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ATCC10864_000337-T1, ATCC10864_000337-T1 (mRNA) Aspergillus niger ATCC 10864

Overview
NameATCC10864_000337-T1
Unique NameATCC10864_000337-T1
TypemRNA
OrganismAspergillus niger ATCC 10864
Sequences
The following sequences are available for this feature:

mRNA from alignment at MCQH01000006:937807..939926+

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>ATCC10864_000337-T1 ID=ATCC10864_000337-T1|Name=ATCC10864_000337-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=2120bp|location=Sequence derived from alignment at MCQH01000006:937807..939926+ (Aspergillus niger ATCC 10864)
ATGAATCATGGAGGAAAGCCGTCGGACAAGTCCTACGCCTCGGAGTCCCA
GAGCACAGCGGAGACTTCAAGCCTGCGAGAGATGCTGGAAACGGAAGCAG
AAGGTGAAACAGTCCACTGCCACTACGTTGATCTTTCCTGACTAACGCAG
TGTCAATAGTGCGACAGGTTGCTGCCTGTATGCACAGCGTGCATTGAAGC
GAAAGCCAAGTGTTGTCCACGAAGCGTTCAATTAGGGGGCACCGCAGAAG
ATGCAAGCGGACTTTCCAATGCTGCACTTCCAGAGTAAGGGCCCACTGAC
GGTATAGCAAACTGCTTTTTCCAGAACAGATTTTGACATGATTTAGTTAC
ATTGAAACGCTTAAAAGAAAGGTGGAAGCTCTGGATGATCAGTCTCGGCG
CCAACACCGTCGTCTTACAGCCCACAGAAGCGATGAGAGAACATCGCACT
CACCTAACAGCCCAACAGGAGCCGCACAGAATAGTCCACAAACCTCCCAT
GACACACCATTGACGGAGCAAACCAGTCTCACTGAGCGGTCGGTACAGGC
AGCCATGGGAGAAATTGAATTCCTGTCTCGCAACGCCATGGCAGAACCTC
GTGGTGAGGCAAGTGGATTTCCCCAGGAACTGGCGATAGGAAGCATGATT
CAGGCTTCCCTTACTATTTCAGGGAAAAACCCGACACAATCTTTAAGTTC
TTTGTCTCAAAAGTCAAAGTACAGCACCATTTTGGGACAAGCCCCCACAC
TCACCAGAGACGTTGTTGCTATGGACCGTTTCTTCGGGCAAACAAAAGCT
CTCTGTCCATTCATCGACGAGGAAGAGATGCTAGGATATTGTGATTCTTT
CTTTGATAGTAGCCAGGAATCCCAAGCGACTCCGTATACCTCATTCAGAG
ATTTCAATGTGTATATGGCAGCAGCTATTGGGATCCTACTCTCTCCCGAC
TCGGGTATTGAATTTTTCGCCAGCAGCTTGCACAGCGCGGCAATGCAGAA
GTTTCCCAGCATAATCCAAAGTAACGATGACATGAGCATGTTGCATTCCT
TGCTGTTGTTGATTATTTACTCCATGTTCTCATCGGTGGGGGGTTCCACA
TGGCATCTTCTCGGCTTGGCTATGAAGAAGGCAATATCGTACGGTTTCCA
TAAAGAGCCACTCTATGACATTGGCATACCTGAGGAGAAGCTCACTCGGA
GGAGAGGTATATTCTGGAACCTGTACATACTTGACAGGTCTGTGCTACTC
TGGGCTTTAGAATGCAGTGACTTATACTCTACAGGACTATTAGCTGCGCA
