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Sequences
The following sequences are available for this feature:
mRNA from alignment at NKJJ01000011.1:1705581..1707690+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >CAN33_18785-T1 ID=CAN33_18785-T1|Name=CAN33_18785-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=2110bp|location=Sequence derived from alignment at NKJJ01000011.1:1705581..1707690+ (Aspergillus niger FDAARGOS_311)
ATGTATGCGATCAACAAGTAAGCAACGCAGTTATATTGCTAGCATAGGGA
GTATTTGACATTCTCACAGCAGAGCGTACGGTCTGGATACACATTTTGAT
AAATTGTGGCGGCGAATAAACGATGATGCCCATCCGAAATCGCTAGAGTT
CTACGAACATGCAAGTCAAGCGAACTACCCCATTGAGAATGTCGCAAAAC
TGGAGAAGTTTATGGACTCACTTTCCATGACATCCAAGTCTCAACCATTA
TTGCAGACGGAGAGGCTTTTAAAAATAATTGCCGAATACCCTGAGGATGT
GGTCAATGGCGATTACACGTCCTCAGACGTGAAAGTATTCATGACACACG
TCGTAGACACTTCTTGGCTCGTAGCTGCCAAGGCTGCAGTGCAGACTCTC
GGGATTATACTGAATACACTATCGGATGATGTACTCTCCCTCAACGACGA
GATGCTCTATTGGGACAGCGTTTTGGAATCCCCCTGGTCACTAGGGCTTT
ATATGATCCAGAATTCACCAGTGGTGCTTTGGAGCCGATTTCGAAAAGCC
TGGCGCCATGCTAACTCTACGAACAACCGCCGGACGCCCGGCCAAACCGG
TTGGATGAAATTCTACGAATCTGTTCGTCAGTGCATCCTTCCACAAAGGT
TGCATTTTTGGCGGGGAAGGATGTTATCACCGCTCTCAACAGCGAAGTCA
GATGTACGACAGAAGCGGAAGACCCTGAGCTCATTGAAGGATATGAACGC
TAGTAGCATCGGGATCCTCATAAGGAAGAGTTTCTCCCGCGAAGTGGGCG
ATGAATATTCAGGCGACGATAGCTATGGCATGTTTAATGAGAGCTGGCAG
GTCAACGTTCTTGAGGGTGTGGCTTTGATGAAATTGCTCCTCGAAGATCC
GGAAAAGGAAAGTGCCACATGGAATTACGAAGAGCACATAAACATGGCGA
TCAATCAAGAAGTCTCGTCGATGCGCATGCATTACTGCACTGGTCTATCC
TCTGAGGGTCCGAGATTCGTCATGAGCCAATTGGGCTATATACTTGAAAA
GCTTCTACCGGCCTATGCTAAAGCTTCAGCCACAACAATCAACAACGCTG
GTCGCCCTCATTACCTAGTACGTTTTTGGTTACCCTTAACCCTTGCACTA
TTTTCAACAAGTACATCACTGGAGCTTTTAAGGAATAAACGCCATGAGCT
CTTGGAATGGGTTGCCAATTTCGGTTCAACCACGATCGAGTTTTGGAACA
ATTGGGTTGTAGACCCAATTCACAGGCTTATCGGAACTATAAGGCATGAT
GAAAAGAGTGAAATTGCACTGATGAGTAGAAACAGCTTGGAAGCCGATCG
AGCGAGTCTGGAAAGGATGGTTGTGGACTTCATTCTTGATCGTTGTGAAC
