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CBS51388_005039-T1, CBS51388_005039-T1 (mRNA) Aspergillus niger CBS 513.88

Overview
NameCBS51388_005039-T1
Unique NameCBS51388_005039-T1
TypemRNA
OrganismAspergillus niger CBS 513.88
Sequences
The following sequences are available for this feature:

mRNA from alignment at An08:269465..271602-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>CBS51388_005039-T1 ID=CBS51388_005039-T1|Name=CBS51388_005039-T1|organism=Aspergillus niger CBS 513.88|type=mRNA|length=2138bp|location=Sequence derived from alignment at An08:269465..271602- (Aspergillus niger CBS 513.88)
ATGGGTCCACCGTATGTTCCACCGTTGTCGCACTTGAGGGAATGATGTGA
CTAATATATCAACAGGGTGAGCGGAACACCGCTTTCATGGCAAGAGCTTC
AACAAGTTGCACCTATTGCTCGTCAAGGAGCCGTGGAGGTAAGTGCTTCC
TCCCTTCTCGACGCATGTCGCTAACGGAGAAAGCAATTGCTATCTCTATG
GAAGAGGCAGAAAGATAGAAGCGATTTGGAGCCACTTTGGGGTGACGAGG
TTTGACATCACTTGCTGTAGTTGTATTGCCGGAGATGCTGACTCGACAGA
TTGAATATACCCTGGTCAGCCTCGATGCGGACAGATCGCGAGCAACACTG
CTTCTTAACCAAGAAGATATTCTACGAAAAGAGGAGAGCCAATGCTCTAG
TGCTGAAGAGGTGTAAGTATTTAGTAAGCATTCAAAGACAGGATACTGAG
ACATGGTAGTGAACCCTGGAACGAAGTTAAGTTACAGGCGGAATGGGCTC
GACATATGGTAGAAGCAACTCCAGGAGAGCCATACGGGGGAGATGTCATG
GATTTACTCAGGGTTGAAGGCAACATGAAGCGACGGTATGTTGTTCTCTC
TGCAAGTAGGCCTATTATTGACTTCTTTAGACGGAAATTGATCGGACAAT
TCCTATCGCCCGACCAACACCCTGTACCATTATGTGTATTCCCCGGCCTA
GGTGAAAAGGGACAGTTTACACTCCCAGAAAGTCCGGATGAATCCTCTCT
TGAACAAATCTGCTGTCCCATACCACGCTATATAATGATGACGCAGAACT
TGCTGGCACGCCGACAACGGCGTGTTGAGAGCTACATTCCAGTCTTCCGG
GATGAGCAGACAGAAACACCTTTTCATGACAATTCTGTGTCATTTGAATA
CCCCGCAGAACATCCCCCGGGTAATGGGAAGGAGGGTCATGTACATCTGG
ATGGGATTGGTCTCGGGGTCGGGAATTGCTGCATTCAAGTTACGTTCCAG
GCTCCTAATGAGATTGAAGCCCGATGGTTGCATGACCAAATGATTGCATT
GGGGCCGGTTATGCTAGCACTTACCGCTGCGACGCCGATATACAAGGGCT
ACCTGGTAGATACAGAAGTGCGCTGGGGCCGAACCTCTGAATGCTTTGAC
GATCGCACACCGGAAGAATTAGCCACCACGGTATTATGCACACACACCCT
ATAGTTTCTTGGCTTAACTAACTCATGCAATGTAGCCACCACGTTATTCT
TGGAACCGCACATACATCTCGCAAGAGAAGCCAGCCAATATGGAAAGCAA
ATACCCGCTGACTCCTATGAACGAGTCGGTTAAACAACGCTTACTAGATG
GCGGCATGGATGAACCTTTGGCGATGCATTATGCCACAATTCTCTCACGG
GACCCAATTGTGCTCAACCGAACAGACTTGGAAAACTTTGACCTAAATGG
TACGGGCATATTTGATGTCTACTACAGCACTGTATGGCAACACGTCCGAC
TCAAAATCCCCTTAACCGACGACGGACCCGGCTGGCGGGTGGAGTTCCGG
