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ASPNIDRAFT_39941-T1, ASPNIDRAFT_39941-T1 (mRNA) Aspergillus niger ATCC 1015

Overview
NameASPNIDRAFT_39941-T1
Unique NameASPNIDRAFT_39941-T1
TypemRNA
OrganismAspergillus niger ATCC 1015
Sequences
The following sequences are available for this feature:

mRNA from alignment at ACJE01000009.1:1175247..1178331-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>ASPNIDRAFT_39941-T1 ID=ASPNIDRAFT_39941-T1|Name=ASPNIDRAFT_39941-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=3085bp|location=Sequence derived from alignment at ACJE01000009.1:1175247..1178331- (Aspergillus niger ATCC 1015)
ATGTCAGACAGCGGCGCGGATTCGCACCTCTACGAGGCACTTTCCTACGT
ATGGGGAAGTAACATGAGATCTCGAACCATAAAAGTGAACAATTGTGAGT
TTCCCGTGACCGAGAACCTCTATCTTGCGCTGTTACGTCTCCGGAATCGG
CAGCTTGAGAGAATACTGTGGGTTGATGCTATATGCATCAACCAGGATGA
TCTGGACGAGAAGTCCGAGCAGATCCCACTGATGCGGACTATATATGCAC
AAGCCCAACATGTCACTGTTTGGCTTGGAGAGGCTTATGAGGATGGCGAC
AAAGCGCTTGAGAAACTTCAGTCCCTGGCAGAAGGACAAGATATAGATAT
TGAGGGGTGCGAAAAACTATGTATGGATTTGTTTCGAAGAGCTTGGTTTC
GCCGTATCTGGGTAAGATATTACTCCATATAAAGTCCACTGTCAATGGGG
TGTGAACTAAAGATGTTAGTAGGTGCTTCAGGAGGTTGGTGTTGCACGAT
TCATTTATATTATGTGTGGCTCTGTTCAGATAAATGGACACGCCTTGTGG
GAAGGCCTCAAGGGATTCGGTCTTCCTTCAAAGTATCAAGAAATGATAGG
CCCAGTCGCATTTCTTATCAAGGGGGCGCTTCTTCGACCGAAGTATGAGC
CTGGGTCACGAGGGACTCTTACTATTGGGGAGCTTGTTGGCATGTACTGC
TACCACGATGCTACCGAGCAGCATGATAAAATTTACGCACTTTTAGGTTT
AAGTGCTGACCCTATAACACCCGATCTTACGCCAAACTATGCCCTACCCT
GGAACAAGGTGTTCCAGCAAGTTACCAACCACATTTTCCCAGAATGTTCT
GTGGAAACTTGGCCTGGATCAGACTTAGCCATTATCAGAGGCAAAGGTTG
GGCTCTAGGCCATATTTGCTCTGTACGACACGTATCAGACTTCGGCCAGC
AAAAAGTGAGAGTGTACTTGAATGACACTGCCCGTTCAATGGGTTATGAG
AGCGAATGGGACGTTGATTGGGAACTCCAAACTTTTGCACGATTCTTTAG
CCCTGGTGATATTGTTTTTCTTCTGCAAGGGGCTTCGAGGCCAAGTATTA
TCAGGCTTTGCAAAGACCATTTCAGGATAATCACACCTGCTGTGACCATT
TGCAAAAGACGCCATGAAGAGTCTTCGGAAGAAACAGCCAAGGGATGGAA
TACGCCGGGCAGATCTTCTGATATCCTACTGGCGTGGAGATTTCCGCTAA
ACGATGATACTGGGTTTCAGTATTGGCCTGAAAGAGAGCTCCTCGAGATG