CGAACAAAAATGATTATGATGCCTTTGATACTCATGTCATCACGGCTAAA
GTTCGGGAAGGTGACTTGACACCAGTGCTGAAAGCATACGAAAATGACCT
ACGTAGTCCCTTTGTTGGGACCATTAAGGGTGATTTGGTGCGAGCACTTC
TAATACAGATACAGAAGACAAAAGTAGATGTTGAGATTGCGATAGGGGGA
ATTGACGCTCTGTTGAAAAGCCAAGAGCTGGTTTTCGGGTAAGAATTCTG
GCCAGGAATACCAGGGTAGGCATTGACTTTTCACAGGTTTATTGGACTAA
CCCCAGGCATAATGGTGTCATATGCGACTCTTCGTTGGCTTTACAGCTTG
CTTGGCAGTCGAAGGGGCTTGCGAACGGGTAAGCAGCAGGACCAATTGAG
GCATGCTTTGCGGTAAGTTTTGGCCTAGCTTAAAGGAACAATTCAATCCA
GGCCTAATTATTGCTGTAGGGTTGTCCATCGGACTTTAACATCATCTGTC
CCCACTCCTGGCGATACCCTCGCGTTTAGAGACTATGGTCTCCTCATATG
CAATGCTGAAGTCCTACTTTCAAAGGCGCGGACCATACTGAAAGGCGCAG
ATCTCCGCTCATTTCAGGAAGACATTAATGAATTAGTCGAGCGAGATACA
ATTGACCGGCAACTCAAGGTTGTTGAAAGAATGGGTTGGGTATACTCAAG
ATGGATCTGA back to topCoding sequence (CDS) from alignment at NKJJ01000011.1:1705581..1707690+ >CAN33_18785-T1 ID=CAN33_18785-T1|Name=CAN33_18785-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=7812bp|location=Sequence derived from alignment at NKJJ01000011.1:1705581..1707690+ (Aspergillus niger FDAARGOS_311)
ATGTATGCGATCAACAACAGAGCGTACGGTCTGGATACACATTTTGATAA
ATTGTGGCGGCGAATAAACGATGATGCCCATCCGAAATCGCTAGAGTTCT
ACGAACATGCAAGTCAAGCGAACTACCCCATTGAGAATGTCGCAAAACTG
GAGAAGTTTATGGACTCACTTTCCATGACATCCAAGTCTCAACCATTATT
GCAGACGGAGAGGCTTTTAAAAATAATTGCCGAATACCCTGAGGATGTGG
TCAATGGCGATTACACGTCCTCAGACGTGAAAGTATTCATGACACACGTC
GTAGACACTTCTTGGCTCGTAGCTGCCAAGGCTGCAGTGCAGACTCTCGG
GATTATACTGAATACACTATCGGATGATGTACTCTCCCTCAACGACGAGA
TGCTCTATTGGGACAGCGTTTTGGAATCCCCCTGGTCACTAGGGCTTTAT
ATGATCCAGAATTCACCAGTGGTGCTTTGGAGCCGATTTCGAAAAGCCTG
GCGCCATGCTAACTCTACGAACAACCGCCGGACGCCCGGCCAAACCGGTT
GGATGAAATTCTACGAATCTGTTCGTCAGTGCATCCTTCCACAAAGGTTG
CATTTTTGGCGGGGAAGGATGTTATCACCGCTCTCAACAGCGAAGTCAGA
TGTACGACAGAAGCGGAAGACCCTGAGCTCATTGAAGGATATGAACGCTA
GTAGCATCGGGATCCTCATAAGGAAGAGTTTCTCCCGCGAAGTGGGCGAT
GAATATTCAGGCGACGATAGCTATGGCATGTTTAATGAGAGCTGGCAGGT
CAACGTTCTTGAGGGTGTGGCTTTGATGAAATTGCTCCTCGAAGATCCGG
