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ASPNIDRAFT_38567-T1, ASPNIDRAFT_38567-T1 (mRNA) Aspergillus niger ATCC 1015

Overview
NameASPNIDRAFT_38567-T1
Unique NameASPNIDRAFT_38567-T1
TypemRNA
OrganismAspergillus niger ATCC 1015
Sequences
The following sequences are available for this feature:

mRNA from alignment at ACJE01000021.1:326464..328993-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>ASPNIDRAFT_38567-T1 ID=ASPNIDRAFT_38567-T1|Name=ASPNIDRAFT_38567-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=2530bp|location=Sequence derived from alignment at ACJE01000021.1:326464..328993- (Aspergillus niger ATCC 1015)
ATGGAGCGCAACGAAGGAGGCAGTCTTCACCATCATCAAGAAGCTAGTTA
CCAGCGCCCGCAGCTGGCGGGGCCCTCCCCTTTGGGTAAAAGACCTGCCA
TGAAGACCTGTTCTAACATGGCCGGGGATGACCGTGTCAAAAGAGGAGAA
GAAAGTATCATTCAGGATGCTTTTCATAAGGACTGCTTTGTCGCATGGTT
CCATTCGATCTGCGAAGAAACAGGCCTCTCCTGTACGCCAGACGTGCTCA
ATAACCTTCCGTGGAAAGGTAAAGAGATGCATGTTATGTTCTGAGGGATT
CCCAATTTCTAAATTATTGTGCAGATATCCAAAGCCTCACACTTCAACTT
TTGTTGGCCCTAGAACATTCTGCGATGTGCGATTTAACGCCGAGATATAG
CCGTGCGACTGCCCTGAACGACATCCAGAAATTGAAGTCTGCAGTTCTTT
CCGAAACAATTGACCCCTCCCGTTTACGGCCTCTTCTGACTTCAGCTATC
GCTTGTACGCCAGATAGCGATATATGGGAATGCCTTCATGGCGCAGTCCC
TGGATACACCACTCCTCGACAAGAAATTGCCTCCCCCAGCCAACAAACCC
CATGGAGCTACAATACGAGTAGCCTCGCAAACTCCTCCGAATTCCGCCAA
GATATTGATCGTGTCCTCGAGGCTGAGCTTGGAGCTCTGTATGTTGGACT
CCCGCACTTTCACTCAACATTCTTTGGAGGCGTCAGTGGTCTCCAAGCAG
CATCCCATGCCGTATTTAAAATATGCACCGAAGGCAAAGATGCGCTTTTT
GCTGCTGATGGGTGGAAAGACTGGCCAAAAGTTGCAAAGCAAGAAGATGT
ATTGACATGGTTTGCAGATATAACCGAAAAACTTGCTGAACTCTCCAAAG
ACTATCGTCCAGAGTCAGCACAGCTACGAAGGCCACTAGCCCAGCCTAAC
AAGCCTATCCAAGGCTCTACAGCAGAGCGTAAGCTGGACATTGGCTTCGT
TAGTGACATAAATGCAGGAAAGGACACCAGGTGTCAATGGTCAGACATCC
TCGTGCCTGGAGAGCTGAAGAGGAATCCAGCAGCCGACACCGCTTCAAAG
GCATGGCTTGATTTGGGGAGGTATGTTAGAGAAGTCCTTCTGGCTCAAGA
TACCCGCCGCTTTGTTTTGGGATTTACCCTATGTGGCTCCCTCATGAGGA
TATGGGCCTTTGATCGTCTTGGGGGAGTCGCATCGGAACAGTTCGACATT
AATAAGGACGGTCTCCAATTTGTGTTCATCATTCTCGGCTTTCTATGGAT
GAGTGATGAGCAATATGGATTTGACCCTACGATCATCACGAAAGAAGATG
