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KYF_011192-T1, KYF_011192-T1 (mRNA) Aspergillus niger KYF3

Overview
NameKYF_011192-T1
Unique NameKYF_011192-T1
TypemRNA
OrganismAspergillus niger KYF3
Sequences
The following sequences are available for this feature:

mRNA from alignment at ch8:3557185..3559096-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>KYF_011192-T1 ID=KYF_011192-T1|Name=KYF_011192-T1|organism=Aspergillus niger KYF3|type=mRNA|length=1912bp|location=Sequence derived from alignment at ch8:3557185..3559096- (Aspergillus niger KYF3)
ATGGCTGAGGTAGTCGCGGAGATCGTCGCCAACGCCTGCCATCTAGAGCA
AGAGAAGGCCACGCATATAGAGACCCTCTTATCGCGATTTGACAGCCTGT
CAGCTGCAGAACAAGACCAGGAACGGGCCTCTTACGTTGCTGCCGTCTTC
CCCCTGTTCTTTGGCGCAGCTGCCGTCGTGCACGGGTCCAATGGCTATGA
GCCGCAGCGTATAGTTCCCTGGTACGTCTATAGTTTTGGAACGACCACCA
AAAGAATGCCTTTACCAACCACCACAATCGAGCCAGGTCTACCAACTGCT
GGCTTCAACCTCGGGTAATTGTCCGTCCCGGATCTGCCCAACAAGTTGCA
GCTGCGCTGGCGCTGTGCCGCTTTTTCCACGTCAAGTTCTCCATCCGGGG
TGGGGGCCATTTGCAGATTCCGGGCTTCACCAGCAACCAGGACGGCGTGG
TCATTTCCCTCGGAGCATTTGACCAAGTCCGTGTGGCTGAAGATAAATCC
ACGGCAGAAATTGGCGTCGGATTGAGATGGTTGGAAGTGTATCGCGCTCT
TGAAGAGCACGGAGTGGCGGTTGCAGGAGGAAGAGTGCCTACCGTGGGGG
TTTCCGGCTTGTTGCTCGGCGGCGGCATCTCCTTCCAGAATAGTCAGTAT
GGCGTCGGTGCCATGGGTGTCTGCAACTACGAAGTTAGTATAATCTCCTC
GCTTCATCCCATGAAGAACACAGGAGCTAACAATCACTGAACAGGTCGTT
CTCGCCAATTCCCAGATCATAAATGCCAATGCCCGCGAAAACTCCGATCT
ATTCTGGGCCCTCAAGGGTGGCGGGCCCAACTTCGGTACTATACCACCCA
CAATCACCCTAATCTATGACCAGCAACACCAGCATTTACGGTCGTATTAC
TATTCAGTATCAAATGTCTAATCCACCATCTCCCAGGAATTGTCACTAAG
ATCGAAATGAACACTATCCCCAACCAGATATGGACCGAAGTTCGCATCTA
CCCCCTCACGGCAGCTGACCAACTGCGCGCCGCTCTAATGCAATACCACG
AGGCCATTGAAACAGACAACAGGGCATCTCTCATCTGGAACGCCACAAAC
GACATCATTCTCATCGTCTATTTCTACTGCGCGCCCGTCGAGAATCCTCC
CGTCTTCCAGGCCTTCTATGACATTCCTTTTCTCACTAGCTTCGTACCCC
CGGGAATCCGCACCGTTTACGATCTAGTTCAGGCCGTGGCGTCCGTGAAT
GAAGCCGAGCCTACTGTGTATGCCATATATTCTCCCTTTACATGTTCTAA
ACATGAAAAGTATATCAAAGAAACAAACTAACCAAAGAACTCTTGCAGCC
ACGAATTCCGCACCATGTCCAGCCGTCCCAGTCTAGAAGTCTACAAAGCC
