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Sequences
The following sequences are available for this feature:
mRNA from alignment at OGUI01000009.1:42786..45111+ Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below. >ATCC64974_62790-T1 ID=ATCC64974_62790-T1|Name=ATCC64974_62790-T1|organism=Aspergillus niger N402|type=mRNA|length=2326bp|location=Sequence derived from alignment at OGUI01000009.1:42786..45111+ (Aspergillus niger N402)
ATGAATCGCAAGCAGCCACCGCGACGCCATGCTTGCGTCCGATGCGTTCG
ATTGAAAGTCCGCTGCGTGCCCGTTCCCCCCACGGGCACGTGCGTGCGCT
GCACCCGGTTGGGCCAGCCATGCTCGCTGCCTGAGTCCCCCCATGTCAAC
CGTCCCAGGTGAGTACGTACTTACTTACTTCATAACATACCTATTGTCTA
TCTATGGTACTGTTTAATGCACTTTTGTCGCTTTAGCATTCCCTCCCACC
TGTCATCCGACATTGTTGCTTTTTCTGCTTCTACAATCCTCCCAATTAGC
CTGCATTCATCCTGATCCACATTCCCGGCCTCGTGATTACACATACTACA
TAGAAGACTACTACTACTTACTACTACTATACTGAATATATCCCCGGCGA
CCGACCATTGGCTGATTGATCTCCCCCCTCCGCCATCACAGGAAGACCCG
CATTGATGCCCTTCAGGAGCAGATTGATAACTTGGCAGCGCAACTGGGCC
AGAAGGTATGCAATTCCTCTCCCCCCATATTGCGGATGAGGCCTCAATAA
GGCTCGCTCTAATTGTACCCAGCAAGGTGAATTCTCTCACCACGGCAGTG
TCTCCAGTGCAACTCCGTCTACGCACCCACCAGACTCGCCGCGACCCCAC
CACCGCCGGGAGAGCTCCCGACCCAGCGATGAGGCATCGGGGGAACCCGT
GCTAGGCGGGTTGGTCACCCTACGGGAGGCCGACGAGCTCATGGACAAGT
TTCGTACCCAGAAAATGGCCCAATTCCCCTTCGTGATCGTATCCGCCGAC
ATGGAGATCGAGGTACTCCGCCAGCGCTCACCTTTCCTCCTGCTGTGCAT
TGTCACCGTGTGTATGGAACACAAACCGCTCCTGCAACACAAACTGGAGG
CCCTCGTCCGGGAAACGGCAGCCACCCGTTTGATCGCCAAGAGTGAACGC
AACCTCGATCTACTGCTAGGGCTTCTTGTCCATTGCGCATGGTTTCATTA
CCACTGGCGGACCCCGCATATCCACAAGTACATGCTACTTGAAATGGCCC
ACATGGTTGTCGTCGATCTGGGGATAGACAAGGACGAGAACATCCGCATG
CAGCCTATTCCTCCAGAGCCTGCAGACAACCAACGCCATCATTCCAACCC
CACAGAGCAGAGGGCTCTGCTCGGCTGCTATCATTTGTGTTGCACGTGAG
TGTCGCCTGTTACATTAGGAAGACCTTTCCTTCCGCGCTTGGCATTCAGA
GGTGCAACTAACGTTCACACTAAAGGTCGACACTGTTTCGCCGGCAGGTG
ACGATGAGACACACCAAATGGATTACGCAGTGTGTGGAGGACCTTGCTCG
GAAGCCGGAATACCCTAGCGACGTCCTCCTAGGGGAATATATTCTCTCCA
ACAATTTCTTGCGACGTACGCAATGTGTCTTCGATGAAGACGTATGCCTC
