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Sequences
The following sequences are available for this feature:
mRNA from alignment at ch7:2097123..2098457+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >KYF_009371-T1 ID=KYF_009371-T1|Name=KYF_009371-T1|organism=Aspergillus niger KYF3|type=mRNA|length=1335bp|location=Sequence derived from alignment at ch7:2097123..2098457+ (Aspergillus niger KYF3)
ATGCTAGAAGGTCGGTCTCTTACGGAGCCTATTCGTAGGATTTTGAGCAA
GGAGCATGGTTCGGTGAAGTTCTGCAAAGCCAGTGTCTCGAAAATCGACT
ACGCAAACAGGGTTGTTCACATTAACTCGAACGATAAAGTTTCGTTCGAT
CTGCTTGTGGTTGGCATTGGTGCAGAAAATGCTATATTTGGTATGTCCCT
ACTTACTATAACCGTCCAGCAAAGTTCTAATGGCAACGATATCTGACTTT
GAATTGCAGGGATACCTGGGGTCAAGGAACACGCATGCTTCCTAAAGGAG
CTTGAGGATGCGCGTGAGATTAGACAGCGTGTAATAAACTGCATCGAGCA
AGCTTCTCAGGAGCAGAATGACACTGAGCTTGAGCGGAAGTTGCACATGG
TGGTTGTCGGAGGTGGACCGACCGGTATCGAGACTGCCGCAGAGATGAGG
GACTTTTTCAGGAATGATGTACAGAGACTGTTTCCCAAACTCTCCGATAA
GGTCAAGGTAACCTTGGTGGAGGCTCTTCCGTCTGTATGTTCTACCAAAG
GCAATAAGACGATGGATAACGATTTACTGATTATTCTACTTTTATCAAAA
GGTCCTACAAATGTTCCCTAAAGGCTTGATTGAATACACGGAGTCGAAAT
TTCTAGCGGAACATATTGATATTTTGAAAAACACCAAGGTCAAGAGGGCC
ACCGAAACGCATATCGAAGCAGAAGTCACCCAGCCTGATGGCAGCATAAA
GACTGAACTGGTCCCGTATGGGGTTCTGGTTTGGGCTGCTGGGAATGCAG
TGCGCCCTGTTGTCAGAGACTTGATGGATCAACTTCCGGAGCAAGCGTCT
TCACGTCGGGGCCTTCTGGTAGACGAATATCTTCGTGTAAAAGGTACCCA
AGGTGTGTGGGCTCTTGGTGATTGCACGGCAACGAGATACAGTGCAACTG
GGCAAGTCGCACATCAAGAAGGCGCTTACCTTGCACAATTTCTCAATAAA
GCCGATGCAAATGCCGGGGAAGACATGGCAAGAGCGCAACTTCCACCACC
CTTTGAATATACTCACCAAGGATCTCTTGCCTACGTTGGCGATGGTTGTG
CGATCGCAGATCTATCAGTTTTCGGCAAGAATATGCCCTTTGCTGGAGCA
CTGACCCACATTCTGTGGCGTATAGCCTACATTAAAATGTGCATAAGCTG
TACGAGATCCCCAATCCTTTGTGCCGACTACAATGATATATGGACTGACG
CAATTTGCCAGCTCGGAATCAATATTTCATTGCGGGAGATTGGCTAGGAG
CCGCTATCTTTGGTAGAAATATGTCGACAAACTAA back to topCoding sequence (CDS) from alignment at ch7:2097123..2098457+ >KYF_009371-T1 ID=KYF_009371-T1|Name=KYF_009371-T1|organism=Aspergillus niger KYF3|type=CDS|length=4548bp|location=Sequence derived from alignment at ch7:2097123..2098457+ (Aspergillus niger KYF3)
ATGCTAGAAGGTCGGTCTCTTACGGAGCCTATTCGTAGGATTTTGAGCAA
GGAGCATGGTTCGGTGAAGTTCTGCAAAGCCAGTGTCTCGAAAATCGACT
ACGCAAACAGGGTTGTTCACATTAACTCGAACGATAAAGTTTCGTTCGAT
CTGCTTGTGGTTGGCATTGGTGCAGAAAATGCTATATTTGGGATACCTGG
GGTCAAGGAACACGCATGCTTCCTAAAGGAGCTTGAGGATGCGCGTGAGA
TTAGACAGCGTGTAATAAACTGCATCGAGCAAGCTTCTCAGGAGCAGAAT
GACACTGAGCTTGAGCGGAAGTTGCACATGGTGGTTGTCGGAGGTGGACC
