCCTTCTCTACT GCTTCATCTAATGCTTAAAGATTGAATTTTTAGCAGCAAAAATGTCTATTGAAGAAGCAG TTGATGAGGATTCGAAGCAAAATCATAATAGTAGATTAACTTATGAAGGTTGCAATGTAT TGCTTGACATCAATGATGGCGACCGTTTAGTTTTTTCTCGTCTTACTGCTGCCTCGTAAG TAATTACATCCGATTTTTTTTTGCTTCTGTCTGCTGCATTTAGTTTTGTAATTGAGATAT AGTTGATTGATTTTAGTGCATAAAGATGCAGTTTTTTGTTCTGGATTATGGATTTTTGAA CTGATGGAGAAGTTGTGTTGTGCATGCAGGACATTGAAAATTGGGAATAAGAAGTGTTCT CTTCAGCCTCTTATAGGTTGTCCATTCGGGTCTCTGTTTCAAGTGGAGCCGGGAAAAGAA GGAACCTTTTTGACTCGTTTTGTTGAGAATGCAGAAGGTATTCTTCTGATTTAGCCTTTT CATCTTCTATGAGTACTGTTTTCTCTGTTCTTCAATTAGTTATTATTACTAAGTTTATTC AACTTGGGGCGGTAGTCATTTACTGGGAGTACTTAGTTTTTGAAGTAGTCAATTACTAAA AAAGGCAGCCAGATACACTAAGCTCTTCCTATGTGCCGATCACGATGTATCATACACATC CTTACCCTCATTTCTGAAAGTGTTCTTTTTCACATCTCAGAGCCCTTGAGTTCACGTGAC AGTCTGACAATTTTATGTGTAATGTAATTATATAGCATTACAGATAATAGGGCTAATCAG CCTATTATGTTTAATGGTATATACTTATAATATCTATCTGAAAGATTCTAATGCAAGGTT TTCTCAGAAAAATGCATTGCTTTGTATGGATAATCATCATAGACTCTTTTAGACTTGGAG GGAGCAAGCATGATTAACATAACTCTTTAACTTTATAACAAGGAAGATTACATGGGGTAC TTAGACTTCAGTTGATGATATTTTTGCCTGTGCAAATGGCTTTTAGGGGTTGCATTTGTG GACCTTCCTGCCACATTGCAAATACCTTGTTTTTGGATAGAGCCAAAGAATGAGCTCTCG TTTTCCATGACGCATTCAAACATTTTTAGTAAAACCAGAACTAGTCTTCTTTTTAGCTTG GTTTATCCACTACAGTGTATTTCTTGCTTAAGAACCAGTTGAAGCGGGACAGAAGACTAG GATGTAGAGGTAGTATATAATTCTTTGACCAAGCTAGTATGCAAAGATAGACCAAACTAA ATATGCTTATGCATCTCATGTTCAAAGGGTATCCCGGTGCACAAAGCATCCCGAGTGTCA CACTGGGTTTGGGGAAGGGCCGCACCTGCAGAGTGTGATGTAGACAATCTACCCTTATAC ATCTCGTGTTACTTTCTCTTATTGTTCTAGTCTCTTTTTAACAAATTGTGGAATTTATAG TAACTTTTGTGCATTTTCATTATCAGGTAACGGCCTTGAAGAAAAAGACGTGGATGGATC TAAAGACAACCGTGCGCTTGTTGATAATAATACTGCTCAGAGTCTCACTAGTGAAGATAT TGACGAGATGCGAAAGTGAGTTTGTCTGAGGTTCATGGTTTTATGTGGTATTGTTTATTT ATTTTAGTGGGCAGTTTCAAGAATTGTGGGAAAACCTTGCATAAGAGTCTTTCGAAGGCA GTTTCAAGATACTATTTTAGTGGATATTGATAATGTGTACTTTCAGTTAATTAGACGACC TCTAGGTTTGAGAACTGCAAACTAGTCTGGGATGGTGGTATGCATCATCTGCCGCTGTTT CACTCTGTTTTGGCAAATTTCATTGATATATTAACAGAAAAATTGGAGGCTTCTGAATCC AGAATTTCTATAGATCTATATTATATTTCTTCTGATATGTTTGAACAAATTTTGTTTACA AAAGAGTTCTCTCAAGCAAAAGAAAAGGCTGCAAGATTCTTAGGTTTTCATTTAGCAGTT TTGAAGAGAAGTATTAATCTGACTATGTTGCAGGCAGGGAGCAAAAGGGGATGAAATAGT TGAAGCACTCATTGCAAACAGTGCAACTTTTGAGAAGAAGACATTATTTTCACAAGTGAG CTTGGCATTTTTGGTGTTGATTAGTTTTTCTTTGAGAAAATATGCTGACCTCTCATTGTT TGCAGGATAAGTATAGGGTTAAGAAACAGAAGAAATATGCACCTCGAGTACTTTTGAGGC GCCCCTTTGCACGAAGGTACACTCCTGTCTTTAAATCTCCTTTAGTTATTCTGGAGATAG ACGTACTACTTCCTGATTTTTCCTTCATTTATAACTTAATCTTTGGAGAAGGGGAAGGTA GAACGAGATTGGATAATGTTTTCACTGCATTTCTTTGATATAGCTTAGTAAATAAAACTC TAAGATTGGTAATGTAATCAAAATTAAACAAGTTACTTTCATATGCTGCAAAATGTTGCA CGTTCGCCCCAGGTGGAAGAAGGCAGTATTTCTTATTTGAGCAATGATCCAGTAACTGTC TATTTGTTGTAACTAGATTATACCACTTCATTCATGTGGAACACTCAGTTTTTCTGTGGA TGAGTATGTCCTCGTATTGCTTTTTGATTAGTAAAGCATTTTAGGGCTTGTGGATTGTGT TTCACTTTTTATGATTTTCTTTTTTTAATTCAGGTGATAAGTAAAACATATAATGGTAGT TTTTCATTAATTTCTTCTAAGCACTATTGTTCTTCAAATCATATAATTGATTGTTCTGCA TTTAATTTCTGAACTTGAAATCCCCAAGCTATTAGTGGTGATGTCAGATGTAGATAGTCG TAATACTACATTTGGTTTCTAGTTGCAAATCCCATAGTCGTTATCTTCCTCAATCTTTTC TTTAATTTCTAACATACCTCTTGCATTTTTCAGCATTTGTGAGGCCTACTTCAAGAAACA TCCTGAAAAAATCGGGTAATAATATGGTCTTTTCTTGTGTTTGATCAAATATCTTCATCT GTTGTTTCTGGTTATGATTTGTCTTTTTGATGGGAGGGAAAGAAGGATAGACATTGATAA CTTATTTTAGCATCAGAAAATCTTGAAATCTGATATATCCTCCTTGATGTTATTTTTCTT TGTGGTTCAGATGCTCACTGTAGTCTAATAACCCAAAGTTTCATATCTTATTCATTTTGC TTTGCATGATTCTGGGTTTACATGGGGGTTGATTTTATATCCTCTTGATTCCATCAGATT CATGCGAGTGGATGCACTATCTCTACTGCTCTCCTTGGGGAATGTTACTGCAAATGCAGA TGTACTTGTAGTGGACATGCTCAGTGGTATTCTTACTGGTGCTATTGCAGAACGACTTGG AGGTATGTATTTGTTCTTAACTGTAGTTACATTAAGGAAATCAAGGGATATTTGTGAATT GTGACCATTGCTTTATACACATAAAATTTGATCATGCAGCCTATACTAATGGGAAATTGT ATCATGTCTGTGGATTATTGCTACTGATACTGATCGTATGTTTGTCATCATGATGTGAAC GGCGCTGATGCTTATAGTTGTGAAACCATGTCGAACATGTTATAGACTTATAGTATTGTT AAAGAGTGTTAATTGCTATTTAAGTTAATGACTTTTTAATATTTTCATGACAATGATATT AGCAGGTACTGGTTATGTGTGCAATACTTATCGTGGATCATCACCATATCCTGTCGATAT CACAAGGATGTTTAATTTAAGCGATGAAATCTGTAAAAGGTACACTTCCTTTTGCAATGA AATAGAAAAATTACCCAATTAGTGCACAGAGAAAAAAATTGTATATTTCAGTGGATAGCT TTTGTCTAAACTCTAAATATGTTTTACTGCATTCGTACTAACTATAAACTTTGCTGTTTG TGTATGTATCTAGAATCGTGCATGCATCACTGACCGACCTGAATTCATTTCAAACTGGAG CTTCAGTGTCTGAGGGTCAGGTAAAACCATGTTGTAATGTCAAAAGTTGATCCTTTTTTG GTGTAAATTGTTTCTTCTGTAAATGCGTGCGTGGATGACTTTTAAACTTCTCTCTAAAAC ATGTTCCTGCAGGAAGAAACCTTACCTGTCACTCATTCTGGTGGTCTAGACGAAGTTAGT GTGCCAGCTGAAGATGGTGGCATGGATGTAACACCTGAGAGAGTTTCTTCTCCAATAATC AAGCCTGTTAAATCTATAAAAGCAGGTCAGAAAGCAACCCTCGAGGCCATCAAGTCGTGG AAAGAAAACGGTTTTTCCAGGTTTGAATTTAATCTGGGTTTTATTCTTTTCTTTGACACA TAATGTTTCTCCTTCTATCTCATTTCCAATATAATATTTCAGCCTAATAATTGCTGCTCC GGAACTGGACCCATGGGGCATTATTAAAGAAGTGCTTCCTCTTTTATCATTTTCAGCTCC TTTTGCTGTTTATCACCAGTATGCTCAGGTATTGTTCTTAGCTTGCCAATCTTATTTAAT GTTTCTTAGCCTGCCAGGCTGCTCATTCATTGTTCACACACACAGCCCTTTCTTATTCAC TTATGCAATAGCCCAACTTCTGCATTCTTTATATGTCTAGAAAAATTTTCTAAGGATGAA GTTTAGATAAACATTTTTTAATAGTAAAACCTTATGTTATTGGATTTAGGCATCCTGTAG TGAGCATGTGGTAGCAAATCAATATCCTTTTTTCTGCTCTTTAATGTCCAAAGCTGAGTA AATAAGTCGAAGAACTAAAATAGATTTTCAGAAGGTCATTCTCATTTTCCATTTGAGAGA TGCAAGCATTTGAGAGGAGATCCTGCAACAGGATCACGTCACTGCTTATATTTTGGCTAG ATTTTTGTTAAAAGACTCTGCTTTCTCCCATAAACTGGTGTGGATGGGTAGGTGGGCGGG CTGTTGTGTCAATAATTGGAGCGCACTCTTTGTCACATCACCTTCCCTTTCTGTTGGAAA AATAAGACAAAACTAATCCTTTGTTTTCATTGCAGCCCCTAGCTACGTGTATGCACAACC TGCAGATTGAGAAAATGGCGATTGGATTACAAATTTCTGAACCTTGGCTACGTGAATATC AGGTTTGTTTTAACTAAACCGAAACGACCCCGAAAAGGGGATCTGACCACTTACATGATT ACTTAACTTTATATTTATTTGCATTCTCCAGGGAGATTCTGTCAAGCAGATAATAGAAAT TTAACTATAGCTCCACTTGAAGTAGTTTGACATGTGTACACTTTTTTTTTTTTTACTGAC AACTTCTTTTTCTGTACTTGTGATCAGAATTTAGGATCTAAAGTCAATAGGTTTAAACTG AGTCTAATACACACACAAAAACTTGCATGTTTATTTGTGGATCGAACCAAAAACAATGTG TTCAGTTGAACCTGCCTCTAGATCTGCCTATGTTTGCTATAGCTTGTTAATTGTGCCTGA AATACTTGAAAACATGCAGGTACTCCCATCAAGAACCCATCCACATATGCAGATGAGCGC GTTTGGTGGTTATATACTAAGTGGCACGAAAATATCGAGCAGTGACTCCCTTACCAGCTC TAACTAGGATAAATTTTTTTGGCATCTCACTCTGCTTGGTTGTACATGTCGCTTGACGAT ACCATTTTCGTCTTTCGAGAATATTCCCTGTTAGAATAGATGTAGGGATTATCTTGTCTC TTTTCTGGGGCAGAAACAAGGTTACTCATGTTGTACTTTTATTCATTGATTGATGTATGC TTGCTTTTGTATGAGCAATTCTTCTAAATCAAAAGACTAAAGGGTCTTTTTCCTCTTACT TTATAAAGTATTTGAAGATTAAGTGGTAAATTGTAGAATTATATTGTTGTCTTTCTTGGA TCAAGCAATTGAAGTCTGTTTTGTTGAAGAAATATAAAATATGTAATACAACATTAACAA TTATTCTTCAACTCCAAACATATTGAGGCTAGCTATATGAATCATTATTATTTATGTCCC CCCGCCTCCATTTGGGTACTACTATCTATCAAACGACTTTTTCATATTCAGGTCTCGAAT TCAAAATTTTATAGGACATAAGAAATCTAATATAAAAAATTGTAAATAATCTTTACACAT TTTGCACACGACTTATTTGGGATGCATCATTCGATTGGGCCTCCACGGGATAGGATAGAT AAAGATATTTCATGATTTGAGATATTTTATGAAATTATTTTATTCACCTTATATATAAAA TAACTTATTTTATCATTTTTTTTATATAAAAAGATGGAACAAAATAATTTCTAAACTAAA TAATACTCATTATCAAATATAGAATAGAATAACTCTATAAAATATTTTAAAATTATTATT TTTATGCAGCTAAAACAAACGAATTTGGAGTAGCAAGTTGACATGATGAGCAGATTGTGC GGAGTGCCGCCTAGATTTTAAAACACAAACTTTTGAAATTCAAAAAAATCCATGGAGTGT CGGTTTATCAACACACTTGTCATGACTCATGTCACACCCTTGGAGGAGTGGACAAGTTTA TTACGGTTTCGTTTCAATTTAAATGATACAATTTAATTGAATGCGAATATTTATAAATTG TTATATTTTAAAAAAAGTCGAATAAAGATTATAATTCAAAAAAATAATAACTATAATTCA ATACAAATATTTATACCAAATAATTACCGATTATCATACCATTAACATTGACTACACTTA TAGTTACATTCTACGCTTTTTATATACTCCCGCCAATTCATTTTACTTATTATGTTTTAC CTATCACACTTTCTTTTTAAATATCACTAACTAAAAAGGTAATTTCGCTAAATCGCTAAA TTTATTATTGGATCTCAATTTAATACTCTCCTTTCACCAGATTAATCTCTCTCCACATTT ATTATCTTAAAAACTAAAGTGCAGAAATTGATTACTTTCTTTTTTTCACCTTTTATTTTT TAAGAGTTACATTATATGAATTTTGATCATGCATCATATTAATGAAAAAATATTTTAACT TATAATATTTTTCGTATAATTTTTAAATATCTAAATATTAATCTAATCTAATTCAGTTCA GCTTCAAAAACCAATCAAATTAACTCTTATAACATGAAACGTAACAACTAACAGTAAACC TAGTAAGTAAAATTCTTATCTTTGATCTCTAAAATGTCAAAAATAACTTTAACCTATAGT AATTTACAAGTAAAATTAACAAGAGGAGAAAATATAGTGTAAGCTAAAACTGGTAAGATC CCTAAGATCTAGCTTCGTTTATTATTGTTATATTCACCCAATTAATATGAGGTTTACAGA GAGATATGGGCCCTGGGCTCACATAAATTTCCGAAAATATTGATAAAAGGTAGGCGCGTA AGCGGGCCCTTGTTTATTCGAATCCGAAACTCAGCGCCTCCTCACAGTTTACCACCTATT CATTCCCGCTGTTTTGAAGCCCTCTTTTTTCTTTTTTTCCGCCATTGATAATCTTTTGCT TCCTCAATTATGTCTACTACCGCCGGTGAAAACGTCGATCTCAACTTATCACTAGCAACA CCACTTCATCTAAGATCATCGCCTTCTCCTACTCCTACCGCCATTGCTGTAACACCTTAC CGGAGCCATCCCCGTATTCTCTCCAATCTTTGCTCGGAATCTCTGACCGGAAATCCTCAG GCATCTGCTACATTTGGTTTTAATCCGGTGAGTTGAATTGCGGATTGATGCTGTTTTAAA ATTACGTGATTTCCGTACGGTTTTTGTACTGTTGTCCGCATCTAAGTTTTTTTTTTTTAA AAAAAAAATAATTGAGAATTGTTTATCTTTATCGATCAGTGTAGATACAGAGTTATTCGG ACAATCTAAGTTTAGATATATGAGTAAACGGCTTTTCTGCTTTAATTTTATTACTTTATC TACCAATGCTTGCTGTTCTACATTCCTTTTTGTTCCTATGAGTAGTATTGATCAATGTCG ATACGGATTAACTCTGTGAATTCAAGTTTATGTATTTGAGAAAAAAGCTTTTACCTGATT TCTGTACGTTTGTGCTTATATTAGTTAATTTGTTGTGTATCTGTTATCTCGATCAAAGCA GTTACGGATTAACTCTGTCAATCCAAGTTTAGATATATGAGGAAAAAGGTTTTCTGCTTT AATTTTTCTTACTTTATCTGCCAATGCTTGCTGTTCTACATTTCTTTTTGCTCCGATGAG TAGTATTGTGTATCTGTATTTCTATCAACACAGACACAGATTAACTGTCAATCCAAGTTT AGATATATGAGAAAAAAGCTTTTACCTGATTTCCTTACCGTTGTGTACATATCAGTTAAG TTCTTGTGCATCTGTTACCTCGAGCAGCACAGATTCGGAGTAGCTAAGTGAATCCAATCT TAATTGATTCTTTTATTTCTTTGTTGTGTATCTGTGATCTTGATCAACACAGATACTTAG TAACTCTGTCAATCCAAGTTAAACTGTATCTCTCCCAATGCTTGCACTTTATTGCCTATT CAACCTTCCTTTTGCCTTTTCTCCTATTTTTTAAATCAATTGATTTTACATAAAAATTAG CTCGAAGAGAGGACGCCCAAGCCTCATAAGGAGTTCAAGAACGTCATCCTCATCTTGATG AACATAGATACATAGTAACTCTGTCAGTCACTCAATCCAAGTTAAACTTTGTCTCTTCCA TGCTTGCACTTGATTGCCTATTCTACCTTCCTTTCACCTTTTCTCCTGTTTTTAAATAAA GTGATTTCCATAAAAGTTAGCTCAAAGAGAGGCCCGAGCCTTACAAGGAGTTCAAGAATT TCATCTTTCATCTTTCATCGATGTGGTACACTGAGGATTTCTTCTTTTTTCTTAAACTTC ATCCCAATGCTTGGATTTAATTGCCACGAGGATTCAACAAGCCTTATAAGGAGTTCAGGC ATCTCATTTTTCATCATCGATGTGGTACACTGATGCTTTCTCCTTTTGTTTAAACTTTAT CTCCCAATGCTTAAAATTAATTGCCTATTCTACCTTCCTTTTCTCAAAGGGACAATGATT CCACAAGCCTTATAAGGAGTTCAAGAATCTCATGCGTTATCGATTCTATATTCCTTTTCT TAAAGGGATAGGGATTCCTCAAGCCTTGTAAGGATTTCATAAATCTCACCCTTTACCGAT GTGGTACACTGAGGCTTTCTTCTTCTTCTTTGCGTTTTTAGCTTTTCTTTTCTCCTATTT TAAATGAAATGATTTCCGTAAAAGTTAGCTCAAAGGGAGGAGGATTCCGCAAGCCCTAAA AGGAGTTCAGGAATCTCATCCTTCCCCGATGGGGTACATTGAGGCTTTCTACTTTTTGTA AAACAAAACTTCATCTCCCAATGCTTGCATTTAATTGCCTCGTATACATTCCCTTTTCTC CAGTTAAAAGTATTGTGTTTTCATCGCTTCCTCCTATTACGTGATTTCCATACTATTTTG TATTGTTGTGCACATCTCAGTTAATTTCTTGTGTATATGTTATCTCGATGAGGAAGTTGA GAAGGCTTCTCCTTCCTTATCTTATGCTTACACTTAATTGCCTTTTCTACACATTTTTTT TGCTCCGGTAAGTAGTATTGGGTTTTCATGCCTTTATCCTATTTTTAAATTAAGTGATTT CTGTAAAAGCTCTATGGGAGGACTCCCCAAGCCTTATAAGGAGTTCAGGGATCTCATCCT ACACCGATCTCCTTTTCTTTTTATAACTTATCTCCCAAATTCTCAATGCTTACACTTAAT TGCCTCTTCTGTATTCCTTTTTTCTCCGGTTAATGGTATTGTGTTTTCATCGCTTTCTCC TATGACTAAATTACATGATTTCCATATTATTTAGTACTATTGTGCATACCTCAGTTTATT TGTTGTGTATCTGTTATCTCAATCAACACAAATACGTAGTAACTCTGTCAATCCAGGTTT AAATGTATAAGGAAAAAAATTATCTCCTTTTACTTCTACTTTCTCTCCCAATGCTTACAC TTACTTGCCTATTCTACATTCCTTTTTGCTCTACTGAGTAGTATTGTGTTTTCATCCCTT TTATCCCATTTTTGAATTGCGGGTTTCGTAAAAGCTAGCTCAACACGTATATGTGGTAAC TCTGTCAATCCAAGTTTTGATGTATGAGAAAGTCTTTGTCCCTTTTTTTAACTTTATGTC CTGATGTTTGGACTCAATTGCCATTCTACATTTCATTTGCTCCGATGAGTAATCTCAAAG AATGGAAGATTGTCCAAGCCTTAGAGTCCGGGAATCTCATCCCTCACTGACGTGGTACAT TTCTCTTCAACCATTGTCTCAATCAACATAAATTTAGAGTAAATCTGTTATCCAAGCTTA GAAAGATGAGAAGAAGGCTTCTCCTTTCTTTCTTTACTTATCTTCCTATGCTTACACTTA ATTGCCTCTTCCACATTCGTTTTTGTCACGGTAAGTAGTATTACATTATCATTGCTTTTT CTCCTATTGTAAAATACGTGATTTCTGTTAACGATATGCAAAACAGTAGAAAATAATACT GAAATCACGTTTTTGGGCGGAAGTGGGGAAGTTTCTTCTGGTCTCTTGCTAACGATAGAG ATACTACCTTTATTGTGTTATTTAGGCATCAATCTTATAAAGTACTCCATTAATTGTGTG TATTTGAATAGTTGAATTCACCATTCATACTAAGTTATTGTCGTTTAATTTTGTAGAATG AAAATTTCTTAGAACTTTTCTGGTGATTGTACACATTCTGCTCATAAACGTTATCTCCTA GGAGATCATACAATGACCTATATATGTTTATACTAATGGATTTTTCTCATGTCTTGAAGC AGAATAATGAAATTGAAAAGTCCAAGGAATACAATTGTGGATCTGGAGTTAGTCAGAGAA GTCTTGCATCCAACTATTCTCCCGTTGAACAAGCTCCTAGTGCACGTACTAAACAACCTA GTAAAAGGAAGTCTTCTAGAGATACCATTGAAGCTACCAAAGGAATAAATGCAGGTACAA AATTGAGTCGGTATATTACTATATATATATTGATTTGGAGTTCAAATTTATTAATAATTC AATTTCTTTCTTTTTCTGTTAAAACAGATCTACTTGATAACCTGAATTTAGGTGTCACTT ATCGATATGATAACTCTTTAGGTACGTTATTTCGAGTAAATGTAATTTACCTGAACAAGA TGATTGTGCTCTTGCGGATGTTTGAGATATTGATTAATAAATATATCATTTTTTGGCAGG CTTGTTGACTAAGAAATTTATTGGTTTGCTTCAAGAGGCTGATGATGGAACCCTTGATTT GAACCATTCTGCAGAGGTTTTGGAGGTTAGCTTTTCCCTTGTATTGTAGTGTGTAGAAGT TATACCTTATTATTAAGGTTTCATGAATATGAATGTATAAAATTAGTAAAAGAATACTGT GTTCTTTATTTTATTTAGCTTCTTTTGTTTCATATTTGATGCTAAATTTATTTGAATAAT TGTTTCCCAGGTGGCAAAGAGGAGAATTTATGATATCACAAATGTACTCGAGGGAATTGG ATTAATTGAGAAAACTACAAAGAGTCGTATACGTTGGAAGTAATACACTTGTGGATTTGG TTCTGTTTTTTTTAAATCTTACATGTTGATGATCCAAATTTATCTTTAACAGAGGGTTCC AGTCAACAAAATCTCAAGGGCTGGATAACCAAGTATCTACACTGAAGGTGATTATAAAGT TCTTCTAAGAATGTCTTAAGAAAATAATGGTTAAAATCAAGTTTTTCTAGTTTTCTGTGT ACTATTGTTTAAAGTCCATATGCTTTGATTTCACACAGTAGTAAGAATTAATTCAAGCTA ATAAATCGTCAGTCATGTGTTTGCAATATTGCATTGAATATTGTTTCAAAAACTTTATTC GTTAAGACAAATATTTGAGTAGTTTAATTCAAAGTTCTAATATATTTTTGTTCAAAAATA GCTAGTTTTTCTTTTTTAAATATAAATTTTGCATTTTGTTTGTAATAGTTTTCATATTTT CTTAAACAAATTTTTGCCACCCCTAATTGCTTCATTTTATAGCTGTTGTATAAACAAAAG CATGTAATTTATGAAGCTTGAGTTAGAGCTATGAAGCAAACAAGGTAATAATATGCCTCA ATGAATCTCTTAAAAGACACGACTGAAGTAGAAATATTTGCTTGCACCTATCTACTAGTA ATAATTTTTTTTAATGTAATAAGGAAGGTGTTTTGTATTTTCGCTCATTCTGATTCTTAA CTGAACCTTGCTTTCCAATTAAATGACAGGGACAAATTGGATATCTAAGTGCAGAGGATC ACCGACTTGATAGCTGCATAAGGTTTGATAACAACTTGTCATCAATGAGGGACATGTTTC TGAGTTTTCTTACTTTATGAATGTGAAACGTTTTTCAATACAGGGAAAAACTAGAGCAAA TAAGGAACCTGGAATCTGATATGAATTGTCAGAAGTATGCCTTTTTTTCTCCTGATGCAA TTCTTTCTATTCTGAAAATGTGATCAGTTTCTTAAAATCATCTGGTTCGACTCTTCAGGA GCCTCTTTCTGACTGAGGAAGATATCAGAAACTTGCCTTATTTCAGGGTATGTAACACCC ATCTTACATATGTTATTCATGATGCTGTTTCAGTTCTCTATAATGTTTGTGGCGTATATC ACAGGATAAAACTCTCATTGCTATAAAAGCTCCATATGCTAGTTCTATTGAAGTTCCTGA TCCATGTGAGGTGAGTAACCGTGGTCTTTGGCAATATGATAATACATATAATATGCTAGA CTCTGATCCCTTATTTTTGTTAATAGGATGTTGATTTGGAGAGGCAGTATAAGCTTATTC TTAGAAGCACAACAGGGCCGATAGATTTGTTTCTCTTGAGGTATCTCCACTACATGACTA GCTTCTCTCCTTTTGTAACATATGGGTGTATGTATAGCTTGGCTGGTTCACTAATTCTCT TTGTGTAGTAGTAGTCTCCCCTAAAAAGAAAGTGATATTTTACTGTACAAGCAAAAAAAA TAAAGAAAGAAACTTCAAGGCCCAATTAACTAACATAATTATCAACAAATGCAGCAAACA GGGTAGGCAGCATGAGGACATAACCATCAAACATGACAAGTCCATGGATTCAGTGTCTGC TGCAAAAAAGATGGATGATGCTTACCCATCCCCAGCACATCCTTGCTCTTTAGATTCAAC AGACTCAAAGCTCTCGGGTGTCCATAAAATAGTACCTTCTCATAACAGTGTAAGTATATG ACTGAACCCCTCTCTTTCCCTTTCGAATTTATTGGTATCTCTTCCTCTATTGCATAAGTT AAAATGCATGTGAATCAGTATGGTTAAACACCATCAGCCTTGTTGTTTTGAAGTGACTAA GTAATTCGAAGCAATGGGCTATCCCTTTTTTAATATTAACCGGCAAAGTAATCCAATTAA TAAGCCGTCAATTCTTGTAACAATAGTTATTCTATAGTAGTGAATTCATATGAAAACACT GATTATAATCCACAACATGTTCTTCCCCTAAACTGCAGATAGATGATGATTACTGGTTGC GCTCGGAGGAGGCGGTTAGCGCAACTGCTCTGTGGGGCATTGAATAATCTTTAAAATTGA GCCTGGTTACAAACTCCATATATGGATACCAGAAGATATACAGAAATAAGGCTTCTTATA AACATGTAAATATCTTTTGAAGCTAAAAAGCTTTACATATCTCTAGCCAGATTATAGTAA GAAACAACTGGTTTCAGGGAAACTCCTACAACTTTTGCGTACAACTATATGGTTCACAGG AATATCAGTCTTATGATTAACCAATGCTGGGAATTGGGACTAGCCTTAGATATGACTTCA TTGGAAAAGTTCTGTTGGCTGTTCTATTATTGTTGCTTGCCGGCAGCTTATGTTAAACAT TGAATGATTCTGGGTAATATTGAAGTGAACTGTGAAATTTAGACAATTTTGTGAATCTTA AATATCTAGCCTTTATATGGTTACTGTGAATGGCTCATAGTGTGTTTAAATTTACATTTG TTCTGTTCTCAGTAAACGAGATTAGAATGTAAGGATATTATGTCAAATGCCCTTCCAAGT AACTTTTGCCTATTGGCATTTGGGAATTTAAAGGCGTTGTGAGGCAAAATTATTGTGCAG TAGCAAGTAGGAGTGGACAGAGTTGGGGTCAAATTGAAATTCAAACCTTTTGTATTTTTG GTTTGGATTATGGATTGGACTTTGTATTTTGATTCTACAATTTATGTAATTTGGATCGGT TTCAGTTGTGTTTCAAGTGCCAATAAGTCAAATTCATAAAAGTCCAATGAGTATTATTTC CAAAAGTTTAATAGATTAATATCCTTTAAACCATATTAAGTTCAATATAAAATCACGGGC GATAGGTCGGCCTCAATCGTTGTTAAGGACCAAACTATTATATTGAGGTAATTAATTGTA GTGACCGGACTAAAAAAGGCTCAAAAGTCAAAACCTAGAATTTGAAATATCCAAATCAAT TAACCCAAAATCAAATTATTCAAAAGTTTATTAGAAGAGATACAATTATAGAAGCCCAGT CCCATTCCAATTACCATTCAGTACATCAACCAAGCCATCTCAAGAACCAGATGTTTATAT GTATGTACAGTGATCCTCTAAGATAACTCTTAACTTCATAGATTCATGATCATTTTCCCA CCTTCACACAAACGTAAGTACTATAATTTGGATATTTAATAATGAATGGTAATTGCATCT GGCAATCCTACACACTCGACGACCCTTATACTTTTCGAGCCATGCTAAAAAATCATGGAC AACAGTAATGAATGAACTAAGATATGCCAGATGTACATTGAAGAACCAATCCTTTTTCCG ATGTATATAAACTACATATTCAAATTACCATGGGGGGTTAAGTACTTGATGACATAAATC AAGGGTTGTTTGAGGTCCTTGTCTTTCTTGATCTGGCGCGTGTTACTCGGACTGCTTCCT CCAAGGCTGTCTCAGCAGGAGGGTTAACACTTTCAGTGGCTGAGGGAGGCACAGAATCAA TCTGCACCACTCGAGTTTCAACAGACGTGGAAGGTTTTGTGATTTCAGCAAGGGATTTGG AGGGAGATGCTTTTTGTGTGTTCAGAGAAGCAGCTACAGTTGAAACCAGTGATTTGGAGG GAGTTGTTTTTTGTGCATTTGCAGCGGCAGTGGAAGCAGGTGGAGGACCTTTGGAGGATC CTGCCTCTTCTGCTGAATCTGCTTCATCCTCGCTTGAAGATTCAGAAGAAGCACGGGGTG CTTGTTCTTCAGCCTGTACTTGTGTTGCTGAAGCAGATGACCTGCGATTTAGTGATGCTG TGGGTTGACGACCTCTACTGCTTTGCCTGTGTGTCTGCAATTTTGAAAGACAGCTCAAAT TGATATTTAAAACTGGGATCAAATTCAGCACTCACAATCTTACAGCTAATCATTAGACTA CCAATTGAACATCGAAGATTCTTTTTTTTTTTAAATTGTTAAAAGTATTGTATTAATCTC