CCGATGGAAGTACAGTTGACCGATTTCGACAACGCTGCTTTTGCAATTTT
TATGTACCTTCTCTCTCGAGCCATAACTGACCTTCACCTGAACTTTTACG
TGCCTATCGACCAATTGGGAGATTCCATGGAACGTGCGCAGAAGCGTAAT
GCTGCCCTCGAAGAGCGCTTCTGGTTCCGTCGGACCGGATGGTCATCCGC
AGAGCAGTGCGAGCGTCCACAGCGTCAGCGAAGAGGCTGTGTCAACTGCT
GTTCAAAGTCGACTGCACATGCATCACCATCATGTGCTCTCCTTACCGCG
GATGAGATCATCAATGGCGAGGATCCAAAGGACCCCTCCAGCTTCCCTGG
ACTGGTGAACATCGTGCGCGCTTATCTTCAGTACAATAACACGCCTGTGA
TGGAGCAAAAGAAGATCATGCCCTACCTGGATGTGATCAGTAAGCGAGCA
AGCGGGGAGCTTCCGACCCCAGCTCAATGGATGCGCTCGTTCGTTACCGG
ACACGAGGAGTACCAGCGAGACAGCTACGTGAATGAGAAGATCCGTTATG
ACCTGATCCAGGAGATTGTTCGGATGGAAGATTCATGA
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Coding sequence (CDS) from alignment at An08:269465..271602-

>CBS51388_005039-T1 ID=CBS51388_005039-T1|Name=CBS51388_005039-T1|organism=Aspergillus niger CBS 513.88|type=CDS|length=12747bp|location=Sequence derived from alignment at An08:269465..271602- (Aspergillus niger CBS 513.88)
CCACCACGTTATTCTTGGAACCGCACATACATCTCGCAAGAGAAGCCAGC
CAATATGGAAAGCAAATACCCGCTGACTCCTATGAACGAGTCGGTTAAAC
AACGCTTACTAGATGGCGGCATGGATGAACCTTTGGCGATGCATTATGCC
ACAATTCTCTCACGGGACCCAATTGTGCTCAACCGAACAGACTTGGAAAA
CTTTGACCTAAATGGTACGGGCATATTTGATGTCTACTACAGCACTGTAT
GGCAACACGTCCGACTCAAAATCCCCTTAACCGACGACGGACCCGGCTGG
CGGGTGGAGTTCCGGCCGATGGAAGTACAGTTGACCGATTTCGACAACGC
TGCTTTTGCAATTTTTATGTACCTTCTCTCTCGAGCCATAACTGACCTTC
ACCTGAACTTTTACGTGCCTATCGACCAATTGGGAGATTCCATGGAACGT
GCGCAGAAGCGTAATGCTGCCCTCGAAGAGCGCTTCTGGTTCCGTCGGAC
CGGATGGTCATCCGCAGAGCAGTGCGAGCGTCCACAGCGTCAGCGAAGAG
GCTGTGTCAACTGCTGTTCAAAGTCGACTGCACATGCATCACCATCATGT
GCTCTCCTTACCGCGGATGAGATCATCAATGGCGAGGATCCAAAGGACCC
CTCCAGCTTCCCTGGACTGGTGAACATCGTGCGCGCTTATCTTCAGTACA
ATAACACGCCTGTGATGGAGCAAAAGAAGATCATGCCCTACCTGGATGTG
ATCAGTAAGCGAGCAAGCGGGGAGCTTCCGACCCCAGCTCAATGGATGCG
CTCGTTCGTTACCGGACACGAGGAGTACCAGCGAGACAGCTACGTGAATG
AGAAGATCCGTTATGACCTGATCCAGGAGATTGTTCGGATGGAAGATTCA
TGAACGGAAATTGATCGGACAATTCCTATCGCCCGACCAACACCCTGTAC
CATTATGTGTATTCCCCGGCCTAGGTGAAAAGGGACAGTTTACACTCCCA
GAAAGTCCGGATGAATCCTCTCTTGAACAAATCTGCTGTCCCATACCACG
CTATATAATGATGACGCAGAACTTGCTGGCACGCCGACAACGGCGTGTTG
AGAGCTACATTCCAGTCTTCCGGGATGAGCAGACAGAAACACCTTTTCAT
GACAATTCTGTGTCATTTGAATACCCCGCAGAACATCCCCCGGGTAATGG
GAAGGAGGGTCATGTACATCTGGATGGGATTGGTCTCGGGGTCGGGAATT
GCTGCATTCAAGTTACGTTCCAGGCTCCTAATGAGATTGAAGCCCGATGG
