C02HBa0203P08.2
AAGCTTAAACCAAGCCAAGCTTGGCTTTGTTAACCATCGGCCACTTCGACCCAAACTGTC
CAACAGTGGCTTAACGGAACAAAAAGATGGTCAGAAATTTAGCCAATGTTTGGACAATTT
GTGGGAAAATGTAAAATTGCTAAATTTTTGACTACTAACTTAAGTAAATGTAAAATTGCA
ACTACTAAAATGGCTAACAACCCGAAATGACAAATCTAAAATTTGAAGTATGAGTTGTCC
ACTTGAGAATCGAGAACCATTCCAGCAAGGTAAAAGCTAACAGTTAGAAAATGCCAAAAC
TTAGAAAGCAAAAAGAAAATAGTGCAACACAAAAGAAAACAATACTTAGTAGAGGCATAA
CATTGAACCAGCTCGATGGACGGAAATCTGGCATATACTTATTTACCTGATAGAACGCCA
AGCATTGAAGCACAAACTTTTCCATAGAATCTAATTCAAGATCTAAAGCAGCATCATAGT
CCTTCACCTACAGCATAAATTCAGAATCAATAATCTGAAATTGGAGACAACCACCTTAAA
ATATTTAAGAATACTCAAAAGTCACAAGAGACGAGTTTGAAAATGCCCATACTGCTTCTT
TATATAATCCAATAGCATGATAGCAAGAAGCTCGTAGATACAAGCATTCAATGTTTGCGC
TATCAATAGCCAACCCCATTGATAAATCTTTTATAGCATTCCTGTAACAGCATATATAGG
CAGTTAAGGCCTGCTACATTTTTCGTTAAAAGAGGATTATACATAGAAAATTTGACAAAA
AAGAGAGAAAGGGGAGACTCAGGACAGCAAAATTTTTCAGAAATATGTACCTATGCTCTC
CCATTCCATGAAGTAGCAGCCCGCGCAGGTGATATGCTTTCGCGTACCTTCCAACGAAAA
AGGGTAGATAGAGGATGGATTATCAGTTATATTCCTATTTGAGGATAGGTTTTATACTTC
ACCATTCAAATACTCGAGATTAGATATTTATCGGTGAAAAAGATGTAAATATTGAGATCC
TCAGTAATCACCTCCCATCTATTTGCAAAATCTGATGAAGGCATTCCAAGGCCTTCTCTG
AGTTTGCTAGGTCTTGATAAAACTGCACCAAAGATAAAGATTCTTCAATAATCAAATACA
TCATTAAAAAAATATCTTCAAAGAGATCTCATTGTTTTGCCACATTTAATATAAGTGAAG
AAACTCAACCAATCAAGAACTAGGTTAGAGCAGCTCCTGAGTCTTAGGAATTTTAAACTT
ATGGCAATAGATATTCCATAAACATCCAATTTGATGATGTAAATTAATAACATCTACCAG
CTAATCAGGAGACCTTATCTGAAAATGCAACAAGGCAAAAGCTATTACAATACATGTGCA
TTGCACCCCAGAAGATGAACGCTCACACAATATCTGATAACAGAGAGTTAGGCTCTTCAT
CACTGGTTAAGCAATAGAATGTCTACTTGCCATTTAAATCCTTATTCTTGAATTTCTTAA
CTTGCATGCAGAAGTATATATTTACCTCAACCTTGAGTTCCAGATACCGGTGAAAAAAGA
GACAAACAAAAACAAGAACTTGGTATAAGAAAATTCTCGAAGTCAAAAGGCAACTTCATC
ATCAAGAAACTCTATATCATCAGCACTACCAATAGAAGTATTGGGATCCCACTTGGCAGG
AAAAATAGCATTAAGAGTATTCACCATATATTCAGAGATACCTGTGCTAGATGAGCCCAA
GCCTCGAGGAAATTCCTTTCAATTTGGATTGCTTTCTTATGTGCCTCCTCAGCCTTCCTA
TATTCTCCTAGAGAGTATAACGCCAAACCCTGATAATTTTCCAAATTTTTTTCGACCAGC
ATTATATCAGTATTTTTCCAACAAAAAATTTCTCAAACTTTTGCGGATAAACATTCTTAG
CTCATTCTACAACAATTGGTAGACTCAAGGTCATAGACTCACCAAATATGTATACGCAGA
TTTATTATCCTTATCGGACTTTACACATGTAGAGAGGTCTTCAACAGCACCTTTGAAATC
TTTAAACTTAAAATTGACAATTCCTGCACTAATTAAGGAGAGTTAGTGACTCCCAGGTTA
GATTGAACAAACTTTGTCCAATCAAATGATCTTTTCTGAAATCTCAAGAAATTATGGAAT
ATTCCGCTAGAGGTCATTTATTGCAAAATAGTTACAAGATGAAACCACCTATGGGCCTCA
ATAAATAATCTCAGTGTTGTAAAGATGAAAGTGAACCTTAGTTTCAAATTACATGCACAA
AAGCTATCTGTCATAAAATGTATGTTTTGCTATTTATGTCTATCTACTTTAACAGCATAA
ATCCAATTGTTCATAGTAAATGGAAGAGTTCAGTCTCGTCACCTCTTTCATGTAATATAT
CGGCAGAGTCTGGCTCAAATTCCAACGCTTTGGTCAAGTCTGTAATTGCCTGGTGTAAAA
TCATTTTGTTTAGATATACCAAGTCACAAATATCAATCATACTACTTTTACTGTGAAACC
AACATTTTTAGGAAGTAAAAAGCGTTTAAATGTAACTAATATCACTCTCCATGGGATAAT
CGGAGCAAAACAAAACTAAAACTAACTCATCAGAATGTTAAAATTATGTTTTAGACTTAG
ACTACCAAGAAACTCCCATGATCAAAAGGATGCAGCTGAATAATGTTATGCTCCTGATTC
CATTTTAGAATTTAACTTTCACGGGAAGATGCTCATAAGTTGTGATATAGCTCAAGCCTT
AGTTAGAACATCCAAAGACATTTCATCTTCCATCATTAACTCTGTAAGCTACCACAATCT
GAAGGAAAATAACCAAGTGCCTCTTGATAATATCCCTAGTGGTCTAACTGGAGTCTGATT
GCTATTAACGAAAAATTTGGTTTCAAAATCTGATAGCACAAGTGATAAAATTCAGTAATT
CCACATCATTTACACTGCACATCACATCCACAGAAGAGATCATTGAAAGTTGACTTTGAA
AAAAAATAAATATAGCAGAAAAGAATACCCTGAAGACAAAAGCCAAAAGATAGCTCAATA
AATAGACAAATACGAATTTTATACCTCAACAGATTCACCTAAAGCAGCACGGGCTTGCCC
TCTGCGTTTCCAGGCCTCTCCAGCAGATGGATTTGATTGTATGGCCTGAAAGGCAGGTGG
TAAATATTTACAACAGGGGTTGAAGTATTACCTCAATTGGTACTTAAATGGCCAAATCAA
TGCAAACCTTTGTAAAATCAGAAATAGCTGCATCAAGTTCTCTTTGAAATGCCAACGCTG
TTCCCCGGCCGATAAGTGCCTCCGGGTACGTTGGATCTTGTTCTAGTATCTGTGTTATTA
TAGATAGAAGAGAAGAAGCTCCGTAAGTAAGTTCAGCATGCCACACACAAGTCCTCCGTT
TAATCCATTCAAACATGAAAAAGGGCAAAATAAAGCACAAGGCACATCTAGCAAACAAAA
CTAGTAAAATATCGAAGAGTGGTAAGGCTAATGCTAACCTGGTCAAAGATGGATACAGCA
TTACTATATTTTCCTTCATTAACCTGAAATCACCAAAAATATTGTTTTACGCTTCTATGT
TTGTACAGGATGACGAGTAATAACAACTATTACTACGCCTCAAAACCAAGCAAGTCAGAG
CCGGCTAGATGATTCCTCGTTGACCATATTTCTCAATTAAATACGATGAATACATGATTA
AATAGTGTCGTAACTGGAAGATCGAGGAAAAAATATAATTACCTACAAATATATACTTAC
GAAAAGGAACTGAATATCGCTAGTCAAGACATGGGAATAGAAAGAAATAGTTTAACTCAA
GTCCTGGTTAATTACATCCACTAAATCACCGAATGGGTGCAATCTCTTTTGAAACTTCTT
TCGGGTTAAGTTGCTCAGACTCGGGTACAGGTGCCCAATGCAGGTGCGGATCTAGAGGTC
GGATCCTCTATGATATAAATTTTAAGATTCAGAGATAAAGATCCATGTATGGAAACGGAT
GTGGGGATTCGCCGAAAGATAATTCAAAATATCTACTAATAGAGTTATAAAACCTAAAAT
TATGAGATATTATGCGGAAAAGTTGAGGAGAAAATATTTGATCAAGAGGAGAATCTTGGA
AGGAGATAAAAGGAAAGGGGGTGACAAATGAAATTTATATATACAAGGCATTCCATTTTC
TTCAAATCACATTAGTTTTGTTTTGATTACAAAAATCATTGAACCTGTCCAGAATTTCTC
CCTCGAATTTGTTCAGAGTATCCAAAACTGGTTGACCATACCGGGTACGAATCCCACACC
CATGGCGTGTCAACACGGGTGCGACACTGAAAGTATAGAGTCCGAGCAACTTGGCTTTCG
GGTAAGTCATGTGTTCGCTTTGCTAGTTTCCATCCAACATACTTAAGCACAATTTTCACT
AAAAATGGCGTTGCTGCTCAACTTACAAAGTTAAAAATATTTCTTGTTTAAGAAAAAAGA
AAAAAAAGGAAACTATTGTTGCAAGATAAAAATATTTGGATTAACCTTAATATTTCGAAT
TGTATTTATTATCTCAGAGATGATTGATCTTGTTAAGAATATTTTGTAATTAAGGACTTA
GATAAGGAAATATGTATAGGAGATCAGGGAATATCACATAACAATAACATATCCGGTGTA
ATCCCACAAGTAGGTTTGGGAAGGGTGGTGCCTGCCTTGTGAGGGTAGAGTGGTTGTTTC
CGATAGACCCTCGGCTCAAGTAAAGCATTCAAAGCAGGTTTGAAAAGGAGATACAGTTGT
GAAGAATTCATGTCGGAAATAATGGAGAAAAGAACAGTAACAACAACAAACAATACTACG
ATAATTAAAGCAAAGGAAAAAATATGTACTAATAAAAATCGGAGAATAATATAATAGAAG
AGTAATAACAATAATACTAATATGGAAAAGAAAGGACAGCCAACAAGTAATTTGTTCCAA
ACTATCATCATGCCCCTCCTAAATGACAGCGAGACAATGTTCAACTAATCATTTCTACAC
AATACTTCTTCAACCTACACCTACCTCTCCTCAGATCCACCATAGACAAACTCGCTCACA
CCTCTTCACTGGAACATATGTGCATCTCCTCTTTACATATCCGAACCATCTCAGACTCGC
ATCCCCCTTTCCGCTACCAACAAATATTAATCCGGGAAATTCAATCTTCCTATATTATAT
CATATGTAAACACTATTTAAACTTCATTACCTTGAGGGAATAGCAAACTAAACATTTTTC
ACGATTCTCATCCTTGTTTTTTTGTGATACAAACTTACTTCCCCTATGACAGTTCTCCAA
CAATTTTCTTCTCTTCTTTGGTTCTACTGAAGACAGCTTTGAGCAAATCGTCTACCAACT
AATCCAGTAGGTGTTTCACATTGTTTTTCACATTTATATCATGCTTGCATTACAAATTAT
GCACAAATTCAATATCTTAGACTGGTAAAACCAATTGCATGCATATCTAAGGAGATGCCT
GACAACAAAAAACAGTGGCACTTCAGAGATAGATCCTCCACAGGAATAAAACTACAGTTG
GATTTCATTGAGTATTTATAATCAAGATGGTTATAATTGTCTCAAAGCTCAATCAATTGT
CAACAAATACATTCAGATATATGGCAATGGTTGATACTCTCTCTTAGCAACTAAAATTGC
ATGTGCTGGTCTTTCCATTTCTATGGCGACCACGCTCCACTAGTTCCTTCATCAGTCATC
AGTTAGACATCAACTAAGAAGAGTTTAAAGTAGCGTTTCGACAAGGCCGATAATTTATGG
TCTTAAGCAGTCTCATTAAGCATAGTTTGATCTGTTTTACTCTGTTTCCTTACAACCTTA
TAGGCTTCAAGGTATTATACAACACCAGTCATTTTAAGACTAGGCACTTGTAGAAACATA
AAATACATCCTAACCATCAAGTTTGCACGTCCAATATCATAAGGCCTAAGGGAAGTATCC
ACCTGATATATTGGAAGAAACAAGGTATACTAGATTGCAAACTTATTGATACCTCTATGG
ATCCAAGTGTCAAGACTAGTTTTGGATGGATATCTCTAGAAGGTCTGGATCAATATAGAA
GAATTGCTGGCAAACTCAAGTATTTCACAATTGCATGACACATCATCTAATTGGTTGTTA
GAGTGATTAACCAGTCTCTCCAGGCTCCTTGTGAAATGTCATAATCTGCATCCTACCTAC
ATCAAGGGATTTTGGAGACAACTACTACTGCATTACGACAGCATACACATACAAGTTTTG
GATATTCTAATGTAAAATGGGCAAGAAGTTCCCCAGATAAATGATCCAATTTAGAAACAC
AACATTTTAAATCATGATAATCTAATCTCTTGAAGAAGTAAGCAACGAGACGTGATAGTC
AGATCAATTGCAAGCAGAATATCCATGATCTCAACCACATCAAGCAGCACTACTTATTGT
TTCACATCTTGTGTTTGACGAAAAAATATGCACACAGAGCTAGATTGTCAATTTACCATC
ATTCTTTTGAATAACAATGGTGTCAGGACCAACCTACAGGCATCTCAAGTAGTCTAGTGG
GTATCTAAATCCTCCTATCGGTGCAAATACCGAATACCTCTGTCCACCGCAGCTTAGGGG
GCGTAGGAAAGAAAATACACCCTACTAGATTGAAGAAATAATCAAGCTAAATTCTCTTCT
TCTTTTTTGTTTTAATGTCACTATAGTGCGGATATGTGAGACTAGAGAGAGAAAGAATGA
CTGGCAATCACAAACCTATTTTGACATCTTAAGTTTAAACAAAGCAAAACATGCAGTCAA
GCACACTGCAAAAATGATACTAACTCCATAAATTTAACACATAAGAGTTAGAGATACAAA
TCTAGTAACTGAAGAAAATGAATTCTAATAATAGAGCTTAGTTGACCCAAGCTTTGAACA
TATGCAGAATCTTCCAGTTAAGTTCACAAAATTAAAAGTGGAGTGTAATCACCAAATTAC
AACTGAAATAAGCAAAGTGAACAGAAAAGACATGAAGACTGCAGTAGAAGGCCTTTCCTG
CTATGCATGAGCATGGTATCCCAGTACCTAGCAGATATATCAAGAAAAAATTCATTTCTC
TACTTAATTTGAGAGAAAATAATCTCACAAATTGAGACATGAAGTTGATCTTTGGCATAT
ATTTGAAGTTACAAATGTATTGTTATTTGTATTTCAATAAAGAAGAATAGCATATTAATG
ATCAACCGCACTAACAGGAAATATCAATAGATGGACTAATTCTTCCTGTCTTCATTGTAA
TATCACAGGATAGGCAGTGTACCTGTGCTATTCCCCTTGATAATCGGAAATCAACGTTAA
TGGACTTGGTTTTGTTGACCCTGGTAACACAAAATTTTTTGTTTCTCTTGCCTTCATCAC
TCAATTCAACGCGAACATCACATTTATTATTCAACTGACTGAGAATTTCCTGCAACTCAT
TTGGTTCTGACTGTTCACTTGATTCACTAGTTACTGCAGATGATTTCCTACTGTCTTCAG
ATATATCACTTAACTCACTGCAAACCAGAGATGGATAACCCAATTTTTTGCAATTGTTGT
TGGTTTTATTTGCTTGTCTCTCATGCAATTCCTTTGATTCAGACTCAATCTTCTTATGCT
TTTTGGAATTATTACTTGAGGAATTTTGTAAAACAGAGCTATTCTTTGATTTCTCAGAGC
TTTCCAACATCCCACTGCTGCATGTTTTAAGTTCCCTATCTGAGGCCTTACTAATATCAC
AAGTTTCACCAGATTTGGTAGAAAGAGGAGGTCCAGTGTTGGACTCAGGGCCAGATGACT
GCACCGAATGATTGTTGCTGCCAACTGCGGTGTTCTGCTTTGCAATTTTGAGCAGCTCTT
CAAGCTCTAACAGTTGCTTTAAGTCTGCGGACTGATGAACTGCATGTTCATACCCTTGCT
CCCAAACTAGAAGAGCTTCCTCTTTCTTACCAAGAGCAGATAATGCACGTCCTAAGCAAC
AAGTATCAAGTAACTTTGTTACATAATGCTTCAAACTCAAAAATCCAGTTTGTAAAGCTT
TAAGAATATTGAAATTTCTGCAGCATAAACTATAACCACATCTAGGGAAAATCCACAGTA
TCCACACAAGAATATTGTTAATTCAAATTCTTATATCATTATTTCAAGGGCTATGTTACA
CACAAGAGACAAAAATGTATTTGATCTTTTTATCTGATCGGAGTTGTTGCAATGATACAA
GGAGGTCACACGTTCATGCCGTGGAAATAGCCTTTTAGAGAAAAGGTACTTAACAATAGA
CACAATATGGTCAAACCCTCTACTGTACCCCGCGAGCATAGAATTCAACCATCTTATGCC
CTCCTTTATTTTCCATCCCTTCCCTTTATACCCCAACCAAACATAGTTTATTTTAAAGTT
AAAAGTCATTTCAAAAATATAATATAAGACCACTATAGGATACAGAAAGCAAGTCCAATA
TGACCTTTATCAAGCTTAAAATGGCTTCTCACATACACAATTCATTTAAAGCTAACCCTT
ATTTTGGCGCATACTTGACAATAGTCGTAAATTGTAGGACATCAACCGAGAGGTGCAACA
GTTCACTAGCTTTACAAGAGCTTCATCCTACTCCTCGAAATTACCAATGGTTCATGTTTG
TCCAAAACCAGAAAAATTTACTCAATTATAGCCAATCACCTAAATTTGAACAAGAACCCT
AAAATTGTAAATTTAGAGTATCCCAGATGACTTCACAGGCCTATAGGGATTAGGATGCCT
GACCACAACACATCCACATTCAAAATTGACATTCCAAATGCAATTGAAAACTTCTAAATT
CTCTTTCGCATTTCTTATACACGGTAAAAACAGTTAGCTGGAAATGCAAGGAGAAAATGA
AAAGAACCTTTGAATATATAAGCTTGAAGAAGCTTAGGATCGAGCTGAAGTGCCTTATCA
CAATCCTTAATAACATGCTTGTGAAGCTCCAATTGACTATAGCAAAACGCTCGGTTGCTG
AAAAAGAATTGAACACATTTTAAATTCAGAAAAATTAATCAGTTCATTCATAAATGTCCA
AAAACCTATATACAAACAGGGAAAAAGATGGAACAGTGAAAAACGTAACGGACCAGATAT
CTTGAATGACGCAAGTTTGAGCAAGAAGAGAATCGAGAATTCGAATTGCTTTCGACCACT
CCTTAGAGCTACAAAGCTTAGCTAGTTCAATCCTATCAGTAACTTTCGACGCCATCGCCG
GCGGCTCAAGTGGATCGGAAGCAGCTCAATTGATGCGATTGATTTTTTATTTTTTTTTCC
TTTCAGTTGTGTTGTGAGCTTCTGAACTTCTGATCTTGCGGCTGTAAAACTGTTTTTCTT
TTTTTTCTTTTTTTTGGTGGGTGTGTTTTACGATGTGGTGGTAGAGAAGGGAGGGGTAGA
AAGGAGAAAAAAAAGAATCTGAAAGAGGAAATGGAGAGGAAAGAGGAGGCTTAAGAGTTA
AGGACTTTGAGGGAAGTGATAATAAAGAGGTTAATTACGGATGACACGTGTTTTATTGAC
CGCGTTAGCTATTGGCTCCAGTGCTCTTTTGTCTCACACACAGTTTCTCTCCAAAATTTT
GACCACTACTCAAAGATTATTTATTTATTTATTTATTTTGAAATTTAATAAAGAGAATAA
AATATATGTTAATTTTATTTATTAATTAATTTCAAAATAAATGTTTTTAGAAAAAAATAG
TGAATTTTGAAAACATAATGTGTGAGATAAATAATATATAAATATAATGAAATTTTATTA
TTTTCTTATAGTGATGAGAATGAACTAGAAAAATTAAATACATATCATTAAAACACTACA
TGCATTCTATTGTATTGTATCTTTCGTACAATATAATAGAGTACAGTATAATATAATATC
TTATAAAAAATGGATAATACTGATCCAACCAAAATATAATTGAGCGAATAAAAAAGAGCA
CACAAGAAAAGAATTTCCTACTTTTTGAATTTGCTTATTTTGGGCAATCAAACAGGAAAA
TTAAAATAAATGTAGCTTATTTTTATTTGTTTATTTGATTCTATGCCATTATATTACAGC
GGATGACTTGGGATTTCTTATAACTTCGAGGGAGTAATCTCCACTTAAAAAAATATACTA
TTTGACCACTTTCAGTTTTTTAACATCCTAATTCCCAAGTATCTAAACACTAATAATAAT
ACACCATTTTCTTTTATTTTATTTGTCATTTTTTTTCTCTCTTAAATACTATGCTAACAA
TAATAAACCAATTAATCTTACTTTAATATTTCCTCCGTCTACAATTAATTGTCATGATTT
TTATTTTTAAATTTAAATTATAAAACTTTGACTAACATTTTAAGATATATTTTTTCATCA
TAATGATACACAAAAAATTGCAATTTAATACTTTTTGTATAGTTTTTGAATATCTAAAAT
TTTTATTTAAAATATCAAATTAATGTAATCTAATTTAACTTTAAAAATTAGTCAAATTGA
TTTTCGAAAAACATAACATGACAAATAAATATGGACAGAAAAAATACCATTTTCCTTTTT
ACCGATTAATTGAATAATGATAAAGATAGAAATAATTAATTGATATTTATATCATCATTT
TCTAATATACCAATTATAATAAATTAACTATTTCTAACAAGTAAGTCAACTAAAATAATG
GATCGGAGGAAGTACAAAATAAAAATAACGTAGAATAAAATGTATTATTAACGTCTATAT
TAACATTATTGATATTAATTATGCAAATATCATTTCTTATACATTATCTAATTTAGTATA
TTAAAAATAATATGCATTTCAAAAAACTTAAAATAAAGATTTTGAGAGATATTTTATCTC
TAACTATAAAACTACATGCACTAAAACTTATTCCACTTAAGGATGTTAAATTATTTGAGA
AAAATGATTATTTGCGAAAGACATAAATATTTCATTTATTTTTTACATATATGTGGTTTA
AAATTAGCAACCGAAAGCACGTAACCGTTCCACTGATACTTCTCAGTCCTCGCTCTTTAT
TTTCCACTTTAAGTATACTTTTTCCGGCTTTTTTATAATTGAAAGTTGTTATATTAAAAT
GAAATGAATACGCCACGTAAGGAATAATTCGAGTATGTCACTTTTGTTGTGTGAAATACC
GAACAACGTTACTGAGATGCTTTTTAGTCGGATAAAAATTCAGTTGAGTATAATTAGATT
TTTAATAATTTTATGCTATGTGTAGTATATAATAATTTATTATTGAGATTTATTTAAATT
ATATACTCATTTTAATAATAAAAATAATAAAATTGTTTATTATTTTTATTTTTTAAAACT
ATCGAATAAAATAATTAAGTGTACTCTAGGTAATATTTCAAGAAAAAAATAAGACTGGCA
GAAATATGCGGACTTCTCAACTGTTTTACTTGCTAAACCTCGTACTTATATTGAATTTTT
TAAATTATTCTAATTTAAAGAATTTGACATTTTTGAAGAATCAGAGTAAATATATTTTTA
TAATTATTTGAAAACCTCAAAATAAGTTTTTTTTTAATGTATTGCATGTACTTTAAATGA
ATTACTATTTTTAACTCAATGATGTTTTTAAGTTTGATCTATTTTTATATAGATTATTTC
AATATTTGGAGAAAGCATGTGTGAAATTACTCTAGAAGGAGTTTAGCGGGTAAAGAGTCA
GGAAGTTCGTATATTCCCATTCATCTTAATTTTTTTCTTGAAACTATTAATTTGGTACAC
TTAGTTGTTTTATTTGATAGTTCAAAAAAATAAAAATGTTGACAACTTTGTAATTTTTAT
TAGCTATTATTATAATTAATATATAATTTAAATAAAATTTAATCATTATATAGTACATAT
GACATAAATTTATAAGATTATTGAATATTTTTTGATCTAATTATATTTGATCAAATCTTT
ATCCTTTTCAGCTGGCACAGGCATAGAGAGTTAAAAACACTTTCTTTTACCCAGCTAGGT
AAAACAATTAAATCACCTTAGTAATTTAATATTTTTGGCTCATTAAAGCAGAAGCTTGCA
GAGTTTTAATTGAAGATGAGTTTCATTTCTATGCATGGCAATCATTCAAAAGTTTAACTC
AATTACCATATATTCAAAGAAAGTAAGAGTTTATTACTCAGCCACCTAATTATTGAGAAT
TACTTTATCTAATTCATATTAGTGAATTATTGAGATATGATATATTTAAAAAAATAATAT
TAAAGATAAAAATTAAAGGTTACTTTCTATTATTACTTTTTTTTTTATTTTTAAATTATT
CTTTTTATAAAACATAAAGTAGTAAAACATTTTATTTTTAAAAAATCTCAAATTAGAAAA
AATTCATTTATTTTCAACTATAAAAATAAATCTCATCAATTTTCACAAATGAATATTTAT
TAAAGTCATTTTCTGTCGTGTAAAAAGGAGGTCACTCAATTTTATGTATATGAATTTAAG
TTACTACTATATGATGTGATATTTTATATAACATGTATTTATATTTTGTTAATTCACATA
ATATATTTTGATCCTATTCTAATTCATGATCCTAACCCTTTTTGGATATTAGGCAATATT
AAAATGAATTGATAAACTACATGAATAAATAAAATAATATCATGTAATCAGTGAATTAAA
ATTTTAATTATTTAACATATTACATTTGACATTTATGATAATGAAAAGCAAAAAAGGATA
AATAATTTTAATAATTTGGTGAATACTTATCCACCCATATGATCATTCATTATTTCATCT
CAATAACCTTATACTATCAATAATAGTAAGTCGATTGAATATTTTATTTGTTTAAGAATT
ATCTCATTAAATATAAAATATTGACATGATAAAAAATGTGTGGTTCATTTTCTTTGAGCG
TGTTAAGTTATTAAAAATAATATATTTCCTTTTTTTTCATTAATTTTTACACCTAGTTTA
ATTTTTAAAAGAATAGTTAAAAAAAAAAAACATTCATCTCCTTCCTCAATATTGTTGCCA
CTATTCTTCCACCATTTTTCATAATCTTTTTACATACGTACACTACACTACACACCATAT
GATCATTCATTATTTCATCTCAATAACCTTACTAGCAATAATAGGAAGTGCAGCCATTCA
AAGTTATCCTTAAAATTCACAATTCACTTAGACACCTTAATTTATTCGTATGTCGATTGA
ATATTTTATTTATTTAAAGATTATCTCATTAAATATAAAATATTGACATGACAAAAAATG
TGTGGTTCACTTTCTTTGAGCGTGTTAAGTTATTAAAAATAATATATTTTCTTTTTTTTC
ATTAACTTTTACACCTAATTTAATTTTTTTAAAAATAATTAAAAAAAAAAGAAGAAGAAA
CATTCATCTCCTTCCTCAATATTGTTGCCACTATTCTTCCACCATTTTTCATAATCTTTT
TACATACGCACACCACACTACACACCACCACGTTCACCTCTCTCTTTCTCTCACCCTGTA
TCGTTCTTCTTTTGCTTTTCCTCCTTTTTTTTTTATGTTGATTCAAGTTTCAAATATCTT
GACGAAGTCCTATTAATTATGATGAAAAAAGATATGAATAGATTTTTTTGGGGCAAGAGC
TTGTTATTATTATTTTTCAATTTTAACAAATCTAATTAATGATTAAGAAAATAGTGTGAT
TGAAAGAAATATCATTTCCAACATTGAATTGGATTCAAGGAGAGGAGTAGGTGGGTTGAT
CGAAAAAAACACATATATAATTTCAAATAAAAAGGAAAAACGTCAAAGTGAAAATGACTA
TTTCAAACATGATTCGATTATGTGTCTTTTGGTAAAAAAATGTGGAACTTAACATTGGGG
TTGGGTGGGGGTGGTTCTGAGAAGAAGTAAAGTGAATGTTGCTCTTTTTTAATTTTTTTT
TACTGAAAACATAGTTTTTATTTATTTTATTTTTAATTTATTTTAACTGTGTTTTTTTGG
GTCCAATATCAGATGTCTCTTTTTTATTAGCTACCATGTCACGTCAGTCGTGAGTGTATG
ACACACCATCTTTACTTTTAGTTGATTGTCAAAATATGTCAATAGATATTTTTTAACTAA
AAAAAGTGTTCATTTGAAACAAGTCTAAATGAAATATGTGAATAACTTTAAGTGGCTATA
GATAATTTAAGCCATCAATAATAATTTAAAATTTCTCGTATTCTTCATGTAAAATGAAGG
TCACTCAATTTTATGTATATTGAAATATATATCTTACTTTTTTTTATTTTCAATATTTTT
TTATTTTTAAAAATCACTTTTTTTTTTTAATGTATCTGAGTTATATATTAATGTATTTAA
ACTAGTATTTAATGTATCCGAGATACATATTATATATTTGCGTTAATTTTTATATATTCG
AGATAGTTTTTAATGTATTTGAGTTACATATTATGTATTCAATTTATGTTATAATGTATA
TGAGATACTCTTTAATGTATCTTAACTACATGCTAATGTATCTGTGTTATTTTTTAAATA
ATTAATTTAATTACAAACTAAAAAGAAATAAATTATAATTTTAATTTATATTTTTTTATA
TATCACTTTTTACTATATTGAAAGATAAACAATCAAATATGACATAATATTTTATATAGT
CAACCTGGATTTATATATTGTCAATTCACATGATATATTTTGTCCAATCCTCATTCATAA
CCAGTATTAAACCTTTTAGATGTTTGATTATTAGGCAATGTTAAAAAAAAATAATTTGAT
AAATAATGCAAAGATGAATATAATTTGTTTTAAATGATTGAAATTTTTTTCTGATCAATA
CATTATAAATAAAGGATAAAGAATCCTAATAATTTGGTGAATAACATTCATGTCAAACTT
AAATATAATCATCCACTCATATGATCATTCATTAGTTCTCATTAAATCAAACAAGTAGTA
TATGTCTATAACCTTACTAGTTTAAAGCTACAATAATAATAACTTAAAATTGCTCTTTTT
GTTCTTACATATTACTTATTTTTAGTTCTCTTATTTTTAGAAGAGACAATATTTTTTTTT
AACTTCAGTAATAATAATAGTATCTTTTTTATAAAAGTTAAAATTAATTCTAGTTAATAG
GATTTTAGCCATTTATTTGCAATATTCACTTGAATATTATTGTAAAAACATTATTAACAA
ATATGAAATATGAGTTGTTTAATTTCAATATTTTATATAAATTCTGTACTTATTTCATCA
TCTTCAATTATAAGTAAAATCAAATCATAAGATTATTAATATTAAAATTTCTTGAGGCCC
TCAAAATTTTGGAACTAAAGCAAACGTTTTACAAGCATCATTTGAGCCACTCCTAACAAA
TAAATAGAGTTACATCTAGTGACCTAACTGTATACATAATATCAAATACATATAACTTAA
AATCTTCATCCTAATTACATATGCCTCATAAGAATTTCATCATTATATATTTATGCCTCA
GAAGTTTGCCAAATTCTTGCTGGGCTGAGCAGTACTGTGCTGTTAATAAGCAAAAGCAAA
TATTGTTTGTGTCCACGTCAAGCAAAAGATTCCCAAACAAAAACAGAGCTTTCGCCTAGC
TCAAACAAACAAGACAAAATTAAACATTAAATGGGACCAGCATAAATATCATATGGACTC
AGGGCCTACTTTACCACTCCAACAATAAAACATACTGGAATTCATATAGCCGATCTCAAA
GTAATTTACAACTATTCGAACATTGTTGATTTATTACGCGATACTTATCCATCATCATCG
CTTGATATTTGCGCAGTTGTACTCGTAGCTATGAATTGCACTCAGCAAAGAAAGAAATTA
ACTTTGTACATATCCAAAATAAAGTAACTATTTATCAACGGAAATATCAAAGCGAATATG
CCTAAGCAACACCGGAATAACAACATCGGGTGAACTGAGCTGCGGCAGATGTCCATCGGT
GGACATCACCTCCACAATGGATTCGCCTCCGAGGTTCTGGTGAAGGTATTCGGAGACTAC
GACAGGCACAGCCAAATCCTTCATGCTCTGAATTATATGACAAGGAACAGTTACATGAGG
CAACATATGTCTCAAATCACTTTGGAATATAATTTGTAACACACTTAATGCCATGTCTGG
TCTCATGTTGAACAATGTCCTGCTGAACTCCTGTACCGCAACCGAGTCCATGTCCCCTCC
TATAGCTAAAGGTGCAAAACCTGAACACCATGCCTTGTAATTTGATCTCATTGCTTCAAA
TAATTGATCTAGATCTTCTTGTTCGAATCCTCCGTAATAGTCCACGTCATTCAAATACCT
AATTAATTAGTAAGATAAGTTGCAATAACGTAAAAAGATTCTTCTAAGTAAGTTGAAAAA
TGAGAAAACATTTCATAGAATCATCTTGTAAGCCAATTACAAGTAATTGTAAGTAATAAA
GAAACACAAGGGACAACTGTCGCACCAGTGTAGACAAGTGACAACCAATCCCACCATGCT
CAATAAGAAATTACAAGAATATTGGCTAATGATCCGCATACTTACCAACTAAATGATTTG
TTTAAATTATTATAGTAAGCCAAAAATTAAACTAGAATTTATTTATAGTAGCCCAAAATT
ATATCAGAAATTATTGTATTGTTATCTAGGAGAATCTTAATAGTTTAGTTGGTTCACTAT
TTAAACTTTCAACTTATCAGTGGATATTCAATTAATCATTTGTAACCTCTTTCCGTTGCG
ATAAAAAAAAAATACTCCCCACTCTTTAATTTATTTATTGTTGACTTGATTTATAGTTTA
AGAAATTACACAGCACTTTGCATTTTACAATAATTTAAAAATATCTAAAATGTTATTTAA
TTTTATAATCTTAAATATTTCACGGAATTAAGAAGTCGCATACCAAGAAAAGAAAATTAT
TTTTGAAGGACTAAAAAGAGATGCTACAAGATAAATAAATTGAGCAGGACTTGTACTTTA
CGTTTAAACTTTACTAGTGAGTATATCTTTTTTCCTTTAACCATCGCATGGAAAAAATAA
TGAATATTAGTTGATAAAATAGTTGTAATAACAGTCCGCATAAAAATTTGTAACAAGGAA
AAATAGTCAATTGTTAGAATAAATCTGAAGAAGGTAAAAGGTAAAAGAGGAAATTAACCT
TGGAGAACCAGAAACTGTGACAAGTTTGGTGAAGAGATCGGGACGTGCAACAGAAGCGAT
GGCACCAATCATGGCAGAAACAGAGTGACCGACATAAATACAACAAGGAATTTGGAGTTC
TTCCAAAATAGCGATCACATCATAGGCGTATCCTTCTAAGGTTGAGTACCTTTCAAAGTC
