|
|
Sequences
The following sequences are available for this feature:
mRNA from alignment at KZ851905.1:882402..884759+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >M747DRAFT_275802-T1 ID=M747DRAFT_275802-T1|Name=M747DRAFT_275802-T1|organism=Aspergillus niger ATCC 13496|type=mRNA|length=2358bp|location=Sequence derived from alignment at KZ851905.1:882402..884759+ (Aspergillus niger ATCC 13496)
ATGCCTATCGAAGAGGGTGCAAGCAGTCCCAAGCATCTCAATAGCTCTGA
GTTGCTCAAGAAGATTGACAAGCTGCGAGAGAAAAACATTGGAAAACATG
TGCCTCTTCCGCAGGTAAGACTCTGCCACCTCCAGAAACCGTTTACAAGT
GATACTAATCTCATCAAGTTGGTTGTCGTTGGAGACCAGAGTTCAGGGAA
ATCATCTCTTCTGGCAAGCCTGACCAAGATTCCATTCCCTCGTGATATAG
AACTTTGTACGCGATATGCCACGCAGATAACCTCCCGTCGTGAGAACGAT
CGCTCGGTTGAGATTTCGATAATCCCTGCTGTGGATGCATCCGCGGAGCA
CAGGGCAAAAGTACAGGGCTATAAGAGGACCCTCAGAGGTACCGAGGACT
TTCGCTTAGAATTCCCAACAATTCTTCAGGAGGTCCGGCTAGCCCAAAAA
TATATGTGTCTTTGACAAAGGCTAACATACCGAATAGGTCGACGTGTGTA
TGGGAATCCGTTCAGACCTTTCATCTAAGGAGGGATCAGTCTTCAGCAAA
GACGTGCTCCGGATTGAGCTATGCGGGCCAGAAGAGGGCTACCTGACCGT
CATAGATGTACCGGGGATCTTCAGAGACCCGACTGAGGACATCACTACTG
ACAGTGATATTGAGCTAGTTCGAGAGATATGGTCAAGAGCTATATCGCAG
ATGCCCGCACTGTGATCTTGGCTGTGCTCCCGAGCAATGTCGATCTTGCA
ACCCAGGAGATCCTCAAGCTGGCTAAAGATTATGACGAAAATGGAGAACG
TACCCTTGGTGTGCTGACCAAACCCGATTTGGTGATTGAGCAAAGCGCTA
AGGCAGCTTTGTGCTCACTGGTCCTGGGGCACAAGAGACCGCTGACACTG
GGATACTACTTGGTGAGAAACCAGGGCGCCGATAAAAACACTTCTTTCGA
TGGCGAGGAAGGAGAGAGAATGTTTGACAGCCAGCCTTGGAGTTCCTTGC
CGAGAGACCGTATTGGCATCCAGGCCCCACGAGAACGGCTAGGAGAACTA
CTGAGCGAAGTTACGGAGCGCGAATTCCCTGAATTGCGTAAGGACATCAA
AAATCAGATTGATACATGCCATCAAGATCTGGACCGCCTGGGACCTGCAC
GCCAGACTGAACAGGAACAGCGTGCATTTCTGAGTGGTATAGCTCGCCAG
TTTCAGATCCTCGCACGAGCTGCACGTGATGCTCATTATACAGAAAATGA
AGCATTTGCAGAGAGCGACCTCAGGCTTCTCACGCACATTGTCAATTTTT
CTGATAGCTCAACTTTCCGGGCCAAAGCCCATCTTTACTCATTCGACTGC
CCTACCTCAGATGCAGCCGACAATGACCAAGCAGACAACGGCACGAACAA
