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Sequences
The following sequences are available for this feature:
mRNA from alignment at MCQH01000246:126619..129698+ Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below. >ATCC10864_010783-T1 ID=ATCC10864_010783-T1|Name=ATCC10864_010783-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=3080bp|location=Sequence derived from alignment at MCQH01000246:126619..129698+ (Aspergillus niger ATCC 10864)
ATGTCCTCCTACAAGCCCATTTTACTTTTATCGAACCACTATCCCTTCGA
CAAATATCTGAAGGCCGCATTTCCTCCACCTGCGTCATTCAAGTGGCGCT
TCCTCACCCGGAGGTTGTGTTCAATGGCACGTACACATGCAAAACACGGA
TATTTTATCATCTGAAGAATACTTGAGCACTGGCCCTACTCAAACAAGAC
GTCAAAGAATCTGGTCCAAAATTCAATTTGCATGACGATATACCTCCTCT
ATGAGCCGGGTAATGTATACTATTGCCATGTGATATCACGTGACAGCGTG
ATACTTTGGTGTTGCCAACAGATGCGGGCGACGCGCTAGGCGGTGGCAAA
CACGCGTCGAGTTCGGCCAGCCATTATTGACAACCACAACCGCCGACTAA
TACGATCAGAGCCAGCCACGAGTATTTGATAGAAAAGTGCTAATGTGAGA
TCTATTATGACTTTCTTGAGGTTACCTTGCACTCTAAGCTTACGCATTCA
GGTACCGGCCACGGCCCGTCGTGAACCAAGATGGTGCAGGCACACCTTCC
AAGCCGCTGCAGGCCAGCTCCACGAACAGCGTCGACCGTCTATCGAAACC
CTTCAAATGTCCAGGCATAGCCACGGCTACACGAACATCAGACAAGCCAG
CGAGGAAGCGTAGGAAGGTGAACTATGCAGGGGCCGATGGCACGGTGGAC
GACGACAGCGTCAAGCCATATACCAACGAGGATCGCTTAGCGCTCGCAAC
AAGAGATGCGAACAGGTTCCCTAGCTTCAAGGTCAAGGACAAAGAGATGA
CGTTCAAGCAAAGATTCAAAATTCCTCTGATCAATAAGTCGTCTGACGCC
TATAATAGCTCTAGACCAGCGCCCACGCTTGGTATGAGGCAAGGCGCTAC
ATTTGTTGTGAAACCATTGCATGATCCGAGCGGGGAGTTTGCTATAGTGC
TATATGACCCAACGGTCGATGACGTTAACGAGCCAGAAGTGAAGGAAGGG
GCCACGGCCGATACAGAAGAGCAGAAGCCAAAGTTGGATGAGCCATTGGT
ACATAAGAGTTTGGCAGATATTCTTGGGCTCAAGAAGAAGACTGAAGGGC
GACCGAAAGTTCCGGTTGTTATAGATCCACGGCTGGCGAAAGTGCTACGA
CCTCACCAGGTTGAGGGTGTCAAGGTTAGCATTTGCTCTGCACAAGCTCT
GTTGCAATGTACTAATGCGTCGACAAAAGTTCCTTTACCGTTGTACAACT
GGCATGGTTGACAAAAATGCGAATGGTTGCATCATGGCAGATGGGATGGG
TCTGGGCAAGACGGTAAGCTGAACGGCCTGTGACACGGAACGAAAGACTA
ATGGCGCTGGTAGCTTCAATGTATCTCATTGATGTGGACCCTACTCAAGC
AATCTCCAGAAGCGGGAGTAACAACCATACAAAAGTGCATTATCGCTTGT
CCGTCAAGTTTGGTCGGAAACTGGGCCAATGAACTAGGTGAGTTGACTTG
GCTATTCGATGACACAACTGCTAACAGTTGCAGTCAAATGGTTGGGCAAG
GACGCCATCACACCTTTTGCGGTCGACGGTAAAGCATCGAAGACAGAGCT
CATCAGTCAGATGAAACAATGGGCCATTGCTTCGGGACGGGCTATTGTCA
GACCAGTACTCATCATATCGTATGAAACACTCCGGTTATATGTTGACACA
