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CAN33_50680-T1, CAN33_50680-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_50680-T1
Unique NameCAN33_50680-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000020.1:376110..378467-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_50680-T1 ID=CAN33_50680-T1|Name=CAN33_50680-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=2358bp|location=Sequence derived from alignment at NKJJ01000020.1:376110..378467- (Aspergillus niger FDAARGOS_311)
ATGCCTATCGAAGAGGGTGCAAGCAGTCCCAAGCATCTCAATAGCTCTGA
GTTGCTCAAGAAGATTGACAAGCTGCGAGAGAAAAACATTGGAAAACATG
TGCCTCTTCCGCAGGTAAGACTCTGCCACCTCCAGAAACCGTTTACAAGT
GATACTAATCTCATCAAGTTGGTTGTCGTTGGAGACCAGAGTTCAGGGAA
ATCATCTCTTCTGGCAAGCCTGACCAAGATTCCATTCCCTCGTGATATAG
AACTTTGTACGCGATATGCCACGCAGATAACCTCCCGTCGTGAGAACGAT
CGCTCGGTTGAGATTTCGATAATCCTTGCTGTGGATGCATCCGCGGAGCA
CAGGGCAAAAGTACAGGGCTATAAGAGGACCCTCAGAGGTACCGAGGACT
TTCGCTTAGAATTCCCAACAATTCTTCAGGAGGTCCGGCTAGCCCAAAAT
TATATGTGTCTTTGACAAAGGCTAACATACCGAATAGGTCGACGTGTGTA
TGGGAATCCGTTCAGACCTTTCATCTAAGGAGGGATCAGTCTTCAGCAAA
GACGTGCTCCGGATTGAGCTATGCGGGCCAGAAGAGGGCTACCTGACCGT
CATAGATGTACCGGGGATCTTCAGAGACCCGACTGAGGACATCACTACTG
ACAGTGATATTGAGCTAGTTCGAGAGATATGGTCAAGAGCTATATCGCAG
ATGCCCGCACTGTGATCTTGGCTGTGCTCCCGAGCAATGTCGATCTTGCA
ACCCAGGAGATCCTCAAGCTGGCTAAAGATTATGACGAAAATGGAGAACG
TACCCTTGGTGTGCTGACCAAACCCGATTTGGTGATTGAGCAAAGCGCTA
AGGCAGCTTTGTGCTCACTGGTCCTGGGGCACAAGAGACCGCTGACACTG
GGATACTACTTGGTGAGAAACCAGGGCGCCGATAAAAACACTTCTTTCGA
TGGCGAGGAAGGAGAGAGAATGTTTGACAGCCAGCCTTGGAGTTCCTTGC
CGAGAGACCGTATTGGCATCCAGGCCCTACGAGAACGGCTAGGAGAACTA
CTGAGCGAAGTTACGGAGCGCGAATTCCCTGAATTGCGTAAAGACATCAA
AAATCAGATTGATACATGCCATCAAGATCTGGACCGCCTGGGACCTGCAC
GCCAGACTGAACAGGAACAGCGTGCATTTCTGAGTGGTATAGCTCGCCAG
TTTCAGATCCTCGCACGAGCTGCACGTGATGCTCATTATACAGAAAATGA
AGCATTTGCAGAGAGCGACCTCAGGCTTCTCACGCACATTGTCAATTTTT
CTGATAGCTCAACTTTCCGGGCCAAAGCCCATCTTTACTCATTCGACTGC
CCTACCTCAGATGCAGCCGACAATGACCAAGCAGACAACGGCACGAACAA