ATGGACCGCCCATTCAGTATTGAAGATGAAGATATTACGCTTCAGGTATG
TCGCAGGTATACTCCAAGGTTCGTACTGACACCTTTCAAGGTTCCGTCTT
ATGATGGGGACATCAGTTCACCAGACGCGCTTGACTTTCCGGCGTACGTT
GTCATGCACGCTCGACTGATGTCTAAGATGAGAGGCTCTTCACCTCAGCA
GTCGATTTTCCATTATGGAAGCCTCTCCTACTGGAGAGATATACCAAGGG
GAATACAAAAATCAAGCGTAGCTCCAGCTTCCTCTAGAGCAATACGGCAG
CTCACCTGTAGGGCAATGGTCTGCCTAGCACAAATCAGTGGCCTTGAGCA
AGCCGCAACCAGGGTTCTTGGGACAACCCATACTATCCGACAAGATGTAA
TAAACACTTGTAATGATTATATCAATACCGAGTATTTGGCTGTGGAGGAC
GACTGTTTCACGGGCTCGTTCGTTGATGCGTTTGACATCTTTTCCGTGGG
TGTGGTTCTTATCTGCCTGAGAAGGACAGCGCTCCCTTCAGAGATGTCGA
ATGCAACCAGTGTTCTCAACGAGTGTACTGCTTTATTGACGCTTCTTGGT
GAAAGATTTCCAGCGCTCAAAGCTTTTTGCAGGGTACTCTGGTGCTTGCA
GGAGTCAGCAGACATGGTAAGCGAAAGAAAATCATTCAGCACGACCTACA
TCAGACCTACAGAACTGAAATAACAAGGCACAGATAATTGATGAGCTGCC
GGAAATAGTCCCCCATGCTCTTCAAGTAATGATTGAGGGTGCTTTCCGAA
GTGATCGCGCGGTTCGTTAA
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Coding sequence (CDS) from alignment at MCQH01000006:937807..939926+

>ATCC10864_000337-T1 ID=ATCC10864_000337-T1|Name=ATCC10864_000337-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=10890bp|location=Sequence derived from alignment at MCQH01000006:937807..939926+ (Aspergillus niger ATCC 10864)
ATGAATCATGGAGGAAAGCCGTCGGACAAGTCCTACGCCTCGGAGTCCCA
GAGCACAGCGGAGACTTCAAGCCTGCGAGAGATGCTGGAAACGGAAGCAG
AAGCGTGCATTGAAGCGAAAGCCAAGTGTTGTCCACGAAGCGTTCAATTA
GGGGGCACCGCAGAAGATGCAAGCGGACTTTCCAATGCTGCACTTCCAGA
TTACATTGAAACGCTTAAAAGAAAGGTGGAAGCTCTGGATGATCAGTCTC
GGCGCCAACACCGTCGTCTTACAGCCCACAGAAGCGATGAGAGAACATCG
CACTCACCTAACAGCCCAACAGGAGCCGCACAGAATAGTCCACAAACCTC
CCATGACACACCATTGACGGAGCAAACCAGTCTCACTGAGCGGTCGGTAC
AGGCAGCCATGGGAGAAATTGAATTCCTGTCTCGCAACGCCATGGCAGAA
CCTCGTGGTGAGGCAAGTGGATTTCCCCAGGAACTGGCGATAGGAAGCAT
GATTCAGGCTTCCCTTACTATTTCAGGGAAAAACCCGACACAATCTTTAA
GTTCTTTGTCTCAAAAGTCAAAGTACAGCACCATTTTGGGACAAGCCCCC
ACACTCACCAGAGACGTTGTTGCTATGGACCGTTTCTTCGGGCAAACAAA
AGCTCTCTGTCCATTCATCGACGAGGAAGAGATGCTAGGATATTGTGATT
CTTTCTTTGATAGTAGCCAGGAATCCCAAGCGACTCCGTATACCTCATTC
AGAGATTTCAATGTGTATATGGCAGCAGCTATTGGGATCCTACTCTCTCC