CTGAGGGACAGTCCTATCGGCCTACTTCTTTGTGACGAAGGTCATCGATT
GAAGAACAAGGAGAGTTTGACATGGACAGCGCTCAACGGCCTGAATGTAC
AGCGTCGGGTGATCTTGTCCGGCACTCCCATTCAGAACGACCTTTCAGAA
TACTTTGCTCTTCTCCATTTTGCTAACCCTAATTTACTGGGGTCGCAGAA
CGAGTTCCGGAAAAGGTTCGAATTGCCCATTCTCAGAGGAAGAGATGCCG
CAGGAACAGAAGAAGACCTCAAGAAGGGTGATGAGCGTCTTGCCGAACTC
TCCGGCATTGTAAACAAGTTTATCATACGACGCACGAACGATATTTTGTC
AAAGTACTTGCCAGTCAAGTACGAACATGTTGTTTTCTGCAACATGTCCG
CCTTTCAACTGGGCTTATATAAGCATTTCATTCAGAGTCCTGAAATCAAA
AGCTTACTTCGAGGCAAGGGAAGTCAACCCTTGAAAGCAATCGGTCTTTT
GAAAAAGCTTTGCAACCATCCGGACCTTCTTAATCTCTCTAATGACCTGC
CGGGTTGCGAGTACACCTTCCCAGAGGACTATGTCCCGCCGGAAGCAAGA
GGGCGTGATCGAGATATCAAATCTTGGTATTCAGGGAAGATGATGGTCTT
GGATCGAATGCTAGCTCGTATTCGCCAGGATACTAATGACAAAATTGTTT
TGATTAGCAATTATACCCAGACCCTCGACCTTTTCGAGAAGCTGTGCAGA
ACCCGGGGGTACGGCTCCTTGCGACTGGACGGAACCATGACTGTTGGGAA
ACGACAGAAGCTGGTCGATAAGTTCAATAATCCCGATGGGGAAGAGTTTG
TGTTCCTGCTGAGCAGTAAGGCTGGTGGCTGCGGCCTGAATTTAATAGGT
GCAAACCGCCTTGTTCTTTTTGACCCCGATTGGAATCCAGCGGCCGATCA
GCAAGCTCTGGCGCGGGTGTGGCGTGATGGCCAGAAGAAAGACTGCTTCG
TCTACCGTTTCATCGCGACTGGATCAATTGAGGAGAAGATCTTTCAGCGT
CAGTCTCATAAACAGTCACTTTCTTCGTGCGTTGTGGATTCGGCCGAGGA
TGTCGAGCGACACTTCTCGCTGGAATCCCTCCGAGAGCTCTTTCAATTCA
AACCGGAAACGCGGAGCGATACACATGACACGTTCAAATGCAAGCGATGC
CGACCGGAGGGAACACAATACATTAAGGCGCCAGCCATGTTGTACGGTGA
CACGAGTACTTGGAATCATTTTGTTAATGACGGAGAGCAGGGAGCTCTCA
GCAAGATCCAGGACTTGCTGATACGCCAAGAGACTGGAGAGCGTGATGTC
TCTGCCGTGTTTCAGTATATCAGCCATTGA back to topCoding sequence (CDS) from alignment at MCQH01000246:126619..129698+ >ATCC10864_010783-T1 ID=ATCC10864_010783-T1|Name=ATCC10864_010783-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=12705bp|location=Sequence derived from alignment at MCQH01000246:126619..129698+ (Aspergillus niger ATCC 10864)
ATGTCCTCCTACAAGCCCATTTTACTTTTATCGAACCACTATCCCTTCGA
CAAATATCTGAAGGCCGCATTTCCTCCACCTGCGTCATTCAAGTGGCGCT
TCCTCACCCGGAGGTACCGGCCACGGCCCGTCGTGAACCAAGATGGTGCA
GGCACACCTTCCAAGCCGCTGCAGGCCAGCTCCACGAACAGCGTCGACCG
TCTATCGAAACCCTTCAAATGTCCAGGCATAGCCACGGCTACACGAACAT
CAGACAAGCCAGCGAGGAAGCGTAGGAAGGTGAACTATGCAGGGGCCGAT
GGCACGGTGGACGACGACAGCGTCAAGCCATATACCAACGAGGATCGCTT
AGCGCTCGCAACAAGAGATGCGAACAGGTTCCCTAGCTTCAAGGTCAAGG