ATCGAACAAGCTCATGCTGAGCAAGCCGAAGCTCTCAAGGACGTAGAAGG
CATCGCCCTAACAACCGTCATTCAGCCCATGTCCTCGCTAGCCATGAGAG
AAACGCTCAAGAATGGCGGAACTCCTCTAGGTTTGGAGCCCGTTGGACAG
CAGTGTACGTATACCCCGAAGGGAGAACACGTCTTATGTTTCCTTCTGGT
AGCTAATAGATCTATTCTTGTGGTACAGGGTTCCTCGCCCGAGCAGACTG
GAAGAATATTCAAGATGAGGATCGCGTGCGCGAGGCAGTGCGCAAAATCG
TGGATGCGGCGGAATCCGCGGCAAAGCAAACGGGCGTGTATCTCCCCTAC
AAGTATTCGAACTATGCGGCGTGGGATCAGGATCCGTTGGCGAGCTATGG
TGGGGAGAACGTGAGACGGTTGAAGGAGGTAGCGAGGAAGTATGATCCCG
AGGGGGTCTTTCAGACTTTGCAGAATGGAGGTTGGTTGTTGAGTAGAGTT
GGGTTGGAATAA
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Coding sequence (CDS) from alignment at ch8:3557185..3559096-

>KYF_011192-T1 ID=KYF_011192-T1|Name=KYF_011192-T1|organism=Aspergillus niger KYF3|type=CDS|length=9180bp|location=Sequence derived from alignment at ch8:3557185..3559096- (Aspergillus niger KYF3)
GGTTCCTCGCCCGAGCAGACTGGAAGAATATTCAAGATGAGGATCGCGTG
CGCGAGGCAGTGCGCAAAATCGTGGATGCGGCGGAATCCGCGGCAAAGCA
AACGGGCGTGTATCTCCCCTACAAGTATTCGAACTATGCGGCGTGGGATC
AGGATCCGTTGGCGAGCTATGGTGGGGAGAACGTGAGACGGTTGAAGGAG
GTAGCGAGGAAGTATGATCCCGAGGGGGTCTTTCAGACTTTGCAGAATGG
AGGTTGGTTGTTGAGTAGAGTTGGGTTGGAATAACCACGAATTCCGCACC
ATGTCCAGCCGTCCCAGTCTAGAAGTCTACAAAGCCATCGAACAAGCTCA
TGCTGAGCAAGCCGAAGCTCTCAAGGACGTAGAAGGCATCGCCCTAACAA
CCGTCATTCAGCCCATGTCCTCGCTAGCCATGAGAGAAACGCTCAAGAAT
GGCGGAACTCCTCTAGGTTTGGAGCCCGTTGGACAGCAGTGAATTGTCAC
TAAGATCGAAATGAACACTATCCCCAACCAGATATGGACCGAAGTTCGCA
TCTACCCCCTCACGGCAGCTGACCAACTGCGCGCCGCTCTAATGCAATAC
CACGAGGCCATTGAAACAGACAACAGGGCATCTCTCATCTGGAACGCCAC
AAACGACATCATTCTCATCGTCTATTTCTACTGCGCGCCCGTCGAGAATC
CTCCCGTCTTCCAGGCCTTCTATGACATTCCTTTTCTCACTAGCTTCGTA
CCCCCGGGAATCCGCACCGTTTACGATCTAGTTCAGGCCGTGGCGTCCGT
GAATGAAGCCGAGCCTACTGTGTCGTTCTCGCCAATTCCCAGATCATAAA
TGCCAATGCCCGCGAAAACTCCGATCTATTCTGGGCCCTCAAGGGTGGCG
GGCCCAACTTCGGTCTACCAACTGCTGGCTTCAACCTCGGGTAATTGTCC
GTCCCGGATCTGCCCAACAAGTTGCAGCTGCGCTGGCGCTGTGCCGCTTT
TTCCACGTCAAGTTCTCCATCCGGGGTGGGGGCCATTTGCAGATTCCGGG
CTTCACCAGCAACCAGGACGGCGTGGTCATTTCCCTCGGAGCATTTGACC
