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Sequences
The following sequences are available for this feature:
mRNA from alignment at MCQH01000263:85029..87180+ Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below. >ATCC10864_011196-T1 ID=ATCC10864_011196-T1|Name=ATCC10864_011196-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=2152bp|location=Sequence derived from alignment at MCQH01000263:85029..87180+ (Aspergillus niger ATCC 10864)
ATGTCCCCAAGCGCCATCAACGAGGGCTTCCCCAGCCCTTCCACCATACC
CACCACAACAGTGGTGGTAGTAGGCGCTGGCCCCTCGGGCTTAATGCTAA
CGTACCTCCCCCACTCACAATCACCACCAAATACCCCCCACTAACTGGTA
ATGATGTGAATAGAAACAACCTCCTCCGCTACGGCACACCGGTATTTCTC
CTTGATGACCGCCCGACAGCTACATCAACCGGAAAAGCAGACGGTCTGCA
GCCTAAGACCATCGAAACGCTAAAACAGCTGCGACTGTCGGATGAGTTGC
TCCGCAATGGGGCTAAGGTGTATGATATTTGTTTTTGGGTATATACCCTT
TTCCAATAAAGAACAACATCGAAATGTCAATTGATATTAATATCAATGGT
GATATAGGAATCCACCCCCCAAAACCCAACCCTCAACCGCACATCCCGCC
AAACGCACTACCCGGACCATCTGGTCGGCGCCTCAGACCCATACATTCTG
CTCGCGCACCAGGGCATGCTCGAGGATGTCTTGATCAAGGATATAGAAGA
ACGAGGAGGCAGTGTACAGCGGAACAGTCCATTCGTTTCTGTTTCCAAGA
CATCAGACGGGAGTGGAGAACTCGAAGTTATTTACAACGACAACACAACA
AATACCCAAAAACCCATCCGCACGAAATACCTCGTTGGATGCGACGGCGC
AAGGTCCAAAGTCCGGGACTTCATTCCCGGGGCGCAGTTAGAGGGCGAGA
TGAGTAATGCTTCTTGGGGGGTTCTGGATGGTACTCATCTCTTTCAGATC
CTTCATTGGTATTTCTGGTTGGCTGACGGGTGCGATATGGCATGTATAGG
AATCATCGATACCGACTTCCCCGACCTCTGGAGCAAAGTCGCCGTTCGCT
CGCACACAGCGGGGTCTATTCTCTGGATTCCCAGGGAACGCGGGATGACG
CGGTTATACGTTGAGCTTAGTTCCACGGACGGAGAGAGGGTCGATAGAGC
CAAGGCGACGCCAGAGTACGTTATGGCTAGGGCGCGAGAGGCGATGCAGC
CTTTCCGATTGGAGTGGAAGTTTATCGGTATGCCTATACCCCGGCCCCAT
ATTCTATATGGAGAAATATACTGATCAGACAGAATGGTTCGGCAACTACG
TCGTTGGCCAACGCGTCGCTCGTCGGTTCAGCGATCCCGAAAACCAGATC
TTCATTGCTGGCGATGTATGCCCGTTCCTATCCCTCTTTTCCCCAGCAGT
GTACTGACAAGAAAATACAGGCTGGCCATGTTCACTCCGCCCTAGCAGCC
CAAGGCGCCAACACCAGCATGCATGATAGCGTCAACCTGGCGTGGAAACT
