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ATCC10864_010395-T1, ATCC10864_010395-T1 (mRNA) Aspergillus niger ATCC 10864

Overview
NameATCC10864_010395-T1
Unique NameATCC10864_010395-T1
TypemRNA
OrganismAspergillus niger ATCC 10864
Sequences
The following sequences are available for this feature:

mRNA from alignment at MCQH01000231:1397081..1399205-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>ATCC10864_010395-T1 ID=ATCC10864_010395-T1|Name=ATCC10864_010395-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=2125bp|location=Sequence derived from alignment at MCQH01000231:1397081..1399205- (Aspergillus niger ATCC 10864)
ATGCAGTCAGGACCATCTATAGCAAAACCTCGTCCCAAACGCCGACGGCG
AATTTGTCGCGCTTGTGATGCCTGCTACAAAAGAAAGGTACAGATTGCTA
TTTTCGACTCCTTACATGTCCAATCCGATCTGAAACCCCAATCTAGATCC
AGTGTGATGCAGCAACGCCCCGTTGCAATTGGTGCCATCACCATGATATT
CCTTGTACTTTCAAGCGCAACCAGGAGCGTATTCAGGAACGCTCTAAATC
CCATGACTCTTCAGGGTATGGTTTTCTCAATGCAGTCATGGTTGTTCACT
AAAATTTGTCCAAAGCACTCAACGGCTTGATTCCACAGCAATACCTATTG
CTTCTCAAGGTAAACATATACTGCCCTTTCCAGCCTCCATTCAATGATCT
GAGAATTCATATCTATACTGAGAAAGACACTGACCCTGTTGTGGGTAAAA
TGTAGACGTGACCGGCCAATTAGCCGCGCCAACAAGACAAAGTGGTTCGG
ACTTAACCTTCACTGTTGGGCCCCAGAGCAATCTCCATGTCGGAGGACAT
ACTCTCGGGAATTTATGCACCTTCAATGGCCTGCCGTTCTTCTCCGCTAC
TGGCCGCCAGTGGATCAAGGAACGCACCGGCGAAGACGTAAATCTCGAAT
ATACGTCACCAAGGCCATCTACACTCGATCCATCAACGTCGAATGGCGCC
GCGCATGCACTACCGCTTCCGGACAAGGAGTTCCTGTATCAGCTACTCGA
CGACTGGCAAAATTCAGACCTTGCCAGGTTGTTTCCGTTTGTAGACCGAG
TGCTCTTCGAATCAACTGTCGCTGCCGCCTACCATAATGAAACAAGTATC
TCATCTCCTGGTGCTGACAGCGCTAGGGCCTGCATTCATGCGTTCACGAC
AATTTGCCTACATGCAGCAGGCCAACAACAGGGGAATAGAGTAATACATA
CAGAGGACCATCTTCAGACTGCCCACGACTTGGTCCCCCGGATGCTGCAT
GAGTCTGTTACTATAGATGGTCTGCAGGCCAATCTGATGCTCGTAAGTTT
GACAACCTTGCACTGGGTTATGGAAGATGAAAGGAAATTTCAGTGTGAGA
AGTGAGCAAGGCAGGCGGGTACTAAGATATTATGCACGTTTAGAGTCTTT
GCTCCTTGGTAATCACAGGGAATATCCTGATTCTCGAGATGTTACTAGCA
GCCGCGATACGCTTCGTCTTTCATCTAAATGGTCACCTTGCTCCAGTCTA
CATCGATGACGATCAGTTCAGGAGGAGCCTGCATGTCCGAGAATTATTTT
