C02SLm0014P22.2 TTCTCAAATTGCTCTGTATCAATCTATTGATAACACAAAACATTCATGTTACAACTACTT CAGAAATGTAAATGGAAGTCCGTAATTACTACTTCTCTTTGCTGGAAATTCATGATTTAA GTTTGTGTAAGATGCTGAAAAGGAAATAATAAAGGTACCATTGCCTGAAAAGTTGGCTAC ATCCAAATTGGTGAACATATATTATTCCTTCTTGTCCTTAAGTTGGCAAAGAATTTGTTT AACTATTCTCTTTTTATATATTATCCATGACAGAGGGGACAGCGATACACGAAAAAACAG TACCTGCGGACCTTGTTCAACTCCCTTCTTGAAAGGGTCTCCAACAATGCGTTTTAAAGC ACGAGCTTTGGCTTTCTCCACAAATTCATCATATACTCTTTCATGTACGAATGTCCGAGA TCCAGCACAGCAGCATTGTCCCTGCAGATACTTGAAATTTATTCCATTCTGGAGCAAGCA TCAGAGGTTGCAATTTTCCAAGAGTGGAAATTTTTGCTACCTGGTTAAAGAAAACAGCAG AATGAGCCAACTCAACAGCTTTATCAACGTCTGCATCTTCACAAATGATGAAAGGAGATT TTCCTCCGAGCTCCAATGTCACAGGTTTTAGGTTGCTCTTTGCAGCTGCACCTACGACAG CTTTACCAGTTTCTGTGGACCCTGTAAAAGCAATCTGTAGACACCAAAAGGAGTGATGTA GAGACACATCGCAATTTAGACATCACAGAAAAATTAAAAAATCACCAAAAAAAAACATTT TACAGGGGGAAAAGATGCAAGTAATGTCGAGGACCAAGCTGTTTAAATCTATACGAAAAC AAGTAGTAGAAGATGTCAGTGCTCCTTCAGTCTCCCTCATCTATTCCAGAGTATTCACTC AGAAAACTTTACACATCACAGCTGCATCAATAAAAGCAAGCATGAAATACAAAAGCTGAA AGGACATCAGGATGCATAACCTCTTTATGTTGTTTATTGACTTTTAATGGGGAAGCTGGA AGAAAAAGATATGATTTTCTTCATTTTCTACATGTGGATTATACTATCTAATGAGACACT ATAATTAGGCTATTTACTTCTTTTAATCTTCTTTGGGATGGAAGAGGGGGTAGAATTAGC GACGGATAGCTTCATTGCTACCTAGAGATATGTTGAAACTGAAATACCGTGTTCTGACAC TCCTTTATACAATCCAACATTTCAAATTTGATACTGAAACTGCCTTGGACTTTGTCGTGT AGGTTTATCAGAAGAAACATAAGCCATTTCTTCTGTAAATTCCTATTCAGGAACTAAAGC CAAAACTCAGAAAATACCTTATCGACATCCATATGACTGGCAAGATCTGCACCTGCACTA CCGGATCCAGGAATGACATTTAAGACTCCAGGGGGAAGTCCAACCTGACAGTTGGAGTGA AGACAAATTACATTCTATCATCTTGTATAGATGGAGAAATCTTCGATTTGAGCTGCAATA ATTGTGGAAAGTTTCCACTTCTATATTTGAAACTACTAAATTTGTAAACAACATACTAGA AATAACTAAATGACAAGTACAAATGAGTACTCATTAGAATTCTGTGAATTCACGACCGGT GCAGACTAAAAATGGTTATATACCTCATGGAATAACTTTGACACATACAGGGCAGAGAGT GGTGTTTGTTCTGCTGGTTTTAGTACGACAGTGTTACCACAAGCAAGTGCAGGGCCAACT TTCCAGGCGAACATTAATAACGGAAAATTCCAGGGTATTATCTGTCCTGCAACACCAATT GGCTCATGCAGGGTCTGAACATGGTGCAAACTGTCAGCAGGAGCTGTAAGACCATGAATT TTATCAGCCCAACCTGAATAAGAAATGTAAGCAGAAATACTTAGAAAAGCATTTAGGGTG ATTCAGCAAACATTAGAACGTCAATTGATATACAATAAGTGGTTATTAAACTGTCAAAAG GAAACATAACGCCATTTTTCTTATTTTCTTAACCAGCATAGTATCTGAAAAGACGAATGA GCATTGGTATTTCTTCATTTGCAGCTTGTTCGTAAGGCTTTCCCTTATCCCAAGTCTCAA GTGCTGCAAGTTCATCACTGTGCCTCTCAAGCAAATCAGCAAACTGCAACATTATACATG ACCTTTCCTGGAAATATTTGGTTAAGTAAGTACATTATTGTACATGCTTAAGTAAGACTG GGAGTTTAAACAAGCTGTAGTTGTCTGCAGAGGCGGATTGATTTCTCATATGGTCACTTT GCTAAATAGTTATTATCTCAAGAAGTCATTTTTCAACTTGATTCCAATTTTCTTCAACAA AGAAAGTGACTTATATTACTCAAATAATTACTATTAGTTGAACGACCAACTGAGAAATTA ACTTCGGTAGAGGGACCATATAATACAGGAAATAAATATATATGTGAAAGTACTAAAATG AGAGAATATTAAAATCTAAACACGTATGTCCGATAGATCAATGTGTTCAGCGATAAGAAC CTTAAAGGTTGAACATGTTAAGTTCAAATTCTAAATCCGCCTCTCACTGTTGGGACAAGG AAGAGGATATGGAAAGATAAGAAAGTTCGGTTACTGCACAAGTCATTTTAGGCCATGGTC CTTCATCAAATGCTTTACGGGCAGCAAAGACTGCACGGTTGACATCTTCAGTGTCGGCCT CCGCAACCGTAGTAATAGCTTCGCCTGTTCGAGGGTCAAATGTAGGAAATGTCTTCCCTG AAGACGTAGAATTCTCCATATTACACTTGAGATTTATAGAAGAAATAACATATAAATGAA AAGACTTTAGGTCAACCTGAGGCTGCATCAACAAACTGTCCATTAATGAGAAGCTGATTA TATTTAACCTCAACAGGTGGAGTGATTGGCTCTTCATGCACCACGGCACTGCTACAAAAC CTTCTGATACCCTTTCTCCAGTAGTTGGAGTACCTAACTGTAGATTGAAATTGCAGAACC TATAATTAGCTAGCTCCTTTCTCAAGAAAATCAGTTAAAATATCAAACAAATCAAGTGGG GTAATATCAAGACACAGTTAGCTTGTTCAATCATCAAGATACCAAAGAAAGAAAACACGG GTGAAAATAATTCTTCTGATTAGAAAAAGACTACTTTAATTATAATCTGTGAATGTATTT TTGGTTTACAAGTACTTGCAATATAGTTATTGGAGATAAAATAACCATCAACATTCTTTT ATTGGTTAGAATGAATCCGACCGCAAACCCATCAAATTAAAATCCGAACCAAATTAAATA AACTCAACATTATGATTAAAAAACAAATACTGTTCCAGTTTCCTCAAAACCCAGCAAAGT ACTATGTCACCTGAATTAAACTTCAACCTCAAAACAGACCATATTTATTTTTAATTACTC TTGGTGAGTTTGTCCACCCAATAGAAAAGAATCAATTTTTCCATCTTCCTCAAAAGTCAC CAAGTTACTGTATTTGCGGCAATTTCGAGGCAAGTGTAATTGGAATTGCAGTACAAGAAT GTAGTGGATTTGGGCTGATTCTTTCAGCAAGGGAAATTTGTCTCTGCTTTTGTGGTTGGG TTCGTGGCGATTCAGGCGGCAACTTCTGCTGTTGATGATGTGATATTTTATTTAACTGCT AAGTTGATTCTTTTTTATGTCTACTCAGGTGTTGAGATTTTCCTCTGGGACGCTATTCAT TTTATTGAGTTTTATCTCTTCTTAGTTGGATTTGTGTTTGGTTAGAAGTGATGAAGTCCA TAAAGGGACTGTTGAGTTAGATTCTAAAAAAATGCAAAATTAAGGGAACTGTAGAAGATG GGAAAAGGCAAAGTTATTTTCCCTTTTCTTGGAAGACATGGAAGAAGATGCGCCGCTGCC ACGCCCAGAGGGGTTTGTATTTGCCTTCTTGGACCTGGGTAGAACTATAACGGGAAAGAT GGTTTACTTGTTAGTTGGGTCGGATGTGGGTAAAGTTATTTCCCCTTCTCCTGGAAACCA TTGAAGAAGACGCGCCGCCGCCACGCTACCATTATATGGGTTTGTTTTTGATTTCTTGGA CTTGGGTAGAACAATAAGTTGTTAGTTAGATCCAATGCGGGCAAAGTTATTTCCATTTTC TTGGAAATCAACTCATGGAAAAAAGTTGCGCCGTCGCTGCCGCCGCCGCCGCCGTTAAAG GGTTAGTTTTGCTTTCTTTGGACTTGGGTGGGTTTTACATGTTAGTTGGTCGGATGCGGG TTATATTAGGGGCGGGTGGTTTTATCTTTTCATTTTTGGATAAAATGGGTTGATTCGGAG CTTTCCCTTAAAAGAACTATAACGGAGGACAAATTTAATGATTAAATGAAACCCTTTAAC TCTGTGTTTAGCTTAGGTTCAAAATTTATTTCTAAATTTTGTTTAGACAATCAAGTAAAC ACTCTGCGTAACCTAAAATAATGAGGTCTACTTTATAGTACCATCTAAAGCCAAACTAGT CATTTCAAAAATAAGATAAATAGATTACTTTTAACTGATTAAATCATAGTTGATCAAAAT TATTCACACTGTCATGTCATCAGTGAACAAGAGAAGCTACAATCATACTCTTTCCTTACC ATTTTCATAGTTGCGGAATTTAAATAAAGAAGAACTTACAGAAATTTTCAAAGTTGCTTA CAGAAATCTTAGAGGACCTTTATTTCATACAAAGCATAATGTTTACATAAAGAGAGAGCA TTCAAAATTGTTCTGGTGAATAATTTTCGATGCCTAAGCTGAAAAATTAAAATGCCTTTT ATAGGCAAAGCTGAGAGACAAAGAGATTTGAAAATCTAAAAGCTAATCTTCTGATTGACC CTTGATTCTCGTCCGTTGCTTTTGGTTAAAGCAAAAGTAAAGTGGTTGTCATCTTCTTCT TTTTGAAAAGCAAAGATGCCTGACTTAAAGTTGTTTGTCATCTTCTTTTTTTTGAATAGT GAAGATGCCTGACTTTGTCTGCCATGATGTGGGCCTTTGATAGCGAATTCCTTTCGTCGT GACTGAGTCAGCAAAAGATTCCGTCTTCTTTGAAGCTCCATTTGCTTCTTCCTTGGTAAT TCTGATTCTATGAATCTCTACCTGGAAGACTAATTATTCTGGCTTTTAATAGCCTCAATT AGGACTCTTCAGTCAAAAGGATTTAGATAAGATCTGGCTAATGCTTTTGGATTAAGCACG TCGCCATTGTCATCACTTTGTGATGAGGCCTCATCAAGTAGCTGGTTAATAGCAGCTTCA TCTGGATTTTCGTCAAGTTTTGAGAGAGCCTTTTCAAGTCTCTTTTTTAAGTCACTCTTT GAAGGTGACGCCTGAGATATTTCATTTCCCTTTGAAGGAGATGGATTGCCTTTTCTGGCG GGAGACCATCCTTTAATTCGAATTTCTTTGGACAAGAATTTGATCCTGTCAAAATCTGCA GGTCTATTGAGTTTTCAAATAATTTCCCAGATGTCATCTTGGATAAAACCCAACTACAGA GATTTCTCGGGAGTCTTAACTATGTAGCTGACTTTATTCCTAAAGTTAGACATATTTGCA AGCCCCTCTTTGACAGGTTAAAGAAGACTCCTTCACCTTGGGGTAACGATCATACTAAGG CAGTTGTTCTATTTAAAAATATGGTTAAGAACCTTCCTTGCTTAGGTATCTCTAACCCAG ACTTTTTTATGATTGTTGAGACTGATGCTTCTGACATCGGATATGGTGGCATTCTTAAAC AAAGAAAAGACCCCAAATCTACGGAGCAGCTGGTCCGTTACTATTCAGGAACCTGGAATT CTGCCCAAAAGAATTATAGCACGATCAAAAAGGAAGTCCTAGCTATTGTTCTTTGCATAA CCAAGTTCCAAGATGATCTAGTTAACAAAGAATTTCTGCTTAGAGTGGACTGTAAATCTG CTAAAGAAATCCTTCAAAAGGATGTCAAAAATATTGTTTCCAAACAAATTTTTGCTAGAT GGCAAGCTTTATTATCCAGCTTCGATTTTCAAATCGAATTCATTAAAGGTGAAAATAACT CTTTGCCTGATTATCTAACGAGAGAATTTTTGCAGGGTAAACATGAGACCACAAATCAGG CCAATGGCAGGCAAACAACCAGTTAGGACCAATCCTAATGAACCAGCCAGTACAGGTCCC TTTGCAAGGAGGCCTGAAATTAACCCAGCAAGACCTGATGTAAACAGGTACACAGCTTTG GCAAGTTTGCCACCCATTAATCCAACAGTACTCCCACAGAGTCGACCAACCGGAATGCTG GTATTAAAGAAACCTTTTGCAAAGGATCAAGAAGCCAGCACCTCTTCATCACCAAGCGGA GAACTTAGATTCTCTCAGAAACAGACAAGTGACTGCTACACAATAAAGCAGCCTCAAAAT TTTGCAGAAGCAGTTACTCCAAGTAGCTCCTAGACGACTCCAAGAGAGAAAGAGAAATTT GAAATGATTTCTCTAAATATCATCCCAATCCTTGCACTCGACAAGGAATATGAAGGTTAT GAGGTCAAACATCTCTTGAAGCCTATCTACACCAACAGGAATTACGTCGAGACAGACAAT TCCTTAAAAACCAGAAGGTACTTTGAGTTTATTCTCATTGATACCGGATCACTAGAAATA GAACATGAATTGGCAGATAAATCTGACCCAGAAAGCATCGCCTATTCAAAATTGACGATA AAAAAGATCTTATCTCCGTATAACTGGCCTGTAGACCATCTGCAAACTCCGATCAATCTA TCCAAGAGATCCAACCCTCAAACCTACAACTGGTTTGATTATAAAAACGCTTGGATAAAT TTCATGTATGTCAGGCCAACCACCCACACGTGGTTTATCAAATATTGTCCAGAGGTATCA GCCTCAATCATACCAAGATGGTTCTATGAATGGTGGAGCCTTTTTGGTGGAAATAAGCAA GTGATGCCTCGTCAGTTTGTAGAAAATTATCCCCAATTCCAGGCTGAAGAAGGCATATCA ACCCTCCCAGAGCACATCAAGCTCTGTAAGTACTTTATAAAAAGACGTTTATTTTATATT TTATCATGGACGTTTGTTATTGCAGATTTTGACAGGATCAAATTCTTGTCCAAAGAAATC CGAATTAAAGGATGGTCTCCCACCAGAAAAGGCAATCCATCTCCTTCAAAGGGAAAGGAA ATATCTCAGGCGTCACCTTCAAAGAGTGACTTAAAAAAGAGACTTGAAAAGGCTCTCTCA AAACTTGACGAAAATCCAGATGAAGCTGCTATTAACCAGCTACTTGATGAGGCCTCATCA CAAAGTGATGACAATGGCGACATGCTTAATCCAAAAGCATTAGCCAGATCTTATCTAAAT CCTTTTGACTGAAGAGTCCTAATTGAGGCTATTAAAAGCCAGAATAATTAGTCTTCCAGG TAGAGATTCATAGAATCAGAATTACCAAGGAAGAAGCAAATGGAGCTTAAAAGAAGACGG AATCTTTTGCTGACTCAGTCACGACGAAAGGAATTCGCTATCAAAGGCCCACATCATGGC AGACAAAGTCAGGCATCTTCACTATTCAAAAAAAAGAAGATGACAAACAACTTTAAGTCA GGCATCTTTGCTTTTCAAAAAGAAGAAGATGACAACCACTTTACTTTTGCTTTAACCAAA AGCAACGGACGAGAATCAAGGGCCAATCAGAAGATTAGCTTTTAGATTTTCAAATCTCTT TGTCTCTCAGCTTTGCCTATAAAAGGCATTTTAGTTTTTCAGCTTAGGCATAGAAAATTA TTCACCAAAACAATTTTTTGAGTGTCATCAGTGAACAAGAGAAGCTACAATCATATTCTT TCCTTACCTTCCCTTTTTATATTGTTATTCTAAATAGTTTATCAATAACTTCATAAAATT AATACATAAATTATATAAAAAAAATTCTATTATACTCATGATAGTTAATTACTTCGAAAA TAGATATTTGATCAACTTAAGAAAATTAGTAATTAATTTTCATATTATAATTTTGAAAAG GAATCTCTAACAAACAAATTAAAAATAAAAGATGATTTACCTATCATTTTTTTGAAAAAT TAACTTTAATGAAAGTGAAATCCAAACAGGTGAGAGATATAAAAAAAAAAAAAGGAAAAG AGAGAGTACTAAATTAAGATGCAGTCCATTCTTTTGCACATAAACAGTAGTAAAGACGTA GTATAAATACTTGAAGTGCGAAGCTGAGAAATGATCCGTCGTGTATGAGTATTCATTGCT GGAGACGAGAAAATTAAATAGAGATGGAGAAGAAGAGATAAGAATCGGAGCAACGTCAAG AATTCAGATACAGAGTAATTTTTGGACAGAGACAGATTTGCTGCTGCTAAAAATGCAGAG GTAGTCTAACTACTTGCACGTCATCAATTAGCTGATTCATTAGATATAAGCTTATCCCTT TTCTTCTCTGTGTTCCATTCCACTATTCCTTTCCTGAACCCTATGAAAAAAATATTGCCT TCTTTTTTTTCTGTCCAATCAAAAACAATCTAATATGTACAGGTAAAACTTACCCACAAT ATGTTTGGCGTAAACATCCGGTACGGGTAAGTTTTTTCCAATATTACCTTTGGAACTAGA TAACTTTTAGGCACAATCAACTAGAAAAGAAGGTTGTATTTCACATGATTGAAAAGGGAA TAATGTTGTAATCAAAAAGGCCTATAGTTCCTGAAATTTACAAAAAAGTTTTAAAAAAAA GGGTACTAGCTTTGTCATTACTCACCAGTCACCAGTACCTTTCAGTAATGCAAGGTGTTC TAACTAATTACATATGATGTGGCCTTCATTCTGCAGAAAAATCAGGCTCATCTGGCTTAA ACAGCTTGGGCATTTTTAAGCTAGAAGAAGAATCAGCCATCTTCTGTTCTATTCCTCTTC TCGTATTAGTAGCAAATCGTTTGGCCAAAATTGTAGCTCCAAGTTGTTGGGAACCACGAG AACCACTGGCTACTAACGGTTGCTCAGGACCAGCGTCATCAAAACTTTGCTCATTGTAGT TACCCTCATCATTAGGATCTTGATTATAATAATAGCTCTCTTGTAGAGCCAACTCGTATT CCATCTTTTTCTTCTTATACCTTCTCCATGCAGCCTGTATAAAACAAGCACCCCATGTTC TCCACTGATGAGAATAGTACCTAAATGCATGCTGTAGCTTCATGCTGTGAAGACGTTTAA ATTGAACTGCAAAAAATTTCAGGTCTTCAGCTCGAAGTGCAAATGCTTCAACTTCAGTAA GTGTTCTCACTGTTCGAGTTGAAGCTGGCAACTGCGTTGAGTTAGGCAGTAAGGCCCAAG TCAGCAATTCTTCACCACAAAAATCATTAGGTCCAAGGGTGATTGAATTGAAGAATCCAG ATCTTCCCCCATTTGTCGTGGAGCTCTCTAGTTGTCCCCTGATGATAAAGAGCATCTCAC TCACTGGATCATCTTCTAGAACAACATATGTGCCCATTATGCTCAGGGTCGACACTAGGC GTTCACATATTGCATCAAGCAACTGGTCATCCATTTGCTCAAAAAATGGAACCTGCGCAG TCAGGAGATTTTGGGGTCTCTAAAGCTTAGCAAACAAAAGTGGATGGGTTTAGGCATTTA CAGAGTAAAAATACAACTCCAAACATGTGGCTGATGCAAATACAAAACGTAAGGTACATC ACAAGACAAGTCAAAGCTTAAATTGATGACTGAAGAGATGGAACTATTTTATTTATTCAT TCACTAATACTTATTAGTACTTATTTCTTTTGCTCAAATCTTTAACTACTGGCAAATATT TCTGCCTGCAGCTCTTTTCCTTAATGTTTGCCTCCTGAAAGTATTTCAATTCCAAGAGAA GTGAAATACTGCAAACACCACATATTACATCATCTGGCTATGCCATATATATATATATAT CTAAAGATCACAATGAAAAGGGCAACCTTGACAGAAAATAAATCTATCATCAAACATCAA CAAGTGCTGATGCAAATGTCATAATCTATAAACAATGATTGTTTCTCGCTTCCGGGTCTT AACAACGTAAATTAAAACATGAAATGTGCAAATATTTTGTTAAAATACGCAAATGTCGGT ATGAGTATGACCATTTATATCAGCTATACCAATTTAGGAACTAAGGATTTCCTGGGAACC AGTGGTCAGAGTTTCTGCTTAAGACACTGACAACCTATCAAGTCTCGAGAAGTACATCAA TATGCCATGATAGTCTAATATATAATACACGAGCCAAGCAAAATAATGATATATTTAGTG CCAGAAAGACATACTCGTCGAACAAGATTAAGGCATAGGTGTCTTTGGATTTGACGACGA AGGTCCAAAGGCAAAGATTGCAAGATCTCTTCTTCATTAACTCCTCTTGTTGCAAGCCAT TTACATTGATCAAAACGGCGAACACGTTCTTGCAAGTCTTCAGGCAACTGTCGATGTCTC ATCCATTCTTCAATATCTCTTTTTCTAATTCTCCATTCCTCAATTTTTACAGTCATAGAT TGCAGATAAGTCTGGAAAGGGCAGAAATTCAGAAGTATATCAAGGACAAAGAAGCATGTC CTAAACTAGATGAAACAAATCTAAAATGGTAGCTCAAACTCTTAAAAACCCTTACAAATC ACCGACTAACCCCTAAGCGTAATCTGAAAGCAGTATCCAACTCAACCCAGAAGTAATGTT GAATAATATTATACTATTAATCCCAATGGACCTAAGCTGCTTATAATTTGAGATTATAGG GAACATATCTAGAGTAATGGCACATAGCAGGACTGCTAACTTGAAAAATGAAATTAAAGC TCTTAGAGATTTCTGATTACTCTTCAAAGAATTAATCCAACTCCGTACAATATTTAGCTG GTAATTAGCACATTATGTAAATCAACTATCACAAATTAACAAAGTTATCATGTTTAACAT TGCTCTAGAGGTGAATAATTATAACAACTTGAAGGTGTCTGACATAACATGTATAGATTA ATCATTCATGTATATAAACCATGGTGAAATTACTTCAGATAACTGCACTAGGTGATACTA GTGATCTATACAGACAAATCTTATCCTCAAAATCTTACCTGCATGTTTCCAATTAACTGT GCAAAGAGAACTAAACCGATGATACTTATGAAAATGCTGAATAAGGTTTCACCAATATAT GTGCTAGTATTCAAATTCTGCCCATATGAACTGCAAGACAACATTCGTAAAGATAAACAT AAGATTTCTACCTGGAAAAAGAACCGAGTAATTTGATGGTATCCTAAGCAACAAAGGAGA CAAGAAATTCATTTTAAACAATTTATGTGATCCAAAATCACACTAGTCTTGATTGTGACA TTTATGTGGTAGCCATACATGATCCAAGACAGTTTACAGAGGATCAGTATACTTTATCAT TTACAATGATTAACAGCGGTGAAAATGCTTGCCAAAAATTCAGTAGCTGAGATAGACAAG GGTGAACATTTATGAATTCCTAGTCCAGTCTTAGCTGCCTGATGAATTAACCAAACATAA GAGACAGGGTACCAAACAGACAGAGTGACTTGCATATTCGGATGCAGATCTAAACGCAAA GAGTCCTTTAAAAGCCAGACTATATTACATAAATTCTATCAGAATGTATTAGGTGGAAGC AAAAGCAGCAAAAGTGAAATAATATTTTTCCCAATTTTCATTTCAAGAAGATGACTCCAT TCATTTCAGATGCTCCCATATTACCCCTTAATTAGTCCCTTTTTTTTATAGGAATGATTT GACATTAAGACCAAAAGATCTAAGGGTTTCTTTTGGTAAGACATTTATATTTAGCGTATG TGTAAATAGTATTTCTTTCTCAAATACTGTCATATAAATAACAAAAAATGAAGGAGTATG TCAGAAGAGGAATGTCCCTAGGAATTACTTTGAGACGCCAACTTTCAATTATAATCACCA ACACCATTGAATATGCAAAACTGAGAATGAATGAAGAAGAGTAAATTTGCAGTTGAAGAA ATCAAACCTTAAATTTCTTAGACCCCACCAAAGACAGTATAAATATTTTGCCAAGAACGA TGATGAAGCCACTTCATTAGTAAAGGCATCAGCGAAAATTCCAAACTTAAAACCAGAATC TTCATCATTTACAGCATCACATTTCTCAAGCACTCGTGTGCTGTTTCGCCAGTAATCGCG TATATAACTATCCTCATCAACATTGTTACAGTCCAAAAATTCAAGAATGCAGGGTGGAAC TGCATCACGCTCCTTATTACATTCAATTGCCCAGCAAGAGAATTGTCTTCCTATAGATGC CACGTACCAGGAAGCTCCTGCCACCTGCACACAGAAGAAAAGGCGGCAACAATTCTCAAA CCAGGTCTCAAATAAATTATTACGAAATAAAAGGAAATGGGAAATGAGCGTTTACATGAC TTGCTAACATGAACAGAAGGAGATTATAAGCTGCTCCTGCCCAGGCTGTTTTAGCAATAA AACCTGTAGTTTTGATAATCTGCTGATTTAATGGGAAAATAACGAATAACCTTGGCACAT ATTGTATGAGAACGATAAGTGCAAGTGTACTTTTGGAATGACCCGAACCATTTCTTTTGG CTGCTGGGATTACATAGCGAATAACAATCTGCAATGGCACTATTAATTAAAAATAACAAT AATAAAAGTAGAGTATTAAACTAAATGGATATGTACTGACTTGAGGCAGGGGAAGAGCAG CTGTAAAATCAACGATGAAATCAGTTTTGAGATATCGTATAGCAATTTCACGGGGATCCA TAACAAGCTCACCCCGGCCGAAAACCCTAGAGCTAGGAGCAACAAAAGCTGTGCGGAACT TCATGGCAATGTGAAGGAAGTAAAAGATGTCGGTGAGAGAACGATAGATGGTAATTTCAC GGGCGGCTTCGTCATCAGTGGACATACAAGCTCTATCGCTGACGAAAGGTACGTAGAAGT AGAGTGGATCGATGAAAAGAGAGATGAGACAGGTAAGGAGGAAGACATAGTTCCAGCGAT TGACGATATCGCTGTTTGGATCGAGAATTTGGCGCCACCATGGCACATCGTTCGAAAATG ATTTGTTCTTCAAAGATTGCTGTAAATGACGGAGGTGAGACGCCGGCTTTGCAAATATTC TAGTCATCTTCCATGGCGGAGTCCGATATCAAAATCGGATTCCGGAAGATTGTCTCTCTT CTGGAAAACACAACAGATTCCAATAATTTTTTTGTATTATGAATGAAACAGTGAGTGAAA ATTAGCGCTAGAAAAGAAGGAAGAATGAATTAAGAGTGTTCCATTGAAGCTCCTTTTTTC ATCAAAGCTTCCTTTACTGCCATTGAAAATTGTGTGAGGAAAACCTGTGACTTCGGAAGG TTGTAGGATTTGGTTAACAACACATGTCAAAGTTTCAAATACAGTATTAATTAAAATACT TAACATCCTAATCATCATTAGAATTGATTTATTTTCTTCAATAAGCATTATTTCATCATA CTGGAAAAAAAAAAGCGGGAAATTAGGTACAATGAAATGGGCTTACTAGTGCGACCACGA AATGGGCCAGGCCCCATTTGGATTCCTTTTCTTTTCTTTGGGTCTTTCTTTTGTGACATA ACCTCACATACTTTACTATCATATATACGTATTACACGTAATCTCTTAAATATAATCTCT TTAATTAACGGGATACTAAAAATTCAAAAATTATTATATCTCACCTCACATCAGCGATTC CTTCCCCAATCTCATTAACCTCCACAACCCATGTAATCCACTTCTTCCTCAAACATTGTC CTAAGTTAACAACCAATTTCTCAATATTAGCAATACATAAAAAGAGGTAAGATTTTCTTT AGGTTTTCGATTTTCTAATGCATCTCAAATTTATACATTTTCATGTATCTAGGTTGGAGT TTCTCTTTTTCTAAAGTTCGATACTAGTTATTTCATTGCTTGAAGTTGTGCTATATCCAT AGAGCAATGTCTCAAAATTTCAAAAATACTAAATAAATGTGTGTAATATTAATTTAATTA ATCAAGTATAAATTTTATACGTTATATTAAAAATATGTATCTCGCATTATGTGCATCTAA TATGTAATATACGAGAAGAAAAAGCATATGCATCTAATTATGTGTATCTAAATTTCATAG GTTACATCAAAAAAAAAACATGAATCTCAATTAGATAGTAAACATATACATCTAATTATG TGTGTTCTAAATATGAAATGTAACTGAAAACACATAAATTTAGGAACAAATAAATATCTG TAGAGTATCTATCTTATAGATGTGTTTAGATTCAATGGACCTCCGTTCTCTTTTTTTCAT TTACTATTAAATATTTTAATAGCAGAAGTTTTTTTTTTTTTCAAAACTATACAAATTATA GTTAATACCTCAGATGGTTACTCAACTATGCACTTCTCTCTTATAAAGTCACTCAACTTT GAATTTTAATTCAAAAGTCACTCAAATATTAACTCTTCCCTCAAAAAGTCACTCAACTTT GAATTTTAACTCAAAAATCACTCAACTATTAACTATTCCCTCAGAAAGTCACTCAATTTA TTTAATTATTATTTAATTAAAATTTGCTGATATTAATTGTTTATATAACAAATCAAAAAA AAATTAAAATAAAAAATATCATTTAAATCATTTAGTGATCCACCCAATTAACCCGATCTA TTAAAAAATATAATATAACTCATTTTATTTTGTCCTTAATTCTAAATTAGTCCCTCAAAT GGATGTAAACTCCAAGAGATTTACATCTCAATCTTGTTATTCTTACACCTATTGGATGTA CATTCCTCGTAGGAAGGTCATACATACAGTTGTGTAGAAAGATGTTGTCATAGCCTCGGG ATATATTTCAGTCTTGACAAAGAGTAGAACAACTAATTAAGCATATGCTCTCACCATTAC ATACTAATATAGTAATGATATTGATGCAACATGAAATAATGTTCATTCAAATAAACATAC TTCACAAGCCAGTAAAGATTCCCTAGATAAAATGATCTACTTTGTCAATTTAGGATCAAG AGTGTGTTTGGTATGAAAGAAAAACGTTTTCCAATTTTCTAATAATTGTAAACAAATCTA AATTTTATGTGGATATACAAACACAATCATTATACATAGTAGTCACATATATACAATTAT CTAACCGATATACATATACAATTTACCTCTCTACACTCTCCACCCTCTGTCCTCTCTCTT CTAATCTCGCTCACCAACCTAGTCTAATTATACTATTTGTTAATTTCTAAAATTTACTCT TATAAATACTAGGATAGTTGAGGAATATTTTTGCTTGTGGAGTAGCCTATGGGCCGGGCC GGTTGAAAATAATCAGCCCAATTGATGTTTCCGGCAAAACAGCCCAAATATGCAGTTTCG GATCAAAATTAGCTGAAATATTACACGACTTCCCAAAATGAAACTTGAGAGATCAGCTAC TGACAAAGACAAAACTCCATTAAAACTCCCTTTCTTCACCTTCCAACCAACTACACCCTT CACTCTCCTCTTCCGCTCGGTAAGAAGTTTCCTTCTTTTCACTTTTCTCTGTTTTCGAAT AAATCCTAATTCCATATATCTGTCGGAATTCGGGTCTATTTGAAAAAAAGTGTGAAGAAA ATGCCCTAAATCATATAGTAATAATACGTAGACCGTACATTGTTCTCTGAGTCTTCAAAT CGTTGAGGAAATTGGGCACTTGTAGTTGTTGTTTCGTTTCGTCTTTTGCTAAAACTTATG ATTGTGTTGATACAGTGCTGGAGTTACTTGCAAAGTCAAGTCGAAACGTTGGAGTTGGAA ACATAAAATGGGGGACGAGAAGGATGCGTTCTATGTCGTGCGCAAAGGGGATGTGATCGG GGTTTATAAGAACTTGAGCGATTTGCAAGCTTTGCTACGAACATCTGTATGTTTCTTTTA CCTTTTAAGGTTTAAATACTTTTCTGCTTTTGGGCCAAAGACAGTTTCCTTTATAGTCAT TGTATCTATTGTACTGCTACTTTTTTTTTTTTTGGTCTTTTATAGCTCTAGTATAGGAAG AGTTCAATTATTCCAGCTTTTGAACAATGATGAAGAAATAGTTGGATACATTATAGCCAA TCCCATTAGTGTAGTGTTGATTGATTAATTAGACCAAAAGTAATAATACTATCAGATGTT TCTTTTTTTAAATGTATTATTTTAATTCTAATCTTTCAGATTGGTGAACCAGCCATAAGC GTTTTTAAAGGGTATCGCTTGACTAAGGAATCTGAAGAGTATCTGGCCTCTCATGGACTC AAGAATGCAATGTATTCTATGGATTTCAGTGATGTTCGAGACGATCTCTTTGGGACTCTC ATCCCATGCCCATTTCGGGTTAGAAAGTTAATCATTCTGCTGTTTTTGAATTGGCATTAG ATGCAGTTGTCTTATCTATTTGGTAGTAATGTCAATTTGATGATAGTTGGGTCAAATTTT GGCTATTTTCCGGCTTTGAAAGATATATATAAATCCTTCATGATTTGGACTATAGTACTG CGCCACTAGCTTGACTGACTGCGTGAATTTCTCGGTCAGGCTGATCTCCCCCCCTCCCCT CCCTTTTTTTTTTAGAATGTTAGGCCAGTGTTTTAGACGGCGATAGGCGATAAAAGGCGA CAAGGGTCTGCCTCGCCACAAGGCGAGGCGAACGGCGAGGCGCTCGCCTTTTTGAAGTGC GGCACCTTTTAATACCAAAATATTTAAAATTTTAATTGCATATGTAAATAATCAAACAAT AACATATTAGCAATTTTTTCAAATTAAAAACTAAAAATAGATAGTACGTACTAAAAGCCT AGAACATGAAAGAGAAAAAAAAGAACAAAAGTCAAAACAAAGGTAAAAGTGACCAACTCT GAAGAAGAAAACAAGAAATATGTATTGGTTAGACTTTGGAGTCGCCGGAAAAGCCTGGCA AGTTACCGGAGGAGTCTAGTCGAAAATCCTAAAATTACCTTTTAATTTTTAAAAAATCCT AAATTTGTCGCCTTTTTTTTTAAAAAAAAACACAAAAGGCGACACCTTCCTAGCCTTTCT CGCCTCTAGCCTTTTGTCGACATGACGTCGCCTTTTGAAGATTGCCTCGCCACAAAGCTA AAAGGCAATGAAGGGTCGCCTCGCCTCGCCTCGCCTCTTGCCATTGGCGACGAGGCAATC GCCTTTCACAATACTAATGTTAGCTTTTCTACTATATATCCACAGGTACTAGAAAATTGA AATAATAATAATATTTACTGGCGACGATTTTTTTCGGTGATTTTTGAACGGATGACACAT TAAATAGATGTGATTGGATAAACTTTTACCAAAAGAGAACTTTGAGTTAAGATGCATGAG AGGGGAAGTGAAAGTTGAGCTAGATTTATATGTATATATGTACATGAAAAGTAAAATTGA CTGGTGGAGAACTGGGAGGAAATCGTTTCTTTGCTGCACTGGATAAGAGAGCAAAGCGAT TGAATACTGTTGAAAAGCTAGCAATTAAAAACAACTAAATACTATTGAAAAGCTTAATGT GAATAAGCTGAAGAATAATTTTTTGAAGTATTATCTGGTTATGTGATACGTAGTAGCATT TCAAAGAGAAAATGTGATACTTGCCTATTCTCGTGGCACACACCTTCCTGGTGATAATGC TACTGCCATAAGTTATACTGCTTCAAGACTAATTTTCATATTTGGGGGAGGGGGTCTGGA TCTGTCTCAAATGCAGAACTGTACTACTATTTCCTCATGGTCACGAAAGCTTGCTAATAG CTGTTCAAATGTGATTATTGGGATCCAAATTTGATATTGATGATAGGTTTTGTCTCTTTG GATTTGTTAGCTTTTTCTTGCTTTGTCATTGCCATCATGTCGAACTACTTCCTCCAGTGT GTCTTGCAACCACTAACTGGTAACTAGAAAGTGAGCATAATACTGCTTTTACAATTTTCA GCTAGACCCAACTTGAAATGCTAAGATTTTTTTGGTATCCATTATTGAAATGTCTGTCTC CTGTTGCTCTATTGAATACATTTTGTTCCATGAAAAGAAACAACAGTAGCATGTTTATTT AGTTATAATTTACATCAAACACCATTCCATGCTGATGGATTTTAATGTTTCATGTTTTTG CAGCAACCCGGCTCTTCAAAAGATAAAATTGTGGGGAAGAATGTTCAGGAAAAGAGGATG CAGGTTATCTCTTAATGGCCAATCCATATATTCTTGCATTTATTAGACGGGGCATGTCTT TCTTGAAAATCATAACTGATATACTTCATTTAGGCCCCAGCTTAAGCCATCAAACTATAT CATCAATTATTGCGAAGCATTAATATATTCTGAAGTAGGATAGGATGGAAATTTTGTACA CGTTGTCAATTATTAGGCTTTTGCTTTTCCTGGAATAGGAAACTAATTGTCTGGCCTAGT GATGGTGGTTTCCTTAATAACTCTTTTAGTGTAATGAGAACTAACATCTAGTAGTAGAAT AAATGTCGTGGATAAGTCTTTGATATTCACTTTGTTTTATTCCTTCGTTCAGATGGAGTT GGTGGCATCTCCTTCATTTGCAGCTGCTGGTCAGCAAAAACTTGCTAAATTGGACAATTT CCTAGAAGCTCCCCCAATTTCGTCATATCCTGTAAGTTAAATTTTTGTTGTATCAAGATA TGCAATTTTTTTCATTGTCTGCTTTACCTATATGTTGATATTCTGAGGGATAGGATCGTG TTAGCCTGTCACAACAGAAACCACTCAGTGTCCTTCATCGGGCAAACAAACAAAAAATAA TTCTTCAATCACTTTGGCAATAAGAGGTAATAAGAATGTAGAACAGTGAATATAGCATAA ATATAACAATATCTGATCAGCCTCAGGAACTCATGTCACAACTCACAAGTCATGATCACT AAGAATATGAGATACAATTCTGTATGAGACTAATGCATAATCAATCTGAAGTACAAATCA GAACAAAAAGACCCTAAGTTACCATGAACAAGCTGATAGCTCAACAGCTCACACTGGGAT GTTGATAGATCTTGAGTGCTCACTCACGTACTCTGCTGAAGCTTGAATCTATATCTGCAC ACTCGGTGCAGAAGTGTAGGGGAGTAAGAGTACTCAGTAAGTATCTTTGACCTCTCCAAA TAAGATAGTGGCAAGAGACAATATAGAAGGTTCTCACTTTTAAACCTGTGCAATTACTAT CTACAATAATTACAGAAATAGTAATGTGCTTTGAACTTATATTTTGAGCCACTGTATTTA TTTTGTGGTACTTCAGTTCCAAGTCAAAATATCATGTCTCTGCGACATATGTAAGATATT GTAGCTGAGTTGGTCTTATTTCGCCAAATAGGGTGGTGTGACTCGCTTGTAATATGATGA ACACACTGTTTTCTTTAAGTACTAGTATCTTTATGTGATCTTTGCTTGAAGCTTGGAAGA ACAATTTTGTAAATAGATGCCTTCAGTCTCCCTACATGCAGTGTTCATGCATCCTTGAGT TTGATGGGGCTTCAAAGGGGAATCCTGGTCTAGCTGGTGCTGGGGCTGTGCTGCGTGCTG CAGATGGAAGTATGGTATGCTCCCTATCCTTTTAGAAGATGTGGTTTGTCACCACAAATT TACAGGTTTTCGACTTTGTGATTCTTTTCTGTAGGTTTTCCGGCTGCGTGAAGGTGTAGG TGTGGCAACTAACAATGTTGCTGAATACAGAGGCGTAATCTTAGGACTAAGATATGCTCT TGAGAAAGGTTTCAAACACATTAAAGTCAAGGGCGATTCGAAACTTGTCTGCATGCAGGT CTTCTTTCTCTACTTCTTACAGCTGTTTTTTTTAGTTTTATTCATTTTTAATTTGCTTTT AGTAAATTAGTCAATTTTTCTGCTTTCTCACTTTAAATATCCTGTCAAATTTGTATATCT TCAGTAATTTATTGAAATCACTGATTTCTAAAACAATTGCTGAAGAGTCTTTTCAATTGA GTGTCAGAGACATATTCATTGAACTGGGCTACACCAACAGAAAGTGGACCGTTCAATATA AGGAGACACATGGTTTTTAACCAACTAGTTTTTGGACATGTACATCCCAAATTAACTAGA ATATGATTTTGCATAATCACATAAAATTATTGAAAAATATTTTTGAGTAACAAAACACAC ATTAATTAAGATTCATGAATGTGATTCTTCATTTGGGACTTCATGGTTGAGCCCCCCTCC CCCCCCCCCCCCCCCAAAAAAAAAAAAAAAACCACCATACACACACAAAGATAAATGAAT GTGTGTGTATAATTCATTTAATCATAATTCATAGTCATAGCAAAATCAACCGAATGTAAC ATCAACAATACTTTCAGTTCTATAAAGGTCTCTCCGGCTGCTTTTTAATGCACAATGTTA TCATTTTTTTTCTTGTTTTTTCAAGCACTAACCATGTCTTCACCTCAACTTTTTCCTCAC GAATTGTAATTCTGCATATCATCTTTTTCCTTTTGATGAGTCAGTTGATTAGGCCAGCTA CATAAAAACATGAAATACTATGATAAAAAAGAGAGAGAGATGATCAAAGAAGGCTTTTAA ACAGAAATGACAAAACCTAAGCAATATCCACCAAGTTTTGAATTGTGCATCACTGGCCCT