AGAACAAGTGTTGTAAGAAATTTACAATAGGGGCTACATTACTGAAAATATTATGTTAAA CACAGAGAACTCTTGTACTTGATTAGTTAGGTTAGTTCTTGTCTATTGTTATTATTGTCA TTGATATTTTCTCTTTTTGATAAAGTAAAACGGAAATGGGAATTATTCGTGTCTATAATT ATGAGAGTAAAAAAAACATGTATGGTGGATTGTCTTATAGCCAAAAAAACACTGAAGCCA CATAAAACATGTGTATGCAATTTTGTACAGATAACTCTGGGTGGGGAAGTCATGCAGTCA ACAATACACCTCATGAAAAATACACAGGTCACCCAGCAACAAAGTTTCCCCTTAGATTCT AACCCCATATTCCAACGTACAGCTAAAATTAACTTTCCCGGCCGGAAAGTTAAATAGCGA ATCCAACTTAGAATGACAAACACAAACAAATCCACTCAGCAATGCAACAGTTCATTATCT GTAGTCTGGCTATCACCTACACTGAACCCCCAACCTCCCCATTTCTAAGTCTGAAAAGAT TCAACCTATCTAGTAAACCCCAAGGCTTCACAAGCATGTGTTATATATTAAGACTCTTAT GAATAATCACTCCTTAACCTTCAAATCAGCACGGACAATTAGAGAAGGACTTTGTGGAGT TGCATTGCAACACAGCTGTATGGATTCAAAAGCATGCAAATTCTAAAATTAATACGATCT TCAAATTTCAAACAGCTAAGACTATCATTTAGTAAAGAGCATGTTTGAAATGCTGAAAAT AATTGAGCTTGCATATAAACTCTGAAACACATCTTAACGACAACCTGAGTGGGGGGAGGT GGATTTGACTGCGAAGCAATGTACTGCAAAATGTCGAAAACCCTCGTCTGGCCATAGCTA GCAGCTTTCTGCCAGTATAAAAAGAACATATCTCCTGCTCTGGTCCTCAACTCCAACAAA CTTTTATCAATCTCAGGTTCATGCCTTAATATCACAGGTTTAAAAAAGGCATCATAGACG TATGTAGTTCCCTGCAGTAATTTTATGATAAGATGATGAACTAATTAGATTAATATGAAA CTGAAGCCGATCAAAGACAGAATATTTGTTTTTCAATATTTGCATACCTTAGTTTTGGGG CACCACAAGTAAATGACGAATGCCAGCTTAGCTTCACTGTACATTGGAACCCTTGAAAAG AAAAAGTATCACACAAATAAGAGAAAGTTAACATCAACATGAATATTTCAAAATATAACA AGTTGGAGTAATCAAAAAATACGATCTGAACAAACAAGTTCGTTATGATTACCATGAAAT AAAAGCATCACCGAACCTCTCACAAACTGTCAACATAGCAACTAAGATCCTGAAAATTGG AGGAATGAGGTAGTTAGAACGGAGATCCACAATAAGATACATCGAGGTCTAACAAAATGT AGCAACATACCAATATTGGCACCAAAAGCGGAGTTGCTGAATATCTGGTTTGTTCATCTC CACAGTTTTGAAGCATTCATAAGCTGGATAAGCATAACCAAAAACCATCCTACATGAAGA ACACCAAAGATCAAAGCTTTAGAAACTCAAGAAATAGAAAATCCACGATTAACTACTCTA TATAATTTGTATAAGGGTAGTTCGAAATTTACACAAGCACTCTGGTGATAAAAGATCCAA TCATCTTGAATTCCTGACACAAAAAAGATAACACTAATTAAACCAAGCTCTACAATCAAC ACAACTTGGGAGATAATGCATCAGGGGAACTAATTTAAGGATGATTGAAACGGAACCGAG TACAAATGAAACCAAATGGATATAGATTACTTCATATAGCTATCCATTTAACTTACAATT TGAGTTGATACAACAACAACACACACAGTGTAATCTCACAAGTGGAGTCTGTTGAAAATC GGATGTATGCAAACTTTACTCCTTCCTTAAAAGTGGTTGTTTACATAGAAACTCAGCTCA CAATTTTGTTGTATAAAAATGAATATCAAAATTGCAAATGACTTTAAAATGCAGCAAAAC ACTAAAACAATTTCATCTTTTTCTTCCCATCTGCTTTATCACTCATTGTTTATAGCAAGA CTAAAAAAAATCCCTAAAAAGTTGAAACTAAAACAATGTCAAACAAATAGTATATCTTCA GAAGTATCTAAAAACATAAAAGACAAAATATAAGATCCAAAAACTGATAAAATCAAAAAT AAATTAAGTTCAATAGTAAATTACAAACAGAACAAGAGCACAAACATCTGTGACAAACCG ATCAGTACCTTTTGCTGATCAATCCAAAGCAAACACCGGCGAACTGACTAGAAAATCCGG CGAATTGGCCGTTAGTTAGAGCAAAGCGGGCAAGTAAACAGTTTTTTAGAAGTTGGTGGC ACCACCGCAGTTCTCCGGCGAACCGTTGCGATGTTGGCGAGAAGAGGTGTGTGAAAGAGA TTTACGGGGGTGGTAGATTGTGTCGTTTTGGATTTTCTCAAACCATTTATTGAGTTTAAA ATTATACGGATGGGCATTTAAAATGAATTTTCATTTTTATTTTAGTTCCTAAACACAAAC GTTTTTAGTAAAAAGTTATTTAAAAAAAAAAAATCGTTTGTATTTCTTCAATATTTTCTT AGTTTTTATAAAATGAGAGGTATGCTTAAGATGAAATTCGTATTTGAATATGAGTTTTAC TTCAGAAATTAAAGTGCGTGATATTTTTAAATTTATAGTAAAAAATATAAAATTTTAAAT GATGATACTATTAAATTCGTAACTTAATAATTTTTTAAGATTAAATACTAAAATTATTTT TTATAAATATTTCAAAAAGGATGGACGGTAATATTTATGAGTTTTATTTCTTTTTAGCTC ATAACTAATTAGTTAAATTTTTACTTTTCGCACAAATTATATATATTTCGTCAAAATATC AAAGGATTATTTCTCAATCTTTACAAGAAAAAAATGAGAAGTTACTCCAAATGAAAATTA AATATTTTCTTTAAAGTTTAAATTTTGAAACTCAAGTATTTTTGTGAATATTTCACAAAA GGACATAACTACAATATTTTAGGATTTTGTTAAATTTTAGCTCACAATTACTAGGAATTT TATTTTTATTTTTGCTAGTATATGGGCCCCAAGATGGATTGGAGAAATGGAATTGGGATA AGTGGATAATGTGCAAAGTATAATGAAAAAAATAAGAACTAATGGATAAGTATACAAAAT GCAAAGTATATTATTTAACCCTCTCAAAAGAGAAATGTATGTGTATCACAAAAAAAGAAA AAATAAATAAAGAATATTCTTAAATTGATAGGAAATAATACTTCAATTACACTCTTTACT GACACAATTCCTCATGCAAAACCTTTCTTTTTACCTTTCAAATGTAATTTTATACGTCGA ATACAAGAAAATAATGTGTACTCAAATTTTATTAAATAAATAATTTTTGATAAACATTAT ATCAATAAAGCCATTGATTTTTGTGTGTCCTACAACCATATCACTTGTTTAATTATTTTA ATTGTCTAACGTGATGAATTTAGGTTTGTTTCAAAACCTATAATAATAATGTATCTCCTA AATTAAATATATTAAAGTACATTATAAATAGAGATAATTTTATGATAAAATATAATATTA TATTAATGTATGGTTGAAAAAGGTGTCCCTCGACATTTGGGGTTCATTGAACAACTTTTA TATGTGTCACACTCACACAACGGCTATATATGGCATTCTACAATCATGTGATTTCATGTA CTTTTTTTTTTTTTTTAATTATATAGAATGAAATTTTAGTTGAAAACTTTAAAGATGTAA TAAAAAATGTATACAAAATAGTCTTATTTTTCTAAAAAAAATTATTTTAGGAAAAAAGAA CATGAATAGAACTACTTTAAAAATTCACATAGAATAATTTTGAGAAGTTAGTCAAAATTA TATGTATAAGTTTTAAATAATACATATTACTCACACTCTTCAAAAATTTATCATCACTTG CATAACGAAATTGTTCGAAAAGCTTTCTTCCTTACCTTTATTTAAAGACCTTACTAATAT GAAGATCATAAAAGGGATGGTCACACCATCACATGCTTTGCAATGATAGGCACTTTGTTG GCCTGTCACCCTCACACTCTTGATCCATTTTTATTTTACTTTTATCGTTTTCGTTAGATA TTCGATATTTATAAATTTTTTTATCTAATTTAGATGTATACTAACAAAAAATCATACTTT AAGATAAATATGTTCACCAACAAAATCTTTTTATATTAAAAAAATTAAATATAAGAATTA TAGTTAAGAACGAAGAAATCATCTTTTTTATTCTTATTTTGCTTTTACGAACAATTATTC TGTCCCCATTCTCCTATTCTTTTGGTGCATTGTGAATTTTCAGTCATATGTATAAATAAA ATAAAATGTTCATTTAATTTTTTTGTTATATTAACGTAATTACTCTGCTCGATAGCTATA TAGCCTACAAATCTAAAAGCAATGGCACATCAAAACATAAAACCCATGGTGGAGCTGGGC CTATTGCTTTTGCTCCAACGACAAAGGCCCGGGTGAGAGTGGTTACTATTTAAAAAAGTT GAACGAGTACAAAGAAAGGCAGACACGTTTAAAAGGCTCTAGGCTCGCGCTTTAATATAA GTATCGGACACTAGACAAGAATTCATCATTTATACCAAACGATGCATACCCAGTAAGCCA GTAGGTTGCTAACTCCGTTTTAATTATTTTTAAAAGAGAAAATTATGCGGTTAAACAAAT TTATATTAGTTAATTACTCGTCACATACATAGTTTGTTATAATTATCACTTGCGACTAAC ATTATACATAAATTACGTTGATTGACTTTCTTTCTTTGATTTGTATTTGTATACGATTGT TTATATTTGTATACGACGTTGATTTCCTTTGGTTTTACAGTTTTTTCATCATATACCTTC ATTTTTGTTGTGTATAACTTTTTAAAGTTTGTATAAACGTGTGATTTTTGAATTTTGTAT AATGCAATTTGTATAACAGTTTAAAGTTCATATGTTTATGTTTGTATCAATTCATTATTT CAAGTTTTACTATATTTGTATAATTTCAGACTTTATATTACTCAATTTTATAAAAATATA TGAATTACATAAACGTACCTGCAAATTGTACAAATTATTCTCCTTCTTCCAATCTCGCTC GCCTCTCTCCTTCCTTTCCCAATCTCTCTCGCTAGAATATACAAACACATATGTATAATA TACAATTATCTAATTGATATACATATACAATATATCACTCTCCGACTCTCTGTCCTCTGT CCTCTCTCGCTCGCAACTCTTCCCTCCCTTTCCCAATCTCTCTCGCTAAAATATACAAAC ACATATGTATAATATACAATTATCTAATTATACACATATACAATTCACCACTCTCCGACT CTCTGTCCTCTGTCCTCTCTCGCTCGCAACTTTCTCTATAGCATGTAGTTACAAATCGTA ATTAGCAAACTCTAATTATAAAGCATAATTAGACTAATTTTGAGTGACTATATGCGAAAA TTCCTCTTTTAAAAATTATTTTCCACCCAATTTCCGAAGCCCGCATTGAGTATTTTTGTT TGTTGACATTTTTACCCTTGAGCTTTAGACATATCAGTGGCTTGCAATGGAGCGAAACGG ATAGAGCGTGGAAATGACAAAATTAAGGGAAATCATCTACAGCCTCTCACTCTTTTCAAT TTCAGAGAAACTGCAATGGAGAGCGCTCTTCTCTCTGCTTCCCGCTTCACTACTGCTCTG CACAGTTGAGCAAAATTTCTGTAAAATTAAACTTTGTTAAGCTTATCTTAAAATTTTCTT GTATTGTAAACTAATTTTTGTTTTGTATTTATCAGAAGCAGAAAGAGAAGTAGTAGGTGG ACCTGTGGCTGTGAGGAAATTACAGAGCTCATTCTATGGCAAAGAGATTAATAGTCATAC TCTTTTCACTAAAAACTTCAAAAAAATCAATCTCACTATCACCTCAGTGGTCAGTTAATT CATATTTCTCTATTTTCTGTTTTTTCATTTGATCTAATTTTGCCTTTGGAATTTGAGATG ATCTTATTGCTAATATAGAGAAGCCTCTGTAGTGAGGCAGAACCAATATTAGAAGTTTGG GGTTCTAAATTTGTCATGGAGCTGTCAATCAGTTTTGTTATTAGAGGTATACTTAATTTT CTAGTACAAATATAGGGTTTGTGAAGAAGCAACCCACCTAGCTCTGCCCCTGATTGTGAG ATGCAGTTTATAAAGAGCATATAATATAACATAGTATGAAAGTTGATTCAAAGAAAACTA GGCTGTTATAGGGAAATGTTGGACGATTGTTATAGAGATGTTTGACTGTATCTAATTGTA GTTTCCTGGGAATTTGGGCTAATGTTCGTGGTTTGGCAGATGCGGAAGAAACTGATAAAG AAGGAGACTGTTGTTCCTGATCCAGATTACCGAATTCCTATTGTCCTTCTAGGTGCATCT TTCAATTCTCTTTATCTTTGATTAATCAACATTTTCAAATTTATAGTTGAAGTTAAACAC ATTGTTTGGATTGTTGTTACCTGTGGTATTGTATCGTAATGTTACTTAAGCTACGCTAAA TTTTGTTGTATCGAATTATTAACTCCGTAATGTAAACTCCATATAATGCAACAACTTATT TGGTGTGATCACGTGGGCTTATCATCTTTCTTTCTTTTTTCTTTCTCATTTTGCCCTTAT TTTGTATTCAATAATCATATTACTTTAAACCAAATCATAACTCTATCTCATACTCTATTT CTTTTGATAATATTATAAGTTTTATTGTTCAAATTGTTGGTACATGGTGGTCTTATGAAA CAATAGGAAACAATACAATATATACATTATATTCATCAAAACAATTCAACAGAGTACATT ACAATATACTACATTCTGAAACGATATGTACAACCATCCAAACAAGCTGTTGTTTGTTGA AGAATTTCCCTCGGTCCCTTCCCCATTTCATTTTTCTCTAGTGTCTTTGTTCTAATTTTT TACATTTTTGTATGAACAGGGTTATCTGGTGGTTTATTTTATGTGGAAAATCTACCCGCA GCAGTTCCTATTGGTCTTCTTGGATTACTCCTGTTATTCCAGGTACCTTTTTTTTTTTAA CAAATGAGATGGAGAGCACTGTAGTCATCTTATTAGAATGAGATTTTGTGTTAGTTCTGT TTTAAGCGGTTTCATCCTTCATGGCAACATTAAAAAATTATCCAGTCATCTACAAGGCAC CCGTGCTTTGTGAATCATAGACATTAATGCTTTCCTTTACTTGATGCATGTTTACATGTC TAAGGTTTGTGGCTTTTAGCAAACAAAAATTGTGAGGTAGGAATTCAATGATATATACTG AACTTTTCCAACCTTAGTGTGTTGCATGAATTATACCTATAAAAGATAAGTAGGAGAGAG TTTTGCTTACATTGCCTAAAGAAACTTAAGAAAGTAATTCACAAGCCAACTTAGAGATTC TAGGTTCGAATCCCAACTACACTTTTTGTGAGATCACAACTCTAAATTGGTGGATTTCTT TTGGCAACCTGTGCTTCTGAGTTGAAGAGGCTGCTCGATGGAGAAGTTGAGATGTACATA AGCTGATGGGATGACCAATAACCCAAAAAAGAAGGAAAATAACCTCAGAATCATCTGTCA AGAGTTGAACCCCATGACATCCAAGTTATAACGGGGAGCTTCTTCTATTGCACCGGATCT AGTAACAGATCATCTGTTCATTCTGCTTATTATCTTAATTTCCTTGATCTCGTTCATTCA TTTAGCATCTATCAGGCCGGCATTCCTTATTGATTCACATCGTTTTTCGCTTGCAGACAA CAAGAGTGAGATTTGTCTTTGATGATGAGGCTCTGGTACGTATAGCATGTGGTTACATTC TTATTTGTATAAATCTGATGTAAGCAATTTATATACCATTGCATTGTCATATTAGTTGTT CTCTCTAATTGCTATGTTAACTTCGTTGCAGGAGGTGAAAGTTGGGGAGCAACTCGAGGA GTCAGGTGAAAATGTTTTCGTGGGTGGAAAGAACCGCTGGAAGTAAGTAGAAGGCAATCC TTGCTCTAAGTCAGTTTTGCCAAATGGCTGATTCAAATGATGTGAACAGATATTCTTCAT TTGTGAACTGGGAGCTATGGTGGCCAAACTTTCCGATTTTGGTTTATTTTAAAGAGAAAC AGACAAAACCCGAGGGACAAATACACTTTTTCCCAGTGATTTTTGTAAGTGTTTTTAAAC TTAGAATGAGTATCTTTTGCTTTACATGTGAGGTTTAGTCTGATTAAATTTCATAAATAG AACGGGAGGCAACTGTACGATGCTATGGTGGAGAGATGTGGCCCTTCAAAAACTAGCGGA CCAAAGTAGTGCAACATGAGCTCCAGGGAGAAGACGAATATGAGCCAGACAAACCATACA ATCAGAATTTGTGGCAAAGGTATGAAGCTCAACGAGGTTAAGGAACTCGTCAGTTGAGTC ACAAGATGTGGTTTCATCAATTAATGTATATTCCCTTTCATGTTTTTACACGTCTGTAAA ATCACAAAGATAAACTATCAATCTGAGTATGTGTCACAACTCACAAAATCATGTATTATA TGTATCACCATTACTGTATGAAAGGCGGTAACTGGATGCAAACTATATGTATTCACATTT GGAATGTGTTACAAATTCTAGCTCATATATTGTATCATACATTTTACAGTTCTAACATAT AATTTGGTTTTCATTTTTCTTGAAATATATGTAGATATGTTTGCAGATATACGCTGATCT GCCTATGGTTAAAAGTGGCCAGTGCAAACCACCTAATTAGCATATACGTATTAATCGTAA ATAATTAAAATAGCGTCAGTACCAACAAATACATAATTTCAGAAATGATAAGTCACAAGA GTTGCATCCCAAATATTGTTTCAATGAGTTAAAATCGCACTGAAAGTTGAAGATTTTTTT ATATAAATAAACAAGTGTTGTAATCGCCTATCATTAGTAAAGTAGGTTAAAATCACGAAG GATTAAAATTCACATATATTGAACTTTACTAAGTATATGATAATGAATAGAGTAATCAAG TTGCATATAGGCTTAGACATTTATTTACCTATATATAAAAAGAACTATACAAAATTATTA CATCAAACATACAAAATGAACGATAGAGGGGATAATTTTAGACGAATATTTTTTTTTGAG TTACCATTTAGATTTTATATATATATATATATATATATTTAAAAAAAACACAATGAAGTG ACTGGTAAATATGAAATGTGTCCCCACACAATCCAAAGGCTTAACAATGGATAGCTAACA ACAGTTGGTGTCAGTTTCAGAATTTCTTGTTTTTCTGATTCTGATGATAGCAAAATCCAT AGCTAAACTAAACATTGAAAGAAAAGGGAGGAAATGTTAACAGCACCTTCACTTTCCCGC TTTAAGTCTCCATTTATCAGCTCACCTCTTAAGCTTCCTACTCTTTCTTCTTCTTTTTTC ACTCAGAAATTTCATCAAACATGTCGTAGGCGAAATTCGTACCCATGTATTAAAGCTGTG GATCTTGATCAAAACACGGTTCTTTTCTTTCTCAAGTTCTCTTTTTGTGTTTTTCTCCAT GATTATTGTTTAATTTCAGTTGATCTCATATGGGTTTTTTTTATTTTTTTTTTATTTTTG GGGAAATTGTGATGTACTTGGCAGGTGATAGCAATTACAGTTGGGGTGCTCAGTGTTGCT ATTGGAGTTGGAATTCCAGTTTTTTATGAGACCCAAATTGATAATGCTGTAAGTTTTAAG ATTTAATTTTATGAAATATGCTCTTTTTTGTACCTTTCTTGATTATCCGGGATGCTACTT ACGGGTTCTGCAGAGCTCAGTTGCTTGGTACAACTACAGTTTTTGTTACATTTCATTTCT CGAGAGTCGTTTGACTAATTTTCTAAGCTAAAGTATATAAGATTAATTTGATATTTTAAA ATTAACTATGTTTGATATATAACTCTGTTTTCCTGGTCATTTTATTGCTTGACAATTCCT GCGATATATATCTCCGTTTTCATAGTTAAAGAATGTACATTTTGTAGGCAAAAAGAGAGA ACACTCAGCCCTGCTTCCCCTGCACTGGCACTGGTGCTCGTAAGTATTTCTTAAACTAGA CTTTCCATTCTGTTGTTTCTTTATATGTTCGATCCGATAAGTACAAATGAGCCTAGAGGT ATATTGTTATGTCCACAAGTGTACTTAAAATACATAATTGGTGGATGGCACTCAATTAAG AAATTTGAGCTGAATGGCTGCCAAAGAGCCGCAGAATTGTATTTCGGCTTAATTAAACTA TATTGAGACAATTGCAATAAGTGAGAGTTTCCTGTTTGCCTTTGAACCCCCAGAACAGTT TCTTTTGAAAATATTTACTGGAAGCCAGTAGTTCTTGTTGTTGAAGGAGTGCATACATTG GTTCAACAACAACAAAAGTAGAGCCCGTGTTGTTGTATTTCTGATTTCCAGGTAAAGTTT TATTTGCCGTTTGCAGTGAGATATGGGAGAATATAGATTGTAGAATAAGGGCAGAAGTTT CAATATCCTCAAGATAAAACTATGAAGTACATGTTCTGATTTGTGCTTGGCTTCAGTTTT AGATGCTGTAGTACTTTCTGATGGTTTTTGGCCCATGAAGAACATTCATCAATCCTTGTT ATCACTCGATTCTTTCTTACAAGTCTCAGGAAAATAACTCTTATGGTTCCTTCCTATATT CCAGTTTAAGACATAACTTGCACTTTGCTACGAATCTAGTCATTTGCTTGCCAGCCAAGA GAAACTAGACTATGGTTTGAGCTATCCACATCTCTTTATATTAGTGATGTTTTTGCTTGT ATGCGTCATTTATCAACTTCCGTAAGTCCGAGCAAAGACACTAAACCCACATGTCAATTG CTTCCATGGATCTTAAGTTGACTTATTGAAATGGTCTAGTTTTGTATCACTTAAAATTGA CATGTATGACTTGTTGATCAAAATATCTGACATGATGGATAGAGCAAATTGTGCATTTCT TAGAAATCCTTCCAAAATGCTCATAGTATGGATCTAGGATTTATTTTTTAATCACTTAAT TCGTATGCCACTTCAAAGATGTCATTGTAGGTTGACGCCTATCCCTTAGCATGTCTCTAG TGCCTTTAAGGAATTTCTGGTTGCAGCTACTTACATCAATGACCAATTACCAATGAGCTT CTAGAAAATCCATGGCTCCGATCCAACAATTTTATTCAACTTGCAATTTACTCCTGGCTT GACTTAAATTTCTCCTTCTCATAGATACCGCCTTTGTAATTGGGAAGTGTTCTAATCCTG GCCCTAAGGTGGTTCTATCTGCTGTGGTGTTTTTGATCATCGAAGAGAGCGACGAAGAGA AGGGTGATTTATGATTTGACGTTTTTGTTTTTCTAAAATTTGCTAGGTGAATAATCTTGA AGTTTCCACTTTAAATATCAAAGTGAATCTTCGTTGTCATGTGCCATCAATTAAGATTGC ATGTATAGACATTACATCACCCAGTAAAAGAGGAGAATTGAGTTATTGAACCATACAATC TTACTGAGGTTCGATTATTCAAAAAGTAGTCAGTAGATTGTCTGATCAAAGACTGTAGAG CCAGTTAATCCTTAAAACCTAACATTTTTTGAGACTGACTTAGAGCTAATACTTATGAAG GGCTTATATTGCAGAGAAATGCAGATTTTGCATGGGTACTGGCAGTGTGACGGTGGAGCT TGGAGGGGGTGAGACAGAAGTCTCTCGGTGCATCAATTGTGACGGTGCTGGTGGTTTGAC TTGCACAACATGTCAAGGCAGTGGCATTCAACCTCGGTACCTTGATCGCAGGTGAGTTAT CATTCTTTACACCTCTTACTACTACACACACAAAAAGAAAACATAGAATCGCGACTTCTG TTTGCATTTTGTATGATAAGGAGAAGTTAGAACTCATTCTTGGAGAGACAAATACTGAGA GTGTCATCTTCTTCTCGACAGGGAATTCAAGGACGATGATTAGATATGGAAGAATACTCA GCATGGATGCCACAACTTGTTTATTGTCTAGAAGACCTGTCATTTTGACCTGAATATATT GACACAAAATTGTGTAAAATTCATTTATGTTCATCCCCTCTCTCTGCCTTTCTCAGTTTT CACATATTCCTTTCACCTTCTGTTCTTACATGTAATCTTTAACAAGTTGAGCAATACATG ATTTCAATACCAGCTTTGTCCAATTGCTAGATGTTGTAAATGAAATTGAGCACCTGTGTG TATTGCATTTTAAAAAAATCTTTTTGTTAACGTATTATAAAAATAAAATTGGAGATGAAT TCTCTTCCTTCTCTCAAATTTAATTTAAGTTATATATATCGATGGTCATTGGGTCATCCA GACGATATATACATGTATGATTTTACATTGGATAGGATTTAAAATCTTGAAACTAAGATA GGTTATTTGCTATAACAGGTAAATGTTAGTTGACAAATTGGTACGATATTATTATTTAAA AAAAAAACACCCAACTAAGATAGGCTATAGGTTATGAAGGTAAATATGAGTTGATGGATT GACACGATATCATATTGATCAAAAAAATAAAACCGTCGACAGCAGGGTTCGAACCTGCGC GGGCGAAGCCCAACAGATTTCAAGTCTGTCTCCTTAACCACTCGGACATATCGACTTTTG TTCTGCATCCTACAAATAGTTCAATAAGTATATATATTTCAAGTTACAAGTTTTCACTAG GGTTTAAATTCATCGTCTCCCTCGTTCCAACTGGAAAAAAGAACTGTTTCCTCTGTATCT CGTACTGGAACTTGTAAATTTGCATCACTAATTAGAAGTATATTTTGGATTAGAAGTGAA GTGAAGTGAAGGGAGAATCATGCTGTATATAATAGGTCTTGGATTGGGTGATGATAAAGA TATAACTTTGAAAGGTCTTGAAGCAGTAAAAAAATGCAGCAAAGTATACATGGAAGCTTA CACTTCACTTCTCTCTTTTGGGCTTTCTCCAAATGGTCTTTCCAATCTGGTTAGAAAAAA GCTACCGTCTTTTCTTGTAATTTTGTTTTCAGTTAGTGAAAAAAAAGAGAGTGATTTTGA TGATAAAGTTTTGATCTTTTTTCAGGAAAATCTTTATGGAAGATCAATAACACTTGCAGA TAGGGAAATGGTAGAGGAGAAAGCTGATGAGATCCTTAATGAAGCTAAAGCTTCTGACGT GGCTTTTCTAGTTGTTGGTGATCCTTTTGGGTATTCTTCATTTTTTTGATATGCTTATTT ATTTGGATAATGAAGACCCTTTTGGATATTTGACTTTTAGTTGGTGTCAATTTTTTATCT TGGTTATGGTAGAAGGTTAGTAGTTAGGCGAGGATTGTCTCGCGGGTTAGGTTTGGGGTA GTATGGCGCCTGTATCTGTTTCCCCTTTGTTATCAGCAGAATTAGCAATTTTTGCGTAGT TTCTTGTCTTGCGGTTTACGTTGCTACCCCTTTGTGTCTTGTGTTTGGTTATCACATGAC TTTGTTGCTGTTACTTTGTCCATTCCCTATATGCTTTGTGATGCTTCCTCCAATACATCT TTTATTTCTTTCCTTTTGTATGTTCTTTGATTTGTGTTACTTGAGCCGGGGGGTTCTTTG GGATACAGTCTCTCTACTTCCGTAAGGTAGGGATAAGGTATGCGTACACCTACTCTCCCC AGTCTTAGGTCAGTTCATGTAGCTTTGTTCAATCTTGTTTCACTTGGTAGTGGTTAATTT GGCAAAGAAGTAGATAGTATGCATGATTGCACCTATTCTGAATTGAACATTCACCTAGAT TCTCTAAAATTGGGAACAATAATTGGTTGCTTCTTTAAGTTTCGATAATGTGCCAGCATA TCATTGAACTTTGTTGCAAAGCACCCAGTAAATTATCAGTAATTTATCCTTCTAAGGTAG GAGGAGTTTTTGGAATAAGGACCTTTGTATTGTTTAAAAACTATGTTAATGCATTTCTCT TTCAATATTGGTTATGCCTTCTATTTGGAACTTTAATTGACAGTTGAAATCGCTTATAAG AGAAATCACGTAAATGTTATCGCTTATAACGGGATGACTTGTGGAAGTTCTCGAAAATGA TGAACTTTGTTGATTTATGTTAGCAAAAGCTTAATTGGGTAATCTTCCTTAGGAGGAGAA TATCTTCAACTGTCTTGTTTTGTTTATGGATTTAATAAACAAGTAAAATACAAAGATGGT TCTTTTCATGTTGACACATAGATGTTCTTTCACTTATCTACTTCCTTTCCTCTCCATCAT ATGTCAATATTCACTACAGAGCCACAACCCACACTGATATTGTCGTCCGTGCGAAGAAGT TGGGTGTGGATGTTAAGGTGATACACAATGCATCTGTGATGAATGCTGTTGGAGTGTGTG GCTTACAGCTCTACCATTATGGAGAGACAGTGTCCATACCGTTCTTCACTGAGACCTGGA GGCCGGATAGTTTCTATGAGAAGATTAGAGAAAACCGAAAGCTTGGACTACACACACTCT GCTTGTTAGGTAAGTGGCTATTTAACTACTTTGTTTGTTCTTATATTTGTGGTATCCGGG GCAACTTCTGTCACCTGTGACTAAACAACTGAGAAGCCTATTCTGTTCAGTAGCAAGTGT TATCAGGATAATCTTGCCTGTCAAGGTTAGCATATTTGTAGTTGGCATAACATTCTGTTA CTCCTACGTTACTGCAGTGATAATACTGTAGGATAGTTTCTGTGGAAAATAGCTTAGCGC AAGGATGATAAAGCTTAACGACTCTCATTCTTGTTACGTCCTCAACCGATATACCATCCC CTTAGTGATTGTTATTTGGCTACATCATGAGTTATGTGTTACCATATATATTTCATATAT ATATGACTAAAAATTTTCAGTTGCCAGTTTTGCCTCTTTTACCAATCAAAACACTTCAGT TGACGGTCTATCATCTTTTGCTTTTAAGTGGAATATTTTCACCGAGCATACTTCTGGACT AGTTTTCAGAGGATTCATTCTCAACCTTAAACACCATTGTAGTGCTAACAAGGATATACG ACATGAAATTAGATGTTTCTAGTTAAGTTTATGTATTACTGGTGACTTGTGAGGTTACAG AAGTACTTGATCGATCTTTTATTGCCTTACTTTTTGTGCAGTCTTCTTCATTCAATTGCA TCTTCATCTTCTGATTTGCAGATATACGAGTGAAAGAACCAACCATCGAGTCTCTTTGCA GGTTAGACATCAATGTTGTTTCCATTTATTCTTAGACGAATCACTTGAAATAGTATGTGA CCCTGATTTTATTCTCAGAGGAAAGAAGCAGTATGAACCTCCCAGATTTATGACAGTTAA CACAGCAATTGAGCAGCTCTTAGAGGTTGAAGAAGCCCGTGGAGAATTTGGTATGTTCAC