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CBS51388_008719-T1, CBS51388_008719-T1 (mRNA) Aspergillus niger CBS 513.88

Overview
NameCBS51388_008719-T1
Unique NameCBS51388_008719-T1
TypemRNA
OrganismAspergillus niger CBS 513.88
Sequences
The following sequences are available for this feature:

mRNA from alignment at An14:473325..477479-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>CBS51388_008719-T1 ID=CBS51388_008719-T1|Name=CBS51388_008719-T1|organism=Aspergillus niger CBS 513.88|type=mRNA|length=4155bp|location=Sequence derived from alignment at An14:473325..477479- (Aspergillus niger CBS 513.88)
ATGCCACCTCAAACCCGAGCGATTCAACATAGCGAAAGTGTGGGGGAGAA
AAAGCGGAAACCTCTGCGCCGTGACCCGGAGAAGAGGCGGCAACAGAACA
TTCAAGCCCAACGCAGATACCGTAAGTGCGGGTCTCATTTGGAGTCACCA
CATCGGAGATTAGCTAGCAAAAGTAATTACTAATTACGTACTCGTTTAGG
AGAAAAGCTTCGTGAGCGCTTAGGTCGCCTCGAAGCGCTGGCAGAGTCTG
CGGGACAGACCCCGGCCATTAAAAGCACCCCAGCTGCTGGCATACAACCA
AGTGGGGCGATCACAGCGTCTGGCCTACCCAACACTTCAAGTAGTATCGT
TCCAAAGACCCTTCCACTCTATGATGCTTCGGATGTATCGGTTCCGTCAA
CATCTGTGGCCACTCTTGGTAATTGCCAGCAACTTATCCCAGCTTCAGCT
GAGAGTCCATCGGCACTATACACATCAGATTCCACCATAACACCCTATCT
ATATTCTGATGAATCTCCCTCAGCCCTAACTGTGTGGGACCCTCCATCAT
GTGTCGATCCCTCTCTTCTCGTTAGCGATAAGCCCAGTGACAGCCTGGAG
TTGTACTGGACAACCACCATTGACTGCGGCTGTACCAGCCCGCATTTCCG
AATACAGACAGAATGTCCAGACCTTCTCGGCCATAATGAAGTCAGAGTAT
TCAGATTTGGCACGAATACAACTACAGCCGATCCATATACCAACAGTCTT
CGCATCGACAGAGTTTGCACCATCGCTGCAATTCTTGATCTTGTCAGGCA
TGTGGGTGTTACAGAGGAAGCGTTATGTGCTGACGAATCCCTCTCGCCAT
TCTTTCGGCCCACTGCGGTGATGGTAGACGAGGCAGCCAAGAGGAATCTG
ATCCGCACAGTACAGGAAACTTTCAAGTCTCTAAAGCCAGATCTGAGGCC
ATTCCAAGAACAAATTACTATTGAGCACCATCCGATGATAGACATTCTAC
CATTCCGAACGCTACGAAGGAACCTCATCACTCGCCAGCACGATATAGAT
GAGGATGAGTTCTTCGACGATATGCTTTCTGGCTTAGTGTGCTGGGGAGG
TGCGGGCATTGGGAAGAGGGATCGGCAAGTCTCCACTGGGTATGCTTCGA
CTGGTACGCCGTGGGATGTCCGTAGTTGGGAAGCAAAGGTATGGTTCTTG
AAGAAGTATTGGTCTCTTTTGGGTGGCGAAGATGGTGAACTTGTACGACA
AAGTGAATGGTGGCGCAGTATTAGGGGAGACGACATTGAGCAGGAGAATA
TGTGGTTAGGATAGGAGATATCTATGTGACATGTAAGCGCTCTGCGTGTT
ATAGATGAAATATGCTTCAGACTTCCGTCAGGTAAAGATGATTGGCCAGA
ATCCGCCTCTCCCTCAACCAAACTCGTTAGTCTTATAGTCTGGTTATTGA
ACCTTCTAAAGATCAGAAAGTGCATGTGTGCCGAAGCTACTCGATGGCAG
ATCTGACTACTAGTAGTAGATAATCAAATTACATCAGATCTTGTTCCATG
CTGTCAGACGGAAGAGGACAAGAAATACATTTCTGGTCACAGAAATGACC
AGTTGGTGCATGTAGATCCCTAGCTAGCTTTGAGATATGGCCATACTACT