AAGTCCGTGTGGCTGAAGATAAATCCACGGCAGAAATTGGCGTCGGATTG
AGATGGTTGGAAGTGTATCGCGCTCTTGAAGAGCACGGAGTGGCGGTTGC
AGGAGGAAGAGTGCCTACCGTGGGGGTTTCCGGCTTGTTGCTCGGCGGCG
GCATCTCCTTCCAGAATAGTCAGTATGGCGTCGGTGCCATGGGTGTCTGC
AACTACGAAATGGCTGAGGTAGTCGCGGAGATCGTCGCCAACGCCTGCCA
TCTAGAGCAAGAGAAGGCCACGCATATAGAGACCCTCTTATCGCGATTTG
ACAGCCTGTCAGCTGCAGAACAAGACCAGGAACGGGCCTCTTACGTTGCT
GCCGTCTTCCCCCTGTTCTTTGGCGCAGCTGCCGTCGTGCACGGGTCCAA
TGGCTATGAGCCGCAGCGTATAGTTCCCTGGGTTCCTCGCCCGAGCAGAC
TGGAAGAATATTCAAGATGAGGATCGCGTGCGCGAGGCAGTGCGCAAAAT
CGTGGATGCGGCGGAATCCGCGGCAAAGCAAACGGGCGTGTATCTCCCCT
ACAAGTATTCGAACTATGCGGCGTGGGATCAGGATCCGTTGGCGAGCTAT
GGTGGGGAGAACGTGAGACGGTTGAAGGAGGTAGCGAGGAAGTATGATCC
CGAGGGGGTCTTTCAGACTTTGCAGAATGGAGGTTGGTTGTTGAGTAGAG
TTGGGTTGGAATAACCACGAATTCCGCACCATGTCCAGCCGTCCCAGTCT
AGAAGTCTACAAAGCCATCGAACAAGCTCATGCTGAGCAAGCCGAAGCTC
TCAAGGACGTAGAAGGCATCGCCCTAACAACCGTCATTCAGCCCATGTCC
TCGCTAGCCATGAGAGAAACGCTCAAGAATGGCGGAACTCCTCTAGGTTT
GGAGCCCGTTGGACAGCAGTGAATTGTCACTAAGATCGAAATGAACACTA
TCCCCAACCAGATATGGACCGAAGTTCGCATCTACCCCCTCACGGCAGCT
GACCAACTGCGCGCCGCTCTAATGCAATACCACGAGGCCATTGAAACAGA
CAACAGGGCATCTCTCATCTGGAACGCCACAAACGACATCATTCTCATCG
TCTATTTCTACTGCGCGCCCGTCGAGAATCCTCCCGTCTTCCAGGCCTTC
TATGACATTCCTTTTCTCACTAGCTTCGTACCCCCGGGAATCCGCACCGT
TTACGATCTAGTTCAGGCCGTGGCGTCCGTGAATGAAGCCGAGCCTACTG
TGTCGTTCTCGCCAATTCCCAGATCATAAATGCCAATGCCCGCGAAAACT
CCGATCTATTCTGGGCCCTCAAGGGTGGCGGGCCCAACTTCGGTCTACCA
ACTGCTGGCTTCAACCTCGGGTAATTGTCCGTCCCGGATCTGCCCAACAA
GTTGCAGCTGCGCTGGCGCTGTGCCGCTTTTTCCACGTCAAGTTCTCCAT
CCGGGGTGGGGGCCATTTGCAGATTCCGGGCTTCACCAGCAACCAGGACG
GCGTGGTCATTTCCCTCGGAGCATTTGACCAAGTCCGTGTGGCTGAAGAT
AAATCCACGGCAGAAATTGGCGTCGGATTGAGATGGTTGGAAGTGTATCG
CGCTCTTGAAGAGCACGGAGTGGCGGTTGCAGGAGGAAGAGTGCCTACCG
TGGGGGTTTCCGGCTTGTTGCTCGGCGGCGGCATCTCCTTCCAGAATAGT
CAGTATGGCGTCGGTGCCATGGGTGTCTGCAACTACGAAATGGCTGAGGT
AGTCGCGGAGATCGTCGCCAACGCCTGCCATCTAGAGCAAGAGAAGGCCA
CGCATATAGAGACCCTCTTATCGCGATTTGACAGCCTGTCAGCTGCAGAA
CAAGACCAGGAACGGGCCTCTTACGTTGCTGCCGTCTTCCCCCTGTTCTT
TGGCGCAGCTGCCGTCGTGCACGGGTCCAATGGCTATGAGCCGCAGCGTA
