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CAN33_14830-T1, CAN33_14830-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_14830-T1
Unique NameCAN33_14830-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000010.1:1702623..1706386-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_14830-T1 ID=CAN33_14830-T1|Name=CAN33_14830-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=3764bp|location=Sequence derived from alignment at NKJJ01000010.1:1702623..1706386- (Aspergillus niger FDAARGOS_311)
ATGGCCCGTATTGATCTGCATACGGTGGACACACTACAGTTGTATGCCCC
GCGAGCCTCTACCGGTGATAGGCAGATTGTGGAGGGCATTATCAGCAGTG
GTCAGGTCTTCTCTAACTTCACTCGGTTGGAACGTGAAAGTATTTGCACG
AACCTTTCATCACTTGAAGCATGCAACAGCATCATACCATCCCTTCATAC
CTTTTTCCGGGATGTCAAATACCTGGAACTCTGCGCAAACGCCGTAAAAC
GGCTAATTGTCCTGGGAGGACGACATAGAACCGTTAGGAGTGCACTAATT
AACATATTCAGACCTCAGAGTACTGATAGTGACTGCCTAATTCAGACATC
AGAGACTTCTTTCCGTCGACAGCCTGGATCTGTAGGTGAACGTCTGGAGT
CAGGATACCGTCAAATATGGATGTACGCAATGCGACATTATCCATATCTG
ACGAAGGAAGTTCAGAGTGGCCGAAAGGCTAGGTCTACCCAGGCAAAAGC
AGAAGCTAGGCTAGACGAGCATGTGCTCCATAGCATGGCCACCCTTGCGC
AGAAGTTGGGCTTTTGCAGCGACGAGATAAAGTCGCTTATAGAGCAATCT
CCAGACCTGCAGATCGCACGGAATGCCCTGATACAAGCTCGGAAACCAGC
CTATTACCACTACGAAGCTGACGTTTTCGAGTCCCTTGTGAGGCAAATTG
CCGGATATTTTTCACTTGCTATTCCAAACGAAGCACCGCGAGTGGCACTC
ACTAGAGGGCGGGTGGATAGTTTCAAAGACCGCTGTGGAGCACCTGCAAA
AAGACTTCAGGAGCTGGACTGCCCACACATGTTTTTAGATCGACTACATT
CGCCAACGGTCACACAAGAGACCCTCTCATCCCTGGAGGTAAGACGGTGC
GTTTACTATGCATTTTTTGGCAGGCCCTCTTCAGCTGTTTCAAGCAGCTC
GTCGAGATGGCTAGCAACTGACAGGTCTCAATCTCCTTTGTTTTTCCCCA
GCAACTCGTTACACCATGAAGACACTTCATTCGCCGATGAAATGTCAAGG
AGTGATCCTATATATCTTTCGCCGCGCCATGATCGCCAGGACCGGTCAGA
AGCTGCTGAATCTCGAAGACGGGAAGAACGACAAAACAGACCGCCTCATC
AGCAGCGACCCGGGGTATATGGCGATCTCCAGCTTCGAGAGCATTCATTT
CGAAATACGACAGAAGCGGACTTTATACCTGAATCCCACGACACAGGCAT
TATAAATAGATCCGATCAGGCGCTTAACCATAACCCGGGGGCAGTCGGTC
AACTGACTGCAGCCGATAGAGGTCGGGATTTTGATATAGAAGAACATGGT
TTCATAATGACAGAAGGGAATGGGCTAAATGAACAGTTAGTAGAAGGGAT
