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CBS51388_007151-T1, CBS51388_007151-T1 (mRNA) Aspergillus niger CBS 513.88

Overview
NameCBS51388_007151-T1
Unique NameCBS51388_007151-T1
TypemRNA
OrganismAspergillus niger CBS 513.88
Sequences
The following sequences are available for this feature:

mRNA from alignment at An11:1943477..1947514+

Legend: exonpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>CBS51388_007151-T1 ID=CBS51388_007151-T1|Name=CBS51388_007151-T1|organism=Aspergillus niger CBS 513.88|type=mRNA|length=4038bp|location=Sequence derived from alignment at An11:1943477..1947514+ (Aspergillus niger CBS 513.88)
ATGGACTTCATCGAGGTCTGTGAAGTTTTCGGTGGATCCATCTTTTCCGA
CGAGTATCGCGGTAGCTATGAGGAAGCAGACAGGAAGATCAGAGCGCTTG
GGGACAACACTCCCGCAACGATGGATCCAGTATGTCAGTACGCCAGGATT
CTACTTCTGCGAGCAATATTCCACATGCTCTCTGGAAACTTCCCCAAGGC
TCGAGAATGTAATCAGTCTCTTCAAGATTTACAGCACAGAGGGCTAGACG
AGAGATGGAAACTACGAAGCAAAATATACAGCTTCTACGGCAATATGTTA
CAGTATCGGCTCCCTCTCATCCGTTTCGCGATGATTCCTGGTGATCCCTA
CGAAGGCTTGAAGAAGGATGCCTCCTACCTGAAGAACATGTATCGCCAGG
CGCAGCAAGCCGGGATGGCCATATCATCCTGCGGATCAGCGGAAGTAGTT
GATATGCTCGAGCAAGCGCTGGTACTAGACTTATGGTCTTTCCTTGACTC
TTTTCACTTTTCATTTCTTGCACACCCTAATTTCACGCCGTGTGTTACCA
CAAAATCTCTCCCGCAAGACCATCTGAAGGGCATCAGCTTTGACAATATG
CAAGTGCCTTACTTGTCTACCACATTGGCTGAGTCCATGAGTCGAATGGG
ACCTGTCTTCACGAATACCCTGGAGAGGTGGTCTATCGACATCGAGTTAG
CGAGGGGATCGGAAAATGGAGGCAGCAGTCTCAGCCAACTCGGATCCGAG
TACGAGAAGGTTAATGACTACGCTGGCCTAGGCCTTTGTAAGATAATCGA
GGGCGATTGCATCCTATCTCCCTCGTACACTAATCCCATAGCCATGAACC
TGATCTGTGAGATCCGAGAAAGTGGTTGGGCAAATGTGGCTTGGGACGCG
TTAGAGGAGACCTTCTCATTGCACAATGATAAGGCTGCTCAGGAGTGCTA
TTCTCAAGCTCTTTTCTATATGGAAGCTGCAAACGCACCGAGAGGCCAAG
CTGCTGTATACTTGCGCAGGGCTTGCCTGAATCATGCAGAAGGCATTTCG
TCGAAGGCAGGTGCGGACAACGAGCAGTTCCGCCAAGCAGAGAGTGATTT
GTTAGCTGCACTTTCGCTTTTCGCGCATGACGACATGAACTCGCAAATTG
TTGTTTGCCATCAGATTCTGCTTGGCTGTAGCCGTGGCGCATCTGAACTA
GCTATAAGCAAAGCAAAGTACTTGGGAGGCGAATTGCACAAAACAGAAAG
CAGCGCAATGTCCCACTTCTTAGGGGTCTTGATGCTTCGATTCGCTCACT
CACAGTTCTCACGCAATGGGAACGTCGATGTGGCAGCTACCTGTTGTCAA
TGCGCCATTGCCTACTACGCAGCACTCGACAATCATCTGGGTTCTCTTTG
GGCAGCTGAAGCATATATTACTCTTCTTAAAACGACGCACGACTGGGCCT
TGGCGGAGGCAAAGATTAGAGAAACCATTAAGCCTGCTGGAATACTACAC
GCTGCTTTTGCATACATTGATGGCATTCTGACTCGGGACGCCAACCACCA
GCATCTTCAAGTTCCAAGGGCTTCAATTTTGCTCGAATTTGACACGCTAG
TCAAATCCGTGTGTTCTATGACCGGAAGGGAAACTTTGAGGGCAGGGTGG
GAAGAAGTACGCCAGGCCCTTCAGCCGAGAAGACCAGTTAGTACTATGAA
ATTTTTACCTCTTAGTGCTGAAGCGAGAGCTCATCTGAATGACCCGCAAC