GAACCTCGTTTCACGCGGTCTCGCCCCGGCATCTCTACTAAATACATACT
CCGAGGAACGACGGAAGATCGCCAACGACCTGATCGCCTTCGACGCGGGT
CACGTCGCGGCGTTCGAGAAAGGCGAGGCCGCCCTAGCGAGGAACTTTGA
AGAGAACATCCGGTTTATTTCCGGTGTTGGGGCTGAGTACGACGCTGGTG
TTGTTACCAAGTCACCTCAGAGCAAAGTGAGGGGTGGCATTCAGCCGGGG
ACATTGACTCGTCCTGCTAAGGTGACGAGGTATATTGATGCCAATCCGGT
GGATCTGCAGCTTGATATCCCGATGATGGGACAGTTTAGGGTGGTTTTGT
TTGTGGGGGATGTGGTTGGTGGGAAGGGGTTTTTGGAGGGGTTTTGTGGT
GCGGATGCCTTGGAGGGGGTGCATTCTGTGGCAAAGGAGTCATATAAGAA
GTGTCCTCGGGGACTGAGTGACGGGGATAAGTATTTTCCACTGGAAAGGT
ATACCCCTGTTTCGGAGGTGGTGACGTATGGCTTGGTGACGAGGAGTGAG
AAGAGGGAGTTTGAGTTGGGAGATTTGCCGGAATTGTTGCAGAAGAGTCG
ATGGACAGTGTATCTGGATGATGTTGAAGGCGGGGAGGGGTGTACTAAGA
AGTGGATGGGAGAGATGGAGAGGGGGCAGGTAGGCGTGATGGTTGTGAGG
CCGGATGGGTATGTTGGTGCAAAGGGGGTTTGGGGATGGAGTGAGGGAGA
GGGTTGCAGGGCAGCGGAGTGGGTTGGGGAGTATCTGGCTTTGGAAGAGT
AG back to topCoding sequence (CDS) from alignment at MCQH01000263:85029..87180+ >ATCC10864_011196-T1 ID=ATCC10864_011196-T1|Name=ATCC10864_011196-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=11052bp|location=Sequence derived from alignment at MCQH01000263:85029..87180+ (Aspergillus niger ATCC 10864)
ATGTCCCCAAGCGCCATCAACGAGGGCTTCCCCAGCCCTTCCACCATACC
CACCACAACAGTGGTGGTAGTAGGCGCTGGCCCCTCGGGCTTAATGCTAA
CAAACAACCTCCTCCGCTACGGCACACCGGTATTTCTCCTTGATGACCGC
CCGACAGCTACATCAACCGGAAAAGCAGACGGTCTGCAGCCTAAGACCAT
CGAAACGCTAAAACAGCTGCGACTGTCGGATGAGTTGCTCCGCAATGGGG
CTAAGGTGTATGATATTTGTTTTTGGGAATCCACCCCCCAAAACCCAACC
CTCAACCGCACATCCCGCCAAACGCACTACCCGGACCATCTGGTCGGCGC
CTCAGACCCATACATTCTGCTCGCGCACCAGGGCATGCTCGAGGATGTCT
TGATCAAGGATATAGAAGAACGAGGAGGCAGTGTACAGCGGAACAGTCCA
TTCGTTTCTGTTTCCAAGACATCAGACGGGAGTGGAGAACTCGAAGTTAT
TTACAACGACAACACAACAAATACCCAAAAACCCATCCGCACGAAATACC
TCGTTGGATGCGACGGCGCAAGGTCCAAAGTCCGGGACTTCATTCCCGGG
GCGCAGTTAGAGGGCGAGATGAGTAATGCTTCTTGGGGGGTTCTGGATGG
AATCATCGATACCGACTTCCCCGACCTCTGGAGCAAAGTCGCCGTTCGCT