GCCCCGGGCTACCAAGAACAGTATTCGGAGGCAGAAAATAGACGAAACAT
TATTACCCAGATCATGACAGGTATTGTCATAGAAGCATTAGCCTTGGAGA
AGTCGGAACATGATGATATAGCGCTCTTGCTCGGTTCGAGTGGTACAGAT
ATTCCAATTGCTTCGAAGTTGGCCAAAGCTTCTGCACAGGACATCTGGCA
TTCTTCGGACAGGATCTCGCAGGATTTCTTCCAGAGTGAGCAAGGTGGTC
TGTTAATCTCAGAAGGAATGCTCAAAGTAGTGGCAGAGAATAATGGACCG
TGTGGTTATATAATCATGGAGCTCCTTTTCCAACTTCAGGGGGCCAGTCT
TCCCATCTCTGAAGAACTCTTCGAGGCAGCAGCAAGAAATTCTGGCGAGT
ACGGACATCAGGTCATGGTGACTCTCTATCGCCATCGTGCAGAATCCTTT
CCAATCTCCGAAGAGATCGTCAAAGCAGCGGCAGGAAATACAGGAAAAGG
GGGAGCTAAGATATTTTGGACCCTCTTCAAAGCACAAGGGAAAGCTATTC
CAATCTCTGAAGAAGTGATCAAAGTGGCAGCAGGAAATACAGGGATCTGT
GGACCCGAGATTTTCAAACTCATCGTCCAGCATCGAGGCAAAGATCTTCT
GGTCTCAGATGAAGTGTACAAGACAGCAATGGCGAATGCTGAAAGGGGAT
ATGAACATATAAAATACCTCTTTAAATATTGGGAGAAAACGGTTCCAATC
TCCGAGGAACTTGTTAAGGCAGCAGCAGGAACTAAGGTCTGGGGAGGTAA
GATTCTGGAATTATTCATTCAGCAAGGAGAGAAAAGCCTTCCGATATCTA
AGGAAGTGATAAAAATAGCAGCAAGAAATTGGGATGGATATCTGATTCTG
GAACTACTCTATCAGCATGCAGAGGAAAGCCTTCCAATCTCTGAAGATGT
AGTTGAGGCAGCAGCAGGGAATGAGTTTGATGGAGATAGAATCCTGAAAT
TACTCTCTCAGCACGCAGATAAAAGGCTTCCGATCTCCGAGGAAGTGATG
AAGGCAGCGGCAGGAAGTTTCTCTGGATCTAACGTACTAGAATTTCTCTC
TCAGCATGCAGATCAAAGGCTTCCGATCTCTGAGGAAGTGATCGAGACAG
CGGCAGGAAGTTGCTCTGGATACAAGAAATTGGAGTTACTCTATCAGCAT
GCAGACGAAAGCCTCCCAATATCTGAAGAAGTTGTAAAAGCAGCAGCAGG
GAATGAGGACTCTGGAAATAAAATACTGGAGTTACTCTATCAGCATGCAG
ACGGAAACCTTTCAATATCTGAGGAAGCTGTAAAGGTAGCAGCAGGAAAT
AAGGACTCTGGATATAAGATATTGGAGTTACTCTATCAGCATGCAGACGG
AAGCCTTCCAATATCTGAGGAAGTTGTAAAGGCAGCAGCAGGAAATGCGT
ACTCTGGTGATAGGATTATGGAGTTACTATTCCAACAAGAAGGAGAAAGA
CTTCCAGTGACTGAAGAAGTGGTCAAGACAGCAGCAGGGAACGTGTATCT
GGGAGTTAGAATAATGGAATATCTCCTGCAACAGAAAGGGAGAAGCGGAC
TTCCAGTGACTGAGGAAGTACTTAAAGCAGCAGCGACGAATGCCAAATGC
GGAGAAAAGATTATGGATATCTTGTACGAGAAAAGGAACTTTCGAATGAC
AGTTTTTGAAAGTTCAGAGAGTTCAGAGAGTTCAGAAAGATCGGAAAGTT
CGCTGTCATCGGATGGATCTGACGAAGGAGACTAG
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Coding sequence (CDS) from alignment at ACJE01000009.1:1175247..1178331-