GTCGGCGTTGCATCGAGATCGAACAGAGCGGCCAAGTGCAGCTTCTCGTC
CTTAAAAGACTGATCAAACGGGCACCCTGTATCGCAGGTCGAGCAACAAC
ATGTTGGGAAGCGTATTGTGAAAACGAACCCGGGGTTCCACTCGTTGTCA
AGGACTCCTGGCAATATACGGAGCGGGACGACGAGGGTGATCTACTTCAA
GAGGCTACCAGTACTGGGGTGATCAACGTTGCACGGCACTATTACCACAA
CACTGTTTGCGTTCGCGGGAAGACTGACGACATTCGGGATAACGTTCGGG
GCGGGTTGGATATCAGGACTGCGAGCAATTATTGTCTAGAGCGACTGGCA
CCACCTTCGGCCGACACCAGCGTAGCTGATGCCTCGCGAGAGAGTCGGTC
CGCCGGTAGACCAGGCGTAAAGCGAACTCCTAGCCAAACAGATGCCTCCA
TGCCGCCTAGCAAGCGAGTACGATCTTCGAAGGCACCCGGCAGTCCACAT
AAACTACCGAATCGGGTCCACCGCCGTATCGTCTTGCGCGATTATGGTGA
ACCGATTTACAAGGCAAGCACTCATGAAAGCCTGCTCGCCGCGTTAGAGG
GATGCATTACAGGGCATCAGTCTTTGCACGAGGTAGGGATCCTTCACCGA
GACATCTCAGCCAGTAACCTCATGGTCAACGAAGATGTGAATAACCCGTC
CTGGCCGGCTTTCTTGATTGATCTTGATCTGGCCATCCGAGAGGAAAGAG
ATGGCGCCTCGGGTGCAAATTCCAAGACTGGTACGAGGGCTTCATGGCAA
TCGGCTCGCTTCTCGGTGAGAAGCATTCTTTCATGCATGACCTTGAATCA
TTCTTCTGGGTAATCTTCTGGATATGCATCCACTATGAAGGCCCGGGGAA
AGGAAGAGTTGTTGCCAGGTTTGACAAATGGAACTTTGCCGACACATCTG
ATTTGGCTTTTCTGAAACAAGGCTTCGTACTTAAAGAAGCGAATTTTCTG
CGGATGGCGGATGAGTACTTCACACAGTACTACAAGGCCCTCATTCCATG
CGTCAACGCTTTGCGTAAGGCGGTCTTCCCCAATGGAATTGCATGGACGG
TGGAATATATAGGCTTGTATGATCAGATGAAAGAGATTCTGCGGGCAGCC
CGGGAGGATGGAAACAAGATGCTATGTTAA
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Coding sequence (CDS) from alignment at ACJE01000021.1:326464..328993-

>ASPNIDRAFT_38567-T1 ID=ASPNIDRAFT_38567-T1|Name=ASPNIDRAFT_38567-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=9144bp|location=Sequence derived from alignment at ACJE01000021.1:326464..328993- (Aspergillus niger ATCC 1015)
GCCCGGGGAAAGGAAGAGTTGTTGCCAGGTTTGACAAATGGAACTTTGCC
GACACATCTGATTTGGCTTTTCTGAAACAAGGCTTCGTACTTAAAGAAGC
GAATTTTCTGCGGATGGCGGATGAGTACTTCACACAGTACTACAAGGCCC
TCATTCCATGCGTCAACGCTTTGCGTAAGGCGGTCTTCCCCAATGGAATT
GCATGGACGGTGGAATATATAGGCTTGTATGATCAGATGAAAGAGATTCT
GCGGGCAGCCCGGGAGGATGGAAACAAGATGCTATGTTAAGATATGGGCC
TTTGATCGTCTTGGGGGAGTCGCATCGGAACAGTTCGACATTAATAAGGA
CGGTCTCCAATTTGTGTTCATCATTCTCGGCTTTCTATGGATGAGTGATG
AGCAATATGGATTTGACCCTACGATCATCACGAAAGAAGATGGTCGGCGT