ACAAAGAGATGACGTTCAAGCAAAGATTCAAAATTCCTCTGATCAATAAG
TCGTCTGACGCCTATAATAGCTCTAGACCAGCGCCCACGCTTGGTATGAG
GCAAGGCGCTACATTTGTTGTGAAACCATTGCATGATCCGAGCGGGGAGT
TTGCTATAGTGCTATATGACCCAACGGTCGATGACGTTAACGAGCCAGAA
GTGAAGGAAGGGGCCACGGCCGATACAGAAGAGCAGAAGCCAAAGTTGGA
TGAGCCATTGGTACATAAGAGTTTGGCAGATATTCTTGGGCTCAAGAAGA
AGACTGAAGGGCGACCGAAAGTTCCGGTTGTTATAGATCCACGGCTGGCG
AAAGTGCTACGACCTCACCAGGTTGAGGGTGTCAAGTTCCTTTACCGTTG
TACAACTGGCATGGTTGACAAAAATGCGAATGGTTGCATCATGGCAGATG
GGATGGGTCTGGGCAAGACGCTTCAATGTATCTCATTGATGTGGACCCTA
CTCAAGCAATCTCCAGAAGCGGGAGTAACAACCATACAAAAGTGCATTAT
CGCTTGTCCGTCAAGTTTGGTCGGAAACTGGGCCAATGAACTAGTCAAAT
GGTTGGGCAAGGACGCCATCACACCTTTTGCGGTCGACGGTAAAGCATCG
AAGACAGAGCTCATCAGTCAGATGAAACAATGGGCCATTGCTTCGGGACG
GGCTATTGTCAGACCAGTACTCATCATATCGTATGAAACACTCCGGTTAT
ATGTTGACACACTGAGGGACAGTCCTATCGGCCTACTTCTTTGTGACGAA
GGTCATCGATTGAAGAACAAGGAGAGTTTGACATGGACAGCGCTCAACGG
CCTGAATGTACAGCGTCGGGTGATCTTGTCCGGCACTCCCATTCAGAACG
ACCTTTCAGAATACTTTGCTCTTCTCCATTTTGCTAACCCTAATTTACTG
GGGTCGCAGAACGAGTTCCGGAAAAGGTTCGAATTGCCCATTCTCAGAGG
AAGAGATGCCGCAGGAACAGAAGAAGACCTCAAGAAGGGTGATGAGCGTC
TTGCCGAACTCTCCGGCATTGTAAACAAGTTTATCATACGACGCACGAAC
GATATTTTGTCAAAGTACTTGCCAGTCAAGTACGAACATGTTGTTTTCTG
CAACATGTCCGCCTTTCAACTGGGCTTATATAAGCATTTCATTCAGAGTC
CTGAAATCAAAAGCTTACTTCGAGGCAAGGGAAGTCAACCCTTGAAAGCA
ATCGGTCTTTTGAAAAAGCTTTGCAACCATCCGGACCTTCTTAATCTCTC
TAATGACCTGCCGGGTTGCGAGTACACCTTCCCAGAGGACTATGTCCCGC
CGGAAGCAAGAGGGCGTGATCGAGATATCAAATCTTGGTATTCAGGGAAG
ATGATGGTCTTGGATCGAATGCTAGCTCGTATTCGCCAGGATACTAATGA
CAAAATTGTTTTGATTAGCAATTATACCCAGACCCTCGACCTTTTCGAGA
AGCTGTGCAGAACCCGGGGGTACGGCTCCTTGCGACTGGACGGAACCATG
ACTGTTGGGAAACGACAGAAGCTGGTCGATAAGTTCAATAATCCCGATGG
GGAAGAGTTTGTGTTCCTGCTGAGCAGTAAGGCTGGTGGCTGCGGCCTGA
ATTTAATAGGTGCAAACCGCCTTGTTCTTTTTGACCCCGATTGGAATCCA
GCGGCCGATCAGCAAGCTCTGGCGCGGGTGTGGCGTGATGGCCAGAAGAA
AGACTGCTTCGTCTACCGTTTCATCGCGACTGGATCAATTGAGGAGAAGA
TCTTTCAGCGTCAGTCTCATAAACAGTCACTTTCTTCGTGCGTTGTGGAT
TCGGCCGAGGATGTCGAGCGACACTTCTCGCTGGAATCCCTCCGAGAGCT
CTTTCAATTCAAACCGGAAACGCGGAGCGATACACATGACACGTTCAAAT
GCAAGCGATGCCGACCGGAGGGAACACAATACATTAAGGCGCCAGCCATG
TTGTACGGTGACACGAGTACTTGGAATCATTTTGTTAATGACGGAGAGCA
GGGAGCTCTCAGCAAGATCCAGGACTTGCTGATACGCCAAGAGACTGGAG
AGCGTGATGTCTCTGCCGTGTTTCAGTATATCAGCCATTGAATGTCCTCC