CAAACCGCACGGGAAGAGTCAAAGCGATAAATGGGGCCCAAGGTGGAAAG
CCAACATGCACGCCCAGCCGACAGCCGAAGATCGCTTTTGTCTGGCTCAA
AAATCAAGCGAAACCTGGAAAAGCCTGGACCCTAGCAACTTCCCGGAGTT
AGAGCCGATTGTCAGCCGCCTGGAGGGCCCCGAAGATCCTAAAGGGGATA
TCAAAGCTTGGATTGAAGTGTTATATTCTAATTCACGTGGTCTTGATCTT
GGGACCTTTGGCAACAACATTTTCTGCAACGCTTTCAAGGAGCATGCCGG
CAAATGGGAAGCCATGACCCGCGAACACGTGAGTAATGTTATTATGGTGG
TTCACCGTTTCCTGAGTACGGCATTGGGAAAGATTTGCGGAAGCAAACAG
CTCTATAACAAGATTTGGTCCAGCATTCTCGATGAACTTCTGAAAAGATA
CGAGATGGCCATGTCACAGGCGCTGTTCCTTTTGTCGGTTGAAAGAAATC
GCCGACCATATACACTGAACAATTATTTTAATCAGACCCTCCAGAAACTG
CGCAGCGCCCGTGTAGCTCAGGCATTAGAGGACAATGCTATGGTTGACAG
CGACACTTGGACTACCGGATCAGCGAAGATAGTCGATCTGAATGCTGTCA
AGAAGACTGTCAGCGACCAGGCGAATGTGGAACATATCACTGGGGAAATC
CATGACATCCTGTGGTCCTACTACCAAGTCGCACGCGAAAGATTTGTGGA
TAATGTCCACATGCAAGCAATCGAGCATTGTCTTCTGACCGGTCCTGAGA
GCCCCCTTGAAGTTTTTAGCCAGGAATGGGTGATCAATCTGGAGCCGGAA
GAGCTGGCAGCAATCGCGGGTGAATCGCAGGCGACCAAAGCACGGCGTAC
CGGCCTGAAGCAAAAGATGGAGGATTTGAAGTCTGCTCTACAAACCTTGA
AATTCTGA back to topCoding sequence (CDS) from alignment at KZ851905.1:882402..884759+ >M747DRAFT_275802-T1 ID=M747DRAFT_275802-T1|Name=M747DRAFT_275802-T1|organism=Aspergillus niger ATCC 13496|type=CDS|length=8808bp|location=Sequence derived from alignment at KZ851905.1:882402..884759+ (Aspergillus niger ATCC 13496)
ATGCCTATCGAAGAGGGTGCAAGCAGTCCCAAGCATCTCAATAGCTCTGA
GTTGCTCAAGAAGATTGACAAGCTGCGAGAGAAAAACATTGGAAAACATG
TGCCTCTTCCGCAGTTGGTTGTCGTTGGAGACCAGAGTTCAGGGAAATCA
TCTCTTCTGGCAAGCCTGACCAAGATTCCATTCCCTCGTGATATAGAACT
TTGTACGCGATATGCCACGCAGATAACCTCCCGTCGTGAGAACGATCGCT
CGGTTGAGATTTCGATAATCCCTGCTGTGGATGCATCCGCGGAGCACAGG
GCAAAAGTACAGGGCTATAAGAGGACCCTCAGAGGTACCGAGGACTTTCG
CTTAGAATTCCCAACAATTCTTCAGGAGGTCGACGTGTGTATGGGAATCC
GTTCAGACCTTTCATCTAAGGAGGGATCAGTCTTCAGCAAAGACGTGCTC
CGGATTGAGCTATGCGGGCCAGAAGAGGGCTACCTGACCGTCATAGATGT
