C02HBa0075D08.1 AATATTATTATTTCATGCAGTCAAGGCTGGTGGCAAGTTTCAACCCAAGGCCAAGCCCCG CCCGGTGAAGAAAGGTCCAGCTGTTGCATCCTCTTCTTTGACGTCAAAACCCACTGGTGA TACTGTGGCAACTGATTACTCTGAAGGTTTTAAGAGTGCAAAGAATTCTCAAAATTGTTA GCTTCTTGCCTTTATGTTATTGTTATCTTCTTTTCCAGAATATTTGCTGCAAAACTTGAT CGCATATTAACTGTTGAGGCCCTGAGGGTCATCAAAACTGTTGAGTGCATAGTTTATGAA GAGGCAAGTAAGTGCTGTTTCATAATAAAAGGGAGTTAAATTAGTAACAAAAAATAAAAT AACAATACCCGCCTATTTATACAAAAGATCCTAGGATTGTAACAGATTTTCACTCTCATC TGTCCATTCCAATCGACACCTAGATTAAATCAGCGAAAAAATCAGATTTAATCTTCTGTA TTGAGTTCCTTTGTGACTTTGTCCTTCAGAACACCTTTTGTTTCTTGTTTGTAATAAGAA TTTGCATCATAGACAAAGGTTCTATATTTTTTTAGCTTTTGAAATGTCATATAACATATG CATAGATAGTCTAATGTTGTTCTTTATTGATGCCGTAAGACTTCTTCAAGAATGATTTTC TGTTGTTAAATGTAAGCAGGCGATGAACAAAGCCCCGTGTTGGCAGAACCTTCCTTGGGG CGTCCTCTTGCTGCAGAAACTTTGGTTCCATCCGTTGGTTCAAGTCTAGATGCAAGTATG GTAATAACTGATAACAATGAAGATTGGAAATCTTGCTTTGAGAAATCTGAGGGAGAGGTG ATATTTTCTTATCCATATCTTGACCAGGTTAAAAAACCTTTTGTATCCTTGTTAAATCTC TTCAGTTTTCAGAATGCAGACATATATATAGGTTTGGATTCATTTGATGATTTACTTCCT CACTCAAGTGGCATAGGTAACAACTAATCTTCTTTTGTTCTCTCATTGCTGAATTTTCCT TCATAATTGCTATTAATTAGAACTTGATTTTGGATGCTGCGAAAGGGTTCCCTTCTTTTG AATAATTGGCCAATTATAGATTAAGTTATTAAAATTCTGCGCTGCATATAATTCTGAGAG TTCTAGTCCTGCTACAGATCCATCTGCTGCTCATGCTGCTGGTGCAGAGAAGCGACAAGA ACAGCTTTTAGTTCCAGTTTCTTCAGTTGATGGTTCAGCTCATAGTGCTTCCAATCTTCA ATCTGATGAGGTTGCAGCAGGCCAAGATCCATTAACATTCCAAGCAAGCGTTCTTTCTGT TAGTGGAAGTTGTCAGATGGTCAAATTCATGTCCTTCCTTTATACTCTGAATAGAGAAAC ATTGCCACTTAAATTCCTTGGCACCACTTACGAAAACTCCAGCTTTGTTGGTTGCAGGAA ACGGACACCTACTCTTTCTTGGAAGCTGATATCCTTGGGGTAACTACTATATCTGGTATG ACTGAATCTTTAGGTTCTGCACTAGTACCAGGTTATATACTGTGCTCCTTCTAAATTTCT TATTGTTATTCAGGGCAGAGTAGAAGATTCCAACCCAAGCCCAAGTTACAAGTATACAGA GAGAGATATGATACAATCATTCCTGATTTAGATGTAGGAGAGTCTGTGCCATGTCTGCCA GATTCACAATCCGTTCATTCTGAAATGGATTTTGTGAATTCTGAGAAGGGACATGGATTA CCTGCTGCTGATGTCCTTGATTTCTCAGTCAGAGGATTTGATATTATTACAGAATCTGCA CATGATTTCCCAGTTCATGAAGACTATGTTGTGGAGGCTTCTCTTCCAGATGCTGACATC CCAGAAAATCACTCTGAGGCTACTTCTCAAATGCCTGAGGAATCTGTAAATCCTTAACTT GTTTTTTGTATTCTTTAGTTATTTCTCTAATTTATGCAATGGTTTGCCTCGTTGGAGTCC TTTGTTCCTCTTCTTCACCCACTTGCAACTGTCTTTTTAGGTACCACAGAGGCCCAAGAA TAAAAAACAAAAATTCCCTGCATCTGAACTTTCTGCAATTAGTGAAGAGAACGGAGAGAG TAGATTATTAAGGAGTAGAAGAAAGTCCGTGAATGCATCTAGACTAGTAGATGAGTCTGA TGAAGACGTAATTGGTGATGGGGAATATGTGCCTGAACATCCTAATGATTCTGTTACAAT TGGGAATGATGAGGAGTTTTTGGTGGAAAATGACTCACAAGGGAAAAAGGTACAGAAGAA GTCCAAGAAAACAGTTACTAAGGAAGGAAAACGAGTTAGGAAGAGTAAAAAGACTGCTGA AGCTTCTGATCAGGCAGCCAACAAGAAGCCTAAGAAGTTTTCTCATTCCACTCGTCAAAA GAGGAGAACAGGTAATCCTAGTGGGTATTGCTTCCGTTTGGGTTAGCTATAGCTATGATT GTTTGTTGACCAGGAACGTCCTTGTTTACAGTGGATAAGGCTTTGCTTGAGGCTCCCATG GATGAGATTGACTATTCAAAGGTGCCTATTAAGGATCTAATTTTATTAGCTGAGCACAGA GAGCGGTTGGCGGTACGTTTCTTCTTTATTTTTCTCTTGTTTGCCATCAACCTTTTATAA CAAGGAAAAATTAAAATGATAAGTTTTGTTATTTGATAGTCTTCCTTGATTCTCTTGTTT CATTGCTTGCCATCCTTACTTGCAGAAAAAAGATGCAGCAGTGTCACAGATGCCTCCTAC TACTACAGATCAGAGGTATCAGAAGCTTATGTTCAATTAATAAAATATACTAATCTACAT TTATCTTTTGCTTTGTTTGTGAAAAAAATACTAATCCTTGTTTAACCATTTGCTTAGTGT TTCTCGTTTACTGCATAGTTTAATATAGCTGTTCTTGTTGATAGTGAAAATGTAGATGAT GCGTATAGGTTATTGTTGGCTTAACACATTCTATTTTTTATTCGCAACGTCTGCTTCTAA CTATTTAAGAGCATCACTGGTCTTTCTTATATTGTCTACAGCTTCATTATTTTCTTTACT TTTAGAACTGTTCTAATTACCACTCCAACAACTCTCGTATCAATTCTTCTTTAATGTTTC TCTTGACCAATTTATAATGGTCCTATGGGGTCTATTATGAGAAATTATTTTCGTTAGTTA TAGGTAAATGATAAGAGAGATGCCACTAGTAAATACTTCATGCTTAAATATGTTATATAT GTGTGCTCCTTCAAGCCGATATATATATATTAGGAGGTCATACTTAGGTGATCTTTGACA TGGTTTGAGCTGTATAATTTTCATATCTAATATGAGAAATAATTGTAAAGTACTCTAATT CAATATTGGACACTTAAATTGTATTTCCGGAAGGTAAAATTATCATGACAAGAGATCTTA GAAGTTCGATACATGCTGGAATAGCTTTGTTATCAGTTATTGTTTTTTTGTGTCGAAGTG CACATTTTTACTTGTGCTGGATGGTGTTGCATGTATTTTTGCCTTTGGGACGAAACCCTT CCCTTTTCAAGTCACAGTTTCTTCATGACTTGTGTTTGTGCAGTGCTGGTGCATCTGTTT CTAATTATGATGAGGATGAGACCTATGCTTCAGATGAAGATGGGGAAGCTGATGATCATA ATAAAAGTACTATGGGTGAAGATACTTCTTCCTACTTCAATTATCAGACTTACATGGACA AGACCCCCAGCACAAGGTGGTCAAAACAGGACACAGAACTTTTCTATGAGGTACACCCCT TTCATTTGTAGCCTACTGAATGATGCATAAGTAAAATTGGGAGATAGTTGAAATTCGATC AAGAAAAATAAGTTTTATATAGGGGATCTTACAAGTGCAACTTATAAAGTGCACAAGTTA TTAGATTCACCTATGCATTCCACATCAAAGTTTGTGGAGTTCTTTCATAGATCCGTCAAT TCTGTTCAAAATCAAATTTGCTTCAATGGTTGAGACCTTCCTATGAGATAGCAGTGAAAG ACTCCTGTTGGACATGCTTGTTGGTATTTATTTATTGATAACTGTTGCTTTGTTTTCTCT ATTTGAGATAAGGTCCTTTTCAAATATTACATGAATATACTTATTCAAGTGAATTGTGGG ATTCAAAGGCACCCATAACAACGACATACTCACTGAGGTCCCACAAGTGGGATGTGGGAG GGTAGAGTGTCCCAGACCTTATCCCACTACCTTAGGCATCCATACCAAAGCATATGGGAT GAATTCCCTTTTATATTGTAATTGTTAAGTTTTATGTGAAGAGTAGGGGAGCAGACCCCA GATGCAACGAGTATTCAGGTATTTGAAAGATTATACAACTGTTGGCTTGAAGGTGTCATG ACACCAAATAGAGCTAATGGATAAAGATGCTTTATGTGATTGGCATAAATGGTACTGTGA TGCACTCCATACACTTCTGTTCTTTTTCCTTGGTATTCTCTTAAACAATTAAACAAACTT GTCTTCAGGCTGTGCAGCAGTTTGGGACAGATTTATCCCTTATACAACAACTTTTTCCTG GCCGGACACGTAGACAGCTAAAGCTAAAATACAAGAAAGAAGAGCGGCAAAATCCATTTA GGCTTCATGATGTTCTAACAAATCGTTCGAAAGGTAAATGTTGTTCAACTTTCTCTGCTG CACTCACAGCTATATATTTTGCCAAAGACTCGTTGTTGTGATAACATTTCGTTTTTAATG GGTGTAAAATAGAGTTTGGGGATGCATTGTATGAATGCAACTTTTCTTTTTCATCCAATA AAGAGTAATGTTTCATCAACATGACAAGTATGCACCACTTAAATTTTCCTTCTATGTCAT CAGACCATCAAAGAGGGAAAAAGGATCGTTGACCTGAAGAAGAGCCTTCTTTAGTAAAAT GTGTCACATTTTTTTGAAGTTCTCTATAGAGGTTTTACATGATACTATACTTGTTGCAGA TCATTCCCACTTCGAACGAGTAATCGAGCATTTAAAGCAAATTGAAGCTGAGGAATTGCA GTACGCTGATAAAGACGAGTCAATTGACTTGACTGGGGAGGAGGAAATGGTGGGGAATCA GGAGATCTGTGTATGAATCTTCTCTTGCTTCTCATCATCTTTCTTGTATATCTTTCTCTA TGTGGGGGGTGGGGGGTGCAGGCTCTTATCTATTATGTTTCTTTTCTATAATGTTATATC TGCACAATGCATCACTATACTAATGCACATGTCATTATGATGTTTTTTTGTGCTATTACC TGGCTGGAGAAATTAAGGAGGAATGTGGCTACGTGGTTTGAGTAGACTATTATCAGGGTT GTTTTCGAGAAATTATCTTTTTATCCCTCTTTTTTCTTTCCGATGCCTGATTCTTGATAA TGATTGAGCACAGCAGGAAGAAGCGAAGTCTGAACATGTTGAGGAAAAAGAAGTTGAAAC AGTGGAGCAAGATGTTCCGAATCCAGTTAAGGAGTATGATGATGATGAAGATGATTTCAT GAAATGGAGTCAGTATACGAGTGAAGTGTGAATGATGTTAAGTTTCAGTTAATCTATATT CTCCTGCCACAAGGGATCTTTACATCTCTTTTGTTAAATTCCTTTTTGAACTCGGGCCAA CAATATGGTGTACTTGAGATAATCATTTCAACGGAATATAGCAAAAGGGCCAAGTGTTAT TAATATGTAGTGACAATGTAAAGAAAATTTGTTCTGATACGTCAGTTTAATAGTGTAAAA AATTCTTCGTACTATTAAAGTTGAAATATTCAACAGTATACTCGCATATTTAGGAGCGAA TGTGAACTAGTTTATTCTTTCTAGTCTAGACTAATATAATAGACAAATAGATTAATAAAT ATACCATGTCATTTATGCAAACTCTAATTTCGTCTTTATGTTGTTAAAGTTATACAAAAA TGGTATCTGTAATATTGTGAAGTAATGTTTTATAAAGCGGCGGAAGTGCCACAACGAAGA AATTATTAAAATGAGAATATACTAATATATAAATGATGTTCAAAATTGAACCAAAAACAC ATATTTTAATGGATTGTATATCAAATATACATGATCAATTTCTTTTTGTATATAGTGATA CAAACAGTCTAATTATGTTGGAATTGTTATTGGTTGAATCCTAATATGATAAATGTCTAT ACGGATGCCCATAACCCATTTAAATTGCCTAGCCTTTGGATTAACTAACTCTCCATTTTT TACGATGATTATAGGTATAAAATCCTCATGAACTAAAATGAATTACTTTGTTTTAATGTT TATTTGTTTAAGTTAGATAAGCTCGAAGAAATTTAAAAGAATAGAGATTTAAAGTCAAAA TTTTAAAAAGAAAGTTTATTTTAAAGGACATATAATTCTCATAAATTATAAAAATATATA TTGTAATTGAATATAATTTAATAATTATTTTTCCTTTTTTCAATTGGCATGACATTTTTT GTAATATTTGTAAGACAAGAATAGGTTTACATAAAATATTGTACATTACACATAGACATA AATGTTTAATTTTTTTAAAAAAAATTATAATTCTGAAAACTTTTTCAATAAAATTATTTG TTATATAAACTATTAGAATTATTCTAAAAGTGTGTAAAATCTAGATTAACAACTTTATTT ATTTGAATATGTCAATTAGAGTAACATTTCCTTTTACCTATATAATATATTCGTAAAATT TTTAATTACATAAAATACTATTATAGTGATTAGAAGACATATAAAGGCAAGACAATATTT TTTAAAATTTAATTATTTGATAATTTAATTAATTTAAACATAAAATGTTTAACAAAATAT CTCAAAAAGTTGAAGATAATTTTATAAAATCAATATTAAAATACGATTGATTCAAATCGA AGTGAATTAAAAAAAAAAAAAGAAATAGTAAAAAAGTAACTGTTAAGTTTTTGAATTATA AGTATGTGAATAACAAAATTACAAAAATATGTGCATAAAATTAGTAAAGATGAGCAACAA AGTTTTAATTAATGGTAACAATAAACATACGGTGCTTCTCACTATTTACATCATCAGATC TGGTTGTTTATTTTATGTATGTATCTTCTTCATCTGGTTTTGGTTCTTCCTTTTAGTCTC GAATTTGTTTCCTTTTTGTGTATTTTCGGTATTTGAGCGAACTGAATTTGGGGGGGTTTT GGTTATTTTTTGGGGCCTAAAGCCACTGCTTTAGTGGCTTTAGGGTTGAGCCGCCGGAGT AGAACAGAGTAAATTTTGTGTGGGTAATGAGCTCAATTAATAATGAGTAGACTCTCATTT AGACCGCGTCCTCTTGACATTCACAAGAAGTTGCCAATTTTAAAATCTATCAAGGATTTT GAGGATGATGATTCCCAGACTAATACACGGAACCTTATCCTTCGTCTCGCTGCTGAAGCT ACAGAAAATGAGGTTTTTGAGCTCAATCCTTGTAGTTTTATGCTATATTGCATTGCATGG ACTATCTGTGATATAAATTTGCATGCATAAATTCTTCATTCACTTAAACTAACTCTTCTA TGTTTTATAAGTTAACTTTCCTAAGTTAAAATTTTCGTAACGTACTTGGTCTTAATCATG ACACACATTACTGCTGTGCTGGTGAATTGTGCCTGTACTTAAGCTTATTATATTGGACAA TAATTTATTCTCCAGGTGCCACAAACTTCTAGCAAGAAGTTGGCTCCTGAAATACCTACT CCTGAGTATGTGATTGTGGATACATATGAAAGAGATTATTCGCCCACCTTTGGGCAGCCA ACATCATATATACATGCTAGAGGAGGTACGTCTAGTGTACTGTACTGGGGGCGAATGTTG TTAGTATCATCTGAGTAGTAACTTCTGAAACTTTGTTAAAATTTAATGTAGCTCGGGCTG AGATTGGAGAATTTGTTGAGTATGATCTTGACAATGAGGATGAAGATTGGCTTCAAGAGT TCAACAGAGAAAGAAAAGTTCTTGCAGCTGAAAAGTAAAAAAAATCTTAAACCATGCTTC TGTATGCCTACTGTGTTACATTAATACACACATCCACATACACAACTTTCCTTGAGACAT TTGCTCTTTGTTTCTTCCCTATGGTTGGTTCATCCTTTATTTTGTTTCCTCTCGTCGCTG CTAGTTGGATGTGTTTGCATTCACACGGAGAGTATGTTTGCATTCACATGGAGAGTAATT AAATCTGGTACTTGTGGGAATTATTTTAAAGAATAGAAGTAAGAGACGCTAAAATCTACC TGAGGGTAATTGATATATATCATAGCTGTATTGCATAAGTTCTTATCACACTATGGCACA ATGCACCAGAGACTAGAGAGCTTAGCTAACCAAATACTCCAGGTATAAGGAAGAGAGGAA GGTGGACAGAAGCCATTCTGTAGTCATAGCACAACTCCTTTAAACTATACACTTAGCTAA TTAGCCAAACCGTAAAGTACCTAGGACAATCCATGCTTATACTGAACGAAAACCACCTAG TGAAGGATAAGCTCAAATAATGGTGCTTTCCTGAAGAGGTCTCAAGAAAATCATTTCCAT TATTATATCATGCTAGCGTGCTTGGATGAAGCAAACTGACATTACCTCTGAGGTAACCCA AGCAAATCTTGTGCTGTCTTAACATGGAGAGACAGGTCACTTGTGACATTGTAACATTGA TGGATTTGATGTTAAAGACTTAAAAGCTTACAAACTTGGGTCTCTTCTTAGACCTTACTT GACCTTCCACTGATATCTTAGTTGGATTTCAGTTTTTTTGTCTGTTAGTCCTTTTGTGAC ATGTTGGTTTCCACATGGAAGACACTATTTCCTTTATGCTGAAGTTGCAAAAGTTGTGAC ATTACCTTTTATCCTAGAAGCATACAAACTTAGGGGTCGTTTGGTTGGTAAACAAGTTAG ACATGGATTATAATGTGGGGATTGAATAATGATGGAATCATTTAGTGGATATGCTTTTAT TGGTAGATGTTTGTTTCTTTTAACTAAAATTGGATATTGGGGTATAATAAAATACATATG TTTGGTTTTAAACTAGGTAAATTGGGATATACTTTTTTTCCGATTTTAAACTTGACTTTT CTAAAGGACTACAGGAGAAGAGTTTTGGAGAAGGGCATCTAAATCATTTTGGTGTTTTGT CCTGGTATTGTTATCCCACATTGAATGTGGTAGAAAAATAATGCCAGAATTGCGGTATAA TCCCAGAATCAAAAGTTCAACCATAAGCGAGATAAGATGATCCTTTTTTTTCCCTGGACT GTTATCCTTATTAATAAAGCAGACAACCCCTTAAGTTTTATTCTAGTATATCCTTCCGAC ACCATAAGCTAAGTACTGGACCTGAGTTTTGCTTCTTAGAGCTGTCATGTTTGTTACTCT CCTACTTTCTTGCACTCCTTTCTCCATTTTCCTCGAGCTACTTTTAGTCCCTTTAATTAT TTTATCTTCAATCTGTATTTGGCTTCAGGTTTCTGATGCTGAGTGTAATTTGTCTATGCT CTATGTATTTCATCCTGTTCTTTTCCTCTCAATATGATGTGCTCTTTTTTCTATAAGGAA TACAATATGCCTAATTGAAGACTTGAATTTTGATTATTGATCATAGGCAAAAAAATCACT TTTGTCTCCTGATACAGGTTGGAGGCAATTTTGTATAAACTAGAAGTTTTAGATCACAAG GCCCGAGAAAGAGCAGGAGTTATAGCAAATACGCTTGGATCGCCAGTTCCTGTGCTTCTA AGTTTTGATGCTGCTGTTGAGGTAAAAGCTAGCTCTTCATGTTAGTCTGTTGATTTTGCA AGTTTAACTTTGTCCTTCATGTTGCATTGTTATTTAGAGAATCCACTTTGCAATTTTTGA TATTGTTTACTCTAATAAGAACTCCATATGCTGTAGTTGTAACTTATATGTGGACCTACT GGAGAATTCATGTTCATTATTGCAAGACTGTTGCAAGCTACTTAAAAACTAGAAAATCTT CCATCATTATACGAAAACTAGAGCCATTTCCTGCTCTTTGCAATCCTTTTCGCTTTTGCA TTATCTAGCCTCTATTCACGAAAAACTAGCCTCTATTCTCTGAAAATGCTCAAGTTCTGC TATTATAAGATACATGGATTCTTTATGTTTGTTGCTGACATTGGATGTGTTCGTTTCTTC AGTTTGAATAACATAACTTGTACATGATCTTTGTACATCTTTCTTCTTTTTGGATATTCC TATTCTTAGCTGTTTTGATTTTTTTACTTTCTGAGATTTTTTGCTTCTCTGAATGTAGTG AGGTTCAGTTTTCCTACTTATTCATCATTTGTTTCCCTTTTTATGGTTTTAAATCCAGGC CTTGCAATCTTTATCCATTAAATATGGAGTATTCCAGTCTATTTATAATTACTGGAAGGA TAAGGTATGTACTTCTCACCACTTTCGGTTGTAAAATTGGTTAATACACATGTTCATCAG AAGAAAAAATATGACAAACACGCTGTTAATGGGGTTCCATGTCGAGACATTCAACAAGTT ATGTTGGGAGATTCTTGTTTGTTTGCCTCCACCAAAATCTGAAAATTTGCTTTCACACTA CTGATATATTCACAAAGCTTATATTCTACTTAATAAGCCTGTTTCCCTGTTATTCTCTTA CTCATAACCTTTCTTGTAAGTTTTTGAGGTCATCTCTTAATATAAGCGCTTCCATCTAAA GGCGCTAAAGCATAAATGTATTTTCTTCTTATTTTGTAACCTTTTATGGGGCAAAGTTCG GAGAGTGGGTGGGATGTCTGTAACTATTTAATTTGACATTTGTTAGCAGATGTTACTTCT GATATGGAACTTGTTGAAGGTTGTGGAATTGCTGATTTTGATCGAAGACTACGTTGCTGG ATTTGTCGTCATTAAGAATCTGACCTTTTCATTTACATCTTGAGACCTCGTTCTTTTGCC CTGTATTCTGAATAAGTTTGTATTTTTTAAAATTGGAAAATAGTTTGAGGATGGGTTATG AGCAACCCATCATGTGTGTTCCATAGGTTTGTATAGATTTGTTTTTTTCCAGAGATGATG AGATTAATCGTAAATCAATTTGAGAATGTGTCCCCATTGCATATCAGCAAATGTTTATGC GGAGTAAACAATGAAAAATTATCCTCCATCTTGTATGTTACAGATTTTAATTGGAAATTC GGGATCACATTGATTGTTCTTTATGTATAATATTCAATATGAAAGCTCCAAATGCTTGAT TACTAGAGCCTTGATGTTGCTTCTTATCAGAATTAATAGAGTCGATACATGTGTGGTCCT TAAAGATGAATCCTCATGCAACCTTATGTTTTTTTTAAATTAGCGGGAGCGGTTGCAGAA GCCTTCTCTTCGGCGTTTGCAGGTCAGTTCAACAACCCTAATTTGTAAATTCAGCTGAGT GATTTGAATTATTATTCTAACACTAATAGTTATTTGATTTTTTCAACATGCCCTCTCGCA TACGATCCTTTTTCTTTTTTCATGGGCCAAGTACATAGAAATTCTTTATGATATTGGATG GTGGTGAAACTCGAATCCGGGCTCTGCAACTATGTTGAACTGCGTGACTATCTCATTTAA AAGGTTTAGATGAGATAGTCAGACACTTCAACATTGTATCAAGCCAGGCCCGCCCAATTG TTGTTTCACTGATGTTGGGCCCCCATATTATCTTGTCCACTCTCCAGTTGGCAGACCTGG GTGCGTGGGTGGTTTTGAATTGTCCTACATTCATGGGTAGGAGGCAATTTGTCTCCTTAT ATAGTCTTTGGGCAATCCTTATCTCTTGAGCTAGCTTTTTAGGTTGCATTAGGCCCAATT TCCATTTTTTCAGTTACTACTATATAGTTGTTGATTTAATCTTATTCTGTAGTTGTCTTG TCTGCTTCTTTATTCTGTTTTCTGAACCACTTTTGGATTTGGATCTGCAGTCATGTTTGA CTGGTACTTTCAGCAATAACTCTTACATTCTACCTAGACCATTGGGTGATCAATGATTAC TATGTTTTCTCCATACTAATGAAAAAATGTGCAAATCGTGTCATTATTATAGCATGATGA AGATTTGATGTTCTTTGGTTTTATATGACTGCATTTTCTGCTGTTGATTATCTACTGACT ACTGGTCATTGCTGTCATTTTGAAGCCGCCTCCACCAGTTAACGACACGAATCCTTATAA TGTATTTAGGCCAAGGGAGAAGGCCCACAGACTTCATACAAGAAGGGTATTCAATTCTAT GACTGTCCTAATCTTGTTGTGTAAAATTTCTAATTGACAGTTTAATTCTTGTGGAATTTT GTTTGTGTTAACGGAGAACCTGTGGCTTCCTTTTTTCTTTAACAGATGCAAAGGAGGGAA AACAATGCACAGTCATTTGAAAAGCTTCGCCAGGTGAATCCAAGGACGAATTTTGCTCTT ATTTCTTGATCTATCCTCTAAAATGAAATACCCATCTACCTATGATTGTCTATCTTGACA GTTCCCTGTGTATTGGTCAAGGTGATCCTTTCATGTCATAGTTGCTTATCATCATCCCAG TCCAGCTGCACCAGAAGCATAAGCTTCTTTGCCACCAGATGTGTATACTATCCATCATTT CCTTTCATTCAGATATAACAGCTTTGCATTAGGTTCGGCATGAATTGCTGAAACAATGCC AAATTATTGCAAATGTTGCACATCAATTTCTCTTTTCCCTTTAGTGGATCTAGACATCCA TTTTAAGATGATGATGACTATTCAATCACATATTGCCTTCTTGCCAACTGCAAGTTGTCA CATCATTTCTTATTTGAAGATTGTGTTGTATCAGTCTCTCTTGTTTGCTTAATGAACTTC TTGTATGTAGGAATACGGTGATGTGACAGTGATGTGTGGTAGTTAAATACCTAATAATAA TGATCTTAGAATCTAACAGCTGTTCCCTACATGATTTTTCTGTGGGACATAGCCTCTATA CTTGGCGAGCGTGATAAACTGCATTAGTAAAGCTTCTCTGGCTATAAATGAGTTGATGCT ACATCTGATTTGGTCCTTTTCTCATAGGAAATTTACTTGTATCATTTCACATTGTCCAGG TTAGGCGCAACCTTGACCAAGCAAAGATCATTCTTGAGGCTCTCATCAAGGTTTGTATTT CTTAACAGTTACTAATATATATATTGGTGCATTGGATAAATTGTGGGTATGAATGGGATA CTGGACTTCACGAGCAAGGTTCAGTCCCAATACCAATTGATTCCTTATGATCTGCACAGT CGACAGTCATTTTCCCTGATCTTATTGTGTGCAGAGAGAGGAGAAGAAGCGAGAGGTTAT TGATAGTGAGATTAGCCTCCAGAGACTTCAAATGAAACACAAGGTATGCGAGGAGGGTTA CTATCTAGTCTATCCTCTTCGTTTTTTCACCATTTTTACTATATGATACTTATCAGCAGT AATAGTAGTATCATTAGATAATATTCTCTCTTATTCTGTCTCGACTGGGAAATAGATTAT CTACTTTCTGTTTTATTGTGATTGCATTTAAGATTGACAAATTGAGGTTTTACTAGAATC TTAAATGCAGCTCCGGAGCAATTTCTAATTGCTGTGCTGAAAAGAAATTCAGCTGCCGAC TAAAAGTTGGTTTACGGAATAGAGTGATAGTAGTTTTTTTCTTTAAAAAAATAAATGGAA AAACTAGTAGGTTGGAGAGGGAATAGCTCTTTATTGCAATAGATAACTTAAATGTGGGTG CAGATTTTCCTTGTCAAAAATGTCCTGCTTAGTCATATTACAATATCATTAGGCCTTTTC AAGTACCAAATGTAACTGGTTATTCTCCTCAGGGTCAGGGCTGTGTTTTCGGGTTATTCA TTTTGAATGTTACATGAATTAATTAATCTACTTTTCTTGGATTCCAGAATGAAACTGAGC TTTTTGTGGATGCCTTTACTCTGCCTGAATTTCCTTCCTTCCCAAGTAAGGTTGGTTCAA GTGAGGACGAATTTGTCGACTCTGATGATCCTTCTACTAGTCGTCGGCATATAGCACAAA ACATTACCTTCCCGGACCCGAAGCTGGTGACTGCTTCTCCTAGAATCATGAAGCGAGAGT TCAAGCGAAGAAATGTGTCCCATGGATGGCTCTATAAATTGGTGCTTTCCTACTCTCTAA AGTTGCTTTCCTATACTGTCTCACTTTATCACACATGTTTTCAAATGTAGTGTTCGAATT ACTTTGCATGTGAGTTGAAAGCTACTTGAACTTAATCCATTTGTTAATATTAAACTGAAG