CAAACCGCACGGGAAGAGTCAAAGCGATAAATGGGGCCCAAGGTGGAAAG
CCAACATGCACGCCCAGCCGACAGCCGAAGATCGCTTTTGTCTGGCTCAA
AATTCAAGCGAAACCTGGAAAAGCCTGGACCCTAGCAACTTCCCGGAGTT
AGAGCCGATTGTCAGCCGCCTGGAGGGCCCCGAAGATCCTAAAGGGGATA
TCAAAGCTTGGATTGAAGTGTTATATTCTAATTCACGTGGTCTTGATCTT
GGGACCTTTGGCAACAACATTTTCTGCAACGCTTTCAAGGAGCATGCCGG
CAAATGGGAAGCCATGACCCGCGAACACGTGAGTAATGTTATTATGGTGG
TTCACCGTTTCCTGAGTACGGCATTGGGAAAGATTTGCGGAAGCAAACAG
CTCTATAACAAGATTTGGTCCAGCATTCTCGATGAACTTCTGAAAAGATA
CGAGATGGCCATGTCACAGGCGCTGTTCCTTTTGTCGGTTGAAAGAAATC
GCCGACCATATACACTGAACAATTATTTTAATCAGACCCTCCAGAAACTG
CGCAGCGCCCGTGTAGCTCAGGCATTAGAGGACAATGCTATGGTTGACAG
CGACACTTGGACTACCGGATCAGCGAAGATAGTCGATCTGAATGCTGTCA
AGAAGACTGTCAGCGACCAGGCGAATGTGGAACATATCACTGGGGAAATC
CATGACATCCTGTGGTCCTACTACCAAGTCGCACGCGAAAGATTTGTGGA
TAATGTCCACATGCAAGCAATCGAGCATTGTCTTCTGACCGGTCCTGAGA
GCCCCCTTGAAGTTTTTAGCCAGGAATGGGTGATCAATCTGGAGCCGGAA
GAGCTGGCAGCAATCGCGGGTGAATCGCAGGCGACCAAAGCACGGCGTAC
CGGCCTGAAGCAAAAGATGGAGGATTTGAAGTCTGCTCTACAAACCTTGA
AATTCTGA
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Coding sequence (CDS) from alignment at NKJJ01000020.1:376110..378467-

>CAN33_50680-T1 ID=CAN33_50680-T1|Name=CAN33_50680-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=8676bp|location=Sequence derived from alignment at NKJJ01000020.1:376110..378467- (Aspergillus niger FDAARGOS_311)
AGCTATATCGCAGATGCCCGCACTGTGATCTTGGCTGTGCTCCCGAGCAA
TGTCGATCTTGCAACCCAGGAGATCCTCAAGCTGGCTAAAGATTATGACG
AAAATGGAGAACGTACCCTTGGTGTGCTGACCAAACCCGATTTGGTGATT
GAGCAAAGCGCTAAGGCAGCTTTGTGCTCACTGGTCCTGGGGCACAAGAG
ACCGCTGACACTGGGATACTACTTGGTGAGAAACCAGGGCGCCGATAAAA
ACACTTCTTTCGATGGCGAGGAAGGAGAGAGAATGTTTGACAGCCAGCCT
TGGAGTTCCTTGCCGAGAGACCGTATTGGCATCCAGGCCCTACGAGAACG
GCTAGGAGAACTACTGAGCGAAGTTACGGAGCGCGAATTCCCTGAATTGC
GTAAAGACATCAAAAATCAGATTGATACATGCCATCAAGATCTGGACCGC
CTGGGACCTGCACGCCAGACTGAACAGGAACAGCGTGCATTTCTGAGTGG
TATAGCTCGCCAGTTTCAGATCCTCGCACGAGCTGCACGTGATGCTCATT
ATACAGAAAATGAAGCATTTGCAGAGAGCGACCTCAGGCTTCTCACGCAC