TTGCATGACCAAATGATTGCATTGGGGCCGGTTATGCTAGCACTTACCGC
TGCGACGCCGATATACAAGGGCTACCTGGTAGATACAGAAGTGCGCTGGG
GCCGAACCTCTGAATGCTTTGACGATCGCACACCGGAAGAATTAGCCACC
ACGTGAACCCTGGAACGAAGTTAAGTTACAGGCGGAATGGGCTCGACATA
TGGTAGAAGCAACTCCAGGAGAGCCATACGGGGGAGATGTCATGGATTTA
CTCAGGGTTGAAGGCAACATGAAGCGACGATTGAATATACCCTGGTCAGC
CTCGATGCGGACAGATCGCGAGCAACACTGCTTCTTAACCAAGAAGATAT
TCTACGAAAAGAGGAGAGCCAATGCTCTAGTGCTGAAGAGGTAGGCAGAA
AGATAGAAGCGATTTGGAGCCACTTTGGGGTGACGAGGGTGAGCGGAACA
CCGCTTTCATGGCAAGAGCTTCAACAAGTTGCACCTATTGCTCGTCAAGG
AGCCGTGGAGATGGGTCCACCCCACCACGTTATTCTTGGAACCGCACATA
CATCTCGCAAGAGAAGCCAGCCAATATGGAAAGCAAATACCCGCTGACTC
CTATGAACGAGTCGGTTAAACAACGCTTACTAGATGGCGGCATGGATGAA
CCTTTGGCGATGCATTATGCCACAATTCTCTCACGGGACCCAATTGTGCT
CAACCGAACAGACTTGGAAAACTTTGACCTAAATGGTACGGGCATATTTG
ATGTCTACTACAGCACTGTATGGCAACACGTCCGACTCAAAATCCCCTTA
ACCGACGACGGACCCGGCTGGCGGGTGGAGTTCCGGCCGATGGAAGTACA
GTTGACCGATTTCGACAACGCTGCTTTTGCAATTTTTATGTACCTTCTCT
CTCGAGCCATAACTGACCTTCACCTGAACTTTTACGTGCCTATCGACCAA
TTGGGAGATTCCATGGAACGTGCGCAGAAGCGTAATGCTGCCCTCGAAGA
GCGCTTCTGGTTCCGTCGGACCGGATGGTCATCCGCAGAGCAGTGCGAGC
GTCCACAGCGTCAGCGAAGAGGCTGTGTCAACTGCTGTTCAAAGTCGACT
GCACATGCATCACCATCATGTGCTCTCCTTACCGCGGATGAGATCATCAA
TGGCGAGGATCCAAAGGACCCCTCCAGCTTCCCTGGACTGGTGAACATCG
TGCGCGCTTATCTTCAGTACAATAACACGCCTGTGATGGAGCAAAAGAAG
ATCATGCCCTACCTGGATGTGATCAGTAAGCGAGCAAGCGGGGAGCTTCC
GACCCCAGCTCAATGGATGCGCTCGTTCGTTACCGGACACGAGGAGTACC
AGCGAGACAGCTACGTGAATGAGAAGATCCGTTATGACCTGATCCAGGAG
ATTGTTCGGATGGAAGATTCATGAACGGAAATTGATCGGACAATTCCTAT
CGCCCGACCAACACCCTGTACCATTATGTGTATTCCCCGGCCTAGGTGAA
AAGGGACAGTTTACACTCCCAGAAAGTCCGGATGAATCCTCTCTTGAACA
AATCTGCTGTCCCATACCACGCTATATAATGATGACGCAGAACTTGCTGG
CACGCCGACAACGGCGTGTTGAGAGCTACATTCCAGTCTTCCGGGATGAG
CAGACAGAAACACCTTTTCATGACAATTCTGTGTCATTTGAATACCCCGC
AGAACATCCCCCGGGTAATGGGAAGGAGGGTCATGTACATCTGGATGGGA
TTGGTCTCGGGGTCGGGAATTGCTGCATTCAAGTTACGTTCCAGGCTCCT
AATGAGATTGAAGCCCGATGGTTGCATGACCAAATGATTGCATTGGGGCC
GGTTATGCTAGCACTTACCGCTGCGACGCCGATATACAAGGGCTACCTGG
TAGATACAGAAGTGCGCTGGGGCCGAACCTCTGAATGCTTTGACGATCGC
ACACCGGAAGAATTAGCCACCACGTGAACCCTGGAACGAAGTTAAGTTAC
AGGCGGAATGGGCTCGACATATGGTAGAAGCAACTCCAGGAGAGCCATAC
GGGGGAGATGTCATGGATTTACTCAGGGTTGAAGGCAACATGAAGCGACG
ATTGAATATACCCTGGTCAGCCTCGATGCGGACAGATCGCGAGCAACACT