CGACTCGGGTATTGAATTTTTCGCCAGCAGCTTGCACAGCGCGGCAATGC
AGAAGTTTCCCAGCATAATCCAAAGTAACGATGACATGAGCATGTTGCAT
TCCTTGCTGTTGTTGATTATTTACTCCATGTTCTCATCGGTGGGGGGTTC
CACATGGCATCTTCTCGGCTTGGCTATGAAGAAGGCAATATCGTACGGTT
TCCATAAAGAGCCACTCTATGACATTGGCATACCTGAGGAGAAGCTCACT
CGGAGGAGAGGTATATTCTGGAACCTGTACATACTTGACAGGACTATTAG
CTGCGCAATGGACCGCCCATTCAGTATTGAAGATGAAGATATTACGCTTC
AGGTTCCGTCTTATGATGGGGACATCAGTTCACCAGACGCGCTTGACTTT
CCGGCGTACGTTGTCATGCACGCTCGACTGATGTCTAAGATGAGAGGCTC
TTCACCTCAGCAGTCGATTTTCCATTATGGAAGCCTCTCCTACTGGAGAG
ATATACCAAGGGGAATACAAAAATCAAGCGTAGCTCCAGCTTCCTCTAGA
GCAATACGGCAGCTCACCTGTAGGGCAATGGTCTGCCTAGCACAAATCAG
TGGCCTTGAGCAAGCCGCAACCAGGGTTCTTGGGACAACCCATACTATCC
GACAAGATGTAATAAACACTTGTAATGATTATATCAATACCGAGTATTTG
GCTGTGGAGGACGACTGTTTCACGGGCTCGTTCGTTGATGCGTTTGACAT
CTTTTCCGTGGGTGTGGTTCTTATCTGCCTGAGAAGGACAGCGCTCCCTT
CAGAGATGTCGAATGCAACCAGTGTTCTCAACGAGTGTACTGCTTTATTG
ACGCTTCTTGGTGAAAGATTTCCAGCGCTCAAAGCTTTTTGCAGGGTACT
CTGGTGCTTGCAGGAGTCAGCAGACATGATAATTGATGAGCTGCCGGAAA
TAGTCCCCCATGCTCTTCAAGTAATGATTGAGGGTGCTTTCCGAAGTGAT
CGCGCGGTTCGTTAAATGAATCATGGAGGAAAGCCGTCGGACAAGTCCTA
CGCCTCGGAGTCCCAGAGCACAGCGGAGACTTCAAGCCTGCGAGAGATGC
TGGAAACGGAAGCAGAAGCGTGCATTGAAGCGAAAGCCAAGTGTTGTCCA
CGAAGCGTTCAATTAGGGGGCACCGCAGAAGATGCAAGCGGACTTTCCAA
TGCTGCACTTCCAGATTACATTGAAACGCTTAAAAGAAAGGTGGAAGCTC
TGGATGATCAGTCTCGGCGCCAACACCGTCGTCTTACAGCCCACAGAAGC
GATGAGAGAACATCGCACTCACCTAACAGCCCAACAGGAGCCGCACAGAA
TAGTCCACAAACCTCCCATGACACACCATTGACGGAGCAAACCAGTCTCA
CTGAGCGGTCGGTACAGGCAGCCATGGGAGAAATTGAATTCCTGTCTCGC
AACGCCATGGCAGAACCTCGTGGTGAGGCAAGTGGATTTCCCCAGGAACT
GGCGATAGGAAGCATGATTCAGGCTTCCCTTACTATTTCAGGGAAAAACC
CGACACAATCTTTAAGTTCTTTGTCTCAAAAGTCAAAGTACAGCACCATT
TTGGGACAAGCCCCCACACTCACCAGAGACGTTGTTGCTATGGACCGTTT
CTTCGGGCAAACAAAAGCTCTCTGTCCATTCATCGACGAGGAAGAGATGC
TAGGATATTGTGATTCTTTCTTTGATAGTAGCCAGGAATCCCAAGCGACT
CCGTATACCTCATTCAGAGATTTCAATGTGTATATGGCAGCAGCTATTGG
GATCCTACTCTCTCCCGACTCGGGTATTGAATTTTTCGCCAGCAGCTTGC
ACAGCGCGGCAATGCAGAAGTTTCCCAGCATAATCCAAAGTAACGATGAC
ATGAGCATGTTGCATTCCTTGCTGTTGTTGATTATTTACTCCATGTTCTC
