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Sequences
The following sequences are available for this feature:
mRNA from alignment at MCQH01000199:1145362..1147467+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >ATCC10864_008602-T1 ID=ATCC10864_008602-T1|Name=ATCC10864_008602-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=2106bp|location=Sequence derived from alignment at MCQH01000199:1145362..1147467+ (Aspergillus niger ATCC 10864)
ATGACCAAACCGCGCGATAGGCTCCAATCTGGACGGTCGAAAAGGCGGTC
CTTGGGCTCCTCGGGCCTGGGTTCCGTGCCTACTCGTGTTAACCCACTAA
GGGAGAGCATATCCTCGTCATCGACAACTAGAACCGTTCCTTGCGCAGAA
ACTCAGTTCTTCGGCTCGACAGCCTTCCCGGCAATTATCAGTGATGACCA
GAATGTTGTTGATCGCTATCTGGGGCAGCTTCCTGCTCAGGAGCTTTCTT
CTAGTGCAGACCATCTACACCATCAGGATAAGTATTCAGAGAAACAGATA
TCGGAGGGCACTAAAGTGTTGAATTTGCTGTTTGAGTTTCCAGGATTTGC
AGACAGTATTTGCAAATACCTCGAGCTTTCCTATACGTGCATGGTACCGC
ATCCTTTTATCAAAGCTTGTATCGAATCTATACAGGAAACGATGCAAAGG
TCAAGGGGTAATCGTCTGAGGCAACTTGTCGTGACTCTGTTCGCAAACAC
TGCCAAGCCTTTGGATGCCTTTACCACTGTGCCGGCGAAGGCCTACCATA
CCTTGTTCACTGGGCCCAATATCAGATGGGAAATTATTGGCTTTGTCCTT
GCCATTCTTGGTGTATCACTTAAATACGATGTCAATAAACGAACCAAACC
TTCGGCAACCTCACAATCTGACCAGAAGCTGGATTTCATTCATCGTCTCG
CTGAAGGCGTCGATTATTGTACGGCGGTTTGCAACAATTGCAATTGTGTT
AGCCCCCAGGCCCTATGGTTACTTTATGGGAATGCCTGCTTGAAGAACCT
GGTCTACGGTGACATGAGTAAGTGCTCCCGACTGACACGATACTGTATCA
CTGAAAGTCCAGGCTGATTGTATAGGCTTCCAATTATGGCGCTGCATGGG
CGATGTTTCAAGCATGTTCTTCGCCCTTGGGCTTCACCAGGAGGATTCTA
GACTTGAAGCAACATATCCTTTCTATCAAGTTGAATTGAGAAGGAGATAC
GCAGCTCAGATATATTCAATGGACAAAACAATCAGTACTTTCCTTGGCCG
CCCACCCAGAATTTCGGGATCTTACTGCGCCAATACCATGCCCGCTGATA
TTGACGATGAGGTACTTCTGCTAGACGGAGAGGAACTAGATGAGGTATTG
TGCAATGTCGATGCGAACGGCTGGAATATGGATCGTCAGTTCCGTGGTGC
GACCTGGAGGCGGATGAAGCTGATTATCAGCCAGTTTCGGGAGGAAATAC
TTGGTCTATGTCTAGGGACGCGTTTCTCGAGTGGCAGTGAGGCTCTGGCA
AAGTGAATACCCTCTGATCTCGGGAACGTTCTAGGTCACTAATTACAACT
CGACAGGGATATACTGGCCCGACAGGAAGTTGTGTGGGACCAGATTCCAC