CAGGTAAACCCAAAGTAGAAAGTGATGACGAGACAGTCTCATCCTAGGCG
TATATTCCTCTAGCGAGGATTTCTTACCTGTGGATCTCTAGTCTCCTTTA
TTCACTTCTCCCACACTTTGGAAACACAGTGAGGCGGTGTAGTGAATGAC
GGCACGCGAATTTTTGAGTTGGGCTCAGAGTCATTTTTTTGAAGGGCTAG
GGAGACTCCTTGTTCCTCTCACTTGAGGTGGAGAGGCGCTAGATTCTAAC
TTCATACTACAAAGTCAGAGGTCTGACCAGCTATCGCTGCTCCTCTTCCG
TGCTCAAGCGGCTACAGATCCTGCTGCTATCTTCATCTATTGACTATCTT
GCTCGCCACCCTCCTATCTCGAAAGCCAGTCAACAAAACTCCGTCACCTC
TATCATAACACAAGATGTCTATGAGAAGAATGGATAGGGTCAGCAAAAGA
AGAAGGCCGCTACTTCAGCGTCTCCCTCCCCGTTCCTCTTCTATATCTGA
TCCAAATCATATCTTGATAGATATAAGTGAGGATATCATCTGTAAGTGCA
ATACACAAGATATATATTTTCTGCAGATTTAAGTCTCCTCAAAAAATCAT
TGAGGAGTCCTTATCTAGGCAGGAAGAGCTAGACTTGAGCTAACGACCGT
ACCAGCGAATGACAGCAGAAGTGTGCAGTATGCTCCAGCCGGCTCTATCT
GCGAGACTCTTAACCTCTACCAGACGGAGCCTAGTTATAACGGCAATAAG
TCATGGACTAGAGAGCCTGCCGCCGGTATCGTGGAGCCAGTAAGGGCCCC
TGAGTCCGGCCAGTACGCGCTTCTTGTTCGAAATATCAAATGCTCCAGTG
GACACGGAAGGCTCGAAGTCGACTCGATAGTTGTGCAGAGTGAACATCTC
AAAGGGGTCTTGGCTAGGGTCATGGATGGCTACCCTGGCATTACTATGTC
CCTCGAGCGCGTAGAGTTCAGCAAGCCCTTTCAACCGTTTGTCCACCGCT
GGGAATTGTTTTCCGAAGCTAGAGACGACGAGTCGGGCGCGCAAGCTAAG
GCCCACATCGATCTACTGTATGGGGTCCTGGCAACCGAACTCAGCGATAT
CATCACGAACAAGCAGAACCTTGTCCTCAACGGCATGATCACTTTCGACA
TGCTCTGGACCATCTTTGAACCAGGTCAAATAGTTCTCAGTACCGTGAAC
GATTGCAAGCGCGCCTTTCGTCTTGAAACGTGTTGGGTCGATTCAGACTA
CGAAATTCAAGCCGTTTACATTGACTATAATGGCTACGAAATTGGGTACA
GGAAATACACCCTCTACATTCCAGCCTTTGAAGGCACCAAGCCTATTATG
TCCTTGCCAATGATTCCCTTTATGTTCCATAATGATAAGGACATCCTGCG
CGAAAGCCTGATCCTTCGTGGAAAGCTCTGGTATCAGTACGAAGGCCATC
ACCACAAGCATTACCAAGGATTAGCTTTGACATCCTATGGTGGTCAAGAG
ATTAGGTACAAAATAAACAGCCGAGTCATCATTGACACGGAGGCATATCT
CGCGTTCCACTCGGATAAAAATTCAATAAGCTTGATAGATATATCCGACT
CACCCTCTGATGAAGATTTTCTGATCGCAACTCCAGTTCTACGTGGTTAC
TCTCTCAAAGACAGAAAATGGCTGGAACTTTGCATCGACGGTGTATCGGA
TATTGTCTGGAAATCGCGACCGTTTAAATCTCTGGTACTGCCTGACGGCG
AGGCCAAAGATCTCAAGGACCTGGTTCTTGCGCTCGCGACTTCTCAGTCA
AAGAAATCCGATGTATCTGACGATTTGCTTCAAGGCAATGGCCGCAATGT
CATCATGCTCCTGCATGGTCCCCCTGGCGTTGGCAAGACTTTGACCGCCG
AATGTGTCGCCGAAGTCATGCATGTCCCGCTTTACGTCCAGAACGCGGGA
GCGCTAGGAACAACTGCTGCGCAAATTAAGGAGAGCCTGAGCTTTGTCCT
GCGTATGGTTCCGAAATGGGGCGCTGTACTTCTTCTAGAGGAGGCCGATA
TTCTCACACAGAAACACAACCCCAGCGATCCCCAGAAAAAGGCGCTATCC
CATGTATTCTTACCACTACTGGAATACTTTGAGGTATGTGCTCAACACAG
TCTTCAATAATAGTCCTAACATAACACCCATTAGGGGATTATATTTTTGG
CTAGTAATCGTGTCGAGATCATGGACCCTGCCTTGGAATCCCATATCGAT
GTTGCCATCCACTATCCCGAACTCGACTCGGCGTCCCGCCGCCATATCTG