ATCGGTGGGGGGTTCCACATGGCATCTTCTCGGCTTGGCTATGAAGAAGG
CAATATCGTACGGTTTCCATAAAGAGCCACTCTATGACATTGGCATACCT
GAGGAGAAGCTCACTCGGAGGAGAGGTATATTCTGGAACCTGTACATACT
TGACAGGACTATTAGCTGCGCAATGGACCGCCCATTCAGTATTGAAGATG
AAGATATTACGCTTCAGGTTCCGTCTTATGATGGGGACATCAGTTCACCA
GACGCGCTTGACTTTCCGGCGTACGTTGTCATGCACGCTCGACTGATGTC
TAAGATGAGAGGCTCTTCACCTCAGCAGTCGATTTTCCATTATGGAAGCC
TCTCCTACTGGAGAGATATACCAAGGGGAATACAAAAATCAAGCGTAGCT
CCAGCTTCCTCTAGAGCAATACGGCAGCTCACCTGTAGGGCAATGGTCTG
CCTAGCACAAATCAGTGGCCTTGAGCAAGCCGCAACCAGGGTTCTTGGGA
CAACCCATACTATCCGACAAGATGTAATAAACACTTGTAATGATTATATC
AATACCGAGTATTTGGCTGTGGAGGACGACTGTTTCACGGGCTCGTTCGT
TGATGCGTTTGACATCTTTTCCGTGGGTGTGGTTCTTATCTGCCTGAGAA
GGACAGCGCTCCCTTCAGAGATGTCGAATGCAACCAGTGTTCTCAACGAG
TGTACTGCTTTATTGACGCTTCTTGGTGAAAGATTTCCAGCGCTCAAAGC
TTTTTGCAGGGTACTCTGGTGCTTGCAGGAGTCAGCAGACATGATAATTG
ATGAGCTGCCGGAAATAGTCCCCCATGCTCTTCAAGTAATGATTGAGGGT
GCTTTCCGAAGTGATCGCGCGGTTCGTTAAATGAATCATGGAGGAAAGCC
GTCGGACAAGTCCTACGCCTCGGAGTCCCAGAGCACAGCGGAGACTTCAA
GCCTGCGAGAGATGCTGGAAACGGAAGCAGAAGCGTGCATTGAAGCGAAA
GCCAAGTGTTGTCCACGAAGCGTTCAATTAGGGGGCACCGCAGAAGATGC
AAGCGGACTTTCCAATGCTGCACTTCCAGATTACATTGAAACGCTTAAAA
GAAAGGTGGAAGCTCTGGATGATCAGTCTCGGCGCCAACACCGTCGTCTT
ACAGCCCACAGAAGCGATGAGAGAACATCGCACTCACCTAACAGCCCAAC
AGGAGCCGCACAGAATAGTCCACAAACCTCCCATGACACACCATTGACGG
AGCAAACCAGTCTCACTGAGCGGTCGGTACAGGCAGCCATGGGAGAAATT
GAATTCCTGTCTCGCAACGCCATGGCAGAACCTCGTGGTGAGGCAAGTGG
ATTTCCCCAGGAACTGGCGATAGGAAGCATGATTCAGGCTTCCCTTACTA
TTTCAGGGAAAAACCCGACACAATCTTTAAGTTCTTTGTCTCAAAAGTCA
AAGTACAGCACCATTTTGGGACAAGCCCCCACACTCACCAGAGACGTTGT
TGCTATGGACCGTTTCTTCGGGCAAACAAAAGCTCTCTGTCCATTCATCG
ACGAGGAAGAGATGCTAGGATATTGTGATTCTTTCTTTGATAGTAGCCAG
GAATCCCAAGCGACTCCGTATACCTCATTCAGAGATTTCAATGTGTATAT
GGCAGCAGCTATTGGGATCCTACTCTCTCCCGACTCGGGTATTGAATTTT
TCGCCAGCAGCTTGCACAGCGCGGCAATGCAGAAGTTTCCCAGCATAATC
CAAAGTAACGATGACATGAGCATGTTGCATTCCTTGCTGTTGTTGATTAT
TTACTCCATGTTCTCATCGGTGGGGGGTTCCACATGGCATCTTCTCGGCT
TGGCTATGAAGAAGGCAATATCGTACGGTTTCCATAAAGAGCCACTCTAT
GACATTGGCATACCTGAGGAGAAGCTCACTCGGAGGAGAGGTATATTCTG