GAATTCATGCTTCTGCTTGACAAAATGGTGGGGGTGGGGCGGGTGACTATTAATAGTCTA CTTACCTTAGTTTATCCAAGTTTTCATTTTCAGCTATGTTGCTCGGACTCTCCAAAATTG TTGGGATCCTCCACAAAGCACTACTCTTAGAGTATCTAACATGCACCTGTCGATATTTTT AAAGAGTCTGAGCAACATAGGTTTTCAATAATTCACTGTGTGATCAAGATGTGATTTAGT TAATACAGATTTTGAAAACCTGTCCTTGTGACTTTGTGCTTAATTTGACATAAATCTCAT TTACAGTTCAAGCATTCTCTCTTCTTTAGCGAAAAAGGAATCCGTACTGCTTGTGTAAAT GTTTGCCAAACATGCCAGTACAATATCCATATTATAATTTCCCTTGACACGAGACATGAC TAAGAGAGGTTGCAAGTCATTTTCCTGCTTTTATGAGCTCAATCTGAAGCGAACTAGTAT GATAATGGATATGGTTTCGATATGCCTCTAACTTACGCCTTATTTACAATCATGACATAC TTCTTGCGTATAATTGACATCTGGTTTTGTTTTAGCCCCGGCTTTGTGGCATTAATAGTT ATAAAGAATGTTGTTTGACATTTATAGTGACTAAACGTTTCATTTTGCATTCCCGTTTTT AAAATTACAGTATACGGTGAAAATACAATCTGTGTTGGTTTTGCACGGCTGGGGAGTGAA GACCAAAAGGTGGTTGCTGGTTCAATGAAGCAACTTCTAACAGTCGACTTTGGGGCGCCA TTGCATTGCTTAGTCATAGTTGGCAAAACACACCCTGTTGAAGAAGAAATGCTGGAATTT TATGGGCTTTAGAAAACGTATCACAGGATTGCAATAGCAAATACTGTATTCATGTGTTGC CTTTTGTACCATTCCATTCTTTTTGGTGACTATTTATTTAGGCATTAAGATGACTATGAT GTATTTTTTGCTTTGTAAACTCTTCCCATCTTCAAGTGATTTTGACATATTTTCAAGAAT TCTTAAATTTAAGATATTGTTGGTTATTTTTGTAATCTTTCACTAGTATTCTCAATACAT TATATCAAATATTTTGGTTTGCAAGTGATTGGTCTCTTTTTTTTTATATATATACTTTTT CTTATGAGCTTCTATCTTTTTGCTTCATTGGTAACTCGAATCTGCAACAGGTGAACCTCA TCTTATGATTCATGGTTAGCAACAATGCTGATGAGTTTTAAGGAAGGTCAAATGTATTTT CTTCCAAGTTCCAATCAATAGAAAATTAAATGGAAAAATCTGGTTAATGAGGAATAATCA AATCTGGTTAAATGTTTCGTTCATATTATATCATTTTTTATTATTAATTTTTTTTAATGT GAATTGCTAATATGTCATAATTAACTCCTTTCAAGTAAATTCCCAATTTCCCATCAATGC TACCAGAACTTATCTGCATTAATTGATTACATCATGCAAGGAACTCTATTTATGGTAGTT GTTGGATGTATACCAATAGTTAAGCAACAAAGACAATGACAGTTTACTGATAAATTGTTA AGTAACAAATAATATTATCGTCAAAGACCATAAAAATCATACATACTTTATACTAAATAT ACTATAATGTACATATTGTTGTGAGTCAAGTTGAATTAGTAAGGAATTATGTGCGAATAG TGTATATACTTTATACTATATATACCTATAATATACATATTGTTGTGAGTCAAGTTGAGT TAGTAAGGAATTATGTACGAGTAGTGATAAATAAGATTTGATTTTTATAAACAGAATGAT TTGAAAGACTCTTATACTTATTCTAAATTAGTATTTCAATTTCTATATTTCATCTCGATC TCTAAACATGGTCAAAACAAGTCTAGTAAATTCCATGTCAAATAAATATATGTTACATTA TTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTTCGTCTTAAA AGTGTTTGGATGAAACTCAATGAAGTACGTGACAATCACAAATCATTAATTTTTTTATTT TTCATTTTTAAAACTTTAGTCCTTATTGAGAGGACAACTGTCAAGTGTCAAATTTTAAGT ATTATTTCTTTTTGTGGCCAACTGACACTACTAATGTTAAGTAGCTTTCGATACACATGA AGTACTAAAATTAAGATTTGCCCGAAAATACCCCCAACAAGGCAACAAAATTTTAATTTA ATTATGTTTAATAATAACCCAATCATTTGATTCGAAGTTCTAAAAAAGTACCACTTTTTA CTATAAAATTGAATATTGTTTTCCACCGTTGTGCTTAATAATAACTCAATATGAAGTTTG GACTAATTTAGGTTGTCATAGAGAATATTTATTAGAAATAAACAACATTTGATTAAAGAT AATTTTATTTTTAAAATTTAAATTTATAATAGATAATGTTTGAAATAAAAAAGTTTTTGA TAATTATTTAGTTTTGTATTTAATTCAAAAGCAATTAATATTTTATTGATTCTAGAGAAA CCAATGATATTTTTATCTTCAGCAAAATGTCTCGTCAGTTTAAAATGCTACATGTTCTAA TTATTTTGAACTGATATAATTTCGTTTTATTTATTTTATTTTATTTACTTTAAAATAAAT ATGAATAATAAACTTCTTATTCAAAATCTAACACTAAAATATTTTTATTACTATTTTCAA AACTTAAACATGATTGAAGGAAAATCACAAATAATCGAATCAACCAATTGAGAAATCTAT AATTTAAATCAAAGACCATTATACGAACGAAAAGAAAAAGGGGGCAAATTAATTTCAATG AATCTATCAATTTGATACCCTCCTTATATTTCTACTATCCAAAATTGGTCAAAGGATTTT TCATTACATTTTCAAAGTTTGTTGGTTAAGATTTTCCTAAAATCAAAGTCAATTATTTTC CTCCCTAAAATCTCTCTAAAAAAAAACAAAAAAACAATGGCATAATCGTCATTATTCCAA ATTGTGAAGAAAAACATCTTGAATCTGAAGACAAAAAAAAAAATCATCATCTTCATAAGA ATATTGTCGGTGCCCTGTTCTATCCCTCAACTACCTCAAATCTCTCTTCTTTTAATTTAA CCATTTTCATTTTCCACCCTAAATTTTCTCCATTATTTTCTTCATTCTCTCCAATCTTTT TCTTCTTTTGTGTTCTTGTTTATATTATTATTTTCACCTGCATTGCATATTAAAAGAACA AGTTTTTCAGCCATATAATCCCGCATTGTGTGTGCGGGATCATTAAATCAGGTTTTAAAA CTTACTCCTTTTCTCATTTTTTTCATATAATTGATATTTGGTTGAAAAGATCAAATTTTT ATGAGATCTGAATGATAAAGATTGAATTTTTATGGTTTCTTGATGATAATAGTGCAGGTA AATTTGTTGAGGTGAATAAGGATGGGAGAGAAATCAAAAAAAGGGGGTTGGTGTGGATGG ATTATAGCTTTGGTAGTGGTTGCTGCGGCTGCTGGAGCCATTGTGGTACTTTTTATGAAG AAGCATAATGGTTCTGGCTCAGATGCTGCTTCTGGTGCTTCTGAAAAGAAATATGGAGAT GCTTTGAAAATTGCAATGCAGTTCTTTGATGTCCAAAAATGTAAAGTTTCTTGTGATATT TTGAAGTTGGGTTTTGCGTTTTGTGATGTTTTGTGCTTGTTATCTAGATTACCCTGTTGA AAGATTTTCATTTTTTACAAATGCAGCTTACTTGTTTGATATAGTACTGAAGAGGAGTAA ATTTTTAGTTCTTTCCATTTTTTAAAAATACATTTTGTTGTGGTGTTTGTTGTTTTTTCC ATAATGTTTGTTATGCTTTCATTAGTATTTTGTCATGATTTCATTTGCTTTAGTTGTTTC TTTTTCAATGTGCTTTGATATGTTTTCCTTGAGTTGAGGATTTATTGGAAACAAAATCTT TACCTCCCAGGATTACATTGTGAATGTTGTTGTTGTACATTTTGCTTCTTATACTGTTAA TTATGTCCAAGATTTATGTTGTGTCATAATGGTTTGGACATTTCATGTGGATGTTGCACT TCATAATGTCTTGAATGTTCATTCCGCTATTTGCTAAAGATTTTATATTTATGTTGGTGG TGGCTAAACTCTTAGTTTAAGTGGCACTTCAATTTTTCTACTATTAAAGTCAGTAAGATG ATGGATCGTCGCTGATGCCCTGTGAGGCTAAGTTGCTCGGACTCTCGAAATTGTTGCCGC ACCCGTGTTGGATCCTCCAAAAATGCACTACTTTGGAGGATCCGACATGCGCCTGTCGAC ATTTTTGAAGAGTCCGAGCAGCATAGCTGTGAGGTATTGATGCTTCTGTAGAAGGATTAA GTTTACCTATGGGATGAGCGAGATTAATGAACTTATTAGCTTTCTAAACTCTCTGTGTCC TGAAATGTACCCTATAGGATGAGTGAGATTAGGGAACTTATTAGCTGTCTAAACTCCGTC TCCTCATAATGCTGAACAAAGTTAAGATGTGCTGGTATCATTGCCTTGTCTGCTTCAAAT GTTAGACAAGGTCTCATGGTCATGATATCATGGATTTAGTGTATTGTTATCAAACTTGGC AAAGCTCTTTTCAAAAAGCAAAAAAGATCATTGAAAAACTTAACCATTATCTTAAGTACT TAAAAAATCATGACTTCATGTCTTCATCAGAGTTATTGGAGAGTGCTGGAAGGTAGTTCA CCATAGAAAGCGAAGACATTGCTTGTTGTAACTTGTTTTCTTGGAAACTTTTCTAGTTTT GTTCTTTTGAATATATCTGTTGAGCTCATTTTCATAAGGGTAAAATCTCATAATGTTTCA GCTGGGAAATTGGTAAATAATAAGATATCATGGAGAGGCGATTCAGCCGTCAAAGATGGA AGTCAAGAAAAGTTAGACCTCAGTCAAGGAATGTATGATGCTGGCGACCACATGAAATTT AATTTCCCAATGGCTTACACTGCCACTGTGTTGTCATGGGCCATCCTTGAGTATGGTAAT CAGATGAAGGGTGTGGGCCAGTTGGAACCTGCTGAAGACTCACTCAAATGGATTACGGAC TATCTTATCAATTGTCATCCAAAAGATGATGTTCTTTATATTCAGGTTTGACTCAATTTT CTCTTTCTAGTATGTATTTCGTGCTGCTGCTGCAT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.910 17906 18583 match_2 match_part 0.952 26411 26806 match_3 match_part 0.930 43233 43431 match_part 0.920 43525 43612 match_part 0.947 43735 43921 match_part 1.000 44019 44109 match_part 1.000 45622 45657 match_part 0.980 45785 45883 match_part 0.945 46589 46643 match_4 match_part 0.930 43233 43431 match_part 0.920 43525 43612 match_part 0.947 43735 43921 match_part 0.980 44019 44068 match_5 match_part 0.995 43239 43431 match_part 1.000 43525 43612 match_part 1.000 43735 43921 match_part 1.000 44019 44109 match_part 1.000 45622 45657 match_part 1.000 45785 45883 match_part 1.000 46589 46719 match_part 1.000 46870 46918 match_part 1.000 47005 47034 match_6 match_part 0.985 46589 46719 match_part 0.959 46870 46918 match_part 0.978 47005 47094 match_part 1.000 47174 47227 match_part 1.000 47701 47766 match_part 0.969 48323 48420 match_part 0.948 48507 48716 match_7 match_part 1.000 50567 51097 match_part 0.988 52040 52199 match_8 match_part 0.996 50588 51097 match_part 1.000 52040 52309 match_part 1.000 52397 53237 match_9 match_part 1.000 50590 51097 match_part 1.000 52040 52309 match_part 1.000 52397 53237 match_10 match_part 0.951 50590 51097 match_part 0.981 52040 52303 match_11 match_part 1.000 50591 51097 match_part 0.984 52040 52101 match_12 match_part 1.000 50593 51097 match_part 1.000 52040 52102 match_13 match_part 0.980 50596 51094 match_14 match_part 0.943 50596 50948 match_15 match_part 0.924 50596 50819 match_16 match_part 1.000 50597 51097 match_part 0.992 52040 52281 match_17 match_part 0.942 50597 51097 match_part 0.962 52040 52252 match_18 match_part 1.000 50597 51097 match_part 1.000 52040 52179 match_19 match_part 1.000 50597 51097 match_part 1.000 52040 52140 match_20 match_part 0.998 50597 51088 match_21 match_part 0.963 50597 50891 match_22 match_part 1.000 50598 51097 match_part 0.995 52040 52252 match_23 match_part 1.000 50598 51097 match_part 1.000 52040 52161 match_24 match_part 0.970 50600 51097 match_part 0.996 52040 52309 match_part 0.962 52397 52422 match_25 match_part 0.974 50603 51097 match_part 1.000 52040 52309 match_part 1.000 52397 52452 match_26 match_part 0.945 50604 51057 match_27 match_part 0.946 50604 51026 match_28 match_part 0.932 50604 50914 match_29 match_part 0.953 50608 51097 match_part 0.974 52040 52309 match_part 0.872 52397 52513 match_30 match_part 0.947 50608 51097 match_part 0.982 52040 52149 match_31 match_part 0.951 50608 51097 match_part 0.991 52040 52148 match_32 match_part 0.947 50608 51007 match_33 match_part 0.951 50612 51097 match_part 0.979 52040 52233 match_34 match_part 0.942 50612 51097 match_part 0.867 52040 52099 match_35 match_part 0.957 50612 51097 match_part 0.983 52040 52099 match_36 match_part 0.948 50612 50957 match_37 match_part 0.961 50613 51097 match_part 0.978 52040 52309 match_part 0.966 52397 53184 match_38 match_part 0.947 50613 51031 match_39 match_part 0.996 50616 51097 match_part 1.000 52040 52084 match_40 match_part 1.000 50617 51058 match_41 match_part 0.960 50619 51097 match_part 0.981 52040 52309 match_part 1.000 52397 52431 match_42 match_part 0.942 50619 51097 match_part 0.912 52040 52152 match_43 match_part 0.960 50622 51097 match_part 0.978 52040 52309 match_part 0.958 52397 53175 match_44 match_part 1.000 50623 50819 match_45 match_part 0.960 50625 51097 match_part 0.947 52040 52209 match_46 match_part 0.987 50626 51070 match_47 match_part 1.000 50627 51097 match_part 0.983 52040 52159 match_48 match_part 0.972 50629 51097 match_part 1.000 52040 52309 match_part 0.989 52397 52585 match_49 match_part 0.959 50631 51097 match_part 0.984 52040 52100 match_50 match_part 1.000 50632 51097 match_part 0.991 52040 52254 match_51 match_part 0.959 50633 51097 match_part 0.967 52040 52280 match_52 match_part 0.981 50634 51097 match_part 1.000 52040 52309 match_part 0.944 52397 52557 match_53 match_part 1.000 50634 51097 match_part 0.984 52040 52295 match_54 match_part 0.959 50634 51097 match_part 0.983 52040 52270 match_55 match_part 0.959 50634 51097 match_part 0.976 52040 52163 match_56 match_part 1.000 50634 51097 match_part 0.941 52040 52073 match_57 match_part 0.983 50635 51097 match_part 0.980 52040 52235 match_58 match_part 0.959 50637 51097 match_part 0.981 52040 52309 match_part 1.000 52397 52433 match_59 match_part 0.959 50639 51097 match_part 0.978 52040 52309 match_part 1.000 52397 52447 match_60 match_part 0.988 50639 51047 match_61 match_part 0.974 50641 51097 match_part 0.967 52040 52309 match_part 0.926 52397 52423 match_62 match_part 0.985 50642 51097 match_part 1.000 52040 52309 match_part 0.943 52397 52502 match_63 match_part 0.940 50642 51056 match_64 match_part 0.989 50646 51097 match_part 1.000 52040 52309 match_part 0.986 52397 52543 match_65 match_part 0.989 50646 51097 match_part 1.000 52040 52309 match_part 0.983 52397 52514 match_66 match_part 0.989 50646 51097 match_part 1.000 52040 52309 match_part 0.990 52397 52501 match_67 match_part 0.995 50647 50865 match_68 match_part 0.949 50648 51042 match_69 match_part 0.964 50651 51097 match_part 0.982 52040 52261 match_70 match_part 0.988 50651 50816 match_71 match_part 0.942 50652 51097 match_part 0.971 52040 52212 match_72 match_part 0.991 50653 51097 match_part 0.993 52040 52309 match_part 1.000 52397 52446 match_73 match_part 0.960 50653 51097 match_part 0.951 52040 52245 match_74 match_part 0.989 50654 51097 match_part 1.000 52040 52271 match_75 match_part 1.000 50654 51097 match_part 1.000 52040 52149 match_76 match_part 0.966 50657 51097 match_part 0.981 52040 52309 match_part 0.915 52397 52443 match_77 match_part 0.964 50657 51097 match_part 0.981 52040 52246 match_78 match_part 0.964 50657 51097 match_part 0.991 52040 52148 match_79 match_part 0.952 50657 51097 match_80 match_part 0.963 50657 51084 match_81 match_part 1.000 50658 51097 match_part 1.000 52040 52185 match_82 match_part 1.000 50658 51097 match_part 1.000 52040 52140 match_83 match_part 0.954 50659 51097 match_part 0.983 52040 52099 match_84 match_part 0.993 50662 51097 match_part 1.000 52040 52309 match_part 0.993 52397 52545 match_85 match_part 0.998 50663 51097 match_part 1.000 52040 52099 match_86 match_part 0.963 50667 51097 match_part 0.986 52040 52179 match_87 match_part 0.954 50667 51034 match_88 match_part 0.995 50668 51097 match_part 0.995 52040 52243 match_89 match_part 0.942 50668 50943 match_90 match_part 0.995 50669 51097 match_part 0.991 52040 52147 match_91 match_part 0.956 50669 51097 match_part 0.980 52040 52088 match_92 match_part 0.998 50670 51097 match_part 0.983 52040 52099 match_93 match_part 1.000 50671 51097 match_part 0.983 52040 52099 match_94 match_part 1.000 50672 51097 match_part 1.000 52040 52309 match_part 1.000 52397 52431 match_95 match_part 1.000 50680 51070 match_96 match_part 0.992 50681 51070 match_97 match_part 0.993 50682 51097 match_part 1.000 52040 52103 match_98 match_part 1.000 50682 51097 match_part 0.984 52040 52101 match_99 match_part 1.000 50690 51097 match_part 1.000 52040 52258 match_100 match_part 0.976 50698 51034 match_101 match_part 0.965 50699 51097 match_part 0.967 52040 52309 match_part 0.943 52397 52431 match_102 match_part 0.985 50700 51097 match_part 0.984 52040 52101 match_103 match_part 0.977 50710 51097 match_part 1.000 52040 52102 match_104 match_part 1.000 50731 51097 match_part 1.000 52040 52219 match_105 match_part 0.961 50737 51097 match_part 0.952 52040 52143 match_106 match_part 0.997 50756 51097 match_part 1.000 52040 52309 match_part 0.995 52397 52617 match_107 match_part 0.963 50801 51097 match_part 0.976 52040 52245 match_108 match_part 1.000 50937 51097 match_part 1.000 52040 52309 match_part 0.987 52397 52548 match_109 match_part 0.967 50948 51097 match_part 0.974 52040 52309 match_part 0.967 52397 52635 match_110 match_part 1.000 50971 51097 match_part 1.000 52040 52309 match_part 1.000 52397 52475 match_111 match_part 0.955 50987 51097 match_part 0.981 52040 52309 match_part 0.989 52397 52671 match_112 match_part 0.972 51026 51097 match_part 0.981 52040 52309 match_part 0.973 52397 52770 match_113 match_part 1.000 51028 51097 match_part 1.000 52040 52309 match_part 0.992 52397 52991 match_114 match_part 0.929 51028 51097 match_part 1.000 52040 52309 match_part 0.990 52397 52783 match_115 match_part 0.970 51032 51097 match_part 0.981 52040 52309 match_part 0.989 52397 52571 match_116 match_part 1.000 51056 51097 match_part 0.981 52040 52309 match_part 0.983 52397 52697 match_117 match_part 0.949 51059 51097 match_part 1.000 52040 52309 match_part 1.000 52397 52475 match_118 match_part 1.000 51077 51097 match_part 1.000 52040 52309 match_part 0.998 52397 52803 match_119 match_part 0.941 52040 52107 match_part 0.973 52160 52309 match_part 0.975 52397 52836 match_120 match_part 1.000 52040 52309 match_part 1.000 52397 52579 match_121 match_part 0.996 52040 52309 match_part 1.000 52397 52419 match_122 match_part 0.965 52081 52309 match_part 1.000 52397 52693 match_123 match_part 0.991 52087 52309 match_part 0.995 52397 53033 match_124 match_part 1.000 52122 52309 match_part 0.993 52397 52985 match_125 match_part 1.000 52122 52309 match_part 0.997 52397 52706 match_126 match_part 1.000 52123 52309 match_part 1.000 52397 52787 match_127 match_part 0.968 52186 52309 match_part 0.988 52397 52968 match_128 match_part 0.992 52186 52309 match_part 0.984 52397 52897 match_129 match_part 0.987 52233 52309 match_part 0.983 52397 53244 match_130 match_part 1.000 52235 52309 match_part 1.000 52397 52798 match_131 match_part 0.983 52250 52309 match_part 0.988 52397 52995 match_132 match_part 0.981 52257 52309 match_part 0.984 52397 52890 match_133 match_part 0.981 52257 52309 match_part 1.000 52397 52726 match_134 match_part 1.000 52289 52309 match_part 0.997 52397 53150 match_135 match_part 1.000 52289 52309 match_part 1.000 52397 52898 match_136 match_part 1.000 52289 52309 match_part 0.970 52397 52824 match_137 match_part 1.000 52289 52309 match_part 1.000 52397 52798 match_138 match_part 0.972 52368 52837 match_139 match_part 0.967 52400 53096 match_140 match_part 0.945 52410 53161 match_141 match_part 0.979 52412 53213 match_142 match_part 1.000 52412 52922 match_143 match_part 0.963 52506 53213 match_144 match_part 0.952 52614 53213 match_145 match_part 0.987 52621 53223 match_146 match_part 0.987 52621 53223 match_147 match_part 0.989 52757 53224 match_148 match_part 0.991 52791 53244 match_149 match_part 0.983 52822 53244 match_150 match_part 1.000 52834 53213 match_151 match_part 0.989 52862 53213 match_152 match_part 0.991 52862 53213 match_153 match_part 1.000 