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Sequences
The following sequences are available for this feature:
mRNA from alignment at An07:1623889..1626795+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >CBS51388_004720-T1 ID=CBS51388_004720-T1|Name=CBS51388_004720-T1|organism=Aspergillus niger CBS 513.88|type=mRNA|length=2907bp|location=Sequence derived from alignment at An07:1623889..1626795+ (Aspergillus niger CBS 513.88)
ATGGGTTACCAACACGCAACTCGCGATATGGTGGCGTACTTGCGCATTGC
GTCGCCCATTATCCTGCTCCTCATATTTGTCGCCTCCTTCATTGCCAGCT
CCATTGTTACGGCTAGAAATGCGAACAAGAACGCCAATGCCGTTCACACA
GGTCCCGGTGGGCGACCACTTCCCAAACGGTCCCGGAGTACAATGACCGT
GATCAAGGCACCGCAAAAGTTCTCGGAACGCACAAAATTGTTGTTCAAGT
GGCTGTCTGTCGGGGTACTGTTGACAATTGCCGCAGATGGTGCCCTTAAT
GTGGCCCATGTCATGATTGCAAGATCGGAACACTGGTGGTGTGGCCAATC
AGTGGTGGTAAGTCCTCTGCCTTAGCTTTTAGTTCTGACCCAAGCCTGGG
TTGGAACCTCAAGAAACGGGAGGGGCATCGTCGCTAATGACACTAGATCT
ATGTCGTGGGCTCATTCTTCGACTACGCAATCATACTTGTCTCCCTGTTG
GATACAAACCCCTCTCCAACCTTCGCCCAATTCATTCCATGGCTAGTGGC
GATTCCGATTGAGCTGGGTATCCTAGGAACCTCTCTCTCCATCTATTCCG
ACGTACACCGCGAACCTGTGGTTGGGAATCCTGTTGGTGGTCGCCTGAGA
CAAGGTATAACGCCGTGGGAGTTGGCGGAGGTGGTCCTGAACTGTATCAG
GGTACTGTTCCTCATGGCTATGGTCATGTCGTACATGTTTCATACGATCA
ACTTCAACTCCAAAAGAGCTCATGGTCACGCCAATGGGGTCAATGAGACC
ACGGGATTACTCAACGGCCACCACGCGGAAAACGGGAATGCTTATGGCTC
AACGAATGGTCACGCGCAGGCTTCCAAGCCCACCGACCCGTGGGTTCGCC
CGACTACAGTTCCGTCAACTAGTTGGTGGGAGTATCTCAGCGGTTATTCA
CTATTTTTCCCATACCTGTGGCCATCGAAATCCCGTCGCTTGCAAATAGT
AGTGGTCATCTGCTTTCTGCTAATTGTATTGCAACGGATCGTGAATGTGC
TGGTTCCTTACCAGGCAGGTGTCATTACCAACATGCTCTCCAAACAAGAC
GGCGAGTTTAGAGTCCCGTGGTTCAACATCTGTCTCTACATTCTCTACCG
GTGGTTGCAGGGCAACCAGGGTCTTATCGGCTCTTTGCGGTCTAATCTAT
GGATTCCTGTGAGCCAGTACTCCTACATGGAGCTTTCGACAGCGGCTTTC
GAGCACGTGCACGGTCTGAGTCTCGATTTTCACCTAGGGAAAAAGACGGG
TGAAGTGCTATCTGCCCTGAGCAAGGGCAGTTCGATCAACACATTCCTCG
AACAAGTAACCTTTCAGGTCGTCCCTATGTTGGTTGACCTCTGTGTTGCG
ATTGTCTTCTTCCTTGTCTTCCTAGACGCTTATTATGCGCTCGTGGTGAC
TATCGTCACTTTCTGCTATCTCTACGTCACCGTGCGGATGGCACAATGGC
GAGCGGAAATCCGCAGAGAGATGGTCAACAAGTCCAGACAAGAAGACGCT
GTTAAGTAAGTACTCGATATTACCTGTTACTCTTTCTTTTTGCAAGGCTT
ACAGTATGTCTAGGAACGATTCTATGGTCTCCTATGAAACCGTGAAATAT
TTCAATGCCGAAGAATATGAATTTGGCAGATACAGAAATGCCGTGTCTGA