AAAGTAATCTGGGTTGGTAGTTCCAGCTCCCATATTGTCAAACAAGACAACCTTATAATC
CTCAACTAGATGAGGAACCAAATGTTTCCACACAGATTGATCTGTTCCGAACCCATGAGC
AAGGACTATACTTCGATCCCCTGTTCCTAAAATCTTCACGTTGTGTGCTTCTTCAACAAT
TCCCATTCTTTAATTCAATCGAATTGTGTTTTTAATTGGTTGCCTCTTACGTTGGTGTGG
ACTTGTGAAACTCTTTTATGCTTTGTTTGGGTCTTGGCCCATTCGTGTCGTGTTGCTCTT
TGTTTATGAGATCTATTTTATTTCTTTGCACATTGGCATCTGACGGCTATATAATATTTA
ATCAAATGGACAATATTTCCAATTTCTTTGCAATATTGGGCATCTGATGGCTGCTTATAT
TTATTAAATTGTTAAAAAATAAATAATCAAAATAGACAATAATTTATTAGTTAATCATCA
ACTATTTATTTGTTTTTAGTTTGAGCACATCCTTTAAATTATTTATTTTTAAAAAAGCAA
GTGTATTCTTTTTCATAAATATTTTTTAAAAAAAGTAATAATTAACTTTTTAGTAATTTT
TTGGTTTTTAAAATTCTCTTTCTATAAAAATAAAATTAAAAGAACAGCATTAAAGTAGGA
CAACTTTCACATATAGCAAACAAAAAATTCATATTTGTATGCTATAGCAAACTTTGCGTA
ATTGTGCTCCATAGCAAACATAAAACTGTATAATTCGCTATACATATACAATTGTATAAT
TCGCTGGCCTATTTCGCTGCAGTTGTATAATTTGCTTTGCATACAGTTGAATCGAATTAA
AATGTATGTATATTGCATAATTATAAGTGTATAGCAAGAAGATATATGTTTTTCTCGCTT
TATACAAAAACAGAAACACAATATATACATTTCTGTTGTATAAAGCTAGAGAAAATTGTA
TTTCACTGCAATTGTATAATTCACAATTGCATAATTCGTTGGCCTTTTTCTCTGCAATAT
TTGAAGTAAAATGTTTGTAAATTGTATAATTAAGTGTATAACACAAATATATAAATTTTT
GCATGTGTATATACAATTTTCTCTCGCTTTATACAAAACAGAAACAGAATTATACACTTC
TGTGTATAAAGCGAGAGAGGCGAGCGAGAATGGAGAGTGGCGAGCGAGATTTTTGGGAGA
GAGACGCTGACAAATTTTAGTTAATGTTTGCTATGGAGCACAATTGAATCAAACCCTAGC
TATTTTATTTAATTTAGGTTATTAATTTTCTATTATATACAATTTTTCCATTAAAGTATA
CGCATGATTATTCATAAAACTCTACCCAAATAATTTACTAACAGAACAAATAACCTAGTC
AATTTAAAATAAGTCTCGTATATTTGTTTGAACACCTCTACTATCAATCATAAATTTTGA
GTCATATTGAAAGATAAGTGATTCATTGTTAATATTTTTAATGGGATGAAATAAAGAAGG
AAAATATCAACTTAAACTTAATTATAATAATTTCGATCAAAGGAAAAAAAAAACATATTT
TGTCATAACACAATTCACAACCACCTATCTAAATTAAATTAGACGATGATATAATCTAAT
TTATGCTAGCATTAATTCAATTCTGCAGGAGTATCAATTAATTTTGTATCGCGTGACTTT
TGTGACCACTAGACTTTCGAGGTGAGTAATAAACCTTAGGTGACAATTACATAAAAGATT
TAATATACTAGTAATAAAATTTTAAATTTATCAGTAAATTTCATTTAAACATCTCAATTA
CGTCATTTTCTACGCTGTACTTGTTAACCAGATTTATCGCGGCTATATTTATATATATTA
AAATCCCAATTAGTACCGTCCTCTCTGTGTATAACAAACTGGATAGTTTGTGTCTCCCAA
ATTTTAGTACTCCACTTGGAGAAAAGATTCAACATGTGATTGTAAGGACCACTTCAAATT
GACAGGCGTACGTATCTCGATTCGGAAGTAGAAAAAGAGTAGGTAGTAATAATTATTTAA
GTGATGATCACTTGAGATTGGATCGAAGACATGATCAATCAAGTTTTAGGTTTGTCTTTG
AAAAATAATGAAGTTTCTAAGTTTTATATATAAAATTTCATAATAATTGTCTGAAATTTC
ACATGTCAAAGTTGAAATTTTAAGACAATAATTATATTTCAGCTACACGAACTAAAAGAA
AATGACTATTTCTGAATCTTACCCCAAGTTTGAATGCCATTTACAACGTATGACATCCCA
AACGTACAAACTCCAGAAAGGCTAAGTTTCTCTTTCTTTCTTCTGAAAAATTAAAGCACA
GACTAAAACAAATCTAAATGTGGAATATATTATTCCAGACACTTTTTTATCCATACTCTT
CTATTGCCTCCAGAATATTAATGGAGAAAAGAAAAAAATTCAACGGACCAAAATTTTTAG
TGCCTTCTACGGGAATAAAGAAAGGAGTCCGGAGCCTAAATGGTATAAAATATTAATAAA
AGTATTAAAATAATATATAAAATTTCATATTAATCAAAACGATAAAATCGCTGGAACAAC
AACGATTTACTCCACCAAAAAAAGAAAAATCGCTGCTACTGCAGCGATTTTACAAAATGT
GATTTTTTTTTTGAAAAAATTCAAATCACTATCTAGGCAGCGATTTTCAATTTTGCTGCA
ATTTTCTAAAAAGAAAATTGAAAATAGCTGTCAAGATAGCGATTTGATTTTTTTTATTTT
AAAATTACATTTTGCAAAATCGCTGCAGTTTCGGTGAAGTAAATCGCTGTTGTTCCAACA
ATTTTACCGTTTTAGTTAATATAAAATTTTATATACCATCTTAAAATTTTTGTTAATAAT
TTATACTTTTTTGACTCTGGACTCATAAAGGAAGAGTAGAAAGCTGAGTTCGACGTGTGG
GCTTAGTCACCACATTTACAAGTATTTCTTGTTGCTATCAAGTGTAAATATACTTGCCTA
GGCAATATGATAGAAAAAGAAAGAAAAGTCTAATTAGAAGCGAAATTCAAGATTTAAAGT
GTATAAATTCATATAACAATTTTAAATTAATAGTATAATCAATAACTAAGTTTACAATTA
AATATTTATAGTAATACTTAATATTTTTATAAAGTCTGAGTAAAAATTATTAAATTCGCG
TGGCTGATTTGCTGACCGTAACGAACTTGACTCTGCCCCAAAAAGGGCGGGAAGACCTTT
GACCTGGGCTGGGGAGGGATTGGGGTCGCTTTTCTTTAGGACTTTAGTCCGTAACAAGGC
TCGAAGACCTCCGGCTGGATTTGAAATGGATCAGGAAGACTTAGTTGATTCATTTTGTAA
GCAATGGTGACATGAAAAACAAAGAGGAGAATAGAAATACACATGTATATTTATTTTGAT
GATGAGTACTTTTGAAGAAGTTTTTTTCATTATCCTTTAACTAGAAGAAGCATCAGCAGT
AATATCATGTGAAATGTGTCGAAGCAATACGGGGATAGTAGCCTCAGGTGCGCTCAAATG
TGGAAGATGACCTTCTGTTGAGATGATCTCTACGATCGATTTTCCGCCTAAATTTCTGTG
TAAATATTCAGAAACAGTCACTGGCATTGCAACATCCATTGAGCTCTGTATGATATGGCA
AGGGACAGTAACACGGGACAGATAATGCCTTAGGTCGAACGTGAAAACAGTGCGGAAAAC
ACTGAGTGCTATGTCTGGTCTCATGTTGAATAATGTCCTGCTGAATTCTTGTACTGCCAC
GGAATTCATGTCACCTCCCACCGCTAGTGGCGCAAAACCAGATACCCATGCCTTGTAGTT
CGACTCCATTGCTTGACATAGTTGTTCTATGTCTTCCGATTCGAATCCTCCATAATAGTC
ATCCGTATTTATGAACCTAAGAAAAGAAATCATGTGACGTTATAGAAGAGAGTTGCTCGG
ATAGTTAACAGAGGTTACGTTCAATCCAATTTTATTGGTGTTGGGTGGATGGTAAGTATT
GCAAAATTCTTCATAATATCAAAAGAAAATTCATGTGATTGGCAAAAAAAGTTGAATTTT
TTTTAAAAAAAAGAAAAGAAAAGTTGTGTGATTCTTTTTAGATAAGATCAAAAGAAACGG
AGGAGATTGATTTAAAATATCTGAATCGTAAATACGTTTAAGAGGGAAATGCTACGTACA
TCTTCCTTCTAATTTATTTGTGTTAAACGAGCATTTTAATTAACACTTTTCTTGTTTTTT
AGTTAAATACAGAAATATTTAAAAGTTTCATTAGACAAATAAATTGACATATCAATTTAT
CTCACCTTGGGGAAGCTGATACAAGAATGAGTTTGGAAAAGAGATCGGGACGAAAAATAG
AAGCAACAACACCAGTCATAGCCGATAAGGAATGGCCTAAGTACATGCAACGATTGATTT
GAAGTTCCTCCAAAATGGAAATTAAATCGTACGCATAACCTTCAAGGGAAGAATATCGAT
CAAAATCGAAGTAATCAGGATTTGTCGGTCCAGCACCCATATTATCATAAAGTACAACAC
GATATTCATCAACGAGGTAAGGAACAAGCTGTTTCCAAACAGACTGATCGGTGCCGAAGC
CATGACCCAGTACGATGGTCTTTTCGCCTGAACCTACAACTTTTACGTTGTGAGCTTCTT
CACCGATTCCCATTTTTTGGTCTGAGTTTTTTGTTTCCCAATTTTTAGACTTTATTAAGG
TGTGGTGTGGAAATTGGAGGAGACGACCAGCCGACTTTTTGGTACGAAGGAAGATGGATT
GGCCGGTGGCTGTTAATTTTAGGTTCACAAATCATAACATTAGTATTGCAAGAGTGCTAA
TTAATGGAAGGGTTTTTATGGTTATCAAGTTATTGAAATACTTTAGTAAAGTTACTTTAT
CTGTTTTATGCTAAAATAAAAGTCACACATATTTTTTACTATAATAAAATATTAATAACT
TCTACCGAAAAACACTAGAAAATACTCCATCCGTTTAAAAAAGAATGATTCTATTTTCTT
TTTGATCTCTTTTAAAAAGAATGATCCCTTTCATTTTTTGAAAACACTTTAACTTTAATT
TTTCACGTAGCGTGTTTAAGACCCACAAGATTAAAGAGTTTGATTTTGGTACATTTGACA
TAACTTTAATTTAGAACCACAAAATTAAAAAATCTTTTTTATTTTCTTAAACTCTGTTCC
AAGTCAAACTAGATCATTCCTTTTTAACCGCAAGGAGTAACATAAATGATCATTTTAATT
ATTCCCTATTTAAATTAAGTGAGCAATCATAATTTCATGATATTTTAACCAAACATGCAA
ATTATCTCAATATTAAGGGAACTCTTGTTTTTCCTTGGAAACTGCTTGCTGGGAACTTTG
GGACTTCTAAATTTGAGCATCATCAAATCTGTTTTCCCCTGTCATGAATACTTGTTCCAT
TTAAAATTTACCCATATGATCAGATAATTTCTGAAAGGGAATCTTAAGAGGTATCCTACT
TGTTAGGATAAAAATTACAAGGCATTGTAGAGCTAACAAGTGTAAATTTTGAATAATGAT
AAATTATACCACAAAGAAACTTTACAAAGAGAAATATAATATTATATATTTACCGATTGA
AAATTAGTATAAAAGAAAATATAAATCAATTATGGTAATACTTTATTTTTCCTTCGAAAT
AAAATAAAATCATATACTGTGAGAAAATCAAGTAAAACTCTTAACAAGTTTATCTATTAG
CGGAAATTGGATTCTCAAATAAAGCACACCTAGTATTGTTCAAATTGGTCAAGGATAATT
ACATCCCAGGATCACAATAGGTAAAATGCTTCATGGTTTATTGACTAAGAAGAAGCTGTA
ATTTCATTTCATCTATAAACTTTCACCATGAAGAGTTGTAGTATAATTGCCAGGAAAGTA
TAACAAGGTACAAACAAACAGGGCTTTAAGCAGAAGTGTCAAAAAAAGAAGTATAAGCTC
AAGCTGGTTTTGTCACCAGCTTAGTCTATCAACTCCAATACAGAAGGTACGTGTACATCA
AGGTAAATGTACATGGTTGGCCCTTCTGATTGTTATCTAAAAGTATATAAAGAAACTCTC
CAAGTTTTAGACGACGTATTTACAAAATGGTATATATAATGTATACATGTATTAGACACT
TTTCATGGGGAAACATAAGATATGTTCTCTCCTTAATGACCCGAGTTCAAGGAGTATATG
TCAAGAGGGACATTCGTGCCCTTAACAATGTTAATTCCAGAATTTGAGGACCTTCCAGGG
TGATCCAAATATATCACAATAACTGTGATATCATCATGAACGTGCCGCCTTTCCCCCTTC
TCTAGTCGTTTGATGTCCTCATATCTCATTTCTTTCTTCTCTGCAGCACCCTCAAGGGCA
GCTCTCACTAATCGTTTTGCTATTCCCTGGAGAAATGAGGAAGAAAACACAGTTATCTTA
TTCATTAGTTAATTATGCCCAACATGAAGGAGAAGTTTGATCACAAAATTACTTCAAGGA
GAGTCTAGTTATCATAAGAGCCTGCATCCACTTTACAGATAACAAAATGGATGAGGGTAC
GTACTGTTTCCAAAAATTAAAGAATGTGATAGAATAGGAGGGGTCGATACTCACAATTCT
AGGATTCTTCAAAACAATATCCTTAGCTTCGTCATCGGTTAGTTGATCCCATAGGCCATC
CGATGCAAATATCAAAAATAAGTCTTCTGGTCTTATCTTTCGGATCAATATGGAGGGCTC
TGCTGACATTACAGCTCTTTTTAAAGGAATAGGATATCCATATTGTATGAACATAGGATC
TCTATTAAACTCAGGTTTCTTCAGATAGACATCACCAATTGATCTAGAAACCTGGTACAG
ATAAATAGGCAATATGAGATGGATTTTCTCAAAACATAGGATTGCTCCCTGATATTGGCT
GCTTGCAAGCTTTTAACGAAAACAGTCAGCTTCAGACTTTATTTGGCATTTTTCATATAA
CAAGGGAACCTTGCTGAAGTTAAAATGAAGGATACAGATGGAAAGATAAGTATCATGCAG
CCGCTGCTACAAATTGTAGTTACCAAAAGATAAAAGATTGCTAGTAAGTGGTTAAGAGCG
AAGGGATAAACGGGAAAGGACATTCCTTTGTGTCCATGCGTAAAACAAAATTACTTCACA
TGCAACAAAATGTTTTTGCCTTGATGTGAATCCCATAGGTGCAAACTTGTAAATCTTGAC
ACTGATGTGTCTTTTACTAGATTGAAAAGGAGAAATTGCTTATACACAAGGTCTAAAATC
TTAAAAAGTAGAAGATAAAAAGATGTTTATTCTCCAAAAGAACTAGACACACAAATCTAC
ATAATCAACATATGAAGTGACATGTTTTTTTTTGACAAGGGTATAAATTATAATGTGATT
GGCTAAGAAGCTAAAAGGACAAAATTTAAACATACGGTCTATAACCTCAGAAAAAGTAGA
TGAAAGCATACTTTATGCCAACACACAAAAGAGGCACCCCAGAAAGACTTGACATACACC
ACGTCTAAAAGGTATGATCAACTTGCTATGAGTGCACACACATAATTAGCATATATAAAG
TGACTTATTTAGAAGCCTCAACTATGAGTTCCCGGAGATTTTGGACCACCTTCATAACAT
GCTCGAGCAACAGAAAGGCGAATTGTTTCTAACTACATAAATATGAATCTTTGTATTTGT
GTGTGACGACAAACCAGAGATCAGAAAAAAAAGACTTAGGTCTTCTTTGTTGTCTAGCTT
CCATAACTTTCTTACTTTCAGAACATTAGCGTATCTAGACAGCTAAGAGGTAACAACAGA
TGGACCACTGTAAACTTAACGGAAGTCAGAATTGAGAATGAAAGAGCTCTGACTATTTTC
TCCTTCCACCATATGTACTTTAGATTGAATAGAAACTATTAACATTCTCAGACGCCACCT
AGTCATAACAAAACCGCATTTCAGAAAGGACTAATTAGCTTTCTTCAAGTGGAGGTCTGA
TTCATCATGGCTGCAGGTCTGAAAAGATGTATTAATTCTACTGAATATCATGAAGGCTAG
TAAACAAATTTAATAACCTTGAATGGTTAAATGTCTAATCAAAACTGTCGACTGCATTAA
TAGGACAGAAGAAAAGAGGATTGAGAACAGATACCTGAATTATACCCTTAATTCTCCAAA
CCCCTCGAACGTAGACCACAACATGAGAATCATCTGGATGCAGTGCCTCTACCTCCTTCC
TAACCTCCTCAACCCCAACATTATGATCTATCGACAAACGTTCTGCCACTACTACTGCTG
AATCACCCGTCTGGCCTGTCTCTGCTCTCCTGCCAAGCACTGCCCTGGAGTCCCCAAGAT
TTGCCACATACAATTCATCTTTTGAGATTGCTCCAAATAGACAACAAGACCCTGCAGATG
CAATCTGAGGTTGATCCAGCCAAGACTGTTTCACCAAACGCAAGAATCCCTCCTCAATAG
CATCAAATGCTTTCCTGATCACGTCCTCAGACAATCCTCCTTCTTCCAAAGCCAGCTCTA
TAATAATCGAAAAAACAAGGAAATCAAACACAAAATGATATCTCTAATTACACCTATTTC
AAACATTCAAAAATTAAACATGTCTACAATTTGAACAAGCTCAATTCCTTTTTCTCCTCT
ACTCCACGCATGACCAAGTCAATTTTCTCCCAGCCTCCCCTGATCAATCTCATGATAATT
TCAACATACTAACTAAACACACCACATAAACCAACAATCAAGAAGTCAAAAAAAATTATA
GGTTTAGAAATATAAAATTAGAAAATTTGCACTAGCATAGTTTTGCTATTAGACCCCACT
GACAAGAAACAGAGTGAACCCAATCTTTCATAGTAGTAAAATAGTATCAAGAAATAGTAC
ATACTTTGTAGTTGAGGGAAGAGATTGTTGTTGATGAAGCGAGAAGCTTGCGGGCCACCA
TGACCATCATAAACACCCACATAAGTAGCACTAGGGGTTGTAAAAACTTGACCTTGATCT
TCAAGCAAAGAATTGGCCTGAACTACAGCAACAGAATATTCACCTGTGGCATGTGGCTTC
AAGTCCATATGCCATAAAAGATCATCACCATCGTCCCCACCAAAGCAGCTCCCAAAACAG
GAGCTTAACATCTTAGACTGCTGGCTGTAGAGTGAAAGAGGATTTTTTTTTTTTTTTGAA
GAAAAGAAAGAAGACGACGTATTTATTGGTAAGCGGAAATTTATATTTTTGCTTATTGTC
TCTACGTTGGAACAAGACTAGAGACTTTTATTCCACAAGGAAGAAAAATGGGAAACCAAA
GACTTGAGACTGAAATAGTAGAAATTGTGCGTGCCCCACTAAAACTAACGCGTGTGGAAA
AAAAAGAACAAATCAGGGAAATTATTAGCCGCATTATTTACATCATTGTGTGAAACATAT
GGTTGAAGTTAAGACATACCTAAGTGAAGCAATATTGACAAAGAAAATTTTAGTTGATTT
TGATTTATTTGAGATTGGGACTTTTTAGGTATTTTTGTCATGATAATTAGTGAAAATAAC
ATCATTAAGGGGTGTCATGATAAGTAGTCTTTGCTATTTTAAGTTCGGTTCAGTTTAGTA
AAGCGTATAAATTGTTTCTATCTAACTTGTGTAGTTTTTTGTATTACCTATTTTAGAATT
GGGTGAATTTTTTTTATTTTTATAACTAAATTCTTCTATACTTCTGATAAATATAATACA
GATGTAGTTCGTATATAATTTATTAGATACTCAAAGTGTTATGATTTATTTCTATCTTTT
AAGAAACAAAACTAATAAGTGCATGCTTAAGGAACAAAATACAAGGCACCATTTTTGTTA
ACTTGTGACGAACTTGAAAGATCAAAATTGTTGGTATATATTTATGAGATTATTTTAACG
TACAGCAGAGCATTTAAGTGTATATTTGTGAGATTATTTTAACGTACAGCAGAGCATAAG
GACCATTTTAAATTATCCTTAAACATAAGGGACCATTTTGTCATTTTCTCTGAAAAACAA
GAGAGTGACTTTTATGTATATGTAATACGAAGATGAAGAGCTGTAATATCAATGGCTACT
GGTTTAATCCGACGAGCTATTTATAGGGTTCAGTCATCTTCGCCGGCGGCGAGGCTACTT
GTTGCCCGAGCTCACGCTTCGGACACCAAATCCCAGCAGGTCCAACCTCAAGTCGTTTCA
AATTTACCGATGGAATCCAGATAACCCAGGGAAACCCGAGCTCCAAGAATACAAAATTGA
TCTGAAGGAATGTGGCCCTATGGTCTTAGACGCCCTAATCAAAATCAAGAATGAAGTTGA
CCCTTCACCAACCTTCAGAAGATCTTGCAGAGAAGGGATCTGTGGGTCCTGTGCCATGAA
CATCGACGGCTGTAATGGACTCGCTTGTTTGACAAAGATCTCATCGGATTCTGTATCGAC
GATTACGCCACTGCCACATATGTTTGTGATTAAGGATTTGGTAGTGGATATGACTAATTT
TTATAATCAGTATAAGTCTATTGAGCCTTGGCTGAAGAGAAAAACACCTGCGCCAACGCC
TGGAAAGGAGATACCTCAGAGCAAGAGCGATAAGGCTAAGTTGGATGGGATGTACGAGTG
TATTCTCTGTGCTTGTTGTAGTACATCATGCCCTAGCTACTGGTGGAATCCTGAGTCTTA
TCTTGGTCCTGCTGCACTACTCCATGCCAATAGGTAATATTTACTTGATTTTTTTTTCAT
GTTAAGCTCTTCCTGTTTTGACTTCACTCTCTTTTAATGTTCTGTATCTTTTAAATTGTT
ATATTCTGGTTGCATTTGGATCAAATAATAAGTTAAAGATACCTATAATTTGTCGGCAGA
GTTACCGTTATATTCCTTATTGGTGTTAGCCTGGTAGGTAGCATGTATCTCATGAAATTA
GTCGAGTAACCATGGTCAGTAAGATTTTAGTAAGTACAACAACATGTATGGTACTTGTGC
TTAAATGTAACAGGATGCCCATAAATTTTGTGTGAATAAATTGTATCAGATTAAGAAAGT
TGTGTTCCTTTTAGATACAAAGTGAATCTCATTTATATGAGGTGCAACTTCTTGTAGAAG
TTTGATGAATCGTATGCGGTAGGATCTTATTGTTTGGTAAAATGCAACTTCTATGGAAGT
CTTGGATATTATTCTGAGTTATCACTAGACAACTTTGAAACATATTACTTTTCTCAACCT
GCTAATCCCTTGTTGGTTCATTTCTTTGTTGCTAGTTTCTAACCTATGGCATCTCTGTTA
TTTGACTCAAAATTTAAGAATATCCAAGCAACATCTCTTTTTACCTATACAATCTTTCAG
ATTTTTGACTATCATGTGATTAGTTTTTTTGTCTGTGCTCTCCAAGCCTAACTAATCTGC
AGAGGAAACTAGGTATTTCCTCCTTTGCATAAACATCATGCCCTGCTCTCTCATTCCCTC
TGCTGTCTACGCCATCACAACTATTTCTTGGAGCACCCCGCACCTATTGTTCTGATCGTT
CCTCTCTAGAACAATCAGCTTTTCTCAATTCTTAGATTAGCTGCAGGGTTGACCTACATT
ATGTTTGGTGTGTGCTCAAGCACCCATTGTCTGTTATTCTTTCTCAATGCGGAAATTTCA
AGTGTGGATGGAAAATGTTCATATTACATTCTGCGCTTGTCATCATTTAAAAATAATGAC
ACCAAATGCAGATGAAGGGACCTTTTCTGTTCAGTTCTACAAACTTGGAAATTTATTATG
CCAAAGGGAATATTAGAGAGATGCTGATATCTGTGGGGGCAAACTCAACTACTCAACGGA
TGGTTTAGGTTTCTTTCCAAACTGCCTTTAGAGTTGTATGATTTATGTGCTCAGAGATGT
AGAACGTTATTTCCCTCGGTCATTTGCATGATGAGGGGATAAGAGTTTTAAATTTCTGAA
ATTTCTGTACTTGCCTTGATGTTATTAAGAGGTTTGGATTGTATATAAGTTGCTCTACCC
CCTTAACCCTTCTATCCATTGCTATTTCAGATGTTGTTCATTATTATATGTACTGAAAGG
GGTTATATCTCAACTTTTAAATGTAGATGGATCATGGATAGCCGTGATGAACATACTCTG
GAGCGCCTGGACGCAGTTAATGATGAATTCAAGCTTTATCGCTGCCACACTATTTTGAAC
TGTTCTCGTGCTTGCCCAAAGGGATTTAATCCTGGCAAGCTCAGAACATCAAGCGCCTGG
AGATGGCGCCTTGAGCCTGCACTCTGCAGTGTAGTGTACCAGTCTATTCTGCTAACATTG
ATTTTGGAGGACCAGTAGGAGGTAGTTCTCAAAATAATTTATGCACAGATCGTAATTTGC
TTTCTGAGATTTTTTTTTGGTGCTAGGGTGTTGCCCTTCCCCGAGCCCTGTGTGAATATG
GGATTCTTTTGTGCACCGTGCTGCCTTATTCGAGATGAAAGGTGCATCTCACCTGAAATA
TTGTACTAACAATTAGTATGATAGCTGAAGTGAAGCAAACATGTAATAGCAGAGAGTATA
TACAAATTTATGAACTGATTTATCATAGAAAATAATGATTTCTATAAATATTCGTTTGAA
ATTATACCTCATAAAAACTTCATCAATTATATAAAACATTTCTTATATTATCGATGGTAG
AATTTAAACTTTATTGAATGCTTTAGTTTCAATAAAAAAAATAATGTACCCATACTTGCG
ATTTTTATTCTAAATTCCCAAAATATGAAAGGGACAATATGAATGAAATGAAACGGTCCA
CAGTAACCGGTAGAGAATATACTAACTTTAGATTTTTTCAAATTCAAATTTGTTTAGCTG
GTCAACTGGTCTTCTGGCTGAACACTACGTTCCACTGGAATTTAATTTTGAAATAACATT
CTGCTTGGAATTTGGGTCATAATTTTTCAAACAAACATAATCAAACAATAAAAATTTCAA
ACCATTTTTATATAATTAGTATTAATAAAAATGTTGGTGAGATATGAAGATATAGATAAT
ATCTAAAGATTAATCATAATTTATATAACAATCGCTTATATACATCATAAATTAGTATAT
CATTTTTTCTACAACTCTTTAGCAATTAGTGAAATGGGAATTTGTGTTTTCGTTGTATCC
ATCACTGAAAGGACGAGCGATTCGGAGAATCTTGAATAACAAAAAAAACCGAAATTTTAT
AATTAATGACAAGAAAGAATATATCTATTTAATCTTAATAAGTCTTTTGGTTCATTGTTC
TTCTGTTGTTTCTTTAAGCCTTCTAGTGCCTCTCTAAGGTGGCTGTGCATTTAATAGAAA
TCTATATAATATTAACATGCAAGTAAAATATCTCAATTTTCATTGGATACCAAACTTCTC
ATTTATAGTAACTTAAATATCAGCCCCCAATAGGACTGGAAATTAAAATCCTCCAATAGA
AAAAGTAGTAAAACAATTTCATGAAAGTTCACACTTTAATCATGACAAGCAATGGCATCA
TCAACCACGCCACAAAATTCACTACACTCCCAGCTTTCCACTCATCACGGCCTTCCCATC
TTCAATTATTAATTTTACTCAAAGACAAAAAATAATGGTCATTATTTAATCACAGTTCAC
ATCAAACGTACACCTTAGCTCTTTTTTGGCTACCATTATAATTGCGTCCTCAATTACTTC
AATTAATCAACTTCATGATTCCACTACTCAAAAAAAAAAAAAAGTTACATTACATTACAT
GAAAAAAAGAAGAAAAAAAAGAAGCTAAGCATGCGTGATACTTTGAAATCTTTATGTTTC
ATCTGATGGACCTTCTAGTGAAAGTTGCTTTAACCACTCAAACGTTCGATGACGTGACAT
TGCTTGCTTTTTTGTCGATTTGATATTCTCTGATGAATCCTTCTTATCTTCATGTTCATG
GTCCCCTGTGGCTTTTCTTATTTTCTTAATTGTACTTCTACTGTTCACGATTGGAACTGT
TTCTACCACATTTGCTGAACATTTACAGCTGCCTAGAGAAAACCTCTGTTTCGTTTTCTT
AATTCTCATCTTATTATCATTATTGCCGAAGCTCCCGCTGCTACTACTGCTCGTGCTATT
TCGACTTCCTGAAATATCCCTGTTTCCTCTGTTTTTCAGATCTTGTAATGCAATTTCTGG
TGGTGTAACTAGGCCAACGCGAAATAGACTCCACAATGCTGATTTTCGTGTGGAATTGTT
GACATTTGATTGAAAACTAACTTTAGAAAATCGAACCTGAGGTGTTGGACTAGGATGAGA
ATGAAATTGATTTCGAATTTTAGGCTGATATTTCGTGTTGAAATTAGATGAACTGCCACT
GCTAGATGAACGTTGGCTTCGAATACTGCTACTTCTACTGCTTGAATTTGTATCATGACA
ATTGCGCCGATCACTTGGCAAACTAATTGAATGACGCAACGGTAATATTTGGCCTTTGTA
GAAAATTTCATCTGCCGTACACATCTCTGATTCTTTCAACAAATTACCACCAGAAGAGCT
AAAATCAAAATCTTCTAATTGTCCGCCTTCTACGCTAGTACTTCTAGAAACTTCTTCCTT
CTTTTCGTCCTCTTCATTGTTCGGAAGATCACACAGTGATAATGCTTCTTCATCATATTC
GTCTTCTAATTCATCGTATTGTTCTTCGAGGAGAACAATTTCTTCGCTTTCCCTAGTAAT
TTTCATCATTTTTTCTTGCTCTTGTTCTTGTTGATCGAGGTCGATATAGAATAATATAGT
TAAAAAAGAGGAACAGTTATATAAAGAGGGAGACAAATGGGATGTAGGAATAAGCTTGCA
GGCGACAATAGAAAATTGTTCGTTCCTTGTTTGTAAGTCAAGAATACTATTGGGGCGCAA
ATAAAGCCGGCTTTTTTTTTAGCAGCGTGGAGCTTTTTTAAGCCTTTCAAATGATTATTA
CGGAGAAAAATAAAGTTGGGCTTCTCTGTTACTACTTGGGAAGAGTGAAGATGGTGGGGA
CTACTTTAATTTAACAATGCATGCATTTGAATGGTATTAATTTATATAGATTATATTATA
AAAAAATATGTTTATGGATTTGGCTGCGATATTTTTTGAAATTTTGAAAGGGATCCATTT
TTGTTTGGACTTTGAATGGTGAATTGAACTACTAGACATAATATTTGGTATTAGATACTG
TCGTTATTAATAAGAAGGTGACACCACAAATAGCAATTGATATATATATATAGGTACAAT
GGCACGCAACCACCTCTATATTAATATAGGCAAATTGTAATGTTTGATGGAGACAATTAA
AATATTTGAGACGAATTTTAAGAAGTTCGGTGAGTTTTTAAATTGTGTTAACGTTACTCT
GTGAGTGGTAAAGAGGCATATGGTTCGGTGGTTGTGGATAACTTTTTAAAGATATTTCGT
AATGTTTTGTTTTATTATACATAAAGAATTGTTATTTTTGCCGTATTAGTACTAATTAAA
TCATGCATGAATAATTATAATAATCAAATCAAGTTTATCATATCAGAAATAATCATTGTC
GGTTTACCTAAATTAGTATGGTAGTGCATCATAGTGACTAATGAAAAAAAATCATAATGT
AATTCTATTTATTGCGTAACAATAATGACTAATGAAAAAAATTATAACGTAATTATATTT
ATGGCGTAACAATTCTTATATGATTAATCTCAACGAAAAATGATTGAATATAATATGATC
TACGCATCGCTATTTAGTGAGTAAAACTAAGGCAAAAGTATTTAATTTGGTGAATTGACA
TGAATGTTCTTTCATGGAAAGCTTGTGATCCAAAATTGTGAATCTTGCTTGGTCTCTTAA
TATTCACTTGTCTTTTTTGCCTACTCTTAAGGTAAGGTATGGCCAAATGTCACAAGCTTC
ACCCTACCACTAAAGAGCTTGTGGTTCTCTTGCTTTTTTTTTTCTTTTACGATTTTATAT
ATTTTTATTTTCCCTTCTAATTAAAATTTAAATTAATTAACAGATATATTGTGTCGGTTG
AAAAAGATAACGCTCCAATGTGTTTTTAACCAAGGCTAAATAGCTGTTAATGAAGTAAAA
GTAGTGGTCATTACTTTTACTACGGATAAAGCACAATATCCGTAGACTAAAAGATTGTTG
CTGATATGAAGGGAGTGATATGACCGCGGAAGCTTATAATTTGTAAATTATAATATGATT
GATAAATTAAATGATAAAAATTTATATTAAAAATTAAAATATTATTATATTAAAATTAAT
ATAAAGAAAAATATTGAAAATTTAGAGAGAATAAAAAAGCAAAATTTTAAAAGGGCATAT
TAAAATTTTCTTTAATCAAAAAGGTAAAATTGCTCCTGATCGACTTTCTTCTGACAAAAT
TGACACCAATATTTTTTTTTAATTATCCCTGCGCCTGTATTTTTCTATAAAAAGAACTTT
AAAAATTTGAATTCCTTTTTCTTACAAAAGTTAATATTTAAAAAAAAAAATAGCTTGCAA
GGCTTGAAAATGGGATTTCTCACAAATCAAATAATCATCATATTGTGGAGTTTGTACCAA
CTCTTTAGGTCAACCAACACAAGAGGAGATATGTGTTTTGGAAGGGCAACAATGTTGATC
AACAAGAAGTAAACAAAAACAAGCAAGTCCAATAGCTTAACAAAAGCACCCATTTTGGTC
TTCGTCTCTTTGCAGCAATAGAGGCAGGCCCCAAACAATTGAGCTAATTTTTTTTGAGAA
AAATCCTACATTGGCAGCTTTGTTAAAATAGAAGTTTGACAAAATCGCTGTCGTGACAGC
AGTTTTAAGGAAAAAAGAATTTAAATGGAGGAAATAACGATTTGTGTTTTTTTTTAAAAA
TTAAAGGTTTCAATTTTGTCAAAAAAAAATCACTCAATCAATAGCGATTTTTCCCTTTTA
ATTAAAAAAATATTATTAAAATTTCTGACATTTTTTTTCCTTTTTTCCTTTGGACTCAAT
AAAATCTATAAAAGAGTACATTATAAATGTTATTAATATATCATATTAGAAGAAACAAAC
ATATATTTATAGAGTGCTACAATATTTTCTTACTGAAAAAATCTAACTATCCAAAACTCT
TTTTTAAAAGAAAATAATAGACTAAATATGAAAAAATATTTAATGTCTTAAATTTTCTTT
TAAAATTTAAAATGAGGTAAAAAAAAATCGGATCAGAACCCTAACAAAAATTAAATTCCT
CCGATGGAAATTGCGTGAGTTTAGCAGTTGATTTTTTATAAAATTGGAACATGTGGACAG
GAAATTAACAATTTTGAAATTACTAAAAATAGCTACTTTTAATCACATCAATCTAATTAA
