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Sequences
The following sequences are available for this feature:
mRNA from alignment at OGUI01000017.1:1074174..1076554+ Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below. >ATCC64974_99220-T1 ID=ATCC64974_99220-T1|Name=ATCC64974_99220-T1|organism=Aspergillus niger N402|type=mRNA|length=2381bp|location=Sequence derived from alignment at OGUI01000017.1:1074174..1076554+ (Aspergillus niger N402)
ATGCCCATGTCATCTGAGTCATCTGCACGCTCTTCGAGTGGTAGGGTGCA
CGAGAGTGATGTGCGGCCCACAGCCGAACAGGCATGCAAGGAATGCCGTC
GCAGGAAGTCTAAAGTAAGTCGCAAAGCCTACCATGCGAATTCCTATTGA
CAGGTCTAAAGTGTGATCGTATGGTGCCAGTCTGTGCCTTGTGCCACAAG
TTCAAGCGGCGATGCAGCTATGAAAAACAGACAAAGACGCCCCTTACCCG
GCGCTACCTTAACGAGGTCGAGAGTGAACTGGTGCGCACCAAGGCGCTGC
TTCAGCAGTTCATGAACAACTCAAAGGATGGTTCAAACGTGACCTTTGGG
GCGCCAGCCGAAGATATGGGTCAAGTATCTTGCGTGGTAGATGCCGCCGG
GTCTCAGCTCCTGAGCCATCCGGAGTCAAGCGACCGGCGAACAAGGCCTC
TGGGACCTCCGGCCAGTCCTGAAGTTCGCTCCGGACACCCAACCAGTCAA
AGAGCAACCCAAGAGACCCGCACCGATCAGCAACTTCAGTATCGGTCATC
GGTCTCTGAAACCGGACCACAGACACTTTCCTGCCTATCGCTGGAACCCC
CTTCCTCTCCTACTAATTTTGAGTGGGATGAAAGAAATGGGAACTCCAAC
GGCGAAAGGTTTGTCGATGGCATGGCCAGCTTGACGAGTGCACCCCATGA
GGGGGGCTATCTAGGTTTGTACGATTCTTCCTTTTCAATGTGATCATATA
ACTGATATTGAATTCAGGGGTTGCGTCAGGTGCTGCATTATTGCGCGCTA
CTGATGCCGGAATCAGTGGAACAACCGAGGTTTCGGGCTTGGAACAACAG
TCCTGCATCCCAAACGATCAACCTCCGCGTATTCCGTTTGCGCTGAGTTC
CCTGGGCCAGCTGGAACCATTTGTGGACGCCTACTTCTCTCTTTTCCATC
GGTCGTACCCGATCATACATGAGGCAACCTTTAGAGCTCAGCTCATGGAA
GTGATTCCCCGACCAGCTGGCAACGCCTGGCAGGTTTTGTTATTCATAGT
GTCCGCCATGGGAATGTGGACAACGGCAACACAACCGACCGATGCTGACC
TTGGGCTGTTTGAAGCTGCGAAAGCACGGCTTTCTATCGATATGCTAGAA
ACTGGAAACTTGGTCCTGGTGCAAGCACTTACGATAATTTCGAATTATAT
GCAAAAGAGAAATAAGCCAAATTCGGGATACAATTACACGGGCCTGGCGC
GCCGCATTGCGATGGGTATTGGTTTGCACAAAGAGTTTCCAAACTCAAAA
GCTAGTTTGTTTACAACTGAGGTGAGACGACGGGTTTGGCACTGCCTTTA
CATCTTTGATGTCGGTGCAATTATTACTTTCTCAAGACCATTTGATTTTC
CAGACGATGGAATCGACGTGGCCCTCCCAATGAACATCCATGATCCGGTC