GCTTCTTAACCAAGAAGATATTCTACGAAAAGAGGAGAGCCAATGCTCTA
GTGCTGAAGAGGTAGGCAGAAAGATAGAAGCGATTTGGAGCCACTTTGGG
GTGACGAGGGTGAGCGGAACACCGCTTTCATGGCAAGAGCTTCAACAAGT
TGCACCTATTGCTCGTCAAGGAGCCGTGGAGATGGGTCCACCCCACCACG
TTATTCTTGGAACCGCACATACATCTCGCAAGAGAAGCCAGCCAATATGG
AAAGCAAATACCCGCTGACTCCTATGAACGAGTCGGTTAAACAACGCTTA
CTAGATGGCGGCATGGATGAACCTTTGGCGATGCATTATGCCACAATTCT
CTCACGGGACCCAATTGTGCTCAACCGAACAGACTTGGAAAACTTTGACC
TAAATGGTACGGGCATATTTGATGTCTACTACAGCACTGTATGGCAACAC
GTCCGACTCAAAATCCCCTTAACCGACGACGGACCCGGCTGGCGGGTGGA
GTTCCGGCCGATGGAAGTACAGTTGACCGATTTCGACAACGCTGCTTTTG
CAATTTTTATGTACCTTCTCTCTCGAGCCATAACTGACCTTCACCTGAAC
TTTTACGTGCCTATCGACCAATTGGGAGATTCCATGGAACGTGCGCAGAA
GCGTAATGCTGCCCTCGAAGAGCGCTTCTGGTTCCGTCGGACCGGATGGT
CATCCGCAGAGCAGTGCGAGCGTCCACAGCGTCAGCGAAGAGGCTGTGTC
AACTGCTGTTCAAAGTCGACTGCACATGCATCACCATCATGTGCTCTCCT
TACCGCGGATGAGATCATCAATGGCGAGGATCCAAAGGACCCCTCCAGCT
TCCCTGGACTGGTGAACATCGTGCGCGCTTATCTTCAGTACAATAACACG
CCTGTGATGGAGCAAAAGAAGATCATGCCCTACCTGGATGTGATCAGTAA
GCGAGCAAGCGGGGAGCTTCCGACCCCAGCTCAATGGATGCGCTCGTTCG
TTACCGGACACGAGGAGTACCAGCGAGACAGCTACGTGAATGAGAAGATC
CGTTATGACCTGATCCAGGAGATTGTTCGGATGGAAGATTCATGAACGGA
AATTGATCGGACAATTCCTATCGCCCGACCAACACCCTGTACCATTATGT
GTATTCCCCGGCCTAGGTGAAAAGGGACAGTTTACACTCCCAGAAAGTCC
GGATGAATCCTCTCTTGAACAAATCTGCTGTCCCATACCACGCTATATAA
TGATGACGCAGAACTTGCTGGCACGCCGACAACGGCGTGTTGAGAGCTAC
ATTCCAGTCTTCCGGGATGAGCAGACAGAAACACCTTTTCATGACAATTC
TGTGTCATTTGAATACCCCGCAGAACATCCCCCGGGTAATGGGAAGGAGG
GTCATGTACATCTGGATGGGATTGGTCTCGGGGTCGGGAATTGCTGCATT
CAAGTTACGTTCCAGGCTCCTAATGAGATTGAAGCCCGATGGTTGCATGA
CCAAATGATTGCATTGGGGCCGGTTATGCTAGCACTTACCGCTGCGACGC
CGATATACAAGGGCTACCTGGTAGATACAGAAGTGCGCTGGGGCCGAACC
TCTGAATGCTTTGACGATCGCACACCGGAAGAATTAGCCACCACGTGAAC
CCTGGAACGAAGTTAAGTTACAGGCGGAATGGGCTCGACATATGGTAGAA
GCAACTCCAGGAGAGCCATACGGGGGAGATGTCATGGATTTACTCAGGGT
TGAAGGCAACATGAAGCGACGATTGAATATACCCTGGTCAGCCTCGATGC
GGACAGATCGCGAGCAACACTGCTTCTTAACCAAGAAGATATTCTACGAA
AAGAGGAGAGCCAATGCTCTAGTGCTGAAGAGGTAGGCAGAAAGATAGAA
GCGATTTGGAGCCACTTTGGGGTGACGAGGGTGAGCGGAACACCGCTTTC
ATGGCAAGAGCTTCAACAAGTTGCACCTATTGCTCGTCAAGGAGCCGTGG
AGATGGGTCCACCCCACCACGTTATTCTTGGAACCGCACATACATCTCGC
AAGAGAAGCCAGCCAATATGGAAAGCAAATACCCGCTGACTCCTATGAAC
GAGTCGGTTAAACAACGCTTACTAGATGGCGGCATGGATGAACCTTTGGC
GATGCATTATGCCACAATTCTCTCACGGGACCCAATTGTGCTCAACCGAA