TACAAGCCCATTTTACTTTTATCGAACCACTATCCCTTCGACAAATATCT
GAAGGCCGCATTTCCTCCACCTGCGTCATTCAAGTGGCGCTTCCTCACCC
GGAGGTACCGGCCACGGCCCGTCGTGAACCAAGATGGTGCAGGCACACCT
TCCAAGCCGCTGCAGGCCAGCTCCACGAACAGCGTCGACCGTCTATCGAA
ACCCTTCAAATGTCCAGGCATAGCCACGGCTACACGAACATCAGACAAGC
CAGCGAGGAAGCGTAGGAAGGTGAACTATGCAGGGGCCGATGGCACGGTG
GACGACGACAGCGTCAAGCCATATACCAACGAGGATCGCTTAGCGCTCGC
AACAAGAGATGCGAACAGGTTCCCTAGCTTCAAGGTCAAGGACAAAGAGA
TGACGTTCAAGCAAAGATTCAAAATTCCTCTGATCAATAAGTCGTCTGAC
GCCTATAATAGCTCTAGACCAGCGCCCACGCTTGGTATGAGGCAAGGCGC
TACATTTGTTGTGAAACCATTGCATGATCCGAGCGGGGAGTTTGCTATAG
TGCTATATGACCCAACGGTCGATGACGTTAACGAGCCAGAAGTGAAGGAA
GGGGCCACGGCCGATACAGAAGAGCAGAAGCCAAAGTTGGATGAGCCATT
GGTACATAAGAGTTTGGCAGATATTCTTGGGCTCAAGAAGAAGACTGAAG
GGCGACCGAAAGTTCCGGTTGTTATAGATCCACGGCTGGCGAAAGTGCTA
CGACCTCACCAGGTTGAGGGTGTCAAGTTCCTTTACCGTTGTACAACTGG
CATGGTTGACAAAAATGCGAATGGTTGCATCATGGCAGATGGGATGGGTC
TGGGCAAGACGCTTCAATGTATCTCATTGATGTGGACCCTACTCAAGCAA
TCTCCAGAAGCGGGAGTAACAACCATACAAAAGTGCATTATCGCTTGTCC
GTCAAGTTTGGTCGGAAACTGGGCCAATGAACTAGTCAAATGGTTGGGCA
AGGACGCCATCACACCTTTTGCGGTCGACGGTAAAGCATCGAAGACAGAG
CTCATCAGTCAGATGAAACAATGGGCCATTGCTTCGGGACGGGCTATTGT
CAGACCAGTACTCATCATATCGTATGAAACACTCCGGTTATATGTTGACA
CACTGAGGGACAGTCCTATCGGCCTACTTCTTTGTGACGAAGGTCATCGA
TTGAAGAACAAGGAGAGTTTGACATGGACAGCGCTCAACGGCCTGAATGT
ACAGCGTCGGGTGATCTTGTCCGGCACTCCCATTCAGAACGACCTTTCAG
AATACTTTGCTCTTCTCCATTTTGCTAACCCTAATTTACTGGGGTCGCAG
AACGAGTTCCGGAAAAGGTTCGAATTGCCCATTCTCAGAGGAAGAGATGC
CGCAGGAACAGAAGAAGACCTCAAGAAGGGTGATGAGCGTCTTGCCGAAC
TCTCCGGCATTGTAAACAAGTTTATCATACGACGCACGAACGATATTTTG
TCAAAGTACTTGCCAGTCAAGTACGAACATGTTGTTTTCTGCAACATGTC
CGCCTTTCAACTGGGCTTATATAAGCATTTCATTCAGAGTCCTGAAATCA
AAAGCTTACTTCGAGGCAAGGGAAGTCAACCCTTGAAAGCAATCGGTCTT
TTGAAAAAGCTTTGCAACCATCCGGACCTTCTTAATCTCTCTAATGACCT
GCCGGGTTGCGAGTACACCTTCCCAGAGGACTATGTCCCGCCGGAAGCAA
GAGGGCGTGATCGAGATATCAAATCTTGGTATTCAGGGAAGATGATGGTC
TTGGATCGAATGCTAGCTCGTATTCGCCAGGATACTAATGACAAAATTGT
TTTGATTAGCAATTATACCCAGACCCTCGACCTTTTCGAGAAGCTGTGCA
GAACCCGGGGGTACGGCTCCTTGCGACTGGACGGAACCATGACTGTTGGG
AAACGACAGAAGCTGGTCGATAAGTTCAATAATCCCGATGGGGAAGAGTT
TGTGTTCCTGCTGAGCAGTAAGGCTGGTGGCTGCGGCCTGAATTTAATAG
GTGCAAACCGCCTTGTTCTTTTTGACCCCGATTGGAATCCAGCGGCCGAT
CAGCAAGCTCTGGCGCGGGTGTGGCGTGATGGCCAGAAGAAAGACTGCTT
