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CAN33_17155-T1, CAN33_17155-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_17155-T1
Unique NameCAN33_17155-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000011.1:615737..618837+

Legend: exonpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_17155-T1 ID=CAN33_17155-T1|Name=CAN33_17155-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=3101bp|location=Sequence derived from alignment at NKJJ01000011.1:615737..618837+ (Aspergillus niger FDAARGOS_311)
ATGGCGAGTCGTGGGCCCACTACTCGCTCCAGAAGAGCGGGAGCTGCTTC
GAACCATTCTCGGCGGCAGCGCGAAGACCAGGATCATGAAATTCCAGCGG
TCTACCGAGAAATGCTGGCTGAGGCTGAAATCAGAGAGACCTCCAGGCCA
GATGATAGCCAACCACCCAAAAGAAGGAGGATTACCCGCCCCAATCCTGT
ATCTGACTCCCAGCTTGTACATCAAGATGCTGCTATCACCTCAGAAGCCA
GCCATTCTACAGTTCAACCTGTGCAAACGGTGTATGATTCGCCATCATCA
TCCGAAGAATCAGGTATGGAGTGGGAAGAGGTTGATATTCAGCAAGCTCC
GCAGACTAGTCAAGCGGATGATACCTCGATTCAGGTCACACTGGGTCGGC
CCGAGGATCAGAAGCGCAAGGTAGTTGCTAAGCGAAGGGGGATCACCACT
GCTGAAAAGCAGTTGAGATTAAGCATCCATAAAGTTCATCTACTTTGCCT
TCTACGCCATGTGCAGATACGCAATCTTTGGTGCAATGATGAGGAATTAC
AGGTACGTCCGATTCCGATTCAGCCACCTCTATCTGGTAAATAGGCATAC
ATGGAGTATCTAAAAGAGAACATGCGGGAAAGCAGCAAATGGAAAGGAGA
CTGAATACACCACAATAGATAGGGAACTAATCTTTTCCTGACTTTCTTCT
CGTTATACAGGGCTTTCTCAAACGGACACTGCCGAAAAATATCATCTCAC
TGTTGCATCCGTCCGAGAACAGGCCACAACAAATCAGGTCAACAACCTTC
GTTGACGGACTGAACCAAGCTAGTGATATATTCAATAGAAGGTTTAAGGT
AACCAAGCCAGGGCTGAAACGGCCTTCGTGGATAGACAATCCTGATGGCG
TCAGACAACGAGTGGTAATATAACTAACTTCGGTGTTGTATATGTCTCAA
AAGTATCTAACTACTTTTCAGGAATCCATAATAAGTGATGCCGAGGTCTT
CCTCTCAAGGAAGGACTTCATCAAACAAGCACGAACAATGCAAGGTTCTC
GTGACTTTGGCGCCCAGTTATTCTGTGCTTTGTTACGGTCCGTGGGCGTT
GAAGCAAGACTTGTCTGCTCACTGCAGCCATTATCATTTCGGGACAAATT
TAAGGACGCGGCACCACCTGCTCCAGTGTCCAAATCTTCAGAAATTGTTA
CCCAACCAACTGCTGGAGAATCGCAGATGTCACAACGTTCGACTGTGAAA
AGGCTAGCTCGACCACGCTTCACACCAGTCAGGCGCCCTGGAACTCCTAC
CCAAAGTAAGTTCGGCACCTATTGTCAATGCTAGCATGAAGCTGAGCATA