CAGAACTCAAATTTGACGAAGTCACAGGGTCTCAGCACATACCTCCTCCT
CAGCGGTATGTTGTGATGACTACTTACATGGATCAAAAATACACCTGCTT
CTTATTGCATCGAAAACTCCTGAATGAGACGACGGAATGGACGCGAGAGC
ATCTGTACAGGATCTCAAGGTCACTGTTGAACACAGTATTGCAGGTAGTG
TCGCTCTCTGATCAGGTCTCCAACATGCAGCGAGATATATCCTGGCCCGT
AGGTGCTTATATTTACTCTTGTTCTACACATAACTGAGTCTGTTCCAGAT
GCTCTATTACGGGTTACCAGGAGCCAGTATCCTGGCAGTGGACTTACTGA
AGCACCTGCACCCTTCATTCAACACTCCGAACCCCCATATCAATGTGGTT
CCTCGAGCCGAGGTCATACAAAACCTGGCCGTGTTTATCTCGAACCTTCA
AAGGAGCATCAATCGAAGAGAAGTGAACTGTGAAACTTGCAGACGGGCAC
ATGGGATTCTGTCCCGTATCCTAGACGAGATAATCGACCCAACAAACGGC
GAACCAGCAATCTTAGATACTGCAGTACAGCAGATGCCAACCAGCACACC
GATTCCGTTTCCCTCTGGAATTGATAATGACCTCAATATTGAAAGCTTCT
TCAGCCAGCTTGGATACTGGGACTTGGCGCTTGATACTTCGGCCACCGTG
CTATAG back to topCoding sequence (CDS) from alignment at MCQH01000199:1145362..1147467+ >ATCC10864_008602-T1 ID=ATCC10864_008602-T1|Name=ATCC10864_008602-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=7776bp|location=Sequence derived from alignment at MCQH01000199:1145362..1147467+ (Aspergillus niger ATCC 10864)
ATGACCAAACCGCGCGATAGGCTCCAATCTGGACGGTCGAAAAGGCGGTC
CTTGGGCTCCTCGGGCCTGGGTTCCGTGCCTACTCGTGTTAACCCACTAA
GGGAGAGCATATCCTCGTCATCGACAACTAGAACCGTTCCTTGCGCAGAA
ACTCAGTTCTTCGGCTCGACAGCCTTCCCGGCAATTATCAGTGATGACCA
GAATGTTGTTGATCGCTATCTGGGGCAGCTTCCTGCTCAGGAGCTTTCTT
CTAGTGCAGACCATCTACACCATCAGGATAAGTATTCAGAGAAACAGATA
TCGGAGGGCACTAAAGTGTTGAATTTGCTGTTTGAGTTTCCAGGATTTGC
AGACAGTATTTGCAAATACCTCGAGCTTTCCTATACGTGCATGGTACCGC
ATCCTTTTATCAAAGCTTGTATCGAATCTATACAGGAAACGATGCAAAGG
TCAAGGGGTAATCGTCTGAGGCAACTTGTCGTGACTCTGTTCGCAAACAC
TGCCAAGCCTTTGGATGCCTTTACCACTGTGCCGGCGAAGGCCTACCATA
CCTTGTTCACTGGGCCCAATATCAGATGGGAAATTATTGGCTTTGTCCTT
GCCATTCTTGGTGTATCACTTAAATACGATGTCAATAAACGAACCAAACC
TTCGGCAACCTCACAATCTGACCAGAAGCTGGATTTCATTCATCGTCTCG
CTGAAGGCGTCGATTATTGTACGGCGGTTTGCAACAATTGCAATTGTGTT
AGCCCCCAGGCCCTATGGTTACTTTATGGGAATGCCTGCTTGAAGAACCT
GGTCTACGGTGACATGAGCTTCCAATTATGGCGCTGCATGGGCGATGTTT
CAAGCATGTTCTTCGCCCTTGGGCTTCACCAGGAGGATTCTAGACTTGAA
