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Sequences
The following sequences are available for this feature:
mRNA from alignment at An09:1298575..1302095+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >CBS51388_006317-T1 ID=CBS51388_006317-T1|Name=CBS51388_006317-T1|organism=Aspergillus niger CBS 513.88|type=mRNA|length=3521bp|location=Sequence derived from alignment at An09:1298575..1302095+ (Aspergillus niger CBS 513.88)
ATGTCGCGCAAGCGCAAGGCCTCTTCTACGATATATACAAGCCACGGAAG
CCACAAACGAAAGAAACGGTGGAGATATCAGCACGTCGTTCATTCAAGCG
ACACCGAGACAGACAACGATAGTGAAGCTCTAGGTGCAGACGAGTGGCTT
ATCAACTGTATACTTGACGAGTCCGAATCGCAGTACCTGATTGACTGGGA
AGGACCGTGGACGCCTACTTGGGTGAGCTTAGTGACCAGTCTGCTACCTT
CTGCCCTTTCTTGCTTCATCGGAGGCTTGTTGGAAGTACTGGGAGCTTCA
TTGGTCTAACTGCCCGCCGTGAAATACCAGGAACCGAAGGAAAACGCCAA
CGACGTTGCCGTGCAAGTTTGGGAGGACAAGAAGCGAAGAGATCAGGTCC
AAGAGGAATTTGTTCGATGTAACACTCCACTACCATTACCACCAACACCG
CCACCCGGCTCCAGTGTTCAAGAACGCTGTAGAGACTCTTTGGGTCCCAA
TTTCAGTCAGCCCCAGACAGAAGCCCCGACTGACGAACCCCCGCCTAGAC
AGTCCCCAACCTCCCCTCCCTTTGTTCTACCCAGCACTGAACCAGAACCT
AGTCTGTGTCTGGATGACGACGCCCGCGGAATTCTGAGGAGTTCCAGTGT
TAATACAGAAGTGCCCAGTCACCCGCCGCAGTCGGATATTGACAACCTAC
TTAACCCGGAAGTGCTTCCGACTGCCCGTGCCACTGAGGTCCCTGCTATC
TTCTCGACTCCTCGCGAACCCAGAGTATCGGACGAAGTCGAAGAGACGCC
GACCACGCCTTGCCGTGCTGGAAACACAGGCACACCGAACGTCGCTGAAG
GGATCCCTGAAACTCCGCATAACGAATCTTCCGCTGCGCCGGCGAACATA
CCCGAGTTATTGCCCGCCAACCCGGCCGAAGGAGCTGATGAAATACCCGA
AACTCCGCCTGGCCTAGTTGATGAACCCCAGCTATTCAGACGTGCGAGTA
CAGTACCCGAGTCAATTGCTGTAAACAGTACGCACACTCCAGCAGCTCGT
ATTTCCCCGGCGCCAAGTTTTCGTTCATTAGTCGACCAATTAATAAGCTC
AATATCGAGACCCAGCATGGATACTCAAGAGAAGGAAGGACCGTCGCTGT
CCGAGACCATGGAGAAATACAGCCAATTCGAAGGGTCCACACCGAGGGAA
AAGCTCAGGAATGCATATGCACAATTGCGCGCAAAAGCGAACCCTGGCCC
GGAGTCAAGTGCGACGCCATCCTCTGCTGGAGACATAGAGCCTTCGGCTC
CTGTTTCTATACCTGAGACCACAGCTCCTCTCAGTGTTCGGGTCGATAAG
GAACCGACACATCCTAAAGATAATGAAGCGAACCAGGATACTACAATACC
CCCTGTCGAGCCTGAGGAGATAGGACCTCCTCAGACGATTCAGCCGAGCG
CATTGTCAATGCACTTCGCGGAAGAGCCAACACCTGGTTCGGTCCATCTT
GGGCCGTCGGAGTTTGCTGTGCCTCTTCCAATGGACTCCAGAGTCAAAGA
TGACTATGAACGGGTCCTGACCAGCGAAAGCCAGAGTATTCGCGATTTTC
TCGGTGTAACAAGCTCCCAACCCGACACTACAGAATATCAGGTTCGACGC
CCACCGCCCCTCACTTTGCTGTATACTGACTAGCAAGTAGCGTGATTCGC
TTTTGCCGAAGATGCATGATATACTAGATCGTTTGAGCAACATTTCTACA
CACCCAGATTTGAACATTGCGGAACACATCAACTCCGAGTCGGACCTAGG
GAGGGAAGCTGCTTGGGCTGAGTATTCAAGCGCGAAATTCTTGCTCTTAA