TCGAAGGTTCTCCCCGGCCTATCCGTGAATCATCACATCCCATATTCTGG
ATTGAAGCCTTTAACGAAGCAGTTAATAAATGGATACCTGTCGATGCTTT
GGTTACCAAGTCTATGGCAAAGCCTTCTAAATTCGAGCCTCCAGCAAACG
ATCCTTACAATCTTCTGAGCTACGTGGTAGCCTTTGAGGATGATGCTTCT
GTTAGAGATGTCACTAGGCGCTATGCGAAGGCTTTCAACGCAAAAACCCA
CAAACACCGTGTGGATTCCATTGGGAATCATGTCAATTGGTGGAATAAAG
TGCTGCGCTTTTATGAGAAGCCATTCTTGGAAGATCGGGACCAACTGGAG
ATCAGCGAGCTGACTGCCAAGACAGCCGCAGAGCCTATGCCCCGGAATAT
CCAAGACTTCAAGGACCATCCTGTCTATGCTCTTGAGAGGCATCTTCGGC
GGAATGAGGTTGTCTTTCCCAAACGGGTGATTGGGCAGGTGAGCCTTGGT
AAATCAGGGTCAAAGAATCAAGTATTGGAGCCCGTATATCGCCGATCAGA
TGTGCATACTCTACGTAGTGCAGATCGCTGGTATCGCCTGGGACGAGACA
TCAAGCCAGGTGAACAACCATTGAAGCGTGTCACATCAAGGAGGCCGCAG
ATGGGGAGGCTCAGTGACGAGGAGGATGACTCCATCTCCGAGACACCTCT
GTACGCTTATTATCAGACACAAGTGTATCAGCCCCCGCCAGTAGTTGGAG
GGAGAATACCCAAGAATATGTATGGGAATCTGGATGTCTATGTACCTAGC
ATGGTACCTCCAGGCGGTGTCCATATCGCTCATCCAGATGCTCGTCAAGC
TGCCAAGATTCTTGCTATTGACTATGCGGATGCTGTCACTGGTTTCAGCT
TCAAGGGGCGCCATGGGACCGCGATACTGCAGGGAGTCGTTGTTGCCACT
GAGTATCGGGAGGCACTTGAAGAAGTGCTGAATGGTCTGGAAGGAGAGAA
GTTACAGGCCGAGTTAGATAGGAAGTCTGCCGAAACACTGCAGGCTTGGA
AGCACTTAATGCTGAAACTGCGCATTGCCGAGAGAGTCAAAGGCTATGTT
GTAGAAGGTGAGCGAGATGCAGACGAGCCGGAGACAAACGGAAACGTGGA
GGACCCAGAAGAGTTCGGCGGCGGTTTTATTCCGGAGCCGGAGCAAGAGG
CCAACAGTTCAGCTGCTGTGATGGACTGGATTGGTCCCCCTCAAGGGGGA
CCTTCAGGACCTACAGGCAGAGACATGTCTCTCTCGACTACAGAGACGGA
TATGCTCGGTGGGGGTTTCATTCCTGAAGAAAGCGCCGATCAGGTGTCTT
CGCCTCAGCAAAGCAGCAACATCACAAGATTGCAAAGGAATAGCTCAGTA
CTTCCTCGATATGATCTGGTCGTCAGTTCAAAGTTTGAACCTGCAGGTCA
GGCAGCCCCGATTCAAAGCTTCCTGGGTAAGGATTCAGGCTTGTTGCGAG
ACAGGACGAAAGAGGACTTGGGGCATATCACACCGCAGATTGCTCCTCAG
AACTCAGAGGCAGCGATCCCCAGATCTACTACGACAATTCCGAGCTCTGC
ACATCCCCAGATCGCTGTACAAGCAGCTGACTCGCGCTCCCCCACCCCTG
GCATCACCAGCCAAGAAACGCACAGCGACGAAGAGGCTTCTTTATTATCG
CAAGACCCGGAAGACGATGATGCCATTCCGGAGTGGTTGATGTCCGATTA
A
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Coding sequence (CDS) from alignment at NKJJ01000011.1:615737..618837+