CTTCCAGAAGGCCGAATATCACGTTCTCTTCTCCCTCAATCTGCTGAATA
CATCGCAGAACACTGTTTTCATGCTAGGTTTGCTGATTGCATGCTTTATC
GCGGCCTATCAGGTATCGTTAGGACAGCGGGATGTTGGTCAGTTTGTTTC
ACTCCTCACATACATGGCCCAATTGCAAGGGCCCTTGAACTTCTTCGGCA
CCTTCTACCGTTCCATCCAGTCAGCCATGATAAACTCAGAGCGGTTGTTG
GAACTGTTCAGGGAGCAGCCCACCGTGGTCGATCGACCCAGCGCCAGGCC
CCTGCCACTCTGCAAGGGTGATATCATGTTTGAAAATGTCGAGTTCTCAT
ATGACACCCGGAAACCAGCCTTAAATGGGCTGACATTCCGCTGCGAGCCC
GGGACAACCACAGCTCTGGTGGGTGAGTCAGGCGGAGGAAAGTCCACTGT
TTTCCGTCTACTCTTCCGGTTTTATAACGCGACGAGGGGCCGCATCCGTG
TAGATGGGCACGATGTGGAAAGTATCACAATCGATTCGCTCCGAAAGCAC
ATCGGTGTTGTGCCACAGGACACGGTGCTCTTCAATGAGACATTGATGTA
CAATTTGAAGTACGCCAATCAGGACGCGACGGATGAGGAGGTCTATGAAG
CTTGCCGTGCTGCCAGCATCCACGACAAGATCATGTCCTTCCCCGATGGA
TATAGCACTAAGGTCGGTGAGCGCGGTCTCCGGCTCAGCGGCGGAGAGAA
ACAGCGGGTTGCCATTGCTCGGACCATTCTCAAGAACCCGCGAATAATTC
TTCTGGATGAAGCGACTGCTGCGCTGGACACAGAAACAGAGGAGCACATC
CAGGGCGCGCTGTCCAGCCTTTCCCGTGGGCGGACGATGCTTGTTATTGC
TCATCGACTGAGTACCATCACGACAGCAGACAGGATAGTAGTCTTGCATG
AAGGCCGAGTGGCCGAAAGTGGCACTCACGATCAATTGCTGGCAATGAAA
GGTCGATATGCCAGTATGTGGCGTAAACAGATTCGTGCCCAGAGGGCTGC
CGCGGAAGCCCAAGTGCTTCAAGATCGTGCTCAACGCTTGCGTAGCGCAT
CCACATCGGGTGCCGCCGATGACAGTTCCAGTCAGTCCGATGAGGACCGA
AAGCCGGCCAACAAACCTGGTGACGATGGCCGCAAAGGACAGGAGACAGC
TCGGTGA back to topCoding sequence (CDS) from alignment at An07:1623889..1626795+ >CBS51388_004720-T1 ID=CBS51388_004720-T1|Name=CBS51388_004720-T1|organism=Aspergillus niger CBS 513.88|type=CDS|length=8280bp|location=Sequence derived from alignment at An07:1623889..1626795+ (Aspergillus niger CBS 513.88)
ATGGGTTACCAACACGCAACTCGCGATATGGTGGCGTACTTGCGCATTGC
GTCGCCCATTATCCTGCTCCTCATATTTGTCGCCTCCTTCATTGCCAGCT
CCATTGTTACGGCTAGAAATGCGAACAAGAACGCCAATGCCGTTCACACA
GGTCCCGGTGGGCGACCACTTCCCAAACGGTCCCGGAGTACAATGACCGT
GATCAAGGCACCGCAAAAGTTCTCGGAACGCACAAAATTGTTGTTCAAGT
GGCTGTCTGTCGGGGTACTGTTGACAATTGCCGCAGATGGTGCCCTTAAT
GTGGCCCATGTCATGATTGCAAGATCGGAACACTGGTGGTGTGGCCAATC
AGTGGTGATCTATGTCGTGGGCTCATTCTTCGACTACGCAATCATACTTG
TCTCCCTGTTGGATACAAACCCCTCTCCAACCTTCGCCCAATTCATTCCA
TGGCTAGTGGCGATTCCGATTGAGCTGGGTATCCTAGGAACCTCTCTCTC
CATCTATTCCGACGTACACCGCGAACCTGTGGTTGGGAATCCTGTTGGTG
GTCGCCTGAGACAAGGTATAACGCCGTGGGAGTTGGCGGAGGTGGTCCTG
