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Sequences
The following sequences are available for this feature:
mRNA from alignment at MCQH01000184:1133145..1136412+ Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below. >ATCC10864_007715-T1 ID=ATCC10864_007715-T1|Name=ATCC10864_007715-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=3268bp|location=Sequence derived from alignment at MCQH01000184:1133145..1136412+ (Aspergillus niger ATCC 10864)
ATGCCGCACCAAGATGGCCCAACGGCCGACGACTGGCCGGACGAGCACCT
CACCGAACAAACCACCAACAGCACCGGCCATGGGCGGACTCCCCGGCGTG
CGCATTACCATGAGAGGGGACTCAACACCGGGGTCCGGGTAATGGGTGCG
TGCATTCCCTAATCTTTCTTCATCCCAAGATTCCCTCATTCTCAACTACT
AACCATAATCGATCCCACCAGATGATGGCCGCCTGGACATTAAGATCCGC
GAACGCAAACCCTGGGTATCAAAAATCATCAAACATCTCCAACAGCAACC
AGAACCCCTCCATGAAGAGCGCAAGCCATCTGTCTGCTTTATCGAAGATG
GGAAACCCCCCTGCGCCTTAAAACTCAACATCGTCATCCAAGTCGTCGGC
TCCCGCGGTGACGTCCAGCCCTTCATTGCCCTAGGCAAGGTCCTCAAGTC
CCACGGCCATCGCGTCCGTCTCGCCACACATCTCGCCTTTCGTGAATCCA
TCGAGCATGAGGGTCTCGAGTTCTTTAATATCGGCGGCGATCCAGCCGAG
TTGATGGCGTTCATGGTGCGGAATCCGGGCCTGATGCCGCATATGAGTAC
CCTGCGTAGCGGGGCGATTCCTCGCCGGAGGCGCGAAATGAAGGCTATAT
TTTCGGGGTGTTGGCGCTCGTGCTATGAGACGGGTGATGGAACAGGATTG
CATCATATTCCGGAGGATCCGTGGAGTGAGACGGCGGATTATCGCACGAT
GCCGTTTGTGGCCGATGCTATTATCGCGAATCCGCCGAGTTTTGTTCATT
TGAGCTGTGCGGAGAAGTTGGGGATTCCGTTGAATATGATGTTTACGTGT
GTATCCCCTTTTCAGATCTAGATGATCGAATGTGCTGATCAAATGGGTGT
ATGCAGAATGCCCTGGTCGGCAACACAGTCTTTCCCTCACCCGCTGGCAA
CGATCCGCACAAAGAACACCAAACCCTCCGCTGCGAATTTTGCTTCGTAT
GCCATTGTCGAAATCCTTATGTGGGAGGGCCTGGGCGATCTGATTAACTC
TTTTCGGAAGCGTGAGCTCGGGCTGGACCCGTTAGACGCTATTCGGGCAC
CGAGTATTGCGCACCGGTTGCGTATCCCATACACTTATCTCTGGTCGCCA
GCCCTCCTGCCCAAACCCGGAGACTGGGGCGATAATATAGACATCGCCGG
CTTCTCCTTCCTCTCCTCGGGCTCGGACTACACACCCCCCGACGACCTGG
CGAATTTCATCAAATCTGGACCTCCCCCAATCTACGTCGGGTTCGGCTCC
ATCGTCGTAGACAACCCGGGTTCACTAACAAAGATCGTCTTTCAAGCCAT
CCGCGAAAGCGGACAACGAGCAATCGTCTCCAAAGGATGGGGAAACCTCG
GAGCCGACGAAGACGATATCCCAGAGAACATCTTCATGATCAGTAAAAGC
CCACATGACTGGCTCTTCCAGCACGTCTCCTGCGTCATTCACCACGGCGG
AGCGGGCACCACCGCTGCCGGACTGGTACTGGGCCGTCCGACCATCATCA
TCCCGTTTTTCGGCGATCAGCCGTTCTGGGGCTCGATCGTGGCTCGCGCT
GGCGCTGGCCCGCTGCCTATTCCACATAAGCAGCTGACGGTGGAAAAGCT
GACGAATGCGATCAAGCAAGCGCTTGAGCCTGAGACGTTGGAGAAGGCAA
AAGAAATTGGGAAGGAGATGCGTAAGGAGCGGGGGGTGCAGAATGCCGCT
GCTAGCTTTTATCAGCATCTAGATGTGCAGACTATGCGGTGCTCTATTTG
TCCGGATCGGCCGGCTGTGTGGTGGGTGAAGCATTCGCATATTAAGTTGA
GTACGTTTGCTGCGGCGGTGTTGGTGGAGACAGGGTTAATTAGTCCGCGG
AACGTTGTTCTGTATGTTCTGTGTAGTTTGTATCTTGCGGACGGTGTGTA
TATGGCTAACTGGTGGTTTTAGATATCGTTCACACGAATACGACACGAAT
CGAGATCCCAGAGGCCCATTGACAGCCGGTGCGGAGGTTCTCTACGGCAT
AGTCTCGGGGTTCGCCAGTGGCATCGCGGAGGTCCCCAGCGGAATGAGAG
GCATATTCTCGACGACGCATGAGCGACGACTGCATCACAAGCACGACTGG
AAAAAAGCGCGTCGGCCATCCTGTCTTGATGAATTGAATACCCCTCGTCA
CCGTCATCGGCGAACGGAAACGTCCCTTGATTCTGGTGTCGGGGCTGATG
TGGTGCCAAATGGTGACAGTCAGCACCCAGGAACTGGAAGCCAAGGCCAG
TATGAGCACGGTGATCCCCGCGAGGACCTATCCTCCAACGAGGACTCCCG