CGTCTACCGTTTCATCGCGACTGGATCAATTGAGGAGAAGATCTTTCAGC
GTCAGTCTCATAAACAGTCACTTTCTTCGTGCGTTGTGGATTCGGCCGAG
GATGTCGAGCGACACTTCTCGCTGGAATCCCTCCGAGAGCTCTTTCAATT
CAAACCGGAAACGCGGAGCGATACACATGACACGTTCAAATGCAAGCGAT
GCCGACCGGAGGGAACACAATACATTAAGGCGCCAGCCATGTTGTACGGT
GACACGAGTACTTGGAATCATTTTGTTAATGACGGAGAGCAGGGAGCTCT
CAGCAAGATCCAGGACTTGCTGATACGCCAAGAGACTGGAGAGCGTGATG
TCTCTGCCGTGTTTCAGTATATCAGCCATTGAATGTCCTCCTACAAGCCC
ATTTTACTTTTATCGAACCACTATCCCTTCGACAAATATCTGAAGGCCGC
ATTTCCTCCACCTGCGTCATTCAAGTGGCGCTTCCTCACCCGGAGGTACC
GGCCACGGCCCGTCGTGAACCAAGATGGTGCAGGCACACCTTCCAAGCCG
CTGCAGGCCAGCTCCACGAACAGCGTCGACCGTCTATCGAAACCCTTCAA
ATGTCCAGGCATAGCCACGGCTACACGAACATCAGACAAGCCAGCGAGGA
AGCGTAGGAAGGTGAACTATGCAGGGGCCGATGGCACGGTGGACGACGAC
AGCGTCAAGCCATATACCAACGAGGATCGCTTAGCGCTCGCAACAAGAGA
TGCGAACAGGTTCCCTAGCTTCAAGGTCAAGGACAAAGAGATGACGTTCA
AGCAAAGATTCAAAATTCCTCTGATCAATAAGTCGTCTGACGCCTATAAT
AGCTCTAGACCAGCGCCCACGCTTGGTATGAGGCAAGGCGCTACATTTGT
TGTGAAACCATTGCATGATCCGAGCGGGGAGTTTGCTATAGTGCTATATG
ACCCAACGGTCGATGACGTTAACGAGCCAGAAGTGAAGGAAGGGGCCACG
GCCGATACAGAAGAGCAGAAGCCAAAGTTGGATGAGCCATTGGTACATAA
GAGTTTGGCAGATATTCTTGGGCTCAAGAAGAAGACTGAAGGGCGACCGA
AAGTTCCGGTTGTTATAGATCCACGGCTGGCGAAAGTGCTACGACCTCAC
CAGGTTGAGGGTGTCAAGTTCCTTTACCGTTGTACAACTGGCATGGTTGA
CAAAAATGCGAATGGTTGCATCATGGCAGATGGGATGGGTCTGGGCAAGA
CGCTTCAATGTATCTCATTGATGTGGACCCTACTCAAGCAATCTCCAGAA
GCGGGAGTAACAACCATACAAAAGTGCATTATCGCTTGTCCGTCAAGTTT
GGTCGGAAACTGGGCCAATGAACTAGTCAAATGGTTGGGCAAGGACGCCA
TCACACCTTTTGCGGTCGACGGTAAAGCATCGAAGACAGAGCTCATCAGT
CAGATGAAACAATGGGCCATTGCTTCGGGACGGGCTATTGTCAGACCAGT
ACTCATCATATCGTATGAAACACTCCGGTTATATGTTGACACACTGAGGG
ACAGTCCTATCGGCCTACTTCTTTGTGACGAAGGTCATCGATTGAAGAAC
AAGGAGAGTTTGACATGGACAGCGCTCAACGGCCTGAATGTACAGCGTCG
GGTGATCTTGTCCGGCACTCCCATTCAGAACGACCTTTCAGAATACTTTG
CTCTTCTCCATTTTGCTAACCCTAATTTACTGGGGTCGCAGAACGAGTTC
CGGAAAAGGTTCGAATTGCCCATTCTCAGAGGAAGAGATGCCGCAGGAAC
AGAAGAAGACCTCAAGAAGGGTGATGAGCGTCTTGCCGAACTCTCCGGCA
TTGTAAACAAGTTTATCATACGACGCACGAACGATATTTTGTCAAAGTAC
TTGCCAGTCAAGTACGAACATGTTGTTTTCTGCAACATGTCCGCCTTTCA
ACTGGGCTTATATAAGCATTTCATTCAGAGTCCTGAAATCAAAAGCTTAC
TTCGAGGCAAGGGAAGTCAACCCTTGAAAGCAATCGGTCTTTTGAAAAAG
CTTTGCAACCATCCGGACCTTCTTAATCTCTCTAATGACCTGCCGGGTTG
