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CBS51388_000916-T1, CBS51388_000916-T1 (mRNA) Aspergillus niger CBS 513.88

Overview
NameCBS51388_000916-T1
Unique NameCBS51388_000916-T1
TypemRNA
OrganismAspergillus niger CBS 513.88
Sequences
The following sequences are available for this feature:

mRNA from alignment at An01:2697125..2699277+

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>CBS51388_000916-T1 ID=CBS51388_000916-T1|Name=CBS51388_000916-T1|organism=Aspergillus niger CBS 513.88|type=mRNA|length=2153bp|location=Sequence derived from alignment at An01:2697125..2699277+ (Aspergillus niger CBS 513.88)
ATGTATAGTGGTACCAGCCTTTTCGCGACGCTTGTTCTAGCAGCCAGCGG
CGTGGCCAGCGCCCTCGACTGCAAATGTGTAAGTTTTCAGACGAGTTATA
CATTCTTATTCTACTATATATGGTACACTAATCACCGCCATCATTATAAT
TACCCTGCAGTCCCCCTCCGACCCATGCTGGCCATCTACAGATCAATGGA
CCTCTCTCAACCAAACCGTATCCGGAAGACTTATCCGAGCGGTACCAGCA
GCATCCGTCTGCTATCCTAACGAGCCCAACTATAACCCAGCAGCTTGCAC
GTCTGTCCTGGGCAACTGGACCACATCAAAATTTCATGCCTCAGACCCAG
TCAGCGTCGATGACCCGGTCTGGTCCAACAACAGCTGCAATCCGATCTAC
CCTGATGGAACTAGCATCACAGGAAATGTGCATGCGGAGCAGGAAGGCTG
CAGTATTGGTAACTACCCGGTCTATGTGATCAATGCCACCGATGCTAGTC
ACATCCAGGCTGGGCTACAGTTTGCGAAGGAGTGGAATTTGCGACTGAAT
ATCAAAAATACCGGCCATGGGTCTGAGCGCAGTATTAATCATGGAAGTTT
GTCGTATGTTTCTCATTTCAGTCTTCGATACATACTAGAATCGTTGCTAA
CGGGTACATAGTATCTGGACCCATCACTTGAAGAAGATCCAATTTCACGA
GCACTTCCAGCCTGGCCAGTGCAGCAAGATCAACTCCACCGCGGAAACTG
CGAACCAGACGAGGACGATGGCTGCTACTCTCGGGGCTGGTGTGCAGGAC
GGTGAACTTTTTGCCGCACTCGCTAAACACAATGCCACGGCTGTCGGCGG
AACAAACATGGTAAGGAAGGAATTTTCTGGCAGAAATGAGGCAGAGCCCC
TGACAGAAAATCTAGGACGTCGGAGTCGTGGGCTGGGCGACCGGTGGTGG
CCATGGCCTGGCCACTGGCACATACGGCATGGGCGCAGACAACATCATCG
AAGCGGAGATAGTCACCCCAGCAGGCGACCTCGTCACCGCGAACGCTTGC
CAGCACGAGGACCTCTTCTGGGCTATTCGTGGAGGCGGAGGCGGCACCTA
CGGTGTGATTGTCTCGGTCACTGTCAAGGCGTACCCCATGCCTCTGGTAA
CCATGGTCAACCTTTCCCTTACCGCCAAGAACACAACCAGCGAGCATGAA
TGGTACCGACTCGTTGCGAAATCTCACAGTTACCTTGCTGAGCTTCAGGT
GAATGGTGCTCATGGTTACTACACCATGAGCAGCTCCCCGCAGCTAAATC