TAGTTCCCTGGGTTCCTCGCCCGAGCAGACTGGAAGAATATTCAAGATGA
GGATCGCGTGCGCGAGGCAGTGCGCAAAATCGTGGATGCGGCGGAATCCG
CGGCAAAGCAAACGGGCGTGTATCTCCCCTACAAGTATTCGAACTATGCG
GCGTGGGATCAGGATCCGTTGGCGAGCTATGGTGGGGAGAACGTGAGACG
GTTGAAGGAGGTAGCGAGGAAGTATGATCCCGAGGGGGTCTTTCAGACTT
TGCAGAATGGAGGTTGGTTGTTGAGTAGAGTTGGGTTGGAATAACCACGA
ATTCCGCACCATGTCCAGCCGTCCCAGTCTAGAAGTCTACAAAGCCATCG
AACAAGCTCATGCTGAGCAAGCCGAAGCTCTCAAGGACGTAGAAGGCATC
GCCCTAACAACCGTCATTCAGCCCATGTCCTCGCTAGCCATGAGAGAAAC
GCTCAAGAATGGCGGAACTCCTCTAGGTTTGGAGCCCGTTGGACAGCAGT
GAATTGTCACTAAGATCGAAATGAACACTATCCCCAACCAGATATGGACC
GAAGTTCGCATCTACCCCCTCACGGCAGCTGACCAACTGCGCGCCGCTCT
AATGCAATACCACGAGGCCATTGAAACAGACAACAGGGCATCTCTCATCT
GGAACGCCACAAACGACATCATTCTCATCGTCTATTTCTACTGCGCGCCC
GTCGAGAATCCTCCCGTCTTCCAGGCCTTCTATGACATTCCTTTTCTCAC
TAGCTTCGTACCCCCGGGAATCCGCACCGTTTACGATCTAGTTCAGGCCG
TGGCGTCCGTGAATGAAGCCGAGCCTACTGTGTCGTTCTCGCCAATTCCC
AGATCATAAATGCCAATGCCCGCGAAAACTCCGATCTATTCTGGGCCCTC
AAGGGTGGCGGGCCCAACTTCGGTCTACCAACTGCTGGCTTCAACCTCGG
GTAATTGTCCGTCCCGGATCTGCCCAACAAGTTGCAGCTGCGCTGGCGCT
GTGCCGCTTTTTCCACGTCAAGTTCTCCATCCGGGGTGGGGGCCATTTGC
AGATTCCGGGCTTCACCAGCAACCAGGACGGCGTGGTCATTTCCCTCGGA
GCATTTGACCAAGTCCGTGTGGCTGAAGATAAATCCACGGCAGAAATTGG
CGTCGGATTGAGATGGTTGGAAGTGTATCGCGCTCTTGAAGAGCACGGAG
TGGCGGTTGCAGGAGGAAGAGTGCCTACCGTGGGGGTTTCCGGCTTGTTG
CTCGGCGGCGGCATCTCCTTCCAGAATAGTCAGTATGGCGTCGGTGCCAT
GGGTGTCTGCAACTACGAAATGGCTGAGGTAGTCGCGGAGATCGTCGCCA
ACGCCTGCCATCTAGAGCAAGAGAAGGCCACGCATATAGAGACCCTCTTA
TCGCGATTTGACAGCCTGTCAGCTGCAGAACAAGACCAGGAACGGGCCTC
TTACGTTGCTGCCGTCTTCCCCCTGTTCTTTGGCGCAGCTGCCGTCGTGC
ACGGGTCCAATGGCTATGAGCCGCAGCGTATAGTTCCCTGGGTTCCTCGC
CCGAGCAGACTGGAAGAATATTCAAGATGAGGATCGCGTGCGCGAGGCAG
TGCGCAAAATCGTGGATGCGGCGGAATCCGCGGCAAAGCAAACGGGCGTG
TATCTCCCCTACAAGTATTCGAACTATGCGGCGTGGGATCAGGATCCGTT
GGCGAGCTATGGTGGGGAGAACGTGAGACGGTTGAAGGAGGTAGCGAGGA
AGTATGATCCCGAGGGGGTCTTTCAGACTTTGCAGAATGGAGGTTGGTTG
TTGAGTAGAGTTGGGTTGGAATAACCACGAATTCCGCACCATGTCCAGCC
GTCCCAGTCTAGAAGTCTACAAAGCCATCGAACAAGCTCATGCTGAGCAA
GCCGAAGCTCTCAAGGACGTAGAAGGCATCGCCCTAACAACCGTCATTCA