TGCATCGAGATCGAACAGAGCGGCCAAGTGCAGCTTCTCGTCCTTAAAAG
ACTGATCAAACGGGCACCCTGTATCGCAGGTCGAGCAACAACATGTTGGG
AAGCGTATTGTGAAAACGAACCCGGGGTTCCACTCGTTGTCAAGGACTCC
TGGCAATATACGGAGCGGGACGACGAGGGTGATCTACTTCAAGAGGCTAC
CAGTACTGGGGTGATCAACGTTGCACGGCACTATTACCACAACACTGTTT
GCGTTCGCGGGAAGACTGACGACATTCGGGATAACGTTCGGGGCGGGTTG
GATATCAGGACTGCGAGCAATTATTGTCTAGAGCGACTGGCACCACCTTC
GGCCGACACCAGCGTAGCTGATGCCTCGCGAGAGAGTCGGTCCGCCGGTA
GACCAGGCGTAAAGCGAACTCCTAGCCAAACAGATGCCTCCATGCCGCCT
AGCAAGCGAGTACGATCTTCGAAGGCACCCGGCAGTCCACATAAACTACC
GAATCGGGTCCACCGCCGTATCGTCTTGCGCGATTATGGTGAACCGATTT
ACAAGGCAAGCACTCATGAAAGCCTGCTCGCCGCGTTAGAGGGATGCATT
ACAGGGCATCAGTCTTTGCACGAGGTAGGGATCCTTCACCGAGACATCTC
AGCCAGTAACCTCATGGTCAACGAAGATGTGAATAACCCGTCCTGGCCGG
CTTTCTTGATTGATCTTGATCTGGCCATCCGAGAGGAAAGAGATGGCGCC
TCGGGTGCAAATTCCAAGACTGATATCCAAAGCCTCACACTTCAACTTTT
GTTGGCCCTAGAACATTCTGCGATGTGCGATTTAACGCCGAGATATAGCC
GTGCGACTGCCCTGAACGACATCCAGAAATTGAAGTCTGCAGTTCTTTCC
GAAACAATTGACCCCTCCCGTTTACGGCCTCTTCTGACTTCAGCTATCGC
TTGTACGCCAGATAGCGATATATGGGAATGCCTTCATGGCGCAGTCCCTG
GATACACCACTCCTCGACAAGAAATTGCCTCCCCCAGCCAACAAACCCCA
TGGAGCTACAATACGAGTAGCCTCGCAAACTCCTCCGAATTCCGCCAAGA
TATTGATCGTGTCCTCGAGGCTGAGCTTGGAGCTCTGTATGTTGGACTCC
CGCACTTTCACTCAACATTCTTTGGAGGCGTCAGTGGTCTCCAAGCAGCA
TCCCATGCCGTATTTAAAATATGCACCGAAGGCAAAGATGCGCTTTTTGC
TGCTGATGGGTGGAAAGACTGGCCAAAAGTTGCAAAGCAAGAAGATGTAT
TGACATGGTTTGCAGATATAACCGAAAAACTTGCTGAACTCTCCAAAGAC
TATCGTCCAGAGTCAGCACAGCTACGAAGGCCACTAGCCCAGCCTAACAA
GCCTATCCAAGGCTCTACAGCAGAGCGTAAGCTGGACATTGGCTTCGTTA
GTGACATAAATGCAGGAAAGGACACCAGGTGTCAATGGTCAGACATCCTC
GTGCCTGGAGAGCTGAAGAGGAATCCAGCAGCCGACACCGCTTCAAAGGC
ATGGCTTGATTTGGGGAGATGGAGCGCAACGAAGGAGGCAGTCTTCACCA
TCATCAAGAAGCTAGTTACCAGCGCCCGCAGCTGGCGGGGCCCTCCCCTT
TGGGTAAAAGACCTGCCATGAAGACCTGTTCTAACATGGCCGGGGATGAC
CGTGTCAAAAGAGGAGAAGAAAGTATCATTCAGGATGCTTTTCATAAGGA
CTGCTTTGTCGCATGGTTCCATTCGATCTGCGAAGAAACAGGCCTCTCCT
GTACGCCAGACGTGCTCAATAACCTTCCGTGGAAAGGCCCGGGGAAAGGA
AGAGTTGTTGCCAGGTTTGACAAATGGAACTTTGCCGACACATCTGATTT
GGCTTTTCTGAAACAAGGCTTCGTACTTAAAGAAGCGAATTTTCTGCGGA
TGGCGGATGAGTACTTCACACAGTACTACAAGGCCCTCATTCCATGCGTC