TGAATGGTGCTCTGCTGTTGTACAATGCGAAGAACGGCACTGCTGAGAGG
CTCGTCCGTCCTTTCCAGAATTTCTTGAAGACCCAAGAGACTATTGCGAG
CAGCACGGTTGCGCCAATGATGACGCTGCCTTTTTATGATGTCGTGCAGA
TGATGCCTGCCATTGAAACGGTCGGCAAGACGCAAGGTGTTCGGGCATCA
CGGTTCATCCCACGCCGGGCTGTCAAGGAAGATGTTGAACTTCTAGCCGA
TACATTGGAGGCCATCATGTCTCGCAAGGATCATATTGATGTAAGTAACC
CTCTTATGACCCTGTCCCGTGCCCACCATAGAAAACGTTTTCTAATGAAA
CAATATTGGATGCAGGGCGTATCCGCTCCTTCAATCTCCGGCACCATGAC
TGGCAGTTCCACCCCAGTCGACAACGCTCTGAACACGGCTTGGAGAGATT
CAGTCGTACACCTGATCGTCCAACAAACCTGGAATGAATCCCTTCCGTCA
GCCTTGGCCGAACAAACCATCTACAATATGACGTACGGCAGGGGGTATGC
CCTTCGGCAATTGGCCCCTGATACTGGATGCTATTTCAACGAGGTAGGCA
AGATTCCAAAAATCAAAGTAAAGGGATATACACGGACTAAGTTTGACATA
TGGGGCTAACGTATTCATTGTTGTTGTTATAGGCAAACCCATTCGAGCCA
GAGTGGCAGACTTCGTTCTTCGGATCGCATTATCCTCGACTCCATGCGAT
CAAGAGCACATATGATCCCGAGGGCTTGCTTTGGTGTCGTCATTGTGTTG
GTAGTGAGGCATGGAAGGAGCAGGTGGATGGGAGGTTGTGTCGGGCGTTC
TAA
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Coding sequence (CDS) from alignment at An01:2697125..2699277+

>CBS51388_000916-T1 ID=CBS51388_000916-T1|Name=CBS51388_000916-T1|organism=Aspergillus niger CBS 513.88|type=CDS|length=10764bp|location=Sequence derived from alignment at An01:2697125..2699277+ (Aspergillus niger CBS 513.88)
ATGTATAGTGGTACCAGCCTTTTCGCGACGCTTGTTCTAGCAGCCAGCGG
CGTGGCCAGCGCCCTCGACTGCAAATGTTCCCCCTCCGACCCATGCTGGC
CATCTACAGATCAATGGACCTCTCTCAACCAAACCGTATCCGGAAGACTT
ATCCGAGCGGTACCAGCAGCATCCGTCTGCTATCCTAACGAGCCCAACTA
TAACCCAGCAGCTTGCACGTCTGTCCTGGGCAACTGGACCACATCAAAAT
TTCATGCCTCAGACCCAGTCAGCGTCGATGACCCGGTCTGGTCCAACAAC
AGCTGCAATCCGATCTACCCTGATGGAACTAGCATCACAGGAAATGTGCA
TGCGGAGCAGGAAGGCTGCAGTATTGGTAACTACCCGGTCTATGTGATCA
ATGCCACCGATGCTAGTCACATCCAGGCTGGGCTACAGTTTGCGAAGGAG
TGGAATTTGCGACTGAATATCAAAAATACCGGCCATGGGTCTGAGCGCAG
TATTAATCATGGAAGTTTGTCTATCTGGACCCATCACTTGAAGAAGATCC
AATTTCACGAGCACTTCCAGCCTGGCCAGTGCAGCAAGATCAACTCCACC
GCGGAAACTGCGAACCAGACGAGGACGATGGCTGCTACTCTCGGGGCTGG
TGTGCAGGACGGTGAACTTTTTGCCGCACTCGCTAAACACAATGCCACGG
CTGTCGGCGGAACAAACATGGACGTCGGAGTCGTGGGCTGGGCGACCGGT
GGTGGCCATGGCCTGGCCACTGGCACATACGGCATGGGCGCAGACAACAT