TTGGTTGTGGTGAATCTGAGCAAGAACACTTCATCCGGACATATGAGACC
CGAAATTCCTTCATTACTGGGTATTTTACCTCCATTGACCACAGTTTCGA
AGCCATCGGAAGAGGTGACATTGACGCTGCCGAGGCTCAGCTTCAGACAT
TTATCCACAGCTGTGATTCTCAAAACCAATTGAAGGAAAGAGAAATACTT
TCCCACAAAATTCCAGCCTTAGCACAACTAAGTAGGGTGGAAGAAATGCG
ACAGGAGCTCCCGCGATTTCTATCCGACTGGTTCTCCACGGATAGTAGGG
CGGATAGCCGCCTATTGTTTAATCTTCGTAACATGCCCAGTGATGTTCGG
GAACACGCAATGGAGGTGCGTGCGAATACAGCACACGAAGATATCGCCAT
GTGTTTTACGGCCCAGGCGTGGGATAAGGGGTCCGTGATACTGAGAAGAA
TCTCGAAGACCTTACCCGAGTTCACTACGAAGATAAGAACAGAGCCAAAG
CCCGATAGCTGGCAATTGCTCACTTTCATTGGCGCTATCTACGAACGAGA
AGGGAATTTTGAGAAAGCCCTTGACAGTTTTCTGGGTGCTCTGCATCAGC
TTGAGAACTTAAGATATCTAATCCCTAACCCCGACAGCCGGCGCAGGGCC
TATTCATCATTACACACCGCGGAATTGTTTTGTGGACTTACGCGAACATC
GCTCGCCATGTCATTGCAAAATACTAAACAAAGCCCACGGGAGTGGCGTC
TACCGGCGACTACCTGGAGAGACCAGGCCCTTATTTTCATGGAGCAGGGG
AGAGCGAGGTCATTACTAGAGATACTACAGGCACAAAAGTCCTCGAGTAC
CGAAAGCATCCAAGAGTGGATGGACCAGTCATACAGGGCTCGTGTGCTAT
CTACATTGGTACAGTCACGATGTGATCCCCAGGACGAAGCTGATGTTACC
AAGAGGGCTGCTAAGGTAGCCAAGGAGCTTGGTATTCCCGATAATTCATT
CGATCCCGTGGAGGAGGCACTCAAAGGCTGGCATGATACAACCGCACAGG
TATTTAAGAGTACAATGTTTCTACCGGATACGCGTGGACTTCTCGGCTCC
ATTCCTTCTGGCTCAGCCGTCATTGAAGTGGCTATATGTATGAGCGGCAT
AATGGTTATGTGCATCTCATCGGAAGGCATTCAATCTGTCCATCAATCCA
GCCTCGGAGTTTATCAATTGCGAAGGCTCGTGGTAGCATACCTCGGAAAA
ATGCAAACCCTCCTAAAAGATCCAGTTGGTGACAAGGCAGCCCAGCTAGC
TGCGAGTCTGAGTGATATTTCTGCAATCTTATCTGCGCAATTGATCAAGC
CATTTACTGCAACCATACGCAAAAGTAACGCTGTTATCTTCGTGCCCACA
TCATACCTTAATGTCTTCCCTCTGAGCGCGCTGATCTTGGATGGGGAGCC
TTTGATTCTCAAAAAGCCAGTGTACCAAATCCCTAGTCTAAATGTTCTCC
GACACCTCTCGCATACAGCGTCAAACATACCGCGAGCTACTGGAGCCTCT
GTGTTGGCCGATTGCGGAACTGGTCGGAAACAGCTGCATTACGTTGGTCC
GGAGGTGGTCTCTATCTGCAACTCTCTGCGTGTCCTACCTACTGAGAAGA
GGAGGTTTTTATCTTCCTTAAATTCTTCCGAGATTATACATATCTCGTCG
CATGGTTCGGAGAATTACTCCTCTCCTTGGGAATCTACCGTACTGGGTGA
CGAGTTCCGCGTTGTTGATATGGCAAAGATAGGCACTAGAGCTTCCCTTG
TGGCTTTCAGCTGCTGTCTCAGCGGTAAAGGCCAGATAAGCTCCGGAGAT
GACCTTGTTGGGTTCTCGCATGCTGTACTTCAGTCCGGTTCGCTGGCATT
CATTGGTGGCTTATGGAAGGTTGATGATGCGACAACCATGCTGCTGATGC
ATTTGTTCTATAAGCAACTTGCGGCACAGCGCAATGATACAAAGGGTGGT
GGTACTTGTCTAGCAGTTGCCTGGCATCGGGCTGTGCGAGAGCTTTACCG
ACTTGACTCTCGGAGTGCAGGTACCATACACGATGAACTGGAGGAAATGT
GGAAGGCCACAAGGGGCAAGACAACCAGACCAGAAGGAGATTTCACTAAT
CTCAAGTACATGATGGATCTGCTCAGGAGTAAGATTGATTCGGGAAAGTT
GGATTTCACACTTCCATGTTATTGGGCTCCGTTTTCTCTGGTTGGATATG
GAAATGCAGTGGTCCTTGGTCCGTTAGGGCAAAAATAG
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Coding sequence (CDS) from alignment at An11:1943477..1947514+