CAGACTTGGAAAACTTTGACCTAAATGGTACGGGCATATTTGATGTCTAC
TACAGCACTGTATGGCAACACGTCCGACTCAAAATCCCCTTAACCGACGA
CGGACCCGGCTGGCGGGTGGAGTTCCGGCCGATGGAAGTACAGTTGACCG
ATTTCGACAACGCTGCTTTTGCAATTTTTATGTACCTTCTCTCTCGAGCC
ATAACTGACCTTCACCTGAACTTTTACGTGCCTATCGACCAATTGGGAGA
TTCCATGGAACGTGCGCAGAAGCGTAATGCTGCCCTCGAAGAGCGCTTCT
GGTTCCGTCGGACCGGATGGTCATCCGCAGAGCAGTGCGAGCGTCCACAG
CGTCAGCGAAGAGGCTGTGTCAACTGCTGTTCAAAGTCGACTGCACATGC
ATCACCATCATGTGCTCTCCTTACCGCGGATGAGATCATCAATGGCGAGG
ATCCAAAGGACCCCTCCAGCTTCCCTGGACTGGTGAACATCGTGCGCGCT
TATCTTCAGTACAATAACACGCCTGTGATGGAGCAAAAGAAGATCATGCC
CTACCTGGATGTGATCAGTAAGCGAGCAAGCGGGGAGCTTCCGACCCCAG
CTCAATGGATGCGCTCGTTCGTTACCGGACACGAGGAGTACCAGCGAGAC
AGCTACGTGAATGAGAAGATCCGTTATGACCTGATCCAGGAGATTGTTCG
GATGGAAGATTCATGAACGGAAATTGATCGGACAATTCCTATCGCCCGAC
CAACACCCTGTACCATTATGTGTATTCCCCGGCCTAGGTGAAAAGGGACA
GTTTACACTCCCAGAAAGTCCGGATGAATCCTCTCTTGAACAAATCTGCT
GTCCCATACCACGCTATATAATGATGACGCAGAACTTGCTGGCACGCCGA
CAACGGCGTGTTGAGAGCTACATTCCAGTCTTCCGGGATGAGCAGACAGA
AACACCTTTTCATGACAATTCTGTGTCATTTGAATACCCCGCAGAACATC
CCCCGGGTAATGGGAAGGAGGGTCATGTACATCTGGATGGGATTGGTCTC
GGGGTCGGGAATTGCTGCATTCAAGTTACGTTCCAGGCTCCTAATGAGAT
TGAAGCCCGATGGTTGCATGACCAAATGATTGCATTGGGGCCGGTTATGC
TAGCACTTACCGCTGCGACGCCGATATACAAGGGCTACCTGGTAGATACA
GAAGTGCGCTGGGGCCGAACCTCTGAATGCTTTGACGATCGCACACCGGA
AGAATTAGCCACCACGTGAACCCTGGAACGAAGTTAAGTTACAGGCGGAA
TGGGCTCGACATATGGTAGAAGCAACTCCAGGAGAGCCATACGGGGGAGA
TGTCATGGATTTACTCAGGGTTGAAGGCAACATGAAGCGACGATTGAATA
TACCCTGGTCAGCCTCGATGCGGACAGATCGCGAGCAACACTGCTTCTTA
ACCAAGAAGATATTCTACGAAAAGAGGAGAGCCAATGCTCTAGTGCTGAA
GAGGTAGGCAGAAAGATAGAAGCGATTTGGAGCCACTTTGGGGTGACGAG
GGTGAGCGGAACACCGCTTTCATGGCAAGAGCTTCAACAAGTTGCACCTA
TTGCTCGTCAAGGAGCCGTGGAGATGGGTCCACCCCACCACGTTATTCTT
GGAACCGCACATACATCTCGCAAGAGAAGCCAGCCAATATGGAAAGCAAA
TACCCGCTGACTCCTATGAACGAGTCGGTTAAACAACGCTTACTAGATGG
CGGCATGGATGAACCTTTGGCGATGCATTATGCCACAATTCTCTCACGGG
ACCCAATTGTGCTCAACCGAACAGACTTGGAAAACTTTGACCTAAATGGT
ACGGGCATATTTGATGTCTACTACAGCACTGTATGGCAACACGTCCGACT
CAAAATCCCCTTAACCGACGACGGACCCGGCTGGCGGGTGGAGTTCCGGC
CGATGGAAGTACAGTTGACCGATTTCGACAACGCTGCTTTTGCAATTTTT
ATGTACCTTCTCTCTCGAGCCATAACTGACCTTCACCTGAACTTTTACGT
GCCTATCGACCAATTGGGAGATTCCATGGAACGTGCGCAGAAGCGTAATG
CTGCCCTCGAAGAGCGCTTCTGGTTCCGTCGGACCGGATGGTCATCCGCA