GAACCTGTACATACTTGACAGGACTATTAGCTGCGCAATGGACCGCCCAT
TCAGTATTGAAGATGAAGATATTACGCTTCAGGTTCCGTCTTATGATGGG
GACATCAGTTCACCAGACGCGCTTGACTTTCCGGCGTACGTTGTCATGCA
CGCTCGACTGATGTCTAAGATGAGAGGCTCTTCACCTCAGCAGTCGATTT
TCCATTATGGAAGCCTCTCCTACTGGAGAGATATACCAAGGGGAATACAA
AAATCAAGCGTAGCTCCAGCTTCCTCTAGAGCAATACGGCAGCTCACCTG
TAGGGCAATGGTCTGCCTAGCACAAATCAGTGGCCTTGAGCAAGCCGCAA
CCAGGGTTCTTGGGACAACCCATACTATCCGACAAGATGTAATAAACACT
TGTAATGATTATATCAATACCGAGTATTTGGCTGTGGAGGACGACTGTTT
CACGGGCTCGTTCGTTGATGCGTTTGACATCTTTTCCGTGGGTGTGGTTC
TTATCTGCCTGAGAAGGACAGCGCTCCCTTCAGAGATGTCGAATGCAACC
AGTGTTCTCAACGAGTGTACTGCTTTATTGACGCTTCTTGGTGAAAGATT
TCCAGCGCTCAAAGCTTTTTGCAGGGTACTCTGGTGCTTGCAGGAGTCAG
CAGACATGATAATTGATGAGCTGCCGGAAATAGTCCCCCATGCTCTTCAA
GTAATGATTGAGGGTGCTTTCCGAAGTGATCGCGCGGTTCGTTAAATGAA
TCATGGAGGAAAGCCGTCGGACAAGTCCTACGCCTCGGAGTCCCAGAGCA
CAGCGGAGACTTCAAGCCTGCGAGAGATGCTGGAAACGGAAGCAGAAGCG
TGCATTGAAGCGAAAGCCAAGTGTTGTCCACGAAGCGTTCAATTAGGGGG
CACCGCAGAAGATGCAAGCGGACTTTCCAATGCTGCACTTCCAGATTACA
TTGAAACGCTTAAAAGAAAGGTGGAAGCTCTGGATGATCAGTCTCGGCGC
CAACACCGTCGTCTTACAGCCCACAGAAGCGATGAGAGAACATCGCACTC
ACCTAACAGCCCAACAGGAGCCGCACAGAATAGTCCACAAACCTCCCATG
ACACACCATTGACGGAGCAAACCAGTCTCACTGAGCGGTCGGTACAGGCA
GCCATGGGAGAAATTGAATTCCTGTCTCGCAACGCCATGGCAGAACCTCG
TGGTGAGGCAAGTGGATTTCCCCAGGAACTGGCGATAGGAAGCATGATTC
AGGCTTCCCTTACTATTTCAGGGAAAAACCCGACACAATCTTTAAGTTCT
TTGTCTCAAAAGTCAAAGTACAGCACCATTTTGGGACAAGCCCCCACACT
CACCAGAGACGTTGTTGCTATGGACCGTTTCTTCGGGCAAACAAAAGCTC
TCTGTCCATTCATCGACGAGGAAGAGATGCTAGGATATTGTGATTCTTTC
TTTGATAGTAGCCAGGAATCCCAAGCGACTCCGTATACCTCATTCAGAGA
TTTCAATGTGTATATGGCAGCAGCTATTGGGATCCTACTCTCTCCCGACT
CGGGTATTGAATTTTTCGCCAGCAGCTTGCACAGCGCGGCAATGCAGAAG
TTTCCCAGCATAATCCAAAGTAACGATGACATGAGCATGTTGCATTCCTT
GCTGTTGTTGATTATTTACTCCATGTTCTCATCGGTGGGGGGTTCCACAT
GGCATCTTCTCGGCTTGGCTATGAAGAAGGCAATATCGTACGGTTTCCAT
AAAGAGCCACTCTATGACATTGGCATACCTGAGGAGAAGCTCACTCGGAG
GAGAGGTATATTCTGGAACCTGTACATACTTGACAGGACTATTAGCTGCG
CAATGGACCGCCCATTCAGTATTGAAGATGAAGATATTACGCTTCAGGTT
CCGTCTTATGATGGGGACATCAGTTCACCAGACGCGCTTGACTTTCCGGC