CGAGGATTTCTCGGTTATAATTAGAAAATGGCAAAGCTAAGAGCTGTTGTGGCATAAAAG AATGCAGCAGCTGGCTAGCAGTTTGGCAACCCGCATTGTGTTGTGAAAACTTGCTTCTCA ATATCCCAATTTGAATCCCGGAGAACATATGGTGTAGGTTAATGATTAATTCAAGAAACT TATTTTACTTGGCTTTTATTTTGGCTTTATTACCAAATGCCTAAGATTTTACAGTGACAG GTTTAGGAGCGACTATAAAGACCCTATAGGATTTGAGACATATTCAGCCTATATGTAATT TGATAGGAATTATGGGATGGCATAGCTTGCCTTCTTGATGGTACCTCATCCTATCCATCC CAAGAGACACCTAAACCAGTTTAAAAGTGAAGCTATTCTTCCCTTGCAACCTATGTGATC TTACGCTGAGATCATATGTGCTTTTGCCGTGCTATTTATATTTTTTTCAGTTTTATGTTT TAGCTGGAACTGCTTCTGGGCCGGTCTCTTGTTTTTACAAATTTCTTCATGGAACAGACT CAAGGAATCTGGAAATGCAAGAATCAGAACATGGCTGAGCTATCCAAGATTGTTAAAGAG CTTAAAGATCAGTTTATGTCTTTCCAGATCAACCACATGGACAGAGTATGGCCAATTTTT CCTCTTTTGCTAATTTGAAGCTCACTGAGCTGGTCTATCAGAATTTTGATTTTCGAAGTC CTTATTATATCTTGCAACTGCATGTTGTTTTTGTGATAAATATGGAGTAGTGTGGTCTCC TGTGACCAAAAGAGGTGCAAGCGGTGGTACCTGGACGTCATGTTTAATTTATGCAATATA TATAGTTTCTCTTTTCTTGCTAAGCTGTTCTTCGAAATTGATTTTATCACCTTGTTGCTA GAAGTGAATAATCATGCTTCCCTAGTCAATCAATTCACTCTGTTCTGGTTGCTCTGCATG AACAGTTCAGAATTTTTCTGCACATAATTGTTCCGTTCTTTTTAATCATTTAAAGCCTTT TTTCATCCAATTCCAAGGGTTTTTACTTGTTTAACATATCAGGAATCCAACACTGAAGCC GATGCCCAGGCAAATTTAGCCGTGTATCTCAAGAGTAAGGGTCTTTTGTCTTGTGAGTTT CTCTTTTTCCGTGAGAAATCTAATAAGAAATATTTTGTTGCAGATGGCGAAATTCAAGTG GAATGTGACATGATAACTTAATTAAGTCACCAACTACTACCTCAACTTGTTGGGATTTAG GAAATGATGAATGACCGCCAAGACAGACCAATTTGGATATTCAGTTGTCTGAAACTACAC TTGTAACATGTAGATATATGATCTGAATTATGTGCATGTAACCTAATTATGTATCTGGAT TGAAAGTAGCTTCTGCTGTAACCTAATTTGCAATGAAAATTGGTTGGGACAAGTACACCA GGCTTCTTCTTTATAGTACGTTGAAACCTCTCTTACTGTTGCTCTAATTAGTATCACTGA CATTCATTCACACACACAGTTGTGTTTTAACATTGAATTATTATGCGAAGAAAATTCAAA AAAAGCTTTTATATGATTTTTCTTTTCCAGATCTTGCTTTTCATGGGGAAGCTTACCAAT TGAACATATAAATTAAGTACACTAGTTGTTTAGATAAAAAAATAAGTAATTACTGTGTAA TTGCGCAAGTACAAGGACAGAACATTAATTAAATATTCAGAAATTATAACTGGACAGCCC AAATAAGTAGTTTCGGACCCAAATCAGCTGACCCGTTTACCCGGGACTAAACGAAATTGA AAGTATTGAGACCTGAGATGAGCTGCTGGCAAAAAAAATCCAATTCTCTCTCTCTTCCCA AGTCCCAACTACTCCCTTCACTCTCTTCCTCTGCTCGGTAAGAATCTTCATTGTATTCTT TCACTTTTCTATGTTTTCAGAAATCCTAATTCGTTTATCTTTGTGTCTAAAGTACGATTT TTATTCAATACAAAAAAACCCTAATTGAGATGGTAATTGAGTATCATTGCTACTATATTA ACTGCAACTGATCATACATGCAGGGTAATATGTATACTGAAAATTGTTCAGTGAGTTTAG AATGTAGTTTTTTTTTTTTCTGGAACTTGGACTTTAAGTATTTGTTTCTGTGTTTTCACT AAGTAATACTGTGTTGTGTTGATACAGTGGTGGAGTAACTTGCAAAGCCAAGTAAACGCG TTGGAGTTGGACACATAAATGGGGGACGAAAAGGATGCTTTTTATGTCGTGCATAAAGGG GATGTGATCGCTGTCTATAAGAACCTCAGTGATTTACAAGCTCTGCTACGATCTTCTGTA CGTTTCCTTTAATGTTTTTTCTGCTTTTGGGCCTTAGACGGCCTTATCTGTTGGACTACT TTTTTTGGAGTCATGTAGAGCTCAAGTATAAGAAGAGTCTAATTATTACAGCTTTTTAAC AATGATGAAGAAATAGAGCTTAGTTGATTTGAGCACAAGTAATAATATTATCAGATGCTC TTTTGATGTATTTTCTATTATTTTCTGTGATCTTTCAGGTTGGTGAACCAGCTATAAGTG TTTATAAAGGGTATCACCTGGCTAAGCAATCAGAAGAGTATTTGGCATCTCATGGACTCA AAAATGCAATGTATTCTATGGATTTCAGTGATGTTCGAGATGATCTCTTTGGGATACTCG TCCCATGCCCTTTTCGGGTTAGAAAGTTTATCATTTTATTATTATTGAACTGGTGGTAGA TGTAGTTGTTTAATCTATTTGACAATTTTGTCTTAACTGTTTAATAATAGCTGGGTCAAA TTTTGGTTAATGTGGATGCTAAAATTTGTCCGGCATTTAAGTTTCATACCCATCCTTCTG TTATCATGATCTAGACCCAGTAGTGTGCTGCAACCTTGACTGACTGCATGATTGTTCGCG ATCAGGCTGAACTAATCCTTCTCTTGATCTTCCAACTATGTTATCGGCAATTGAGTAGGA TCAATTCTCCAATTAGTGACCTTTTACTGGAAACGGAGTGGTAGTGATTACCAGTCGTAT CTACTCCATTTAGTGACTAGCAGTTGTATCTACTCCATTTAGTGAGTTTTTATGTCTTTA GGTGTATGTCTTTTGCGTAGCTTTGATATCTTCTTTTGCGTGGCGCTGGTGCTTCCGTGT AGCTCCTTTTTCTAAAGAAAATGGACAAATATTGAATGCAACTGTTATTTACCGCTTTGA CATGATATCCATCTCATTTTTCCTCTTTGAAGCACTTTCATCTGATTGTTGAGATAAGAG ATAGCTCTTCAGCGCTCTCTATTGTCTTTTCCTTCCAATTTGTCTCATGACACATCATTT TGGCGCTGCAGAAATGGTTTTGAGCTCATGAGATTAATTTTTCCTATGTAGCATAGGTTC TAAATAATAAAGTGCCCTTGTGTTTTGGAAGAGCAAAATATCGCTCCATCTTAGACCATC ATAATAGGACAATCATTACTGGAAGAATTACTCTGGGATGATGTGTCTTTATATCTTTGC TTATACAGTTTTTATTGAATTCATAGCTGAGGCCCATATTTGGTAGAGATTCTGATTTTT TTTTTAACTAAAATATATTTAGGTATATAGAAAATAAAATTAATATTGTTTTGCTAGCAT TGATTCTTTAATGGTGATTTTTGAATGGATGACACATAAAATTGATGTCATTGGATAATT TTGTACCACCAGCAGATGCATGAGAAAGGAAGTGAATATTTACTTAGATTTGTATGTATT GAAATATAGAAATTGAAAGATGTAGGACTGGAACTGGGAAGAAATCATTTATTTTTGCAT TAGATGAATAAATACTGTTTCAAAGCTAAAAAAAACGATGAATACTATTGAAAAGCTTAA TGTGAATAAACTGCTGTTTTTTTTAAAAAAATCTTAAGTGTTTTTCCGATTATGTGGTGC GTGGTAGCATTTCAAAGAGAAAATGTCATACATGCCTACTTTTTGTGGCGCATACTTCTT TTTGATAATGCTACTGCCATATGTTATATTGCTTCAAGGCTAATTTGGTTCATGGGTGGA AAGGGGTCATATATGTCTCTGACGCAGAACTGACTACTGTTACTTGTGGTCACACAAACT TGTCAAGTAGCCTTACATATGATATTCTTGGGATCCAATTTGATATCTTTGATAGGTTAA TTCACTTGGTTGATTTGTTAGTTTTTCCTCGCTTTGTCATTGCCATGACACTACTTCCTC TATTGTGTCTTGCGACCACTGACTGGTAATTAAAGAGTGCACATAATACTGCTTGTACAT TTTTCAGCTATACCTACTTGAAAAACTTAGATGTTTTAACATTCAATTATTGATATGTTT GTTCCCGTTTGCTCTGTCAAATTCAGCAGTCTATGGTTTATAATTGTGCCTTGAAGAAAA CCAAACTTTCAGCATGTTTTCTAGTAACAATTTTACATTAAAGACGATATCATGCATGCT GATTTTTCATTTTTTTTTTCTGTTTTTGTAGCAACCTGGCTCTTCGAAAGATAAAATTAT GGGGAAGAATCTTCCGGAGAAGAGGATGCAGGTAATTTCTTAATGGTCAATCCAGATTAT TCTTACATTGATAGGATGGGGTATGTCTTTCTTGAAAGGTTCATAACAGTTATACTTTCT TTATGCCCAACTTCAGTCATCAAAAAAACTATATCATCAGTTACTACAATGCCCTAACAT GTTGTGAAGTAGGATGGCATGGAAATTTCGGATGGTGTTTATTATTAGGCTTGTGCTTTT CCTGGAATAAGAAACTAATTGTCTGGTCTAGGGATGGCGGTTTCCTCTATAGCTCTTGAA GTAAAATGAGGATACTCATCTAGTGGTGGTATAAATGTCAAGGATAAGCCTGTTTGCTGC ATGTAGTTGCTCTAATAACGAAGTTGTGCTTCACATTTATAGTTTCTAGTATAAAACTGA TTTATTGTCCTAAGAACTCAATTTTGTCGATGGTTCAACTCACAGGTTTTAGTTAATCTT GTCTCGCCTTATGATAATTTGTTCGGTCCTCTATTTTGTTTAATATACTTTTCTAATTTA ATTGAGTCAGCATGTGAAAGTCTTCCTATTATGAAAAGGTGTGTGTAGTGTATTTGATAT TCACATGATTATTTTTCTTACATTCAGATGGAGGTGGTTGCATCTCCTTCGTTTTCAGCC GCTGGTCAGCAAAAACATGCCACATTAGACAATTGCCTAGAAATTCCCCCGATTTCGTCA TATTGTGTAAGTATATTATTTTACCTAACAATTCTTTGTATCAATACGTTTAAATTCTTG TCATTGTCTGCTTTATCTGGATGTTGACATTCTTGGGGTGGGGTGAGGGTGGTGATTTGG TGGGTGGTTAGCCTTGGAAAGGGCTTGCTCCTATGTTTTGACTTTATTCTGCTGCTGGCC GAAACTAGTGAGGATAGTGATGCGTATTGGAGCTGATTTGGAAAATAAAAGGTTGAGAAG TCCTGATTCGGCAACCACTGATCCAAGGGGGACCAAGTGATTCTTAAATCAAACTGTAAG GGCAAAGTGGAACATTGTTGGTTAACGTTGCGCAAAAGTCCAAAGTTGGAAGATGGTGAC AAAATTTATATGTAATCTATGTTGCTGGGATTCTCCAAGAAATAGTGCTGCACCCATGCT AGATCCTCCAAAATGCACTACTTTTGAAGGATTCGACATGCTCTCATCAACATTTTAGAG TCCGAGCAACATAACTTGTATTAAGTTTATTTTAGAATGTAAGGGGTCGTTTGGTACAAA AATTAATGACACACTGATTAGTAATGCAAGGATTACTAATGCAGGGGTAAGTAGGGGTTA GTAGTGCAGGAATATGTAATGCAGGGTTTACTTTTACCAAATGTTTGGCTCATTGTTTCC TACCCCATCTTGTGTTTGGATTAAAACTCTATAAGAAGTTTTTTTCCAATTATACCCTTG AATTATTATGCAATTGGGTCAAGAAAGATAATTCCCTGCAGTCTTTTGTAACTTCTGGTT TTGGTACCTTTTTGGTACTTTAGGCAATAAACCTTTACCTTATAAACAAAAAAAAAATAT TTTTCTATGGCTCCCTAACTTGCTAGGGGTTGAACAATTTTGTTGTCATGTTTGCTATTT TTTCTCTTGAATTATTTAAGGATAACTAGTTGTCATATTAATGAATTGATCACTCACAAA ATGTCAATTTTCAATTTAAAAAAGATAAACCCCATCTACTTTTAAAACGAAAAGACGGTA AACAATAAGAAAATTAAATAAATCATCTACATTTATATATATATATATATATATATATAT ATATATACACACACACACACACATAGATGATTGAAGAAACAGCGTAAAAGAATCTATTTG GACTTTGTTCTTATGTGCTAAAAAAAGAAAAAAAGGTTCCCGTTAAACTTATCTTTTGAG ACATTTTGTAGTGTATCGGCACTTCAGTTCCAAGTCGATATCATTCTACTATCTGTATGT GATCTTTGCTTCTAACTTGGAGGAACATTTTGTAACTTGATACCTTCAGCCCCCCTACAT ACAGTGTTCATGCATTCTTGAGTTTGATGGGGCTTCAAAGGGGAATCCTGGACCAGCTGG TGCTGGTGCCGTGCTGCGTGCTGCAGATGGAAGTATGGTATGCTCCCTTTCCATTTAGGA GATGTGGTTTGTCACCATAAATTTACAGGTTTTCGACTTGTAGTTCTTTTCTGTAGGTTT TCCGGTTGCGTGAAGGTGTGGGTGTGGCAACTAACAACGTTGCTGAATATAGAGGTGTAA TCTTAGGGCTAAAATATGCTCTTGAGAAAGGTTTCAAACATGTAAAAGTTAAGGGTGACT CAAAACTCGTCTGCATGCAGGTCTTCTTTACTCTTCTTACTTCTGTTTTTGTTTTATCTT GATCTTCCCTTAAGCAAATTAGTCAATTATTTCTGCTTTTCCACTTTTAATATCCTGTCA GATTTATATATTCCAGTAACTTGTTGAAACAACTGAGTTCTAAAGCAATTGCTGAAGAAC TTTTTCCGCTGATGTCCTAGCAATTAAGAGTGTCTGAGACATACTTATAAACCCCAGGCT ACACAAAGATGCCCCAGAAAGTAGACCATTCCAAATAATGATAAAGTTGATCTCTGTTTA TGGACTATGGTATTAAGTATTATCATCTTAAGTCATCCCTAGTTAGCCTGGGATGGAATA GCCGAAGTATTATCTTTAGTGTATACTCCACAGGTTGTATATGTATACTCCAAAATCACA CAGTGGAATCCACACTGTGGATAACATGACTGGGTATGTTAGGGAGTACTAGATAGTTTA GAAGTGCACTCGAATAAGGTGAACTACAAAAACTAATTTGAGTTTATTATTATGTAATTC TGCATATAACTTTTTTCTTTTTATGAGGCAAAGTCGGTTCAGCTACATAAATCTAGAAAT CAATTAATACTATATTACATTCAACACTTGACAGTGTTTTAAGAAAAGAAGAGAGAGAAA TGATCCAAGGAAGCTTTTAAAAAGAAATGGGAAAAGCTAAGCATTATCCACCAAGTTTTG AATTGTGTCTCATTGATCCTCGGGGATTTCTGTTATATTAAAAAATGACAGAGCTAAGAG ATGATGTGGCATAGAAGAATGAGCAGCAGTAGGCAAGCAGTTTGGATCCCCACATTGTCT TCGGAAAAATTGCTTCTGTTCATCCCAAAGTGAGCTGGAGAATAAAGGTATAGGTTAATT TGATTGTTTTGCAGAATGCCTAAGAGATTTTGCAGTGACAGATCTGGGAATGAGTATAAA AACCTTATATGATTCGGTATAAGCTTCCTTCTTGATGGCACCTTGCCCCTTCCATTCTAA GAGACACCCAAACCAGTTCAAAAGTGTAGCTATTCTTGCCCTTGTAACCTGTGTGACCTT ATTCTGGGATCATGTGTTCTTGCGGTGCTATTTATATTGCATTAAGTATTAAGTTATTGC TGGAACTGCTTCAGGGATGATCTCTCATTCTTTAATTTTTTTTTTAATCATGGAACAGAC TCAAGGAATCTGGAAATGCAAGAACCAGAACATGGCTGAGCTATCCAAGATTGTGAAAGA GCTTAAAGATCATTTTGTATCATTCCAGATCAACCATATTTACAGAGTATGGCCAACTTT CTCCTCTTTTGCTAATTCAGAGCTTACTGAGCCTGTCTATCAGAATTTTGATCTTTGAAG TCCTTATTATATCTTGCATCTGCATCTTATTTCTGTGGTGAAAATGCTATAGTGTGTGTT ATGTGTGGTCTCCTGTGACCAGAAAAGGTGCAAGTGGTGGGTGCTTGAATGTCATGTTTA ATTTATGCAACAATGAGTTTCATCCATCTTGCTTATGAGCTCTATGAAATTGGTTTCATC ACCTTGTTGCTAGAAGTGAATAGTCATGTTTGTCCGGTCTATTAATTCACTTAGTTTCGC ATTTCTCTTCGTGAAACGTTTAAACTAAACTTGTACATATGTACTAAACTCATGATTGTT TAAAAAGCCATCTTCTCATCTCATTCTGAGGGGTTTTACTTGTTTGACATATCAGGAATT CAACACTGAAGCTGATGCCCAGGCAAATTTAGCCGTGTATCTTAAGAGTAAGGGTCTTTC TTTTGGTAGTTACATACATCTCTCTTTCCCGGTGATAAGAAAAATTTCTTGCAGGTGGTG AATTTCAAGTGGAATGTGACAAGAAAACAACTTAATATTGTGAAGTCACCAACTACCCCA ACTTGCTTGGGGGATTTTGTGAAGGATGAATGACACTCAAGACCGATGCATAATGGATCT TCTCTGGTCTTGTTTTTTTTTTTTGTAGATATATAATCTGAATCATCTGGATTAGAGAAA CTTCTGTTTAGGGGCCTGCTCGAATCCATTATTCTCTTCTCACTTGCAATGGAAATTAAT TAGTTCTCTAAAGCTAACTATTCTAGCACTTTGAAATCTGTCTTGCTGTTACTCTTCCCC AGTATACATACTTTTTAAATTTAAATGGGATATCTTGGATTGCCGTTTCTACAACTGGGT TTCAACAATGTCAATAAAACAAGCATTATATTTAAACTAACAATATCACGATAACAACCA TTCAAACGAGTGATTTCTTGAGTGAGAATAAATATACTACTTTAGTAAAATTGGAGAAGA TATCACTTTAGCTCAAAAAAAAAATAAAAAAACTACATTGTAAGACTAAAATTGTTAGTT ATTTTTAATGTTACTCTATTTTTTAAAAATAGTTGTGATAAATACAAATAATTGAATAAA TTATACTTATATTTATTATATAAAAATATCATAGGATGAAATAATCTACTATCAGTAGTA TAAATTTACTGACTTCAACATTATTTTGTCCCAAATATCCATAGGTTCCTTCCATTTGTA ATCTGGCTTCTGGATAAGAGTGAAAAATCACTCTGAGGAATTTGCGTCGGAAAAAAAAAA TATGGCGACCGTCTCAGCATTTTCCGTTTGTAGAGCCAAATCTCATTCTCGAATTCCCCA TTCTTCATCTAATGCAATTCCCCAGCTTTTCCCAATGCAATTTCTTCGGTGTCAAAGCAA CAGGAGCATTGGCGGTGGTTATTCTTGCTCTTCAAGTTCGGTGAAAGCGAAGGTACCTTT GAGAACTACCAGGATATGTTCTGCAACTGAGGAAGATGGTGCTACTGCTGTTGCCGAAGA AGAATCTGCTGCTCCCACTACATCTGATCAAACTGTTTCTGTTTCCGTCTCCCCTTCCGA CGTTCTAACTATGTTCTTTCAGGTTAACCCCTTCTTTTCTATTTTGGTAAAGTTTCTAGT TTTTTCATTAAAGAACTCAACCAATGTGAACCCGAAAGGGTTGCTGTAGGTTAATAACTA GTGTAGGAATAGTTAATTGTGGTTGTAATGAATTTCAGTGGTTTGAACTTGGTTCTTGTG AAGTTTCTAATATTGTCAAAAAAATCAACCAGTGTGAATTTCTGATTAAAGTGAAGAGGG TTGCAGTAGGTTAATGCCTAGTGTGTACGAATAGTTTATCTGGTAGTAATGAATTTCAGT CTGTGCTCATATTGGTATGAAATGGGTTCTTGTGAGGTGAATTTTATCCAAAAATTCTAA GTAAGTGAATTCGCTAAGTTAGGATAATGGAGGAGGAGGAGGTTAATTCTCAGTGTAAGG CTGTAAGCATAGTAAATTTATTAAGAATTCTGATAGTACTGGTATTTGATAGTGCTTGCT CATATTGGACTATTGGAGTGAAATGGGTCGGATAAGAACGCATATACAGGATTGGTATAG CCCAACTCCAACTAGTTTGGCAGTGAGGTTTAGTTAATTTATTGATTGATTGTCTGATTA GTGCTCAATGTGCTAGTTTTGCTTTATTTTTCTTTCAAATTGTTAGTTGTCTGTAACCCT TAAACTTCTTGTGGATTCTTCTGTGAATGGTAAACTGAACTTATACCTTTCTTATCACAG GCAGAAGGAACAATGAATGAAGCTGCTATTCCTTCCGTGACTAACTCTTTAGAGGTAAAT TGAGTGTGTAAAATTCAAAGCTTCTTCTGGTACATGCTAATTTGTTGACACTTCACAAAA CACATTACTTGTCTGCTGCATTTGAGATACAATGTAGTAGCAGTTGCAGGGACTCTGAGT TTTTATTTTTCTGTGTAATATTAATGCTACTTGTGAATCACCAGAAGACTCGCTATTACA TTGAAGAGTGAAATAAACAACACAGGTTGTTTACACTTTAAAGGACAAATTAAAGAAAGG AAAACGTTCTGATCTTTCTGAGGGATTTAAACTCTTTTTTTCTTGGAACTAGGCATATCT GAGATCTTATAATCTAGAATCAAAGAATCAGATACAGATATTCATCTGATTCTAGTTTTT CAGAAGCTGCAAGAGAGAACTATTGATTTTGTGAATGTTTGATGGAGAGCTATATCTCTT TCTCCACCTCTATCAAAACATCAGATTTTAGCTAATAATTGGAATTGAAGAATAATTGCA GGTTGCCCTAATTAAAAAAGAAAACAAGTAGTTGTAGTTTGACCTTTATCGTCTGTCCAT ATGTATACAGGATATTGAAGGCATTACAGGTCTCAAAATTCAAGTTGTCGAGGGCATTGC AAGTGTCGAGGTGATTCACATATATAATGCTTCTCTTACATTGACTTATTAGCCTATTCT GTTACAGGAAATTTCTTTGTAGAAAGTTTACAGCTCAATCAGCATAATGCACCTTAGAGA TATATTAAAGTACTAAATTCTGAAGCATGCTTTAGGTTCCTTGTAGTTTCCTACATTCAA TATGCAATATAGTGGACAACTTCCAGGTGGACTATCTTGTGCTGCCTTTTTGTGTTTGGA GTTTCTCTATAAATGATAGGAACAGTCTATCTAAATGAACGATATCCTTTAACTTTTCAT GGTGAGGGAAAAATAAACTTTTAGTTCTTCAAAAGTAACCTAAAAAATTATTATTTGTGA AAAGAAGGCTGTTTAAGTACTTATTACATTTTAATCTTTAAAATATTCTGTAGAAAATCT AACAGTGTCAAAGCGCTATCCTTTGAAGTTTCTATTTCCCCTAGCATACAAATAACCTCA AATCCCAAAAAGTGTAAGAATTTCATTTACATAGATCAAGCATATAAAATTGGAAAGTAA AGTTGCCATCTATTTCCATCAGGATTCAATTCTGAGTTCCTTATTTCAGCTTATTGCCTG ATCTGCATATTAGTATCCTTGGTGGCATGTAAGTGTCTAGGATCTTGATCATCTAATTGT GCATCCAATATAAGACCTTAGGAAATTGATGAGATTAGGGCTAAAGGTAAGAAAGAACTC CCAGTGTTGTCCTAAATTAGGAGAAATCACCTTCCCTTCTTATGAATAGAGAACGAGAGA GAACCATTATTGTGGTGAAAATTTTCCTCTAAACTTACTGTTACCTAAGAATATAAGAAG CATTTAAGGACATATCAGATGTCTCTATTTTCTTCATTCAGAACTTCAATAAGGCATTTG AAGAACCAAGAAATGAAACATGGTATGTCCTTGGTTCAGTGTTAACCTCTCTTTTTATTT GATGTAGTTAACAAAGCAAACGACAATACAAGCTACAGGGGTGGCTTCAAGTTTGGTTGA AACAATACAAGGTTCAGGCTTCAAGTTGCAAACATTGAATCTGAGCTTTCAGGATGAAGA AGATATTAGCTAAGTGGTGGCTTGTAGAATTCAGAGACATGATAGGCTGATATCTTTCAC GGGCATCCTGAGAGATCTCTGTTTATTTGTATGCCAGTAGTTTCAGTAAGCCTATATCTG TAACATTTTTGTGTTATGCAGTTCTTTGATCTTTTTCTTCCTTAGCATATGTTCCTTTCC GCAACTTATAAAAATACTTGTGAATTACTAATGATCAGCAGAATCATTTTGTTTACTTGT TGAAACAAGTGGTATACGATTGGAAAAGGTACTTCTTATGAGCTGTCGAAGTCATAATAC TAGCAAGTCAGGCCCAAATAGGAGGAAATGACATGTTAAATTAGATTATTCCTGGATGTA TCTTGATTTGAATTTAAGGTCAAGAGCAAGAGGATAAACTTGATTATTGAAAACTGACCC AAATGGACAACCCAAAATACCAGTAGCAACTGTACCAAATTACTCTATGGAATCGATCCA AATGGTAACCAGTAGTAGCTCATTTCTCAAATTGTTAATGAATCTATGACATCGATCGAT TAGAAAGGCCAGTAAACAGCCTTGATTAATTGATAATTCGATATTATAAGTCATCAGCTT CTGCCACTTGGTGATTTTTTTGGTCTGTTATCAAGAGTTTTACTGAATGCAACTATCGAA AAGGACAATAAGAATTTGTTAGGAATTGTCTATTTCTAATGCCAGCAACTCCATTAATTA AACAATTGTGAATGACATGCATTTTCCTATAAATAGCTCGTTTGAGAACCTGGGAAAAGC AGATTTCGAACAGCTACCTTAATTTCCTTCAAATAGACAAAGATGGCCTTCCAAAGGTTT GTTTTTGTAGCAGTAATTATGCTTGTCTTCATGGCTAGTTTATCTGTGAGAGCACAACAA GTAGAAGCACCTACTCCAACTCCAGGGGGTTCTTCAGACAACTCTAATGCATCACCAAAT GGACTCGTTTTGACTCAGCAAATATTGCTTGGTTTTGTGAGCATTGGCATGTCCATGTTT CTTTTTTTCCTCAAACACAGAGTTTGACACTTGGATTTTCGATCCTCCAATGTTTCAAGA TTCACAAGTTAATGTGTTGCTGTTAAAGTGTTACCTATGTCTGTTTTCTTGTTATCAGTT AAGGTGTATTTTGTATCATTTCAATTTAAGTTCACTCAATGTTTGATCTCACGTTTGGTT GGGTTAAATGTTTTCTAGTGAAAGCCATAGTCATTTTGCTTGTGTTTTTATTATGTCTAT GAATACAAACACACGACATTGCCTCTTATTTGAAAAAAGAACTTAAATCACCTCGAACTC GTGGACAAGATTGTGGTAATAAGTTGATAAAGCTAGTGTAAAATTGAGCATTCTCCCAAA GTAATGCTGATCTTTTTTCCTTAACAAAACAGAACCCTTTTATTAACGAAGTGACTAGTT TAAATATTTTTTTTTATCCAACTTGAGAGAAACTCCTCCAAGAGATTTTATTCAAAAAAG AGATAAAGTATCGAGCAAAAGTATTAGCTATTTTGTTTCACATATTAAGAAATATGTATA AATTCAACGTGGTTGAAAGCTTCCAAATGTCTTATTGATAAAAAATAATAATTTGCGACA GTTTTTATGTCTAACTTGACAACAGAATCTCCCAAATTTGTCCTCTCTTTTTATTAATAT TTGAGTTACCTAATTATATTAAGAAAAAAGACATGGGTCAAACCAGACCCCTAATACTAA AGGTTTTGATTAAAAAAGAGAACAGAAACAACTGCCATAGATCGACCAACTTGGAAATTG GAAGACGGAGAAGTGATAGTAGATACGCAGGTCATGAGGACCGATGGGATCTTGGGAGCC GGAAAGAGAGATGGCCGGAGATCCGCCATTAATACTGCTCGGAATAAGCAGAAATGGCTC AGCAGAAAAGAGAAATGGCTGGTGGTTCTTGGGGTTGTACTTCATGCAGTCTACATGCTA AGTATCTTCGATATTTACTTCAAAACCCCTATTGTTCACGGAATGGACCCTGTCCCACCT CGTATGAGTGCCCCAGCTAAGCGCCTTGTTCTTCTGGTTGGTGCGTTGTACTTGCACACA ACTTGCTCGATGATTTGACACAATGAAATATTTTCAGCTCATGTTTTTATTTTTCTTGCA TTGAATTGGCCAGTGGGTGATTTTTTTTTTCTTTTTGGTTGATAAATTGCAGCCGATGGT TTACGGGCTGATAAGTTTTACGAGCCAGATTCAGAGGGAGGTTACAGAGCTCCGTTCTTG AGGAACATTATTAGGAAAAAAGGTCGATGGGGAGTGTCTCATGCTCGTCCTCCAACCGAA TCTAGGCCTGGACATGTTGCTATAATTGCTGGCTTTTATGAAGATCCTAGTGCTGTCACT AAAGGTAAGGCTTTTATATATTTCTTGTTTAACCAACTGCCTCTCGACCTCAACAAGCTC AAAATTTCGCAGGTTGGAAGGCAAATCCGGTTGAGTTTGATTCAGTATTTAATCAGAGCC GGCATACATTTTCCTATGGTAGCCCAGATATTGTTCCCATTTTCTGTGGGGCCTTGCCTC ATAGCACTTGGAATTCGTATCCACATGAATTTGAGGATTTCGCAACTGGTGCGTTACAGT TTTAAGTTTTAAGTATCCGTTTTGATTAAATATATATTACATGCTAGTAATTTTAACAAG GTTATGTGGTTACGAAAATGATATTATGTTTCATTTGGTAGAGCCCTGATTTCCTCTCCT TGGAACAATCAGTGTAGCCACCAACTTTTTGATTTTTGCTAGTTAGTTAACCAAATACCA ATATATCAGTTCGATAGTGTTTACTTGCAGATGCTTCTTTTTTGGATGAGTGGTCATTCG ATCAATTCCAGAACCTCTTGAATAGTTCCAATAAAGACCCAAAATTGAAGCAGCTACTAC AACAAGACAAACTTGTTGTTTTTCTTCATCTGCTTGGCTGTGATTCCAATGGTCATGCAC ATAAGCCGTTCTCATCCATCTATCTAAATAATGTTAAAGTGGTTGACAAGATAGCGGAAA AGGTTTACAATCTTGTGCAGGAATACTTCAAAGACAATCAGACTGCATATATATTTACAG CAGATCATGGAATGAGTGACAAAGGTTTGAATTGACGCTCAATTGTTTTTCTGTTGCCTA ATGAGTGTAAATAGACATTTGACCATGTAAACACTGCACACAAAACGGTATATATATATA TATATGATCATTTGATAAGTACACTATGCACACAAGATAAGCTGTTTTCATGATAGAAAA ATTCTTCACCTTCCCAGCAAGTGATGTTTGTGTTTAATTACTTGGATCTTTTACTATGTT TGTTTTTGAGATTGAACAACTACAGTGTAATATAGCATATTTATTCATACCAATTTTTGG TACAGGGAGTCATGGAGACGGACACCCAACAAACACGGACACACCTCTTGTGGCATGGGG AGCAGGTGTCGGAAAACCCTTGCCAATTTCCCGCAGTGACCATCACGAGAATACTGCTCG TTTTATTGATGACCATCTGCATGATACAGAAACACCTTCAGAATGGGGCCTCAGTGGCAT GACGAGGTTGGATGTTAATCAAGCTGACATAGCACCACTGATGGTCGATTACCTTGTCCT CTTCTGACAGTCCTATCTTTGAAGTGTCTTTCTATCATATCAACTTCGTCTAAAGTCTGA CTCTGATATGATCTCTAAAAATTGCAGTCCACTCTTCTTGGTCTGCCATGTCCTATCAAC TCAGTTGGCAATCTGCCTCTTCAGTACATGAATCTGAACAAGGTAGCTGCATTACTATAA GTTCTCTGTCTATTTTGCACTGTACGACTGTGTGATGGATTGGGAGAGATATACTGGTTT GCTGGTTCTTTGGGGCTATTTTGTTCTTTGTATTGAGATAGAATGCAGGTCTTAAAATCA CTTTTATGTCCAGGCAGAAGAAGTTGAAGCTGTGCTGGCCAATACGAAGCAAATCCTCAA TCAGTTCCTTCGAAAGTCACGTATCCTTCCCTATAACTTAGATTGTTTTTCACTTCTAAT TTCATTCTGCCTCACTCATCTTACATGTTATTTCCTAATTTTCTTTTTGTTGCAATTCAC AACTTTCAGAGTTTTAAATGTCAGTTAAGATAGAACCTTATTAAAAGAAAATGTCAGTCA AAATAGAAGTAACTGGTAGAACGATTTAAGTATAGCATATACCAGAATTAGGACAAGTTA CCAATTATTAGACCAATAGAGGGGCAAAGTGATAAAATTAATTCCTGTGCTGTCATTCCA AACTGCTTCATCAATGTAACTGGGTTCTGGGGCTTGTCCTGTTTTCACATTCTAAATTGA TTTTTGGTTTCATCTTTTGAGCATCCTTGACAAATATGTAGAGTTAAAGCAGTCGACCTC ATTATACATCAAGCCTTTCAAGCCCTTGGCTAGTTATTCATCACTATTGCGTGAAATTGA GCAACTGATTTCTCTCAAAGAGTATGAAACTGCAGTGAAATTATCTGAACATCTTAGGAG CTTGGCACTTCAAGGACTTCACTATTTTCAGACATATGATTGGCTGATGCTGATGACTGT AATCACTCTTGGCTATGTTGGTTGGATGATCTATGTCATACTCCATATCTTGCAATCTTA TACATCCCTACCTGCAAATATTTTTAGCAAGGACCAAGTGCCTAATCCAAGAAGTACAGT TAAGGTACCTGTTTTGCTCTATATGCACGTGCTGTTGTGTATTTCTTTGTCTGTGTTGGT TAGAAGAGGGTTGTAAAGGGAAGGTTCAAAATAAATTATATGTCTGTTTGGTGTTGAAAG TGTGATAGATTAGTAGGAAAAAGGGAGGAGGAAATTGACATATAAAAGCATTTATGTATG AAAAGTACTCGTGTTGTGCAAGTTCAAGTAATTTTCTCTATTTATACTAAAACCAACAAA AATATCTTGACTGTTGATATATGATTTTAATTCGAGGCGGAGATATACAAAGGGTTGTCC CGTTGTTTTGCTACCTCTTTGAGATAGAGTACATCTAGTGACAAATATTGATATGCCAAA ATTACACATGTTCCTAAATCATATAATCTATTTCATAGCTCCAGAAAGTTCAAAGGTGAG ACCATAATCAGTTTATCTATGCATTGTAAGTGGGAGGAGCAGGTTTTCCACCAAAACTAT AGAAAGTAAAGACTTACTAAGGAAAGAAATTGAAATGTAAGAGCAAAGTGGGAGTAATGA CACCTGATGTTCATTTGGACATTAATTCTCTAGGTTTTTTTTCTTTCAACCCCCAAAGGT TTCTCCTTTCTTCTTTTTCTAAAATGTCCCATGAAAGTCATACCCATCTTGGAGACCATA TTTGGTTATATTTTGTCTCTATTATGCCTGATCTCCAAAGCTATTGTATCTAGTGTTGTC AAAGGCACGCTAAAGCCTGATATGAGGCTCTAAACGTGTTGAGTGCTTCGCGTCACTTAG TATGTGCTTCACTGTCGTCATCAAGGTTTTAAGACATACAAACCTTGCCAATGAGTGGTT CTTGAAGAGACGGCACTAAAAAATTAATCTTTCAGTGTCTTTGTATGTTATATATGTTAT TTGTGCTTATAATATTAGTCTTGGACTAAACATATGTAATTTTGTATCCATTTGCGTCTT TTTCATAAAAGCCACACTTTATTTGCGCTTTGCGCTTAAAGACCCAACAGACGTTAGAGT TATTTTTGTGTTTTTTGCTTTTCATAACACTGATGAATCAAGTGTTCATCTGGGACTTCT CATCAGGGAAATTCTTAAAAACTTATATTATCACGGTCCTCTATTGGCGTATTCATGCCT CTTCTTATTATACTATTTTGGCATTTAGAAATTGATGTTATTAGCACAAGTGTCTTCCTC CCATAAAAATAGATGGATATTCTTGACCGTCATTCGTAAGGTGATACTAGAAAGAATTGC TATCTGACCAATTGATTCCCATGTTCTTGCTTATATTCTTTTTCTATGGCAGATACATCT TTTAGGAGGGTTGTTGATGGGAGTAGCGTGCACTCTTCTGTTGGTTGAAAAATCTCCTCC CCTTTATCACGCATACGTAGTGACGACAATGTTTTTGTGGACACAAATATTTAGTGAATA TCATTTTCTCAAGGCATTCTGCAGATACTTGTGCGGGAGAGTTAATGATTACTATCTTAA ACTCATTGCAACTGGTGTTTTTTCCGTCATCATTCTTGAGCTTCTGGTGAGGCTGTATTC CTCGTCTATATATGTTCCTTTATTCAGCAGTGGATTTGTCCTTTACCATCTGGATTCTTT AATCATTATGTGTGGTTACCTTACAGGTGAAGAGCTTCACAGATAGAAAGCTCTATACTT GGTGTTTCTTAACTACAGGGATTTCTGTTCCTTTTTATCTGTATAGATCATTACCTATGA GATCCGGAGTACCATTCTTTGTATGGCTGGCATGTTGGTTTTTGTCGGTTTTTACTCTCA TGCCCCCACAAATTCCAGAAAATACCCTGCTCGTGTAAGTAACTTCATATTGAATATCTG AACTTGCAGATCCACTTGTAGTTGGAGGATTGAATTTGATGTACTGAACTCCTGTATGTA GGGTTGCTGGGGCGGCGATGATTATCACAATTGGCATAGCTCTTCGATATGTGGAATTGC ATGCTAAAGATAACAAATACTGGCTTAGTCTTGTTGCACAAGACTCGAAGAAACTCAAGT TCCCCTTGCTCTTTCACTTGCAGGTAAGCAATGTCGTTTATGAGCAATCTTGTCTAAATT ATCTTAAGCTTTTACTGAGAGATTTTGGAATTTTTTTTTCTTCGTCGGGAGAAGATCCTT TTGGTTGGCTTGGCATCTCTCATGGTTTGGCTTTCAACTATTCATAGAACAGAGAAGCAG GAATTATTAGTCCTCCACCAACTGTTGAATTGGTCCATAGCTGGTATTCTTTTTTTCTTT TCTCCGTATGCTAGTGTAGCTCAGTCTTAGAATTGTTCTCGGATGTCCTATGAACAGAAT TGATGTAGCCTTTACACCCATTTATTCCTTCAATTTTTTGTTTTGTTAATGCAATGGGAT GTTAAACAGTGAATTCGAAAATGGTGAGATTTTACATTTTCTTAATAATTGTTCTAGTAA AAGGCATGCTATCCAGACTTACTTTTCAAAATTTCTCTTCTCCTACTGGGTGTCTTACAG TTGCCCTCCTCACACAGCTGCTTGTCTTCATCAGCATTGGTGTCCCATGTCAAATGTGTA AGACATGAATATGGCATTAACTCAAACAAGAGTCTGTGTCATGTAGGTTGCATCCAGTCA TACAACAGCTACACCTCAGTCCCAATCAAAATGGGATCGACTATATGAATGCTCACCGAT TATGTTCCTCATTCATGTTCATCTCAGGCCAACATTTTACAAAATTTCAAATAACTAACT AAAAGTTTTCTATATTTCCTACTGGCATAAGAATCTCTAATAGGGCTTAAAAAACTCTGA GAAAGCACAAGACCTAAAAACTTGATAACATTACTAGAATAAATACTCAACTAATTGGTA TCACCTATATAGATCATTTTCTTCTATTGTGCCCATCCACAAATTACAAAGAGATTGTAA AACTTCATTGACTCCTTCCATGTGATTTTATGAATAATTAGTAGGCTGTATCCCTTCATA AAGAAATAATATCTTTGGTAGACGTCAACTAGTTTATGGTAATGTATCGCGTTGTTGCAT ATCAGACTGTCCTTTGTTACTCTTGCCCTCATTTTCGGGCTCTTTTGGTTCATTTTAGTG ATAAACTTTTATGAAGCTTTTCCTGACTAATTTTGTTTCTTTATAACTATTTGTTTCACT ATTTTCTGTTCTTCAGCCTGAAATTTCACATATTTTGTTTTCTTTGTGAACATTTTAACA ACCCTGTATTCATCATTTGACTTGTTTCTTTAGGCTTCTCGATGATACTCCCACTCTTTT CAGCTACTGGTCTCTTATCCAGGCTGACTTCCATTTTCCTTGGCGTTGCACCTCCCTTCC TGCTTCTATCAATCGGGTATCTCCATCATTTTGTTGCTTAGGCTAGGAGTAAATTCAATT TTATAACTTTATGAGTCAGAATCTATAAGCTTTTGAATCTCCTGCAGTTATGAAGCAGTC TTCTATGGTGCTCTCAGTCTTGCACTTATAGCATGGATACTGGCGGAAAATGCTTATCTC CATATAAGCAAGTTCAGATCATCAGCTCCAGTCAAATCCATGGAGGATGATAATAGGTGT CTGGAGTTATCCGATATGAGGATCCCATTAACTTTTGTAAGTTTTACGTTCTGTTTAGCT TAATGATGTTCTACTTATGGAAAAAAGAAAGACAGTGACATTGTCTTTAGCCTTGTTAAT TTAACACTTTTGGGGTGTAAGCATCTAGCTCTGTTGTCTTTCTATATATCCAAATAGTGA