GCCCATGTCCTCGCTAGCCATGAGAGAAACGCTCAAGAATGGCGGAACTC
CTCTAGGTTTGGAGCCCGTTGGACAGCAGTGAATTGTCACTAAGATCGAA
ATGAACACTATCCCCAACCAGATATGGACCGAAGTTCGCATCTACCCCCT
CACGGCAGCTGACCAACTGCGCGCCGCTCTAATGCAATACCACGAGGCCA
TTGAAACAGACAACAGGGCATCTCTCATCTGGAACGCCACAAACGACATC
ATTCTCATCGTCTATTTCTACTGCGCGCCCGTCGAGAATCCTCCCGTCTT
CCAGGCCTTCTATGACATTCCTTTTCTCACTAGCTTCGTACCCCCGGGAA
TCCGCACCGTTTACGATCTAGTTCAGGCCGTGGCGTCCGTGAATGAAGCC
GAGCCTACTGTGTCGTTCTCGCCAATTCCCAGATCATAAATGCCAATGCC
CGCGAAAACTCCGATCTATTCTGGGCCCTCAAGGGTGGCGGGCCCAACTT
CGGTCTACCAACTGCTGGCTTCAACCTCGGGTAATTGTCCGTCCCGGATC
TGCCCAACAAGTTGCAGCTGCGCTGGCGCTGTGCCGCTTTTTCCACGTCA
AGTTCTCCATCCGGGGTGGGGGCCATTTGCAGATTCCGGGCTTCACCAGC
AACCAGGACGGCGTGGTCATTTCCCTCGGAGCATTTGACCAAGTCCGTGT
GGCTGAAGATAAATCCACGGCAGAAATTGGCGTCGGATTGAGATGGTTGG
AAGTGTATCGCGCTCTTGAAGAGCACGGAGTGGCGGTTGCAGGAGGAAGA
GTGCCTACCGTGGGGGTTTCCGGCTTGTTGCTCGGCGGCGGCATCTCCTT
CCAGAATAGTCAGTATGGCGTCGGTGCCATGGGTGTCTGCAACTACGAAA
TGGCTGAGGTAGTCGCGGAGATCGTCGCCAACGCCTGCCATCTAGAGCAA
GAGAAGGCCACGCATATAGAGACCCTCTTATCGCGATTTGACAGCCTGTC
AGCTGCAGAACAAGACCAGGAACGGGCCTCTTACGTTGCTGCCGTCTTCC
CCCTGTTCTTTGGCGCAGCTGCCGTCGTGCACGGGTCCAATGGCTATGAG
CCGCAGCGTATAGTTCCCTGGGTTCCTCGCCCGAGCAGACTGGAAGAATA
TTCAAGATGAGGATCGCGTGCGCGAGGCAGTGCGCAAAATCGTGGATGCG
GCGGAATCCGCGGCAAAGCAAACGGGCGTGTATCTCCCCTACAAGTATTC
GAACTATGCGGCGTGGGATCAGGATCCGTTGGCGAGCTATGGTGGGGAGA
ACGTGAGACGGTTGAAGGAGGTAGCGAGGAAGTATGATCCCGAGGGGGTC
TTTCAGACTTTGCAGAATGGAGGTTGGTTGTTGAGTAGAGTTGGGTTGGA
ATAACCACGAATTCCGCACCATGTCCAGCCGTCCCAGTCTAGAAGTCTAC
AAAGCCATCGAACAAGCTCATGCTGAGCAAGCCGAAGCTCTCAAGGACGT
AGAAGGCATCGCCCTAACAACCGTCATTCAGCCCATGTCCTCGCTAGCCA
TGAGAGAAACGCTCAAGAATGGCGGAACTCCTCTAGGTTTGGAGCCCGTT
GGACAGCAGTGAATTGTCACTAAGATCGAAATGAACACTATCCCCAACCA
GATATGGACCGAAGTTCGCATCTACCCCCTCACGGCAGCTGACCAACTGC
GCGCCGCTCTAATGCAATACCACGAGGCCATTGAAACAGACAACAGGGCA
TCTCTCATCTGGAACGCCACAAACGACATCATTCTCATCGTCTATTTCTA
CTGCGCGCCCGTCGAGAATCCTCCCGTCTTCCAGGCCTTCTATGACATTC
CTTTTCTCACTAGCTTCGTACCCCCGGGAATCCGCACCGTTTACGATCTA
GTTCAGGCCGTGGCGTCCGTGAATGAAGCCGAGCCTACTGTGTCGTTCTC