GCTACCTCTTAGAGACAGCGAGCATGCGCGATATACATTTGGTTATTATG
GTGCAAGGAGAGAAGACCCAGCGGGTGGTTGAACGTTATTTGATGGGCAA
GGGCCTGTTGTATACCCGTCCACGCCAGGAAATGGGATCGGGCACGAATA
TCGAGGTTTCCATGGTAAAGGATTCCTTGAGTTTTGGGATTCAAACCACG
CGCAATGATGGGGTTATGGAGACCTATAAGCCTCCTGCCGCTATCATCGC
TTTAGATAAGTCTTTCAGCAGCAAGACGCCCACAGTGGAACACATGCGAA
CCACGTTTGCTCGCAACGGAAATCTGCTTCCGGTGGTTCGTCTTCTAGTG
TCAAACTCCAGCGAGCATATCGAGCTTTGTTTCCCCGGTCTGTCAGAGCC
CGAACGTCTTAGGACAGTCTTGCAATACTCCATACGTCTCCGTGACGTAG
TTGGTGACCTTCAAGATGACGCTCTTGGAGTACAGGAGGATGCAGAGGAA
CTTCTCTCCTGCCTTGTCTCGGATAATTTCAACGCTCATTGGTCTCTACC
TCACATTGAGCCTTTGCACATTCTGAGCCCCGAACAACTTGAGTCGTCTC
AACAAGAGCTGCAAAGCCGACCTGGTGTCGACATTCAGCTGACGAATCCT
CAAGCCCAGAAACGAGCATTCGTGAGTCGATCAGGATGTCAAATGTTTCT
AAAACGTCAGACTAACATCGAGGTAGCAGGCAGAAGATGAGGTCGAACAA
TCAGCCAAGAGAATGAAAACGGAAGAGCCGACGCAAGAGCCAACCCAGTC
CACTGAATCAACTGGATTTCCTAGTCAACCATTAAACGGTGGGCTCCAAA
CACTAGAAAATCACCTTGTTCAGATGCAGAACTCGCACGCAGCAGAGCTC
GAAAAGCTCCAGAAAGCTCTCGCAGGAGCCCAAGCCCGTCTTCAGGAAAG
AGAGAACGTGCTGGAAAAGCTGCAGCACCGTTACGAGACAAGAACCAAAG
ACTTCCACAAACTCCGACGGGAGCATGACCGTCTCACCCAAGCTAAGACC
ACATCCGACCAGCGAGTCGAAAAGCAGAAGGAAGAGCTCATGAAATTGAA
GGACGAACGGACCCAGCTCCGACACGAACTCGAAGAGGCCCGCGCATCCC
TCAAAGCAGGCGGGGGCAGCGCAGCCGAACTCGAATCAGCAAGGGAAGAC
ATTCGGCGTCTGACTAAAGACAATGCATCGCTAGAACGCAAAGCCGAGTA
CGAAGCCCGACAAGCGGAATACACGCGCGAACAGTACCAGACCGCCTCGA
CAGTGGCCGCACAATCAGGCAACGAGCTTCGCCAACTGCGCAGCGAGAAC
GAAACCCTGAAACGGAAGGTCGAAGGAGACGCCACCCATCTGCGCGAACT
CAACGCGAAGAACGACGAAGCCCGCCATCTCGCGCGGGTTCTCGAACTCG
AAGCAACCCTCACGTCCCGCGAAGATCTGCTCCGCCGGAAGGAAGAAGAA
CTTCGGGAAATTCGGAAAAATCGCCCGTCCACTCGCTCAACCAGCACACA
GCCGCGAAGCCCCAAATGGACTGCAGGTAATAGCCGGCCCACGAGTCCTG
GCATCAACAATGGTTCATCGCTTGCAGGTCGCGGTAGTGCGCTCAGATTC
AGCTCCGAAATGCCTCTTTAG back to topCoding sequence (CDS) from alignment at An09:1298575..1302095+ >CBS51388_006317-T1 ID=CBS51388_006317-T1|Name=CBS51388_006317-T1|organism=Aspergillus niger CBS 513.88|type=CDS|length=13140bp|location=Sequence derived from alignment at An09:1298575..1302095+ (Aspergillus niger CBS 513.88)
ATGTCGCGCAAGCGCAAGGCCTCTTCTACGATATATACAAGCCACGGAAG
CCACAAACGAAAGAAACGGTGGAGATATCAGCACGTCGTTCATTCAAGCG
ACACCGAGACAGACAACGATAGTGAAGCTCTAGGTGCAGACGAGTGGCTT
ATCAACTGTATACTTGACGAGTCCGAATCGCAGTACCTGATTGACTGGGA
AGGACCGTGGACGCCTACTTGGGAACCGAAGGAAAACGCCAACGACGTTG
CCGTGCAAGTTTGGGAGGACAAGAAGCGAAGAGATCAGGTCCAAGAGGAA