AGTGTCTTAAATTGCTGATGAAATTTCTTCTTTTTAGATGGTCTTTTTCAATATTGCATT CTTTGGAACTGGTAATTTTGCAAGTATTGCAAGTTTTGAGATCTCCTCCGTGTATCGATT CATTACAATTTTCAGTGTAAGTGGAACTGAACATCCTTGTTTATGAATCCTTTGTTTCTT ATTTTGCCTTTCATTTGCATATGGTGACAGATGCGATTGTTCCTTTTTTTGCAGCCTTTT CTGATGGCGGCATTACTTATTTTCAAGCTGTTGATACCATTCATACTTGTCATGTAAGTA CAACTTGCAAATTTTCCTTCTTAACAGTTCGAATGGAAAACTACTGTAATTCAATGATTG TGGTGGAAATCTTTTCTTGGAGTTTCTAGGGCTTGGAGGTTGTTTTTCTCCCTCAAATTC ATCCAAATTAGATGTGACAATTACCGACCACTCTTACATATCTAAAATATTGGTTTGAGG GATTGCCTGTTGCAGCGCTCAACTTTCACCTGTTGAGACACTCCTCGCTGCCTGGAGCAA CTAGAAGATATTGTTAAAGCGTTGCAGCGCCCAAATTTCGACCGGTGCTACGGTGGCTGC TGTTTTCCACGAATATATCTAAATTATTTCCAACTCCAAATTGTTCTCCACTTGCTTCAA TCCACTCCTCCTCATTTCCAAACATCCATATTACTTTCCAAATACAACTTTTGAGTGCTG AACACTCTTGTGGCAACTTAACCGCGTTATTAGTTGTGTTAGCCATAACTAGAGTGTAGA AATCTTCAGGGTATTTTACCATCTTTCTGTGTTGGGTGGTTGGGTTCTTCTTGGTATTAC CTTGCAGCCTTTACATGTAGGCTGTAGCCCTGCAATTTCTTCTAGTGTGGGTGAAGTTCA TTTGGTCATGATTACTCCTCTCTTAAAAGTTATTCAGTGCATTCCCTGTTTTAAAGTAAT TGTTGGCTAATTCAAACTTTTAAGATAACAAAGTGCAGAGCACAAGAACTACCTGATCTT CACTGAGAACAAACTGCAGTATAGGAACCTATATTTATACGTCAAGAAGCCTTTAGAATT TTTGGAGACCAAGAAAATTTGTATTTGATATGCAAGTAGAAATATTTTGGAATTCTTGGT CTTGCTGAGATCAGTTGTGTACCATGGATGACTTTTATTTTTTTGTTGTGCATTAACTGC AGATGTGCGTTCAGTGCAATCACAAAATTGGTGCAAGTTCCATTGTTGGGATGCTATTTT CTGGTGATCTTGTGCTCTGATGTAATGACAATCCATTTCTTCTTCCTGGTAAGACACTAT TATTCCTCCTATGGTGCAATTCTCATATGTTTCTCCACCTACTTTCCATCCAATGTGTCT TGTTTGAAAAACTTAGGATTCCAGTATCAATATGCTCTTCTCTGTCATAATCTTCAACAG CTTTGAATTTTTCTGTTTCATGCTTCCGACTGTTTTATCTCCAGAAACATGATTCAGGGG GTTCATCATGGTTAGGATTCATCTTACTTGTTTTCTGATTGGTAATAGGTCCGAAATAAA GGAAGCTGGATGGAAATTGGCAACAGCATTAGCCATTTCGGAATTATGAGTGCTCAAGTT GTGTTTGTCCTTATGCTTTTTGCTGTTACAAATGTATTCACGAAAGACATCCAAGTTGGA TCAGCTCAGCAGTTTTCTCGTAAAAAAATGTGATTCGTTTGAAGCTTCATCCTTTTTGAG ATCCCACATTTCTGGGTTGCAATTTTGGTAGAGTAGCAATTAGTTCTCACACAAATCGTT GTATTGGGCGATGCTATATGAAGTAAATCATTCCTTTGGATATCCCATATTTTAGGGTGG CAAAGCGTATAGTTTCTTGCCAAACCAGAGTGGATAGTTGTATCGAATATATGATGATGA GATGAAATGGTGTTGAGCTGCTTTGTTGGATGTATTAAAATTGGTTGCTTCTTGTTACTT TGAATTTCGAGATGTGAAATCATTTCAGCAGCGAATGCATAAAATTATCAAAATTCATTG ATCCGACTAATATAAATTTACCGAGCGTTTTCCTCTCTCCCTCCGTTTGGTTGGCAGTGG ACAAAATTTATTCTCTCCTTCTATGCCTCATACAAAAAGAAGTGGAACATCTTTTATTTC TTCTCAAATTGTAAAAATAAATTCCCAATCCAATGCTATTGTATCTTTTAAATTCATTTA ATGACGTCATATATTTCTTTATCAAATACTCTTTTCAATATTATGGTGCTTCGTTAAAGT ACGTCTAATCAAATCACTTTACAATCCAACTGAATCATTTTTGGCTCATTGGTAAAGAAA AAACAAGAACACACATATGTTTACGAAGCCAAAAGTCACTCATGTAAGCTAGCGAATCCA AATTCTACTCATTTTACTTTTCAGGTATATCATATAACAATATTTTATTTCATGTTTTAA CTATATTTTTCTGAAATGTGCTTTATAATAAGGAAATGTTTACCAACTATATATTTTGCA TGTTGGAGTTCGATGTATAATTTAAGCAAGAAAGCTGCAATCAAATAGGATTATACCGCA GAATTAAGGGTTAAAAGAAGATGTGTGATTTATGTATATATTGGCTAAATAAAAATAAAA ATAAAATAGTGGATTTAAGAGGCCCAATTTAAAGCCGTTCCAAGTCCGACTTGTATCATT CGCCAAATTTAATCCGTCCTTCAGATCTCCCTCTCCTCTGTGTTAGGGCAGAAAAATCTG AAGCTGATTCCTCCATTTTCTTCCACAAACGAAAGGTATACGCTCTATTATTTTTCTCCT TCCTTGTACGTTAACTCTATTTTCCCACTGTTTCCAGTTCGACATTTGTAGTTTCTTATC TCTGTTTGTTTCAGTTAAGTCCCAAATATATGATGGGTCATGCGATGCTTTCTGCATTTT GCGGTTGTTTTTTGGGATATATAGATGTTTATTACTTCTTTTATTTGCCTTTGAAATAAA ATAATTTGTAATTTGATGGTAAAGATAAATACTCATTGTAATTTGTAAAACTTACAGATT CCATACATTGAATCTAATGCTTGTTTCTAGGAAATTGAATGTTGATACTGAAAAATTGCA AGTTCAGTGTCCATTAACTTTAAAGTTTGAATTTTTGAAGTATTTTCTCCTTTTTCGCAT GTGTATGTATGCTTTTCCCTCGGATTGCTATTCTTACCATCGTTTAGTAATATGGTGATT CATGCCTAATGTTGTTTATTGATTTTATTTTATTTTTAACTTTTACCATTTCTAGTTTTT TCAATCGTGGTCTTTGAAGATGTTACAGAATGTTCAACACCAACTTCTGCAATCGCCGGC ACGGCTAGGCCTGCCAACTCCCAGTTCACCTTCTCTACAAAACACAACTCCTCCTACTAA GTTCTCCTCGCAAGCGTCGCAACCCAATCAACAGGCAAATATATTAACTACCACTACCAC CTCATCAACGCTCCTTCCTCTTCTCCCACCTCTCTCTAGAGCTCAGTCTCTTCTCATTCA AATGGCGTCTCTTGCGTCAAGGCTCTTTGAAGTCTCACCTAACCGGTCCCATTGGCTTAG TGCTTTTCGTGGCTCTTTCCCTTCATTTCTGCCTTCTACAGCACCAGTTCCACAAGATTC CAGCCCATCGTCCTCAAAAGAAATCCTCTCAGCGTTTACTTCTCTTCAGACACAGCTGTT TGAAGCAGTTGCTGAACTACAAGAAATACTTGATCTTCAAGATGAGAAGCAAAAAGTCAC CCGTGAAATTAGGTTAAATGATTCTGCAATTCTTGCCTTCGCCAACAAACTCAAAGGAGC TGAGCATGTTCTTGACAATCTTGTTGATGACTATGCTGACTATCGTCGCCCCAAACGGGC CAAGTTGGAAAACGATACTGAAGAATCTTCATTAACATCTGTGGCGACCCAGTTGAAATT ATCTGACGTTTTGTCATATGCTCATAGGATAAGTTACACTACTTTTGCACCACCTGAATT TGGTGGCGGACAGGCTCCTCTCCGGGGAGCTCTCCCACCGGCTCCACAGGATGAGCAATT GCGTGCATCACAGTTATATATTTTTGCTGATCTTGATGTTGGTTTACCTAAAACAGATGA AGGCAAGGAGAATATTTTGGAGCCACTCATTGAGCCTCCGGCAGAAAGTAATCCACTTGC CTATCTATCATCAATTCAGGGCCTCGTCCCTCCAAATATTGTAGTGCCATCTGGTTGGAA ACCTGGTATGCCTGTTGAGTTGCCCACTGATCTCCCTCTTCCTCCACCTGGGTGGAAGCC TGGTGATCCAATTGCTCTTCCTCCAGTGGATTCTCGTCCACCTCAAAAGGTTGAGGAGGC ACCTGCACGACCAGTACCTCCTCCGGGACTTTCAAGAATGCCCGAACCTATACAAGTTCG ACATGTGCAGCTTGATATTGATGATGATAGTAGCGATTATAGTTCTGATGAGGCCAGCTC TGATAGTGAAGATTGATGTGGTTTTAGCTGTTTTGAGTAGCTAATAAAGGTTTAGCATCT GCAGCTTGATATTACTTCTCCTTGCACAAAGCGATGGTTTCTCTTTTTGCCTCGCTATTG GATAACTTCTCTTCCCTCAAACAAAAGGTACCCTGACTCTCTTCTGTCTGCATAATTGGG GGGCATTTTAGTTTCAATTTTATGTTCTTTATCTTTCTCTGCCGTGTGTGTTGTTTAGTA ACAGGTCTTATGTCAACAAACTCTTCGCTGCTAACTGTGTCATATTCGTCCCGACAGTGT TTGGAGAGTCAAGATCAAACTGTGAGCTTCTCTTTTTACGTGAGAAATGTTTCTTGTTTA TACTAGTTAACCTGAAGAGTAAGATCATTATGACAAAACAAAAGTAATGCATCTCCAATA CTGACTCTATCGGGAGTTGACAAGCACCCTTGGATGTGGCCTAATAGTCACTGAAGTGTG ATCAAACCTATGAGGTCTCATGTTTAATACTCAGAGGAGAAAACAAACATTGAGTGATTT CTTCCTGTTTGTCCCTGGTGAGTTACTTTTTATTGGGTACTGGTGGAATGTAGCAAGTCA CTGATGGAATAGTTGATTGTGCTCAGGGTGGTACAGAAATGCCGTTATCCGGAAAAAGAC TTATCGACTTAGCAGATAGTGAATTTGATATTCAATTTGACCAGTAGGGATTTCTTTTTG TGATACCTTTATTTTGATGTTTTAATTTAGGCTTAGGGAGCCTGGAGCCAAGTTTCCCTG CTTCACTTTTGGTTCGCTGCTCGTGGTGTCACGGTTTCCTACACGTCGTATCAAAATGTC AATCATGGAATTCATGTTTTTACAGTCTCAAAACTAAATTCAGTCCAGATAATCAATCTA ATTGTGCATTTGCTGATTCTGTCCCTTTTGTATATTTACAAGCCATATGGTACATTTGTG TCGTGCATGGAATCAGAATCCTTGGTTTGAGAAACCTGAATCAGTTTGGCAACGCAGTTA CTATAACATCTTGAATGTAGCATTATGGGACTTCGATAAGTGATTTCAGAGTGGAGTGGA GATGAGTTTACAGCTAGAAGAAGTTGGAATTATATTCCGTTAGACTAAGTCATTAACTTT GAAGTGGGGGTGCTGCTAACAGAGCCCCTTCCTATGCCCTGATCCTCCATGTAATCTTAA AAGTTATTGAAAGAAATAAAAGATGTGACAGACAGTAAATGGATTCTATCATTAGACTTG TACTCAATTCTTTTTTCCAATTAAGATAGCAATACGTTTCATGTACTTTGGAGTAATAAT TTTGGAATGATAGAAATCAAAACTTTCAAAAGAAATAAAATTGACCTCTTACTATAATGG TATCCCTGCTGCAACATGCAATCAGTTTGTACCTGTGGGAAAGCAAGCTATAGTTTTTAC TCCCCTTTACCTAAGTTAGAAAAATCCCTGCTACCAGATAAACAATAATGTACTTGTGAA TTGGCTTTTGGTATTGTTAAAAAGGACTAAAACAGAAAGGAATCTGAACTTATTCAACAA AAGGAAAATATTTTGAATCAAGACAATGAAACAAACAACAGATGTCAGAGGCTGATTTAC AGTACTCCATTATTTATGAGTTCCATGAATTCAAAAGTTTCTGTTCTAGCGGTATAATGT ATTATAAATTACTATGTACAGTTAACTATGAATTTTATTATTAATATCATATATTATTTA AATTATTGAACAAACTCATAAATTACAAATTTTGAATTCGGGTCATACATCATATTATAT AGCTGTCAATAATAAGAGAAAACGGTGCATGAGCTGTGTGATAACTGTTATAGCAGAAAT GGACGTTTCATTCTCTCATGGCAATGGGACCAGCCTCTTCATTTCCCCATCGTCCTATCC CCAACACTCTGTCTGTTATCACCTTTCATGCTATCGTTTTTCGTTTTAGTTTATGTGATT TTTTTAAATAAACTATTTTAAATGATAGAGAAATTATTTTTATAAAAAGTAAACCTTACA ATTTTTTAAACTACATATGTATAAAGAAACATATATAGTTTTTTTTTTATATCATTTTTG TCCTTAATTTGAAACAAGTGCAACATTAGTTAGATTAACACTATGTTTGGATCATTGTTA TCCATTGTATTGTATTGTTACTATACCTACAATGTTTGTTTTGACTGTTACTTAAAATGT ACTGTACTGTATTGTTAAATTTCGTTATTAAGTAACAATGGAAACCCCTATTTTATGGAA CAACCAATTTGGTGTGTTCCCATTGTTACTTAATTTCTTTTTTCAATTATATCTTTACAT AATATTATATTTTACCATTTACCTTAATTATTTAAATCTAGTCAAAACTCCTATCCTAAA ATAATTAAGAATATTTAAGTAAATTTATAAATTATAATACATTACGATACAATCAAACCA AACAATTAAAATGTTACCAAACAATACAATCTAGCCAAACGTTGTATTCACCATACAATA TAATACATTATGAAACAATGGGTAACAATGATCCAAACAAAGTGTAAGATTAATGACAAT TAAGAAGAAAAAAAGAAGAAATAAGGTTCAATTATAAGTCATTTTAAATAAGCTATGAAT TAGTTGAAGGTTATGAGCGGAATTAATCAGTAATAAAATAGCACATTCTTTTTGGGCAGT GCCTACGATTATACTATCTAGAGCCACTAATTCGGTGATATGAATTGCTTTTAATGAATC CTACCCCGCAATCTTTAATTTAAACTACAATAATAGGAACCCTAAATGAAGGACAAAACA AAATTAAAGTTTTTTCAAAATAATCCCCGATAACGTGAAAGACCATATCCATTATTTAAA ATAGATGAATATATATATTTATCAATGATATATAAAACTAAAGTAGAGAAAATAATAGAA GCAGCATGTGATTAAGGGCGACACATACGGCGCCGACTCCGTCCTTAATTTCTCCTATGT ATACTCTGTCCCATATTTGCTTTGCTAATAAAAGAAAAGAATTAATTTGATGTTCTTTTC AACAAAATTCTAAAATTAAAAGTACAACTCGAAAGTCACAAATCACATGTTTACCAACTT TAATTAGAGCTTAACCCCTTGGATTACATTCTGCTAATGACGCCTATCCCTACCCCAAAC TCCAAACCCTCAAATGGTTGGATCTCTTTTCTTTTGCCCTCGCCCTAACTTTTTTTAGTT TTTATTTCGTTTTTCGCAAATCGACTCTTTTATTCTAAGATAATATATTTTAAGAATTTT TTTATATCCGAAGTTCAAAGCACTACATTATTAATGATATCTCACTCGACTAGTCCAATA TGAAATATACAAATTTTTATAACACGTATATATTGTCGCTTTAAAATTTTACTATGATAT ACTTTAGTTTATAATAGGGATAAGATTTTAATGGGTAATCAATAAAGATTGCATTGCTAT GATTCCTAGGGCTCGTTTGGTCATGCGATAAGGTATCATGATATTGGAATCATGAGATAA AACTGATGTTTTGTTTGAACATGCGATATGAAATTTTAGTGTTGTATATTTTCTCATAAA CATAAAAATCCAATAAGTTCTAAATCTATTAAAAATGCCTCCAATTGTTATTCAATATTA TTAAATAAATAAAAAATCATAAAATCATATAATAGATTATTACAAATTAAATTTATTTAT TCTCCACTCAAGTAATTATTTCATCAATATATTTGAGCAAAAATGAAACACCTTTCACAA GATCTTCAAGATTTTATAACTTAACAATTGTGAAGTGTGAGTTAAAGTTACTATATGTTG GTAAGAATAATACATTTTTAAAAGTAATGATGTGATTATAAATTTTATTTACTTGTGAAA TAAATGGTTAGTAGATATAAATGGTAGATTGTTTTAATAAAATATAAATTCGTGGATCAA TTTTTATATTAAAATAACTCAAATCATGATATGGTATTTCCATATGATTCCATATCATGG TTTTTGGAGAATATGGTAACACATCTAATGAGATGAAATCAGCTTAAAATCACATGTTCA AATGCTGATTTCATCTCACGACACAATATCGTGATATGGTATCACATGACCAAACGCCTA CTTAACTGTTGTATTGTATTAGTTGATCCTCGGAAAAATTTACCCACCTTTAATATTTAC ATTAAATTAATACAATATCTATTATTACGTGATTAAATAGAGTAACATGAAAAGTAAATT AATATATATATATATATATATATATATATATATATATTGATTTAGTATAAACATTTGAAA TTTTTGGGGTTGGTCTGATGGCCATGCCATCAAGTCGAGAAAAAACTCAACCCAAAATGC CAAAATGCAGTAACAGCACCGACGAGAGTAGCGGGTTTTTACATGTGGACCCATTCCGTG ATTGGTGGTTCATGCAACTCATAGGATTCTCTTGATAAATTTCACATTCATGTGACAATG TCTTCTCTTTCGTTATTCCATCGTTTTAAAAAAAATGACCTAATTTAATTTAAAATGAAG TTTAAGAAAAGTAAAAAGATTTTTTATATTTTTGGTTTAAAATTAAAGTTATGTGAAATA TATCAAATTGTTTTTTATTTTTGTGATCTTAAATATGTCATACAAGAAAATTAAAATTAA AATATTACTAAAAAAAATACATTATTTTTAAAACAAACTAAAAAGAAATAGAAATATGAA CGGAGGGAGTACTGTTTTTCATTTTTTATTTCTGCTTAATGATGACATTTGAATATGCTT AAACCTCAACTTAAAATTACTTTACCAATTTCCTTTCCTTCTGTCTCATTCACATACTAG AATATCCTTTCATTTTATGATACCCACCATGCCTTTTCTTTATCCTTATATAGGAAACTT TATACAAAACCTAAACCTTTTACAATATTTTAGAGCTTAATTTTATTTACCTCTAAACTC ATAGAAACATTATACTTGGTGCACTAGGGTGAGGTTTATTCTACTAAAACATTAAATATC TACGTTTAAAGATATATTCTGAGGATCAATAAAGTTATTGAGAATTCTGATGTCTCAGAT TTAAAATTTAAAAAAATAAACATATTCTTTTCTTTTTATTTTCACCTCATATTTTCAGAG CTCTAATATCTTATTATCTAATTATTTTATTTTCAAAGCTTAAAGATAACATGAATTAGA ATGAATGAGTATTTAGGGGTTTTTGAATGTAGCTAAAAGAAGAAAATATAGTGAGTTGTA AACAGAAAAGCACTTGGACTTATGGAAGAAAATGAGAGAGGAACATGTTTCATTAAATAA AAAATAAAAACATATATCATTGAATGAAGAGAAGTGAGAAATATGAAGACCCCATTGAAG CCCTCCAGCTATTTCCCATCCCCCATTTACCTATTTCCCTCTCCTTTTTTTAGCCATTTT TTTCTATTAACTTTCCCTTCTCAAACACTGAGCTGAAAAACAGAGCAAATGGGTTTAACT CTTCTGCTTTTTCTTTGCTTCTCTGTTATCTTAACTCCTTCTTTATCACAGCACCATTCG CCGCTAAATACTGCTTATTACCGGAGATCATGTCCAAGATTTGAACAAATTATGCAAGAA ACCACTACAAACAAACAGATCACTTCACCTACTACCGCCGCCGCTACCCTCCGTCTCTTC TTCCACGACTGCTTCGTCGGCGGCTGCGACGCGTCCATCCTCGTCTCCTCCACTCCTTTC AACAAAGCTGAACGTGACGCAGAAATCAACCTATCACTCCCCGGCGATGGGTTCGATGTA GTCGTACGCGCCAAAACGGCGCTTGAACTTGCTTGCCCCGGCGTTGTCTCTTGCTCCGAC ATTCTCGCCGTCGCTGCCCGGAATCTCGTTGTTCAAACCGGAGGCCCGTTTTATCCAGTT AATTTGGGCCGTAAAGATTCTTTTACTTCTAAAGCTTCGTTGGTTGAAGGAAATCTGCCC CGACCCACAATGTCGATGGATCAAATCATACAAATTTTCGGGTCAAGAGGGTTTTCGGTA CCGGAAATGGTAGCGTTATCCGGTGCTCACACAATTGGGTTTTCCCATTGTAAAGAGTTC AGCTCAAATCTTTACAATTACAACAAAACTTCCCAATATGATCCTTCTTACAATCCCAGA TTTGCTCAAGCTTTGAGAAATGCTTGTAATAATTTCCAGAAAGATCCAACATTGTCCGTT TTCAACGACATCATGACTCCGAATAAGTTTGACAACATGTATTACCAGAACTTACCCAAG GGTTTGGGTCTGTTGTCTTCGGACCGGGGTCTGTTTTCAGATCCGAGGACAAGAGTTCAT GTTGAAGAGTATATTAGAGATCAAAATGCATTCTTTAAGGCGTTTGCTTCAGCAATGCAG AAGCTAAGTGATCATGGTGTTAAAATTGGGAGAAGTGGTGAGATCAGACACAGATGTGAT GCTTTCAACAATTAAACTATTTGAGGGGTATTGATTATGTTACTGTACGTTCGAATTTTT TGTTGAATTTAATCACTCACAAGACGAAAGTAAAACTTATAATATGTATACAATGTTTTT TACTATCATTTTTATTAAGATTACAAGGCTCTGCTTCAGTTCTGCTTTTAGAACAACTAC TACTACTACTACTTGTGATTAGTGTGTGTTGAGATGCAGGTAAGAGGCTGTTTGTTCGTC GAATTTGATTCAATAAGAAATGAAACCGTAAATAAAGTTTGCTACTTTTTCTTCCTTTTG CAGCTAGTTTGAAATATTTCCAGTTTGCATTTGGTTCGTTTCCTTTTGGAACTAACAAGT GTTGAAAATGTTTGATTGCTTTGTTGTTTGTGAGCAAGTGTTGGAAAAGGTGGAATCGTG TTTTCCGGTCTCTGTCTCCTTGGCAAGGGCATTGCCAACTCAAGTTAACTTACTAAATGA ACAATAACATAACGCGTTTCGCATTGATTCTTGTAGAGGTGTCCAAATCAAATTCATTTT GGTGTTGATTCGATATATGACTTAAAGAAAGATAAATTAGTTTTAACTCTTTTTCTTTCC AAAAAGCTAAATGAAAAGGAATCATTAATTTCAACATGAAACATAAATTTATCTGAAAAA ATTCACGAAAATTGCAAAAACTAGGAGATATGAAGACATCACTTAAAAAAATATTGTGGG TTCAATGCGAAGAACCTTAAATGTTGAACTCATACTTAGTAGAAAATTAGAACATTTGTC AATGGTTAAGTAAAGTTCGCACAAAAATCCTAAATAGCATGGAGATATTTCAGAAGGAGA AGCACAGCACACAGTTGTAAGGTCAATCTTTTAAAGATGAAGATCAACCATCTCACTCAG ACAAACATATCAATTGAAGATATAAGGCATAAATAGCAGGGCCTGTTCATATCTTTCATC AATCGAACCAAGTAATTGAAACGAAAAAAATGACAATACAATCTGTAATGAAAAATCTTT CAAAATTGTTGGCATGTAAAAGTCAGCATTAAGGAAATAAAAGAGAATGGAAGGGCTAAG CAGGGTTCAGAAGTTATACATTAACTTATCCCAGTGTAAAAATACTTGAGCAATTGTAGC TATTGCTCATGCACTAAAAGTCCAGTGTAAAAATTTTAGTGCAGAAATTGTAACCTTCCC AGTAGCACCACACATCACATCAGAGTAAAGATTGTGTCAATGGTACACTCTCTTCATTCT TGCTTTCACTGTTTGAGCATCAAGATGCTCAAAAATGAAAAACAACTCTGGAGTTCATTG CATTTGCTCTGCAGCAATGTTTATTGCAATGCAGACCTTAAAGAAACATGAGAATAACAA TTCTCTAACAACTTCCGCAGTTGCAGCAATCAATCAACTCCAGCATAAATACCAAATTAC TAGACAGCGGCTTGTGGAAGCCACGAACAGTGCATAGAATAAGCCTCAGGCACACAAGAA AGTGAAAATAGCATTGCTTGAAGAGTATTAGGAGACAATGAGTTCATGTTAAAGACAGCC TCTTTTCTCCAAAAACTAAAACACACTGTTCAGAATCTTTCTTTACACCTCCAACATTAT TTACCATGTCAACTGTCACATGACCTCAGAAGACACGACGAGCAAAACCAAAACCAAAAT CATGCTATCCGAAGCTATGCAAAGAGAAAACCGTGCCTAATTACAAGCCATTTCTCAGAA AAAGGAATGAAATAGCATACAGTGAAGAAACAGAAACAAACAAGAGCTATGAAGAACTTA TCCGTGCTTGACTGATATCATCATCCGAATTAAGCAACTTCTCCCAATCAACTTCCTCCT CTTCATCCTTCTGCCTCAAAACCTCCAATATCTTTCTAACTTTATCCTTGGCCCTTTCAC TTCCCATTTCCTCAACTTGTATCAACAGCTCCTCCGCAGCAGCCTCTTTTGCCAACCCTT TAAACCTAAGGCCACCATGACTAAGTCCATATAATGCAGCAAGACAATTCTCACGAGTCG ACTCCGATTCAAACTCTCCCTTTCTCAACATACATACAAAACACTCCACTGCACCCCCAT CAAGCATTGCTGCTCTCCCTTCAGAGCTCGCAGCCAGGTTACAAAGTATCAACAGAATCC GACCCATCATATGACCCGTTTTAACCATGCCTAGTAATGCCTGAACCGCCCCGAGTTTCA CCAATTTAGCCCTGTTACTCTGAACTAAAGTGAGGTGATATAGAGCCAGAGCCGAATCAT GCCTAGTTCGTTCCGATTCAGATCGAAGGGCATGAAGAAGTGGAGGCAGAGCTCCTAATA CCCCAATTGCAGTTTTGTTCTGATCATCTAACGCTAAACTGAAAAGTGCACCAGCAACAT GTTCCTGTGATTCTTGGAATCCACTTTTCAACACGTCAATCAAAGACGGAACAATTCCAG ACCGTAAAATTTTCACCTTGTTTCGATTCTCTAACGACAAATTTACCAATGCCGCTACTG AATTTACTTGTACAGAAACATACCTTGAAGTGATGAGTACACGTAGAGCTGAAAGTATAC GCGGAGTGCATAACTGGAACCGGGTTTCTTCACGGGTTCGGGTCAATTTTCGAAACGAGA TGACAGCTTCTTCTTGTTCAGATATTTGGGAACTCTTCAATTTCACAAGTAGTTCATCTT CTTCAAAGGAATTTGGGTTTAGGGTTTCAAAGTCAGAGGCTGACGACGAAGAGTAATAAG TGGGTCCACTTCTAGGAGTCACAGATTCCTCTGAACTCATTGATATGTGACTCGGTACCC GGTTCAGTTCAGTTTCCGTCTGCATAACCCGGACGCCATTAAATCTTGTAGCATCTTGGG GTTTTCGGGTGGCCTTCAATGTGAAAACGAGATTTTCAGCTGTGAGAAAATTGATGGGTT TTGGTGGGTCAAGAAAAGAAGAACGGCAAAAATTGAGGATTGTAGACTTGAGAGCTAAGT TAGGGATCACAGTAGAGAAATCAGGAACAGAGCCATCAGGAAGAACAGGGGTAAAAGAAA GTGATTTGCAGGCATGAACACAATGACGCTCAAAAGTATGGCCTGAAGAAACGATTACAG GGTCAGCCATGAGAGAACCAGAAATAGGACAGACAAATTCTATAGGAATAGGAGGTTGTT TTGATGGAGACTTGTGAAATGAAATTCTCCATCTTTGCTTGCTAGTACCCATTTCAATGA AGAAAAAAAAAAAGAAGTTTCAAGATTCAATCTTTGAGGTTCAAATATGAATGAAAACAA AAGGTTTCAAAAATTCAACTTTGAGCCTGTTGAGGAGATGAGCAAAAGTGTACATCTTCA TTATGACAGACTGAGATTTGGAGAGAGGAAGCTGATAGTGAAACAGAAAATTGGATGTTT AGTACTGAGAGCTCTGTACTCGTATTTTCTTTTTCCAACCATTTTTGTTTTTTAATCAAA TGGCTCCTATTAAGATTTAGGATTTGGAACATATTGGAATTGAGCTTTTAACTCAAATTA CGGTCTTGAGTTTTTACTTTTTAAGCAGGATCATTACATTATTGGAGGGTGAATACTTCT CATTTTTAATAAAAAATGTATAAAATACAGATTTGTTTTCGATATTAAATATTAAATTTG ATCGGACTATGACATAAATATAAAAATCTCAATTACGTAAATAGGGTCCTAAGTTTGAAG GTAGATTTCTTTTTTCGTTATTATGTTACAATTATAAATTGAATTTTGTTAATTTTGATC AAAGAGTGGCTACTAAACTCAAACTTAAAAGGATCGTATAATGACCAGGAATTCATGATA TAAGACTCTTTTTAAGTTATAAATATTGGAAATTAAGAACTTGTCTAACTTGTAATTTAC ACTTCAATTTTGAGAAACTAAAAAATAAGTAGTAATGAATAAGTAACTTTTAAGAACTAT GTGACGGAGGACAAGCAAATTATACGTTGACAAATATGAAAAAAGAACTATGAACAAAAG TAACTTTTTGAACTTCTATTTTTAATTTTACTTGTCATTGAAAATAAGTAATTCATATTG AGGAAATATAATAACATGAAAAAATTTATCTTGTTCTTAAAATAATAAATAATTAAAAAG TGAATCGAAAAAATAATAAAGTATTTAAAAGGAAGAGCAATTATTTTATGGGGTGAGAGG TAATGCAATTGGTGCAAAGAGATGAGAATGAAAGAGATATATTGGTGTCTTTATGACTAT ATTTTTTTTTGGTACATTCTTGATGATTAAAGATAGCACATGAAGTTGCTCCTTTCATAG AAAAAACAGCAATTAAACTTTATGATATTAAAAGTCTAAAAAGTGTTAAGGCATTGATAT GACACCCTTGCAAGTTGAGTGAAACCTCCAAGAAGAAACAACACTCGTGTAGTCTCATCA TTCTTCTTCTTTTCCCTTTTTTTTTTTAATCACTATTAGCATTTACCGAATACTGTTAGG GGTCGTTTGATTAAAAAATGAATAATGCAGAGATTATTTTTATAAAGTGTTTGATTCATT GTTTCTTATATAATTTTGTATGTGGTTTAAAAGTTTTTTAAAAAAACTTTTCAATTATAC CTTAGAGTTATTATGAGATTTTGTATTTCATGTAATTGAGTCAAAGCAGATAATTAACGG AGAATATTATTTTCTTTATAACATTTTTAACTAGTTAGGAGAATAAAATTTTTATTGTCA TGTTCACTATTTTCTCACTTAAATTATTTGAGAGTAAATAATTGTCATCTTAAAAAATTA GAGTTAATAACTCAAAAAGTCACACAACTATAATGATTATAGAGAAAATTTATTGAACTT TGTTTTGTATCAATAAATTTTAAAAAACTCTTTATCATAAAATAAAATAAAAATATAGAA AAATAAATTAAACTATTTTTATACTCGATATGTGTGTATATATATATACACATCTCTTGT TTTAGACTACTTGTGTAATGTTTAATAAACTTTCATTAAGAGACAATATTTTACTTATGA ATTGTTAACATATTAGTCGGATTATAATATTTTATATTAATAATAAATAGATTAAGTCAT TCATATTTTAGAAACAAAAAATTATTATCTAAATAATACAATTTGTAAGCTAATTTATTT AAATAACTTTATTAGTATAAATATAAAATATAAAATCAAAAAAATAAATAAAATATTAAA AGGATTTGAGGGGTATTTTTGTCTTTACTTTAAGATTAGTCTCAGCTATTAGAGCTAATA CCTCCAAATGGAAGGTATTAGTAATACATCACATAATATCATGTAGGATGTATTAACTAA TCCATGGATTAGTTATACATAGGCTCACATTCCTACCAAACACAGTATTAAATTATATCA CATCTAATATATGAATTATTTTTTTAAATACAGCCTACCGAACGCCCCTTAGTAATTATT ATTCAGAAAAAAAAATAAGAAATAAAACTATTTGATTTAATTCGTTCCCAATAATTATGG AATAATTAATCATTTTAGAGGATTATATATCAATGAATGTTTTTATTACACTTATAATCT TTGGAATATGAGGATTAATTTATATAATATATGCATCGAGAATTCAATAATTTATTTATT AATATTATGTTATTATTATGTGTAAGAAAATTGACCTGATGAATCATATTTTCTTTTCTC CTAGTTGTATTATAAGTTCGTTTAATCAGTCTTGAAAATTAATTTTCGTAGTAAAGTCTC CATCAAGAATTCTTAAAGTCTCATTAATTATGTCATCTAACAATTATTGACAAGTAAAGT TCATATATATATATTATGGATGGTCCTTAACCCTTTTGTCTTTAATTTGCTTTTAATATA TTCACGTAAATGTCACAAAATAATCCTCCTTAATTTTGAAAAGCAAAAATGTTCAATTAG TTAACATAACAACCACTAAAATAGAGAGATCCTTTTTGACTTTGTCGTGTATCATATTTA CTAATAAATTAATCTATTCTACCACGACAAATGACAATTCATTTTCATAATAATTGTGGG ACATTAACCTTTTTCAAAACCACCACAATCTGTTTTAATTCAATCGACAATTAATTGGTT CCAATTGAAATATTGGTTGAAAATTGAAACTTTATTGTGGGATTAGATTTTTGTGTTGGC TTCTCGAGAAAAGTATGACCATAAACTATATTAACAAAATGAATATCAAATCTACTCTTT AATTCACTTTTATGTATCACTTTATTTATAAAATAAATTTTTACTTTTACTTGTTATTTT TGACATAATTATTTTTTTCATATTTTTACCCTTAGTATTAAATACTTATTCTCAAAATAT TTCCCAAGATCAAATACTTCAGTATACACATCAATTAATAGGAATAATTTGATAAATTAC TTTCTTAATGAGTGTGTTAAGATAAAGAGTAACAAGTAAAAATAAACTAATGAAATATTT AACAAAATAAATCTAATAAAAAATTCGTACTAAACTATAAGATCTGATATTGCATAGACT AATAATAAAGTTGAATCTAGTAATATCATATTAAGAAAATAAAATTGTGAAATTAATAAT TCAGTATAAAAAAATCAGTTCATGGGGTGATATAATTATGAAGAAGCATGTAAAGAGACA AAATTTCATTCCCTCAGCTTGGAAAATTTTGTCAAAAATTGTATTATTCATTATTGCTTA ATTAATACTCATGCAATAAAAATTTGTTATGCTATAGAGCTAGTAAATAATTATTGATTG ACATGAGTATACATATATAAAACTTTACGCACGTTGCTTATACTTTGATAATTTATGAGC CTTAACTGGCTCGCATTTGCTTCATGAAATATATAATAATTACTTACCTACCAATTTATT TTGATTAAAGGTAGTAATAACAATTTTACGCTTGACATCTGGAACAAAATATTTATTAGT AATATTAATCTGATCTACCATATTTGACGATTAATAATAATATTTCCTTTTTTATTATGG ATGTTGTGGTCCTTTACACCAAGCTAAAAATTAAAGAAAATATAGATATAACACTGTATA TAATAAATAATATACGAGAGAGCATTTATGCTTTAGAAGAAACTTTATAAAAGCAAAGGA ATTTCCACTTTACAAATGGGCAAGGGACTTTATTTATTTATTTATTTATTGATATGGAAG AGCTATTATTGACTTTAAGACCAAGAAGGATGTGAATTTTGTCAAGTCAAATGTTACCCT TTTTTGCGCTCTTCAATTGAATTGCTTTTTTTTTTAAAAAAAAAAAATGTTGATAAATTA AAATTTGACCAATGATGTTTCATAGTCACTCCACGTCTGTTTATTATGTTTTATAAATTC CATGAATTTTTTCCAATGATGTCTCGTGCATGATTGCATGTGCATCTTGTCTCTTGATTT TGTTAATTAGAAGTGAACAACACACTAAGGGCCCGTTTGGATGGGCTTAATAAAAGCAGC TTTAAAAAAGTACTTTTGAAAGTGCTGAAATTTATTTTTAAAATAAGCAGTGATGCGTTT GGATAAAAGTGCTGAAGTTGTTATGTCAAACGTGAAAAGGGAAAAATAGAAGAAAGAGAT GTTAGGGTTATATGGGTAATTTGGAGATTGTATAAAAATATTAAGGGAAAAAACATAAAG ATGTGGTCAACTTAAAACAGCTTATAAGCTAAAAAAAAAAAAAGCACCCGTACCCCAACT TTTAACTTTTGGCTTAAAATAAGTTTTTTTAACTTAAAATGAGCTATTTTGAGTATTGTC AAACAGTTAAATAAGTCAAAAACCAGCTTTTAAATCAGTTTGACCAGCTTTTAAGCTGAG CCAAACAGGCTCTAAATAGAGGAAGGGTGGGAAAATAATTAGAGCATGTATTAAAATACA TTAGCATCAAACTTTTTTGGCCTACAAGTGTATGACAAACCTTGGAGTTGGTGAATTTGG ACTTTGAAATTACTGTATACAGTGACTTATAATGCAAAACTTATTGCAAACAAATTATTG TTTTTGTATGACAAAAGTTATTTTTTATTTTTAATAGTATTTGATCAGTTAATGGATTCA CCTCCTACCTCGTTCAATTTTTTTTGAATTAATCCACCCTTTGGAGGATGTTTTGATAAA ATTCATAGTAGTAAGTAGTAATAATCAGGAGTAAAGAAGGTAACTTTGGTAAATAAGTAA AGTAATTTATTTTTCTCCTTTTGATATAAAATATCTTGTTTGATTAATAATTTCTACCTT ATTAAACACAAATCTTAGTACTAATGTTGTCATACGCAAAGACGAAAATTTTGTGCCATT ATTGGGCCTTGAATGGATACAGGGCTTCGTTCAGGCCCAGAAGGCTAACTTTCCGGATCG TATTGGGTCACTTACATTGACCGACCCGAATCCGATTGATGACGAAAGCGCGTATGCAGC GTCTCCACGGCTTTCACATATGAATTAGGAGAGCCGACCTGTAAATTGTTCTGGCTTATT GCCCAAGCCAAGCATCCTAAAATCTTATATATATATATATCCATGAAAGCTCTATTCCAG GCAACTAGAAGAACAAAAATACACGAAAGAAGAAAATGGAAGGAGGAACAGAAGCCTATC CAGATTTAGGTAGACATTGCCAACTATCTGATTGCCATCAACTCGATTTTCTCCCTTTTA CCTGCCATGCCTGTTTAAAGGTTTGCCACTTTTATCCGTCCACCTTCACTTTGCGATTTT GCTTTTGGACATACACTACTGTATAAAATATTCAAAGGTTTTGATAATCATTGTTGCGAT GTGCAGGTATTTTGTGTGGAACATAGATCATGCAAGTCTCATGAATGCCCAAAATCTGAC TTTAACAGCCGAATCGTTTTGGTTTGCGAAATTTGTTCTATGTCCATGGAAACTACCGGC TGTAAAGTTGAAGACCACAAAGCAATATTACAAAAACACGAGGAATCTGGGGATTGTGAC CCTAAGAAGAAGAAGAAGAAACCTACCTGTCCTGTCAAAAGATGCAAGGGGATTTTGACC TTCTCAAACACTAGCACTTGCAAGATATGCCGGATTCAAGTTTGCCTCAGACACAGGTTC CCTGCTGATCACGCCTGTAACCCCACTTCTTCATCATCACAGCTGTTGCTAAAGGAACCC AATAACAAGTTTTTGACTGCTTTGCTTGCAAGGAATGGGAAAGATTGTGGGAATAAAAGT CGTGCCTCATCTCCAAGCCCTGCGAACCCTTCTGTGAAAGCTTGTTGATCGTTTCACAGC ACATTACTATTCATTTGTCTTTTGTAATTACATTATTTTATGGAAAACAATGTTGTTCTA TTTTCAATTTCTCCCTCCCTTCTATGATAAAACAACGAATTTAAGAATGACATAACAATT CGGAATCATATAATCTTCTCTATATGAATAACTTCAAACCGCATCTCATGTTGAACAGTT CTCTAAAATAAATTCACAAAAAGATCAGCCTCTCCCAAAAACGAAAGAGATAATTTCACT GTTATATACTGTCTATTATACAACAAATATCAGCCAAATACTCCAGCATTATACCGCTAC CCTTTATATACATTTCCCAAGAACAGCCAGCTTGATAACTTCAGCTTAGAAACAGGAGCA TTGAATTGAATAAATATAACTACCATACTACACAGGTCTTCTAAGTTTGGGAAAGCATAG CCAAGAGAATCTTCTTCCTGGGTCCCTGCAAATCCCCAGAATGCAACAATTAGAGGCTAA AATGGGACAAGCGTAGCAACTATCCAACAGTTCAGTATAATCAAGAGAAGCTTAGCCTTC