>CAN33_17155-T1 ID=CAN33_17155-T1|Name=CAN33_17155-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=7893bp|location=Sequence derived from alignment at NKJJ01000011.1:615737..618837+ (Aspergillus niger FDAARGOS_311)
ATGGCGAGTCGTGGGCCCACTACTCGCTCCAGAAGAGCGGGAGCTGCTTC
GAACCATTCTCGGCGGCAGCGCGAAGACCAGGATCATGAAATTCCAGCGG
TCTACCGAGAAATGCTGGCTGAGGCTGAAATCAGAGAGACCTCCAGGCCA
GATGATAGCCAACCACCCAAAAGAAGGAGGATTACCCGCCCCAATCCTGT
ATCTGACTCCCAGCTTGTACATCAAGATGCTGCTATCACCTCAGAAGCCA
GCCATTCTACAGTTCAACCTGTGCAAACGGTGTATGATTCGCCATCATCA
TCCGAAGAATCAGGTATGGAGTGGGAAGAGGTTGATATTCAGCAAGCTCC
GCAGACTAGTCAAGCGGATGATACCTCGATTCAGGTCACACTGGGTCGGC
CCGAGGATCAGAAGCGCAAGGTAGTTGCTAAGCGAAGGGGGATCACCACT
GCTGAAAAGCAGTTGAGATTAAGCATCCATAAAGTTCATCTACTTTGCCT
TCTACGCCATGTGCAGATACGCAATCTTTGGTGCAATGATGAGGAATTAC
AGGAATCCATAATAAGTGATGCCGAGGTCTTCCTCTCAAGGAAGGACTTC
ATCAAACAAGCACGAACAATGCAAGGTTCTCGTGACTTTGGCGCCCAGTT
ATTCTGTGCTTTGTTACGGTCCGTGGGCGTTGAAGCAAGACTTGTCTGCT
CACTGCAGCCATTATCATTTCGGGACAAATTTAAGGACGCGGCACCACCT
GCTCCAGTGTCCAAATCTTCAGAAATTGTTACCCAACCAACTGCTGGAGA
ATCGCAGATGTCACAACGTTCGACTGTGAAAAGGCTAGCTCGACCACGCT
TCACACCAGTCAGGCGCCCTGGAACTCCTACCCAAAGTTCTCCCCGGCCT
ATCCGTGAATCATCACATCCCATATTCTGGATTGAAGCCTTTAACGAAGC
AGTTAATAAATGGATACCTGTCGATGCTTTGGTTACCAAGTCTATGGCAA
AGCCTTCTAAATTCGAGCCTCCAGCAAACGATCCTTACAATCTTCTGAGC
TACGTGGTAGCCTTTGAGGATGATGCTTCTGTTAGAGATGTCACTAGGCG
CTATGCGAAGGCTTTCAACGCAAAAACCCACAAACACCGTGTGGATTCCA
TTGGGAATCATGTCAATTGGTGGAATAAAGTGCTGCGCTTTTATGAGAAG
CCATTCTTGGAAGATCGGGACCAACTGGAGATCAGCGAGCTGACTGCCAA
GACAGCCGCAGAGCCTATGCCCCGGAATATCCAAGACTTCAAGGACCATC
CTGTCTATGCTCTTGAGAGGCATCTTCGGCGGAATGAGGTTGTCTTTCCC
AAACGGGTGATTGGGCAGGTGAGCCTTGGTAAATCAGGGTCAAAGAATCA
AGTATTGGAGCCCGTATATCGCCGATCAGATGTGCATACTCTACGTAGTG
CAGATCGCTGGTATCGCCTGGGACGAGACATCAAGCCAGGTGAACAACCA
TTGAAGCGTGTCACATCAAGGAGGCCGCAGATGGGGAGGCTCAGTGACGA
GGAGGATGACTCCATCTCCGAGACACCTCTGTACGCTTATTATCAGACAC
AAGTGTATCAGCCCCCGCCAGTAGTTGGAGGGAGAATACCCAAGAATATG
TATGGGAATCTGGATGTCTATGTACCTAGCATGGTACCTCCAGGCGGTGT
