SolRgene
Sequence
Genotype: 750_2Study: blb1 Allele Mining study
1 ATGGCTGAAG CTTTCATTCA AATTCTGCTA GAAAATATCA CTTCTTTCAT CCAAAGGGAA CTTGGATTGC TTCTCGGTTT TGAAAATGAC TTTGAAAATA
101 TTTCGAGCAG GTTTTCTACA ATTCAAGCCG TGCTTGAAGA TGCTCAGGAG AAGCAACTAA AGGACAAGGC AATTAAAAAC TGGTTACAGA AACTCAATGC
201 TGCAGCATAT AAAGTTGATG ACCTATTGGA CGAATGTAAA TATGAGTCAG CAAGACTCAA GCAGTCTCGA TTAGGGCGTT ATCATCCAAA GACTATTGCT
301 TTCCATCACA AGATTGGGAA AAGGATAAAA GAGATGATGG AGAAACTAGA TGCAATTGCT AAGGAAAGAA CGGATTTTCA TTTGCACGAA AAGATTATAG
401 AAAGACAAGT TGCTAGACCG GAAACAGGTG CTCATCTTAA ATTAGTATTA GAACAAATTT GTCTATATTC ATTTTTTTTG GCAATTATCA AATTCATGTG
501 TGTGTTTGGG GTGAGGGAAA GTTTCAAAGA TTTTCCCTAA ATGTTAGTCT CAAGTGTCTT AACTATTCAC TAACTTTGAT GATTGATATA TAGCTTATTT
601 TCTAAAAGTT CTTAAGATTG TAGAAGAACT TTACTCCTAT CAACATCAAC TGTAGACATT TTTTGCAGAA GGATGAACTC TTCCTTCAAA TTTTTTGTCT
701 ACTAACGGAA AGGACGATAA AAACACATCT TAACAACTTT TGGGTCAATC AACAAGTTGG TGTCTAGCCT AACCGCCCAC CATTCATGGT GGTTTTAATT
801 TAAAAAAAAA ACTCAGTTAT TTAGACCACG AAAAAATTGT GAATTCAATA CAGACTTAAT GATTACTCTA GCATTTTTCA CTTTACCAAG TGGTAACTCA
901 ACATGATTTT CTCATGTTTC CTGCTCCTCA AACTAATCCA TATCTCTTTA AGGTGTGCAA ATATCTTGAA TGTAACAATA TTCTCGTGTG GACATTGCTT
1001 GGACCAGGTT CTGTTTTAAC TGAACCACAA GTTCATGGAA GAGACAAAGA GGAAGATGAC ATAGTGAAAA TCCTGATAAA CAATGTTAGT AATGCCCAAG
1101 AGCTTTCAGT CCTCCCAATA CTTGGTATGG GGGGGCTAGG AAAAACGACT CTTGCCCAGA TGGTCTTCAA TGATCAGAGA GTAACTGAGC ATTTCCATCC
1201 CAAATTATGG ATTTGTGTCT CAGATGATTT TGATGAGAAG AGATTGATAA AGACAATTAT AGGTAATATT GAAAGAAGTT CTCTTGATGT CGAGGACTTG
1301 GCTTCATTTC AGAAGAAGCT TCAGGAGTTG TTGAATGGAA AAAGATACTT GCTTGTCTTA GATGATGTTT GGAATGAAGA TCAAGATAAG TGGGATAATT
1401 TAAGAGCAGT GTTGAAGGTT GGAGCAAGTG GTGCTTCTGT TCTAACTACT ACTCGTCTTG AAAAGGTTGG ATCAATTATG GGAACTTTGC AACCATATGA
1501 ATTGTCAAAT CTGTCTCAAG AAGACTGTTG GTTGTTGTTC ATACAACGTG CATTTAGACA TCAAGAAGAA ATAAGTCCTA ACTTTGTGGC TATCGGAAAG
1601 GAGATTGTGA AAAAAAGTGG TGGTGTGCCT CTAGCAGCCA AGACTCTTGG AGGTCTTTTG CGCTTCAAGA GAGAAGAAAG AGAATGGGAA CATGTGAGAG