GCAACATATCCTTTCTATCAAGTTGAATTGAGAAGGAGATACGCAGCTCA
GATATATTCAATGGACAAAACAATCAGTACTTTCCTTGGCCGCCCACCCA
GAATTTCGGGATCTTACTGCGCCAATACCATGCCCGCTGATATTGACGAT
GAGGTACTTCTGCTAGACGGAGAGGAACTAGATGAGGTATTGTGCAATGT
CGATGCGAACGGCTGGAATATGGATCGTCAGTTCCGTGGTGCGACCTGGA
GGCGGATGAAGCTGATTATCAGCCAGTTTCGGGAGGAAATACTTGGTCTA
TGTCTAGGGACGCGTTTCTCGAGTGGCAGTGAGGCTCTGGCAAAGGATAT
ACTGGCCCGACAGGAAGTTGTGTGGGACCAGATTCCACCAGAACTCAAAT
TTGACGAAGTCACAGGGTCTCAGCACATACCTCCTCCTCAGCGGTATGTT
GTGATGACTACTTACATGGATCAAAAATACACCTGCTTCTTATTGCATCG
AAAACTCCTGAATGAGACGACGGAATGGACGCGAGAGCATCTGTACAGGA
TCTCAAGGTCACTGTTGAACACAGTATTGCAGGTAGTGTCGCTCTCTGAT
CAGGTCTCCAACATGCAGCGAGATATATCCTGGCCCATGCTCTATTACGG
GTTACCAGGAGCCAGTATCCTGGCAGTGGACTTACTGAAGCACCTGCACC
CTTCATTCAACACTCCGAACCCCCATATCAATGTGGTTCCTCGAGCCGAG
GTCATACAAAACCTGGCCGTGTTTATCTCGAACCTTCAAAGGAGCATCAA
TCGAAGAGAAGTGAACTGTGAAACTTGCAGACGGGCACATGGGATTCTGT
CCCGTATCCTAGACGAGATAATCGACCCAACAAACGGCGAACCAGCAATC
TTAGATACTGCAGTACAGCAGATGCCAACCAGCACACCGATTCCGTTTCC
CTCTGGAATTGATAATGACCTCAATATTGAAAGCTTCTTCAGCCAGCTTG
GATACTGGGACTTGGCGCTTGATACTTCGGCCACCGTGCTATAGATGACC
AAACCGCGCGATAGGCTCCAATCTGGACGGTCGAAAAGGCGGTCCTTGGG
CTCCTCGGGCCTGGGTTCCGTGCCTACTCGTGTTAACCCACTAAGGGAGA
GCATATCCTCGTCATCGACAACTAGAACCGTTCCTTGCGCAGAAACTCAG
TTCTTCGGCTCGACAGCCTTCCCGGCAATTATCAGTGATGACCAGAATGT
TGTTGATCGCTATCTGGGGCAGCTTCCTGCTCAGGAGCTTTCTTCTAGTG
CAGACCATCTACACCATCAGGATAAGTATTCAGAGAAACAGATATCGGAG
GGCACTAAAGTGTTGAATTTGCTGTTTGAGTTTCCAGGATTTGCAGACAG
TATTTGCAAATACCTCGAGCTTTCCTATACGTGCATGGTACCGCATCCTT
TTATCAAAGCTTGTATCGAATCTATACAGGAAACGATGCAAAGGTCAAGG
GGTAATCGTCTGAGGCAACTTGTCGTGACTCTGTTCGCAAACACTGCCAA
GCCTTTGGATGCCTTTACCACTGTGCCGGCGAAGGCCTACCATACCTTGT
TCACTGGGCCCAATATCAGATGGGAAATTATTGGCTTTGTCCTTGCCATT
CTTGGTGTATCACTTAAATACGATGTCAATAAACGAACCAAACCTTCGGC
AACCTCACAATCTGACCAGAAGCTGGATTTCATTCATCGTCTCGCTGAAG
GCGTCGATTATTGTACGGCGGTTTGCAACAATTGCAATTGTGTTAGCCCC
CAGGCCCTATGGTTACTTTATGGGAATGCCTGCTTGAAGAACCTGGTCTA