AAAAGGAAAGTGCCACATGGAATTACGAAGAGCACATAAACATGGCGATC
AATCAAGAAGTCTCGTCGATGCGCATGCATTACTGCACTGGTCTATCCTC
TGAGGGTCCGAGATTCGTCATGAGCCAATTGGGCTATATACTTGAAAAGC
TTCTACCGGCCTATGCTAAAGCTTCAGCCACAACAATCAACAACGCTGGT
CGCCCTCATTACCTAGTACGTTTTTGGTTACCCTTAACCCTTGCACTATT
TTCAACAAGTACATCACTGGAGCTTTTAAGGAATAAACGCCATGAGCTCT
TGGAATGGGTTGCCAATTTCGGTTCAACCACGATCGAGTTTTGGAACAAT
TGGGTTGTAGACCCAATTCACAGGCTTATCGGAACTATAAGGCATGATGA
AAAGAGTGAAATTGCACTGATGAGTAGAAACAGCTTGGAAGCCGATCGAG
CGAGTCTGGAAAGGATGGTTGTGGACTTCATTCTTGATCGTTGTGAACCG
AACAAAAATGATTATGATGCCTTTGATACTCATGTCATCACGGCTAAAGT
TCGGGAAGGTGACTTGACACCAGTGCTGAAAGCATACGAAAATGACCTAC
GTAGTCCCTTTGTTGGGACCATTAAGGGTGATTTGGTGCGAGCACTTCTA
ATACAGATACAGAAGACAAAAGTAGATGTTGAGATTGCGATAGGGGGAAT
TGACGCTCTGTTGAAAAGCCAAGAGCTGGTTTTCGGGTTTATTGGACTAA
CCCCAGGCATAATGGTGTCATATGCGACTCTTCGTTGGCTTTACAGCTTG
CTTGGCAGTCGAAGGGGCTTGCGAACGGGTAAGCAGCAGGACCAATTGAG
GCATGCTTTGCGGGTTGTCCATCGGACTTTAACATCATCTGTCCCCACTC
CTGGCGATACCCTCGCGTTTAGAGACTATGGTCTCCTCATATGCAATGCT
GAAGTCCTACTTTCAAAGGCGCGGACCATACTGAAAGGCGCAGATCTCCG
CTCATTTCAGGAAGACATTAATGAATTAGTCGAGCGAGATACAATTGACC
GGCAACTCAAGGTTGTTGAAAGAATGGGTTGGGTATACTCAAGATGGATC
TGAATGTATGCGATCAACAACAGAGCGTACGGTCTGGATACACATTTTGA
TAAATTGTGGCGGCGAATAAACGATGATGCCCATCCGAAATCGCTAGAGT
TCTACGAACATGCAAGTCAAGCGAACTACCCCATTGAGAATGTCGCAAAA
CTGGAGAAGTTTATGGACTCACTTTCCATGACATCCAAGTCTCAACCATT
ATTGCAGACGGAGAGGCTTTTAAAAATAATTGCCGAATACCCTGAGGATG
TGGTCAATGGCGATTACACGTCCTCAGACGTGAAAGTATTCATGACACAC
GTCGTAGACACTTCTTGGCTCGTAGCTGCCAAGGCTGCAGTGCAGACTCT
CGGGATTATACTGAATACACTATCGGATGATGTACTCTCCCTCAACGACG
AGATGCTCTATTGGGACAGCGTTTTGGAATCCCCCTGGTCACTAGGGCTT
TATATGATCCAGAATTCACCAGTGGTGCTTTGGAGCCGATTTCGAAAAGC
CTGGCGCCATGCTAACTCTACGAACAACCGCCGGACGCCCGGCCAAACCG
GTTGGATGAAATTCTACGAATCTGTTCGTCAGTGCATCCTTCCACAAAGG
TTGCATTTTTGGCGGGGAAGGATGTTATCACCGCTCTCAACAGCGAAGTC
AGATGTACGACAGAAGCGGAAGACCCTGAGCTCATTGAAGGATATGAACG
CTAGTAGCATCGGGATCCTCATAAGGAAGAGTTTCTCCCGCGAAGTGGGC