GATCCGTTTACTCGGAAAGTCGGATCGAAAAGCATTCTCTGGGAGTGAGC
TTTTCGATCTGGAGGAGTACAAATTGAACGGAAGAGAAATCAGAAACGTG
CTAAAAGCAGCCAGAGTTCTCGCCCGCTATCAGGAAACCAAGCTCGGCTA
CGAACATGTCTCAAAAGTCCTGAAGCTTAGGTACTCTGAGCGGGACGAGT
ATTGA
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Coding sequence (CDS) from alignment at An14:473325..477479-

>CBS51388_008719-T1 ID=CBS51388_008719-T1|Name=CBS51388_008719-T1|organism=Aspergillus niger CBS 513.88|type=CDS|length=11496bp|location=Sequence derived from alignment at An14:473325..477479- (Aspergillus niger CBS 513.88)
GGGATTATATTTTTGGCTAGTAATCGTGTCGAGATCATGGACCCTGCCTT
GGAATCCCATATCGATGTTGCCATCCACTATCCCGAACTCGACTCGGCGT
CCCGCCGCCATATCTGGATCCGTTTACTCGGAAAGTCGGATCGAAAAGCA
TTCTCTGGGAGTGAGCTTTTCGATCTGGAGGAGTACAAATTGAACGGAAG
AGAAATCAGAAACGTGCTAAAAGCAGCCAGAGTTCTCGCCCGCTATCAGG
AAACCAAGCTCGGCTACGAACATGTCTCAAAAGTCCTGAAGCTTAGGTAC
TCTGAGCGGGACGAGTATTGACGAATGACAGCAGAAGTGTGCAGTATGCT
CCAGCCGGCTCTATCTGCGAGACTCTTAACCTCTACCAGACGGAGCCTAG
TTATAACGGCAATAAGTCATGGACTAGAGAGCCTGCCGCCGGTATCGTGG
AGCCAGTAAGGGCCCCTGAGTCCGGCCAGTACGCGCTTCTTGTTCGAAAT
ATCAAATGCTCCAGTGGACACGGAAGGCTCGAAGTCGACTCGATAGTTGT
GCAGAGTGAACATCTCAAAGGGGTCTTGGCTAGGGTCATGGATGGCTACC
CTGGCATTACTATGTCCCTCGAGCGCGTAGAGTTCAGCAAGCCCTTTCAA
CCGTTTGTCCACCGCTGGGAATTGTTTTCCGAAGCTAGAGACGACGAGTC
GGGCGCGCAAGCTAAGGCCCACATCGATCTACTGTATGGGGTCCTGGCAA
CCGAACTCAGCGATATCATCACGAACAAGCAGAACCTTGTCCTCAACGGC
ATGATCACTTTCGACATGCTCTGGACCATCTTTGAACCAGGTCAAATAGT
TCTCAGTACCGTGAACGATTGCAAGCGCGCCTTTCGTCTTGAAACGTGTT
GGGTCGATTCAGACTACGAAATTCAAGCCGTTTACATTGACTATAATGGC
TACGAAATTGGGTACAGGAAATACACCCTCTACATTCCAGCCTTTGAAGG
CACCAAGCCTATTATGTCCTTGCCAATGATTCCCTTTATGTTCCATAATG
ATAAGGACATCCTGCGCGAAAGCCTGATCCTTCGTGGAAAGCTCTGGTAT
CAGTACGAAGGCCATCACCACAAGCATTACCAAGGATTAGCTTTGACATC
CTATGGTGGTCAAGAGATTAGGTACAAAATAAACAGCCGAGTCATCATTG
ACACGGAGGCATATCTCGCGTTCCACTCGGATAAAAATTCAATAAGCTTG
ATAGATATATCCGACTCACCCTCTGATGAAGATTTTCTGATCGCAACTCC
AGTTCTACGTGGTTACTCTCTCAAAGACAGAAAATGGCTGGAACTTTGCA
TCGACGGTGTATCGGATATTGTCTGGAAATCGCGACCGTTTAAATCTCTG
GTACTGCCTGACGGCGAGGCCAAAGATCTCAAGGACCTGGTTCTTGCGCT
CGCGACTTCTCAGTCAAAGAAATCCGATGTATCTGACGATTTGCTTCAAG
GCAATGGCCGCAATGTCATCATGCTCCTGCATGGTCCCCCTGGCGTTGGC
AAGACTTTGACCGCCGAATGTGTCGCCGAAGTCATGCATGTCCCGCTTTA
CGTCCAGAACGCGGGAGCGCTAGGAACAACTGCTGCGCAAATTAAGGAGA
GCCTGAGCTTTGTCCTGCGTATGGTTCCGAAATGGGGCGCTGTACTTCTT