CATCGAAGCGGAGATAGTCACCCCAGCAGGCGACCTCGTCACCGCGAACG
CTTGCCAGCACGAGGACCTCTTCTGGGCTATTCGTGGAGGCGGAGGCGGC
ACCTACGGTGTGATTGTCTCGGTCACTGTCAAGGCGTACCCCATGCCTCT
GGTAACCATGGTCAACCTTTCCCTTACCGCCAAGAACACAACCAGCGAGC
ATGAATGGTACCGACTCGTTGCGAAATCTCACAGTTACCTTGCTGAGCTT
CAGGTGAATGGTGCTCATGGTTACTACACCATGAGCAGCTCCCCGCAGCT
AAATCTGAATGGTGCTCTGCTGTTGTACAATGCGAAGAACGGCACTGCTG
AGAGGCTCGTCCGTCCTTTCCAGAATTTCTTGAAGACCCAAGAGACTATT
GCGAGCAGCACGGTTGCGCCAATGATGACGCTGCCTTTTTATGATGTCGT
GCAGATGATGCCTGCCATTGAAACGGTCGGCAAGACGCAAGGTGTTCGGG
CATCACGGTTCATCCCACGCCGGGCTGTCAAGGAAGATGTTGAACTTCTA
GCCGATACATTGGAGGCCATCATGTCTCGCAAGGATCATATTGATGGCGT
ATCCGCTCCTTCAATCTCCGGCACCATGACTGGCAGTTCCACCCCAGTCG
ACAACGCTCTGAACACGGCTTGGAGAGATTCAGTCGTACACCTGATCGTC
CAACAAACCTGGAATGAATCCCTTCCGTCAGCCTTGGCCGAACAAACCAT
CTACAATATGACGTACGGCAGGGGGTATGCCCTTCGGCAATTGGCCCCTG
ATACTGGATGCTATTTCAACGAGGCAAACCCATTCGAGCCAGAGTGGCAG
ACTTCGTTCTTCGGATCGCATTATCCTCGACTCCATGCGATCAAGAGCAC
ATATGATCCCGAGGGCTTGCTTTGGTGTCGTCATTGTGTTGGTAGTGAGG
CATGGAAGGAGCAGGTGGATGGGAGGTTGTGTCGGGCGTTCTAAATGTAT
AGTGGTACCAGCCTTTTCGCGACGCTTGTTCTAGCAGCCAGCGGCGTGGC
CAGCGCCCTCGACTGCAAATGTTCCCCCTCCGACCCATGCTGGCCATCTA
CAGATCAATGGACCTCTCTCAACCAAACCGTATCCGGAAGACTTATCCGA
GCGGTACCAGCAGCATCCGTCTGCTATCCTAACGAGCCCAACTATAACCC
AGCAGCTTGCACGTCTGTCCTGGGCAACTGGACCACATCAAAATTTCATG
CCTCAGACCCAGTCAGCGTCGATGACCCGGTCTGGTCCAACAACAGCTGC
AATCCGATCTACCCTGATGGAACTAGCATCACAGGAAATGTGCATGCGGA
GCAGGAAGGCTGCAGTATTGGTAACTACCCGGTCTATGTGATCAATGCCA
CCGATGCTAGTCACATCCAGGCTGGGCTACAGTTTGCGAAGGAGTGGAAT
TTGCGACTGAATATCAAAAATACCGGCCATGGGTCTGAGCGCAGTATTAA
TCATGGAAGTTTGTCTATCTGGACCCATCACTTGAAGAAGATCCAATTTC
ACGAGCACTTCCAGCCTGGCCAGTGCAGCAAGATCAACTCCACCGCGGAA
ACTGCGAACCAGACGAGGACGATGGCTGCTACTCTCGGGGCTGGTGTGCA
GGACGGTGAACTTTTTGCCGCACTCGCTAAACACAATGCCACGGCTGTCG
GCGGAACAAACATGGACGTCGGAGTCGTGGGCTGGGCGACCGGTGGTGGC
CATGGCCTGGCCACTGGCACATACGGCATGGGCGCAGACAACATCATCGA
AGCGGAGATAGTCACCCCAGCAGGCGACCTCGTCACCGCGAACGCTTGCC
AGCACGAGGACCTCTTCTGGGCTATTCGTGGAGGCGGAGGCGGCACCTAC