GACCGGTATCGAGACTGCCGCAGAGATGAGGGACTTTTTCAGGAATGATG
TACAGAGACTGTTTCCCAAACTCTCCGATAAGGTCAAGGTAACCTTGGTG
GAGGCTCTTCCGTCTGTCCTACAAATGTTCCCTAAAGGCTTGATTGAATA
CACGGAGTCGAAATTTCTAGCGGAACATATTGATATTTTGAAAAACACCA
AGGTCAAGAGGGCCACCGAAACGCATATCGAAGCAGAAGTCACCCAGCCT
GATGGCAGCATAAAGACTGAACTGGTCCCGTATGGGGTTCTGGTTTGGGC
TGCTGGGAATGCAGTGCGCCCTGTTGTCAGAGACTTGATGGATCAACTTC
CGGAGCAAGCGTCTTCACGTCGGGGCCTTCTGGTAGACGAATATCTTCGT
GTAAAAGGTACCCAAGGTGTGTGGGCTCTTGGTGATTGCACGGCAACGAG
ATACAGTGCAACTGGGCAAGTCGCACATCAAGAAGGCGCTTACCTTGCAC
AATTTCTCAATAAAGCCGATGCAAATGCCGGGGAAGACATGGCAAGAGCG
CAACTTCCACCACCCTTTGAATATACTCACCAAGGATCTCTTGCCTACGT
TGGCGATGGTTGTGCGATCGCAGATCTATCAGTTTTCGGCAAGAATATGC
CCTTTGCTGGAGCACTGACCCACATTCTGTGGCGTATAGCCTACATTAAA
ATGTGCATAAGCTCTCGGAATCAATATTTCATTGCGGGAGATTGGCTAGG
AGCCGCTATCTTTGGTAGAAATATGTCGACAAACTAAATGCTAGAAGGTC
GGTCTCTTACGGAGCCTATTCGTAGGATTTTGAGCAAGGAGCATGGTTCG
GTGAAGTTCTGCAAAGCCAGTGTCTCGAAAATCGACTACGCAAACAGGGT
TGTTCACATTAACTCGAACGATAAAGTTTCGTTCGATCTGCTTGTGGTTG
GCATTGGTGCAGAAAATGCTATATTTGGGATACCTGGGGTCAAGGAACAC
GCATGCTTCCTAAAGGAGCTTGAGGATGCGCGTGAGATTAGACAGCGTGT
AATAAACTGCATCGAGCAAGCTTCTCAGGAGCAGAATGACACTGAGCTTG
AGCGGAAGTTGCACATGGTGGTTGTCGGAGGTGGACCGACCGGTATCGAG
ACTGCCGCAGAGATGAGGGACTTTTTCAGGAATGATGTACAGAGACTGTT
TCCCAAACTCTCCGATAAGGTCAAGGTAACCTTGGTGGAGGCTCTTCCGT
CTGTCCTACAAATGTTCCCTAAAGGCTTGATTGAATACACGGAGTCGAAA
TTTCTAGCGGAACATATTGATATTTTGAAAAACACCAAGGTCAAGAGGGC
CACCGAAACGCATATCGAAGCAGAAGTCACCCAGCCTGATGGCAGCATAA
AGACTGAACTGGTCCCGTATGGGGTTCTGGTTTGGGCTGCTGGGAATGCA
GTGCGCCCTGTTGTCAGAGACTTGATGGATCAACTTCCGGAGCAAGCGTC
TTCACGTCGGGGCCTTCTGGTAGACGAATATCTTCGTGTAAAAGGTACCC
AAGGTGTGTGGGCTCTTGGTGATTGCACGGCAACGAGATACAGTGCAACT
GGGCAAGTCGCACATCAAGAAGGCGCTTACCTTGCACAATTTCTCAATAA
AGCCGATGCAAATGCCGGGGAAGACATGGCAAGAGCGCAACTTCCACCAC
CCTTTGAATATACTCACCAAGGATCTCTTGCCTACGTTGGCGATGGTTGT
GCGATCGCAGATCTATCAGTTTTCGGCAAGAATATGCCCTTTGCTGGAGC
ACTGACCCACATTCTGTGGCGTATAGCCTACATTAAAATGTGCATAAGCT
CTCGGAATCAATATTTCATTGCGGGAGATTGGCTAGGAGCCGCTATCTTT
GGTAGAAATATGTCGACAAACTAAATGCTAGAAGGTCGGTCTCTTACGGA
GCCTATTCGTAGGATTTTGAGCAAGGAGCATGGTTCGGTGAAGTTCTGCA
AAGCCAGTGTCTCGAAAATCGACTACGCAAACAGGGTTGTTCACATTAAC
TCGAACGATAAAGTTTCGTTCGATCTGCTTGTGGTTGGCATTGGTGCAGA
AAATGCTATATTTGGGATACCTGGGGTCAAGGAACACGCATGCTTCCTAA
AGGAGCTTGAGGATGCGCGTGAGATTAGACAGCGTGTAATAAACTGCATC
GAGCAAGCTTCTCAGGAGCAGAATGACACTGAGCTTGAGCGGAAGTTGCA
CATGGTGGTTGTCGGAGGTGGACCGACCGGTATCGAGACTGCCGCAGAGA
TGAGGGACTTTTTCAGGAATGATGTACAGAGACTGTTTCCCAAACTCTCC