GTATTGCTGAAGCTTTTTGTTACTTGACAAAAAAAGGTCAGCTCATCAGAGCTTTCACTC
TAGTGATCCAATTGCAAGATCAACAAACGAAGTTTCTAATTTTGGAATGTAGCTCGCAAT
TATGGGAAGATATTCTTTTTAAAAAAATAATTAAAGGAAGGTATCGAACCACTTCATCAT
CGAGAATTGAATAACCTAACGTGTCACCAAAAAATTCAAGTAATCGACTAACTCAGTTTT
AAAAAAAAATATTCCTGAAGAAGCTCTTCAGGAGTGAATTTAGTTGATTTTAGGATGAAT
AATACTCAAAAGGATTAAGAACATAGTAAAACTTGTTAATTATCTATCTTCTGGAAAACG
ACGGACAAAACAGCATATTAAAGACTAGGTGAAGAATAACTATCACGGGGCCAAAAAGAT
GGGACCATAAAAACATTTTAAATGAAAAAAATGGGTAATTGTAAGTCTGTAACACTCTTT
AATTTTATAAACATTCATAGCAAACACAAACAAACGCATAATACAACCATCTTATTTAGT
GAATGTCACTTTCCATGATAACTTGTTTTATGTCAACACATTTTTGTTCGTTTCTTAATA
TATGATTTTTAGACTAATTTAGTAAGAGATATATTTTCTTTTAACCACAATCTACAAAGG
ACAAGTGGGAAATAACTTGAAGTTTATTCGATCATCTAATTACAGCATTGCTTGCTAATT
GAGTAGTACTTATTTTTAGAAAAATATATTTATTAAGTTACAAGCCGACGGAAGGAACAT
ACAAACAACACCAAACAGGGACGAATCTAAGATCTAGAATCACTAATTCAGAACGTTCTT
ATTGTTATTATTCTACATATACGTATTTTACCCAAGTAAAAAAAAGGAATAACTGTTGTA
AATGCGACTAAAAATTAACGAAATTAATTAAGGAACACCCTGGCGATTGATGTTGTCAGT
AGCAGAAAGCTGAGCTTCAGCAGATCCACCACCTGCGAGGGTTGGGGCGTCGGTGGAACT
GGCAGCACCACGCCCAGGATTGGGCTGTTGATGGCCTTGTGTTCCATAACCCTGTTGCTT
GTAATCCTCCAAATCCTTATACTGTGTATATGGACTTGTATCCACTGGCAATCCTTCTAG
TTTTCTCTCATCTATACATCCCTTATTACTATCTCTTTGCTTTTCCATTTCTTTTCTTTC
TCCTCTCTGTTATATTAATATTATCCCTATCTTATCTGTTTGTTGGCCTTTTCCCATATA
TATAAGTTTTTCTGTTAGTTATATGGTGTTGACGCGTGTTTGTTTTCGTGTAAAGAAGTT
GAATGAGGTGTAAGCATTTCCTGAATACAAAGCTATGTTCATGCTCTACCAATTAAACTT
TGGTAAATATGTTCCGATACAACTTCAGTGATGAAGAATTTAACTTTATAATTTTTTTTA
TATTATAAATAAAAAAATTTTGTTAGTATGATATTTTTTTAAAGGGAAATTTCAGTTAAA
TTCTCCATTGGTCCCAATTAATGAGAAGCAATTGGTCTATACACATTCTTTTTAGCGTCA
TAATAATATTTGTGTTAGTACAACACTTTTGAAACACGTGATCTGATCCTATTACAAAAC
ATTCGCACGGTCATTACAATTAGACTTCTTTTTTACTGCAAGATGGGGTGAGCTTTGTGG
GTAATGGGAGCAACCAAGACTCAAGTAACGTATTAAGGGTTAACTGACACAGATCAATAT
GAACAAACACTAGATATATTTACTGTAAAATTCGCTCAAAGGTTCCAGTGAGTGGCTACA
TTAAATTACGAAAGAATTATATTAACACCACTTCCAGACATGTACTCGTTTATTCATCCA
TTTCTTGATCCCTGATCCACTTTGTGGCAACCCATTTTTCACCTCGGATTACTGCACAGC
TCCCGTGAAGAGATGTCTACATAAGAGATTTACAAATGTGAGTAACTGCAAGCCAACATG
AGCAGTCTGATATAATGTTGGTAATCAGTATTCAGCTTTATAACCAGTAGTAGCCAGAGG
AGATGAATCAGCAACAGAAAATGAAACAGTGAAACAGGCCATACGGGAACCAATATTATA
ACCTTTCCCATCAGTATCTGTTCGATGGGGTGGTACCTAATATGCGCTACCATTCACACT
GATAAATCACAATCAGCAAAAATGATTTTAGCAGCACCATAGCGACTCTTCAGCAAACAT
CTCCATAGCATCATGGTAGACAGATTGATCAAGAACGGTTCCCGCAGAAAGGAAATAAGA
AAACACACAGCAAAACAAACAAAAAGAACAAAACCAAAAGCAAATAAGACATTGGAAAGA
TGTAGGCATTTCTTTAACTTTATCATCTTTAATTCTGTGGGCAACTCCTAATGCTTTAAA
ATCCTAAAAGAATCACAGCTCTGCGCATGATGGTATACCGCGCTGCAAAAGAGCACAGAA
AGTTTGTCTTCTGTTCCAACAAACCTATTGCTGATAATCTCATTTGTAACAAATTTTCAT
AACAGCATCATATAAATCCACTTTATACTATTCATCTGCTATAAAGTATAAGGTCATAAA
TGGTTCACAATATGCTTGGCTTGCTGCATAGCTGTTATGACCAACCCTTGTTAAAATAAC
AGAGATCCTCGAGACTAGGCACATGGCTCCGGTAGATGATGGCCTACCCCCCAAGGATCA
GACTTCTTTTGTATGCAAAGAAATACGGCGATCACACTAAAATCTACAAGCAAATACTCA
CCGGATCAATTGTACCATTTGGAAACAGCGAGTAAAATAGTAGTCCATCCCCTCTACGCG
GCTTCACTTTCAGACCAATACACTTGCGGAAGTCATAATTAACATCCATATTCTGTGCAT
TCTGTAAATTAACCAAAGGACTTATTTACACGACATGAGAGGCAGAAATATAATAATAGT
CCACGAAAGAAGAAACAACTTTGAACTCACCTCGAAAGGGAACATGGTTTCTCCACCTTC
TTCCACATCAGATAAATATAACAAAAAGGATGCAACCTAAATGAAAATACATTATTTTTA
GACTGGCCCTGAAAATAATCATTACTCAAAATTAACTGCAATTTGAGCTATTATGAAATG
TCAAATTTCATAGTTATAGTCTATGGCACACTTGCTCTAAACACTCCACAAATGATGGTT
ATGTAAGGATCGATGACAAAAAACAGAACTTTTTCATCAAAAGGGGCGAAAATAAAAGAA
AAAGAGATGTATATAACGGATAAAACTATATGCTTATTAAGGATAAAACTAATGTGGGTT
CCACAAAGTTCTAAATGGAAGAAATGCTGTATACACCTTGTGGTGATCCAGATAACACAC
CATTGGTGATTCCATGTATAAATTAAGTCATTGAAATGGATCTGCAAACTAGTGTCTTAT
GAACCATAGCTTCAAACAAACTTTATTTTCCCCATTCTAAAAATATTTTTGATGGAGGAG
GATTGGAAGAAACATGCATATGAAAAACAACACCATCTTATCCCAATAACCAAACACTCA
AATCCATGCACCATTCATTATGCTAGTTTGTGCAAGAATTGAGCTAGTAAAAAATTTAAG
AAGTCAATTGGAAAAGTTAACAGCAACAATTTACCCAAGTAGATAGTGCATACCCTTTGG
CTCTTCTGAGGACCATATTGAGAAGGATCAAACGCATCATAATGTGAATAATAACTCTGG
CCTATTTCGTACCGCAAAACATTAAATGCCTGAAAAACGCACAGGTCAACTGATTCAAGT
TAAACAGCAATTATGATCACTGTACACCATACTTGGAGCTTTCATTAACAGAAAAATCAT
TCAGAATCACTATATGAAAATAAGAGAAAGTCCAGACACAAAGGGGTTACAGCCTGACTA
CCTATTATTTATCAGATGCATAATGTACATAGCAAGAATTATTTGCATCATCACATTTGA
CTCAATTCTAGGACGAAATCGAACAAATATCCGGGAATCCAGCAAAAGAACTCCAGTTTC
AGATAATACTCAAAAGCCAGATATCCCCAACTATAAATTAAAGTATACAGCAGCAAGAGA
TGTTCAGTTCTCTAACTTCCTGTTAAAATGCACACCTTGATCTGTTGCCTCATTGTTTTG
TCATGGTCTCTTGTTAGAATACATACAGACTAGACCATGTGACAGCTGGATAGTTCATAT
AGAAGAGGAAACGAACCGTCAATTACATCGAATGAGCTCTTTTGCATAAGTAAAATTGGA
ACAAAAAGCTTTCAAATGGAAATATATATAGGATTTTCAAGTTAAATTTCCATGTGAAAC
CTTTGACAAAAATCTATATTGGTACGGTATGAATGATTCGGACAAAAAATAATCATATCA
TTTCCATTCAATGATCATTGTAGTGTCAATTTAATCTTGCCATTGCTAACACATACTGAT
CTGTCCAAAAACAAAAGCAGACCAATTCCATCTTTCCGCAGCAGATACCCATTTAAATTT
TCAGATATGAGGTGAAAAGAACACGAAGACCAAAATATGTTTGGTGTTTGACATATATGG
CCTTAAATCTGGTAAAAAAAAATGTGATTGTACAACCAGTTAATATTTACCTCCAACACC
AAAAGACTTGTTTTCTTCAGTGTTGATAACAATTGGAAGAATGCATTTGCTAGTGGAAAC
CTAAAATCACTAATATAGTTGTCCAGCATTTTGTAGAAGTAGAACCAGAGCTTGAATCAA
CATAGTTTTCAAGAAAATAGAAGATGAAGAAGAGGAAGGAAATGAAGAAGCTTGGGAAAA
TGATTCCCCACCAATAATACAACTATTATGTCCTCTATTGAGATCCAATTTCTGAGGTGT
GGATGGAATGATAAAACTAATACACAGTAAGAACCACTTCATGCGTCATATTTAAGATGT
GTGTTTTAAATGAAATTCACCTCTCCGTGTGTCCTGGGGATCATAGTCGCCTTTGCGATT
TTCTCCTCAATGAGGTCCAGAATTCCAGTTTTGTCTTCAGATGCACTGATAAACATACCA
GAACTGTGGGAAAGGGGGAAAAGCAAAAGTCATTCAAATTGTAACTTCATGTCAAAACCA
AAAGAGGCAGCAAACTTTTATCAAATAGTCTTGACAACAGATCAAAGAAATATAAAACAA
ATGACCTGAAAAAGGACAGAGACATATGGCCAGTTCAAACACCATGAACAATTTTATCTT
CCAAAAAAGTAGAAAATGTATGTGAACACACTCAATTTTGGTGACATATTTATCTTGTCT
ACTAGAAATAGATATTATGGAAGTATGAGTGTATTAAGAGTTAAATCTAATGCTTGGAAA
GAGTGAAAAGATTGCATTTATGACAAAACATCAGTCAGGACACATAGAACACCAGAGTAT
TGTTTACCTTGTTCTAACTCCTTTGGTATTTTCTGCTGTTTCTCCTTTGCGGAGAGCCAA
AGATGATGGTTTCAGTTCTGCCTTTGCCATCTTAATTATGCCTTGGCATTGTTCTGTAGT
TGCGAAATTGGGAAAGTATAATGCACGTGGGAACCAGCTTAAGACCTACCCAAAAGATTG
AAGTCGATGTCAAATAAGATAAACCAAAACAAATGAATACTAATGCAAATCAGAGATACT
AGACTTTATAGTCAATGAGTACCATGAACAAAATTTTTACCAGCTTAGGTTTATGTTTAG
GAAGCTAACATGATCAGTCACAGCTACCAGCTATTTTGCCTATAGACTTAATGACATGCC
TACTTCACTGCTTCCTCCACACAAATCTTCCCCCAGTCAACCATAGAAAAACAGGAATCA
TAGAAATATAAGCAGAAAGTGTAGATGAAGTGGCAGAATAAGAGAAATTAGAGTATGCAT
ATTTGTTCTTAAACTTACTTAGAACACGTTTGAATTGGCTTACAAAAATAGTTATTTAAG
TTGAAATTAAAAAGTCAAACGGAAATGACTTAACAAGTTAAAAAAATAAAAAGCAAGGAA
GACCTATCTTAATTTATTTTTCACTTATTTCAAGTCATTTTTGATTTATTTTAAGTCAAT
TTCAGTTATTTTAAATTATTTTTTATTTTTGTCAAAAATTGATAAGTAATTTGCTCGACT
TTTAAACCAATTCAAATGGGCTGTGCCATTATCTATCTGGTTTACTTACCGAAAAAATCA
AGTTATGCTACTTCAACATTAAGAAAAGTAATATTATTGCATCAGCGGCAACAATCTCAA
CGGTTGATAATCAAAATAAAATAGCTATGAGAAAATCCGCATATCAACCAACCAAAAGTG
CAAATCCAGGAGAACATCGAAACAATAATTAAAAAGCTTGGCGGACTAATGTAAGTTCAA
CTACAGTATGAACAATTTTTCAAACAAAAACGGTTAGACTTGAAATCGAACCAGCGCTAA
TTCAGCAAGGAGAACTGAGCAATGAAATATACCTGGAAGGGGATGGAAGTAAGGGAGTGT
TCTCCAGTGTCGCCATTAGGCAAAACATCAAATTCTTCCACAGATTTAAGCACCCTTGAC
CTAGGCCGTACAGTAAGTAGTTGTACATCCTATCACACCCAAACACTTTGATTAGAAACG
CATATGACAGAGGCGTCTAGCAAATAATAAGGGAAATACCTGATGAGAAACGAGAGTAGA
ACCGAATAAACCGGCGAAGAACAAGAAAAGACATAGCAGAAATATTGAAGGTAAGCCCCC
TATGCTCCGCCATCTTTGTCCCACTAATCTACCTTTGCTCTTCATCTTCTTCCTGATGGC
GAATCCGATTGGTTTAAGTTTGAGAATGATAATTTCAGTGCACTATTTAATGACAGACTG
ATGGTTTGCATGTGTACGATTCTTTGACTTCTGCACCCGGCGGGAATTTTTTTCTCTTTT
TTGCTGAAATTTGTCACTTCATCTTCTTTCTTTTGGCTAGTGGTGTAGTTGATTTTTTTT
TTCAAACTTCTTTTGAGTGGGTTTAATGCTTTGTTATTATTTTTTCCTTTTTCTTATCTA
CGGAAGAACATTTATTTTAAAATAAATTATTTTTATTACTTTTTAATTGAAAGGCATTAA
GATAAAAGGTTAAAATAACATAGATAAAATATTGGTTAAATTTTGATCAAATTTTCTGGC
TAAAAAGAATTTTTCTCTATTTATTTATATCAATTTACTTTTATTTTTAATTTAGTAGAG
CATTGAAAGTTCAGAACCTAAATAAGCCAAAAAAAATAAAAAATCAAAATAAGTCACTAT
TATAATAAGTAACTAAAATAGGGTTAGTTGAAATGAAAATTTCGTTTTGATGCAATATTT
CAAATGTTTTCCATTAACCTCATGACGTGCATATTTAATATACAATGAAATTATATTTTA
CACTTTGTAAAGTGAAAGTTTTTCTTACCTTTTATATAATGAAAGTTTTTACTAACTTTA
TAAAGTGAAAAAAAAAATATGTTGTACAAAGAGATATATTTTGGAATATGGTTATAGGAG
AACGTTGCTTGAACGTCCTTAAATAGAGTCTGAATGAGTTTTTAAAATTTTTTTAAAAAA
AATCACAGTGGAATAATTTTTTCCATTATGATATGTCATCAATATAATTATATAACAAAC
ACTATAAAAGTTTTATAAATAAATACAATTTAATTTAATGCAAAACGTGAAAAGTATTCC
TCTTTATAAACATAATTTTTCTTCTATTTTACAAAGTGTAAGAAAACTCACACTTTAGAA
AGTGTAAAAAATTGTTTGTGTTATATTAAATTTTACATGTTATGAGACTAACGAAGAACG
TTTGAAATATTGCATAAAATAAAATTTTTTCTTCTCCTAAGCCTATTTTAGTTATTTACT
ATAATAGTGGCTTATTTTGATCACTTTTATTTTTTTGTGGCTTATTTATATTTCCGACTC
GAGCATTGAGATTATTTGGATTTGTTAAAAAAAATTAAGTTAAAAATAAAAGGTCAAATT
TAAAAAAAGTCAAAAAATAATAGCAAGGTGAGATTTATTTTTAGTTTTCAACTAATTTTA
AGTTAATTTTGACTTATTTTAAAATTTTCAAACACTTTCCAACTTATTTTAGATTATTTT
TATATTTTTCAATTATTTTAAAAGTTAAAAACTAACTTAAAAATTAATTTAACCAATTTT
TCAGTTAATTCAATCGCTCTCTAAATCTAATTATTTGTATTTGTGAGATGATAAAAATAG
ATAATTTATTGGAATTTCACAAGCAATTTTATTTACCAAAGTTTTTATATAGAGGGAATG
AAAAAATACATTAGTCAATAAATGTATGTGTATTGATTACTCTCATTCTAGAAATAGTAA
GGCAATTTATATAGTCAGTTCCTTGCCAGAGTGTCTCATTTACGTATTCAAATTAAATTA
TGTTTCAATTGAATCAATTGGACATTATAAATTTTAATTGGATCTTTTGATTTGGCATTT
TAAATTTATTTAAAAAGAAAGAAAATTCTATGTATCTTCATTCGCATATTAATTGATTAA
GTTAATCATATAAGCTATGTTATTTTCTTTAATTATAGGCACCAACCTTTAGTAAAAAAT
GTTTGGAATTTTATGACCTATTAAGATGATTGCATATAATTAAATAAATAATATATGTTG
TAGACTAATGAGAATGACTACAACAAAAAAGAAATAAATTTTAAATTAAAAGAGTCTAAT
TTAAATACTTTATAAGAAATTTATGTGTTCAATTAAATATGATTTAGTTTAAATATGATT
TGTTATGTGTTAAGCAAAAATAATATAATATATATTTTTTCTATATAGTCCAATCTTGTT
ATGCCTACTATGGTCTTCCCATAAATTTTAGATTTTACGTAAAGATGATGTAAATGAAAT
TTGAACAGTATTAAACATGAGTTGGCAATCTATAAAAACGAATATTATATATTTCATAGT
GATAAAAATTATATTCTTTTGAAAAATAAAAATAGAAACTTTAATTTGTGTTTGAAAGTA
ATTTGATTGACTTTTAATGTGATATGATTTAATGACAGAAATTTAAAACTAGAGAGAAAG
TAACACGTCAATAAGATCAAAAATAGTAAAGAATTAACTTTGCGTGGAGGGTGCATAATT
TACCAAAGATGTGTAATGAAATTAACAAAAAAATAAAAAGATAGTCAAAGTACAATAACA
ACTTAGGAAGATTAAAAGGAATGATAATGTCGATCAACAAGTGTCTACCATTCTTGCTTA
GAAATTAAAAAATGAGATGTGTTTTATGATAATCAAAGTGAAAAGAGATCTTAATTATAG
GTGTACTTGTTATGCTGATGTGTAATAGTCATGTTCCTTCTACAAGCTACAAATAAGATA
GGAGTAAAAAACAGTAAAAAGTCTCTTTAAATTAGTTAGTCCAATATAATTCGTGTAGGC
AAAATCAATTCTGTCAATGCATTAGACAAGAAGCTACTGTTCTGTGCAAGTGGAATGAAA
CTCTTTCAGCAAAATCATAATCCAGACTCCGTAAATTTTGTATATTTGACTTATGACAAT
GATAAACAAAGACTTGTACACTTTACCTCGGATATAATACGATACTGTAATTTTTTTATA
TTTTTATATTATTTGTTAGAATATCTACTTTTGTATATTGGCTCATTTGAATATCATAGT
ATTTTAAAATATCAAGGTTGTAGTTCTAATCATATTAGTTGATTTTTTTTATAAAAAAAA
CAATCATCTTTCTTTTTCAGTTATCAAACATATTTACTTTATAAAAAGGAATATAAAGAC
AATTCATCTTTAACATCTAATGGTAACTCTAGCTTCATTTCAATCTATTTTCTACATAAT
TGGATATAAACTTGTTATACAATTTTTTTTTACAACCAAGGTAAATTTTGCTTTTAACAA
AAAAATCACTTAACAAACTAAAGAATACCAACTCCATTTACATAAATTCTATCAAAAGTT
TCTTACATCTAATTGCTCTTTTTGAATCTTAATACATTTTTATCCTTTTCACTATTCCTT
TGATATTTTTTATTCACAATCTAAAATATTTTATTATTTTTTTCATTATTATATCTTTAC
ATAAACAACATTTACTATCTTCAACCTTGTATATTCACATTCAATAATATTTCCTTTGTG
AGCAATCTCTTTTGTGTGGCTACGCACGTGATGCATCTTTGCTAGGCATTGAGACAAAAT
TTCAGATTACTTCTATAAGTTTTCAATTTTTCAAGCTCGTGATTGAATATTCTTGGCTAA
TTATAAGATTGAATTATTCATTTTTGTATTAATATTGTATTCAATATTATCTGCTATTAA
TGGTACCTTTATCATTACAAATAGTTTCTGCTTTGATATACATCCATATAACCATTTCAC
CCATAGAAACTCTTTATTTACACCCATCTGTCATACTACCTTGTATACAAACGCCACATT
CCATTTCCCCATCCTTTTATATTGAGACCTGTCTCTTCGGCAAACAGATTTTGAAATATA
GATTTTTTTCAGAATATCAATAAAGCTTTTTTGAGATCTCAATTTTATTTTTTTTTCACT
ACTAACCTCACAAATAGTTTTTACACTCTTGTCCACCTATTTGACTACTCGGACAAGATA
TTAATATTGAACCCCAAAAATAGTATATTGAGAACAGCACAACCAACACCACTGGAAGCT
TTGGATTCTTATTATACAATTAATATTCATCTTATAGAAAGTTAAGTATTAAATAGTCTA
GATAAATTGAAAATTGACTTAATCAAACGTTAATAAGAGGTGCTATATATGTAATAATTT
TTAAGGCTTTTATTTAAATGTATGTTCTGTAATGGTGTTGATTCAGCCATCTTTTAAACA
ATTTTACTATTCATCAAAAGTTAATAAATGTCTTAAAAAAACGTTCAAAAGTTATAACAT
AATATTTTTTCAAATTTCTTATCTCACAGTAATATGTCAATAATTTTAAGAAAAATTGTA
TATAATAACAAATTAATAACCTAAAATAAATAGAGTAGTTAGGGTTTGATTTAATTGTGC
TCCATAGCAAACGTTTGCAAAAAATTGTCAGGCGCCTCTCTCCCAAATATCTCGCTTGCC
ACTCTCGTGCTCGCTTCTTCACTTTTTATACAAACACAAGTGTATAAAAATTGTTTCTAA
TTGTATAAAACAGAGAAAATTGTATAAATACATATATTTTGTTCCCTTCTCTCCCCTCTT
CCAGATCTCGCTCGCCACCCTCGCCTTTCTCACCTGTACAAACAGAAGAGAAATGTATAA
GCTGCGTTTCTGTTTGTATAAAGCGTGAGAAAATTGTATATACACATGCAAGTACATATA
TTTTCGTCCTATACACTTATAATTATATAATAAAAAATACTCCCCTGCCTAGTTTCTTTT
GCCTTTCTCTCTTTCTCCTTTTATACAATTTTCAAATTGTATCTAATTTCTCTCTTTCTC
GTTTATACAATTCGATTCAATTGTATATTCCTTGTCAAGTCTCTTTTGTCTTTCTCTCTT
TCTTATTTTATACAAATTCAAATTGTATATAATCTTTCTATACACTTATAATAATACAAT
TCGTTTTATACACTTCGTTTTTATACAGTTTTCTGCCAAAGTGTCTTTCCCTTTCTTGTT
TTATACACTTCGTTTAATACAATTTGCTTCAACTATATATGTATAGCGAATTATACAGTT
TCTATGTTTGCTATGGAGCGCAATTATGCAAACTTTGCTATAGCATACAAATATAAAATT
TTTATTTGCTATATGTGAAAGTTGTCCATAATTTTATACGTTTTTATGAAGTACACAAAA
ATGGAATAAATTCGATGAATATTTACCTAAACTTTCATTCCCAAATGATCTCAACGTCTT
CCCACTAAATAGAATATTAATAATTTCATATGTTTGAGTAGTTCAAGTCTATTTTGGAAT
AAATCATGTCTTGGTCCTCTTGGAACCTTCAATCTTCAAATCATAAAAGCAATTGTGGTA
TGACTTTAACTTGATCCAACCTAACCTTCTAATTTAAGACTTTTATACTCCCTTCATTCC
AAAAATAATTTTCGTCTTTTTATCATCCCAAATTATTTGTCTAAGTTTAAAACAAAATTA
AGTTAGTATTGTTTTTCAAATAGGAATCAGAGAGAGCACAAAAGAACTCGTGGAACAATG
AGAAATGAAGGTAACAGTGGTGTGCAAGGATAATCTTTCCACGTTGCAACACAAGTTACC
CACGAATTTGCTTTGAGTACCACAAAAAATGCTTCATATTTATTTACAATCTATAATTCA
AGATAATCCTATGTAGGAGCCACATAAGTGGACCACAACGTTTAAACTGGTGGTCGAACA
CACACAATCCAAAAGAGCAGCTCTCAGTTGGCTGATTCTAATTGGACAAAGATAAGAAAT
TATAAAGATCGTCATTTTTGGGGGAGATAACAGAGAATATTCAACTACTGATAATTTTCC
ATCACGTATGATGCATGGTCAAAAAAAAAAAAGAACTTCTATCTAGCTACTTTTTCTTCT
GAATTCTATGGTTGCAAGAAAATTCACAAATGCTAAGGCTAAATTTATATGGCTCCATAG
TTTCTAGTCCGATAGAAGTCAACAAAAGCTGCCGCTCGTGGATCATTTTATCGAACAAAG
CAACGATTGTATGTCGGAGGAACATTCGAGTTAAAGCCCTGAAAGATGGGATGAACGGTG
GCACGAATGGCAGTGGATTAGGTGGTCGTAGTTGGGACCCAGGCTTGGAAATTGAGGTGC
CATTTGAACAAAGGCCGGTATGTTCTCAATTCTTTGTATTCATTCCTGGCCTCATCCATT
TGATCCAATCTGCAGAAATCAATAGAAAAGACTCATCTCAGTTCACATACTAGTTTAGAT
TTATACACTATTACTCTGATAGTGTAAAGATTTTATATGCTGTTCTTATTGTCCCACTTG
TGATAGAACTTTTCTTTAGCTTAATCATAGAGATTGGTTTGCAATCTCCCTATAACTGAC
CTGGTTCTGTAAATATTCTTACACTCTCAGTGTAAAAAACTTAAAACTAGTCCTGAGAAG
GCCACAAGATCTGCACAGATGAGACATGCCATTATACGATAAACTTCTAATGCAGGTTAT
AGGATTATTGAAATGATAAAACTGACTCAGTAAATTACTTTTCAACATGTACTAAATTTC
TGAAGTTCCATAAGGACGGAGGACTTGATATGGAGATGGGTGAGCAATTTAAAGTATTAA
CTAAGCTAGTGCTTTTTACCAGGTGAATGAGTACTCATCTCTGAAAGATGAAACTTTATA
CTCTTGGGCAGAACTGGGTCCAGGGGCCTTCTTCCTACGTCTCGGGGGACTTTGGTTAGT
CACTTTCGCAGTTTTGGGAGTACCTATTGCTGCTGCAAGCTTCAATCCTTCAAAGGTAAA
TTGTTAACTTTGTGCAAGTTCTTTCTCTCAGGAGAGTTCCAAAGTGATTACTCAAGTGTC
AATAGTAAACAAAGAGCTTTCGTTTTCTTTCTTCATTTATTTCTAAGTCAAAAATAAAAT
CAAAGAATCCTCACAATCATTGACATTCAATTTTTCATAATCCTCCTGCAGGATCCTTTA
AGATTTCTCCTGGCTGCAAGTACGGGGACTCTTTTTCTTGTTGCACTGATTGTCCTAAGA
ATTTATCTGGTAAAGTTCTTCAATTGCAGGACTTCAATTTTTTGGTCAAATCATTTAGAT
CACATTCAATCAATGACCATAATAGGGATAGGAGCTCCGCTGGAGATAGATAATTTGAGA
ACTTAACTTCTCTAATATTCTACGTAACATTCTAATTCCTGACAATGACCACAATAGGGA
TGGAGCTATGTTGGAGATAGGCTTTTATCAGCAGTTATACCTTATGAAGAGACTGGATGG
TATGATGGGCAGATGTGGGTGAAGCCCCCAGAGGTTAGTGGTCTTTCCTTTGCATACTTA
TTTAACAGGTTCTTTCTCTTTGCTTCCTCTGTTCCTCCTCATTCCCACAGTAGGAAAATA
TTGCCAGCTTCAAAATGGATAAATTAGCTTCAATCCAGTTCACTAAAATAGGTCATTTAT
ACTAGTTACATCAAGCACATCTAAGTAAAGTAAGTCAAGTTGAACTCTTTTGTTAAAAAA
AGAAGGTTAACAATATGAACTTTAATCATTGACAAACTGAATCTAACAAGTGCTCATGGA
TATGAAGAATACATAGCTAGCAACAAGGGGGAAATGGTGTAATATTGCTTGACAAGAATT
GTATCACATAATAGATAAGAGCAAGCGCCCAGAGCCCTAACGACTAACAGTGAGGTGAAA
ATGGTCCAATATAGCATGAAATGGACTTAAAATTTGGTATCACAAATAAAACGCGGGAAA
TGAAGCTACATGTGAAAGCAATAAGTTGTACTTCCTTGTGTTGGTTAAATCATCAGTCCT
TGCACAATACCCTTTTCTTCTTAGCACAAACAGCTATACTAAAGATTTCAATAAAATAGG
TTCTTACTTTTCATGGTATAGAAATGTAGTTATCTTTCCGTGAAACTTTGAGCAACAGAT
CTTCTAGAAAGTAATAGCATTATCTTTTACAATAACACTACATGATGGAACAACGTCTAT
ACATGAAGCTAATATTAGTTCCGCACTTGTAATAATTCATGCTCTAAAAGTCTATAGCCA
CCTGCACTTCTTGAAAAATTTATCAGAATCCAAGCTCTAAAAGTCTGTAATGATGTTGCA
CGTATGACATTTAATGTGATTATTCCTTGCAGATCTTAGCTCGGGATAGGCTGTTGGGAT
CTTATAAGGTACCAGATTGATCTATAAAATTCATCAGCTGGTTACATCATATTCTAACTG
TCAATAGAGTAGATCTTTCCTATTACGAGCTTGACAAAGCTGAAAGAATTTATTTACCTA
GGTGAAACCAGTCATTAAAATGCTGAAGCAAACGCTAGTTGGAACAGGGGCTTTGCTTGT
TGCAGCAGTCTCATTATTCATATTTGCAACACCAGTAGAAGATTTTTTCCGCAATACTTT
CACAACAAACGAGAACTCATTGAGTTCCACCTCAACAAACAGCACAAATAAACTAGGCAT
CAGGTAATTCTATTGAAAACTTAAGAAGTACAATACTATAAAATTTCATGAGCTTACGTT
GTTTCGCTATGTAATTAAAGGAAAGAAGAACTGTTGCGCTTGCCACTGGAAGTCAAGGAG
GACGATGATCTAGCAAAAGCTGCCGCTGAAGCAGCTGATGGAAGGCCAGTTTACTGCAGA
GATAGGTATTATCGTGCATTGGCCGGTGGACAGTACTGCAAATGGGAAGACTTAGTTAAA
TAAGAGGATATATATAAGTGAAGAAAGCTACAGTTAAATTCTGTGATTGCTCAAAAGATC
TGTACAATTGAGCCTCTTCTTATAATTTTAACGAAGAAATTTTGATGTTTTATGCATTAG
ATAATGCGCATGCAAAGAACAAAAGAAAGAGAATCATAACCCAAAATGTTAACACCATCA
TTGAGTTTTTGGCTAAAATCATCCTTAATCTATACCCAAAACTTAACATACATCCTTCAA
GTATTTAAAAGTGAACAAATTTCATCCTTATACTTGAATTTATTAGAAAACTAACAAATA
CCACAAAAATAAAGCATTATTATTCTTGGATACATCAAAAATACTATCGTGAACTTTTTC
GTAATTGAGTTTTGCATTATGCAATATCTTTTAATTTGACTTTTATTTAATTTATTTTTC
ATGTAATTTGATATTAAAAGTATTATTAGCTGAATATGTTTCTTCTCAATTAAATATGCT
AGAAGCGGCGTTTGTTGGAGAATTCCGCTTCTAATAATGTAGAATAAAATTTAAATGCGA
GACAGAATCAATATTTTGATTACTTCAATATGTGATTGATCCAAAAATTTATTAATCTAA
ATACAATTTGACTTTGAAAAAGGTAAAGATAATTAAACTTTAACTTCTTTACGTTATTAA
ATGAGAAAAAGACCAGATCATGTATCCTCACACCCTTCAAATATTTTTTTTGTTTCAATA
ATTAATGGTTTCTAAGATTTTTAATATTTTCTTAAAAACTTCTTATAGCAAATAATGAAA
TTATATAAAAAACTTTTGTTGATAGTCACATGAACTAATCGTGTTTTTATAAGATCCTTT
AGTTTTTTAGCAATATTTAATATAAGGATGAAAATTATTTCCTTTTAAGTACTTGAATGA
TGTTTTCTGCTAAGAATGATACATTAAGAATCTAGTTTAATTTTGTGATATAACTTAAAA
GAATGTTTTTAGCCAAAAACTCTCCAATCAAAATGCCTATGTGCTGCAAGCCATAATTTG
AGGAAAAATAATAGTTTCTCACCTGTTAGAATATTTATCATCATCAAAACCAATACTTGA
AACCGATAACAATCTCTCCCTTCACTACGAAAATAAAGTGAACACTGTAAAACAAACAAG
GTGGAGGCAAATTTAGGAATCCTTCTTCTTAGGGATGAACCTTTATTCAGTTGTGCTCAA
ATCTTCCCCTATTAGAGGAACCCTATCTCATAAAAAATTTACTACTACTACTTATAATTT
AACACAAATAGAATATATTCTCCAATTCATACAATTGCGGCAGCACTCCTTGAGTGTCAG
AATCAGCAGCAAAAGATTACATAATACAGACAGTATTGTCAACTATTAAAAATTTGAGGA
TTTACGAGTTAAATGTTTTAACCCTAAAATCTAATCACTAACATTCTAGCATGATTCAAG
CCAAAATTTGTTATTTTCAACTTTTAATTACTACTGTTCTTTGCCAGTTTTTGTTTATCC
GTCTTGCTATAGAGTGGGATTACGAGAAAGGCAGAAGTACTTACCTGAATTAACTTGGCA
GTAGGCAAAAGCTCCTTAATAGATATCCAAATTTTTAAATCAATTATGTTACAACACTAC
TACTGGTCTTGCTATTCATGTAAGATAGCGGGCCTTTACTTCCAACAAGGCCTTTATGCA
TTCAAAATGACGGAGAAAATGATAAATATATCCTCGATGTATTGTAAATGGTACAAAAAT
ATTCTTCGTCATTTTTTTGGGATATTGGTGTTCCCGTCGTCCATAAATTAGAGCACATAT
ACCCTTCACTCTAACGAAGGGACAGGGACACCAATGTCCCAAAAGTATGACGGGAGGAAC
ATCAATGTTTTAAAAATATGACGATAGAAGCATAAATGTCCCAAAAGTATAAAGGCAGGA
ACACTAATATTTCAAAAATATGACGAAAAATATTTACACATCATTTAAAATAATTTGGGA
GTATATCTGTTCTTTTTCCAAAAATGTAACCAAAGAATTTAAAGTTTGGGCATTTTATAG