TGCTCCTACCACCCTCGGGATGCGTCATGGGAGCAAATCGTAGATTCCAT
CGAACGACAAGAGAGGCAGACTGAGGACCAACTATCACGTCTCGCCTCGT
GTGACAACTGTGAGTTGCTGGCGCTTCAAGAAACCTGCTTCTGCCCCTAT
TTCGGAAAGCTAACCATCTAATCACAAGGGGCCCTTCGTCTGGAGCTCAC
TGCACTCACCACTTTGACTTTGGGGCAAGCAGTACAGCGCCGCAGAGATA
TCTTTCGACTTCGGGAGATCAATCGGCTGCAGCATCTTACGGCCTCAGCT
CACCGGGTTCTTGCCACGTATCTCCAGGTACCACCAGATGTGGCTGTGCA
CCTGCCGGCCTCCTCATATTATACCCTTTGGTACGTGATGCTGGTTCTTG
CCAAAGTGAGCTTGCTATTCGGGAACTACAACCACCCGACACCAGAAATA
GACAGTCGGCGGGTTCACGAGGACGTCCTGGCCACCATGCGAAAGATTGC
TTCGCTCTCTCTTGGTGATGATATCTGGTCGAATTGCCGAGTGATTAGCA
TGGTGGCATGGCTAGAGAAAAGCAAAAGTGAGGCGCAGCGCCAGTGCAGT
ATTAGTCATGTGGTGCAACATCCGAGCGAGGCTTATGGCCCTCCTCGACC
CCCCGTCTCATGGCAGGGCCCGCCCCCTTCCATAGTTTTCGAGTCGCAAC
CCCACTGGACACCAAGTCAATTGCCTGTGCAGCCGGAACCGGCTGTGTAC
CTTGAAACGCTGATGCAGAACGACTGGGACACGGGCATTTGGCGTCAGAC
CCTGGAAGCATTCACTATGTTCGGACCCCCCACTCCACAGAGCCAGATGA
GCTTACAATCGCCCGTGGTTATTTGA back to topCoding sequence (CDS) from alignment at OGUI01000009.1:42786..45111+ >ATCC64974_62790-T1 ID=ATCC64974_62790-T1|Name=ATCC64974_62790-T1|organism=Aspergillus niger N402|type=CDS|length=9135bp|location=Sequence derived from alignment at OGUI01000009.1:42786..45111+ (Aspergillus niger N402)
ATGAATCGCAAGCAGCCACCGCGACGCCATGCTTGCGTCCGATGCGTTCG
ATTGAAAGTCCGCTGCGTGCCCGTTCCCCCCACGGGCACGTGCGTGCGCT
GCACCCGGTTGGGCCAGCCATGCTCGCTGCCTGAGTCCCCCCATGTCAAC
CGTCCCAGGAAGACCCGCATTGATGCCCTTCAGGAGCAGATTGATAACTT
GGCAGCGCAACTGGGCCAGAAGCAAGGTGAATTCTCTCACCACGGCAGTG
TCTCCAGTGCAACTCCGTCTACGCACCCACCAGACTCGCCGCGACCCCAC
CACCGCCGGGAGAGCTCCCGACCCAGCGATGAGGCATCGGGGGAACCCGT
GCTAGGCGGGTTGGTCACCCTACGGGAGGCCGACGAGCTCATGGACAAGT
TTCGTACCCAGAAAATGGCCCAATTCCCCTTCGTGATCGTATCCGCCGAC
ATGGAGATCGAGGTACTCCGCCAGCGCTCACCTTTCCTCCTGCTGTGCAT
TGTCACCGTGTGTATGGAACACAAACCGCTCCTGCAACACAAACTGGAGG
CCCTCGTCCGGGAAACGGCAGCCACCCGTTTGATCGCCAAGAGTGAACGC
AACCTCGATCTACTGCTAGGGCTTCTTGTCCATTGCGCATGGTTTCATTA
CCACTGGCGGACCCCGCATATCCACAAGTACATGCTACTTGAAATGGCCC