TTCCCACCCCAACGAGATAATATCCCATTATTTTCAGGGAAGTGAATAGGTGTCACCATG CATAGCAAAATTAGCATATATGAACTTGCAGTAGAATTTGTGAACAGTGTGATCCTCCAA ATAAGGTGACTGAAACAACACGTACCATTGGTATCCCCAATTCCTTCAGGTCACGGTCCC CCATTTGCTTCAGTGCAGCCATGTCTACCTGAAATGGGTAAAACAGGCATCACATCACTA AAGAAAGGAGTTGAACTAGGATATCTCAGGTTCTTGGCAAAGTTAACTAAATCACTTAAT CAAAAACATTAAGCGAGGCACGTGAACAAACAGATAAAAGAGATGGGCTGATTATTCAGT TGAACCGTGTCACTAAGGACATGGATGGGGAAAATACAGGATGATTGAGAATGTTATGGG CCAATGGTGCAACTTTCAATTTGTGAACAGCAGTGAGGCTACTATCCTTTACACAAGTAA TAATCTCATATTAGAAGTCCAAGATGAGCACATGATCAGACAGGAGGACAACAGAAGAGA TGAAGGGCTTCGAGGTGACAAATAATACCTCAGGAGGCATTATAAACAACAAAAGACATT TATGTAAAGAATTTGAAAGGCCCGTAATGTATCTATTAACAAGTTGATTAGTTGGGAGGA CAGACAAAGAGGTAGATCAAATGGACTAAATAGGAAATGTCATGGGATAAGTAACATGTG ACATAATTAATTTGTGATGCAGACAAACGAAGAAACTTCAAAGATTGATTTGGGTTCGAA CACGTAAATCTAACCAACTATTAGAAGATTTGTCACATAACATATTCATCACACCAGGGT GCAAGGGGAATCAATTGAACCCCCTCCATTGAAAAACTACACTGTAGATAGGGAAGAACC ATTTTTTTGTATATATTTGAGCTGTTGAATCTCTATGGCAAAAGAACTTTCTTTGAATTC CTGGCTCCTCCGCCACCGCACCACATAACAGAAGGTACTTCTCTAAATAATGAGCAGCCT GCTAACTGTATATATGTGTGCAATAGGAATCAAGTACACCAGGAGAAAAGATTTAATGCA GAATATTAAGTACCATTTTATCTTGCTCCTCATAAAAAATAATCCTTTTATTGTGAAGAC GAGAAGGTTCTCTATTCAACATGAAACTACATGCCATGACCTTGTTACTTTTTGCAGTGA AATCTAGTTCAGCCTTGAGACTTTTTCAGCCACAGTACCAGAATTGATATTTAAAATGCT CATAATGCTGAGATAATGTAATAACAAAGAAACGATATAAAAACTAAAACATGTGCTTCA TCATTTAACAATAGTACTATTCACCTCCTCGGCTTGAAAGTGGATAGTGTATTTCCCCAA ACCGAGCGAATTTAATAGACTGGCAACGGTCAAAGGAGGTTGATCCTGTACAACACCAGA TAGAACAATGTTTAAGATATTCATATAAATTCTGTCCATTTACAAATATTTCTTCCCTTC TCCTTCATACCAGGCATAAAGGGAAATGAGACAAAAATCCATAGTAGCTAAGAAAAGATG GTGTTATGAGAAAGACATTAATTGTGAGAACTAACAACTAATTTGGACTTTGTTGACAAG CAATGCAGAAATATTGACATATGAATAAACATAAAAGTTTTCAATATAACTCCCTGAAAT TTCAATATCATTCAAAGGAATGCAAAGAATGCTATGTTGCAGGAAGGAGAAATAGAAAAA ATTGTAGGAAAATCACACAGATAATAGTAAAACAACGCAGACAAAAGAAATTTCCAATGA GCATTAGCAACCAAGGCAATTCTTGAACATGGTCAAACAATGCCATAGTAATTTAACTTC CATCAGCAATCTGTCATTTTAAATATAAGCAGTGCTAAAGTCCAGCATACAGAGAAAATA TAGGCAACAATTTGGCTTGACAAAAAATAGCAGGAAGCATGTCAGGGTGGAGTAGAGCCA GAAAAACTATCTCGAGTAAAAACTGATCTGCTAGTTTAAGTAACACTGTCTGTGTTGTTC CCCAGAAGGAGAACAACTAAAGAGGTTACAGCCGAGCTCATGATCTTGAGTGTCACATAA AATACTAAAGAGGTTACAGCCGAGCTCATGATCTTGAATGTCACATAAAATACCTACTTC AGTTATCCAGTTCAAGATAAGACAAGAATTCTACCAGCAATGATTCAAGATAGAAATTCA GTAAGATGAACAATAAGTAGGTTCGTACAGGATATGGTCTGTGTAGCATGCCTCCATTTG CAGAGGGAAGACCTGTCAATGGATTCCTGGCACCCAGTGCTGACCTCATGGTCACAGGGG TAAGGACTTTTAGCTGAGAAGAGTCGATGAGGTCATATCCTGCCATATGAACCATTCTTG AAGCTTCGGCTGGCCTTACTGACGGTACATGCTGAGCTGCAGTGATATTCCTTGAAGAAG AGACTTCTTTAGAATCGTTTGCAAGTCTATAAGGGGATCTTGATCTAACACCAGCAGCAG TTTGTGATGTATAGGAGGATCTAATTGCCTCTATCTGAAGCAATTCGCTAGCTCCTGACG ACGGTTGGCTGCTGGTGACAAGCCTCTTGTGAGATTGTTCTGCAGATTGAACACTTCTTG TCATCCTCTTATGCTGCTCCTTTTTTCTTTCTTCAATCTGCAGATGAATTTCCCTTTGCC TTCTTCTGTGCATTAGTTTCAGTCGGAGGTCATTTTTCCCAATGCGTGCACCTTTACATC ACAGTAACAGTACCAAACATGAGCTAATATGCTAGACCAAAGAATGACACAGGAAACTGG AATCATCCAAAAAACAAAACAACATGTAATGACAAATATTTCAGATAATACCATTCTGTC TGCCATATCTGGAACCTCCTGCATCTTTATCCCCTCGCACACTTGCAAAAACAATAGCAA AACTTCCACTATCAAATAAAATCAAAACTACCACTCTAACTTTGATAGTTTTTTTATATT CCTTCCATTATTCTGAAAACAATAAATTAGATACAACCTACATTAGCTCAACCAGAACAA CAAACAAAAGATTTTACCGTTTACGAAGGGATTTTGTAGGATCCTCAGAGTCAGTCCTAT AGGTCTCTCCTAATGACCTTTTGCCTCTTGACAATGTCTGTTGACTAAAACCATTACCCT GAGAAGCTGATGATCGCTTAACCACTTTCTGCAAGTTTAACAGTAACAAATTAAGAAAAA ATTGAACCCACAATTAAGAAACCTCCAAACAGATCCATAAAGCGAAAAACAGTGGAGAAA GCTTACTTGACCCGAGCGTCCCAAAGTGATGGTGACCTGTGGCCTTGACATTTGAGATGG TCAAAACTTATGCACAGCTAAATCTGAAAGGATTGCAGCAACAAGATGCAACAATCGATA GTCAATAGAAATGAAGGAACCCTAAAAAATGGGAGGTGAAAGAGAATGAGATACCTACCT GGTTATACTCCATATGTCTATACTCCAAAACTCAGCGAGCAAGGTCGCTATAAGAATTGT CCCTCCTCTTTTTCCTCATTTATTTTGTCTACTGGTCTCCATGACACGTCATCCGTAATC TTCACTTGCGCAGAGAAAAAACTTGAAATACTCCCTTATCTTTTGGTTTAGATTCAAACA CATCCATATTTTTTTTCACTTTCAGCACTAATAGTCCTTTTTATTTAACTAACTACGATA AAATTGTATGTTTGTTTGTTCTTTCTCCCTTGTTATCTTAAAGATGTGATTTCTATAATT TCTTAATCACATTAGATTCTAACATACAAAGAGAGTATTATTAATTTGTAAATAAGTGAA AGTTGAAGTGATTTATGATCGAGCGAGCATTACTATTAATTATGAAATTGATTAAAATTA AGGATTAATAAAAGTTCGTTTAATATGCCTCTTTTTATGTGTGAGTTCTTGCTCCAATCT AAAGTGTTAGGCTCAATCTTGTTATGTTACAATACTTTCAGTTTGTTCATTCTTTATGTA TGAACTTTTGAATCTAACCGTCTATTATACTTGTAAAACATTCATATGATTACTTTTAAA GCAATATTATAATATCTTGAAAGTGCTGGAAATAATCCAAAGACAAATATGGATTCTTTA TTTAGCTGCAACGATGTTTAAATTGAACAAAATAAGAAACATTTTTCTTCTCATATTTTT CTCCTGGAGAGTTTTTTTTTTTTACTAAATGAAAAAGACGATAACTGAAAATTTCTTAAG CTAAATTGTTGACAAAACCAATAATTAAAAAAGATAAAGTTTGGAAGAGGACAAATGATG CACTAATATTATAAACCATAGAGATTATTAATAAACAATGAAAAATAAAAGATGTTCTTA AATCTCAGCCCAAAAACGAAGGGACTACTTTAGGCTTTTTCTCTTTTAACAGTCATACTT GGCAATATTGTTCTAGACTTCTAGTACTTACAATTTCAACTCCTACTCCCACTTGGCTCC ATGTTCTTTACTCCATTTTGATCCCATAAGCAGTTAGATTTTGGGTGTAATTTCAGAGAC ATAATCCAGATGGTCCCTTATGACTACATTGGCCTTTTAACATTTATTTTTAGATACAGA TTTTTTATCTTTTGTAAAAAAAATTTAAGTTAATAATTAATAAGGTAGGGATCAGTGTCA AACCCTCGTTTATACAAACAAGCATAATATTCCTTTTTTGTAGTTCCTTTGATGATTAAT TCATAAGGTAAGGTTCAATATCAAACTCTTGTTAATACGAACATGATAGTGGAATTGATC TAATTTTTTTTCCCTTTCATAAATTAATCTTTAATATTTGCTATAAATTGATACGTCAAG GCGATCTCTAGTTCTCTCTAACTTCCTTTAAGTAATGGTCTATCCAAACCTCAACAAAAG GAAAAAGTCATTATATTTACAACTGTGAGAAGTGTTTTTAATTTCAAATGCAAATATTTG ATCCTTAGGGTGAAAGAACTCCAAAGTGTCTTAACTAGATGAAACAATTTTCAAATAACT CTCAAGTAAAATTTTACAAGACAGGTTTTCATTTTGTGAAGCTCATTTCAAATAAAGAAT CATTGATCCCGATTGTTCCTTTTTGATGGATCCTAAATTTTCATCATGATTTGTACCTTA TTTTCCTCTTACCTGGTATCAACTTTTTTACCTAATAATTGGTCGCTTTTTTCCCATCAG AAAATCAAACTAACTTGAAAATGATTACACAGAAACTTCTCTCCCTAGCCTCGCATTTGG GATTACATTTCCCGAGTGCAAACCGGTAAAATTGTAGCCCATGTTCGCCAGTGTGTATAT GTAAGAGCCAATGACACAATGACAGACGTCATTGCATATAAACAGGCTTACATTGCGAAG GTGAGAGATGTCTCCATTTCATTATTAACACGTCAGACGACTGGGATTGAACTTCACAAA GCAGCTTTTGGAAATTGATTCCAGTTTTATACAAAATCAGGATTTGCATTAGCTGAAGCT GAAGCCACCCAAAATCCCCTAATATGAGTTATGACTCATACAATCTAGATGCATCACACA ACAGTTAGCATAATTGCACTGTTATTCACCCACCCAATCTCACTAGACGAGATCAGAATC ACAACAATGTAATGGATGGGGTTTCAGCAACATGTCACATCAGAACTGGATTGTTGCTCT TCATCTAATACTCAAATATACATGTACAACAAAAACGTAATGTTCATAGCATGTATAAGA TGTCCGAGCATCACATGTTGGCTGTTGTTTCCTTAATCTCCTCCATAGTAATCGTCTGTG AAACAAAAGACAGAAGAGTCGCCTTAGTAGCAGATATAAGTGCAAGACACACGCTAGGCA ATGACAGCATATAATAGTAATCCTTTGTTTTTTACAATACCCTTAGGGAGTCAGATAGCC AAAAGAGGAAAAGGGCTATAGACCAAATACTCAAATCTAAGAAGGTAACTATAAATCAAG CTTCGCATATTTGCATTTGGTTTACCTGTTCTTCTCCAGCAAAATCATTATCAGGGGTCA GAAAAAGCATGCAGTGACACTCCTTCCTGTAATGCAAGTTTATAAGAAAGATACGGAGCC TTATTTTGGAGATTTTATAAATGATAAAATATTACTATCCATGATTACTTGGATTCAGAG AATGCAGACTAAAAGGGTGATACCAGATATACATGATGGCACACATAATTGAGCTAGAAA CACTAAATGGCTTCTCCGGTCAAGGTTTCCATTTCTGGTCAAGCAGACAATTTTCTTTGC AGAATCCAAACAGAAACCACAATATATCAAACCCTTCTGTACAATTCAGACCTTAGCATG TTGAACAACCAAAGGACACAAGGGCAACTGACAAGTTATCTTTAAATTCATGCACCCATA ACTGTAGTTGCTGACCACTGTCTCTCATGCATTACAAAGATTTATTATTCAGATATTCAA GGCCTAAAAGCTCAAAGTAAAACACTTAATGAAGCCTTATCTTACCAAAAAGCTAGCGGC AAACCTAAAAGAAAGTATCTCCAACAGAAAGGAGGAAAAATGCCATCACAGAATACAAAG AATTTATATTGATTTCGATTTATTGAATCCCCTATTTCTGGTACTGTTTTTACTCTCAGC AAGACAAAAAAAAAAAAACATGACATGACATGCCCAAAATACAACCAGTTCTGAACACAA GCAAAAACAGCTTACCTCTCTCTCATTGGTACACACGGACAATTCCAGAAGCCCTGCTGC GCTTCTGCAGCTTTGTCATCATAATGCCTGAAAATTAAAATGACAACAATATGGTATAGT TTCATGGTAATGATGAAATTACAAAGGTACTGCGGTAACTGGGAAGGAGCAAAGCATGAA AACCATCAAAACATATGTGTCAGGAACGAATATTTACCTGCAGGGGCAGAGTGGAGCACC CAATGTATCCTTGTGCTCTGCCAAACCCTAAGCATAGGTCAACGAATACCATTAATTAAA TTCCGCCCTCGCTGTAGGAATAGATGTTTCAATAATAAGGAATATAGAAACCACTGTGAG TAGGGATTAAGACATCATAACAAGAGCAGTACAAAACTAGAAATCAACTAAGCTCCACCA AAGTGAATGTCTTTCTTATGCACATAAATCAGTCAAACGTGATATGCTTCTGATATGGAT TTCTAGTAAAACATCTTAATAAGTTGTGAAAGTAAAGGAGTTCCCTAACCTAAAAAAACA GTTACCCATAAAATTGAACGGATTGCTGTAGCAAAACTGCTTTTCAAGGATAAGGATATG CCAATTAGTCATAGAGTATTCTTTGAATCTAGACTTAAACTTTGGTCCTATACTTGACTA ATCCCTCCGTCCCATATTTTTATTTTGAGAAGGTAACATTTGTGTATATTTGACTAAAAC AGTAGATAGGTTGTACTCAAACCATATTTACCTCCGTCCCATATTATGTAACACACTTTC CTTTTTAGTTTGTTAAAAAAGAATGACACATTTCTCTTTTTAGAAACTATTTAGTCCATG TATCCTCGCTTTACTCTGTCATGTTGGAACCCTCGCCGCCATTAATTTAAAACGAAAAGA TATGTGGTAACTCTAACCATTACTCATTTACAAGGATACTTTTGGTACTTTGCATGCATG TGACTTGTAGTTTCTTCTTCGGCGATTTATACTACTATATGCTATTTCTTGTACTTCGAC TGTAGTATTATTTGTTATAGCTATTGTTCCTTTTCTTTTAAGAATGCTTGTAAGGTTTGC ATACACACTACCCTCCCCTGACCTCACCTGACCTCACTTGTGGGATTACACCAAGTATGT TGTTGTTGTTGATAGAGTCTTTGTATAACATACATACATTCATGTCCAGCCCACAAACTC CATTAGTATGTTCTCGATTCAAATTTCTAAAATGTGATAGCTCTATTCTTTGTACAGCAA TATAATTTGGAGAACCTCATAAGACACTAAGCATCCAACATCAAAAGGGAAAAGTCATAA TGACCATTTACAATCACTATGCATCAAACCAATAAAAGATACTAATAAGCCACGTTCTGT CACACCCTTGGATACATCCTTATGTTTGATTCTCTATCAAAACCCAATAGGATACTTATC ATAGTAGCATATAAGATTCACTTCTTTCTATAGGGTACTTTTGATGTGGATAAGGCTTTA AAATCATTTTCATGGAAGTTGAACAGAGTCAGTCCTAGGGTGAAGATCATCGGATGGAAA AATGGATTGAGCTGGCTGTAGTTCTAAAGTTAAAGCAAGGAGTGCAGAAACTGAGGGAAA AAACCTATGTTCTTTTGGCATCAACTTCCCATTCACCTCGGTTGTTATTTCTAATGTTTT TGGTATCATATCGTTATCATTATAGTTGTTTATTGGTGGGTAGCTAATAGCTATTATCAA TAAGTAATTGCGGAATGTAACCCAACAAAACCAAGAACACCAAGAGGATCCTCAACTACC TAACACAGTCTAGAAGAGCACCTTCCACATTATCACAAGACTTTCCCTTATGTGGGTGCG CCCATTGGTATTGATGCTTCCAGTGCCTCTTCACAAAGAAAGGATTGAATTCTGTCCTGT TCCATCTCAAAAGAAGGACAGCATGTTGGATTGATCTTTGTGATTGGCTTGTATTTAGCA ATCTATTAACTCCGTCACAGTCACATTCTCTGAAACTTGAGATAAATCTATTCTTCTATC TTGTTTATGAGATGATAAAATCTATTCTTCTATCTTGTTTATGAGATGGTAAATCTTGTA CTCACATTATTAAAAGTTTCTCAATTCTTATTCCCTTCTTTGTGTTAAAAATTCCTTGTA TAACTGTCCTTTATTATATAATTAGCTTTGTGCTATTGTTTATCTCTCATTATAAGTCTT TGATAATTGATATCCCCTCAGTTCAAGAGTTTCCACAGCTCCACAATTTTAAATTCATAC TTTCACGAACTTACATAGAAATATGCTTCTAGAAGATACACGAACACACACCTAAACCTG AAATATAAAGTGAAGGATACCTGGGAAAAAGTGATTGGCTATTCAAGCTCTAAACCAAAG GTATCACTTTTTTTTTTATGAGGTAATAAGACCAAAGTAGAACTTCTGAGCAACAAAATA CTATTCAACAATAATCAAGCAGCTATAGTATAGAAGCAACTTTTTGGAACTGAAATGACA TCACACACTTGCAGCTTGTCCTAAACTTCAAGTATACAGAATGCCATTATCTTGGAGTTA GTAAAACGACAATACAGTTTCCAAGCAGATACGATAAATTCTCACTTTATAGCCTAGGAG GGAGTATCCTAACGTTCAAAACATTTGTATAAGTTGTCGTACTCTGACTGCACTGTGCTT ACTGATGACTTTTGGTCAATTTAACAGCATAAAAACAATATCTGCATGAAATGGTAAATT TTCAACATTAAAGTTATTACTTTTACAGTAACTTACTTACCAGCTAACACAGAAACCACG AGCTGAAATAGTGAGTTAATAACCCACTCTGTTTAGTGCTAATGCAGCAGTCACAAAATT ATAGCGGCAATACAAAACAAAATTAAGAAGCTACCGAAGACAGCTTTCATGGAGACGAAA GGCCCCAGTCCCAATTCAATCCCTAAAACATATTCTCATTAAGTAAAATAGAAAAGAACA ATCAAGTGTCAAACCTTGAGATTAAATGGAAAATATGATTTGAAACACATACTAAAGACG TAAACATATGAGTGTGGATAGTAAATGCACAATATATCATTAGATGAGAAAGGGAAAAGA AAGTACCTTGATGACCACAGAAGTAACACCTTTGTCCATGCAGAAATATGTTTCTGACCT GCGAGCATACTGCTCCGAGAATTTCCTCATGATTTCAACAGATTTCTCTGATGGCTCCAC TACATATGCAAACAACACACCCATGAAATTAGCCATTTCAGTAAAATCAATAGATCAACT TCTACTGATTTCGTTGATTTGATCTTCCCAATTATATTTGATCTAGCTGAATAAATACTA TTATCATTTCTCGGAAGAAATCACAAATAAATCTATAGATGCTTATCCCTGGTAACTATA ATGAGCCTTCAAGATCTATAACAGCAGTATATACACTCTAAACTCAAGACTAAATAACTA TAATGAGCCTTCAAGAGCTATAGCAGCAGTATATACACTCTAAACTCAAGACTAAATGTG AAGAAATTAAAGCTCGAAACGCTTTTAACATCCAATTAGTCTCCATGGATCGAATTTCAG GATCTTATCGCCATACGCAAACTAACAACTCAAAATCGAAAAGAGAAAACACTGAAATCG AAATAACATTGAATACAAAAACAGAATTCACAGTTGCACGAACTCAATAAACACAAACTA GTTCAAAGCATTTTATTTCCAAAAATATGGCAACTGAGAGGAAATCAGAAGAAGAATCTA TAAACTGTAGGAAGTTGATCAATGATTACTTTTGGCTACGGTGAGGCAGCGATGAGTAGA AGAAGGCTTAGGACGAGTAGCAAAAGATGAAATTCCAAAGCCAACGCTGTAGGAGGTGGA AGCTTGAAGAGTTCTCATGGCGGATTCCGGTAGTTGTTGCTTCGTTGTCTCGTTTTCTGC TCCGACTTTCCGATTGAGTCAAAAATGTGATTCTGTTAACCACCACAACTTCGGAAAGGA AAAAATCTCTTTCGTACAGCGTTGATATTTATATATTACTATCCGTTCTCTCCTTTTCTT TTCACCTAATATCTGAAGAAAAATTATAATTAAAATAAATTAATAAACGGGTCTCGCGTG CGCCACTCGTTGCAATATCGTCGGAGAAAATTACAGAGCCACTTGTTCACCCGCTTCCGT TACTTCACTACGTTACGCCAACTTCGCGTGGGCTTTTGGACATCTTCTCTATGAATGGGC TTTTCGACTTGGTCCATACTCCAACTATTCTTTTTAGGGTCATTTGTACATTTTTCCTAT TTCATGTTAGGTCTATAATTAATGTCATTCATAACCAAAAAAAACATTAATTTACTCATA TATTTTGTTTCTGCATGATTTTAATTTCTAAAAAATTTATGCTCTATTCCTATAAGTTCA ATTGTTAAAGCATAAAAATGAAAGATTAGGTCATTTAAAGGTAGAAAAGTTTAAAAAAAA ATCATTCGAAGAACATATAATTCTATAGACAGTTTCATAGATAAAATTGCACATGATCCT TTATAAGAGGGATATTTATTTATGTAGTTAAGAATATTGATAGAAACAGTTATAAAATCA TTAATAATCATCAGTTCAGTAATAAATTCATCTTCCATTAACGAAAAGATATATTATGAT TTGTAAAACTAAAGAAAAATGTATCTTTGAAATTTTGAAAGAATTTGTGCCAAAATCTTT AATGCATTTAGGTGTGTTTCGAAATACTTTTGTTCCCTTATATCGGAATCGTCATATTCA TTGAAGCACATTATAAAAGTTCGGCTGCACAATTTCTACTATAACGGGTAAATTATACTA CAAAAATTGTCATCTATAATTTATCTCTGGGAGATGAAGATTTAGCTAATTGCCTCGTCC AATATTTGGATGAGACCTGTTTTCGTACTCGTCATAATATGCAATCATTGTGTATCAACG GCATATTTTGTTTATAGAATTAAAATGGAGATGTCGCGATTCGTAATCCTTTCATAAAAA GAACATGTATTTCTTCCTAAAGTACCAGACATTGAAAAATTTTCCCAATCAATAATTATT AGTAGTTACCTCTTCGGTTTTAATTTCACTGACTATAAACATAAGTATTAATGAGGTACA TGGTTTTCTTTCAAAATAGGTTAGTACATGAGATTAAATACTTAATTTTTACCATATAAG TGGACAAGTTGTGGAGGGTTATATCCGAGGAGTGGATGCCCAATTTTTGTACTACAAGTA ACTGTGTTTGTATAGACGGAATCTATTGTGAAAATTGATTTAGACCTAATATTGTTGTGA TTAATATTGTTAGAGAAAAGTTAATTAGAACAATATCGTTCCCTAATGAAAGAGTATTTA CATTAACGGGAATGATGAATACAATAGTAGAAATAAAGGGACAAGTTGCACTAGTTGTAA ATGACAAGAATGATGTTGATGAATGCTTCAGTAAAATTTGTGTGTATATTTTGAAAAATA TTATTTTGTATTAGGTATGCTAAGTTATACTTGTATGAGGTATTATTTAATTAATAAATG GGATTAAACTATCTGCCAAGTGTCGAGTGACATCTATTAAGTCATTTTAATTTTTTTTTT TGTTTTTTACTTATTTCAATATGTTTTTACTTTTATTTGTTTAAAATAATTTTTTTAACC AATCTAATTAGTTTATATTTTTTATTTTTTGTTTTACACTTATCAACATATTTTTTGTTT TTATTTTTTGAACACATTTTTTCTTAACTAATCTAATTAATTTGTGTTTCTTTTTTAGTT TTGCACTTATTTCAATATATTCTATGTTTTATTTTTAAAAATGTTTTTTTCTTAACTAAT CTAATTACTTTATGCTTTTCTTTAATTATTTTTTATTTTACACTTATTTCAATATATTTT TTGTTTTCATTTAAAATGTCTTTAACTAATCTAATTAGTTTCTGTTTTTTCTTTTTTATG TAGTGAATTTTGATTTGATTTTTTATGTTGTACAAGTTTTTATTTTACTATATTATTTTT TATTTATTTTATGTTATTTATTCATATTTTAATAAAGAGTTGTTTGTATTTAATTTTTCG TATTTTAATAGTTTCTTTAATTCTAATAATTATTTTTTATCAAAAGTATAAATAAAATTT TGTAAAGTTGAAAGAAGTCTTTTAAGGAATAAAATTATCATTTTATTAACTCATTTTCTA ATAAACATGCAAGGAAAGTAAATAAATAAAATATTTATTAAATTTCACCTGACTTGAATT TCAAAATTTAAAAACATTGCATAAATTGAAAGAATGATTACGTATTTATATTAGTGTTAT GAACATTTTTTAAAAATTATTAAAATATGAAAATGCAAATTTGTAACAATGGTTGAAAGA GAAATCAAATAAAAAAATAAAAAATAAGAGAGAAGGAGGGAAAAACGTCACAAAAGGAAG AGAGGGAAAAAAAGTTTGGGCTATTTTTTTTTTGAAATAGGACCCAGTTAACTACTTGTC AAAAAATAAATGAAGGATCATACAAATTTTGTCTACCACATAACACTTGTGCCTCATTCG TCATAAAATTTTTAGTATATTCTCAAATGGTACTAGTGAAACAGAGGCATGGGTAAAGCA TATAATTGAGCTGCCATCATTGTCAACAACAACATCTCTATTTACAACAATCATAAAGGA GAGATTGTATGGATTCCAGATAGTAATTAACACTTTGCACATGTTCTTATATGACAATGG ATTGAAACAATGGGGAAAAGTTTGAGATACAAAGGAATTATGAACAACAATGTATCACGG ATCCGTATAGTGTTTTTCTATATCTTGTAGAAAGTATTAGGCCAAGAGTTAATCTAGTAT TGAACCACCTACGAGAAATATGGTGGACTCATTTATCCTTAATCAAGACGTGGTGGATTT AGGTAACGTTGATACATAGTCATTTTTTTTACGGAGCACTTTATTTTTAACGTAAAATTT TTCCGCACGAATTTAAATTTAGTTGGACTTCAATGTGAATATAAACACCGGTGAAAAATT AAAAATAAAATTAGTATCGAACAAGGATTGATTCTAAGCACATGTATGGTTTAATTTTAT GTCTCTTGTTTAAAATACTACGTTATCATTACTCTTCTATTAACTTATTTTTCAATTCTA CTACTATTTGTTGTTTTCTCTGCATTGGTCTTAGTTTTTTTTATATGTTTTAGCTTAGTC GAGTTTTTAGCAAAAACAACATCTTACTTTTTTACGATAATAATAAATTATTTACACACC ACTCTTACGATTATTATTATCGCATTTAGAACAATTTATTATCAAATGTTCTAACACACG CGTGTGTATTGAGGATTCATTAGCACTAATGGCTTTGTTTTTAGATGATATTTAAATTTT GTCTATGTACACATCCAAACCTAACATTAACCAAAAGAGTAATTTTTCAAGCTATATCTG TTAACTTTTAAAATAGGGAAAGAATATAATATTTGGGTATATATTGGACATTAATGGCAG ACGATAAATGTATATCACTGGTATACATGATTTTTGCATATTTCGATCATATTGGTACAT TAATGGCAGACGATAAATCTTTTAACTTTGGTGTCACTAAGGCCCATTACGACATTTCCT GAACACTAAGGCCCATCATGATATTTCATACCCATCAAGCCCACTACGTGGACCGTCATG ATTCACAAATCGCAACAGCTTCATTTTCCCTTATTTTTTTCTTATTTTTATGAGAAAGAG AGCTTCAATCTCACCCTAATCTGCTGGAGAATCAGCTGAATTTCGTCGATTAATCACATT TCTGCTTCAATATTCATGGTAAGTCCCTATCTTCGATCTGTAATTTTTTTGCGCCACCAA AATACAAATGAAAATTTGTTGTGAGAATACGCCTTACGTGCATTTTGATGCGTCCTCGGT TTGTTCGTTGATTACTCTTTTGGTACTCTTCATAGGATATTTATTGCAAATTTATATTTT CAGAGATGTGGCTTAATTTTAACTGATTCGAATGGCCATGGTATTCCTAGAAAGATGAAT GATGAGGAACCCTAAATTTTATTTGGCTAGCACATGTGGGTATTGCTTTTGATCTTTTTT GATTCCTGGATAAGTTATTCAGGAGAGGTGTTGCTTCATTGATCTGCTTTCGTTGAAAAA AAATGGGTTATTTTTTTAGATTGGAGTATGTTATAAGTTATGCAAGTTCATATTTTGAAC CTAACCTCCTTATCAGAACTCTTTAATTCATAGACTCCGTAGCTTCTTTTCTTTGTTTGT GTGTGTTTTCAACTTTGTAATTTAGAATGAGTTATATGTATATAGATTAATAAGGAGTTA GTGTAGTCTTCCGCTGTACTTTGAATTAAGCTCTTTCAAGGTAAGCTTCTTTTTTCAGGG AAAGAAAACCTTCATACTCTATTACTTCGGAAGGCTTATGTATTTATTTTAGAGAGGTAG ATGTAAATTAAATTAGTACCTAAACTTTGAAAACAGTTAGTTAGAGATGTTTTGCGTAAG TGTTTCCTCCCCTCCCCCACCCAGACATCAAAAGGAGGGTATTCTTTTTGTTTCTTCCCC TCTTGTGCAATTCCCTTAGCATCAGGTATTAACAATCTATTTTGGGAATAATTTTTTTGG AAATGTTACTGTTACTCTCTCGATCTTATGTTTCTATTCAATCAACTCTGCTTCGGTGAG TTTAGCAAAGTGTACCCCATCTAAAGCCTGGAAAAGAGTTGTGTTGTGGTTGGTCTCCTA GAAAAAGAGAGTATTTTGCAATCATGATGCATAGACCCATCGCTTAGTGCAGTATAATAC AATCTTTTACCTTTGTAATTATGCTTGCTCAGTCTCGCCTCTTATGAGGCTAAAATTACT GATGTGTGGCATGTTCTTCTAACAGGCACCTATAAAGGGCCTTCTTTCTCTACAACGAAC TGCATTAGCTCAGCGTTCTAGTGAAAGATGGGGCCAATATGGTAGGTTATTTAGCACTCA GGCTGCATCAACTGCTAGCACTCCCCAACCTACACCCCCACCCCCACCTCCCGAGAGGAC TCACTTTGGTGGCCTTAAAGATGAGGATCGTATTTTCACAAATCTCTACGGATTGCATGA CCCTTACCTCAAAGGTGCCATGAAGCGAGGAGATTGGTACAGAACAAAAGATCTTGTCAT CAAGGGTTCTGACTGGATCGTGAATGAAATGAAGAAATCTGGTCTTCGAGGACGTGGTGG TGCTGGTTTTCCATCTGGTCTCAAATGGTCCTTCATGCCAAAGACAACAGATGGCCGTCC TTCATATCTTGTCGTCAATGCTGATGAAAGTGAACCTGGAACCTGTAAAGACAGGGAAAT CATGCGGCATGACCCACACAAGTTGTTGGAAGGCTGTCTGATTGCAGGAGTGGGGATGAG AGCTAGAGCTGCTTATATTTATATCAGGGGAGAGTATGTGAATGAAAGGTTGAGCCTTCA GAAGGCTAGACAAGAAGCCTATGAAGCTGGATTGTTGGGGAAAAATGCTTGTGGATCTGG TTATGATTTTGACGTATATATTCATTTTGGTGCTGGTGCCTATATTTGTGGTGAAGAGAC AGCTCTTCTGGAGAGCCTTGAGGGCAAACAAGGCAAACCAAGATTGAAGCCTCCATTTCC AGCTAATGCAGGACTATATGGATGTCCAACAACTGTTACAAATGTTGAAACAGTAGCTGT TTCACCAACCATCTTAAGGCGTGGTCCAGAGTGGTTTGCTAGTTTTGGCCGGAAGAATAA TGCCGGGACAAAGCTGTTTTGCATCTCAGGCCATGTTAACAAGCCCTGTACAGTTGAAGA GGAAATGAGTATTTCATTGAAGGAGCTGCTAGAGAGGCACTGTGGTGGTGTGCGTGGAGG ATGGGACAATTTGCTTGCTGTTATACCAGGAGGTTCATCTGTTCCACTGCTTCCCAAGAA CATATGTGAGGATGTACTTATGGATTTTGATGCACTCAAAGCTGTGCAGTCAGGGTTGGG AACTGCTGCTGTAATTGTCATGGACAAGTCAACTGATGTTGTAGATGCAATTGCAAGGCT CTCGTACTTCTACAAGCACGAGAGTTGTGGTCAATGTACACCATGTAGGGAAGGCACAGG ATGGCTTTGGATGATCATGGAAAGAATGAAGGTTGGCAATGCAAAGTTGGAAGAGATTGA CATGCTCCAAGAGGTGACAAAACAGATTGAAGGGCACACTATTTGTGCCTTGGGTGACGC TGCTGCTTGGCCAGTACAGGGTCTTATTAGGCACTTTAGACCAGAGCTAGAAAGGAG GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.979 1674 2006 match_2 match_part 0.944 8079 8400 match_part 1.000 8857 9102 match_3 match_part 1.000 8280 8400 match_part 1.000 9263 9710 match_4 match_part 0.985 9181 9964 match_5 match_part 1.000 12972 13386 match_6 match_part 1.000 15528 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19602 19633 match_7 match_part 1.000 15544 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19694 match_part 0.993 19775 19918 match_part 0.971 21298 21402 match_8 match_part 0.987 15544 15619 match_part 0.980 15856 16006 match_part 0.969 16300 16458 match_part 0.983 18244 18303 match_part 0.960 18653 18751 match_part 0.929 19587 19628 match_9 match_part 1.000 15545 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_10 match_part 0.971 15550 15619 match_part 0.987 15856 16006 match_part 0.994 16300 16458 match_part 0.983 18244 18303 match_part 0.960 18653 18751 match_part 0.934 19587 19647 match_11 match_part 0.928 15551 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19694 match_part 1.000 19775 19826 match_12 match_part 1.000 15551 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 0.983 18244 18303 match_part 1.000 18653 18751 match_part 0.986 19602 19673 match_13 match_part 0.940 15553 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16403 match_14 match_part 0.981 15566 15619 match_part 0.980 15856 16006 match_part 0.975 16300 16458 match_part 0.983 18244 18303 match_part 1.000 18653 18751 match_part 0.989 19602 19694 match_part 0.933 19775 19909 match_15 match_part 0.981 15566 15619 match_part 0.980 15856 16006 match_part 0.975 16300 16458 match_part 0.983 18244 18303 match_part 0.990 18653 18751 match_part 0.978 19602 19694 match_part 1.000 19775 19786 match_16 match_part 1.000 15607 15619 match_part 1.000 15856 16006 match_part 0.992 16300 16418 match_17 match_part 1.000 15609 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19694 match_part 1.000 19775 19838 match_18 match_part 1.000 15609 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19689 match_19 match_part 0.993 15711 16006 match_part 0.994 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19694 match_part 1.000 19775 19918 match_part 1.000 21298 21405 match_part 1.000 21823 21874 match_part 1.000 21944 22192 match_20 match_part 0.997 15717 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 0.962 19602 19681 match_21 match_part 1.000 15717 16006 match_part 1.000 16300 16458 match_part 0.983 18244 18303 match_part 1.000 18653 18682 match_22 match_part 1.000 15726 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19628 match_23 match_part 1.000 15898 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19694 match_part 1.000 19775 19790 match_24 match_part 1.000 19776 19918 match_part 1.000 21298 21405 match_part 1.000 21823 21874 match_part 1.000 21944 22199 match_25 match_part 1.000 22612 22657 match_part 1.000 22948 23097 match_part 1.000 23319 23477 match_part 1.000 25292 25351 match_part 1.000 25948 26046 match_part 1.000 27365 27457 match_part 1.000 27537 27680 match_part 0.972 28859 28966 match_part 1.000 29396 29425 match_26 match_part 1.000 22619 22657 match_part 1.000 22948 23097 match_part 1.000 23319 23477 match_part 1.000 25292 25351 match_part 1.000 25948 26046 match_part 1.000 27350 27457 match_part 0.986 27537 27680 match_part 0.972 28859 28965 match_27 match_part 1.000 22624 22657 match_part 1.000 22948 23097 match_part 1.000 23319 23477 match_part 1.000 25292 25351 match_part 1.000 25948 26046 match_part 0.981 27350 27457 match_part 0.957 27537 27583 match_28 match_part 1.000 22625 22657 match_part 1.000 22948 23097 match_part 1.000 23319 23477 match_part 1.000 25292 25351 match_part 1.000 25948 26046 match_part 