AGATGCCCACAGAGATCTCACATACTTGGGGCTATGCATTCATTCGAAAGTTTTCCAAAT
TTTGGATTTCTTTTTTTGCTTCCACATAGAGTTAAACCGATTCAGTAATTGCATAATAAT
AACATTTAAAATTACACACACTGATAGTGTGAAAGATTTCCTCTATTAGTCTAGTTTTTT
TAAAATCATAATATGCAATGTTATCGACAAGGTTATTATATGTGGTATCGGTATACACTA
AGTTAGCGTTTGACCATAAATTTTTAAATATTTTTGATAAATATTATTTGAGATAAAAAT
TTGAGTGAAATTTTACCATGTGTTTGTCCATAAGATTTGTGAAATATATTTCACTTTTTT
AGAAAAATATGATTTATGCCCATAAGTTTTAAAAACTATCAAAACTAACTATAAGTTTGT
ATTACAAGTCAATTGGTTGTTCGTTACAATAATAACAAATAGTGTCCATGGCACTAGTGA
GTGCAACAAGCATCATTCAGTACATTGTGAAGTAGACGAATCACATGACTTTTGACTTTG
TTACCTTGAACTAATTTTTCATCATTTTCATCAACAATCATATCATTATTTAATATTCAC
TAAATATTTCATCACTATTTTGGTGTTGACGTAAAAAATTATGTAATAGAACGGAAACAA
CTATTACAGAGGGTGTTTTTTAAAAGATAAAAGTTTGGGGTAAAATTTTAATTTTTAAAA
TATCACAAATAATAAGATTTGACCGAAATACTAGAAAAAACTAGTACTTGGAAATTTAAG
AAATTTGCCAAAAATATTTGTCAAATAATGGCAAATTGTATGGACAAACATTATTTGTCA
ATTTTTTTCCCAAATATTATTTGGAAAATCTATGGCCAAATGAATATACTTAATAGTTAA
TTATTTATATGTCCTATTTGAATTAAGGGAAAATGCACAAAGTACTCCCTCAACCTTATA
CTAAGGTCTTATTACTCCTGCACTTATTTTATAAATAATTTTCTATCCCTTTTCGGCCTA
CGTGGCACTAGATTGAAAAAAAAAGTCAACCAGCGTTACACCCATAAGATAGTGCCACGT
AGATCGAAAAGGGCTAGAAAATTATTAATAAAATAAGTTTAGGGGTAATAGGATCTTAGT
ATAGTATAATTGTGCCTCTGAAATTTTGGACATAAATTAAGGGGGTTACTTGTGCATTAT
TCCTTAAATTAATGATCTAAAGTAAATAATAAATATTTAAATGCCTATGAGCCATTTTAT
TAGAAGTAAAATAAGTATCTTAAAATTAAATTATTATTTAATATATAGATATATCATTTT
TTAGACAAATTAAAAAGAAAAGAATTTTATAAAAGAGATAGGAGAAAAAAATATTTATTT
TTTTTGGGTTGTTTTGATTAGACAATTGCTCTACCCATTTGCATGTCCTGGACACATGAT
TGGATTTGAACGTCTTAAAAGTTAAAAGTTAGTTAAATTTATTTTTTAATTATTGAGAGT
ATTTAGTATTATTAAAAATAAATTAAAAGTAAAAATAAAAATTTGCTTACTGTTATATTT
AATTTAAAATATATTTTAATTTAATTTTTTATTTTTTAAGTCAGTACAAACGACTATTAA
AGGAAGATGTGAAGTTATTACCTAGTCAGTTGGTGAGTTGGCAGGAAAGAGAGGCGTAAA
GACATTGAATCAGCTTAAGAGCACAACATGCAAATTTTCAGTCAAAACGTCTTTTTTCTC
GCTTTTATGTCGCATTTATAAATCAAAGAGTTCAGATAGTAGCCTATGTTTTTTTTTTTG
TAATATCAATAGTTGGGTAATATTGATTTATATACTCCTCATTTCAAGTTTGACATGAGA
ATTTTGATAAAACTAAATTGCAATTTACAATCTTATTAATGTGTACTAACTAGCTGAACA
AGAAAATTAATTTGTTATGATTATTACTCTGGTCACTATATTAAATGCTCACGCCTAATT
ACCAGATAATATATACTTATCATTTATCTCACGGTACCATCGACATGCATATTCATATGT
TTGACCATACTGATTAGAGGAGAGTGTTTTTATGCATTACAACTCACAATTATATTGGTC
CTAAACACTTATTTTTGAATTATTTTTTTAGGGGGTGGGGTGCGTCTGTAAAAATATCAG
AAAATATTTGCCATTTTAAAATATCTCCTCTAAAAATCGACAGTTGGACCAACAAAAAAT
AAATTCACATGAAGTATATGCTAGTTCATTAACTCGTTGTCAATCTGAAGTCATAATAAG
TAAATGAAATTATGACAATGTTATTTACAACTAAAATAATAGTAATAATATACTATTATT
TATAATGTTTTATATACCGTGGTGTTAGTAAATATTATAAGTTTCAAAAGCTAGAAATTC
GCTACTCTCTATATATAGTATTTGATTAAGCAATATAACTAGACATTGTGTGGACTAGAG
TGTGAACAAATTTATCGGGCTTTATTCACATCCCTGCACGATCCAAGGGGCCCATATTGG
GTCAACGGGTCTGACTGTTGTACATGTTAAATCAATATCTGGCTTAACTTAACCTCAAAT
AGAGGATCTAATGGGCTTAGATATGATATCATGTTATTTGAATCTTTATCCTAAATATTT
AACCTCAAAATCAAGATCAAAAAGAAAAAAACTGTCAAATCATATAATCCTGAGATCTTG
TCCCAATCCAAATGTGGGGTCATCACAAATGTAATTATACCCGAGAAAGTTACAATTATA
TAACAAACATGATAAGATAATTTGCAAAATATTCCCAAATGGAGCCTTGTACAAAATCTT
CAAGGTAACTACAATCAATAGGACATATAAAGAGAAAACTGTCGATACATATTTTCTTGC
ATGTATCCTACAAAGAAAGAAAGAAAATATCCAAAAAGCTTTTTTTTTCGGCCAAAGTGT
TCAAAATCCGTATTGGAGCTTCGATCGAATTTGAATTGCGCTTTGTAAGATCCATTCGAG
GTGATGCTCCCAACAAAATTTTCTTTCATACTTGAGCTCGAACATAAAATCTCTAGTTAA
GGATGAAACACTATGCACCACAACTTAATATACAAAAAAGAAAAAAAAATTACGCATACA
TTTGGTAGTTGGTTTACTAACTAATATCATTATATATCTATATAATTCTTGCCATCATTC
GGATTAAGCTTCTTTTTGCCTGTTAACGAACTCTAACCAAAAAACCAAACTTGAAAGTTG
TGATATCCTTATTTTATGTGGGAAAGTTATATATTTCTTTTCAAAATTATTTTATCATGC
TCCAAGACTACAAGTAAAATAGATCGATCCTAAAATCCAGAAATGAATCATATTTTAGAA
TTAGCGCAATAACTAACTTCTTTATTCGTTTTGTATTTTTATTATCAAGAGCCCTCTAAT
TCATTCTCCTAATGTTAATAGAATACTAATTTTTGGGACTGGGAGTTCACGTGTTTCTAT
TGTATTTTACCCCCTACACAAAATGACAATAATATATTCTCCTTTTTCATCGATAATTAG
GGGTATCTAACATTAAATAATGTCGATTCGTTTAGTTACTAGACCTTGTCTAGTCTTTGT
CTGTTTTTGTTTGAATAGAGCAACTAGAAAAAACAGAGTTCAATAATTGATTTTGTTATA
ACAGATTACTATATATAACAAAAATGATTAGTAATTGGGAAAACAAGAAAAATAACATAA
TCATATTAGAACAAAATATATAACTTCAACTCGAAAAGTAAACAATCATGATCATTCGAA
ATTGGGACATTTGAATTAATTTTCGGAAGGTAGAATTTCGACTTTCACCAATTATCTACC
CTTTATTTTTTTTCAGACAAATAAAGTTTACTCCTAAAACTGTAGTACTGGAAGTTGGAA
ATCTTCAAGTTCTCTTCGTGAAATCTACTTGAGACTTTTTGGAGTGACTTCAAATTAGTC
GAGTCGCAAAACAGCTATCCAGATATCAGCTAATAAAAAGAGATTCTATATGAAAACCTA
TGATTAAAAATGAATGAGTACTTATCACTCTCGTACTTGAACCAATAGTAGGATGGAAGA
ATTTTGGATTTCTGTTTCTATTCTGGCTTTTCTTGTGCAAATGAGCAAACGGTTAAGTGG
AAGGTGAAAAGAGGTTAGCACTGACTACAAAAAATAAAAGACGGAAGATAAAATGATGAA
AGGAGAATACGCATTACCATTTTGTACTCTAAATTCTTTGATTACTTGCGTTAAGAAATG
TGATTTCTGTGAATGCGATCCTTCTTTTTATAGTCGTTTTTCCTTCTTTAATCTCCATTT
ATCAGTTATTCTGCTAGGCTGGATCTTCCCAATAATTTCATAAAAAGAAAACAACCTCAC
CAGTAGCCTCATCACTTCACTACACTTAACACTCTTTTAATTTCCTATATATATTACCTA
AAGTTTCTCATTGCTTGTTCATTCAATTCCCTTTATTAATGCAGAAGTCCAAGGGAACTA
ATGAGTGGAAAAACACAAAAAATAATCAAAATGTCTACATACCCGTTGATAGTTGTAGTT
GTTGTACTTGTATGCCTATGTCACATGTCTGTGGCAATGGAGGAGAAGAAAACATACATC
ATTCACATGGCTAAATCACAAATGCCAGCAACTTTTGATGATCATACTCACTGGTATGAT
GCGTCCCTCAAATCGGTCTCTGAATCAGCGGAGATGATCTATGTTTATAACAATGTTATC
CATGGTTTTGCAGCAAGGCTTACAGCTCAAGAAGCTGAATCCTTAAAGACCCAACCTGGG
ATTCTATCTGTTTTGTCTGAGGTGATATACCAACTCCACACTACTCGGACACCTCTTTTT
TTGGGTCTTGATAACAGACCTGATGTCTTTAATGACTCAGATGCTATGAGTAATGTCATC
ATTGGTATACTCGATTCAGGGATTTGGCCAGAGAGAAGGAGCTTTGACGATACCGGATTA
GGACCTGTTCCCGAGTCATGGAAAGGTGAGTGTGAGTCTGGCATCAATTTCAGTTCTGCC
ATGTGTAACAGAAAGCTTATTGGAGCGAGGTATTTTTCTAGTGGTTATGAAGCTACTCTT
GGACCAATTGATGAGTCCAAGGAGTCTAAATCACCAAGGGACAATGAAGGACATGGAACA
CACACTGCTTCTACAGCAGCTGGTTCAGTTGTTCAGGGAGCTAGCCTTTTTGGTTATGCT
TCAGGAACTGCTCGTGGAATGGCTTATCGTGCCAGAGTTGCCGTCTACAAGGTTTGCTGG
CTTGGGAAATGCTTTGGCCCCGACATATTGGCAGGTATGGACAAAGCCATTGATGATAAT
GTTAATGTGCTTTCATTATCACTTGGTGGAGAGCATTTTGATTTCTACAGCGACGATGTT
GCAATTGGAGCATTTGCTGCAATGGAGAAGGGTATTATGGTTTCTTGCTCTGCTGGAAAT
GCTGGACCCAATCAATTCAGTTTGGCTAACCAAGCACCTTGGATCACCACCGTGGGTGCC
GGAACAGTTGACCGTGATTTTCCAGCATATGTAAGCCTTGGCAATGGTAAAAATTTCTCC
GGTGTTTCACTTTACGCGGGTGATCCATTACCCAGTGGGATGCTTCCCTTGGTGTATGCA
GGTAATGCCAGCAATGCAACCAATGGAAATCTCTGTATAATGGGAACCTTAATTCCTGAG
AAAGTTAAAGGCAAAATTGTGCTGTGTGACGGAGGGGTTAACGTCAGAGCTGAAAAGGGT
TATGTGGTAAAATCAGCCGGTGGAGCCGGCATGATTTTTGCTAACACAAATGGGCTGGGG
CTACTGGCTGACGCCCATTTACTTCCAGCGGCGGCTGTGGGTCAATTAGATGGCGATGAA
ATCAAGAAGTATATAACATCAGATCCTAATCCAACGGCCACGATTCTTTTTGGAGGAACA
ATGGTAGGAGTCCAACCAGCACCGATTCTTGCAGCGTTCAGTTCCAGAGGCCCAAATTCC
ATCACGCCGGAGATACTTAAGCCGGATATCATCGCGCCAGGTGTCAATATTCTGGCCGGT
TGGAGCGGTGCAGTCGGTCCTACGGGGTTGCCTGAGGACGATAGACGGGTCGAGTTCAAC
ATTATCTCAGGCACATCCATGTCGTGTCCACACGTGAGTGGCTTAGCGGCTTTGCTCAAA
GGAGTCCACCCAGAATGGAGCCCCGCCGCCATTCGTTCGGCGCTCATGACCACCGCTTAC
ACCACCTACAGGAACGGCGGAGCACTACTAGACGTAGCTACCGGAAAACCATCTACACCT
TTCGGTCACGGCGCTGGGCACGTGGATCCCGTTTCAGCGGTGAACCCAGGTCTTGTTTAC
GACATAAACGCCGATGATTACCTCAATTTCCTGTGTGCATTGAAATACAGTCCATCACAA
ATCAATATCATAGCAAGAAGAAACTTCACATGTGATTCAAGCAAAATATACAGCGTCACA
GATTTGAATTACCCTTCGTTTTCAGTTGCATTCCCTGCCGATACCGGTTCAAACACAATC
AGATACAGCCGGACACTGACTAATGTTGGACCGTCTGGAACATACAAAGTTGCTGTTACT
TTGCCCGATAGTTCCGTGGAAATTATAGTTGAACCTGAAACAGTTAGTTTTACTCAGATT
AATGAGAAGATATCGTATAGTGTGAGTTTTACTGCTCCATCAAAGCCCCCATCTACCAAT
GTATTCGGCAAAATTGAGTGGTCAGATGGGACGCATTTGGTCACTAGTCCAGTTGCAATT
TCTTGGTCATGAATTATATGAACAAATTAAAGAGCTATATATAGCTGCTATCGATTTAAT
GTAAAGTTAATCAAAGAAATTTATGCTTCTTGCTCACAGTGCAGTGATGTTTCGTACCAA
GTATTGTATCTGAGTGTGGTTTTAGGTGCTGTATCTCATATACTTTTGACATTATTTTCA
GCCAAGTATCACTTAATGCTTCATATATACTTGTATAGATGCATAAATATATGAATCTTT
GATTCTTTCGAGATTTCACACTGGTTACAGACCGAACATGTCACTTGGAATGAATAACAT
GCATGAAGCTCCGAACTGGGGTATAGTCAATACTCTCAAATAAAAAAGAAATTGATCTCG
AGTTAATTTCATATCAAATCAAATATCTAGAAATATGTATTGATATCTTATAAAGCTTTT
TATTTTGTTAGATAAATAAATTTTTTTTTTACGTCAAAACAAATTCTGTTAAAGAAAATA
AAATATGTCATAATTTTAAGAGTCTAGTCTGGCACATATAGACTTTAAGGGCATGGTAGC
CTGATAATCCTTCCAAGAAATTAGAGGTGAAGTTTAGAACGAGTCTTGACCATCTAAATT
TATTTGGACTTAATTGGTTAAAAATTGAATTGAATTATAATTTGTCCAATTTGACATGCT
TAATGTTAATAATTTTAACATACTATTATTTAACTTTTATAGACACAATTGATTTTCAAC
TCAAGATTTTATTTTTATATTTATTTTTATAAAAAAATTAAAAATGGATAAGTAAATTCT
AAAAGATAAAATATAGATAGTAATTATATCTTCAAAATAGGAACACATATTATATCAATG
CAAAAAAAGAGTTTTACGACGGACTTAGAATTGGAGGTTAAATTAGGTCCAATTAGGATT
CTTTTAGGTTAAGACGTGAATAAATTGAGATTGAACTCAACTCAAATTATCTTGAGCCTA
ATCCTTGAAATTTAGTATAACTTGATCATGTTACCTATATTTGAGCTCATTTTTAACACT
AACAAATGATCAATTTGTTACTGAATTGACGAACTCATAAACTGGTTACACTCTGGTAAA
CATAGAAATTCATCATAAGTTTGATGATCACACATGTTTTGTCTTACAGCTCATTTCGTC
CTAACACTTATTTTTATACTGGATGGTCTTTAAAAATATTAGGAAATAGTTGCCATTTTT
TTAATTTTATAATGAAGCATGTATCCTATTCAAAATATCCCCACTTAAAAAAATCAACAG
TGGACCAGCAAAAAAGAAATTCATTGAAAGTATATGATAGTCATTAACTCGATCATTGCC
AATCTGGCAACACCATAAGTCCACAAGTAAATGAAATTCCACATGACAGTGTTATTTACC
AGTTGTAAAATGACAACTAATATTCTACTATATGGTTTATAATGTTCTATACTGTTTATA
CCGTGTTGTTGACAAATATTATAGGACTAGAAGTTATTCATTCAATGAAAGAAAGTTTTA
AGTTTCATAGAAGGTTACCTCAACAAATAAAGAATTTTATGGTAATAATATAATTATTGC
TATATTATATTTAATGGTAACAGTAAATTTGGGTGGGTATTAATTGTAACTAACAGTTTA
TATAAATGTTGTTAAAGGTTTTACTCTCATTAAATGTAATAACATTAACTTAATTATTGC
TAAATATTTTTGCGTTATAAGGAAATATTTATTCCCCCTAAATGTCTTTTTGTAGTGACT
AGAAATTTTGTACTCTATACATGTTGAAGCTTTTGCCCCAATGTAAGAAATCACGTATGA
TAGAACATATGTTAGAATGAATTTTGGACTCAATCTCAAAAGCTAGCTCCAAGAAAGAGA
ATTATTCAAAATCATATAAGAAAAATCACCAATCTCTTCCAAATATAATATGCGATCATT
CATATCACCACCCCAACTTGGTTTGTGGACCCCACATCACACTCAATTGAATCGACTTTA
ATAACATGTTAAATTAATCTCGAATCAAATTAATCGACCTTAAATTCTATATCAAAGAGA
GAAGAATTGTCCAGATCATATAAGAAGTCCTAAAATTTCGTCCCAATTAACACATAATAT
CATTCTCATCAGCAAATCCATGAATGCAAGTATGTAGCCTACACCCAAGAATGTCACATT
CAAATAATGAAAGACTCGATTAGATAATTTGCAAATATATTCCCAGGTCTTATACTATTC
AACTGTCATTACACGTACTTTTTCCTAATTTGAAAGAAGCAAGAAAAATATATACAAGAT
TACTTGTACATTTTGTAGTTCATTTATTAACTAATAATATCATTATATATATTTGTATAA
TTCTTGCCAGCAATTGGATTAAGCTTGCTCTTGCTTGTTTCCAGATCATACTCTAACTAT
AAACAAAACTTAAAAGCTTTTGATTTCCTTATTTTAATTGTGAAAGGTACATCTTTATTT
TCAAAATTATTCTATTATATGTTCAAAGGCTACTAGAAAAGGTAGTCTCAAACACTACAA
GTCCTCTATTTCATAGTATATAATAGTACAAATTTTGGGACACGGGATTCACAAACAATT
AAAATATCTCGTTTTTCATCGATAATTAGGGTATCTACCATTAAATAATGTTTGATTTGT
TTAATTACTAGACCCCGCACCTACGTTGAACCTTGTCTGTTCTTGTTTGAATAAAGCAAC
TACAAAAAAACAGAATTTCAATAATTATTTTTGTCTTAATTAGTCAACAAGAAAATAAAT
ACTAAAATATTTAGTGATGGTATATCTAATTTAAACTCGAAAAACAAAACATGGTAATAG
TTAGAAAATAGGATATTTGAATTAATTTAACATCTCACCAACCATCTACCTCCTCCTTCT
TCTTCTTTTTTTTTTCCACACAAATAAATGTTACTCCTAACACTAAAAGCTACTCCATTT
CTGTATGGACCCGTGAACCACTATTGTTCATAATGGTAAAGATTTATTTCTCCTTTTATC
TTTATTATTATAGTTATTGGAAGTTGGAAATCGTCAAGCCTCTTCATGAAATCTACAGCA
TTTATTAATCGAAGTGTCCTTCAGCAATGAATTTCCCTACCAACTGAAATCTGTAAAAAA
AAATAAAAAATCTACGGAATACTTTGCTCCATATCCTCATTGCGAAACTATGATTGAGAA
TAAAAGAGTACTCACCATCTTTGCGGATGGCCATTAATGTAGGTAAAAAGAAAATGAAAT
TTGGATGGCAACTTGAAGAATTTTGCGATTCTGTTTTTTTTTTCTTTTTTGTAGCTTTTC
TTGTGCAAATGAGCAAATGGTAAAGTGGAAGGTGAAAAGAGGTTCACTGACTAGAAAAGA
AAAAAAGAAGTGGATAAAAAGGCGGACTGGAAGATAACGTGATGAAAGGAGAATGAAATT
CTTTGATTTCATACGTTAAGAAATGTGATCCTTCTTTTTTTACTCTTTAATCTTTATTTT
ATCACTTGGTCTGCTAGGCTGGCTGTTTCCAATCATTCATAAAAAGAAAACAACATCAAC
ATCTAGCCCCACTCTTTTAATTTTCCTATATATATTACCTTAAGTTTCTCATTGCTTGTT
CATCCACTCCCTCTTATTAATGCAGCAGTCCAAGCGAAAAATTAATCAAAAATGTCTACA
TACACACTACTAGTTGTTGTACTTGTGTGCCTATGTCACATGTCTGTGGCAATGGTGGAG
AAGAAAACATACATCATTCACATGGCTAAATCACAAATGCCAGCAATATTTGATGATCAT
ACTCACTGGTATGACGCGTCCCTCAAATCCGTCTCTGAATCAGCAGAGATGATCTATGTT
TATAAAAACGTTGTTCATGGTTTTGCAGCAAGGCTTACAGCTCGACAAGCTGAATCCTTA
GAGACCCAACCTGGGATTCTCTCTGTTTTGCCTGAGCTGATATACCAACTCCACACTACT
CGGACACCTCTTTTTTTGGGACTTGATAGAAGTGTTAATATCTTTCCTGAGTCCGATGCT
ATGAGTGATGTCATTGTCGGAGTACTCGATACAGGGGTTTGGCCGGAGAGAAAGAGCTTT
GACGATACTGGATTTGGACCTGTACCAGATTCGTGGAAAGGTGAGTGTGAGTCCAGCAAC
AACTTCAGTTCTGCCATGTGTAACAGAAAGCTTGTTGGAGCGAGGTATTTTTCTAGGGGT
TATGAAACTACTCTTGGACCAATTGATGAGTCCAAGGAGTCTAAATCTCCTAGGGATGAT
GATGGACATGGAACACACACTGCTTCGACAGCAGCTGGTTCAGTTGTTCAGGGTGCTAGC
CTTTTTGGTTATGCTTCAGGAACTGCTCGTGGAATGGCCTATCGTGCCAGAGTTGCCATG
TACAAAGTTTGCTGGCTTGGGGGATGTTTTAACTCTGACATATTGGCAGGGATGGACAAA
GCCATTGATGATAAAGTTGATGTGCTTTCATTATCACTTGGTGGAAGCACACCAGATTAC
TACAAAGATAGCATTGCAATTGGAGCTTTTGCTGCTATGGAGAAGGGTATTTTGGTTTCT
TGCTCTGCTGGAAATGCTGGACCTAATCAATTCAGTTTGGCCAACCAAGCACCTTGGATC
ACCACAGTCGGTGCTGGAACAATTGACCGTGATTTTCCAGCATATGTAAGCCTTGGCAAT
GGTAAAAATTTCTCCGGCGTTTCACTTTACGCGGGTGATTCATTACTTAATAAAATGCTT
CCCTTGGTGTATGCTGGTAATGCCAGCAATGTAACCAGTGGAAATCTCTGTATGATGGGT
ACCTTAATTCCTGAGAAAGTTAAAGGAAAAATTGTGCTGTGTGACAGAGGGATTAGCGCT
CGAGTCCAAAAGGGTTTTGTGGTAAAAGAGGCTGGTGGAGCCGGCATGGTTTTGGCTAAC
ACCGCAGCAAATGGGGAGGAACTAGTGGCTGACGCCCATTTACTTCCAGCGGCGGCGGTG
GGTCAAAAAGCCGGTGATGTAATCAAGAAATATTTATTCTCAGATCCTAATCCAACGGCC
GAAATTCTTTTTGGAGGAACAAAAGTAGACATCGAACCGTCACCGGTTGTCGCAGCGTTC
AGTTCTAGAGGCCCAAATTCAATCACCCCGGAGATACTCAAACCGGATATTATCGCGCCC
GGTGTAAACATTCTGGCCGGTTGGACCGGAGCCGTCGGCCCGACGGGGATGGCAGAGGAC
GATAGACGGGTCGAGTTCAACATTATCTCAGGCACATCCATGTCGTGTCCACACGTGAGC
GGCTTGGCGGCTTTGATAAAAGGAGTCCACCCAGAATGGAGCCCCGCCGCCATTCGTTCG
GCGCTCATGACCTCCGCTTACACCGTCTACAAGAACGGCGGAGCACTAGTAGATGTCGCC
ACCGGAAAACCATCTACACCTTTCGACCACGGCGCTGGACACGTGGATCCCGTTTCGGCA
GTGAACCCAGGTCTTGTTTACGACATAAACGCCGATGATTACCTCAATTTCATGTGTGCA
TTGAAATACACTCCATCACAAATCAACAGCTTAGCGAGAAGAAACTTCACGTGTGATTCA
AGCAAAACATACAGCGTCACAGATTTGAATTACCCTTCATTTGCTGTTTCATTCGTTGCC
GGGAGTGACGGTTCAAACACAATCAAGTACAGCCGGACATTGACTAATGTTGGACCGGCT
GGAACATACAAAGTTACAGTTTCTTCCCCAAATAGTTCAGTGAAAATTATAGTTGAGCCT
GAAACATTGAGTTTCACTCAGATTAATGAGAAGAAATCGTATACAGTGAGTTTTACTGCT
CCATCAAAGTCCTCAGCTACGGATGTATTCGGTAGAATTGAGTGGTCAGATGGGAAGCAT
GTGGTTAGTAGTCCAGTTGCAATTTCTTGGTCATGAATAATATGAAGACATAGCTATAGC
TTCTGTTAATTTTATGTATAAGTTGATGTTTTTCTGCTTTTAAGTTTCATTCCAGCACAA
AAGTTTGTAGCTGGTCTCAAGATTTTTTTATGGATAACATGAAAGAATCAAAGAAATGTA
TGCCTTATACAATATCTTGCTCACTGTACGGTATTTTAAGCAATTCTAATTGTGAACTGT
ACCTACATACATCTCTTATCTCTGTGGTTTTGTTGAACTGTATCTCGTATACCAAGTATC
GTAAGCAATTCTAATTGTCCTCATCTAATGTACGTCCACTTACGTTAGTTTTCGTTCAAT
CGAAAGTCTGATAGTTAGCCTCTCTTCTTTCTCCTACTTAAGCTTAAGCTTGAGGTAACC
ATATTGAATTCAAAGGTGGAATCAGAAATTTTAATAAGAGGTTCAAAAAGCTTTATACAT
AGTCAGATAAACTAGGAGAAGGGGGTTCGACATATAATATATGTACATATGAAATTGTTT
TAACCATGTATAAATAATATAATTTTTCGCCAATAACCCCCTTCGTCGATAAATCGAACC
CAAACAAGTTATTGGTTATTGGATTTTTGATGGGTTTATAAAAAAAATTTATTTGGTTAT
TGGTTTCGTATTGATTTTTACTATTGAATTACTGGGTAAACCGATAACCCAATAAGACGG
TAATAATTTACTATTTTACCCTTCCTAATTATTAAACATTAGTAATAATTTAATATATAA
TTAGACACTATAACTATATCAAATTATTAGTACTCTAGCAACTTCACAGTAGGCCGCTTT
ACTTGTTTTTACTATTTACTCAAAATCTAAAGATTAAAGTAAGGGGTTCACAATTGGAGC
TATTTGATTTTAGTTTGTCTTGTTGGACTAGTTTATTTTGGTTTTTGTTTGTAATTGTAG
GTTGTAACATTTGCAAGTTTGTAAAGATCCGTAATTTGATCAACATAAAAAATTTCATAC
TATGTTTTGGTGATAACATGTAATTATAGATTTTGTACTATATTTTCTCTTATTGATGTA
ATTTCTCATTATTTTTCTTGTTTCACTATATCAAAGCATTTAGAAAAGTAAGAAGGCATA
ATATTTTACGAATATTTTCTTATTAGGTAAACCAAATCAATAATGATCAAAAATCGATAA
TGAATATCTTATTGATTTATTATTAGGTTAGCATATTTAAAAACTGAAAATTGATAAATC
GAACCAATAATATATAAAATCGAACCGAACCATAGAGAGGAATGATTGATAAGTCGAAAT
AATTGTCAGTGCTTAATAGACAATCCAAAATATTCATTGCTGGCTATGGATAGATGATGT
TTATCAACTTCGATAGTTATTGCTATCATATGTACACAATTGGAGTAAGCAATCATCAAC
TTCAGTACTAATTGGCTTTCCCATTCCATAAGATGATAAATGATTCACATTGGACATCTT
TATTATTGTTAATATGGTTATAATTGTACTAAGCTATTTGCAAATTAATGTATATTCTGT
ATAAAGTCAAAACTCCATGATTGCTGTCTTCATCCCAAAATAATAGTTGTCATTTAAATT
CATTTCATATCCATCATTGTCTTTTACTCTCTAGGTCCCTCAAGAAACTAAATAAGTTTT
TATAAATAATTTATTTTGATTAATTAATTAATCAATGAATATGAGTTAATCATTTAGTTA
TTCTATATTGATCAAATTCATACTTTCAAAATTATTACTCCTTCTCTTCACTTTTAATTG
TCATGTAACAATTTAGAAAGTCAATTTGACTAACTTTTCAAAGTGAACATAGATTATATT
AATTTGATATTTTAAACAAAAAAAATTTAATATTAAAAAAACGAGTACTATAAATTACAC
TTTTTTATATGTCAATACGATGAAACAATATATCGTAAAATGAGGATAAAAAACTTATTG
TTAGACTCTAAAAAGGGAAACCATAACAATTAAAGGTGGACAAATGTAATAGCTCTCAAG
AATAAAATAGAAACAATAGTATTATTTATATATTTATTTTGTGGAATGACAAGTATTAAG
AAACATTTATTTTTAGCAAAGACAATATATAAAAAGGAACAAATGGAGCATTCCTAAAGT
GACACATACTTTGAAACGAACGAAGGGAGCATTCCTAAAGTGACACATACTTTGGGACGT
TGTTAAAGTAACACTTATTTTGAAAAGAAAGAAATATACGTTGCTTTGAAAATACAAAAA
ATAGAATAAAATAAATATATATATTTATATTTTAATCTATGCAAGAAACAAACGTAGTTT
TCATGAAACAGTTGTATGAAGAGACTTTTTGTTACTCCTGTTATAGACCAAACTAAAAAT
AAATCGGCTGGAAGAGAAACTACCAACACTTCAACTGGACTGTTTATGTGCACTCAAATC
AAACTTCATTAGACTTCAATGCAACACAAAAACAAAATTAGTGGGGTCGATCAATTGTGG
AGGCTGAGTCGCCAACAATTTGGAGCCAATCAAGGGGAACAAGACAAACCATTCCACTTA
CTAAAATTCTAGTCTATCAACCAAGAACTTGTCAATTTCAATAATTTATCACTGTAATTG
CTAATACCCACACACCCAAAAAAAGAAAAAGATTTAGTGCTACGTTAGCCTCATCCATTT
TCAATGAAACTGAAATGTTGTTGGCACATACATTCCAAGACAAGCACCCCACCAAATTTA
TTTTACATCAAAAGATTCCCCTAGGTGAGATCATTCTTTACGTAATCTTTCTTCAAATTA
TAATATCTGCAATCCAACCAAATAATTAAAGGAAAAATCACCATGATATAGAGATCATGT
CTGCCGGTTTAAAGAAAACATGATAAGAAAGAAGAGAAATTTCTCTTACTCTTTGGTGAT
CTCTGAATATGAAACAAGACTTTCCGTGGACCATCACAATTCTGAAGAGCTGTTAAAATC
ATGCAAACTAAGCCACCATGTATTCTGTTACTCCTCTGGTATAACACTTCTCCACAATAC
TTACTAGAAGCAAAGTATTAATTTAGCCTTTTCAGGGCATCAATCTGCAAAGTGTCTCGA
AAGCAAAATTGAACTCCATAGTGAGATCTCCCACTGGACCTGATTGGTTAAGCAACGTGA
GAATAACTGAACATTGAAACTGGCTACAGCTCTTTATTGATTTTCCATATTTGCAGAGCA
TGCTACTTAATTTGCACCCATCATCATGTTCCAAGGCTACTGTTCCTTTATCTTTAAACT
AACTGGCCGGCTATATACAGGATACACCCACATGGATACAAAAGTTTAAAACAAATGGAA
GGGGTCATAATTTGTGCCAGTTCTGGTGTGGTTGCTTTCCAAGCCGCTTTAACATATACA
TGCATCCAGCTGCAGAAAAAAGACCAAGAGCCGCCATAGCTATAATTGTTGAATTTTCAA
TATTCTGGTAAAAACCTCTCTGCAAAATCCAAAATAGCAGATTATCTAAATATTCAATAA
ATCAGCAGAAAAAAAAAAGAACATCACGATGAAGTTTGACATGTGGCACCATACAATCAA
TTAAAACGTTATCTAGAAGTTCAACGTAGAATAAAAGAAACTATATTGCATTTATCTTAA
CTGAGAAGATGTGGATACTACCCAGAACTATAAATTTCCAAGCAAGAACATCTAGGTAAA
GTTCAAGCACTGTATACTTAGATGGGTTCTACTGGGAATGGAGTCCACTATAATAAGTGA
AGATCTCTTCTGATGAAATAATGGATTATATAATACATATGATAAAACAGAACATGCCTG
AATCAAAAGGAACAACATAAGCGCGTTCGAAGGAGCGATAGATAAACTCATCATTCCTCC
ACGAAGATCATTAGGCACATACCTGCATGTTAGAGGAAGAAAGGAACTTGAATGAAAGGA
AACTTCCAGCCAAATATATGAGAGAGCAGGCTATGCTCGAGTAGTCGGGTTACACAATTA
TTAAAGCCATGACTGATAAGAAAATTATAAGTGCAGCATAGTTTACATGGTTCTCAATCT
GGCAAGTGAAGGCAAAACCAATCCCACACAAGCATGAAATATGCAGAATAGCATCAAAAG
AATTTCAACATCCTGCAACAATATCACAAATTAAGTTTGATGACATTACTTGATATTTGA
ACAGCTTGAAGATAAGAAAACTCATAAATACCTGATAATCAAAAGCTACAATGGAAGTGA
CAAAGCCCATAATAATACAGGCATATACTAAGCACTCCTCTGTTCGGAGTGATAAAGGGC
CACTAGAGAACCAGGAAAATGCAGTGCTTCCAAGCATTTTCGCACCAAGTACACAGGGGT
ATACTAAACCTAGCAAAACCCCTCTCCCATCTGCCTAAAAATCCAAACAAACTTTAAGGA
GAAAATATATCAATCTTTTTGGACCAGGAACAAATATGGTGAGATAGGATTTCAGAAGGG
AAAGAAATGTAATGTTAAGCAATCATCTTGGTAAATCAGTATTCACAAAGTTTGAGAGAC
ATAGATATTGGCCACAAAAAGATTACTTCATAGATTTCAATAATAGTAAAATGGTTTATT
GCACTTGTATAGTCAACATTCTGATTTATCTTACACAAACAGTCACAGCCACTCTCTCTC
TCTCTCTCTCTCTCTCTCTCTTACTCTCGGTATTAGAATGGATCTCATCAATCTTTCCAA
AGAAGGCCTCGCACAGTAGTAACTCAAATACTTCCTCTATCCATTTTTCCTTGATACACT