GGATATGTTACATCATGGATAAGGAGTTTAGTCTACGCGCGGGTCATTCT
CCGTGCCTGGATGAGAATCAGTGCGACCTCACTCTCCCTGATATCCACCA
CACTGCGACAGAATTCCTCGCAGGCATACGTCTTGCCATGCTTCAGTCTG
AGGTATACCATCGACTATACTCCTTGAAAGCTCTGCGCCAGACGGATGCC
CAATTATTGGGCGCTATTCGCGATCTTGACAGCGCCTTGGAAATTTGGAG
AATGTCTATTCCCACCAACTTTCGGCCACGCCTCATTGATCGGGAAACAA
ACGCCTTGGACATGCAAAATACGATCTTTCAATTACACTACCTGTATTGC
ATGGGTATGATCCACCAAGCAAGTGGAAGATGCTCTTCCTGGGTCCAAAA
TCAAGACACATCTGAAGCGGGCTCAAGCCTCGCTATCAGCGTTGAAGCGA
GTCGATCGATGCTGCAGAAATTCCTAGATGACCGCCTCGAATTCAACAAG
AATAACCTGAGGTACGCGTTGGTTGTAGGCAAGTTCATTCTGTTTGATCA
TTAACATGTCTCGTAGGTTCTGTCTTCCCTATTTCTTGACAGCCGTTTGC
CACCTTTTTTCCAACATACTCTTCAACCCAACGCACGAGGGCATCGATGA
CGACTTGGAATTGTTCATGTCAGTGCCAACACATATCAGAACACGTGTGC
CACCGGAAATCCCGAGATTGTCGGCTTATCACATTAAGCTCTTCGAAGAC
TTTGTGATAGAATTAGGTCGCCTTGCTAGTAGTGCTATTAAAAGGGCGCG
GGAAGGATTTGAACAAAACAACTAG
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Coding sequence (CDS) from alignment at MCQH01000231:1397081..1399205-

>ATCC10864_010395-T1 ID=ATCC10864_010395-T1|Name=ATCC10864_010395-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=10584bp|location=Sequence derived from alignment at MCQH01000231:1397081..1399205- (Aspergillus niger ATCC 10864)
GTTCTGTCTTCCCTATTTCTTGACAGCCGTTTGCCACCTTTTTTCCAACA
TACTCTTCAACCCAACGCACGAGGGCATCGATGACGACTTGGAATTGTTC
ATGTCAGTGCCAACACATATCAGAACACGTGTGCCACCGGAAATCCCGAG
ATTGTCGGCTTATCACATTAAGCTCTTCGAAGACTTTGTGATAGAATTAG
GTCGCCTTGCTAGTAGTGCTATTAAAAGGGCGCGGGAAGGATTTGAACAA
AACAACTAGAGTCTTTGCTCCTTGGTAATCACAGGGAATATCCTGATTCT
CGAGATGTTACTAGCAGCCGCGATACGCTTCGTCTTTCATCTAAATGGTC
ACCTTGCTCCAGTCTACATCGATGACGATCAGTTCAGGAGGAGCCTGCAT
GTCCGAGAATTATTTTGGATATGTTACATCATGGATAAGGAGTTTAGTCT
ACGCGCGGGTCATTCTCCGTGCCTGGATGAGAATCAGTGCGACCTCACTC
TCCCTGATATCCACCACACTGCGACAGAATTCCTCGCAGGCATACGTCTT
GCCATGCTTCAGTCTGAGGTATACCATCGACTATACTCCTTGAAAGCTCT
GCGCCAGACGGATGCCCAATTATTGGGCGCTATTCGCGATCTTGACAGCG
CCTTGGAAATTTGGAGAATGTCTATTCCCACCAACTTTCGGCCACGCCTC
ATTGATCGGGAAACAAACGCCTTGGACATGCAAAATACGATCTTTCAATT