AGAATCGACTGAATCCGACGAAGCGTATCACTCCGCTGGGGAGGAGATTC
ACCGAGATCAGGCCGTTTCCGACCGTCAGCAAAATGTAAACGGGGCTACC
AACAGCCCCAGCAGTGGTGATCCATCAAGCCCGCCCATAAGCAGCTCCGA
TACTGATACGTTCGACACAACGGATGACGATATGGGCGCGGAGCTCGATC
TCGAGCGAACCGTAACTCGACTGCGATCGAGGGAAATGTCCCATACAAAG
GAAATATTGGCAGAGACGTCCTATCACAGTGCCAGGGCGACAAAGCATAT
TCTAAATTGGCTCCTTCTGTTGCCTACCGATTTGACTTTGAGTCTGACGA
AAGGGTTTCATAATGCCCCGAAATTGTATCACGATACCCTGGTGGAAGAA
TCGCCACGAGTGCTTGGAGTGAGGAGTGGGTTTCGTGCTGCAGGAACGGT
ATGCTCTTCGGATGCCCCTGAGGAATGGTTGAATTTGCTGATGAGTATAG
GAATTCACTCATGGATTTTACAATGGCATTACTGGACTTGTCACGCAGCC
CGTGGTCGGGATGGAAAAGGCTGGTGGGAAAGGATTATTGAAAGGTATTG
GTAAAGGCGTAGGAGGTGTCTTCCTCAAACCCACTGCTGGTGAGTTTCTC
CTCGACAAGACTGGCAATGTCAGAGCTAACTGGGACCTGCTTAGGCCTTT
GGGGTTTGGCGGGCTACCCGCTGGACGGGATGCACAAGAGTCTCCGCAAC
TCGCTCTCCAAGAGCAAAACGAAAGATATCCTGACATCGCGAATAAGACA
GGGTATTGAGGAGATGTGTGCAGCTACCACGCAGCAACGATCCCTGGTGA
TCCAGAAATGGCATGAGTTGCAGCCAACGGGGCTGAGGCATGAGCATGGG
CATGAACATGGCTCGTAG back to topCoding sequence (CDS) from alignment at MCQH01000184:1133145..1136412+ >ATCC10864_007715-T1 ID=ATCC10864_007715-T1|Name=ATCC10864_007715-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=17784bp|location=Sequence derived from alignment at MCQH01000184:1133145..1136412+ (Aspergillus niger ATCC 10864)
ATGCCGCACCAAGATGGCCCAACGGCCGACGACTGGCCGGACGAGCACCT
CACCGAACAAACCACCAACAGCACCGGCCATGGGCGGACTCCCCGGCGTG
CGCATTACCATGAGAGGGGACTCAACACCGGGGTCCGGGTAATGGATGAT
GGCCGCCTGGACATTAAGATCCGCGAACGCAAACCCTGGGTATCAAAAAT
CATCAAACATCTCCAACAGCAACCAGAACCCCTCCATGAAGAGCGCAAGC
CATCTGTCTGCTTTATCGAAGATGGGAAACCCCCCTGCGCCTTAAAACTC
AACATCGTCATCCAAGTCGTCGGCTCCCGCGGTGACGTCCAGCCCTTCAT
TGCCCTAGGCAAGGTCCTCAAGTCCCACGGCCATCGCGTCCGTCTCGCCA
CACATCTCGCCTTTCGTGAATCCATCGAGCATGAGGGTCTCGAGTTCTTT
AATATCGGCGGCGATCCAGCCGAGTTGATGGCGTTCATGGTGCGGAATCC
GGGCCTGATGCCGCATATGAGTACCCTGCGTAGCGGGGCGATTCCTCGCC
GGAGGCGCGAAATGAAGGCTATATTTTCGGGGTGTTGGCGCTCGTGCTAT
GAGACGGGTGATGGAACAGGATTGCATCATATTCCGGAGGATCCGTGGAG
TGAGACGGCGGATTATCGCACGATGCCGTTTGTGGCCGATGCTATTATCG
CGAATCCGCCGAGTTTTGTTCATTTGAGCTGTGCGGAGAAGTTGGGGATT
CCGTTGAATATGATGTTTACAATGCCCTGGTCGGCAACACAGTCTTTCCC
TCACCCGCTGGCAACGATCCGCACAAAGAACACCAAACCCTCCGCTGCGA
ATTTTGCTTCGTATGCCATTGTCGAAATCCTTATGTGGGAGGGCCTGGGC
GATCTGATTAACTCTTTTCGGAAGCGTGAGCTCGGGCTGGACCCGTTAGA
CGCTATTCGGGCACCGAGTATTGCGCACCGGTTGCGTATCCCATACACTT
ATCTCTGGTCGCCAGCCCTCCTGCCCAAACCCGGAGACTGGGGCGATAAT
ATAGACATCGCCGGCTTCTCCTTCCTCTCCTCGGGCTCGGACTACACACC
CCCCGACGACCTGGCGAATTTCATCAAATCTGGACCTCCCCCAATCTACG
TCGGGTTCGGCTCCATCGTCGTAGACAACCCGGGTTCACTAACAAAGATC
GTCTTTCAAGCCATCCGCGAAAGCGGACAACGAGCAATCGTCTCCAAAGG
ATGGGGAAACCTCGGAGCCGACGAAGACGATATCCCAGAGAACATCTTCA
TGATCAGTAAAAGCCCACATGACTGGCTCTTCCAGCACGTCTCCTGCGTC
ATTCACCACGGCGGAGCGGGCACCACCGCTGCCGGACTGGTACTGGGCCG
TCCGACCATCATCATCCCGTTTTTCGGCGATCAGCCGTTCTGGGGCTCGA
TCGTGGCTCGCGCTGGCGCTGGCCCGCTGCCTATTCCACATAAGCAGCTG
ACGGTGGAAAAGCTGACGAATGCGATCAAGCAAGCGCTTGAGCCTGAGAC