CTCCAGGACAGATACCGTGGCCAGTTCAGTATCCTCATCTGCAACCGCTG
GCATTGATGTGGGGCTCTCCGAAATACCGGAAGGGAGCCTAAATCAGATA
GAGGTATCCATGGATACGCCAGTTCAATCCCAGCAAAAGCCGGATGAAAC
TAGCGCAACACCAATGGTGCCAATAAATCATCCAGGTTCAATAGCTCCAT
TGACACGGCGCGTGAATATTACAGAAGAAGAGGAGCATTCAGCACCGAAA
GGTAATGGCTTACATGAACACCTACCGGAGGATTCCCCAGAGAAGAGCTC
CCAGCCAGTGCTGAGAACTCATCTACCACAGCAGGACACAATGCAGAACC
CTCGGATGTACCAGAAGAGACCACAGATCCTATGGATACATCCATGGATA
CTCGGGCAGGTTCCCAGCCAGAGCCGGCCGGAAGTCATCCCGCAACGCAA
ACGACACAAGCATCCCGGGCACGCTCGGTAGCCCAAAAAAGGGGGCGAAA
AAGAAGTAAACTATCAGCAAGCTACAAAACTGCATGGGAGTCGCTCGCTA
AAAGCCAACCAGAGGCATTCACAAATATAACTGCAACACCAAAGATACCA
CCATCCGGGCCAGATAGCAATAACAAAGAACAGGAGCATTCAGCATCAAT
AGAGCATGGAGTACACGAACACATACCGGAGAATGCATTTAATGAAGGCA
CCCCAGCCGGAATCGAAGCCTCATCTGCCACAGCAGGACACAATGCAGAA
CCCTCGGATGTACCAGAAGAGACCACAGATCCTATGGATACATCCATGGA
TACTCGGGCAGGTTCCCAGCCAGAGCCGGCCGGAAGTCATCCCACAATAC
AAACGACGCAAGCATCCCTGACGACCCCAGGGGAACTAATAATACCAGAC
AGTAATAAGGATAAGGAACAAGAGCCTTCAGCGTTACAGGAAAATAGCTT
ACCTGAGCAGTCTCGAAGAGGTTCTCCCAGAGCCGAGAGTCAGGCCGGTA
TTAGAGACTCATCCGCAATAGCAGGACACATTACACAGCCCTCTGGCTCT
GGCGCACAAGAAGAGACTGCAGCCTCGATGGCTACAACCATGGAGACCCC
AGTAGACCCCCGATCGGGTGAGAATTCTCATGTAATGCCAACGATGCCAA
CAATTCGTCCAAGCTTAATAGGTCCAATGACACTTGGCGCAAACGATAGT
CAAGAACAGGAGTCTTCAGCATCAAAAGAGCATAGCCTACATGAGCAATT
ACGGGAGGGTTCCTCCGGGTCAGAGAGTCATGCCGGTGCTAGTGACTCAT
CCGCAACAGCTGGGGATAATGCAAACCCTTTCGACGTACCCGAAGTGAGC
GCAGCTCCCATGGAAGTATCCATGGATATACCAGAACAATCCCAGACAGA
CACTACTGAAAGAAATGCTGAACAAGGCCAGTACATACTAGCTGGACCTC
AATATCAAGCACATTTGCCCGGAGACGAGCAACTGAGGACGAACTGGCCG
AGACATAACACCGGAGAAAATACTCCTACAAAACTACCACCGGCTGAACA
ACAGAAGGGACTATTAGGGGAGAAAAGTTTCCATGATATAGAGACAAGCG
TGGACGAGACTAAAAAAAGACCTCAGGCGCAGCAGGTAGCTCGAGGACGA
GCGGATGCTCTCGCTCAGTTACAGACACCCAGGAACGAGGATACTCATGG
TGTCTCTCAGCGTATAACCCAGCTGCCGGAAGATCTGCCAAGCCTGATTG
AAAGATTACGTAAAGGAAGCCAAGATGAGGAGAGTGATGTCTCCGACAAG
GACACAACACGGAAGCATCACGAGGCTATCCCAAGTGCTGACAAGCAGCA
AAATCCTCAAACGGGCCCCGAACATTTCAAATGTAGTGTACCTGATCCGG
TACAAGCGCATCATGAAGCCATTTCAAGACAGCAGGAGGAGGAGAATCTC