ATTGTCAATTTTTCTGATAGCTCAACTTTCCGGGCCAAAGCCCATCTTTA
CTCATTCGACTGCCCTACCTCAGATGCAGCCGACAATGACCAAGCAGACA
ACGGCACGAACAACAAACCGCACGGGAAGAGTCAAAGCGATAAATGGGGC
CCAAGGTGGAAAGCCAACATGCACGCCCAGCCGACAGCCGAAGATCGCTT
TTGTCTGGCTCAAAATTCAAGCGAAACCTGGAAAAGCCTGGACCCTAGCA
ACTTCCCGGAGTTAGAGCCGATTGTCAGCCGCCTGGAGGGCCCCGAAGAT
CCTAAAGGGGATATCAAAGCTTGGATTGAAGTGTTATATTCTAATTCACG
TGGTCTTGATCTTGGGACCTTTGGCAACAACATTTTCTGCAACGCTTTCA
AGGAGCATGCCGGCAAATGGGAAGCCATGACCCGCGAACACGTGAGTAAT
GTTATTATGGTGGTTCACCGTTTCCTGAGTACGGCATTGGGAAAGATTTG
CGGAAGCAAACAGCTCTATAACAAGATTTGGTCCAGCATTCTCGATGAAC
TTCTGAAAAGATACGAGATGGCCATGTCACAGGCGCTGTTCCTTTTGTCG
GTTGAAAGAAATCGCCGACCATATACACTGAACAATTATTTTAATCAGAC
CCTCCAGAAACTGCGCAGCGCCCGTGTAGCTCAGGCATTAGAGGACAATG
CTATGGTTGACAGCGACACTTGGACTACCGGATCAGCGAAGATAGTCGAT
CTGAATGCTGTCAAGAAGACTGTCAGCGACCAGGCGAATGTGGAACATAT
CACTGGGGAAATCCATGACATCCTGTGGTCCTACTACCAAGTCGCACGCG
AAAGATTTGTGGATAATGTCCACATGCAAGCAATCGAGCATTGTCTTCTG
ACCGGTCCTGAGAGCCCCCTTGAAGTTTTTAGCCAGGAATGGGTGATCAA
TCTGGAGCCGGAAGAGCTGGCAGCAATCGCGGGTGAATCGCAGGCGACCA
AAGCACGGCGTACCGGCCTGAAGCAAAAGATGGAGGATTTGAAGTCTGCT
CTACAAACCTTGAAATTCTGAGTCGACGTGTGTATGGGAATCCGTTCAGA
CCTTTCATCTAAGGAGGGATCAGTCTTCAGCAAAGACGTGCTCCGGATTG
AGCTATGCGGGCCAGAAGAGGGCTACCTGACCGTCATAGATTTGGTTGTC
GTTGGAGACCAGAGTTCAGGGAAATCATCTCTTCTGGCAAGCCTGACCAA
GATTCCATTCCCTCGTGATATAGAACTTTGTACGCGATATGCCACGCAGA
TAACCTCCCGTCGTGAGAACGATCGCTCGGTTGAGATTTCGATAATCCTT
GCTGTGGATGCATCCGCGGAGCACAGGGCAAAAGTACAGGGCTATAAGAG
GACCCTCAGAGGTACCGAGGACTTTCGCTTAGAATTCCCAACAATTCTTC
AGGAGATGCCTATCGAAGAGGGTGCAAGCAGTCCCAAGCATCTCAATAGC
TCTGAGTTGCTCAAGAAGATTGACAAGCTGCGAGAGAAAAACATTGGAAA
ACATGTGCCTCTTCCGCAGAGCTATATCGCAGATGCCCGCACTGTGATCT
TGGCTGTGCTCCCGAGCAATGTCGATCTTGCAACCCAGGAGATCCTCAAG
CTGGCTAAAGATTATGACGAAAATGGAGAACGTACCCTTGGTGTGCTGAC
CAAACCCGATTTGGTGATTGAGCAAAGCGCTAAGGCAGCTTTGTGCTCAC
TGGTCCTGGGGCACAAGAGACCGCTGACACTGGGATACTACTTGGTGAGA
AACCAGGGCGCCGATAAAAACACTTCTTTCGATGGCGAGGAAGGAGAGAG
AATGTTTGACAGCCAGCCTTGGAGTTCCTTGCCGAGAGACCGTATTGGCA
TCCAGGCCCTACGAGAACGGCTAGGAGAACTACTGAGCGAAGTTACGGAG