CCATATCGCTCATCCAGATGCTCGTCAAGCTGCCAAGATTCTTGCTATTG
ACTATGCGGATGCTGTCACTGGTTTCAGCTTCAAGGGGCGCCATGGGACC
GCGATACTGCAGGGAGTCGTTGTTGCCACTGAGTATCGGGAGGCACTTGA
AGAAGTGCTGAATGGTCTGGAAGGAGAGAAGTTACAGGCCGAGTTAGATA
GGAAGTCTGCCGAAACACTGCAGGCTTGGAAGCACTTAATGCTGAAACTG
CGCATTGCCGAGAGAGTCAAAGGCTATGTTGTAGAAGGTGAGCGAGATGC
AGACGAGCCGGAGACAAACGGAAACGTGGAGGACCCAGAAGAGTTCGGCG
GCGGTTTTATTCCGGAGCCGGAGCAAGAGGCCAACAGTTCAGCTGCTGTG
ATGGACTGGATTGGTCCCCCTCAAGGGGGACCTTCAGGACCTACAGGCAG
AGACATGTCTCTCTCGACTACAGAGACGGATATGCTCGGTGGGGGTTTCA
TTCCTGAAGAAAGCGCCGATCAGGTGTCTTCGCCTCAGCAAAGCAGCAAC
ATCACAAGATTGCAAAGGAATAGCTCAGTACTTCCTCGATATGATCTGGT
CGTCAGTTCAAAGTTTGAACCTGCAGGTCAGGCAGCCCCGATTCAAAGCT
TCCTGGGTAAGGATTCAGGCTTGTTGCGAGACAGGACGAAAGAGGACTTG
GGGCATATCACACCGCAGATTGCTCCTCAGAACTCAGAGGCAGCGATCCC
CAGATCTACTACGACAATTCCGAGCTCTGCACATCCCCAGATCGCTGTAC
AAGCAGCTGACTCGCGCTCCCCCACCCCTGGCATCACCAGCCAAGAAACG
CACAGCGACGAAGAGGCTTCTTTATTATCGCAAGACCCGGAAGACGATGA
TGCCATTCCGGAGTGGTTGATGTCCGATTAAATGGCGAGTCGTGGGCCCA
CTACTCGCTCCAGAAGAGCGGGAGCTGCTTCGAACCATTCTCGGCGGCAG
CGCGAAGACCAGGATCATGAAATTCCAGCGGTCTACCGAGAAATGCTGGC
TGAGGCTGAAATCAGAGAGACCTCCAGGCCAGATGATAGCCAACCACCCA
AAAGAAGGAGGATTACCCGCCCCAATCCTGTATCTGACTCCCAGCTTGTA
CATCAAGATGCTGCTATCACCTCAGAAGCCAGCCATTCTACAGTTCAACC
TGTGCAAACGGTGTATGATTCGCCATCATCATCCGAAGAATCAGGTATGG
AGTGGGAAGAGGTTGATATTCAGCAAGCTCCGCAGACTAGTCAAGCGGAT
GATACCTCGATTCAGGTCACACTGGGTCGGCCCGAGGATCAGAAGCGCAA
GGTAGTTGCTAAGCGAAGGGGGATCACCACTGCTGAAAAGCAGTTGAGAT
TAAGCATCCATAAAGTTCATCTACTTTGCCTTCTACGCCATGTGCAGATA
CGCAATCTTTGGTGCAATGATGAGGAATTACAGGAATCCATAATAAGTGA
TGCCGAGGTCTTCCTCTCAAGGAAGGACTTCATCAAACAAGCACGAACAA
TGCAAGGTTCTCGTGACTTTGGCGCCCAGTTATTCTGTGCTTTGTTACGG
TCCGTGGGCGTTGAAGCAAGACTTGTCTGCTCACTGCAGCCATTATCATT
TCGGGACAAATTTAAGGACGCGGCACCACCTGCTCCAGTGTCCAAATCTT
CAGAAATTGTTACCCAACCAACTGCTGGAGAATCGCAGATGTCACAACGT
TCGACTGTGAAAAGGCTAGCTCGACCACGCTTCACACCAGTCAGGCGCCC
TGGAACTCCTACCCAAAGTTCTCCCCGGCCTATCCGTGAATCATCACATC
CCATATTCTGGATTGAAGCCTTTAACGAAGCAGTTAATAAATGGATACCT