CTAGAGGAGGCCGATATTCTCACACAGAAACACAACCCCAGCGATCCCCA
GAAAAAGGCGCTATCCCATGTATTCTTACCACTACTGGAATACTTTGAGG
AGAAAAGCTTCGTGAGCGCTTAGGTCGCCTCGAAGCGCTGGCAGAGTCTG
CGGGACAGACCCCGGCCATTAAAAGCACCCCAGCTGCTGGCATACAACCA
AGTGGGGCGATCACAGCGTCTGGCCTACCCAACACTTCAAGTAGTATCGT
TCCAAAGACCCTTCCACTCTATGATGCTTCGGATGTATCGGTTCCGTCAA
CATCTGTGGCCACTCTTGGTAATTGCCAGCAACTTATCCCAGCTTCAGCT
GAGAGTCCATCGGCACTATACACATCAGATTCCACCATAACACCCTATCT
ATATTCTGATGAATCTCCCTCAGCCCTAACTGTGTGGGACCCTCCATCAT
GTGTCGATCCCTCTCTTCTCGTTAGCGATAAGCCCAGTGACAGCCTGGAG
TTGTACTGGACAACCACCATTGACTGCGGCTGTACCAGCCCGCATTTCCG
AATACAGACAGAATGTCCAGACCTTCTCGGCCATAATGAAGTCAGAGTAT
TCAGATTTGGCACGAATACAACTACAGCCGATCCATATACCAACAGTCTT
CGCATCGACAGAGTTTGCACCATCGCTGCAATTCTTGATCTTGTCAGGCA
TGTGGGTGTTACAGAGGAAGCGTTATGTGCTGACGAATCCCTCTCGCCAT
TCTTTCGGCCCACTGCGGTGATGGTAGACGAGGCAGCCAAGAGGAATCTG
ATCCGCACAGTACAGGAAACTTTCAAGTCTCTAAAGCCAGATCTGAGGCC
ATTCCAAGAACAAATTACTATTGAGCACCATCCGATGATAGACATTCTAC
CATTCCGAACGCTACGAAGGAACCTCATCACTCGCCAGCACGATATAGAT
GAGGATGAGTTCTTCGACGATATGCTTTCTGGCTTAGTGTGCTGGGGAGG
TGCGGGCATTGGGAAGAGGGATCGGCAAGTCTCCACTGGGTATGCTTCGA
CTGATGCCACCTCAAACCCGAGCGATTCAACATAGCGAAAGTGTGGGGGA
GAAAAAGCGGAAACCTCTGCGCCGTGACCCGGAGAAGAGGCGGCAACAGA
ACATTCAAGCCCAACGCAGATACCGGGATTATATTTTTGGCTAGTAATCG
TGTCGAGATCATGGACCCTGCCTTGGAATCCCATATCGATGTTGCCATCC
ACTATCCCGAACTCGACTCGGCGTCCCGCCGCCATATCTGGATCCGTTTA
CTCGGAAAGTCGGATCGAAAAGCATTCTCTGGGAGTGAGCTTTTCGATCT
GGAGGAGTACAAATTGAACGGAAGAGAAATCAGAAACGTGCTAAAAGCAG
CCAGAGTTCTCGCCCGCTATCAGGAAACCAAGCTCGGCTACGAACATGTC
TCAAAAGTCCTGAAGCTTAGGTACTCTGAGCGGGACGAGTATTGACGAAT
GACAGCAGAAGTGTGCAGTATGCTCCAGCCGGCTCTATCTGCGAGACTCT
TAACCTCTACCAGACGGAGCCTAGTTATAACGGCAATAAGTCATGGACTA
GAGAGCCTGCCGCCGGTATCGTGGAGCCAGTAAGGGCCCCTGAGTCCGGC
CAGTACGCGCTTCTTGTTCGAAATATCAAATGCTCCAGTGGACACGGAAG
GCTCGAAGTCGACTCGATAGTTGTGCAGAGTGAACATCTCAAAGGGGTCT
TGGCTAGGGTCATGGATGGCTACCCTGGCATTACTATGTCCCTCGAGCGC
GTAGAGTTCAGCAAGCCCTTTCAACCGTTTGTCCACCGCTGGGAATTGTT
TTCCGAAGCTAGAGACGACGAGTCGGGCGCGCAAGCTAAGGCCCACATCG
ATCTACTGTATGGGGTCCTGGCAACCGAACTCAGCGATATCATCACGAAC
AAGCAGAACCTTGTCCTCAACGGCATGATCACTTTCGACATGCTCTGGAC
CATCTTTGAACCAGGTCAAATAGTTCTCAGTACCGTGAACGATTGCAAGC
GCGCCTTTCGTCTTGAAACGTGTTGGGTCGATTCAGACTACGAAATTCAA
GCCGTTTACATTGACTATAATGGCTACGAAATTGGGTACAGGAAATACAC
CCTCTACATTCCAGCCTTTGAAGGCACCAAGCCTATTATGTCCTTGCCAA
TGATTCCCTTTATGTTCCATAATGATAAGGACATCCTGCGCGAAAGCCTG
ATCCTTCGTGGAAAGCTCTGGTATCAGTACGAAGGCCATCACCACAAGCA