CGCGAATTCCCTGAATTGCGTAAAGACATCAAAAATCAGATTGATACATG
CCATCAAGATCTGGACCGCCTGGGACCTGCACGCCAGACTGAACAGGAAC
AGCGTGCATTTCTGAGTGGTATAGCTCGCCAGTTTCAGATCCTCGCACGA
GCTGCACGTGATGCTCATTATACAGAAAATGAAGCATTTGCAGAGAGCGA
CCTCAGGCTTCTCACGCACATTGTCAATTTTTCTGATAGCTCAACTTTCC
GGGCCAAAGCCCATCTTTACTCATTCGACTGCCCTACCTCAGATGCAGCC
GACAATGACCAAGCAGACAACGGCACGAACAACAAACCGCACGGGAAGAG
TCAAAGCGATAAATGGGGCCCAAGGTGGAAAGCCAACATGCACGCCCAGC
CGACAGCCGAAGATCGCTTTTGTCTGGCTCAAAATTCAAGCGAAACCTGG
AAAAGCCTGGACCCTAGCAACTTCCCGGAGTTAGAGCCGATTGTCAGCCG
CCTGGAGGGCCCCGAAGATCCTAAAGGGGATATCAAAGCTTGGATTGAAG
TGTTATATTCTAATTCACGTGGTCTTGATCTTGGGACCTTTGGCAACAAC
ATTTTCTGCAACGCTTTCAAGGAGCATGCCGGCAAATGGGAAGCCATGAC
CCGCGAACACGTGAGTAATGTTATTATGGTGGTTCACCGTTTCCTGAGTA
CGGCATTGGGAAAGATTTGCGGAAGCAAACAGCTCTATAACAAGATTTGG
TCCAGCATTCTCGATGAACTTCTGAAAAGATACGAGATGGCCATGTCACA
GGCGCTGTTCCTTTTGTCGGTTGAAAGAAATCGCCGACCATATACACTGA
ACAATTATTTTAATCAGACCCTCCAGAAACTGCGCAGCGCCCGTGTAGCT
CAGGCATTAGAGGACAATGCTATGGTTGACAGCGACACTTGGACTACCGG
ATCAGCGAAGATAGTCGATCTGAATGCTGTCAAGAAGACTGTCAGCGACC
AGGCGAATGTGGAACATATCACTGGGGAAATCCATGACATCCTGTGGTCC
TACTACCAAGTCGCACGCGAAAGATTTGTGGATAATGTCCACATGCAAGC
AATCGAGCATTGTCTTCTGACCGGTCCTGAGAGCCCCCTTGAAGTTTTTA
GCCAGGAATGGGTGATCAATCTGGAGCCGGAAGAGCTGGCAGCAATCGCG
GGTGAATCGCAGGCGACCAAAGCACGGCGTACCGGCCTGAAGCAAAAGAT
GGAGGATTTGAAGTCTGCTCTACAAACCTTGAAATTCTGAGTCGACGTGT
GTATGGGAATCCGTTCAGACCTTTCATCTAAGGAGGGATCAGTCTTCAGC
AAAGACGTGCTCCGGATTGAGCTATGCGGGCCAGAAGAGGGCTACCTGAC
CGTCATAGATTTGGTTGTCGTTGGAGACCAGAGTTCAGGGAAATCATCTC
TTCTGGCAAGCCTGACCAAGATTCCATTCCCTCGTGATATAGAACTTTGT
ACGCGATATGCCACGCAGATAACCTCCCGTCGTGAGAACGATCGCTCGGT
TGAGATTTCGATAATCCTTGCTGTGGATGCATCCGCGGAGCACAGGGCAA
AAGTACAGGGCTATAAGAGGACCCTCAGAGGTACCGAGGACTTTCGCTTA
GAATTCCCAACAATTCTTCAGGAGATGCCTATCGAAGAGGGTGCAAGCAG
TCCCAAGCATCTCAATAGCTCTGAGTTGCTCAAGAAGATTGACAAGCTGC
GAGAGAAAAACATTGGAAAACATGTGCCTCTTCCGCAGAGCTATATCGCA
GATGCCCGCACTGTGATCTTGGCTGTGCTCCCGAGCAATGTCGATCTTGC
AACCCAGGAGATCCTCAAGCTGGCTAAAGATTATGACGAAAATGGAGAAC