1.000 27350 27442 match_29 match_part 1.000 22637 22657 match_part 0.987 22948 23097 match_part 0.994 23319 23477 match_part 0.950 25292 25351 match_part 0.980 25948 26046 match_part 0.967 27350 27625 match_30 match_part 1.000 22637 22657 match_part 0.987 22948 23097 match_part 0.994 23319 23477 match_part 0.950 25292 25351 match_part 0.969 25948 26012 match_31 match_part 1.000 22642 22657 match_part 1.000 22948 23097 match_part 1.000 23319 23477 match_part 1.000 25292 25351 match_part 1.000 25948 26046 match_part 0.962 27365 27442 match_32 match_part 1.000 22963 23097 match_part 1.000 23319 23477 match_part 1.000 25292 25351 match_part 1.000 25948 26046 match_part 1.000 27365 27457 match_part 1.000 27537 27680 match_part 1.000 28859 28903 match_33 match_part 0.984 22969 23097 match_part 0.958 23319 23342 match_34 match_part 1.000 26059 26516 match_35 match_part 1.000 27436 27457 match_part 1.000 27537 27680 match_part 1.000 28859 28966 match_part 1.000 29396 29447 match_part 0.971 29515 29788 match_36 match_part 0.982 28855 28966 match_part 0.981 29396 29447 match_part 0.975 29515 29795 match_37 match_part 0.989 28879 28966 match_part 1.000 29396 29447 match_part 1.000 29515 29766 match_38 match_part 0.997 30225 30622 match_part 1.000 31321 31374 match_part 1.000 31931 31990 match_part 1.000 32948 33273 match_39 match_part 0.987 30225 30622 match_part 0.981 31321 31374 match_part 1.000 31931 31990 match_part 0.985 32948 33221 match_40 match_part 1.000 30226 30622 match_part 1.000 31321 31374 match_part 1.000 31931 31990 match_part 1.000 32948 33172 match_41 match_part 1.000 30226 30622 match_part 1.000 31321 31374 match_part 1.000 31931 31990 match_part 0.990 32948 33045 match_42 match_part 1.000 30226 30622 match_part 1.000 31321 31374 match_part 1.000 31931 31986 match_43 match_part 1.000 30227 30622 match_part 1.000 31321 31365 match_44 match_part 0.995 30232 30622 match_part 1.000 31321 31374 match_part 1.000 31931 31990 match_part 0.992 32948 33212 match_45 match_part 0.997 30232 30622 match_part 1.000 31321 31370 match_46 match_part 0.975 30235 30587 match_47 match_part 1.000 30237 30622 match_part 1.000 31321 31374 match_part 1.000 31931 31990 match_part 1.000 32948 32994 match_48 match_part 1.000 30242 30622 match_part 1.000 31321 31374 match_part 1.000 31931 31990 match_part 1.000 32948 32980 match_49 match_part 0.939 30247 30622 match_part 0.944 31321 31374 match_part 1.000 31931 31990 match_part 1.000 32948 32977 match_50 match_part 0.939 30247 30622 match_part 0.944 31321 31374 match_part 1.000 31931 31990 match_51 match_part 0.890 30261 30622 match_part 0.944 31321 31374 match_part 1.000 31931 31990 match_part 0.990 32948 33050 match_52 match_part 0.928 30262 30622 match_part 0.889 31321 31374 match_part 0.990 32948 33045 match_53 match_part 0.942 30264 30622 match_part 0.944 31321 31374 match_part 1.000 31931 31990 match_part 0.922 32948 33140 match_54 match_part 0.933 30280 30622 match_part 0.944 31321 31374 match_part 0.983 31931 31990 match_part 0.930 32948 33118 match_55 match_part 0.997 30287 30622 match_part 1.000 31321 31374 match_part 1.000 31931 31990 match_part 0.979 32948 33137 match_56 match_part 1.000 30543 30622 match_part 1.000 31321 31374 match_part 1.000 31931 31990 match_part 1.000 32948 33295 match_57 match_part 0.999 31328 32043 match_58 match_part 0.996 31757 32297 match_59 match_part 0.998 31757 32180 match_60 match_part 1.000 31931 31990 match_part 0.997 32948 33341 match_61 match_part 1.000 36679 36703 match_part 0.973 36808 36882 match_part 1.000 37034 37100 match_part 0.972 37482 37804 match_part 1.000 39113 39148 match_62 match_part 0.949 39985 40063 match_part 0.990 41074 41176 match_part 0.982 41268 41436 match_part 0.949 41618 41716 match_part 0.966 41815 41873 match_63 match_part 0.949 39985 40063 match_part 0.990 41074 41176 match_part 0.982 41268 41436 match_part 0.948 41618 41713 match_64 match_part 1.000 39986 40063 match_part 0.942 41074 41176 match_part 1.000 41268 41436 match_part 1.000 41618 41716 match_part 1.000 41815 41873 match_part 0.981 42783 42888 match_part 1.000 43129 43195 match_65 match_part 0.951 45203 45797 match_66 match_part 1.000 51413 51756 match_67 match_part 0.913 51454 52244 match_68 match_part 0.999 51474 52288 match_69 match_part 0.990 51476 52348 match_70 match_part 0.972 51502 52264 match_71 match_part 1.000 51511 51987 match_72 match_part 1.000 51524 52047 match_73 match_part 1.000 51547 52185 match_74 match_part 0.995 51556 52355 match_75 match_part 0.951 51557 52210 match_76 match_part 0.999 51577 52257 match_77 match_part 0.992 51731 52337 match_78 match_part 0.970 51868 52337 match_79 match_part 0.966 52062 52702 match_80 match_part 0.961 52063 52707 match_81 match_part 1.000 52255 52663 match_82 match_part 1.000 52499 52836 match_83 match_part 1.000 52499 52836 match_84 match_part 0.998 53789 54398 match_85 match_part 1.000 61149 61280 match_part 0.995 61387 61954 match_86 match_part 1.000 61149 61280 match_part 1.000 61387 61828 match_87 match_part 1.000 61149 61280 match_part 1.000 61387 61791 match_88 match_part 0.985 61149 61280 match_part 1.000 61387 61722 match_89 match_part 1.000 61155 61280 match_part 0.987 61387 61929 match_90 match_part 1.000 61157 61280 match_part 0.981 61387 61651 match_91 match_part 1.000 61158 61280 match_part 1.000 61387 61720 match_92 match_part 1.000 61165 61280 match_part 1.000 61387 61723 match_93 match_part 1.000 61165 61280 match_part 1.000 61387 61660 match_94 match_part 0.927 61185 61280 match_part 0.909 61387 61924 match_95 match_part 0.891 61235 61280 match_part 0.913 61387 61924 match_96 match_part 1.000 61275 61280 match_part 0.985 61387 61997 match_97 match_part 0.986 61413 61929 match_98 match_part 1.000 61413 61919 match_99 match_part 1.000 61413 61919 match_100 match_part 0.981 61455 61929 match_101 match_part 1.000 76896 76998 match_part 0.994 78086 78769 match_102 match_part 0.954 76912 76998 match_part 1.000 78086 78881 match_103 match_part 0.976 76914 76998 match_part 0.997 78086 78870 match_104 match_part 0.976 76914 76998 match_part 0.992 78086 78866 match_105 match_part 0.976 76914 76998 match_part 1.000 78086 78837 match_106 match_part 0.965 76914 76998 match_part 1.000 78086 78807 match_107 match_part 1.000 76924 76998 match_part 1.000 78086 78689 match_108 match_part 0.957 76929 76998 match_part 0.988 78086 78408 match_109 match_part 0.985 76931 76998 match_part 0.983 78086 78322 match_110 match_part 1.000 76935 76998 match_part 0.995 78086 78518 match_111 match_part 0.944 76945 76998 match_part 0.982 78086 78794 match_112 match_part 1.000 76954 76998 match_part 0.993 78086 78659 match_113 match_part 0.930 76956 76998 match_part 0.979 78086 78644 match_114 match_part 1.000 76963 76998 match_part 0.994 78086 78405 match_115 match_part 0.914 76964 76998 match_part 0.971 78086 78574 match_116 match_part 1.000 76968 76998 match_part 1.000 78086 78892 match_117 match_part 0.985 78086 78549 match_118 match_part 0.954 78130 78695 match_119 match_part 0.953 78150 78704 match_120 match_part 0.956 78266 78606 match_121 match_part 0.988 78392 78883 match_122 match_part 1.000 78429 79020 match_123 match_part 0.992 78441 78924 match_124 match_part 0.997 78776 79451 match_125 match_part 1.000 78777 78961 match_126 match_part 0.970 78805 79107 match_127 match_part 0.969 79025 79479 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_128 match_part 1.000 806 521 match_part 1.000 441 304 match_part 1.000 23 1 match_129 match_part 0.983 701 521 match_part 1.000 441 328 match_130 match_part 0.987 1801 1644 match_part 1.000 1424 1338 match_part 1.000 694 521 match_part 1.000 441 333 match_131 match_part 0.982 1757 1644 match_part 1.000 1424 1338 match_part 1.000 694 521 match_part 1.000 441 346 match_132 match_part 1.000 2149 1644 match_part 1.000 1424 1338 match_part 0.959 694 550 match_133 match_part 1.000 1248 583 match_134 match_part 0.989 2166 1991 match_part 1.000 1873 1644 match_part 1.000 1424 1338 match_part 0.989 694 608 match_135 match_part 1.000 1231 657 match_136 match_part 1.000 1231 657 match_137 match_part 1.000 4722 4660 match_part 1.000 2977 2837 match_part 1.000 2757 2615 match_part 1.000 2167 2014 match_part 1.000 1873 1644 match_part 1.000 1424 1343 match_138 match_part 1.000 2149 1644 match_part 1.000 1424 1375 match_139 match_part 1.000 2166 1991 match_part 1.000 1873 1644 match_part 1.000 1424 1385 match_140 match_part 0.998 2183 1644 match_part 1.000 1424 1387 match_141 match_part 1.000 2099 1644 match_part 1.000 1424 1389 match_142 match_part 1.000 2111 1644 match_part 1.000 1424 1398 match_143 match_part 0.969 4755 4660 match_part 1.000 2977 2837 match_part 1.000 2757 2620 match_part 0.998 2167 1698 match_144 match_part 1.000 2099 1698 match_145 match_part 0.969 1998 1708 match_146 match_part 1.000 4701 4660 match_part 1.000 2977 2837 match_part 1.000 2757 2615 match_part 1.000 2167 1804 match_147 match_part 1.000 4721 4660 match_part 1.000 2977 2837 match_part 1.000 2757 2615 match_part 1.000 2167 2014 match_part 1.000 1873 1805 match_148 match_part 0.987 2562 1888 match_149 match_part 1.000 2886 2837 match_part 1.000 2757 2521 match_part 1.000 2167 1908 match_150 match_part 1.000 2406 1915 match_151 match_part 0.998 2558 1932 match_152 match_part 0.950 4699 4660 match_part 0.957 2977 2837 match_part 0.951 2757 2615 match_part 1.000 2167 2015 match_153 match_part 1.000 4753 4660 match_part 1.000 2977 2837 match_part 1.000 2757 2620 match_part 0.993 2167 2018 match_154 match_part 0.982 2323 2047 match_155 match_part 0.981 2640 2165 match_156 match_part 1.000 2710 2306 match_157 match_part 0.989 4748 4660 match_part 0.972 2977 2837 match_part 0.988 2757 2419 match_158 match_part 1.000 4749 4660 match_part 1.000 2977 2837 match_part 1.000 2757 2438 match_159 match_part 1.000 4747 4660 match_part 0.979 2977 2837 match_part 0.958 2757 2568 match_160 match_part 0.977 4747 4660 match_part 0.986 2977 2837 match_part 0.984 2757 2635 match_161 match_part 0.999 4167 3441 match_162 match_part 1.000 9104 8645 match_part 1.000 8530 8525 match_163 match_part 0.983 9408 8685 match_164 match_part 0.993 9803 9268 match_165 match_part 0.993 13321 12761 match_part 0.990 12688 12592 match_166 match_part 0.993 13321 12761 match_part 0.989 12688 12596 match_167 match_part 1.000 13273 12761 match_part 1.000 12688 12597 match_168 match_part 1.000 13308 12761 match_part 0.973 12688 12614 match_169 match_part 0.992 13286 12793 match_170 match_part 0.985 13292 12884 match_171 match_part 1.000 13386 12972 match_172 match_part 0.992 54892 54096 match_173 match_part 1.000 54946 54241 match_174 match_part 0.995 55693 54953 match_175 match_part 0.998 55693 55244 match_176 match_part 0.998 55919 55266 match_177 match_part 0.982 61932 61378 match_178 match_part 1.000 64853 64649 match_part 1.000 63825 63745 match_part 1.000 62608 62546 match_part 0.997 62305 61961 match_179 match_part 1.000 64908 64649 match_part 1.000 63825 63745 match_part 1.000 62608 62546 match_part 0.987 62305 61996 match_180 match_part 0.961 65081 64649 match_part 0.951 63825 63745 match_part 0.968 62608 62546 match_part 0.832 62305 62068 match_181 match_part 0.960 64994 64649 match_part 0.951 63825 63745 match_part 0.968 62608 62546 match_part 0.865 62305 62083 match_182 match_part 0.961 65139 64649 match_part 0.951 63825 63745 match_part 0.968 62608 62546 match_part 0.929 62305 62264 match_183 match_part 0.961 65139 64649 match_part 0.951 63825 63745 match_part 0.968 62608 62546 match_part 0.935 62305 62275 match_184 match_part 0.998 65156 64649 match_part 1.000 63825 63745 match_part 0.984 62608 62546 match_part 1.000 62305 62300 match_185 match_part 1.000 65882 65879 match_part 1.000 65783 65707 match_part 1.000 65608 65478 match_part 1.000 65321 65272 match_part 1.000 65151 64649 match_part 0.926 63825 63745 match_part 0.938 62608 62561 match_186 match_part 0.998 65156 64712 match_187 match_part 1.000 65923 65879 match_part 1.000 65783 65707 match_part 1.000 65608 65478 match_part 1.000 65321 65272 match_part 0.998 65151 64727 match_188 match_part 1.000 65896 65879 match_part 1.000 65783 65707 match_part 1.000 65608 65272 match_part 1.000 65151 64782 match_189 match_part 1.000 65886 65879 match_part 1.000 65783 65707 match_part 1.000 65608 65478 match_part 1.000 65321 65272 match_part 1.000 65151 64818 match_190 match_part 1.000 65888 65879 match_part 0.922 65783 65707 match_part 0.962 65608 65478 match_part 1.000 65321 65272 match_part 0.953 65151 64853 match_191 match_part 0.900 65908 65879 match_part 0.935 65783 65707 match_part 0.962 65608 65478 match_part 1.000 65321 65272 match_part 0.983 65151 64915 match_192 match_part 1.000 65895 65879 match_part 1.000 65783 65707 match_part 1.000 65608 65272 match_part 0.992 65151 65023 match_193 match_part 0.867 65908 65879 match_part 0.935 65783 65707 match_part 0.962 65608 65478 match_part 1.000 65321 65272 match_part 0.948 65151 65056 match_194 match_part 1.000 65755 65707 match_part 1.000 65608 65478 match_195 match_part 0.945 73128 72930 match_part 1.000 72359 72247 match_part 0.980 69387 69338 match_part 0.986 69207 69136 match_part 1.000 68486 68426 match_part 0.885 68215 67817 match_196 match_part 1.000 73129 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.992 68215 67818 match_197 match_part 1.000 68442 68426 match_part 1.000 68215 67818 match_198 match_part 1.000 68145 67818 match_199 match_part 1.000 73154 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.992 68215 67833 match_200 match_part 1.000 73121 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.986 68215 67848 match_201 match_part 1.000 72991 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 1.000 68215 67849 match_202 match_part 1.000 72965 72930 match_part 0.991 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 1.000 68215 67858 match_203 match_part 1.000 72985 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.976 68215 67877 match_204 match_part 1.000 68433 68426 match_part 1.000 68215 67885 match_205 match_part 1.000 69385 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.997 68215 67903 match_206 match_part 0.938 73106 72930 match_part 1.000 72359 72247 match_part 0.980 69387 69338 match_part 0.986 69207 69136 match_part 1.000 68486 68426 match_part 0.906 68215 67940 match_207 match_part 1.000 73110 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.985 68215 67947 match_208 match_part 1.000 73117 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.968 68215 67967 match_209 match_part 0.941 73115 72930 match_part 1.000 72359 72247 match_part 0.980 69387 69338 match_part 0.986 69207 69136 match_part 1.000 68486 68426 match_part 0.914 68215 67983 match_210 match_part 0.936 73116 72930 match_part 1.000 72359 72247 match_part 0.980 69387 69338 match_part 0.972 69207 69136 match_part 1.000 68486 68426 match_part 0.946 68215 68014 match_211 match_part 1.000 73119 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.995 68215 68025 match_212 match_part 0.935 73115 72930 match_part 1.000 72359 72247 match_part 0.940 69387 69338 match_part 0.986 69207 69136 match_part 1.000 68486 68426 match_part 0.957 68215 68030 match_213 match_part 1.000 73116 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 1.000 68215 68038 match_214 match_part 0.955 72313 72247 match_part 0.960 69387 69338 match_part 0.986 69207 69136 match_part 0.967 68486 68426 match_part 0.944 68215 68054 match_215 match_part 1.000 72313 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.988 68215 68054 match_216 match_part 1.000 73114 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.981 68215 68055 match_217 match_part 0.922 73121 72930 match_part 1.000 72359 72247 match_part 0.960 69387 69338 match_part 0.889 69207 69136 match_part 1.000 68486 68426 match_part 0.924 68215 68059 match_218 match_part 0.950 73149 72930 match_part 0.982 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.973 68215 68070 match_219 match_part 0.995 73114 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 0.984 68486 68426 match_part 0.986 68215 68072 match_220 match_part 0.935 73115 72930 match_part 1.000 72359 72247 match_part 0.980 69387 69338 match_part 0.972 69207 69136 match_part 1.000 68486 68426 match_part 0.958 68215 68098 match_221 match_part 1.000 73078 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 1.000 68215 68103 match_222 match_part 0.963 73116 72930 match_part 0.956 72359 72247 match_part 1.000 69387 69338 match_part 0.986 69207 69136 match_part 1.000 68486 68426 match_part 1.000 68215 68115 match_223 match_part 0.971 73034 72930 match_part 1.000 72359 72247 match_part 0.980 69387 69338 match_part 0.986 69207 69136 match_part 1.000 68486 68426 match_part 0.940 68215 68132 match_224 match_part 1.000 73114 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 1.000 68215 68141 match_225 match_part 1.000 73122 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 0.967 68486 68426 match_part 0.877 68215 68143 match_226 match_part 0.995 73120 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.903 68215 68144 match_227 match_part 0.995 73113 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.986 68215 68145 match_228 match_part 0.994 73110 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 0.982 68486 68430 match_229 match_part 1.000 73250 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68459 match_230 match_part 1.000 73146 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_231 match_part 1.000 73114 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69176 match_232 match_part 1.000 73103 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69182 match_233 match_part 0.997 73250 72930 match_part 0.973 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69196 match_234 match_part 0.999 71781 71049 match_235 match_part 0.997 71781 71055 match_236 match_part 1.000 73101 72930 match_part 1.000 72359 72272 match_237 match_part 1.000 73166 72930 match_part 1.000 72359 72275 match_238 match_part 1.000 73118 72952 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4749 4660 exon 2977 2837 exon 2757 1644 exon 1424 1338 exon 694 521 exon 441 333 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4749 4660 exon 2977 2837 exon 2757 1991 exon 1873 1644 exon 1424 1338 exon 694 521 exon 441 333 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4747 4660 exon 2977 2837 exon 2757 2521 exon 2167 1644 exon 1424 1338 exon 694 521 exon 441 333 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4747 4660 exon 2977 2837 exon 2757 2615 exon 2167 1644 exon 1424 1338 exon 694 521 exon 441 333 gene_5 gene GT_PGL_1_AGS_5 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4755 4660 exon 2977 2837 exon 2757 2620 exon 2167 1644 exon 1424 1338 exon 694 521 exon 441 333 gene_6 gene GT_PGL_1_AGS_6 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4747 4660 exon 2977 2837 exon 2757 2615 exon 2167 2014 exon 1873 1644 exon 1424 1338 exon 694 521 exon 441 333 gene_7 gene GT_PGL_1_AGS_7 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 1248 521 exon 441 304 exon 23 1 gene_8 gene GT_PGL_1_AGS_8 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4167 3441 gene_9 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 1674 2006 gene_10 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 8079 8400 exon 8857 9102 gene_11 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 9181 9964 gene_12 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 8280 8400 exon 9263 9710 gene_13 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 9803 8645 exon 8530 8525 gene_14 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 13386 12761 exon 12688 12592 gene_15 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 12972 13386 gene_16 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 15544 15619 exon 15856 16006 exon 16300 16458 exon 18244 18303 exon 18653 18751 exon 19587 19694 exon 19775 19918 exon 21298 21405 exon 21823 21874 exon 21944 22199 gene_17 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 15528 15619 exon 15856 16006 exon 16300 16458 exon 18244 18303 exon 18653 18751 exon 19602 19694 exon 19775 19918 exon 21298 21405 exon 21823 21874 exon 21944 22199 gene_18 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 15711 16006 exon 16300 16458 exon 18244 18303 exon 18653 18751 exon 19587 19694 exon 19775 19918 exon 21298 21405 exon 21823 21874 exon 21944 22199 gene_19 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 15717 16006 exon 16300 16458 exon 18244 18303 exon 18653 18751 exon 19602 19681 gene_20 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 22619 22657 exon 22948 23097 exon 23319 23477 exon 25292 25351 exon 25948 26046 exon 27350 27457 exon 27537 27680 exon 28859 28966 exon 29396 29447 exon 29515 29788 gene_21 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 22612 22657 exon 22948 23097 exon 23319 23477 exon 25292 25351 exon 25948 26046 exon 27365 27457 exon 27537 27680 exon 28859 28966 exon 29396 29447 exon 29515 29788 gene_22 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 22625 22657 exon 22948 23097 exon 23319 23477 exon 25292 25351 exon 25948 26046 exon 27350 27625 gene_23 gene