AACGCTTTGCGTAAGGCGGTCTTCCCCAATGGAATTGCATGGACGGTGGA
ATATATAGGCTTGTATGATCAGATGAAAGAGATTCTGCGGGCAGCCCGGG
AGGATGGAAACAAGATGCTATGTTAAGATATGGGCCTTTGATCGTCTTGG
GGGAGTCGCATCGGAACAGTTCGACATTAATAAGGACGGTCTCCAATTTG
TGTTCATCATTCTCGGCTTTCTATGGATGAGTGATGAGCAATATGGATTT
GACCCTACGATCATCACGAAAGAAGATGGTCGGCGTTGCATCGAGATCGA
ACAGAGCGGCCAAGTGCAGCTTCTCGTCCTTAAAAGACTGATCAAACGGG
CACCCTGTATCGCAGGTCGAGCAACAACATGTTGGGAAGCGTATTGTGAA
AACGAACCCGGGGTTCCACTCGTTGTCAAGGACTCCTGGCAATATACGGA
GCGGGACGACGAGGGTGATCTACTTCAAGAGGCTACCAGTACTGGGGTGA
TCAACGTTGCACGGCACTATTACCACAACACTGTTTGCGTTCGCGGGAAG
ACTGACGACATTCGGGATAACGTTCGGGGCGGGTTGGATATCAGGACTGC
GAGCAATTATTGTCTAGAGCGACTGGCACCACCTTCGGCCGACACCAGCG
TAGCTGATGCCTCGCGAGAGAGTCGGTCCGCCGGTAGACCAGGCGTAAAG
CGAACTCCTAGCCAAACAGATGCCTCCATGCCGCCTAGCAAGCGAGTACG
ATCTTCGAAGGCACCCGGCAGTCCACATAAACTACCGAATCGGGTCCACC
GCCGTATCGTCTTGCGCGATTATGGTGAACCGATTTACAAGGCAAGCACT
CATGAAAGCCTGCTCGCCGCGTTAGAGGGATGCATTACAGGGCATCAGTC
TTTGCACGAGGTAGGGATCCTTCACCGAGACATCTCAGCCAGTAACCTCA
TGGTCAACGAAGATGTGAATAACCCGTCCTGGCCGGCTTTCTTGATTGAT
CTTGATCTGGCCATCCGAGAGGAAAGAGATGGCGCCTCGGGTGCAAATTC
CAAGACTGATATCCAAAGCCTCACACTTCAACTTTTGTTGGCCCTAGAAC
ATTCTGCGATGTGCGATTTAACGCCGAGATATAGCCGTGCGACTGCCCTG
AACGACATCCAGAAATTGAAGTCTGCAGTTCTTTCCGAAACAATTGACCC
CTCCCGTTTACGGCCTCTTCTGACTTCAGCTATCGCTTGTACGCCAGATA
GCGATATATGGGAATGCCTTCATGGCGCAGTCCCTGGATACACCACTCCT
CGACAAGAAATTGCCTCCCCCAGCCAACAAACCCCATGGAGCTACAATAC
GAGTAGCCTCGCAAACTCCTCCGAATTCCGCCAAGATATTGATCGTGTCC
TCGAGGCTGAGCTTGGAGCTCTGTATGTTGGACTCCCGCACTTTCACTCA
ACATTCTTTGGAGGCGTCAGTGGTCTCCAAGCAGCATCCCATGCCGTATT
TAAAATATGCACCGAAGGCAAAGATGCGCTTTTTGCTGCTGATGGGTGGA
AAGACTGGCCAAAAGTTGCAAAGCAAGAAGATGTATTGACATGGTTTGCA
GATATAACCGAAAAACTTGCTGAACTCTCCAAAGACTATCGTCCAGAGTC
AGCACAGCTACGAAGGCCACTAGCCCAGCCTAACAAGCCTATCCAAGGCT
CTACAGCAGAGCGTAAGCTGGACATTGGCTTCGTTAGTGACATAAATGCA
GGAAAGGACACCAGGTGTCAATGGTCAGACATCCTCGTGCCTGGAGAGCT
GAAGAGGAATCCAGCAGCCGACACCGCTTCAAAGGCATGGCTTGATTTGG
GGAGATGGAGCGCAACGAAGGAGGCAGTCTTCACCATCATCAAGAAGCTA
GTTACCAGCGCCCGCAGCTGGCGGGGCCCTCCCCTTTGGGTAAAAGACCT
GCCATGAAGACCTGTTCTAACATGGCCGGGGATGACCGTGTCAAAAGAGG