AGTGTTGAAGTACTTCAAATTCTTTAACCTGCTAACTCTTGCCTCAGGAT
TTTACACAAGCAACCAAATCCCTGCCGATGTCTGCCGAGGAAACAACTGT
GTACACTCATATGCGTACCCAAGCCGCTTTCCACATGGCGACTAGTAAGA
TTTACTCTAAGATAATTTCATCTCCATTTCCTTCTGCATCAGACTTGCTA
GATATGGATGAAAAGCTTATCGGATGCTGGCTCTGTGACCTGCCTCCATA
CTTCCGTGAATCCGTTGTCCAAGAGCCCAGGTTCCGGTTATGCCACTCAA
TTTTACGATGGAGATATCGGAACTTTCGAATACTCATGTACCGCCCGTTC
CTGCTGAGCAGGCTTATGGCACGTCCGGGACAAAGCACCACTCAGGACAA
CCATGCCCAAGTCGATGCCACCATTCAGCGATGCTTGGACGCAGCCCGCG
AGTCTGTGGAGCTTATATCCAATTTCTGGGCACAAGAGCAGCATAATATG
ATGGCCTGCTGGTACGGATTATACTTCTTGTTCCAAGCCATCCTTATTCC
TGTAATCTGTCTTCGCAATGATCCACAGGGACCGCTGGCGACTGGATGGC
GTGAGCAGATCCATCGAGCCATGAGCACCCTTGAATCTATGGCACTACTC
AACCCCACTGCATACAGGTGCCTGTCGGTCATTCGAAGCCGATGCGGGAC
TTATCTTGACACTTCGACCGAGGGATGGGGCCACCCGACGGAAGAGTCAC
CGCAAACACAATTGGAACATCTTTACCCATTAATGTGGCCAACGCTGGAG
ATGGCCCAGCTTGATGGGATAGATTCAGTTTTGTAAGGATCTTCTACAAT
TGACTCGCATGGCTTACTGAACTTTCACGCAGACAAGAGTCTACCATTAT
GGACTTCATGAATCAACTTCCGGACATGTAA back to topCoding sequence (CDS) from alignment at OGUI01000017.1:1074174..1076554+ >ATCC64974_99220-T1 ID=ATCC64974_99220-T1|Name=ATCC64974_99220-T1|organism=Aspergillus niger N402|type=CDS|length=10905bp|location=Sequence derived from alignment at OGUI01000017.1:1074174..1076554+ (Aspergillus niger N402)
ATGCCCATGTCATCTGAGTCATCTGCACGCTCTTCGAGTGGTAGGGTGCA
CGAGAGTGATGTGCGGCCCACAGCCGAACAGGCATGCAAGGAATGCCGTC
GCAGGAAGTCTAAATGTGATCGTATGGTGCCAGTCTGTGCCTTGTGCCAC
AAGTTCAAGCGGCGATGCAGCTATGAAAAACAGACAAAGACGCCCCTTAC
CCGGCGCTACCTTAACGAGGTCGAGAGTGAACTGGTGCGCACCAAGGCGC
TGCTTCAGCAGTTCATGAACAACTCAAAGGATGGTTCAAACGTGACCTTT
GGGGCGCCAGCCGAAGATATGGGTCAAGTATCTTGCGTGGTAGATGCCGC
CGGGTCTCAGCTCCTGAGCCATCCGGAGTCAAGCGACCGGCGAACAAGGC
CTCTGGGACCTCCGGCCAGTCCTGAAGTTCGCTCCGGACACCCAACCAGT
CAAAGAGCAACCCAAGAGACCCGCACCGATCAGCAACTTCAGTATCGGTC
ATCGGTCTCTGAAACCGGACCACAGACACTTTCCTGCCTATCGCTGGAAC
CCCCTTCCTCTCCTACTAATTTTGAGTGGGATGAAAGAAATGGGAACTCC
AACGGCGAAAGGTTTGTCGATGGCATGGCCAGCTTGACGAGTGCACCCCA