CGGTGACATGAGCTTCCAATTATGGCGCTGCATGGGCGATGTTTCAAGCA
TGTTCTTCGCCCTTGGGCTTCACCAGGAGGATTCTAGACTTGAAGCAACA
TATCCTTTCTATCAAGTTGAATTGAGAAGGAGATACGCAGCTCAGATATA
TTCAATGGACAAAACAATCAGTACTTTCCTTGGCCGCCCACCCAGAATTT
CGGGATCTTACTGCGCCAATACCATGCCCGCTGATATTGACGATGAGGTA
CTTCTGCTAGACGGAGAGGAACTAGATGAGGTATTGTGCAATGTCGATGC
GAACGGCTGGAATATGGATCGTCAGTTCCGTGGTGCGACCTGGAGGCGGA
TGAAGCTGATTATCAGCCAGTTTCGGGAGGAAATACTTGGTCTATGTCTA
GGGACGCGTTTCTCGAGTGGCAGTGAGGCTCTGGCAAAGGATATACTGGC
CCGACAGGAAGTTGTGTGGGACCAGATTCCACCAGAACTCAAATTTGACG
AAGTCACAGGGTCTCAGCACATACCTCCTCCTCAGCGGTATGTTGTGATG
ACTACTTACATGGATCAAAAATACACCTGCTTCTTATTGCATCGAAAACT
CCTGAATGAGACGACGGAATGGACGCGAGAGCATCTGTACAGGATCTCAA
GGTCACTGTTGAACACAGTATTGCAGGTAGTGTCGCTCTCTGATCAGGTC
TCCAACATGCAGCGAGATATATCCTGGCCCATGCTCTATTACGGGTTACC
AGGAGCCAGTATCCTGGCAGTGGACTTACTGAAGCACCTGCACCCTTCAT
TCAACACTCCGAACCCCCATATCAATGTGGTTCCTCGAGCCGAGGTCATA
CAAAACCTGGCCGTGTTTATCTCGAACCTTCAAAGGAGCATCAATCGAAG
AGAAGTGAACTGTGAAACTTGCAGACGGGCACATGGGATTCTGTCCCGTA
TCCTAGACGAGATAATCGACCCAACAAACGGCGAACCAGCAATCTTAGAT
ACTGCAGTACAGCAGATGCCAACCAGCACACCGATTCCGTTTCCCTCTGG
AATTGATAATGACCTCAATATTGAAAGCTTCTTCAGCCAGCTTGGATACT
GGGACTTGGCGCTTGATACTTCGGCCACCGTGCTATAGATGACCAAACCG
CGCGATAGGCTCCAATCTGGACGGTCGAAAAGGCGGTCCTTGGGCTCCTC
GGGCCTGGGTTCCGTGCCTACTCGTGTTAACCCACTAAGGGAGAGCATAT
CCTCGTCATCGACAACTAGAACCGTTCCTTGCGCAGAAACTCAGTTCTTC
GGCTCGACAGCCTTCCCGGCAATTATCAGTGATGACCAGAATGTTGTTGA
TCGCTATCTGGGGCAGCTTCCTGCTCAGGAGCTTTCTTCTAGTGCAGACC
ATCTACACCATCAGGATAAGTATTCAGAGAAACAGATATCGGAGGGCACT
AAAGTGTTGAATTTGCTGTTTGAGTTTCCAGGATTTGCAGACAGTATTTG
CAAATACCTCGAGCTTTCCTATACGTGCATGGTACCGCATCCTTTTATCA
AAGCTTGTATCGAATCTATACAGGAAACGATGCAAAGGTCAAGGGGTAAT
CGTCTGAGGCAACTTGTCGTGACTCTGTTCGCAAACACTGCCAAGCCTTT
GGATGCCTTTACCACTGTGCCGGCGAAGGCCTACCATACCTTGTTCACTG
GGCCCAATATCAGATGGGAAATTATTGGCTTTGTCCTTGCCATTCTTGGT
GTATCACTTAAATACGATGTCAATAAACGAACCAAACCTTCGGCAACCTC
ACAATCTGACCAGAAGCTGGATTTCATTCATCGTCTCGCTGAAGGCGTCG