GATAAGGTCAAGGTAACCTTGGTGGAGGCTCTTCCGTCTGTCCTACAAAT
GTTCCCTAAAGGCTTGATTGAATACACGGAGTCGAAATTTCTAGCGGAAC
ATATTGATATTTTGAAAAACACCAAGGTCAAGAGGGCCACCGAAACGCAT
ATCGAAGCAGAAGTCACCCAGCCTGATGGCAGCATAAAGACTGAACTGGT
CCCGTATGGGGTTCTGGTTTGGGCTGCTGGGAATGCAGTGCGCCCTGTTG
TCAGAGACTTGATGGATCAACTTCCGGAGCAAGCGTCTTCACGTCGGGGC
CTTCTGGTAGACGAATATCTTCGTGTAAAAGGTACCCAAGGTGTGTGGGC
TCTTGGTGATTGCACGGCAACGAGATACAGTGCAACTGGGCAAGTCGCAC
ATCAAGAAGGCGCTTACCTTGCACAATTTCTCAATAAAGCCGATGCAAAT
GCCGGGGAAGACATGGCAAGAGCGCAACTTCCACCACCCTTTGAATATAC
TCACCAAGGATCTCTTGCCTACGTTGGCGATGGTTGTGCGATCGCAGATC
TATCAGTTTTCGGCAAGAATATGCCCTTTGCTGGAGCACTGACCCACATT
CTGTGGCGTATAGCCTACATTAAAATGTGCATAAGCTCTCGGAATCAATA
TTTCATTGCGGGAGATTGGCTAGGAGCCGCTATCTTTGGTAGAAATATGT
CGACAAACTAAATGCTAGAAGGTCGGTCTCTTACGGAGCCTATTCGTAGG
ATTTTGAGCAAGGAGCATGGTTCGGTGAAGTTCTGCAAAGCCAGTGTCTC
GAAAATCGACTACGCAAACAGGGTTGTTCACATTAACTCGAACGATAAAG
TTTCGTTCGATCTGCTTGTGGTTGGCATTGGTGCAGAAAATGCTATATTT
GGGATACCTGGGGTCAAGGAACACGCATGCTTCCTAAAGGAGCTTGAGGA
TGCGCGTGAGATTAGACAGCGTGTAATAAACTGCATCGAGCAAGCTTCTC
AGGAGCAGAATGACACTGAGCTTGAGCGGAAGTTGCACATGGTGGTTGTC
GGAGGTGGACCGACCGGTATCGAGACTGCCGCAGAGATGAGGGACTTTTT
CAGGAATGATGTACAGAGACTGTTTCCCAAACTCTCCGATAAGGTCAAGG
TAACCTTGGTGGAGGCTCTTCCGTCTGTCCTACAAATGTTCCCTAAAGGC
TTGATTGAATACACGGAGTCGAAATTTCTAGCGGAACATATTGATATTTT
GAAAAACACCAAGGTCAAGAGGGCCACCGAAACGCATATCGAAGCAGAAG
TCACCCAGCCTGATGGCAGCATAAAGACTGAACTGGTCCCGTATGGGGTT
CTGGTTTGGGCTGCTGGGAATGCAGTGCGCCCTGTTGTCAGAGACTTGAT
GGATCAACTTCCGGAGCAAGCGTCTTCACGTCGGGGCCTTCTGGTAGACG
AATATCTTCGTGTAAAAGGTACCCAAGGTGTGTGGGCTCTTGGTGATTGC
ACGGCAACGAGATACAGTGCAACTGGGCAAGTCGCACATCAAGAAGGCGC
TTACCTTGCACAATTTCTCAATAAAGCCGATGCAAATGCCGGGGAAGACA
TGGCAAGAGCGCAACTTCCACCACCCTTTGAATATACTCACCAAGGATCT
CTTGCCTACGTTGGCGATGGTTGTGCGATCGCAGATCTATCAGTTTTCGG
CAAGAATATGCCCTTTGCTGGAGCACTGACCCACATTCTGTGGCGTATAG
CCTACATTAAAATGTGCATAAGCTCTCGGAATCAATATTTCATTGCGGGA
GATTGGCTAGGAGCCGCTATCTTTGGTAGAAATATGTCGACAAACTAA back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0016491 | oxidoreductase activity |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0055114 | oxidation-reduction process |
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 |
|---|
| DBxref | InterPro:IPR036188 |
| DBxref | InterPro:IPR023753 |
| DBxref | PFAM:PF07992 |
| DBxref | PFAM:PF00070 |
| 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 |
|---|
| ch7 | supercontig | ch7:2097123..2098457 + |
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