ACATGGTTGTCGTCGATCTGGGGATAGACAAGGACGAGAACATCCGCATG
CAGCCTATTCCTCCAGAGCCTGCAGACAACCAACGCCATCATTCCAACCC
CACAGAGCAGAGGGCTCTGCTCGGCTGCTATCATTTGTGTTGCACGTCGA
CACTGTTTCGCCGGCAGGTGACGATGAGACACACCAAATGGATTACGCAG
TGTGTGGAGGACCTTGCTCGGAAGCCGGAATACCCTAGCGACGTCCTCCT
AGGGGAATATATTCTCTCCAACAATTTCTTGCGACGTACGCAATGTGTCT
TCGATGAAGACGTATGCCTCTGCTCCTACCACCCTCGGGATGCGTCATGG
GAGCAAATCGTAGATTCCATCGAACGACAAGAGAGGCAGACTGAGGACCA
ACTATCACGTCTCGCCTCGTGTGACAACTGGGCCCTTCGTCTGGAGCTCA
CTGCACTCACCACTTTGACTTTGGGGCAAGCAGTACAGCGCCGCAGAGAT
ATCTTTCGACTTCGGGAGATCAATCGGCTGCAGCATCTTACGGCCTCAGC
TCACCGGGTTCTTGCCACGTATCTCCAGGTACCACCAGATGTGGCTGTGC
ACCTGCCGGCCTCCTCATATTATACCCTTTGGTACGTGATGCTGGTTCTT
GCCAAAGTGAGCTTGCTATTCGGGAACTACAACCACCCGACACCAGAAAT
AGACAGTCGGCGGGTTCACGAGGACGTCCTGGCCACCATGCGAAAGATTG
CTTCGCTCTCTCTTGGTGATGATATCTGGTCGAATTGCCGAGTGATTAGC
ATGGTGGCATGGCTAGAGAAAAGCAAAAGTGAGGCGCAGCGCCAGTGCAG
TATTAGTCATGTGGTGCAACATCCGAGCGAGGCTTATGGCCCTCCTCGAC
CCCCCGTCTCATGGCAGGGCCCGCCCCCTTCCATAGTTTTCGAGTCGCAA
CCCCACTGGACACCAAGTCAATTGCCTGTGCAGCCGGAACCGGCTGTGTA
CCTTGAAACGCTGATGCAGAACGACTGGGACACGGGCATTTGGCGTCAGA
CCCTGGAAGCATTCACTATGTTCGGACCCCCCACTCCACAGAGCCAGATG
AGCTTACAATCGCCCGTGGTTATTTGAATGAATCGCAAGCAGCCACCGCG
ACGCCATGCTTGCGTCCGATGCGTTCGATTGAAAGTCCGCTGCGTGCCCG
TTCCCCCCACGGGCACGTGCGTGCGCTGCACCCGGTTGGGCCAGCCATGC
TCGCTGCCTGAGTCCCCCCATGTCAACCGTCCCAGGAAGACCCGCATTGA
TGCCCTTCAGGAGCAGATTGATAACTTGGCAGCGCAACTGGGCCAGAAGC
AAGGTGAATTCTCTCACCACGGCAGTGTCTCCAGTGCAACTCCGTCTACG
CACCCACCAGACTCGCCGCGACCCCACCACCGCCGGGAGAGCTCCCGACC
CAGCGATGAGGCATCGGGGGAACCCGTGCTAGGCGGGTTGGTCACCCTAC
GGGAGGCCGACGAGCTCATGGACAAGTTTCGTACCCAGAAAATGGCCCAA
TTCCCCTTCGTGATCGTATCCGCCGACATGGAGATCGAGGTACTCCGCCA
GCGCTCACCTTTCCTCCTGCTGTGCATTGTCACCGTGTGTATGGAACACA
AACCGCTCCTGCAACACAAACTGGAGGCCCTCGTCCGGGAAACGGCAGCC
ACCCGTTTGATCGCCAAGAGTGAACGCAACCTCGATCTACTGCTAGGGCT
TCTTGTCCATTGCGCATGGTTTCATTACCACTGGCGGACCCCGCATATCC
ACAAGTACATGCTACTTGAAATGGCCCACATGGTTGTCGTCGATCTGGGG
ATAGACAAGGACGAGAACATCCGCATGCAGCCTATTCCTCCAGAGCCTGC