ACACTACCTGTATTGCATGGGTATGATCCACCAAGCAAGTGGAAGATGCT
CTTCCTGGGTCCAAAATCAAGACACATCTGAAGCGGGCTCAAGCCTCGCT
ATCAGCGTTGAAGCGAGTCGATCGATGCTGCAGAAATTCCTAGATGACCG
CCTCGAATTCAACAAGAATAACCTGAGACGTGACCGGCCAATTAGCCGCG
CCAACAAGACAAAGTGGTTCGGACTTAACCTTCACTGTTGGGCCCCAGAG
CAATCTCCATGTCGGAGGACATACTCTCGGGAATTTATGCACCTTCAATG
GCCTGCCGTTCTTCTCCGCTACTGGCCGCCAGTGGATCAAGGAACGCACC
GGCGAAGACGTAAATCTCGAATATACGTCACCAAGGCCATCTACACTCGA
TCCATCAACGTCGAATGGCGCCGCGCATGCACTACCGCTTCCGGACAAGG
AGTTCCTGTATCAGCTACTCGACGACTGGCAAAATTCAGACCTTGCCAGG
TTGTTTCCGTTTGTAGACCGAGTGCTCTTCGAATCAACTGTCGCTGCCGC
CTACCATAATGAAACAAGTATCTCATCTCCTGGTGCTGACAGCGCTAGGG
CCTGCATTCATGCGTTCACGACAATTTGCCTACATGCAGCAGGCCAACAA
CAGGGGAATAGAGTAATACATACAGAGGACCATCTTCAGACTGCCCACGA
CTTGGTCCCCCGGATGCTGCATGAGTCTGTTACTATAGATGGTCTGCAGG
CCAATCTGATGCTCCACTCAACGGCTTGATTCCACAGCAATACCTATTGC
TTCTCAAGATCCAGTGTGATGCAGCAACGCCCCGTTGCAATTGGTGCCAT
CACCATGATATTCCTTGTACTTTCAAGCGCAACCAGGAGCGTATTCAGGA
ACGCTCTAAATCCCATGACTCTTCAGGATGCAGTCAGGACCATCTATAGC
AAAACCTCGTCCCAAACGCCGACGGCGAATTTGTCGCGCTTGTGATGCCT
GCTACAAAAGAAAGGTTCTGTCTTCCCTATTTCTTGACAGCCGTTTGCCA
CCTTTTTTCCAACATACTCTTCAACCCAACGCACGAGGGCATCGATGACG
ACTTGGAATTGTTCATGTCAGTGCCAACACATATCAGAACACGTGTGCCA
CCGGAAATCCCGAGATTGTCGGCTTATCACATTAAGCTCTTCGAAGACTT
TGTGATAGAATTAGGTCGCCTTGCTAGTAGTGCTATTAAAAGGGCGCGGG
AAGGATTTGAACAAAACAACTAGAGTCTTTGCTCCTTGGTAATCACAGGG
AATATCCTGATTCTCGAGATGTTACTAGCAGCCGCGATACGCTTCGTCTT
TCATCTAAATGGTCACCTTGCTCCAGTCTACATCGATGACGATCAGTTCA
GGAGGAGCCTGCATGTCCGAGAATTATTTTGGATATGTTACATCATGGAT
AAGGAGTTTAGTCTACGCGCGGGTCATTCTCCGTGCCTGGATGAGAATCA
GTGCGACCTCACTCTCCCTGATATCCACCACACTGCGACAGAATTCCTCG
CAGGCATACGTCTTGCCATGCTTCAGTCTGAGGTATACCATCGACTATAC
TCCTTGAAAGCTCTGCGCCAGACGGATGCCCAATTATTGGGCGCTATTCG
CGATCTTGACAGCGCCTTGGAAATTTGGAGAATGTCTATTCCCACCAACT
TTCGGCCACGCCTCATTGATCGGGAAACAAACGCCTTGGACATGCAAAAT
ACGATCTTTCAATTACACTACCTGTATTGCATGGGTATGATCCACCAAGC
AAGTGGAAGATGCTCTTCCTGGGTCCAAAATCAAGACACATCTGAAGCGG
GCTCAAGCCTCGCTATCAGCGTTGAAGCGAGTCGATCGATGCTGCAGAAA