GCCAATTCCCAGATCATAAATGCCAATGCCCGCGAAAACTCCGATCTATT
CTGGGCCCTCAAGGGTGGCGGGCCCAACTTCGGTCTACCAACTGCTGGCT
TCAACCTCGGGTAATTGTCCGTCCCGGATCTGCCCAACAAGTTGCAGCTG
CGCTGGCGCTGTGCCGCTTTTTCCACGTCAAGTTCTCCATCCGGGGTGGG
GGCCATTTGCAGATTCCGGGCTTCACCAGCAACCAGGACGGCGTGGTCAT
TTCCCTCGGAGCATTTGACCAAGTCCGTGTGGCTGAAGATAAATCCACGG
CAGAAATTGGCGTCGGATTGAGATGGTTGGAAGTGTATCGCGCTCTTGAA
GAGCACGGAGTGGCGGTTGCAGGAGGAAGAGTGCCTACCGTGGGGGTTTC
CGGCTTGTTGCTCGGCGGCGGCATCTCCTTCCAGAATAGTCAGTATGGCG
TCGGTGCCATGGGTGTCTGCAACTACGAAATGGCTGAGGTAGTCGCGGAG
ATCGTCGCCAACGCCTGCCATCTAGAGCAAGAGAAGGCCACGCATATAGA
GACCCTCTTATCGCGATTTGACAGCCTGTCAGCTGCAGAACAAGACCAGG
AACGGGCCTCTTACGTTGCTGCCGTCTTCCCCCTGTTCTTTGGCGCAGCT
GCCGTCGTGCACGGGTCCAATGGCTATGAGCCGCAGCGTATAGTTCCCTG
GGTTCCTCGCCCGAGCAGACTGGAAGAATATTCAAGATGAGGATCGCGTG
CGCGAGGCAGTGCGCAAAATCGTGGATGCGGCGGAATCCGCGGCAAAGCA
AACGGGCGTGTATCTCCCCTACAAGTATTCGAACTATGCGGCGTGGGATC
AGGATCCGTTGGCGAGCTATGGTGGGGAGAACGTGAGACGGTTGAAGGAG
GTAGCGAGGAAGTATGATCCCGAGGGGGTCTTTCAGACTTTGCAGAATGG
AGGTTGGTTGTTGAGTAGAGTTGGGTTGGAATAACCACGAATTCCGCACC
ATGTCCAGCCGTCCCAGTCTAGAAGTCTACAAAGCCATCGAACAAGCTCA
TGCTGAGCAAGCCGAAGCTCTCAAGGACGTAGAAGGCATCGCCCTAACAA
CCGTCATTCAGCCCATGTCCTCGCTAGCCATGAGAGAAACGCTCAAGAAT
GGCGGAACTCCTCTAGGTTTGGAGCCCGTTGGACAGCAGTGAATTGTCAC
TAAGATCGAAATGAACACTATCCCCAACCAGATATGGACCGAAGTTCGCA
TCTACCCCCTCACGGCAGCTGACCAACTGCGCGCCGCTCTAATGCAATAC
CACGAGGCCATTGAAACAGACAACAGGGCATCTCTCATCTGGAACGCCAC
AAACGACATCATTCTCATCGTCTATTTCTACTGCGCGCCCGTCGAGAATC
CTCCCGTCTTCCAGGCCTTCTATGACATTCCTTTTCTCACTAGCTTCGTA
CCCCCGGGAATCCGCACCGTTTACGATCTAGTTCAGGCCGTGGCGTCCGT
GAATGAAGCCGAGCCTACTGTGTCGTTCTCGCCAATTCCCAGATCATAAA
TGCCAATGCCCGCGAAAACTCCGATCTATTCTGGGCCCTCAAGGGTGGCG
GGCCCAACTTCGGTCTACCAACTGCTGGCTTCAACCTCGGGTAATTGTCC
GTCCCGGATCTGCCCAACAAGTTGCAGCTGCGCTGGCGCTGTGCCGCTTT
TTCCACGTCAAGTTCTCCATCCGGGGTGGGGGCCATTTGCAGATTCCGGG
CTTCACCAGCAACCAGGACGGCGTGGTCATTTCCCTCGGAGCATTTGACC
AAGTCCGTGTGGCTGAAGATAAATCCACGGCAGAAATTGGCGTCGGATTG
AGATGGTTGGAAGTGTATCGCGCTCTTGAAGAGCACGGAGTGGCGGTTGC
AGGAGGAAGAGTGCCTACCGTGGGGGTTTCCGGCTTGTTGCTCGGCGGCG