TTCGGGGCACCGGAAGAACTGCCGCGGAAGCGCAGGTGGAATAAGGAGAC
GCCAGAAAAAATCCGAACTGAGAAAAAGGCTTACGCGAACCGGGCAATCA
AGAAGCGCTGTGTTGGAATTCGTTTCTTTGCCCTTGAGAGAGGGAAATGG
TGCGAAAAGGCGACAGTACCCGTGGATCCTGATCATCCAGTTGAGGCACA
ACACACCGCCGTCAGCTTTTCGCAAGAGACACTTTTTTACGATTCGAAAC
TGCGTGGAGTTGCCTATACAAATTGTATCGATGCCGCAATAAGAGACCGT
ACTTATGTCGTCTTCATGGTGTCAAGAAGGACTCGGCTGCAGGTGACTAG
GAATATTGTCAGGATCACTGAAGAACTATTGGCAAAGGTTCGAAGAGAAC
AGTTCCATGACTGA
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Coding sequence (CDS) from alignment at NKJJ01000010.1:1702623..1706386-

>CAN33_14830-T1 ID=CAN33_14830-T1|Name=CAN33_14830-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=7668bp|location=Sequence derived from alignment at NKJJ01000010.1:1702623..1706386- (Aspergillus niger FDAARGOS_311)
GAGCATTCAGCATCAATAGAGCATGGAGTACACGAACACATACCGGAGAA
TGCATTTAATGAAGGCACCCCAGCCGGAATCGAAGCCTCATCTGCCACAG
CAGGACACAATGCAGAACCCTCGGATGTACCAGAAGAGACCACAGATCCT
ATGGATACATCCATGGATACTCGGGCAGGTTCCCAGCCAGAGCCGGCCGG
AAGTCATCCCACAATACAAACGACGCAAGCATCCCTGACGACCCCAGGGG
AACTAATAATACCAGACAGTAATAAGGATAAGGAACAAGAGCCTTCAGCG
TTACAGGAAAATAGCTTACCTGAGCAGTCTCGAAGAGGTTCTCCCAGAGC
CGAGAGTCAGGCCGGTATTAGAGACTCATCCGCAATAGCAGGACACATTA
CACAGCCCTCTGGCTCTGGCGCACAAGAAGAGACTGCAGCCTCGATGGCT
ACAACCATGGAGACCCCAGTAGACCCCCGATCGGGTGAGAATTCTCATGT
AATGCCAACGATGCCAACAATTCGTCCAAGCTTAATAGGTCCAATGACAC
TTGGCGCAAACGATAGTCAAGAACAGGAGTCTTCAGCATCAAAAGAGCAT
AGCCTACATGAGCAATTACGGGAGGGTTCCTCCGGGTCAGAGAGTCATGC
CGGTGCTAGTGACTCATCCGCAACAGCTGGGGATAATGCAAACCCTTTCG
ACGTACCCGAAGTGAGCGCAGCTCCCATGGAAGTATCCATGGATATACCA
GAACAATCCCAGACAGACACTACTGAAAGAAATGCTGAACAAGGCCAGTA
CATACTAGCTGGACCTCAATATCAAGCACATTTGCCCGGAGACGAGCAAC
TGAGGACGAACTGGCCGAGACATAACACCGGAGAAAATACTCCTACAAAA
CTACCACCGGCTGAACAACAGAAGGGACTATTAGGGGAGAAAAGTTTCCA
TGATATAGAGACAAGCGTGGACGAGACTAAAAAAAGACCTCAGGCGCAGC
AGGTAGCTCGAGGACGAGCGGATGCTCTCGCTCAGTTACAGACACCCAGG
AACGAGGATACTCATGGTGTCTCTCAGCGTATAACCCAGCTGCCGGAAGA
TCTGCCAAGCCTGATTGAAAGATTACGTAAAGGAAGCCAAGATGAGGAGA