GGTGTGATTGTCTCGGTCACTGTCAAGGCGTACCCCATGCCTCTGGTAAC
CATGGTCAACCTTTCCCTTACCGCCAAGAACACAACCAGCGAGCATGAAT
GGTACCGACTCGTTGCGAAATCTCACAGTTACCTTGCTGAGCTTCAGGTG
AATGGTGCTCATGGTTACTACACCATGAGCAGCTCCCCGCAGCTAAATCT
GAATGGTGCTCTGCTGTTGTACAATGCGAAGAACGGCACTGCTGAGAGGC
TCGTCCGTCCTTTCCAGAATTTCTTGAAGACCCAAGAGACTATTGCGAGC
AGCACGGTTGCGCCAATGATGACGCTGCCTTTTTATGATGTCGTGCAGAT
GATGCCTGCCATTGAAACGGTCGGCAAGACGCAAGGTGTTCGGGCATCAC
GGTTCATCCCACGCCGGGCTGTCAAGGAAGATGTTGAACTTCTAGCCGAT
ACATTGGAGGCCATCATGTCTCGCAAGGATCATATTGATGGCGTATCCGC
TCCTTCAATCTCCGGCACCATGACTGGCAGTTCCACCCCAGTCGACAACG
CTCTGAACACGGCTTGGAGAGATTCAGTCGTACACCTGATCGTCCAACAA
ACCTGGAATGAATCCCTTCCGTCAGCCTTGGCCGAACAAACCATCTACAA
TATGACGTACGGCAGGGGGTATGCCCTTCGGCAATTGGCCCCTGATACTG
GATGCTATTTCAACGAGGCAAACCCATTCGAGCCAGAGTGGCAGACTTCG
TTCTTCGGATCGCATTATCCTCGACTCCATGCGATCAAGAGCACATATGA
TCCCGAGGGCTTGCTTTGGTGTCGTCATTGTGTTGGTAGTGAGGCATGGA
AGGAGCAGGTGGATGGGAGGTTGTGTCGGGCGTTCTAAATGTATAGTGGT
ACCAGCCTTTTCGCGACGCTTGTTCTAGCAGCCAGCGGCGTGGCCAGCGC
CCTCGACTGCAAATGTTCCCCCTCCGACCCATGCTGGCCATCTACAGATC
AATGGACCTCTCTCAACCAAACCGTATCCGGAAGACTTATCCGAGCGGTA
CCAGCAGCATCCGTCTGCTATCCTAACGAGCCCAACTATAACCCAGCAGC
TTGCACGTCTGTCCTGGGCAACTGGACCACATCAAAATTTCATGCCTCAG
ACCCAGTCAGCGTCGATGACCCGGTCTGGTCCAACAACAGCTGCAATCCG
ATCTACCCTGATGGAACTAGCATCACAGGAAATGTGCATGCGGAGCAGGA
AGGCTGCAGTATTGGTAACTACCCGGTCTATGTGATCAATGCCACCGATG
CTAGTCACATCCAGGCTGGGCTACAGTTTGCGAAGGAGTGGAATTTGCGA
CTGAATATCAAAAATACCGGCCATGGGTCTGAGCGCAGTATTAATCATGG
AAGTTTGTCTATCTGGACCCATCACTTGAAGAAGATCCAATTTCACGAGC
ACTTCCAGCCTGGCCAGTGCAGCAAGATCAACTCCACCGCGGAAACTGCG
AACCAGACGAGGACGATGGCTGCTACTCTCGGGGCTGGTGTGCAGGACGG
TGAACTTTTTGCCGCACTCGCTAAACACAATGCCACGGCTGTCGGCGGAA
CAAACATGGACGTCGGAGTCGTGGGCTGGGCGACCGGTGGTGGCCATGGC
CTGGCCACTGGCACATACGGCATGGGCGCAGACAACATCATCGAAGCGGA
GATAGTCACCCCAGCAGGCGACCTCGTCACCGCGAACGCTTGCCAGCACG
AGGACCTCTTCTGGGCTATTCGTGGAGGCGGAGGCGGCACCTACGGTGTG
ATTGTCTCGGTCACTGTCAAGGCGTACCCCATGCCTCTGGTAACCATGGT
CAACCTTTCCCTTACCGCCAAGAACACAACCAGCGAGCATGAATGGTACC
GACTCGTTGCGAAATCTCACAGTTACCTTGCTGAGCTTCAGGTGAATGGT