52974 53244 match_154 match_part 0.994 61829 62311 match_155 match_part 0.996 61829 62311 match_156 match_part 0.977 75987 76074 match_part 1.000 76727 77202 match_part 1.000 77925 78356 match_part 1.000 79191 79749 match_part 0.987 80135 80522 match_157 match_part 0.971 76007 76074 match_part 0.919 76727 77061 match_158 match_part 0.985 76008 76074 match_part 0.998 76727 77199 match_159 match_part 0.928 76013 76095 match_part 0.976 76727 77061 match_160 match_part 0.918 76014 76074 match_part 0.975 76727 77081 match_161 match_part 0.983 76015 76074 match_part 1.000 76727 77202 match_part 0.500 77286 77291 match_162 match_part 0.891 76020 76074 match_part 1.000 76727 77202 match_part 0.990 77925 78223 match_163 match_part 0.973 76719 77202 match_part 1.000 77925 77986 match_164 match_part 1.000 76873 77202 match_part 1.000 77925 78356 match_part 1.000 79191 79260 match_165 match_part 1.000 77170 77202 match_part 1.000 77925 78356 match_part 0.995 79191 79613 match_166 match_part 0.953 77953 78356 match_part 1.000 79191 79317 match_167 match_part 0.975 78038 78356 match_part 0.941 79191 79241 match_168 match_part 0.996 78107 78356 match_part 1.000 79191 79372 match_169 match_part 0.980 78308 78356 match_part 0.975 79191 79749 match_part 0.854 80135 80257 match_170 match_part 0.995 79191 79749 match_part 1.000 80135 80368 match_171 match_part 1.000 79211 79585 match_172 match_part 0.994 79250 79749 match_part 1.000 80135 80182 match_173 match_part 0.960 79301 79749 match_part 0.930 80135 80220 match_174 match_part 1.000 79369 79749 match_part 0.968 80135 80483 match_175 match_part 1.000 79369 79749 match_part 1.000 80135 80294 match_176 match_part 1.000 79369 79749 match_part 1.000 80135 80267 match_177 match_part 0.909 79386 79749 match_part 0.972 80135 80485 match_178 match_part 0.932 79560 79749 match_part 0.958 80135 80539 match_179 match_part 0.982 79636 79749 match_part 1.000 80135 80603 match_part 0.891 81803 81848 match_180 match_part 0.851 79676 79749 match_part 0.958 80135 80564 match_181 match_part 0.964 79694 79749 match_part 0.944 80135 80596 match_182 match_part 1.000 79731 79749 match_part 1.000 80135 80551 match_183 match_part 0.964 80159 80573 match_184 match_part 0.932 80237 80572 match_185 match_part 1.000 87930 88054 match_part 1.000 89083 89264 match_part 1.000 89345 89402 match_part 1.000 89781 89902 match_part 0.957 90036 90196 match_186 match_part 0.932 88972 89264 match_part 1.000 89345 89402 match_part 0.984 89781 89902 match_part 0.990 90036 90132 match_187 match_part 0.954 89597 89902 match_part 0.952 90036 90243 match_part 0.968 90329 90390 match_188 match_part 1.000 89658 89697 match_part 1.000 89781 89902 match_part 1.000 90036 90243 match_part 1.000 90329 90507 match_part 1.000 90583 90637 match_part 1.000 90761 90804 match_189 match_part 1.000 89658 89697 match_part 1.000 89781 89902 match_part 1.000 90036 90243 match_part 1.000 90329 90507 match_part 1.000 90583 90637 match_part 1.000 90761 90767 match_190 match_part 1.000 89658 89697 match_part 1.000 89781 89902 match_part 1.000 90036 90243 match_part 1.000 90329 90507 match_part 1.000 90583 90637 match_part 1.000 90761 90767 match_191 match_part 0.983 89671 89902 match_part 1.000 90036 90243 match_part 1.000 90329 90487 match_192 match_part 1.000 89796 89902 match_part 0.981 90036 90243 match_part 0.966 90329 90507 match_part 1.000 90583 90637 match_part 1.000 90761 90822 match_193 match_part 1.000 89818 89902 match_part 1.000 90036 90243 match_part 1.000 90329 90507 match_part 1.000 90583 90637 match_part 1.000 90761 90830 match_part 1.000 90907 90985 match_194 match_part 0.968 90087 90243 match_part 1.000 90329 90507 match_part 1.000 90583 90637 match_part 1.000 90761 90830 match_part 1.000 90907 90997 match_part 0.921 91094 91233 match_195 match_part 1.000 90168 90243 match_part 1.000 90329 90507 match_part 1.000 90583 90637 match_part 1.000 90761 90830 match_part 1.000 90907 90997 match_part 0.997 91094 91444 match_part 1.000 91513 91536 match_196 match_part 0.990 92377 93050 match_197 match_part 0.989 92871 93060 match_198 match_part 0.996 120532 120775 match_part 1.000 120930 121057 match_part 1.000 122067 122175 match_part 1.000 122614 122695 match_part 1.000 122766 122836 match_part 0.952 123514 123555 match_part 1.000 123838 123962 match_part 1.000 124266 124359 match_part 1.000 124514 124580 match_part 1.000 124693 124880 match_part 1.000 124963 125068 match_part 1.000 125616 125702 match_part 0.998 126080 126559 match_199 match_part 1.000 120602 120775 match_part 1.000 120930 121057 match_part 1.000 122067 122175 match_part 1.000 122614 122695 match_part 1.000 122766 122773 match_200 match_part 1.000 120603 120775 match_part 1.000 120930 121057 match_part 1.000 122067 122175 match_part 1.000 122614 122695 match_part 1.000 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116005 match_part 0.960 115902 115802 match_part 0.997 114549 114189 match_367 match_part 0.935 116127 116005 match_part 0.861 115902 115802 match_part 0.989 114549 114375 match_368 match_part 0.955 117039 116728 match_part 0.964 116256 116005 match_part 1.000 115902 115802 match_part 1.000 114549 114411 match_369 match_part 0.976 117060 116728 match_part 0.972 116256 116005 match_part 1.000 115902 115802 match_part 0.933 114549 114490 match_370 match_part 1.000 116813 116728 match_part 1.000 116256 116005 match_part 1.000 115902 115802 match_371 match_part 1.000 117078 116728 match_part 1.000 116256 116005 match_part 1.000 115902 115867 match_372 match_part 1.000 117078 116728 match_part 1.000 116256 116005 match_part 0.943 115902 115868 match_373 match_part 0.976 117059 116728 match_part 0.970 116256 116021 match_374 match_part 0.986 135626 135199 match_375 match_part 0.986 135626 135199 match_376 match_part 1.000 137353 137328 match_part 0.966 137231 137025 match_part 0.919 136054 135659 match_377 match_part 0.975 137406 137328 match_part 0.966 137231 137025 match_part 0.966 136054 135673 match_378 match_part 0.842 138672 138489 match_part 1.000 137893 137853 match_part 0.980 137749 137651 match_part 0.982 137569 137513 match_part 0.984 137391 137328 match_part 0.966 137231 137025 match_part 0.899 136054 135936 match_379 match_part 0.833 138668 138489 match_part 1.000 137893 137853 match_part 0.980 137749 137651 match_part 0.982 137569 137513 match_part 0.984 137391 137328 match_part 0.971 137231 137025 match_part 0.949 136054 135976 match_380 match_part 0.856 138668 138489 match_part 1.000 137893 137853 match_part 0.980 137749 137651 match_part 0.982 137569 137513 match_part 1.000 137391 137328 match_part 0.961 137231 137025 match_part 0.941 136054 136004 match_381 match_part 0.960 137402 137328 match_part 0.918 137231 136661 match_382 match_part 0.861 138646 138489 match_part 1.000 137893 137853 match_part 0.980 137749 137651 match_part 0.982 137569 137513 match_part 1.000 137391 137328 match_part 0.951 137231 137047 match_383 match_part 0.850 138661 138489 match_part 1.000 137893 137853 match_part 0.980 137749 137651 match_part 0.982 137569 137513 match_part 1.000 137391 137328 match_part 0.931 137231 137203 match_384 match_part 0.955 148613 148325 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 1117 942 exon 498 73 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 10994 10842 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 15320 14951 exon 14882 14834 exon 14748 14697 exon 12367 12204 exon 11910 11797 exon 11370 11112 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 18614 17841 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 18613 17889 exon 17826 17741 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 17906 18583 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 25711 25613 exon 25502 25393 exon 24951 24681 exon 24589 24487 exon 24213 24013 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 24943 24681 exon 24589 24316 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 30364 30345 exon 29752 29659 exon 29469 29372 exon 29126 29057 exon 28253 28150 exon 28056 27940 exon 27803 27727 exon 27611 27567 exon 27109 26376 gene_10 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 29127 29057 exon 28253 28150 exon 28056 27940 exon 27803 27727 exon 27611 27567 exon 27109 26376 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 26411 26806 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 33152 33004 exon 32651 32357 exon 31334 31192 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 43233 43431 exon 43525 43612 exon 43735 43921 exon 44019 44109 exon 45622 45657 exon 45785 45883 exon 46589 46719 exon 46870 46918 exon 47005 47094 exon 47174 47227 exon 47701 47766 exon 48323 48420 exon 48507 48716 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 50567 51097 exon 52040 52309 exon 52397 53244 gene_15 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 50591 51097 exon 52040 52107 exon 52160 52309 exon 52397 53244 gene_16 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 52368 53244 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 53268 52426 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 56668 56293 exon 55938 55876 exon 55765 55691 exon 55328 54996 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 58566 58148 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 64736 64425 exon 64345 64223 exon 64142 64072 exon 62320 61828 gene_21 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 64345 64340 exon 64245 64223 exon 64142 64072 exon 62320 61808 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 61829 62311 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 73142 72889 exon 72783 72672 exon 71170 71097 exon 70965 70773 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 75987 76074 exon 76727 77202 exon 77925 78356 exon 79191 79749 exon 80135 80603 exon 81803 81848 gene_25 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 76719 77202 exon 77925 78356 exon 79191 79749 exon 80135 80603 exon 81803 81848 gene_26 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 76013 76095 exon 76727 77202 exon 77925 78356 exon 79191 79749 exon 80135 80603 exon 81803 81848 gene_27 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 76007 76074 exon 76727 77202 exon 77286 77291 gene_28 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 80561 80137 gene_29 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 86681 86623 exon 84847 84467 exon 83865 83796 exon 83272 83106 exon 82998 82925 exon 82561 82285 gene_30 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 89597 89902 exon 90036 90243 exon 90329 90507 exon 90583 90637 exon 90761 90830 exon 90907 90997 exon 91094 91444 exon 91513 91536 gene_31 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 89658 89697 exon 89781 89902 exon 90036 90243 exon 90329 90507 exon 90583 90637 exon 90761 90830 exon 90907 90997 exon 91094 91444 exon 91513 91536 gene_32 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 88972 89264 exon 89345 89402 exon 89781 89902 exon 90036 90243 exon 90329 90507 exon 90583 90637 exon 90761 90830 exon 90907 90997 exon 91094 91444 exon 91513 91536 gene_33 gene GT_PGL_21_AGS_4 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 87930 88054 exon 89083 89264 exon 89345 89402 exon 89781 89902 exon 90036 90243 exon 90329 90507 exon 90583 90637 exon 90761 90830 exon 90907 90997 exon 91094 91444 exon 91513 91536 gene_34 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 92377 93060 gene_35 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 96676 96556 exon 96409 96311 exon 96228 96178 exon 94874 94701 exon 94398 94339 exon 93810 93468 gene_36 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 96676 96556 exon 96409 96311 exon 96228 96178 exon 94874 94701 exon 94398 94339 exon 93810 93595 exon 93514 93507 gene_37 gene GT_PGL_23_AGS_3 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 96056 95150 gene_38 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 104019 103440 exon 102829 102679 exon 102593 102411 exon 101847 101773 exon 101674 101519 exon 101432 101337 exon 101234 101101 exon 101005 100924 exon 100519 99869 gene_39 gene GT_PGL_24_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 104019 103440 exon 102829 102679 exon 102593 102410 gene_40 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 117078 116728 exon 116256 116005 exon 115902 115802 exon 114549 113671 gene_41 gene GT_PGL_25_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 117078 116728 exon 116256 116005 exon 115902 115802 exon 114549 113695 exon 113337 113318 gene_42 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 120532 120775 exon 120930 121057 exon 122067 122175 exon 122614 122695 exon 122766 122836 exon 123514 123555 exon 123838 123962 exon 124266 124359 exon 124514 124580 exon 124693 124880 exon 124963 125068 exon 125616 125702 exon 126080 126559 gene_43 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 133488 133540 exon 133735 133909 exon 134199 134492 gene_44 gene GT_PGL_28_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 135626 135199 gene_45 gene GT_PGL_29_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 138672 138489 exon 137893 137853 exon 137749 137651 exon 137569 137513 exon 137391 137328 exon 137231 137025 exon 136054 135659 gene_46 gene GT_PGL_29_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 137406 137328 exon 137231 137025 exon 136054 135659 gene_47 gene GT_PGL_29_AGS_3 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 137402 137328 exon 137231 136661 gene_48 gene GT_PGL_30_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 141946 142024 exon 142116 142249 exon 142660 142732 exon 143300 143382 exon 144117 144155 exon 144272 144342 exon 144410 144524 exon 144601 145029 gene_49 gene GT_PGL_30_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 141983 142249 exon 142660 142732 exon 143300 143382 exon 144117 144155 exon 144272 144342 exon 144410 144524 exon 144601 145029 gene_50 gene GT_PGL_30_AGS_3 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 142423 142426 exon 142660 142732 exon 143300 143382 exon 144117 144155 exon 144272 144342 exon 144410 144524 exon 144601 145029 gene_51 gene GT_PGL_30_AGS_4 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 143975 144155 exon 144272 144342 exon 144410 144524 exon 144601 145029 gene_52 gene GT_PGL_31_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 145651 145878 exon 146005 146088 exon 146388 146439 exon 148035 148191 exon 148342 148637 gene_53 gene GT_PGL_31_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 145663 145878 exon 146005 146088 exon 146388 146439 exon 148035 148149 exon 148397 148588 gene_54 gene GT_PGL_31_AGS_3 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 145666 146088 exon 146388 146557 gene_55 gene GT_PGL_31_AGS_4 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 145620 146088 exon 146388 146439 exon 148035 148191 exon 148342 148564 gene_56 gene GT_PGL_32_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 148613 148325 gene_57 gene GT_PGL_33_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 149084 149389 exon 149486 149610 exon 150680 150909 exon 151582 151621 exon 151699 151790 exon 152471 152890 gene_58 gene GT_PGL_34_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 154884 155091 exon 155218 155440 exon 156662 156945 gene_59 gene GT_PGL_34_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 154965 155091 exon 155213 155440 exon 156662 156945 RepeatMasker tomato repeats master Copia00094 4310 4464 1 Copia00094 4310 4464 1 nucleotide_motif 1100 21779 21936 Unknown00034 1 4014 1 Unknown00034 1 4014 1 nucleotide_motif 2144 21803 22122 SONATA2 1 253 1 SONATA2 1 253 1 nucleotide_motif 467 28361 28560 Copia00110 13159 13264 1 Copia00110 13159 13264 1 nucleotide_motif 402 35238 35251 HarbN_I 2 204 1 HarbN_I 2 204 1 nucleotide_motif 984 35374 35604 Copia00110 13416 13522 1 Copia00110 13416 13522 1 nucleotide_motif 360 35607 35708 