TTCCTAGATGACCGCCTCGAATTCAACAAGAATAACCTGAGACGTGACCG
GCCAATTAGCCGCGCCAACAAGACAAAGTGGTTCGGACTTAACCTTCACT
GTTGGGCCCCAGAGCAATCTCCATGTCGGAGGACATACTCTCGGGAATTT
ATGCACCTTCAATGGCCTGCCGTTCTTCTCCGCTACTGGCCGCCAGTGGA
TCAAGGAACGCACCGGCGAAGACGTAAATCTCGAATATACGTCACCAAGG
CCATCTACACTCGATCCATCAACGTCGAATGGCGCCGCGCATGCACTACC
GCTTCCGGACAAGGAGTTCCTGTATCAGCTACTCGACGACTGGCAAAATT
CAGACCTTGCCAGGTTGTTTCCGTTTGTAGACCGAGTGCTCTTCGAATCA
ACTGTCGCTGCCGCCTACCATAATGAAACAAGTATCTCATCTCCTGGTGC
TGACAGCGCTAGGGCCTGCATTCATGCGTTCACGACAATTTGCCTACATG
CAGCAGGCCAACAACAGGGGAATAGAGTAATACATACAGAGGACCATCTT
CAGACTGCCCACGACTTGGTCCCCCGGATGCTGCATGAGTCTGTTACTAT
AGATGGTCTGCAGGCCAATCTGATGCTCCACTCAACGGCTTGATTCCACA
GCAATACCTATTGCTTCTCAAGATCCAGTGTGATGCAGCAACGCCCCGTT
GCAATTGGTGCCATCACCATGATATTCCTTGTACTTTCAAGCGCAACCAG
GAGCGTATTCAGGAACGCTCTAAATCCCATGACTCTTCAGGATGCAGTCA
GGACCATCTATAGCAAAACCTCGTCCCAAACGCCGACGGCGAATTTGTCG
CGCTTGTGATGCCTGCTACAAAAGAAAGGTTCTGTCTTCCCTATTTCTTG
ACAGCCGTTTGCCACCTTTTTTCCAACATACTCTTCAACCCAACGCACGA
GGGCATCGATGACGACTTGGAATTGTTCATGTCAGTGCCAACACATATCA
GAACACGTGTGCCACCGGAAATCCCGAGATTGTCGGCTTATCACATTAAG
CTCTTCGAAGACTTTGTGATAGAATTAGGTCGCCTTGCTAGTAGTGCTAT
TAAAAGGGCGCGGGAAGGATTTGAACAAAACAACTAGAGTCTTTGCTCCT
TGGTAATCACAGGGAATATCCTGATTCTCGAGATGTTACTAGCAGCCGCG
ATACGCTTCGTCTTTCATCTAAATGGTCACCTTGCTCCAGTCTACATCGA
TGACGATCAGTTCAGGAGGAGCCTGCATGTCCGAGAATTATTTTGGATAT
GTTACATCATGGATAAGGAGTTTAGTCTACGCGCGGGTCATTCTCCGTGC
CTGGATGAGAATCAGTGCGACCTCACTCTCCCTGATATCCACCACACTGC
GACAGAATTCCTCGCAGGCATACGTCTTGCCATGCTTCAGTCTGAGGTAT
ACCATCGACTATACTCCTTGAAAGCTCTGCGCCAGACGGATGCCCAATTA
TTGGGCGCTATTCGCGATCTTGACAGCGCCTTGGAAATTTGGAGAATGTC
TATTCCCACCAACTTTCGGCCACGCCTCATTGATCGGGAAACAAACGCCT
TGGACATGCAAAATACGATCTTTCAATTACACTACCTGTATTGCATGGGT
ATGATCCACCAAGCAAGTGGAAGATGCTCTTCCTGGGTCCAAAATCAAGA
CACATCTGAAGCGGGCTCAAGCCTCGCTATCAGCGTTGAAGCGAGTCGAT
CGATGCTGCAGAAATTCCTAGATGACCGCCTCGAATTCAACAAGAATAAC
CTGAGACGTGACCGGCCAATTAGCCGCGCCAACAAGACAAAGTGGTTCGG
ACTTAACCTTCACTGTTGGGCCCCAGAGCAATCTCCATGTCGGAGGACAT
ACTCTCGGGAATTTATGCACCTTCAATGGCCTGCCGTTCTTCTCCGCTAC