GT_PGL_8_AGS_4 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 28855 28966 exon 29396 29447 exon 29515 29795 gene_24 gene GT_PGL_8_AGS_5 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 26059 26516 gene_25 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 30225 30622 exon 31321 31374 exon 31931 31990 exon 32948 33341 gene_26 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 30227 30622 exon 31321 32297 gene_27 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 30227 30622 exon 31321 31374 exon 32948 33045 gene_28 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 36679 36703 exon 36808 36882 exon 37034 37100 exon 37482 37804 exon 39113 39148 gene_29 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 39985 40063 exon 41074 41176 exon 41268 41436 exon 41618 41716 exon 41815 41873 exon 42783 42888 exon 43129 43195 gene_30 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 45203 45797 gene_31 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 51413 52836 gene_32 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 53789 54398 gene_33 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 54946 54096 gene_34 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 55919 54953 gene_35 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 61149 61280 exon 61387 61997 gene_36 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 61932 61378 gene_37 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 65923 65879 exon 65783 65707 exon 65608 65478 exon 65321 65272 exon 65151 64649 exon 63825 63745 exon 62608 62546 exon 62305 61961 gene_38 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 65896 65879 exon 65783 65707 exon 65608 65272 exon 65151 64649 exon 63825 63745 exon 62608 62546 exon 62305 61961 gene_39 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 65156 64649 exon 63825 63745 exon 62608 62546 exon 62305 61961 gene_40 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 73250 72930 exon 72359 72247 exon 69387 69338 exon 69207 69136 exon 68486 68426 exon 68215 67817 gene_41 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 71781 71049 gene_42 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 76896 76998 exon 78086 79479 RepeatMasker tomato repeats master Copia00172 5195 5316 1 Copia00172 5195 5316 1 nucleotide_motif 549 26417 26537 Gypsy00202 2256 2384 1 Gypsy00202 2256 2384 1 nucleotide_motif 270 26562 26686 STOWAWAY50_OS 60 130 1 STOWAWAY50_OS 60 130 1 nucleotide_motif 232 27077 27148 Copia00172 1106 1490 1 Copia00172 1106 1490 1 nucleotide_motif 1174 38512 38854 MUDSOLT1 451 504 1 MUDSOLT1 451 504 1 nucleotide_motif 226 50324 50377 SONATA2 4 253 1 SONATA2 4 253 1 nucleotide_motif 543 50596 50831 MUDSOLD1 356 629 1 MUDSOLD1 356 629 1 nucleotide_motif 638 66541 66824 Copia00151 10104 10173 1 Copia00151 10104 10173 1 nucleotide_motif 244 70190 70269 RepeatMasker tomato repeats master Unknown00049 1659 1709 -1 Unknown00049 1659 1709 -1 nucleotide_motif 257 14557 14507 Unknown00049 1659 1709 -1 Unknown00049 1659 1709 -1 nucleotide_motif 280 14617 14567 Gypsy00073 810 899 -1 Gypsy00073 810 899 -1 nucleotide_motif 266 15205 15119 Copia00112 7409 7466 -1 Copia00112 7409 7466 -1 nucleotide_motif 333 27148 27093 ALIEN1_CA 1 178 -1 ALIEN1_CA 1 178 -1 nucleotide_motif 388 58011 57835 SONATA1 155 237 -1 SONATA1 155 237 -1 nucleotide_motif 364 69953 69872 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 30166 43988 match_2 match 60787 74750 match_3 match 3291 15164 16934 match_4 match 5428 27144 30082 match_5 match 6851 44882 48388 match_6 match 9717 50848 56004 match_7 match 7210 75634 79497 match_8 match 5586 16999 19945 match_9 match 20372 26133 match_10 match 776 14634 match_11 match 30166 43988 match_12 match 60787 74750 match_13 match 4022 17875 19945 match_14 match 5428 27144 30082 match_15 match 7249 75634 79497 match_16 match 9717 50848 56004 match_17 match 20372 26133 match_18 match 6835 44882 48388 match_19 match 776 13384 match_20 match 60787 74750 match_21 match 7249 75634 79497 match_22 match 2803 30166 31630 match_23 match 3291 15164 16934 match_24 match 5428 27144 30082 match_25 match 5610 16999 19945 match_26 match 20372 26133 match_27 match 5656 11631 14634 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 997 7 79497 clone_start_1 clone_start 1021 7 529 clone_2 clone 1068.5 6801 34911 clone_start_2 clone_start 1148 6801 7379 clone_3 clone 739 11654 31654 clone_start_3 clone_start 959 11654 12173 clone_end_1 clone_end 1394 12305 13007 clone_4 clone 542 15164 51008 clone_end_2 clone_end 765 15164 15549 clone_end_3 clone_end 1009 17757 18286 clone_start_4 clone_start 634 17867 18226 clone_start_5 clone_start 1362 33120 33835 clone_5 clone 1219 38132 77993 clone_start_6 clone_start 1407 38132 38925 clone_start_7 clone_start 1392 40935 41636 clone_start_8 clone_start 737 47228 47603 clone_start_9 clone_start 890 47889 48388 clone_end_4 clone_end 1158 51329 52028 clone_end_5 clone_end 785 52309 52716 clone_end_6 clone_end 1072 58220 58796 clone_end_7 clone_end 860 58327 58796 clone_end_8 clone_end 799 58358 58796 clone_end_9 clone_end 797 58395 58796 clone_start_10 clone_start 1378 62389 63087 clone_start_11 clone_start 1372 77564 78284 clone_start_12 clone_start 1306 77564 78243 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_10 clone_end 973 79497 78996 clone_start_13 clone_start 521 5460 5182 clone_end_11 clone_end 989 34911 34386 clone_end_12 clone_end 476 8370 8048 clone_end_13 clone_end 519 31654 31373 clone_end_14 clone_end 1285 13346 12674 clone_start_14 clone_start 577 14200 13910 clone_start_15 clone_start 319 51008 50848 clone_start_16 clone_start 896 17599 17073 clone_start_17 clone_start 345 36490 36306 clone_end_15 clone_end 1031 77993 77453 clone_end_16 clone_end 1066 42167 41609 clone_end_17 clone_end 1285 43033 42365 clone_start_18 clone_start 1520 52272 51431 clone_start_19 clone_start 624 58144 57782 clone_end_18 clone_end 1259 61806 61121 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.979 1674 2006 match_2 match_part 0.944 8079 8400 match_part 1.000 8857 9102 match_3 match_part 1.000 8280 8400 match_part 1.000 9263 9710 match_4 match_part 0.985 9181 9964 match_5 match_part 1.000 12972 13386 match_6 match_part 1.000 15528 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19602 19633 match_7 match_part 1.000 15544 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19694 match_part 0.993 19775 19918 match_part 0.971 21298 21402 match_8 match_part 1.000 15545 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_9 match_part 0.971 15550 15619 match_part 0.987 15856 16006 match_part 0.994 16300 16458 match_part 0.983 18244 18303 match_part 0.960 18653 18751 match_part 0.934 19587 19647 match_10 match_part 0.928 15551 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19694 match_part 1.000 19775 19826 match_11 match_part 1.000 15551 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 0.983 18244 18303 match_part 1.000 18653 18751 match_part 0.986 19602 19673 match_12 match_part 0.940 15553 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16403 match_13 match_part 1.000 15607 15619 match_part 1.000 15856 16006 match_part 0.992 16300 16418 match_14 match_part 1.000 15609 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19694 match_part 1.000 19775 19838 match_15 match_part 1.000 15609 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19689 match_16 match_part 0.993 15711 16006 match_part 0.994 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19694 match_part 1.000 19775 19918 match_part 1.000 21298 21405 match_part 1.000 21823 21874 match_part 1.000 21944 22192 match_17 match_part 0.997 15717 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 0.962 19602 19681 match_18 match_part 1.000 15717 16006 match_part 1.000 16300 16458 match_part 0.983 18244 18303 match_part 1.000 18653 18682 match_19 match_part 1.000 15726 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19628 match_20 match_part 1.000 15898 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19694 match_part 1.000 19775 19790 match_21 match_part 1.000 19776 19918 match_part 1.000 21298 21405 match_part 1.000 21823 21874 match_part 1.000 21944 22199 match_22 match_part 1.000 22612 22657 match_part 1.000 22948 23097 match_part 1.000 23319 23477 match_part 1.000 25292 25351 match_part 1.000 25948 26046 match_part 1.000 27365 27457 match_part 1.000 27537 27680 match_part 0.972 28859 28966 match_part 1.000 29396 29425 match_23 match_part 1.000 22619 22657 match_part 1.000 22948 23097 match_part 1.000 23319 23477 match_part 1.000 25292 25351 match_part 1.000 25948 26046 match_part 1.000 27350 27457 match_part 0.986 27537 27680 match_part 0.972 28859 28965 match_24 match_part 1.000 22624 22657 match_part 1.000 22948 23097 match_part 1.000 23319 23477 match_part 1.000 25292 25351 match_part 1.000 25948 26046 match_part 0.981 27350 27457 match_part 0.957 27537 27583 match_25 match_part 1.000 22625 22657 match_part 1.000 22948 23097 match_part 1.000 23319 23477 match_part 1.000 25292 25351 match_part 1.000 25948 26046 match_part 1.000 27350 27442 match_26 match_part 1.000 22642 22657 match_part 1.000 22948 23097 match_part 1.000 23319 23477 match_part 1.000 25292 25351 match_part 1.000 25948 26046 match_part 0.962 27365 27442 match_27 match_part 1.000 22963 23097 match_part 1.000 23319 23477 match_part 1.000 25292 25351 match_part 1.000 25948 26046 match_part 1.000 27365 27457 match_part 1.000 27537 27680 match_part 1.000 28859 28903 match_28 match_part 1.000 26059 26516 match_29 match_part 1.000 27436 27457 match_part 1.000 27537 27680 match_part 1.000 28859 28966 match_part 1.000 29396 29447 match_part 0.971 29515 29788 match_30 match_part 0.982 28855 28966 match_part 0.981 29396 29447 match_part 0.975 29515 29795 match_31 match_part 0.989 28879 28966 match_part 1.000 29396 29447 match_part 1.000 29515 29766 match_32 match_part 0.997 30225 30622 match_part 1.000 31321 31374 match_part 1.000 31931 31990 match_part 1.000 32948 33273 match_33 match_part 0.987 30225 30622 match_part 0.981 31321 31374 match_part 1.000 31931 31990 match_part 0.985 32948 33221 match_34 match_part 1.000 30226 30622 match_part 1.000 31321 31374 match_part 1.000 31931 31990 match_part 1.000 32948 33172 match_35 match_part 1.000 30226 30622 match_part 1.000 31321 31374 match_part 1.000 31931 31990 match_part 0.990 32948 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match_part 0.954 76912 76998 match_part 1.000 78086 78881 match_84 match_part 0.976 76914 76998 match_part 0.997 78086 78870 match_85 match_part 0.976 76914 76998 match_part 0.992 78086 78866 match_86 match_part 0.976 76914 76998 match_part 1.000 78086 78837 match_87 match_part 0.965 76914 76998 match_part 1.000 78086 78807 match_88 match_part 1.000 76924 76998 match_part 1.000 78086 78689 match_89 match_part 0.985 76931 76998 match_part 0.983 78086 78322 match_90 match_part 1.000 76935 76998 match_part 0.995 78086 78518 match_91 match_part 1.000 76954 76998 match_part 0.993 78086 78659 match_92 match_part 1.000 76963 76998 match_part 0.994 78086 78405 match_93 match_part 1.000 76968 76998 match_part 1.000 78086 78892 match_94 match_part 0.985 78086 78549 match_95 match_part 0.954 78130 78695 match_96 match_part 0.956 78266 78606 match_97 match_part 1.000 78429 79020 match_98 match_part 0.992 78441 78924 match_99 match_part 0.997 78776 79451 match_100 match_part 1.000 78777 78961 match_101 match_part 0.970 78805 79107 match_102 match_part 0.969 79025 79479 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_103 match_part 1.000 806 521 match_part 1.000 441 304 match_part 1.000 23 1 match_104 match_part 0.983 701 521 match_part 1.000 441 328 match_105 match_part 0.987 1801 1644 match_part 1.000 1424 1338 match_part 1.000 694 521 match_part 1.000 441 333 match_106 match_part 0.982 1757 1644 match_part 1.000 1424 1338 match_part 1.000 694 521 match_part 1.000 441 346 match_107 match_part 1.000 2149 1644 match_part 1.000 1424 1338 match_part 0.959 694 550 match_108 match_part 1.000 1248 583 match_109 match_part 0.989 2166 1991 match_part 1.000 1873 1644 match_part 1.000 1424 1338 match_part 0.989 694 608 match_110 match_part 1.000 1231 657 match_111 match_part 1.000 1231 657 match_112 match_part 1.000 4722 4660 match_part 1.000 2977 2837 match_part 1.000 2757 2615 match_part 1.000 2167 2014 match_part 1.000 1873 1644 match_part 1.000 1424 1343 match_113 match_part 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65272 match_part 1.000 65151 64649 match_part 0.926 63825 63745 match_part 0.938 62608 62561 match_157 match_part 0.998 65156 64712 match_158 match_part 1.000 65923 65879 match_part 1.000 65783 65707 match_part 1.000 65608 65478 match_part 1.000 65321 65272 match_part 0.998 65151 64727 match_159 match_part 1.000 65896 65879 match_part 1.000 65783 65707 match_part 1.000 65608 65272 match_part 1.000 65151 64782 match_160 match_part 1.000 65886 65879 match_part 1.000 65783 65707 match_part 1.000 65608 65478 match_part 1.000 65321 65272 match_part 1.000 65151 64818 match_161 match_part 1.000 65895 65879 match_part 1.000 65783 65707 match_part 1.000 65608 65272 match_part 0.992 65151 65023 match_162 match_part 1.000 65755 65707 match_part 1.000 65608 65478 match_163 match_part 1.000 73129 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.992 68215 67818 match_164 match_part 1.000 68442 68426 match_part 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69136 match_part 0.967 68486 68426 match_part 0.944 68215 68054 match_178 match_part 1.000 72313 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.988 68215 68054 match_179 match_part 1.000 73114 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.981 68215 68055 match_180 match_part 0.950 73149 72930 match_part 0.982 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.973 68215 68070 match_181 match_part 0.995 73114 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 0.984 68486 68426 match_part 0.986 68215 68072 match_182 match_part 1.000 73078 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 1.000 68215 68103 match_183 match_part 0.963 73116 72930 match_part 0.956 72359 72247 match_part 1.000 69387 69338 match_part 0.986 69207 69136 match_part 1.000 68486 68426 match_part 1.000 68215 68115 match_184 match_part 1.000 73114 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 1.000 68215 68141 match_185 match_part 1.000 73122 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 0.967 68486 68426 match_part 0.877 68215 68143 match_186 match_part 0.995 73120 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.903 68215 68144 match_187 match_part 0.995 73113 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 0.986 68215 68145 match_188 match_part 0.994 73110 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 0.982 68486 68430 match_189 match_part 1.000 73250 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68459 match_190 match_part 1.000 73146 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_191 match_part 1.000 73114 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69176 match_192 match_part 1.000 73103 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69182 match_193 match_part 0.997 73250 72930 match_part 0.973 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69196 match_194 match_part 0.999 71781 71049 match_195 match_part 0.997 71781 71055 match_196 match_part 1.000 73101 72930 match_part 1.000 72359 72272 match_197 match_part 1.000 73166 72930 match_part 1.000 72359 72275 match_198 match_part 1.000 73118 72952 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4749 4660 exon 2977 2837 exon 2757 1644 exon 1424 1338 exon 694 521 exon 441 333 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4749 4660 exon 2977 2837 exon 2757 1991 exon 1873 1644 exon 1424 1338 exon 694 521 exon 441 333 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4747 4660 exon 2977 2837 exon 2757 2521 exon 2167 1644 exon 1424 1338 exon 694 521 exon 441 333 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4747 4660 exon 2977 2837 exon 2757 2615 exon 2167 1644 exon 1424 1338 exon 694 521 exon 441 333 gene_5 gene GT_PGL_1_AGS_5 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4755 4660 exon 2977 2837 exon 2757 2620 exon 2167 1644 exon 1424 1338 exon 694 521 exon 441 333 gene_6 gene GT_PGL_1_AGS_6 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4747 4660 exon 2977 2837 exon 2757 2615 exon 2167 2014 exon 1873 1644 exon 1424 1338 exon 694 521 exon 441 333 gene_7 gene GT_PGL_1_AGS_7 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 1248 521 exon 441 304 exon 23 1 gene_8 gene GT_PGL_1_AGS_8 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4167 3441 gene_9 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 1674 2006 gene_10 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 8079 8400 exon 8857 9102 gene_11 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 9181 9964 gene_12 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 8280 8400 exon 9263 9710 gene_13 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 9803 8645 exon 8530 8525 gene_14 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 13386 12761 exon 12688 12592 gene_15 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 12972 13386 gene_16 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 15544 15619 exon 15856 16006 exon 16300 16458 exon 18244 18303 exon 18653 18751 exon 19587 19694 exon 19775 19918 exon 21298 21405 exon 21823 21874 exon 21944 22199 gene_17 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 15711 16006 exon 16300 16458 exon 18244 18303 exon 18653 18751 exon 19587 19694 exon 19775 19918 exon 21298 21405 exon 21823 21874 exon 21944 22199 gene_18 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 15528 15619 exon 15856 16006 exon 16300 16458 exon 18244 18303 exon 18653 18751 exon 19602 19673 gene_19 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 15717 16006 exon 16300 16458 exon 18244 18303 exon 18653 18751 exon 19602 19681 gene_20 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 22619 22657 exon 22948 23097 exon 23319 23477 exon 25292 25351 exon 25948 26046 exon 27350 27457 exon 27537 27680 exon 28859 28966 exon 29396 29447 exon 29515 29788 gene_21 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 22612 22657 exon 22948 23097 exon 23319 23477 exon 25292 25351 exon 25948 26046 exon 27365 27457 exon 27537 27680 exon 28859 28966 exon 29396 29447 exon 29515 29788 gene_22 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 28855 28966 exon 29396 29447 exon 29515 29795 gene_23 gene GT_PGL_8_AGS_4 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 26059 26516 gene_24 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 30225 30622 exon 31321 31374 exon 31931 31990 exon 32948 33341 gene_25 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 30227 30622 exon 31321 32297 gene_26 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 36679 36703 exon 36808 36882 exon 37034 37100 exon 37482 37804 exon 39113 39148 gene_27 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 39986 40063 exon 41074 41176 exon 41268 41436 exon 41618 41716 exon 41815 41873 exon 42783 42888 exon 43129 43195 gene_28 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 51413 52836 gene_29 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 53789 54398 gene_30 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 54946 54096 gene_31 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 55919 54953 gene_32 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 61149 61280 exon 61387 61997 gene_33 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 61932 61378 gene_34 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 65923 65879 exon 65783 65707 exon 65608 65478 exon 65321 65272 exon 65151 64649 exon 63825 63745 exon 62608 62546 exon 62305 61961 gene_35 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 65896 65879 exon 65783 65707 exon 65608 65272 exon 65151 64649 exon 63825 63745 exon 62608 62546 exon 62305 61961 gene_36 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 65156 64649 exon 63825 63745 exon 62608 62546 exon 62305 61961 gene_37 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 73250 72930 exon 72359 72247 exon 69387 69338 exon 69207 69136 exon 68486 68426 exon 68215 67818 gene_38 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 71781 71049 gene_39 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 76896 76998 exon 78086 79479 AUGUSTUS_tom_cdna de novo gene_1 gene 0.76 6103 6453 transcript_1 transcript 0.76 6103 6453 start_codon_1 start_codon 6103 6105 CDS_1 CDS 0.76 6103 6453 stop_codon_1 stop_codon 6451 6453 gene_2 gene 0.91 6484 7392 transcript_2 transcript 0.91 6484 7392 start_codon_2 start_codon 6484 6486 intron_1 intron 0.93 7046 7105 CDS_2 CDS 0.91 6484 7045 CDS_3 CDS 0.93 7106 7392 stop_codon_2 stop_codon 7390 7392 gene_3 gene 1.99 15518 21981 transcript_3 transcript 0.99 15518 21981 start_codon_3 start_codon 15518 15520 intron_2 intron 0.99 15694 15855 intron_3 intron 1 16007 16299 intron_4 intron 1 16459 18243 intron_5 intron 1 18304 18652 intron_6 intron 1 18752 19601 intron_7 intron 1 19695 19774 