AGACAACCAACGCCATCATTCCAACCCCACAGAGCAGAGGGCTCTGCTCG
GCTGCTATCATTTGTGTTGCACGTCGACACTGTTTCGCCGGCAGGTGACG
ATGAGACACACCAAATGGATTACGCAGTGTGTGGAGGACCTTGCTCGGAA
GCCGGAATACCCTAGCGACGTCCTCCTAGGGGAATATATTCTCTCCAACA
ATTTCTTGCGACGTACGCAATGTGTCTTCGATGAAGACGTATGCCTCTGC
TCCTACCACCCTCGGGATGCGTCATGGGAGCAAATCGTAGATTCCATCGA
ACGACAAGAGAGGCAGACTGAGGACCAACTATCACGTCTCGCCTCGTGTG
ACAACTGGGCCCTTCGTCTGGAGCTCACTGCACTCACCACTTTGACTTTG
GGGCAAGCAGTACAGCGCCGCAGAGATATCTTTCGACTTCGGGAGATCAA
TCGGCTGCAGCATCTTACGGCCTCAGCTCACCGGGTTCTTGCCACGTATC
TCCAGGTACCACCAGATGTGGCTGTGCACCTGCCGGCCTCCTCATATTAT
ACCCTTTGGTACGTGATGCTGGTTCTTGCCAAAGTGAGCTTGCTATTCGG
GAACTACAACCACCCGACACCAGAAATAGACAGTCGGCGGGTTCACGAGG
ACGTCCTGGCCACCATGCGAAAGATTGCTTCGCTCTCTCTTGGTGATGAT
ATCTGGTCGAATTGCCGAGTGATTAGCATGGTGGCATGGCTAGAGAAAAG
CAAAAGTGAGGCGCAGCGCCAGTGCAGTATTAGTCATGTGGTGCAACATC
CGAGCGAGGCTTATGGCCCTCCTCGACCCCCCGTCTCATGGCAGGGCCCG
CCCCCTTCCATAGTTTTCGAGTCGCAACCCCACTGGACACCAAGTCAATT
GCCTGTGCAGCCGGAACCGGCTGTGTACCTTGAAACGCTGATGCAGAACG
ACTGGGACACGGGCATTTGGCGTCAGACCCTGGAAGCATTCACTATGTTC
GGACCCCCCACTCCACAGAGCCAGATGAGCTTACAATCGCCCGTGGTTAT
TTGAATGAATCGCAAGCAGCCACCGCGACGCCATGCTTGCGTCCGATGCG
TTCGATTGAAAGTCCGCTGCGTGCCCGTTCCCCCCACGGGCACGTGCGTG
CGCTGCACCCGGTTGGGCCAGCCATGCTCGCTGCCTGAGTCCCCCCATGT
CAACCGTCCCAGGAAGACCCGCATTGATGCCCTTCAGGAGCAGATTGATA
ACTTGGCAGCGCAACTGGGCCAGAAGCAAGGTGAATTCTCTCACCACGGC
AGTGTCTCCAGTGCAACTCCGTCTACGCACCCACCAGACTCGCCGCGACC
CCACCACCGCCGGGAGAGCTCCCGACCCAGCGATGAGGCATCGGGGGAAC
CCGTGCTAGGCGGGTTGGTCACCCTACGGGAGGCCGACGAGCTCATGGAC
AAGTTTCGTACCCAGAAAATGGCCCAATTCCCCTTCGTGATCGTATCCGC
CGACATGGAGATCGAGGTACTCCGCCAGCGCTCACCTTTCCTCCTGCTGT
GCATTGTCACCGTGTGTATGGAACACAAACCGCTCCTGCAACACAAACTG
GAGGCCCTCGTCCGGGAAACGGCAGCCACCCGTTTGATCGCCAAGAGTGA
ACGCAACCTCGATCTACTGCTAGGGCTTCTTGTCCATTGCGCATGGTTTC
ATTACCACTGGCGGACCCCGCATATCCACAAGTACATGCTACTTGAAATG
GCCCACATGGTTGTCGTCGATCTGGGGATAGACAAGGACGAGAACATCCG
CATGCAGCCTATTCCTCCAGAGCCTGCAGACAACCAACGCCATCATTCCA