GTTGGAGAAGGCAAAAGAAATTGGGAAGGAGATGCGTAAGGAGCGGGGGG
TGCAGAATGCCGCTGCTAGCTTTTATCAGCATCTAGATGTGCAGACTATG
CGGTGCTCTATTTGTCCGGATCGGCCGGCTGTGTGGTGGGTGAAGCATTC
GCATATTAAGTTGAGTACGTTTGCTGCGGCGGTGTTGGTGGAGACAGGGT
TAATTAGTCCGCGGAACGTTGTTCTATATCGTTCACACGAATACGACACG
AATCGAGATCCCAGAGGCCCATTGACAGCCGGTGCGGAGGTTCTCTACGG
CATAGTCTCGGGGTTCGCCAGTGGCATCGCGGAGGTCCCCAGCGGAATGA
GAGGCATATTCTCGACGACGCATGAGCGACGACTGCATCACAAGCACGAC
TGGAAAAAAGCGCGTCGGCCATCCTGTCTTGATGAATTGAATACCCCTCG
TCACCGTCATCGGCGAACGGAAACGTCCCTTGATTCTGGTGTCGGGGCTG
ATGTGGTGCCAAATGGTGACAGTCAGCACCCAGGAACTGGAAGCCAAGGC
CAGTATGAGCACGGTGATCCCCGCGAGGACCTATCCTCCAACGAGGACTC
CCGAGAATCGACTGAATCCGACGAAGCGTATCACTCCGCTGGGGAGGAGA
TTCACCGAGATCAGGCCGTTTCCGACCGTCAGCAAAATGTAAACGGGGCT
ACCAACAGCCCCAGCAGTGGTGATCCATCAAGCCCGCCCATAAGCAGCTC
CGATACTGATACGTTCGACACAACGGATGACGATATGGGCGCGGAGCTCG
ATCTCGAGCGAACCGTAACTCGACTGCGATCGAGGGAAATGTCCCATACA
AAGGAAATATTGGCAGAGACGTCCTATCACAGTGCCAGGGCGACAAAGCA
TATTCTAAATTGGCTCCTTCTGTTGCCTACCGATTTGACTTTGAGTCTGA
CGAAAGGGTTTCATAATGCCCCGAAATTGTATCACGATACCCTGGTGGAA
GAATCGCCACGAGTGCTTGGAGTGAGGAGTGGGTTTCGTGCTGCAGGAAC
GGAATTCACTCATGGATTTTACAATGGCATTACTGGACTTGTCACGCAGC
CCGTGGTCGGGATGGAAAAGGCTGGTGGGAAAGGATTATTGAAAGGTATT
GGTAAAGGCGTAGGAGGTGTCTTCCTCAAACCCACTGCTGGCCTTTGGGG
TTTGGCGGGCTACCCGCTGGACGGGATGCACAAGAGTCTCCGCAACTCGC
TCTCCAAGAGCAAAACGAAAGATATCCTGACATCGCGAATAAGACAGGGT
ATTGAGGAGATGTGTGCAGCTACCACGCAGCAACGATCCCTGGTGATCCA
GAAATGGCATGAGTTGCAGCCAACGGGGCTGAGGCATGAGCATGGGCATG
AACATGGCTCGTAGATGCCGCACCAAGATGGCCCAACGGCCGACGACTGG
CCGGACGAGCACCTCACCGAACAAACCACCAACAGCACCGGCCATGGGCG
GACTCCCCGGCGTGCGCATTACCATGAGAGGGGACTCAACACCGGGGTCC
GGGTAATGGATGATGGCCGCCTGGACATTAAGATCCGCGAACGCAAACCC
TGGGTATCAAAAATCATCAAACATCTCCAACAGCAACCAGAACCCCTCCA
TGAAGAGCGCAAGCCATCTGTCTGCTTTATCGAAGATGGGAAACCCCCCT
GCGCCTTAAAACTCAACATCGTCATCCAAGTCGTCGGCTCCCGCGGTGAC
GTCCAGCCCTTCATTGCCCTAGGCAAGGTCCTCAAGTCCCACGGCCATCG
CGTCCGTCTCGCCACACATCTCGCCTTTCGTGAATCCATCGAGCATGAGG
GTCTCGAGTTCTTTAATATCGGCGGCGATCCAGCCGAGTTGATGGCGTTC
ATGGTGCGGAATCCGGGCCTGATGCCGCATATGAGTACCCTGCGTAGCGG
GGCGATTCCTCGCCGGAGGCGCGAAATGAAGGCTATATTTTCGGGGTGTT
GGCGCTCGTGCTATGAGACGGGTGATGGAACAGGATTGCATCATATTCCG
GAGGATCCGTGGAGTGAGACGGCGGATTATCGCACGATGCCGTTTGTGGC
CGATGCTATTATCGCGAATCCGCCGAGTTTTGTTCATTTGAGCTGTGCGG
AGAAGTTGGGGATTCCGTTGAATATGATGTTTACAATGCCCTGGTCGGCA
ACACAGTCTTTCCCTCACCCGCTGGCAACGATCCGCACAAAGAACACCAA
ACCCTCCGCTGCGAATTTTGCTTCGTATGCCATTGTCGAAATCCTTATGT
GGGAGGGCCTGGGCGATCTGATTAACTCTTTTCGGAAGCGTGAGCTCGGG
CTGGACCCGTTAGACGCTATTCGGGCACCGAGTATTGCGCACCGGTTGCG
TATCCCATACACTTATCTCTGGTCGCCAGCCCTCCTGCCCAAACCCGGAG
ACTGGGGCGATAATATAGACATCGCCGGCTTCTCCTTCCTCTCCTCGGGC
TCGGACTACACACCCCCCGACGACCTGGCGAATTTCATCAAATCTGGACC
TCCCCCAATCTACGTCGGGTTCGGCTCCATCGTCGTAGACAACCCGGGTT
CACTAACAAAGATCGTCTTTCAAGCCATCCGCGAAAGCGGACAACGAGCA
ATCGTCTCCAAAGGATGGGGAAACCTCGGAGCCGACGAAGACGATATCCC
AGAGAACATCTTCATGATCAGTAAAAGCCCACATGACTGGCTCTTCCAGC
ACGTCTCCTGCGTCATTCACCACGGCGGAGCGGGCACCACCGCTGCCGGA
CTGGTACTGGGCCGTCCGACCATCATCATCCCGTTTTTCGGCGATCAGCC