GTACGTTGTCATGCACGCTCGACTGATGTCTAAGATGAGAGGCTCTTCAC
CTCAGCAGTCGATTTTCCATTATGGAAGCCTCTCCTACTGGAGAGATATA
CCAAGGGGAATACAAAAATCAAGCGTAGCTCCAGCTTCCTCTAGAGCAAT
ACGGCAGCTCACCTGTAGGGCAATGGTCTGCCTAGCACAAATCAGTGGCC
TTGAGCAAGCCGCAACCAGGGTTCTTGGGACAACCCATACTATCCGACAA
GATGTAATAAACACTTGTAATGATTATATCAATACCGAGTATTTGGCTGT
GGAGGACGACTGTTTCACGGGCTCGTTCGTTGATGCGTTTGACATCTTTT
CCGTGGGTGTGGTTCTTATCTGCCTGAGAAGGACAGCGCTCCCTTCAGAG
ATGTCGAATGCAACCAGTGTTCTCAACGAGTGTACTGCTTTATTGACGCT
TCTTGGTGAAAGATTTCCAGCGCTCAAAGCTTTTTGCAGGGTACTCTGGT
GCTTGCAGGAGTCAGCAGACATGATAATTGATGAGCTGCCGGAAATAGTC
CCCCATGCTCTTCAAGTAATGATTGAGGGTGCTTTCCGAAGTGATCGCGC
GGTTCGTTAAATGAATCATGGAGGAAAGCCGTCGGACAAGTCCTACGCCT
CGGAGTCCCAGAGCACAGCGGAGACTTCAAGCCTGCGAGAGATGCTGGAA
ACGGAAGCAGAAGCGTGCATTGAAGCGAAAGCCAAGTGTTGTCCACGAAG
CGTTCAATTAGGGGGCACCGCAGAAGATGCAAGCGGACTTTCCAATGCTG
CACTTCCAGATTACATTGAAACGCTTAAAAGAAAGGTGGAAGCTCTGGAT
GATCAGTCTCGGCGCCAACACCGTCGTCTTACAGCCCACAGAAGCGATGA
GAGAACATCGCACTCACCTAACAGCCCAACAGGAGCCGCACAGAATAGTC
CACAAACCTCCCATGACACACCATTGACGGAGCAAACCAGTCTCACTGAG
CGGTCGGTACAGGCAGCCATGGGAGAAATTGAATTCCTGTCTCGCAACGC
CATGGCAGAACCTCGTGGTGAGGCAAGTGGATTTCCCCAGGAACTGGCGA
TAGGAAGCATGATTCAGGCTTCCCTTACTATTTCAGGGAAAAACCCGACA
CAATCTTTAAGTTCTTTGTCTCAAAAGTCAAAGTACAGCACCATTTTGGG
ACAAGCCCCCACACTCACCAGAGACGTTGTTGCTATGGACCGTTTCTTCG
GGCAAACAAAAGCTCTCTGTCCATTCATCGACGAGGAAGAGATGCTAGGA
TATTGTGATTCTTTCTTTGATAGTAGCCAGGAATCCCAAGCGACTCCGTA
TACCTCATTCAGAGATTTCAATGTGTATATGGCAGCAGCTATTGGGATCC
TACTCTCTCCCGACTCGGGTATTGAATTTTTCGCCAGCAGCTTGCACAGC
GCGGCAATGCAGAAGTTTCCCAGCATAATCCAAAGTAACGATGACATGAG
CATGTTGCATTCCTTGCTGTTGTTGATTATTTACTCCATGTTCTCATCGG
TGGGGGGTTCCACATGGCATCTTCTCGGCTTGGCTATGAAGAAGGCAATA
TCGTACGGTTTCCATAAAGAGCCACTCTATGACATTGGCATACCTGAGGA
GAAGCTCACTCGGAGGAGAGGTATATTCTGGAACCTGTACATACTTGACA
GGACTATTAGCTGCGCAATGGACCGCCCATTCAGTATTGAAGATGAAGAT
ATTACGCTTCAGGTTCCGTCTTATGATGGGGACATCAGTTCACCAGACGC
GCTTGACTTTCCGGCGTACGTTGTCATGCACGCTCGACTGATGTCTAAGA
TGAGAGGCTCTTCACCTCAGCAGTCGATTTTCCATTATGGAAGCCTCTCC
TACTGGAGAGATATACCAAGGGGAATACAAAAATCAAGCGTAGCTCCAGC