GTGATGTCTCCGACAAGGACACAACACGGAAGCATCACGAGGCTATCCCA
AGTGCTGACAAGCAGCAAAATCCTCAAACGGGCCCCGAACATTTCAAATG
TAGTGTACCTGATCCGGTACAAGCGCATCATGAAGCCATTTCAAGACAGC
AGGAGGAGGAGAATCTCTTCGGGGCACCGGAAGAACTGCCGCGGAAGCGC
AGGTGGAATAAGGAGACGCCAGAAAAAATCCGAACTGAGAAAAAGGCTTA
CGCGAACCGGGCAATCAAGAAGCGCTGTGTTGGAATTCGTTTCTTTGCCC
TTGAGAGAGGGAAATGGTGCGAAAAGGCGACAGTACCCGTGGATCCTGAT
CATCCAGTTGAGGCACAACACACCGCCGTCAGCTTTTCGCAAGAGACACT
TTTTTACGATTCGAAACTGCGTGGAGTTGCCTATACAAATTGTATCGATG
CCGCAATAAGAGACCGTACTTATGTCGTCTTCATGGTGTCAAGAAGGACT
CGGCTGCAGGTGACTAGGAATATTGTCAGGATCACTGAAGAACTATTGGC
AAAGGTTCGAAGAGAACAGTTCCATGACTGAACATCAGAGACTTCTTTCC
GTCGACAGCCTGGATCTGTAGGTGAACGTCTGGAGTCAGGATACCGTCAA
ATATGGATGTACGCAATGCGACATTATCCATATCTGACGAAGGAAGTTCA
GAGTGGCCGAAAGGCTAGGTCTACCCAGGCAAAAGCAGAAGCTAGGCTAG
ACGAGCATGTGCTCCATAGCATGGCCACCCTTGCGCAGAAGTTGGGCTTT
TGCAGCGACGAGATAAAGTCGCTTATAGAGCAATCTCCAGACCTGCAGAT
CGCACGGAATGCCCTGATACAAGCTCGGAAACCAGCCTATTACCACTACG
AAGCTGACGTTTTCGAGTCCCTTGTGAGGCAAATTGCCGGATATTTTTCA
CTTGCTATTCCAAACGAAGCACCGCGAGTGGCACTCACTAGAGGGCGGGT
GGATAGTTTCAAAGACCGCTGTGGAGCACCTGCAAAAAGACTTCAGGAGC
TGGACTGCCCACACATGTTTTTAGATCGACTACATTCGCCAACGGTCACA
CAAGAGACCCTCTCATCCCTGGAGATGGCCCGTATTGATCTGCATACGGT
GGACACACTACAGTTGTATGCCCCGCGAGCCTCTACCGGTGATAGGCAGA
TTGTGGAGGGCATTATCAGCAGTGGTCAGGTCTTCTCTAACTTCACTCGG
TTGGAACGTGAAAGTATTTGCACGAACCTTTCATCACTTGAAGCATGCAA
CAGCATCATACCATCCCTTCATACCTTTTTCCGGGATGTCAAATACCTGG
AACTCTGCGCAAACGCCGTAAAACGGCTAATTGTCCTGGGAGGACGACAT
AGAACCGAGCATTCAGCATCAATAGAGCATGGAGTACACGAACACATACC
GGAGAATGCATTTAATGAAGGCACCCCAGCCGGAATCGAAGCCTCATCTG
CCACAGCAGGACACAATGCAGAACCCTCGGATGTACCAGAAGAGACCACA
GATCCTATGGATACATCCATGGATACTCGGGCAGGTTCCCAGCCAGAGCC
GGCCGGAAGTCATCCCACAATACAAACGACGCAAGCATCCCTGACGACCC
CAGGGGAACTAATAATACCAGACAGTAATAAGGATAAGGAACAAGAGCCT
TCAGCGTTACAGGAAAATAGCTTACCTGAGCAGTCTCGAAGAGGTTCTCC
CAGAGCCGAGAGTCAGGCCGGTATTAGAGACTCATCCGCAATAGCAGGAC
ACATTACACAGCCCTCTGGCTCTGGCGCACAAGAAGAGACTGCAGCCTCG
ATGGCTACAACCATGGAGACCCCAGTAGACCCCCGATCGGGTGAGAATTC