GCTCATGGTTACTACACCATGAGCAGCTCCCCGCAGCTAAATCTGAATGG
TGCTCTGCTGTTGTACAATGCGAAGAACGGCACTGCTGAGAGGCTCGTCC
GTCCTTTCCAGAATTTCTTGAAGACCCAAGAGACTATTGCGAGCAGCACG
GTTGCGCCAATGATGACGCTGCCTTTTTATGATGTCGTGCAGATGATGCC
TGCCATTGAAACGGTCGGCAAGACGCAAGGTGTTCGGGCATCACGGTTCA
TCCCACGCCGGGCTGTCAAGGAAGATGTTGAACTTCTAGCCGATACATTG
GAGGCCATCATGTCTCGCAAGGATCATATTGATGGCGTATCCGCTCCTTC
AATCTCCGGCACCATGACTGGCAGTTCCACCCCAGTCGACAACGCTCTGA
ACACGGCTTGGAGAGATTCAGTCGTACACCTGATCGTCCAACAAACCTGG
AATGAATCCCTTCCGTCAGCCTTGGCCGAACAAACCATCTACAATATGAC
GTACGGCAGGGGGTATGCCCTTCGGCAATTGGCCCCTGATACTGGATGCT
ATTTCAACGAGGCAAACCCATTCGAGCCAGAGTGGCAGACTTCGTTCTTC
GGATCGCATTATCCTCGACTCCATGCGATCAAGAGCACATATGATCCCGA
GGGCTTGCTTTGGTGTCGTCATTGTGTTGGTAGTGAGGCATGGAAGGAGC
AGGTGGATGGGAGGTTGTGTCGGGCGTTCTAAATGTATAGTGGTACCAGC
CTTTTCGCGACGCTTGTTCTAGCAGCCAGCGGCGTGGCCAGCGCCCTCGA
CTGCAAATGTTCCCCCTCCGACCCATGCTGGCCATCTACAGATCAATGGA
CCTCTCTCAACCAAACCGTATCCGGAAGACTTATCCGAGCGGTACCAGCA
GCATCCGTCTGCTATCCTAACGAGCCCAACTATAACCCAGCAGCTTGCAC
GTCTGTCCTGGGCAACTGGACCACATCAAAATTTCATGCCTCAGACCCAG
TCAGCGTCGATGACCCGGTCTGGTCCAACAACAGCTGCAATCCGATCTAC
CCTGATGGAACTAGCATCACAGGAAATGTGCATGCGGAGCAGGAAGGCTG
CAGTATTGGTAACTACCCGGTCTATGTGATCAATGCCACCGATGCTAGTC
ACATCCAGGCTGGGCTACAGTTTGCGAAGGAGTGGAATTTGCGACTGAAT
ATCAAAAATACCGGCCATGGGTCTGAGCGCAGTATTAATCATGGAAGTTT
GTCTATCTGGACCCATCACTTGAAGAAGATCCAATTTCACGAGCACTTCC
AGCCTGGCCAGTGCAGCAAGATCAACTCCACCGCGGAAACTGCGAACCAG
ACGAGGACGATGGCTGCTACTCTCGGGGCTGGTGTGCAGGACGGTGAACT
TTTTGCCGCACTCGCTAAACACAATGCCACGGCTGTCGGCGGAACAAACA
TGGACGTCGGAGTCGTGGGCTGGGCGACCGGTGGTGGCCATGGCCTGGCC
ACTGGCACATACGGCATGGGCGCAGACAACATCATCGAAGCGGAGATAGT
CACCCCAGCAGGCGACCTCGTCACCGCGAACGCTTGCCAGCACGAGGACC
TCTTCTGGGCTATTCGTGGAGGCGGAGGCGGCACCTACGGTGTGATTGTC
TCGGTCACTGTCAAGGCGTACCCCATGCCTCTGGTAACCATGGTCAACCT
TTCCCTTACCGCCAAGAACACAACCAGCGAGCATGAATGGTACCGACTCG
TTGCGAAATCTCACAGTTACCTTGCTGAGCTTCAGGTGAATGGTGCTCAT
GGTTACTACACCATGAGCAGCTCCCCGCAGCTAAATCTGAATGGTGCTCT
GCTGTTGTACAATGCGAAGAACGGCACTGCTGAGAGGCTCGTCCGTCCTT
TCCAGAATTTCTTGAAGACCCAAGAGACTATTGCGAGCAGCACGGTTGCG