TTACCAAGGATTAGCTTTGACATCCTATGGTGGTCAAGAGATTAGGTACA
AAATAAACAGCCGAGTCATCATTGACACGGAGGCATATCTCGCGTTCCAC
TCGGATAAAAATTCAATAAGCTTGATAGATATATCCGACTCACCCTCTGA
TGAAGATTTTCTGATCGCAACTCCAGTTCTACGTGGTTACTCTCTCAAAG
ACAGAAAATGGCTGGAACTTTGCATCGACGGTGTATCGGATATTGTCTGG
AAATCGCGACCGTTTAAATCTCTGGTACTGCCTGACGGCGAGGCCAAAGA
TCTCAAGGACCTGGTTCTTGCGCTCGCGACTTCTCAGTCAAAGAAATCCG
ATGTATCTGACGATTTGCTTCAAGGCAATGGCCGCAATGTCATCATGCTC
CTGCATGGTCCCCCTGGCGTTGGCAAGACTTTGACCGCCGAATGTGTCGC
CGAAGTCATGCATGTCCCGCTTTACGTCCAGAACGCGGGAGCGCTAGGAA
CAACTGCTGCGCAAATTAAGGAGAGCCTGAGCTTTGTCCTGCGTATGGTT
CCGAAATGGGGCGCTGTACTTCTTCTAGAGGAGGCCGATATTCTCACACA
GAAACACAACCCCAGCGATCCCCAGAAAAAGGCGCTATCCCATGTATTCT
TACCACTACTGGAATACTTTGAGGAGAAAAGCTTCGTGAGCGCTTAGGTC
GCCTCGAAGCGCTGGCAGAGTCTGCGGGACAGACCCCGGCCATTAAAAGC
ACCCCAGCTGCTGGCATACAACCAAGTGGGGCGATCACAGCGTCTGGCCT
ACCCAACACTTCAAGTAGTATCGTTCCAAAGACCCTTCCACTCTATGATG
CTTCGGATGTATCGGTTCCGTCAACATCTGTGGCCACTCTTGGTAATTGC
CAGCAACTTATCCCAGCTTCAGCTGAGAGTCCATCGGCACTATACACATC
AGATTCCACCATAACACCCTATCTATATTCTGATGAATCTCCCTCAGCCC
TAACTGTGTGGGACCCTCCATCATGTGTCGATCCCTCTCTTCTCGTTAGC
GATAAGCCCAGTGACAGCCTGGAGTTGTACTGGACAACCACCATTGACTG
CGGCTGTACCAGCCCGCATTTCCGAATACAGACAGAATGTCCAGACCTTC
TCGGCCATAATGAAGTCAGAGTATTCAGATTTGGCACGAATACAACTACA
GCCGATCCATATACCAACAGTCTTCGCATCGACAGAGTTTGCACCATCGC
TGCAATTCTTGATCTTGTCAGGCATGTGGGTGTTACAGAGGAAGCGTTAT
GTGCTGACGAATCCCTCTCGCCATTCTTTCGGCCCACTGCGGTGATGGTA
GACGAGGCAGCCAAGAGGAATCTGATCCGCACAGTACAGGAAACTTTCAA
GTCTCTAAAGCCAGATCTGAGGCCATTCCAAGAACAAATTACTATTGAGC
ACCATCCGATGATAGACATTCTACCATTCCGAACGCTACGAAGGAACCTC
ATCACTCGCCAGCACGATATAGATGAGGATGAGTTCTTCGACGATATGCT
TTCTGGCTTAGTGTGCTGGGGAGGTGCGGGCATTGGGAAGAGGGATCGGC
AAGTCTCCACTGGGTATGCTTCGACTGATGCCACCTCAAACCCGAGCGAT
TCAACATAGCGAAAGTGTGGGGGAGAAAAAGCGGAAACCTCTGCGCCGTG
ACCCGGAGAAGAGGCGGCAACAGAACATTCAAGCCCAACGCAGATACCGG
GATTATATTTTTGGCTAGTAATCGTGTCGAGATCATGGACCCTGCCTTGG
AATCCCATATCGATGTTGCCATCCACTATCCCGAACTCGACTCGGCGTCC
CGCCGCCATATCTGGATCCGTTTACTCGGAAAGTCGGATCGAAAAGCATT
CTCTGGGAGTGAGCTTTTCGATCTGGAGGAGTACAAATTGAACGGAAGAG
AAATCAGAAACGTGCTAAAAGCAGCCAGAGTTCTCGCCCGCTATCAGGAA
ACCAAGCTCGGCTACGAACATGTCTCAAAAGTCCTGAAGCTTAGGTACTC
TGAGCGGGACGAGTATTGACGAATGACAGCAGAAGTGTGCAGTATGCTCC
AGCCGGCTCTATCTGCGAGACTCTTAACCTCTACCAGACGGAGCCTAGTT
ATAACGGCAATAAGTCATGGACTAGAGAGCCTGCCGCCGGTATCGTGGAG
CCAGTAAGGGCCCCTGAGTCCGGCCAGTACGCGCTTCTTGTTCGAAATAT