CGCACACAGCGGGGTCTATTCTCTGGATTCCCAGGGAACGCGGGATGACG
CGGTTATACGTTGAGCTTAGTTCCACGGACGGAGAGAGGGTCGATAGAGC
CAAGGCGACGCCAGAGTACGTTATGGCTAGGGCGCGAGAGGCGATGCAGC
CTTTCCGATTGGAGTGGAAGTTTATCGAATGGTTCGGCAACTACGTCGTT
GGCCAACGCGTCGCTCGTCGGTTCAGCGATCCCGAAAACCAGATCTTCAT
TGCTGGCGATGCTGGCCATGTTCACTCCGCCCTAGCAGCCCAAGGCGCCA
ACACCAGCATGCATGATAGCGTCAACCTGGCGTGGAAACTGAACCTCGTT
TCACGCGGTCTCGCCCCGGCATCTCTACTAAATACATACTCCGAGGAACG
ACGGAAGATCGCCAACGACCTGATCGCCTTCGACGCGGGTCACGTCGCGG
CGTTCGAGAAAGGCGAGGCCGCCCTAGCGAGGAACTTTGAAGAGAACATC
CGGTTTATTTCCGGTGTTGGGGCTGAGTACGACGCTGGTGTTGTTACCAA
GTCACCTCAGAGCAAAGTGAGGGGTGGCATTCAGCCGGGGACATTGACTC
GTCCTGCTAAGGTGACGAGGTATATTGATGCCAATCCGGTGGATCTGCAG
CTTGATATCCCGATGATGGGACAGTTTAGGGTGGTTTTGTTTGTGGGGGA
TGTGGTTGGTGGGAAGGGGTTTTTGGAGGGGTTTTGTGGTGCGGATGCCT
TGGAGGGGGTGCATTCTGTGGCAAAGGAGTCATATAAGAAGTGTCCTCGG
GGACTGAGTGACGGGGATAAGTATTTTCCACTGGAAAGGTATACCCCTGT
TTCGGAGGTGGTGACGTATGGCTTGGTGACGAGGAGTGAGAAGAGGGAGT
TTGAGTTGGGAGATTTGCCGGAATTGTTGCAGAAGAGTCGATGGACAGTG
TATCTGGATGATGTTGAAGGCGGGGAGGGGTGTACTAAGAAGTGGATGGG
AGAGATGGAGAGGGGGCAGGTAGGCGTGATGGTTGTGAGGCCGGATGGGT
ATGTTGGTGCAAAGGGGGTTTGGGGATGGAGTGAGGGAGAGGGTTGCAGG
GCAGCGGAGTGGGTTGGGGAGTATCTGGCTTTGGAAGAGTAGATGTCCCC
AAGCGCCATCAACGAGGGCTTCCCCAGCCCTTCCACCATACCCACCACAA
CAGTGGTGGTAGTAGGCGCTGGCCCCTCGGGCTTAATGCTAACAAACAAC
CTCCTCCGCTACGGCACACCGGTATTTCTCCTTGATGACCGCCCGACAGC
TACATCAACCGGAAAAGCAGACGGTCTGCAGCCTAAGACCATCGAAACGC
TAAAACAGCTGCGACTGTCGGATGAGTTGCTCCGCAATGGGGCTAAGGTG
TATGATATTTGTTTTTGGGAATCCACCCCCCAAAACCCAACCCTCAACCG
CACATCCCGCCAAACGCACTACCCGGACCATCTGGTCGGCGCCTCAGACC
CATACATTCTGCTCGCGCACCAGGGCATGCTCGAGGATGTCTTGATCAAG
GATATAGAAGAACGAGGAGGCAGTGTACAGCGGAACAGTCCATTCGTTTC
TGTTTCCAAGACATCAGACGGGAGTGGAGAACTCGAAGTTATTTACAACG
ACAACACAACAAATACCCAAAAACCCATCCGCACGAAATACCTCGTTGGA
TGCGACGGCGCAAGGTCCAAAGTCCGGGACTTCATTCCCGGGGCGCAGTT
AGAGGGCGAGATGAGTAATGCTTCTTGGGGGGTTCTGGATGGAATCATCG