ACGAGACTGCATAAATTGGGTTATACAGGATCCAAATGAGCCAACTCTGCTGTTTACGAA ACCTCTGGATCCAGCCAAATTGTCAGCTGCAGGCATTATACCTCCAGGTTCTCCAACACC AAATGGCCTACCTGCTCACACATTTAGCTTTCGTGGAAGGATGGGGCGAGGTGGTCGTAT CGTGTTTGATAGATGGAATCCACTCAGCCATACACCCATGGATTGCGGTGATACTTTATA TGTTCCACCGAAGGCTCGACATTCTGCACATCAATGACATGATCAGCACTTCATGAGCTT GTTTCTCAATCCCCTTGAAAGTTGTATATGTTGTATGATATTTGCATGGATGATGCTAAA GATGGAAGGGGAAATTTTGAACCAGTGATAATTGAAGAACCAAGTCCTGGAGATGCACGT ACCGATTGTTGAAGGCAAATGTCATAAAATGAATGCTTAGAGCATCGTTTTGCCTCCTGT TTATGTTTTTGGGCAAGTGCAGGGTGTACCATTTTCATTGTTTCTTACATGGTTGAGAAA TGAAAATATCCCTCTGCCCAAATGTACAATATTTGCAAGTTCGGACAAGGGAAGAAAAAA GTAGCTTCCTCCCTGTATTTGTAGAATGTTAATTTAATAGATCAGGTCTTATTTTAAGTA CATGCCCACGTAGATAATGTATGTATGTGTTTGTTGTAAATGAAGGATGAAGTTACAAGG TTTAGCCATTCATTGTTAATTTGACCTGTTTATTTTCTTATCTTGCTATTTTCCGACTTT ACTTCATTATGGGATGACGAACTTTTCAATCTTTTCTGAATAATTATAATTTAGACATGT TCTATATATTATGTTTGTTTGATAAAAATTTAACACATTGCATTATAAGTGTATTAAAAT GTGTGATAAATGATTTGTATTATATGTGAATAATAAATTGTTCTTTATTATGATGTGAAT TAAACTTGTATTATAAACGAATTAAAAGTGATCAACTATAAATATATATTTATGTAAGTG AATCCACCAAATATAATCCACTATCGGGCTTTTACATTAGACCATATATAACATTGGCCC ATCTACAAGTCCAAGCACATAAGCCCAAATTCAAACAACTTCAAAATGACAAACAAATCC TCATTTATCCCTTCTCTTTCATCACTAAAACCCTCAAAACCCCTTTGTCCATTTTACAGT TCTTACAGCATCTCCTTCTCAATAGCAGTATAAAGCAAGTGCAAAAGCTGATTCTGGGTT CTTAAAATCTGCATGTTTTTCTTGCATTTGGATTTTGCATAAGCTCAGAGTTGAAAGATT TGTGAAATCTTGATATGAAAGCTTTAAGAGTTTTGAGGACATTGAACTCATCACTATCTT CAAATCCAAGCAAAACCCATTTCAATTCAACCATTTTCCTTCGATTTTACTCAGCCCAAC CTCAAGAAGACCACCCCACAAGCACTGGTGTTTCTTCCTCTGAAGAAGAGGACACGTCTT CCTCAGTCTTCGACAGTTCGCAATACGATGTGGGTGTGGGATTAAACAATGATGTTAATT CAGAAAGAAGTGTAAGCTCCACTTGGGACGAGAAATATAGGGAAAGAGTGAAAACTAAAG TCTTTGGTGAAGACCCTTCCGAGATTAAGAGTTCAAGAATCTTGATTAAAGAAGAGGAGA AGAGAAGAAGAGCTGCTTTATTGGCTAGGACTCTTCTAGAAGCTGCACTGGACCGGCCTG ATGAGGAAGGGGACGAAGATAAAGAGGATGAGTTGGTGAAGGAAGAAGATCAAATGTCAT TGAGTGTGGGAATTATTGGAGCTCCTAATGCTGGGAAATCTTCATTGACTAATTACATGG TTGGTGGATCTCTTCTTGATAGATTTCTATGCTTATTGTTATTGCTGGTTACTTGAGTTT ATAATGACCTCTTTTCACAAAAAATAAGAAAGAAAAGTATACTAATGACTAGTTGCCAGT ATTAGCTAAAATGGATTACATGCCAGATTGATAACGACTAGAAATTGCTAAATCTACTGC TCCTCTAGAAATGCTTGTGGACCAGTTCCCTTCAAATAGTTAGGACCCACTTAACCATCG AATAGAAAATGAAGATGCAAAGTTAGAGCTCTCATCCCACCAAGGTAATTCAAAGAAGAA AGACACCCAACTAAAGCTAGAAAATGAATGAAGCTTGCCTGTTAAAATACTTTTTGTTTT GTTGCTAAGTATAAAATTTTGAACAAGCATTAAGTTTTCAAGTACACAGTTCAACTACTC TGGATAAATTTTCATGTTTTATTGTTGTTGTTGCTATTCTATGAGTATAATGATGACTAA TTTGTCAATAGTGGTGGTTAGTGATCAAAAGAGCAATGATATGCTTAAGTGGTTTAGCTC ATATCTGGCTAAATAAATTTTTTTAAAAGAACAATTAGTGCCTCCTCTCCAGGGTTTTGG AGGATTCATATGGACAACCTCAGCTAGTATGAGATTGAGATGTAGTTGCTGCTGTTGTAT TGTCTATAGAGTATACCTCATGAACTGTAACAACTCTTGTTTTACCCTAAACAAAATGAT ATTATATTATTATGGCATCTAATTCCTGCACTAGTCTTTAACTATGCGGTTGTTGTCTGA TTTTTTCCCTTTCTGTAGGTTGGGACCAAAGTTTCTGCTGTATCACGGAAGACAAATACC ACTACTCATGAAGTCTTAGGTGTGATGACTAAAGGGAAAACACAAATTGTGAGTGTACTT TGAATTACTAGGTTTCAGTTCCATTTTCCCTGATTGTTGATCTCCATTTCATTTTATCAG CTTTTTGTTGCTTGAGCTGCATCTATTTGCAAAAATGAATTCTAATCTCCAATATACAAT AAATACATATATTTTTCATGGACTTTAGTTTCATGTATGATCACTGAACTTTACTCGCTG TATTGGTAAAGAGTTATGTAAAATAATTGGATTTTGTCCACTACAATAGTGAAGTCCCAA ACTATCTTTTCTCACATCAAAGTGATTAAACTATGTTTGAATAGCTCAGAAAATCATTAA ATATCCTGCTCAAATTAGACAACATGATAAAACAACAACCAATAACATACTCCTTGTAAT CGCACAAGTGGGGTGTTGGAGGGTAGAGTGTAAGCAGAACAACCCTTGTAGAGATAGAGA AGTTGTTTCTGATAGACCCTCAGCTTAGAGCCTGCCAAACAAAAAATACAAATGACAGAA AATGAAAAATTCATCGTGTAAAGGCTTTGACTACTCATGTTTTACAATTAAACAAAAAAG TAAAAAAGATTACTTGGCACTGGGAATTTTGACCATCCAGTCAATTCTATTTTTTGAGCA ATTCAGACATAGTTCAGTCAAAAAAAGAAAATGAAGAAAACAGCTTTGTGATTTTACTAT TCTTTTGGATAAAGTGCCGTTACATTGATGTGACAAAAATATTGTTTTGCAACTTAACTG GTATACAGGGTACCCATACGTAAAACTGACCCACTAAATGGTCAAAAATTAGTTTTCTTG GACTTAGAGTAAGATTACCCAAGCTTGATGTCAGCCATCGTTCTTTTTGAAAAGGGGGTA TGTACTCTTACCTGCAGCATCTTATCAACTGATTTTTTTTTTTCCTTTTTGAAGAACTTT TTTTTATTTTAAGGGAAAATTTTCACAAAAGAGAAAATAAGCAAATATATGACTACTAGC AAAAATGCCAAATCTTATGAGCTTATCTTGCAGGTTGAAGTATACTTTTTGGGTCTAAAA TATATGGAGAGCAAAAGTTCTATATGTCTAATGAGTTCTTTCTGCAGTGTTTCTTTGACA CTCCCGGGCTTATGCTAAAGAAAAGTGGATTTCCTTACAAAGACATAAAAGCACGTATTG AAAGTGCATGGAGGTCTATTGATCTATATGATGTACTCATTGTCATATTTGATGCTCATA GGCATCTTACCAAGTTAGTTTTTCTTCTTGCTTCAACTCCAAAAGTTCATATTTATGCAA TAACTATATGCTCATCTCATGATATTATGTATGCAACATTGTTATCTGTAATTACTAGTA ATATATGATTTAATAATAGAAGAAAAAATATCATAGGCTAAGATGTGTTTTGCTTGTTTA ATCTGGATATGTTTGTCTAATTTTCAGATTTTCATCGTTAGGCGAGTTCACAGAAGAACG TAGATAGTGTTTTCCATAGTAGTTCTCTTACCCCAAGCCTGCATGCACTTACTTCCTATA TTTTTGGACTAGATAGCTCTCTAATTGGTATACTAGCCCATGTCATATGGTAAGATGTGC TTTGCTTGTTTAATCTGGATATGTTTTGTCTATTTCATAGTTAGGCGAGTTCACAGAAGA AGGTAGATAGTGTTTCCACAGTACTACCCTTACCCCCAAGCCTGCATGTACTTATTTGCC TGTATTTTTGGACTAGATACCTCTCTGATTCATACACTAGTCAATGTCAATTTTATATCA GTGTTTTTATTAAGCATAAATCAAACAGTCCTATGCATACTTTTGCATTCACCATCATTA ACAAGGTGCAAATCATATTAACATTTTAAAGGGGAATCTTAGTAGCTTAGTTGGTTGGTT ACTCCCACCTTGTTGGTGAGGGTTCGATTCCCCACATTGAGATCCCCTCCCCTATTTCCC CTTCCCCTACCTCCAATTTTTCAAAAATAATTGAGAAAATATTAACATCTTAAATGTGCA TAGCTCAAAATTTGCACATAATATAGGTGGAGGGAATAGAATTTCTGAATGATGATACAC ATCCTCTATGACTTACTCAAATAGATGGGCTTTGGCCTGTCCAATTTTCTTGCTCTGTAA ATAAGATATTTATTGCAACCACAACAAACTCAGTGTAGAAGGCTGTATAAATGCTTTATA GAGGTAAGATTATAGGTCCAGAAGAGAAGTTCAGCTTGAAATATATCAATGATGTAACAC CTGTGTTTTGCACGTCGAGGAAAGAAAACTACTTACTCCATCACAATCTTGTCATTATAG GCTTTTTGGCGGTTAGTGGACCATTTCTAAGTGAATTTTGTCCCTTTGAGCTTTTTGACA GTCAACTGATCAACCTTGAACTGAAATTTGACTTGGATAAAGCTCTTATATGCCGGTTGG GGTTTATTTTTTTGAAGATTCATCTTCAGTATCAAGATAATATGTGAAGTAATCTCATGG TCCAATTAATTTCCTGTCAAATTCGACTTCTGGGCCAATTTTTACCAACGGTTTTTGGTT TTTGTTCAAGGGTAAGCTTCTTTCCCTACACAAAAACATGATTCAGATTGTGTGTTAAGC CTTGATAAAAATTTTCTCGCTTTGATAGAGTAGGCTTCCACTTGGAATAGAAATGTGAGG ACCTTCCAAGATCATTGTTGAGATTGGTTTGTCATTTGTGAGGACTTCCTGAGATGATTA TTTACTTGTAGAATGTAGAATATGTAGCAGCTAGAGTAGGTTTCCTTTCTTCTTTGTAGT CATGTGATGTGCTATCTCCAAATGTCTGTCACTAGTTTCTCAAGGTGGGATGCTATTTAT GTCTATCTAATCCTTCCTTTTCTTTTATATTAGAAACTTTTTTTTTAATTTGCAAATTCC AATCTAGGGTTATGATTTCCGAACTTCGTATATGTATATATGCTAGCAAAGCTCCAAATA TTGAGTTTTTGGTGTGAACAGTTAAGTTCTGTGTCCTTTGAGCCAAATGAGAGGCTTTGG AATTTATTCTCCCCCCGGCATCACCTTAAGTAGCTCTGTTCAGTGAAGATAGGTATCGGT TTCCATGTTTAAAATGAAGTAAACTTATCGAGAAAAAAGTATTGTAGAGAGGACTGGAGG ATGCACATATAACTGCATCTTATAGCAACTAAGTAGATTCATCTGAATTTTGCTGGCATT ATTTCTTCTGTCTAATTTTTTGATATATAGGCCTGATTCTCGAGTGGTGAGGTTGATTGA GAGAATGGGCTCTGAGGCTAATCCAAATCAGAAACGCTTACTGTGCATCAATAAAGTTGA CCTAATCGAGAAAAAGAAAGACTTGTTGAAAGTTGTTGAGGAATTCAAAGACCTTCCTGG ATATGAAAGGTAATCTTTTACTTTTTCCTGTTATGGTATGTTATTTGGTACGAATGCTCA TTATGGTGTTTGCTTTGTTGATTTATCCTTTATAGGTGCTTTACGGTATCCGGACTAAAG GGCGCTGGAGTGAAAGATCTAACTAAATACTTGATGGAGCAGGTATGTTCATGTCTGAGG CTCTGTGTTTGAGTGTGGTATTTTTACCCTTCTACATGTTATGTTTAAGTTGCACCTATA ATTGATACACATACCACCTGCTCTTCTTTTTTTGGGGGGGGGGGGGGCAACTGCTAACTC AGTGATTCTGTCTACCTTTGGAATTTTTTGCTCCTTAAAGTTGCTTCTGCCTTATTCCTC CAAGTAATGGGGAGTGTAGTTTGAGCAAAAAACTGTAAGTGTTAGAGTGTAGTTAAAAGG TTCTTTCACGTTATATTATTTCTTGCTGGCACTTCTTTTAGTTATTAACTGCAGGCACTA CTTTTTAAAGAGAGTGCATAGGGATGGGTTGCTTTGTTGTCTTGCATATATCATATTATA CTTGTGTGAAGTTAAAAGGTTCTTTTAGTTATTTTATTTCTTGCTTTGATCTCTTTGTTA GTGCACTCAACCTCTCTTGTAATCTATCCACTAACTTAAGTGCTTAACTCGTATACCATG TTGTTTGTTATGCTTAGTCAGTGAAAAGACCGTGGGATGAAGATCCATTTGTCATGAGTG AAGAAGTTATGAAGAATATTTCAATGGAGGTAGTCAGGGAAAAGTTGCTACATTACATAC ATCAGGTACCCGTTGTCTTGTTTGTGCACTTTGAGGATGTGCTTTCTTTAACCAGCAGGC GACCAGCTTACTAAGCATGACAATGACCTGATAATTTGTTTATTTAGGAAATCCCATATG GCATTGACCATCGCCTGATGGACTGGAAGGAGTTACGTGATGGTTCCCTGAGAATTGAAC ACCATTTGATCACACACAAGATAAGCCAACGCAAGATTCTCGTAGGAAAGAATGGTTCCA AAATAGGGTAAGTATCTTCCCGTTGAGCCTTACTCATCTCTCTCATTAATACTAGAAGAA CTTCAAGTATCTGTCAATGACTTCTCTGCTTAATACCTGAACCATGAAACTCTGAAATTG GGATTAAGCGTAATGCATGATTCTATACAGAAGGACTGGACTTAGCTGATGTCACTTGAA CCATCGCCCTAGATAAAATCTTTTCTTTCTCTATGTAATTTACTGATTTATGAACATTGA ACACAGATGTTCAGATCTATAGTTCTGTTTTCTAATTCCTTGTCTTCAAAACTATGACTC TACGAAATGTTACAGAGAAAAAACATTTATAATTTAGGATTCAGTATTTGTTTAAGCAAA TTGTCGTTTGACATAATTATCTCAGCTTGGGCAAAGTTGCTTTATTATAACGTTATGTAT CTGTCGTTTTCATGCAGGAGAATAGGTATCGAGGCAAATGAAGAGTTGAGAACGATATTC AAGAGAAATGTCCATCTAATGCTTATGGTTAGAGTGAAATCATGAAGATGAAAGACAATA TCCTTGTTTTGCATGTGTGTATATATAGATGTGCTCCAGTTTTTGTCCCTTACCAAAGCA GTTCTCAGTTGACACAATAATTTACCAAAGCATTAATCCAAAATTATATTGTTATGATAC AAAATATGGAAGAGAAGCTTGATTTCCCTTTACATGTGAATACACTCATATTCTTTTCCA TAGATTTAAGGTCAAAATTCTAGACATTGTTTGTATTCATGTTGGGATCAATTGTTTGTA ATGTTGGTTCATTTGCATTGATATATTTGAACCTTCAGTTGCTCCATTTCCTCATCTAAA CAATGTACTTTTTGATTGTTCCATTGCCACATTTTCCCATCTAACCTATGTGCTTCTGTT CTTAATTCAGTATTTTCCTTATTTTGATTTGTGCTAATTGAATTAATTACCACCCGGACA CGGCCACTTTAAAAGGTAATCGGATGCACTAAGCACTTATTATGATCTAATTGATAAATG GTTTCGAAAATTTTTTATGAGAGACTTTAACTAAGTTTATGTTTAACTTCATTTCAAAGC ATAAAATATAGGGGGAGTATGTTTTTGAGACTTCGTATAATATTACTTTATCTCATATGA AATAACTAATTTTGATTATTTCAATATGAATAGTGATATAAAATCAAATATATAATAAAA TAATTATTATTATCCCACTGACTCAAAAAGTGCAGTGGAAGCTGAATTTCTTATTCCAAT TTCAATTGATTTGCAACGACAACTAGTTTAACTCATTTGGCAGCAATCAAGTACGAAGTA CATTAATGAATTATGAACTAAAATCAAAATTGAACTATGATAGATAAAATAAAGATGAAA ATTCAAAAGTGGTACACCTCCTTAGGAAAAAAGACGAAAAATGCATGGTACTATTTTCTC AAACCACTATTCATTATATTAACCTTTATCGAGAAATCAAAGAAGCTATACTGGAAAAAA TAATAATCCAAGACCTATTTATATGGTACCTAATGTAGACTTTTTGGTTCAATTTGGTCC ACTATATTTAAGTAAAAGTTTAATTGATTCGTGTGAATCATAACTAATATTGTAACTTCA ATAAATTAGAGACAACAGGCAATTTGAGCTTTGAGAAGCAAATGTAACTTAGTCATCAAA TAATCGTGTTATTAAGTAGTCAAATTAAAACTATAAGAAATTAATAACATGGTCGATCTA GTGATAGTAATACATTGACAGTCATCGATAAATTTCATTTAGAGGATCGAATTATGAATT ATTCTAACGGAATATTTGAATAAATGATAAAGTGTTCGTACTAAATATTTCAAACTCAAT TTTTGGAAAAGTTTTTTGTGTGTATTCTTAAGAGTCCAACACTAAGATAAATTAACCACT TAAAATTTGTCACTTCGTTTTAATTATATGTAGATAAGCATGATATTTTATATATAACTT ATTTAGGCTAATGTGTCTAATAAAAGACGGTAACACATAAGTGATTAAATTATTTATGTA ATATGCACTTGAGAAAATCCATAATAGTCAAAAGTATTATCTATTTATAACGCTTCATTC GTGTGTTCGAATACTTAATCAAAATAGGATATAGTTAAAAATGTCTAAATAAAATTTATT GATACGTTAAAAAAAGTATCAAAGGTGGTAAGATTGATTGGGCAGTTGCAACTGAAGTAA TTTAAGCAAAACCTTATAAAACCCTAGTGACTCCCATGAATCTAAGAGTAAACATGAGGG ATTCCATTATTTTAACCAAGAGACAATTGGAGGCAAATTTAAAAAGTCAAAACTTTGAAA CAGTAGCTTTTTTCAATCAATCTAGCACTAAATCAGGAACAAGGTCAAACTTCTGATGTA ACTAGCCAATGGTTTTTTTTTTCTCCGTTTTCTATTTATATGTTACTATTTTAAATTTTA CGTTTTAAAATTATCATTGTATCGTTATTTAGTGATTTTTTATGTCAAATTTATAACTAA TGAACATAAATTTAATTTATTATGATTAATTAAATTGCAATGCAAATTGGAAAAGTATTA CTAAGAAACATCTCTTTTTAATAAGGACATATAAGTAGAAACGGAAGGAATATTAAACCT AAATACATGTTCAATTAGACTTATTTCTTAACAAGAAACTACTTGAAACGTCGTAAAAAG ACGAAAAAATGCATGTCCAACGTAGATAAATGATAGTAGAAGTATAAGTTTGATTTTTAA AATAAAGCAAAACATTTCCTATTAATTTTCTTTAAACTCAAGAACTCACTGAAATCAGTT TTACGAAATATTCAAAACAGAATGATGGGCAAAAAAGAAAGATCTTGTTGGGTCAGGATA ATATTATAGTTAAAAGACTGTCTTCACTAATCATGATTACCCCTAAAAACACAAACTATA GAAACAAAGATACACATGTAGGTGTCATGATTATTTCTAAGTACTGAATCTCTTCGTTTA CTTTTATTTGTCGATTTTAAATTTTACATGTTTAGCATTAGAATTTGAATTAAAAAAACA AGTCATTGATGCTGAGGTAAAACATGCAAAGGCAAATATATGTATTTTATTAATATGTTA AAAGTAATATTCCCTCCGTTTAAAAAAGAATGATCCTATTTCCTTTTTAGTATGTCTCAA AAAAGAGTGACCCTTTTCTTTTTTTTTTGACAATACTTTAATTTTAACTTTCCACGTAAC ATGTTTAAGACCACAAGATTAAAGGACATTTTGGTACATTTGACATAGAACCACAAGATT AAAAAATCTCCGTTCCAAGTCAAACTATGTCATTCTTTTTGAAACGGAGAAAGTAATACT TTTAAAATATTGGACAAATAAAAGTGAACGAAAAGTAGAAGTTGGAAACATAGGTTTCTT GATGGAATGCACAATTTCCAAATGTGGTGAGAAAAGCTTTATCCTTAAAAAGGAGGTTTC TTCAATGGGAACACAATTTCCAAATGTGATGAGTACTACTTTTTCCATTTTTGGGTTCTT GATAAAACTGTGTCTTGTAGGGTAATCATAATAAGTAGATTGATAGAAACAAGACAATGT ATGACTGACTTAGATTTTGCAAACCCCACTTAACATAACCAAAGAAAAGCCAAGACAGTT GAAAAAAAGAGAATATTATTACTCATTCAAAAGGGAAAGTTAATGGTCCTTTATCTTTTT CAAAATCCATCAAAGATCTCACTACTCATACATTTCATTGCTTTTGGTACAATTAGACTG GATTGGACTAAAATTAGGTCTCTAACAAGAAAAGATAAACATAGTTTTTTATACATTGAT AATACTTGTTGGATACTCCCTCCGTCCCTTTTTAATTGTCCACTTTTGAATTGACACACT TATTAAGAAAATAATTAATAACATAGTCAGTTTATAATTTTATCCCTATTAATTATGAAG TGGATAAAAAGTCCTAGATTTTTCAAAGTAATTAGTCATTTAATTGAGGTATAATAGATA AAAAAAAATTGTCCTTTCTTAATTTGTCAAAATAGACAAGTAATTATGGACAACTATTAA AAGAAAATTGGACAAGTAAAAAGAAATGAAGGAAGTATTTTATAATATATAGAGATTTAA ATTGAACAGATATATCTGCTCATGAAAGAGCATGATTGTTATACAATCTCGTTTATTCAT GAAATAACATGATTTTTATGAAAAGTCATTTGATCATGAAAGAATATGACTCTTATGAAG TTATCTCTTAAGTTTAGTAAATATAAAAACTCTTGTAAATAGCCTAAGAAAAATCTATAT GTATAAACAAAAGGGTTTATTATAGCCCGGAGGTGTTCTTTTTTGTATTTTTTTCAACAT ATCTCTTTAAAAAAAATAATTTTATACGCCTTATAGTCATCTTCTTCTTCAATCATATTT CCTATTACTTTTCTAATAATACTAGTTCCAATGATCCAATCCTAAGTCAGTCTTTACTCG TTAATATTCGACTCAATACATATCACCTTAACAATTAGACATCATGAAAATGTTGATAAA TGAATAGTAGTTAATAACAAAGAATAAAGACATAAAATGATAATTAGTTGTCTCTTATTT TTTTAAAATTAATAGAAATAAAATATATTTAACATACTTGGCAAGTAAAAATGAATGGAG AGTATAAATTATTTTCACACAATCTGGTTATTAAATTGAAAGATAGTTATAAATATTTTT TCTTTTTTTAAATTCATATAAAATCAAACTAATTCATATGAATCAAACGGAAAGAGTATA CTATTGGATCGAAAATGAAAACTTGACATTGGGATGTGAAATAAAACCCTAGATCGAACA ATTTGTTACTGATACGACTAGCTATACATACCACTTGTTAGAACTATAATTAATAGGATT AAAAATATGCTTTATTATTTGTGTGATGTTAATTATTGTGATGTTTAAACAAGTAGAAAA GACCAGGTGACACTTGAAATTTTAGACAAATCGGGTAAAAATGTTAAGTAACAACACAAA AAAATAGTTGCTGCCAACTTTCAATCTTGACTATAGTCTTTTGCACTCAGCCTTTTCTTT TCTTCTATTTTGACGATGTTGATTAATGAAATAAATAAAATTAATACATTTTCTTATTAT TAATAGGAAATTAGCATTTCTTTTCTAAGATTGGTGGAAACAATTCATGTATTAAGGATA ATAATAATAATAATTCTTTAAATTTTGTTTTCTCTACTCCAAAGTGATAATCTTGTAAAG CTTTTTGTATATTTTATTTTATAGCATGGAGAACTTTCTTCGTTAAATTTTACTTGCCCA TTATAATAAAAATATATTTTGTTGTGTTTTGTTTTATAGTATGGAGAACTTTCTTCGTTA AATTTTTATATTTTATGTGTATTTATTTTATTCTATATGTAAATCGCCTTCTTCAGATTA AAAATCAATTAATATTGATATCGTAAAAAACACTCGTAGCAATTGTCATTTGTTAAGAAA AAATACCAAGTAAAGTTCAAACTTAGCACAAGTAAAAATAAATAAATTAAGTACTTATTT AGCAAAGGTCACGGTCAAAGACTATAACTTAAGTAGCAGCTCTTCTTGTAGTTTAGCTTT TCTTCTTTTATTGGTATCTACCTCAAAATATTTAATATCTTCGTCGTGAGTCATACCTAA TCTTTCGTTTTGTTCGCTTTTATTTGTTCATTGTATAAAAAATAAATATTTTACCTTTAC TTTTTACTCGTCTAGAGAAGAAAATAAAATTCCTTAATAAGGAAGATAAATTCACAAATA AATAGAAACAGTTTTCCTCTATGCAGCCTCCCAAAATTATTTGAAAATACTAACTTTTGA AAGTTGGTAAATTTAAAAAAAAAAAAATTAATTATGGTAAGTTTTAACTGATCATGATTT CATCAAACTTCAATTTAAGGTTGATTTTTAATCGATATTTTTCAAAAAATTAACCTTTTG GATTTAGTTTTTGACATTCTTTTAGCGTCATTTGATAGAATATATTGGAAAATCTAACAC TTATATTAGTCCTGGTATTACTTAAATCTTTTATTTAGCAGGGTGTATAAATAAATGCAT AACAAACCATGATATTATCCAATATCCATATATGGGCTATTAATACATGGGATAACTACC CTTAATATACCAAACCAAACGGAGGATAAGAAATAATTCCTCGTTTCTTTTGACATGTTA TTTATTTTTAAAATATTTTTAGTTATTACTTTTGACATATTAATAAAAAATAATTATTTT TTTTTATGTTTTATCTTTAACGTTAAATACTTATTCTCCAAATCATTTTCCAAACCCTAA TACTCCCTCTAAACAACTATAACAATATTTATCCACTTTATGAAATCAATAGATAATTTT ACACTTACTACTTAATTTTACCCTTATCATTTACTATTTTAGTCATTTTCCCATTATATC AACACAAAGTATTTATTATATTCAAGAGGTGATATAAGAAAATTACATTTTTTAATATAG TTTCTAAAGAAATATACAAAGGTCAATAGCGGATGAGTATTAAACATAATTTTTTTCTCA ATAGGCATGTCAAATGAAACCATAACGAGTGAAATGAATAAAGAAAATAGCTAACCTTAC TAATAAATCGTATTCTTATACACTCTACTCACTAAAAGCAAACCTAGAACTCCATAGTTA ATCAATCATAATAACTTGTCTCTTTATTTGTGTGTGTGTTGTCTGTTGAACTACAGTCTG TAGATTGTCCTTCCTTCCTCGGCCTTGACAAGAAAACACTGAAATGATACATGTATCCAT CACTCCACCAACCAAAAAATATATGAAGAAACAAATGCTGCCAAAATTCCTATATAAACT CCTAAAACAAACCAAGAATCCAAAAGACAAACAGAGAAGCCAAAAAAGAGACTTTCCCTT CTAGTTTTCTGCCAAACATTCATATCTCTTTCCTCATTAGTGAAAAACTCCACCTCCTTA ACTCACATGTCCACTGAATTTGAGAAACATAAAAGAGTAAAAATAACCTTAACTTTCCTT TTTACAACTCTCCTAGCTTCAAACTCAAAATCCCTTTTAGTATTATCTCCAATTATACTC TAAAAATGGAAGCTTTTCATCATCCCCCTATTAGCTTTCACTTTCCCTATGCTTTTCCTA TCCCAACACCAACAACCAATTTTCTTGGAACTCCAAATTCATCATCAGTTAATGGAATGA