>ASPNIDRAFT_39941-T1 ID=ASPNIDRAFT_39941-T1|Name=ASPNIDRAFT_39941-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=8523bp|location=Sequence derived from alignment at ACJE01000009.1:1175247..1178331- (Aspergillus niger ATCC 1015)
AGGAAAGCCTTCCAATCTCTGAAGATGTAGTTGAGGCAGCAGCAGGGAAT
GAGTTTGATGGAGATAGAATCCTGAAATTACTCTCTCAGCACGCAGATAA
AAGGCTTCCGATCTCCGAGGAAGTGATGAAGGCAGCGGCAGGAAGTTTCT
CTGGATCTAACGTACTAGAATTTCTCTCTCAGCATGCAGATCAAAGGCTT
CCGATCTCTGAGGAAGTGATCGAGACAGCGGCAGGAAGTTGCTCTGGATA
CAAGAAATTGGAGTTACTCTATCAGCATGCAGACGAAAGCCTCCCAATAT
CTGAAGAAGTTGTAAAAGCAGCAGCAGGGAATGAGGACTCTGGAAATAAA
ATACTGGAGTTACTCTATCAGCATGCAGACGGAAACCTTTCAATATCTGA
GGAAGCTGTAAAGGTAGCAGCAGGAAATAAGGACTCTGGATATAAGATAT
TGGAGTTACTCTATCAGCATGCAGACGGAAGCCTTCCAATATCTGAGGAA
GTTGTAAAGGCAGCAGCAGGAAATGCGTACTCTGGTGATAGGATTATGGA
GTTACTATTCCAACAAGAAGGAGAAAGACTTCCAGTGACTGAAGAAGTGG
TCAAGACAGCAGCAGGGAACGTGTATCTGGGAGTTAGAATAATGGAATAT
CTCCTGCAACAGAAAGGGAGAAGCGGACTTCCAGTGACTGAGGAAGTACT
TAAAGCAGCAGCGACGAATGCCAAATGCGGAGAAAAGATTATGGATATCT
TGTACGAGAAAAGGAACTTTCGAATGACAGTTTTTGAAAGTTCAGAGAGT
TCAGAGAGTTCAGAAAGATCGGAAAGTTCGCTGTCATCGGATGGATCTGA
CGAAGGAGACTAGATAAATGGACACGCCTTGTGGGAAGGCCTCAAGGGAT
TCGGTCTTCCTTCAAAGTATCAAGAAATGATAGGCCCAGTCGCATTTCTT
ATCAAGGGGGCGCTTCTTCGACCGAAGTATGAGCCTGGGTCACGAGGGAC
TCTTACTATTGGGGAGCTTGTTGGCATGTACTGCTACCACGATGCTACCG
AGCAGCATGATAAAATTTACGCACTTTTAGGTTTAAGTGCTGACCCTATA
ACACCCGATCTTACGCCAAACTATGCCCTACCCTGGAACAAGGTGTTCCA
GCAAGTTACCAACCACATTTTCCCAGAATGTTCTGTGGAAACTTGGCCTG
GATCAGACTTAGCCATTATCAGAGGCAAAGGTTGGGCTCTAGGCCATATT
TGCTCTGTACGACACGTATCAGACTTCGGCCAGCAAAAAGTGAGAGTGTA
CTTGAATGACACTGCCCGTTCAATGGGTTATGAGAGCGAATGGGACGTTG
ATTGGGAACTCCAAACTTTTGCACGATTCTTTAGCCCTGGTGATATTGTT
TTTCTTCTGCAAGGGGCTTCGAGGCCAAGTATTATCAGGCTTTGCAAAGA
CCATTTCAGGATAATCACACCTGCTGTGACCATTTGCAAAAGACGCCATG
AAGAGTCTTCGGAAGAAACAGCCAAGGGATGGAATACGCCGGGCAGATCT
TCTGATATCCTACTGGCGTGGAGATTTCCGCTAAACGATGATACTGGGTT
TCAGTATTGGCCTGAAAGAGAGCTCCTCGAGATGGCCCCGGGCTACCAAG
AACAGTATTCGGAGGCAGAAAATAGACGAAACATTATTACCCAGATCATG
ACAGGTATTGTCATAGAAGCATTAGCCTTGGAGAAGTCGGAACATGATGA
TATAGCGCTCTTGCTCGGTTCGAGTGGTACAGATATTCCAATTGCTTCGA