TTCCTCTAGAGCAATACGGCAGCTCACCTGTAGGGCAATGGTCTGCCTAG
CACAAATCAGTGGCCTTGAGCAAGCCGCAACCAGGGTTCTTGGGACAACC
CATACTATCCGACAAGATGTAATAAACACTTGTAATGATTATATCAATAC
CGAGTATTTGGCTGTGGAGGACGACTGTTTCACGGGCTCGTTCGTTGATG
CGTTTGACATCTTTTCCGTGGGTGTGGTTCTTATCTGCCTGAGAAGGACA
GCGCTCCCTTCAGAGATGTCGAATGCAACCAGTGTTCTCAACGAGTGTAC
TGCTTTATTGACGCTTCTTGGTGAAAGATTTCCAGCGCTCAAAGCTTTTT
GCAGGGTACTCTGGTGCTTGCAGGAGTCAGCAGACATGATAATTGATGAG
CTGCCGGAAATAGTCCCCCATGCTCTTCAAGTAATGATTGAGGGTGCTTT
CCGAAGTGATCGCGCGGTTCGTTAAATGAATCATGGAGGAAAGCCGTCGG
ACAAGTCCTACGCCTCGGAGTCCCAGAGCACAGCGGAGACTTCAAGCCTG
CGAGAGATGCTGGAAACGGAAGCAGAAGCGTGCATTGAAGCGAAAGCCAA
GTGTTGTCCACGAAGCGTTCAATTAGGGGGCACCGCAGAAGATGCAAGCG
GACTTTCCAATGCTGCACTTCCAGATTACATTGAAACGCTTAAAAGAAAG
GTGGAAGCTCTGGATGATCAGTCTCGGCGCCAACACCGTCGTCTTACAGC
CCACAGAAGCGATGAGAGAACATCGCACTCACCTAACAGCCCAACAGGAG
CCGCACAGAATAGTCCACAAACCTCCCATGACACACCATTGACGGAGCAA
ACCAGTCTCACTGAGCGGTCGGTACAGGCAGCCATGGGAGAAATTGAATT
CCTGTCTCGCAACGCCATGGCAGAACCTCGTGGTGAGGCAAGTGGATTTC
CCCAGGAACTGGCGATAGGAAGCATGATTCAGGCTTCCCTTACTATTTCA
GGGAAAAACCCGACACAATCTTTAAGTTCTTTGTCTCAAAAGTCAAAGTA
CAGCACCATTTTGGGACAAGCCCCCACACTCACCAGAGACGTTGTTGCTA
TGGACCGTTTCTTCGGGCAAACAAAAGCTCTCTGTCCATTCATCGACGAG
GAAGAGATGCTAGGATATTGTGATTCTTTCTTTGATAGTAGCCAGGAATC
CCAAGCGACTCCGTATACCTCATTCAGAGATTTCAATGTGTATATGGCAG
CAGCTATTGGGATCCTACTCTCTCCCGACTCGGGTATTGAATTTTTCGCC
AGCAGCTTGCACAGCGCGGCAATGCAGAAGTTTCCCAGCATAATCCAAAG
TAACGATGACATGAGCATGTTGCATTCCTTGCTGTTGTTGATTATTTACT
CCATGTTCTCATCGGTGGGGGGTTCCACATGGCATCTTCTCGGCTTGGCT
ATGAAGAAGGCAATATCGTACGGTTTCCATAAAGAGCCACTCTATGACAT
TGGCATACCTGAGGAGAAGCTCACTCGGAGGAGAGGTATATTCTGGAACC
TGTACATACTTGACAGGACTATTAGCTGCGCAATGGACCGCCCATTCAGT
ATTGAAGATGAAGATATTACGCTTCAGGTTCCGTCTTATGATGGGGACAT
CAGTTCACCAGACGCGCTTGACTTTCCGGCGTACGTTGTCATGCACGCTC
GACTGATGTCTAAGATGAGAGGCTCTTCACCTCAGCAGTCGATTTTCCAT
TATGGAAGCCTCTCCTACTGGAGAGATATACCAAGGGGAATACAAAAATC
AAGCGTAGCTCCAGCTTCCTCTAGAGCAATACGGCAGCTCACCTGTAGGG
CAATGGTCTGCCTAGCACAAATCAGTGGCCTTGAGCAAGCCGCAACCAGG
GTTCTTGGGACAACCCATACTATCCGACAAGATGTAATAAACACTTGTAA