ATACCGACTTCCCCGACCTCTGGAGCAAAGTCGCCGTTCGCTCGCACACA
GCGGGGTCTATTCTCTGGATTCCCAGGGAACGCGGGATGACGCGGTTATA
CGTTGAGCTTAGTTCCACGGACGGAGAGAGGGTCGATAGAGCCAAGGCGA
CGCCAGAGTACGTTATGGCTAGGGCGCGAGAGGCGATGCAGCCTTTCCGA
TTGGAGTGGAAGTTTATCGAATGGTTCGGCAACTACGTCGTTGGCCAACG
CGTCGCTCGTCGGTTCAGCGATCCCGAAAACCAGATCTTCATTGCTGGCG
ATGCTGGCCATGTTCACTCCGCCCTAGCAGCCCAAGGCGCCAACACCAGC
ATGCATGATAGCGTCAACCTGGCGTGGAAACTGAACCTCGTTTCACGCGG
TCTCGCCCCGGCATCTCTACTAAATACATACTCCGAGGAACGACGGAAGA
TCGCCAACGACCTGATCGCCTTCGACGCGGGTCACGTCGCGGCGTTCGAG
AAAGGCGAGGCCGCCCTAGCGAGGAACTTTGAAGAGAACATCCGGTTTAT
TTCCGGTGTTGGGGCTGAGTACGACGCTGGTGTTGTTACCAAGTCACCTC
AGAGCAAAGTGAGGGGTGGCATTCAGCCGGGGACATTGACTCGTCCTGCT
AAGGTGACGAGGTATATTGATGCCAATCCGGTGGATCTGCAGCTTGATAT
CCCGATGATGGGACAGTTTAGGGTGGTTTTGTTTGTGGGGGATGTGGTTG
GTGGGAAGGGGTTTTTGGAGGGGTTTTGTGGTGCGGATGCCTTGGAGGGG
GTGCATTCTGTGGCAAAGGAGTCATATAAGAAGTGTCCTCGGGGACTGAG
TGACGGGGATAAGTATTTTCCACTGGAAAGGTATACCCCTGTTTCGGAGG
TGGTGACGTATGGCTTGGTGACGAGGAGTGAGAAGAGGGAGTTTGAGTTG
GGAGATTTGCCGGAATTGTTGCAGAAGAGTCGATGGACAGTGTATCTGGA
TGATGTTGAAGGCGGGGAGGGGTGTACTAAGAAGTGGATGGGAGAGATGG
AGAGGGGGCAGGTAGGCGTGATGGTTGTGAGGCCGGATGGGTATGTTGGT
GCAAAGGGGGTTTGGGGATGGAGTGAGGGAGAGGGTTGCAGGGCAGCGGA
GTGGGTTGGGGAGTATCTGGCTTTGGAAGAGTAGATGTCCCCAAGCGCCA
TCAACGAGGGCTTCCCCAGCCCTTCCACCATACCCACCACAACAGTGGTG
GTAGTAGGCGCTGGCCCCTCGGGCTTAATGCTAACAAACAACCTCCTCCG
CTACGGCACACCGGTATTTCTCCTTGATGACCGCCCGACAGCTACATCAA
CCGGAAAAGCAGACGGTCTGCAGCCTAAGACCATCGAAACGCTAAAACAG
CTGCGACTGTCGGATGAGTTGCTCCGCAATGGGGCTAAGGTGTATGATAT
TTGTTTTTGGGAATCCACCCCCCAAAACCCAACCCTCAACCGCACATCCC
GCCAAACGCACTACCCGGACCATCTGGTCGGCGCCTCAGACCCATACATT
CTGCTCGCGCACCAGGGCATGCTCGAGGATGTCTTGATCAAGGATATAGA
AGAACGAGGAGGCAGTGTACAGCGGAACAGTCCATTCGTTTCTGTTTCCA
AGACATCAGACGGGAGTGGAGAACTCGAAGTTATTTACAACGACAACACA
ACAAATACCCAAAAACCCATCCGCACGAAATACCTCGTTGGATGCGACGG
CGCAAGGTCCAAAGTCCGGGACTTCATTCCCGGGGCGCAGTTAGAGGGCG