AGTTGGCCAAAGCTTCTGCACAGGACATCTGGCATTCTTCGGACAGGATC
TCGCAGGATTTCTTCCAGAGTGAGCAAGGTGGTCTGTTAATCTCAGAAGG
AATGCTCAAAGTAGTGGCAGAGAATAATGGACCGTGTGGTTATATAATCA
TGGAGCTCCTTTTCCAACTTCAGGGGGCCAGTCTTCCCATCTCTGAAGAA
CTCTTCGAGGCAGCAGCAAGAAATTCTGGCGAGTACGGACATCAGGTCAT
GGTGACTCTCTATCGCCATCGTGCAGAATCCTTTCCAATCTCCGAAGAGA
TCGTCAAAGCAGCGGCAGGAAATACAGGAAAAGGGGGAGCTAAGATATTT
TGGACCCTCTTCAAAGCACAAGGGAAAGCTATTCCAATCTCTGAAGAAGT
GATCAAAGTGGCAGCAGGAAATACAGGGATCTGTGGACCCGAGATTTTCA
AACTCATCGTCCAGCATCGAGGCAAAGATCTTCTGGTCTCAGATGAAGTG
TACAAGACAGCAATGGCGAATGCTGAAAGGGGATATGAACATATAAAATA
CCTCTTTAAATATTGGGAGAAAACGGTTCCAATCTCCGAGGAACTTGTTA
AGGCAGCAGCAGGAACTAAGGTCTGGGGAGATGTCAGACAGCGGCGCGGA
TTCGCACCTCTACGAGGCACTTTCCTACGTATGGGGAAGTAACATGAGAT
CTCGAACCATAAAAGTGAACAATTGTGAGTTTCCCGTGACCGAGAACCTC
TATCTTGCGCTGTTACGTCTCCGGAATCGGCAGCTTGAGAGAATACTGTG
GGTTGATGCTATATGCATCAACCAGGATGATCTGGACGAGAAGTCCGAGC
AGATCCCACTGATGCGGACTATATATGCACAAGCCCAACATGTCACTGTT
TGGCTTGGAGAGGCTTATGAGGATGGCGACAAAGCGCTTGAGAAACTTCA
GTCCCTGGCAGAAGGACAAGATATAGATATTGAGGGGTGCGAAAAACTAT
GTATGGATTTGTTTCGAAGAGCTTGGTTTCGCCGTATCTGGAGGAAAGCC
TTCCAATCTCTGAAGATGTAGTTGAGGCAGCAGCAGGGAATGAGTTTGAT
GGAGATAGAATCCTGAAATTACTCTCTCAGCACGCAGATAAAAGGCTTCC
GATCTCCGAGGAAGTGATGAAGGCAGCGGCAGGAAGTTTCTCTGGATCTA
ACGTACTAGAATTTCTCTCTCAGCATGCAGATCAAAGGCTTCCGATCTCT
GAGGAAGTGATCGAGACAGCGGCAGGAAGTTGCTCTGGATACAAGAAATT
GGAGTTACTCTATCAGCATGCAGACGAAAGCCTCCCAATATCTGAAGAAG
TTGTAAAAGCAGCAGCAGGGAATGAGGACTCTGGAAATAAAATACTGGAG
TTACTCTATCAGCATGCAGACGGAAACCTTTCAATATCTGAGGAAGCTGT
AAAGGTAGCAGCAGGAAATAAGGACTCTGGATATAAGATATTGGAGTTAC
TCTATCAGCATGCAGACGGAAGCCTTCCAATATCTGAGGAAGTTGTAAAG
GCAGCAGCAGGAAATGCGTACTCTGGTGATAGGATTATGGAGTTACTATT
CCAACAAGAAGGAGAAAGACTTCCAGTGACTGAAGAAGTGGTCAAGACAG
CAGCAGGGAACGTGTATCTGGGAGTTAGAATAATGGAATATCTCCTGCAA
CAGAAAGGGAGAAGCGGACTTCCAGTGACTGAGGAAGTACTTAAAGCAGC
AGCGACGAATGCCAAATGCGGAGAAAAGATTATGGATATCTTGTACGAGA
AAAGGAACTTTCGAATGACAGTTTTTGAAAGTTCAGAGAGTTCAGAGAGT
TCAGAAAGATCGGAAAGTTCGCTGTCATCGGATGGATCTGACGAAGGAGA
CTAGATAAATGGACACGCCTTGTGGGAAGGCCTCAAGGGATTCGGTCTTC