1701 ATAGCGAGAT TTGGAATTTA CCTCAAGATG AAAGGTCTAT TATGCCTGCC CTAAGGCTTA GTTATCATCA TCTTCCACTT GATTTGAGAC AATGCTTTGT
1801 GTATTGTGCA GTTTTCCTAA AGGACACTGA AATGGAAAAA GAAAAGCTAA TCTCTCTCTG GATGGCGCAC GGTTTTCTTT TATCAAAAGG AAACATGGAG
1901 CTAGAGGATG TGGGCAATGA AGTATGGAAA GAATTATGCT TGAGGTCTCT TTTCCAAGAG ATTGAAGTTA AAGATGGTAA AACTTATTTC AAGATGCATG
2001 ATCTCATCCA TGATTTGGCT ACATCTCTGT TTTCAGCAAG CGCATCAAGC AGCAATATCC GCGAAATAAA TGTAAAAGGT TACCCACATA GGATGATGTC
2101 CATTGGTTTC GCTGAACTGG TGTCTTCTTA CTCTCCTTCT CTCTCGCAAA AGTTTGTCTC ATTAAGAGTG CTTAATCTAG GTAACTCAAA ATTTAAGAAG
2201 TTACCATCTT CCATTGGAGA TCTAATACAT TTAAGATACT TGAACCTCTC TAGCAATAAC ATAAGTCTTC CAAAGCAGTT ATGCAAGCTT CAAAATCTGC
2301 AAACTCTTGA TCTACAATAT TGCACCAGAA TTTGTTGTTT GCCAAAAGAA ACAAGTAAAC TTGGTAGTCT CCGAAATCTT TTACTTGATG GTTGCAATAA
2401 ATTGACTTGT ATGCCACCAA GGATAGGATC TTTGACATGC CTTAAGACTC TAGATTGCTT TGTTGTTGGA AGGAAGAAAG GTTATCAACT TGGTGAACTA
2501 GGAAGCCTAA ATCTCTATGG CTCAATTAAA ATCTCGCATC TTGAGAGTGT GAAGAATGAT AAGGATGCAA AAGAAGCCAA TTTATCTGCA AAAGGGAATC
2601 TGCATTCTTT AATCATGAGT TGGGACAGCG GACCACATAG AGATGAATCA GAAGATGTTA AAGTGCTTGA AGCCCTCAAA CCACACCCCA ATCTGACTTC
2701 TTTAACAATC AATGGCTTCA GAGGATTCCG TCTCCCAGAG TGGATGAATC ACTCAGTATT GAAAAATATT GTCTCTATTG TAATTACCGA CTGCAGAAAC
2801 TGCTCGTGCT TACCACCCTT TGGTGATCTG CCTTGTCTAG AAAGTCTAGA GTTACAATAT GGGTGTGTGG AGTATGTTGA TGTTGATGTT GATTCTGGAT
2901 TCCCCAGAAG AATAAGGTTT CCATCCCTGA GAAAACTTTG TATAACATAT TTTGGTAATC TGAAAGGATT GGTGAAAAAG GAAGGAGGAG AGCAATTCCC
3001 TGTGCTTGAA GAGATGGAGA TTCGCTATTG CCCTATTCTG ACCCTTTCTT CTAATCTTAG GGCTCTTACT TCCCTCAACA TTAGCGATAA TGAAGAAGCT
3101 ACTTCATTAC CAGAAGAGAT GTTCAATAGC CTTGCAAATC TCAAATACTT GAATATCTCT GACTTCAATA ATCTCAAAGA GCTGCCTACC AGCCTGGCCA
3201 GTCTCAATGC TTTGAAGAGT CTCCAATTTG AATTTTGTGA CGCACTAGAG AGTCTCCCAG AGGAAGGGGT GAAAGGTTTA ACTTCACTCA CCGAGTTATT
3301 TGTTACATCC TGTAAGATGC TAAAATGTTT ACCGGAGGGA TTGCAGCACC TAACAGCCCT CACAACTTTA ACAATTAGGA GATGTCCAAC ACTGGCCAAG
3401 CGGTGTGAGG AGGGAATAGG AGAAGACTGG CACAAAATTG CACACATTCC TAATGTGGAA ATATATTCCT AAGTATTATT TGTAAATGTT TCTTTGTTTG
3501 CGAGTCTTTT TGGTTCCTGC CATTGTGATT G