ACCCCACAGAGCAGAGGGCTCTGCTCGGCTGCTATCATTTGTGTTGCACG
TCGACACTGTTTCGCCGGCAGGTGACGATGAGACACACCAAATGGATTAC
GCAGTGTGTGGAGGACCTTGCTCGGAAGCCGGAATACCCTAGCGACGTCC
TCCTAGGGGAATATATTCTCTCCAACAATTTCTTGCGACGTACGCAATGT
GTCTTCGATGAAGACGTATGCCTCTGCTCCTACCACCCTCGGGATGCGTC
ATGGGAGCAAATCGTAGATTCCATCGAACGACAAGAGAGGCAGACTGAGG
ACCAACTATCACGTCTCGCCTCGTGTGACAACTGGGCCCTTCGTCTGGAG
CTCACTGCACTCACCACTTTGACTTTGGGGCAAGCAGTACAGCGCCGCAG
AGATATCTTTCGACTTCGGGAGATCAATCGGCTGCAGCATCTTACGGCCT
CAGCTCACCGGGTTCTTGCCACGTATCTCCAGGTACCACCAGATGTGGCT
GTGCACCTGCCGGCCTCCTCATATTATACCCTTTGGTACGTGATGCTGGT
TCTTGCCAAAGTGAGCTTGCTATTCGGGAACTACAACCACCCGACACCAG
AAATAGACAGTCGGCGGGTTCACGAGGACGTCCTGGCCACCATGCGAAAG
ATTGCTTCGCTCTCTCTTGGTGATGATATCTGGTCGAATTGCCGAGTGAT
TAGCATGGTGGCATGGCTAGAGAAAAGCAAAAGTGAGGCGCAGCGCCAGT
GCAGTATTAGTCATGTGGTGCAACATCCGAGCGAGGCTTATGGCCCTCCT
CGACCCCCCGTCTCATGGCAGGGCCCGCCCCCTTCCATAGTTTTCGAGTC
GCAACCCCACTGGACACCAAGTCAATTGCCTGTGCAGCCGGAACCGGCTG
TGTACCTTGAAACGCTGATGCAGAACGACTGGGACACGGGCATTTGGCGT
CAGACCCTGGAAGCATTCACTATGTTCGGACCCCCCACTCCACAGAGCCA
GATGAGCTTACAATCGCCCGTGGTTATTTGAATGAATCGCAAGCAGCCAC
CGCGACGCCATGCTTGCGTCCGATGCGTTCGATTGAAAGTCCGCTGCGTG
CCCGTTCCCCCCACGGGCACGTGCGTGCGCTGCACCCGGTTGGGCCAGCC
ATGCTCGCTGCCTGAGTCCCCCCATGTCAACCGTCCCAGGAAGACCCGCA
TTGATGCCCTTCAGGAGCAGATTGATAACTTGGCAGCGCAACTGGGCCAG
AAGCAAGGTGAATTCTCTCACCACGGCAGTGTCTCCAGTGCAACTCCGTC
TACGCACCCACCAGACTCGCCGCGACCCCACCACCGCCGGGAGAGCTCCC
GACCCAGCGATGAGGCATCGGGGGAACCCGTGCTAGGCGGGTTGGTCACC
CTACGGGAGGCCGACGAGCTCATGGACAAGTTTCGTACCCAGAAAATGGC
CCAATTCCCCTTCGTGATCGTATCCGCCGACATGGAGATCGAGGTACTCC
GCCAGCGCTCACCTTTCCTCCTGCTGTGCATTGTCACCGTGTGTATGGAA
CACAAACCGCTCCTGCAACACAAACTGGAGGCCCTCGTCCGGGAAACGGC
AGCCACCCGTTTGATCGCCAAGAGTGAACGCAACCTCGATCTACTGCTAG
GGCTTCTTGTCCATTGCGCATGGTTTCATTACCACTGGCGGACCCCGCAT
ATCCACAAGTACATGCTACTTGAAATGGCCCACATGGTTGTCGTCGATCT
GGGGATAGACAAGGACGAGAACATCCGCATGCAGCCTATTCCTCCAGAGC
CTGCAGACAACCAACGCCATCATTCCAACCCCACAGAGCAGAGGGCTCTG
CTCGGCTGCTATCATTTGTGTTGCACGTCGACACTGTTTCGCCGGCAGGT