GTTCTGGGGCTCGATCGTGGCTCGCGCTGGCGCTGGCCCGCTGCCTATTC
CACATAAGCAGCTGACGGTGGAAAAGCTGACGAATGCGATCAAGCAAGCG
CTTGAGCCTGAGACGTTGGAGAAGGCAAAAGAAATTGGGAAGGAGATGCG
TAAGGAGCGGGGGGTGCAGAATGCCGCTGCTAGCTTTTATCAGCATCTAG
ATGTGCAGACTATGCGGTGCTCTATTTGTCCGGATCGGCCGGCTGTGTGG
TGGGTGAAGCATTCGCATATTAAGTTGAGTACGTTTGCTGCGGCGGTGTT
GGTGGAGACAGGGTTAATTAGTCCGCGGAACGTTGTTCTATATCGTTCAC
ACGAATACGACACGAATCGAGATCCCAGAGGCCCATTGACAGCCGGTGCG
GAGGTTCTCTACGGCATAGTCTCGGGGTTCGCCAGTGGCATCGCGGAGGT
CCCCAGCGGAATGAGAGGCATATTCTCGACGACGCATGAGCGACGACTGC
ATCACAAGCACGACTGGAAAAAAGCGCGTCGGCCATCCTGTCTTGATGAA
TTGAATACCCCTCGTCACCGTCATCGGCGAACGGAAACGTCCCTTGATTC
TGGTGTCGGGGCTGATGTGGTGCCAAATGGTGACAGTCAGCACCCAGGAA
CTGGAAGCCAAGGCCAGTATGAGCACGGTGATCCCCGCGAGGACCTATCC
TCCAACGAGGACTCCCGAGAATCGACTGAATCCGACGAAGCGTATCACTC
CGCTGGGGAGGAGATTCACCGAGATCAGGCCGTTTCCGACCGTCAGCAAA
ATGTAAACGGGGCTACCAACAGCCCCAGCAGTGGTGATCCATCAAGCCCG
CCCATAAGCAGCTCCGATACTGATACGTTCGACACAACGGATGACGATAT
GGGCGCGGAGCTCGATCTCGAGCGAACCGTAACTCGACTGCGATCGAGGG
AAATGTCCCATACAAAGGAAATATTGGCAGAGACGTCCTATCACAGTGCC
AGGGCGACAAAGCATATTCTAAATTGGCTCCTTCTGTTGCCTACCGATTT
GACTTTGAGTCTGACGAAAGGGTTTCATAATGCCCCGAAATTGTATCACG
ATACCCTGGTGGAAGAATCGCCACGAGTGCTTGGAGTGAGGAGTGGGTTT
CGTGCTGCAGGAACGGAATTCACTCATGGATTTTACAATGGCATTACTGG
ACTTGTCACGCAGCCCGTGGTCGGGATGGAAAAGGCTGGTGGGAAAGGAT
TATTGAAAGGTATTGGTAAAGGCGTAGGAGGTGTCTTCCTCAAACCCACT
GCTGGCCTTTGGGGTTTGGCGGGCTACCCGCTGGACGGGATGCACAAGAG
TCTCCGCAACTCGCTCTCCAAGAGCAAAACGAAAGATATCCTGACATCGC
GAATAAGACAGGGTATTGAGGAGATGTGTGCAGCTACCACGCAGCAACGA
TCCCTGGTGATCCAGAAATGGCATGAGTTGCAGCCAACGGGGCTGAGGCA
TGAGCATGGGCATGAACATGGCTCGTAGATGCCGCACCAAGATGGCCCAA
CGGCCGACGACTGGCCGGACGAGCACCTCACCGAACAAACCACCAACAGC
ACCGGCCATGGGCGGACTCCCCGGCGTGCGCATTACCATGAGAGGGGACT
CAACACCGGGGTCCGGGTAATGGATGATGGCCGCCTGGACATTAAGATCC
GCGAACGCAAACCCTGGGTATCAAAAATCATCAAACATCTCCAACAGCAA
CCAGAACCCCTCCATGAAGAGCGCAAGCCATCTGTCTGCTTTATCGAAGA
TGGGAAACCCCCCTGCGCCTTAAAACTCAACATCGTCATCCAAGTCGTCG
GCTCCCGCGGTGACGTCCAGCCCTTCATTGCCCTAGGCAAGGTCCTCAAG
TCCCACGGCCATCGCGTCCGTCTCGCCACACATCTCGCCTTTCGTGAATC
CATCGAGCATGAGGGTCTCGAGTTCTTTAATATCGGCGGCGATCCAGCCG
AGTTGATGGCGTTCATGGTGCGGAATCCGGGCCTGATGCCGCATATGAGT
ACCCTGCGTAGCGGGGCGATTCCTCGCCGGAGGCGCGAAATGAAGGCTAT
ATTTTCGGGGTGTTGGCGCTCGTGCTATGAGACGGGTGATGGAACAGGAT
TGCATCATATTCCGGAGGATCCGTGGAGTGAGACGGCGGATTATCGCACG
ATGCCGTTTGTGGCCGATGCTATTATCGCGAATCCGCCGAGTTTTGTTCA
TTTGAGCTGTGCGGAGAAGTTGGGGATTCCGTTGAATATGATGTTTACAA
TGCCCTGGTCGGCAACACAGTCTTTCCCTCACCCGCTGGCAACGATCCGC
ACAAAGAACACCAAACCCTCCGCTGCGAATTTTGCTTCGTATGCCATTGT
CGAAATCCTTATGTGGGAGGGCCTGGGCGATCTGATTAACTCTTTTCGGA
AGCGTGAGCTCGGGCTGGACCCGTTAGACGCTATTCGGGCACCGAGTATT
GCGCACCGGTTGCGTATCCCATACACTTATCTCTGGTCGCCAGCCCTCCT
GCCCAAACCCGGAGACTGGGGCGATAATATAGACATCGCCGGCTTCTCCT
TCCTCTCCTCGGGCTCGGACTACACACCCCCCGACGACCTGGCGAATTTC
ATCAAATCTGGACCTCCCCCAATCTACGTCGGGTTCGGCTCCATCGTCGT
AGACAACCCGGGTTCACTAACAAAGATCGTCTTTCAAGCCATCCGCGAAA
GCGGACAACGAGCAATCGTCTCCAAAGGATGGGGAAACCTCGGAGCCGAC