>CBS51388_007151-T1 ID=CBS51388_007151-T1|Name=CBS51388_007151-T1|organism=Aspergillus niger CBS 513.88|type=CDS|length=7968bp|location=Sequence derived from alignment at An11:1943477..1947514+ (Aspergillus niger CBS 513.88)
ATGGACTTCATCGAGGTCTGTGAAGTTTTCGGTGGATCCATCTTTTCCGA
CGAGTATCGCGGTAGCTATGAGGAAGCAGACAGGAAGATCAGAGCGCTTG
GGGACAACACTCCCGCAACGATGGATCCAGTATGTCAGTACGCCAGGATT
CTACTTCTGCGAGCAATATTCCACATGCTCTCTGGAAACTTCCCCAAGGC
TCGAGAATGTAATCAGTCTCTTCAAGATTTACAGCACAGAGGGCTAGACG
AGAGATGGAAACTACGAAGCAAAATATACAGCTTCTACGGCAATATGTTA
CAGTATCGGCTCCCTCTCATCCGTTTCGCGATGATTCCTGGTGATCCCTA
CGAAGGCTTGAAGAAGGATGCCTCCTACCTGAAGAACATGTATCGCCAGG
CGCAGCAAGCCGGGATGGCCATATCATCCTGCGGATCAGCGGAAGTAGTT
GATATGCTCGAGCAAGCGCTGGTACTAGACTTATGGTCTTTCCTTGACTC
TTTTCACTTTTCATTTCTTGCACACCCTAATTTCACGCCGTGTGTTACCA
CAAAATCTCTCCCGCAAGACCATCTGAAGGGCATCAGCTTTGACAATATG
CAAGTGCCTTACTTGTCTACCACATTGGCTGAGTCCATGAGTCGAATGGG
ACCTGTCTTCACGAATACCCTGGAGAGGTGGTCTATCGACATCGAGTTAG
CGAGGGGATCGGAAAATGGAGGCAGCAGTCTCAGCCAACTCGGATCCGAG
TACGAGAAGGTTAATGACTACGCTGGCCTAGGCCTTTCCATGAACCTGAT
CTGTGAGATCCGAGAAAGTGGTTGGGCAAATGTGGCTTGGGACGCGTTAG
AGGAGACCTTCTCATTGCACAATGATAAGGCTGCTCAGGAGTGCTATTCT
CAAGCTCTTTTCTATATGGAAGCTGCAAACGCACCGAGAGGCCAAGCTGC
TGTATACTTGCGCAGGGCTTGCCTGAATCATGCAGAAGGCATTTCGTCGA
AGGCAGGTGCGGACAACGAGCAGTTCCGCCAAGCAGAGAGTGATTTGTTA
GCTGCACTTTCGCTTTTCGCGCATGACGACATGAACTCGCAAATTGTTGT
TTGCCATCAGATTCTGCTTGGCTGTAGCCGTGGCGCATCTGAACTAGCTA
TAAGCAAAGCAAAGTACTTGGGAGGCGAATTGCACAAAACAGAAAGCAGC
GCAATGTCCCACTTCTTAGGGGTCTTGATGCTTCGATTCGCTCACTCACA
GTTCTCACGCAATGGGAACGTCGATGTGGCAGCTACCTGTTGTCAATGCG
CCATTGCCTACTACGCAGCACTCGACAATCATCTGGGTTCTCTTTGGGCA
GCTGAAGCATATATTACTCTTCTTAAAACGACGCACGACTGGGCCTTGGC
GGAGGCAAAGATTAGAGAAACCATTAAGCCTGCTGGAATACTACACGCTG
CTTTTGCATACATTGATGGCATTCTGACTCGGGACGCCAACCACCAGCAT
CTTCAAGTTCCAAGGGCTTCAATTTTGCTCGAATTTGACACGCTAGTCAA
ATCCGTGTGTTCTATGACCGGAAGGGAAACTTTGAGGGCAGGGTGGGAAG
AAGTACGCCAGGCCCTTCAGCCGAGAAGACCAGTTAGTACTATGAAATTT