TTTGTTCGATGTAACACTCCACTACCATTACCACCAACACCGCCACCCGG
CTCCAGTGTTCAAGAACGCTGTAGAGACTCTTTGGGTCCCAATTTCAGTC
AGCCCCAGACAGAAGCCCCGACTGACGAACCCCCGCCTAGACAGTCCCCA
ACCTCCCCTCCCTTTGTTCTACCCAGCACTGAACCAGAACCTAGTCTGTG
TCTGGATGACGACGCCCGCGGAATTCTGAGGAGTTCCAGTGTTAATACAG
AAGTGCCCAGTCACCCGCCGCAGTCGGATATTGACAACCTACTTAACCCG
GAAGTGCTTCCGACTGCCCGTGCCACTGAGGTCCCTGCTATCTTCTCGAC
TCCTCGCGAACCCAGAGTATCGGACGAAGTCGAAGAGACGCCGACCACGC
CTTGCCGTGCTGGAAACACAGGCACACCGAACGTCGCTGAAGGGATCCCT
GAAACTCCGCATAACGAATCTTCCGCTGCGCCGGCGAACATACCCGAGTT
ATTGCCCGCCAACCCGGCCGAAGGAGCTGATGAAATACCCGAAACTCCGC
CTGGCCTAGTTGATGAACCCCAGCTATTCAGACGTGCGAGTACAGTACCC
GAGTCAATTGCTGTAAACAGTACGCACACTCCAGCAGCTCGTATTTCCCC
GGCGCCAAGTTTTCGTTCATTAGTCGACCAATTAATAAGCTCAATATCGA
GACCCAGCATGGATACTCAAGAGAAGGAAGGACCGTCGCTGTCCGAGACC
ATGGAGAAATACAGCCAATTCGAAGGGTCCACACCGAGGGAAAAGCTCAG
GAATGCATATGCACAATTGCGCGCAAAAGCGAACCCTGGCCCGGAGTCAA
GTGCGACGCCATCCTCTGCTGGAGACATAGAGCCTTCGGCTCCTGTTTCT
ATACCTGAGACCACAGCTCCTCTCAGTGTTCGGGTCGATAAGGAACCGAC
ACATCCTAAAGATAATGAAGCGAACCAGGATACTACAATACCCCCTGTCG
AGCCTGAGGAGATAGGACCTCCTCAGACGATTCAGCCGAGCGCATTGTCA
ATGCACTTCGCGGAAGAGCCAACACCTGGTTCGGTCCATCTTGGGCCGTC
GGAGTTTGCTGTGCCTCTTCCAATGGACTCCAGAGTCAAAGATGACTATG
AACGGGTCCTGACCAGCGAAAGCCAGAGTATTCGCGATTTTCTCGGTGTA
ACAAGCTCCCAACCCGACACTACAGAATATCAGATGCATGATATACTAGA
TCGTTTGAGCAACATTTCTACACACCCAGATTTGAACATTGCGGAACACA
TCAACTCCGAGTCGGACCTAGGGAGGGAAGCTGCTTGGGCTGAGTATTCA
AGCGCGAAATTCTTGCTCTTAAGCTACCTCTTAGAGACAGCGAGCATGCG
CGATATACATTTGGTTATTATGGTGCAAGGAGAGAAGACCCAGCGGGTGG
TTGAACGTTATTTGATGGGCAAGGGCCTGTTGTATACCCGTCCACGCCAG
GAAATGGGATCGGGCACGAATATCGAGGTTTCCATGGTAAAGGATTCCTT
GAGTTTTGGGATTCAAACCACGCGCAATGATGGGGTTATGGAGACCTATA
AGCCTCCTGCCGCTATCATCGCTTTAGATAAGTCTTTCAGCAGCAAGACG
CCCACAGTGGAACACATGCGAACCACGTTTGCTCGCAACGGAAATCTGCT
TCCGGTGGTTCGTCTTCTAGTGTCAAACTCCAGCGAGCATATCGAGCTTT
GTTTCCCCGGTCTGTCAGAGCCCGAACGTCTTAGGACAGTCTTGCAATAC
TCCATACGTCTCCGTGACGTAGTTGGTGACCTTCAAGATGACGCTCTTGG
AGTACAGGAGGATGCAGAGGAACTTCTCTCCTGCCTTGTCTCGGATAATT
TCAACGCTCATTGGTCTCTACCTCACATTGAGCCTTTGCACATTCTGAGC
CCCGAACAACTTGAGTCGTCTCAACAAGAGCTGCAAAGCCGACCTGGTGT
CGACATTCAGCTGACGAATCCTCAAGCCCAGAAACGAGCATTCGCAGAAG
ATGAGGTCGAACAATCAGCCAAGAGAATGAAAACGGAAGAGCCGACGCAA
GAGCCAACCCAGTCCACTGAATCAACTGGATTTCCTAGTCAACCATTAAA
CGGTGGGCTCCAAACACTAGAAAATCACCTTGTTCAGATGCAGAACTCGC
ACGCAGCAGAGCTCGAAAAGCTCCAGAAAGCTCTCGCAGGAGCCCAAGCC
CGTCTTCAGGAAAGAGAGAACGTGCTGGAAAAGCTGCAGCACCGTTACGA