AGAAGAAAGTATCATTCAGGATGCTTTTCATAAGGACTGCTTTGTCGCAT
GGTTCCATTCGATCTGCGAAGAAACAGGCCTCTCCTGTACGCCAGACGTG
CTCAATAACCTTCCGTGGAAAGGCCCGGGGAAAGGAAGAGTTGTTGCCAG
GTTTGACAAATGGAACTTTGCCGACACATCTGATTTGGCTTTTCTGAAAC
AAGGCTTCGTACTTAAAGAAGCGAATTTTCTGCGGATGGCGGATGAGTAC
TTCACACAGTACTACAAGGCCCTCATTCCATGCGTCAACGCTTTGCGTAA
GGCGGTCTTCCCCAATGGAATTGCATGGACGGTGGAATATATAGGCTTGT
ATGATCAGATGAAAGAGATTCTGCGGGCAGCCCGGGAGGATGGAAACAAG
ATGCTATGTTAAGATATGGGCCTTTGATCGTCTTGGGGGAGTCGCATCGG
AACAGTTCGACATTAATAAGGACGGTCTCCAATTTGTGTTCATCATTCTC
GGCTTTCTATGGATGAGTGATGAGCAATATGGATTTGACCCTACGATCAT
CACGAAAGAAGATGGTCGGCGTTGCATCGAGATCGAACAGAGCGGCCAAG
TGCAGCTTCTCGTCCTTAAAAGACTGATCAAACGGGCACCCTGTATCGCA
GGTCGAGCAACAACATGTTGGGAAGCGTATTGTGAAAACGAACCCGGGGT
TCCACTCGTTGTCAAGGACTCCTGGCAATATACGGAGCGGGACGACGAGG
GTGATCTACTTCAAGAGGCTACCAGTACTGGGGTGATCAACGTTGCACGG
CACTATTACCACAACACTGTTTGCGTTCGCGGGAAGACTGACGACATTCG
GGATAACGTTCGGGGCGGGTTGGATATCAGGACTGCGAGCAATTATTGTC
TAGAGCGACTGGCACCACCTTCGGCCGACACCAGCGTAGCTGATGCCTCG
CGAGAGAGTCGGTCCGCCGGTAGACCAGGCGTAAAGCGAACTCCTAGCCA
AACAGATGCCTCCATGCCGCCTAGCAAGCGAGTACGATCTTCGAAGGCAC
CCGGCAGTCCACATAAACTACCGAATCGGGTCCACCGCCGTATCGTCTTG
CGCGATTATGGTGAACCGATTTACAAGGCAAGCACTCATGAAAGCCTGCT
CGCCGCGTTAGAGGGATGCATTACAGGGCATCAGTCTTTGCACGAGGTAG
GGATCCTTCACCGAGACATCTCAGCCAGTAACCTCATGGTCAACGAAGAT
GTGAATAACCCGTCCTGGCCGGCTTTCTTGATTGATCTTGATCTGGCCAT
CCGAGAGGAAAGAGATGGCGCCTCGGGTGCAAATTCCAAGACTGATATCC
AAAGCCTCACACTTCAACTTTTGTTGGCCCTAGAACATTCTGCGATGTGC
GATTTAACGCCGAGATATAGCCGTGCGACTGCCCTGAACGACATCCAGAA
ATTGAAGTCTGCAGTTCTTTCCGAAACAATTGACCCCTCCCGTTTACGGC
CTCTTCTGACTTCAGCTATCGCTTGTACGCCAGATAGCGATATATGGGAA
TGCCTTCATGGCGCAGTCCCTGGATACACCACTCCTCGACAAGAAATTGC
CTCCCCCAGCCAACAAACCCCATGGAGCTACAATACGAGTAGCCTCGCAA
ACTCCTCCGAATTCCGCCAAGATATTGATCGTGTCCTCGAGGCTGAGCTT
GGAGCTCTGTATGTTGGACTCCCGCACTTTCACTCAACATTCTTTGGAGG
CGTCAGTGGTCTCCAAGCAGCATCCCATGCCGTATTTAAAATATGCACCG
AAGGCAAAGATGCGCTTTTTGCTGCTGATGGGTGGAAAGACTGGCCAAAA
GTTGCAAAGCAAGAAGATGTATTGACATGGTTTGCAGATATAACCGAAAA
ACTTGCTGAACTCTCCAAAGACTATCGTCCAGAGTCAGCACAGCTACGAA