TCCATTTCCAATTTTGAGACCGAAAGTACAAAAGAATAATTAACTTTAAACATTTTAAAT
CTAATCAAGGAGGTGTGTTTTCATATAGATAACTTCAACTACTCTCTTCAAAATTAAGGT
AAGTAGATTAAAAGATTTAGCACACCTATTAGAATACATTTCCATGAGAAAACAATAATA
GGAATTGGAGAGTCAGAAACGCTGAAACAGTATCCTTTCGAGAAATCTTATCAGAATCAT
ACCACAATGGTTGGAGCCCAAGTAATCCAAAAAACTGCAATTGAGAAGTGCATGGTAGCT
TGGGTCCATGACAAAAGCCAAACCCTTTTATCTGCCAAGAATACAATTGGAAAAAGATTA
GAAAGTCGATCCAACCACTCCCAATTATGCAATTAGTCATCAAAAACAGCATTTCTTAAA
GATGCATGTTCTCCATCTCATATCATATTAAGATGTTGCAGAACTTCTAATTTCTGAAAT
TGGACCATTTTAACTATCTTAAGCATTACATTTCAACTAATATATAAACCCAAATTAGGT
ACAGCCTCATTTTGTATTAGAAGATTACTATACTCGTACTGTTTGTTCTACCATTCTGGT
AGTATTTATTAACAATAAATGGGTTAATTTCTCTCTGCTTTATGGCTCTGTAATGCTTTC
ATGCTCTTCTAAAGTATTGACTACTGTTTTCGAGCTAAGTTGATCAAGTACCACCCAAAA
TAAGATCACAGTAAGAAAAATAAGGTAGCTACACATAGTTTGGACTTTGGTCGAGGGAAT
AAGGGAGCAATTGGAGACGGAGCGAAAGATCAGATTGACAATGCCTATGAGATTGTGGTC
AGCCTTTTGAATTCCTCCTTCCTTACTTTCCCTCTCTTTCTATCACCGCCCCTTTCTTCT
TTTTAACTCAAATGTGGCACATTGCCTCCTTTTACTGGAAAGGGAAGCGCAAAAGAGTAA
GGAAATAAGTTAAGCCAGATTTCTTGTGACTATCCAAGAATTCCAATATTCGAATTGTGG
ATTTCAGTGGTAAAACTTATCTGATATTACTAATTTATAGAATCTTTTTATCGGGAGATC
CACAGAATTGATCAAATATTTCTTTTAGTGTCACAGTTAGCTATGGAAATGTGTCCCTCA
GTTAAGTTGTGACAACAGAAAGTTATATCTTCAGGAAAAGGAACATAAGAATAATAATAG
AGGACTCATACCACTGATTATGTATGTATGAAATTTAGTCTGATATTCTTTAAGAATAAT
TGATTTTGGATCTTCCTTCCATCCTCGGCTGACATAAGCCAGAGCACTAAGAGCCATTAT
TACCACTGCACTGGACGGAGCAAGCAAAGTTGTCTTTTCATGACCACCAATTAACCAGTT
ACCAACCACTTGGCTTCCAATGAAAGATGCAGATTCAACAAAAGTCATTAACCAAAACAT
GTCATTCACTGAATCCTGCCTCTGCTCAAGCTGCAAAATGATTATAAGGATAACTCATCT
TACTCTACTATCAACGATTCAAATTCATACAGAGATCTGAAATCTGACTGTGAAGACTCC
CCGACCGAGAAAAATGTTCAAATGTGATCACATATGCTGCTATGGAAGAATAGGTCCAAA
ATAGGCTGATGTAGTTGGCAGAGAAAGAAACTCTAAAAGACTATAGATCCACACTCCCCC
ACCCTAACCCCTTTGCATTTGCTACATTTATTCATCATCTTTTTCAAATGTGATCACATA
TGCTGCTACGGCAAAATAGGTCCAAAATAAACTTATGTAGTTGACAAAGAAAGAAACTCT
GAAAGACTATAGAGTATACATCCATACTCCCCCATCCTAACCCCTTTGCATTTGCTACAT
ATATTCATCATCTTTTTTTGGTATAAAAAAGATTTCCCAGATTTATTCATTTTAAAAAGT
GGATAAGCATTTTGAGTTAACAAGTCTTCATAATAGTACTTCCCACATGAAATAGCAAAT
CATACAATAATAACAAAAAGAGATTCCGAAGACAAACCTTATCATGCTCAACAACCATCC
ATGTCTCGAAGTTGAAGAAAAATATTGTAGAGGTAAGAGACAGACAGATGCTAGCGAGCC
AAATAGTTGGATGTCCAGTAACCCTCCTCCATACGGCAACAAAAAGATGCAGCAAGCAAA
ATAACAAGCTGACTTTTCTCTGGCCACTGCAGGAAGAGAGACAACATAATAATAAGTTTG
ACAGATGGTATTCTTGACTAATCAAAAAAATCATTTATCTTATGGTGCTCCATCACAATT
TTGAGAACAATAAACGATTGAAAACAATAATGATAATCATCATGGACCAATACAGTTTAG
TACTTTGGAACATATACTGGTCAAACACATAGCTTCAAGTTCAAGCTTTGTTGGACAGTT
TATTAGAAAAATGATCTCTTAGTCTAAAAAGAATGCATCAAAGGAACGTAGATGAGATTG
ATACTTAATATCTCCCAAAATGGAAGCTCTATTTCATTATGATGTTGAACCAAATAATCG
TAGTCTAAGATTTTGAATTTATGATATATAGATTTCCAAAAGAATGAAAATGGCAACTTG
CAGTATACCATAATGGTTATGCAAATAGAGATGGAACATGGTAAACACAGAAAACTAGGC
AGGTACCCTTACATCAAATCCGAGAGCATTCCCAAAAAGGTACCGACAAAGAGAGCAGTT
GCGTATCCAACACATAGAGAGATGACCATCTGCTCCCTACTAATGCCATGGAATGCTAAG
TCGTACTCTCCAAATACTGCCAACAAGCCTTCCATTACTGTAAAAAGTTAAATTAAATAA
ATAACGATTTTGAATCCAAGCAATCATAAAAAGGACAAACTTATATATCGAGGATGTAAT
AAAAAGGGAAGCGTGACTTTTTTTATGGAATATGTGATTTCGCGTACACCTTAACATGTG
TTCTATGATCAGTAACTACGATATCTCTATCAAGTTAAAATAATAATTGACAACTTTGTG
GTGTCAGCTCAGCCTTATCATAATATGCTAATAAACAGATTATACGGGAGCAACTTGTAT
CAGTATATCAATTCACACTCCACATTCAATGTAAAGTTCCCGTATCAACATTTTAATATC
ATATGTTAGAATAACTTCATTGAGTCTTGAATAAACTTTTGAATTTGATTGATCCAAATT
TGTATAGATGTTTATTACTCTACTATAACAACAGGATAATCCACTTTTGTGAACCTGAGT
GTTCCACAAATGAAAAAAATATCTAACTTGATAAAATGCTCAATGTAGCAACATACAAAT
TAAGAGATAGTCCATCTATCCAATTAGTTTGAGACGTCAACTTGACCATTTTCAGAACTA
AGTCAGACTAGTTTAATTCATTTCTTTAAGTTAAAATTATGAAATCCAGAACCTGCTAGA
AGTTTCATTTTTCTCTTTTGGCAAAATAGAGGGTAAATATCAAACATTTGTAACAGAGGA
AATCCAGCAGTTAATAAACAGGGAAACACGTAAAGTTCACTACCTCGCACCAATTTTAGC
AGCAAGTAGACTCTAGGAGTTAATTAGAACGCGACATTTCCTAATACTACATTCAGTGGG
AAGAAAAAAACAACTCGGAAAATAACGTCACCTGAAGAAAGCGAATAGAGTAAAAGGAAA
CTTCTCTGGAAACGAATGAAGGAAGACGAAGGTGCGTGATCGAAAATGGCGGAACTTCTG
GTGCTGCTTGGCAAATAGTAGATTGACAAGCAACATGATATGAAGAAGAATAAACACAGT
GCTGGATTTGGCTCCCAAACATTGCTCTCGACGATCACCCCCATTCTTAAGAAAATGTAT
TTCACCCGATCTCAAAATTACTAGATCATCCCAGCGAATAGTGGAACGCGTCTAAATAGA
GCCTCGCAATGAACTGTTTCCAAGGCGGGTTAATTTTCAGTGAACTGAAAGCCCATTTAT
TTGGTCAGAACCTTTTTTGGGCTGATGTAACACTCCATATTAAGCCCAATTAGGAGGGGA
AATTACGCAACAAAACAAACTTATACTATTTAATTACTCATCATAGCAATAGTTTGCTAT
AATTATCACTCACGATTAATATTATACATTAATTATGTGAGCTGACTTCAAATTTGTATG
ATTAGTCATGTTTGTATATGTATAATTCGTCAAAATATACAAATACATATATATAATATA
CAATTATTTAATCTATATACATATACAATTCACCTCTCTCCCACTCTCTACCATCTCTCA
CTCGTATATCTCCTCCCTCTCCCAATCTCACTTGCACTATATACAAATGTGTGTATATAT
ATATATATACTATATATATATATATTCACCTCTCTTCCCCCTCTCTCGTTTTTCTCCTCC
ATCCCCCAATCTCTCTTGCCATATATACAAATACATACGTATAATATATAATTATCTAAC
CAATATACATATACAATACAATTCACCTTTCTTCCGCTCTTTTTCCCCTCTGTCTTGCCT
CTCTGCTCTCTCTCTCAGGCTCGCTCGCTTCTCTTCTCCATATAACATGTAGCTACATAT
TGTAATTATCAAACTATAACTATTGAGGGTAATCAATTATTTTTAAGTGGCTATGTGTGA
AAGTTTTCTGTTAGAAAAATACACCCCTTTTGTATTAGCCATCAACCAAGTTGGAAAAAA
ATTGAGTACTTTTTAATGAATAATTATTGGTTATAGATTATAGCTATATTTTTATTTTTT
TATTATTTATAGCAATAAGTTTGCACTATATATTATATAAACATATTATCTATCAATAAA
CATATTTTCTTCATTTATTCTCTATAGTATTTATGGTATTGATGTATTTTCTTTATATAA
ATTCCTCCAAAGTGTTTAATTATTGTTTTTCATTTTATGTATAATGAAATATCATGAATT
ATTTTTTTAGTAAGCTAATACAAACGAACAGAGTCTAAAAAGGAGATTTTGATAAAATTT
AGCATATGGTAAATTCTTAAAATAATGTTTAAAATATTTAGAAATTAAATTAAAATACCG
TACTTGTCCTTTCAACATATTTTTTTACCTCTCTATCCCCTGCAGCTGCCGTATCCCCGC
CACCGCCTGTAACAGAAGAGCTCTCTAGGGTTTCAATTCACCTCCGTTTCAGCAGTAATG
GGTGGAGGCAACGGTCAGAAAGCCAAGATGGCTCGTGAGAAGAACATATAGAAGATGAAA
GGCGCAAAAGGTATTTTGTTTCTAATGATCTGAACCCAATTTCATCCACATCATGCTCTT
AATTCAATGGTCAATTAGCCTTAATATCAGCCGATTCGATCTCGTTGTTGGAATTCGACG
TGGCTGAGAGTGCCTTAATCGCTCTTTTTGTTTGTTTAGATGCTGAGATATGATTTTACG
TTAATCGTCAATCTTTTGGCTTTTTACTAACTCTCAAAATCTATATGCAGAAAGCCAACT
TGACGCGAACAAGAAGGCCATGAATATCCAGGTAAAGCCTTTTTATTGTGCAATTTTGGT
ATGTAAATTGTAATGGGTAATTACTGAATCCCAATATTTGTTGGATTCATCTAGAGAAAT
TGATTATGGATAGCTGAAATTGATTAGTCCAGTAGTAACAAGAAGAGGGGCATTATATGT
TGAAGGTGAGAACCGATCAATCACTCCAATAAATCAATAACCTGGATATCCTTACCATCT
ATAATCTTTTGTTATTATTTTTCGGGCTGGTAACTTCATGGTGTTGAACTTCATCTTCGT
ATGAGTTCATATTTCATAATGACAACCCAATAATGGCAACTCTCAATCATGTGTTCCACT
GTGTAGTCTCCTTTAAATGTTCTGTAATTTGGCTCATGTAGCATGTGAATTGTTTAGTCA
CTCTTCTTACATAGATACTGGCTATGTGGTTCAGTACTCCTATCTTTCTCCTTGTACTTT
GAAAATCTGAATTTAGGCAATTCGATTGTTTTTTATGTCTTATTAGATTGTCTTTTGTCT
TTCTTTTCCAGCCTTCTACGATATTTCTGTGATGTTGTATAACTTCTGCCAAAAAAAATT
TTCTTAGGCTTTCAATAGGAGATAGCCTAAGTAAAGAGTCGCATTCAAGTCTGAACAATA
ATCTTTATGGCTCTGCTTATCAGTGTCTACACAGATTTTCTTACCGGGTGAACTATTTTT
ATGTCTTCTTTCAGCCTCTGATAATTCATTAGTGTCTTTAGAGTTCATCTTGATTGATGT
TTGTTTTGATCCTTCACTAACTTGTATTTATTGTTGCGGATGATGGCAGTGCAAGGTGTG
CATGCAGACATTTATGTGCACAACGTCAGAGGTGAAGTGCAAGGAACATGCCGAGGCCAA
ACATCCAAAATCTGACCTCGCCACCTGTTTCCCTCATCTCAAAATATAAACTTAGGTGTC
GAACATGTCTTGTAGATAATGTTAGTATTACCTCCTATCACTAATCACAAAGTGTCGATC
CAAGCAAGATGTAAAATTGTGTATTTGTCCCGCACATAAATAGGTCGGGCCAAATCTTTA
GTTGTGTACTCTACTCTTAAATTGTTGATATTACGTCTTGATTTGTCAATGAATTTGGTG
TGGTGTTTTTGTTCAATGTTGGTGTGAGATGCGTTCTACAGGGTTAGCTTCTTTCATTTA
TTTGTTAGATTCATCTAGAGAAATTGATAATGGATAGCTGCAATTTCGCAAGTAGGGAGA
AAATCTAAGCACTGTGCTCCACTGGATGACCACGAGGTCTGAGATTCTACTAAGCAAGGG
CTTCTCTTCATTCTTCTATAGCCCTACACCATATCAATGAACTTACACAAAAGACAAACC
ACCAAAGCTGAATGCAGAAAAATCCAGTGCACTAATATACAAAGTGAACTAATTTTCAAA
AATCTGCTTTTGTTCACATCTAGGGAGATAGTATCTTTGGGGAAGGGGGGGTGGGGTGAC
TTTTGACGCCCAGCAAGTCACTTCCATTTGCAATCAAGGTCACGATCAGGAAATCTAAAA
AACACTATTTCTCTTGAAATGTTCAATGATGAAGATCTGTAATTCCTGAATTCAGATGTC
TGCTCAAGTTCAAATCCACATAGTTCTCACGAATGTCACTTAAATGGATACACAAGGTAC
ATTACACAGTTTTTTTTCTTCCCATTAACAGCAAGACAAGAAAGCTACTGTGTCCTCATT
CTGCTAGTTTCAGCAGCCCTCACTTGCCCGAAATATGGATGGGCCTAAGAAACAGGGCAG
AGAAAGCAGTTAGTAGGTTTCCCAACACACTGTTCAATACTCTAGTTGTGCAAAACAAAA
CAAATACATGTATAGTGTTGTTAAAAGAAATAATTGAGAAGGGAGAGTGGATTGATTCCA
GGAAAGATGCAGATGCAACATCATGACAAAGGAAAAAAACATAGCCAAGAGCAGAAACAG
AAAGCACTGACACTTCACAATCACCAGCTTGTTTCTAACAGAATTTCAAAACAAAAAACT
AGTCAAGTTGCGTCTCTTCACCCACTCATCCTCACTGATCTCATTTATTTATAACCTTAC
ATTTTGGTTTTGGTAAAGTATGTGTTTTAAAATGTCACGAAACCATTTTCTTTAATAAGC
AATAGTAAACCAATATAAGACAGAAGCTGAGAAGAAAATGATGAGGCTCAGAGTTTAAAG
CTCATTAATAGTGGATAAAGAGGATTACCATTGCTTCTTTTGCCGTAAGTCTAGTCTGAT
GATCGTAACGGAGAAGCTTGTCAAGATAATCTATAGCCTGCAATGAGAAGCCAAAATCAA
TTATCAAGTGGGTAGTGAAGAACAGCCAATTGGTTGAGATGTACTTGTCACCATTGCTGG
TTTCGTCTTATTCAGAAATACCATAGATACATAAATAGAGAGAGAAGAGTACCTCCGGTG
ACACTAGATGCTGATTGTCTGCATTAATAAATTTGGACCACGGCTTCCTACTGTGTCTGC
AGGGGAAAGACAGATTGTATTCACCTTCAATAGCTAAGAATTTTGGCAATTAATGAGAGA
GGACACACATCTGCTAAAGCTAGTTGCTAAGATCAACTTGGTAACCCTATTTAGTCACAG
CTCTAAGTTATTTTGCAAATTGCCTTAGCGTAGTTTTATCTTGGCGATAAAGCAAGAAGC
ATACCTCCCAACCATAGCCTCTAGCTGAGGATCAAGCTCTAGTTGATACTTGTGCAAGTA
CGCATTCAACTCATCTGTCCCAAGTACCTATAACAACAATAATCTATCAACTCCATGTCA
AGCAGTTATGCTTTACTTCTATAAATTGAGTGTTCACTTGCAACTGAAGTAACAACTTCT
TTGGTTGTTTTCAGATGATCAACTTCCCCCCTCTCACTCAAACAACAAAATTAAGGTATA
TAAACCCATTGGTCACTGGTCAGTTACTACGCATTACCTTTGCAATTTTGACGAGCTGAT
CCTGATTATCATGGCCATAAAAGAAAGGTTCCTTGCGGAAAATCTACCAAGGAAAAGGTA
TGGTCAGACACAAAGAAAACAGGAGGAAAAGGAAAATTGATTTCAAATAAGCAAAATACA
AACTTCTAACAAGTCCTTTCGGATGTTTGTAGTTTCCCAGGCCCACAACTGATAGCATAA
AACTATAAACCAACTGACAGCTTATATTATGAATCATAGAATTTCTCACCATTCCTGCAA
ACATGCAGCCAAGGCTCCACATGTCCAAAGAATAGTCATAGTCTTGCAAGTCAACTAGAA
GTTCAGGGCCCTTGAAGTATCTGAAGTGCAAGAAAAGAAGAACTCAGACTTGCTTCAATA
GCATTGATAGTTTATGAACCACTAACTTACGGTACAAAACCAATTTCCCATATGCAGCTA
TGCTGATACAGAATTAGTTTTACATAAACAATTCCTAACCTTTTCCTATAATCCCATTGA
TTGTTTTAAGTATTCTTTAATGGGTATTGTTTTAAGTATTCTTTAAGAACTCAGCTGTTC
CTTGAGATGATTTGATTATGTCTTGCATTAACCCCTCCTGATGCACTGACTCCTGAGTGT
GAAACTATGGTGAGTGGAGCTGTTAAAAAACGAAGTAGACCTAAAATCACATGGAAGGAA
GTTGTCTTTAAGGACCTATAATTTTAAGGATCCATGTGAACTTACGAAAGGCACAATGGA
AGAAAAAATTCTATATATATGCTACATATTAGTCGAGAATATATTAATATATTAGAATTT
TCCTGTAGGTCCTATACTTTCTAGGAGTGTTTTAGCTTTTCAGAAGTTTGTCAGTTAAGA
AAATATAGAGATTCTAAACTTTACAAGTCCGCAAGATATGGGATTAAATGGAGTAACATG
GACAGCAAAAATCATATAACGACCCCGACTAGTTTGGAACTGACGGGTAGTTGTTGTATA
TGTAAGTGAATGATGTTCCTTTTATTATTTCTGACTTAAAAAATATATAACAATGTCACT
TGCTTTCTGATTAAAAACTCATGACTTGTCCAGAGAATAATTTGCAAGTAGAGCATGGAT
CTACAAATAGCAATGCTATATGTAGGAAGTTGTTGCTGGCAAAGCAACTATGCCGGTCCA
GCCATACTGTCGGCAGATTATCTCACCTTGAAGCCACACGAACATTATATTCCTTCCCTG
GGTGGTAAAATTCGGCAAGACCCCAATCTATCAAGCGAAGCTTCCGCAGTTCATGGTCTA
TCATAACGTTATGAGGTTTGACATCCCTGTGCATTATTCCCTGTGAATGGCAATAATCTA
GTGCCTGCAGGTTGATAAGAAGTTTCAGTTTTCGACCTCCATAAATTGGTAAGCATGTCA
AGAAATGTACACAAAGAATAGGTCCCAAAGAGTCTATTAAACAACTGTCACAAGAAATGA
AGGCCTCAGCAAATTCAGCAGTCATGCCAAAAACGTGATTCTTTCTTTTCTTTCAAAAAA
GAAGGGGAAATTAATAGAGTAAATTAAGCGAATGGAAAGTAAGTATGCAGGAACAGATCT
AGCATTTGACAAACAATTATGCTGATACACAATGAGAAAGCTTGAGAAGTTAAATTTCTT
TTCTTTTTTTCGCAGGAGGAGGCAAAAGAAAGGAAACCTAGACATATGATCAGGTAGGCT
GGTGATGTAGGCATGTAGCAAAAAGGAAGAACTAACTTCGAGATAGAAATCAACAGGATC
CAATAATTAGCATCCCCATTTCCAAATAGTTACTCTCACGCAAATCAGACAAAAAGGGAA
TATAATATTACTCGTGAAAAAGGAAAATGAAATTTAAATAGCAATTAGCAAACAGAGGAG
AGAATATCCATGGCATTGGTGAATTTTTTTTCCTTAACCAATTATAAGATCAGAAGAATA
CAAGAGAGTTACTTAAGAAATCCAAAGTCAGAAAAAAAATGTCACATTGTTAAGAGTAAC
AACGAGCATAGCCATTAATCTAGATATAAAATCAACTTCCAATAGGCATGCAGTGAATCT
AATTCATATCATCTGATAACAAGAGACATGGTAAGCACCTCACTATGAGGTCATTTACCT
TGTAAAAAACACATTCAGAAGCTATACTTAGACCGAATTGCAGAGGAAAGGTAATCAATT
GGAATGACCAAGACAGTGAATGAGCTGACAATATCAATAAGAAAAATCTACATTTTTGAT
GATGGATTTGAAATCCATGTATTGGCAGGCAGGATAAGGTGAACAAATATGAGTTTACAG
TCTTAGTCATTCCCACTAACCCAAGATCACGAGACACATTCGACAGACTCCCAATTATCT
AAATATAGATATAAGATGAATCCAAATTAGTGCAGTTTTATGGCACCAGAATCTTGGATT
CCAAAATTTCCACTTGAGATGAGCCTAGGAGTTATAACTTTGATAGTTTGATCTCATAAT
TTGATCATAGTATATGAGAATATATCCACTCAATTCAGAAATAGTTGCTGAGCATAAGAA
AACTGGGGACTCCCAAAATTCTCATACTCATACAAACCTTGAAAAGCTGCAATAGAAGGA
AATGTTGGAGACAAACAAAGTTTTGACCAGATAGTAAGTTAAGACATCAGTACAACTCTA
TTCTTGGTTCTGAGAGAAGAAAGAAGATACAGAAAAGGAGGACCAAGAGGACAGGAAGTA
TATAACTGTTACCTTCCTTAAAAAAAAAAAAAAGAATCAGGGGAGAGGGAGCATGAATAC
ATAAAAGCCATATTGACTGCCATCTGATGTGTTTATCATCTTACCTTGAGAAGCTCATAT
ATGTAGTACCGTATGTCATAGTCTGTTAGCGTTGGGTACAAAACCTTGAAATCTGTGCTG
TTCACGTACTCAAAAATCAAGCTTGGAGTTTTTGAATGCTGATCTCTGACGATATCAAGG
AGTTTGACAATATTTGGTCCACCACAGAGATTTTGCAATATCTTTATCTCTCTTTTGATC
TACACGATACCGCTAATGTCAAGTCAAAAGCATGTATATTCTTTTCTTTTTTTCCGTATA
AAGCACAATATTACAAACTAAAACAGTGTTAATTTAAAAATTAAGTTAAAGAAAGGATAG
GAGGACAAAAGGTGTATGAACAGTGGATGCATAACACTACCAAAACGATCAAAAAATGTC
ATCAAGAGATGAACCTAGGCATTATGCATTTCGTACAACATAACTGAATTTTTTCCAAAG
TTCCAAAAAAGAAACTTCACTTATTTCTTTGACACCCTATCAACCACATGGATAGATAAT
TGAGAGTAGTCTTTTTCATGAGTTAAATACAGATTTTTCCATTAAGCCTGTCGATGTTGA
TGATTCTCAATAGATACTAAGCCCCTTTATATGAGTTAGATACAGATTCTTCCATTAATG
TTGAAGATTATCCATAGATATTAAGTCAGACAAAAAATAAGTATTGCATTACAGAAGAAC
TCTTCCTGCAAACTTCTTCATTTTTTTTCCTTTTGAAGCAGAAAAATGAAATCTTAATTC
AGCCAAAAAACGTCATACCTTTTTCTTCTTAACAGGTTTCAGGATCTTGATTATGCACTT
CTCCCTGCTGTTAACATTTATACCTTCAAAAACTTCACTGTATTTTCCTCTTCCAACTTT
TCGAACAACCTCATAGTCATCCTGATCACTACAATAATAAATATGACATGCACTAGTGAG
GATAATACAATGTAGCTGGTGCATTAAAGTTGAGTAAGTCAAATAGAATCATATCTGAAA
CCAATACTTGTGTAAGATAAAACTAATCGTTGAGCCAAGGGTCAAGGTACTCTAGAACCA
AGATTAACAAACTATATTCTCCCACTTTAGCAAGACATTTATATAGTTCTTGTTACACAA
AATGCTCTCATCTTGATAAATGCAGCAGAACTATACAATAACAAAAATAAACTAACTGGT
GTCAACTAAATGAAGCCTCTATAATTATCCACTCCACTTCGGGGCTGTTCCATTCAAGTA
TTCAATAATTCAACTTTTAACACAACGGGTTGTAAATCTCACTCTTATTACAAGACTTAC
ACAAACATTTACTTCAGTCCAAATGTGCACCAGCAGGACCAATCCTTAAACTCAACAAAT
TGGTATATAACTCAACTAATTGGTATATTATATTTGTTATTTAGCTTCCATTGTATCATG
TGGAAGCTAATATAGAAGTAACAAACATATAAAGACTTGAAGCCCAACCTAATCTGGAGC
CACAAAATACAGACTCAGTTCAACAAGACTAGACAGGAGTTTTGCATTAACCCAATAGGT
ATTTTCCAATGTGAAAGTCATTCCATTCAAGATAGCAGGAATTCGCCAAAATAGCATCTA
ACACTGATCACACAATTATCTATTAGACAAAAAATAGGAATAAGAAACCCAACATTTGTT
TTCAGGTTTCACCCACCCCTGGAGTGGATGTTACAATGCTATGTAACCTCCACTTATCTT
TAAAAAAGGAAACATAACCAAGAATTATGTTCTTGGATGCTGTAAGAGGATGTTACAACA
CACCCACTTTTCTTTCAGACGAAAAAAACAAGGAAACATACCCAAGAATTATGTTCTTGG
ATGCTGTAAGAGGATGTTACAACACCCACTTTTTACTTCAGACGGAAAAAACAAGGAAAC
ATAAGCAAAAACTATTTTCTTGGATGCTAGAAGTGGATGTTATTATTTTACCAAACAATC
TTTTTAAAAAAAGGTAATAAACAGCATCTAATTCAAGAATTTCAATCTATTATCCAGTAT
ACAAACCCCCAAAACTAAAAACAAAATCAAAAGCGATTAGGGTTAAATAAGGGAAAATAT
TTACCCCCATTGAACAGTTAGCGATTCGTAATCCCAATATTCCCTAGGACGAAGCACATT
GATATCGGTGTATACTCGAGCTTTGGACATGGTTTATCCGGAAATCAGAGACTGAAGAGT
TATTGATAAAGGTATCGGATTTCGGAAAAGGGACAACAAAGAAGACGCAGGCTGGGTAGA
TGCAACGAAGGAATTGGGCCCCGCTTCTGTTTGATGCAACCGCCAGAGCAATAACACTAC
TTTACTCACACACCATTTTTAGGAAAAAGCCATAGATTGGGAAAGCTTTTTGCTCTCTCT
TGTATGCTGCTATTGGGACCCTTTTCACTCTCCACAGGCAAATATCTTTATATGGTCGTT
GCCAAATGGCTAATTTGCTTTTCTTAATTTTATATTGTTTTCGCTAAAGCGTCGGAAACT
TTTTTGATTTGTCAATTAGGTCCATGTTTTGACCAACCAAAAGAAATAAAATAGGGAAAG
AGGGTGATATCAGAAGTGGAAATGGCATGGTATGGTGGTATATATCGAAATAATCGTATT
ATATTTAAAATTTTTATAACATAATTTTGATATTATGATACTGTATACATTTTAGTTTAT
TTTTGGTTTTTAGGTAGTTATTTGATATTTACATATAGCATATTGAAAATATTAAATATC
ATATTGAAGTATCTAGTTATATAAATAACTTATATATTATTAAAATATTAATAAATATGC
AACTTAGTGTATTAATATAAGTTGAATGCTCTATTTCGATTGAAATGTATTTAGATTGTA
AATGATTAACAAAAAGAGTTGTTTATAATTTATTTTACATATATATTTCTACATGTGTAT
GTGTTGGTATATGTGATACAAATGATTTTTTTTTTAATTGTCGAATTCATAATACTCTAT
TATACGAGTACAGGGTATATATTGATCGATGTTAAATTATGGTTACCGATTTACTATACT
CATAAAATATTGAAACCAAACTTCAATATACTGAATCATACCGGATTAGAGTGGTATGGT
TGATGGTATGATGTTTTACAAATCAAATATCGAAATTACAGTATTGAAATTTTCAAATAT
TGTATCACGCCATATCATGTCCATCTCATGTTGAGATTGAATCTTTTGCTAATGGCTTGT
AGCTTAGTCTATTCTAAAAATTAACTTTTTATCAGGGGTAGATCCACATAGAGCCTTTCG
ATGTTCGAACGTCTATTAACCTCGTATTAAAATATATGTACCTTTGTAAAAATTAAAAGG
TATATGCATAAAATTTCATAGAACACCTAATGAACAAATATTCTGAATGAGCTGATGGCT
CTTGGTGGATCCTTAACATTATTTTAATGTTGTTGAGCATAAGTTTGAATCTCATTAATT
ATAAATATATCAACGCTTCACAGAGATGGTGAATCAATTAAGTTATTCTTCTTCTTCTAA
GATAGTCATCTAATTTTGATATTCCGTGTTTTAAGATTTATTCCCTTGTCCCTAACATAT
TGATTTTTTTTCAATTTTTTCTTCTTTCACATAGTAAATTTAAATTATCTTAATATTGAT
CATTTTGTTAAAACTATCCTTCCGTTCGCCTATTTTATCCTAATTGTCTTTTAAAATTGA
AAACGTTCATCATCTTAAAAGAATTATGAAATTATATTTGTGGGACTAAAAATACTCATA
GAACAATTACGATAGACTTTTTGTTACTAAAATCAAATCAATTTAATTCACTCTAAAGTT
ATTAAAATCAAACTAATTAACACATTTCTTAATTTGATTGATCTTGATTTAGTTCCTTTT
TTATTTATTTTTAGAAACCTAATGTATGTCCTTACCCATCCCTGCATTTAGAATTTGTTT
TCCAACTAATAATCTGTTATTATTCTTTTATTATGGAATATGAAAGAAAAAAATGTCTTT
ATGATATTTACATTGATGTCTCAGAGTCATTTCTTGATAAAGTGAGTTTAAATTCATGTT
TTTTTTAATAGTTTAAAAATACAAAGTTTATTAACCTAACAAAGGTAAATATAATTATGG
TAAAAAAGTAGATGAACGATTACAAATAATTGTAAAACTAACATACTATATGTGTATCTA
TATAATTATAAAAATTATGGGAATATAAGTTTGATTTTTCTTTTTCAATTTATTTTTAAT
TAAATCAGATAAAATATTATTGATTTTCTAAATTTTTAGATCAAATCAAACAAATTCAAA
TAATATTAGTGAATTTAATTAATTTAAATTAATTTTTTATTTAGATTGAAATATAATTAT
ATAATAAATACTAAATATTTTTATACAGCACTTTATAATTAAATTAGCAGTTCTAATGCG
TTGATGCACATCAATATTTGTACAACAACTTGTAATATATCTTTTGAATCACTTCCCACT
TTCGTAATCGTATTTATAACGTTTTGTATTTCTTGGTATTTAATTTCATTAAGATTAATG
AATATAAATAGTTAAATATTTGTCAGGTACTAAGGCGTCCTTTTATAACAAATTTAAAGG
ACTAAAATTTTGGACATACCGTCAAACATACGCAACTAAGGGCCCGTTTGGTATAAATTT
TCCAAATAATATTTGGGAAAAATTTGACTTGTTTTTGGCAAATATTTTAAATTTTCGAAT
ACTAGTTTTTTCTAGTATTTGGGTCAAATCTCATTATTTGGGATATTTTAAAAATTAAAA
TTTTACCCCAATCTTTTATCTTTTACAAAAACACCCTCGCTAGTAGTTGCTTGCGTTGTA
TTACATCATTTTTTACGTGAACACCAAAATAGTGATGAAATATTTAGTGAATATTAAATA
ATGATATGATTGTTGATGAAAATTATTAAAAATTGACTTTAGGTAACAAAGTCATGTCAC
GATGTATGAAATAATTCTTGTTGCACTCACTCCAAATTACCACATTGCTTTAGCGTCATG
GACACTATTTGTTATTGTTATAACGAAAATTCAATTGACTTGTAATACAAACTTTTAGTT
AGTTTTGATAGTTTTTAAAATTTGTGTGTATAAATCATATTTTTCTAAAAAGGTGAAATA
TATTTTTCAAATTTATGGTCAAACACATGGTGAAATTTCACCCAAATTTTAACTCAAATA
ATATTTGCCAAGAATATTTGAAAATTTATGACCAAAATTTTCTATTTGCTTCTTCTCTAC
GCTTCTCTGCTTCTGAATTTTTCACTCTGCTACAGCCAAATTCTCCTTTCTTTAGAAGCG
CTTAACACTTCCGGCGGAGATAGTCCGGTAAGCCCTCGCTTTCATCTTATTTCCGTAAGT
TTTCGAGTAGTTTCTCAAACTCGGGATTAACAGTGGCTTAAATCAGAATTTTTCACCATT
AAATTATGAATAAGTTAACACCGGAAGAAGTATTGAAAAGGGGGTTTAAAGTTCGAACAT
GAATGGGATTCTGTAAGGTTCTAAACTGAGGGAAAGAAGGCCTTTCTTGATGTTGTTGTA
TGTTAGTATTGGTAGGTTTTTAAAGTACTTGACTCATAAGTTCCCTAAATTGGAGCGATG
TTCTTAATACTATAATTGCTATTTGGGAAATTATTGGAGTATTTTGGTGTTCTTGTGAAA
ATAGGTTTACTGTTTTATTATATGTGTTCTGTTTTCTGTCTGCTTCTCCTTGCATGGCCG
CCACTCTCCTACAGAAATTTGTTCCTAGTTGCATAGAATAATGTTCATGGCATTAAAACA
AATTACTGACAGCTTAACCCTCCTTTCAGTCAACGCTTTCCCTAATAAAATCCACCCTTC
CTCAAGTCTTTCGTTACCGTTTCCTTGCAGACAGTTTTTTTTTGCTCTTTGATCAGCAAA
ACATACAAGTGCTAAGTTAGTCTAGTAACTCCCCTATTCTTCAGTCACTCTATTCATGAT
CGGTGTTCTCTTACTTCTCCTACATCAAGCCCATAATACTGGAGGGGTGGTTTTTGTCGT
GAACTAGAGTAATGCCAAAGAATTGATTACTTGCAACCACTTGTTCTTGACTCTTGTAAG
CTGTAATCAATTTATCATACTCTTGACTCTTGTAAGCTATAATCAGTATATCACAATGCA