CTTCAAAGTATCAAGAAATGATAGGCCCAGTCGCATTTCTTATCAAGGGG
GCGCTTCTTCGACCGAAGTATGAGCCTGGGTCACGAGGGACTCTTACTAT
TGGGGAGCTTGTTGGCATGTACTGCTACCACGATGCTACCGAGCAGCATG
ATAAAATTTACGCACTTTTAGGTTTAAGTGCTGACCCTATAACACCCGAT
CTTACGCCAAACTATGCCCTACCCTGGAACAAGGTGTTCCAGCAAGTTAC
CAACCACATTTTCCCAGAATGTTCTGTGGAAACTTGGCCTGGATCAGACT
TAGCCATTATCAGAGGCAAAGGTTGGGCTCTAGGCCATATTTGCTCTGTA
CGACACGTATCAGACTTCGGCCAGCAAAAAGTGAGAGTGTACTTGAATGA
CACTGCCCGTTCAATGGGTTATGAGAGCGAATGGGACGTTGATTGGGAAC
TCCAAACTTTTGCACGATTCTTTAGCCCTGGTGATATTGTTTTTCTTCTG
CAAGGGGCTTCGAGGCCAAGTATTATCAGGCTTTGCAAAGACCATTTCAG
GATAATCACACCTGCTGTGACCATTTGCAAAAGACGCCATGAAGAGTCTT
CGGAAGAAACAGCCAAGGGATGGAATACGCCGGGCAGATCTTCTGATATC
CTACTGGCGTGGAGATTTCCGCTAAACGATGATACTGGGTTTCAGTATTG
GCCTGAAAGAGAGCTCCTCGAGATGGCCCCGGGCTACCAAGAACAGTATT
CGGAGGCAGAAAATAGACGAAACATTATTACCCAGATCATGACAGGTATT
GTCATAGAAGCATTAGCCTTGGAGAAGTCGGAACATGATGATATAGCGCT
CTTGCTCGGTTCGAGTGGTACAGATATTCCAATTGCTTCGAAGTTGGCCA
AAGCTTCTGCACAGGACATCTGGCATTCTTCGGACAGGATCTCGCAGGAT
TTCTTCCAGAGTGAGCAAGGTGGTCTGTTAATCTCAGAAGGAATGCTCAA
AGTAGTGGCAGAGAATAATGGACCGTGTGGTTATATAATCATGGAGCTCC
TTTTCCAACTTCAGGGGGCCAGTCTTCCCATCTCTGAAGAACTCTTCGAG
GCAGCAGCAAGAAATTCTGGCGAGTACGGACATCAGGTCATGGTGACTCT
CTATCGCCATCGTGCAGAATCCTTTCCAATCTCCGAAGAGATCGTCAAAG
CAGCGGCAGGAAATACAGGAAAAGGGGGAGCTAAGATATTTTGGACCCTC
TTCAAAGCACAAGGGAAAGCTATTCCAATCTCTGAAGAAGTGATCAAAGT
GGCAGCAGGAAATACAGGGATCTGTGGACCCGAGATTTTCAAACTCATCG
TCCAGCATCGAGGCAAAGATCTTCTGGTCTCAGATGAAGTGTACAAGACA
GCAATGGCGAATGCTGAAAGGGGATATGAACATATAAAATACCTCTTTAA
ATATTGGGAGAAAACGGTTCCAATCTCCGAGGAACTTGTTAAGGCAGCAG
CAGGAACTAAGGTCTGGGGAGATGTCAGACAGCGGCGCGGATTCGCACCT
CTACGAGGCACTTTCCTACGTATGGGGAAGTAACATGAGATCTCGAACCA
TAAAAGTGAACAATTGTGAGTTTCCCGTGACCGAGAACCTCTATCTTGCG
CTGTTACGTCTCCGGAATCGGCAGCTTGAGAGAATACTGTGGGTTGATGC
TATATGCATCAACCAGGATGATCTGGACGAGAAGTCCGAGCAGATCCCAC
TGATGCGGACTATATATGCACAAGCCCAACATGTCACTGTTTGGCTTGGA
GAGGCTTATGAGGATGGCGACAAAGCGCTTGAGAAACTTCAGTCCCTGGC
AGAAGGACAAGATATAGATATTGAGGGGTGCGAAAAACTATGTATGGATT
TGTTTCGAAGAGCTTGGTTTCGCCGTATCTGGAGGAAAGCCTTCCAATCT