AACTGTATCAGGGTACTGTTCCTCATGGCTATGGTCATGTCGTACATGTT
TCATACGATCAACTTCAACTCCAAAAGAGCTCATGGTCACGCCAATGGGG
TCAATGAGACCACGGGATTACTCAACGGCCACCACGCGGAAAACGGGAAT
GCTTATGGCTCAACGAATGGTCACGCGCAGGCTTCCAAGCCCACCGACCC
GTGGGTTCGCCCGACTACAGTTCCGTCAACTAGTTGGTGGGAGTATCTCA
GCGGTTATTCACTATTTTTCCCATACCTGTGGCCATCGAAATCCCGTCGC
TTGCAAATAGTAGTGGTCATCTGCTTTCTGCTAATTGTATTGCAACGGAT
CGTGAATGTGCTGGTTCCTTACCAGGCAGGTGTCATTACCAACATGCTCT
CCAAACAAGACGGCGAGTTTAGAGTCCCGTGGTTCAACATCTGTCTCTAC
ATTCTCTACCGGTGGTTGCAGGGCAACCAGGGTCTTATCGGCTCTTTGCG
GTCTAATCTATGGATTCCTGTGAGCCAGTACTCCTACATGGAGCTTTCGA
CAGCGGCTTTCGAGCACGTGCACGGTCTGAGTCTCGATTTTCACCTAGGG
AAAAAGACGGGTGAAGTGCTATCTGCCCTGAGCAAGGGCAGTTCGATCAA
CACATTCCTCGAACAAGTAACCTTTCAGGTCGTCCCTATGTTGGTTGACC
TCTGTGTTGCGATTGTCTTCTTCCTTGTCTTCCTAGACGCTTATTATGCG
CTCGTGGTGACTATCGTCACTTTCTGCTATCTCTACGTCACCGTGCGGAT
GGCACAATGGCGAGCGGAAATCCGCAGAGAGATGGTCAACAAGTCCAGAC
AAGAAGACGCTGTTAAGAACGATTCTATGGTCTCCTATGAAACCGTGAAA
TATTTCAATGCCGAAGAATATGAATTTGGCAGATACAGAAATGCCGTGTC
TGACTTCCAGAAGGCCGAATATCACGTTCTCTTCTCCCTCAATCTGCTGA
ATACATCGCAGAACACTGTTTTCATGCTAGGTTTGCTGATTGCATGCTTT
ATCGCGGCCTATCAGGTATCGTTAGGACAGCGGGATGTTGGTCAGTTTGT
TTCACTCCTCACATACATGGCCCAATTGCAAGGGCCCTTGAACTTCTTCG
GCACCTTCTACCGTTCCATCCAGTCAGCCATGATAAACTCAGAGCGGTTG
TTGGAACTGTTCAGGGAGCAGCCCACCGTGGTCGATCGACCCAGCGCCAG
GCCCCTGCCACTCTGCAAGGGTGATATCATGTTTGAAAATGTCGAGTTCT
CATATGACACCCGGAAACCAGCCTTAAATGGGCTGACATTCCGCTGCGAG
CCCGGGACAACCACAGCTCTGGTGGGTGAGTCAGGCGGAGGAAAGTCCAC
TGTTTTCCGTCTACTCTTCCGGTTTTATAACGCGACGAGGGGCCGCATCC
GTGTAGATGGGCACGATGTGGAAAGTATCACAATCGATTCGCTCCGAAAG
CACATCGGTGTTGTGCCACAGGACACGGTGCTCTTCAATGAGACATTGAT
GTACAATTTGAAGTACGCCAATCAGGACGCGACGGATGAGGAGGTCTATG
AAGCTTGCCGTGCTGCCAGCATCCACGACAAGATCATGTCCTTCCCCGAT
GGATATAGCACTAAGGTCGGTGAGCGCGGTCTCCGGCTCAGCGGCGGAGA
GAAACAGCGGGTTGCCATTGCTCGGACCATTCTCAAGAACCCGCGAATAA
TTCTTCTGGATGAAGCGACTGCTGCGCTGGACACAGAAACAGAGGAGCAC
ATCCAGGGCGCGCTGTCCAGCCTTTCCCGTGGGCGGACGATGCTTGTTAT
TGCTCATCGACTGAGTACCATCACGACAGCAGACAGGATAGTAGTCTTGC
ATGAAGGCCGAGTGGCCGAAAGTGGCACTCACGATCAATTGCTGGCAATG
AAAGGTCGATATGCCAGTATGTGGCGTAAACAGATTCGTGCCCAGAGGGC
TGCCGCGGAAGCCCAAGTGCTTCAAGATCGTGCTCAACGCTTGCGTAGCG
CATCCACATCGGGTGCCGCCGATGACAGTTCCAGTCAGTCCGATGAGGAC
CGAAAGCCGGCCAACAAACCTGGTGACGATGGCCGCAAAGGACAGGAGAC