TGAGGGGGGCTATCTAGGGGTTGCGTCAGGTGCTGCATTATTGCGCGCTA
CTGATGCCGGAATCAGTGGAACAACCGAGGTTTCGGGCTTGGAACAACAG
TCCTGCATCCCAAACGATCAACCTCCGCGTATTCCGTTTGCGCTGAGTTC
CCTGGGCCAGCTGGAACCATTTGTGGACGCCTACTTCTCTCTTTTCCATC
GGTCGTACCCGATCATACATGAGGCAACCTTTAGAGCTCAGCTCATGGAA
GTGATTCCCCGACCAGCTGGCAACGCCTGGCAGGTTTTGTTATTCATAGT
GTCCGCCATGGGAATGTGGACAACGGCAACACAACCGACCGATGCTGACC
TTGGGCTGTTTGAAGCTGCGAAAGCACGGCTTTCTATCGATATGCTAGAA
ACTGGAAACTTGGTCCTGGTGCAAGCACTTACGATAATTTCGAATTATAT
GCAAAAGAGAAATAAGCCAAATTCGGGATACAATTACACGGGCCTGGCGC
GCCGCATTGCGATGGGTATTGGTTTGCACAAAGAGTTTCCAAACTCAAAA
GCTAGTTTGTTTACAACTGAGGTGAGACGACGGGTTTGGCACTGCCTTTA
CATCTTTGATGTCGGTGCAATTATTACTTTCTCAAGACCATTTGATTTTC
CAGACGATGGAATCGACGTGGCCCTCCCAATGAACATCCATGATCCGGAT
TTTACACAAGCAACCAAATCCCTGCCGATGTCTGCCGAGGAAACAACTGT
GTACACTCATATGCGTACCCAAGCCGCTTTCCACATGGCGACTAGTAAGA
TTTACTCTAAGATAATTTCATCTCCATTTCCTTCTGCATCAGACTTGCTA
GATATGGATGAAAAGCTTATCGGATGCTGGCTCTGTGACCTGCCTCCATA
CTTCCGTGAATCCGTTGTCCAAGAGCCCAGGTTCCGGTTATGCCACTCAA
TTTTACGATGGAGATATCGGAACTTTCGAATACTCATGTACCGCCCGTTC
CTGCTGAGCAGGCTTATGGCACGTCCGGGACAAAGCACCACTCAGGACAA
CCATGCCCAAGTCGATGCCACCATTCAGCGATGCTTGGACGCAGCCCGCG
AGTCTGTGGAGCTTATATCCAATTTCTGGGCACAAGAGCAGCATAATATG
ATGGCCTGCTGGTACGGATTATACTTCTTGTTCCAAGCCATCCTTATTCC
TGTAATCTGTCTTCGCAATGATCCACAGGGACCGCTGGCGACTGGATGGC
GTGAGCAGATCCATCGAGCCATGAGCACCCTTGAATCTATGGCACTACTC
AACCCCACTGCATACAGGTGCCTGTCGGTCATTCGAAGCCGATGCGGGAC
TTATCTTGACACTTCGACCGAGGGATGGGGCCACCCGACGGAAGAGTCAC
CGCAAACACAATTGGAACATCTTTACCCATTAATGTGGCCAACGCTGGAG
ATGGCCCAGCTTGATGGGATAGATTCAGTTTTACAAGAGTCTACCATTAT
GGACTTCATGAATCAACTTCCGGACATGTAAATGCCCATGTCATCTGAGT
CATCTGCACGCTCTTCGAGTGGTAGGGTGCACGAGAGTGATGTGCGGCCC
ACAGCCGAACAGGCATGCAAGGAATGCCGTCGCAGGAAGTCTAAATGTGA
TCGTATGGTGCCAGTCTGTGCCTTGTGCCACAAGTTCAAGCGGCGATGCA
GCTATGAAAAACAGACAAAGACGCCCCTTACCCGGCGCTACCTTAACGAG
GTCGAGAGTGAACTGGTGCGCACCAAGGCGCTGCTTCAGCAGTTCATGAA
CAACTCAAAGGATGGTTCAAACGTGACCTTTGGGGCGCCAGCCGAAGATA
TGGGTCAAGTATCTTGCGTGGTAGATGCCGCCGGGTCTCAGCTCCTGAGC