ACCGGGGATCTTCAGAGACCCGACTGAGGACATCACTACTGACAATGCCC
GCACTGTGATCTTGGCTGTGCTCCCGAGCAATGTCGATCTTGCAACCCAG
GAGATCCTCAAGCTGGCTAAAGATTATGACGAAAATGGAGAACGTACCCT
TGGTGTGCTGACCAAACCCGATTTGGTGATTGAGCAAAGCGCTAAGGCAG
CTTTGTGCTCACTGGTCCTGGGGCACAAGAGACCGCTGACACTGGGATAC
TACTTGGTGAGAAACCAGGGCGCCGATAAAAACACTTCTTTCGATGGCGA
GGAAGGAGAGAGAATGTTTGACAGCCAGCCTTGGAGTTCCTTGCCGAGAG
ACCGTATTGGCATCCAGGCCCCACGAGAACGGCTAGGAGAACTACTGAGC
GAAGTTACGGAGCGCGAATTCCCTGAATTGCGTAAGGACATCAAAAATCA
GATTGATACATGCCATCAAGATCTGGACCGCCTGGGACCTGCACGCCAGA
CTGAACAGGAACAGCGTGCATTTCTGAGTGGTATAGCTCGCCAGTTTCAG
ATCCTCGCACGAGCTGCACGTGATGCTCATTATACAGAAAATGAAGCATT
TGCAGAGAGCGACCTCAGGCTTCTCACGCACATTGTCAATTTTTCTGATA
GCTCAACTTTCCGGGCCAAAGCCCATCTTTACTCATTCGACTGCCCTACC
TCAGATGCAGCCGACAATGACCAAGCAGACAACGGCACGAACAACAAACC
GCACGGGAAGAGTCAAAGCGATAAATGGGGCCCAAGGTGGAAAGCCAACA
TGCACGCCCAGCCGACAGCCGAAGATCGCTTTTGTCTGGCTCAAAAATCA
AGCGAAACCTGGAAAAGCCTGGACCCTAGCAACTTCCCGGAGTTAGAGCC
GATTGTCAGCCGCCTGGAGGGCCCCGAAGATCCTAAAGGGGATATCAAAG
CTTGGATTGAAGTGTTATATTCTAATTCACGTGGTCTTGATCTTGGGACC
TTTGGCAACAACATTTTCTGCAACGCTTTCAAGGAGCATGCCGGCAAATG
GGAAGCCATGACCCGCGAACACGTGAGTAATGTTATTATGGTGGTTCACC
GTTTCCTGAGTACGGCATTGGGAAAGATTTGCGGAAGCAAACAGCTCTAT
AACAAGATTTGGTCCAGCATTCTCGATGAACTTCTGAAAAGATACGAGAT
GGCCATGTCACAGGCGCTGTTCCTTTTGTCGGTTGAAAGAAATCGCCGAC
CATATACACTGAACAATTATTTTAATCAGACCCTCCAGAAACTGCGCAGC
GCCCGTGTAGCTCAGGCATTAGAGGACAATGCTATGGTTGACAGCGACAC
TTGGACTACCGGATCAGCGAAGATAGTCGATCTGAATGCTGTCAAGAAGA
CTGTCAGCGACCAGGCGAATGTGGAACATATCACTGGGGAAATCCATGAC
ATCCTGTGGTCCTACTACCAAGTCGCACGCGAAAGATTTGTGGATAATGT
CCACATGCAAGCAATCGAGCATTGTCTTCTGACCGGTCCTGAGAGCCCCC
TTGAAGTTTTTAGCCAGGAATGGGTGATCAATCTGGAGCCGGAAGAGCTG
GCAGCAATCGCGGGTGAATCGCAGGCGACCAAAGCACGGCGTACCGGCCT
GAAGCAAAAGATGGAGGATTTGAAGTCTGCTCTACAAACCTTGAAATTCT
GAATGCCTATCGAAGAGGGTGCAAGCAGTCCCAAGCATCTCAATAGCTCT
GAGTTGCTCAAGAAGATTGACAAGCTGCGAGAGAAAAACATTGGAAAACA