AGCTCGGTGAATGGGTTACCAACACGCAACTCGCGATATGGTGGCGTACT
TGCGCATTGCGTCGCCCATTATCCTGCTCCTCATATTTGTCGCCTCCTTC
ATTGCCAGCTCCATTGTTACGGCTAGAAATGCGAACAAGAACGCCAATGC
CGTTCACACAGGTCCCGGTGGGCGACCACTTCCCAAACGGTCCCGGAGTA
CAATGACCGTGATCAAGGCACCGCAAAAGTTCTCGGAACGCACAAAATTG
TTGTTCAAGTGGCTGTCTGTCGGGGTACTGTTGACAATTGCCGCAGATGG
TGCCCTTAATGTGGCCCATGTCATGATTGCAAGATCGGAACACTGGTGGT
GTGGCCAATCAGTGGTGATCTATGTCGTGGGCTCATTCTTCGACTACGCA
ATCATACTTGTCTCCCTGTTGGATACAAACCCCTCTCCAACCTTCGCCCA
ATTCATTCCATGGCTAGTGGCGATTCCGATTGAGCTGGGTATCCTAGGAA
CCTCTCTCTCCATCTATTCCGACGTACACCGCGAACCTGTGGTTGGGAAT
CCTGTTGGTGGTCGCCTGAGACAAGGTATAACGCCGTGGGAGTTGGCGGA
GGTGGTCCTGAACTGTATCAGGGTACTGTTCCTCATGGCTATGGTCATGT
CGTACATGTTTCATACGATCAACTTCAACTCCAAAAGAGCTCATGGTCAC
GCCAATGGGGTCAATGAGACCACGGGATTACTCAACGGCCACCACGCGGA
AAACGGGAATGCTTATGGCTCAACGAATGGTCACGCGCAGGCTTCCAAGC
CCACCGACCCGTGGGTTCGCCCGACTACAGTTCCGTCAACTAGTTGGTGG
GAGTATCTCAGCGGTTATTCACTATTTTTCCCATACCTGTGGCCATCGAA
ATCCCGTCGCTTGCAAATAGTAGTGGTCATCTGCTTTCTGCTAATTGTAT
TGCAACGGATCGTGAATGTGCTGGTTCCTTACCAGGCAGGTGTCATTACC
AACATGCTCTCCAAACAAGACGGCGAGTTTAGAGTCCCGTGGTTCAACAT
CTGTCTCTACATTCTCTACCGGTGGTTGCAGGGCAACCAGGGTCTTATCG
GCTCTTTGCGGTCTAATCTATGGATTCCTGTGAGCCAGTACTCCTACATG
GAGCTTTCGACAGCGGCTTTCGAGCACGTGCACGGTCTGAGTCTCGATTT
TCACCTAGGGAAAAAGACGGGTGAAGTGCTATCTGCCCTGAGCAAGGGCA
GTTCGATCAACACATTCCTCGAACAAGTAACCTTTCAGGTCGTCCCTATG
TTGGTTGACCTCTGTGTTGCGATTGTCTTCTTCCTTGTCTTCCTAGACGC
TTATTATGCGCTCGTGGTGACTATCGTCACTTTCTGCTATCTCTACGTCA
CCGTGCGGATGGCACAATGGCGAGCGGAAATCCGCAGAGAGATGGTCAAC
AAGTCCAGACAAGAAGACGCTGTTAAGAACGATTCTATGGTCTCCTATGA
AACCGTGAAATATTTCAATGCCGAAGAATATGAATTTGGCAGATACAGAA
ATGCCGTGTCTGACTTCCAGAAGGCCGAATATCACGTTCTCTTCTCCCTC
AATCTGCTGAATACATCGCAGAACACTGTTTTCATGCTAGGTTTGCTGAT
TGCATGCTTTATCGCGGCCTATCAGGTATCGTTAGGACAGCGGGATGTTG
GTCAGTTTGTTTCACTCCTCACATACATGGCCCAATTGCAAGGGCCCTTG
AACTTCTTCGGCACCTTCTACCGTTCCATCCAGTCAGCCATGATAAACTC
AGAGCGGTTGTTGGAACTGTTCAGGGAGCAGCCCACCGTGGTCGATCGAC
CCAGCGCCAGGCCCCTGCCACTCTGCAAGGGTGATATCATGTTTGAAAAT
GTCGAGTTCTCATATGACACCCGGAAACCAGCCTTAAATGGGCTGACATT
CCGCTGCGAGCCCGGGACAACCACAGCTCTGGTGGGTGAGTCAGGCGGAG
GAAAGTCCACTGTTTTCCGTCTACTCTTCCGGTTTTATAACGCGACGAGG
GGCCGCATCCGTGTAGATGGGCACGATGTGGAAAGTATCACAATCGATTC