GAGCAGTGCGAGCGTCCACAGCGTCAGCGAAGAGGCTGTGTCAACTGCTG
TTCAAAGTCGACTGCACATGCATCACCATCATGTGCTCTCCTTACCGCGG
ATGAGATCATCAATGGCGAGGATCCAAAGGACCCCTCCAGCTTCCCTGGA
CTGGTGAACATCGTGCGCGCTTATCTTCAGTACAATAACACGCCTGTGAT
GGAGCAAAAGAAGATCATGCCCTACCTGGATGTGATCAGTAAGCGAGCAA
GCGGGGAGCTTCCGACCCCAGCTCAATGGATGCGCTCGTTCGTTACCGGA
CACGAGGAGTACCAGCGAGACAGCTACGTGAATGAGAAGATCCGTTATGA
CCTGATCCAGGAGATTGTTCGGATGGAAGATTCATGAACGGAAATTGATC
GGACAATTCCTATCGCCCGACCAACACCCTGTACCATTATGTGTATTCCC
CGGCCTAGGTGAAAAGGGACAGTTTACACTCCCAGAAAGTCCGGATGAAT
CCTCTCTTGAACAAATCTGCTGTCCCATACCACGCTATATAATGATGACG
CAGAACTTGCTGGCACGCCGACAACGGCGTGTTGAGAGCTACATTCCAGT
CTTCCGGGATGAGCAGACAGAAACACCTTTTCATGACAATTCTGTGTCAT
TTGAATACCCCGCAGAACATCCCCCGGGTAATGGGAAGGAGGGTCATGTA
CATCTGGATGGGATTGGTCTCGGGGTCGGGAATTGCTGCATTCAAGTTAC
GTTCCAGGCTCCTAATGAGATTGAAGCCCGATGGTTGCATGACCAAATGA
TTGCATTGGGGCCGGTTATGCTAGCACTTACCGCTGCGACGCCGATATAC
AAGGGCTACCTGGTAGATACAGAAGTGCGCTGGGGCCGAACCTCTGAATG
CTTTGACGATCGCACACCGGAAGAATTAGCCACCACGTGAACCCTGGAAC
GAAGTTAAGTTACAGGCGGAATGGGCTCGACATATGGTAGAAGCAACTCC
AGGAGAGCCATACGGGGGAGATGTCATGGATTTACTCAGGGTTGAAGGCA
ACATGAAGCGACGATTGAATATACCCTGGTCAGCCTCGATGCGGACAGAT
CGCGAGCAACACTGCTTCTTAACCAAGAAGATATTCTACGAAAAGAGGAG
AGCCAATGCTCTAGTGCTGAAGAGGTAGGCAGAAAGATAGAAGCGATTTG
GAGCCACTTTGGGGTGACGAGGGTGAGCGGAACACCGCTTTCATGGCAAG
AGCTTCAACAAGTTGCACCTATTGCTCGTCAAGGAGCCGTGGAGATGGGT
CCACCCCACCACGTTATTCTTGGAACCGCACATACATCTCGCAAGAGAAG
CCAGCCAATATGGAAAGCAAATACCCGCTGACTCCTATGAACGAGTCGGT
TAAACAACGCTTACTAGATGGCGGCATGGATGAACCTTTGGCGATGCATT
ATGCCACAATTCTCTCACGGGACCCAATTGTGCTCAACCGAACAGACTTG
GAAAACTTTGACCTAAATGGTACGGGCATATTTGATGTCTACTACAGCAC
TGTATGGCAACACGTCCGACTCAAAATCCCCTTAACCGACGACGGACCCG
GCTGGCGGGTGGAGTTCCGGCCGATGGAAGTACAGTTGACCGATTTCGAC
AACGCTGCTTTTGCAATTTTTATGTACCTTCTCTCTCGAGCCATAACTGA
CCTTCACCTGAACTTTTACGTGCCTATCGACCAATTGGGAGATTCCATGG
AACGTGCGCAGAAGCGTAATGCTGCCCTCGAAGAGCGCTTCTGGTTCCGT
CGGACCGGATGGTCATCCGCAGAGCAGTGCGAGCGTCCACAGCGTCAGCG
AAGAGGCTGTGTCAACTGCTGTTCAAAGTCGACTGCACATGCATCACCAT
CATGTGCTCTCCTTACCGCGGATGAGATCATCAATGGCGAGGATCCAAAG
GACCCCTCCAGCTTCCCTGGACTGGTGAACATCGTGCGCGCTTATCTTCA
GTACAATAACACGCCTGTGATGGAGCAAAAGAAGATCATGCCCTACCTGG
ATGTGATCAGTAAGCGAGCAAGCGGGGAGCTTCCGACCCCAGCTCAATGG
ATGCGCTCGTTCGTTACCGGACACGAGGAGTACCAGCGAGACAGCTACGT
GAATGAGAAGATCCGTTATGACCTGATCCAGGAGATTGTTCGGATGGAAG