TCATCAACACTTGGATGGATAGTAGAATTTGGAGTAGACTTCCACATAGGCTTATTGATA GAATCATTGCTTTTCTACCACCACCTGCTTTCTTTAGAGCTAGAGTTGTGTGTAAGAGAT TCTATGGACTTATTTACTCTACACATTTTCTTGAATTGTACTTGCAAGTTTCACCTAAGA GGAACTGGTTCATTTTCTTTAAACAAAAAGTACCAAGAAACAACATTTACAAGAACGTGA TGAATAGTAGTAACTCAGGAGTTTGTTCTGTTGAAGGTTACTTGTTTGATCCTGATAATC TTTGTTGGTATAGGCTTTCTTTTGCTTTAATCCCACAAGGGTTTTCTCCTGTTTCATCTT CTGGTGGATTAATTTGCTTTGTTTCTGATGAATCTGGATCAAAAAACATTCTTTTATGTA ATCCACTTGTAGGATCCATAATTCCCCTGCCTCCAACTTTAAGGCCTAGGCTTTTTCCTT CTATTGGTTTAACTATAACCAACACATCTATTGATATAGCTGTAGCTGGAGATGACTTGA TATCACCTTATGCTGTTAAAAACTTAACTACAGAGTCATTTCATATTGATGGTAATGGAT TTTACTCAATATGGGGTACAACTTCTACACTTCCAAGATTATGCAGTTTTGAATCAGGCA AAATGGTGCATGTACAGGGGAGATTTTATTGCATGAATTTTAGTCCTTTTAGTGTGCTTT CTTATGATATAGGGACTAATAACTGGTGCAAGATTCAAGCCCCGATGCGACGATTCCTAC GTTCACCGAGCCTTGTTGAAGGGAATGGTAAGGTTGTTTTAGTTGCAGCAGTTGAAAAGA GTAAACTGAATGTGCCAAGAAGTTTGAGGCTTTGGGCATTGCAAGATTGTGGTACAATGT GGTTGGAAATAGAAAGAATGCCACAACAATTGTATGTGCAGTTTGCTGAAGTGGAGAATG GACAAGGGTTTAGTTGTGTTGGACATGGTGAATATGTGGTGATAATGATTAAGAATAATT CAGATAAGGCATTGTTGTTTGATTTCTGTAAGAAGAGATGGATTTGGATACCTCCTTGTC CATTTTTGGGAAATAATTTAGACTATGGTGGTGTTGGTAGTAGTAATAATTATTGTGGAG AATTTGGAGTTGGAGGGGGAGAGTTGCATGGATTTGGTTATGACCCTAGACTTGCTGCAC CTATTGGTGCACTTCTTGATCAGTTGACATTGCCCTTTCAGTCATTCAACTGATAGTTAA ACTGTTTACAAGTGGGGTATCAGTAGTACTAGTACTATGAATAGTGTTTCATTTGGACCT TAATTAATTGTATTTTTAGTGTTTAATTATCTAGTGTTTTTATATTACCAAGTCTTTAGT AAGAAGAAAGTTTGTACTCTACTATTGTTGGTTGACTTATTAATATGAGTTTTACATTGA TTTGTGCTTATATATAGTTTAGTTAGGTATCTTTTTTTACTTCCTTTTGAAAATACCAAA GTAGAAAACCCTAATCATTAAAACAACAAGAATATCGTTATGTTGTCAATTTTACCGATG ATTTTATTAGCATATCATAGAGTATTCGACATATTTACAGTACACAACCATCTTACAAAT CTAATTTTCTAACTTTTTTTTGTAAATTTTAACCAAAGTTTACGATGGATAATCGATATA TAATTAGTTTATTATACAAGCTAAAATTGTTAGGATCCCTCGTTTTGATTTGATTCTAAG TCATTTTTTTGCCACGTGGAATATAATAACCTCATTTGCTATAAGAAAGTTAATTTCAAA GTTATAAATGAAAATTAGCTTCTGGTTGATTAGTTGGTTTTTCTCTTGAAATAAGTGAAA AGTATGAAAAAAGAAAAAGTAAAACTTGTTCATCTCATAATTTTTAAGAGTGAGAACAAA ATCAACTACATGCAATTATTGGATGTTAATGTTAAATTCTACATAATTTCTACCATTCTA AAACCCTTCTTATAAACTTCCACTAGGTATAGTATTGTTATATATGTATTGAAAAAAAAA ACTTTATTAATTACTTTTGCATTTCACAAAAACAAATGAATTTGTGAACAAAACAAGTTT TTCGAAGGTTTCTTATTCTGAAATTTAAAATTTTCTGTTGATAAATGGTAACTTGTAACG TAACTCAAGTTGTAAGCTAAACAAAAGGCATTATACATAAACAGACACTCAAACTAAATC TCGTGTAGCAAGTACACACTCCAACATTGAGAGTGAACATAACTCGAGTTGTGATCAAAG GGGTACATCAAAAGAACGACCTCTATAAGTGCCAAAAAGAAATAGATCGATCAATGAATT ACATCTCCATTCCCAACTAGTTGCGATTAGTTATGTATGAATTGTTATACGTAGTCTGCC CTACATGGCACGAAAATTTTTTTAGGATAAAGGAAAACAAAATTGATAGCTAACTAGTAC AGTATAATATATTTTGCTTAGAGCTTACACTGGACAAACTGGCTTATGCTACACTGTTCT TGTTCCTTGTACAAGAATCATCAGACAGAAGATGCTGCTTGATTGGATTGCTTCCTTTTC TTGTTCTTCCTCCGATGAGTTTTCCCTTTCTTCTTTGAAGGCGCTTTAGATGGCTTTTGT TTTATGCTGGCTTCTTCATCAGAGGGGGCGTCACTCAAGGAACCCTCCTCATCATCAGAA CTGAGAATAAAATCCTCTACAATGTCTTCGTCAAACGCAGTTTCATCTTGCTGATCCTTC CTTCTCTTCTTTTTCTGTTGTTTCTCCTCTGTAGACTCCTCATCCCTGCAAAACATTATA CCAGACAAATACATTCATATACACCAACAAAATAAAGATAGCTTGTTGATCCCTTCCTGT CAGGTCTCAAGGGTTCTTTTCCTCTCGAGGAGAGAGTTATAGGTGGTGGGAATAGGTAAG TGGTGAAGAAGAATGTGAACGTACTTAGGAGTGCCTGCTGGTAGCCAAGAAGAACTGAAG ACAGCATCTCCTTTGCTATCTTCAACATCATCATCTTCATCGCTTTCAGTTATCTTACTC CCGAAGGCAGATGAATCTTGGCCAACGAGTATACTGCAGATAGACAAGTTCATTACTTTA TGATTAACAGAAAGATGTCTCCAGATAAAAATCTTAAGAAAAATAGAGTGTTGTGAAACC TGGATTCCTTTAATGAATCATTTCTCTGTTGTGCTCTCTGTCGGAGACTAGCAACATATT TTGATAGAGGACTCACCCCTGCATTCTTATCATCCTAAGGATAAACATGAAGGTCAGAAT TGTTTCAAGGGAGCCAAATCATGAAAAAATGATCCCGTGGATTAATCCTAGACACACAAA TCTCTATAACACCCCAACCTATTCGTGTTCGTCAGAAGGATGCTTTGATAAGTGGACAAA GCTTTCAATGTGTTCATTACTAACAAGAGAAGATACCAGGTATAGGTTGGTTGAAAAATG AAAGGTGATTGAATGAAATTTTACTGGTAATGAGAAAGATAAACATCAAGATGTTCAAAC CTCAAGAAAAGATGCTGCCGCTGGGTCATTAGGCAGAAATGAAACTGTCATGCGCTTCTT ATTTGTGTACTCCGAATTGGCTTCAATCTGTAGATTTACCAAGTCAACTTCAGGAACTTA TAACAAAGGCTTCATTTCAGAAGAAACAATTGGTGCCAGCTAACAAATAGCCCATAATAG AATCTAAATGCAACTATGCAAAGTTAGATATCCCAGAATCGATACTGCAGAAGATCTTTT GAACTCAGAAAACTATGCAAAGTTATTAGTGCAGACATGTGACTTGAGAAAATAATCCAC TCATATCAGCAAATAGAATCAAGTACCCAACAAACATACCTCGCGAATAATTTGCTTTAT TTCGCGACGGAATCTATCAACATTGGTGGACTTGCAGAAGTTGCGTAACCTAACAACAGG GACAGAAGAGAGCTCAAAGAAACCAACTGAATAGCTCCATTGAGCAAGATGCTCAGCAAG TTCCTCAACCACAGAAAACACACATGCTTCCTGGAATGCTCTCGTTTTCAAAGTAAGCTT GCTAACCTGATACATCAAATATAGATTCAGACAGCTAGACAAGTTCTTGTAAAGCAGTAC ACTATTAAACTAAAGTAAGTAGAGAGGCATTCTAGAAGTACCCTTAAAACAGTACGGAAA TCTATGGCTTTTCCAACTCCCCCTGTTGGAGGCCTACGCAATTCTTTTATTTCCAACATG TCTAAGAGGAGTGGGGAAACAGGAACAAAAGAATTGGTGGATGCAGCAATTCTGTTGAGC ATTTTGATGCATCGCAATCTAAGGGGAAAATAGCGAGCAGTTGGAACCAAACGAGCTGCT CCAGAAATTATTTGCGTCAGCGGATAAGCCAGGGGCCTAAACTCAGGTTCTGAACTGTAT GCACAGATAGCTGCAGTCCAAAGCTCAAGACAGTGTATATACTTCCACTGGTAAACCTTC AGAAATGATTCCTGAGAAGGATTGAAAACAAAGAAACTGTGATTGGATCCCCTAAAAGGC AAATATAACTACGAAAAGATATACAACATGTGCATAATACTGAAGCAACATAACAGACTG TAATTTCATGATCAACTTGACACTCTAAGCTACTTTGTCTCTTGAAAATTACAAATGAAG GCTAAAATGCATTTTCTCAACTCTTCAAAGCAGAATATTCTACCAGAACTTAGTTGACTA AAAGAGGGAAAGTTAAAAAGATCACATTTTGGTAACCATAATCCAAAACAAATAAAAAGG TGACAAGTTAAGAGTCAAAGTACCTTGCCCTTGGTATTGTGTGCTTCCTTGGATGATTGG TTAGCCTTTTTAGACGATTTCTAGGAAAGATTAGACAAAGGGATAACAATAATTAGCGGC CACTAAAAGGCAAGGATAACTTTCAGTAGGATAAGATGCTACCAGTAATGTAAAATGCTG AAGCCACTTGATACTCTTTGAACATCTTTTCAAACGTGAAAATATGAATTAAGCTAACAT GTATGTTGGAACTATTAAGCCAAGTATTCTTAATCTAAAGTTATTTAAAAAAAAAAGTGC TACACAAGATACCTTTTTAAGTTTTACTCCTAAAAGATTTATAGAATAAGCTTATATCAA TGGTTGGTAACAAATAGTCAGAAAGAAGACAAGTTATCAGAAACAAAATAACAAACCTTG GTCTTAGTACTACTATGCGCATCCCGTAAAATCATTGCCAACTGCCGAATGAAAACAAAG GCATGCTGGTACGCATTGGGAAGATCCACCCTAAGGAGTTCAACGAAACAATTACCAAGA AATTGAATATGCTGCAGCTTTGACGCATTCATGAATTGGCAGTTCAATAAATAAGCTTTA TACATCCCTCTAATGCACTCATCAATGCAATCAGAGCCAAGCTGTATACACAGATCCCTT AGAAACAAAAAAGAGACAACTGGTAGTGCACCTCCGCCTGTACCCCAGAAATGAAGAAGA ACCTGAAAAGTCAAATTATGCTTAAGCTTGATTCTTTTAGACAGTGTGAAGAATACCTCA TGCAGAGAACAAAAGACCCATGTGACACGTGTATTCTGAAAAACAGAGAAGTCTAAACCG AGAGTGCTTCGCGAATATTTTTAAACTTAATTCTTATGGATCATAATTCAATGAATTTAC TTAGTTTGTGATAGTAGGAAATAAGCAGTGTGCATAGTTTGAAGTGATCAAAGGCCAAAC ACTTAAAAGACCCCAATGACAAATTGAAGATAATTAGCTTTTGATTATAGCTGAAGCCTC AAAACAGCAAATTGCCTAACCAACTCACCACTGCCCAAAGGAGAGGGGGAATGGATGAAA CATGCAAATCTCTTGCAAATAAAGTTATATTCTAGCAGAAGAAAACTGTCATTCTAGATT AATCATTCTTTGTACAAGAAAAGAGTTATGTGAATAGTAAGTATTAGATCAGTCAATCCC ATACCTTTATATATTTCCTCAAAAGAACTGGAAAAGCAGCCAAAAATACAGATGAAAATC TGAGTCTTCGTAATGTAAATGATATCATTTCTGTATCTGTCATCTGATTTAGAACATGTA GCGCATTCCCAAGATATGATTTGACCAAGTGGTTGTTGCTCTTCCATCGTTTAGTTTTAG ACATATCCTTTATCATCTCCTTCTTCCCACCAGAAGTTGGTAATTTCAAAAGGCCACGAA GAATTCCATCCATTTCTTTTAGAACAAATAACATTATCTTGTTGAACACAGTGCTAGACA TAGTACTCCACTTTGACTTAGCATCTTCACCAGTATCATCGCCATAATGACAAGCTGTGC GGAAAGCTCTCATGAGAGACCTAATAGCCCCCGAACTCCTGTTTTCATGAATTGAACTAC ACCAAGCATCCACCATTGCAGTAGTGATGAGATTTGTGGATGACTTGACCTCCTTTCCAT CTGCATGAACAAGTTGTTCAGTGTCAAATTCATCAGCTTCATCATCTTCGATTTCCTCAC CATCCATTTCAGTCTCGTCATCATCCTTCACAAAATTGGAATAAGATTCTACAAACATTT CACATACCATGAGAACAATGAGAAGGGAAGATATTGTAAAGACTTACATCAGTATCCTCA TCATCAAAATCTAGGAGATCCTTGTCATGCTCTTGCAAGAATTGATAGAACTCGGGATCC TACAGGAAAAAAAATGTGGCATATGCTGGTTAAATAGATTTAACAGTAATCAGTACAAAA CATTATGGAATGAATATTTTGCACCACACTACTCTTGCACTGACTATATCAAAATGAATA GCAGATGTAATTACATTGTTCAATGATGCAAACAGGCTAAATATAGGAATGAGTTATAGA TGAATGACCTTGAACTCTGTAAGGAAACCTATCCAGCTACATCATTGAATCATTATATTG GCATCGGAAGGAAATGGTGTTGGGATTCTAATACTCTACTATCGTATACTCCACAAAGTA CCATCTCGGTACTGATTCTAAATGAAATTTTATTTTATCTGATAAAATAATGAATCAATA ACCGACAGACGAAATTGGTTCTTTAAGCAACTTGGTTTGCTGCTTCTGGCACATCAAAAA GTTTGGCTGCTCATGTTTTAGTATTCCTCGAGTTTTTTCAAAACTTATATGAAAAGTAAA ACTATTCATAAATAAAGTACTAAACACAGAATTGAAAGCACAGAAAGAAAGCAAAGAACT CATAGACATATCAACAAAAATCTCACCTTTTCTTGGAGTCTTTTCAATTGCTCCGCATGT CCTCCCACATTTTGCTCTGAAGATGATTTGGGCATCATTTCATCTGTCTTTTCTTCAACC CCAGAAGATTTTTTGCTCAATTTCTTCGATTCTGACATTTCCAAGCAACAAAAAAGAAGA AAAAAATAGCATGAAATAGGATGTAAAACATGAAAGTGCGTTGAAAGAAAAGAGTAAAAA AAGACACCTTTGTTCTTCATCCCCATTGATTGAAATTTGTGAGTTTCTTCCTTCTCTCGC TAAAACCCTATAATTTGCTCCAGGGTTTAGTGTTCCGAAGATTTTAGCTCCATTGACAAA GCTGAACAGTAGAAGACGTTGAAGTTGGGCTTATCGGAGTACTGATATTTTGGGTCAAAA AATATAGAGCCCAATGGTTGATTTACATTTTACACAAAGGTCCCTTTTTTGGGACATCAT TTAAATTTTGTCCAAAATTTTAAAAGTTGTGCAAAAATATGACTTTGAAGTTAACAAGAC TTTCATCTAACAATAAGTTAGATTGTTATGGCATTTTTTCATAGGATTTTTAATTTGTTA AAAAAGAAAATTTTGGATCGTGAAAATAAAGATTCATAAATTATAAGATGAAAAAAAAAT ATATTCAATAAACAGTTATTTCTAAAATCAGCGACTAATGGAGATCTTATGAACTAATCC CATTGTTTTGTATTTATTTTTTTTCCTTTTTGTTGGTAGAGAGTAGGAAAATATTTGTAT AAATGAAAATTTAGAAGTTGTAACAGTGGTTGAATATATCCTCGTAGTAAGTACAATAAT AGTTAATTGTATTTTCATAATTAGATAAATATTGTTTGATTCATTATTTATAATATACCT AAAAGAAATTGAAAAGAATTATACCTAAAATGATAGATAATCCATTAAACAACATTTTTA GTGAATTCAATCGTAAAATTTTAGACTTGTTCCAATTATGATTGATGTGTATACTTGTAA AAATAATAACATATTTATGCTGATTAATTTAACTATTCTTCAATAGACATAAAAACTTTA ATATTTCAATAATACTTTATCATGTTCATGAGTTCGGAACTTATCATAATTTGAATGTAA AATTTGTTGGGTTAACAGACAGAAACCTTTTATTTTTTCTGACCAGAAGAAAGGCTTTGG CACTTTGTTATCTACTACCACCTACTACCCAATTGAAAAAGATAAATTTATGGAATGACC TACCTAGTGAACTCACATGCCTATTATTATAATTATAATTATTAAATGACCTACCTAATG AACTCACATGCATATTATTATTTTTAAGGGGTTATATATGAAAGTTTTTCTCTTTTTTTT TTTGGGAAAAGACTTAAATATGCCATTAAACTTTTAGAAAAGGCTCTTTTATATCATCAG TTAAAAGTTTGGCTCATTTATGTCATTACAGTTAAAGAAAAAGCTCATTCACGCCATTAT TTTTAACGGTGATTTTGCAAAACCATTTTAACACGTGATTTGGCATCATCAATTTTTTTA ATTAAAAAAATTCATTTTTTATTCAAAAATTTGATTTTTTTTATTTAAAAAATTGATGAC GTGGCCAAAAACATAAAAAAAAATAATTCAATTTTTTTTTCAGAATTATGATTTTTTTAA TTAAAAAAATTGATGACGTATCCGAATTAGAATTGACCATGTGTCAAAATGACTTGCAAA AGCACCGTTAAAAATAATGGTATGAATGAACATTTTTTTTAACAATAATAACATAAATGA GCCAAATTTTTAATTAGAATAGTAAAGATCCACCAATAAAAAAAGAAGACTTATAGAAAA CAGTACTAGTACTTGATAATTTATATATAGTGACCACCTTATCTCCAATGAATTCAAGCC AAATCCTAAAGCAACCATGAAAAGAGGAAAGGTAGTGTTCATTTCAACACCAGCACCTGG CAACATTGTTCCAATTATTGAGTTTGCTAAAGTCTTCACTCAAAAAAACAAAAATATTTC AGCCACCATACTCTTAATTAACATCCCTCAAAGACCACTTGTCCAATCCTATATTGACTC TCTCACCACCGCCGCCACCGGAAACATCCATTTCCTCTCCCTCCCCGTGGCGGATCCACC ATCGCTCGATCAATTCGACGCAACTATAGGCTTTTTATCGCTATTAATACAAAATCACAC GTTACAAGTCAAAAATGCACTTATTGACCTTATTTCAGACTCGGACTCGGGGCAAGTTGT TGGATTCTTTATTGACATGTTTTGTACATCTTTTATTGATGTAGCTAAGGAACTAAACAT CCCATGTTATCTCTACTTTGCTTCCCCTGCTACTTTCTTGAGCTTCATGTTGCATCTCCC AATATTAGATGCTCAAGTTAGTACTAATATTGAGTACAAAGATTCAGCCAATGATTTCAA CATTCTTGGTTTTTCCAATCCTGTCCCTATCAAATGTTTCCCTTCATTCATGCTAAAAAG ACATATAGATGGTTATTCTTGGTTCCTACATCATGCAAAAAGGTACAAAGAAACAAAGGG TATTATTGTCAACACGTTTCAAGAACTTGAACCATATTGCTTAAACTCATTAGTACATAC TACAACTAGTCATGTTGTACCACCAATTTATCCAATTGGACCTGTAGTGGATCATAATGG ACCAGCTCAGTGGCATCAAGATTCTTGGGGTCATGAAAATGTTATGAAATGGCTTGATAA TCAAGAACCATCATCAGTAATTTTCTTGAGTTTTGGAAGTATGGGAAGTCTTAAAGATTC ACAAGTGATGGAAATAGCAAAAGGTTTGGAGAAAGCAGGACACCCTTTTTTGTGGGCAAT TAGAGAAGCACCGAAGGATAAAAGAGAACTTCCAAATGATTATACAAACTTAGAGGAAAT TTTACCTAATGGGTTTTTAGAATCAACAAAAGGGAGAGGGCTAGTGTGTGGGTTGGTCCC ACAAGTTACAATCTTGGCCCATAAGGCTATCGGAGGATTTGTGTCACACTGTGGTTGGAA TTCGATTCTCGAAAGTTTATATTACGGAGTGCCAATTGGTACATGGCCAATATATGCAGA GCAACACTTGAATGCATTTGAGTTGGTGAAAGAGTTGGATTTGGCTGTGGAAATCACAAT GGATTATAGAGATGGCACCACATTGGTTTCATCAGAGGAAGTGGCAAAAGGGGTTAAAAA ATTAATGGATGGTGATGGTGATGGTGAGGTGAGACAAAAGTTCAAGAAAATGAGTGAGAA ATGCAAGGATGTTTGGAAGGAAAATGGCTCATCTTCTAATTTTCTTGGACACTTGATTGA TGAATTAATGGCTGTGATTTGAAGAAGGGTTGGCTAGTCCAAACTTGGTGGGCTTTGTTT GACTACAAAATTTAGTTGAATTTTATAAAGCGATGAAAATAAAGTTTTTTAGTTTATGTA ATTCTACCTAATTATGTAATTTGGATTCAAAAATAATAATAATTAAAGTTACGATGATGA AGTACATTAATAAAACTTTTATTTTCTAAAAGAGCGTGAGTAGATATGGATTTTCTTTTT GTAATAAATGATGAATCTCAATTGAAATTAGTAAAGAACAACGTACTTTAATGTCGTTTG TTTTATAATTTAGCTGAATCGCAAAAATAGAGTTATTATTTATTCTTTCATAACATAAGA AAACTCCAATCATCTTCAAGAAATGTATTGACGTATTTCTAAGAAATATAACTTATATTT TGATTGTCTTATTATATAATCATTTTTTGTTTTAACAAGTTATATTAACGGCTTTAAGGC TAACAATTCTCGAAGATGAAATTTGAAATATGGTATATGACAACTTCCCTAAACTCAAAT TCTTGAAATTATGTAATACCCTCGTTTTAAATCAAACTACTTCAAACTGATTCTTTTGTG ACCTTCGTAAAAGTTTGAATAGAGATAAAATTTCAACTCAAATTAATCTAATTTCAACCT TGACAGTACTGGCTATATTTTAAATATATTTTGAAAAAAACTGAATATCACTTAAATAGT AGGTTGAAAACTGGCTACCAGACGCAATTCCTACTTTAGGCCTCAGCGGACACCCGACCC GACCCGTATAAAAAACTTGCGCAATAAGACTAGCTTCACTCTTCGTCTACATAAAGAAGA GAAAACCTCTCGACTCTTTTCATTGCGCTTCTCTTTAGATCTCACATCTCAGGTATCTTT CTATATCTTCAAATGGCGATTTTTTTTTCCTATTACTGATGCGTTGATCGATATAAACCC TCTCCCTTTTCCCAATTTCTTGGTATTTTTCTTGATTTTTGTAATGTTCTTTTTGTTGAA CTCAGTGATGGGTTTGTGTTATTCTATTGATAAGTAAATTAGTTGAACTTCTTGGGTTAT ATTTTCAAGAAAATGTATGGAAAATTTTGGGTTTTTTTTGTGAAAGTAGGAAGAGGGTTT ACATGAGAAGGAGTTTAATTGATCTCTTGCAAGTAAATGATAATTGACGACAAATATTTT ACCGGTGGCGCGATAAGTTCATTTCTATAGCAGCTCTGGTTGTAAAGAATTGTTTTAATT AGAAAAAAAAGAGAGACAAATTTCATTAAGACGTGCAATGGAGACAATTTAGCTTATGGG TGTCACTAGTTAGGGAAGTTGGGTGGGTATCTGGTGTTTATGAAGTATAAGTTGCAGAAT ATGACTAGGGTTTTAACCCCTGCCCAGGAGCTCTCGCACCTTTTAGCTCCATTGGTGACT CGAACCCCAACCTTAGGGTTGGGGGTTGGAGGGTGATTGCCATGTGAGCAACCCGTCCTG TCGTATGACCTGATTTAGGTAGTTATGCCATGGTGTTTTTGGTGTATATTTGAAAGATAA ATTACAGCACCACACAGTGTTATAGGAGGGTTTTGAATGACTGGACCAATTTATAAAAAT TTCTTCATTTGGAATGTCCAGTGAGGTCTTCTCTAGGATGGCTTTGAGTGTGGAATTCAT GTATACTGTATTGAATAACTGTACCGACCTCGGTTGAAGATTCAAGTGTTAAAAAGGAGA TAGATCTAGTTAGTGTTTGTCTACATAGATTCTTCCCCTTGTAGTAAACAATAGTTCCTT AGCAGTTAAAGGCATGTTTAGTCTAAGTTGTAAGATTGCTGCAGTGTTTACTGAGTTTTA ATACTATACCCACTCGGCGTTGTTAACTCTCGATTTTATAGTTCCTTTCTTTATCTCTCC TTTTTGAACAATGCTCTTAGATTTTTATTGGAATATAAGGAGTGAAAGTGTAAATGTACC AAACTTTAGCCTTAATCTACAGAAACCTAATATAAGATTTCTGATCCTGACAGCTAATAG TTTACCTTAGCTGCCTTAAATCCCTTCTTACAATTGGTCCTTTTTATAATCCCCTGTTCA CCTTTTACAAAATTTTTTTTATCTTGGAGCAACATATAACCAATCTCTGGTAAACATTTG ATGTTTTCTTAATTGAAATCTAGGATAATATTTAACCTTGGATCACATTGCTCCTGATTT GATTTCTTGAGAAGTTATCTCCGTCTTTGTACCAAGTGCAGACTGTATCCTGCATCCAAT TAGTATACAATTGAGCTACTCTTAAAATCTTTTGGTTTCAATTGCAAGAACTGAAGTTGA CACTGGTGGTACTAGCCTCCAGTCTGGCAATTGTATTTATATTACTCTAGTGGGCAAGCC ACATCTTAGTGTTTCAAGTAAGAGTTATGACAAAGTGATTTGTCTTCTTTGCTTTTGCTA CTAGTAAAATTCTACCAGAACCTACCAAATTCATGAGTCTGCAATCACTCAAAGTAGAGC TCTTCCCCACAAACAATTCTCCCTCCAAGTTTTTCACATTTCCTGTGGAACTTAATACGC AATAATGCTAGTGCTTTTTTCTTTTTGATTCAAATCCTAAGAAGTTGCACCATAAATTCT GTTATGTCCCCAGTCGTAATTCCTTTTGGCTCATTGCCGTGACTTGTATAATCTCTTCCA TCTGCAACTTGCATTGTGATCTTGTTGCCCACAATGGCCTTGCTAATGATTCCCTTTTCG ACAAACTGGACAGTATTTTCAGAAGGTTCCTTGCCTTGTTGGATCTCAAAAGGTGCTGGA CTTGATGAAAATAATCCTCCTAATAATCATTGTTTAATCTGTCATTATCTCTTTTAGCTG CCCATTCTGTCTTGAGTTCCCATCGTTAATGAAGTGAAAGTGGTAAACAAGCTGCTTTGG TTGGTACCACTAAGAAATTGTACAGTTTGATGCCTACCAAAATAAAACGGAAAGAACAGA CTTGTTATTTTCTTAATCTATAGCAGATAAATATAGATTAGCTGACACTGACCTCAAGTT AGAAGAAAAATAGAAAAGAAAACTCTGATCTAACTAATGATTTTTATACTTGTTATCTTC TGGCAATCCTTGTTGCTGCTCCTTATTTAGCTAACTGCATATTCAAGTTTTTTTCAGTTA AAATTTCTTCTCTCTAAATGTAATTCATTCACATGCCATATGGGCCTTAATTTTGGAATG CTAAACTGCCCCTGTTAGTTTGTTTTGAGAAGTACAGGGAAGGGTTAGCAGTTAGCACTC TGAAACATTTTTTTATGAGATAAGGAATTTCATTAAATGACATCATGAAGTGTCAGCTCC AACTTCATCTTGGGTATGTATTTTGCACTACTTGGCATGTATTGGACTATGCCAAACTCC TGACTTATCTGCTGCATAGTTGAAACAACGAGGGTCTCAAAAAGAAATTCCAAAAAACTT GGAATACTATTTCTCAGGCCATTTGGTGGACAGTTGGCTTGAAAGAAATAGCAGAATTTT CAAGGGAAAAGAAGAAATATACTTAGCCTTGAACACAAACGTATTTATTTGCTAGCTTTT TGGTGAAACCTGGTTCTTGTACATGATGTAGATGCAATGTTAGATACAATCGAGGAGTTG CACCTTCTTTATTCATGCATTTGCTTAGTGCAAGCTCATCTATGAAATCTCTTCTTACCA