intron_8 intron 1 19919 21297 intron_9 intron 1 21406 21822 intron_10 intron 1 21875 21943 CDS_4 CDS 0.99 15518 15693 CDS_5 CDS 1 15856 16006 CDS_6 CDS 1 16300 16458 CDS_7 CDS 1 18244 18303 CDS_8 CDS 1 18653 18751 CDS_9 CDS 1 19602 19694 CDS_10 CDS 1 19775 19918 CDS_11 CDS 1 21298 21405 CDS_12 CDS 1 21823 21874 CDS_13 CDS 1 21944 21981 stop_codon_3 stop_codon 21979 21981 transcript_4 transcript 1 15518 21981 start_codon_4 start_codon 15518 15520 intron_11 intron 1 15694 15855 intron_12 intron 1 16007 16299 intron_13 intron 1 16459 18243 intron_14 intron 1 18304 18652 intron_15 intron 1 18752 19586 intron_16 intron 1 19695 19774 intron_17 intron 1 19919 21297 intron_18 intron 1 21406 21822 intron_19 intron 1 21875 21943 CDS_14 CDS 1 15518 15693 CDS_15 CDS 1 15856 16006 CDS_16 CDS 1 16300 16458 CDS_17 CDS 1 18244 18303 CDS_18 CDS 1 18653 18751 CDS_19 CDS 1 19587 19694 CDS_20 CDS 1 19775 19918 CDS_21 CDS 1 21298 21405 CDS_22 CDS 1 21823 21874 CDS_23 CDS 1 21944 21981 stop_codon_4 stop_codon 21979 21981 gene_4 gene 2 22999 29555 transcript_5 transcript 1 22999 29555 start_codon_5 start_codon 22999 23001 intron_20 intron 1 23098 23318 intron_21 intron 1 23478 25291 intron_22 intron 1 25352 25947 intron_23 intron 1 26047 27364 intron_24 intron 1 27458 27536 intron_25 intron 1 27681 28858 intron_26 intron 1 28967 29395 intron_27 intron 1 29448 29514 CDS_24 CDS 1 22999 23097 CDS_25 CDS 1 23319 23477 CDS_26 CDS 1 25292 25351 CDS_27 CDS 1 25948 26046 CDS_28 CDS 1 27365 27457 CDS_29 CDS 1 27537 27680 CDS_30 CDS 1 28859 28966 CDS_31 CDS 1 29396 29447 CDS_32 CDS 1 29515 29555 stop_codon_5 stop_codon 29553 29555 transcript_6 transcript 1 22999 29555 start_codon_6 start_codon 22999 23001 intron_28 intron 1 23098 23318 intron_29 intron 1 23478 25291 intron_30 intron 1 25352 25947 intron_31 intron 1 26047 27349 intron_32 intron 1 27458 27536 intron_33 intron 1 27681 28858 intron_34 intron 1 28967 29395 intron_35 intron 1 29448 29514 CDS_33 CDS 1 22999 23097 CDS_34 CDS 1 23319 23477 CDS_35 CDS 1 25292 25351 CDS_36 CDS 1 25948 26046 CDS_37 CDS 1 27350 27457 CDS_38 CDS 1 27537 27680 CDS_39 CDS 1 28859 28966 CDS_40 CDS 1 29396 29447 CDS_41 CDS 1 29515 29555 stop_codon_6 stop_codon 29553 29555 gene_5 gene 1 30302 33073 transcript_7 transcript 1 30302 33073 start_codon_7 start_codon 30302 30304 intron_36 intron 1 30623 31320 intron_37 intron 1 31375 31930 intron_38 intron 1 31991 32947 CDS_42 CDS 1 30302 30622 CDS_43 CDS 1 31321 31374 CDS_44 CDS 1 31931 31990 CDS_45 CDS 1 32948 33073 stop_codon_7 stop_codon 33071 33073 gene_6 gene 0.63 34894 43293 transcript_8 transcript 0.63 34894 43293 start_codon_8 start_codon 34894 34896 intron_39 intron 1 35141 35272 intron_40 intron 0.98 35465 35532 intron_41 intron 0.87 35689 35910 intron_42 intron 0.86 36205 36485 intron_43 intron 1 36704 36807 intron_44 intron 1 36883 37033 intron_45 intron 1 37101 37481 intron_46 intron 1 37805 39112 intron_47 intron 0.92 39347 39446 intron_48 intron 1 39635 39721 intron_49 intron 0.87 39864 39954 intron_50 intron 1 40064 41073 intron_51 intron 1 41177 41267 intron_52 intron 1 41437 41617 intron_53 intron 1 41717 41814 intron_54 intron 1 41874 42782 intron_55 intron 1 42889 43128 CDS_46 CDS 0.98 34894 35140 CDS_47 CDS 1 35273 35464 CDS_48 CDS 0.98 35533 35688 CDS_49 CDS 0.89 35911 36204 CDS_50 CDS 0.97 36486 36703 CDS_51 CDS 1 36808 36882 CDS_52 CDS 1 37034 37100 CDS_53 CDS 1 37482 37804 CDS_54 CDS 0.92 39113 39346 CDS_55 CDS 0.99 39447 39634 CDS_56 CDS 1 39722 39863 CDS_57 CDS 0.87 39955 40063 CDS_58 CDS 1 41074 41176 CDS_59 CDS 1 41268 41436 CDS_60 CDS 1 41618 41716 CDS_61 CDS 1 41815 41873 CDS_62 CDS 1 42783 42888 CDS_63 CDS 1 43129 43293 stop_codon_8 stop_codon 43291 43293 gene_7 gene 1 44900 46096 transcript_9 transcript 1 44900 46096 start_codon_9 start_codon 44900 44902 CDS_64 CDS 1 44900 46096 stop_codon_9 stop_codon 46094 46096 gene_8 gene 1 51589 52575 transcript_10 transcript 1 51589 52575 start_codon_10 start_codon 51589 51591 CDS_65 CDS 1 51589 52575 stop_codon_10 stop_codon 52573 52575 gene_9 gene 0.91 55847 60126 transcript_11 transcript 0.91 55847 60126 start_codon_11 start_codon 55847 55849 intron_56 intron 0.93 55977 60010 CDS_66 CDS 0.95 55847 55976 CDS_67 CDS 0.95 60011 60126 stop_codon_11 stop_codon 60124 60126 gene_10 gene 0.67 60864 61848 transcript_12 transcript 0.67 60864 61848 start_codon_12 start_codon 60864 60866 intron_57 intron 0.67 60960 61151 intron_58 intron 1 61281 61386 CDS_68 CDS 1 60864 60959 CDS_69 CDS 0.67 61152 61280 CDS_70 CDS 1 61387 61848 stop_codon_12 stop_codon 61846 61848 gene_11 gene 1 76996 79497 transcript_13 transcript 1 76996 79497 start_codon_13 start_codon 76996 76998 intron_59 intron 1 76999 78085 CDS_71 CDS 1 76996 76998 CDS_72 CDS 1 78086 79497 AUGUSTUS_tom_cdna de novo gene_12 gene 0.85 1754 1 transcript_14 transcript 0.85 1754 1 intron_60 intron 1 303 24 intron_61 intron 1 520 442 intron_62 intron 1 1337 695 intron_63 intron 1 1643 1425 CDS_73 CDS 1 23 1 CDS_74 CDS 1 441 304 CDS_75 CDS 1 694 521 CDS_76 CDS 1 1424 1338 CDS_77 CDS 0.85 1754 1644 start_codon_14 start_codon 1754 1752 gene_13 gene 1.17 5752 2009 transcript_15 transcript 0.58 5752 2009 stop_codon_13 stop_codon 2011 2009 intron_64 intron 1 2614 2168 intron_65 intron 1 2836 2758 intron_66 intron 1 4659 2978 intron_67 intron 0.7 5672 4698 CDS_78 CDS 0.91 2167 2009 CDS_79 CDS 1 2757 2615 CDS_80 CDS 1 2977 2837 CDS_81 CDS 1 4697 4660 CDS_82 CDS 0.65 5752 5673 start_codon_15 start_codon 5752 5750 transcript_16 transcript 0.59 5752 2136 stop_codon_14 stop_codon 2138 2136 intron_68 intron 0.99 2619 2168 intron_69 intron 1 2836 2758 intron_70 intron 1 4659 2978 intron_71 intron 0.65 5672 4698 CDS_83 CDS 0.99 2167 2136 CDS_84 CDS 0.99 2757 2620 CDS_85 CDS 1 2977 2837 CDS_86 CDS 1 4697 4660 CDS_87 CDS 0.59 5752 5673 start_codon_16 start_codon 5752 5750 gene_14 gene 0.61 13207 10181 transcript_17 transcript 0.61 13207 10181 stop_codon_15 stop_codon 10183 10181 intron_72 intron 0.67 10334 10235 intron_73 intron 0.93 11138 10572 intron_74 intron 0.92 12067 11251 intron_75 intron 1 12475 12385 intron_76 intron 1 12760 12689 CDS_88 CDS 0.67 10234 10181 CDS_89 CDS 0.93 10571 10335 CDS_90 CDS 0.94 11250 11139 CDS_91 CDS 0.98 12384 12068 CDS_92 CDS 1 12688 12476 CDS_93 CDS 0.98 13207 12761 start_codon_17 start_codon 13207 13205 gene_15 gene 1 55792 54347 transcript_18 transcript 1 55792 54347 stop_codon_16 stop_codon 54349 54347 CDS_94 CDS 1 55792 54347 start_codon_18 start_codon 55792 55790 gene_16 gene 1 65751 62261 transcript_19 transcript 1 65751 62261 stop_codon_17 stop_codon 62263 62261 intron_77 intron 1 62545 62306 intron_78 intron 1 63744 62609 intron_79 intron 1 64648 63826 intron_80 intron 1 65271 65152 intron_81 intron 1 65477 65322 intron_82 intron 1 65706 65609 CDS_95 CDS 1 62305 62261 CDS_96 CDS 1 62608 62546 CDS_97 CDS 1 63825 63745 CDS_98 CDS 1 65151 64649 CDS_99 CDS 1 65321 65272 CDS_100 CDS 1 65608 65478 CDS_101 CDS 1 65751 65707 start_codon_19 start_codon 65751 65749 gene_17 gene 1 73038 68171 transcript_20 transcript 1 73038 68171 stop_codon_18 stop_codon 68173 68171 intron_83 intron 1 68425 68216 intron_84 intron 1 69135 68487 intron_85 intron 1 69337 69208 intron_86 intron 1 72246 69388 intron_87 intron 1 72929 72360 CDS_102 CDS 1 68215 68171 CDS_103 CDS 1 68486 68426 CDS_104 CDS 1 69207 69136 CDS_105 CDS 1 69387 69338 CDS_106 CDS 1 72359 72247 CDS_107 CDS 1 73038 72930 start_codon_20 start_codon 73038 73036 AUGUSTUS_ab_initio de novo gene_1 gene 0.2 4155 6453 transcript_1 transcript 0.2 4155 6453 start_codon_1 start_codon 4155 4157 intron_1 intron 0.42 4241 5377 intron_2 intron 0.45 6049 6130 CDS_1 CDS 0.59 4155 4240 CDS_2 CDS 0.37 5378 6048 CDS_3 CDS 0.45 6131 6453 stop_codon_1 stop_codon 6451 6453 gene_2 gene 0.96 6484 7392 transcript_2 transcript 0.96 6484 7392 start_codon_2 start_codon 6484 6486 intron_3 intron 0.97 7046 7105 CDS_4 CDS 0.96 6484 7045 CDS_5 CDS 0.97 7106 7392 stop_codon_2 stop_codon 7390 7392 gene_3 gene 0.04 15908 29038 transcript_3 transcript 0.04 15908 29038 start_codon_3 start_codon 15908 15910 intron_4 intron 1 16007 16299 intron_5 intron 0.84 16459 17169 intron_6 intron 0.89 17326 18243 intron_7 intron 1 18304 18652 intron_8 intron 0.73 18752 19148 intron_9 intron 0.83 19237 19551 intron_10 intron 1 19695 19774 intron_11 intron 0.85 19919 21243 intron_12 intron 0.64 21406 23318 intron_13 intron 0.97 23478 25291 intron_14 intron 0.99 25352 25947 intron_15 intron 0.48 26047 27349 intron_16 intron 0.99 27458 27536 intron_17 intron 0.28 27681 28858 CDS_6 CDS 1 15908 16006 CDS_7 CDS 1 16300 16458 CDS_8 CDS 0.84 17170 17325 CDS_9 CDS 1 18244 18303 CDS_10 CDS 1 18653 18751 CDS_11 CDS 0.73 19149 19236 CDS_12 CDS 0.83 19552 19694 CDS_13 CDS 0.9 19775 19918 CDS_14 CDS 0.73 21244 21405 CDS_15 CDS 1 23319 23477 CDS_16 CDS 0.99 25292 25351 CDS_17 CDS 1 25948 26046 CDS_18 CDS 0.47 27350 27457 CDS_19 CDS 0.32 27537 27680 CDS_20 CDS 0.46 28859 29038 stop_codon_3 stop_codon 29036 29038 gene_4 gene 0.65 30302 33073 transcript_4 transcript 0.65 30302 33073 start_codon_4 start_codon 30302 30304 intron_18 intron 0.85 30623 31320 intron_19 intron 0.89 31375 31930 intron_20 intron 0.88 31991 32947 CDS_21 CDS 0.93 30302 30622 CDS_22 CDS 1 31321 31374 CDS_23 CDS 0.89 31931 31990 CDS_24 CDS 0.88 32948 33073 stop_codon_4 stop_codon 33071 33073 gene_5 gene 0.03 33919 43293 transcript_5 transcript 0.03 33919 43293 start_codon_5 start_codon 33919 33921 intron_21 intron 0.54 34077 34820 intron_22 intron 1 35141 35272 intron_23 intron 1 35465 35532 intron_24 intron 1 35689 35910 intron_25 intron 0.98 36205 36485 intron_26 intron 0.93 36704 36807 intron_27 intron 1 36883 37033 intron_28 intron 0.96 37101 37481 intron_29 intron 0.87 37805 39112 intron_30 intron 0.9 39347 39446 intron_31 intron 1 39635 39721 intron_32 intron 0.59 39864 40007 intron_33 intron 0.14 40064 40276 intron_34 intron 0.32 40378 41073 intron_35 intron 0.84 41177 41267 intron_36 intron 0.95 41437 41617 intron_37 intron 0.49 41717 41814 intron_38 intron 0.68 41874 42782 intron_39 intron 0.62 42889 43128 CDS_25 CDS 0.51 33919 34076 CDS_26 CDS 0.54 34821 35140 CDS_27 CDS 1 35273 35464 CDS_28 CDS 1 35533 35688 CDS_29 CDS 1 35911 36204 CDS_30 CDS 0.91 36486 36703 CDS_31 CDS 1 36808 36882 CDS_32 CDS 1 37034 37100 CDS_33 CDS 0.94 37482 37804 CDS_34 CDS 0.84 39113 39346 CDS_35 CDS 1 39447 39634 CDS_36 CDS 1 39722 39863 CDS_37 CDS 0.59 40008 40063 CDS_38 CDS 0.14 40277 40377 CDS_39 CDS 0.55 41074 41176 CDS_40 CDS 0.99 41268 41436 CDS_41 CDS 0.93 41618 41716 CDS_42 CDS 0.51 41815 41873 CDS_43 CDS 0.71 42783 42888 CDS_44 CDS 0.57 43129 43293 stop_codon_5 stop_codon 43291 43293 gene_6 gene 0.85 44900 46096 transcript_6 transcript 0.85 44900 46096 start_codon_6 start_codon 44900 44902 CDS_45 CDS 0.85 44900 46096 stop_codon_6 stop_codon 46094 46096 gene_7 gene 0.96 51589 52575 transcript_7 transcript 0.96 51589 52575 start_codon_7 start_codon 51589 51591 CDS_46 CDS 0.96 51589 52575 stop_codon_7 stop_codon 52573 52575 gene_8 gene 0.88 61176 61848 transcript_8 transcript 0.88 61176 61848 start_codon_8 start_codon 61176 61178 intron_40 intron 0.88 61281 61386 CDS_47 CDS 0.88 61176 61280 CDS_48 CDS 0.88 61387 61848 stop_codon_8 stop_codon 61846 61848 gene_9 gene 0.76 77687 79497 transcript_9 transcript 0.76 77687 79497 start_codon_9 start_codon 77687 77689 intron_41 intron 0.76 77696 78085 CDS_49 CDS 0.77 77687 77695 CDS_50 CDS 0.99 78086 79497 AUGUSTUS_ab_initio de novo gene_10 gene 0.24 2779 304 transcript_10 transcript 0.24 2779 304 intron_42 intron 0.84 303 1 intron_43 intron 0.99 520 442 intron_44 intron 0.92 1337 695 intron_45 intron 0.99 1643 1425 intron_46 intron 0.98 2013 1874 intron_47 intron 0.59 2614 2168 CDS_51 CDS 0.98 441 304 CDS_52 CDS 0.94 694 521 CDS_53 CDS 0.99 1424 1338 CDS_54 CDS 0.97 1873 1644 CDS_55 CDS 0.59 2167 2014 CDS_56 CDS 0.41 2779 2615 start_codon_10 start_codon 2779 2777 gene_11 gene 0.74 13207 8846 transcript_11 transcript 0.74 13207 8846 stop_codon_9 stop_codon 8848 8846 intron_48 intron 0.79 10334 9593 intron_49 intron 0.96 11138 10572 intron_50 intron 0.94 12067 11251 intron_51 intron 0.99 12475 12385 intron_52 intron 0.99 12760 12689 CDS_57 CDS 0.87 9592 8846 CDS_58 CDS 0.98 10571 10335 CDS_59 CDS 0.98 11250 11139 CDS_60 CDS 0.96 12384 12068 CDS_61 CDS 0.99 12688 12476 CDS_62 CDS 1 13207 12761 start_codon_11 start_codon 13207 13205 gene_12 gene 1 55792 54347 transcript_12 transcript 1 55792 54347 stop_codon_10 stop_codon 54349 54347 CDS_63 CDS 1 55792 54347 start_codon_12 start_codon 55792 55790 gene_13 gene 0.57 65751 62261 transcript_13 transcript 0.57 65751 62261 stop_codon_11 stop_codon 62263 62261 intron_53 intron 0.99 62545 62306 intron_54 intron 0.96 63744 62609 intron_55 intron 0.82 64648 63826 intron_56 intron 1 65271 65152 intron_57 intron 0.74 65477 65322 intron_58 intron 0.98 65706 65609 CDS_64 CDS 1 62305 62261 CDS_65 CDS 0.99 62608 62546 CDS_66 CDS 0.96 63825 63745 CDS_67 CDS 0.99 65151 64649 CDS_68 CDS 0.74 65321 65272 CDS_69 CDS 0.99 65608 65478 CDS_70 CDS 0.95 65751 65707 start_codon_13 start_codon 65751 65749 gene_14 gene 0.22 73038 68171 transcript_14 transcript 0.22 73038 68171 stop_codon_12 stop_codon 68173 68171 intron_59 intron 0.88 68425 68216 intron_60 intron 0.96 69135 68487 intron_61 intron 0.97 69337 69208 intron_62 intron 0.25 72246 69388 intron_63 intron 1 72929 72360 CDS_71 CDS 0.9 68215 68171 CDS_72 CDS 0.96 68486 68426 CDS_73 CDS 1 69207 69136 CDS_74 CDS 0.97 69387 69338 CDS_75 CDS 0.75 72359 72247 CDS_76 CDS 1 73038 72930 start_codon_14 start_codon 73038 73036 AUGUSTUS_tom_ugs de novo gene_1 gene 0.74 6103 6453 transcript_1 transcript 0.74 6103 6453 start_codon_1 start_codon 6103 6105 CDS_1 CDS 0.74 6103 6453 stop_codon_1 stop_codon 6451 6453 gene_2 gene 0.88 6484 7392 transcript_2 transcript 0.88 6484 7392 start_codon_2 start_codon 6484 6486 intron_1 intron 0.91 7046 7105 CDS_2 CDS 0.88 6484 7045 CDS_3 CDS 0.91 7106 7392 stop_codon_2 stop_codon 7390 7392 gene_3 gene 1.94 15518 21981 transcript_3 transcript 1 15518 21981 start_codon_3 start_codon 15518 15520 intron_2 intron 1 15694 15855 intron_3 intron 1 16007 16299 intron_4 intron 1 16459 18243 intron_5 intron 1 18304 18652 intron_6 intron 1 18752 19586 intron_7 intron 1 19695 19774 intron_8 intron 1 19919 21297 intron_9 intron 1 21406 21822 intron_10 intron 1 21875 21943 CDS_4 CDS 1 15518 15693 CDS_5 CDS 1 15856 16006 CDS_6 CDS 1 16300 16458 CDS_7 CDS 1 18244 18303 CDS_8 CDS 1 18653 18751 CDS_9 CDS 1 19587 19694 CDS_10 CDS 1 19775 19918 CDS_11 CDS 1 21298 21405 CDS_12 CDS 1 21823 21874 CDS_13 CDS 1 21944 21981 stop_codon_3 stop_codon 21979 21981 transcript_4 transcript 0.94 15518 21981 start_codon_4 start_codon 15518 15520 intron_11 intron 0.97 15694 15855 intron_12 intron 1 16007 16299 intron_13 intron 1 16459 18243 intron_14 intron 1 18304 18652 intron_15 intron 0.97 18752 19601 intron_16 intron 1 19695 19774 intron_17 intron 1 19919 21297 intron_18 intron 1 21406 21822 intron_19 intron 1 21875 21943 CDS_14 CDS 0.97 15518 15693 CDS_15 CDS 1 15856 16006 CDS_16 CDS 1 16300 16458 CDS_17 CDS 1 18244 18303 CDS_18 CDS 1 18653 18751 CDS_19 CDS 0.97 19602 19694 CDS_20 CDS 1 19775 19918 CDS_21 CDS 1 21298 21405 CDS_22 CDS 1 21823 21874 CDS_23 CDS 1 21944 21981 stop_codon_4 stop_codon 21979 21981 gene_4 gene 1 30302 33073 transcript_5 transcript 1 30302 33073 start_codon_5 start_codon 30302 30304 intron_20 intron 1 30623 31320 intron_21 intron 1 31375 31930 intron_22 intron 1 31991 32947 CDS_24 CDS 1 30302 30622 CDS_25 CDS 1 31321 31374 CDS_26 CDS 1 31931 31990 CDS_27 CDS 1 32948 33073 stop_codon_5 stop_codon 33071 33073 gene_5 gene 0.7 34894 46096 transcript_6 transcript 0.7 34894 46096 start_codon_6 start_codon 34894 34896 intron_23 intron 1 35141 35272 intron_24 intron 0.99 35465 35532 intron_25 intron 0.93 35689 35910 intron_26 intron 0.91 36205 36485 intron_27 intron 1 36704 36807 intron_28 intron 1 36883 37033 intron_29 intron 1 37101 37481 intron_30 intron 1 37805 39112 intron_31 intron 0.95 39347 39446 intron_32 intron 1 39635 39721 intron_33 intron 0.85 39864 39954 intron_34 intron 1 40064 41073 intron_35 intron 1 41177 41267 intron_36 intron 1 41437 41617 intron_37 intron 1 41717 41814 intron_38 intron 1 41874 42782 intron_39 intron 1 42889 43128 intron_40 intron 1 43280 44304 intron_41 intron 1 44376 44908 CDS_28 CDS 0.97 34894 35140 CDS_29 CDS 1 35273 35464 CDS_30 CDS 0.99 35533 35688 CDS_31 CDS 0.93 35911 36204 CDS_32 CDS 0.98 36486 36703 CDS_33 CDS 1 36808 36882 CDS_34 CDS 1 37034 37100 CDS_35 CDS 1 37482 37804 CDS_36 CDS 0.94 39113 39346 CDS_37 CDS 0.98 39447 39634 CDS_38 CDS 1 39722 39863 CDS_39 CDS 0.85 39955 40063 CDS_40 CDS 1 41074 41176 CDS_41 CDS 1 41268 41436 CDS_42 CDS 1 41618 41716 CDS_43 CDS 1 41815 41873 CDS_44 CDS 1 42783 42888 CDS_45 CDS 1 43129 43279 CDS_46 CDS 1 44305 44375 CDS_47 CDS 1 44909 46096 stop_codon_6 stop_codon 46094 46096 gene_6 gene 1 51589 52575 transcript_7 transcript 1 51589 52575 start_codon_7 start_codon 51589 51591 CDS_48 CDS 1 51589 52575 stop_codon_7 stop_codon 52573 52575 gene_7 gene 0.22 55847 60126 transcript_8 transcript 0.22 55847 60126 start_codon_8 start_codon 55847 55849 intron_42 intron 0.22 55977 60010 CDS_49 CDS 0.22 55847 55976 CDS_50 CDS 0.95 60011 60126 stop_codon_8 stop_codon 60124 60126 gene_8 gene 1 76996 79497 transcript_9 transcript 1 76996 79497 start_codon_9 start_codon 76996 76998 intron_43 intron 1 76999 78085 CDS_51 CDS 1 76996 76998 CDS_52 CDS 1 78086 79497 AUGUSTUS_tom_ugs de novo gene_9 gene 1 13207 1 transcript_10 transcript 0.51 5752 1 intron_44 intron 1 303 24 intron_45 intron 1 520 442 intron_46 intron 1 1337 695 intron_47 intron 1 1643 1425 intron_48 intron 1 2013 1874 intron_49 intron 1 2614 2168 intron_50 intron 1 2836 2758 intron_51 intron 1 4659 2978 intron_52 intron 0.58 5672 4698 CDS_53 CDS 1 23 1 CDS_54 CDS 1 441 304 CDS_55 CDS 1 694 521 CDS_56 CDS 1 1424 1338 CDS_57 CDS 1 1873 1644 CDS_58 CDS 1 2167 2014 CDS_59 CDS 1 2757 2615 CDS_60 CDS 1 2977 2837 CDS_61 CDS 1 4697 4660 CDS_62 CDS 0.51 5752 5673 start_codon_10 start_codon 5752 5750 transcript_11 transcript 0.49 13207 1 intron_53 intron 1 303 24 intron_54 intron 1 520 442 intron_55 intron 1 1337 695 intron_56 intron 1 1643 1425 intron_57 intron 1 2013 1874 intron_58 intron 1 2614 2168 intron_59 intron 1 2836 2758 intron_60 intron 1 4659 2978 intron_61 intron 0.94 6102 4698 intron_62 intron 0.55 9003 6314 intron_63 intron 0.95 10334 9593 intron_64 intron 0.99 11138 10572 intron_65 intron 0.99 12067 11251 intron_66 intron 0.98 12475 12385 intron_67 intron 1 12760 12689 CDS_63 CDS 1 23 1 CDS_64 CDS 1 441 304 CDS_65 CDS 1 694 521 CDS_66 CDS 1 1424 1338 CDS_67 CDS 1 1873 1644 CDS_68 CDS 1 2167 2014 CDS_69 CDS 1 2757 2615 CDS_70 CDS 1 2977 2837 CDS_71 CDS 1 4697 4660 CDS_72 CDS 0.55 6313 6103 CDS_73 CDS 0.61 9592 9004 CDS_74 CDS 0.99 10571 10335 CDS_75 CDS 1 11250 11139 CDS_76 CDS 0.97 12384 12068 CDS_77 CDS 0.98 12688 12476 CDS_78 CDS 1 13207 12761 start_codon_11 start_codon 13207 13205 gene_10 gene 1 55792 54347 transcript_12 transcript 1 55792 54347 stop_codon_9 stop_codon 54349 54347 CDS_79 CDS 1 55792 54347 start_codon_12 start_codon 55792 55790 gene_11 gene 1 65751 62261 transcript_13 transcript 1 65751 62261 stop_codon_10 stop_codon 62263 62261 intron_68 intron 1 62545 62306 intron_69 intron 1 63744 62609 intron_70 intron 1 64648 63826 intron_71 intron 1 65271 65152 intron_72 intron 1 65477 65322 intron_73 intron 1 65706 65609 CDS_80 CDS 1 62305 62261 CDS_81 CDS 1 62608 62546 CDS_82 CDS 1 63825 63745 CDS_83 CDS 1 65151 64649 CDS_84 CDS 1 65321 65272 CDS_85 CDS 1 65608 65478 CDS_86 CDS 1 65751 65707 start_codon_13 start_codon 65751 65749 gene_12 gene 1 73038 68171 transcript_14 transcript 1 73038 68171 stop_codon_11 stop_codon 68173 68171 intron_74 intron 1 68425 68216 intron_75 intron 1 69135 68487 intron_76 intron 1 69337 69208 intron_77 intron 1 72246 69388 intron_78 intron 1 72929 72360 CDS_87 CDS 1 68215 68171 CDS_88 CDS 1 68486 68426 CDS_89 CDS 1 69207 69136 CDS_90 CDS 1 69387 69338 CDS_91 CDS 1 72359 72247 CDS_92 CDS 1 73038 72930 start_codon_14 start_codon 73038 73036 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.969 7821 8400 match_part 1.000 8857 9102 match_2 match_part 0.946 8142 8400 match_part 0.993 8857 9887 match_3 match_part 1.000 15430 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 0.967 18244 18303 match_part 0.970 18653 18751 match_part 0.916 19587 19681 match_4 match_part 1.000 15545 15619 match_part 1.000 15856 16006 match_part 1.000 16300 16458 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 1.000 19587 19694 match_part 1.000 19775 19918 match_part 1.000 21298 21405 match_part 1.000 21823 21874 match_part 1.000 21944 22203 match_5 match_part 1.000 15733 16006 match_part 1.000 18244 18303 match_part 1.000 18653 18751 match_part 0.989 19602 19694 match_part 0.979 19775 19914 match_6 match_part 1.000 19894 20354 match_7 match_part 0.975 22618 22657 match_part 1.000 22948 23097 match_part 1.000 23319 23477 match_part 1.000 25292 25351 match_part 1.000 25948 26046 match_part 1.000 27350 27457 match_part 1.000 27537 27680 match_part 0.991 28859 28966 match_part 1.000 29396 29447 match_part 0.975 29515 29793 match_8 match_part 