CATCCGGAGTCAAGCGACCGGCGAACAAGGCCTCTGGGACCTCCGGCCAG
TCCTGAAGTTCGCTCCGGACACCCAACCAGTCAAAGAGCAACCCAAGAGA
CCCGCACCGATCAGCAACTTCAGTATCGGTCATCGGTCTCTGAAACCGGA
CCACAGACACTTTCCTGCCTATCGCTGGAACCCCCTTCCTCTCCTACTAA
TTTTGAGTGGGATGAAAGAAATGGGAACTCCAACGGCGAAAGGTTTGTCG
ATGGCATGGCCAGCTTGACGAGTGCACCCCATGAGGGGGGCTATCTAGGG
GTTGCGTCAGGTGCTGCATTATTGCGCGCTACTGATGCCGGAATCAGTGG
AACAACCGAGGTTTCGGGCTTGGAACAACAGTCCTGCATCCCAAACGATC
AACCTCCGCGTATTCCGTTTGCGCTGAGTTCCCTGGGCCAGCTGGAACCA
TTTGTGGACGCCTACTTCTCTCTTTTCCATCGGTCGTACCCGATCATACA
TGAGGCAACCTTTAGAGCTCAGCTCATGGAAGTGATTCCCCGACCAGCTG
GCAACGCCTGGCAGGTTTTGTTATTCATAGTGTCCGCCATGGGAATGTGG
ACAACGGCAACACAACCGACCGATGCTGACCTTGGGCTGTTTGAAGCTGC
GAAAGCACGGCTTTCTATCGATATGCTAGAAACTGGAAACTTGGTCCTGG
TGCAAGCACTTACGATAATTTCGAATTATATGCAAAAGAGAAATAAGCCA
AATTCGGGATACAATTACACGGGCCTGGCGCGCCGCATTGCGATGGGTAT
TGGTTTGCACAAAGAGTTTCCAAACTCAAAAGCTAGTTTGTTTACAACTG
AGGTGAGACGACGGGTTTGGCACTGCCTTTACATCTTTGATGTCGGTGCA
ATTATTACTTTCTCAAGACCATTTGATTTTCCAGACGATGGAATCGACGT
GGCCCTCCCAATGAACATCCATGATCCGGATTTTACACAAGCAACCAAAT
CCCTGCCGATGTCTGCCGAGGAAACAACTGTGTACACTCATATGCGTACC
CAAGCCGCTTTCCACATGGCGACTAGTAAGATTTACTCTAAGATAATTTC
ATCTCCATTTCCTTCTGCATCAGACTTGCTAGATATGGATGAAAAGCTTA
TCGGATGCTGGCTCTGTGACCTGCCTCCATACTTCCGTGAATCCGTTGTC
CAAGAGCCCAGGTTCCGGTTATGCCACTCAATTTTACGATGGAGATATCG
GAACTTTCGAATACTCATGTACCGCCCGTTCCTGCTGAGCAGGCTTATGG
CACGTCCGGGACAAAGCACCACTCAGGACAACCATGCCCAAGTCGATGCC
ACCATTCAGCGATGCTTGGACGCAGCCCGCGAGTCTGTGGAGCTTATATC
CAATTTCTGGGCACAAGAGCAGCATAATATGATGGCCTGCTGGTACGGAT
TATACTTCTTGTTCCAAGCCATCCTTATTCCTGTAATCTGTCTTCGCAAT
GATCCACAGGGACCGCTGGCGACTGGATGGCGTGAGCAGATCCATCGAGC
CATGAGCACCCTTGAATCTATGGCACTACTCAACCCCACTGCATACAGGT
GCCTGTCGGTCATTCGAAGCCGATGCGGGACTTATCTTGACACTTCGACC
GAGGGATGGGGCCACCCGACGGAAGAGTCACCGCAAACACAATTGGAACA
TCTTTACCCATTAATGTGGCCAACGCTGGAGATGGCCCAGCTTGATGGGA
TAGATTCAGTTTTACAAGAGTCTACCATTATGGACTTCATGAATCAACTT
CCGGACATGTAAATGCCCATGTCATCTGAGTCATCTGCACGCTCTTCGAG
TGGTAGGGTGCACGAGAGTGATGTGCGGCCCACAGCCGAACAGGCATGCA