AGATGAGTAATGCTTCTTGGGGGGTTCTGGATGGAATCATCGATACCGAC
TTCCCCGACCTCTGGAGCAAAGTCGCCGTTCGCTCGCACACAGCGGGGTC
TATTCTCTGGATTCCCAGGGAACGCGGGATGACGCGGTTATACGTTGAGC
TTAGTTCCACGGACGGAGAGAGGGTCGATAGAGCCAAGGCGACGCCAGAG
TACGTTATGGCTAGGGCGCGAGAGGCGATGCAGCCTTTCCGATTGGAGTG
GAAGTTTATCGAATGGTTCGGCAACTACGTCGTTGGCCAACGCGTCGCTC
GTCGGTTCAGCGATCCCGAAAACCAGATCTTCATTGCTGGCGATGCTGGC
CATGTTCACTCCGCCCTAGCAGCCCAAGGCGCCAACACCAGCATGCATGA
TAGCGTCAACCTGGCGTGGAAACTGAACCTCGTTTCACGCGGTCTCGCCC
CGGCATCTCTACTAAATACATACTCCGAGGAACGACGGAAGATCGCCAAC
GACCTGATCGCCTTCGACGCGGGTCACGTCGCGGCGTTCGAGAAAGGCGA
GGCCGCCCTAGCGAGGAACTTTGAAGAGAACATCCGGTTTATTTCCGGTG
TTGGGGCTGAGTACGACGCTGGTGTTGTTACCAAGTCACCTCAGAGCAAA
GTGAGGGGTGGCATTCAGCCGGGGACATTGACTCGTCCTGCTAAGGTGAC
GAGGTATATTGATGCCAATCCGGTGGATCTGCAGCTTGATATCCCGATGA
TGGGACAGTTTAGGGTGGTTTTGTTTGTGGGGGATGTGGTTGGTGGGAAG
GGGTTTTTGGAGGGGTTTTGTGGTGCGGATGCCTTGGAGGGGGTGCATTC
TGTGGCAAAGGAGTCATATAAGAAGTGTCCTCGGGGACTGAGTGACGGGG
ATAAGTATTTTCCACTGGAAAGGTATACCCCTGTTTCGGAGGTGGTGACG
TATGGCTTGGTGACGAGGAGTGAGAAGAGGGAGTTTGAGTTGGGAGATTT
GCCGGAATTGTTGCAGAAGAGTCGATGGACAGTGTATCTGGATGATGTTG
AAGGCGGGGAGGGGTGTACTAAGAAGTGGATGGGAGAGATGGAGAGGGGG
CAGGTAGGCGTGATGGTTGTGAGGCCGGATGGGTATGTTGGTGCAAAGGG
GGTTTGGGGATGGAGTGAGGGAGAGGGTTGCAGGGCAGCGGAGTGGGTTG
GGGAGTATCTGGCTTTGGAAGAGTAGATGTCCCCAAGCGCCATCAACGAG
GGCTTCCCCAGCCCTTCCACCATACCCACCACAACAGTGGTGGTAGTAGG
CGCTGGCCCCTCGGGCTTAATGCTAACAAACAACCTCCTCCGCTACGGCA
CACCGGTATTTCTCCTTGATGACCGCCCGACAGCTACATCAACCGGAAAA
GCAGACGGTCTGCAGCCTAAGACCATCGAAACGCTAAAACAGCTGCGACT
GTCGGATGAGTTGCTCCGCAATGGGGCTAAGGTGTATGATATTTGTTTTT
GGGAATCCACCCCCCAAAACCCAACCCTCAACCGCACATCCCGCCAAACG
CACTACCCGGACCATCTGGTCGGCGCCTCAGACCCATACATTCTGCTCGC
GCACCAGGGCATGCTCGAGGATGTCTTGATCAAGGATATAGAAGAACGAG
GAGGCAGTGTACAGCGGAACAGTCCATTCGTTTCTGTTTCCAAGACATCA
GACGGGAGTGGAGAACTCGAAGTTATTTACAACGACAACACAACAAATAC
CCAAAAACCCATCCGCACGAAATACCTCGTTGGATGCGACGGCGCAAGGT