CAAATGCTCCAGTGGACACGGAAGGCTCGAAGTCGACTCGATAGTTGTGC
AGAGTGAACATCTCAAAGGGGTCTTGGCTAGGGTCATGGATGGCTACCCT
GGCATTACTATGTCCCTCGAGCGCGTAGAGTTCAGCAAGCCCTTTCAACC
GTTTGTCCACCGCTGGGAATTGTTTTCCGAAGCTAGAGACGACGAGTCGG
GCGCGCAAGCTAAGGCCCACATCGATCTACTGTATGGGGTCCTGGCAACC
GAACTCAGCGATATCATCACGAACAAGCAGAACCTTGTCCTCAACGGCAT
GATCACTTTCGACATGCTCTGGACCATCTTTGAACCAGGTCAAATAGTTC
TCAGTACCGTGAACGATTGCAAGCGCGCCTTTCGTCTTGAAACGTGTTGG
GTCGATTCAGACTACGAAATTCAAGCCGTTTACATTGACTATAATGGCTA
CGAAATTGGGTACAGGAAATACACCCTCTACATTCCAGCCTTTGAAGGCA
CCAAGCCTATTATGTCCTTGCCAATGATTCCCTTTATGTTCCATAATGAT
AAGGACATCCTGCGCGAAAGCCTGATCCTTCGTGGAAAGCTCTGGTATCA
GTACGAAGGCCATCACCACAAGCATTACCAAGGATTAGCTTTGACATCCT
ATGGTGGTCAAGAGATTAGGTACAAAATAAACAGCCGAGTCATCATTGAC
ACGGAGGCATATCTCGCGTTCCACTCGGATAAAAATTCAATAAGCTTGAT
AGATATATCCGACTCACCCTCTGATGAAGATTTTCTGATCGCAACTCCAG
TTCTACGTGGTTACTCTCTCAAAGACAGAAAATGGCTGGAACTTTGCATC
GACGGTGTATCGGATATTGTCTGGAAATCGCGACCGTTTAAATCTCTGGT
ACTGCCTGACGGCGAGGCCAAAGATCTCAAGGACCTGGTTCTTGCGCTCG
CGACTTCTCAGTCAAAGAAATCCGATGTATCTGACGATTTGCTTCAAGGC
AATGGCCGCAATGTCATCATGCTCCTGCATGGTCCCCCTGGCGTTGGCAA
GACTTTGACCGCCGAATGTGTCGCCGAAGTCATGCATGTCCCGCTTTACG
TCCAGAACGCGGGAGCGCTAGGAACAACTGCTGCGCAAATTAAGGAGAGC
CTGAGCTTTGTCCTGCGTATGGTTCCGAAATGGGGCGCTGTACTTCTTCT
AGAGGAGGCCGATATTCTCACACAGAAACACAACCCCAGCGATCCCCAGA
AAAAGGCGCTATCCCATGTATTCTTACCACTACTGGAATACTTTGAGGAG
AAAAGCTTCGTGAGCGCTTAGGTCGCCTCGAAGCGCTGGCAGAGTCTGCG
GGACAGACCCCGGCCATTAAAAGCACCCCAGCTGCTGGCATACAACCAAG
TGGGGCGATCACAGCGTCTGGCCTACCCAACACTTCAAGTAGTATCGTTC
CAAAGACCCTTCCACTCTATGATGCTTCGGATGTATCGGTTCCGTCAACA
TCTGTGGCCACTCTTGGTAATTGCCAGCAACTTATCCCAGCTTCAGCTGA
GAGTCCATCGGCACTATACACATCAGATTCCACCATAACACCCTATCTAT
ATTCTGATGAATCTCCCTCAGCCCTAACTGTGTGGGACCCTCCATCATGT
GTCGATCCCTCTCTTCTCGTTAGCGATAAGCCCAGTGACAGCCTGGAGTT
GTACTGGACAACCACCATTGACTGCGGCTGTACCAGCCCGCATTTCCGAA
TACAGACAGAATGTCCAGACCTTCTCGGCCATAATGAAGTCAGAGTATTC
AGATTTGGCACGAATACAACTACAGCCGATCCATATACCAACAGTCTTCG
CATCGACAGAGTTTGCACCATCGCTGCAATTCTTGATCTTGTCAGGCATG
TGGGTGTTACAGAGGAAGCGTTATGTGCTGACGAATCCCTCTCGCCATTC
TTTCGGCCCACTGCGGTGATGGTAGACGAGGCAGCCAAGAGGAATCTGAT
CCGCACAGTACAGGAAACTTTCAAGTCTCTAAAGCCAGATCTGAGGCCAT
TCCAAGAACAAATTACTATTGAGCACCATCCGATGATAGACATTCTACCA
TTCCGAACGCTACGAAGGAACCTCATCACTCGCCAGCACGATATAGATGA
GGATGAGTTCTTCGACGATATGCTTTCTGGCTTAGTGTGCTGGGGAGGTG
CGGGCATTGGGAAGAGGGATCGGCAAGTCTCCACTGGGTATGCTTCGACT