GTATCACTGTACACACACTTCAAATGTCCACAAGTTTATCCATACAGGTGGGAAGTCCCT GAGGTTGACAATTTTCAACTTCAACTCTTGTGTGGACTTATATATTGTTTCGACTCAGTT TTGTATCTTTCTTTCTGTTGTGTTTGCCAACATGCTCGTTAGTTAGACTTATTCATGGGA AGGGTAAAAAAATGAACCATGTTTTATGTGCTCTGAAATTTTTATCTAACTAGCTCAAGT TATGTTAATTTATCAGGTATTCTGCAGTAAAGAAAAAAATGTCACGAAGGTATGATAGCC GAACAACAATCTTCTCCCCAGAAGGTCGTCTCTACCAAGTTGAGTACGCAATGGAGGCTA TTGGAAATGCAGGTAGTGCTATAGGCATCTTGTCCAAGGATGGGGTGGTGTTGGTAGGTG AAAAGAAAGTTACATCTAAGCTGCTTCAGACCTCTACTTCAAGTGAGAAGATGTACAAGA TCGATGATCATGTGGCATGCGCTGTAGCTGGAATTATGTCTGATGCCAACATTCTGATCA ACACAGCCAGGTTTCAGGCTCAGCGCTATACGTTCGCTTATCAAGAACCCATGCCAGTTG AGCAACTTGTCCAGTCACTATGTGATACCAAGCAAGGTTACACACAGTTTGGTGGGCTTC GCCCTTTTGGTGTTTCATTTCTCTTTGCAGGTTGGGATAAAAACTATGGCTTCCAACTTT ACATGAGCGACCCAAGTGGAAATTACGGTGGTTGGAAAGCCGCAGCAATTGGAGCAAACA ACCAGGCAGCTCAATCAATTCTTAAGCAGGATTACAAGGATGATATCACAAGGGAAGAGG CCGTTCAACTTGCTCTTAAAGTGCTTGGTAAGACAATGGACAGCACTAGCCTCACTTCGG AGAAACTTGAACTTGCTGAGGTATTTCTCTCTAACGGGAAAGTCAAGTATCAAGCATGCT CTCCCGAAACTCTGAACAAAATGTTGGTGAGTGCTGGACTGACTCAACCTACAGTAGAAG AATAGTCGTAGAATGCCTTCCAATCTAGCATATGACATCATTGAACTCTCTCTACGCCAT GTGTGACATGTTGTACTAAAACTAAGTGGTGGATTTGTCTTCTTACAACTGCATGCATAT TTATGTCAAATGCTTTCCAGTTTGAATTTTGTTTTGGATTTACTTCATCATTTGTTGTTA TCGTGGTACTTTACTGCATTTGACATGTTTGTGCCTCTGTTTGCCTGAGAAAGAAAAGAA CACACAAACATACCCTCCATCTTTCTCAATTTTAACTTGATGCAACTACCGTAGGGGAAG AAGGTGAGATCTTTTCATCTTGTAGCTATCCATTTTAAACATTATTTCCTTCCTCCGACT AGTAACTATTTAGTCCTCTAAAGCTCTGAGGATTTTGGTTATGTAGTGGTGATTATACCA AAGCAGAAGGTATGATGATTATTCAGAATGGAAGGAATAATGTGCAAGTAGAAGGTATGT TTATCATTTTGATCGCATGAATGTCTACCTAAAGCTTATCATCATGACCTCTCACAAAAA TGTAAAAACAGTTACTTTGGACATAATATCAGATAGTTTCATATCATAATATAATGTTAA CTATTACCATTTACAATTACAGAAATATATACAAAGTGTTAACTCCTGCATGCTCTCAAT GCCTATTTTTTGAAATTATCTGAGGATTTGCTTCTAGTGAAAACAGATTCCATTTCTTCC AAAGACTTTCCTTTAGTCTCAGGGCACATGAAATAGAAGAAAATCAAAGCCACCAAAGAG ACTGCAGCAAACATGAAAAAAGCACCTCCAGTTGTAATTGCTTCAGAAATGGACAGAAAA CTCATAGAAACAGTAGCATTCGTCAACCTATTAACAGCAACACCAATACCAGCACCCAAT GCCCTATACCTAAACCCAAGTAACTGGACCAAGACCAATATTGAAAAACCATAAGTTGTA ACTATACTAAGTTGAAAAAATGTAATTAGATAACCAAGTAAAATAATTTCTGGTAGAGAT GTTAAAAATCCACGTGACGATGGTGATGAAACTTCTGCTGAATAAATAGGTGCTATCATA AGTGCAAATCCAACACCAACACCAGCAATACATCTTCCAACTAATAATGCTATATAAGAT GGTCCATATCCCATTAAAATTGATCCAATCATGAAAATTACTGAAGCTACAACTATAGTG TTACGTCTTCCAATTTTATCAGATGTTCTTCCTGCACGAAGTGACCCAACTAAAGCACAT AAATTTAGAATCCCTGCTAATATTTCTGTTTTGGCATTCTTTTTTCACATATATCATTGC TCCACTCATAACACCAGTATCTGACAAAAAAAAAAACATAAAATTATTGTTAGAACATAT TAACACTAATACTTTTTCATTTCTTATCGATTATATATTCTTCCTTTGTTCTCCATTTAT TATGTGACACAATTTGACTTGACATAAAAAAATCCGTGATCTAAAACATCTGTTGGCCAT TTAAAAGGGTAAACAGAGGTTTTTAAAGTAGAATTGTTTTTAATTATAGAAATATGACAT TTTAAAAAAAAAATTAACAAAAAGTATGTCACGTAAATTGAGCCAGAGAAAGTAATTAAT AATAACGATGCTAGTTACAATCAAAAGATATTTACAAAATCGTACATCGTTAGCTCAATA ATTCCTTGACATGTGAATGTAGAACTTTTTTCATAATAAGGAATGTTTTAGCTCCTTAAT GAACTGAATTTAAATTAACCAAGACACTATATTTCGAACTTCGGACAATTTGAAGTAATG AAGAATGAAACTTACCATAACCAAATATGATAGATATCATAGAAGCAACAATTGCACAAG CGCATGCATATTTGTTAACCTTTGTAGGATTTTCTCCACTATCATTCTCCACTATCATTC TCCCAAAATAGAAATTGGTCTTTGTTTTTATAAATAAATCATCCAAATAAGATAGTAAAA TTCTATAATATATATTTAGATATCTATAGTCAAAAAACAAATCCAATTTCTATCCTAGTC CTTCTTTACTAAAATATGTGTTTTCCAAAAACAAAAAAAAAGGTACATAATCTGTAAAGA ATTAATACTAGGTGGATAATAATGATAAGAATTACAAGTCACAGATGAGTCCTAATTGTA GGATTGAACCTGTGACCCTCCATATCCAACGCCGGCATTATATGGATACCGTTGATATTT ATTCGTAGTATTCGAATCAGTTTGTATATAAAATTTTGAATATTATATTGAACTTATGTT AGCGATGATTATGTAATTAAAATCTGATTAGATCAATATTTCAGTTATTATAAATAAAAT CTTTGTTCCTGAAATAACGTAAATAAAGTAACTTCTTTTTATTACAAAACTAAAAAGTAA TTTGCCTGTCTAATTTAGGCCTTAGTTGAAGTAACTTTTGGGGGTGATAAGCAAATTTTA AGGTGTCATTTGGCGTTACGTAGGTATTTATTATATGGAAAAGAGCCTAAAATACTCTTG AAGTATTGAAAATGGTATAAAATTACCCTTCATCCACCTATTGGCTCCAAAATGCCCTTT TCATCTACCTATTGGCTCCAAAATACCCTTGTCATCCATCTTTGGGTTCAAATTGACCAC TTTTTTAATTGTTTTAAAATTAAACTTTTTAAATATTTTGAAAAATAATTGGCGTTCAAC TATTGGTTATAATTTTAATTTATTTATATAATTTATAAATCAATCCACTACCCACTCATT ACTAACTAAACCTCACCTAATTAATAATCCAATTATAATATCAAAATCATCATAAACACT ACTAAAACGCGATTAAATTATAGATTCCTGAAAATGACATCCAAAATTATTCGAGTCCGA ATCGAAGCCCCAATAAAATTTAGGTTGAGCCGCTTATTTAGGAGGACACTTTCTTTCAAA ATTGAATTAAAAGTTTATGATTAAAGGTAAAGAAATAATACATCCCGAATTAATTCATGC ATTTTTTTAAATATAATTTTATAAATATATTATTTTTTTACTTTAAAACCTTTGATATAT TATTTTGAAAAAAAAGTTAAGTAACATCACATAATTGAGGCGTAAGAATAATTAAGATGA ACATAGTCAGACTTTTAAGTTTATCGGTGATTTTTATTTAGCCACTTAAATGTATGATAA TTTAATTCTATAATTGACAATAGTTTGCATTAATAATGTGATGGGTTTATTAATTTAGAG AAATTTAATTAGTAATGGGTGGGTAGTGGATTGATTTATAAATTATATTAATAAAGTAAA ATTATAACCAATTATTTTTCAAAATATTTAATATGTTTAATTTTAAAACAATTAAAAAAG TGGTCAATTTGAACCCAAAGGTGGATGACAAGGGTATTTTGGAGCCAATAGGTGGATGAA AAGGACATTTTGGAGCCAATAGGTGGATGGAGAGTAATTTTGTACCATTTTTAATACTTT AAGCGTATTTTAGGCCCTTTTCCGTTTATTATATAAATGTTAATTTTTGTTATATTAATT ATTTTATCTTAAAAAATTATAAATTATATAATTAAATTGTTAATTAAATACCGTACTTGA TATATATAATGTTATAAATAGCAACTGATAAGTTGCTATGAAACATAATATTAATTATAC TACTTTTAATGAAAGAATAAATCAATTCATGACTAGGAAGTTCCATAAAAGATATTTCTT TAATTTTAACTTGTTCAATTATTTTTTCTTAAAAATATTAAATTTAATATTATATTCAAA AGATAATATAGTAATATTATTTTTTAAAAAATACAAATCAATAGGACAGTTATAGTTAGA TTGAGACTGTATTTTCTAATTTAATTTCTACTTTTACTTATTATGTATATCTTTAAAAAT ATAATGAGTAAATACGTTTGAGATCTTATCAATTAATATGAATAAAATGATAAACTTAAT ATATCAATTATTATTTTTAAAAAAGTATTTCTTTATACTGTATGTATAAATATTTGATAA AAGTGGGGATGGAGAGGGAGGGCGAAACTGTACACGTGATGGTGGGCGTAGAACCATCAA ACTGACACATGTTTTTTTTAAAAATAAATCAAAGAGATTAATTAGTGTACAAGAGAGAGG GAAGTATAAATTATTCTTGTTTGGATCATCCGCCCTTGAAGAATCTCAATCTCTTGGCAA TGGGTGAAGAAAAATGGTGTGTGGTGACCGGCGGAAGAGGCTTTGCTGCTCGACATTTAG TCGAAATGCTCATCCGCTACGAAATTTATCATGTACGCATTGGTGATTTGGGGCCAACCA TTAAACTTGAGCCTCATGAGGAAAAGGGTATTCTTGGAGAAGCCCTCAAATCTGGTCGTG CTGTATATGTATCCATGGATCTTCTTAACAAGTCCCAAGTGTTCAAAGGTTGTTTTCTTG AATCTTTTAGCTGTTTTTGACACCCAAAAATCAAATAGGTTTTGATTCTTGAATGTGGGT GTTTTGGTTTTATAAATCAGTTATTAATTGCCTAGTGCTCAAAGGTCTTTGCTTGAATCT TTAGTTGAATGTGGGTGTTTTGGTTTTATTATATGTTACTACTTGCCAAGTGCTCGAAGG TCTTTTCTTGAATCTTTAGTTGTTTTTGACAACCCAAAACCCAAAACTTTTTGGTTCTTG AATGTGGGTGTTTTGGTTTTATAAATCACTTACTACTTGCCAAGTGGTCAACGGTCTTTT CTTGAATCGTAAGTTGTTTATGTCACCCAAGAAACCAAAACTTTTTGATTCTTGAATAGG GGTGTTTTGGTTTTATATTAGTTAGTACTTGCCAAGTGCTCAACGATCTTTTCTTGAATC GTTAGTTGTTTTTTTATTCTTGAATATGGATGGTGCTATGATTCTATATTAGTTACTACT TGCCAAGCGTCCACAGGGGAAGAAATCACCTAACATTTTTGTGTCTGCCGGGATTTCAAC CTAAAACATCAAGATTCTCAACCCACAGTCATTGATCAGTAGGCTACACCTTTGGGTGCT AGCCATAGTGTGGAATCAATTTGGTGGTTTAGTTCCAATTGTATCCATATAAAGTAAGCC TTGTATCAGATACTTTTGCTGAATTATCCTAGCTAAATTTTTTCAAGATTCATCTTTTCT GAGTTTAGCATTTGAGATGATACATGGAGTATTCCTTTGCCTCAATGTACTTATGTTAAA TGAGTGTGATATGGTCATCAGTATTTCACATGAATCTTACATGATGTAGACAAAGTTGAT TTACCTGTACCCACAGCTGTACTGGTTACTTACTGGTATCCATGCCCGGGTCTAAGTGAT ATAGGAGATAGACATTTTATGTCACAGCCAAATCATCCCAGCTAATGTTTCTAGACTCGT GTTTCTAAGTGTAATATACGATGGAGTATTCATTTGTCCTGAAGTATCTGTCCTGAATGA GTATTTCATGTGTATCTTTCAAGAAACGGTCGACATATACCTTCACGTACCCCTAACTAT ACCTGTACCAAGATACTTATCGCTCAACATGTATGTCTGTGTCAATGTCACATAGGTGAT AACCTATTTTATTAACTTGTGGTGTCTTAACATTATTTATTTGATATTTGCAGCTTGTGA AGGAGCTGAGGTTGTTTTCCACATGGCTGCTCCAGATTCATCGATCAACAACCACAAGCT CCACTATTCAGTTAATGTGCAAGGTATGGGAAAGCCTTAAAAAATTTATCAAGAAAAAAA ATGATCTCCCCAAAGTTAAGGCAGTCTTTGTTGTCTGTCTGTACATGAAAGTCTTAGTTC TCTCTTTCCAATTGCATAAATATACGTGAAGGAACCCAGAATATAATTGATGCTTGCGTT GAGCTGAAAGTGAAAAGACTTATTTACACCAGCTCTCCCAGTGTGGTGTTTGATGGAGTT ACTGGAATTCTAGATGGGGATGAATCACTGCCATATCCTGCGAAGGTAGTGCCTCTATCT CCTTATTTCTTATTTGAATGAGAAATTATCCTCATATTAGGTTGGATGATAACCATATTC TTGTTACTGGAAAAAATTCAGCATAATGATTCCTACTCTGCAACTAAAGCTGAAGGAGAG GCACTTGTAATGAAGTCAAATGGTACTAAAGGCCTGCTGACATGCTGCATTAGACCTAGC AGTATTTTTGGCCCTGGTGATAGGTTGCTAGTTCCTTCACTAGTCGCGGCTGCAAGGGCT GGAAAATCTAAGGTGAGTTTAGAGCCATATTTTGTTTGCACATGCATCTTTCAAGTCTGT GTAACATTCGTATTATATGCAAGCCTTTATTCGTATTGGTTTACTGTTGTAGTGCTTGTA AGCTTGTAAGCCATTGATTAGAAAATCTATCTTGAGGAACTTCATTAGTGATTTCTGCAT TCTCTTCCATAGCACAACAATGAGATCACTTTTTGGCATTTTCGTGGACAAATTGAATTT AACCTAGAAGACTTGCACTATGTATTCAGTTGACTTTTAGCTTTATTCCTCTAATTCTTA ATTTTGCAGTTCATTATTGGCGACGGAAATAACCTGTATGATTTCACTTACGTGGAGAAT GTGGCACATGCACATGTGTGTGCGGAACGAGCTCTAGCATCAGGAGGAACAGCAGCAGAG AAAGCTGCTGGGAACGTAATGTTTCATTGTTTTTCCATATTCTGTATTTTTTGGAAAATC TTAATACTAGCAACTATACAGATCTGACCTGTCCAGATGCTTTAATATCAAGAGCATTTC TGTTCTTCAAATTTTTTAAGAAGTGGCCTCAATGCATGGATAAGCAGTGCAATGGATATT TTTGAGTTCCCATTCAAGTTTCATCTGTTTCTTGTATCCATCCTACATGATTGTGATGTG TTTGTGAAAAAGTGATTGACCTGATCCCATGCAGCAATAAAGCTTGAGCTATCTTAACAA TCAAATACATAAATAAAACTTGAGCTATCTGGATTAAGTTTTACCTAAATGATGCTGAAC TTTAGCTAGTGATGATTCCATGAAAAGCTGAATTCTCTAAGGGTTCTAACCATTTAAGAT TACCAACTGTTGTGTTGCCATAATTAGCTTTTCTTTCTCTAGAAGTAATAATTCCCTGTT TTCGACTTCTCTCGCCTTCTCTTGAAACCATATCCTGAACACTAATTAGTGCAATCTTTA TTTAGTACATTACATAGAATTACCAAAAAGATTGTCCTTAAGTACAACCAAACAACAAAA TTTTTGTATCTTAGTTCATAGATTTCAACAGTTGTTCTATGTTGACAGACTTTGTATCTT TGTTGTAGAGTTGTGCGCACAATCTAAGTGCTTACTGCTTACCTTTTGATAATTAAATTT ACTTTACCATTTCAAAATAATTTGTTGCTTAAACCATATTATGTCAATAACTAGGAGGGG TAAGACTTGCGCATCCATTGCACTCGGGCCTATAGTTGTGCAGAAAACATTGAAATAAGA GCCACCTTGTCGGTTGTCCTTCTCTTTTTCTGGGAAGGAGGAACTCCACCATTGTGCGAA GTCATAATTCTCTCAGCAAGCATTCGAAAAAGGAATACCTCTCTTGTTTTCCATTTCTTT TGCTAGTAAAAAAGTATGATTTTCTTCTCCCCACTATCTCATCTCTCTGTGTTTCTCATA TTTTAAGGTGTGGGGATTGGGGTAAAGCTAGATATCAAAATGATTGACATGCACTAAGCT TATGAGTATACATGTTTTCTTACATCTCCTGGAGTCCCCGTGAAAAAAAGTTCTGCTTGT TATGAGATTTATCAATTCTTGAACGCGGCTTTTTTTTTTGACAAATCTTTGATCAATAAA TGATTTTTCCAGGCTTATTTCATCACAAACACGGAGTCCATTAAGTTTTGGGAGTTCGTA TCACTTATTCTTGAAGGTCTTGGCTATGACAGGTATTCTCATTTCAAGTTCTGAAGTCTG AAAAGATTTCTTGCTCACAGTAATTCTTTTTACAATTTTTTATATCTTGTAATGTTTACC TTAATTTTCTTATGGTGAACAATCTTTGAAATTTCATTACAGGGTTGTTCCTCTTTAGCT GATTCCTGGAACTATACTTATTAAATCACTTTATTTGTAATTCTGGAATAGAATGTGATT ACCGGAAAGGTTCAAGTTAAGAGATGAAGAAAACAATATCCTTGGCCACATAGAAGAACT AGTGAGAAATTTCATAAAGGAAATAGAGCATTAAAGTTTTGCATTCATCCATTGCCTCTT GAAATTACAATTAAAGAATTACCTGTTAGAAAACTTTGAGATCTCGTGTTGATTCATCCT GAGCAAGGAAACTTTGTTTCTTAAATTTAGATTAAGAGCAGCATTCTTCCATAATTTTTT CTGCTTTTCTCCTTTCTTCATGGATGGAGATGTTTCTACAGAACATGCTTAATCAATTTA GGTTTGTTGCTGACAATCAAACTTGAGAAAAACATTCAGTTTGCTTGTCAGAAGAGCTAT TTAATGGGTCTGAATGTTTGTACGAGTGAATGAGAGTTTGTAACTGTACCAACCGTTATA TGGTTCCTAGCCAATTGAGGCGGTGTATTCTTTACCATTGGTATTTGGAGATACATATGA TATATAGAGCAGTACTTGTCCATTAAAACATATGTTTTATAAACCTCATCTCTTCTGAGA AGAAAAATGGGTCGTACACCTCCAACTATAAAGCTGGTGGTTCTGAGTCACAGAGGAAGC AAAGATAGGGCCACAGTAAACTCGTGTATGGGGTGCTTGCCTGAGGGATTACTAGATTAA ACAAAAAAATTGTTGTTTGTATTAGCATGATTTGTTGTTATGGAGCTAACATCTCCACTT TTTTAACTGTGCATGTCCTTTATGGAAAATCACTGTTTGCTTTATGTTCTTGTGGATAGC ATCTGTCTTCCAAATCCCGTTTTTCCCATTTCTTTTGCTGTGAATTGTATGGATTCCTGA TTTTAGTATTATGCAGGCCAAGTATTAAGATTCCTGCACCTGTTATGATGCCAATTGCAC ATTTGGTGGAACTGACTTATAAGCTGTTAGCACCTTATGGAATGAAGGTCCCACAGTTGA CTCCTTCGAGAATAAGACTTCTCTCTATGAGCAGAACATTTAGTAGTTCAAAAGCAAGTG ACCAACTAGGATACGCACCTATCGTCACTCTTCAGGTTCCATTTTTTGCCATTACACTCA ATCAATTGGTCTGAACATTCCTCATAAAAATTGTTTAGCCATACCATGTCTATATCAGAT ACTCCCAACCTTTTTAGGTACTGTTATGGTCTTCTCTTTATTGCTGTATCTCTTTTCAGC TTCCTCGTGAATATTTTCATGTGAAAAGAATATGTTTAAGTATTTACTGCAAAAATTGTA TTATTTGCCTTTGATATTGAATACGAGAAAATAGTCATTCATCTGGATGTCCACATCATT ACTGCAGGAATACACACATTTTCCTGTCAAATATGTTGTACATGTAACTTACATTTCATA TAAGATGATATTAGTTGTCATATTTGTACCTTATATCTTCTACGAACTAAAATTACTATT TTTCTGTGGAGCCTCATCTTTTACAATCTATTATTTTCTGCCATTTCTTTTTGTTTTTTA TTCTCATTACATAATTCATTTAAGTTTTAAGGCGTCCTCTATTTTCTTCAGGAGGGCATA AGGAGGACCATTGAATCCTATCCACATCTGAGAGCTGAACACGGGTCGGGAAAGGATGGT CCTAAATCATCTGCATCTCTTAAACGGTTTTTCCTCCTGGTAATTACTAATACATATTAA TCCATTTGTTGTGAGAGAAAAAATGTGATAGACACCTTACTATTTCATTTCAGAAGTTAA TTTAAAACCATGGTCATTACTTATATGGTTATGAATTGAATAGGCATGCCTTTTCTGCTA AACTACATACGTACTCCAAGTATAACTATCATTTGAAATTTCTTACCTTTTCTTTTGGTC CATCCAATCTATTTTACAAAACAACATTGTATGATGATGTCCAAGAATATTTGACCCTTT AAAATAACTTTCATAAGTTTCAAGAATTCAATTTCATATAATAGTGTATATTCAATCAGT AGCAGTGGTACTTTCTCAATCGAAATATTTATTAATCAATCAACTATCTCTCAATCCCAA ATTGCTTCAGATCGACTATGATGGTTTGGCCTTGTCCATGGAGATGGAATCCATTACTTG CCATATATCAGAAGGAACATTTTGTATTGTTATTGGATGATTACTAATTACTAATTATGA TCAAGTGTAATGATCCAAGGATAAATTGTGAAATGTGAAATCTTTCTAATCATTCCTGCT CCTCTTGGCTAGAAGTAATAGGAGTAGCTATATCTGTATCATGCTGTGAACTCGCATTTT CATCTATTAAATTGTGATATCTTTCATCTGGCTGATGTAATAGGTGATTTTCTTTCTATT AATTCTAAGCGTACTTGGGATCATTTCACCATGGAGTTTTTTCGTCATAGGTATGCACTC TTCTCTATCTCCTCCTGTCCATATCATTTACGCTTGCTTGTAACTTGGTCAAACACTCTA TTGTGCCCAGAAGAGTTTTTTCTGTTTCTCTTCATAGCAGATGTAAATAACACTCCAAAC AATGTAAGCTGGTATCCCATCTTCAGTGCTCTGACCTTCTCATGTTTACTGCTGCAGGAA TCTTAGCTGCCTTTGTTGTGTTCTTGATATTTGACAAAAGCAAGAAGAATTAGATCATTT AGTTCATGCAGTATTTGGTCTAGCATTGATGGGAGAACATCCAACTCTTAATTAAAAAAA ACAACGATGGGGCGTGCAGCATCATTCACTCATTGGAGCCTCACTTGAGAGAAGTTGTGT TTACATCCTGGAGTTGCTATATAGTAAGGTGCTTTTTACCAAGCCAGTTATTTTAGTTTT TGTTGTATTTGTTTATTTTGGTACATTGGTAAAGAGTACTAACTAAAAGTTTTTAAAACC TTTGATAAGCTACATAAGCTATCTATCGTAAGTTTCAAAAGTTTTCTTTATTTCTTAAAC CTTGAGGAGTTCCTCATCGCGTTCAAATGTTGACATATGTTGCATCTGCAACATCACCCA TGCCTCCACGCCTTGCCGAGTTTTGTAATCCTTCAAGAGAAACACATTCTTGAAGGGACC ATTTGCTAGACACACTCTTTCATCCAAAATCTACACTCTCTCTCTCGTACTTCAATTCTT TCATTTAGTTAGGCGTGATAAAGAATCTTGCACGAAAGAGATTCTTTCACATACTCAATT GGAATCACACTTAACCTTGCTATTTACTCATAGAAGTTCCTTTTGGAGCTATTGAAGGTA TGCAGATGAGGCTTTGGTGGTGGGTGGTGGGAAAACTAAGTTAATTTGGGTAAAAGAAAT GAGTTATATTATTAAGTGGGTCAGATTGGATTATTTAAGTAAAATTAGATAATTTAAATT GATTTGGAGTTTTTCCATCAAAGGAGGGATATATTTGTTAAGTTTTTTGACGTCAGGGGT AAAAATAACTTATTTTTAATGACATGAGTAAAATCAATTAATAAAACAAAATTGATAAGT AATTTTGATCCTTTTCCCTACTTTAAAAGTATCTTTTGAAAAAATAAGAAGAAAGAAACT CCCTATATATCCTCATCTTTGCAATTTGGCAGTGATTCAGGAAGCCCTTGTAAAATAATA ATAACAATAATAATTTTTTTTAAAAAAGAAGAATTTATATATATATATATATATATAAGA ATATATTGTAATTAAAATTTAAGGATATATTTGTTCGTATGGAGCAGTGTTTTAAAAGGC GGGGATGCGAGGTACAGTACTGGGCGAGGCGTAAACTTCGAGATACGGATGTAAGTCCCA TGGATTCACGAGGCGTAGTCTCATGTATATTTAAATTTATAGTTTTATTACTAATAAAAT AAGTAAAAGTAAATATTTTAATGATTTATGATTTTTATTTGAGATAAATATTAATAATCA ATAATGAAGAAAAAAGTATTATAATTATTACTTGAAAAAAATCATTAAACCAATAATAAA AATATGATTTAAAAATAATTTTTTTTAAAAAAACTAAAATAAAAACACCCGGGCATACGT TTTTACGCCCAAGACTTGCGTTTTTATGTTCAAGGCTTACGCCTCAAATTTTCGAGATGT CTTTTAAGAGAATTTAGTATCCTTTATATAGACATAAACTAGGGTTTAGGGTTGAGTAGC CTCCAAGATTGTATCTAATTGTATATGTATATAATTGTATGTAACTGTATATTATATATA TACATTTGTATAAATGGCGAGCGAGATTGGGAGAGGGACGAGAGAGGCGAGCAAGATTGA GAGAGGGAGGATAGAGGCGAGCGAGAGAGGTAAATTGTATATGGATATAGGTTAAAAAAT TATATATTATACATATGTATTTGTATATCTTGGTGAATTATATACATATACAAACATGAC TAATTATACAAAATCGAAGTCACACGTAATAAATGTATAATGTTAGTCGCGAGTGGTAAT TATAGCAAACTATAGCTATAATGAGTAATTAAATAGTATAAGTTTGCTTAGACGCGTAAT ATTTCCCCTTTTTATCAAATTTATTTACCCACCAAATTGCTTAACATGTGGTTCAAAGTA ATAATGTTGGTTCGCCTTCTCAGTCGTATGAATAATAAATGCAAGTTTAACATAAGAAGA TTGTCTGTACTATGTGAAAAAACTATATTAAAGACTAATATACCACAACTTATGTATGTT TAATTTTATTTTTTTATTGAATTAAAATTTGATCAATAAATATTGTATTTTTTAGAATAT CATTGTGATAAAAGTATTATGGGATTTTATAAACTTTCACAAGCATTTAAGAGTTACAAG GTATAAAAGTAGATACCTGAGGACGTTTGTGTACATAACTCTCCTTGATTTTAAAAGAAT TTATACATATAAACACTCTACTAATTTACAATTGTTTGATACAATCTCTAAGATTAATAC TAAAAATAAAGTTATTAGTACATAAATAAATTGTTGAATTCTTCATTCTTGTTACAACAA AAGCATCCATTGTAATAGCAAGATGGTTACTAACTAACATACGAGATGCACATGTAACAC ATAAAATACAAATATTATTCAATATAAACATTTACATAAAGCCACTAATCTCATTGAACC ACCCCTAGATGAACGGAAAACAAAGCCATCACAACACAAATGAAATCCTAAAATCATGTA ACCAACTAGGAAATAAGGTCAAGAAGCTCCTCATCGCGTTCAAATTTAGACATATGTTGT