TTACCTCTTAGTGCTGAAGCGAGAGCTCATCTGAATGACCCGCAACTTGG
TTGTGGTGAATCTGAGCAAGAACACTTCATCCGGACATATGAGACCCGAA
ATTCCTTCATTACTGGGTATTTTACCTCCATTGACCACAGTTTCGAAGCC
ATCGGAAGAGGTGACATTGACGCTGCCGAGGCTCAGCTTCAGACATTTAT
CCACAGCTGTGATTCTCAAAACCAATTGAAGGAAAGAGAAATACTTTCCC
ACAAAATTCCAGCCTTAGCACAACTAAGTAGGGTGGAAGAAATGCGACAG
GAGCTCCCGCGATTTCTATCCGACTGGTTCTCCACGGATAGTAGGGCGGA
TAGCCGCCTATTGTTTAATCTTCGTAACATGCCCAGTGATGTTCGGGAAC
ACGCAATGGAGGTGCGTGCGAATACAGCACACGAAGATATCGCCATGTGT
TTTACGGCCCAGGCGTGGGATAAGGGGTCCGTGATACTGAGAAGAATCTC
GAAGACCTTACCCGAGTTCACTACGAAGATAAGAACAGAGCCAAAGCCCG
ATAGCTGGCAATTGCTCACTTTCATTGGCGCTATCTACGAACGAGAAGGG
AATTTTGAGAAAGCCCTTGACAGTTTTCTGGGTGCTCTGCATCAGCTTGA
GAACTTAAGATATCTAATCCCTAACCCCGACAGCCGGCGCAGGGCCTATT
CATCATTACACACCGCGGAATTGTTTTGTGGACTTACGCGAACATCGCTC
GCCATGTCATTGCAAAATACTAAACAAAGCCCACGGGAGTGGCGTCTACC
GGCGACTACCTGGAGAGACCAGGCCCTTATTTTCATGGAGCAGGGGAGAG
CGAGGTCATTACTAGAGATACTACAGGCACAAAAGTCCTCGAGTACCGAA
AGCATCCAAGAGTGGATGGACCAGTCATACAGGGCTCGTGTGCTATCTAC
ATTGGTACAGTCACGATGTGATCCCCAGGACGAAGCTGATGTTACCAAGA
GGGCTGCTAAGGTAGCCAAGGAGCTTGGTATTCCCGATAATTCATTCGAT
CCCGTGGAGGAGGCACTCAAAGGCTGGCATGATACAACCGCACAGGTATT
TAAGAGTACAATGTTTCTACCGGATACGCGTGGACTTCTCGGCTCCATTC
CTTCTGGCTCAGCCGTCATTGAAGTGGCTATATGTATGAGCGGCATAATG
GTTATGTGCATCTCATCGGAAGGCATTCAATCTGTCCATCAATCCAGCCT
CGGAGTTTATCAATTGCGAAGGCTCGTGGTAGCATACCTCGGAAAAATGC
AAACCCTCCTAAAAGATCCAGTTGGTGACAAGGCAGCCCAGCTAGCTGCG
AGTCTGAGTGATATTTCTGCAATCTTATCTGCGCAATTGATCAAGCCATT
TACTGCAACCATACGCAAAAGTAACGCTGTTATCTTCGTGCCCACATCAT
ACCTTAATGTCTTCCCTCTGAGCGCGCTGATCTTGGATGGGGAGCCTTTG
ATTCTCAAAAAGCCAGTGTACCAAATCCCTAGTCTAAATGTTCTCCGACA
CCTCTCGCATACAGCGTCAAACATACCGCGAGCTACTGGAGCCTCTGTGT
TGGCCGATTGCGGAACTGGTCGGAAACAGCTGCATTACGTTGGTCCGGAG
GTGGTCTCTATCTGCAACTCTCTGCGTGTCCTACCTACTGAGAAGAGGAG
GTTTTTATCTTCCTTAAATTCTTCCGAGATTATACATATCTCGTCGCATG
GTTCGGAGAATTACTCCTCTCCTTGGGAATCTACCGTACTGGGTGACGAG
TTCCGCGTTGTTGATATGGCAAAGATAGGCACTAGAGCTTCCCTTGTGGC