CCAAAGTCCGGGACTTCATTCCCGGGGCGCAGTTAGAGGGCGAGATGAGT
AATGCTTCTTGGGGGGTTCTGGATGGAATCATCGATACCGACTTCCCCGA
CCTCTGGAGCAAAGTCGCCGTTCGCTCGCACACAGCGGGGTCTATTCTCT
GGATTCCCAGGGAACGCGGGATGACGCGGTTATACGTTGAGCTTAGTTCC
ACGGACGGAGAGAGGGTCGATAGAGCCAAGGCGACGCCAGAGTACGTTAT
GGCTAGGGCGCGAGAGGCGATGCAGCCTTTCCGATTGGAGTGGAAGTTTA
TCGAATGGTTCGGCAACTACGTCGTTGGCCAACGCGTCGCTCGTCGGTTC
AGCGATCCCGAAAACCAGATCTTCATTGCTGGCGATGCTGGCCATGTTCA
CTCCGCCCTAGCAGCCCAAGGCGCCAACACCAGCATGCATGATAGCGTCA
ACCTGGCGTGGAAACTGAACCTCGTTTCACGCGGTCTCGCCCCGGCATCT
CTACTAAATACATACTCCGAGGAACGACGGAAGATCGCCAACGACCTGAT
CGCCTTCGACGCGGGTCACGTCGCGGCGTTCGAGAAAGGCGAGGCCGCCC
TAGCGAGGAACTTTGAAGAGAACATCCGGTTTATTTCCGGTGTTGGGGCT
GAGTACGACGCTGGTGTTGTTACCAAGTCACCTCAGAGCAAAGTGAGGGG
TGGCATTCAGCCGGGGACATTGACTCGTCCTGCTAAGGTGACGAGGTATA
TTGATGCCAATCCGGTGGATCTGCAGCTTGATATCCCGATGATGGGACAG
TTTAGGGTGGTTTTGTTTGTGGGGGATGTGGTTGGTGGGAAGGGGTTTTT
GGAGGGGTTTTGTGGTGCGGATGCCTTGGAGGGGGTGCATTCTGTGGCAA
AGGAGTCATATAAGAAGTGTCCTCGGGGACTGAGTGACGGGGATAAGTAT
TTTCCACTGGAAAGGTATACCCCTGTTTCGGAGGTGGTGACGTATGGCTT
GGTGACGAGGAGTGAGAAGAGGGAGTTTGAGTTGGGAGATTTGCCGGAAT
TGTTGCAGAAGAGTCGATGGACAGTGTATCTGGATGATGTTGAAGGCGGG
GAGGGGTGTACTAAGAAGTGGATGGGAGAGATGGAGAGGGGGCAGGTAGG
CGTGATGGTTGTGAGGCCGGATGGGTATGTTGGTGCAAAGGGGGTTTGGG
GATGGAGTGAGGGAGAGGGTTGCAGGGCAGCGGAGTGGGTTGGGGAGTAT
CTGGCTTTGGAAGAGTAGATGTCCCCAAGCGCCATCAACGAGGGCTTCCC
CAGCCCTTCCACCATACCCACCACAACAGTGGTGGTAGTAGGCGCTGGCC
CCTCGGGCTTAATGCTAACAAACAACCTCCTCCGCTACGGCACACCGGTA
TTTCTCCTTGATGACCGCCCGACAGCTACATCAACCGGAAAAGCAGACGG
TCTGCAGCCTAAGACCATCGAAACGCTAAAACAGCTGCGACTGTCGGATG
AGTTGCTCCGCAATGGGGCTAAGGTGTATGATATTTGTTTTTGGGAATCC
ACCCCCCAAAACCCAACCCTCAACCGCACATCCCGCCAAACGCACTACCC
GGACCATCTGGTCGGCGCCTCAGACCCATACATTCTGCTCGCGCACCAGG
GCATGCTCGAGGATGTCTTGATCAAGGATATAGAAGAACGAGGAGGCAGT
GTACAGCGGAACAGTCCATTCGTTTCTGTTTCCAAGACATCAGACGGGAG
TGGAGAACTCGAAGTTATTTACAACGACAACACAACAAATACCCAAAAAC