ATTCATGAACGGAAATTGATCGGACAATTCCTATCGCCCGACCAACACCC
TGTACCATTATGTGTATTCCCCGGCCTAGGTGAAAAGGGACAGTTTACAC
TCCCAGAAAGTCCGGATGAATCCTCTCTTGAACAAATCTGCTGTCCCATA
CCACGCTATATAATGATGACGCAGAACTTGCTGGCACGCCGACAACGGCG
TGTTGAGAGCTACATTCCAGTCTTCCGGGATGAGCAGACAGAAACACCTT
TTCATGACAATTCTGTGTCATTTGAATACCCCGCAGAACATCCCCCGGGT
AATGGGAAGGAGGGTCATGTACATCTGGATGGGATTGGTCTCGGGGTCGG
GAATTGCTGCATTCAAGTTACGTTCCAGGCTCCTAATGAGATTGAAGCCC
GATGGTTGCATGACCAAATGATTGCATTGGGGCCGGTTATGCTAGCACTT
ACCGCTGCGACGCCGATATACAAGGGCTACCTGGTAGATACAGAAGTGCG
CTGGGGCCGAACCTCTGAATGCTTTGACGATCGCACACCGGAAGAATTAG
CCACCACGTGAACCCTGGAACGAAGTTAAGTTACAGGCGGAATGGGCTCG
ACATATGGTAGAAGCAACTCCAGGAGAGCCATACGGGGGAGATGTCATGG
ATTTACTCAGGGTTGAAGGCAACATGAAGCGACGATTGAATATACCCTGG
TCAGCCTCGATGCGGACAGATCGCGAGCAACACTGCTTCTTAACCAAGAA
GATATTCTACGAAAAGAGGAGAGCCAATGCTCTAGTGCTGAAGAGGTAGG
CAGAAAGATAGAAGCGATTTGGAGCCACTTTGGGGTGACGAGGGTGAGCG
GAACACCGCTTTCATGGCAAGAGCTTCAACAAGTTGCACCTATTGCTCGT
CAAGGAGCCGTGGAGATGGGTCCACCCCACCACGTTATTCTTGGAACCGC
ACATACATCTCGCAAGAGAAGCCAGCCAATATGGAAAGCAAATACCCGCT
GACTCCTATGAACGAGTCGGTTAAACAACGCTTACTAGATGGCGGCATGG
ATGAACCTTTGGCGATGCATTATGCCACAATTCTCTCACGGGACCCAATT
GTGCTCAACCGAACAGACTTGGAAAACTTTGACCTAAATGGTACGGGCAT
ATTTGATGTCTACTACAGCACTGTATGGCAACACGTCCGACTCAAAATCC
CCTTAACCGACGACGGACCCGGCTGGCGGGTGGAGTTCCGGCCGATGGAA
GTACAGTTGACCGATTTCGACAACGCTGCTTTTGCAATTTTTATGTACCT
TCTCTCTCGAGCCATAACTGACCTTCACCTGAACTTTTACGTGCCTATCG
ACCAATTGGGAGATTCCATGGAACGTGCGCAGAAGCGTAATGCTGCCCTC
GAAGAGCGCTTCTGGTTCCGTCGGACCGGATGGTCATCCGCAGAGCAGTG
CGAGCGTCCACAGCGTCAGCGAAGAGGCTGTGTCAACTGCTGTTCAAAGT
CGACTGCACATGCATCACCATCATGTGCTCTCCTTACCGCGGATGAGATC
ATCAATGGCGAGGATCCAAAGGACCCCTCCAGCTTCCCTGGACTGGTGAA
CATCGTGCGCGCTTATCTTCAGTACAATAACACGCCTGTGATGGAGCAAA
AGAAGATCATGCCCTACCTGGATGTGATCAGTAAGCGAGCAAGCGGGGAG
CTTCCGACCCCAGCTCAATGGATGCGCTCGTTCGTTACCGGACACGAGGA
GTACCAGCGAGACAGCTACGTGAATGAGAAGATCCGTTATGACCTGATCC
AGGAGATTGTTCGGATGGAAGATTCATGAACGGAAATTGATCGGACAATT
CCTATCGCCCGACCAACACCCTGTACCATTATGTGTATTCCCCGGCCTAG
GTGAAAAGGGACAGTTTACACTCCCAGAAAGTCCGGATGAATCCTCTCTT
GAACAAATCTGCTGTCCCATACCACGCTATATAATGATGACGCAGAACTT
GCTGGCACGCCGACAACGGCGTGTTGAGAGCTACATTCCAGTCTTCCGGG
ATGAGCAGACAGAAACACCTTTTCATGACAATTCTGTGTCATTTGAATAC
CCCGCAGAACATCCCCCGGGTAATGGGAAGGAGGGTCATGTACATCTGGA
TGGGATTGGTCTCGGGGTCGGGAATTGCTGCATTCAAGTTACGTTCCAGG