CTGAAGATGTAGTTGAGGCAGCAGCAGGGAATGAGTTTGATGGAGATAGA
ATCCTGAAATTACTCTCTCAGCACGCAGATAAAAGGCTTCCGATCTCCGA
GGAAGTGATGAAGGCAGCGGCAGGAAGTTTCTCTGGATCTAACGTACTAG
AATTTCTCTCTCAGCATGCAGATCAAAGGCTTCCGATCTCTGAGGAAGTG
ATCGAGACAGCGGCAGGAAGTTGCTCTGGATACAAGAAATTGGAGTTACT
CTATCAGCATGCAGACGAAAGCCTCCCAATATCTGAAGAAGTTGTAAAAG
CAGCAGCAGGGAATGAGGACTCTGGAAATAAAATACTGGAGTTACTCTAT
CAGCATGCAGACGGAAACCTTTCAATATCTGAGGAAGCTGTAAAGGTAGC
AGCAGGAAATAAGGACTCTGGATATAAGATATTGGAGTTACTCTATCAGC
ATGCAGACGGAAGCCTTCCAATATCTGAGGAAGTTGTAAAGGCAGCAGCA
GGAAATGCGTACTCTGGTGATAGGATTATGGAGTTACTATTCCAACAAGA
AGGAGAAAGACTTCCAGTGACTGAAGAAGTGGTCAAGACAGCAGCAGGGA
ACGTGTATCTGGGAGTTAGAATAATGGAATATCTCCTGCAACAGAAAGGG
AGAAGCGGACTTCCAGTGACTGAGGAAGTACTTAAAGCAGCAGCGACGAA
TGCCAAATGCGGAGAAAAGATTATGGATATCTTGTACGAGAAAAGGAACT
TTCGAATGACAGTTTTTGAAAGTTCAGAGAGTTCAGAGAGTTCAGAAAGA
TCGGAAAGTTCGCTGTCATCGGATGGATCTGACGAAGGAGACTAGATAAA
TGGACACGCCTTGTGGGAAGGCCTCAAGGGATTCGGTCTTCCTTCAAAGT
ATCAAGAAATGATAGGCCCAGTCGCATTTCTTATCAAGGGGGCGCTTCTT
CGACCGAAGTATGAGCCTGGGTCACGAGGGACTCTTACTATTGGGGAGCT
TGTTGGCATGTACTGCTACCACGATGCTACCGAGCAGCATGATAAAATTT
ACGCACTTTTAGGTTTAAGTGCTGACCCTATAACACCCGATCTTACGCCA
AACTATGCCCTACCCTGGAACAAGGTGTTCCAGCAAGTTACCAACCACAT
TTTCCCAGAATGTTCTGTGGAAACTTGGCCTGGATCAGACTTAGCCATTA
TCAGAGGCAAAGGTTGGGCTCTAGGCCATATTTGCTCTGTACGACACGTA
TCAGACTTCGGCCAGCAAAAAGTGAGAGTGTACTTGAATGACACTGCCCG
TTCAATGGGTTATGAGAGCGAATGGGACGTTGATTGGGAACTCCAAACTT
TTGCACGATTCTTTAGCCCTGGTGATATTGTTTTTCTTCTGCAAGGGGCT
TCGAGGCCAAGTATTATCAGGCTTTGCAAAGACCATTTCAGGATAATCAC
ACCTGCTGTGACCATTTGCAAAAGACGCCATGAAGAGTCTTCGGAAGAAA
CAGCCAAGGGATGGAATACGCCGGGCAGATCTTCTGATATCCTACTGGCG
TGGAGATTTCCGCTAAACGATGATACTGGGTTTCAGTATTGGCCTGAAAG
AGAGCTCCTCGAGATGGCCCCGGGCTACCAAGAACAGTATTCGGAGGCAG
AAAATAGACGAAACATTATTACCCAGATCATGACAGGTATTGTCATAGAA
GCATTAGCCTTGGAGAAGTCGGAACATGATGATATAGCGCTCTTGCTCGG
TTCGAGTGGTACAGATATTCCAATTGCTTCGAAGTTGGCCAAAGCTTCTG
CACAGGACATCTGGCATTCTTCGGACAGGATCTCGCAGGATTTCTTCCAG
AGTGAGCAAGGTGGTCTGTTAATCTCAGAAGGAATGCTCAAAGTAGTGGC
AGAGAATAATGGACCGTGTGGTTATATAATCATGGAGCTCCTTTTCCAAC