TGGCCGCCAGTGGATCAAGGAACGCACCGGCGAAGACGTAAATCTCGAAT
ATACGTCACCAAGGCCATCTACACTCGATCCATCAACGTCGAATGGCGCC
GCGCATGCACTACCGCTTCCGGACAAGGAGTTCCTGTATCAGCTACTCGA
CGACTGGCAAAATTCAGACCTTGCCAGGTTGTTTCCGTTTGTAGACCGAG
TGCTCTTCGAATCAACTGTCGCTGCCGCCTACCATAATGAAACAAGTATC
TCATCTCCTGGTGCTGACAGCGCTAGGGCCTGCATTCATGCGTTCACGAC
AATTTGCCTACATGCAGCAGGCCAACAACAGGGGAATAGAGTAATACATA
CAGAGGACCATCTTCAGACTGCCCACGACTTGGTCCCCCGGATGCTGCAT
GAGTCTGTTACTATAGATGGTCTGCAGGCCAATCTGATGCTCCACTCAAC
GGCTTGATTCCACAGCAATACCTATTGCTTCTCAAGATCCAGTGTGATGC
AGCAACGCCCCGTTGCAATTGGTGCCATCACCATGATATTCCTTGTACTT
TCAAGCGCAACCAGGAGCGTATTCAGGAACGCTCTAAATCCCATGACTCT
TCAGGATGCAGTCAGGACCATCTATAGCAAAACCTCGTCCCAAACGCCGA
CGGCGAATTTGTCGCGCTTGTGATGCCTGCTACAAAAGAAAGGTTCTGTC
TTCCCTATTTCTTGACAGCCGTTTGCCACCTTTTTTCCAACATACTCTTC
AACCCAACGCACGAGGGCATCGATGACGACTTGGAATTGTTCATGTCAGT
GCCAACACATATCAGAACACGTGTGCCACCGGAAATCCCGAGATTGTCGG
CTTATCACATTAAGCTCTTCGAAGACTTTGTGATAGAATTAGGTCGCCTT
GCTAGTAGTGCTATTAAAAGGGCGCGGGAAGGATTTGAACAAAACAACTA
GAGTCTTTGCTCCTTGGTAATCACAGGGAATATCCTGATTCTCGAGATGT
TACTAGCAGCCGCGATACGCTTCGTCTTTCATCTAAATGGTCACCTTGCT
CCAGTCTACATCGATGACGATCAGTTCAGGAGGAGCCTGCATGTCCGAGA
ATTATTTTGGATATGTTACATCATGGATAAGGAGTTTAGTCTACGCGCGG
GTCATTCTCCGTGCCTGGATGAGAATCAGTGCGACCTCACTCTCCCTGAT
ATCCACCACACTGCGACAGAATTCCTCGCAGGCATACGTCTTGCCATGCT
TCAGTCTGAGGTATACCATCGACTATACTCCTTGAAAGCTCTGCGCCAGA
CGGATGCCCAATTATTGGGCGCTATTCGCGATCTTGACAGCGCCTTGGAA
ATTTGGAGAATGTCTATTCCCACCAACTTTCGGCCACGCCTCATTGATCG
GGAAACAAACGCCTTGGACATGCAAAATACGATCTTTCAATTACACTACC
TGTATTGCATGGGTATGATCCACCAAGCAAGTGGAAGATGCTCTTCCTGG
GTCCAAAATCAAGACACATCTGAAGCGGGCTCAAGCCTCGCTATCAGCGT
TGAAGCGAGTCGATCGATGCTGCAGAAATTCCTAGATGACCGCCTCGAAT
TCAACAAGAATAACCTGAGACGTGACCGGCCAATTAGCCGCGCCAACAAG
ACAAAGTGGTTCGGACTTAACCTTCACTGTTGGGCCCCAGAGCAATCTCC
ATGTCGGAGGACATACTCTCGGGAATTTATGCACCTTCAATGGCCTGCCG
TTCTTCTCCGCTACTGGCCGCCAGTGGATCAAGGAACGCACCGGCGAAGA
CGTAAATCTCGAATATACGTCACCAAGGCCATCTACACTCGATCCATCAA
CGTCGAATGGCGCCGCGCATGCACTACCGCTTCCGGACAAGGAGTTCCTG