GTCGATGCTTTGGTTACCAAGTCTATGGCAAAGCCTTCTAAATTCGAGCC
TCCAGCAAACGATCCTTACAATCTTCTGAGCTACGTGGTAGCCTTTGAGG
ATGATGCTTCTGTTAGAGATGTCACTAGGCGCTATGCGAAGGCTTTCAAC
GCAAAAACCCACAAACACCGTGTGGATTCCATTGGGAATCATGTCAATTG
GTGGAATAAAGTGCTGCGCTTTTATGAGAAGCCATTCTTGGAAGATCGGG
ACCAACTGGAGATCAGCGAGCTGACTGCCAAGACAGCCGCAGAGCCTATG
CCCCGGAATATCCAAGACTTCAAGGACCATCCTGTCTATGCTCTTGAGAG
GCATCTTCGGCGGAATGAGGTTGTCTTTCCCAAACGGGTGATTGGGCAGG
TGAGCCTTGGTAAATCAGGGTCAAAGAATCAAGTATTGGAGCCCGTATAT
CGCCGATCAGATGTGCATACTCTACGTAGTGCAGATCGCTGGTATCGCCT
GGGACGAGACATCAAGCCAGGTGAACAACCATTGAAGCGTGTCACATCAA
GGAGGCCGCAGATGGGGAGGCTCAGTGACGAGGAGGATGACTCCATCTCC
GAGACACCTCTGTACGCTTATTATCAGACACAAGTGTATCAGCCCCCGCC
AGTAGTTGGAGGGAGAATACCCAAGAATATGTATGGGAATCTGGATGTCT
ATGTACCTAGCATGGTACCTCCAGGCGGTGTCCATATCGCTCATCCAGAT
GCTCGTCAAGCTGCCAAGATTCTTGCTATTGACTATGCGGATGCTGTCAC
TGGTTTCAGCTTCAAGGGGCGCCATGGGACCGCGATACTGCAGGGAGTCG
TTGTTGCCACTGAGTATCGGGAGGCACTTGAAGAAGTGCTGAATGGTCTG
GAAGGAGAGAAGTTACAGGCCGAGTTAGATAGGAAGTCTGCCGAAACACT
GCAGGCTTGGAAGCACTTAATGCTGAAACTGCGCATTGCCGAGAGAGTCA
AAGGCTATGTTGTAGAAGGTGAGCGAGATGCAGACGAGCCGGAGACAAAC
GGAAACGTGGAGGACCCAGAAGAGTTCGGCGGCGGTTTTATTCCGGAGCC
GGAGCAAGAGGCCAACAGTTCAGCTGCTGTGATGGACTGGATTGGTCCCC
CTCAAGGGGGACCTTCAGGACCTACAGGCAGAGACATGTCTCTCTCGACT
ACAGAGACGGATATGCTCGGTGGGGGTTTCATTCCTGAAGAAAGCGCCGA
TCAGGTGTCTTCGCCTCAGCAAAGCAGCAACATCACAAGATTGCAAAGGA
ATAGCTCAGTACTTCCTCGATATGATCTGGTCGTCAGTTCAAAGTTTGAA
CCTGCAGGTCAGGCAGCCCCGATTCAAAGCTTCCTGGGTAAGGATTCAGG
CTTGTTGCGAGACAGGACGAAAGAGGACTTGGGGCATATCACACCGCAGA
TTGCTCCTCAGAACTCAGAGGCAGCGATCCCCAGATCTACTACGACAATT
CCGAGCTCTGCACATCCCCAGATCGCTGTACAAGCAGCTGACTCGCGCTC
CCCCACCCCTGGCATCACCAGCCAAGAAACGCACAGCGACGAAGAGGCTT
CTTTATTATCGCAAGACCCGGAAGACGATGATGCCATTCCGGAGTGGTTG
ATGTCCGATTAAATGGCGAGTCGTGGGCCCACTACTCGCTCCAGAAGAGC
GGGAGCTGCTTCGAACCATTCTCGGCGGCAGCGCGAAGACCAGGATCATG
AAATTCCAGCGGTCTACCGAGAAATGCTGGCTGAGGCTGAAATCAGAGAG
ACCTCCAGGCCAGATGATAGCCAACCACCCAAAAGAAGGAGGATTACCCG
CCCCAATCCTGTATCTGACTCCCAGCTTGTACATCAAGATGCTGCTATCA