CGAGTACACCTTCCCAGAGGACTATGTCCCGCCGGAAGCAAGAGGGCGTG
ATCGAGATATCAAATCTTGGTATTCAGGGAAGATGATGGTCTTGGATCGA
ATGCTAGCTCGTATTCGCCAGGATACTAATGACAAAATTGTTTTGATTAG
CAATTATACCCAGACCCTCGACCTTTTCGAGAAGCTGTGCAGAACCCGGG
GGTACGGCTCCTTGCGACTGGACGGAACCATGACTGTTGGGAAACGACAG
AAGCTGGTCGATAAGTTCAATAATCCCGATGGGGAAGAGTTTGTGTTCCT
GCTGAGCAGTAAGGCTGGTGGCTGCGGCCTGAATTTAATAGGTGCAAACC
GCCTTGTTCTTTTTGACCCCGATTGGAATCCAGCGGCCGATCAGCAAGCT
CTGGCGCGGGTGTGGCGTGATGGCCAGAAGAAAGACTGCTTCGTCTACCG
TTTCATCGCGACTGGATCAATTGAGGAGAAGATCTTTCAGCGTCAGTCTC
ATAAACAGTCACTTTCTTCGTGCGTTGTGGATTCGGCCGAGGATGTCGAG
CGACACTTCTCGCTGGAATCCCTCCGAGAGCTCTTTCAATTCAAACCGGA
AACGCGGAGCGATACACATGACACGTTCAAATGCAAGCGATGCCGACCGG
AGGGAACACAATACATTAAGGCGCCAGCCATGTTGTACGGTGACACGAGT
ACTTGGAATCATTTTGTTAATGACGGAGAGCAGGGAGCTCTCAGCAAGAT
CCAGGACTTGCTGATACGCCAAGAGACTGGAGAGCGTGATGTCTCTGCCG
TGTTTCAGTATATCAGCCATTGAATGTCCTCCTACAAGCCCATTTTACTT
TTATCGAACCACTATCCCTTCGACAAATATCTGAAGGCCGCATTTCCTCC
ACCTGCGTCATTCAAGTGGCGCTTCCTCACCCGGAGGTACCGGCCACGGC
CCGTCGTGAACCAAGATGGTGCAGGCACACCTTCCAAGCCGCTGCAGGCC
AGCTCCACGAACAGCGTCGACCGTCTATCGAAACCCTTCAAATGTCCAGG
CATAGCCACGGCTACACGAACATCAGACAAGCCAGCGAGGAAGCGTAGGA
AGGTGAACTATGCAGGGGCCGATGGCACGGTGGACGACGACAGCGTCAAG
CCATATACCAACGAGGATCGCTTAGCGCTCGCAACAAGAGATGCGAACAG
GTTCCCTAGCTTCAAGGTCAAGGACAAAGAGATGACGTTCAAGCAAAGAT
TCAAAATTCCTCTGATCAATAAGTCGTCTGACGCCTATAATAGCTCTAGA
CCAGCGCCCACGCTTGGTATGAGGCAAGGCGCTACATTTGTTGTGAAACC
ATTGCATGATCCGAGCGGGGAGTTTGCTATAGTGCTATATGACCCAACGG
TCGATGACGTTAACGAGCCAGAAGTGAAGGAAGGGGCCACGGCCGATACA
GAAGAGCAGAAGCCAAAGTTGGATGAGCCATTGGTACATAAGAGTTTGGC
AGATATTCTTGGGCTCAAGAAGAAGACTGAAGGGCGACCGAAAGTTCCGG
TTGTTATAGATCCACGGCTGGCGAAAGTGCTACGACCTCACCAGGTTGAG
GGTGTCAAGTTCCTTTACCGTTGTACAACTGGCATGGTTGACAAAAATGC
GAATGGTTGCATCATGGCAGATGGGATGGGTCTGGGCAAGACGCTTCAAT
GTATCTCATTGATGTGGACCCTACTCAAGCAATCTCCAGAAGCGGGAGTA
ACAACCATACAAAAGTGCATTATCGCTTGTCCGTCAAGTTTGGTCGGAAA
CTGGGCCAATGAACTAGTCAAATGGTTGGGCAAGGACGCCATCACACCTT
TTGCGGTCGACGGTAAAGCATCGAAGACAGAGCTCATCAGTCAGATGAAA
CAATGGGCCATTGCTTCGGGACGGGCTATTGTCAGACCAGTACTCATCAT
ATCGTATGAAACACTCCGGTTATATGTTGACACACTGAGGGACAGTCCTA
TCGGCCTACTTCTTTGTGACGAAGGTCATCGATTGAAGAACAAGGAGAGT
TTGACATGGACAGCGCTCAACGGCCTGAATGTACAGCGTCGGGTGATCTT
GTCCGGCACTCCCATTCAGAACGACCTTTCAGAATACTTTGCTCTTCTCC