GACAAGAACCAAAGACTTCCACAAACTCCGACGGGAGCATGACCGTCTCA
CCCAAGCTAAGACCACATCCGACCAGCGAGTCGAAAAGCAGAAGGAAGAG
CTCATGAAATTGAAGGACGAACGGACCCAGCTCCGACACGAACTCGAAGA
GGCCCGCGCATCCCTCAAAGCAGGCGGGGGCAGCGCAGCCGAACTCGAAT
CAGCAAGGGAAGACATTCGGCGTCTGACTAAAGACAATGCATCGCTAGAA
CGCAAAGCCGAGTACGAAGCCCGACAAGCGGAATACACGCGCGAACAGTA
CCAGACCGCCTCGACAGTGGCCGCACAATCAGGCAACGAGCTTCGCCAAC
TGCGCAGCGAGAACGAAACCCTGAAACGGAAGGTCGAAGGAGACGCCACC
CATCTGCGCGAACTCAACGCGAAGAACGACGAAGCCCGCCATCTCGCGCG
GGTTCTCGAACTCGAAGCAACCCTCACGTCCCGCGAAGATCTGCTCCGCC
GGAAGGAAGAAGAACTTCGGGAAATTCGGAAAAATCGCCCGTCCACTCGC
TCAACCAGCACACAGCCGCGAAGCCCCAAATGGACTGCAGGTAATAGCCG
GCCCACGAGTCCTGGCATCAACAATGGTTCATCGCTTGCAGGTCGCGGTA
GTGCGCTCAGATTCAGCTCCGAAATGCCTCTTTAGATGTCGCGCAAGCGC
AAGGCCTCTTCTACGATATATACAAGCCACGGAAGCCACAAACGAAAGAA
ACGGTGGAGATATCAGCACGTCGTTCATTCAAGCGACACCGAGACAGACA
ACGATAGTGAAGCTCTAGGTGCAGACGAGTGGCTTATCAACTGTATACTT
GACGAGTCCGAATCGCAGTACCTGATTGACTGGGAAGGACCGTGGACGCC
TACTTGGGAACCGAAGGAAAACGCCAACGACGTTGCCGTGCAAGTTTGGG
AGGACAAGAAGCGAAGAGATCAGGTCCAAGAGGAATTTGTTCGATGTAAC
ACTCCACTACCATTACCACCAACACCGCCACCCGGCTCCAGTGTTCAAGA
ACGCTGTAGAGACTCTTTGGGTCCCAATTTCAGTCAGCCCCAGACAGAAG
CCCCGACTGACGAACCCCCGCCTAGACAGTCCCCAACCTCCCCTCCCTTT
GTTCTACCCAGCACTGAACCAGAACCTAGTCTGTGTCTGGATGACGACGC
CCGCGGAATTCTGAGGAGTTCCAGTGTTAATACAGAAGTGCCCAGTCACC
CGCCGCAGTCGGATATTGACAACCTACTTAACCCGGAAGTGCTTCCGACT
GCCCGTGCCACTGAGGTCCCTGCTATCTTCTCGACTCCTCGCGAACCCAG
AGTATCGGACGAAGTCGAAGAGACGCCGACCACGCCTTGCCGTGCTGGAA
ACACAGGCACACCGAACGTCGCTGAAGGGATCCCTGAAACTCCGCATAAC
GAATCTTCCGCTGCGCCGGCGAACATACCCGAGTTATTGCCCGCCAACCC
GGCCGAAGGAGCTGATGAAATACCCGAAACTCCGCCTGGCCTAGTTGATG
AACCCCAGCTATTCAGACGTGCGAGTACAGTACCCGAGTCAATTGCTGTA
AACAGTACGCACACTCCAGCAGCTCGTATTTCCCCGGCGCCAAGTTTTCG
TTCATTAGTCGACCAATTAATAAGCTCAATATCGAGACCCAGCATGGATA
CTCAAGAGAAGGAAGGACCGTCGCTGTCCGAGACCATGGAGAAATACAGC
CAATTCGAAGGGTCCACACCGAGGGAAAAGCTCAGGAATGCATATGCACA
ATTGCGCGCAAAAGCGAACCCTGGCCCGGAGTCAAGTGCGACGCCATCCT
CTGCTGGAGACATAGAGCCTTCGGCTCCTGTTTCTATACCTGAGACCACA
GCTCCTCTCAGTGTTCGGGTCGATAAGGAACCGACACATCCTAAAGATAA
TGAAGCGAACCAGGATACTACAATACCCCCTGTCGAGCCTGAGGAGATAG
GACCTCCTCAGACGATTCAGCCGAGCGCATTGTCAATGCACTTCGCGGAA
GAGCCAACACCTGGTTCGGTCCATCTTGGGCCGTCGGAGTTTGCTGTGCC
TCTTCCAATGGACTCCAGAGTCAAAGATGACTATGAACGGGTCCTGACCA
GCGAAAGCCAGAGTATTCGCGATTTTCTCGGTGTAACAAGCTCCCAACCC
GACACTACAGAATATCAGATGCATGATATACTAGATCGTTTGAGCAACAT