CCTCAGAAGCCAGCCATTCTACAGTTCAACCTGTGCAAACGGTGTATGAT
TCGCCATCATCATCCGAAGAATCAGGTATGGAGTGGGAAGAGGTTGATAT
TCAGCAAGCTCCGCAGACTAGTCAAGCGGATGATACCTCGATTCAGGTCA
CACTGGGTCGGCCCGAGGATCAGAAGCGCAAGGTAGTTGCTAAGCGAAGG
GGGATCACCACTGCTGAAAAGCAGTTGAGATTAAGCATCCATAAAGTTCA
TCTACTTTGCCTTCTACGCCATGTGCAGATACGCAATCTTTGGTGCAATG
ATGAGGAATTACAGGAATCCATAATAAGTGATGCCGAGGTCTTCCTCTCA
AGGAAGGACTTCATCAAACAAGCACGAACAATGCAAGGTTCTCGTGACTT
TGGCGCCCAGTTATTCTGTGCTTTGTTACGGTCCGTGGGCGTTGAAGCAA
GACTTGTCTGCTCACTGCAGCCATTATCATTTCGGGACAAATTTAAGGAC
GCGGCACCACCTGCTCCAGTGTCCAAATCTTCAGAAATTGTTACCCAACC
AACTGCTGGAGAATCGCAGATGTCACAACGTTCGACTGTGAAAAGGCTAG
CTCGACCACGCTTCACACCAGTCAGGCGCCCTGGAACTCCTACCCAAAGT
TCTCCCCGGCCTATCCGTGAATCATCACATCCCATATTCTGGATTGAAGC
CTTTAACGAAGCAGTTAATAAATGGATACCTGTCGATGCTTTGGTTACCA
AGTCTATGGCAAAGCCTTCTAAATTCGAGCCTCCAGCAAACGATCCTTAC
AATCTTCTGAGCTACGTGGTAGCCTTTGAGGATGATGCTTCTGTTAGAGA
TGTCACTAGGCGCTATGCGAAGGCTTTCAACGCAAAAACCCACAAACACC
GTGTGGATTCCATTGGGAATCATGTCAATTGGTGGAATAAAGTGCTGCGC
TTTTATGAGAAGCCATTCTTGGAAGATCGGGACCAACTGGAGATCAGCGA
GCTGACTGCCAAGACAGCCGCAGAGCCTATGCCCCGGAATATCCAAGACT
TCAAGGACCATCCTGTCTATGCTCTTGAGAGGCATCTTCGGCGGAATGAG
GTTGTCTTTCCCAAACGGGTGATTGGGCAGGTGAGCCTTGGTAAATCAGG
GTCAAAGAATCAAGTATTGGAGCCCGTATATCGCCGATCAGATGTGCATA
CTCTACGTAGTGCAGATCGCTGGTATCGCCTGGGACGAGACATCAAGCCA
GGTGAACAACCATTGAAGCGTGTCACATCAAGGAGGCCGCAGATGGGGAG
GCTCAGTGACGAGGAGGATGACTCCATCTCCGAGACACCTCTGTACGCTT
ATTATCAGACACAAGTGTATCAGCCCCCGCCAGTAGTTGGAGGGAGAATA
CCCAAGAATATGTATGGGAATCTGGATGTCTATGTACCTAGCATGGTACC
TCCAGGCGGTGTCCATATCGCTCATCCAGATGCTCGTCAAGCTGCCAAGA
TTCTTGCTATTGACTATGCGGATGCTGTCACTGGTTTCAGCTTCAAGGGG
CGCCATGGGACCGCGATACTGCAGGGAGTCGTTGTTGCCACTGAGTATCG
GGAGGCACTTGAAGAAGTGCTGAATGGTCTGGAAGGAGAGAAGTTACAGG
CCGAGTTAGATAGGAAGTCTGCCGAAACACTGCAGGCTTGGAAGCACTTA
ATGCTGAAACTGCGCATTGCCGAGAGAGTCAAAGGCTATGTTGTAGAAGG
TGAGCGAGATGCAGACGAGCCGGAGACAAACGGAAACGTGGAGGACCCAG
AAGAGTTCGGCGGCGGTTTTATTCCGGAGCCGGAGCAAGAGGCCAACAGT