TGAGTAGGCCTGCTGAAGTGTCATATTTTAATTCTTAAGTGTTAAGCTGTTATCAGTGTA
ACTTTCTTATGGCCTAAAATTGCACATACAACAAGGTAACACAAAGAACAGTACTATCGG
TAAAGCATAAACTTCTTCAACCCAGTTGTTTATCTGATGAACTTGCATATGCAATTTCTT
GATGATGAACACTATGCATCCTATACTCCTATATTATGAGGTAAACAGACTTCCTTCATC
CGAAAGAGATAACTCTTGCATATGAAATCCCCAAGCCCATATTTATAGTACATTCCAAAT
AACGGGTTTAGATTGCAATTGTATACAGTCAGATACTAGTGGTTAGTGAACATCAGACTT
GTCAATGATCACCCTTGCTCTGGGATGGTCCTCGGTGGAGGAAGAGAGAGATAATCCTTG
TGTGTGTGTGTGTGTGGGTGGGTGGGGGATTTTTTTGTGTGGATAATTTGGTGATTCAAC
CTAAGTGTCTTTGTACAAATAGAGATGTTGCAAGTAAGTGTGTTGTTGCAGGTACCTCTC
AAGATGCAATTGTTGGTTCATTCTAGTCATTTTTAAGCTCCATTCTTCATTAATTCCATA
GTTTTCGTGGTCAACTTTGATCCAAATTTTATGACTTCTTGAACTCTGGTATTTATTTCT
TCACTCCAAAATACAGTGTAAAATCTTTAGTGGTGCATTCAGTAATTATCCATGGCCATA
CTCATTTCTGCAAATAATCCTGATTTCACAAAGGTGGAAGCTGAGATGGTAGATTGTGTC
AAAATTCTTTAAAAGTGATCAGGTTAGTTGATATATGCCGGGAGATATAAGAAAAATGGC
TGAAGGGGAGCCTTGGAGCAACATAAAATGTTGTCTTTGTGTGATCTATATGCAGGGAGG
AGGTATAAGAAAAATGGCTGAAGGGGAGCTTTGGAGCGACATTAAAAGTTGTCTTTGTGT
GATCTATCGGTCACAAGTTTGAGCCGTGGAAGTAGTCACTAATGCTTGAATTAGGGCAGG
CTGTCTATATCAGATCCATGGGGTGTGACCCTTTTCCATCCCTGTGTGAACACGATATGC
CTTGCGCACCGGCTGCTGTGTCATGTAAGAAAAATGATCGTCTATTTCTTTTAGCTGATT
GTATTGAGCTATGATGGTAGACTCTGTCTCAGTTTCTTTGATATGATTTTCTATTCTTTG
TCTAATGGTGGTGGGCTGGTGGTATTAGGACCAACTTTTGTGTGCATCAATTAATACCCT
GGGCTTTGCTTCATTCAAAAAGCACAGTTGCCAGAACACAAAATCTGTCCACAAGGTTAT
AATAAATGAACACACATTGAGTGTTGTATCTGGGATTCATATTGGGATCTCCAGGTTGTT
CTTCCTATACCTTGGCCACTCAGTAATCCCATGTTTTTGATTCAACATTCGTCCTCATAG
AACTCATTTCCTGTAACTTCTTAGTTTTTGGTTTCTGGAGAACAGTTGAATGCTTAGCCC
ATTTTGCTTAGGGATCACATATCCACATTCCGCAGCAGCAACAATTCTTTACTGAACCTA
CTACTTCAATTAGGTGGGTATTTGTTTTTGTTTGTTGGTTTGTTGCCTGATGTTAGAGTT
TGATGTTTTCGTTTTATTTTCTTCTACATTACAACGGGAGAACTTTCTGAATTATCGTAG
TCATGGGTCGTTGTTTTAGTTGAAAGGTGGAATAGGATAGGAGTTAACTAATTGTTGAAG
AAGTGAAAGAGGGGCAGGGAAGATCCAAGGCAACCAGCAAGACTGTTTAGTAGCTATTTT
TTATTGTGTTTGCACGTGGGAAGTTATAGTTTTGCCCTTAAAAAAGCATAATTTACTATT
TTCATTCTTGTGTAGGGAAGTAATATTCTTTATGATGCATATATTCTTCATGTTTCTTTG
GCTAACTTAGGTAATTTTGTATGTTTGGACAAAATAAAGTAGCATCTAGCATAAAGGAGC
CCACGATGCAGCTTCTGCTATCTTTATAGCTGGAGAATAAGTGACTCAGGACTTAAGAAT
GTGTAGATGACAGGTCATCTTATATATTATTGTGTATCTATGGTCTCTCGTGTCTGAAGG
TAATGCTTTTTGAATTTTTTTTGCTGGATTTTATCTTATATGGATTCCAACCCAGCAAGA
ATCTGAACTGGAACTGGTCCAAAAATTATTCGTGTAGTAGTGGGCCTTGTTCATGCTTCT
CTTATATCACTGTCACCATGGGCACTGCTTATCGAATCTTAGTTACAAGAAACCTTGTTT
TTGATACTCAGCTAGTAAAAAATGCAAATTGACACTAAAGTTACATTAGTTAAACACTTT
GTAATCCTTTAACATAAACTTAGATGGGGTAAGTCTTATCCCAAACAAAAAGAGAATACA
CAAAGAAGATGTGCAGCTCCTTGCTTAAATTGTTTTCTGTAGTTGCTGTGCTAGTGTAAC
GGAGCGATTCACGAGCTGGAGTTTGTCAGTTGAGTAGAATTTTGTCTTGGTGTCATTCAT
TCACTGGGAAGATTATTGTTTAGATGGACTTGTAAAAAGTAACTTATAAGTCAAAAGCTA
AAAGTCACAAGTAGATGATACCCTACTTTTGACTTTTGGTTTATTTTAAAACTCTTTTGG
CCTAAAAGTAAGTGCTTAAAAGCATACTTCCAAAACTTTTAAAAAATGCTTATAAATTAA
AAGTATCTAAAAATAAGTTAATTCAAACGGCACTACACCATCTCTTCTGACTTCTCCAAT
TGAAAGCCATGAAAGGGGGATCTTTCATCTATCAGCAGTCCATTACTCTGGTTGTATGTG
AACACTGCTGAACAATTGAAAAAAAGAAAGTAATATTGGATATCTTGCTGGAGACCATTC
TACATCAGCGGAACAAAATTGTATTTCAAAACATCTCATCTTCTTCAGCAGGAAATTTAG
TTCTCCATTTTCCTTGCTCCATCAATTATTTTGATGTAGGTCTTGAAGTCTAGCCAGACA
AATGAAGGTGTGTCTGATCAGAGAAATCAATACGTCTATGCTTGTGTTTTGGTCACCGAT
GCTGCTCTGTTACTCATTGAAGGCTGAAGAAAATACTTGCTGCCAGAGATGCCTAATAGC
TGCTTATTATTGTCTCTGAATATAAGATCCCACACTCAAACGCGCTTGCGTGTGAATCTT
GTCATAGGTTTTGCTAATTCAACCAAGAAAATAGTTTAATTATGTAGGAAAGATCTTAAT
ATGATGTGAAAATGACATTCCTGGAGGAGCCTATTGACGTCCTACACCAGCTATTCATTA
TTGACAATTGCCGTAGCTATCATTTGTCAGACAAATTTCAGTGGATATGCTTTCAGTCTG
AGACTATTACCTAGCCAGGTCTAGGGTCCAATTAATCCGTACTAGCTTTGAACTAACATT
GCAAAACTTGTCTTCACCCTTCTACTGGTGGATTTGGGTTATAGGGCAGGTGCGATCACA
CCTACTTTGGATACAATTGGGAACAATAACAATTAAAGTATCAAGAAACGAAATTCGATA
TCAGCTGGTTTGATATGTACCCCGATGGTTTTTTGCAGACAAGGAAGACCAAATAAAACT
AGGTAAATGCCACTATAAACTTACACAATTCTTAACTGGTAAATAATTTCAATTTGTTTG
TACCTTTAAAAGCAAGAATAAAATTGATGAAAAATGAAACAGACATTGTCAACTCTATGG
ATGAGAGTAGTCCCCACCCGCATTGAAACTGCCTTTTGGCGCCATTTTCTCATCATTTCT
TTTAAACTTTGTCCACTCAACTGTATCCAAGTCCTTTTCAACTATAATTGACCCTCATCC
TTCACTTAATACCTGTAATACCACTGGCATGGCATGTCTGCTATAGGGGCTACTGCTACT
CTCTTCCAAGGTCTATAATGGGAATTGTACCATTTCCACGATTGATAATGAGAGCTGATG
ATATATACTGCAATTATTACCGGGCTGGATAGTTTTGATTATATGCTCTTATGAGGGAAA
AAATTGAACTTACAGAAGCAAAGAAAATGGCAACAAACATGTCTTTCTATTGTTTGCTTC
ATTAGGAAATAGTTTAAGGGAAAACGAATGAACATGGTTAAGGCCCGTAAAAGACTCGAT
CACCCATGGTGGATGACATGTTGATCTTGATAATGAACAACCTTCTACTCTAAACAGTAT
GTCCACTAAAAAGGAGCTTCTTTTCTCTGCTACAAAGAGGACCTCTCAATGGTATGTGCT
ATTTTTGACTTCTTTATTTTCTACTTTCAAAAAGTAGCCTCTTCCATATATTATAGAATC
ATTACTCTGTTTTTCAAATTATTCGCCTAAATAATAATCTATCTTAACAGGATTTTCTCC
CAGGAGATCCCAAGTGATGTGACTGTAAATGCCGCAGGAATCTCCTTTACACTACACAAG
GTGCGTTATTTTTCTCTGCTTTCGTCATTAAGTCAACTGAACTTGGTGCACAATCCGAAC
TGTTGTTGGTTTTAGTTAAATTCCTAATTGGATTAGAATTATCGTCCCTTGGTCACATCT
TACAACAGCAATAACAAAGTCAGTGTAATCCCAATATATATAGTGGGGTCTTGGGAGGGT
GCGCAGCCTTACCCCTAACTTTATGGGATAGAGATGTTGTTTACGATTGACCACGGGCAA
CCTCCTCCTTTATCCGATGTTGGGACTGACAATGTGAACGAGCTCACACAGGCGGAGTTA
GGCCTTGTTCACGCCTTGATTTTCATCTTTGATGATTGAATCAGTAGGTTTAATAGTGTA
TTAACTCTGCTGCTTGCAGTTCCCATTAGTTTCAAAGAGTGGATACATAAGGAAGTTGGT
CTCGGAATCCAATGATGCTGACGTTTCTACGATCGAAATCCCTGATATACCTGGTGGAGG
AGAGGCATTTGAATTTGCAGCAAAGTTTTGTTATGGAATAAATTTTGAGATAAGCACAAG
AAACATTGCCTTGCTGAGATGTGCAGCAGAATATCTTGAGATGACAGAAGACTATGCAGT
TGCAAATTTGGTGGGAAGAACTGAGGACTACTTTAGTGAAGTAGGAATTGAGAGCCTTCA
TAGTGCTGTTACAATTTTGCATTCATCAGAAAATCTTATTCCCATTTCAGAGAAAGTGAA
ATTGGTGAGCCGCTGCATTGACACAATTGCATATATAGCCTGTAAGGATAACCAATTCTC
CACATCAGGTTGAGCAGAAGCTGGTATCTATGGATTGACTTCCTCCATGTTTTCGAACCC
GAAGTCTATAGTTAACTGGTGGTCGGAGGATTTAACCGTCCTTAGAATTGATTTTTTCCA
AAGGGTTCTGATTGCAATGATGGGAAGGGGATTCAAGCAGTATGCACTTGGACCAATATT
AATGCTCTATGCACAGAAGTCTCTTCGTTGTTTGGTGAGGCCTTGTACTATAAAATCTTG
ATGAATTGGTTAAATTGAAATCTTTGTGCATATAGTAACTTTTTGTTTATAACAGGAAAT
ATTTGGAAAGGGAAGGAAAAAGATTGAACCAAAACAAGAACATGAAAAAAGGGTTGTTGT
AGAAACCATCGTTGGTCTTCTGCCAAGGGAGAAAAATGCATTATCCGTTAGCTTTTGTCA
ATGCTTCTCCGAGCTGCAATATATCTGCAGACCACGATGGCTGGCAGGCTCGACTTGGAG
AAGAGGATGGATTGCAGCTTGGACAGGCTGTATTGGATGTATCTGTTAATTCCTTCATAT
TCCTTCAGAGGGGACACTTTGTTTGATGTTGAAATCATGCAGCTTATTGTGATGAATTTC
CTTGCCTATGATATGGAGGAAAATCATTGGGAGATGAAGAGTATAATGAGTCTCATTCAT
TAAGAGACATGGAGCGAGTTGGGGAACTTATGGAAAATTACCTTGCTAAAATAGCTTCTG
ACCGTAATCTATCCATCACAAGCTT
GenomeThreader_SGN_E_tomato_potato
SGN Combined Tomato and Potato ESTs
match_1
match_part
0.949
7168
7756
match_2
match_part
0.916
18238
18559
match_3
match_part
0.942
18238
18528
match_4
match_part
0.901
18238
18388
match_5
match_part
0.917
18239
18685
match_6
match_part
0.994
21575
22399
match_7
match_part
0.997
27462
28133
match_8
match_part
0.994
27543
28173
match_part
0.929
29547
29588
match_9
match_part
0.991
27543
28010
match_10
match_part
0.992
27544
28021
match_11
match_part
0.903
27648
28121
match_12
match_part
0.909
27660
28173
match_part
0.933
29547
29651
match_13
match_part
0.907
27702
28173
match_part
0.924
29547
29678
match_14
match_part
0.907
27712
28173
match_part
0.935
29547
29592
match_15
match_part
0.902
28041
28173
match_part
1.000
29547
29571
match_16
match_part
1.000
28110
28173
match_part
0.977
29547
30120
match_17
match_part
0.991
35680
36005
match_18
match_part
0.958
35685
36020
match_19
match_part
0.997
47273
47597
match_part
0.993
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48669
match_20
match_part
0.903
47288
47597
match_part
0.961
48083
48235
match_part
0.936
48412
48489
match_part
0.906
48658
48753
match_part
0.941
49593
49626
match_21
match_part
0.964
47294
47597
match_part
0.987
48083
48235
match_part
1.000
48412
48417
match_22
match_part
0.967
47296
47505
match_23
match_part
0.976
47296
47504
match_24
match_part
0.952
47297
47505
match_25
match_part
0.986
47297
47504
match_26
match_part
0.993
47299
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49826
match_27
match_part
0.985
47300
47504
match_28
match_part
1.000
47308
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48744
match_29
match_part
0.963
47329
47597
match_part
0.961
48083
48235
match_part
0.987
48412
48489
match_30
match_part
1.000
47331
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48745
match_31
match_part
0.988
47352
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48749
match_32
match_part
0.943
47352
47597
match_part
0.993
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48705
match_33
match_part
0.994
47352
47530
match_34
match_part
0.988
47354
47597
match_part
1.000
48083
48235
match_part
0.987
48412
48489
match_part
1.000
48658
48676
match_35
match_part
0.988
47356
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
0.992
50001
50120
match_36
match_part
0.992
47357
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
0.962
50001
50080
match_37
match_part
1.000
47365
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
0.990
50001
50097
match_38
match_part
1.000
47365
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49876
match_39
match_part
0.986
47380
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
1.000
50001
50079
match_40
match_part
0.995
47381
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
0.989
50001
50095
match_41
match_part
1.000
47382
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
0.983
50001
50115
match_42
match_part
0.995
47400
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
0.917
48658
48753
match_43
match_part
1.000
47400
47597
match_part
1.000
48083
48235
match_part
0.987
48412
48489
match_part
1.000
48658
48741
match_44
match_part
1.000
47431
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
0.993
50001
50147
match_45
match_part
1.000
47431
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
1.000
50001
50044
match_46
match_part
0.994
47442
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
0.993
50001
50141
match_47
match_part
1.000
47492
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49816
match_48
match_part
1.000
48169
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
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gene
GT_PGL_1_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
2447
2383
exon
2063
1963
exon
1829
1722
exon
1102
1032
exon
887
831
exon
701
597
gene_2
gene
GT_PGL_2_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
9510
9174
exon
9057
8948
exon
8031
7343
exon
7107
6905
gene_3
gene
GT_PGL_3_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
7168
7756
gene_4
gene
GT_PGL_4_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
18238
18685
gene_5
gene
GT_PGL_5_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
22228
21726
exon
21316
20870
gene_6
gene
GT_PGL_5_AGS_2
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
21350
20793
gene_7
gene
GT_PGL_6_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
21575
22399
gene_8
gene
GT_PGL_7_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
26655
26345
exon
25977
25595
exon
24291
24055
exon
23846
23309
gene_9
gene
GT_PGL_8_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
27462
28173
exon
29547
30120
gene_10
gene
GT_PGL_9_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
32522
31109
gene_11
gene
GT_PGL_10_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
36023
35524
gene_12
gene
GT_PGL_11_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
35680
36020
gene_13
gene
GT_PGL_12_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
41576
41440
exon
41369
41253
exon
40365
40208
exon
39843
39741
exon
38549
38454
exon
37836
37771
exon
37681
37562
exon
36736
36336
gene_14
gene
GT_PGL_12_AGS_2
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
38565
38454
exon
37836
37771
exon
37681
37562
exon
36736
36336
gene_15
gene
GT_PGL_12_AGS_3
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
41589
41440
exon
41369
41253
exon
40365
40208
exon
39843
39741
exon
38985
38955
gene_16
gene
GT_PGL_13_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
47273
47597
exon
48083
48235
exon
48412
48489
exon
48658
48753
exon
49593
49628
exon
49742
49923
exon
50001
50325
gene_17
gene
GT_PGL_14_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
55445
54957
gene_18
gene
GT_PGL_15_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
57404
59108
gene_19
gene
GT_PGL_16_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
62581
65098
gene_20
gene
GT_PGL_16_AGS_2
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
62581
65070
exon
65139
65176
gene_21
gene
GT_PGL_17_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
67651
67995
gene_22
gene
GT_PGL_18_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
73326
73292
exon
72457
72313
exon
71846
71678
exon
71130
70872
exon
69991
69903
exon
69274
69092
exon
69012
68972
gene_23
gene
GT_PGL_18_AGS_2
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
73326
73292
exon
72457
72313
exon
71846
71678
exon
71130
70872
exon
69991
69883
gene_24
gene
GT_PGL_19_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
75411
75963
gene_25
gene
GT_PGL_20_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
83317
82985
exon
81808
81679
exon
81119
80925
exon
79444
79287
exon
78440
78350
exon
78163
78098
exon
77907
77825
exon
77636
77573
exon
77437
77369
exon
76904
76509
exon
76455
76447
gene_26
gene
GT_PGL_20_AGS_2
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
83318
82985
exon
81808
81679
exon
81119
80925
exon
79444
79287
exon
78440
78350
exon
78163
78098
exon
77907
77825
exon
77636
77573
exon
77437
77369
exon
76904
76533
exon
76455
76442
gene_27
gene
GT_PGL_20_AGS_3
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
83317
82985
exon
81808
81679
exon
81119
80925
exon
79444
79287
exon
78440
78350
exon
78163
78098
exon
77907
77825
exon
77636
77573
exon
77437
77369
exon
76904
76686
exon
76455
76447
gene_28
gene
GT_PGL_20_AGS_4
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
81202
80925
exon
79444
79287
exon
78440
78350
exon
78163
78098
exon
77907
77825
exon
77636
77573
exon
77437
77369
exon
76904
76509
exon
76455
76447
gene_29
gene
GT_PGL_20_AGS_5
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
83298
82985
exon
81801
81679
exon
81132
80841
gene_30
gene
GT_PGL_21_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
90244
90635
gene_31
gene
GT_PGL_22_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
91086
91311
exon
91431
91500
exon
91880
92494
exon
92576
93025
RepeatMasker
tomato repeats master
ATCOPIA47_I 3193 3232 1
ATCOPIA47_I 3193 3232 1
nucleotide_motif
234
5812
5851
ATCOPIA89_I 3787 3955 1
ATCOPIA89_I 3787 3955 1
nucleotide_motif
260
6005
6168
ATCOPIA38A_I 3991 4039 1
ATCOPIA38A_I 3991 4039 1
nucleotide_motif
229
6483
6530
Unknown00025 246 469 1
Unknown00025 246 469 1
nucleotide_motif
879
10364
10601
Copia00039 264 467 1
Copia00039 264 467 1
nucleotide_motif
1294
19885
20088
Unknown00019 154 699 1
Unknown00019 154 699 1
nucleotide_motif
770
46014
46585
Unknown00038 3409 3479 1
Unknown00038 3409 3479 1
nucleotide_motif
226
51850
51921
Unknown00034 3765 4052 1
Unknown00034 3765 4052 1
nucleotide_motif
1613
53157
53433
ATHILA7_I 6325 6419 1
ATHILA7_I 6325 6419 1
nucleotide_motif
227
73962
74057
RepeatMasker
tomato repeats master
Unknown00043 1884 2041 -1
Unknown00043 1884 2041 -1
nucleotide_motif
410
4793
4658
TS2 108 248 -1
TS2 108 248 -1
nucleotide_motif
374
5167
5025
Gypsy00073 1644 1693 -1
Gypsy00073 1644 1693 -1
nucleotide_motif
241
14450
14400
Unknown00019 48 707 -1
Unknown00019 48 707 -1
nucleotide_motif
4642
18709
18052
Copia00039 926 1108 -1
Copia00039 926 1108 -1
nucleotide_motif
574
20145
19943
Copia00039 264 467 -1
Copia00039 264 467 -1
nucleotide_motif
839
20304
20120
SONATA2 1 253 -1
SONATA2 1 253 -1
nucleotide_motif
1352
22659
22403
Gypsy00043 1066 1314 -1
Gypsy00043 1066 1314 -1
nucleotide_motif
1177
45993
45768
Copia00110 13309 13623 -1
Copia00110 13309 13623 -1
nucleotide_motif
1218
46257
45943
Gypsy00043 526 631 -1
Gypsy00043 526 631 -1
nucleotide_motif
818
46591
46485
Copia00089 3881 4021 -1
Copia00089 3881 4021 -1
nucleotide_motif
437
65433
65290
Unknown00025 251 471 -1
Unknown00025 251 471 -1
nucleotide_motif
392
66869
66641
Copia00151 8223 8382 -1
Copia00151 8223 8382 -1
nucleotide_motif
495
74288
74133
Copia00151 10063 10176 -1
Copia00151 10063 10176 -1
nucleotide_motif
316
91732
91622
BLAST_tomato_bacs
Tomato BAC sequences
BLAST_tomato_bacs
Tomato BAC sequences
match_1
match
1992
53800
54858
match_2
match
2234
20293
21440
match_3
match
2244
18714
19896
match_4
match
2797
31221
32679
match_5
match
3489
50609
52455
match_6
match
3907
67531
69531
match_7
match
4438
34648
37066
match_8
match
5281
15121
17814
match_9
match
5164
74698
77413
match_10
match
7741
27142
31169
match_11
match
8096
343
4492
match_12
match
8482
55310
59663
match_13
match
8659
4954
9342
match_14
match
9208
45813
50514
match_15
match
1515
57599
59002
match_16
match
1515
63494
64906
match_17
match
5291
38044
40779
match_18
match
4304
59798
62094
match_19
match
6675
62271
65761
match_20
match
6823
23074
26622
match_21
match
8201
69569
73814
match_22
match
1939
88701
89702
match_23
match
1992
53800
54858
match_24
match
2216
87523
88640
match_25
match
2797
31221
32679
match_26
match
3489
50609
52455
match_27
match
3907
67531
69531
match_28
match
3927
80854
82921
match_29
match
4252
85307
87478
match_30
match
4327
59798
62094
match_31
match
4438
34648
37066
match_32
match
5370
38044
40779
match_33
match
6377
89788
93025
match_34
match
6706
62271
65761
match_35
match
6845
23074
26622
match_36
match
7741
27142
31169
match_37
match
8209
69569
73814
match_38
match
8482
55310
59663
match_39
match
9208
45813
50514
match_40
match
74698
80839
match_41
match
1515
57599
59002
match_42
match
1515
63494
64906
match_43
match
1324
91873
93010
BLAST_tomato_bac_ends
Tomato Combined Clone-end Sequences (BACs and Fosmids)
clone_start_1
clone_start
490
1
271
clone_start_2
clone_start
896
343
794
clone_1
clone
938
842
34383
clone_end_1
clone_end
1053
842
1393
clone_2
clone
817.5
2260
33094
clone_end_2
clone_end
886
2260
2706
clone_end_3
clone_end
347
3099
3273
clone_end_4
clone_end
995
4954
5476
clone_end_5