TGTGCCTCTTCCGCAGTTGGTTGTCGTTGGAGACCAGAGTTCAGGGAAAT
CATCTCTTCTGGCAAGCCTGACCAAGATTCCATTCCCTCGTGATATAGAA
CTTTGTACGCGATATGCCACGCAGATAACCTCCCGTCGTGAGAACGATCG
CTCGGTTGAGATTTCGATAATCCCTGCTGTGGATGCATCCGCGGAGCACA
GGGCAAAAGTACAGGGCTATAAGAGGACCCTCAGAGGTACCGAGGACTTT
CGCTTAGAATTCCCAACAATTCTTCAGGAGGTCGACGTGTGTATGGGAAT
CCGTTCAGACCTTTCATCTAAGGAGGGATCAGTCTTCAGCAAAGACGTGC
TCCGGATTGAGCTATGCGGGCCAGAAGAGGGCTACCTGACCGTCATAGAT
GTACCGGGGATCTTCAGAGACCCGACTGAGGACATCACTACTGACAATGC
CCGCACTGTGATCTTGGCTGTGCTCCCGAGCAATGTCGATCTTGCAACCC
AGGAGATCCTCAAGCTGGCTAAAGATTATGACGAAAATGGAGAACGTACC
CTTGGTGTGCTGACCAAACCCGATTTGGTGATTGAGCAAAGCGCTAAGGC
AGCTTTGTGCTCACTGGTCCTGGGGCACAAGAGACCGCTGACACTGGGAT
ACTACTTGGTGAGAAACCAGGGCGCCGATAAAAACACTTCTTTCGATGGC
GAGGAAGGAGAGAGAATGTTTGACAGCCAGCCTTGGAGTTCCTTGCCGAG
AGACCGTATTGGCATCCAGGCCCCACGAGAACGGCTAGGAGAACTACTGA
GCGAAGTTACGGAGCGCGAATTCCCTGAATTGCGTAAGGACATCAAAAAT
CAGATTGATACATGCCATCAAGATCTGGACCGCCTGGGACCTGCACGCCA
GACTGAACAGGAACAGCGTGCATTTCTGAGTGGTATAGCTCGCCAGTTTC
AGATCCTCGCACGAGCTGCACGTGATGCTCATTATACAGAAAATGAAGCA
TTTGCAGAGAGCGACCTCAGGCTTCTCACGCACATTGTCAATTTTTCTGA
TAGCTCAACTTTCCGGGCCAAAGCCCATCTTTACTCATTCGACTGCCCTA
CCTCAGATGCAGCCGACAATGACCAAGCAGACAACGGCACGAACAACAAA
CCGCACGGGAAGAGTCAAAGCGATAAATGGGGCCCAAGGTGGAAAGCCAA
CATGCACGCCCAGCCGACAGCCGAAGATCGCTTTTGTCTGGCTCAAAAAT
CAAGCGAAACCTGGAAAAGCCTGGACCCTAGCAACTTCCCGGAGTTAGAG
CCGATTGTCAGCCGCCTGGAGGGCCCCGAAGATCCTAAAGGGGATATCAA
AGCTTGGATTGAAGTGTTATATTCTAATTCACGTGGTCTTGATCTTGGGA
CCTTTGGCAACAACATTTTCTGCAACGCTTTCAAGGAGCATGCCGGCAAA
TGGGAAGCCATGACCCGCGAACACGTGAGTAATGTTATTATGGTGGTTCA
CCGTTTCCTGAGTACGGCATTGGGAAAGATTTGCGGAAGCAAACAGCTCT
ATAACAAGATTTGGTCCAGCATTCTCGATGAACTTCTGAAAAGATACGAG
ATGGCCATGTCACAGGCGCTGTTCCTTTTGTCGGTTGAAAGAAATCGCCG
ACCATATACACTGAACAATTATTTTAATCAGACCCTCCAGAAACTGCGCA
GCGCCCGTGTAGCTCAGGCATTAGAGGACAATGCTATGGTTGACAGCGAC
ACTTGGACTACCGGATCAGCGAAGATAGTCGATCTGAATGCTGTCAAGAA