TGATTATATCAATACCGAGTATTTGGCTGTGGAGGACGACTGTTTCACGG
GCTCGTTCGTTGATGCGTTTGACATCTTTTCCGTGGGTGTGGTTCTTATC
TGCCTGAGAAGGACAGCGCTCCCTTCAGAGATGTCGAATGCAACCAGTGT
TCTCAACGAGTGTACTGCTTTATTGACGCTTCTTGGTGAAAGATTTCCAG
CGCTCAAAGCTTTTTGCAGGGTACTCTGGTGCTTGCAGGAGTCAGCAGAC
ATGATAATTGATGAGCTGCCGGAAATAGTCCCCCATGCTCTTCAAGTAAT
GATTGAGGGTGCTTTCCGAAGTGATCGCGCGGTTCGTTAA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0006351transcription, DNA-templated
Vocabulary: Molecular Function
TermDefinition
GO:0008270zinc ion binding
GO:0003677DNA binding
Relationships

This mRNA is a part of the following gene feature(s):

Feature NameUnique NameSpeciesType
ATCC10864_000337ATCC10864_000337Aspergillus niger ATCC 10864gene


The following polypeptide feature(s) derives from this mRNA:

Feature NameUnique NameSpeciesType
ATCC10864_000337-T1ATCC10864_000337-T1-proteinAspergillus niger ATCC 10864polypeptide


The following exon feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesType
ATCC10864_000337-T1.exon1ATCC10864_000337-T1.exon1Aspergillus niger ATCC 10864exon
ATCC10864_000337-T1.exon2ATCC10864_000337-T1.exon2Aspergillus niger ATCC 10864exon
ATCC10864_000337-T1.exon3ATCC10864_000337-T1.exon3Aspergillus niger ATCC 10864exon
ATCC10864_000337-T1.exon4ATCC10864_000337-T1.exon4Aspergillus niger ATCC 10864exon
ATCC10864_000337-T1.exon5ATCC10864_000337-T1.exon5Aspergillus niger ATCC 10864exon
ATCC10864_000337-T1.exon6ATCC10864_000337-T1.exon6Aspergillus niger ATCC 10864exon


The following CDS feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesType
ATCC10864_000337-T1.cdsATCC10864_000337-T1.cdsAspergillus niger ATCC 10864CDS


Cross References
External references for this mRNA
DatabaseAccession
InterProIPR007219
PFAMPF04082
Properties
Property NameValue
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger ATCC 10864 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
MCQH01000006supercontigMCQH01000006:937807..939926 +
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