TTTCAGCTGCTGTCTCAGCGGTAAAGGCCAGATAAGCTCCGGAGATGACC
TTGTTGGGTTCTCGCATGCTGTACTTCAGTCCGGTTCGCTGGCATTCATT
GGTGGCTTATGGAAGGTTGATGATGCGACAACCATGCTGCTGATGCATTT
GTTCTATAAGCAACTTGCGGCACAGCGCAATGATACAAAGGGTGGTGGTA
CTTGTCTAGCAGTTGCCTGGCATCGGGCTGTGCGAGAGCTTTACCGACTT
GACTCTCGGAGTGCAGGTACCATACACGATGAACTGGAGGAAATGTGGAA
GGCCACAAGGGGCAAGACAACCAGACCAGAAGGAGATTTCACTAATCTCA
AGTACATGATGGATCTGCTCAGGAGTAAGATTGATTCGGGAAAGTTGGAT
TTCACACTTCCATGTTATTGGGCTCCGTTTTCTCTGGTTGGATATGGAAA
TGCAGTGGTCCTTGGTCCGTTAGGGCAAAAATAGATGGACTTCATCGAGG
TCTGTGAAGTTTTCGGTGGATCCATCTTTTCCGACGAGTATCGCGGTAGC
TATGAGGAAGCAGACAGGAAGATCAGAGCGCTTGGGGACAACACTCCCGC
AACGATGGATCCAGTATGTCAGTACGCCAGGATTCTACTTCTGCGAGCAA
TATTCCACATGCTCTCTGGAAACTTCCCCAAGGCTCGAGAATGTAATCAG
TCTCTTCAAGATTTACAGCACAGAGGGCTAGACGAGAGATGGAAACTACG
AAGCAAAATATACAGCTTCTACGGCAATATGTTACAGTATCGGCTCCCTC
TCATCCGTTTCGCGATGATTCCTGGTGATCCCTACGAAGGCTTGAAGAAG
GATGCCTCCTACCTGAAGAACATGTATCGCCAGGCGCAGCAAGCCGGGAT
GGCCATATCATCCTGCGGATCAGCGGAAGTAGTTGATATGCTCGAGCAAG
CGCTGGTACTAGACTTATGGTCTTTCCTTGACTCTTTTCACTTTTCATTT
CTTGCACACCCTAATTTCACGCCGTGTGTTACCACAAAATCTCTCCCGCA
AGACCATCTGAAGGGCATCAGCTTTGACAATATGCAAGTGCCTTACTTGT
CTACCACATTGGCTGAGTCCATGAGTCGAATGGGACCTGTCTTCACGAAT
ACCCTGGAGAGGTGGTCTATCGACATCGAGTTAGCGAGGGGATCGGAAAA
TGGAGGCAGCAGTCTCAGCCAACTCGGATCCGAGTACGAGAAGGTTAATG
ACTACGCTGGCCTAGGCCTTTCCATGAACCTGATCTGTGAGATCCGAGAA
AGTGGTTGGGCAAATGTGGCTTGGGACGCGTTAGAGGAGACCTTCTCATT
GCACAATGATAAGGCTGCTCAGGAGTGCTATTCTCAAGCTCTTTTCTATA
TGGAAGCTGCAAACGCACCGAGAGGCCAAGCTGCTGTATACTTGCGCAGG
GCTTGCCTGAATCATGCAGAAGGCATTTCGTCGAAGGCAGGTGCGGACAA
CGAGCAGTTCCGCCAAGCAGAGAGTGATTTGTTAGCTGCACTTTCGCTTT
TCGCGCATGACGACATGAACTCGCAAATTGTTGTTTGCCATCAGATTCTG
CTTGGCTGTAGCCGTGGCGCATCTGAACTAGCTATAAGCAAAGCAAAGTA
CTTGGGAGGCGAATTGCACAAAACAGAAAGCAGCGCAATGTCCCACTTCT
TAGGGGTCTTGATGCTTCGATTCGCTCACTCACAGTTCTCACGCAATGGG
AACGTCGATGTGGCAGCTACCTGTTGTCAATGCGCCATTGCCTACTACGC
AGCACTCGACAATCATCTGGGTTCTCTTTGGGCAGCTGAAGCATATATTA
CTCTTCTTAAAACGACGCACGACTGGGCCTTGGCGGAGGCAAAGATTAGA