GAAGACGATATCCCAGAGAACATCTTCATGATCAGTAAAAGCCCACATGA
CTGGCTCTTCCAGCACGTCTCCTGCGTCATTCACCACGGCGGAGCGGGCA
CCACCGCTGCCGGACTGGTACTGGGCCGTCCGACCATCATCATCCCGTTT
TTCGGCGATCAGCCGTTCTGGGGCTCGATCGTGGCTCGCGCTGGCGCTGG
CCCGCTGCCTATTCCACATAAGCAGCTGACGGTGGAAAAGCTGACGAATG
CGATCAAGCAAGCGCTTGAGCCTGAGACGTTGGAGAAGGCAAAAGAAATT
GGGAAGGAGATGCGTAAGGAGCGGGGGGTGCAGAATGCCGCTGCTAGCTT
TTATCAGCATCTAGATGTGCAGACTATGCGGTGCTCTATTTGTCCGGATC
GGCCGGCTGTGTGGTGGGTGAAGCATTCGCATATTAAGTTGAGTACGTTT
GCTGCGGCGGTGTTGGTGGAGACAGGGTTAATTAGTCCGCGGAACGTTGT
TCTATATCGTTCACACGAATACGACACGAATCGAGATCCCAGAGGCCCAT
TGACAGCCGGTGCGGAGGTTCTCTACGGCATAGTCTCGGGGTTCGCCAGT
GGCATCGCGGAGGTCCCCAGCGGAATGAGAGGCATATTCTCGACGACGCA
TGAGCGACGACTGCATCACAAGCACGACTGGAAAAAAGCGCGTCGGCCAT
CCTGTCTTGATGAATTGAATACCCCTCGTCACCGTCATCGGCGAACGGAA
ACGTCCCTTGATTCTGGTGTCGGGGCTGATGTGGTGCCAAATGGTGACAG
TCAGCACCCAGGAACTGGAAGCCAAGGCCAGTATGAGCACGGTGATCCCC
GCGAGGACCTATCCTCCAACGAGGACTCCCGAGAATCGACTGAATCCGAC
GAAGCGTATCACTCCGCTGGGGAGGAGATTCACCGAGATCAGGCCGTTTC
CGACCGTCAGCAAAATGTAAACGGGGCTACCAACAGCCCCAGCAGTGGTG
ATCCATCAAGCCCGCCCATAAGCAGCTCCGATACTGATACGTTCGACACA
ACGGATGACGATATGGGCGCGGAGCTCGATCTCGAGCGAACCGTAACTCG
ACTGCGATCGAGGGAAATGTCCCATACAAAGGAAATATTGGCAGAGACGT
CCTATCACAGTGCCAGGGCGACAAAGCATATTCTAAATTGGCTCCTTCTG
TTGCCTACCGATTTGACTTTGAGTCTGACGAAAGGGTTTCATAATGCCCC
GAAATTGTATCACGATACCCTGGTGGAAGAATCGCCACGAGTGCTTGGAG
TGAGGAGTGGGTTTCGTGCTGCAGGAACGGAATTCACTCATGGATTTTAC
AATGGCATTACTGGACTTGTCACGCAGCCCGTGGTCGGGATGGAAAAGGC
TGGTGGGAAAGGATTATTGAAAGGTATTGGTAAAGGCGTAGGAGGTGTCT
TCCTCAAACCCACTGCTGGCCTTTGGGGTTTGGCGGGCTACCCGCTGGAC
GGGATGCACAAGAGTCTCCGCAACTCGCTCTCCAAGAGCAAAACGAAAGA
TATCCTGACATCGCGAATAAGACAGGGTATTGAGGAGATGTGTGCAGCTA
CCACGCAGCAACGATCCCTGGTGATCCAGAAATGGCATGAGTTGCAGCCA
ACGGGGCTGAGGCATGAGCATGGGCATGAACATGGCTCGTAGATGCCGCA
CCAAGATGGCCCAACGGCCGACGACTGGCCGGACGAGCACCTCACCGAAC
AAACCACCAACAGCACCGGCCATGGGCGGACTCCCCGGCGTGCGCATTAC
CATGAGAGGGGACTCAACACCGGGGTCCGGGTAATGGATGATGGCCGCCT
GGACATTAAGATCCGCGAACGCAAACCCTGGGTATCAAAAATCATCAAAC
ATCTCCAACAGCAACCAGAACCCCTCCATGAAGAGCGCAAGCCATCTGTC
TGCTTTATCGAAGATGGGAAACCCCCCTGCGCCTTAAAACTCAACATCGT
CATCCAAGTCGTCGGCTCCCGCGGTGACGTCCAGCCCTTCATTGCCCTAG
GCAAGGTCCTCAAGTCCCACGGCCATCGCGTCCGTCTCGCCACACATCTC
GCCTTTCGTGAATCCATCGAGCATGAGGGTCTCGAGTTCTTTAATATCGG
CGGCGATCCAGCCGAGTTGATGGCGTTCATGGTGCGGAATCCGGGCCTGA
TGCCGCATATGAGTACCCTGCGTAGCGGGGCGATTCCTCGCCGGAGGCGC
GAAATGAAGGCTATATTTTCGGGGTGTTGGCGCTCGTGCTATGAGACGGG
TGATGGAACAGGATTGCATCATATTCCGGAGGATCCGTGGAGTGAGACGG
CGGATTATCGCACGATGCCGTTTGTGGCCGATGCTATTATCGCGAATCCG
CCGAGTTTTGTTCATTTGAGCTGTGCGGAGAAGTTGGGGATTCCGTTGAA
TATGATGTTTACAATGCCCTGGTCGGCAACACAGTCTTTCCCTCACCCGC
TGGCAACGATCCGCACAAAGAACACCAAACCCTCCGCTGCGAATTTTGCT
TCGTATGCCATTGTCGAAATCCTTATGTGGGAGGGCCTGGGCGATCTGAT
TAACTCTTTTCGGAAGCGTGAGCTCGGGCTGGACCCGTTAGACGCTATTC
GGGCACCGAGTATTGCGCACCGGTTGCGTATCCCATACACTTATCTCTGG
TCGCCAGCCCTCCTGCCCAAACCCGGAGACTGGGGCGATAATATAGACAT
CGCCGGCTTCTCCTTCCTCTCCTCGGGCTCGGACTACACACCCCCCGACG