TTGTCCAACATTACCCGCGCATCCACACCTTTACCAATTTTGTAATCTTTCAAGAAGAAA AAATTCTTGAACGGACCATTTGGTAAACTAACTCTTTCAGGTTTTCCCAATCCAAAATCC ACTTTATACAATGGAAATCTACAAAGATTACTACAAGAATACACATTCTCATATTCATCA TCATATGGTTTTTTCCCTTTTCTCATTGATTCTACTACTTCTAACATAAATTCATTTTGT TCCACATGATCTTTCTTGTACGCCTCCTCAACTTCCTTCCTTAAACTACGAACCAACGCC GGCAACTCAATGTCTTCTTCCTTAGTTGCTGTTGTCGAGAAACTGGACAAGATGAGACAT AAGAATAAAGAGTTATCATAATAACGCTGTATTATGATCCTATTATAATAACGTTGTATT ATAATCCTATCATAATAACGTTGTATTATAATCCTATCTAATTTTCCTCTTCCCCAAAAG AAATCCTATCTAATATTTCCTCCCAAAAAAAATATAATCGATTCTGGCTTGAAACTATAT GTATATCTCAGCCTGCATTTTCTTACAAAACAAATTAGCATGTGCTTTTGATATTTGATG GCACACCACTGCTAGCTTTTAAGCTCTCTCTTCTATTAACCTGAAAATGAACATGAAAAG TCAAGTGAGTGTGTATGGTAACTTGTTGTACTCTCAAAGATATTCCTAACAGAAGCAGTG CACTCAAACATTTCTTGCGAGTGTTAAAAAGAACTTCAGTTGGAAATATTCGAATGAGAT GCTTTGTTTTCTTCTGTCTATGTCTGCGCAAAGGTTTTAAACTTTGATAAACTTGACATT TGACCACCAAAGCTCTATGTTGCATCAGATTTTACAGCTCATTGCAAAATGGAACCTGCA TCCCTAACTCCCGTCTGATTTCTAGTTTCCTTCTTAGTCGTATTAGTTGGAGGCTTAATA GCTATTGCTTGATTTTTATTAGACATTTCTATGCTTTCTAATTGGGAAGTCATGGGCTCA TGGCTGAAATTCTGCGCTTCCTGAATAGAGAGTTTAAGTCTACTGTGGACTGAAAATATA GAAATGCTCCTGATAAAATATATAAAAATACATAGAGAGGCCGTCTGTTTCTCTAAATTA TATTACATGATGCATTCAACAGATATCGCTCAACTGATTTTTAGTTTCATACTCAGATAT AATATTCTGAATTTCTTTATTGGCTCCTTTTTTGCTTGTTGTGGTGAGTCTGGTGACTGT CCGTCATCCATAACTTACATTTACTTCTAAATCAGGTGAACATTCTTACGGATAACTTGG ATATAAAAAGCGTGAACAGCGTGAATCTGAAAGCTGCAACTTCTGCTGCTCTTCTCCTTT TGCCATCTAAATTCACGGAGGTTAGTCTCTTTAATCATTTCTGATTTCTTGTCAAATAGT ACAGGGACATAACACATGCCACTTGGATTTGGTGTTTACGCATGCAGGAAGATTTATATG CCAAAATCTGTAGCCTCTCATATACAGGTGACTTGCGTATGCTTTTTGCAGAGGACAAAA ATAAGGTAGATTTGACATTTGAGTGGGTTTAAATTTTAAAATTTTGTGGCCCTGACTGTA CCACATGGAAGTATCAATCTACAAGTAAGTTTATAGTGTAATTGGGTAGTTTCTCAATTT TATAGTTTTATATTACTTCCAGCGGATCAATGAATATCAGTTAATTTGCATCTCATATCT ACAAAATATCCTTTTTGGACTAGAATTTGAATCTCAACTTTTAGCATAGTATCTCATAGT GCATTGGCAACTTTCATGCCACATTAATTGATTGAATTGATTCTTCCATTCCGTGTACAT GAATTTCTTCATTGCATATTGATCCAGGTGAACAAAATTGTACAAGGACAGTTCCATTTA TTTGAGGAAATGTATAAGCCATTTCTGGAAGAATACGAGGCCAAAAACTTGTTGAGATTT TCAGTAGCTGGTGATAAGCAAGTAAACATATTTCAGGTCTCTCTCTTTTCTAAAGCTTTG TCTCGTGTTGCTTCCTTAACATGGTTAATTGTCCTGAATGATGCTAATAATTCTTTATTA TAATCAATGCTTCTAATACGGGAACATATTTATATCGACGATAAAACACGTTTTTCTATT GAAGCATAAAAAAAAAAGTATGGTGTGAATGGGTGATCAAGAATATACAGCATGAGACAT GCTAATGGGGCCCTTCTATTGTTGCCTGTTGTGTACATTTTTAGTGGTAATTTTTGACCT TGAATGGTAGCCTCTGTGGTCAGTGAAATTTATCTTTCTATTCTGAACATTTCTCAAATA GCTTTGAAGTCATTTGCTTTCACGACTTGTCAAGTAGAGTTTTGGGCATCACAAGTTCCC TTGCATGAAAATTAGTTAGTACTTTTACATGATTACAATTTGTACACACTCTGTTCATTG AGTCAATCTCGATCTTTGATTGCTTTCTTAAAATTTTCATATTACTTCTGGTAATACATC TATATGAGATTCTTTGACTACACAAGCACATCTTTTCTTTCTGATTGATCCAAGGAGATT GATATTGATTACACCTCTGTTGAGATATGTAAATAGGAAAATCAAGGTCAAGTCAATTGA CATCTTTTAGTGTTATCCAAATCAGGATTGTGGATTATCTGCTGCTTCCACCTTGGTTTC TTCTCTTCCTTCATCAATCAGAAGTGAGATGGCCATGAAACTTGGAGAAAAGAGAATTCT GGATGACTCTGGTACGTAAATCAACTGCAAAAAGAGTGAATTTTCTGGAAAGAATCTTAA AATTTCCTGTTCTTTCAGATTTTTTCCCTTGTTAGTAGTTCCTGTTGAATTGTGTCTAAC TTCCTCATTAGTGAACATACACTTATATTTTAGTTATTTCACGTCTGTAACTCTTACGCT TAGATCCTGATACCATGTTGGATTGTGTGCTTGTCTCATCTCTAGAGAAAAGTTCTATTT AGTTATATTACTTGTTATGATAAGCTCTTCTAATGTTCCCTCCTCAGCTTAATCAAATCA TTTCACCTATGCCATATTTTCTTGTAGGTAGAGTTAGACAACAAATAGTGATTGGTTCAA AAGAACAGGCTGCTGAGTGCATGCAGAGGCTAGTTAGACGAAAGGTTATGTTTTCTAGCA CAAGGCAGGCTGTTGCAGGTTTATTGACTGCTGGTGCTGTTCATGGAGTCAGATATGTAG CAAACAAGATGCGCAAGGCTTGGAAATCTTGGGTGTAATTGTTTCCTGTTTTTGGGTGAC ATCACGTCTTTTAACTGGTTCAGACATGGGGATATAGCCACAACCACAGTTACACCTAAT GACATGCGGTTCAACCATGGAGTTCTTAGCATGGATAGAGTTTGCCGACTCTCCTGCTGC TTTTTCAAAATAAGACAAATAGAATTTGAGGGGGGAAATAACCAACAACCCATCAAAAAA TTTCTTCTGAAAGTTTTCTGTTCACTTGTATTCTTTTCTTTTATTTATTTCAAAGGTGGG AAGAGTTCTTCAGGGAAGGTCGAGCTGTTGTATGTTTAGAACATCCTGGTGAAAAGAAGT TAATCAATGTTTCTAAACAAGGAATTGCTATTGTTACTCTGTGTGTGTACTTATTTTTCC TCTTTCCAGAGGACAAGTAAATGTGTTCTAAGGTTCATGAATTGATCATCATGCTTCATT AGGTATGTTTACATCTCCAATTTATTCATTCAAGTATAATTCCCTTCTATTTATCTCTTA TGTATTTTTTCTCCCAACTCTAATTTTCCAGTTGAACTTCAAACAAGTTGAGCAGAAGTG AAATTGTTCAAATTTTATCTCTGCCCCCAAAGGGTGAAATTGAACACAAGACGCCAAGTT TCTAAAGGAAGTAAATCTCCTTACTTTTGGAGTTAACAACCGGTGGGCTTTATAGCATAA TAATAAGAAAGCTACCCATCAAAATCTTCAATTTGTATTTTCCTTGAACTTATTCGATAA TTTGGCACATCACCATGTCAATACTAACAATTTCTTCTCAAAGTAGCCTACTGATTTTTA TATTTGATTAGTTTTAGGATAAAGGTATGAATGCATCTCATAAGTTCTTGAAGACAACCA AATCTGCAGTCAAAGGATGATTACTACAACAACACTCTATCAGGAGTAAGTGGATATGAT TCCAATGATGTTGCAGAAATCCTTCAGTACTACAGGTGACTGGTGATATAGGCCAAAATG TCCAGCCTGTTGCTCTTACTAGTTCCAGATTAATTAATTAACAGACTGTCCTATTCTCTT TCGACATAAGACACACCGTCAATCCAAGGGAAGTAGAATAGATTGTTGATGTTGATATTT CCAATAAAGATGCAATTAATAATACGCAACTACTGTGGTATCTATCCATAAATCACATAC CCAATTCTCCATTGGTTCCTTCAATGTGTGTGTCTTGACTATATGCATAAAACAGAAAAG GACTTGCTTGGAAAAAAAACATTTGGCTCATTGGCAACCTTATCAATAACAATAATTGAA GATATGGGAGTCTACCCATAAAAAAGAAAAAAGAAAAAAAGAACCTATAAACAGCAGTAC CATCCCAATGACCTAGTAATTACTACTAGCCTTCTGTAACAGTAGAGCATGACAGTAATA GACTCTACTGATGAAATGGGAGATGAGATACAGCCAAGAAGTTATTGGAGATGGAGCAAA CACGATTTCTTCCCGGGAGATTCTTTCCAGAATTGGAGCGCATACCGATCAGCACTGTCA CAAACATTTACCAGATTGAAGGACCGAGTTGCAAACCGTTCTGACGATGCTGAGGAGATT GTGGAGCTAAGGAAAGAAAGTGAGAATGAGATGAAACGTTGCCTTAGTTGGTGGGACCTT ACCTGGTTTGGCTTTGGCTCTGTTATTGGAGCAGGCATCTTCGTACTCACTGGCCAAGAA GCTCATGAACATGCCGGACCAGCTATAGTTTTATCCTATGTGGCTTCTGGCATTTCAGCA ATGCTCTCTGTTTTCTGCTACACAGAATTCGCAGTAGAAATTCCCGTAGCAGGAGGGTCA TTTGCATACATCAGAGTCGAACTGGGAGACTTTGCAGCCTTTATCACAGCAGGGAACATA ATTCTTGGATCCATTGCTGGTAGTGCCGCAGTAGCAAGAGCCTGGACTTCTTACTTTACA ACGCTCTTGAATCGTCATCCAAACTCTTTGCGTATACATACAAATCTCATAGACGGGTTC AACTTACTAGATCCAATAGCTGTTGCAATTTTAGCAATTACATCAATAATTGCAATAAGC AGCACTAGAAGAACTTCATACTTTAACTGGATAGCATCAGCAGTAAATATGGTGGTGATT TCATTTGTCATAATTGCTGGACTTGCTCATGCCAATACCTCCAATTTGACACCCTTTGTG CCACATGGTCCCAAAGGTATCTTCGTTGCAGCGGCAATAGTGTATTTTGCATATGGGGGT TTTGACAATATTGCAACCATGGCAGAGGAAACAAAAAATCCATCGAAAGATATACCACTA GGGCTGCTAGGATCAATGTCAATTATCACCGTGATATATTGCTTGATGGCACTTTCACTA AGTATGATGCAAAAGTATACAGATATAGATCCTAACGCCGCCTACTCTGTTGCATTTCAA AGAGTGGGGATGAAATGGGCAAAATACCTGGTTGCCCTTGGAGCTCTGAAAGGAATGACC ACTGTCCTTTTGGCAGGAGCAATTGGACAGGCACGCTATGCTACTCATATTGCACGAGTT CATATGATTCCACCATGGTTTTCACTTGTTCACCCAAAGACAGGAACTCCCATAAATGCA ACTCTCTTGATCAGAGTTGCAAGTGCATGTATAGCATTCTTTTCAAGTTTGGATGTCTTG GCAAGTTTGTTATCTATAAGCGGCCTTCTAATATCCATGATGATGGCTGTTGCTCTGCTT GTGAGGAGATACTATGTCAGAGGTATCACCCCCCAGACGAATCTTTTGAAGCTTACCTTC TTTCTACTGGTCATAATTGTATCCTCTGTTGGGACTTCTGCTTATTGGGGACTGGACCCT AATGGTTGGCTTGGTTACACAGTAACTGTTCCCCTTTGGTTCCTGGCCACTTTGGCAATT TCGGTTCTTTTGCCACAGGATAGAACACCAAAAGTTTGGGGAGTCCCACTGGTTCCTTGG TTCCCATCCCTCTCAGTTGCAATAAATGTGTTTCTCATGGGATCATTAGGAGCTCAGGCA TTTATAAGGTTTGGCATATGTACGATTGTAATGCTGATATATTATATATTTTTTGGCCTC CATGCAACTTATGACATGGCTCATCAACCAAAGAAGCCAATGACTTCAAGGATCTTAGAA GAAGATATGGGAAGTGCTAGGGCATAAGTTTTTACACCTATAATAAAATCTGGGACTTGA GTTCCATCACGCTTAATCCTGCAATCATAAGATCTATGTTAGATGAAGTTATCACTGATC AGACAGTATCCTATCATTATGAATAATGAAAACTGTCTACCACAGTACATTCTCGAACAT TTCAATGATAGTCAAGTGATTATTGATCCTTTTATTCATTTTAACTTACAAACCAAGAGA TATATTATCAAATGCTTATACTACTTCAATTTGGAAAATATTAAGACATAAAATACTTCC CAGTTTATTAGAAAAAAAGAGTTTTATGGTTATCTAAATAAAAATTAATGATAGGTTACT TAGATCAAACGAGTTTAGAGACAAAAAGAAGAAATTACTTCCCACTTTTATAATATTTAA AAGGATTTTAAAAGAAAAGACACAAGAGAAACGCTCTTTAAAAACAATATTTTTATTAGG TCCAAAAACGCCCCTGTTACTAATAGTTTGGCCAAAAGAATGCTAACAATAGCAGCATGT TTGGACCAAACTATTAACGGAGGACATCTTTGTTCAATTTTGCATAGTCTAAGGGCTTTT GTTACCCTTTTCAGAAAACACAAAAAGGAGAGATGCTACAGGAGATAAAGTAAGAAAGTA AACTTCAGCACATAGGAAAAACATTCTAAAGCAAGAGCAACGGTAGGTTTAGATATTGCA AACTCACTTCAATGATCAGTAGAATTTATACCCTTTTCATATTTTCTTGAAATATTCTTT TTTTTTTTTCTGACAAAGGTAACAGTTTCTTAGAAAGCGTCTATACCAATTCAGGCCACA TATCTGAAATAAGTTAGATCCACATTGTTCCAATAAAAATTTTGTCAACTCTACTTCATT TCCAGTCAAAAAAGACCATATTTGATGGATAAATAAACCCAGAAAATGTTAAGCATAATA ATTCAATAACTCCAAAAGAAGAAACATCTGAATTCTGAAAACTTTCAAATGAATATTACC AGATTAAACAGTAATATCATTCACTGCAACCACTGAAATTGTTTTCTACTGCTTTTCATG CTTCAACCTCCTGCACATCATGAAAGCATCATCTAATGACCCTTGGACTTCTCACTGCCA TTTTCTACTTGGTTGCAATCTTCCCATATGCAACCACCACACTCACAATATTTCTTTCAC TCACCATTCTGATCCCAAGTTAGTTGCAAGCAATAATAATTCCATAATAGCTCTACCACA AGAAAATTATTTTAACATATGCAAGATGCACCGTCAGAGCATTTTGTTCCTTTACCAATA GAAAACGGCAGATATTAGTATGAACATTCAGCTAATAACACAGTATATAGTAAGGGAAAT TCACTTCACATGAGTGTAGAAAGCACCTTTAGTTGAGAAGTCGGAAGGTTGAGAGAGCAA GGTTAGAGAAAAACGCACAGAAGAGAGATTTGCAGCCTGGTAGTACTGTGTTATGAATTC AACAAGATCAATACCTAGTAGCTTCAGCTCAGTGATAGTCATTCCATAACAACTATCCAT GTTTTGTGATTCCTATCCAGTTGTCTTTTTCCCTAAGAAAAATGTTCCGTTGATGTATAG GAATAAAGCATAAGTCGTACTAAACATAGACAATCTAATTGCTCTTTTGTAGCACACATC TGGAGTAACTTAGAGCATAATTAAAAGCTGGTTTTGACATTGAGACTGCTCGTCTCTCTT GCACTTCAATTTAAGAACTTGTCCATGATTAGCACCAATCGGCAATCACTCTATAGTCTA CACAAAAGGTGTGCTTTCAGATAATGCCGAGGAATTTTTTTATTGGTAGAAAGCACAACC GTGTCCATTTTTTAATATCTTAAAGTAGTGCATTTCTGCTACATTATCAGTTACATACAA AATATATACAGCTTATTTAAATCCAAAACATTTATTTCCCAAGAAATAAAATACATTAAC TTGTGATGCTAACATCTATCCAGAAAGATTCAAAGATTTGGCATGGCATTTACACTGGAC TTTGATCACTCCTTCTATTCACTCTCTCTCTTACCACTGGGAATATTATATACAGAAAAA ATAAGCAGACAAAATTTTGAACTTGCTTTCATAAGCCACAAACAATAACTTTGTCAGCAT TTTCAACTCCCATAATTTAACATTCCGGACACGTCTTGATACAAATTAAAACAAAGAGGA AGCAAAAGGTAAATAAGAAATGTAAGCAACTTTAAGAGAATTTTTATTTTTATTTTTGGT AGAAAACTATAAGAGAATTACTTAAATTAAACTCTATTTAGACTCTCTAAAACCGTTTCA AAATGATCGTGCCCGGCTAGAGCTATTGAAGTATCATCAATATTCGAAACTGGCGCGTTA CAAATTTGTAGATTACAACTTTTAGATTTCAAATCTAACAGATTGATAGAAAGTGAAGAA GAAAATATTCAATGACATGG GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 1438 1495 match_part 0.997 1574 1905 match_part 0.992 2021 2373 match_2 match_part 1.000 2146 2411 match_part 1.000 2492 2592 match_part 1.000 2726 2775 match_part 1.000 3584 3768 match_3 match_part 1.000 2146 2411 match_part 1.000 2492 2592 match_part 1.000 2726 2775 match_part 1.000 3584 3768 match_4 match_part 0.996 2147 2411 match_part 0.980 2492 2592 match_part 0.960 2726 2775 match_part 1.000 3584 3629 match_5 match_part 1.000 2270 2411 match_part 1.000 2492 2592 match_part 1.000 2726 2775 match_part 1.000 3584 3825 match_6 match_part 1.000 2277 2411 match_part 1.000 2492 2592 match_part 1.000 2726 2775 match_part 1.000 3584 3770 match_part 1.000 4509 4631 match_7 match_part 1.000 2518 2592 match_part 1.000 2726 2775 match_part 1.000 3584 3770 match_part 1.000 4509 4653 match_part 1.000 4980 5008 match_8 match_part 1.000 4513 4653 match_part 1.000 4980 5110 match_part 1.000 5417 5686 match_9 match_part 1.000 4980 5110 match_part 1.000 5414 5797 match_10 match_part 0.969 7103 7452 match_part 0.985 7696 7825 match_part 0.990 7912 8014 match_part 0.976 9678 9801 match_11 match_part 0.925 7103 7289 match_12 match_part 0.969 7126 7452 match_part 0.985 7696 7825 match_part 0.990 7912 8014 match_part 0.974 9678 9716 match_13 match_part 1.000 7318 7452 match_part 1.000 9678 9801 match_part 1.000 10379 10444 match_part 1.000 11384 11422 match_part 1.000 12206 12260 match_14 match_part 0.955 7948 8014 match_part 1.000 9678 9801 match_part 1.000 10379 10444 match_part 1.000 11384 11422 match_part 1.000 12206 12286 match_part 1.000 12406 12453 match_part 1.000 13140 13190 match_part 1.000 13355 13423 match_part 1.000 13968 14201 match_part 0.972 14369 14440 match_15 match_part 0.987 9726 9801 match_part 1.000 10379 10444 match_part 1.000 11384 11422 match_part 1.000 12206 12286 match_part 1.000 12406 12453 match_part 1.000 13140 13190 match_part 1.000 13355 13423 match_part 0.987 13968 14201 match_part 0.977 14369 14411 match_16 match_part 1.000 13364 13956 match_17 match_part 0.991 13969 14201 match_part 0.996 14369 14833 match_18 match_part 1.000 15504 16128 match_part 0.966 21187 21245 match_part 0.952 21348 21389 match_19 match_part 1.000 15504 16128 match_part 0.676 16671 16707 match_20 match_part 1.000 15504 16128 match_part 0.714 16671 16698 match_21 match_part 1.000 15504 15936 match_22 match_part 0.959 15513 16046 match_23 match_part 0.998 15514 16069 match_24 match_part 0.986 15518 16083 match_25 match_part 0.998 15527 16069 match_26 match_part 0.996 15540 16069 match_27 match_part 0.967 15546 16034 match_28 match_part 0.995 15558 16212 match_29 match_part 1.000 15565 16076 match_30 match_part 0.969 15582 16199 match_part 1.000 16999 17072 match_31 match_part 0.964 15582 16192 match_32 match_part 1.000 16061 16128 match_part 1.000 21187 21245 match_part 1.000 21348 21487 match_part 0.998 21918 22350 match_33 match_part 0.985 17021 17088 match_part 1.000 18168 18313 match_part 1.000 20311 20353 match_34 match_part 0.990 18176 18766 match_35 match_part 1.000 18259 18313 match_part 1.000 20311 20469 match_part 1.000 20556 20622 match_part 1.000 21138 21245 match_part 1.000 21348 21487 match_part 1.000 21918 22296 match_36 match_part 1.000 20132 20469 match_part 1.000 20556 20622 match_part 1.000 21142 21245 match_part 1.000 21348 21432 match_37 match_part 1.000 20132 20469 match_part 1.000 20556 20622 match_part 1.000 21142 21181 match_38 match_part 0.950 20603 20622 match_part 0.991 21138 21245 match_part 0.979 21348 21487 match_part 0.884 21918 22210 match_39 match_part 0.901 21165 21245 match_part 1.000 21348 21487 match_part 0.995 21918 22350 match_40 match_part 1.000 21184 21245 match_part 1.000 21348 21487 match_part 1.000 21918 22382 match_41 match_part 1.000 21185 21245 match_part 1.000 21348 21487 match_part 0.998 21918 22350 match_42 match_part 1.000 21395 21487 match_part 1.000 21918 22280 match_43 match_part 0.998 28415 28995 match_44 match_part 0.998 37945 38757 match_45 match_part 0.998 37946 38558 match_46 match_part 0.991 38057 38759 match_47 match_part 0.912 38081 38466 match_48 match_part 0.998 38349 38890 match_49 match_part 0.948 38373 38875 match_50 match_part 0.984 38483 38855 match_51 match_part 0.997 38884 39573 match_52 match_part 0.958 39179 39556 match_53 match_part 0.967 39226 39555 match_54 match_part 0.922 40163 40252 match_part 1.000 43337 44093 match_55 match_part 1.000 40206 40252 match_part 0.997 43337 44044 match_56 match_part 0.913 40207 40252 match_part 0.984 43337 43909 match_57 match_part 0.953 40210 40252 match_part 0.998 43337 44229 match_58 match_part 0.929 40211 40252 match_part 0.999 43337 44069 match_59 match_part 1.000 40211 40252 match_part 0.970 43337 44005 match_60 match_part 0.976 40211 40252 match_part 0.961 43337 43947 match_61 match_part 1.000 40211 40252 match_part 0.966 43337 43805 match_62 match_part 1.000 40211 40252 match_part 0.969 43337 43789 match_63 match_part 1.000 40212 40252 match_part 0.996 43337 43825 match_64 match_part 0.968 40222 40252 match_part 0.966 43337 44033 match_65 match_part 0.960 40228 40252 match_part 0.966 43337 43958 match_66 match_part 1.000 40232 40252 match_part 0.986 43337 43823 match_67 match_part 1.000 40237 40252 match_part 0.962 43337 43787 match_68 match_part 1.000 40238 40252 match_part 0.993 43337 44044 match_69 match_part 1.000 40238 40252 match_part 0.997 43337 43996 match_70 match_part 0.961 42606 42733 match_part 0.984 43337 43950 match_71 match_part 0.960 42608 42733 match_part 1.000 