GATGAATATTCAGGCGACGATAGCTATGGCATGTTTAATGAGAGCTGGCA
GGTCAACGTTCTTGAGGGTGTGGCTTTGATGAAATTGCTCCTCGAAGATC
CGGAAAAGGAAAGTGCCACATGGAATTACGAAGAGCACATAAACATGGCG
ATCAATCAAGAAGTCTCGTCGATGCGCATGCATTACTGCACTGGTCTATC
CTCTGAGGGTCCGAGATTCGTCATGAGCCAATTGGGCTATATACTTGAAA
AGCTTCTACCGGCCTATGCTAAAGCTTCAGCCACAACAATCAACAACGCT
GGTCGCCCTCATTACCTAGTACGTTTTTGGTTACCCTTAACCCTTGCACT
ATTTTCAACAAGTACATCACTGGAGCTTTTAAGGAATAAACGCCATGAGC
TCTTGGAATGGGTTGCCAATTTCGGTTCAACCACGATCGAGTTTTGGAAC
AATTGGGTTGTAGACCCAATTCACAGGCTTATCGGAACTATAAGGCATGA
TGAAAAGAGTGAAATTGCACTGATGAGTAGAAACAGCTTGGAAGCCGATC
GAGCGAGTCTGGAAAGGATGGTTGTGGACTTCATTCTTGATCGTTGTGAA
CCGAACAAAAATGATTATGATGCCTTTGATACTCATGTCATCACGGCTAA
AGTTCGGGAAGGTGACTTGACACCAGTGCTGAAAGCATACGAAAATGACC
TACGTAGTCCCTTTGTTGGGACCATTAAGGGTGATTTGGTGCGAGCACTT
CTAATACAGATACAGAAGACAAAAGTAGATGTTGAGATTGCGATAGGGGG
AATTGACGCTCTGTTGAAAAGCCAAGAGCTGGTTTTCGGGTTTATTGGAC
TAACCCCAGGCATAATGGTGTCATATGCGACTCTTCGTTGGCTTTACAGC
TTGCTTGGCAGTCGAAGGGGCTTGCGAACGGGTAAGCAGCAGGACCAATT
GAGGCATGCTTTGCGGGTTGTCCATCGGACTTTAACATCATCTGTCCCCA
CTCCTGGCGATACCCTCGCGTTTAGAGACTATGGTCTCCTCATATGCAAT
GCTGAAGTCCTACTTTCAAAGGCGCGGACCATACTGAAAGGCGCAGATCT
CCGCTCATTTCAGGAAGACATTAATGAATTAGTCGAGCGAGATACAATTG
ACCGGCAACTCAAGGTTGTTGAAAGAATGGGTTGGGTATACTCAAGATGG
ATCTGAATGTATGCGATCAACAACAGAGCGTACGGTCTGGATACACATTT
TGATAAATTGTGGCGGCGAATAAACGATGATGCCCATCCGAAATCGCTAG
AGTTCTACGAACATGCAAGTCAAGCGAACTACCCCATTGAGAATGTCGCA
AAACTGGAGAAGTTTATGGACTCACTTTCCATGACATCCAAGTCTCAACC
ATTATTGCAGACGGAGAGGCTTTTAAAAATAATTGCCGAATACCCTGAGG
ATGTGGTCAATGGCGATTACACGTCCTCAGACGTGAAAGTATTCATGACA
CACGTCGTAGACACTTCTTGGCTCGTAGCTGCCAAGGCTGCAGTGCAGAC
TCTCGGGATTATACTGAATACACTATCGGATGATGTACTCTCCCTCAACG
ACGAGATGCTCTATTGGGACAGCGTTTTGGAATCCCCCTGGTCACTAGGG
CTTTATATGATCCAGAATTCACCAGTGGTGCTTTGGAGCCGATTTCGAAA
AGCCTGGCGCCATGCTAACTCTACGAACAACCGCCGGACGCCCGGCCAAA
CCGGTTGGATGAAATTCTACGAATCTGTTCGTCAGTGCATCCTTCCACAA