GACTGTCAGCGACCAGGCGAATGTGGAACATATCACTGGGGAAATCCATG
ACATCCTGTGGTCCTACTACCAAGTCGCACGCGAAAGATTTGTGGATAAT
GTCCACATGCAAGCAATCGAGCATTGTCTTCTGACCGGTCCTGAGAGCCC
CCTTGAAGTTTTTAGCCAGGAATGGGTGATCAATCTGGAGCCGGAAGAGC
TGGCAGCAATCGCGGGTGAATCGCAGGCGACCAAAGCACGGCGTACCGGC
CTGAAGCAAAAGATGGAGGATTTGAAGTCTGCTCTACAAACCTTGAAATT
CTGAATGCCTATCGAAGAGGGTGCAAGCAGTCCCAAGCATCTCAATAGCT
CTGAGTTGCTCAAGAAGATTGACAAGCTGCGAGAGAAAAACATTGGAAAA
CATGTGCCTCTTCCGCAGTTGGTTGTCGTTGGAGACCAGAGTTCAGGGAA
ATCATCTCTTCTGGCAAGCCTGACCAAGATTCCATTCCCTCGTGATATAG
AACTTTGTACGCGATATGCCACGCAGATAACCTCCCGTCGTGAGAACGAT
CGCTCGGTTGAGATTTCGATAATCCCTGCTGTGGATGCATCCGCGGAGCA
CAGGGCAAAAGTACAGGGCTATAAGAGGACCCTCAGAGGTACCGAGGACT
TTCGCTTAGAATTCCCAACAATTCTTCAGGAGGTCGACGTGTGTATGGGA
ATCCGTTCAGACCTTTCATCTAAGGAGGGATCAGTCTTCAGCAAAGACGT
GCTCCGGATTGAGCTATGCGGGCCAGAAGAGGGCTACCTGACCGTCATAG
ATGTACCGGGGATCTTCAGAGACCCGACTGAGGACATCACTACTGACAAT
GCCCGCACTGTGATCTTGGCTGTGCTCCCGAGCAATGTCGATCTTGCAAC
CCAGGAGATCCTCAAGCTGGCTAAAGATTATGACGAAAATGGAGAACGTA
CCCTTGGTGTGCTGACCAAACCCGATTTGGTGATTGAGCAAAGCGCTAAG
GCAGCTTTGTGCTCACTGGTCCTGGGGCACAAGAGACCGCTGACACTGGG
ATACTACTTGGTGAGAAACCAGGGCGCCGATAAAAACACTTCTTTCGATG
GCGAGGAAGGAGAGAGAATGTTTGACAGCCAGCCTTGGAGTTCCTTGCCG
AGAGACCGTATTGGCATCCAGGCCCCACGAGAACGGCTAGGAGAACTACT
GAGCGAAGTTACGGAGCGCGAATTCCCTGAATTGCGTAAGGACATCAAAA
ATCAGATTGATACATGCCATCAAGATCTGGACCGCCTGGGACCTGCACGC
CAGACTGAACAGGAACAGCGTGCATTTCTGAGTGGTATAGCTCGCCAGTT
TCAGATCCTCGCACGAGCTGCACGTGATGCTCATTATACAGAAAATGAAG
CATTTGCAGAGAGCGACCTCAGGCTTCTCACGCACATTGTCAATTTTTCT
GATAGCTCAACTTTCCGGGCCAAAGCCCATCTTTACTCATTCGACTGCCC
TACCTCAGATGCAGCCGACAATGACCAAGCAGACAACGGCACGAACAACA
AACCGCACGGGAAGAGTCAAAGCGATAAATGGGGCCCAAGGTGGAAAGCC
AACATGCACGCCCAGCCGACAGCCGAAGATCGCTTTTGTCTGGCTCAAAA
ATCAAGCGAAACCTGGAAAAGCCTGGACCCTAGCAACTTCCCGGAGTTAG
AGCCGATTGTCAGCCGCCTGGAGGGCCCCGAAGATCCTAAAGGGGATATC