TCATGTAATGCCAACGATGCCAACAATTCGTCCAAGCTTAATAGGTCCAA
TGACACTTGGCGCAAACGATAGTCAAGAACAGGAGTCTTCAGCATCAAAA
GAGCATAGCCTACATGAGCAATTACGGGAGGGTTCCTCCGGGTCAGAGAG
TCATGCCGGTGCTAGTGACTCATCCGCAACAGCTGGGGATAATGCAAACC
CTTTCGACGTACCCGAAGTGAGCGCAGCTCCCATGGAAGTATCCATGGAT
ATACCAGAACAATCCCAGACAGACACTACTGAAAGAAATGCTGAACAAGG
CCAGTACATACTAGCTGGACCTCAATATCAAGCACATTTGCCCGGAGACG
AGCAACTGAGGACGAACTGGCCGAGACATAACACCGGAGAAAATACTCCT
ACAAAACTACCACCGGCTGAACAACAGAAGGGACTATTAGGGGAGAAAAG
TTTCCATGATATAGAGACAAGCGTGGACGAGACTAAAAAAAGACCTCAGG
CGCAGCAGGTAGCTCGAGGACGAGCGGATGCTCTCGCTCAGTTACAGACA
CCCAGGAACGAGGATACTCATGGTGTCTCTCAGCGTATAACCCAGCTGCC
GGAAGATCTGCCAAGCCTGATTGAAAGATTACGTAAAGGAAGCCAAGATG
AGGAGAGTGATGTCTCCGACAAGGACACAACACGGAAGCATCACGAGGCT
ATCCCAAGTGCTGACAAGCAGCAAAATCCTCAAACGGGCCCCGAACATTT
CAAATGTAGTGTACCTGATCCGGTACAAGCGCATCATGAAGCCATTTCAA
GACAGCAGGAGGAGGAGAATCTCTTCGGGGCACCGGAAGAACTGCCGCGG
AAGCGCAGGTGGAATAAGGAGACGCCAGAAAAAATCCGAACTGAGAAAAA
GGCTTACGCGAACCGGGCAATCAAGAAGCGCTGTGTTGGAATTCGTTTCT
TTGCCCTTGAGAGAGGGAAATGGTGCGAAAAGGCGACAGTACCCGTGGAT
CCTGATCATCCAGTTGAGGCACAACACACCGCCGTCAGCTTTTCGCAAGA
GACACTTTTTTACGATTCGAAACTGCGTGGAGTTGCCTATACAAATTGTA
TCGATGCCGCAATAAGAGACCGTACTTATGTCGTCTTCATGGTGTCAAGA
AGGACTCGGCTGCAGGTGACTAGGAATATTGTCAGGATCACTGAAGAACT
ATTGGCAAAGGTTCGAAGAGAACAGTTCCATGACTGAACATCAGAGACTT
CTTTCCGTCGACAGCCTGGATCTGTAGGTGAACGTCTGGAGTCAGGATAC
CGTCAAATATGGATGTACGCAATGCGACATTATCCATATCTGACGAAGGA
AGTTCAGAGTGGCCGAAAGGCTAGGTCTACCCAGGCAAAAGCAGAAGCTA
GGCTAGACGAGCATGTGCTCCATAGCATGGCCACCCTTGCGCAGAAGTTG
GGCTTTTGCAGCGACGAGATAAAGTCGCTTATAGAGCAATCTCCAGACCT
GCAGATCGCACGGAATGCCCTGATACAAGCTCGGAAACCAGCCTATTACC
ACTACGAAGCTGACGTTTTCGAGTCCCTTGTGAGGCAAATTGCCGGATAT
TTTTCACTTGCTATTCCAAACGAAGCACCGCGAGTGGCACTCACTAGAGG
GCGGGTGGATAGTTTCAAAGACCGCTGTGGAGCACCTGCAAAAAGACTTC
AGGAGCTGGACTGCCCACACATGTTTTTAGATCGACTACATTCGCCAACG
GTCACACAAGAGACCCTCTCATCCCTGGAGATGGCCCGTATTGATCTGCA
TACGGTGGACACACTACAGTTGTATGCCCCGCGAGCCTCTACCGGTGATA
GGCAGATTGTGGAGGGCATTATCAGCAGTGGTCAGGTCTTCTCTAACTTC