Copia00039 260 412 1 Copia00039 260 412 1 nucleotide_motif 781 37445 37597 TS2 522 655 1 TS2 522 655 1 nucleotide_motif 614 47859 47992 Copia00151 10053 10212 1 Copia00151 10053 10212 1 nucleotide_motif 491 47870 48022 Copia00094 4305 4465 1 Copia00094 4305 4465 1 nucleotide_motif 807 60655 60812 Unknown00034 3704 3995 1 Unknown00034 3704 3995 1 nucleotide_motif 1802 60682 60963 Copia00172 5199 5319 1 Copia00172 5199 5319 1 nucleotide_motif 428 76539 76660 Copia00172 1105 1285 1 Copia00172 1105 1285 1 nucleotide_motif 700 77543 77714 TS2 501 640 1 TS2 501 640 1 nucleotide_motif 655 78905 79050 Copia00172 1853 2080 1 Copia00172 1853 2080 1 nucleotide_motif 521 97644 97861 SONATA2 1 169 1 SONATA2 1 169 1 nucleotide_motif 903 104551 104719 Unknown00019 41 254 1 Unknown00019 41 254 1 nucleotide_motif 529 105120 105339 Copia00105 8612 8660 1 Copia00105 8612 8660 1 nucleotide_motif 238 116581 116631 Unknown00046 1869 2069 1 Unknown00046 1869 2069 1 nucleotide_motif 616 119307 119502 TS 58 133 1 TS 58 133 1 nucleotide_motif 348 149983 150062 Gypsy00162 493 558 1 Gypsy00162 493 558 1 nucleotide_motif 248 153706 153770 Copia00172 5195 5315 1 Copia00172 5195 5315 1 nucleotide_motif 682 156028 156148 RepeatMasker tomato repeats master Unknown00025 224 482 -1 Unknown00025 224 482 -1 nucleotide_motif 583 1542 1271 TS2 579 650 -1 TS2 579 650 -1 nucleotide_motif 467 24454 24383 TS2 527 620 -1 TS2 527 620 -1 nucleotide_motif 518 30166 30070 Unknown00019 620 705 -1 Unknown00019 620 705 -1 nucleotide_motif 441 35237 35151 Copia00039 264 410 -1 Copia00039 264 410 -1 nucleotide_motif 925 37674 37528 Unknown00025 240 490 -1 Unknown00025 240 490 -1 nucleotide_motif 454 38461 38205 Unknown00037 4507 4569 -1 Unknown00037 4507 4569 -1 nucleotide_motif 268 41659 41594 Gypsy00205 5830 5871 -1 Gypsy00205 5830 5871 -1 nucleotide_motif 285 42195 42154 Gypsy00043 530 1315 -1 Gypsy00043 530 1315 -1 nucleotide_motif 4332 58817 58122 SONATA1 1 135 -1 SONATA1 1 135 -1 nucleotide_motif 318 80061 79952 Copia00151 8216 8371 -1 Copia00151 8216 8371 -1 nucleotide_motif 564 99150 98997 Copia00110 13216 13619 -1 Copia00110 13216 13619 -1 nucleotide_motif 1725 105670 105291 Unknown00046 1896 2068 -1 Unknown00046 1896 2068 -1 nucleotide_motif 625 106780 106610 Unknown00025 246 469 -1 Unknown00025 246 469 -1 nucleotide_motif 578 109403 109199 Copia00143 125 220 -1 Copia00143 125 220 -1 nucleotide_motif 323 111288 111198 Gypsy00071 3410 3469 -1 Gypsy00071 3410 3469 -1 nucleotide_motif 240 119895 119836 Copia00143 43 176 -1 Copia00143 43 176 -1 nucleotide_motif 308 129503 129368 Copia00143 49 152 -1 Copia00143 49 152 -1 nucleotide_motif 289 129618 129508 Copia00143 102 163 -1 Copia00143 102 163 -1 nucleotide_motif 252 129704 129643 Copia00143 43 153 -1 Copia00143 43 153 -1 nucleotide_motif 253 130382 130277 Copia00151 8334 8464 -1 Copia00151 8334 8464 -1 nucleotide_motif 332 141448 141317 Copia00172 5195 5315 -1 Copia00172 5195 5315 -1 nucleotide_motif 274 152000 151892 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2369 80603 81797 match_2 match 2109 39067 40202 match_3 match 2422 31435 32656 match_4 match 2970 17472 19086 match_5 match 3128 3433 5058 match_6 match 3263 13919 15564 match_7 match 3164 7110 8777 match_8 match 3642 34754 36752 match_9 match 5140 46868 49568 match_10 match 5652 11034 13905 match_11 match 6171 22406 25518 match_12 match 41654 46837 match_13 match 25608 31400 match_14 match 2111 108173 109258 match_15 match 2672 85798 87145 match_16 match 2654 141585 142944 match_17 match 2748 128409 129794 match_18 match 3572 94566 96436 match_19 match 4347 105265 107526 match_20 match 4433 109275 111588 match_21 match 4881 142973 145488 match_22 match 5103 123267 125861 match_23 match 5247 129842 132578 match_24 match 5961 120188 123245 match_25 match 6881 145980 149567 match_26 match 7838 99745 103830 match_27 match 89028 94116 match_28 match 132677 138368 match_29 match 2129 71729 72802 match_30 match 2111 108173 109258 match_31 match 2149 68082 69216 match_32 match 2654 141585 142944 match_33 match 2748 128409 129794 match_34 match 2722 54331 55790 match_35 match 2942 66499 68024 match_36 match 3572 94566 96436 match_37 match 4167 69490 71642 match_38 match 4347 105265 107526 match_39 match 4433 109275 111588 match_40 match 4476 47569 49934 match_41 match 4881 142973 145488 match_42 match 5103 123267 125861 match_43 match 5247 129842 132578 match_44 match 5628 61326 64263 match_45 match 5961 120188 123245 match_46 match 6476 145980 149339 match_47 match 7020 50685 54309 match_48 match 7838 99745 103830 match_49 match 8603 76195 80603 match_50 match 89028 94116 match_51 match 81798 87145 match_52 match 132677 138368 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 353 72625 72802 match_2 match 361 72885 73066 match_3 match 684 73081 73437 match_4 match 726 151 516 match_5 match 1449 62586 63352 match_6 match 1211 130285 130952 match_7 match 1181 81910 82512 match_8 match 367 711 895 match_9 match 381 930 1121 match_10 match 1291 81861 82511 match_11 match 367 711 895 match_12 match 381 930 1121 match_13 match 1223 148879 149572 match_14 match 1364 105444 106135 match_15 match 914 78129 78593 match_16 match 1336 29111 29832 match_17 match 1051 34792 35321 match_18 match 763 140433 140859 match_19 match 842 30760 31219 match_20 match 248 21806 21941 match_21 match 722 532 895 match_22 match 591 211 516 match_23 match 722 532 895 match_24 match 591 211 516 match_25 match 1304 130580 131262 match_26 match 900 17472 17973 match_27 match 1322 130543 131255 match_28 match 486 17472 17744 match_29 match 1005 144047 144553 match_30 match 278 4904 5055 match_31 match 1201 131114 131719 match_32 match 1310 113875 114535 match_33 match 361 72885 73066 match_34 match 476 73081 73320 match_35 match 555 4442 4737 match_36 match 321 32687 32848 match_37 match 579 32365 32656 match_38 match 1057 150407 150939 match_39 match 1213 123634 124245 match_40 match 1120 87163 87727 match_41 match 305 123092 123245 match_42 match 954 123267 123747 match_43 match 761 43001 43405 match_44 match 1138 105265 105838 match_45 match 361 72885 73066 match_46 match 728 73081 73447 match_47 match 309 65536 65691 match_48 match 944 65026 65522 match_49 match 276 96804 96942 match_50 match 319 97163 97323 match_51 match 387 97337 97531 match_52 match 1072 34851 35391 match_53 match 599 75093 75415 match_54 match 1084 91567 92113 match_55 match 1429 128802 129522 match_56 match 248 21806 21941 match_57 match 605 76499 76811 match_58 match 605 50838 51154 match_59 match 1302 7757 8461 match_60 match 1164 135023 135609 match_61 match 490 61688 61970 match_62 match 291 55644 55790 match_63 match 769 55843 56251 match_64 match 924 52727 53203 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.910 17906 18583 match_2 match_part 0.995 43239 43431 match_part 1.000 43525 43612 match_part 1.000 43735 43921 match_part 1.000 44019 44109 match_part 1.000 45622 45657 match_part 1.000 45785 45883 match_part 1.000 46589 46719 match_part 1.000 46870 46918 match_part 1.000 47005 47034 match_3 match_part 1.000 50567 51097 match_part 0.988 52040 52199 match_4 match_part 0.996 50588 51097 match_part 1.000 52040 52309 match_part 1.000 52397 53237 match_5 match_part 1.000 50590 51097 match_part 1.000 52040 52309 match_part 1.000 52397 53237 match_6 match_part 1.000 50591 51097 match_part 0.984 52040 52101 match_7 match_part 1.000 50593 51097 match_part 1.000 52040 52102 match_8 match_part 0.980 50596 51094 match_9 match_part 1.000 50597 51097 match_part 0.992 52040 52281 match_10 match_part 1.000 50597 51097 match_part 1.000 52040 52179 match_11 match_part 1.000 50597 51097 match_part 1.000 52040 52140 match_12 match_part 0.998 50597 51088 match_13 match_part 0.963 50597 50891 match_14 match_part 1.000 50598 51097 match_part 0.995 52040 52252 match_15 match_part 1.000 50598 51097 match_part 1.000 52040 52161 match_16 match_part 0.970 50600 51097 match_part 0.996 52040 52309 match_part 0.962 52397 52422 match_17 match_part 0.974 50603 51097 match_part 1.000 52040 52309 match_part 1.000 52397 52452 match_18 match_part 0.996 50616 51097 match_part 1.000 52040 52084 match_19 match_part 1.000 50617 51058 match_20 match_part 1.000 50623 50819 match_21 match_part 0.987 50626 51070 match_22 match_part 1.000 50627 51097 match_part 0.983 52040 52159 match_23 match_part 0.972 50629 51097 match_part 1.000 52040 52309 match_part 0.989 52397 52585 match_24 match_part 1.000 50632 51097 match_part 0.991 52040 52254 match_25 match_part 0.981 50634 51097 match_part 1.000 52040 52309 match_part 0.944 52397 52557 match_26 match_part 1.000 50634 51097 match_part 0.984 52040 52295 match_27 match_part 1.000 50634 51097 match_part 0.941 52040 52073 match_28 match_part 0.983 50635 51097 match_part 0.980 52040 52235 match_29 match_part 0.988 50639 51047 match_30 match_part 0.974 50641 51097 match_part 0.967 52040 52309 match_part 0.926 52397 52423 match_31 match_part 0.985 50642 51097 match_part 1.000 52040 52309 match_part 0.943 52397 52502 match_32 match_part 0.989 50646 51097 match_part 1.000 52040 52309 match_part 0.986 52397 52543 match_33 match_part 0.989 50646 51097 match_part 1.000 52040 52309 match_part 0.983 52397 52514 match_34 match_part 0.989 50646 51097 match_part 1.000 52040 52309 match_part 0.990 52397 52501 match_35 match_part 0.995 50647 50865 match_36 match_part 0.988 50651 50816 match_37 match_part 0.991 50653 51097 match_part 0.993 52040 52309 match_part 1.000 52397 52446 match_38 match_part 0.989 50654 51097 match_part 1.000 52040 52271 match_39 match_part 1.000 50654 51097 match_part 1.000 52040 52149 match_40 match_part 1.000 50658 51097 match_part 1.000 52040 52185 match_41 match_part 1.000 50658 51097 match_part 1.000 52040 52140 match_42 match_part 0.954 50659 51097 match_part 0.983 52040 52099 match_43 match_part 0.993 50662 51097 match_part 1.000 52040 52309 match_part 0.993 52397 52545 match_44 match_part 0.998 50663 51097 match_part 1.000 52040 52099 match_45 match_part 0.995 50668 51097 match_part 0.995 52040 52243 match_46 match_part 0.995 50669 51097 match_part 0.991 52040 52147 match_47 match_part 0.956 50669 51097 match_part 0.980 52040 52088 match_48 match_part 0.998 50670 51097 match_part 0.983 52040 52099 match_49 match_part 1.000 50671 51097 match_part 0.983 52040 52099 match_50 match_part 1.000 50672 51097 match_part 1.000 52040 52309 match_part 1.000 52397 52431 match_51 match_part 1.000 50680 51070 match_52 match_part 0.992 50681 51070 match_53 match_part 0.993 50682 51097 match_part 1.000 52040 52103 match_54 match_part 1.000 50682 51097 match_part 0.984 52040 52101 match_55 match_part 1.000 50690 51097 match_part 1.000 52040 52258 match_56 match_part 0.976 50698 51034 match_57 match_part 0.985 50700 51097 match_part 0.984 52040 52101 match_58 match_part 0.977 50710 51097 match_part 1.000 52040 52102 match_59 match_part 1.000 50731 51097 match_part 1.000 52040 52219 match_60 match_part 0.961 50737 51097 match_part 0.952 52040 52143 match_61 match_part 0.997 50756 51097 match_part 1.000 52040 52309 match_part 0.995 52397 52617 match_62 match_part 1.000 50937 51097 match_part 1.000 52040 52309 match_part 0.987 52397 52548 match_63 match_part 1.000 50971 51097 match_part 1.000 52040 52309 match_part 1.000 52397 52475 match_64 match_part 1.000 51028 51097 match_part 1.000 52040 52309 match_part 0.992 52397 52991 match_65 match_part 0.929 51028 51097 match_part 1.000 52040 52309 match_part 0.990 52397 52783 match_66 match_part 0.949 51059 51097 match_part 1.000 52040 52309 match_part 1.000 52397 52475 match_67 match_part 1.000 51077 51097 match_part 1.000 52040 52309 match_part 0.998 52397 52803 match_68 match_part 1.000 52040 52309 match_part 1.000 52397 52579 match_69 match_part 0.996 52040 52309 match_part 1.000 52397 52419 match_70 match_part 0.965 52081 52309 match_part 1.000 52397 52693 match_71 match_part 0.991 52087 52309 match_part 0.995 52397 53033 match_72 match_part 1.000 52122 52309 match_part 0.993 52397 52985 match_73 match_part 1.000 52122 52309 match_part 0.997 52397 52706 match_74 match_part 1.000 52123 52309 match_part 1.000 52397 52787 match_75 match_part 0.992 52186 52309 match_part 0.984 52397 52897 match_76 match_part 0.987 52233 52309 match_part 0.983 52397 53244 match_77 match_part 1.000 52235 52309 match_part 1.000 52397 52798 match_78 match_part 0.981 52257 52309 match_part 1.000 52397 52726 match_79 match_part 1.000 52289 52309 match_part 0.997 52397 53150 match_80 match_part 1.000 52289 52309 match_part 1.000 52397 52898 match_81 match_part 1.000 52289 52309 match_part 0.970 52397 52824 match_82 match_part 1.000 52289 52309 match_part 1.000 52397 52798 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match_part 0.986 18610 17903 match_179 match_part 0.990 18610 17905 match_180 match_part 0.969 18232 17906 match_181 match_part 0.991 18611 17911 match_182 match_part 0.989 18574 17911 match_183 match_part 1.000 18594 18011 match_184 match_part 0.994 18601 18106 match_185 match_part 0.994 18601 18126 match_186 match_part 1.000 18590 18163 match_187 match_part 1.000 18613 18277 match_188 match_part 1.000 25711 25613 match_part 1.000 25502 25393 match_part 1.000 24951 24681 match_part 1.000 24589 24487 match_part 0.965 24213 24013 match_189 match_part 1.000 24943 24681 match_part 0.996 24589 24316 match_190 match_part 0.998 26955 26433 match_191 match_part 0.998 26955 26433 match_192 match_part 0.982 26930 26433 match_193 match_part 0.978 26928 26433 match_194 match_part 0.986 26955 26443 match_195 match_part 0.975 26956 26445 match_196 match_part 0.998 26955 26460 match_197 match_part 0.972 29127 29057 match_part 1.000 28253 28150 match_part 0.991 28056 27940 match_part 1.000 27803 27727 match_part 1.000 27611 27567 match_part 0.996 27109 26609 match_198 match_part 0.988 53222 52494 match_199 match_part 0.960 53216 52797 match_200 match_part 1.000 56517 56293 match_part 1.000 55938 55876 match_part 1.000 55765 55691 match_part 0.985 55328 54996 match_201 match_part 1.000 56668 56293 match_part 1.000 55938 55876 match_part 1.000 55765 55691 match_part 0.981 55328 55020 match_202 match_part 0.987 56667 56293 match_part 1.000 55938 55876 match_part 0.984 55765 55705 match_203 match_part 0.914 58566 58148 match_204 match_part 0.915 58566 58273 match_205 match_part 0.914 58566 58289 match_206 match_part 0.667 64345 64340 match_part 0.957 64245 64223 match_part 1.000 64142 64072 match_part 0.998 62320 61808 match_207 match_part 0.984 64345 64223 match_part 1.000 64142 64072 match_part 0.994 62320 61828 match_208 match_part 1.000 64130 64072 match_part 0.996 62320 61829 match_209 match_part 1.000 64240 64223 match_part 1.000 64142 64072 match_part 1.000 62320 61839 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94339 match_part 1.000 93810 93780 match_225 match_part 1.000 96566 96556 match_part 1.000 96409 96311 match_part 1.000 96228 96178 match_part 0.971 94874 94841 match_226 match_part 0.991 95825 95150 match_227 match_part 0.993 95825 95226 match_228 match_part 0.983 95824 95539 match_229 match_part 0.985 96056 95577 match_230 match_part 1.000 103742 103440 match_part 1.000 102829 102679 match_part 1.000 102593 102411 match_part 1.000 101847 101773 match_part 1.000 101674 101519 match_part 1.000 101432 101337 match_part 0.993 101234 101101 match_part 1.000 101005 100924 match_part 1.000 100519 99935 match_231 match_part 0.970 103803 103440 match_part 0.993 102829 102679 match_part 1.000 102593 102558 match_232 match_part 0.964 104019 103440 match_part 0.934 102829 102679 match_part 0.727 102593 102583 match_233 match_part 0.992 114359 113695 match_part 0.650 113337 113318 match_234 match_part 0.959 114251 113671 match_235 match_part 0.983 114081 113671 match_236 match_part 0.981 114048 113671 match_237 match_part 1.000 114388 113955 match_238 match_part 1.000 114389 113956 match_239 match_part 0.998 