GCTCCGAAAGCACATCGGTGTTGTGCCACAGGACACGGTGCTCTTCAATG
AGACATTGATGTACAATTTGAAGTACGCCAATCAGGACGCGACGGATGAG
GAGGTCTATGAAGCTTGCCGTGCTGCCAGCATCCACGACAAGATCATGTC
CTTCCCCGATGGATATAGCACTAAGGTCGGTGAGCGCGGTCTCCGGCTCA
GCGGCGGAGAGAAACAGCGGGTTGCCATTGCTCGGACCATTCTCAAGAAC
CCGCGAATAATTCTTCTGGATGAAGCGACTGCTGCGCTGGACACAGAAAC
AGAGGAGCACATCCAGGGCGCGCTGTCCAGCCTTTCCCGTGGGCGGACGA
TGCTTGTTATTGCTCATCGACTGAGTACCATCACGACAGCAGACAGGATA
GTAGTCTTGCATGAAGGCCGAGTGGCCGAAAGTGGCACTCACGATCAATT
GCTGGCAATGAAAGGTCGATATGCCAGTATGTGGCGTAAACAGATTCGTG
CCCAGAGGGCTGCCGCGGAAGCCCAAGTGCTTCAAGATCGTGCTCAACGC
TTGCGTAGCGCATCCACATCGGGTGCCGCCGATGACAGTTCCAGTCAGTC
CGATGAGGACCGAAAGCCGGCCAACAAACCTGGTGACGATGGCCGCAAAG
GACAGGAGACAGCTCGGTGAATGGGTTACCAACACGCAACTCGCGATATG
GTGGCGTACTTGCGCATTGCGTCGCCCATTATCCTGCTCCTCATATTTGT
CGCCTCCTTCATTGCCAGCTCCATTGTTACGGCTAGAAATGCGAACAAGA
ACGCCAATGCCGTTCACACAGGTCCCGGTGGGCGACCACTTCCCAAACGG
TCCCGGAGTACAATGACCGTGATCAAGGCACCGCAAAAGTTCTCGGAACG
CACAAAATTGTTGTTCAAGTGGCTGTCTGTCGGGGTACTGTTGACAATTG
CCGCAGATGGTGCCCTTAATGTGGCCCATGTCATGATTGCAAGATCGGAA
CACTGGTGGTGTGGCCAATCAGTGGTGATCTATGTCGTGGGCTCATTCTT
CGACTACGCAATCATACTTGTCTCCCTGTTGGATACAAACCCCTCTCCAA
CCTTCGCCCAATTCATTCCATGGCTAGTGGCGATTCCGATTGAGCTGGGT
ATCCTAGGAACCTCTCTCTCCATCTATTCCGACGTACACCGCGAACCTGT
GGTTGGGAATCCTGTTGGTGGTCGCCTGAGACAAGGTATAACGCCGTGGG
AGTTGGCGGAGGTGGTCCTGAACTGTATCAGGGTACTGTTCCTCATGGCT
ATGGTCATGTCGTACATGTTTCATACGATCAACTTCAACTCCAAAAGAGC
TCATGGTCACGCCAATGGGGTCAATGAGACCACGGGATTACTCAACGGCC
ACCACGCGGAAAACGGGAATGCTTATGGCTCAACGAATGGTCACGCGCAG
GCTTCCAAGCCCACCGACCCGTGGGTTCGCCCGACTACAGTTCCGTCAAC
TAGTTGGTGGGAGTATCTCAGCGGTTATTCACTATTTTTCCCATACCTGT
GGCCATCGAAATCCCGTCGCTTGCAAATAGTAGTGGTCATCTGCTTTCTG
CTAATTGTATTGCAACGGATCGTGAATGTGCTGGTTCCTTACCAGGCAGG
TGTCATTACCAACATGCTCTCCAAACAAGACGGCGAGTTTAGAGTCCCGT
GGTTCAACATCTGTCTCTACATTCTCTACCGGTGGTTGCAGGGCAACCAG
GGTCTTATCGGCTCTTTGCGGTCTAATCTATGGATTCCTGTGAGCCAGTA
CTCCTACATGGAGCTTTCGACAGCGGCTTTCGAGCACGTGCACGGTCTGA
GTCTCGATTTTCACCTAGGGAAAAAGACGGGTGAAGTGCTATCTGCCCTG
AGCAAGGGCAGTTCGATCAACACATTCCTCGAACAAGTAACCTTTCAGGT
CGTCCCTATGTTGGTTGACCTCTGTGTTGCGATTGTCTTCTTCCTTGTCT
TCCTAGACGCTTATTATGCGCTCGTGGTGACTATCGTCACTTTCTGCTAT
CTCTACGTCACCGTGCGGATGGCACAATGGCGAGCGGAAATCCGCAGAGA
GATGGTCAACAAGTCCAGACAAGAAGACGCTGTTAAGAACGATTCTATGG