GATGCCACCTCAAACCCGAGCGATTCAACATAGCGAAAGTGTGGGGGAGA
AAAAGCGGAAACCTCTGCGCCGTGACCCGGAGAAGAGGCGGCAACAGAAC
ATTCAAGCCCAACGCAGATACCGGGATTATATTTTTGGCTAGTAATCGTG
TCGAGATCATGGACCCTGCCTTGGAATCCCATATCGATGTTGCCATCCAC
TATCCCGAACTCGACTCGGCGTCCCGCCGCCATATCTGGATCCGTTTACT
CGGAAAGTCGGATCGAAAAGCATTCTCTGGGAGTGAGCTTTTCGATCTGG
AGGAGTACAAATTGAACGGAAGAGAAATCAGAAACGTGCTAAAAGCAGCC
AGAGTTCTCGCCCGCTATCAGGAAACCAAGCTCGGCTACGAACATGTCTC
AAAAGTCCTGAAGCTTAGGTACTCTGAGCGGGACGAGTATTGACGAATGA
CAGCAGAAGTGTGCAGTATGCTCCAGCCGGCTCTATCTGCGAGACTCTTA
ACCTCTACCAGACGGAGCCTAGTTATAACGGCAATAAGTCATGGACTAGA
GAGCCTGCCGCCGGTATCGTGGAGCCAGTAAGGGCCCCTGAGTCCGGCCA
GTACGCGCTTCTTGTTCGAAATATCAAATGCTCCAGTGGACACGGAAGGC
TCGAAGTCGACTCGATAGTTGTGCAGAGTGAACATCTCAAAGGGGTCTTG
GCTAGGGTCATGGATGGCTACCCTGGCATTACTATGTCCCTCGAGCGCGT
AGAGTTCAGCAAGCCCTTTCAACCGTTTGTCCACCGCTGGGAATTGTTTT
CCGAAGCTAGAGACGACGAGTCGGGCGCGCAAGCTAAGGCCCACATCGAT
CTACTGTATGGGGTCCTGGCAACCGAACTCAGCGATATCATCACGAACAA
GCAGAACCTTGTCCTCAACGGCATGATCACTTTCGACATGCTCTGGACCA
TCTTTGAACCAGGTCAAATAGTTCTCAGTACCGTGAACGATTGCAAGCGC
GCCTTTCGTCTTGAAACGTGTTGGGTCGATTCAGACTACGAAATTCAAGC
CGTTTACATTGACTATAATGGCTACGAAATTGGGTACAGGAAATACACCC
TCTACATTCCAGCCTTTGAAGGCACCAAGCCTATTATGTCCTTGCCAATG
ATTCCCTTTATGTTCCATAATGATAAGGACATCCTGCGCGAAAGCCTGAT
CCTTCGTGGAAAGCTCTGGTATCAGTACGAAGGCCATCACCACAAGCATT
ACCAAGGATTAGCTTTGACATCCTATGGTGGTCAAGAGATTAGGTACAAA
ATAAACAGCCGAGTCATCATTGACACGGAGGCATATCTCGCGTTCCACTC
GGATAAAAATTCAATAAGCTTGATAGATATATCCGACTCACCCTCTGATG
AAGATTTTCTGATCGCAACTCCAGTTCTACGTGGTTACTCTCTCAAAGAC
AGAAAATGGCTGGAACTTTGCATCGACGGTGTATCGGATATTGTCTGGAA
ATCGCGACCGTTTAAATCTCTGGTACTGCCTGACGGCGAGGCCAAAGATC
TCAAGGACCTGGTTCTTGCGCTCGCGACTTCTCAGTCAAAGAAATCCGAT
GTATCTGACGATTTGCTTCAAGGCAATGGCCGCAATGTCATCATGCTCCT
GCATGGTCCCCCTGGCGTTGGCAAGACTTTGACCGCCGAATGTGTCGCCG
AAGTCATGCATGTCCCGCTTTACGTCCAGAACGCGGGAGCGCTAGGAACA
ACTGCTGCGCAAATTAAGGAGAGCCTGAGCTTTGTCCTGCGTATGGTTCC
GAAATGGGGCGCTGTACTTCTTCTAGAGGAGGCCGATATTCTCACACAGA
AACACAACCCCAGCGATCCCCAGAAAAAGGCGCTATCCCATGTATTCTTA
CCACTACTGGAATACTTTGAGGAGAAAAGCTTCGTGAGCGCTTAGGTCGC
CTCGAAGCGCTGGCAGAGTCTGCGGGACAGACCCCGGCCATTAAAAGCAC
CCCAGCTGCTGGCATACAACCAAGTGGGGCGATCACAGCGTCTGGCCTAC
CCAACACTTCAAGTAGTATCGTTCCAAAGACCCTTCCACTCTATGATGCT
TCGGATGTATCGGTTCCGTCAACATCTGTGGCCACTCTTGGTAATTGCCA
GCAACTTATCCCAGCTTCAGCTGAGAGTCCATCGGCACTATACACATCAG
ATTCCACCATAACACCCTATCTATATTCTGATGAATCTCCCTCAGCCCTA
ACTGTGTGGGACCCTCCATCATGTGTCGATCCCTCTCTTCTCGTTAGCGA