CCATCCGCACGAAATACCTCGTTGGATGCGACGGCGCAAGGTCCAAAGTC
CGGGACTTCATTCCCGGGGCGCAGTTAGAGGGCGAGATGAGTAATGCTTC
TTGGGGGGTTCTGGATGGAATCATCGATACCGACTTCCCCGACCTCTGGA
GCAAAGTCGCCGTTCGCTCGCACACAGCGGGGTCTATTCTCTGGATTCCC
AGGGAACGCGGGATGACGCGGTTATACGTTGAGCTTAGTTCCACGGACGG
AGAGAGGGTCGATAGAGCCAAGGCGACGCCAGAGTACGTTATGGCTAGGG
CGCGAGAGGCGATGCAGCCTTTCCGATTGGAGTGGAAGTTTATCGAATGG
TTCGGCAACTACGTCGTTGGCCAACGCGTCGCTCGTCGGTTCAGCGATCC
CGAAAACCAGATCTTCATTGCTGGCGATGCTGGCCATGTTCACTCCGCCC
TAGCAGCCCAAGGCGCCAACACCAGCATGCATGATAGCGTCAACCTGGCG
TGGAAACTGAACCTCGTTTCACGCGGTCTCGCCCCGGCATCTCTACTAAA
TACATACTCCGAGGAACGACGGAAGATCGCCAACGACCTGATCGCCTTCG
ACGCGGGTCACGTCGCGGCGTTCGAGAAAGGCGAGGCCGCCCTAGCGAGG
AACTTTGAAGAGAACATCCGGTTTATTTCCGGTGTTGGGGCTGAGTACGA
CGCTGGTGTTGTTACCAAGTCACCTCAGAGCAAAGTGAGGGGTGGCATTC
AGCCGGGGACATTGACTCGTCCTGCTAAGGTGACGAGGTATATTGATGCC
AATCCGGTGGATCTGCAGCTTGATATCCCGATGATGGGACAGTTTAGGGT
GGTTTTGTTTGTGGGGGATGTGGTTGGTGGGAAGGGGTTTTTGGAGGGGT
TTTGTGGTGCGGATGCCTTGGAGGGGGTGCATTCTGTGGCAAAGGAGTCA
TATAAGAAGTGTCCTCGGGGACTGAGTGACGGGGATAAGTATTTTCCACT
GGAAAGGTATACCCCTGTTTCGGAGGTGGTGACGTATGGCTTGGTGACGA
GGAGTGAGAAGAGGGAGTTTGAGTTGGGAGATTTGCCGGAATTGTTGCAG
AAGAGTCGATGGACAGTGTATCTGGATGATGTTGAAGGCGGGGAGGGGTG
TACTAAGAAGTGGATGGGAGAGATGGAGAGGGGGCAGGTAGGCGTGATGG
TTGTGAGGCCGGATGGGTATGTTGGTGCAAAGGGGGTTTGGGGATGGAGT
GAGGGAGAGGGTTGCAGGGCAGCGGAGTGGGTTGGGGAGTATCTGGCTTT
GGAAGAGTAGATGTCCCCAAGCGCCATCAACGAGGGCTTCCCCAGCCCTT
CCACCATACCCACCACAACAGTGGTGGTAGTAGGCGCTGGCCCCTCGGGC
TTAATGCTAACAAACAACCTCCTCCGCTACGGCACACCGGTATTTCTCCT
TGATGACCGCCCGACAGCTACATCAACCGGAAAAGCAGACGGTCTGCAGC
CTAAGACCATCGAAACGCTAAAACAGCTGCGACTGTCGGATGAGTTGCTC
CGCAATGGGGCTAAGGTGTATGATATTTGTTTTTGGGAATCCACCCCCCA
AAACCCAACCCTCAACCGCACATCCCGCCAAACGCACTACCCGGACCATC
TGGTCGGCGCCTCAGACCCATACATTCTGCTCGCGCACCAGGGCATGCTC
GAGGATGTCTTGATCAAGGATATAGAAGAACGAGGAGGCAGTGTACAGCG
GAACAGTCCATTCGTTTCTGTTTCCAAGACATCAGACGGGAGTGGAGAAC