ACCTGGCGAATTTCATCAAATCTGGACCTCCCCCAATCTACGTCGGGTTC
GGCTCCATCGTCGTAGACAACCCGGGTTCACTAACAAAGATCGTCTTTCA
AGCCATCCGCGAAAGCGGACAACGAGCAATCGTCTCCAAAGGATGGGGAA
ACCTCGGAGCCGACGAAGACGATATCCCAGAGAACATCTTCATGATCAGT
AAAAGCCCACATGACTGGCTCTTCCAGCACGTCTCCTGCGTCATTCACCA
CGGCGGAGCGGGCACCACCGCTGCCGGACTGGTACTGGGCCGTCCGACCA
TCATCATCCCGTTTTTCGGCGATCAGCCGTTCTGGGGCTCGATCGTGGCT
CGCGCTGGCGCTGGCCCGCTGCCTATTCCACATAAGCAGCTGACGGTGGA
AAAGCTGACGAATGCGATCAAGCAAGCGCTTGAGCCTGAGACGTTGGAGA
AGGCAAAAGAAATTGGGAAGGAGATGCGTAAGGAGCGGGGGGTGCAGAAT
GCCGCTGCTAGCTTTTATCAGCATCTAGATGTGCAGACTATGCGGTGCTC
TATTTGTCCGGATCGGCCGGCTGTGTGGTGGGTGAAGCATTCGCATATTA
AGTTGAGTACGTTTGCTGCGGCGGTGTTGGTGGAGACAGGGTTAATTAGT
CCGCGGAACGTTGTTCTATATCGTTCACACGAATACGACACGAATCGAGA
TCCCAGAGGCCCATTGACAGCCGGTGCGGAGGTTCTCTACGGCATAGTCT
CGGGGTTCGCCAGTGGCATCGCGGAGGTCCCCAGCGGAATGAGAGGCATA
TTCTCGACGACGCATGAGCGACGACTGCATCACAAGCACGACTGGAAAAA
AGCGCGTCGGCCATCCTGTCTTGATGAATTGAATACCCCTCGTCACCGTC
ATCGGCGAACGGAAACGTCCCTTGATTCTGGTGTCGGGGCTGATGTGGTG
CCAAATGGTGACAGTCAGCACCCAGGAACTGGAAGCCAAGGCCAGTATGA
GCACGGTGATCCCCGCGAGGACCTATCCTCCAACGAGGACTCCCGAGAAT
CGACTGAATCCGACGAAGCGTATCACTCCGCTGGGGAGGAGATTCACCGA
GATCAGGCCGTTTCCGACCGTCAGCAAAATGTAAACGGGGCTACCAACAG
CCCCAGCAGTGGTGATCCATCAAGCCCGCCCATAAGCAGCTCCGATACTG
ATACGTTCGACACAACGGATGACGATATGGGCGCGGAGCTCGATCTCGAG
CGAACCGTAACTCGACTGCGATCGAGGGAAATGTCCCATACAAAGGAAAT
ATTGGCAGAGACGTCCTATCACAGTGCCAGGGCGACAAAGCATATTCTAA
ATTGGCTCCTTCTGTTGCCTACCGATTTGACTTTGAGTCTGACGAAAGGG
TTTCATAATGCCCCGAAATTGTATCACGATACCCTGGTGGAAGAATCGCC
ACGAGTGCTTGGAGTGAGGAGTGGGTTTCGTGCTGCAGGAACGGAATTCA
CTCATGGATTTTACAATGGCATTACTGGACTTGTCACGCAGCCCGTGGTC
GGGATGGAAAAGGCTGGTGGGAAAGGATTATTGAAAGGTATTGGTAAAGG
CGTAGGAGGTGTCTTCCTCAAACCCACTGCTGGCCTTTGGGGTTTGGCGG
GCTACCCGCTGGACGGGATGCACAAGAGTCTCCGCAACTCGCTCTCCAAG
AGCAAAACGAAAGATATCCTGACATCGCGAATAAGACAGGGTATTGAGGA
GATGTGTGCAGCTACCACGCAGCAACGATCCCTGGTGATCCAGAAATGGC
ATGAGTTGCAGCCAACGGGGCTGAGGCATGAGCATGGGCATGAACATGGC
TCGTAGATGCCGCACCAAGATGGCCCAACGGCCGACGACTGGCCGGACGA
GCACCTCACCGAACAAACCACCAACAGCACCGGCCATGGGCGGACTCCCC
GGCGTGCGCATTACCATGAGAGGGGACTCAACACCGGGGTCCGGGTAATG
GATGATGGCCGCCTGGACATTAAGATCCGCGAACGCAAACCCTGGGTATC
AAAAATCATCAAACATCTCCAACAGCAACCAGAACCCCTCCATGAAGAGC
GCAAGCCATCTGTCTGCTTTATCGAAGATGGGAAACCCCCCTGCGCCTTA
AAACTCAACATCGTCATCCAAGTCGTCGGCTCCCGCGGTGACGTCCAGCC
CTTCATTGCCCTAGGCAAGGTCCTCAAGTCCCACGGCCATCGCGTCCGTC
TCGCCACACATCTCGCCTTTCGTGAATCCATCGAGCATGAGGGTCTCGAG
TTCTTTAATATCGGCGGCGATCCAGCCGAGTTGATGGCGTTCATGGTGCG
GAATCCGGGCCTGATGCCGCATATGAGTACCCTGCGTAGCGGGGCGATTC
CTCGCCGGAGGCGCGAAATGAAGGCTATATTTTCGGGGTGTTGGCGCTCG
TGCTATGAGACGGGTGATGGAACAGGATTGCATCATATTCCGGAGGATCC
GTGGAGTGAGACGGCGGATTATCGCACGATGCCGTTTGTGGCCGATGCTA
TTATCGCGAATCCGCCGAGTTTTGTTCATTTGAGCTGTGCGGAGAAGTTG
GGGATTCCGTTGAATATGATGTTTACAATGCCCTGGTCGGCAACACAGTC
TTTCCCTCACCCGCTGGCAACGATCCGCACAAAGAACACCAAACCCTCCG
CTGCGAATTTTGCTTCGTATGCCATTGTCGAAATCCTTATGTGGGAGGGC
CTGGGCGATCTGATTAACTCTTTTCGGAAGCGTGAGCTCGGGCTGGACCC