GACGATGAGACACACCAAATGGATTACGCAGTGTGTGGAGGACCTTGCTC
GGAAGCCGGAATACCCTAGCGACGTCCTCCTAGGGGAATATATTCTCTCC
AACAATTTCTTGCGACGTACGCAATGTGTCTTCGATGAAGACGTATGCCT
CTGCTCCTACCACCCTCGGGATGCGTCATGGGAGCAAATCGTAGATTCCA
TCGAACGACAAGAGAGGCAGACTGAGGACCAACTATCACGTCTCGCCTCG
TGTGACAACTGGGCCCTTCGTCTGGAGCTCACTGCACTCACCACTTTGAC
TTTGGGGCAAGCAGTACAGCGCCGCAGAGATATCTTTCGACTTCGGGAGA
TCAATCGGCTGCAGCATCTTACGGCCTCAGCTCACCGGGTTCTTGCCACG
TATCTCCAGGTACCACCAGATGTGGCTGTGCACCTGCCGGCCTCCTCATA
TTATACCCTTTGGTACGTGATGCTGGTTCTTGCCAAAGTGAGCTTGCTAT
TCGGGAACTACAACCACCCGACACCAGAAATAGACAGTCGGCGGGTTCAC
GAGGACGTCCTGGCCACCATGCGAAAGATTGCTTCGCTCTCTCTTGGTGA
TGATATCTGGTCGAATTGCCGAGTGATTAGCATGGTGGCATGGCTAGAGA
AAAGCAAAAGTGAGGCGCAGCGCCAGTGCAGTATTAGTCATGTGGTGCAA
CATCCGAGCGAGGCTTATGGCCCTCCTCGACCCCCCGTCTCATGGCAGGG
CCCGCCCCCTTCCATAGTTTTCGAGTCGCAACCCCACTGGACACCAAGTC
AATTGCCTGTGCAGCCGGAACCGGCTGTGTACCTTGAAACGCTGATGCAG
AACGACTGGGACACGGGCATTTGGCGTCAGACCCTGGAAGCATTCACTAT
GTTCGGACCCCCCACTCCACAGAGCCAGATGAGCTTACAATCGCCCGTGG
TTATTTGAATGAATCGCAAGCAGCCACCGCGACGCCATGCTTGCGTCCGA
TGCGTTCGATTGAAAGTCCGCTGCGTGCCCGTTCCCCCCACGGGCACGTG
CGTGCGCTGCACCCGGTTGGGCCAGCCATGCTCGCTGCCTGAGTCCCCCC
ATGTCAACCGTCCCAGGAAGACCCGCATTGATGCCCTTCAGGAGCAGATT
GATAACTTGGCAGCGCAACTGGGCCAGAAGCAAGGTGAATTCTCTCACCA
CGGCAGTGTCTCCAGTGCAACTCCGTCTACGCACCCACCAGACTCGCCGC
GACCCCACCACCGCCGGGAGAGCTCCCGACCCAGCGATGAGGCATCGGGG
GAACCCGTGCTAGGCGGGTTGGTCACCCTACGGGAGGCCGACGAGCTCAT
GGACAAGTTTCGTACCCAGAAAATGGCCCAATTCCCCTTCGTGATCGTAT
CCGCCGACATGGAGATCGAGGTACTCCGCCAGCGCTCACCTTTCCTCCTG
CTGTGCATTGTCACCGTGTGTATGGAACACAAACCGCTCCTGCAACACAA
ACTGGAGGCCCTCGTCCGGGAAACGGCAGCCACCCGTTTGATCGCCAAGA
GTGAACGCAACCTCGATCTACTGCTAGGGCTTCTTGTCCATTGCGCATGG
TTTCATTACCACTGGCGGACCCCGCATATCCACAAGTACATGCTACTTGA
AATGGCCCACATGGTTGTCGTCGATCTGGGGATAGACAAGGACGAGAACA
TCCGCATGCAGCCTATTCCTCCAGAGCCTGCAGACAACCAACGCCATCAT
TCCAACCCCACAGAGCAGAGGGCTCTGCTCGGCTGCTATCATTTGTGTTG
CACGTCGACACTGTTTCGCCGGCAGGTGACGATGAGACACACCAAATGGA