TTCAGGGGGCCAGTCTTCCCATCTCTGAAGAACTCTTCGAGGCAGCAGCA
AGAAATTCTGGCGAGTACGGACATCAGGTCATGGTGACTCTCTATCGCCA
TCGTGCAGAATCCTTTCCAATCTCCGAAGAGATCGTCAAAGCAGCGGCAG
GAAATACAGGAAAAGGGGGAGCTAAGATATTTTGGACCCTCTTCAAAGCA
CAAGGGAAAGCTATTCCAATCTCTGAAGAAGTGATCAAAGTGGCAGCAGG
AAATACAGGGATCTGTGGACCCGAGATTTTCAAACTCATCGTCCAGCATC
GAGGCAAAGATCTTCTGGTCTCAGATGAAGTGTACAAGACAGCAATGGCG
AATGCTGAAAGGGGATATGAACATATAAAATACCTCTTTAAATATTGGGA
GAAAACGGTTCCAATCTCCGAGGAACTTGTTAAGGCAGCAGCAGGAACTA
AGGTCTGGGGAGATGTCAGACAGCGGCGCGGATTCGCACCTCTACGAGGC
ACTTTCCTACGTATGGGGAAGTAACATGAGATCTCGAACCATAAAAGTGA
ACAATTGTGAGTTTCCCGTGACCGAGAACCTCTATCTTGCGCTGTTACGT
CTCCGGAATCGGCAGCTTGAGAGAATACTGTGGGTTGATGCTATATGCAT
CAACCAGGATGATCTGGACGAGAAGTCCGAGCAGATCCCACTGATGCGGA
CTATATATGCACAAGCCCAACATGTCACTGTTTGGCTTGGAGAGGCTTAT
GAGGATGGCGACAAAGCGCTTGAGAAACTTCAGTCCCTGGCAGAAGGACA
AGATATAGATATTGAGGGGTGCGAAAAACTATGTATGGATTTGTTTCGAA
GAGCTTGGTTTCGCCGTATCTGG
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Relationships

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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_39941ASPNIDRAFT_39941Aspergillus niger ATCC 1015gene


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_39941-T1ASPNIDRAFT_39941-T1-proteinAspergillus niger ATCC 1015polypeptide


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_39941-T1.cdsASPNIDRAFT_39941-T1.cdsAspergillus niger ATCC 1015CDS


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_39941-T1.exon3ASPNIDRAFT_39941-T1.exon3Aspergillus niger ATCC 1015exon
ASPNIDRAFT_39941-T1.exon2ASPNIDRAFT_39941-T1.exon2Aspergillus niger ATCC 1015exon
ASPNIDRAFT_39941-T1.exon1ASPNIDRAFT_39941-T1.exon1Aspergillus niger ATCC 1015exon


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR010730
DBxrefPFAM:PF06985
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger ATCC 1015 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
ACJE01000009.1supercontigACJE01000009.1:1175247..1178331 -
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