AGGAATGCCGTCGCAGGAAGTCTAAATGTGATCGTATGGTGCCAGTCTGT
GCCTTGTGCCACAAGTTCAAGCGGCGATGCAGCTATGAAAAACAGACAAA
GACGCCCCTTACCCGGCGCTACCTTAACGAGGTCGAGAGTGAACTGGTGC
GCACCAAGGCGCTGCTTCAGCAGTTCATGAACAACTCAAAGGATGGTTCA
AACGTGACCTTTGGGGCGCCAGCCGAAGATATGGGTCAAGTATCTTGCGT
GGTAGATGCCGCCGGGTCTCAGCTCCTGAGCCATCCGGAGTCAAGCGACC
GGCGAACAAGGCCTCTGGGACCTCCGGCCAGTCCTGAAGTTCGCTCCGGA
CACCCAACCAGTCAAAGAGCAACCCAAGAGACCCGCACCGATCAGCAACT
TCAGTATCGGTCATCGGTCTCTGAAACCGGACCACAGACACTTTCCTGCC
TATCGCTGGAACCCCCTTCCTCTCCTACTAATTTTGAGTGGGATGAAAGA
AATGGGAACTCCAACGGCGAAAGGTTTGTCGATGGCATGGCCAGCTTGAC
GAGTGCACCCCATGAGGGGGGCTATCTAGGGGTTGCGTCAGGTGCTGCAT
TATTGCGCGCTACTGATGCCGGAATCAGTGGAACAACCGAGGTTTCGGGC
TTGGAACAACAGTCCTGCATCCCAAACGATCAACCTCCGCGTATTCCGTT
TGCGCTGAGTTCCCTGGGCCAGCTGGAACCATTTGTGGACGCCTACTTCT
CTCTTTTCCATCGGTCGTACCCGATCATACATGAGGCAACCTTTAGAGCT
CAGCTCATGGAAGTGATTCCCCGACCAGCTGGCAACGCCTGGCAGGTTTT
GTTATTCATAGTGTCCGCCATGGGAATGTGGACAACGGCAACACAACCGA
CCGATGCTGACCTTGGGCTGTTTGAAGCTGCGAAAGCACGGCTTTCTATC
GATATGCTAGAAACTGGAAACTTGGTCCTGGTGCAAGCACTTACGATAAT
TTCGAATTATATGCAAAAGAGAAATAAGCCAAATTCGGGATACAATTACA
CGGGCCTGGCGCGCCGCATTGCGATGGGTATTGGTTTGCACAAAGAGTTT
CCAAACTCAAAAGCTAGTTTGTTTACAACTGAGGTGAGACGACGGGTTTG
GCACTGCCTTTACATCTTTGATGTCGGTGCAATTATTACTTTCTCAAGAC
CATTTGATTTTCCAGACGATGGAATCGACGTGGCCCTCCCAATGAACATC
CATGATCCGGATTTTACACAAGCAACCAAATCCCTGCCGATGTCTGCCGA
GGAAACAACTGTGTACACTCATATGCGTACCCAAGCCGCTTTCCACATGG
CGACTAGTAAGATTTACTCTAAGATAATTTCATCTCCATTTCCTTCTGCA
TCAGACTTGCTAGATATGGATGAAAAGCTTATCGGATGCTGGCTCTGTGA
CCTGCCTCCATACTTCCGTGAATCCGTTGTCCAAGAGCCCAGGTTCCGGT
TATGCCACTCAATTTTACGATGGAGATATCGGAACTTTCGAATACTCATG
TACCGCCCGTTCCTGCTGAGCAGGCTTATGGCACGTCCGGGACAAAGCAC
CACTCAGGACAACCATGCCCAAGTCGATGCCACCATTCAGCGATGCTTGG
ACGCAGCCCGCGAGTCTGTGGAGCTTATATCCAATTTCTGGGCACAAGAG
CAGCATAATATGATGGCCTGCTGGTACGGATTATACTTCTTGTTCCAAGC
CATCCTTATTCCTGTAATCTGTCTTCGCAATGATCCACAGGGACCGCTGG
CGACTGGATGGCGTGAGCAGATCCATCGAGCCATGAGCACCCTTGAATCT
ATGGCACTACTCAACCCCACTGCATACAGGTGCCTGTCGGTCATTCGAAG