CCAATGATGACGCTGCCTTTTTATGATGTCGTGCAGATGATGCCTGCCAT
TGAAACGGTCGGCAAGACGCAAGGTGTTCGGGCATCACGGTTCATCCCAC
GCCGGGCTGTCAAGGAAGATGTTGAACTTCTAGCCGATACATTGGAGGCC
ATCATGTCTCGCAAGGATCATATTGATGGCGTATCCGCTCCTTCAATCTC
CGGCACCATGACTGGCAGTTCCACCCCAGTCGACAACGCTCTGAACACGG
CTTGGAGAGATTCAGTCGTACACCTGATCGTCCAACAAACCTGGAATGAA
TCCCTTCCGTCAGCCTTGGCCGAACAAACCATCTACAATATGACGTACGG
CAGGGGGTATGCCCTTCGGCAATTGGCCCCTGATACTGGATGCTATTTCA
ACGAGGCAAACCCATTCGAGCCAGAGTGGCAGACTTCGTTCTTCGGATCG
CATTATCCTCGACTCCATGCGATCAAGAGCACATATGATCCCGAGGGCTT
GCTTTGGTGTCGTCATTGTGTTGGTAGTGAGGCATGGAAGGAGCAGGTGG
ATGGGAGGTTGTGTCGGGCGTTCTAAATGTATAGTGGTACCAGCCTTTTC
GCGACGCTTGTTCTAGCAGCCAGCGGCGTGGCCAGCGCCCTCGACTGCAA
ATGTTCCCCCTCCGACCCATGCTGGCCATCTACAGATCAATGGACCTCTC
TCAACCAAACCGTATCCGGAAGACTTATCCGAGCGGTACCAGCAGCATCC
GTCTGCTATCCTAACGAGCCCAACTATAACCCAGCAGCTTGCACGTCTGT
CCTGGGCAACTGGACCACATCAAAATTTCATGCCTCAGACCCAGTCAGCG
TCGATGACCCGGTCTGGTCCAACAACAGCTGCAATCCGATCTACCCTGAT
GGAACTAGCATCACAGGAAATGTGCATGCGGAGCAGGAAGGCTGCAGTAT
TGGTAACTACCCGGTCTATGTGATCAATGCCACCGATGCTAGTCACATCC
AGGCTGGGCTACAGTTTGCGAAGGAGTGGAATTTGCGACTGAATATCAAA
AATACCGGCCATGGGTCTGAGCGCAGTATTAATCATGGAAGTTTGTCTAT
CTGGACCCATCACTTGAAGAAGATCCAATTTCACGAGCACTTCCAGCCTG
GCCAGTGCAGCAAGATCAACTCCACCGCGGAAACTGCGAACCAGACGAGG
ACGATGGCTGCTACTCTCGGGGCTGGTGTGCAGGACGGTGAACTTTTTGC
CGCACTCGCTAAACACAATGCCACGGCTGTCGGCGGAACAAACATGGACG
TCGGAGTCGTGGGCTGGGCGACCGGTGGTGGCCATGGCCTGGCCACTGGC
ACATACGGCATGGGCGCAGACAACATCATCGAAGCGGAGATAGTCACCCC
AGCAGGCGACCTCGTCACCGCGAACGCTTGCCAGCACGAGGACCTCTTCT
GGGCTATTCGTGGAGGCGGAGGCGGCACCTACGGTGTGATTGTCTCGGTC
ACTGTCAAGGCGTACCCCATGCCTCTGGTAACCATGGTCAACCTTTCCCT
TACCGCCAAGAACACAACCAGCGAGCATGAATGGTACCGACTCGTTGCGA
AATCTCACAGTTACCTTGCTGAGCTTCAGGTGAATGGTGCTCATGGTTAC
TACACCATGAGCAGCTCCCCGCAGCTAAATCTGAATGGTGCTCTGCTGTT
GTACAATGCGAAGAACGGCACTGCTGAGAGGCTCGTCCGTCCTTTCCAGA
ATTTCTTGAAGACCCAAGAGACTATTGCGAGCAGCACGGTTGCGCCAATG
ATGACGCTGCCTTTTTATGATGTCGTGCAGATGATGCCTGCCATTGAAAC
GGTCGGCAAGACGCAAGGTGTTCGGGCATCACGGTTCATCCCACGCCGGG
CTGTCAAGGAAGATGTTGAACTTCTAGCCGATACATTGGAGGCCATCATG