TCGAAGTTATTTACAACGACAACACAACAAATACCCAAAAACCCATCCGC
ACGAAATACCTCGTTGGATGCGACGGCGCAAGGTCCAAAGTCCGGGACTT
CATTCCCGGGGCGCAGTTAGAGGGCGAGATGAGTAATGCTTCTTGGGGGG
TTCTGGATGGAATCATCGATACCGACTTCCCCGACCTCTGGAGCAAAGTC
GCCGTTCGCTCGCACACAGCGGGGTCTATTCTCTGGATTCCCAGGGAACG
CGGGATGACGCGGTTATACGTTGAGCTTAGTTCCACGGACGGAGAGAGGG
TCGATAGAGCCAAGGCGACGCCAGAGTACGTTATGGCTAGGGCGCGAGAG
GCGATGCAGCCTTTCCGATTGGAGTGGAAGTTTATCGAATGGTTCGGCAA
CTACGTCGTTGGCCAACGCGTCGCTCGTCGGTTCAGCGATCCCGAAAACC
AGATCTTCATTGCTGGCGATGCTGGCCATGTTCACTCCGCCCTAGCAGCC
CAAGGCGCCAACACCAGCATGCATGATAGCGTCAACCTGGCGTGGAAACT
GAACCTCGTTTCACGCGGTCTCGCCCCGGCATCTCTACTAAATACATACT
CCGAGGAACGACGGAAGATCGCCAACGACCTGATCGCCTTCGACGCGGGT
CACGTCGCGGCGTTCGAGAAAGGCGAGGCCGCCCTAGCGAGGAACTTTGA
AGAGAACATCCGGTTTATTTCCGGTGTTGGGGCTGAGTACGACGCTGGTG
TTGTTACCAAGTCACCTCAGAGCAAAGTGAGGGGTGGCATTCAGCCGGGG
ACATTGACTCGTCCTGCTAAGGTGACGAGGTATATTGATGCCAATCCGGT
GGATCTGCAGCTTGATATCCCGATGATGGGACAGTTTAGGGTGGTTTTGT
TTGTGGGGGATGTGGTTGGTGGGAAGGGGTTTTTGGAGGGGTTTTGTGGT
GCGGATGCCTTGGAGGGGGTGCATTCTGTGGCAAAGGAGTCATATAAGAA
GTGTCCTCGGGGACTGAGTGACGGGGATAAGTATTTTCCACTGGAAAGGT
ATACCCCTGTTTCGGAGGTGGTGACGTATGGCTTGGTGACGAGGAGTGAG
AAGAGGGAGTTTGAGTTGGGAGATTTGCCGGAATTGTTGCAGAAGAGTCG
ATGGACAGTGTATCTGGATGATGTTGAAGGCGGGGAGGGGTGTACTAAGA
AGTGGATGGGAGAGATGGAGAGGGGGCAGGTAGGCGTGATGGTTGTGAGG
CCGGATGGGTATGTTGGTGCAAAGGGGGTTTGGGGATGGAGTGAGGGAGA
GGGTTGCAGGGCAGCGGAGTGGGTTGGGGAGTATCTGGCTTTGGAAGAGT
AG back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0071949 | FAD binding |
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 |
|---|
| InterPro | IPR036249 |
| InterPro | IPR036188 |
| PFAM | PF07976 |
| InterPro | IPR012941 |
| PFAM | PF01494 |
| InterPro | IPR002938 |
| InterPro | IPR038220 |
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 |
|---|
| MCQH01000263 | supercontig | MCQH01000263:85029..87180 + |
|