43337 43706 match_72 match_part 0.980 43326 43570 match_73 match_part 0.963 43327 43735 match_74 match_part 0.994 43328 43823 match_75 match_part 0.997 43337 44239 match_76 match_part 0.996 43337 44182 match_77 match_part 0.993 43337 44180 match_78 match_part 0.999 43337 44083 match_79 match_part 0.971 43337 44052 match_80 match_part 0.970 43337 43942 match_81 match_part 0.965 43337 43881 match_82 match_part 0.962 43337 43867 match_83 match_part 0.963 43337 43852 match_84 match_part 0.998 43337 43825 match_85 match_part 0.954 43337 43767 match_86 match_part 0.991 43338 43905 match_87 match_part 0.968 43342 44026 match_88 match_part 0.964 43347 43936 match_89 match_part 0.962 43354 44031 match_90 match_part 0.976 43418 43662 match_91 match_part 0.917 43418 43623 match_92 match_part 0.988 43605 44257 match_93 match_part 0.962 43675 44276 match_94 match_part 0.992 43872 44262 match_95 match_part 0.955 43919 44250 match_96 match_part 0.997 43932 44257 match_97 match_part 0.996 43981 44245 match_98 match_part 0.996 43981 44245 match_99 match_part 0.993 44018 44717 match_100 match_part 1.000 48143 48528 match_part 1.000 49734 49823 match_part 1.000 49952 50085 match_part 1.000 50182 50335 match_101 match_part 1.000 48149 48528 match_part 1.000 49734 49823 match_part 1.000 49952 50085 match_part 1.000 50182 50270 match_102 match_part 0.997 48236 48528 match_part 1.000 49734 49823 match_part 0.993 49952 50085 match_part 1.000 50182 50352 match_part 1.000 50650 50775 match_part 1.000 51973 52052 match_part 1.000 53117 53315 match_part 1.000 53812 53919 match_part 0.970 54584 54650 match_part 0.997 54838 55189 match_103 match_part 0.941 48273 48528 match_part 1.000 49734 49823 match_part 1.000 49952 50085 match_part 0.957 50182 50321 match_104 match_part 0.945 48310 48528 match_part 1.000 49734 49823 match_part 0.966 49952 50009 match_105 match_part 0.919 50192 50352 match_part 0.960 50650 50775 match_part 0.975 51973 52052 match_part 0.966 53117 53204 match_106 match_part 0.973 50204 50352 match_part 0.960 50650 50775 match_part 0.975 51973 52052 match_part 0.964 53117 53284 match_107 match_part 0.973 50204 50352 match_part 0.960 50650 50775 match_part 0.975 51973 52052 match_part 0.974 53117 53270 match_108 match_part 0.973 50204 50352 match_part 0.960 50650 50775 match_part 0.975 51973 52052 match_part 0.966 53117 53205 match_109 match_part 0.973 50204 50352 match_part 0.960 50650 50775 match_part 0.975 51973 52052 match_part 0.966 53117 53204 match_110 match_part 0.973 50204 50352 match_part 0.960 50650 50775 match_part 0.975 51973 52052 match_part 0.966 53117 53204 match_111 match_part 0.973 50204 50352 match_part 0.960 50650 50775 match_part 0.975 51973 52052 match_part 0.966 53117 53204 match_112 match_part 0.973 50204 50352 match_part 0.959 50650 50723 match_113 match_part 0.907 50235 50352 match_part 0.937 50650 50775 match_part 0.962 51973 52052 match_part 0.960 53117 53315 match_part 0.898 53812 53919 match_part 0.947 54584 54640 match_114 match_part 0.998 51419 52052 match_part 0.989 53117 53207 match_115 match_part 0.990 51541 52052 match_part 0.989 53117 53302 match_116 match_part 1.000 52011 52052 match_part 0.985 53117 53315 match_part 0.935 53812 53919 match_part 0.940 54584 54650 match_part 0.853 54838 55218 match_117 match_part 1.000 59428 59496 match_part 1.000 60146 60251 match_part 0.990 60568 61078 match_118 match_part 1.000 59435 59496 match_part 1.000 60146 60251 match_part 0.987 60568 61111 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_119 match_part 1.000 31735 31705 match_part 0.989 31545 31003 match_120 match_part 1.000 31735 31705 match_part 0.989 31545 31003 match_121 match_part 1.000 31735 31705 match_part 0.994 31545 31007 match_122 match_part 0.987 33080 32922 match_part 0.976 32826 32620 match_part 1.000 32367 32281 match_part 0.979 32014 31920 match_part 0.953 31833 31705 match_part 0.900 31545 31526 match_123 match_part 1.000 35101 34745 match_part 1.000 34262 33957 match_part 0.942 33620 33569 match_124 match_part 1.000 35100 34745 match_part 1.000 34262 34209 match_125 match_part 0.930 38163 37937 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 1438 1495 exon 1574 1905 exon 2021 2411 exon 2492 2592 exon 2726 2775 exon 3584 3770 exon 4509 4653 exon 4980 5110 exon 5417 5686 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 1438 1495 exon 1574 1905 exon 2021 2411 exon 2492 2592 exon 2726 2775 exon 3584 3770 exon 4509 4653 exon 4980 5110 exon 5414 5797 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 1438 1495 exon 1574 1905 exon 2021 2411 exon 2492 2592 exon 2726 2775 exon 3584 3825 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 7103 7452 exon 7696 7825 exon 7912 8014 exon 9678 9801 exon 10379 10444 exon 11384 11422 exon 12206 12286 exon 12406 12453 exon 13140 13190 exon 13355 13423 exon 13968 14201 exon 14369 14833 gene_5 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 7318 7452 exon 9678 9801 exon 10379 10444 exon 11384 11422 exon 12206 12286 exon 12406 12453 exon 13140 13190 exon 13355 13423 exon 13968 14201 exon 14369 14833 gene_6 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 13364 13956 gene_7 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 15504 16199 exon 16999 17088 exon 18168 18313 exon 20311 20469 exon 20556 20622 exon 21138 21245 exon 21348 21487 exon 21918 22382 gene_8 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 15504 16128 exon 21187 21245 exon 21348 21487 exon 21918 22350 gene_9 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 15504 16212 gene_10 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 15504 16128 exon 16671 16707 gene_11 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 20132 20469 exon 20556 20622 exon 21142 21245 exon 21348 21487 exon 21918 22382 gene_12 gene GT_PGL_3_AGS_6 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 18176 18766 gene_13 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 28415 28995 gene_14 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 33080 32922 exon 32826 32620 exon 32367 32281 exon 32014 31920 exon 31833 31705 exon 31545 31003 gene_15 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 35101 34745 exon 34262 33957 exon 33620 33569 gene_16 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 38163 37937 gene_17 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 37945 39573 gene_18 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 40163 40252 exon 43337 44717 gene_19 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 43326 44717 gene_20 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 42606 42733 exon 43337 44717 gene_21 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 48143 48528 exon 49734 49823 exon 49952 50085 exon 50182 50352 exon 50650 50775 exon 51973 52052 exon 53117 53315 exon 53812 53919 exon 54584 54650 exon 54838 55218 gene_22 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 51419 52052 exon 53117 53315 exon 53812 53919 exon 54584 54650 exon 54838 55218 gene_23 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 59428 59496 exon 60146 60251 exon 60568 61111 RepeatMasker tomato repeats master Copia00151 9400 9515 1 Copia00151 9400 9515 1 nucleotide_motif 468 11645 11761 Copia00143 95 192 1 Copia00143 95 192 1 nucleotide_motif 280 11782 11878 Copia00175 2376 2554 1 Copia00175 2376 2554 1 nucleotide_motif 481 27861 28041 Copia00090 68 248 1 Copia00090 68 248 1 nucleotide_motif 556 39606 39782 Unknown00014 787 866 1 Unknown00014 787 866 1 nucleotide_motif 676 56329 56408 Copia00151 8317 8478 1 Copia00151 8317 8478 1 nucleotide_motif 259 56472 56656 RepeatMasker tomato repeats master Copia00105 8179 8330 -1 Copia00105 8179 8330 -1 nucleotide_motif 348 11627 11490 TS2 507 655 -1 TS2 507 655 -1 nucleotide_motif 480 17582 17433 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1210 24835 24608 Unknown00038 3409 4481 -1 Unknown00038 3409 4481 -1 nucleotide_motif 5725 47605 46594 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2234 5177 6324 match_2 match 2335 22694 23892 match_3 match 2979 16033 17556 match_4 match 3463 23993 25838 match_5 match 3711 20748 22619 match_6 match 5303 18011 20733 match_7 match 5402 27786 30597 match_8 match 6286 6936 10238 match_9 match 7933 62081 66160 match_10 match 8223 57834 62059 match_11 match 9926 1 5163 match_12 match 30625 36169 match_13 match 10303 16008 match_14 match 38035 44148 match_15 match 7933 62081 66160 match_16 match 8223 57834 62059 match_17 match 2234 5177 6324 match_18 match 2335 22694 23892 match_19 match 3463 23993 25838 match_20 match 3711 20748 22619 match_21 match 5303 18011 20733 match_22 match 5402 27786 30597 match_23 match 6286 6936 10238 match_24 match 9926 1 5163 match_25 match 30625 36169 match_26 match 10303 16008 match_27 match 47924 55052 match_28 match 38035 46166 match_29 match 2964 16033 17556 match_30 match 7933 62081 66160 match_31 match 8223 57834 62059 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 837.5 29 66364 clone_start_1 clone_start 1304 29 722 clone_2 clone 1183.5 29 66160 clone_start_2 clone_start 1304 29 722 clone_start_3 clone_start 761 247 663 clone_start_4 clone_start 1485 33889 34644 clone_start_5 clone_start 1003 54444 54953 clone_start_6 clone_start 940 65324 65818 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 371 66364 66178 clone_end_2 clone_end 1063 66160 65604 clone_start_7 clone_start 1271 9392 8686 clone_end_3 clone_end 601 10605 10303 clone_end_4 clone_end 1328 11368 10678 clone_start_8 clone_start 1602 12446 11627 clone_start_9 clone_start 345 17556 17375 clone_start_10 clone_start 1027 33892 33345 clone_start_11 clone_start 587 33892 33555 clone_end_5 clone_end 1047 34925 34398 clone_end_6 clone_end 371 36938 36752 clone_end_7 clone_end 839 37323 36901 clone_end_8 clone_end 1465 44581 43843 clone_end_9 clone_end 924 44589 44108 clone_start_12 clone_start 618 46166 45855 clone_start_13 clone_start 1528 50464 49670 clone_start_14 clone_start 1425 51044 50322 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 1438 1495 match_part 0.997 1574 1905 match_part 0.992 2021 2373 match_2 match_part 1.000 2146 2411 match_part 1.000 2492 2592 match_part 1.000 2726 2775 match_part 1.000 3584 3768 match_3 match_part 1.000 2146 2411 match_part 1.000 2492 2592 match_part 1.000 2726 2775 match_part 1.000 3584 3768 match_4 match_part 0.996 2147 2411 match_part 0.980 2492 2592 match_part 0.960 2726 2775 match_part 1.000 3584 3629 match_5 match_part 1.000 2270 2411 match_part 1.000 2492 2592 match_part 1.000 2726 2775 match_part 1.000 3584 3825 match_6 match_part 1.000 2277 2411 match_part 1.000 2492 2592 match_part 1.000 2726 2775 match_part 1.000 3584 3770 match_part 1.000 4509 4631 match_7 match_part 1.000 2518 2592 match_part 1.000 2726 2775 match_part 1.000 3584 3770 match_part 1.000 4509 4653 match_part 1.000 4980 5008 match_8 match_part 1.000 4513 4653 match_part 1.000 4980 5110 match_part 1.000 5417 5686 match_9 match_part 1.000 4980 5110 match_part 1.000 5414 5797 match_10 match_part 1.000 7318 7452 match_part 1.000 9678 9801 match_part 1.000 10379 10444 match_part 1.000 11384 11422 match_part 1.000 12206 12260 match_11 match_part 0.955 7948 8014 match_part 1.000 9678 9801 match_part 1.000 10379 10444 match_part 1.000 11384 11422 match_part 1.000 12206 12286 match_part 1.000 12406 12453 match_part 1.000 13140 13190 match_part 1.000 13355 13423 match_part 1.000 13968 14201 match_part 0.972 14369 14440 match_12 match_part 0.987 9726 9801 match_part 1.000 10379 10444 match_part 1.000 11384 11422 match_part 1.000 12206 12286 match_part 1.000 12406 12453 match_part 1.000 13140 13190 match_part 1.000 13355 13423 match_part 0.987 13968 14201 match_part 0.977 14369 14411 match_13 match_part 1.000 13364 13956 match_14 match_part 0.991 13969 14201 match_part 0.996 14369 14833 match_15 match_part 1.000 15504 16128 match_part 0.966 21187 21245 match_part 0.952 21348 21389 match_16 match_part 1.000 15504 16128 match_part 0.676 16671 16707 match_17 match_part 1.000 15504 16128 match_part 0.714 16671 16698 match_18 match_part 1.000 15504 15936 match_19 match_part 0.959 15513 16046 match_20 match_part 0.998 15514 16069 match_21 match_part 0.986 15518 16083 match_22 match_part 0.998 15527 16069 match_23 match_part 0.996 15540 16069 match_24 match_part 0.995 15558 16212 match_25 match_part 1.000 15565 16076 match_26 match_part 1.000 16061 16128 match_part 1.000 21187 21245 match_part 1.000 21348 21487 match_part 0.998 21918 22350 match_27 match_part 0.985 17021 17088 match_part 1.000 18168 18313 match_part 1.000 20311 20353 match_28 match_part 0.990 18176 18766 match_29 match_part 1.000 18259 18313 match_part 1.000 20311 20469 match_part 1.000 20556 20622 match_part 1.000 21138 21245 match_part 1.000 21348 21487 match_part 1.000 21918 22296 match_30 match_part 1.000 20132 20469 match_part 1.000 20556 20622 match_part 1.000 21142 21245 match_part 1.000 21348 21432 match_31 match_part 1.000 20132 20469 match_part 1.000 20556 20622 match_part 1.000 21142 21181 match_32 match_part 0.901 21165 21245 match_part 1.000 21348 21487 match_part 0.995 21918 22350 match_33 match_part 1.000 21184 21245 match_part 1.000 21348 21487 match_part 1.000 21918 22382 match_34 match_part 1.000 21185 21245 match_part 1.000 21348 21487 match_part 0.998 21918 22350 match_35 match_part 1.000 21395 21487 match_part 1.000 21918 22280 match_36 match_part 0.998 28415 28995 match_37 match_part 0.998 37945 38757 match_38 match_part 0.998 37946 38558 match_39 match_part 0.991 38057 38759 match_40 match_part 0.998 38349 38890 match_41 match_part 0.984 38483 38855 match_42 match_part 0.997 38884 39573 match_43 match_part 0.958 39179 39556 match_44 match_part 0.967 39226 39555 match_45 match_part 0.922 40163 40252 match_part 1.000 43337 44093 match_46 match_part 1.000 40206 40252 match_part 0.997 43337 44044 match_47 match_part 0.913 40207 40252 match_part 0.984 43337 43909 match_48 match_part 0.953 40210 40252 match_part 0.998 43337 44229 match_49 match_part 0.929 40211 40252 match_part 0.999 43337 44069 match_50 match_part 1.000 40212 40252 match_part 0.996 43337 43825 match_51 match_part 1.000 40232 40252 match_part 0.986 43337 43823 match_52 match_part 1.000 40238 40252 match_part 0.993 43337 44044 match_53 match_part 1.000 40238 40252 match_part 0.997 43337 43996 match_54 match_part 0.961 42606 42733 match_part 0.984 43337 43950 match_55 match_part 0.960 42608 42733 match_part 1.000 43337 43706 match_56 match_part 0.980 43326 43570 match_57 match_part 0.963 43327 43735 match_58 match_part 0.994 43328 43823 match_59 match_part 0.997 43337 44239 match_60 match_part 0.996 43337 