AGGTTGCATTTTTGGCGGGGAAGGATGTTATCACCGCTCTCAACAGCGAA
GTCAGATGTACGACAGAAGCGGAAGACCCTGAGCTCATTGAAGGATATGA
ACGCTAGTAGCATCGGGATCCTCATAAGGAAGAGTTTCTCCCGCGAAGTG
GGCGATGAATATTCAGGCGACGATAGCTATGGCATGTTTAATGAGAGCTG
GCAGGTCAACGTTCTTGAGGGTGTGGCTTTGATGAAATTGCTCCTCGAAG
ATCCGGAAAAGGAAAGTGCCACATGGAATTACGAAGAGCACATAAACATG
GCGATCAATCAAGAAGTCTCGTCGATGCGCATGCATTACTGCACTGGTCT
ATCCTCTGAGGGTCCGAGATTCGTCATGAGCCAATTGGGCTATATACTTG
AAAAGCTTCTACCGGCCTATGCTAAAGCTTCAGCCACAACAATCAACAAC
GCTGGTCGCCCTCATTACCTAGTACGTTTTTGGTTACCCTTAACCCTTGC
ACTATTTTCAACAAGTACATCACTGGAGCTTTTAAGGAATAAACGCCATG
AGCTCTTGGAATGGGTTGCCAATTTCGGTTCAACCACGATCGAGTTTTGG
AACAATTGGGTTGTAGACCCAATTCACAGGCTTATCGGAACTATAAGGCA
TGATGAAAAGAGTGAAATTGCACTGATGAGTAGAAACAGCTTGGAAGCCG
ATCGAGCGAGTCTGGAAAGGATGGTTGTGGACTTCATTCTTGATCGTTGT
GAACCGAACAAAAATGATTATGATGCCTTTGATACTCATGTCATCACGGC
TAAAGTTCGGGAAGGTGACTTGACACCAGTGCTGAAAGCATACGAAAATG
ACCTACGTAGTCCCTTTGTTGGGACCATTAAGGGTGATTTGGTGCGAGCA
CTTCTAATACAGATACAGAAGACAAAAGTAGATGTTGAGATTGCGATAGG
GGGAATTGACGCTCTGTTGAAAAGCCAAGAGCTGGTTTTCGGGTTTATTG
GACTAACCCCAGGCATAATGGTGTCATATGCGACTCTTCGTTGGCTTTAC
AGCTTGCTTGGCAGTCGAAGGGGCTTGCGAACGGGTAAGCAGCAGGACCA
ATTGAGGCATGCTTTGCGGGTTGTCCATCGGACTTTAACATCATCTGTCC
CCACTCCTGGCGATACCCTCGCGTTTAGAGACTATGGTCTCCTCATATGC
AATGCTGAAGTCCTACTTTCAAAGGCGCGGACCATACTGAAAGGCGCAGA
TCTCCGCTCATTTCAGGAAGACATTAATGAATTAGTCGAGCGAGATACAA
TTGACCGGCAACTCAAGGTTGTTGAAAGAATGGGTTGGGTATACTCAAGA
TGGATCTGAATGTATGCGATCAACAACAGAGCGTACGGTCTGGATACACA
TTTTGATAAATTGTGGCGGCGAATAAACGATGATGCCCATCCGAAATCGC
TAGAGTTCTACGAACATGCAAGTCAAGCGAACTACCCCATTGAGAATGTC
GCAAAACTGGAGAAGTTTATGGACTCACTTTCCATGACATCCAAGTCTCA
ACCATTATTGCAGACGGAGAGGCTTTTAAAAATAATTGCCGAATACCCTG
AGGATGTGGTCAATGGCGATTACACGTCCTCAGACGTGAAAGTATTCATG
ACACACGTCGTAGACACTTCTTGGCTCGTAGCTGCCAAGGCTGCAGTGCA
GACTCTCGGGATTATACTGAATACACTATCGGATGATGTACTCTCCCTCA
ACGACGAGATGCTCTATTGGGACAGCGTTTTGGAATCCCCCTGGTCACTA
GGGCTTTATATGATCCAGAATTCACCAGTGGTGCTTTGGAGCCGATTTCG