ATTATTGTACGGCGGTTTGCAACAATTGCAATTGTGTTAGCCCCCAGGCC
CTATGGTTACTTTATGGGAATGCCTGCTTGAAGAACCTGGTCTACGGTGA
CATGAGCTTCCAATTATGGCGCTGCATGGGCGATGTTTCAAGCATGTTCT
TCGCCCTTGGGCTTCACCAGGAGGATTCTAGACTTGAAGCAACATATCCT
TTCTATCAAGTTGAATTGAGAAGGAGATACGCAGCTCAGATATATTCAAT
GGACAAAACAATCAGTACTTTCCTTGGCCGCCCACCCAGAATTTCGGGAT
CTTACTGCGCCAATACCATGCCCGCTGATATTGACGATGAGGTACTTCTG
CTAGACGGAGAGGAACTAGATGAGGTATTGTGCAATGTCGATGCGAACGG
CTGGAATATGGATCGTCAGTTCCGTGGTGCGACCTGGAGGCGGATGAAGC
TGATTATCAGCCAGTTTCGGGAGGAAATACTTGGTCTATGTCTAGGGACG
CGTTTCTCGAGTGGCAGTGAGGCTCTGGCAAAGGATATACTGGCCCGACA
GGAAGTTGTGTGGGACCAGATTCCACCAGAACTCAAATTTGACGAAGTCA
CAGGGTCTCAGCACATACCTCCTCCTCAGCGGTATGTTGTGATGACTACT
TACATGGATCAAAAATACACCTGCTTCTTATTGCATCGAAAACTCCTGAA
TGAGACGACGGAATGGACGCGAGAGCATCTGTACAGGATCTCAAGGTCAC
TGTTGAACACAGTATTGCAGGTAGTGTCGCTCTCTGATCAGGTCTCCAAC
ATGCAGCGAGATATATCCTGGCCCATGCTCTATTACGGGTTACCAGGAGC
CAGTATCCTGGCAGTGGACTTACTGAAGCACCTGCACCCTTCATTCAACA
CTCCGAACCCCCATATCAATGTGGTTCCTCGAGCCGAGGTCATACAAAAC
CTGGCCGTGTTTATCTCGAACCTTCAAAGGAGCATCAATCGAAGAGAAGT
GAACTGTGAAACTTGCAGACGGGCACATGGGATTCTGTCCCGTATCCTAG
ACGAGATAATCGACCCAACAAACGGCGAACCAGCAATCTTAGATACTGCA
GTACAGCAGATGCCAACCAGCACACCGATTCCGTTTCCCTCTGGAATTGA
TAATGACCTCAATATTGAAAGCTTCTTCAGCCAGCTTGGATACTGGGACT
TGGCGCTTGATACTTCGGCCACCGTGCTATAGATGACCAAACCGCGCGAT
AGGCTCCAATCTGGACGGTCGAAAAGGCGGTCCTTGGGCTCCTCGGGCCT
GGGTTCCGTGCCTACTCGTGTTAACCCACTAAGGGAGAGCATATCCTCGT
CATCGACAACTAGAACCGTTCCTTGCGCAGAAACTCAGTTCTTCGGCTCG
ACAGCCTTCCCGGCAATTATCAGTGATGACCAGAATGTTGTTGATCGCTA
TCTGGGGCAGCTTCCTGCTCAGGAGCTTTCTTCTAGTGCAGACCATCTAC
ACCATCAGGATAAGTATTCAGAGAAACAGATATCGGAGGGCACTAAAGTG
TTGAATTTGCTGTTTGAGTTTCCAGGATTTGCAGACAGTATTTGCAAATA
CCTCGAGCTTTCCTATACGTGCATGGTACCGCATCCTTTTATCAAAGCTT
GTATCGAATCTATACAGGAAACGATGCAAAGGTCAAGGGGTAATCGTCTG
AGGCAACTTGTCGTGACTCTGTTCGCAAACACTGCCAAGCCTTTGGATGC
CTTTACCACTGTGCCGGCGAAGGCCTACCATACCTTGTTCACTGGGCCCA
ATATCAGATGGGAAATTATTGGCTTTGTCCTTGCCATTCTTGGTGTATCA
CTTAAATACGATGTCAATAAACGAACCAAACCTTCGGCAACCTCACAATC