clone_end
628
8231
8559
clone_3
clone
951.5
12138
32276
clone_end_6
clone_end
353
12138
12336
clone_4
clone
1034.5
12610
32276
clone_end_7
clone_end
519
12610
12871
clone_5
clone
734.5
15122
58831
clone_end_8
clone_end
916
15122
15583
clone_start_3
clone_start
391
18170
18382
clone_start_4
clone_start
246
21317
21440
clone_start_5
clone_start
458
21503
21733
clone_start_6
clone_start
666
32273
32679
clone_start_7
clone_start
749
32693
33094
clone_6
clone
1377.5
49528
82453
clone_start_8
clone_start
1429
49528
50248
clone_7
clone
1145
50609
86269
clone_start_9
clone_start
916
50609
51094
clone_end_9
clone_end
1001
54354
54858
clone_end_10
clone_end
359
54872
55052
clone_8
clone
564
55843
92297
clone_end_11
clone_end
648
55843
56193
clone_start_10
clone_start
1199
79358
80003
BLAST_tomato_bac_ends
Tomato Combined Clone-end Sequences (BACs and Fosmids)
clone_start_11
clone_start
823
34383
33831
clone_start_12
clone_start
749
33094
32693
clone_start_13
clone_start
1550
32276
31495
clone_start_14
clone_start
1550
32276
31495
clone_start_15
clone_start
553
58831
58553
clone_end_12
clone_end
1326
82453
81785
clone_end_13
clone_end
1374
86269
85577
clone_start_16
clone_start
480
92297
92056
clone_start_17
clone_start
991
76694
76150
clone_end_14
clone_end
890
79856
79367
clone_end_15
clone_end
1544
82479
81690
clone_start_18
clone_start
942
88032
87554
GenomeThreader_SGN_E_tomato
SGN Tomato ESTs
match_1
match_part
0.916
18238
18559
match_2
match_part
0.942
18238
18528
match_3
match_part
0.901
18238
18388
match_4
match_part
0.917
18239
18685
match_5
match_part
0.994
21575
22399
match_6
match_part
0.997
27462
28133
match_7
match_part
0.994
27543
28173
match_part
0.929
29547
29588
match_8
match_part
0.991
27543
28010
match_9
match_part
0.992
27544
28021
match_10
match_part
0.903
27648
28121
match_11
match_part
0.909
27660
28173
match_part
0.933
29547
29651
match_12
match_part
0.907
27702
28173
match_part
0.924
29547
29678
match_13
match_part
0.907
27712
28173
match_part
0.935
29547
29592
match_14
match_part
0.902
28041
28173
match_part
1.000
29547
29571
match_15
match_part
1.000
28110
28173
match_part
0.977
29547
30120
match_16
match_part
0.991
35680
36005
match_17
match_part
0.958
35685
36020
match_18
match_part
0.997
47273
47597
match_part
0.993
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48669
match_19
match_part
0.903
47288
47597
match_part
0.961
48083
48235
match_part
0.936
48412
48489
match_part
0.906
48658
48753
match_part
0.941
49593
49626
match_20
match_part
0.964
47294
47597
match_part
0.987
48083
48235
match_part
1.000
48412
48417
match_21
match_part
0.967
47296
47505
match_22
match_part
0.976
47296
47504
match_23
match_part
0.952
47297
47505
match_24
match_part
0.986
47297
47504
match_25
match_part
0.993
47299
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49826
match_26
match_part
0.985
47300
47504
match_27
match_part
1.000
47308
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48744
match_28
match_part
1.000
47331
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48745
match_29
match_part
0.988
47352
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48749
match_30
match_part
0.943
47352
47597
match_part
0.993
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48705
match_31
match_part
0.994
47352
47530
match_32
match_part
0.988
47354
47597
match_part
1.000
48083
48235
match_part
0.987
48412
48489
match_part
1.000
48658
48676
match_33
match_part
0.988
47356
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
0.992
50001
50120
match_34
match_part
0.992
47357
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
0.962
50001
50080
match_35
match_part
1.000
47365
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
0.990
50001
50097
match_36
match_part
1.000
47365
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49876
match_37
match_part
0.986
47380
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
1.000
50001
50079
match_38
match_part
0.995
47381
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
0.989
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GT_PGL_1_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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C02HBa0203P08.2
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GenomeThreader
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GT_PGL_14_AGS_1
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GenomeThreader
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GT_PGL_15_AGS_1
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GenomeThreader
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gene
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62581
65098
gene_17
gene
GT_PGL_16_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
67651
67995
gene_18
gene
GT_PGL_17_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
72371
72313
exon
71846
71678
exon
71130
70872
exon
69991
69903
exon
69274
69092
exon
69012
68972
gene_19
gene
GT_PGL_18_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
75411
75963
gene_20
gene
GT_PGL_19_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
83317
82985
exon
81808
81679
exon
81119
80925
exon
79444
79287
exon
78440
78350
exon
78163
78098
exon
77907
77825
exon
77636
77573
exon
77437
77369
exon
76904
76509
exon
76455
76447
gene_21
gene
GT_PGL_19_AGS_2
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
83318
82985
exon
81808
81679
exon
81119
80925
exon
79444
79287
exon
78440
78350
exon
78163
78098
exon
77907
77825
exon
77636
77573
exon
77437
77369
exon
76904
76533
exon
76455
76442
gene_22
gene
GT_PGL_19_AGS_3
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
83317
82985
exon
81808
81679
exon
81119
80925
exon
79444
79287
exon
78440
78350
exon
78163
78098
exon
77907
77825
exon
77636
77573
exon
77437
77369
exon
76904
76686
exon
76455
76447
gene_23
gene
GT_PGL_19_AGS_4
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
83298
82985
exon
81801
81679
exon
81132
80841
gene_24
gene
GT_PGL_20_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
90244
90635
gene_25
gene
GT_PGL_21_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
91086
91311
exon
91431
91500
exon
91880
92494
exon
92576
93025
AUGUSTUS_tom_cdna
de novo
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gene
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27740
29778
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29778
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29546
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27740
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1
29547
29778
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stop_codon
29776
29778
gene_2
gene
1
47370
50163
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transcript
1
47370
50163
start_codon_2
start_codon
47370
47372
intron_2
intron
1
47598
48082
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intron
1
48236
48411
intron_4
intron
1
48490
48657
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intron
1
48754
49592
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intron
1
49629
49741
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intron
1
49924
50000
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CDS
1
47370
47597
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CDS
1
48083
48235
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CDS
1
48412
48489
CDS_6
CDS
1
48658
48753
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CDS
1
49593
49628
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CDS
1
49742
49923
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CDS
1
50001
50163
stop_codon_2
stop_codon
50161
50163
gene_3
gene
0.99
56731
58992
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transcript
0.99
56731
58992
start_codon_3
start_codon
56731
56733
CDS_10
CDS
0.99
56731
58992
stop_codon_3
stop_codon
58990
58992
gene_4
gene
0.97
62632
64896
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transcript
0.97
62632
64896
start_codon_4
start_codon
62632
62634
CDS_11
CDS
0.97
62632
64896
stop_codon_4
stop_codon
64894
64896
gene_5
gene
0.2
74818
76722
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transcript
0.2
74818
76722
start_codon_5
start_codon
74818
74820
intron_8
intron
0.4
74855
75110
intron_9
intron
1
75152
75949
intron_10
intron
0.43
76047
76633
CDS_12
CDS
0.4
74818
74854
CDS_13
CDS
1
75111
75151
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CDS
0.49
75950
76046
CDS_15
CDS
0.43
76634
76722
stop_codon_5
stop_codon
76720
76722
gene_6
gene
1
91259
92293
transcript_6
transcript
1
91259
92293
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start_codon
91259
91261
intron_11
intron
1
91312
91430
intron_12
intron
1
91501
91879
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CDS
1
91259
91311
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CDS
1
91431
91500
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CDS
1
91880
92293
stop_codon_6
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92291
92293
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gene
0.98
92327
92809
transcript_7
transcript
0.98
92327
92809
start_codon_7
start_codon
92327
92329
intron_13
intron
1
92495
92575
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0.98
92327
92494
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CDS
1
92576
92809
stop_codon_7
stop_codon
92807
92809
AUGUSTUS_tom_cdna
de novo
gene_8
gene
0.23
4390
407
transcript_8
transcript
0.23
4390
407
intron_14
intron
0.93
406
1
intron_15
intron
1
592
488
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intron
1
830
702
intron_17
intron
1
1031
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intron_18
intron
1
1721
1103
intron_19
intron
1
1962
1830
intron_20
intron
1
2382
2064
intron_21
intron
0.99
3084
2450
intron_22
intron
1
3247
3166
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intron
0.24
4244
3468
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CDS
0.96
487
407
CDS_22
CDS
1
701
593
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CDS
1
887
831
CDS_24
CDS
1
1102
1032
CDS_25
CDS
1
1829
1722
CDS_26
CDS
1
2063
1963
CDS_27
CDS
0.99
2449
2383
CDS_28
CDS
0.99
3165
3085
CDS_29
CDS
0.37
3467
3248
CDS_30
CDS
0.58
4390
4245
start_codon_8
start_codon
4390
4388
gene_9
gene
1
9295
7081
transcript_9
transcript
1
9295
7081
stop_codon_8
stop_codon
7083
7081
intron_24
intron
1
7342
7108
intron_25
intron
1
8947
8032
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intron
1
9173
9058
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CDS
1
7107
7081
CDS_32
CDS
1
8031
7343
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CDS
1
9057
8948
CDS_34
CDS
1
9295
9174
start_codon_9
start_codon
9295
9293
gene_10
gene
0.82
22093
15928
transcript_10
transcript
0.82
22093
15928
stop_codon_9
stop_codon
15930
15928
intron_27
intron
1
17218
16379
intron_28
intron
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20861
17541
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intron
1
21725
21317
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CDS
1
16378
15928
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0.83
17540
17219
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0.99
21316
20862
CDS_38
CDS
1
22093
21726
start_codon_10
start_codon
22093
22091
gene_11
gene
1
26591
23613
transcript_11
transcript
1
26591
23613
stop_codon_10
stop_codon
23615
23613
intron_30
intron
1
24054
23847
intron_31
intron
1
25594
24292
intron_32
intron
1
26344
25978
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CDS
1
23846
23613
CDS_40
CDS
1
24291
24055
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CDS
1
25977
25595
CDS_42
CDS
1
26591
26345
start_codon_11
start_codon
26591
26589
gene_12
gene
0.99
32169
31252
transcript_12
transcript
0.99
32169
31252
stop_codon_11
stop_codon
31254
31252
CDS_43
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0.99
32169
31252
start_codon_12
start_codon
32169
32167
gene_13
gene
1
35988
35728
transcript_13
transcript
1
35988
35728
stop_codon_12
stop_codon
35730
35728
CDS_44
CDS
1
35988
35728
start_codon_13
start_codon
35988
35986
gene_14
gene
1
41565
36650
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transcript
1
41565
36650
stop_codon_13
stop_codon
36652
36650
intron_33
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1
37561
36737
intron_34
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1
37770
37682
intron_35
intron
1
38453
37837
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intron
1
39740
38550
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1
40207
39844
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1
41252
40366
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1
41439
41370
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1
36736
36650
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CDS
1
37681
37562
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CDS
1
37836
37771
CDS_48
CDS
1
38549
38454
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CDS
1
39843
39741
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CDS
1
40365
40208
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CDS
1
41369
41253
CDS_52
CDS
1
41565
41440
start_codon_14
start_codon
41565
41563
gene_15
gene
0.44
73484
67938
transcript_15
transcript
0.44
73484
67938
stop_codon_14
stop_codon
67940
67938
intron_40
intron
0.44
68716
68020
intron_41
intron
0.47
68926
68783
intron_42
intron
1
69091
69013
intron_43
intron
1
69902
69275
intron_44
intron
1
70871
69992
intron_45
intron
1
71677
71131
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intron
1
72312
71847
intron_47
intron
1
73291
72458
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CDS
0.57
68019
67938
CDS_54
CDS
0.47
68782
68717
CDS_55
CDS
0.6
69012
68927
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CDS
1
69274
69092
CDS_57
CDS
1
69991
69903
CDS_58
CDS
1
71130
70872
CDS_59
CDS
1
71846
71678
CDS_60
CDS
1
72457
72313
CDS_61
CDS
1
73484
73292
start_codon_15
start_codon
73484
73482
gene_16
gene
1
83070
76845
transcript_16
transcript
1
83070
76845
stop_codon_15
stop_codon
76847
76845
intron_48
intron
1
77368
76905
intron_49
intron
1
77572
77438
intron_50
intron
1
77824
77637
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intron
1
78097
77908
intron_52
intron
1
78349
78164
intron_53
intron
1
79286
78441
intron_54
intron
1
80924
79445
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intron
1
81678
81120
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intron
1
82984
81809
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1
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76845
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1
77437
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1
77636
77573
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1
77907
77825
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1
78163
78098
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1
78440
78350
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1
79444
79287
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1
81119
80925
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CDS
1
81808
81679
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CDS
1
83070
82985
start_codon_16
start_codon
83070
83068
AUGUSTUS_ab_initio
de novo
gene_1
gene
0.43
26879
29778
transcript_1
transcript
0.43
26879
29778
start_codon_1
start_codon
26879
26881
intron_1
intron
0.43
26904
27566
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intron
0.99
28174
29546
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CDS
0.43
26879
26903
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CDS
0.51
27567
28173
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CDS
0.98
29547
29778
stop_codon_1
stop_codon
29776
29778
gene_2
gene
0.45
47370
50163
transcript_2
transcript
0.45
47370
50163
start_codon_2
start_codon
47370
47372
intron_3
intron
0.94
47598
48082
intron_4
intron
0.63
48236
48657
intron_5
intron
1
48754
49592
intron_6
intron
0.84
49629
49741
intron_7
intron
1
49924
50000
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0.85
47370
47597
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CDS
1
48083
48235
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CDS
1
48658
48753
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CDS
0.84
49593
49628
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CDS
0.84
49742
49923
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CDS
1
50001
50163
stop_codon_2
stop_codon
50161
50163
gene_3
gene
0.99
56731
58992
transcript_3
transcript
0.99
56731
58992
start_codon_3
start_codon
56731
56733
CDS_10
CDS
0.99
56731
58992
stop_codon_3
stop_codon
58990
58992
gene_4
gene
0.99
62632
64896
transcript_4
transcript
0.99
62632
64896
start_codon_4
start_codon
62632
62634
CDS_11
CDS
0.99
62632
64896
stop_codon_4
stop_codon
64894
64896
gene_5
gene
0.51
91259
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transcript_5
transcript
0.51
91259
92293
start_codon_5
start_codon
91259
91261
intron_8
intron
0.99
91312
91430
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91259
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92291
92293
AUGUSTUS_ab_initio
de novo
gene_6
gene
0.01
9295
407
transcript_6
transcript
0.01
9295
407
intron_10
intron
0.63
406
1
intron_11
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1031
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intron
0.86
1721
1103
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intron
0.93
1962
1830
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intron
0.7
2382
2064
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3084
2450
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intron
1
3247
3166
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intron
0.35
3518