CCGATGCGGGACTTATCTTGACACTTCGACCGAGGGATGGGGCCACCCGA
CGGAAGAGTCACCGCAAACACAATTGGAACATCTTTACCCATTAATGTGG
CCAACGCTGGAGATGGCCCAGCTTGATGGGATAGATTCAGTTTTACAAGA
GTCTACCATTATGGACTTCATGAATCAACTTCCGGACATGTAAATGCCCA
TGTCATCTGAGTCATCTGCACGCTCTTCGAGTGGTAGGGTGCACGAGAGT
GATGTGCGGCCCACAGCCGAACAGGCATGCAAGGAATGCCGTCGCAGGAA
GTCTAAATGTGATCGTATGGTGCCAGTCTGTGCCTTGTGCCACAAGTTCA
AGCGGCGATGCAGCTATGAAAAACAGACAAAGACGCCCCTTACCCGGCGC
TACCTTAACGAGGTCGAGAGTGAACTGGTGCGCACCAAGGCGCTGCTTCA
GCAGTTCATGAACAACTCAAAGGATGGTTCAAACGTGACCTTTGGGGCGC
CAGCCGAAGATATGGGTCAAGTATCTTGCGTGGTAGATGCCGCCGGGTCT
CAGCTCCTGAGCCATCCGGAGTCAAGCGACCGGCGAACAAGGCCTCTGGG
ACCTCCGGCCAGTCCTGAAGTTCGCTCCGGACACCCAACCAGTCAAAGAG
CAACCCAAGAGACCCGCACCGATCAGCAACTTCAGTATCGGTCATCGGTC
TCTGAAACCGGACCACAGACACTTTCCTGCCTATCGCTGGAACCCCCTTC
CTCTCCTACTAATTTTGAGTGGGATGAAAGAAATGGGAACTCCAACGGCG
AAAGGTTTGTCGATGGCATGGCCAGCTTGACGAGTGCACCCCATGAGGGG
GGCTATCTAGGGGTTGCGTCAGGTGCTGCATTATTGCGCGCTACTGATGC
CGGAATCAGTGGAACAACCGAGGTTTCGGGCTTGGAACAACAGTCCTGCA
TCCCAAACGATCAACCTCCGCGTATTCCGTTTGCGCTGAGTTCCCTGGGC
CAGCTGGAACCATTTGTGGACGCCTACTTCTCTCTTTTCCATCGGTCGTA
CCCGATCATACATGAGGCAACCTTTAGAGCTCAGCTCATGGAAGTGATTC
CCCGACCAGCTGGCAACGCCTGGCAGGTTTTGTTATTCATAGTGTCCGCC
ATGGGAATGTGGACAACGGCAACACAACCGACCGATGCTGACCTTGGGCT
GTTTGAAGCTGCGAAAGCACGGCTTTCTATCGATATGCTAGAAACTGGAA
ACTTGGTCCTGGTGCAAGCACTTACGATAATTTCGAATTATATGCAAAAG
AGAAATAAGCCAAATTCGGGATACAATTACACGGGCCTGGCGCGCCGCAT
TGCGATGGGTATTGGTTTGCACAAAGAGTTTCCAAACTCAAAAGCTAGTT
TGTTTACAACTGAGGTGAGACGACGGGTTTGGCACTGCCTTTACATCTTT
GATGTCGGTGCAATTATTACTTTCTCAAGACCATTTGATTTTCCAGACGA
TGGAATCGACGTGGCCCTCCCAATGAACATCCATGATCCGGATTTTACAC
AAGCAACCAAATCCCTGCCGATGTCTGCCGAGGAAACAACTGTGTACACT
CATATGCGTACCCAAGCCGCTTTCCACATGGCGACTAGTAAGATTTACTC
TAAGATAATTTCATCTCCATTTCCTTCTGCATCAGACTTGCTAGATATGG
ATGAAAAGCTTATCGGATGCTGGCTCTGTGACCTGCCTCCATACTTCCGT
GAATCCGTTGTCCAAGAGCCCAGGTTCCGGTTATGCCACTCAATTTTACG
ATGGAGATATCGGAACTTTCGAATACTCATGTACCGCCCGTTCCTGCTGA
GCAGGCTTATGGCACGTCCGGGACAAAGCACCACTCAGGACAACCATGCC