114388 113956 match_240 match_part 1.000 116133 116005 match_part 1.000 115902 115802 match_part 0.988 114549 113959 match_241 match_part 1.000 116007 116005 match_part 0.960 115902 115802 match_part 0.997 114549 114189 match_242 match_part 0.935 116127 116005 match_part 0.861 115902 115802 match_part 0.989 114549 114375 match_243 match_part 0.955 117039 116728 match_part 0.964 116256 116005 match_part 1.000 115902 115802 match_part 1.000 114549 114411 match_244 match_part 0.976 117060 116728 match_part 0.972 116256 116005 match_part 1.000 115902 115802 match_part 0.933 114549 114490 match_245 match_part 1.000 116813 116728 match_part 1.000 116256 116005 match_part 1.000 115902 115802 match_246 match_part 1.000 117078 116728 match_part 1.000 116256 116005 match_part 1.000 115902 115867 match_247 match_part 1.000 117078 116728 match_part 1.000 116256 116005 match_part 0.943 115902 115868 match_248 match_part 0.976 117059 116728 match_part 0.970 116256 116021 match_249 match_part 0.986 135626 135199 match_250 match_part 0.986 135626 135199 match_251 match_part 0.955 148613 148325 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 1117 942 exon 498 73 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 10994 10842 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 15320 14951 exon 14882 14834 exon 14748 14697 exon 12367 12204 exon 11910 11797 exon 11370 11335 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 18614 17841 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 18613 17889 exon 17826 17741 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 17906 18583 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 25711 25613 exon 25502 25393 exon 24951 24681 exon 24589 24487 exon 24213 24013 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 24943 24681 exon 24589 24316 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 29127 29057 exon 28253 28150 exon 28056 27940 exon 27803 27727 exon 27611 27567 exon 27109 26433 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 43239 43431 exon 43525 43612 exon 43735 43921 exon 44019 44109 exon 45622 45657 exon 45785 45883 exon 46589 46719 exon 46870 46918 exon 47005 47034 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 50567 51097 exon 52040 52309 exon 52397 53244 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 53222 52494 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 56668 56293 exon 55938 55876 exon 55765 55691 exon 55328 54996 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 58566 58148 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 64736 64425 exon 64345 64223 exon 64142 64072 exon 62320 61828 gene_16 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 64345 64340 exon 64245 64223 exon 64142 64072 exon 62320 61808 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 61829 62311 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 73141 72889 exon 72783 72672 exon 71170 71097 exon 70965 70773 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 75987 76074 exon 76727 77202 exon 77925 78356 exon 79191 79749 exon 80135 80603 exon 81803 81848 gene_20 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 76008 76074 exon 76727 77202 exon 77286 77291 gene_21 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 80561 80137 gene_22 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 86681 86623 exon 84847 84467 exon 83865 83796 exon 83272 83106 exon 82998 82925 exon 82561 82285 gene_23 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 89658 89697 exon 89781 89902 exon 90036 90243 exon 90329 90507 exon 90583 90637 exon 90761 90830 exon 90907 90997 exon 91094 91444 exon 91513 91536 gene_24 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 89671 89902 exon 90036 90243 exon 90329 90507 exon 90583 90637 exon 90761 90830 exon 90907 90997 exon 91094 91444 exon 91513 91536 gene_25 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 87930 88054 exon 89083 89264 exon 89345 89402 exon 89781 89902 exon 90036 90243 exon 90329 90507 exon 90583 90637 exon 90761 90830 exon 90907 90997 exon 91094 91444 exon 91513 91536 gene_26 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 92377 93060 gene_27 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 96676 96556 exon 96409 96311 exon 96228 96178 exon 94874 94701 exon 94398 94339 exon 93810 93468 gene_28 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 96676 96556 exon 96409 96311 exon 96228 96178 exon 94874 94701 exon 94398 94339 exon 93810 93595 exon 93514 93507 gene_29 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 96056 95150 gene_30 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 104019 103440 exon 102829 102679 exon 102593 102411 exon 101847 101773 exon 101674 101519 exon 101432 101337 exon 101234 101101 exon 101005 100924 exon 100519 99935 gene_31 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 117078 116728 exon 116256 116005 exon 115902 115802 exon 114549 113671 gene_32 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 117078 116728 exon 116256 116005 exon 115902 115802 exon 114549 113695 exon 113337 113318 gene_33 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 120532 120775 exon 120930 121057 exon 122067 122175 exon 122614 122695 exon 122766 122836 exon 123514 123555 exon 123838 123962 exon 124266 124359 exon 124514 124580 exon 124693 124880 exon 124963 125068 exon 125616 125702 exon 126080 126559 gene_34 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 133488 133540 exon 133735 133909 exon 134199 134492 gene_35 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 135626 135199 gene_36 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 141946 142024 exon 142116 142249 exon 142660 142732 exon 143300 143382 exon 144117 144155 exon 144272 144342 exon 144410 144524 exon 144601 145029 gene_37 gene GT_PGL_27_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 141983 142249 exon 142660 142732 exon 143300 143382 exon 144117 144155 exon 144272 144342 exon 144410 144524 exon 144601 145029 gene_38 gene GT_PGL_28_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 145651 145878 exon 146005 146088 exon 146388 146439 exon 148035 148191 exon 148342 148637 gene_39 gene GT_PGL_28_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 145620 146088 exon 146388 146439 exon 148035 148191 exon 148342 148564 gene_40 gene GT_PGL_29_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 148613 148325 gene_41 gene GT_PGL_30_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 149084 149389 exon 149486 149610 exon 150680 150909 exon 151582 151621 exon 151699 151790 exon 152471 152890 gene_42 gene GT_PGL_31_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 154965 155091 exon 155213 155440 exon 156662 156945 AUGUSTUS_tom_cdna de novo gene_1 gene 1 43354 50771 transcript_1 transcript 43354 50771 start_codon_1 start_codon 43354 43356 CDS_1 CDS 43354 43431 CDS_2 CDS 43525 43612 CDS_3 CDS 43735 43921 CDS_4 CDS 44019 44109 CDS_5 CDS 45622 45657 CDS_6 CDS 45785 45883 CDS_7 CDS 46589 46719 CDS_8 CDS 46870 46918 CDS_9 CDS 47005 47094 CDS_10 CDS 50580 50771 stop_codon_1 stop_codon 50769 50771 gene_2 gene 1 50920 53079 transcript_2 transcript 50920 53079 start_codon_2 start_codon 50920 50922 CDS_11 CDS 50920 51097 CDS_12 CDS 52040 52309 CDS_13 CDS 52397 53079 stop_codon_2 stop_codon 53077 53079 gene_3 gene 1 74534 76948 transcript_3 transcript 74534 76948 start_codon_3 start_codon 74534 74536 CDS_14 CDS 74534 74550 CDS_15 CDS 75939 76074 CDS_16 CDS 76727 76948 stop_codon_3 stop_codon 76946 76948 gene_4 gene 1 77011 80430 transcript_4 transcript 77011 80430 start_codon_4 start_codon 77011 77013 CDS_17 CDS 77011 77202 CDS_18 CDS 77925 78356 CDS_19 CDS 79191 79749 CDS_20 CDS 80135 80430 stop_codon_4 stop_codon 80428 80430 gene_5 gene 1 80671 81651 transcript_5 transcript 80671 81651 start_codon_5 start_codon 80671 80673 CDS_21 CDS 80671 81651 stop_codon_5 stop_codon 81649 81651 gene_6 gene 1 89169 92685 transcript_6 transcript 89169 92685 start_codon_6 start_codon 89169 89171 CDS_22 CDS 89169 89264 CDS_23 CDS 89345 89402 CDS_24 CDS 89781 89902 CDS_25 CDS 90036 90243 CDS_26 CDS 90329 90507 CDS_27 CDS 90583 90637 CDS_28 CDS 90761 90830 CDS_29 CDS 90907 90997 CDS_30 CDS 91094 91444 CDS_31 CDS 91513 91707 CDS_32 CDS 92260 92685 stop_codon_6 stop_codon 92683 92685 gene_7 gene 1 120642 126187 transcript_7 transcript 120642 126187 start_codon_7 start_codon 120642 120644 CDS_33 CDS 120642 120775 CDS_34 CDS 120930 121057 CDS_35 CDS 122067 122175 CDS_36 CDS 122614 122695 CDS_37 CDS 122766 122836 CDS_38 CDS 123514 123555 CDS_39 CDS 123838 123962 CDS_40 CDS 124266 124359 CDS_41 CDS 124514 124580 CDS_42 CDS 124693 124880 CDS_43 CDS 124963 125068 CDS_44 CDS 125616 125702 CDS_45 CDS 126080 126187 stop_codon_7 stop_codon 126185 126187 gene_8 gene 1 128110 134267 transcript_8 transcript 128110 134267 start_codon_8 start_codon 128110 128112 CDS_46 CDS 128110 128307 CDS_47 CDS 133325 133390 CDS_48 CDS 133467 133540 CDS_49 CDS 133735 133909 CDS_50 CDS 134199 134267 stop_codon_8 stop_codon 134265 134267 gene_9 gene 1 141976 144669 transcript_9 transcript 141976 144669 start_codon_9 start_codon 141976 141978 CDS_51 CDS 141976 142024 CDS_52 CDS 142116 142249 CDS_53 CDS 142660 142732 CDS_54 CDS 143300 143382 CDS_55 CDS 144117 144155 CDS_56 CDS 144272 144342 CDS_57 CDS 144410 144524 CDS_58 CDS 144601 144669 stop_codon_9 stop_codon 144667 144669 gene_10 gene 1 145714 148363 transcript_10 transcript 145714 148363 start_codon_10 start_codon 145714 145716 CDS_59 CDS 145714 145878 CDS_60 CDS 146005 146088 CDS_61 CDS 146388 146439 CDS_62 CDS 148035 148191 CDS_63 CDS 148342 148363 stop_codon_10 stop_codon 148361 148363 gene_11 gene 1 149240 152652 transcript_11 transcript 149240 152652 start_codon_11 start_codon 149240 149242 CDS_64 CDS 149240 149389 CDS_65 CDS 149486 149610 CDS_66 CDS 150680 150909 CDS_67 CDS 151582 151621 CDS_68 CDS 151699 151790 CDS_69 CDS 152471 152652 stop_codon_11 stop_codon 152650 152652 gene_12 gene 1 155335 156951 transcript_12 transcript 155335 156951 start_codon_12 start_codon 155335 155337 CDS_70 CDS 155335 155440 CDS_71 CDS 156662 156951 stop_codon_12 stop_codon 156949 156951 AUGUSTUS_tom_cdna de novo gene_13 gene 1 15315 1 transcript_13 transcript 15315 1 CDS_72 CDS 498 1 CDS_73 CDS 1127 942 CDS_74 CDS 11910 11820 CDS_75 CDS 12367 12204 CDS_76 CDS 14882 14812 CDS_77 CDS 15315 14951 start_codon_13 start_codon 15315 15313 gene_14 gene 1 18543 18076 transcript_14 transcript 18543 18076 stop_codon_13 stop_codon 18078 18076 CDS_78 CDS 18543 18076 start_codon_14 start_codon 18543 18541 gene_15 gene 1 25738 18576 transcript_15 transcript 25738 18576 stop_codon_14 stop_codon 18578 18576 CDS_79 CDS 18650 18576 CDS_80 CDS 23209 23131 CDS_81 CDS 23462 23330 CDS_82 CDS 23695 23601 CDS_83 CDS 24213 23856 CDS_84 CDS 24589 24487 CDS_85 CDS 24951 24681 CDS_86 CDS 25502 25393 CDS_87 CDS 25738 25613 start_codon_15 start_codon 25738 25736 gene_16 gene 1 42394 26662 transcript_16 transcript 42394 26662 stop_codon_15 stop_codon 26664 26662 CDS_88 CDS 27109 26662 CDS_89 CDS 27611 27567 CDS_90 CDS 27803 27727 CDS_91 CDS 28056 27940 CDS_92 CDS 28253 28150 CDS_93 CDS 29126 29057 CDS_94 CDS 30435 30345 CDS_95 CDS 30615 30523 CDS_96 CDS 42394 42318 start_codon_16 start_codon 42394 42392 gene_17 gene 1 60053 54945 transcript_17 transcript 60053 54945 stop_codon_16 stop_codon 54947 54945 CDS_97 CDS 55328 54945 CDS_98 CDS 55765 55691 CDS_99 CDS 55938 55876 CDS_100 CDS 56663 56293 CDS_101 CDS 60053 60035 start_codon_17 start_codon 60053 60051 gene_18 gene 1 73092 61996 transcript_18 transcript 73092 61996 stop_codon_17 stop_codon 61998 61996 CDS_102 CDS 62320 61996 CDS_103 CDS 64142 64072 CDS_104 CDS 64345 64223 CDS_105 CDS 64568 64425 CDS_106 CDS 70965 70390 CDS_107 CDS 71170 71097 CDS_108 CDS 72783 72672 CDS_109 CDS 73092 72889 start_codon_18 start_codon 73092 73090 gene_19 gene 1 84601 82501 transcript_19 transcript 84601 82501 stop_codon_18 stop_codon 82503 82501 CDS_110 CDS 82561 82501 CDS_111 CDS 82998 82925 CDS_112 CDS 83272 83106 CDS_113 CDS 83865 83796 CDS_114 CDS 84601 84467 start_codon_19 start_codon 84601 84599 gene_20 gene 1 96558 93769 transcript_20 transcript 96558 93769 stop_codon_19 stop_codon 93771 93769 CDS_115 CDS 93810 93769 CDS_116 CDS 94398 94339 CDS_117 CDS 94874 94701 CDS_118 CDS 96228 96178 CDS_119 CDS 96409 96311 CDS_120 CDS 96558 96556 start_codon_20 start_codon 96558 96556 gene_21 gene 1 103723 100181 transcript_21 transcript 103723 100181 stop_codon_20 stop_codon 100183 100181 CDS_121 CDS 100519 100181 CDS_122 CDS 101005 100924 CDS_123 CDS 101234 101101 CDS_124 CDS 101432 101337 CDS_125 CDS 101674 101519 CDS_126 CDS 101847 101773 CDS_127 CDS 102593 102411 CDS_128 CDS 102829 102679 CDS_129 CDS 103723 103440 start_codon_21 start_codon 103723 103721 gene_22 gene 1 117053 113873 transcript_22 transcript 117053 113873 stop_codon_21 stop_codon 113875 113873 CDS_130 CDS 114549 113873 CDS_131 CDS 115902 115802 CDS_132 CDS 116256 116005 CDS_133 CDS 117053 116728 start_codon_22 start_codon 117053 117051 gene_23 gene 1 139977 135599 transcript_23 transcript 139977 135599 stop_codon_22 stop_codon 135601 135599 CDS_134 CDS 136054 135599 CDS_135 CDS 137231 137025 CDS_136 CDS 137391 137328 CDS_137 CDS 137749 137651 CDS_138 CDS 139977 139937 start_codon_23 start_codon 139977 139975 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 80.82 149035 148954 AUGUSTUS_ab_initio de novo gene_1 gene 1 50695 53079 transcript_1 transcript 50695 53079 start_codon_1 start_codon 50695 50697 CDS_1 CDS 50695 51060 CDS_2 CDS 52168 52309 CDS_3 CDS 52397 53079 stop_codon_1 stop_codon 53077 53079 gene_2 gene 1 76777 80430 transcript_2 transcript 76777 80430 start_codon_2 start_codon 76777 76779 CDS_4 CDS 76777 77202 CDS_5 CDS 79191 79539 CDS_6 CDS 80135 80430 stop_codon_2 stop_codon 80428 80430 gene_3 gene 1 80671 81651 transcript_3 transcript 80671 81651 start_codon_3 start_codon 80671 80673 CDS_7 CDS 80671 81651 stop_codon_3 stop_codon 81649 81651 gene_4 gene 1 89169 90543 transcript_4 transcript 89169 90543 start_codon_4 start_codon 89169 89171 CDS_8 CDS 89169 89264 CDS_9 CDS 89345 89402 CDS_10 CDS 89781 89902 CDS_11 CDS 90036 90243 CDS_12 CDS 90329 90543 stop_codon_4 stop_codon 90541 90543 gene_5 gene 1 120642 147734 transcript_5 transcript 120642 147734 start_codon_5 start_codon 120642 120644 CDS_13 CDS 120642 120775 CDS_14 CDS 120930 121057 CDS_15 CDS 122067 122175 CDS_16 CDS 123838 123962 CDS_17 CDS 124730 124880 CDS_18 CDS 128175 128307 CDS_19 CDS 133325 133390 CDS_20 CDS 135865 136048 CDS_21 CDS 147625 147734 stop_codon_5 stop_codon 147732 147734 gene_6 gene 1 148052 152652 transcript_6 transcript 148052 152652 start_codon_6 start_codon 148052 148054 CDS_22 CDS 148052 148191 CDS_23 CDS 150680 150909 CDS_24 CDS 151582 151621 CDS_25 CDS 151699 151790 CDS_26 CDS 152471 152652 stop_codon_6 stop_codon 152650 152652 AUGUSTUS_ab_initio de novo gene_7 gene 1 15315 9871 transcript_7 transcript 15315 9871 stop_codon_7 stop_codon 9873 9871 CDS_27 CDS 9904 9871 CDS_28 CDS 11910 11774 CDS_29 CDS 12367 12204 CDS_30 CDS 14882 14812 CDS_31 CDS 15315 14951 start_codon_7 start_codon 15315 15313 gene_8 gene 1 42394 23326 transcript_8 transcript 42394 23326 stop_codon_8 stop_codon 23328 23326 CDS_32 CDS 23695 23326 CDS_33 CDS 24213 23856 CDS_34 CDS 24589 24487 CDS_35 CDS 24803 24681 CDS_36 CDS 27109 26758 CDS_37 CDS 27803 27727 CDS_38 CDS 28253 28150 CDS_39 CDS 29126 29057 CDS_40 CDS 30435 30345 CDS_41 CDS 30615 30523 CDS_42 CDS 42394 42318 start_codon_8 start_codon 42394 42392 gene_9 gene 1 75912 61996 transcript_9 transcript 75912 61996 stop_codon_9 stop_codon 61998 61996 CDS_43 CDS 62320 61996 CDS_44 CDS 64142 64072 CDS_45 CDS 64345 64223 CDS_46 CDS 71014 70390 CDS_47 CDS 75912 75878 start_codon_9 start_codon 75912 75910 gene_10 gene 1 90958 90728 transcript_10 transcript 90958 90728 stop_codon_10 stop_codon 90730 90728 CDS_48 CDS 90958 90728 start_codon_10 