3350
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intron
0.23
4301
3564
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intron
0.31
6191
4403
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intron
0.34
7012
6233
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intron
0.47
7342
7078
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intron
0.97
8947
8032
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intron
0.58
9137
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0.85
487
407
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0.44
701
593
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CDS
0.51
887
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0.91
1102
1032
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0.99
1829
1722
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0.93
2063
1963
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0.7
2449
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0.76
3165
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0.62
3349
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0.37
3563
3519
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0.37
4402
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0.24
6232
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0.39
7077
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0.68
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0.58
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gene_7
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32169
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41565
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GenomeThreader_SGN_U_tomato
SGN Tomato Unigenes
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GenomeThreader_SGN_U_tomato
SGN Tomato Unigenes
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1.000
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gene
GT_PGL_1_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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gene
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gene
GT_PGL_2_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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gene
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GT_PGL_3_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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gene
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gene
GT_PGL_4_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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gene
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GT_PGL_5_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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gene
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GT_PGL_6_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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gene
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gene
GT_PGL_7_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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gene
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GT_PGL_8_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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gene
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GT_PGL_9_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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GT_PGL_10_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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gene
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GT_PGL_11_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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gene
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GT_PGL_12_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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GT_PGL_13_AGS_1
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C02HBa0203P08.2
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gene
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GT_PGL_14_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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gene
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gene
GT_PGL_14_AGS_2
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GenomeThreader
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C02HBa0203P08.2
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gene
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gene
GT_PGL_15_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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gene
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GT_PGL_15_AGS_2
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GenomeThreader
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C02HBa0203P08.2
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gene
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gene
GT_PGL_16_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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gene
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gene
GT_PGL_17_AGS_1
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GenomeThreader
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C02HBa0203P08.2
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gene
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gene
GT_PGL_18_AGS_1
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GenomeThreader
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C02HBa0203P08.2
type
gene
exon
90242
90715
gene_21
gene
GT_PGL_19_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
91085
91311
exon
91431
91500
exon
91880
92494
exon
92576
93025
GenomeThreader_SGN_markers
SGN marker sequences
match_1
match_part
0.997
47273
47597
match_part
1.000
48083
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49923
match_part
0.985
50001
50325
match_2
match_part
1.000
48154
48235
match_part
1.000
48412
48489
match_part
1.000
48658
48753
match_part
1.000
49593
49628
match_part
1.000
49742
49897
GenomeThreader_SGN_markers
SGN marker sequences
match_3
match_part
1.000
9432
9174
match_part
1.000
9057
8948
match_part
1.000
8031
7994
match_4
match_part
1.000
73326
73292
match_part
0.966
72457
72313
match_part
0.959
71846
71678
match_part
0.973
71130
70872
match_part
0.966
69991
69903
match_part
0.923
69274
69197
gene_1
gene
GT_PGL_1_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
9432
9174
exon
9057
8948
exon
8031
7994
gene_2
gene
GT_PGL_2_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
47273
47597
exon
48083
48235
exon
48412
48489
exon
48658
48753
exon
49593
49628
exon
49742
49923
exon
50001
50325
gene_3
gene
GT_PGL_3_AGS_1
transcript
source
GenomeThreader
seq_id
C02HBa0203P08.2
type
gene
exon
73326
73292
exon
72457
72313
exon
71846
71678
exon
71130
70872
exon
69991
69903
exon
69274
69197
AUGUSTUS_tom_pot_cdna
de novo
gene_1
gene
1
47370
50163
transcript_1
transcript
1
47370
50163
start_codon_1
start_codon
47370
47372
intron_1
intron
1
47598
48082
intron_2
intron
1
48236
48411
intron_3
intron
1
48490
48657
intron_4
intron
1
48754
49592
intron_5
intron
1
49629
49741
intron_6
intron
1
49924
50000
CDS_1
CDS
1
47370
47597
CDS_2
CDS
1
48083
48235
CDS_3
CDS
1
48412
48489
CDS_4
CDS
1
48658
48753
CDS_5
CDS
1
49593
49628
CDS_6
CDS
1
49742
49923
CDS_7
CDS
1
50001
50163
stop_codon_1
stop_codon
50161
50163
gene_2
gene
0.97
56731
58992
transcript_2
transcript
0.97
56731
58992
start_codon_2
start_codon
56731
56733
CDS_8
CDS
0.97
56731
58992
stop_codon_2
stop_codon
58990
58992
gene_3
gene
0.99
62632
64896
transcript_3
transcript
0.99
62632
64896
start_codon_3
start_codon
62632
62634
CDS_9
CDS
0.99
62632
64896
stop_codon_3
stop_codon
64894
64896
gene_4
gene
0.14
74818
76722
transcript_4
transcript
0.14
74818
76722
start_codon_4
start_codon
74818
74820
intron_7
intron
0.34
74855
75110
intron_8
intron
1
75152
75949
intron_9
intron
0.41
76047
76633
CDS_10
CDS
0.34
74818
74854
CDS_11
CDS
1
75111
75151
CDS_12
CDS
0.44
75950
76046
CDS_13
CDS
0.42
76634
76722
stop_codon_4
stop_codon
76720
76722
gene_5
gene
0.98
86128
92293
transcript_5
transcript
0.98
86128
92293
start_codon_5
start_codon
86128
86130
intron_10
intron
0.98
86275
88571
intron_11
intron
1
88634
91430
intron_12
intron
1
91501
91879
CDS_14
CDS
1
86128
86274
CDS_15
CDS
0.99
88572
88633
CDS_16
CDS
1
91431
91500
CDS_17
CDS
1
91880
92293
stop_codon_5
stop_codon
92291
92293
gene_6
gene
0.99
92327
92809
transcript_6
transcript
0.99
92327
92809
start_codon_6
start_codon
92327
92329
intron_13
intron
1
92495
92575
CDS_18
CDS
0.99
92327
92494
CDS_19
CDS
1
92576
92809
stop_codon_6
stop_codon
92807
92809
AUGUSTUS_tom_pot_cdna
de novo
gene_7
gene
0.26
4390
407
transcript_7
transcript
0.26
4390
407
intron_14
intron
0.95
406
1
intron_15
intron
1
592
488
intron_16
intron
1
830
702
intron_17
intron
1
1031
888
intron_18
intron
1
1721
1103
intron_19
intron
1
1962
1830
intron_20
intron
1
2382
2064
intron_21
intron
1
3084
2450
intron_22
intron
1
3247
3166
intron_23
intron
0.26
4244
3468
CDS_20
CDS
0.99
487
407
CDS_21
CDS
1
701
593
CDS_22
CDS
1
887
831
CDS_23
CDS
1
1102
1032
CDS_24
CDS
1
1829
1722
CDS_25
CDS
1
2063
1963
CDS_26
CDS
1
2449
2383
CDS_27
CDS
1
3165
3085
CDS_28
CDS
0.42
3467
3248
CDS_29
CDS
0.52
4390
4245
start_codon_7
start_codon
4390
4388
gene_8
gene
1
9295
7081
transcript_8
transcript
1
9295
7081
stop_codon_7
stop_codon
7083
7081
intron_24
intron
1
7342
7108
intron_25
intron
1
8947
8032
intron_26
intron
1
9173
9058
CDS_30
CDS
1
7107
7081
CDS_31
CDS
1
8031
7343
CDS_32
CDS
1
9057
8948
CDS_33
CDS
1
9295
9174
start_codon_8
start_codon
9295
9293
gene_9
gene
0.85
22093
15928
transcript_9
transcript
0.85
22093
15928
stop_codon_8
stop_codon
15930
15928
intron_27
intron
1
17218
16379
intron_28
intron
0.85
20861
17541
intron_29
intron
1
21725
21317
CDS_34
CDS
1
16378
15928
CDS_35
CDS
0.87
17540
17219
CDS_36
CDS
0.98
21316
20862
CDS_37
CDS
1
22093
21726
start_codon_9
start_codon
22093
22091
gene_10
gene
1
26591
23613
transcript_10
transcript
1
26591
23613
stop_codon_9
stop_codon
23615
23613
intron_30
intron
1
24054
23847
intron_31
intron
1
25594
24292
intron_32
intron
1
26344
25978
CDS_38
CDS
1
23846
23613
CDS_39
CDS
1
24291
24055
CDS_40
CDS
1
25977
25595
CDS_41
CDS
1
26591
26345
start_codon_10
start_codon
26591
26589
gene_11
gene
0.98
32169
31252
transcript_11
transcript
0.98
32169
31252
stop_codon_10
stop_codon
31254
31252
CDS_42
CDS
0.98
32169
31252
start_codon_11
start_codon
32169
32167
gene_12
gene
1
35988
35728
transcript_12
transcript
1
35988
35728
stop_codon_11
stop_codon
35730
35728
CDS_43
CDS
1
35988
35728
start_codon_12
start_codon
35988
35986
gene_13
gene
0.79
41565
36650
transcript_13
transcript
0.79
41565
36650
stop_codon_12
stop_codon
36652
36650
intron_33
intron
1
37561
36737
intron_34
intron
1
37770
37682
intron_35
intron
1
38453
37837
intron_36
intron
1
39740
38550
intron_37
intron
1
40207
39844
intron_38
intron
1
41252
40366
intron_39
intron
1
41439
41370
CDS_44
CDS
1
36736
36650
CDS_45
CDS
1
37681
37562
CDS_46
CDS
1
37836
37771
CDS_47
CDS
1
38549
38454
CDS_48
CDS
1
39843
39741
CDS_49
CDS
1
40365
40208
CDS_50
CDS
1
41369
41253
CDS_51
CDS
0.79
41565
41440
start_codon_13
start_codon
41565
41563
gene_14
gene
0.59
73484
67938
transcript_14
transcript
0.42
73484
67938
stop_codon_13
stop_codon
67940
67938
intron_40
intron
0.42
68716
68020
intron_41
intron
0.47
68926
68783
intron_42
intron
1
69091
69013
intron_43
intron
1
69902
69275
intron_44
intron
1
70871
69992
intron_45
intron
1
71677
71131
intron_46
intron
1
72312
71847
intron_47
intron
1
73291
72458
CDS_52
CDS
0.56
68019
67938
CDS_53
CDS
0.47
68782
68717
CDS_54
CDS
0.62
69012
68927
CDS_55
CDS
1
69274
69092
CDS_56
CDS
1
69991
69903
CDS_57
CDS
1
71130
70872
CDS_58
CDS
1
71846
71678
CDS_59
CDS
1
72457
72313
CDS_60
CDS
1
73484
73292
start_codon_14
start_codon
73484
73482
transcript_15
transcript
0.17
73484
67938
stop_codon_14
stop_codon
67940
67938
intron_48
intron
0.37
68716
68020
intron_49
intron
0.39
68926
68783
intron_50
intron
1
69091
69013
intron_51
intron
0.79
69514
69275
intron_52
intron
0.61
69902
69659
intron_53
intron
1
70871
69992
intron_54
intron
1
71677
71131
intron_55
intron
1
72312
71847
intron_56
intron
1
73291
72458
CDS_61
CDS
0.56
68019
67938
CDS_62
CDS
0.39
68782
68717
CDS_63
CDS
0.58
69012
68927
CDS_64
CDS
1
69274
69092
CDS_65
CDS
0.51
69658
69515
CDS_66
CDS
1
69991
69903
CDS_67
CDS
1
71130
70872
CDS_68
CDS
1
71846
71678
CDS_69
CDS
1
72457
72313
CDS_70
CDS
1
73484
73292
start_codon_15
start_codon
73484
73482
gene_15
gene
1
83070
76845
transcript_16
transcript
1
83070
76845
stop_codon_15
stop_codon
76847
76845
intron_57
intron
1
77368
76905
intron_58
intron
1
77572
77438
intron_59
intron
1
77824
77637
intron_60
intron
1
78097
77908
intron_61
intron
1
78349
78164
intron_62
intron
1
79286
78441
intron_63
intron
1
80924
79445
intron_64
intron
1
81678
81120
intron_65
intron
1
82984
81809
CDS_71
CDS
1
76904
76845
CDS_72
CDS
1
77437
77369
CDS_73
CDS
1
77636
77573
CDS_74
CDS
1
77907
77825
CDS_75
CDS
1
78163
78098
CDS_76
CDS
1
78440
78350
CDS_77
CDS
1
79444
79287
CDS_78
CDS
1
81119
80925
CDS_79
CDS
1
81808
81679
CDS_80
CDS
1
83070
82985
start_codon_16
start_codon
83070
83068
BLAST_ath_pep
AGI Proteins (arabidopsis.org)
match_1
match
645
62701
64890
match_2
match
597
56911
58986
match_3
match
176
91868
92725
match_4
match
597
56803
58983
match_5
match
626
62683
64887
match_6
match
466
62710
64887
match_7
match
466
56815
58983
match_8
match
518
56815
58983
match_9
match
531
62806
64887
match_10
match
518
56911
58983
match_11
match
531
62806
64887
match_12
match
134
91877
92500
match_13
match
315
62770
64884
match_14
match
304
56875
58980
match_15
match
489
62698
64884
match_16
match
487
56794
58980
match_17
match
462
56794
58980
match_18
match
476
62689
64884
match_19
match
470
56803
58980
match_20
match
474
62698
64884
match_21
match
362
56959
58980
match_22
match
376
62923
64884
match_23
match
154
58192
58884
match_24
match
159
64093
64788
match_25
match
264
56875
58698
match_26
match
278
62770
64611
match_27
match
444
62680
64884
match_28
match
451
56785
58980
match_29
match
451
62704
64884
match_30
match
446
56809
58980
match_31
match
126
91877
92695
match_32
match
126
91877
92695
match_33
match
570
56782
58980
match_34
match
608
62677
64884
match_35
match
764
56806
58989
match_36
match
820
62701
64893
match_37
match
124
91868
92695
match_38
match
311
56905
58902
match_39
match
345
62800
64878
match_40
match
109
91877
92473
match_41
match
195
91877
92731
match_42
match
193
91886
92731
match_43
match
193
91886
92731
match_44
match
278
56794
58980
match_45
match
298
62701
64884
match_46
match
32.7
92695
92892
match_47
match
182
91877
92689
match_48
match
107
92081
92689
match_49
match
32.7
92695
92892
match_50
match
35.8
92704
92913
match_51
match
164
91877
92695
match_52
match
25.0
92955
93017
match_53
match
139
91877
92497
match_54
match
723
56809
58986
match_55
match
771
62704
64890
match_56
match
732
56788
58983
match_57
match
772
62707
64887
match_58
match
346
27641
28174
match_59
match
112
91877
92500
match_60
match
449
56800
58980
match_61
match
465
62698
64884
match_62
match
456
56800
58980
match_63
match
469
62698
64884
match_64
match
263
91832
92695
match_65
match
74.7
92695
92922
match_66
match
34.3
92928
93014
match_67
match
117
91877
92518
match_68
match
447
56806
58980
match_69
match
464
62776
64884
match_70
match
467
62710
64884
match_71
match
467
56815
58980
match_72
match
481
62680
64884
match_73
match
470
56785
58980
match_74
match
441
62680
64884
match_75
match
427
56785
58980
match_76
match
484
62689
64884
match_77
match
485
56803
58980
match_78
match
466
56803
58980
match_79
match
484
62698
64884
match_80
match
462
56914
58980
match_81
match
480
62809
64884
match_82
match
450
62758
64884
match_83
match
444
56863
58980
match_84
match
310
62728
64887
match_85
match
287
56875
58983
match_86
match
399
62782
64884
match_87
match
407
56887
58980
match_88
match
409
56887
58980
match_89
match
409
62782
64884
match_90
match
427
62698
64884
match_91
match
414
56914
58980
match_92
match
372
62704
64884
match_93
match
201
58072
58980
match_94
match
240
56809
57804
match_95
match
426
62698
64884
match_96
match
429
56803
58980
match_97
match
453
62809
64884
match_98
match
451
56914
58980
match_99
match
313
56896
58974
match_100
match
337
62791
64878
match_101
match
122
91877
92716
match_102
match
709
56794
58983
match_103
match
752
62704
64887
match_104
match
115
91877
92695
match_105
match
139
91877
92695
match_106
match
37.4
92695
92886
match_107
match
487
62695
64884
match_108
match
481
56803
58980
match_109
match
127
91877
92695
match_110
match
23.1
92695
92820
match_111
match
429
56794
58980
match_112
match
446
62689
64884
match_113
match
118
91877
92695
match_114
match
346
27641
28174
match_115
match
306
62728
64884
match_116
match
292
56833
58980
match_117
match
442
62833
64887
match_118
match
428
56938
58983
match_119
match
543
62698
64887
match_120
match
516
56800
58983
match_121
match
116
91886
92485
match_122
match
185
91877
92695
match_123
match
55.8
92704
92880
match_124
match
727
56806
58986
match_125
match
791
62701
64890
match_126
match
451
56800
58980
match_127
match
447
62701
64884
match_128
match
457
56809
58980
match_129
match
460
62704
64884
match_130
match
474
62698
64884
match_131
match
472
56800
58980
match_132
match
479
56800
58980
match_133
match
496
62698
64884
match_134
match
490
62698
64884
match_135
match
475
56800
58980
match_136
match
478
56800
58980
match_137
match
494
62698
64884
match_138
match
462
62698
64884
match_139
match
453
56914
58980
match_140
match
122
64384
64884
match_141
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