TTCTACACACCCAGATTTGAACATTGCGGAACACATCAACTCCGAGTCGG
ACCTAGGGAGGGAAGCTGCTTGGGCTGAGTATTCAAGCGCGAAATTCTTG
CTCTTAAGCTACCTCTTAGAGACAGCGAGCATGCGCGATATACATTTGGT
TATTATGGTGCAAGGAGAGAAGACCCAGCGGGTGGTTGAACGTTATTTGA
TGGGCAAGGGCCTGTTGTATACCCGTCCACGCCAGGAAATGGGATCGGGC
ACGAATATCGAGGTTTCCATGGTAAAGGATTCCTTGAGTTTTGGGATTCA
AACCACGCGCAATGATGGGGTTATGGAGACCTATAAGCCTCCTGCCGCTA
TCATCGCTTTAGATAAGTCTTTCAGCAGCAAGACGCCCACAGTGGAACAC
ATGCGAACCACGTTTGCTCGCAACGGAAATCTGCTTCCGGTGGTTCGTCT
TCTAGTGTCAAACTCCAGCGAGCATATCGAGCTTTGTTTCCCCGGTCTGT
CAGAGCCCGAACGTCTTAGGACAGTCTTGCAATACTCCATACGTCTCCGT
GACGTAGTTGGTGACCTTCAAGATGACGCTCTTGGAGTACAGGAGGATGC
AGAGGAACTTCTCTCCTGCCTTGTCTCGGATAATTTCAACGCTCATTGGT
CTCTACCTCACATTGAGCCTTTGCACATTCTGAGCCCCGAACAACTTGAG
TCGTCTCAACAAGAGCTGCAAAGCCGACCTGGTGTCGACATTCAGCTGAC
GAATCCTCAAGCCCAGAAACGAGCATTCGCAGAAGATGAGGTCGAACAAT
CAGCCAAGAGAATGAAAACGGAAGAGCCGACGCAAGAGCCAACCCAGTCC
ACTGAATCAACTGGATTTCCTAGTCAACCATTAAACGGTGGGCTCCAAAC
ACTAGAAAATCACCTTGTTCAGATGCAGAACTCGCACGCAGCAGAGCTCG
AAAAGCTCCAGAAAGCTCTCGCAGGAGCCCAAGCCCGTCTTCAGGAAAGA
GAGAACGTGCTGGAAAAGCTGCAGCACCGTTACGAGACAAGAACCAAAGA
CTTCCACAAACTCCGACGGGAGCATGACCGTCTCACCCAAGCTAAGACCA
CATCCGACCAGCGAGTCGAAAAGCAGAAGGAAGAGCTCATGAAATTGAAG
GACGAACGGACCCAGCTCCGACACGAACTCGAAGAGGCCCGCGCATCCCT
CAAAGCAGGCGGGGGCAGCGCAGCCGAACTCGAATCAGCAAGGGAAGACA
TTCGGCGTCTGACTAAAGACAATGCATCGCTAGAACGCAAAGCCGAGTAC
GAAGCCCGACAAGCGGAATACACGCGCGAACAGTACCAGACCGCCTCGAC
AGTGGCCGCACAATCAGGCAACGAGCTTCGCCAACTGCGCAGCGAGAACG
AAACCCTGAAACGGAAGGTCGAAGGAGACGCCACCCATCTGCGCGAACTC
AACGCGAAGAACGACGAAGCCCGCCATCTCGCGCGGGTTCTCGAACTCGA
AGCAACCCTCACGTCCCGCGAAGATCTGCTCCGCCGGAAGGAAGAAGAAC
TTCGGGAAATTCGGAAAAATCGCCCGTCCACTCGCTCAACCAGCACACAG
CCGCGAAGCCCCAAATGGACTGCAGGTAATAGCCGGCCCACGAGTCCTGG
CATCAACAATGGTTCATCGCTTGCAGGTCGCGGTAGTGCGCTCAGATTCA
GCTCCGAAATGCCTCTTTAGATGTCGCGCAAGCGCAAGGCCTCTTCTACG
ATATATACAAGCCACGGAAGCCACAAACGAAAGAAACGGTGGAGATATCA
GCACGTCGTTCATTCAAGCGACACCGAGACAGACAACGATAGTGAAGCTC
TAGGTGCAGACGAGTGGCTTATCAACTGTATACTTGACGAGTCCGAATCG
CAGTACCTGATTGACTGGGAAGGACCGTGGACGCCTACTTGGGAACCGAA
GGAAAACGCCAACGACGTTGCCGTGCAAGTTTGGGAGGACAAGAAGCGAA
GAGATCAGGTCCAAGAGGAATTTGTTCGATGTAACACTCCACTACCATTA
CCACCAACACCGCCACCCGGCTCCAGTGTTCAAGAACGCTGTAGAGACTC
TTTGGGTCCCAATTTCAGTCAGCCCCAGACAGAAGCCCCGACTGACGAAC
CCCCGCCTAGACAGTCCCCAACCTCCCCTCCCTTTGTTCTACCCAGCACT
GAACCAGAACCTAGTCTGTGTCTGGATGACGACGCCCGCGGAATTCTGAG
GAGTTCCAGTGTTAATACAGAAGTGCCCAGTCACCCGCCGCAGTCGGATA