TTACGCAGTGTGTGGAGGACCTTGCTCGGAAGCCGGAATACCCTAGCGAC
GTCCTCCTAGGGGAATATATTCTCTCCAACAATTTCTTGCGACGTACGCA
ATGTGTCTTCGATGAAGACGTATGCCTCTGCTCCTACCACCCTCGGGATG
CGTCATGGGAGCAAATCGTAGATTCCATCGAACGACAAGAGAGGCAGACT
GAGGACCAACTATCACGTCTCGCCTCGTGTGACAACTGGGCCCTTCGTCT
GGAGCTCACTGCACTCACCACTTTGACTTTGGGGCAAGCAGTACAGCGCC
GCAGAGATATCTTTCGACTTCGGGAGATCAATCGGCTGCAGCATCTTACG
GCCTCAGCTCACCGGGTTCTTGCCACGTATCTCCAGGTACCACCAGATGT
GGCTGTGCACCTGCCGGCCTCCTCATATTATACCCTTTGGTACGTGATGC
TGGTTCTTGCCAAAGTGAGCTTGCTATTCGGGAACTACAACCACCCGACA
CCAGAAATAGACAGTCGGCGGGTTCACGAGGACGTCCTGGCCACCATGCG
AAAGATTGCTTCGCTCTCTCTTGGTGATGATATCTGGTCGAATTGCCGAG
TGATTAGCATGGTGGCATGGCTAGAGAAAAGCAAAAGTGAGGCGCAGCGC
CAGTGCAGTATTAGTCATGTGGTGCAACATCCGAGCGAGGCTTATGGCCC
TCCTCGACCCCCCGTCTCATGGCAGGGCCCGCCCCCTTCCATAGTTTTCG
AGTCGCAACCCCACTGGACACCAAGTCAATTGCCTGTGCAGCCGGAACCG
GCTGTGTACCTTGAAACGCTGATGCAGAACGACTGGGACACGGGCATTTG
GCGTCAGACCCTGGAAGCATTCACTATGTTCGGACCCCCCACTCCACAGA
GCCAGATGAGCTTACAATCGCCCGTGGTTATTTGA back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
| Term | Definition |
|---|
| GO:0005634 | nucleus |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0006355 | regulation of transcription, DNA-templated |
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0008270 | zinc ion binding |
| GO:0000981 | DNA-binding transcription factor activity, RNA polymerase II-specific |
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
| Feature Name | Unique Name | Species | Type |
|---|
| ATCC64974_62790-T1 | ATCC64974_62790-T1-protein | Aspergillus niger N402 | polypeptide |
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
Properties
| Property Name | Value |
|---|
| Note | EggNog:ENOG41 |
| DBxref | InterPro:IPR036864 |
| DBxref | InterPro:IPR001138 |
| DBxref | PFAM:PF00172 |
| 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 |
|---|
| OGUI01000009.1 | supercontig | OGUI01000009.1:42786..45111 + |
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