TATCAGCTACTCGACGACTGGCAAAATTCAGACCTTGCCAGGTTGTTTCC
GTTTGTAGACCGAGTGCTCTTCGAATCAACTGTCGCTGCCGCCTACCATA
ATGAAACAAGTATCTCATCTCCTGGTGCTGACAGCGCTAGGGCCTGCATT
CATGCGTTCACGACAATTTGCCTACATGCAGCAGGCCAACAACAGGGGAA
TAGAGTAATACATACAGAGGACCATCTTCAGACTGCCCACGACTTGGTCC
CCCGGATGCTGCATGAGTCTGTTACTATAGATGGTCTGCAGGCCAATCTG
ATGCTCCACTCAACGGCTTGATTCCACAGCAATACCTATTGCTTCTCAAG
ATCCAGTGTGATGCAGCAACGCCCCGTTGCAATTGGTGCCATCACCATGA
TATTCCTTGTACTTTCAAGCGCAACCAGGAGCGTATTCAGGAACGCTCTA
AATCCCATGACTCTTCAGGATGCAGTCAGGACCATCTATAGCAAAACCTC
GTCCCAAACGCCGACGGCGAATTTGTCGCGCTTGTGATGCCTGCTACAAA
AGAAAGGTTCTGTCTTCCCTATTTCTTGACAGCCGTTTGCCACCTTTTTT
CCAACATACTCTTCAACCCAACGCACGAGGGCATCGATGACGACTTGGAA
TTGTTCATGTCAGTGCCAACACATATCAGAACACGTGTGCCACCGGAAAT
CCCGAGATTGTCGGCTTATCACATTAAGCTCTTCGAAGACTTTGTGATAG
AATTAGGTCGCCTTGCTAGTAGTGCTATTAAAAGGGCGCGGGAAGGATTT
GAACAAAACAACTAGAGTCTTTGCTCCTTGGTAATCACAGGGAATATCCT
GATTCTCGAGATGTTACTAGCAGCCGCGATACGCTTCGTCTTTCATCTAA
ATGGTCACCTTGCTCCAGTCTACATCGATGACGATCAGTTCAGGAGGAGC
CTGCATGTCCGAGAATTATTTTGGATATGTTACATCATGGATAAGGAGTT
TAGTCTACGCGCGGGTCATTCTCCGTGCCTGGATGAGAATCAGTGCGACC
TCACTCTCCCTGATATCCACCACACTGCGACAGAATTCCTCGCAGGCATA
CGTCTTGCCATGCTTCAGTCTGAGGTATACCATCGACTATACTCCTTGAA
AGCTCTGCGCCAGACGGATGCCCAATTATTGGGCGCTATTCGCGATCTTG
ACAGCGCCTTGGAAATTTGGAGAATGTCTATTCCCACCAACTTTCGGCCA
CGCCTCATTGATCGGGAAACAAACGCCTTGGACATGCAAAATACGATCTT
TCAATTACACTACCTGTATTGCATGGGTATGATCCACCAAGCAAGTGGAA
GATGCTCTTCCTGGGTCCAAAATCAAGACACATCTGAAGCGGGCTCAAGC
CTCGCTATCAGCGTTGAAGCGAGTCGATCGATGCTGCAGAAATTCCTAGA
TGACCGCCTCGAATTCAACAAGAATAACCTGAGACGTGACCGGCCAATTA
GCCGCGCCAACAAGACAAAGTGGTTCGGACTTAACCTTCACTGTTGGGCC
CCAGAGCAATCTCCATGTCGGAGGACATACTCTCGGGAATTTATGCACCT
TCAATGGCCTGCCGTTCTTCTCCGCTACTGGCCGCCAGTGGATCAAGGAA
CGCACCGGCGAAGACGTAAATCTCGAATATACGTCACCAAGGCCATCTAC
ACTCGATCCATCAACGTCGAATGGCGCCGCGCATGCACTACCGCTTCCGG
ACAAGGAGTTCCTGTATCAGCTACTCGACGACTGGCAAAATTCAGACCTT
GCCAGGTTGTTTCCGTTTGTAGACCGAGTGCTCTTCGAATCAACTGTCGC
TGCCGCCTACCATAATGAAACAAGTATCTCATCTCCTGGTGCTGACAGCG
CTAGGGCCTGCATTCATGCGTTCACGACAATTTGCCTACATGCAGCAGGC