ATTTTGCTAACCCTAATTTACTGGGGTCGCAGAACGAGTTCCGGAAAAGG
TTCGAATTGCCCATTCTCAGAGGAAGAGATGCCGCAGGAACAGAAGAAGA
CCTCAAGAAGGGTGATGAGCGTCTTGCCGAACTCTCCGGCATTGTAAACA
AGTTTATCATACGACGCACGAACGATATTTTGTCAAAGTACTTGCCAGTC
AAGTACGAACATGTTGTTTTCTGCAACATGTCCGCCTTTCAACTGGGCTT
ATATAAGCATTTCATTCAGAGTCCTGAAATCAAAAGCTTACTTCGAGGCA
AGGGAAGTCAACCCTTGAAAGCAATCGGTCTTTTGAAAAAGCTTTGCAAC
CATCCGGACCTTCTTAATCTCTCTAATGACCTGCCGGGTTGCGAGTACAC
CTTCCCAGAGGACTATGTCCCGCCGGAAGCAAGAGGGCGTGATCGAGATA
TCAAATCTTGGTATTCAGGGAAGATGATGGTCTTGGATCGAATGCTAGCT
CGTATTCGCCAGGATACTAATGACAAAATTGTTTTGATTAGCAATTATAC
CCAGACCCTCGACCTTTTCGAGAAGCTGTGCAGAACCCGGGGGTACGGCT
CCTTGCGACTGGACGGAACCATGACTGTTGGGAAACGACAGAAGCTGGTC
GATAAGTTCAATAATCCCGATGGGGAAGAGTTTGTGTTCCTGCTGAGCAG
TAAGGCTGGTGGCTGCGGCCTGAATTTAATAGGTGCAAACCGCCTTGTTC
TTTTTGACCCCGATTGGAATCCAGCGGCCGATCAGCAAGCTCTGGCGCGG
GTGTGGCGTGATGGCCAGAAGAAAGACTGCTTCGTCTACCGTTTCATCGC
GACTGGATCAATTGAGGAGAAGATCTTTCAGCGTCAGTCTCATAAACAGT
CACTTTCTTCGTGCGTTGTGGATTCGGCCGAGGATGTCGAGCGACACTTC
TCGCTGGAATCCCTCCGAGAGCTCTTTCAATTCAAACCGGAAACGCGGAG
CGATACACATGACACGTTCAAATGCAAGCGATGCCGACCGGAGGGAACAC
AATACATTAAGGCGCCAGCCATGTTGTACGGTGACACGAGTACTTGGAAT
CATTTTGTTAATGACGGAGAGCAGGGAGCTCTCAGCAAGATCCAGGACTT
GCTGATACGCCAAGAGACTGGAGAGCGTGATGTCTCTGCCGTGTTTCAGT
ATATCAGCCATTGAATGTCCTCCTACAAGCCCATTTTACTTTTATCGAAC
CACTATCCCTTCGACAAATATCTGAAGGCCGCATTTCCTCCACCTGCGTC
ATTCAAGTGGCGCTTCCTCACCCGGAGGTACCGGCCACGGCCCGTCGTGA
ACCAAGATGGTGCAGGCACACCTTCCAAGCCGCTGCAGGCCAGCTCCACG
AACAGCGTCGACCGTCTATCGAAACCCTTCAAATGTCCAGGCATAGCCAC
GGCTACACGAACATCAGACAAGCCAGCGAGGAAGCGTAGGAAGGTGAACT
ATGCAGGGGCCGATGGCACGGTGGACGACGACAGCGTCAAGCCATATACC
AACGAGGATCGCTTAGCGCTCGCAACAAGAGATGCGAACAGGTTCCCTAG
CTTCAAGGTCAAGGACAAAGAGATGACGTTCAAGCAAAGATTCAAAATTC
CTCTGATCAATAAGTCGTCTGACGCCTATAATAGCTCTAGACCAGCGCCC
ACGCTTGGTATGAGGCAAGGCGCTACATTTGTTGTGAAACCATTGCATGA
TCCGAGCGGGGAGTTTGCTATAGTGCTATATGACCCAACGGTCGATGACG
TTAACGAGCCAGAAGTGAAGGAAGGGGCCACGGCCGATACAGAAGAGCAG
AAGCCAAAGTTGGATGAGCCATTGGTACATAAGAGTTTGGCAGATATTCT
TGGGCTCAAGAAGAAGACTGAAGGGCGACCGAAAGTTCCGGTTGTTATAG
ATCCACGGCTGGCGAAAGTGCTACGACCTCACCAGGTTGAGGGTGTCAAG
TTCCTTTACCGTTGTACAACTGGCATGGTTGACAAAAATGCGAATGGTTG
CATCATGGCAGATGGGATGGGTCTGGGCAAGACGCTTCAATGTATCTCAT
TGATGTGGACCCTACTCAAGCAATCTCCAGAAGCGGGAGTAACAACCATA