GAAACCATTAAGCCTGCTGGAATACTACACGCTGCTTTTGCATACATTGA
TGGCATTCTGACTCGGGACGCCAACCACCAGCATCTTCAAGTTCCAAGGG
CTTCAATTTTGCTCGAATTTGACACGCTAGTCAAATCCGTGTGTTCTATG
ACCGGAAGGGAAACTTTGAGGGCAGGGTGGGAAGAAGTACGCCAGGCCCT
TCAGCCGAGAAGACCAGTTAGTACTATGAAATTTTTACCTCTTAGTGCTG
AAGCGAGAGCTCATCTGAATGACCCGCAACTTGGTTGTGGTGAATCTGAG
CAAGAACACTTCATCCGGACATATGAGACCCGAAATTCCTTCATTACTGG
GTATTTTACCTCCATTGACCACAGTTTCGAAGCCATCGGAAGAGGTGACA
TTGACGCTGCCGAGGCTCAGCTTCAGACATTTATCCACAGCTGTGATTCT
CAAAACCAATTGAAGGAAAGAGAAATACTTTCCCACAAAATTCCAGCCTT
AGCACAACTAAGTAGGGTGGAAGAAATGCGACAGGAGCTCCCGCGATTTC
TATCCGACTGGTTCTCCACGGATAGTAGGGCGGATAGCCGCCTATTGTTT
AATCTTCGTAACATGCCCAGTGATGTTCGGGAACACGCAATGGAGGTGCG
TGCGAATACAGCACACGAAGATATCGCCATGTGTTTTACGGCCCAGGCGT
GGGATAAGGGGTCCGTGATACTGAGAAGAATCTCGAAGACCTTACCCGAG
TTCACTACGAAGATAAGAACAGAGCCAAAGCCCGATAGCTGGCAATTGCT
CACTTTCATTGGCGCTATCTACGAACGAGAAGGGAATTTTGAGAAAGCCC
TTGACAGTTTTCTGGGTGCTCTGCATCAGCTTGAGAACTTAAGATATCTA
ATCCCTAACCCCGACAGCCGGCGCAGGGCCTATTCATCATTACACACCGC
GGAATTGTTTTGTGGACTTACGCGAACATCGCTCGCCATGTCATTGCAAA
ATACTAAACAAAGCCCACGGGAGTGGCGTCTACCGGCGACTACCTGGAGA
GACCAGGCCCTTATTTTCATGGAGCAGGGGAGAGCGAGGTCATTACTAGA
GATACTACAGGCACAAAAGTCCTCGAGTACCGAAAGCATCCAAGAGTGGA
TGGACCAGTCATACAGGGCTCGTGTGCTATCTACATTGGTACAGTCACGA
TGTGATCCCCAGGACGAAGCTGATGTTACCAAGAGGGCTGCTAAGGTAGC
CAAGGAGCTTGGTATTCCCGATAATTCATTCGATCCCGTGGAGGAGGCAC
TCAAAGGCTGGCATGATACAACCGCACAGGTATTTAAGAGTACAATGTTT
CTACCGGATACGCGTGGACTTCTCGGCTCCATTCCTTCTGGCTCAGCCGT
CATTGAAGTGGCTATATGTATGAGCGGCATAATGGTTATGTGCATCTCAT
CGGAAGGCATTCAATCTGTCCATCAATCCAGCCTCGGAGTTTATCAATTG
CGAAGGCTCGTGGTAGCATACCTCGGAAAAATGCAAACCCTCCTAAAAGA
TCCAGTTGGTGACAAGGCAGCCCAGCTAGCTGCGAGTCTGAGTGATATTT
CTGCAATCTTATCTGCGCAATTGATCAAGCCATTTACTGCAACCATACGC
AAAAGTAACGCTGTTATCTTCGTGCCCACATCATACCTTAATGTCTTCCC
TCTGAGCGCGCTGATCTTGGATGGGGAGCCTTTGATTCTCAAAAAGCCAG
TGTACCAAATCCCTAGTCTAAATGTTCTCCGACACCTCTCGCATACAGCG
TCAAACATACCGCGAGCTACTGGAGCCTCTGTGTTGGCCGATTGCGGAAC