AAAGCTTGGATTGAAGTGTTATATTCTAATTCACGTGGTCTTGATCTTGG
GACCTTTGGCAACAACATTTTCTGCAACGCTTTCAAGGAGCATGCCGGCA
AATGGGAAGCCATGACCCGCGAACACGTGAGTAATGTTATTATGGTGGTT
CACCGTTTCCTGAGTACGGCATTGGGAAAGATTTGCGGAAGCAAACAGCT
CTATAACAAGATTTGGTCCAGCATTCTCGATGAACTTCTGAAAAGATACG
AGATGGCCATGTCACAGGCGCTGTTCCTTTTGTCGGTTGAAAGAAATCGC
CGACCATATACACTGAACAATTATTTTAATCAGACCCTCCAGAAACTGCG
CAGCGCCCGTGTAGCTCAGGCATTAGAGGACAATGCTATGGTTGACAGCG
ACACTTGGACTACCGGATCAGCGAAGATAGTCGATCTGAATGCTGTCAAG
AAGACTGTCAGCGACCAGGCGAATGTGGAACATATCACTGGGGAAATCCA
TGACATCCTGTGGTCCTACTACCAAGTCGCACGCGAAAGATTTGTGGATA
ATGTCCACATGCAAGCAATCGAGCATTGTCTTCTGACCGGTCCTGAGAGC
CCCCTTGAAGTTTTTAGCCAGGAATGGGTGATCAATCTGGAGCCGGAAGA
GCTGGCAGCAATCGCGGGTGAATCGCAGGCGACCAAAGCACGGCGTACCG
GCCTGAAGCAAAAGATGGAGGATTTGAAGTCTGCTCTACAAACCTTGAAA
TTCTGAATGCCTATCGAAGAGGGTGCAAGCAGTCCCAAGCATCTCAATAG
CTCTGAGTTGCTCAAGAAGATTGACAAGCTGCGAGAGAAAAACATTGGAA
AACATGTGCCTCTTCCGCAGTTGGTTGTCGTTGGAGACCAGAGTTCAGGG
AAATCATCTCTTCTGGCAAGCCTGACCAAGATTCCATTCCCTCGTGATAT
AGAACTTTGTACGCGATATGCCACGCAGATAACCTCCCGTCGTGAGAACG
ATCGCTCGGTTGAGATTTCGATAATCCCTGCTGTGGATGCATCCGCGGAG
CACAGGGCAAAAGTACAGGGCTATAAGAGGACCCTCAGAGGTACCGAGGA
CTTTCGCTTAGAATTCCCAACAATTCTTCAGGAGGTCGACGTGTGTATGG
GAATCCGTTCAGACCTTTCATCTAAGGAGGGATCAGTCTTCAGCAAAGAC
GTGCTCCGGATTGAGCTATGCGGGCCAGAAGAGGGCTACCTGACCGTCAT
AGATGTACCGGGGATCTTCAGAGACCCGACTGAGGACATCACTACTGACA
ATGCCCGCACTGTGATCTTGGCTGTGCTCCCGAGCAATGTCGATCTTGCA
ACCCAGGAGATCCTCAAGCTGGCTAAAGATTATGACGAAAATGGAGAACG
TACCCTTGGTGTGCTGACCAAACCCGATTTGGTGATTGAGCAAAGCGCTA
AGGCAGCTTTGTGCTCACTGGTCCTGGGGCACAAGAGACCGCTGACACTG
GGATACTACTTGGTGAGAAACCAGGGCGCCGATAAAAACACTTCTTTCGA
TGGCGAGGAAGGAGAGAGAATGTTTGACAGCCAGCCTTGGAGTTCCTTGC
CGAGAGACCGTATTGGCATCCAGGCCCCACGAGAACGGCTAGGAGAACTA
CTGAGCGAAGTTACGGAGCGCGAATTCCCTGAATTGCGTAAGGACATCAA
AAATCAGATTGATACATGCCATCAAGATCTGGACCGCCTGGGACCTGCAC
GCCAGACTGAACAGGAACAGCGTGCATTTCTGAGTGGTATAGCTCGCCAG