CAAAAGTGCATTATCGCTTGTCCGTCAAGTTTGGTCGGAAACTGGGCCAA
TGAACTAGTCAAATGGTTGGGCAAGGACGCCATCACACCTTTTGCGGTCG
ACGGTAAAGCATCGAAGACAGAGCTCATCAGTCAGATGAAACAATGGGCC
ATTGCTTCGGGACGGGCTATTGTCAGACCAGTACTCATCATATCGTATGA
AACACTCCGGTTATATGTTGACACACTGAGGGACAGTCCTATCGGCCTAC
TTCTTTGTGACGAAGGTCATCGATTGAAGAACAAGGAGAGTTTGACATGG
ACAGCGCTCAACGGCCTGAATGTACAGCGTCGGGTGATCTTGTCCGGCAC
TCCCATTCAGAACGACCTTTCAGAATACTTTGCTCTTCTCCATTTTGCTA
ACCCTAATTTACTGGGGTCGCAGAACGAGTTCCGGAAAAGGTTCGAATTG
CCCATTCTCAGAGGAAGAGATGCCGCAGGAACAGAAGAAGACCTCAAGAA
GGGTGATGAGCGTCTTGCCGAACTCTCCGGCATTGTAAACAAGTTTATCA
TACGACGCACGAACGATATTTTGTCAAAGTACTTGCCAGTCAAGTACGAA
CATGTTGTTTTCTGCAACATGTCCGCCTTTCAACTGGGCTTATATAAGCA
TTTCATTCAGAGTCCTGAAATCAAAAGCTTACTTCGAGGCAAGGGAAGTC
AACCCTTGAAAGCAATCGGTCTTTTGAAAAAGCTTTGCAACCATCCGGAC
CTTCTTAATCTCTCTAATGACCTGCCGGGTTGCGAGTACACCTTCCCAGA
GGACTATGTCCCGCCGGAAGCAAGAGGGCGTGATCGAGATATCAAATCTT
GGTATTCAGGGAAGATGATGGTCTTGGATCGAATGCTAGCTCGTATTCGC
CAGGATACTAATGACAAAATTGTTTTGATTAGCAATTATACCCAGACCCT
CGACCTTTTCGAGAAGCTGTGCAGAACCCGGGGGTACGGCTCCTTGCGAC
TGGACGGAACCATGACTGTTGGGAAACGACAGAAGCTGGTCGATAAGTTC
AATAATCCCGATGGGGAAGAGTTTGTGTTCCTGCTGAGCAGTAAGGCTGG
TGGCTGCGGCCTGAATTTAATAGGTGCAAACCGCCTTGTTCTTTTTGACC
CCGATTGGAATCCAGCGGCCGATCAGCAAGCTCTGGCGCGGGTGTGGCGT
GATGGCCAGAAGAAAGACTGCTTCGTCTACCGTTTCATCGCGACTGGATC
AATTGAGGAGAAGATCTTTCAGCGTCAGTCTCATAAACAGTCACTTTCTT
CGTGCGTTGTGGATTCGGCCGAGGATGTCGAGCGACACTTCTCGCTGGAA
TCCCTCCGAGAGCTCTTTCAATTCAAACCGGAAACGCGGAGCGATACACA
TGACACGTTCAAATGCAAGCGATGCCGACCGGAGGGAACACAATACATTA
AGGCGCCAGCCATGTTGTACGGTGACACGAGTACTTGGAATCATTTTGTT
AATGACGGAGAGCAGGGAGCTCTCAGCAAGATCCAGGACTTGCTGATACG
CCAAGAGACTGGAGAGCGTGATGTCTCTGCCGTGTTTCAGTATATCAGCC
ATTGA back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0016817 | hydrolase activity, acting on acid anhydrides |
| GO:0005524 | ATP binding |
| GO:0070615 | nucleosome-dependent ATPase activity |
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
Cross References
External references for this mRNA
Properties
| Property Name | Value |
|---|
| Product | DNA repair protein rhp54 |
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 |
|---|
| MCQH01000246 | supercontig | MCQH01000246:126619..129698 + |
|