CAACAACAGGGGAATAGAGTAATACATACAGAGGACCATCTTCAGACTGC
CCACGACTTGGTCCCCCGGATGCTGCATGAGTCTGTTACTATAGATGGTC
TGCAGGCCAATCTGATGCTCCACTCAACGGCTTGATTCCACAGCAATACC
TATTGCTTCTCAAGATCCAGTGTGATGCAGCAACGCCCCGTTGCAATTGG
TGCCATCACCATGATATTCCTTGTACTTTCAAGCGCAACCAGGAGCGTAT
TCAGGAACGCTCTAAATCCCATGACTCTTCAGGATGCAGTCAGGACCATC
TATAGCAAAACCTCGTCCCAAACGCCGACGGCGAATTTGTCGCGCTTGTG
ATGCCTGCTACAAAAGAAAGGTTCTGTCTTCCCTATTTCTTGACAGCCGT
TTGCCACCTTTTTTCCAACATACTCTTCAACCCAACGCACGAGGGCATCG
ATGACGACTTGGAATTGTTCATGTCAGTGCCAACACATATCAGAACACGT
GTGCCACCGGAAATCCCGAGATTGTCGGCTTATCACATTAAGCTCTTCGA
AGACTTTGTGATAGAATTAGGTCGCCTTGCTAGTAGTGCTATTAAAAGGG
CGCGGGAAGGATTTGAACAAAACAACTAGAGTCTTTGCTCCTTGGTAATC
ACAGGGAATATCCTGATTCTCGAGATGTTACTAGCAGCCGCGATACGCTT
CGTCTTTCATCTAAATGGTCACCTTGCTCCAGTCTACATCGATGACGATC
AGTTCAGGAGGAGCCTGCATGTCCGAGAATTATTTTGGATATGTTACATC
ATGGATAAGGAGTTTAGTCTACGCGCGGGTCATTCTCCGTGCCTGGATGA
GAATCAGTGCGACCTCACTCTCCCTGATATCCACCACACTGCGACAGAAT
TCCTCGCAGGCATACGTCTTGCCATGCTTCAGTCTGAGGTATACCATCGA
CTATACTCCTTGAAAGCTCTGCGCCAGACGGATGCCCAATTATTGGGCGC
TATTCGCGATCTTGACAGCGCCTTGGAAATTTGGAGAATGTCTATTCCCA
CCAACTTTCGGCCACGCCTCATTGATCGGGAAACAAACGCCTTGGACATG
CAAAATACGATCTTTCAATTACACTACCTGTATTGCATGGGTATGATCCA
CCAAGCAAGTGGAAGATGCTCTTCCTGGGTCCAAAATCAAGACACATCTG
AAGCGGGCTCAAGCCTCGCTATCAGCGTTGAAGCGAGTCGATCGATGCTG
CAGAAATTCCTAGATGACCGCCTCGAATTCAACAAGAATAACCTGAGACG
TGACCGGCCAATTAGCCGCGCCAACAAGACAAAGTGGTTCGGACTTAACC
TTCACTGTTGGGCCCCAGAGCAATCTCCATGTCGGAGGACATACTCTCGG
GAATTTATGCACCTTCAATGGCCTGCCGTTCTTCTCCGCTACTGGCCGCC
AGTGGATCAAGGAACGCACCGGCGAAGACGTAAATCTCGAATATACGTCA
CCAAGGCCATCTACACTCGATCCATCAACGTCGAATGGCGCCGCGCATGC
ACTACCGCTTCCGGACAAGGAGTTCCTGTATCAGCTACTCGACGACTGGC
AAAATTCAGACCTTGCCAGGTTGTTTCCGTTTGTAGACCGAGTGCTCTTC
GAATCAACTGTCGCTGCCGCCTACCATAATGAAACAAGTATCTCATCTCC
TGGTGCTGACAGCGCTAGGGCCTGCATTCATGCGTTCACGACAATTTGCC
TACATGCAGCAGGCCAACAACAGGGGAATAGAGTAATACATACAGAGGAC
CATCTTCAGACTGCCCACGACTTGGTCCCCCGGATGCTGCATGAGTCTGT
TACTATAGATGGTCTGCAGGCCAATCTGATGCTCCACTCAACGGCTTGAT