TGGTCGGAAACAGCTGCATTACGTTGGTCCGGAGGTGGTCTCTATCTGCA
ACTCTCTGCGTGTCCTACCTACTGAGAAGAGGAGGTTTTTATCTTCCTTA
AATTCTTCCGAGATTATACATATCTCGTCGCATGGTTCGGAGAATTACTC
CTCTCCTTGGGAATCTACCGTACTGGGTGACGAGTTCCGCGTTGTTGATA
TGGCAAAGATAGGCACTAGAGCTTCCCTTGTGGCTTTCAGCTGCTGTCTC
AGCGGTAAAGGCCAGATAAGCTCCGGAGATGACCTTGTTGGGTTCTCGCA
TGCTGTACTTCAGTCCGGTTCGCTGGCATTCATTGGTGGCTTATGGAAGG
TTGATGATGCGACAACCATGCTGCTGATGCATTTGTTCTATAAGCAACTT
GCGGCACAGCGCAATGATACAAAGGGTGGTGGTACTTGTCTAGCAGTTGC
CTGGCATCGGGCTGTGCGAGAGCTTTACCGACTTGACTCTCGGAGTGCAG
GTACCATACACGATGAACTGGAGGAAATGTGGAAGGCCACAAGGGGCAAG
ACAACCAGACCAGAAGGAGATTTCACTAATCTCAAGTACATGATGGATCT
GCTCAGGAGTAAGATTGATTCGGGAAAGTTGGATTTCACACTTCCATGTT
ATTGGGCTCCGTTTTCTCTGGTTGGATATGGAAATGCAGTGGTCCTTGGT
CCGTTAGGGCAAAAATAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
TermDefinition
GO:0005515protein binding
Relationships

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

Feature NameUnique NameSpeciesType
CBS51388_007151CBS51388_007151Aspergillus niger CBS 513.88gene


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

Feature NameUnique NameSpeciesType
CBS51388_007151-T1.exon1CBS51388_007151-T1.exon1Aspergillus niger CBS 513.88exon
CBS51388_007151-T1.exon2CBS51388_007151-T1.exon2Aspergillus niger CBS 513.88exon


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

Feature NameUnique NameSpeciesType
CBS51388_007151-T1.cdsCBS51388_007151-T1.cdsAspergillus niger CBS 513.88CDS


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

Feature NameUnique NameSpeciesType
CBS51388_007151-T1CBS51388_007151-T1-proteinAspergillus niger CBS 513.88polypeptide


Properties
Property NameValue
DBxrefInterPro:IPR019734
DBxrefInterPro:IPR024983
DBxrefPFAM:PF12770
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger CBS 513.88 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
An11supercontigAn11:1943477..1947514 +
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