GGCCACTAGCCCAGCCTAACAAGCCTATCCAAGGCTCTACAGCAGAGCGT
AAGCTGGACATTGGCTTCGTTAGTGACATAAATGCAGGAAAGGACACCAG
GTGTCAATGGTCAGACATCCTCGTGCCTGGAGAGCTGAAGAGGAATCCAG
CAGCCGACACCGCTTCAAAGGCATGGCTTGATTTGGGGAGATGGAGCGCA
ACGAAGGAGGCAGTCTTCACCATCATCAAGAAGCTAGTTACCAGCGCCCG
CAGCTGGCGGGGCCCTCCCCTTTGGGTAAAAGACCTGCCATGAAGACCTG
TTCTAACATGGCCGGGGATGACCGTGTCAAAAGAGGAGAAGAAAGTATCA
TTCAGGATGCTTTTCATAAGGACTGCTTTGTCGCATGGTTCCATTCGATC
TGCGAAGAAACAGGCCTCTCCTGTACGCCAGACGTGCTCAATAACCTTCC
GTGGAAAGGCCCGGGGAAAGGAAGAGTTGTTGCCAGGTTTGACAAATGGA
ACTTTGCCGACACATCTGATTTGGCTTTTCTGAAACAAGGCTTCGTACTT
AAAGAAGCGAATTTTCTGCGGATGGCGGATGAGTACTTCACACAGTACTA
CAAGGCCCTCATTCCATGCGTCAACGCTTTGCGTAAGGCGGTCTTCCCCA
ATGGAATTGCATGGACGGTGGAATATATAGGCTTGTATGATCAGATGAAA
GAGATTCTGCGGGCAGCCCGGGAGGATGGAAACAAGATGCTATGTTAAGA
TATGGGCCTTTGATCGTCTTGGGGGAGTCGCATCGGAACAGTTCGACATT
AATAAGGACGGTCTCCAATTTGTGTTCATCATTCTCGGCTTTCTATGGAT
GAGTGATGAGCAATATGGATTTGACCCTACGATCATCACGAAAGAAGATG
GTCGGCGTTGCATCGAGATCGAACAGAGCGGCCAAGTGCAGCTTCTCGTC
CTTAAAAGACTGATCAAACGGGCACCCTGTATCGCAGGTCGAGCAACAAC
ATGTTGGGAAGCGTATTGTGAAAACGAACCCGGGGTTCCACTCGTTGTCA
AGGACTCCTGGCAATATACGGAGCGGGACGACGAGGGTGATCTACTTCAA
GAGGCTACCAGTACTGGGGTGATCAACGTTGCACGGCACTATTACCACAA
CACTGTTTGCGTTCGCGGGAAGACTGACGACATTCGGGATAACGTTCGGG
GCGGGTTGGATATCAGGACTGCGAGCAATTATTGTCTAGAGCGACTGGCA
CCACCTTCGGCCGACACCAGCGTAGCTGATGCCTCGCGAGAGAGTCGGTC
CGCCGGTAGACCAGGCGTAAAGCGAACTCCTAGCCAAACAGATGCCTCCA
TGCCGCCTAGCAAGCGAGTACGATCTTCGAAGGCACCCGGCAGTCCACAT
AAACTACCGAATCGGGTCCACCGCCGTATCGTCTTGCGCGATTATGGTGA
ACCGATTTACAAGGCAAGCACTCATGAAAGCCTGCTCGCCGCGTTAGAGG
GATGCATTACAGGGCATCAGTCTTTGCACGAGGTAGGGATCCTTCACCGA
GACATCTCAGCCAGTAACCTCATGGTCAACGAAGATGTGAATAACCCGTC
CTGGCCGGCTTTCTTGATTGATCTTGATCTGGCCATCCGAGAGGAAAGAG
ATGGCGCCTCGGGTGCAAATTCCAAGACTGATATCCAAAGCCTCACACTT
CAACTTTTGTTGGCCCTAGAACATTCTGCGATGTGCGATTTAACGCCGAG
ATATAGCCGTGCGACTGCCCTGAACGACATCCAGAAATTGAAGTCTGCAG
TTCTTTCCGAAACAATTGACCCCTCCCGTTTACGGCCTCTTCTGACTTCA
GCTATCGCTTGTACGCCAGATAGCGATATATGGGAATGCCTTCATGGCGC
AGTCCCTGGATACACCACTCCTCGACAAGAAATTGCCTCCCCCAGCCAAC
AAACCCCATGGAGCTACAATACGAGTAGCCTCGCAAACTCCTCCGAATTC