ACTCGGTTGGAACGTGAAAGTATTTGCACGAACCTTTCATCACTTGAAGC
ATGCAACAGCATCATACCATCCCTTCATACCTTTTTCCGGGATGTCAAAT
ACCTGGAACTCTGCGCAAACGCCGTAAAACGGCTAATTGTCCTGGGAGGA
CGACATAGAACCGAGCATTCAGCATCAATAGAGCATGGAGTACACGAACA
CATACCGGAGAATGCATTTAATGAAGGCACCCCAGCCGGAATCGAAGCCT
CATCTGCCACAGCAGGACACAATGCAGAACCCTCGGATGTACCAGAAGAG
ACCACAGATCCTATGGATACATCCATGGATACTCGGGCAGGTTCCCAGCC
AGAGCCGGCCGGAAGTCATCCCACAATACAAACGACGCAAGCATCCCTGA
CGACCCCAGGGGAACTAATAATACCAGACAGTAATAAGGATAAGGAACAA
GAGCCTTCAGCGTTACAGGAAAATAGCTTACCTGAGCAGTCTCGAAGAGG
TTCTCCCAGAGCCGAGAGTCAGGCCGGTATTAGAGACTCATCCGCAATAG
CAGGACACATTACACAGCCCTCTGGCTCTGGCGCACAAGAAGAGACTGCA
GCCTCGATGGCTACAACCATGGAGACCCCAGTAGACCCCCGATCGGGTGA
GAATTCTCATGTAATGCCAACGATGCCAACAATTCGTCCAAGCTTAATAG
GTCCAATGACACTTGGCGCAAACGATAGTCAAGAACAGGAGTCTTCAGCA
TCAAAAGAGCATAGCCTACATGAGCAATTACGGGAGGGTTCCTCCGGGTC
AGAGAGTCATGCCGGTGCTAGTGACTCATCCGCAACAGCTGGGGATAATG
CAAACCCTTTCGACGTACCCGAAGTGAGCGCAGCTCCCATGGAAGTATCC
ATGGATATACCAGAACAATCCCAGACAGACACTACTGAAAGAAATGCTGA
ACAAGGCCAGTACATACTAGCTGGACCTCAATATCAAGCACATTTGCCCG
GAGACGAGCAACTGAGGACGAACTGGCCGAGACATAACACCGGAGAAAAT
ACTCCTACAAAACTACCACCGGCTGAACAACAGAAGGGACTATTAGGGGA
GAAAAGTTTCCATGATATAGAGACAAGCGTGGACGAGACTAAAAAAAGAC
CTCAGGCGCAGCAGGTAGCTCGAGGACGAGCGGATGCTCTCGCTCAGTTA
CAGACACCCAGGAACGAGGATACTCATGGTGTCTCTCAGCGTATAACCCA
GCTGCCGGAAGATCTGCCAAGCCTGATTGAAAGATTACGTAAAGGAAGCC
AAGATGAGGAGAGTGATGTCTCCGACAAGGACACAACACGGAAGCATCAC
GAGGCTATCCCAAGTGCTGACAAGCAGCAAAATCCTCAAACGGGCCCCGA
ACATTTCAAATGTAGTGTACCTGATCCGGTACAAGCGCATCATGAAGCCA
TTTCAAGACAGCAGGAGGAGGAGAATCTCTTCGGGGCACCGGAAGAACTG
CCGCGGAAGCGCAGGTGGAATAAGGAGACGCCAGAAAAAATCCGAACTGA
GAAAAAGGCTTACGCGAACCGGGCAATCAAGAAGCGCTGTGTTGGAATTC
GTTTCTTTGCCCTTGAGAGAGGGAAATGGTGCGAAAAGGCGACAGTACCC
GTGGATCCTGATCATCCAGTTGAGGCACAACACACCGCCGTCAGCTTTTC
GCAAGAGACACTTTTTTACGATTCGAAACTGCGTGGAGTTGCCTATACAA
ATTGTATCGATGCCGCAATAAGAGACCGTACTTATGTCGTCTTCATGGTG
TCAAGAAGGACTCGGCTGCAGGTGACTAGGAATATTGTCAGGATCACTGA
AGAACTATTGGCAAAGGTTCGAAGAGAACAGTTCCATGACTGAACATCAG
AGACTTCTTTCCGTCGACAGCCTGGATCTGTAGGTGAACGTCTGGAGTCA