start_codon 90958 90956 gene_11 gene 1 101796 100181 transcript_11 transcript 101796 100181 stop_codon_11 stop_codon 100183 100181 CDS_49 CDS 100519 100181 CDS_50 CDS 101005 100924 CDS_51 CDS 101234 101101 CDS_52 CDS 101674 101519 CDS_53 CDS 101796 101773 start_codon_11 start_codon 101796 101794 gene_12 gene 1 103723 103436 transcript_12 transcript 103723 103436 stop_codon_12 stop_codon 103438 103436 CDS_54 CDS 103723 103436 start_codon_12 start_codon 103723 103721 AUGUSTUS_tom_ugs de novo gene_1 gene 1 43354 48576 transcript_1 transcript 43354 48576 start_codon_1 start_codon 43354 43356 CDS_1 CDS 43354 43431 CDS_2 CDS 43525 43612 CDS_3 CDS 43735 43921 CDS_4 CDS 44019 44109 CDS_5 CDS 45622 45657 CDS_6 CDS 45785 45883 CDS_7 CDS 46589 46719 CDS_8 CDS 46870 46918 CDS_9 CDS 47005 47094 CDS_10 CDS 47185 47232 CDS_11 CDS 47701 47766 CDS_12 CDS 48323 48420 CDS_13 CDS 48507 48576 stop_codon_1 stop_codon 48574 48576 gene_2 gene 1 50695 53079 transcript_2 transcript 50695 53079 start_codon_2 start_codon 50695 50697 CDS_14 CDS 50695 51097 CDS_15 CDS 52040 52309 CDS_16 CDS 52397 53079 stop_codon_2 stop_codon 53077 53079 gene_3 gene 1 76777 80430 transcript_3 transcript 76777 80430 start_codon_3 start_codon 76777 76779 CDS_17 CDS 76777 77202 CDS_18 CDS 79191 79539 CDS_19 CDS 80135 80430 stop_codon_3 stop_codon 80428 80430 gene_4 gene 1 80671 81651 transcript_4 transcript 80671 81651 start_codon_4 start_codon 80671 80673 CDS_20 CDS 80671 81651 stop_codon_4 stop_codon 81649 81651 gene_5 gene 1 89169 92685 transcript_5 transcript 89169 92685 start_codon_5 start_codon 89169 89171 CDS_21 CDS 89169 89264 CDS_22 CDS 89345 89402 CDS_23 CDS 89781 89902 CDS_24 CDS 90036 90243 CDS_25 CDS 90329 90507 CDS_26 CDS 90583 90637 CDS_27 CDS 90761 90830 CDS_28 CDS 90907 90997 CDS_29 CDS 91094 91444 CDS_30 CDS 91513 91707 CDS_31 CDS 92260 92685 stop_codon_5 stop_codon 92683 92685 gene_6 gene 1 120642 126187 transcript_6 transcript 120642 126187 start_codon_6 start_codon 120642 120644 CDS_32 CDS 120642 120775 CDS_33 CDS 120930 121057 CDS_34 CDS 122067 122175 CDS_35 CDS 122614 122695 CDS_36 CDS 122766 122836 CDS_37 CDS 123514 123555 CDS_38 CDS 123838 123962 CDS_39 CDS 124266 124359 CDS_40 CDS 124514 124580 CDS_41 CDS 124693 124880 CDS_42 CDS 124963 125068 CDS_43 CDS 125616 125702 CDS_44 CDS 126080 126187 stop_codon_6 stop_codon 126185 126187 gene_7 gene 1 128110 134267 transcript_7 transcript 128110 134267 start_codon_7 start_codon 128110 128112 CDS_45 CDS 128110 128307 CDS_46 CDS 133325 133390 CDS_47 CDS 133467 133540 CDS_48 CDS 133735 133909 CDS_49 CDS 134199 134267 stop_codon_7 stop_codon 134265 134267 gene_8 gene 1 141976 144669 transcript_8 transcript 141976 144669 start_codon_8 start_codon 141976 141978 CDS_50 CDS 141976 142024 CDS_51 CDS 142116 142249 CDS_52 CDS 142660 142732 CDS_53 CDS 143300 143382 CDS_54 CDS 144117 144155 CDS_55 CDS 144272 144342 CDS_56 CDS 144410 144524 CDS_57 CDS 144601 144669 stop_codon_8 stop_codon 144667 144669 gene_9 gene 1 146084 148363 transcript_9 transcript 146084 148363 start_codon_9 start_codon 146084 146086 CDS_58 CDS 146084 146088 CDS_59 CDS 146388 146439 CDS_60 CDS 148037 148191 CDS_61 CDS 148342 148363 stop_codon_9 stop_codon 148361 148363 gene_10 gene 1 149240 152652 transcript_10 transcript 149240 152652 start_codon_10 start_codon 149240 149242 CDS_62 CDS 149240 149389 CDS_63 CDS 149486 149610 CDS_64 CDS 150680 150909 CDS_65 CDS 151582 151621 CDS_66 CDS 151699 151790 CDS_67 CDS 152471 152652 stop_codon_10 stop_codon 152650 152652 AUGUSTUS_tom_ugs de novo gene_11 gene 1 15315 1 transcript_11 transcript 15315 1 CDS_68 CDS 498 1 CDS_69 CDS 954 942 CDS_70 CDS 11910 11797 CDS_71 CDS 12367 12204 CDS_72 CDS 14882 14812 CDS_73 CDS 15315 14951 start_codon_11 start_codon 15315 15313 gene_12 gene 1 42394 23326 transcript_12 transcript 42394 23326 stop_codon_11 stop_codon 23328 23326 CDS_74 CDS 23695 23326 CDS_75 CDS 24213 23856 CDS_76 CDS 24589 24487 CDS_77 CDS 24951 24681 CDS_78 CDS 25502 25393 CDS_79 CDS 27109 26758 CDS_80 CDS 27611 27567 CDS_81 CDS 27803 27727 CDS_82 CDS 28056 27940 CDS_83 CDS 28253 28150 CDS_84 CDS 29126 29057 CDS_85 CDS 30435 30345 CDS_86 CDS 30615 30523 CDS_87 CDS 42394 42318 start_codon_12 start_codon 42394 42392 gene_13 gene 1 56640 54945 transcript_13 transcript 56640 54945 stop_codon_12 stop_codon 54947 54945 CDS_88 CDS 55328 54945 CDS_89 CDS 55765 55691 CDS_90 CDS 55938 55876 CDS_91 CDS 56640 56293 start_codon_13 start_codon 56640 56638 gene_14 gene 1 73092 61996 transcript_14 transcript 73092 61996 stop_codon_13 stop_codon 61998 61996 CDS_92 CDS 62320 61996 CDS_93 CDS 64142 64072 CDS_94 CDS 64345 64223 CDS_95 CDS 64568 64425 CDS_96 CDS 70965 70390 CDS_97 CDS 71170 71097 CDS_98 CDS 72783 72672 CDS_99 CDS 73092 72889 start_codon_14 start_codon 73092 73090 gene_15 gene 1 84601 82501 transcript_15 transcript 84601 82501 stop_codon_14 stop_codon 82503 82501 CDS_100 CDS 82561 82501 CDS_101 CDS 82998 82925 CDS_102 CDS 83272 83106 CDS_103 CDS 83865 83796 CDS_104 CDS 84601 84467 start_codon_15 start_codon 84601 84599 gene_16 gene 1 96558 93769 transcript_16 transcript 96558 93769 stop_codon_15 stop_codon 93771 93769 CDS_105 CDS 93810 93769 CDS_106 CDS 94398 94339 CDS_107 CDS 94874 94701 CDS_108 CDS 96228 96178 CDS_109 CDS 96409 96311 CDS_110 CDS 96558 96556 start_codon_16 start_codon 96558 96556 gene_17 gene 1 103723 100181 transcript_17 transcript 103723 100181 stop_codon_16 stop_codon 100183 100181 CDS_111 CDS 100519 100181 CDS_112 CDS 101005 100924 CDS_113 CDS 101234 101101 CDS_114 CDS 101432 101337 CDS_115 CDS 101674 101519 CDS_116 CDS 101847 101773 CDS_117 CDS 102593 102411 CDS_118 CDS 102829 102679 CDS_119 CDS 103723 103440 start_codon_17 start_codon 103723 103721 gene_18 gene 1 116990 113873 transcript_18 transcript 116990 113873 stop_codon_17 stop_codon 113875 113873 CDS_120 CDS 114549 113873 CDS_121 CDS 115902 115802 CDS_122 CDS 116256 116005 CDS_123 CDS 116990 116728 start_codon_18 start_codon 116990 116988 gene_19 gene 1 139977 135599 transcript_19 transcript 139977 135599 stop_codon_18 stop_codon 135601 135599 CDS_124 CDS 136054 135599 CDS_125 CDS 137231 137025 CDS_126 CDS 137391 137328 CDS_127 CDS 137749 137651 CDS_128 CDS 139977 139937 start_codon_19 start_codon 139977 139975 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.995 43239 43431 match_part 1.000 43525 43612 match_part 1.000 43735 43921 match_part 1.000 44019 44109 match_part 1.000 45622 45657 match_part 1.000 45785 45883 match_part 1.000 46589 46719 match_part 1.000 46870 46918 match_part 1.000 47005 47034 match_2 match_part 1.000 50567 51097 match_part 1.000 52040 52309 match_part 0.984 52397 53247 match_3 match_part 0.943 75987 76074 match_part 1.000 76727 77202 match_part 1.000 77925 78356 match_part 1.000 79191 79749 match_part 1.000 80135 80603 match_part 0.891 81803 81848 match_4 match_part 1.000 87930 88054 match_part 1.000 89083 89264 match_part 1.000 89345 89402 match_part 1.000 89781 89902 match_part 1.000 90036 90243 match_part 1.000 90329 90507 match_part 1.000 90583 90637 match_part 1.000 90761 90830 match_part 1.000 90907 90997 match_part 0.997 91094 91444 match_part 1.000 91513 91536 match_5 match_part 0.996 92377 93060 match_6 match_part 0.996 120532 120775 match_part 1.000 120930 121057 match_part 1.000 122067 122175 match_part 1.000 122614 122695 match_part 1.000 122766 122836 match_part 1.000 123514 123555 match_part 0.992 123838 123962 match_part 1.000 124266 124359 match_part 1.000 124514 124580 match_part 1.000 124693 124880 match_part 1.000 124963 125068 match_part 1.000 125616 125702 match_part 0.998 126080 126559 match_7 match_part 1.000 133488 133540 match_part 1.000 133735 133909 match_part 0.976 134199 134492 match_8 match_part 0.667 141683 141700 match_part 0.939 141976 142024 match_part 1.000 142116 142249 match_part 0.973 142660 142732 match_part 0.988 143300 143382 match_part 1.000 144117 144155 match_part 1.000 144272 144342 match_part 1.000 144410 144524 match_part 0.956 144601 145029 match_9 match_part 0.953 144647 144944 match_10 match_part 0.998 145620 146088 match_part 1.000 146388 146439 match_part 0.994 148035 148191 match_part 0.987 148342 148564 match_11 match_part 1.000 145663 145878 match_part 1.000 146005 146088 match_part 1.000 146388 146439 match_part 1.000 148035 148191 match_part 1.000 148342 148637 match_12 match_part 0.997 149084 149389 match_part 1.000 149486 149610 match_part 1.000 150680 150909 match_part 1.000 151582 151621 match_part 1.000 151699 151790 match_part 1.000 152471 152890 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_13 match_part 0.961 10994 10842 match_14 match_part 1.000 15320 14951 match_part 1.000 14882 14834 match_part 1.000 14748 14697 match_part 1.000 12367 12204 match_part 0.974 11910 11797 match_part 0.972 11370 11335 match_15 match_part 0.990 18614 17888 match_part 0.882 17825 17741 match_16 match_part 1.000 25711 25613 match_part 1.000 25502 25393 match_part 1.000 24951 24681 match_part 1.000 24589 24487 match_part 0.965 24213 24013 match_17 match_part 1.000 29124 29057 match_part 1.000 28253 28150 match_part 0.991 28056 27940 match_part 1.000 27803 27727 match_part 1.000 27611 27567 match_part 0.997 27109 26433 match_18 match_part 1.000 56668 56293 match_part 1.000 55938 55876 match_part 1.000 55765 55691 match_part 0.995 55328 54885 match_19 match_part 1.000 64736 64425 match_part 1.000 64345 64223 match_part 1.000 64142 64072 match_part 0.994 62320 61808 match_20 match_part 0.988 73141 72889 match_part 0.991 72783 72672 match_part 0.959 71170 71097 match_part 0.953 70965 70773 match_21 match_part 0.966 86681 86623 match_part 0.984 84847 84467 match_part 1.000 83865 83796 match_part 1.000 83272 83106 match_part 1.000 82998 82925 match_part 0.996 82561 82285 match_22 match_part 1.000 96676 96556 match_part 1.000 96409 96311 match_part 1.000 96228 96178 match_part 1.000 94874 94701 match_part 1.000 94398 94339 match_part 0.994 93810 93468 match_23 match_part 0.991 96056 95150 match_24 match_part 0.973 103803 103440 match_part 1.000 102829 102679 match_part 1.000 102593 102411 match_part 1.000 101847 101773 match_part 1.000 101674 101519 match_part 1.000 101432 101337 match_part 0.993 101234 101101 match_part 1.000 101005 100924 match_part 1.000 100519 99935 match_25 match_part 0.964 104019 103440 match_part 0.934 102829 102679 match_part 0.727 102593 102583 match_26 match_part 0.997 117078 116728 match_part 0.996 116256 116005 match_part 1.000 115902 115802 match_part 0.997 114549 113671 match_27 match_part 0.935 116127 116005 match_part 0.861 115902 115802 match_part 0.989 114549 114375 match_28 match_part 0.986 135626 135199 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 10994 10842 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 15320 14951 exon 14882 14834 exon 14748 14697 exon 12367 12204 exon 11910 11797 exon 11370 11335 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 18614 17888 exon 17825 17741 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 25711 25613 exon 25502 25393 exon 24951 24681 exon 24589 24487 exon 24213 24013 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 29124 29057 exon 28253 28150 exon 28056 27940 exon 27803 27727 exon 27611 27567 exon 27109 26433 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 43239 43431 exon 43525 43612 exon 43735 43921 exon 44019 44109 exon 45622 45657 exon 45785 45883 exon 46589 46719 exon 46870 46918 exon 47005 47034 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 50567 51097 exon 52040 52309 exon 52397 53247 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 56668 56293 exon 55938 55876 exon 55765 55691 exon 55328 54885 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 64736 64425 exon 64345 64223 exon 64142 64072 exon 62320 61808 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 73141 72889 exon 72783 72672 exon 71170 71097 exon 70965 70773 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 75987 76074 exon 76727 77202 exon 77925 78356 exon 79191 79749 exon 80135 80603 exon 81803 81848 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 86681 86623 exon 84847 84467 exon 83865 83796 exon 83272 83106 exon 82998 82925 exon 82561 82285 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 87930 88054 exon 89083 89264 exon 89345 89402 exon 89781 89902 exon 90036 90243 exon 90329 90507 exon 90583 90637 exon 90761 90830 exon 90907 90997 exon 91094 91444 exon 91513 91536 gene_14 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 92377 93060 gene_15 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 96676 96556 exon 96409 96311 exon 96228 96178 exon 94874 94701 exon 94398 94339 exon 93810 93468 gene_16 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 96056 95150 gene_17 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 104019 103440 exon 102829 102679 exon 102593 102411 exon 101847 101773 exon 101674 101519 exon 101432 101337 exon 101234 101101 exon 101005 100924 exon 100519 99935 gene_18 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 117078 116728 exon 116256 116005 exon 115902 115802 exon 114549 113671 gene_19 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 120532 120775 exon 120930 121057 exon 122067 122175 exon 122614 122695 exon 122766 122836 exon 123514 123555 exon 123838 123962 exon 124266 124359 exon 124514 124580 exon 124693 124880 exon 124963 125068 exon 125616 125702 exon 126080 126559 gene_20 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 133488 133540 exon 133735 133909 exon 134199 134492 gene_21 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 135626 135199 gene_22 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 141683 141700 exon 141976 142024 exon 142116 142249 exon 142660 142732 exon 143300 143382 exon 144117 144155 exon 144272 144342 exon 144410 144524 exon 144601 145029 gene_23 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 145620 146088 exon 146388 146439 exon 148035 148191 exon 148342 148564 gene_24 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 145663 145878 exon 146005 146088 exon 146388 146439 exon 148035 148191 exon 148342 148637 gene_25 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 149084 149389 exon 149486 149610 exon 150680 150909 exon 151582 151621 exon 151699 151790 exon 152471 152890 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 87930 88054 match_part 1.000 89083 89264 match_part 1.000 89345 89402 match_part 1.000 89781 89902 match_part 1.000 90036 90243 match_part 1.000 90329 90507 match_part 1.000 90583 90637 match_part 1.000 90761 90830 match_part 1.000 90907 90985 match_2 match_part 1.000 120602 120775 match_part 1.000 120930 121057 match_part 1.000 122067 122175 match_part 1.000 122614 122695 match_part 1.000 122766 122836 match_part 1.000 123514 123555 match_part 0.992 123838 123962 match_part 1.000 124266 124359 match_part 1.000 124514 124580 match_part 1.000 124693 124844 match_3 match_part 0.984 120650 120775 match_part 0.984 120930 121057 match_part 0.963 122067 122175 match_part 0.976 122614 122695 match_part 0.915 122766 122836 match_part 1.000 123514 123555 match_part 0.946 123838 123893 match_4 match_part 1.000 145663 145878 match_part 1.000 146005 146088 match_part 1.000 146388 146439 match_part 1.000 148035 148191 match_part 1.000 148342 148389 match_5 match_part 1.000 150690 150909 match_part 1.000 151582 151621 match_part 1.000 151699 151790 match_part 1.000 152471 152890 GenomeThreader_SGN_markers SGN marker sequences match_6 match_part 1.000 15320 14951 match_part 1.000 14882 14834 match_part 1.000 14748 14697 match_part 1.000 12367 12204 match_part 0.974 11910 11797 match_part 0.972 11370 11335 match_7 match_part 0.900 30364 30345 match_part 0.957 29752 29659 match_part 0.980 29469 29372 match_part 0.971 29126 29057 match_part 0.981 28253 28150 match_part 0.974 28056 27940 match_part 0.948 27803 27727 match_part 1.000 27611 27567 match_part 0.948 27109 26382 