AAAAGCCTGGCGCCATGCTAACTCTACGAACAACCGCCGGACGCCCGGCC
AAACCGGTTGGATGAAATTCTACGAATCTGTTCGTCAGTGCATCCTTCCA
CAAAGGTTGCATTTTTGGCGGGGAAGGATGTTATCACCGCTCTCAACAGC
GAAGTCAGATGTACGACAGAAGCGGAAGACCCTGAGCTCATTGAAGGATA
TGAACGCTAGTAGCATCGGGATCCTCATAAGGAAGAGTTTCTCCCGCGAA
GTGGGCGATGAATATTCAGGCGACGATAGCTATGGCATGTTTAATGAGAG
CTGGCAGGTCAACGTTCTTGAGGGTGTGGCTTTGATGAAATTGCTCCTCG
AAGATCCGGAAAAGGAAAGTGCCACATGGAATTACGAAGAGCACATAAAC
ATGGCGATCAATCAAGAAGTCTCGTCGATGCGCATGCATTACTGCACTGG
TCTATCCTCTGAGGGTCCGAGATTCGTCATGAGCCAATTGGGCTATATAC
TTGAAAAGCTTCTACCGGCCTATGCTAAAGCTTCAGCCACAACAATCAAC
AACGCTGGTCGCCCTCATTACCTAGTACGTTTTTGGTTACCCTTAACCCT
TGCACTATTTTCAACAAGTACATCACTGGAGCTTTTAAGGAATAAACGCC
ATGAGCTCTTGGAATGGGTTGCCAATTTCGGTTCAACCACGATCGAGTTT
TGGAACAATTGGGTTGTAGACCCAATTCACAGGCTTATCGGAACTATAAG
GCATGATGAAAAGAGTGAAATTGCACTGATGAGTAGAAACAGCTTGGAAG
CCGATCGAGCGAGTCTGGAAAGGATGGTTGTGGACTTCATTCTTGATCGT
TGTGAACCGAACAAAAATGATTATGATGCCTTTGATACTCATGTCATCAC
GGCTAAAGTTCGGGAAGGTGACTTGACACCAGTGCTGAAAGCATACGAAA
ATGACCTACGTAGTCCCTTTGTTGGGACCATTAAGGGTGATTTGGTGCGA
GCACTTCTAATACAGATACAGAAGACAAAAGTAGATGTTGAGATTGCGAT
AGGGGGAATTGACGCTCTGTTGAAAAGCCAAGAGCTGGTTTTCGGGTTTA
TTGGACTAACCCCAGGCATAATGGTGTCATATGCGACTCTTCGTTGGCTT
TACAGCTTGCTTGGCAGTCGAAGGGGCTTGCGAACGGGTAAGCAGCAGGA
CCAATTGAGGCATGCTTTGCGGGTTGTCCATCGGACTTTAACATCATCTG
TCCCCACTCCTGGCGATACCCTCGCGTTTAGAGACTATGGTCTCCTCATA
TGCAATGCTGAAGTCCTACTTTCAAAGGCGCGGACCATACTGAAAGGCGC
AGATCTCCGCTCATTTCAGGAAGACATTAATGAATTAGTCGAGCGAGATA
CAATTGACCGGCAACTCAAGGTTGTTGAAAGAATGGGTTGGGTATACTCA
AGATGGATCTGA back to top
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 |
|---|
| Note | BUSCO:EOG09260VCG |
| DBxref | InterPro:IPR013946 |
| DBxref | PFAM:PF08637 |
| Product | ATP synthase regulation protein NCA2 family 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 |
|---|
| NKJJ01000011.1 | supercontig | NKJJ01000011.1:1705581..1707690 + |
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