GTTAGACGCTATTCGGGCACCGAGTATTGCGCACCGGTTGCGTATCCCAT
ACACTTATCTCTGGTCGCCAGCCCTCCTGCCCAAACCCGGAGACTGGGGC
GATAATATAGACATCGCCGGCTTCTCCTTCCTCTCCTCGGGCTCGGACTA
CACACCCCCCGACGACCTGGCGAATTTCATCAAATCTGGACCTCCCCCAA
TCTACGTCGGGTTCGGCTCCATCGTCGTAGACAACCCGGGTTCACTAACA
AAGATCGTCTTTCAAGCCATCCGCGAAAGCGGACAACGAGCAATCGTCTC
CAAAGGATGGGGAAACCTCGGAGCCGACGAAGACGATATCCCAGAGAACA
TCTTCATGATCAGTAAAAGCCCACATGACTGGCTCTTCCAGCACGTCTCC
TGCGTCATTCACCACGGCGGAGCGGGCACCACCGCTGCCGGACTGGTACT
GGGCCGTCCGACCATCATCATCCCGTTTTTCGGCGATCAGCCGTTCTGGG
GCTCGATCGTGGCTCGCGCTGGCGCTGGCCCGCTGCCTATTCCACATAAG
CAGCTGACGGTGGAAAAGCTGACGAATGCGATCAAGCAAGCGCTTGAGCC
TGAGACGTTGGAGAAGGCAAAAGAAATTGGGAAGGAGATGCGTAAGGAGC
GGGGGGTGCAGAATGCCGCTGCTAGCTTTTATCAGCATCTAGATGTGCAG
ACTATGCGGTGCTCTATTTGTCCGGATCGGCCGGCTGTGTGGTGGGTGAA
GCATTCGCATATTAAGTTGAGTACGTTTGCTGCGGCGGTGTTGGTGGAGA
CAGGGTTAATTAGTCCGCGGAACGTTGTTCTATATCGTTCACACGAATAC
GACACGAATCGAGATCCCAGAGGCCCATTGACAGCCGGTGCGGAGGTTCT
CTACGGCATAGTCTCGGGGTTCGCCAGTGGCATCGCGGAGGTCCCCAGCG
GAATGAGAGGCATATTCTCGACGACGCATGAGCGACGACTGCATCACAAG
CACGACTGGAAAAAAGCGCGTCGGCCATCCTGTCTTGATGAATTGAATAC
CCCTCGTCACCGTCATCGGCGAACGGAAACGTCCCTTGATTCTGGTGTCG
GGGCTGATGTGGTGCCAAATGGTGACAGTCAGCACCCAGGAACTGGAAGC
CAAGGCCAGTATGAGCACGGTGATCCCCGCGAGGACCTATCCTCCAACGA
GGACTCCCGAGAATCGACTGAATCCGACGAAGCGTATCACTCCGCTGGGG
AGGAGATTCACCGAGATCAGGCCGTTTCCGACCGTCAGCAAAATGTAAAC
GGGGCTACCAACAGCCCCAGCAGTGGTGATCCATCAAGCCCGCCCATAAG
CAGCTCCGATACTGATACGTTCGACACAACGGATGACGATATGGGCGCGG
AGCTCGATCTCGAGCGAACCGTAACTCGACTGCGATCGAGGGAAATGTCC
CATACAAAGGAAATATTGGCAGAGACGTCCTATCACAGTGCCAGGGCGAC
AAAGCATATTCTAAATTGGCTCCTTCTGTTGCCTACCGATTTGACTTTGA
GTCTGACGAAAGGGTTTCATAATGCCCCGAAATTGTATCACGATACCCTG
GTGGAAGAATCGCCACGAGTGCTTGGAGTGAGGAGTGGGTTTCGTGCTGC
AGGAACGGAATTCACTCATGGATTTTACAATGGCATTACTGGACTTGTCA
CGCAGCCCGTGGTCGGGATGGAAAAGGCTGGTGGGAAAGGATTATTGAAA
GGTATTGGTAAAGGCGTAGGAGGTGTCTTCCTCAAACCCACTGCTGGCCT
TTGGGGTTTGGCGGGCTACCCGCTGGACGGGATGCACAAGAGTCTCCGCA
ACTCGCTCTCCAAGAGCAAAACGAAAGATATCCTGACATCGCGAATAAGA
CAGGGTATTGAGGAGATGTGTGCAGCTACCACGCAGCAACGATCCCTGGT
GATCCAGAAATGGCATGAGTTGCAGCCAACGGGGCTGAGGCATGAGCATG
GGCATGAACATGGCTCGTAGATGCCGCACCAAGATGGCCCAACGGCCGAC
GACTGGCCGGACGAGCACCTCACCGAACAAACCACCAACAGCACCGGCCA
TGGGCGGACTCCCCGGCGTGCGCATTACCATGAGAGGGGACTCAACACCG
GGGTCCGGGTAATGGATGATGGCCGCCTGGACATTAAGATCCGCGAACGC
AAACCCTGGGTATCAAAAATCATCAAACATCTCCAACAGCAACCAGAACC
CCTCCATGAAGAGCGCAAGCCATCTGTCTGCTTTATCGAAGATGGGAAAC
CCCCCTGCGCCTTAAAACTCAACATCGTCATCCAAGTCGTCGGCTCCCGC
GGTGACGTCCAGCCCTTCATTGCCCTAGGCAAGGTCCTCAAGTCCCACGG
CCATCGCGTCCGTCTCGCCACACATCTCGCCTTTCGTGAATCCATCGAGC
ATGAGGGTCTCGAGTTCTTTAATATCGGCGGCGATCCAGCCGAGTTGATG
GCGTTCATGGTGCGGAATCCGGGCCTGATGCCGCATATGAGTACCCTGCG
TAGCGGGGCGATTCCTCGCCGGAGGCGCGAAATGAAGGCTATATTTTCGG
GGTGTTGGCGCTCGTGCTATGAGACGGGTGATGGAACAGGATTGCATCAT
ATTCCGGAGGATCCGTGGAGTGAGACGGCGGATTATCGCACGATGCCGTT
TGTGGCCGATGCTATTATCGCGAATCCGCCGAGTTTTGTTCATTTGAGCT
GTGCGGAGAAGTTGGGGATTCCGTTGAATATGATGTTTACAATGCCCTGG