TTGACAACCTACTTAACCCGGAAGTGCTTCCGACTGCCCGTGCCACTGAG
GTCCCTGCTATCTTCTCGACTCCTCGCGAACCCAGAGTATCGGACGAAGT
CGAAGAGACGCCGACCACGCCTTGCCGTGCTGGAAACACAGGCACACCGA
ACGTCGCTGAAGGGATCCCTGAAACTCCGCATAACGAATCTTCCGCTGCG
CCGGCGAACATACCCGAGTTATTGCCCGCCAACCCGGCCGAAGGAGCTGA
TGAAATACCCGAAACTCCGCCTGGCCTAGTTGATGAACCCCAGCTATTCA
GACGTGCGAGTACAGTACCCGAGTCAATTGCTGTAAACAGTACGCACACT
CCAGCAGCTCGTATTTCCCCGGCGCCAAGTTTTCGTTCATTAGTCGACCA
ATTAATAAGCTCAATATCGAGACCCAGCATGGATACTCAAGAGAAGGAAG
GACCGTCGCTGTCCGAGACCATGGAGAAATACAGCCAATTCGAAGGGTCC
ACACCGAGGGAAAAGCTCAGGAATGCATATGCACAATTGCGCGCAAAAGC
GAACCCTGGCCCGGAGTCAAGTGCGACGCCATCCTCTGCTGGAGACATAG
AGCCTTCGGCTCCTGTTTCTATACCTGAGACCACAGCTCCTCTCAGTGTT
CGGGTCGATAAGGAACCGACACATCCTAAAGATAATGAAGCGAACCAGGA
TACTACAATACCCCCTGTCGAGCCTGAGGAGATAGGACCTCCTCAGACGA
TTCAGCCGAGCGCATTGTCAATGCACTTCGCGGAAGAGCCAACACCTGGT
TCGGTCCATCTTGGGCCGTCGGAGTTTGCTGTGCCTCTTCCAATGGACTC
CAGAGTCAAAGATGACTATGAACGGGTCCTGACCAGCGAAAGCCAGAGTA
TTCGCGATTTTCTCGGTGTAACAAGCTCCCAACCCGACACTACAGAATAT
CAGATGCATGATATACTAGATCGTTTGAGCAACATTTCTACACACCCAGA
TTTGAACATTGCGGAACACATCAACTCCGAGTCGGACCTAGGGAGGGAAG
CTGCTTGGGCTGAGTATTCAAGCGCGAAATTCTTGCTCTTAAGCTACCTC
TTAGAGACAGCGAGCATGCGCGATATACATTTGGTTATTATGGTGCAAGG
AGAGAAGACCCAGCGGGTGGTTGAACGTTATTTGATGGGCAAGGGCCTGT
TGTATACCCGTCCACGCCAGGAAATGGGATCGGGCACGAATATCGAGGTT
TCCATGGTAAAGGATTCCTTGAGTTTTGGGATTCAAACCACGCGCAATGA
TGGGGTTATGGAGACCTATAAGCCTCCTGCCGCTATCATCGCTTTAGATA
AGTCTTTCAGCAGCAAGACGCCCACAGTGGAACACATGCGAACCACGTTT
GCTCGCAACGGAAATCTGCTTCCGGTGGTTCGTCTTCTAGTGTCAAACTC
CAGCGAGCATATCGAGCTTTGTTTCCCCGGTCTGTCAGAGCCCGAACGTC
TTAGGACAGTCTTGCAATACTCCATACGTCTCCGTGACGTAGTTGGTGAC
CTTCAAGATGACGCTCTTGGAGTACAGGAGGATGCAGAGGAACTTCTCTC
CTGCCTTGTCTCGGATAATTTCAACGCTCATTGGTCTCTACCTCACATTG
AGCCTTTGCACATTCTGAGCCCCGAACAACTTGAGTCGTCTCAACAAGAG
CTGCAAAGCCGACCTGGTGTCGACATTCAGCTGACGAATCCTCAAGCCCA
GAAACGAGCATTCGCAGAAGATGAGGTCGAACAATCAGCCAAGAGAATGA
AAACGGAAGAGCCGACGCAAGAGCCAACCCAGTCCACTGAATCAACTGGA
TTTCCTAGTCAACCATTAAACGGTGGGCTCCAAACACTAGAAAATCACCT
TGTTCAGATGCAGAACTCGCACGCAGCAGAGCTCGAAAAGCTCCAGAAAG
CTCTCGCAGGAGCCCAAGCCCGTCTTCAGGAAAGAGAGAACGTGCTGGAA
AAGCTGCAGCACCGTTACGAGACAAGAACCAAAGACTTCCACAAACTCCG
ACGGGAGCATGACCGTCTCACCCAAGCTAAGACCACATCCGACCAGCGAG
TCGAAAAGCAGAAGGAAGAGCTCATGAAATTGAAGGACGAACGGACCCAG
CTCCGACACGAACTCGAAGAGGCCCGCGCATCCCTCAAAGCAGGCGGGGG
CAGCGCAGCCGAACTCGAATCAGCAAGGGAAGACATTCGGCGTCTGACTA