TAAGCCCAGTGACAGCCTGGAGTTGTACTGGACAACCACCATTGACTGCG
GCTGTACCAGCCCGCATTTCCGAATACAGACAGAATGTCCAGACCTTCTC
GGCCATAATGAAGTCAGAGTATTCAGATTTGGCACGAATACAACTACAGC
CGATCCATATACCAACAGTCTTCGCATCGACAGAGTTTGCACCATCGCTG
CAATTCTTGATCTTGTCAGGCATGTGGGTGTTACAGAGGAAGCGTTATGT
GCTGACGAATCCCTCTCGCCATTCTTTCGGCCCACTGCGGTGATGGTAGA
CGAGGCAGCCAAGAGGAATCTGATCCGCACAGTACAGGAAACTTTCAAGT
CTCTAAAGCCAGATCTGAGGCCATTCCAAGAACAAATTACTATTGAGCAC
CATCCGATGATAGACATTCTACCATTCCGAACGCTACGAAGGAACCTCAT
CACTCGCCAGCACGATATAGATGAGGATGAGTTCTTCGACGATATGCTTT
CTGGCTTAGTGTGCTGGGGAGGTGCGGGCATTGGGAAGAGGGATCGGCAA
GTCTCCACTGGGTATGCTTCGACTGATGCCACCTCAAACCCGAGCGATTC
AACATAGCGAAAGTGTGGGGGAGAAAAAGCGGAAACCTCTGCGCCGTGAC
CCGGAGAAGAGGCGGCAACAGAACATTCAAGCCCAACGCAGATACC
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0007623circadian rhythm
GO:0006355regulation of transcription, DNA-templated
Vocabulary: Molecular Function
TermDefinition
GO:0003700DNA-binding transcription factor activity
GO:0005524ATP binding
Relationships

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

Feature NameUnique NameSpeciesType
CBS51388_008719CBS51388_008719Aspergillus niger CBS 513.88gene


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

Feature NameUnique NameSpeciesType
CBS51388_008719-T1CBS51388_008719-T1-proteinAspergillus niger CBS 513.88polypeptide


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

Feature NameUnique NameSpeciesType
CBS51388_008719-T1.cdsCBS51388_008719-T1.cdsAspergillus niger CBS 513.88CDS


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

Feature NameUnique NameSpeciesType
CBS51388_008719-T1.exon4CBS51388_008719-T1.exon4Aspergillus niger CBS 513.88exon
CBS51388_008719-T1.exon3CBS51388_008719-T1.exon3Aspergillus niger CBS 513.88exon
CBS51388_008719-T1.exon2CBS51388_008719-T1.exon2Aspergillus niger CBS 513.88exon
CBS51388_008719-T1.exon1CBS51388_008719-T1.exon1Aspergillus niger CBS 513.88exon


Properties
Property NameValue
NoteantiSMASH:Cluster_14.2
NoteantiSMASH:Cluster_14.1
DBxrefInterPro:IPR027417
DBxrefInterPro:IPR020844
DBxrefInterPro:IPR004827
DBxrefInterPro:IPR021833
DBxrefInterPro:IPR003959
DBxrefInterPro:IPR003593
DBxrefPFAM:PF11905
DBxrefPFAM:PF00004
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
An14supercontigAn14:473325..477479 -
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