CTCCTAATGAGATTGAAGCCCGATGGTTGCATGACCAAATGATTGCATTG
GGGCCGGTTATGCTAGCACTTACCGCTGCGACGCCGATATACAAGGGCTA
CCTGGTAGATACAGAAGTGCGCTGGGGCCGAACCTCTGAATGCTTTGACG
ATCGCACACCGGAAGAATTAGCCACCACGTGAACCCTGGAACGAAGTTAA
GTTACAGGCGGAATGGGCTCGACATATGGTAGAAGCAACTCCAGGAGAGC
CATACGGGGGAGATGTCATGGATTTACTCAGGGTTGAAGGCAACATGAAG
CGACGATTGAATATACCCTGGTCAGCCTCGATGCGGACAGATCGCGAGCA
ACACTGCTTCTTAACCAAGAAGATATTCTACGAAAAGAGGAGAGCCAATG
CTCTAGTGCTGAAGAGGTAGGCAGAAAGATAGAAGCGATTTGGAGCCACT
TTGGGGTGACGAGGGTGAGCGGAACACCGCTTTCATGGCAAGAGCTTCAA
CAAGTTGCACCTATTGCTCGTCAAGGAGCCGTGGAGATGGGTCCACC
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
TermDefinition
GO:0003824catalytic activity
GO:0004357glutamate-cysteine ligase activity
Vocabulary: Biological Process
TermDefinition
GO:0006750glutathione biosynthetic process
Relationships

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

Feature NameUnique NameSpeciesType
CBS51388_005039CBS51388_005039Aspergillus niger CBS 513.88gene


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

Feature NameUnique NameSpeciesType
CBS51388_005039-T1CBS51388_005039-T1-proteinAspergillus niger CBS 513.88polypeptide


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

Feature NameUnique NameSpeciesType
CBS51388_005039-T1.cdsCBS51388_005039-T1.cdsAspergillus niger CBS 513.88CDS


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

Feature NameUnique NameSpeciesType
CBS51388_005039-T1.exon7CBS51388_005039-T1.exon7Aspergillus niger CBS 513.88exon
CBS51388_005039-T1.exon6CBS51388_005039-T1.exon6Aspergillus niger CBS 513.88exon
CBS51388_005039-T1.exon5CBS51388_005039-T1.exon5Aspergillus niger CBS 513.88exon
CBS51388_005039-T1.exon4CBS51388_005039-T1.exon4Aspergillus niger CBS 513.88exon
CBS51388_005039-T1.exon3CBS51388_005039-T1.exon3Aspergillus niger CBS 513.88exon
CBS51388_005039-T1.exon2CBS51388_005039-T1.exon2Aspergillus niger CBS 513.88exon
CBS51388_005039-T1.exon1CBS51388_005039-T1.exon1Aspergillus niger CBS 513.88exon


Properties
Property NameValue
DBxrefInterPro:IPR014746
DBxrefInterPro:IPR004308
DBxrefPFAM:PF03074
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
An08supercontigAn08:269465..271602 -
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