0.998 26057 26581 match_9 match_part 1.000 30224 30622 match_part 1.000 31321 31374 match_part 1.000 31931 31990 match_part 0.997 32948 33340 match_10 match_part 0.969 30334 30622 match_part 0.997 31321 32043 match_11 match_part 0.984 31735 32288 match_12 match_part 1.000 36679 36703 match_part 0.973 36808 36882 match_part 1.000 37034 37100 match_part 0.972 37482 37804 match_part 1.000 39113 39148 match_13 match_part 1.000 39984 40063 match_part 0.942 41074 41176 match_part 1.000 41268 41436 match_part 1.000 41618 41716 match_part 1.000 41815 41873 match_part 0.981 42783 42888 match_part 1.000 43129 43195 match_14 match_part 1.000 44313 44375 match_part 1.000 44909 45526 match_15 match_part 0.998 51364 52394 match_16 match_part 0.978 51863 52843 match_17 match_part 0.979 53520 53804 match_18 match_part 0.998 53786 54988 match_19 match_part 0.993 61141 61280 match_part 0.990 61387 61996 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_20 match_part 0.999 1249 521 match_part 1.000 441 304 match_part 1.000 23 1 match_21 match_part 0.989 2168 1991 match_part 1.000 1873 1644 match_part 1.000 1424 1338 match_part 0.991 694 579 match_22 match_part 0.984 4723 4660 match_part 1.000 2977 2837 match_part 1.000 2757 2615 match_part 1.000 2167 2014 match_part 1.000 1873 1644 match_part 1.000 1424 1341 match_23 match_part 1.000 4738 4660 match_part 1.000 2977 2837 match_part 0.996 2757 2521 match_part 1.000 1873 1661 match_24 match_part 1.000 2888 2837 match_part 1.000 2757 2521 match_part 1.000 2167 1908 match_25 match_part 0.938 4755 4660 match_part 1.000 2977 2837 match_part 0.998 2757 1917 match_26 match_part 0.997 4169 3371 match_part 0.972 2977 2837 match_part 0.992 2757 2636 match_27 match_part 0.926 4753 4660 match_part 0.938 2977 2914 match_28 match_part 1.000 13413 12761 match_part 0.993 12688 12548 match_29 match_part 0.994 56003 54953 match_30 match_part 1.000 65990 65879 match_part 0.837 65783 65478 match_part 1.000 65321 65272 match_part 1.000 65151 64649 match_part 1.000 63825 63745 match_part 1.000 62608 62546 match_part 1.000 62305 61964 match_31 match_part 0.947 65897 65879 match_part 1.000 65783 65707 match_part 1.000 65608 65272 match_part 0.997 65151 64782 match_32 match_part 0.994 73252 72930 match_part 1.000 72359 72247 match_part 1.000 69387 69338 match_part 1.000 69207 69136 match_part 1.000 68486 68426 match_part 1.000 68215 67820 match_33 match_part 0.991 71792 71049 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4755 4660 exon 2977 2837 exon 2757 1917 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4169 3371 exon 2977 2837 exon 2757 2521 exon 2167 1908 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4753 4660 exon 2977 2837 exon 2757 2615 exon 2167 2014 exon 1873 1644 exon 1424 1341 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 4753 4660 exon 2977 2837 exon 2757 2521 exon 1873 1661 gene_5 gene GT_PGL_1_AGS_5 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 1249 521 exon 441 304 exon 23 1 gene_6 gene GT_PGL_1_AGS_6 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 2168 1991 exon 1873 1644 exon 1424 1338 exon 694 579 gene_7 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 7821 8400 exon 8857 9887 gene_8 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 13413 12761 exon 12688 12548 gene_9 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 15430 15619 exon 15856 16006 exon 16300 16458 exon 18244 18303 exon 18653 18751 exon 19587 19694 exon 19775 19918 exon 21298 21405 exon 21823 21874 exon 21944 22203 gene_10 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 15733 16006 exon 18244 18303 exon 18653 18751 exon 19602 19694 exon 19775 20354 gene_11 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 22618 22657 exon 22948 23097 exon 23319 23477 exon 25292 25351 exon 25948 26046 exon 27350 27457 exon 27537 27680 exon 28859 28966 exon 29396 29447 exon 29515 29793 gene_12 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 26057 26581 gene_13 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 30334 30622 exon 31321 32288 gene_14 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 30224 30622 exon 31321 31374 exon 31931 31990 exon 32948 33340 gene_15 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 36679 36703 exon 36808 36882 exon 37034 37100 exon 37482 37804 exon 39113 39148 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 39984 40063 exon 41074 41176 exon 41268 41436 exon 41618 41716 exon 41815 41873 exon 42783 42888 exon 43129 43195 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 44313 44375 exon 44909 45526 gene_18 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 51364 52843 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 53520 54988 gene_20 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 56003 54953 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 61141 61280 exon 61387 61996 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 65990 65879 exon 65783 65478 exon 65321 65272 exon 65151 64649 exon 63825 63745 exon 62608 62546 exon 62305 61964 gene_23 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 65897 65879 exon 65783 65707 exon 65608 65272 exon 65151 64782 gene_24 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 73252 72930 exon 72359 72247 exon 69387 69338 exon 69207 69136 exon 68486 68426 exon 68215 67820 gene_25 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 71792 71049 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 36679 36703 match_part 0.973 36808 36882 match_part 1.000 37034 37100 match_part 0.972 37482 37804 match_part 1.000 39113 39148 match_2 match_part 0.927 61185 61280 match_part 0.911 61387 61924 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 0.947 73116 72930 match_part 1.000 72359 72247 match_part 0.980 69387 69338 match_part 0.986 69207 69136 match_part 1.000 68486 68426 match_part 0.936 68215 67983 match_4 match_part 1.000 73120 72956 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 36679 36703 exon 36808 36882 exon 37034 37100 exon 37482 37804 exon 39113 39148 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 61185 61280 exon 61387 61924 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0014P22.2 type gene exon 73120 72930 exon 72359 72247 exon 69387 69338 exon 69207 69136 exon 68486 68426 exon 68215 67983 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.77 6103 6453 transcript_1 transcript 0.77 6103 6453 start_codon_1 start_codon 6103 6105 CDS_1 CDS 0.77 6103 6453 stop_codon_1 stop_codon 6451 6453 gene_2 gene 0.91 6484 7392 transcript_2 transcript 0.91 6484 7392 start_codon_2 start_codon 6484 6486 intron_1 intron 0.91 7046 7105 CDS_2 CDS 0.94 6484 7045 CDS_3 CDS 0.91 7106 7392 stop_codon_2 stop_codon 7390 7392 gene_3 gene 2 15518 21981 transcript_3 transcript 1 15518 21981 start_codon_3 start_codon 15518 15520 intron_2 intron 1 15694 15855 intron_3 intron 1 16007 16299 intron_4 intron 1 16459 18243 intron_5 intron 1 18304 18652 intron_6 intron 1 18752 19601 intron_7 intron 1 19695 19774 intron_8 intron 1 19919 21297 intron_9 intron 1 21406 21822 intron_10 intron 1 21875 21943 CDS_4 CDS 1 15518 15693 CDS_5 CDS 1 15856 16006 CDS_6 CDS 1 16300 16458 CDS_7 CDS 1 18244 18303 CDS_8 CDS 1 18653 18751 CDS_9 CDS 1 19602 19694 CDS_10 CDS 1 19775 19918 CDS_11 CDS 1 21298 21405 CDS_12 CDS 1 21823 21874 CDS_13 CDS 1 21944 21981 stop_codon_3 stop_codon 21979 21981 transcript_4 transcript 1 15518 21981 start_codon_4 start_codon 15518 15520 intron_11 intron 1 15694 15855 intron_12 intron 1 16007 16299 intron_13 intron 1 16459 18243 intron_14 intron 1 18304 18652 intron_15 intron 1 18752 19586 intron_16 intron 1 19695 19774 intron_17 intron 1 19919 21297 intron_18 intron 1 21406 21822 intron_19 intron 1 21875 21943 CDS_14 CDS 1 15518 15693 CDS_15 CDS 1 15856 16006 CDS_16 CDS 1 16300 16458 CDS_17 CDS 1 18244 18303 CDS_18 CDS 1 18653 18751 CDS_19 CDS 1 19587 19694 CDS_20 CDS 1 19775 19918 CDS_21 CDS 1 21298 21405 CDS_22 CDS 1 21823 21874 CDS_23 CDS 1 21944 21981 stop_codon_4 stop_codon 21979 21981 gene_4 gene 2 22999 29555 transcript_5 transcript 1 22999 29555 start_codon_5 start_codon 22999 23001 intron_20 intron 1 23098 23318 intron_21 intron 1 23478 25291 intron_22 intron 1 25352 25947 intron_23 intron 1 26047 27364 intron_24 intron 1 27458 27536 intron_25 intron 1 27681 28858 intron_26 intron 1 28967 29395 intron_27 intron 1 29448 29514 CDS_24 CDS 1 22999 23097 CDS_25 CDS 1 23319 23477 CDS_26 CDS 1 25292 25351 CDS_27 CDS 1 25948 26046 CDS_28 CDS 1 27365 27457 CDS_29 CDS 1 27537 27680 CDS_30 CDS 1 28859 28966 CDS_31 CDS 1 29396 29447 CDS_32 CDS 1 29515 29555 stop_codon_5 stop_codon 29553 29555 transcript_6 transcript 1 22999 29555 start_codon_6 start_codon 22999 23001 intron_28 intron 1 23098 23318 intron_29 intron 1 23478 25291 intron_30 intron 1 25352 25947 intron_31 intron 1 26047 27349 intron_32 intron 1 27458 27536 intron_33 intron 1 27681 28858 intron_34 intron 1 28967 29395 intron_35 intron 1 29448 29514 CDS_33 CDS 1 22999 23097 CDS_34 CDS 1 23319 23477 CDS_35 CDS 1 25292 25351 CDS_36 CDS 1 25948 26046 CDS_37 CDS 1 27350 27457 CDS_38 CDS 1 27537 27680 CDS_39 CDS 1 28859 28966 CDS_40 CDS 1 29396 29447 CDS_41 CDS 1 29515 29555 stop_codon_6 stop_codon 29553 29555 gene_5 gene 1 30302 33073 transcript_7 transcript 1 30302 33073 start_codon_7 start_codon 30302 30304 intron_36 intron 1 30623 31320 intron_37 intron 1 31375 31930 intron_38 intron 1 31991 32947 CDS_42 CDS 1 30302 30622 CDS_43 CDS 1 31321 31374 CDS_44 CDS 1 31931 31990 CDS_45 CDS 1 32948 33073 stop_codon_7 stop_codon 33071 33073 gene_6 gene 0.7 34894 43293 transcript_8 transcript 0.7 34894 43293 start_codon_8 start_codon 34894 34896 intron_39 intron 1 35141 35272 intron_40 intron 0.99 35465 35532 intron_41 intron 0.87 35689 35910 intron_42 intron 0.86 36205 36485 intron_43 intron 1 36704 36807 intron_44 intron 1 36883 37033 intron_45 intron 1 37101 37481 intron_46 intron 1 37805 39112 intron_47 intron 0.99 39347 39446 intron_48 intron 1 39635 39721 intron_49 intron 0.88 39864 39954 intron_50 intron 1 40064 41073 intron_51 intron 1 41177 41267 intron_52 intron 1 41437 41617 intron_53 intron 1 41717 41814 intron_54 intron 1 41874 42782 intron_55 intron 1 42889 43128 CDS_46 CDS 0.98 34894 35140 CDS_47 CDS 1 35273 35464 CDS_48 CDS 0.99 35533 35688 CDS_49 CDS 0.86 35911 36204 CDS_50 CDS 0.97 36486 36703 CDS_51 CDS 1 36808 36882 CDS_52 CDS 1 37034 37100 CDS_53 CDS 1 37482 37804 CDS_54 CDS 0.98 39113 39346 CDS_55 CDS 1 39447 39634 CDS_56 CDS 1 39722 39863 CDS_57 CDS 0.88 39955 40063 CDS_58 CDS 1 41074 41176 CDS_59 CDS 1 41268 41436 CDS_60 CDS 1 41618 41716 CDS_61 CDS 1 41815 41873 CDS_62 CDS 1 42783 42888 CDS_63 CDS 1 43129 43293 stop_codon_8 stop_codon 43291 43293 gene_7 gene 1 44900 46096 transcript_9 transcript 1 44900 46096 start_codon_9 start_codon 44900 44902 CDS_64 CDS 1 44900 46096 stop_codon_9 stop_codon 46094 46096 gene_8 gene 0.41 48223 51576 transcript_10 transcript 0.41 48223 51576 start_codon_10 start_codon 48223 48225 intron_56 intron 0.41 48309 51449 CDS_65 CDS 0.53 48223 48308 CDS_66 CDS 0.41 51450 51576 stop_codon_10 stop_codon 51574 51576 gene_9 gene 0.87 51712 52575 transcript_11 transcript 0.87 51712 52575 start_codon_11 start_codon 51712 51714 CDS_67 CDS 0.87 51712 52575 stop_codon_11 stop_codon 52573 52575 gene_10 gene 0.9 55847 60126 transcript_12 transcript 0.9 55847 60126 start_codon_12 start_codon 55847 55849 intron_57 intron 0.92 55977 60010 CDS_68 CDS 0.92 55847 55976 CDS_69 CDS 0.96 60011 60126 stop_codon_12 stop_codon 60124 60126 gene_11 gene 0.61 60864 61848 transcript_13 transcript 0.61 60864 61848 start_codon_13 start_codon 60864 60866 intron_58 intron 0.61 60960 61151 intron_59 intron 1 61281 61386 CDS_70 CDS 1 60864 60959 CDS_71 CDS 0.61 61152 61280 CDS_72 CDS 1 61387 61848 stop_codon_13 stop_codon 61846 61848 gene_12 gene 1 76996 79497 transcript_14 transcript 1 76996 79497 start_codon_14 start_codon 76996 76998 intron_60 intron 1 76999 78085 CDS_73 CDS 1 76996 76998 CDS_74 CDS 1 78086 79497 AUGUSTUS_tom_pot_cdna de novo gene_13 gene 0.86 1754 1 transcript_15 transcript 0.86 1754 1 intron_61 intron 1 303 24 intron_62 intron 1 520 442 intron_63 intron 1 1337 695 intron_64 intron 1 1643 1425 CDS_75 CDS 1 23 1 CDS_76 CDS 1 441 304 CDS_77 CDS 1 694 521 CDS_78 CDS 1 1424 1338 CDS_79 CDS 0.86 1754 1644 start_codon_15 start_codon 1754 1752 gene_14 gene 1.25 5752 2009 transcript_16 transcript 0.62 5752 2009 stop_codon_14 stop_codon 2011 2009 intron_65 intron 1 2614 2168 intron_66 intron 1 2836 2758 intron_67 intron 1 4659 2978 intron_68 intron 0.74 5672 4698 CDS_80 CDS 0.91 2167 2009 CDS_81 CDS 1 2757 2615 CDS_82 CDS 1 2977 2837 CDS_83 CDS 1 4697 4660 CDS_84 CDS 0.67 5752 5673 start_codon_16 start_codon 5752 5750 transcript_17 transcript 0.63 5752 2136 stop_codon_15 stop_codon 2138 2136 intron_69 intron 0.98 2619 2168 intron_70 intron 1 2836 2758 intron_71 intron 1 4659 2978 intron_72 intron 0.74 5672 4698 CDS_85 CDS 0.98 2167 2136 CDS_86 CDS 0.98 2757 2620 CDS_87 CDS 1 2977 2837 CDS_88 CDS 1 4697 4660 CDS_89 CDS 0.64 5752 5673 start_codon_17 start_codon 5752 5750 gene_15 gene 0.64 13207 10181 transcript_18 transcript 0.64 13207 10181 stop_codon_16 stop_codon 10183 10181 intron_73 intron 0.74 10334 10235 intron_74 intron 0.98 11138 10572 intron_75 intron 0.92 12067 11251 intron_76 intron 0.99 12475 12385 intron_77 intron 1 12760 12689 CDS_90 CDS 0.74 10234 10181 CDS_91 CDS 0.95 10571 10335 CDS_92 CDS 0.97 11250 11139 CDS_93 CDS 0.92 12384 12068 CDS_94 CDS 0.99 12688 12476 CDS_95 CDS 0.96 13207 12761 start_codon_18 start_codon 13207 13205 gene_16 gene 1 55792 54347 transcript_19 transcript 1 55792 54347 stop_codon_17 stop_codon 54349 54347 CDS_96 CDS 1 55792 54347 start_codon_19 start_codon 55792 55790 gene_17 gene 1 65751 62261 transcript_20 transcript 1 65751 62261 stop_codon_18 stop_codon 62263 62261 intron_78 intron 1 62545 62306 intron_79 intron 1 63744 62609 intron_80 intron 1 64648 63826 intron_81 intron 1 65271 65152 intron_82 intron 1 65477 65322 intron_83 intron 1 65706 65609 CDS_97 CDS 1 62305 62261 CDS_98 CDS 1 62608 62546 CDS_99 CDS 1 63825 63745 CDS_100 CDS 1 65151 64649 CDS_101 CDS 1 65321 65272 CDS_102 CDS 1 65608 65478 CDS_103 CDS 1 65751 65707 start_codon_20 start_codon 65751 65749 gene_18 gene 1 73038 68171 transcript_21 transcript 1 73038 68171 stop_codon_19 stop_codon 68173 68171 intron_84 intron 1 68425 68216 intron_85 intron 1 69135 68487 intron_86 intron 1 69337 69208 intron_87 intron 1 72246 69388 intron_88 intron 1 72929 72360 CDS_104 CDS 1 68215 68171 CDS_105 CDS 1 68486 68426 CDS_106 CDS 1 69207 69136 CDS_107 CDS 1 69387 69338 CDS_108 CDS 1 72359 72247 CDS_109 CDS 1 73038 72930 start_codon_21 start_codon 73038 73036 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 204 51589 52572 match_2 match 204 51589 52572 match_3 match 222 51589 52572 match_4 match 199 51595 52569 match_5 match 197 51583 52569 match_6 match 52.4 27368 27463 match_7 match 79.3 27537 27680 match_8 match 353 51613 52572 match_9 match 197 51634 52572 match_10 match 187 51631 52572 match_11 match 201 51598 52569 match_12 match 215 51658 52557 match_13 match 196 51604 52569 match_14 match 215 51664 52593 match_15 match 182 51595 52569 match_16 match 219 51676 52572 match_17 match 219 51676 52572 match_18 match 270 51610 52569 match_19 match 202 51664 52569 match_20 match 223 51622 52569 match_21 match 263 51607 52566 match_22 match 196 51577 52569 match_23 match 144 51889 52569 match_24 match 174 51601 52569 match_25 match 220 51646 52569 match_26 match 219 51646 52569 match_27 match 177 51664 52569 match_28 match 192 51664 52569 match_29 match 168 51592 52569 match_30 match 207 51664 52569 match_31 match 129 37484 37849 match_32 match 109 36455 36721 match_33 match 221 34894 35466 match_34 match 115 35493 35693 match_35 match 152 35910 36206 match_36 match 72.0 27537 27680 match_37 match 53.9 27368 27460 match_38 match 72.0 27537 27680 match_39 match 53.9 27368 27460 match_40 match 207 51577 52569 match_41 match 219 51601 52560 match_42 match 218 51628 52557 match_43 match 409 51607 52569 match_44 match 125 61387 61791 match_45 match 57.0 61182 61274 match_46 match 216 51598 52572 match_47 match 213 51664 52572 match_48 match 217 51619 52572 match_49 match 273 51595 52569 match_50 match 215 51586 52572 match_51 match 221 51625 52572 match_52 match 217 51625 52572 match_53 match 218 51586 52569 match_54 match 212 51664 52569 match_55 match 357 51625 52569 match_56 match 195 51592 52569 match_57 match 192 51664 52569 match_58 match 193 51607 52572 match_59 match 258 51595 52569 match_60 match 223 51595 52569 match_61 match 231 51652 52569 match_62 match 195 51658 52557 match_63 match 226 51595 52572 match_64 match 281 51598 52569 match_65 match 287 51589 52569 match_66 match 255 51589 52428 match_67 match 373 44912 46039 match_68 match 207 51664 52569 match_69 match 210 51604 52569 match_70 match 208 51625 52569 match_71 match 860 78086 79495 match_72 match 294 51625 52569 match_73 match 194 51595 52569 match_74 match 209 51601 52569 match_75 match 189 51595 52569 match_76 match 193 51577 52572 match_77 match 160 51655 52557 match_78 match 167 51676 52569 match_79 match 181 51610 52569 match_80 match 113 51610 52191 match_81 match 427 51601 52569 match_82 match 222 51595 52557 match_83 match 365 51604 52572 match_84 match 75.9 27537 27680 match_85 match 50.4 27368 27460 match_86 match 75.9 27537 27680 match_87 match 50.4 27368 27460 match_88 match 75.9 27537 27680 match_89 match 50.4 27368 27460 match_90 match 256 51592 52548 match_91 match 197 51646 52557 match_92 match 198 51646 52557 match_93 match 174 51667 52569 match_94 match 196 51670 52569 match_95 match 199 51676 52569 match_96 match 205 51676 52572 match_97 match 280 51586 52569 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_98 match 70.1 12384 12070 match_99 match 181 13195 12473 match_100 match 229 9604 8852 match_101 match 112 10574 10326 match_102 match 71.2 12384 12070 match_103 match 172 13114 12473 match_104 match 130 10715 10326 match_105 match 258 9604 8849 match_106 match 65.5 12384 12070 match_107 match 171 13114 12473 match_108 match 129 10715 10326 match_109 match 249 9604 8852 match_110 match 126 55252 54431 match_111 match 46.2 2954 2835 match_112 match 94.7 697 521 match_113 match 82.8 2761 2621 match_114 match 145 1880 1644 match_115 match 99.0 444 301 match_116 match 124 55252 54419 match_117 match 133 55255 54449 match_118 match 70.5 12384 12070 match_119 match 175 13114 12473 match_120 match 240 9604 8849 match_121 match 122 10574 10326 match_122 match 107 12414 12070 match_123 match 211 13111 12473 match_124 match 291 9604 8849 match_125 match 131 10574 10326 match_126 match 83.6 12384 12070 match_127 match 205 13246 12473 match_128 match 238 9604 9086 match_129 match 125 10574 10326 match_130 match 155 55726 54413 match_131 match 164 13201 12473 match_132 match 67.4 12384 12070 match_133 match 216 9604 8858 match_134 match 110 10574 10332 match_135 match 103 13084 12473 match_136 match 64.7 12384 12070 match_137 match 199 9604 9050 match_138 match 112 13084 12473 match_139 match 63.5 12384 12070 match_140 match 133 9595 9122 match_141 match 114 55234 54431 match_142 match 42.0 12378 12070 match_143 match 129 13108 12476 match_144 match 43.1 12384 12070 match_145 match 133 13186 12473 match_146 match 42.7 2167 1991 match_147 match 84.7 1877 1644 match_148 match 169 55741 54413 match_149 match 378 55756 54386 match_150 match 46.6 2996 2835 match_151 match 81.6 2767 2621 match_152 match 99.0 697 521 match_153 match 142 1880 1644 match_154 match 99.4 444 301 match_155 match 222 13105 12473 match_156 match 124 12384 12070 match_157 match 311 9604 8858 match_158 match 134 10574 10332 match_159 match 105 55255 54428 match_160 match 105 55255 54428 match_161 match 136 55252 54425 match_162 match 67.8 12384 12070 match_163 match 175 13189 12473 match_164 match 231 9604 8855 match_165 match 111 10574 10326 match_166 match 99.8 12384 12070 match_167 match 233 13186 12473 match_168 match 303 9604 8849 match_169 match 139 10574 10332 match_170 match 67.8 12384 12070 match_171 match 175 13114 12473 match_172 match 241 9604 8849 match_173 match 122 10574 10326 match_174 match 124 12384 12070 match_175 match 261 13126 12473 match_176 match 327 9604 8849 match_177 match 134 10574 10332 match_178 match 109 13111 12473 match_179 match 112 9604 9128 match_180 match 112 9604 9128 match_181 match 486 55780 54362 match_182 match 131 55264 54422 match_183 match 67.0 12384 12070 match_184 match 200 13210 12473 match_185 match 243 9604 8849 match_186 match 111 10574 10332 match_187 match 127 9604 9128 match_188 match 127 9604 9128 match_189 match 73.6 12384 12070 match_190 match 172 13114 12473 match_191 match 242 9604 8849 match_192 match 124 10574 10326 match_193 match 73.6 12384 12070 match_194 match 172 13114 12473 match_195 match 242 9604 8849 match_196 match 124 10574 10326 match_197 match 73.6 12384 12070 match_198 match 172 13114 12473 match_199 match 242 9604 8849 match_200 match 124 10574 10326 match_201 match 107 55234 54413 match_202 match 378 55792 54386 match_203 match 398 55774 54374 match_204 match 157 55729 54434