TTTCAGATCCTCGCACGAGCTGCACGTGATGCTCATTATACAGAAAATGA
AGCATTTGCAGAGAGCGACCTCAGGCTTCTCACGCACATTGTCAATTTTT
CTGATAGCTCAACTTTCCGGGCCAAAGCCCATCTTTACTCATTCGACTGC
CCTACCTCAGATGCAGCCGACAATGACCAAGCAGACAACGGCACGAACAA
CAAACCGCACGGGAAGAGTCAAAGCGATAAATGGGGCCCAAGGTGGAAAG
CCAACATGCACGCCCAGCCGACAGCCGAAGATCGCTTTTGTCTGGCTCAA
AAATCAAGCGAAACCTGGAAAAGCCTGGACCCTAGCAACTTCCCGGAGTT
AGAGCCGATTGTCAGCCGCCTGGAGGGCCCCGAAGATCCTAAAGGGGATA
TCAAAGCTTGGATTGAAGTGTTATATTCTAATTCACGTGGTCTTGATCTT
GGGACCTTTGGCAACAACATTTTCTGCAACGCTTTCAAGGAGCATGCCGG
CAAATGGGAAGCCATGACCCGCGAACACGTGAGTAATGTTATTATGGTGG
TTCACCGTTTCCTGAGTACGGCATTGGGAAAGATTTGCGGAAGCAAACAG
CTCTATAACAAGATTTGGTCCAGCATTCTCGATGAACTTCTGAAAAGATA
CGAGATGGCCATGTCACAGGCGCTGTTCCTTTTGTCGGTTGAAAGAAATC
GCCGACCATATACACTGAACAATTATTTTAATCAGACCCTCCAGAAACTG
CGCAGCGCCCGTGTAGCTCAGGCATTAGAGGACAATGCTATGGTTGACAG
CGACACTTGGACTACCGGATCAGCGAAGATAGTCGATCTGAATGCTGTCA
AGAAGACTGTCAGCGACCAGGCGAATGTGGAACATATCACTGGGGAAATC
CATGACATCCTGTGGTCCTACTACCAAGTCGCACGCGAAAGATTTGTGGA
TAATGTCCACATGCAAGCAATCGAGCATTGTCTTCTGACCGGTCCTGAGA
GCCCCCTTGAAGTTTTTAGCCAGGAATGGGTGATCAATCTGGAGCCGGAA
GAGCTGGCAGCAATCGCGGGTGAATCGCAGGCGACCAAAGCACGGCGTAC
CGGCCTGAAGCAAAAGATGGAGGATTTGAAGTCTGCTCTACAAACCTTGA
AATTCTGA back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0005525 | GTP binding |
| GO:0003924 | GTPase 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 |
|---|
| Note | EggNog:ENOG41 |
| DBxref | InterPro:IPR027417 |
| DBxref | InterPro:IPR020850 |
| DBxref | InterPro:IPR030381 |
| DBxref | InterPro:IPR000375 |
| DBxref | InterPro:IPR003130 |
| DBxref | InterPro:IPR001401 |
| DBxref | InterPro:IPR022812 |
| DBxref | PFAM:PF02212 |
| DBxref | PFAM:PF00350 |
| DBxref | PFAM:PF01031 |
| Product | dynamin |
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 |
|---|
| KZ851905.1 | supercontig | KZ851905.1:882402..884759 + |
|