TCTCCTATGAAACCGTGAAATATTTCAATGCCGAAGAATATGAATTTGGC
AGATACAGAAATGCCGTGTCTGACTTCCAGAAGGCCGAATATCACGTTCT
CTTCTCCCTCAATCTGCTGAATACATCGCAGAACACTGTTTTCATGCTAG
GTTTGCTGATTGCATGCTTTATCGCGGCCTATCAGGTATCGTTAGGACAG
CGGGATGTTGGTCAGTTTGTTTCACTCCTCACATACATGGCCCAATTGCA
AGGGCCCTTGAACTTCTTCGGCACCTTCTACCGTTCCATCCAGTCAGCCA
TGATAAACTCAGAGCGGTTGTTGGAACTGTTCAGGGAGCAGCCCACCGTG
GTCGATCGACCCAGCGCCAGGCCCCTGCCACTCTGCAAGGGTGATATCAT
GTTTGAAAATGTCGAGTTCTCATATGACACCCGGAAACCAGCCTTAAATG
GGCTGACATTCCGCTGCGAGCCCGGGACAACCACAGCTCTGGTGGGTGAG
TCAGGCGGAGGAAAGTCCACTGTTTTCCGTCTACTCTTCCGGTTTTATAA
CGCGACGAGGGGCCGCATCCGTGTAGATGGGCACGATGTGGAAAGTATCA
CAATCGATTCGCTCCGAAAGCACATCGGTGTTGTGCCACAGGACACGGTG
CTCTTCAATGAGACATTGATGTACAATTTGAAGTACGCCAATCAGGACGC
GACGGATGAGGAGGTCTATGAAGCTTGCCGTGCTGCCAGCATCCACGACA
AGATCATGTCCTTCCCCGATGGATATAGCACTAAGGTCGGTGAGCGCGGT
CTCCGGCTCAGCGGCGGAGAGAAACAGCGGGTTGCCATTGCTCGGACCAT
TCTCAAGAACCCGCGAATAATTCTTCTGGATGAAGCGACTGCTGCGCTGG
ACACAGAAACAGAGGAGCACATCCAGGGCGCGCTGTCCAGCCTTTCCCGT
GGGCGGACGATGCTTGTTATTGCTCATCGACTGAGTACCATCACGACAGC
AGACAGGATAGTAGTCTTGCATGAAGGCCGAGTGGCCGAAAGTGGCACTC
ACGATCAATTGCTGGCAATGAAAGGTCGATATGCCAGTATGTGGCGTAAA
CAGATTCGTGCCCAGAGGGCTGCCGCGGAAGCCCAAGTGCTTCAAGATCG
TGCTCAACGCTTGCGTAGCGCATCCACATCGGGTGCCGCCGATGACAGTT
CCAGTCAGTCCGATGAGGACCGAAAGCCGGCCAACAAACCTGGTGACGAT
GGCCGCAAAGGACAGGAGACAGCTCGGTGA back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
| Term | Definition |
|---|
| GO:0016021 | integral component of membrane |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0055085 | transmembrane transport |
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0042626 | ATPase-coupled transmembrane transporter activity |
| GO:0005524 | ATP binding |
| GO:0016887 | ATPase activity |
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:IPR027417 |
| DBxref | InterPro:IPR017871 |
| DBxref | InterPro:IPR011527 |
| DBxref | InterPro:IPR036640 |
| DBxref | InterPro:IPR003439 |
| DBxref | InterPro:IPR003593 |
| DBxref | PFAM:PF00005 |
| DBxref | PFAM:PF00664 |
| 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 |
|---|
| An07 | supercontig | An07:1623889..1626795 + |
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