CAAGTCGATGCCACCATTCAGCGATGCTTGGACGCAGCCCGCGAGTCTGT
GGAGCTTATATCCAATTTCTGGGCACAAGAGCAGCATAATATGATGGCCT
GCTGGTACGGATTATACTTCTTGTTCCAAGCCATCCTTATTCCTGTAATC
TGTCTTCGCAATGATCCACAGGGACCGCTGGCGACTGGATGGCGTGAGCA
GATCCATCGAGCCATGAGCACCCTTGAATCTATGGCACTACTCAACCCCA
CTGCATACAGGTGCCTGTCGGTCATTCGAAGCCGATGCGGGACTTATCTT
GACACTTCGACCGAGGGATGGGGCCACCCGACGGAAGAGTCACCGCAAAC
ACAATTGGAACATCTTTACCCATTAATGTGGCCAACGCTGGAGATGGCCC
AGCTTGATGGGATAGATTCAGTTTTACAAGAGTCTACCATTATGGACTTC
ATGAATCAACTTCCGGACATGTAAATGCCCATGTCATCTGAGTCATCTGC
ACGCTCTTCGAGTGGTAGGGTGCACGAGAGTGATGTGCGGCCCACAGCCG
AACAGGCATGCAAGGAATGCCGTCGCAGGAAGTCTAAATGTGATCGTATG
GTGCCAGTCTGTGCCTTGTGCCACAAGTTCAAGCGGCGATGCAGCTATGA
AAAACAGACAAAGACGCCCCTTACCCGGCGCTACCTTAACGAGGTCGAGA
GTGAACTGGTGCGCACCAAGGCGCTGCTTCAGCAGTTCATGAACAACTCA
AAGGATGGTTCAAACGTGACCTTTGGGGCGCCAGCCGAAGATATGGGTCA
AGTATCTTGCGTGGTAGATGCCGCCGGGTCTCAGCTCCTGAGCCATCCGG
AGTCAAGCGACCGGCGAACAAGGCCTCTGGGACCTCCGGCCAGTCCTGAA
GTTCGCTCCGGACACCCAACCAGTCAAAGAGCAACCCAAGAGACCCGCAC
CGATCAGCAACTTCAGTATCGGTCATCGGTCTCTGAAACCGGACCACAGA
CACTTTCCTGCCTATCGCTGGAACCCCCTTCCTCTCCTACTAATTTTGAG
TGGGATGAAAGAAATGGGAACTCCAACGGCGAAAGGTTTGTCGATGGCAT
GGCCAGCTTGACGAGTGCACCCCATGAGGGGGGCTATCTAGGGGTTGCGT
CAGGTGCTGCATTATTGCGCGCTACTGATGCCGGAATCAGTGGAACAACC
GAGGTTTCGGGCTTGGAACAACAGTCCTGCATCCCAAACGATCAACCTCC
GCGTATTCCGTTTGCGCTGAGTTCCCTGGGCCAGCTGGAACCATTTGTGG
ACGCCTACTTCTCTCTTTTCCATCGGTCGTACCCGATCATACATGAGGCA
ACCTTTAGAGCTCAGCTCATGGAAGTGATTCCCCGACCAGCTGGCAACGC
CTGGCAGGTTTTGTTATTCATAGTGTCCGCCATGGGAATGTGGACAACGG
CAACACAACCGACCGATGCTGACCTTGGGCTGTTTGAAGCTGCGAAAGCA
CGGCTTTCTATCGATATGCTAGAAACTGGAAACTTGGTCCTGGTGCAAGC
ACTTACGATAATTTCGAATTATATGCAAAAGAGAAATAAGCCAAATTCGG
GATACAATTACACGGGCCTGGCGCGCCGCATTGCGATGGGTATTGGTTTG
CACAAAGAGTTTCCAAACTCAAAAGCTAGTTTGTTTACAACTGAGGTGAG
ACGACGGGTTTGGCACTGCCTTTACATCTTTGATGTCGGTGCAATTATTA
CTTTCTCAAGACCATTTGATTTTCCAGACGATGGAATCGACGTGGCCCTC
CCAATGAACATCCATGATCCGGATTTTACACAAGCAACCAAATCCCTGCC
GATGTCTGCCGAGGAAACAACTGTGTACACTCATATGCGTACCCAAGCCG