GCATCTCCTTCCAGAATAGTCAGTATGGCGTCGGTGCCATGGGTGTCTGC
AACTACGAAATGGCTGAGGTAGTCGCGGAGATCGTCGCCAACGCCTGCCA
TCTAGAGCAAGAGAAGGCCACGCATATAGAGACCCTCTTATCGCGATTTG
ACAGCCTGTCAGCTGCAGAACAAGACCAGGAACGGGCCTCTTACGTTGCT
GCCGTCTTCCCCCTGTTCTTTGGCGCAGCTGCCGTCGTGCACGGGTCCAA
TGGCTATGAGCCGCAGCGTATAGTTCCCTG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0055114oxidation-reduction process
Vocabulary: Molecular Function
TermDefinition
GO:0071949FAD binding
GO:0050660flavin adenine dinucleotide binding
GO:0016491oxidoreductase activity
Relationships

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

Feature NameUnique NameSpeciesType
KYF_011192KYF_011192Aspergillus niger KYF3gene


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

Feature NameUnique NameSpeciesType
KYF_011192-T1KYF_011192-T1-proteinAspergillus niger KYF3polypeptide


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

Feature NameUnique NameSpeciesType
KYF_011192-T1.cdsKYF_011192-T1.cdsAspergillus niger KYF3CDS


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

Feature NameUnique NameSpeciesType
KYF_011192-T1.exon6KYF_011192-T1.exon6Aspergillus niger KYF3exon
KYF_011192-T1.exon5KYF_011192-T1.exon5Aspergillus niger KYF3exon
KYF_011192-T1.exon4KYF_011192-T1.exon4Aspergillus niger KYF3exon
KYF_011192-T1.exon3KYF_011192-T1.exon3Aspergillus niger KYF3exon
KYF_011192-T1.exon2KYF_011192-T1.exon2Aspergillus niger KYF3exon
KYF_011192-T1.exon1KYF_011192-T1.exon1Aspergillus niger KYF3exon


Properties
Property NameValue
NoteantiSMASH:Cluster_8.8
NoteEggNog:ENOG41
NoteSMCOG1138:FAD linked oxidase domain protein
NoteCAZy:AA7
DBxrefInterPro:IPR036318
DBxrefInterPro:IPR016166
DBxrefInterPro:IPR006094
DBxrefPFAM:PF01565
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Whole Genome Assembly and Annotation of Aspergillus Aspergillus niger KYF32020-10-09
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
ch8supercontigch8:3557185..3559096 -
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