AAGACAATGCATCGCTAGAACGCAAAGCCGAGTACGAAGCCCGACAAGCG
GAATACACGCGCGAACAGTACCAGACCGCCTCGACAGTGGCCGCACAATC
AGGCAACGAGCTTCGCCAACTGCGCAGCGAGAACGAAACCCTGAAACGGA
AGGTCGAAGGAGACGCCACCCATCTGCGCGAACTCAACGCGAAGAACGAC
GAAGCCCGCCATCTCGCGCGGGTTCTCGAACTCGAAGCAACCCTCACGTC
CCGCGAAGATCTGCTCCGCCGGAAGGAAGAAGAACTTCGGGAAATTCGGA
AAAATCGCCCGTCCACTCGCTCAACCAGCACACAGCCGCGAAGCCCCAAA
TGGACTGCAGGTAATAGCCGGCCCACGAGTCCTGGCATCAACAATGGTTC
ATCGCTTGCAGGTCGCGGTAGTGCGCTCAGATTCAGCTCCGAAATGCCTC
TTTAGATGTCGCGCAAGCGCAAGGCCTCTTCTACGATATATACAAGCCAC
GGAAGCCACAAACGAAAGAAACGGTGGAGATATCAGCACGTCGTTCATTC
AAGCGACACCGAGACAGACAACGATAGTGAAGCTCTAGGTGCAGACGAGT
GGCTTATCAACTGTATACTTGACGAGTCCGAATCGCAGTACCTGATTGAC
TGGGAAGGACCGTGGACGCCTACTTGGGAACCGAAGGAAAACGCCAACGA
CGTTGCCGTGCAAGTTTGGGAGGACAAGAAGCGAAGAGATCAGGTCCAAG
AGGAATTTGTTCGATGTAACACTCCACTACCATTACCACCAACACCGCCA
CCCGGCTCCAGTGTTCAAGAACGCTGTAGAGACTCTTTGGGTCCCAATTT
CAGTCAGCCCCAGACAGAAGCCCCGACTGACGAACCCCCGCCTAGACAGT
CCCCAACCTCCCCTCCCTTTGTTCTACCCAGCACTGAACCAGAACCTAGT
CTGTGTCTGGATGACGACGCCCGCGGAATTCTGAGGAGTTCCAGTGTTAA
TACAGAAGTGCCCAGTCACCCGCCGCAGTCGGATATTGACAACCTACTTA
ACCCGGAAGTGCTTCCGACTGCCCGTGCCACTGAGGTCCCTGCTATCTTC
TCGACTCCTCGCGAACCCAGAGTATCGGACGAAGTCGAAGAGACGCCGAC
CACGCCTTGCCGTGCTGGAAACACAGGCACACCGAACGTCGCTGAAGGGA
TCCCTGAAACTCCGCATAACGAATCTTCCGCTGCGCCGGCGAACATACCC
GAGTTATTGCCCGCCAACCCGGCCGAAGGAGCTGATGAAATACCCGAAAC
TCCGCCTGGCCTAGTTGATGAACCCCAGCTATTCAGACGTGCGAGTACAG
TACCCGAGTCAATTGCTGTAAACAGTACGCACACTCCAGCAGCTCGTATT
TCCCCGGCGCCAAGTTTTCGTTCATTAGTCGACCAATTAATAAGCTCAAT
ATCGAGACCCAGCATGGATACTCAAGAGAAGGAAGGACCGTCGCTGTCCG
AGACCATGGAGAAATACAGCCAATTCGAAGGGTCCACACCGAGGGAAAAG
CTCAGGAATGCATATGCACAATTGCGCGCAAAAGCGAACCCTGGCCCGGA
GTCAAGTGCGACGCCATCCTCTGCTGGAGACATAGAGCCTTCGGCTCCTG
TTTCTATACCTGAGACCACAGCTCCTCTCAGTGTTCGGGTCGATAAGGAA
CCGACACATCCTAAAGATAATGAAGCGAACCAGGATACTACAATACCCCC
TGTCGAGCCTGAGGAGATAGGACCTCCTCAGACGATTCAGCCGAGCGCAT
TGTCAATGCACTTCGCGGAAGAGCCAACACCTGGTTCGGTCCATCTTGGG
CCGTCGGAGTTTGCTGTGCCTCTTCCAATGGACTCCAGAGTCAAAGATGA
CTATGAACGGGTCCTGACCAGCGAAAGCCAGAGTATTCGCGATTTTCTCG
GTGTAACAAGCTCCCAACCCGACACTACAGAATATCAGATGCATGATATA
CTAGATCGTTTGAGCAACATTTCTACACACCCAGATTTGAACATTGCGGA
ACACATCAACTCCGAGTCGGACCTAGGGAGGGAAGCTGCTTGGGCTGAGT
ATTCAAGCGCGAAATTCTTGCTCTTAAGCTACCTCTTAGAGACAGCGAGC
ATGCGCGATATACATTTGGTTATTATGGTGCAAGGAGAGAAGACCCAGCG
GGTGGTTGAACGTTATTTGATGGGCAAGGGCCTGTTGTATACCCGTCCAC
GCCAGGAAATGGGATCGGGCACGAATATCGAGGTTTCCATGGTAAAGGAT