GGATACCGTCAAATATGGATGTACGCAATGCGACATTATCCATATCTGAC
GAAGGAAGTTCAGAGTGGCCGAAAGGCTAGGTCTACCCAGGCAAAAGCAG
AAGCTAGGCTAGACGAGCATGTGCTCCATAGCATGGCCACCCTTGCGCAG
AAGTTGGGCTTTTGCAGCGACGAGATAAAGTCGCTTATAGAGCAATCTCC
AGACCTGCAGATCGCACGGAATGCCCTGATACAAGCTCGGAAACCAGCCT
ATTACCACTACGAAGCTGACGTTTTCGAGTCCCTTGTGAGGCAAATTGCC
GGATATTTTTCACTTGCTATTCCAAACGAAGCACCGCGAGTGGCACTCAC
TAGAGGGCGGGTGGATAGTTTCAAAGACCGCTGTGGAGCACCTGCAAAAA
GACTTCAGGAGCTGGACTGCCCACACATGTTTTTAGATCGACTACATTCG
CCAACGGTCACACAAGAGACCCTCTCATCCCTGGAGATGGCCCGTATTGA
TCTGCATACGGTGGACACACTACAGTTGTATGCCCCGCGAGCCTCTACCG
GTGATAGGCAGATTGTGGAGGGCATTATCAGCAGTGGTCAGGTCTTCTCT
AACTTCACTCGGTTGGAACGTGAAAGTATTTGCACGAACCTTTCATCACT
TGAAGCATGCAACAGCATCATACCATCCCTTCATACCTTTTTCCGGGATG
TCAAATACCTGGAACTCTGCGCAAACGCCGTAAAACGGCTAATTGTCCTG
GGAGGACGACATAGAACC
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Relationships

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

Feature NameUnique NameSpeciesType
CAN33_14830CAN33_14830Aspergillus niger FDAARGOS_311gene


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

Feature NameUnique NameSpeciesType
CAN33_14830-T1CAN33_14830-T1-proteinAspergillus niger FDAARGOS_311polypeptide


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

Feature NameUnique NameSpeciesType
CAN33_14830-T1.cdsCAN33_14830-T1.cdsAspergillus niger FDAARGOS_311CDS


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

Feature NameUnique NameSpeciesType
CAN33_14830-T1.exon3CAN33_14830-T1.exon3Aspergillus niger FDAARGOS_311exon
CAN33_14830-T1.exon2CAN33_14830-T1.exon2Aspergillus niger FDAARGOS_311exon
CAN33_14830-T1.exon1CAN33_14830-T1.exon1Aspergillus niger FDAARGOS_311exon


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR022198
DBxrefPFAM:PF12520
ProductProtein of unknown function (DUF3723) 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
NKJJ01000010.1supercontigNKJJ01000010.1:1702623..1706386 -
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