44182 match_61 match_part 0.993 43337 44180 match_62 match_part 0.999 43337 44083 match_63 match_part 0.998 43337 43825 match_64 match_part 0.991 43338 43905 match_65 match_part 0.976 43418 43662 match_66 match_part 0.988 43605 44257 match_67 match_part 0.992 43872 44262 match_68 match_part 0.997 43932 44257 match_69 match_part 0.996 43981 44245 match_70 match_part 0.996 43981 44245 match_71 match_part 0.993 44018 44717 match_72 match_part 1.000 48143 48528 match_part 1.000 49734 49823 match_part 1.000 49952 50085 match_part 1.000 50182 50335 match_73 match_part 1.000 48149 48528 match_part 1.000 49734 49823 match_part 1.000 49952 50085 match_part 1.000 50182 50270 match_74 match_part 0.997 48236 48528 match_part 1.000 49734 49823 match_part 0.993 49952 50085 match_part 1.000 50182 50352 match_part 1.000 50650 50775 match_part 1.000 51973 52052 match_part 1.000 53117 53315 match_part 1.000 53812 53919 match_part 0.970 54584 54650 match_part 0.997 54838 55189 match_75 match_part 0.907 50235 50352 match_part 0.937 50650 50775 match_part 0.962 51973 52052 match_part 0.960 53117 53315 match_part 0.898 53812 53919 match_part 0.947 54584 54640 match_76 match_part 0.998 51419 52052 match_part 0.989 53117 53207 match_77 match_part 0.990 51541 52052 match_part 0.989 53117 53302 match_78 match_part 1.000 52011 52052 match_part 0.985 53117 53315 match_part 0.935 53812 53919 match_part 0.940 54584 54650 match_part 0.853 54838 55218 match_79 match_part 1.000 59428 59496 match_part 1.000 60146 60251 match_part 0.990 60568 61078 match_80 match_part 1.000 59435 59496 match_part 1.000 60146 60251 match_part 0.987 60568 61111 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_81 match_part 1.000 31735 31705 match_part 0.989 31545 31003 match_82 match_part 1.000 31735 31705 match_part 0.989 31545 31003 match_83 match_part 1.000 31735 31705 match_part 0.994 31545 31007 match_84 match_part 1.000 35101 34745 match_part 1.000 34262 33957 match_part 0.942 33620 33569 match_85 match_part 1.000 35100 34745 match_part 1.000 34262 34209 match_86 match_part 0.930 38163 37937 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 1438 1495 exon 1574 1905 exon 2021 2411 exon 2492 2592 exon 2726 2775 exon 3584 3770 exon 4509 4653 exon 4980 5110 exon 5417 5686 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 1438 1495 exon 1574 1905 exon 2021 2411 exon 2492 2592 exon 2726 2775 exon 3584 3770 exon 4509 4653 exon 4980 5110 exon 5414 5797 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 1438 1495 exon 1574 1905 exon 2021 2411 exon 2492 2592 exon 2726 2775 exon 3584 3825 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 7318 7452 exon 9678 9801 exon 10379 10444 exon 11384 11422 exon 12206 12286 exon 12406 12453 exon 13140 13190 exon 13355 13423 exon 13968 14201 exon 14369 14833 gene_5 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 7948 8014 exon 9678 9801 exon 10379 10444 exon 11384 11422 exon 12206 12286 exon 12406 12453 exon 13140 13190 exon 13355 13423 exon 13968 14201 exon 14369 14833 gene_6 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 13364 13956 gene_7 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 15504 16128 exon 21187 21245 exon 21348 21487 exon 21918 22350 gene_8 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 15504 16128 exon 16671 16707 gene_9 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 15504 16212 gene_10 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 20132 20469 exon 20556 20622 exon 21142 21245 exon 21348 21487 exon 21918 22382 gene_11 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 17021 17088 exon 18168 18313 exon 20311 20469 exon 20556 20622 exon 21138 21245 exon 21348 21487 exon 21918 22382 gene_12 gene GT_PGL_3_AGS_6 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 18176 18766 gene_13 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 28415 28995 gene_14 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 31735 31705 exon 31545 31003 gene_15 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 35101 34745 exon 34262 33957 exon 33620 33569 gene_16 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 38163 37937 gene_17 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 37945 39573 gene_18 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 40163 40252 exon 43337 44717 gene_19 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 43326 44717 gene_20 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 42606 42733 exon 43337 44717 gene_21 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 48143 48528 exon 49734 49823 exon 49952 50085 exon 50182 50352 exon 50650 50775 exon 51973 52052 exon 53117 53315 exon 53812 53919 exon 54584 54650 exon 54838 55218 gene_22 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 51419 52052 exon 53117 53315 exon 53812 53919 exon 54584 54650 exon 54838 55218 gene_23 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 59428 59496 exon 60146 60251 exon 60568 61111 AUGUSTUS_tom_cdna de novo gene_1 gene 5 1 14617 transcript_1 transcript 7448 14617 start_codon_1 start_codon 7448 7450 CDS_1 CDS 7448 7452 CDS_2 CDS 9678 9801 CDS_3 CDS 10379 10444 CDS_4 CDS 11384 11422 CDS_5 CDS 12206 12286 CDS_6 CDS 12406 12453 CDS_7 CDS 13140 13190 CDS_8 CDS 13355 13423 CDS_9 CDS 13968 14201 CDS_10 CDS 14369 14617 stop_codon_1 stop_codon 14615 14617 transcript_2 transcript 1 14617 CDS_11 CDS 1 176 CDS_12 CDS 680 837 CDS_13 CDS 913 976 CDS_14 CDS 1158 1339 CDS_15 CDS 1438 1495 CDS_16 CDS 1574 1905 CDS_17 CDS 2021 2411 CDS_18 CDS 2492 2592 CDS_19 CDS 2726 2775 CDS_20 CDS 3584 3770 CDS_21 CDS 4509 4653 CDS_22 CDS 4980 5110 CDS_23 CDS 5414 5532 CDS_24 CDS 7323 7452 CDS_25 CDS 7696 7825 CDS_26 CDS 7912 8014 CDS_27 CDS 9678 9801 CDS_28 CDS 10379 10444 CDS_29 CDS 11384 11422 CDS_30 CDS 12206 12286 CDS_31 CDS 12406 12453 CDS_32 CDS 13140 13190 CDS_33 CDS 13355 13423 CDS_34 CDS 13968 14201 CDS_35 CDS 14369 14617 stop_codon_2 stop_codon 14615 14617 transcript_3 transcript 1 14617 CDS_36 CDS 1 146 CDS_37 CDS 680 837 CDS_38 CDS 913 976 CDS_39 CDS 1158 1339 CDS_40 CDS 1438 1495 CDS_41 CDS 1574 1905 CDS_42 CDS 2021 2411 CDS_43 CDS 2492 2592 CDS_44 CDS 2726 2775 CDS_45 CDS 3584 3770 CDS_46 CDS 4509 4653 CDS_47 CDS 4980 5110 CDS_48 CDS 5414 5532 CDS_49 CDS 7323 7452 CDS_50 CDS 7696 7825 CDS_51 CDS 7912 8014 CDS_52 CDS 9678 9801 CDS_53 CDS 10379 10444 CDS_54 CDS 11384 11422 CDS_55 CDS 12206 12286 CDS_56 CDS 12406 12453 CDS_57 CDS 13140 13190 CDS_58 CDS 13355 13423 CDS_59 CDS 13968 14201 CDS_60 CDS 14369 14617 stop_codon_3 stop_codon 14615 14617 transcript_4 transcript 1 14617 CDS_61 CDS 1 176 CDS_62 CDS 680 837 CDS_63 CDS 913 976 CDS_64 CDS 1158 1339 CDS_65 CDS 1438 1495 CDS_66 CDS 1574 1905 CDS_67 CDS 2021 2411 CDS_68 CDS 2492 2592 CDS_69 CDS 2726 2775 CDS_70 CDS 3584 3770 CDS_71 CDS 4509 4653 CDS_72 CDS 4980 5110 CDS_73 CDS 5417 5532 CDS_74 CDS 7323 7452 CDS_75 CDS 7696 7825 CDS_76 CDS 7912 8014 CDS_77 CDS 9678 9801 CDS_78 CDS 10379 10444 CDS_79 CDS 11384 11422 CDS_80 CDS 12206 12286 CDS_81 CDS 12406 12453 CDS_82 CDS 13140 13190 CDS_83 CDS 13355 13423 CDS_84 CDS 13968 14201 CDS_85 CDS 14369 14617 stop_codon_4 stop_codon 14615 14617 transcript_5 transcript 1 14617 CDS_86 CDS 1 176 CDS_87 CDS 680 837 CDS_88 CDS 1438 1495 CDS_89 CDS 1574 1905 CDS_90 CDS 2021 2411 CDS_91 CDS 2492 2592 CDS_92 CDS 2726 2775 CDS_93 CDS 3584 3770 CDS_94 CDS 4509 4653 CDS_95 CDS 4980 5110 CDS_96 CDS 5414 5532 CDS_97 CDS 7323 7452 CDS_98 CDS 7696 7825 CDS_99 CDS 7912 8014 CDS_100 CDS 9678 9801 CDS_101 CDS 10379 10444 CDS_102 CDS 11384 11422 CDS_103 CDS 12206 12286 CDS_104 CDS 12406 12453 CDS_105 CDS 13140 13190 CDS_106 CDS 13355 13423 CDS_107 CDS 13968 14201 CDS_108 CDS 14369 14617 stop_codon_5 stop_codon 14615 14617 gene_2 gene 2 15675 22005 transcript_6 transcript 15675 16256 start_codon_2 start_codon 15675 15677 CDS_109 CDS 15675 16256 stop_codon_6 stop_codon 16254 16256 transcript_7 transcript 15675 22005 start_codon_3 start_codon 15675 15677 CDS_110 CDS 15675 16199 CDS_111 CDS 16999 17088 CDS_112 CDS 18168 18313 CDS_113 CDS 20311 20469 CDS_114 CDS 20556 20622 CDS_115 CDS 21138 21245 CDS_116 CDS 21348 21487 CDS_117 CDS 21918 22005 stop_codon_7 stop_codon 22003 22005 gene_3 gene 1 37937 39382 transcript_8 transcript 37937 39382 start_codon_4 start_codon 37937 37939 CDS_118 CDS 37937 39382 stop_codon_8 stop_codon 39380 39382 gene_4 gene 1 43431 44105 transcript_9 transcript 43431 44105 start_codon_5 start_codon 43431 43433 CDS_119 CDS 43431 44105 stop_codon_9 stop_codon 44103 44105 gene_5 gene 1 48366 54893 transcript_10 transcript 48366 54893 start_codon_6 start_codon 48366 48368 CDS_120 CDS 48366 48528 CDS_121 CDS 49734 49823 CDS_122 CDS 49952 50085 CDS_123 CDS 50182 50352 CDS_124 CDS 50650 50775 CDS_125 CDS 51973 52052 CDS_126 CDS 53117 53315 CDS_127 CDS 53812 53919 CDS_128 CDS 54584 54650 CDS_129 CDS 54838 54893 stop_codon_10 stop_codon 54891 54893 gene_6 gene 1 55959 59072 transcript_11 transcript 55959 59072 start_codon_7 start_codon 55959 55961 CDS_130 CDS 55959 56030 CDS_131 CDS 58776 58880 CDS_132 CDS 58968 59072 stop_codon_11 stop_codon 59070 59072 gene_7 gene 1 59410 60758 transcript_12 transcript 59410 60758 start_codon_8 start_codon 59410 59412 CDS_133 CDS 59410 59496 CDS_134 CDS 60146 60251 CDS_135 CDS 60568 60758 stop_codon_12 stop_codon 60756 60758 gene_8 gene 1 62149 63927 transcript_13 transcript 62149 63927 start_codon_9 start_codon 62149 62151 CDS_136 CDS 62149 63927 stop_codon_13 stop_codon 63925 63927 AUGUSTUS_tom_cdna de novo gene_9 gene 1 36158 31281 transcript_14 transcript 36158 31281 stop_codon_14 stop_codon 31283 31281 CDS_137 CDS 31545 31281 CDS_138 CDS 31892 31705 CDS_139 CDS 32014 31997 CDS_140 CDS 32367 32281 CDS_141 CDS 32826 32620 CDS_142 CDS 33251 32922 CDS_143 CDS 33620 33564 CDS_144 CDS 34262 33957 CDS_145 CDS 35305 34745 CDS_146 CDS 35459 35388 CDS_147 CDS 36158 36027 start_codon_10 start_codon 36158 36156 gene_10 gene 1 46018 45319 transcript_15 transcript 46018 45319 stop_codon_15 stop_codon 45321 45319 CDS_148 CDS 45440 45319 CDS_149 CDS 46018 45916 start_codon_11 start_codon 46018 46016 AUGUSTUS_ab_initio de novo gene_1 gene 1 219 22005 transcript_1 transcript 219 22005 CDS_1 CDS 219 307 CDS_2 CDS 1574 1905 CDS_3 CDS 2021 2424 CDS_4 CDS 3584 3770 CDS_5 CDS 4509 4653 CDS_6 CDS 4980 5089 CDS_7 CDS 5414 5532 CDS_8 CDS 9678 9801 CDS_9 CDS 13140 13190 CDS_10 CDS 13355 13423 CDS_11 CDS 13968 14126 CDS_12 CDS 15775 15869 CDS_13 CDS 16049 16199 CDS_14 CDS 16999 17088 CDS_15 CDS 18522 18649 CDS_16 CDS 20311 20469 CDS_17 CDS 20556 20622 CDS_18 CDS 21138 21209 CDS_19 CDS 21348 21487 CDS_20 CDS 21918 22005 stop_codon_1 stop_codon 22003 22005 gene_2 gene 1 43359 44105 transcript_2 transcript 43359 44105 start_codon_1 start_codon 43359 43361 CDS_21 CDS 43359 44105 stop_codon_2 stop_codon 44103 44105 gene_3 gene 1 48366 60758 transcript_3 transcript 48366 60758 start_codon_2 start_codon 48366 48368 CDS_22 CDS 48366 48488 CDS_23 CDS 49734 49823 CDS_24 CDS 50182 50352 CDS_25 CDS 50650 50775 CDS_26 CDS 60131 60251 CDS_27 CDS 60568 60758 stop_codon_3 stop_codon 60756 60758 gene_4 gene 1 62149 63927 transcript_4 transcript 62149 63927 start_codon_3 start_codon 62149 62151 CDS_28 CDS 62149 63927 stop_codon_4 stop_codon 63925 63927 AUGUSTUS_ab_initio de novo gene_5 gene 1 36158 31281 transcript_5 transcript 36158 31281 stop_codon_5 stop_codon 31283 31281 CDS_29 CDS 31545 31281 CDS_30 CDS 31892 31705 CDS_31 CDS 32014 31997 CDS_32 CDS 32367 32281 CDS_33 CDS 32826 32620 CDS_34 CDS 35305 34745 CDS_35 CDS 35459 35388 CDS_36 CDS 36158 36027 start_codon_4 start_codon 36158 36156 AUGUSTUS_tom_ugs de novo gene_1 gene 3 1 14617 transcript_1 transcript 1 14617 CDS_1 CDS 1 176 CDS_2 CDS 680 837 CDS_3 CDS 913 976 CDS_4 CDS 1158 1339 CDS_5 CDS 1438 1495 CDS_6 CDS 1574 1905 CDS_7 CDS 2021 2411 CDS_8 CDS 2492 2592 CDS_9 CDS 2726 2775 CDS_10 CDS 3584 3770 CDS_11 CDS 4509 4653 CDS_12 CDS 4980 5110 CDS_13 CDS 5414 5532 CDS_14 CDS 7323 7452 CDS_15 CDS 7696 7825 CDS_16 CDS 7912 8014 CDS_17 CDS 9678 9801 CDS_18 CDS 10379 10444 CDS_19 CDS 11384 11422 CDS_20 CDS 12206 12286 CDS_21 CDS 12406 12453 CDS_22 CDS 13140 13190 CDS_23 CDS 13355 13423 CDS_24 CDS 13968 14201 CDS_25 CDS 14369 14617 stop_codon_1 stop_codon 14615 14617 transcript_2 transcript 1 14617 CDS_26 CDS 1 176 CDS_27 CDS 680 837 CDS_28 CDS 913 976 CDS_29 CDS 1158 1318 CDS_30 CDS 1438 1495 CDS_31 CDS 1574 1905 CDS_32 CDS 2021 2411 CDS_33 CDS 2492 2592 CDS_34 CDS 2726 2775 CDS_35 CDS 3584 3770 CDS_36 CDS 4509 4653 CDS_37 CDS 4980 5110 CDS_38 CDS 5414 5532 CDS_39 CDS 7323 7452 CDS_40 CDS 7696 7825 CDS_41 CDS 7912 8014 CDS_42 CDS 9678 9801 CDS_43 CDS 10379 10444 CDS_44 CDS 11384 11422 CDS_45 CDS 12206 12286 CDS_46 CDS 12406 12453 CDS_47 CDS 13140 13190 CDS_48 CDS 13355 13423 CDS_49 CDS 13968 14201 CDS_50 CDS 14369 14617 stop_codon_2 stop_codon 14615 14617 transcript_3 transcript 1 14617 CDS_51 CDS 1 146 CDS_52 CDS 680 837 CDS_53 CDS 913 976 CDS_54 CDS 1158 1339 CDS_55 CDS 1438 1495 CDS_56 CDS 1574 1905 CDS_57 CDS 2021 2424 CDS_58 CDS 3584 3770 CDS_59 CDS 4509 4653 CDS_60 CDS 4980 5089 CDS_61 CDS 5414 5532 CDS_62 CDS 7323 7452 CDS_63 CDS 7696 7825 CDS_64 CDS 7912 8014 CDS_65 CDS 9678 9801 CDS_66 CDS 10379 10444 CDS_67 CDS 11384 11422 CDS_68 CDS 12206 12286 CDS_69 CDS 12406 12453 CDS_70 CDS 13140 13190 CDS_71 CDS 13355 13423 CDS_72 CDS 13968 14201 CDS_73 CDS 14369 14617 stop_codon_3 stop_codon 14615 14617 gene_2 gene 1 43359 44105 transcript_4 transcript 43359 44105 start_codon_1 start_codon 43359 43361 CDS_74 CDS 43359 44105 stop_codon_4 stop_codon 44103 44105 gene_3 gene 1 48366 54893 transcript_5 transcript 48366 54893 start_codon_2 start_codon 48366 48368 CDS_75 CDS 48366 48528 CDS_76 CDS 49734 49823 CDS_77 CDS 49952 50085 CDS_78 CDS 50182 50352 CDS_79 CDS 50650 50775 CDS_80 CDS 51973 52052 CDS_81 CDS 53117 53315 CDS_82 CDS 53812 53919 CDS_83 CDS 54584 54650 CDS_84 CDS 54838 54893 stop_codon_5 stop_codon 54891 54893 gene_4 gene 1 62149 63927 transcript_6 transcript 62149 63927 start_codon_3 start_codon 62149 62151 CDS_85 CDS 62149 63927 stop_codon_6 stop_codon 63925 63927 AUGUSTUS_tom_ugs de novo gene_5 gene 1 36266 31281 transcript_7 transcript 36266 31281 stop_codon_7 stop_codon 31283 31281 CDS_86 CDS 31545 31281 CDS_87 CDS 31892 31705 CDS_88 CDS 32014 31997 CDS_89 CDS 32367 32281 CDS_90 CDS 32826 32620 CDS_91 CDS 33251 32922 CDS_92 CDS 33620 33564 CDS_93 CDS 34262 33957 CDS_94 CDS 35305 34745 CDS_95 CDS 35459 35388 CDS_96 CDS 36151 36027 CDS_97 CDS 36266 36248 start_codon_4 start_codon 36266 36264 gene_6 gene 1 46018 45319 transcript_8 transcript 46018 45319 stop_codon_8 stop_codon 45321 45319 CDS_98 CDS 45440 45319 CDS_99 CDS 