TCTCGCAAGGATCATATTGATGGCGTATCCGCTCCTTCAATCTCCGGCAC
CATGACTGGCAGTTCCACCCCAGTCGACAACGCTCTGAACACGGCTTGGA
GAGATTCAGTCGTACACCTGATCGTCCAACAAACCTGGAATGAATCCCTT
CCGTCAGCCTTGGCCGAACAAACCATCTACAATATGACGTACGGCAGGGG
GTATGCCCTTCGGCAATTGGCCCCTGATACTGGATGCTATTTCAACGAGG
CAAACCCATTCGAGCCAGAGTGGCAGACTTCGTTCTTCGGATCGCATTAT
CCTCGACTCCATGCGATCAAGAGCACATATGATCCCGAGGGCTTGCTTTG
GTGTCGTCATTGTGTTGGTAGTGAGGCATGGAAGGAGCAGGTGGATGGGA
GGTTGTGTCGGGCGTTCTAAATGTATAGTGGTACCAGCCTTTTCGCGACG
CTTGTTCTAGCAGCCAGCGGCGTGGCCAGCGCCCTCGACTGCAAATGTTC
CCCCTCCGACCCATGCTGGCCATCTACAGATCAATGGACCTCTCTCAACC
AAACCGTATCCGGAAGACTTATCCGAGCGGTACCAGCAGCATCCGTCTGC
TATCCTAACGAGCCCAACTATAACCCAGCAGCTTGCACGTCTGTCCTGGG
CAACTGGACCACATCAAAATTTCATGCCTCAGACCCAGTCAGCGTCGATG
ACCCGGTCTGGTCCAACAACAGCTGCAATCCGATCTACCCTGATGGAACT
AGCATCACAGGAAATGTGCATGCGGAGCAGGAAGGCTGCAGTATTGGTAA
CTACCCGGTCTATGTGATCAATGCCACCGATGCTAGTCACATCCAGGCTG
GGCTACAGTTTGCGAAGGAGTGGAATTTGCGACTGAATATCAAAAATACC
GGCCATGGGTCTGAGCGCAGTATTAATCATGGAAGTTTGTCTATCTGGAC
CCATCACTTGAAGAAGATCCAATTTCACGAGCACTTCCAGCCTGGCCAGT
GCAGCAAGATCAACTCCACCGCGGAAACTGCGAACCAGACGAGGACGATG
GCTGCTACTCTCGGGGCTGGTGTGCAGGACGGTGAACTTTTTGCCGCACT
CGCTAAACACAATGCCACGGCTGTCGGCGGAACAAACATGGACGTCGGAG
TCGTGGGCTGGGCGACCGGTGGTGGCCATGGCCTGGCCACTGGCACATAC
GGCATGGGCGCAGACAACATCATCGAAGCGGAGATAGTCACCCCAGCAGG
CGACCTCGTCACCGCGAACGCTTGCCAGCACGAGGACCTCTTCTGGGCTA
TTCGTGGAGGCGGAGGCGGCACCTACGGTGTGATTGTCTCGGTCACTGTC
AAGGCGTACCCCATGCCTCTGGTAACCATGGTCAACCTTTCCCTTACCGC
CAAGAACACAACCAGCGAGCATGAATGGTACCGACTCGTTGCGAAATCTC
ACAGTTACCTTGCTGAGCTTCAGGTGAATGGTGCTCATGGTTACTACACC
ATGAGCAGCTCCCCGCAGCTAAATCTGAATGGTGCTCTGCTGTTGTACAA
TGCGAAGAACGGCACTGCTGAGAGGCTCGTCCGTCCTTTCCAGAATTTCT
TGAAGACCCAAGAGACTATTGCGAGCAGCACGGTTGCGCCAATGATGACG
CTGCCTTTTTATGATGTCGTGCAGATGATGCCTGCCATTGAAACGGTCGG
CAAGACGCAAGGTGTTCGGGCATCACGGTTCATCCCACGCCGGGCTGTCA
AGGAAGATGTTGAACTTCTAGCCGATACATTGGAGGCCATCATGTCTCGC
AAGGATCATATTGATGGCGTATCCGCTCCTTCAATCTCCGGCACCATGAC
TGGCAGTTCCACCCCAGTCGACAACGCTCTGAACACGGCTTGGAGAGATT
CAGTCGTACACCTGATCGTCCAACAAACCTGGAATGAATCCCTTCCGTCA