match_8 match_part 1.000 46726 46170 match_9 match_part 0.972 46717 46173 match_10 match_part 1.000 96676 96556 match_part 1.000 96409 96311 match_part 1.000 96228 96178 match_part 1.000 94874 94701 match_part 1.000 94398 94339 match_part 0.994 93810 93468 match_11 match_part 0.944 96609 96556 match_part 1.000 96409 96311 match_part 0.941 96228 96178 match_part 0.983 94874 94701 match_part 1.000 94398 94339 match_part 0.945 93810 93556 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 15320 14951 exon 14882 14834 exon 14748 14697 exon 12367 12204 exon 11910 11797 exon 11370 11335 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 30364 30345 exon 29752 29659 exon 29469 29372 exon 29126 29057 exon 28253 28150 exon 28056 27940 exon 27803 27727 exon 27611 27567 exon 27109 26382 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 46726 46170 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 87930 88054 exon 89083 89264 exon 89345 89402 exon 89781 89902 exon 90036 90243 exon 90329 90507 exon 90583 90637 exon 90761 90830 exon 90907 90985 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 96676 96556 exon 96409 96311 exon 96228 96178 exon 94874 94701 exon 94398 94339 exon 93810 93468 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 120602 120775 exon 120930 121057 exon 122067 122175 exon 122614 122695 exon 122766 122836 exon 123514 123555 exon 123838 123962 exon 124266 124359 exon 124514 124580 exon 124693 124844 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 145663 145878 exon 146005 146088 exon 146388 146439 exon 148035 148191 exon 148342 148389 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0101P06.1 type gene exon 150690 150909 exon 151582 151621 exon 151699 151790 exon 152471 152890 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 15369 18051 transcript_1 transcript 15369 18051 start_codon_1 start_codon 15369 15371 CDS_1 CDS 15369 15391 CDS_2 CDS 17865 18051 stop_codon_1 stop_codon 18049 18051 gene_2 gene 1 43354 48576 transcript_2 transcript 43354 48576 start_codon_2 start_codon 43354 43356 CDS_3 CDS 43354 43431 CDS_4 CDS 43525 43612 CDS_5 CDS 43735 43921 CDS_6 CDS 44019 44109 CDS_7 CDS 45622 45657 CDS_8 CDS 45785 45883 CDS_9 CDS 46589 46719 CDS_10 CDS 46870 46918 CDS_11 CDS 47005 47094 CDS_12 CDS 47174 47227 CDS_13 CDS 47701 47766 CDS_14 CDS 48323 48420 CDS_15 CDS 48507 48576 stop_codon_2 stop_codon 48574 48576 gene_3 gene 1 48946 50771 transcript_3 transcript 48946 50771 start_codon_3 start_codon 48946 48948 CDS_16 CDS 48946 49002 CDS_17 CDS 50580 50771 stop_codon_3 stop_codon 50769 50771 gene_4 gene 1 50899 53079 transcript_4 transcript 50899 53079 start_codon_4 start_codon 50899 50901 CDS_18 CDS 50899 51097 CDS_19 CDS 52040 52309 CDS_20 CDS 52397 53079 stop_codon_4 stop_codon 53077 53079 gene_5 gene 1 74534 76948 transcript_5 transcript 74534 76948 start_codon_5 start_codon 74534 74536 CDS_21 CDS 74534 74550 CDS_22 CDS 75939 76074 CDS_23 CDS 76727 76948 stop_codon_5 stop_codon 76946 76948 gene_6 gene 1 77011 80430 transcript_6 transcript 77011 80430 start_codon_6 start_codon 77011 77013 CDS_24 CDS 77011 77202 CDS_25 CDS 77925 78356 CDS_26 CDS 79191 79749 CDS_27 CDS 80135 80430 stop_codon_6 stop_codon 80428 80430 gene_7 gene 2 80671 81651 transcript_7 transcript 80671 81651 start_codon_7 start_codon 80671 80673 CDS_28 CDS 80671 81651 stop_codon_7 stop_codon 81649 81651 transcript_8 transcript 80899 81651 start_codon_8 start_codon 80899 80901 CDS_29 CDS 80899 81651 stop_codon_8 stop_codon 81649 81651 gene_8 gene 1 89169 92685 transcript_9 transcript 89169 92685 start_codon_9 start_codon 89169 89171 CDS_30 CDS 89169 89264 CDS_31 CDS 89345 89402 CDS_32 CDS 89781 89902 CDS_33 CDS 90036 90243 CDS_34 CDS 90329 90507 CDS_35 CDS 90583 90637 CDS_36 CDS 90761 90830 CDS_37 CDS 90907 90997 CDS_38 CDS 91094 91444 CDS_39 CDS 91513 91707 CDS_40 CDS 92260 92685 stop_codon_9 stop_codon 92683 92685 gene_9 gene 1 120642 126187 transcript_10 transcript 120642 126187 start_codon_10 start_codon 120642 120644 CDS_41 CDS 120642 120775 CDS_42 CDS 120930 121057 CDS_43 CDS 122067 122175 CDS_44 CDS 122614 122695 CDS_45 CDS 122766 122836 CDS_46 CDS 123514 123555 CDS_47 CDS 123838 123962 CDS_48 CDS 124266 124359 CDS_49 CDS 124514 124580 CDS_50 CDS 124693 124880 CDS_51 CDS 124963 125068 CDS_52 CDS 125616 125702 CDS_53 CDS 126080 126187 stop_codon_10 stop_codon 126185 126187 gene_10 gene 1 128110 134267 transcript_11 transcript 128110 134267 start_codon_11 start_codon 128110 128112 CDS_54 CDS 128110 128307 CDS_55 CDS 133325 133390 CDS_56 CDS 133467 133540 CDS_57 CDS 133735 133909 CDS_58 CDS 134199 134267 stop_codon_11 stop_codon 134265 134267 gene_11 gene 1 141976 144669 transcript_12 transcript 141976 144669 start_codon_12 start_codon 141976 141978 CDS_59 CDS 141976 142024 CDS_60 CDS 142116 142249 CDS_61 CDS 142660 142732 CDS_62 CDS 143300 143382 CDS_63 CDS 144117 144155 CDS_64 CDS 144272 144342 CDS_65 CDS 144410 144524 CDS_66 CDS 144601 144669 stop_codon_12 stop_codon 144667 144669 gene_12 gene 1 145714 148363 transcript_13 transcript 145714 148363 start_codon_13 start_codon 145714 145716 CDS_67 CDS 145714 145878 CDS_68 CDS 146005 146088 CDS_69 CDS 146388 146439 CDS_70 CDS 148035 148191 CDS_71 CDS 148342 148363 stop_codon_13 stop_codon 148361 148363 gene_13 gene 1 149240 152652 transcript_14 transcript 149240 152652 start_codon_14 start_codon 149240 149242 CDS_72 CDS 149240 149389 CDS_73 CDS 149486 149610 CDS_74 CDS 150680 150909 CDS_75 CDS 151582 151621 CDS_76 CDS 151699 151790 CDS_77 CDS 152471 152652 stop_codon_14 stop_codon 152650 152652 gene_14 gene 1 155335 156951 transcript_15 transcript 155335 156951 start_codon_15 start_codon 155335 155337 CDS_78 CDS 155335 155440 CDS_79 CDS 156662 156951 stop_codon_15 stop_codon 156949 156951 AUGUSTUS_tom_pot_cdna de novo gene_15 gene 1 15315 1 transcript_16 transcript 15315 1 CDS_80 CDS 498 1 CDS_81 CDS 1127 942 CDS_82 CDS 11910 11820 CDS_83 CDS 12367 12204 CDS_84 CDS 14882 14812 CDS_85 CDS 15315 14951 start_codon_16 start_codon 15315 15313 gene_16 gene 1 18543 18076 transcript_17 transcript 18543 18076 stop_codon_16 stop_codon 18078 18076 CDS_86 CDS 18543 18076 start_codon_17 start_codon 18543 18541 gene_17 gene 1 26447 18576 transcript_18 transcript 26447 18576 stop_codon_17 stop_codon 18578 18576 CDS_87 CDS 18650 18576 CDS_88 CDS 23209 23131 CDS_89 CDS 23462 23330 CDS_90 CDS 23695 23601 CDS_91 CDS 24213 23856 CDS_92 CDS 24589 24487 CDS_93 CDS 24951 24681 CDS_94 CDS 25502 25393 CDS_95 CDS 26447 26400 start_codon_18 start_codon 26447 26445 gene_18 gene 1 42394 26662 transcript_19 transcript 42394 26662 stop_codon_18 stop_codon 26664 26662 CDS_96 CDS 27109 26662 CDS_97 CDS 27611 27567 CDS_98 CDS 27803 27727 CDS_99 CDS 28056 27940 CDS_100 CDS 28253 28150 CDS_101 CDS 29126 29057 CDS_102 CDS 32651 32357 CDS_103 CDS 42394 42318 start_codon_19 start_codon 42394 42392 gene_19 gene 1 60053 54945 transcript_20 transcript 60053 54945 stop_codon_19 stop_codon 54947 54945 CDS_104 CDS 55328 54945 CDS_105 CDS 55765 55691 CDS_106 CDS 55938 55876 CDS_107 CDS 56663 56293 CDS_108 CDS 60053 60035 start_codon_20 start_codon 60053 60051 gene_20 gene 1 73092 61996 transcript_21 transcript 73092 61996 stop_codon_20 stop_codon 61998 61996 CDS_109 CDS 62320 61996 CDS_110 CDS 64142 64072 CDS_111 CDS 64345 64223 CDS_112 CDS 64568 64425 CDS_113 CDS 70965 70390 CDS_114 CDS 71170 71097 CDS_115 CDS 72783 72672 CDS_116 CDS 73092 72889 start_codon_21 start_codon 73092 73090 gene_21 gene 1 84601 82501 transcript_22 transcript 84601 82501 stop_codon_21 stop_codon 82503 82501 CDS_117 CDS 82561 82501 CDS_118 CDS 82998 82925 CDS_119 CDS 83272 83106 CDS_120 CDS 83865 83796 CDS_121 CDS 84601 84467 start_codon_22 start_codon 84601 84599 gene_22 gene 1 96558 93769 transcript_23 transcript 96558 93769 stop_codon_22 stop_codon 93771 93769 CDS_122 CDS 93810 93769 CDS_123 CDS 94398 94339 CDS_124 CDS 94874 94701 CDS_125 CDS 96228 96178 CDS_126 CDS 96409 96311 CDS_127 CDS 96558 96556 start_codon_23 start_codon 96558 96556 gene_23 gene 1 103723 100181 transcript_24 transcript 103723 100181 stop_codon_23 stop_codon 100183 100181 CDS_128 CDS 100519 100181 CDS_129 CDS 101005 100924 CDS_130 CDS 101234 101101 CDS_131 CDS 101432 101337 CDS_132 CDS 101674 101519 CDS_133 CDS 101847 101773 CDS_134 CDS 102593 102411 CDS_135 CDS 102829 102679 CDS_136 CDS 103723 103440 start_codon_24 start_codon 103723 103721 gene_24 gene 1 117053 113873 transcript_25 transcript 117053 113873 stop_codon_24 stop_codon 113875 113873 CDS_137 CDS 114549 113873 CDS_138 CDS 115902 115802 CDS_139 CDS 116256 116005 CDS_140 CDS 117053 116728 start_codon_25 start_codon 117053 117051 gene_25 gene 1 138706 135599 transcript_26 transcript 138706 135599 stop_codon_25 stop_codon 135601 135599 CDS_141 CDS 136054 135599 CDS_142 CDS 137231 137025 CDS_143 CDS 137391 137328 CDS_144 CDS 137569 137513 CDS_145 CDS 137749 137651 CDS_146 CDS 137893 137853 CDS_147 CDS 138527 138489 CDS_148 CDS 138706 138704 start_codon_26 start_codon 138706 138704 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 213 52099 52977 match_2 match 132 50695 51111 match_3 match 149 156661 156948 match_4 match 521 52039 52989 match_5 match 268 50695 51102 match_6 match 110 76855 77205 match_7 match 263 77847 78389 match_8 match 343 79191 79748 match_9 match 167 80152 80424 match_10 match 258 77922 78389 match_11 match 339 79191 79748 match_12 match 160 80152 80421 match_13 match 258 77922 78389 match_14 match 339 79191 79748 match_15 match 160 80152 80421 match_16 match 258 77922 78389 match_17 match 342 79191 79760 match_18 match 213 52099 52977 match_19 match 132 50695 51111 match_20 match 259 79191 79748 match_21 match 188 77922 78356 match_22 match 213 52099 52977 match_23 match 134 50695 51111 match_24 match 259 77847 78389 match_25 match 160 80152 80424 match_26 match 346 79191 79748 match_27 match 159 156661 156948 match_28 match 528 52039 52989 match_29 match 273 50695 51102 match_30 match 528 52039 52989 match_31 match 253 50695 51102 match_32 match 108 156661 156948 match_33 match 106 156661 156948 match_34 match 105 156661 156948 match_35 match 236 79191 79748 match_36 match 184 77922 78356 match_37 match 253 79191 79748 match_38 match 179 77922 78356 match_39 match 135 52039 52989 match_40 match 113 50698 51105 match_41 match 109 76837 77205 match_42 match 265 77847 78389 match_43 match 346 79191 79748 match_44 match 168 80152 80427 match_45 match 109 76837 77205 match_46 match 265 77847 78389 match_47 match 348 79191 79751 match_48 match 167 52099 52860 match_49 match 135 50695 51111 match_50 match 213 52099 52977 match_51 match 135 50695 51111 match_52 match 520 52039 52989 match_53 match 255 50695 51102 match_54 match 145 150675 150908 match_55 match 107 152467 152643 match_56 match 145 150675 150908 match_57 match 107 152467 152643 match_58 match 145 76789 77205 match_59 match 275 77922 78488 match_60 match 162 80152 80427 match_61 match 354 79191 79748 match_62 match 145 76789 77205 match_63 match 275 77922 78488 match_64 match 162 80152 80427 match_65 match 354 79191 79748 match_66 match 135 52039 52989 match_67 match 113 50698 51105 match_68 match 524 52039 52989 match_69 match 265 50695 51102 match_70 match 214 52099 52977 match_71 match 135 50695 51111 match_72 match 214 52099 52977 match_73 match 135 50695 51111 match_74 match 180 77922 78356 match_75 match 270 79191 79748 match_76 match 259 50695 51102 match_77 match 531 52039 52989 match_78 match 51.2 43354 43629 match_79 match 48.9 43737 43922 match_80 match 48.9 44014 44118 match_81 match 516 52039 52989 match_82 match 254 50695 51102 match_83 match 530 52039 52989 match_84 match 259 50695 51102 match_85 match 530 52039 52989 match_86 match 259 50695 51102 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_87 match 122 114553 113888 match_88 match 160 526 2 match_89 match 159 535 2 match_90 match 179 532 2 match_91 match 110 137396 137034 match_92 match 82.4 137748 137512 match_93 match 261 481 2 match_94 match 262 535 2 match_95 match 164 23697 22798 match_96 match 47.4 24592 24455 match_97 match 120 24950 24681 match_98 match 164 23697 22792 match_99 match 45.4 24592 24455 match_100 match 119 24950 24681 match_101 match 126 31328 31011 match_102 match 140 31328 31011 match_103 match 152 23697 22798 match_104 match 37.7 24589 24455 match_105 match 115 24950 24696 match_106 match 125 94880 94698 match_107 match 132 100519 100196 match_108 match 77.8 102587 102414 match_109 match 79.7 102828 102679 match_110 match 111 24950 24696 match_111 match 151 23697 22795 match_112 match 27.7 24586 24455 match_113 match 112 24947 24696 match_114 match 107 114553 113891 match_115 match 157 481 2 match_116 match 159 490 2 match_117 match 178 520 2 match_118 match 162 520 2 match_119 match 170 568 2 match_120 match 106 137396 137040 match_121 match 87.4 137748 137512 match_122 match 285 114553 113876 match_123 match 40.0 24586 24434 match_124 match 251 23697 22795 match_125 match 131 24208 23855 match_126 match 151 24950 24678 match_127 match 272 532 2 match_128 match 167 23697 22792 match_129 match 41.2 24589 24455 match_130 match 118 24950 24696 match_131 match 150 490 2 match_132 match 213 490 2 match_133 match 79.0 102587 102372 match_134 match 66.2 102828 102658 match_135 match 168 23697 22798 match_136 match 25.0 24592 24482 match_137 match 104 24950 24696 match_138 match 143 475 2 match_139 match 141 114553 113891 match_140 match 73.6 137396 137010 match_141 match 73.2 137748 137512 match_142 match 22.7 137884 137831 match_143 match 151 23697 22795 match_144 match 27.3 24586 24455 match_145 match 119 24950 24696 match_146 match 25.0 24586 24425 match_147 match 108 24950 24696 match_148 match 62.8 101432 101100 match_149 match 52.8 102828 102661 match_150 match 35.8 101853 101770 match_151 match 54.7 101692 101552 match_152 match 84.0 102587 102417 match_153 match 111 526 14 match_154 match 142 23697 22792 match_155 match 26.6 24586 24524 match_156 match 125 24950 24666 match_157 match 135 505 2 match_158 match 142 475 2 match_159 match 166 23697 22798 match_160 match 36.2 24586 24455 match_161 match 122 24950 24696 match_162 match 191 529 2 match_163 match 140 23697 22801 match_164 match 29.6 24592 24455 match_165 match 132 24947 24681 match_166 match 183 114553 113894 match_167 match 165 23697 22789 match_168 match 125 24950 24696 match_169 match 79.0 102587 102408 match_170 match 75.9 102828 102679 match_171 match 238 532 2 match_172 match 238 532 2 match_173 match 172 23697 22798 match_174 match 38.1 24592 24455 match_175 match 107 24950 24696 match_176 match 159 23697 22789 match_177 match 26.9 24592 24455 match_178 match 123 24950 24678 match_179 match 204 532 2 match_180 match 202 484 2 match_181 match 220 481 2 match_182 match 220 481 2 match_183 match 146 505 2 match_184 match 100 83273 83106 match_185 match 49.3 83001 82924 match_186 match 102 83273 83106 match_187 match 49.3 83001 82924 match_188 match 102 83273 83106 match_189 match 49.3 83001 82924 match_190 match 122 31328 31011 match_191 match 176 517 2 match_192 match 203 538 2 match_193 match 137 481 2 match_194 match 122 137396 137034 match_195 match 85.1 137748 137512 match_196 match 122 137396 137034 match_197 match 85.1 137748 137512 match_198 match 148 23727 22792 match_199 match 128 24950 24681 match_200 match 23.9 24586 24524 match_201 match 128 24947 24696 match_202 match 180 114553 113894 match_203 match 163 23697 22798 match_204 match 35.4 24592 24455 match_205 match 116 24950 24681 BLAST_E_coli_K12 E. coli K12 Genome BLAST_E_coli_K12 E. coli K12 Genome match_1 match 2369 80603 81797 match_2 match 2375 80600 81797 match_3 match 2383 80600 81801 match_4 match 2385 80599 81801 match_5 match 2385 80599 81801 match_6 match 2385 80599 81801 match_7 match 2385 80599 81801 match_8 match 2385 80599 81801 match_9 match 1570 80603 81704 match_10 match 2337 80598 81800 match_11 match 2371 80603 81806