TCCACAGCAATACCTATTGCTTCTCAAGATCCAGTGTGATGCAGCAACGC
CCCGTTGCAATTGGTGCCATCACCATGATATTCCTTGTACTTTCAAGCGC
AACCAGGAGCGTATTCAGGAACGCTCTAAATCCCATGACTCTTCAGGATG
CAGTCAGGACCATCTATAGCAAAACCTCGTCCCAAACGCCGACGGCGAAT
TTGTCGCGCTTGTGATGCCTGCTACAAAAGAAAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0006351transcription, DNA-templated
GO:0006355regulation of transcription, DNA-templated
Vocabulary: Molecular Function
TermDefinition
GO:0008270zinc ion binding
GO:0000981DNA-binding transcription factor activity, RNA polymerase II-specific
GO:0003677DNA binding
Relationships

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

Feature NameUnique NameSpeciesType
ATCC10864_010395ATCC10864_010395Aspergillus niger ATCC 10864gene


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

Feature NameUnique NameSpeciesType
ATCC10864_010395-T1ATCC10864_010395-T1-proteinAspergillus niger ATCC 10864polypeptide


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

Feature NameUnique NameSpeciesType
ATCC10864_010395-T1.cdsATCC10864_010395-T1.cdsAspergillus niger ATCC 10864CDS


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

Feature NameUnique NameSpeciesType
ATCC10864_010395-T1.exon6ATCC10864_010395-T1.exon6Aspergillus niger ATCC 10864exon
ATCC10864_010395-T1.exon5ATCC10864_010395-T1.exon5Aspergillus niger ATCC 10864exon
ATCC10864_010395-T1.exon4ATCC10864_010395-T1.exon4Aspergillus niger ATCC 10864exon
ATCC10864_010395-T1.exon3ATCC10864_010395-T1.exon3Aspergillus niger ATCC 10864exon
ATCC10864_010395-T1.exon2ATCC10864_010395-T1.exon2Aspergillus niger ATCC 10864exon
ATCC10864_010395-T1.exon1ATCC10864_010395-T1.exon1Aspergillus niger ATCC 10864exon


Cross References
External references for this mRNA
DatabaseAccession
InterProIPR007219
InterProIPR001138
PFAMPF00172
InterProIPR036864
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
MCQH01000231supercontigMCQH01000231:1397081..1399205 -
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