CGCCAAGATATTGATCGTGTCCTCGAGGCTGAGCTTGGAGCTCTGTATGT
TGGACTCCCGCACTTTCACTCAACATTCTTTGGAGGCGTCAGTGGTCTCC
AAGCAGCATCCCATGCCGTATTTAAAATATGCACCGAAGGCAAAGATGCG
CTTTTTGCTGCTGATGGGTGGAAAGACTGGCCAAAAGTTGCAAAGCAAGA
AGATGTATTGACATGGTTTGCAGATATAACCGAAAAACTTGCTGAACTCT
CCAAAGACTATCGTCCAGAGTCAGCACAGCTACGAAGGCCACTAGCCCAG
CCTAACAAGCCTATCCAAGGCTCTACAGCAGAGCGTAAGCTGGACATTGG
CTTCGTTAGTGACATAAATGCAGGAAAGGACACCAGGTGTCAATGGTCAG
ACATCCTCGTGCCTGGAGAGCTGAAGAGGAATCCAGCAGCCGACACCGCT
TCAAAGGCATGGCTTGATTTGGGGAGATGGAGCGCAACGAAGGAGGCAGT
CTTCACCATCATCAAGAAGCTAGTTACCAGCGCCCGCAGCTGGCGGGGCC
CTCCCCTTTGGGTAAAAGACCTGCCATGAAGACCTGTTCTAACATGGCCG
GGGATGACCGTGTCAAAAGAGGAGAAGAAAGTATCATTCAGGATGCTTTT
CATAAGGACTGCTTTGTCGCATGGTTCCATTCGATCTGCGAAGAAACAGG
CCTCTCCTGTACGCCAGACGTGCTCAATAACCTTCCGTGGAAAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
TermDefinition
GO:0004672protein kinase activity
Vocabulary: Biological Process
TermDefinition
GO:0006468protein phosphorylation
Relationships

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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_38567ASPNIDRAFT_38567Aspergillus niger ATCC 1015gene


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_38567-T1ASPNIDRAFT_38567-T1-proteinAspergillus niger ATCC 1015polypeptide


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_38567-T1.cdsASPNIDRAFT_38567-T1.cdsAspergillus niger ATCC 1015CDS


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_38567-T1.exon4ASPNIDRAFT_38567-T1.exon4Aspergillus niger ATCC 1015exon
ASPNIDRAFT_38567-T1.exon3ASPNIDRAFT_38567-T1.exon3Aspergillus niger ATCC 1015exon
ASPNIDRAFT_38567-T1.exon2ASPNIDRAFT_38567-T1.exon2Aspergillus niger ATCC 1015exon
ASPNIDRAFT_38567-T1.exon1ASPNIDRAFT_38567-T1.exon1Aspergillus niger ATCC 1015exon


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR011009
DBxrefInterPro:IPR008266
DBxrefInterPro:IPR040976
DBxrefPFAM:PF17667
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
ACJE01000021.1supercontigACJE01000021.1:326464..328993 -
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