GTACCCTTGGTGTGCTGACCAAACCCGATTTGGTGATTGAGCAAAGCGCT
AAGGCAGCTTTGTGCTCACTGGTCCTGGGGCACAAGAGACCGCTGACACT
GGGATACTACTTGGTGAGAAACCAGGGCGCCGATAAAAACACTTCTTTCG
ATGGCGAGGAAGGAGAGAGAATGTTTGACAGCCAGCCTTGGAGTTCCTTG
CCGAGAGACCGTATTGGCATCCAGGCCCTACGAGAACGGCTAGGAGAACT
ACTGAGCGAAGTTACGGAGCGCGAATTCCCTGAATTGCGTAAAGACATCA
AAAATCAGATTGATACATGCCATCAAGATCTGGACCGCCTGGGACCTGCA
CGCCAGACTGAACAGGAACAGCGTGCATTTCTGAGTGGTATAGCTCGCCA
GTTTCAGATCCTCGCACGAGCTGCACGTGATGCTCATTATACAGAAAATG
AAGCATTTGCAGAGAGCGACCTCAGGCTTCTCACGCACATTGTCAATTTT
TCTGATAGCTCAACTTTCCGGGCCAAAGCCCATCTTTACTCATTCGACTG
CCCTACCTCAGATGCAGCCGACAATGACCAAGCAGACAACGGCACGAACA
ACAAACCGCACGGGAAGAGTCAAAGCGATAAATGGGGCCCAAGGTGGAAA
GCCAACATGCACGCCCAGCCGACAGCCGAAGATCGCTTTTGTCTGGCTCA
AAATTCAAGCGAAACCTGGAAAAGCCTGGACCCTAGCAACTTCCCGGAGT
TAGAGCCGATTGTCAGCCGCCTGGAGGGCCCCGAAGATCCTAAAGGGGAT
ATCAAAGCTTGGATTGAAGTGTTATATTCTAATTCACGTGGTCTTGATCT
TGGGACCTTTGGCAACAACATTTTCTGCAACGCTTTCAAGGAGCATGCCG
GCAAATGGGAAGCCATGACCCGCGAACACGTGAGTAATGTTATTATGGTG
GTTCACCGTTTCCTGAGTACGGCATTGGGAAAGATTTGCGGAAGCAAACA
GCTCTATAACAAGATTTGGTCCAGCATTCTCGATGAACTTCTGAAAAGAT
ACGAGATGGCCATGTCACAGGCGCTGTTCCTTTTGTCGGTTGAAAGAAAT
CGCCGACCATATACACTGAACAATTATTTTAATCAGACCCTCCAGAAACT
GCGCAGCGCCCGTGTAGCTCAGGCATTAGAGGACAATGCTATGGTTGACA
GCGACACTTGGACTACCGGATCAGCGAAGATAGTCGATCTGAATGCTGTC
AAGAAGACTGTCAGCGACCAGGCGAATGTGGAACATATCACTGGGGAAAT
CCATGACATCCTGTGGTCCTACTACCAAGTCGCACGCGAAAGATTTGTGG
ATAATGTCCACATGCAAGCAATCGAGCATTGTCTTCTGACCGGTCCTGAG
AGCCCCCTTGAAGTTTTTAGCCAGGAATGGGTGATCAATCTGGAGCCGGA
AGAGCTGGCAGCAATCGCGGGTGAATCGCAGGCGACCAAAGCACGGCGTA
CCGGCCTGAAGCAAAAGATGGAGGATTTGAAGTCTGCTCTACAAACCTTG
AAATTCTGAGTCGACGTGTGTATGGGAATCCGTTCAGACCTTTCATCTAA
GGAGGGATCAGTCTTCAGCAAAGACGTGCTCCGGATTGAGCTATGCGGGC
CAGAAGAGGGCTACCTGACCGTCATAGATTTGGTTGTCGTTGGAGACCAG
AGTTCAGGGAAATCATCTCTTCTGGCAAGCCTGACCAAGATTCCATTCCC
TCGTGATATAGAACTTTGTACGCGATATGCCACGCAGATAACCTCCCGTC
GTGAGAACGATCGCTCGGTTGAGATTTCGATAATCCTTGCTGTGGATGCA
TCCGCGGAGCACAGGGCAAAAGTACAGGGCTATAAGAGGACCCTCAGAGG