CTTTCCACATGGCGACTAGTAAGATTTACTCTAAGATAATTTCATCTCCA
TTTCCTTCTGCATCAGACTTGCTAGATATGGATGAAAAGCTTATCGGATG
CTGGCTCTGTGACCTGCCTCCATACTTCCGTGAATCCGTTGTCCAAGAGC
CCAGGTTCCGGTTATGCCACTCAATTTTACGATGGAGATATCGGAACTTT
CGAATACTCATGTACCGCCCGTTCCTGCTGAGCAGGCTTATGGCACGTCC
GGGACAAAGCACCACTCAGGACAACCATGCCCAAGTCGATGCCACCATTC
AGCGATGCTTGGACGCAGCCCGCGAGTCTGTGGAGCTTATATCCAATTTC
TGGGCACAAGAGCAGCATAATATGATGGCCTGCTGGTACGGATTATACTT
CTTGTTCCAAGCCATCCTTATTCCTGTAATCTGTCTTCGCAATGATCCAC
AGGGACCGCTGGCGACTGGATGGCGTGAGCAGATCCATCGAGCCATGAGC
ACCCTTGAATCTATGGCACTACTCAACCCCACTGCATACAGGTGCCTGTC
GGTCATTCGAAGCCGATGCGGGACTTATCTTGACACTTCGACCGAGGGAT
GGGGCCACCCGACGGAAGAGTCACCGCAAACACAATTGGAACATCTTTAC
CCATTAATGTGGCCAACGCTGGAGATGGCCCAGCTTGATGGGATAGATTC
AGTTTTACAAGAGTCTACCATTATGGACTTCATGAATCAACTTCCGGACA
TGTAA back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
| Term | Definition |
|---|
| GO:0005634 | nucleus |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0006351 | transcription, DNA-templated |
| GO:0006355 | regulation of transcription, DNA-templated |
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0003677 | DNA binding |
| GO:0008270 | zinc ion binding |
| GO:0000981 | DNA-binding transcription factor activity, RNA polymerase II-specific |
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
| Feature Name | Unique Name | Species | Type |
|---|
| ATCC64974_99220-T1 | ATCC64974_99220-T1-protein | Aspergillus niger N402 | polypeptide |
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
Properties
| Property Name | Value |
|---|
| DBxref | InterPro:IPR036864 |
| DBxref | InterPro:IPR007219 |
| DBxref | InterPro:IPR001138 |
| DBxref | PFAM:PF00172 |
| DBxref | PFAM:PF04082 |
| Product | hypothetical protein |
Analyses
This mRNA is derived from or has results from the following analyses
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| OGUI01000017.1 | supercontig | OGUI01000017.1:1074174..1076554 + |
|