TCCTTGAGTTTTGGGATTCAAACCACGCGCAATGATGGGGTTATGGAGAC
CTATAAGCCTCCTGCCGCTATCATCGCTTTAGATAAGTCTTTCAGCAGCA
AGACGCCCACAGTGGAACACATGCGAACCACGTTTGCTCGCAACGGAAAT
CTGCTTCCGGTGGTTCGTCTTCTAGTGTCAAACTCCAGCGAGCATATCGA
GCTTTGTTTCCCCGGTCTGTCAGAGCCCGAACGTCTTAGGACAGTCTTGC
AATACTCCATACGTCTCCGTGACGTAGTTGGTGACCTTCAAGATGACGCT
CTTGGAGTACAGGAGGATGCAGAGGAACTTCTCTCCTGCCTTGTCTCGGA
TAATTTCAACGCTCATTGGTCTCTACCTCACATTGAGCCTTTGCACATTC
TGAGCCCCGAACAACTTGAGTCGTCTCAACAAGAGCTGCAAAGCCGACCT
GGTGTCGACATTCAGCTGACGAATCCTCAAGCCCAGAAACGAGCATTCGC
AGAAGATGAGGTCGAACAATCAGCCAAGAGAATGAAAACGGAAGAGCCGA
CGCAAGAGCCAACCCAGTCCACTGAATCAACTGGATTTCCTAGTCAACCA
TTAAACGGTGGGCTCCAAACACTAGAAAATCACCTTGTTCAGATGCAGAA
CTCGCACGCAGCAGAGCTCGAAAAGCTCCAGAAAGCTCTCGCAGGAGCCC
AAGCCCGTCTTCAGGAAAGAGAGAACGTGCTGGAAAAGCTGCAGCACCGT
TACGAGACAAGAACCAAAGACTTCCACAAACTCCGACGGGAGCATGACCG
TCTCACCCAAGCTAAGACCACATCCGACCAGCGAGTCGAAAAGCAGAAGG
AAGAGCTCATGAAATTGAAGGACGAACGGACCCAGCTCCGACACGAACTC
GAAGAGGCCCGCGCATCCCTCAAAGCAGGCGGGGGCAGCGCAGCCGAACT
CGAATCAGCAAGGGAAGACATTCGGCGTCTGACTAAAGACAATGCATCGC
TAGAACGCAAAGCCGAGTACGAAGCCCGACAAGCGGAATACACGCGCGAA
CAGTACCAGACCGCCTCGACAGTGGCCGCACAATCAGGCAACGAGCTTCG
CCAACTGCGCAGCGAGAACGAAACCCTGAAACGGAAGGTCGAAGGAGACG
CCACCCATCTGCGCGAACTCAACGCGAAGAACGACGAAGCCCGCCATCTC
GCGCGGGTTCTCGAACTCGAAGCAACCCTCACGTCCCGCGAAGATCTGCT
CCGCCGGAAGGAAGAAGAACTTCGGGAAATTCGGAAAAATCGCCCGTCCA
CTCGCTCAACCAGCACACAGCCGCGAAGCCCCAAATGGACTGCAGGTAAT
AGCCGGCCCACGAGTCCTGGCATCAACAATGGTTCATCGCTTGCAGGTCG
CGGTAGTGCGCTCAGATTCAGCTCCGAAATGCCTCTTTAG back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
| Term | Definition |
|---|
| GO:0070823 | HDA1 complex |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0016575 | histone deacetylation |
Relationships
This mRNA is a part of the following gene feature(s):
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
The following polypeptide feature(s) derives from this mRNA:
Properties
| Property Name | Value |
|---|
| Note | antiSMASH:Cluster_9.8 |
| DBxref | InterPro:IPR016197 |
| DBxref | InterPro:IPR027267 |
| DBxref | InterPro:IPR038609 |
| DBxref | InterPro:IPR021006 |
| DBxref | PFAM:PF11496 |
| Product | hypothetical protein |
Analyses
This mRNA is derived from or has results from the following analyses
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| An09 | supercontig | An09:1298575..1302095 + |
|