TACCGAGGACTTTCGCTTAGAATTCCCAACAATTCTTCAGGAGATGCCTA
TCGAAGAGGGTGCAAGCAGTCCCAAGCATCTCAATAGCTCTGAGTTGCTC
AAGAAGATTGACAAGCTGCGAGAGAAAAACATTGGAAAACATGTGCCTCT
TCCGCAGAGCTATATCGCAGATGCCCGCACTGTGATCTTGGCTGTGCTCC
CGAGCAATGTCGATCTTGCAACCCAGGAGATCCTCAAGCTGGCTAAAGAT
TATGACGAAAATGGAGAACGTACCCTTGGTGTGCTGACCAAACCCGATTT
GGTGATTGAGCAAAGCGCTAAGGCAGCTTTGTGCTCACTGGTCCTGGGGC
ACAAGAGACCGCTGACACTGGGATACTACTTGGTGAGAAACCAGGGCGCC
GATAAAAACACTTCTTTCGATGGCGAGGAAGGAGAGAGAATGTTTGACAG
CCAGCCTTGGAGTTCCTTGCCGAGAGACCGTATTGGCATCCAGGCCCTAC
GAGAACGGCTAGGAGAACTACTGAGCGAAGTTACGGAGCGCGAATTCCCT
GAATTGCGTAAAGACATCAAAAATCAGATTGATACATGCCATCAAGATCT
GGACCGCCTGGGACCTGCACGCCAGACTGAACAGGAACAGCGTGCATTTC
TGAGTGGTATAGCTCGCCAGTTTCAGATCCTCGCACGAGCTGCACGTGAT
GCTCATTATACAGAAAATGAAGCATTTGCAGAGAGCGACCTCAGGCTTCT
CACGCACATTGTCAATTTTTCTGATAGCTCAACTTTCCGGGCCAAAGCCC
ATCTTTACTCATTCGACTGCCCTACCTCAGATGCAGCCGACAATGACCAA
GCAGACAACGGCACGAACAACAAACCGCACGGGAAGAGTCAAAGCGATAA
ATGGGGCCCAAGGTGGAAAGCCAACATGCACGCCCAGCCGACAGCCGAAG
ATCGCTTTTGTCTGGCTCAAAATTCAAGCGAAACCTGGAAAAGCCTGGAC
CCTAGCAACTTCCCGGAGTTAGAGCCGATTGTCAGCCGCCTGGAGGGCCC
CGAAGATCCTAAAGGGGATATCAAAGCTTGGATTGAAGTGTTATATTCTA
ATTCACGTGGTCTTGATCTTGGGACCTTTGGCAACAACATTTTCTGCAAC
GCTTTCAAGGAGCATGCCGGCAAATGGGAAGCCATGACCCGCGAACACGT
GAGTAATGTTATTATGGTGGTTCACCGTTTCCTGAGTACGGCATTGGGAA
AGATTTGCGGAAGCAAACAGCTCTATAACAAGATTTGGTCCAGCATTCTC
GATGAACTTCTGAAAAGATACGAGATGGCCATGTCACAGGCGCTGTTCCT
TTTGTCGGTTGAAAGAAATCGCCGACCATATACACTGAACAATTATTTTA
ATCAGACCCTCCAGAAACTGCGCAGCGCCCGTGTAGCTCAGGCATTAGAG
GACAATGCTATGGTTGACAGCGACACTTGGACTACCGGATCAGCGAAGAT
AGTCGATCTGAATGCTGTCAAGAAGACTGTCAGCGACCAGGCGAATGTGG
AACATATCACTGGGGAAATCCATGACATCCTGTGGTCCTACTACCAAGTC
GCACGCGAAAGATTTGTGGATAATGTCCACATGCAAGCAATCGAGCATTG
TCTTCTGACCGGTCCTGAGAGCCCCCTTGAAGTTTTTAGCCAGGAATGGG
TGATCAATCTGGAGCCGGAAGAGCTGGCAGCAATCGCGGGTGAATCGCAG
GCGACCAAAGCACGGCGTACCGGCCTGAAGCAAAAGATGGAGGATTTGAA
GTCTGCTCTACAAACCTTGAAATTCTGAGTCGACGTGTGTATGGGAATCC
GTTCAGACCTTTCATCTAAGGAGGGATCAGTCTTCAGCAAAGACGTGCTC