GCCTTGGCCGAACAAACCATCTACAATATGACGTACGGCAGGGGGTATGC
CCTTCGGCAATTGGCCCCTGATACTGGATGCTATTTCAACGAGGCAAACC
CATTCGAGCCAGAGTGGCAGACTTCGTTCTTCGGATCGCATTATCCTCGA
CTCCATGCGATCAAGAGCACATATGATCCCGAGGGCTTGCTTTGGTGTCG
TCATTGTGTTGGTAGTGAGGCATGGAAGGAGCAGGTGGATGGGAGGTTGT
GTCGGGCGTTCTAA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
TermDefinition
GO:0071949FAD binding
GO:0016491oxidoreductase activity
GO:0050660flavin adenine dinucleotide binding
Vocabulary: Biological Process
TermDefinition
GO:0055114oxidation-reduction process
Relationships

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

Feature NameUnique NameSpeciesType
CBS51388_000916CBS51388_000916Aspergillus niger CBS 513.88gene


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

Feature NameUnique NameSpeciesType
CBS51388_000916-T1CBS51388_000916-T1-proteinAspergillus niger CBS 513.88polypeptide


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

Feature NameUnique NameSpeciesType
CBS51388_000916-T1.exon1CBS51388_000916-T1.exon1Aspergillus niger CBS 513.88exon
CBS51388_000916-T1.exon2CBS51388_000916-T1.exon2Aspergillus niger CBS 513.88exon
CBS51388_000916-T1.exon3CBS51388_000916-T1.exon3Aspergillus niger CBS 513.88exon
CBS51388_000916-T1.exon4CBS51388_000916-T1.exon4Aspergillus niger CBS 513.88exon
CBS51388_000916-T1.exon5CBS51388_000916-T1.exon5Aspergillus niger CBS 513.88exon
CBS51388_000916-T1.exon6CBS51388_000916-T1.exon6Aspergillus niger CBS 513.88exon


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

Feature NameUnique NameSpeciesType
CBS51388_000916-T1.cdsCBS51388_000916-T1.cdsAspergillus niger CBS 513.88CDS


Properties
Property NameValue
NoteSECRETED:SignalP(1-21)
NoteCAZy:AA7
DBxrefInterPro:IPR036318
DBxrefInterPro:IPR016166
DBxrefInterPro:IPR012951
DBxrefInterPro:IPR006094
DBxrefPFAM:PF01565
DBxrefPFAM:PF08031
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
An01supercontigAn01:2697125..2699277 +
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