TCGGCAACACAGTCTTTCCCTCACCCGCTGGCAACGATCCGCACAAAGAA
CACCAAACCCTCCGCTGCGAATTTTGCTTCGTATGCCATTGTCGAAATCC
TTATGTGGGAGGGCCTGGGCGATCTGATTAACTCTTTTCGGAAGCGTGAG
CTCGGGCTGGACCCGTTAGACGCTATTCGGGCACCGAGTATTGCGCACCG
GTTGCGTATCCCATACACTTATCTCTGGTCGCCAGCCCTCCTGCCCAAAC
CCGGAGACTGGGGCGATAATATAGACATCGCCGGCTTCTCCTTCCTCTCC
TCGGGCTCGGACTACACACCCCCCGACGACCTGGCGAATTTCATCAAATC
TGGACCTCCCCCAATCTACGTCGGGTTCGGCTCCATCGTCGTAGACAACC
CGGGTTCACTAACAAAGATCGTCTTTCAAGCCATCCGCGAAAGCGGACAA
CGAGCAATCGTCTCCAAAGGATGGGGAAACCTCGGAGCCGACGAAGACGA
TATCCCAGAGAACATCTTCATGATCAGTAAAAGCCCACATGACTGGCTCT
TCCAGCACGTCTCCTGCGTCATTCACCACGGCGGAGCGGGCACCACCGCT
GCCGGACTGGTACTGGGCCGTCCGACCATCATCATCCCGTTTTTCGGCGA
TCAGCCGTTCTGGGGCTCGATCGTGGCTCGCGCTGGCGCTGGCCCGCTGC
CTATTCCACATAAGCAGCTGACGGTGGAAAAGCTGACGAATGCGATCAAG
CAAGCGCTTGAGCCTGAGACGTTGGAGAAGGCAAAAGAAATTGGGAAGGA
GATGCGTAAGGAGCGGGGGGTGCAGAATGCCGCTGCTAGCTTTTATCAGC
ATCTAGATGTGCAGACTATGCGGTGCTCTATTTGTCCGGATCGGCCGGCT
GTGTGGTGGGTGAAGCATTCGCATATTAAGTTGAGTACGTTTGCTGCGGC
GGTGTTGGTGGAGACAGGGTTAATTAGTCCGCGGAACGTTGTTCTATATC
GTTCACACGAATACGACACGAATCGAGATCCCAGAGGCCCATTGACAGCC
GGTGCGGAGGTTCTCTACGGCATAGTCTCGGGGTTCGCCAGTGGCATCGC
GGAGGTCCCCAGCGGAATGAGAGGCATATTCTCGACGACGCATGAGCGAC
GACTGCATCACAAGCACGACTGGAAAAAAGCGCGTCGGCCATCCTGTCTT
GATGAATTGAATACCCCTCGTCACCGTCATCGGCGAACGGAAACGTCCCT
TGATTCTGGTGTCGGGGCTGATGTGGTGCCAAATGGTGACAGTCAGCACC
CAGGAACTGGAAGCCAAGGCCAGTATGAGCACGGTGATCCCCGCGAGGAC
CTATCCTCCAACGAGGACTCCCGAGAATCGACTGAATCCGACGAAGCGTA
TCACTCCGCTGGGGAGGAGATTCACCGAGATCAGGCCGTTTCCGACCGTC
AGCAAAATGTAAACGGGGCTACCAACAGCCCCAGCAGTGGTGATCCATCA
AGCCCGCCCATAAGCAGCTCCGATACTGATACGTTCGACACAACGGATGA
CGATATGGGCGCGGAGCTCGATCTCGAGCGAACCGTAACTCGACTGCGAT
CGAGGGAAATGTCCCATACAAAGGAAATATTGGCAGAGACGTCCTATCAC
AGTGCCAGGGCGACAAAGCATATTCTAAATTGGCTCCTTCTGTTGCCTAC
CGATTTGACTTTGAGTCTGACGAAAGGGTTTCATAATGCCCCGAAATTGT
ATCACGATACCCTGGTGGAAGAATCGCCACGAGTGCTTGGAGTGAGGAGT
GGGTTTCGTGCTGCAGGAACGGAATTCACTCATGGATTTTACAATGGCAT
TACTGGACTTGTCACGCAGCCCGTGGTCGGGATGGAAAAGGCTGGTGGGA
AAGGATTATTGAAAGGTATTGGTAAAGGCGTAGGAGGTGTCTTCCTCAAA
CCCACTGCTGGCCTTTGGGGTTTGGCGGGCTACCCGCTGGACGGGATGCA
CAAGAGTCTCCGCAACTCGCTCTCCAAGAGCAAAACGAAAGATATCCTGA
CATCGCGAATAAGACAGGGTATTGAGGAGATGTGTGCAGCTACCACGCAG
CAACGATCCCTGGTGATCCAGAAATGGCATGAGTTGCAGCCAACGGGGCT
GAGGCATGAGCATGGGCATGAACATGGCTCGTAG back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0016758 | transferase activity, transferring hexosyl groups |
| GO:0008194 | UDP-glycosyltransferase activity |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0030259 | lipid glycosylation |
| GO:0005975 | carbohydrate metabolic process |
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
| Database | Accession |
|---|
| PFAM | PF03033 |
| InterPro | IPR004276 |
| InterPro | IPR002213 |
Properties
| Property Name | Value |
|---|
| 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 |
|---|
| MCQH01000184 | supercontig | MCQH01000184:1133145..1136412 + |
|