CGGATTGAGCTATGCGGGCCAGAAGAGGGCTACCTGACCGTCATAGATTT
GGTTGTCGTTGGAGACCAGAGTTCAGGGAAATCATCTCTTCTGGCAAGCC
TGACCAAGATTCCATTCCCTCGTGATATAGAACTTTGTACGCGATATGCC
ACGCAGATAACCTCCCGTCGTGAGAACGATCGCTCGGTTGAGATTTCGAT
AATCCTTGCTGTGGATGCATCCGCGGAGCACAGGGCAAAAGTACAGGGCT
ATAAGAGGACCCTCAGAGGTACCGAGGACTTTCGCTTAGAATTCCCAACA
ATTCTTCAGGAGATGCCTATCGAAGAGGGTGCAAGCAGTCCCAAGCATCT
CAATAGCTCTGAGTTGCTCAAGAAGATTGACAAGCTGCGAGAGAAAAACA
TTGGAAAACATGTGCCTCTTCCGCAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
TermDefinition
GO:0003924GTPase activity
GO:0005525GTP binding
Relationships

This mRNA is a part of the following gene feature(s):

Feature NameUnique NameSpeciesType
CAN33_50680CAN33_50680Aspergillus niger FDAARGOS_311gene


The following polypeptide feature(s) derives from this mRNA:

Feature NameUnique NameSpeciesType
CAN33_50680-T1CAN33_50680-T1-proteinAspergillus niger FDAARGOS_311polypeptide


The following CDS feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesType
CAN33_50680-T1.cdsCAN33_50680-T1.cdsAspergillus niger FDAARGOS_311CDS


The following exon feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesType
CAN33_50680-T1.exon4CAN33_50680-T1.exon4Aspergillus niger FDAARGOS_311exon
CAN33_50680-T1.exon3CAN33_50680-T1.exon3Aspergillus niger FDAARGOS_311exon
CAN33_50680-T1.exon2CAN33_50680-T1.exon2Aspergillus niger FDAARGOS_311exon
CAN33_50680-T1.exon1CAN33_50680-T1.exon1Aspergillus niger FDAARGOS_311exon


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR027417
DBxrefInterPro:IPR030381
DBxrefInterPro:IPR020850
DBxrefInterPro:IPR000375
DBxrefInterPro:IPR003130
DBxrefInterPro:IPR001401
DBxrefInterPro:IPR022812
DBxrefPFAM:PF02212
DBxrefPFAM:PF00350
DBxrefPFAM:PF01031
ProductDynamin family protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger FDAARGOS_311 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
NKJJ01000020.1supercontigNKJJ01000020.1:376110..378467 -
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