TGACCAGAAGCTGGATTTCATTCATCGTCTCGCTGAAGGCGTCGATTATT
GTACGGCGGTTTGCAACAATTGCAATTGTGTTAGCCCCCAGGCCCTATGG
TTACTTTATGGGAATGCCTGCTTGAAGAACCTGGTCTACGGTGACATGAG
CTTCCAATTATGGCGCTGCATGGGCGATGTTTCAAGCATGTTCTTCGCCC
TTGGGCTTCACCAGGAGGATTCTAGACTTGAAGCAACATATCCTTTCTAT
CAAGTTGAATTGAGAAGGAGATACGCAGCTCAGATATATTCAATGGACAA
AACAATCAGTACTTTCCTTGGCCGCCCACCCAGAATTTCGGGATCTTACT
GCGCCAATACCATGCCCGCTGATATTGACGATGAGGTACTTCTGCTAGAC
GGAGAGGAACTAGATGAGGTATTGTGCAATGTCGATGCGAACGGCTGGAA
TATGGATCGTCAGTTCCGTGGTGCGACCTGGAGGCGGATGAAGCTGATTA
TCAGCCAGTTTCGGGAGGAAATACTTGGTCTATGTCTAGGGACGCGTTTC
TCGAGTGGCAGTGAGGCTCTGGCAAAGGATATACTGGCCCGACAGGAAGT
TGTGTGGGACCAGATTCCACCAGAACTCAAATTTGACGAAGTCACAGGGT
CTCAGCACATACCTCCTCCTCAGCGGTATGTTGTGATGACTACTTACATG
GATCAAAAATACACCTGCTTCTTATTGCATCGAAAACTCCTGAATGAGAC
GACGGAATGGACGCGAGAGCATCTGTACAGGATCTCAAGGTCACTGTTGA
ACACAGTATTGCAGGTAGTGTCGCTCTCTGATCAGGTCTCCAACATGCAG
CGAGATATATCCTGGCCCATGCTCTATTACGGGTTACCAGGAGCCAGTAT
CCTGGCAGTGGACTTACTGAAGCACCTGCACCCTTCATTCAACACTCCGA
ACCCCCATATCAATGTGGTTCCTCGAGCCGAGGTCATACAAAACCTGGCC
GTGTTTATCTCGAACCTTCAAAGGAGCATCAATCGAAGAGAAGTGAACTG
TGAAACTTGCAGACGGGCACATGGGATTCTGTCCCGTATCCTAGACGAGA
TAATCGACCCAACAAACGGCGAACCAGCAATCTTAGATACTGCAGTACAG
CAGATGCCAACCAGCACACCGATTCCGTTTCCCTCTGGAATTGATAATGA
CCTCAATATTGAAAGCTTCTTCAGCCAGCTTGGATACTGGGACTTGGCGC
TTGATACTTCGGCCACCGTGCTATAG back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0003677 | DNA binding |
| GO:0008270 | zinc ion binding |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0006351 | transcription, DNA-templated |
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:
Cross References
External references for this mRNA
| Database | Accession |
|---|
| InterPro | IPR007219 |
Properties
| Property Name | Value |
|---|
| 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 |
|---|
| MCQH01000199 | supercontig | MCQH01000199:1145362..1147467 + |
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