46018 45916 start_codon_5 start_codon 46018 46016 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.915 1 176 match_part 1.000 680 837 match_part 1.000 913 976 match_part 1.000 1158 1495 match_part 1.000 1574 1905 match_part 1.000 2021 2411 match_part 1.000 2492 2592 match_part 1.000 2726 2775 match_part 1.000 3584 3770 match_part 1.000 4509 4653 match_part 1.000 4980 5110 match_part 0.995 5414 5797 match_2 match_part 1.000 7031 7452 match_part 1.000 7696 7825 match_part 0.981 7912 8014 match_part 0.908 9678 9796 match_3 match_part 1.000 7317 7452 match_part 1.000 9678 9801 match_part 1.000 10379 10444 match_part 1.000 11384 11422 match_part 1.000 12206 12286 match_part 1.000 12406 12453 match_part 1.000 13140 13190 match_part 1.000 13355 13423 match_part 1.000 13968 14201 match_part 0.981 14369 14897 match_4 match_part 1.000 13363 13956 match_5 match_part 1.000 15503 16128 match_part 0.596 16671 16722 match_part 0.441 16793 16826 match_part 0.998 16999 20469 match_part 1.000 20556 20622 match_part 0.981 21138 21245 match_part 1.000 21348 21487 match_part 1.000 21918 22382 match_6 match_part 1.000 17036 17088 match_part 1.000 18168 18313 match_part 1.000 20311 20389 match_7 match_part 0.997 28413 28995 match_8 match_part 0.996 37935 38890 match_9 match_part 0.744 42605 42733 match_part 0.996 43334 44717 match_10 match_part 0.943 43337 43689 match_11 match_part 1.000 48141 48528 match_part 1.000 49734 49823 match_part 1.000 49952 50085 match_part 1.000 50182 50352 match_part 1.000 50650 50775 match_part 1.000 51973 52052 match_part 0.995 53117 53315 match_part 0.991 53812 53919 match_part 0.970 54584 54650 match_part 0.937 54838 55218 match_12 match_part 0.998 51429 52052 match_part 0.985 53117 53249 match_13 match_part 0.988 51535 52052 match_part 0.989 53117 53302 match_14 match_part 0.938 59336 59496 match_part 1.000 60146 60251 match_part 0.998 60568 61102 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_15 match_part 0.970 31737 31705 match_part 1.000 31545 31013 match_16 match_part 0.984 36311 36248 match_part 0.976 36151 36027 match_part 1.000 35459 35388 match_part 0.993 35305 34745 match_part 1.000 34262 33957 match_part 0.919 33620 33584 match_17 match_part 0.997 39567 38856 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 1 176 exon 680 837 exon 913 976 exon 1158 1495 exon 1574 1905 exon 2021 2411 exon 2492 2592 exon 2726 2775 exon 3584 3770 exon 4509 4653 exon 4980 5110 exon 5414 5797 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 7031 7452 exon 7696 7825 exon 7912 8014 exon 9678 9796 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 13363 13956 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 7317 7452 exon 9678 9801 exon 10379 10444 exon 11384 11422 exon 12206 12286 exon 12406 12453 exon 13140 13190 exon 13355 13423 exon 13968 14201 exon 14369 14897 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 15503 16128 exon 16671 16722 exon 16793 16826 exon 16999 20469 exon 20556 20622 exon 21138 21245 exon 21348 21487 exon 21918 22382 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 17036 17088 exon 18168 18313 exon 20311 20389 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 28413 28995 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 31737 31705 exon 31545 31013 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 36311 36248 exon 36151 36027 exon 35459 35388 exon 35305 34745 exon 34262 33957 exon 33620 33584 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 37935 38890 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 39567 38856 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 42605 42733 exon 43334 44717 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 51429 52052 exon 53117 53302 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 48141 48528 exon 49734 49823 exon 49952 50085 exon 50182 50352 exon 50650 50775 exon 51973 52052 exon 53117 53315 exon 53812 53919 exon 54584 54650 exon 54838 55218 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 59336 59496 exon 60146 60251 exon 60568 61102 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.986 11996 12492 match_2 match_part 0.960 42608 42733 match_part 1.000 43337 43706 match_3 match_part 1.000 58776 58880 match_part 1.000 58968 59496 match_part 1.000 60146 60251 match_part 0.987 60568 61111 GenomeThreader_SGN_markers SGN marker sequences match_4 match_part 0.998 14436 13907 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 11996 12492 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 14436 13907 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 42608 42733 exon 43337 43706 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0075D08.1 type gene exon 58776 58880 exon 58968 59496 exon 60146 60251 exon 60568 61111 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 6 1 15605 transcript_1 transcript 1 5551 CDS_1 CDS 1 146 CDS_2 CDS 680 837 CDS_3 CDS 913 976 CDS_4 CDS 1158 1339 CDS_5 CDS 1438 1495 CDS_6 CDS 1574 1905 CDS_7 CDS 2021 2411 CDS_8 CDS 2492 2592 CDS_9 CDS 2726 2775 CDS_10 CDS 3584 3770 CDS_11 CDS 4509 4653 CDS_12 CDS 4980 5110 CDS_13 CDS 5414 5551 stop_codon_1 stop_codon 5549 5551 transcript_2 transcript 1 5551 CDS_14 CDS 1 176 CDS_15 CDS 680 837 CDS_16 CDS 913 976 CDS_17 CDS 1158 1339 CDS_18 CDS 1438 1495 CDS_19 CDS 1574 1905 CDS_20 CDS 2021 2411 CDS_21 CDS 2492 2592 CDS_22 CDS 2726 2775 CDS_23 CDS 3584 3770 CDS_24 CDS 4509 4653 CDS_25 CDS 4980 5110 CDS_26 CDS 5414 5551 stop_codon_2 stop_codon 5549 5551 transcript_3 transcript 7303 15605 start_codon_1 start_codon 7303 7305 CDS_27 CDS 7303 7452 CDS_28 CDS 7696 7825 CDS_29 CDS 7912 8014 CDS_30 CDS 9678 9801 CDS_31 CDS 10379 10444 CDS_32 CDS 11384 11422 CDS_33 CDS 12206 12286 CDS_34 CDS 12406 12453 CDS_35 CDS 13140 13190 CDS_36 CDS 13355 13423 CDS_37 CDS 13968 14201 CDS_38 CDS 14369 14523 CDS_39 CDS 15401 15605 stop_codon_3 stop_codon 15603 15605 transcript_4 transcript 1 5551 CDS_40 CDS 1 176 CDS_41 CDS 680 837 CDS_42 CDS 1438 1495 CDS_43 CDS 1574 1905 CDS_44 CDS 2021 2411 CDS_45 CDS 2492 2592 CDS_46 CDS 2726 2775 CDS_47 CDS 3584 3770 CDS_48 CDS 4509 4653 CDS_49 CDS 4980 5110 CDS_50 CDS 5414 5551 stop_codon_4 stop_codon 5549 5551 transcript_5 transcript 1 8014 CDS_51 CDS 1 176 CDS_52 CDS 680 837 CDS_53 CDS 913 976 CDS_54 CDS 1158 1339 CDS_55 CDS 1438 1495 CDS_56 CDS 1574 1905 CDS_57 CDS 2021 2411 CDS_58 CDS 2492 2592 CDS_59 CDS 2726 2775 CDS_60 CDS 3584 3770 CDS_61 CDS 4509 4653 CDS_62 CDS 4980 5110 CDS_63 CDS 5414 5532 CDS_64 CDS 7323 7452 CDS_65 CDS 7696 7825 CDS_66 CDS 7912 8014 transcript_6 transcript 1 8014 CDS_67 CDS 1 176 CDS_68 CDS 680 837 CDS_69 CDS 913 976 CDS_70 CDS 1158 1339 CDS_71 CDS 1438 1495 CDS_72 CDS 1574 1905 CDS_73 CDS 2021 2411 CDS_74 CDS 2492 2592 CDS_75 CDS 2726 2775 CDS_76 CDS 3584 3770 CDS_77 CDS 4509 4653 CDS_78 CDS 4980 5110 CDS_79 CDS 5417 5532 CDS_80 CDS 7323 7452 CDS_81 CDS 7696 7825 CDS_82 CDS 7912 8014 gene_2 gene 1 15675 22005 transcript_7 transcript 15675 22005 start_codon_2 start_codon 15675 15677 CDS_83 CDS 15675 16199 CDS_84 CDS 16999 17088 CDS_85 CDS 18168 18313 CDS_86 CDS 20311 20469 CDS_87 CDS 20556 20622 CDS_88 CDS 21138 21245 CDS_89 CDS 21348 21487 CDS_90 CDS 21918 22005 stop_codon_5 stop_codon 22003 22005 gene_3 gene 1 37937 39382 transcript_8 transcript 37937 39382 start_codon_3 start_codon 37937 37939 CDS_91 CDS 37937 39382 stop_codon_6 stop_codon 39380 39382 gene_4 gene 1 43431 44105 transcript_9 transcript 43431 44105 start_codon_4 start_codon 43431 43433 CDS_92 CDS 43431 44105 stop_codon_7 stop_codon 44103 44105 gene_5 gene 1 48366 54893 transcript_10 transcript 48366 54893 start_codon_5 start_codon 48366 48368 CDS_93 CDS 48366 48528 CDS_94 CDS 49734 49823 CDS_95 CDS 49952 50085 CDS_96 CDS 50182 50352 CDS_97 CDS 50650 50775 CDS_98 CDS 51973 52052 CDS_99 CDS 53117 53315 CDS_100 CDS 53812 53919 CDS_101 CDS 54584 54650 CDS_102 CDS 54838 54893 stop_codon_8 stop_codon 54891 54893 gene_6 gene 1 55959 59072 transcript_11 transcript 55959 59072 start_codon_6 start_codon 55959 55961 CDS_103 CDS 55959 56030 CDS_104 CDS 58776 58880 CDS_105 CDS 58968 59072 stop_codon_9 stop_codon 59070 59072 gene_7 gene 1 59410 60758 transcript_12 transcript 59410 60758 start_codon_7 start_codon 59410 59412 CDS_106 CDS 59410 59496 CDS_107 CDS 60146 60251 CDS_108 CDS 60568 60758 stop_codon_10 stop_codon 60756 60758 gene_8 gene 1 62149 63927 transcript_13 transcript 62149 63927 start_codon_8 start_codon 62149 62151 CDS_109 CDS 62149 63927 stop_codon_11 stop_codon 63925 63927 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 1 36158 31281 transcript_14 transcript 36158 31281 stop_codon_12 stop_codon 31283 31281 CDS_110 CDS 31545 31281 CDS_111 CDS 31892 31705 CDS_112 CDS 32014 31997 CDS_113 CDS 32367 32281 CDS_114 CDS 32826 32620 CDS_115 CDS 33251 32922 CDS_116 CDS 33620 33564 CDS_117 CDS 34262 33957 CDS_118 CDS 35305 34745 CDS_119 CDS 35459 35388 CDS_120 CDS 36158 36027 start_codon_9 start_codon 36158 36156 gene_10 gene 1 46018 45319 transcript_15 transcript 46018 45319 stop_codon_13 stop_codon 45321 45319 CDS_121 CDS 45440 45319 CDS_122 CDS 46018 45916 start_codon_10 start_codon 46018 46016 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 217 37952 39358 match_2 match 223 37952 39355 match_3 match 124 37937 39334 match_4 match 125 37955 39367 match_5 match 125 37937 39256 match_6 match 138 37937 39358 match_7 match 201 62347 63885 match_8 match 122 38570 39367 match_9 match 293 37937 39364 match_10 match 319 37937 39367 match_11 match 295 37949 39370 match_12 match 117 38531 39364 match_13 match 139 43368 44003 match_14 match 139 43368 44003 match_15 match 676 62146 63870 match_16 match 152 37895 39367 match_17 match 158 37952 39337 match_18 match 150 37952 39244 match_19 match 140 38489 39370 match_20 match 157 37889 39370 match_21 match 159 37901 39301 match_22 match 171 37898 39343 match_23 match 137 37943 39367 match_24 match 109 38273 39376 match_25 match 496 28638 29978 match_26 match 123 21138 21488 match_27 match 128 43368 44006 match_28 match 161 49924 50352 match_29 match 120 48309 48530 match_30 match 107 53115 53315 match_31 match 57.8 49739 49825 match_32 match 161 49924 50352 match_33 match 120 48309 48530 match_34 match 107 53115 53315 match_35 match 57.8 49739 49825 match_36 match 126 37907 39292 match_37 match 157 43371 44003 match_38 match 157 43371 44003 match_39 match 186 62365 63807 match_40 match 105 38717 39367 match_41 match 129 37952 39376 match_42 match 165 37961 39280 match_43 match 139 43368 44003 match_44 match 139 43368 44003 match_45 match 139 43368 44003 match_46 match 120 43371 43982 match_47 match 120 43371 43982 match_48 match 166 37940 39367 match_49 match 162 37952 39367 match_50 match 127 37952 39367 match_51 match 171 38225 39346 match_52 match 193 37937 39346 match_53 match 120 38567 39367 match_54 match 123 38489 39367 match_55 match 163 49924 50352 match_56 match 105 48309 48527 match_57 match 58.9 49724 49825 match_58 match 112 53115 53315 match_59 match 163 49924 50352 match_60 match 112 53115 53315 match_61 match 42.7 49763 49825 match_62 match 112 38738 39379 match_63 match 112 43371 44075 match_64 match 112 38726 39379 match_65 match 285 37937 39334 match_66 match 299 37937 39376 match_67 match 299 37931 39367 match_68 match 269 37949 39361 match_69 match 128 37919 39337 match_70 match 130 37919 39337 match_71 match 127 37970 39379 match_72 match 139 37943 39385 match_73 match 158 37940 39379 match_74 match 825 62185 63885 match_75 match 141 37973 39370 match_76 match 144 37973 39370 match_77 match 145 37973 39370 match_78 match 141 37973 39370 match_79 match 139 38567 39370 match_80 match 141 37934 39370 match_81 match 129 37928 39367 match_82 match 127 37940 39373 match_83 match 113 37943 39367 match_84 match 114 37943 39367 match_85 match 196 62317 63837 match_86 match 392 62209 63855 match_87 match 128 37934 39373 match_88 match 159 43371 44003 match_89 match 225 37946 39340 match_90 match 224 37946 39292 match_91 match 230 37946 39358 match_92 match 117 37952 39373 match_93 match 271 37949 39370 match_94 match 315 37949 39334 match_95 match 286 38093 39367 match_96 match 314 37949 39367 match_97 match 328 37937 39379 match_98 match 412 43359 44099 match_99 match 106 38717 39367 match_100 match 135 37949 39367 match_101 match 124 37943 39358 match_102 match 117 37949 39358 match_103 match 120 37940 39361 match_104 match 139 37937 39358 match_105 match 117 37937 39367 match_106 match 112 37940 39373 match_107 match 177 37952 39364 match_108 match 154 43368 44060 match_109 match 155 43368 44012 match_110 match 137 38570 39370 match_111 match 148 37955 39370 match_112 match 131 37940 39373 match_113 match 124 37949 39373 match_114 match 233 37940 39346 match_115 match 116 38234 39364 match_116 match 270 38297 39370 match_117 match 106 37949 38578 match_118 match 302 37949 39370 match_119 match 121 37952 39373 match_120 match 111 37952 39370 match_121 match 114 37952 39376 match_122 match 138 37955 39370 match_123 match 642 62179 63861 match_124 match 110 38735 39379 match_125 match 109 38735 39379 match_126 match 162 37952 39364 match_127 match 157 38744 39364 match_128 match 156 38567 39376 match_129 match 162 37961 39310 match_130 match 128 37952 39376 match_131 match 389 62242 63855 match_132 match 115 37949 39370 match_133 match 134 37949 39379 match_134 match 119 37949 39361 match_135 match 115 37949 39361 match_136 match 129 37949 39370 match_137 match 130 37979 39367 match_138 match 121 28737 29819 match_139 match 111 38324 39370 match_140 match 108 38744 39376 match_141 match 122 38294 39379 match_142 match 179 37964 39337 match_143 match 128 43371 44072 match_144 match 210 62368 63837 match_145 match 117 37940 39367 match_146 match 110 37940 39367 match_147 match 129 43368 43997 match_148 match 142 37973 39298 match_149 match 107 38717 39379 match_150 match 107 38504 39379 match_151 match 106 38747 39379 match_152 match 126 37949 39367 match_153 match 126 37937 39367 match_154 match 106 38738 39247 match_155 match 157 43368 44060 match_156 match 173 37964 39307 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_157 match 127 45398 44994 match_158 match 124 45398 44994 match_159 match 23.5 45441 45397 match_160 match 106 32850 32617 match_161 match 170 34316 33948 match_162 match 207 35188 34742 match_163 match 183 33257 32898 match_164 match 104 45119 44799 match_165 match 25.0 45441 45397 match_166 match 157 45398 45033 match_167 match 23.5 45474 45397 match_168 match 110 45392 45018 match_169 match 124 45383 45087 match_170 match 28.5 45441 45397 match_171 match 106 45320 44793 match_172 match 28.5 45441 45379 match_173 match 149 45398 45033