TCAGCTGCTGTGATGGACTGGATTGGTCCCCCTCAAGGGGGACCTTCAGG
ACCTACAGGCAGAGACATGTCTCTCTCGACTACAGAGACGGATATGCTCG
GTGGGGGTTTCATTCCTGAAGAAAGCGCCGATCAGGTGTCTTCGCCTCAG
CAAAGCAGCAACATCACAAGATTGCAAAGGAATAGCTCAGTACTTCCTCG
ATATGATCTGGTCGTCAGTTCAAAGTTTGAACCTGCAGGTCAGGCAGCCC
CGATTCAAAGCTTCCTGGGTAAGGATTCAGGCTTGTTGCGAGACAGGACG
AAAGAGGACTTGGGGCATATCACACCGCAGATTGCTCCTCAGAACTCAGA
GGCAGCGATCCCCAGATCTACTACGACAATTCCGAGCTCTGCACATCCCC
AGATCGCTGTACAAGCAGCTGACTCGCGCTCCCCCACCCCTGGCATCACC
AGCCAAGAAACGCACAGCGACGAAGAGGCTTCTTTATTATCGCAAGACCC
GGAAGACGATGATGCCATTCCGGAGTGGTTGATGTCCGATTAA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
TermDefinition
GO:0003677DNA binding
Relationships

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

Feature NameUnique NameSpeciesType
CAN33_17155CAN33_17155Aspergillus niger FDAARGOS_311gene


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

Feature NameUnique NameSpeciesType
CAN33_17155-T1.exon1CAN33_17155-T1.exon1Aspergillus niger FDAARGOS_311exon
CAN33_17155-T1.exon2CAN33_17155-T1.exon2Aspergillus niger FDAARGOS_311exon
CAN33_17155-T1.exon3CAN33_17155-T1.exon3Aspergillus niger FDAARGOS_311exon


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

Feature NameUnique NameSpeciesType
CAN33_17155-T1.cdsCAN33_17155-T1.cdsAspergillus niger FDAARGOS_311CDS


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

Feature NameUnique NameSpeciesType
CAN33_17155-T1CAN33_17155-T1-proteinAspergillus niger FDAARGOS_311polypeptide


Properties
Property NameValue
DBxrefInterPro:IPR038765
DBxrefInterPro:IPR018325
DBxrefInterPro:IPR036985
DBxrefInterPro:IPR042488
DBxrefInterPro:IPR018328
DBxrefInterPro:IPR018326
DBxrefInterPro:IPR018327
DBxrefPFAM:PF03835
DBxrefPFAM:PF10405
DBxrefPFAM:PF10404
DBxrefPFAM:PF10403
ProductRad4 transglutaminase-like domain 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
NKJJ01000011.1supercontigNKJJ01000011.1:615737..618837 +
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