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Sequences
The following sequences are available for this feature:
mRNA from alignment at MCQH01000164:1251410..1254638+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >ATCC10864_006258-T1 ID=ATCC10864_006258-T1|Name=ATCC10864_006258-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=3229bp|location=Sequence derived from alignment at MCQH01000164:1251410..1254638+ (Aspergillus niger ATCC 10864)
ATGGACGATCTTTACGATGAGTATGTCTCAATTGGTCACCATGTCCCTCT
TACCACCCTGACACAGCTGATTGTTCTCTTTGCTTTCCGGCAGGTTTGGC
AACTATATTGGAGAGGTAGATGGGTCGGACGACGAGTCTCCGCATAATGA
GCATGCCCATCCTCAGGCTTTCGCTTTTGAAGAGGCGTTCGGGGATGGCG
ATGTTGATGAAGCGCATGACGTTGATGAGCAACAGTTAATGGATGTCGAC
GGTAGAGTTACCTTCCCCATACTCACCTTGTTTGCAAGGTTCGCCTTACT
GATTCCAGTCACAGAGGGTCCGTCGAACGCAGTCATCCTTCACGAAGATA
AACAATACTATCCCAGTGCGCAACAGGTGTATGGCCAGGATGTCGAGACC
CTGGTGCAGGAGGAGGATGCACAGCCTCTGTCCGAGCCCATCATCGCCCC
GGTCCAACAGAAGAAGTTTGCGATCGAAGAAGCCGAATTGCCTCCCGTCT
ATTATTCACGGGAATTCATGACGGATTTGCTTAGCTACCCGGATCAAATA
AGGAATATTGCTCTCGTCGGTCATTTGCACCATGGGAAAACGGCTTTCAT
GGACATGCTGGTCACTCAGACCCATGATCTCACCGGTCGCCTCGAGAATC
GAACAGGCAAGCGGAAAGAGGAACAACTACGCTATACCGATATTCACTTT
TTGGAAAGAGAAAGAGGTCTTTCCATCAAAGCGTCACCCATGAGCTTGGT
GCTCCAGGGTACAAAGGGCAAATCCCACTTGTTTAACGTCATTGACACCC
CAGGGCATGTGAATTTTGTGGACGAGGTGGCTACTGCATGCCGGTTGGTC
GATGGCGTTGTCCTTGTAGTAGATGTGGTTGAAGGCGTCCAGGCCAACAC
CGAGCAAATAATCAAGCATGCTATCCTCGAAGACTTGCCGCTCACATTGG
TTGTGAACAAGATGGACAGATTGATTCTCGAATTGAAGATACCTCCCAAC
GACGCTTATTTCAAATTGAAACATGTGATCGAAGAGGTCAACACTATCAT
CGAGAACGTACTGCCTGGGCAGGGCGCTGCAAGGCGGCTGAGCCCTGAGA
AGGGAAATGTTGCCTTTGCTTGCGCCTCCATGGGCTGGTGCTTCACGTTG
CATTCATTTGCTAAGATGTATGCTGAGACGCATCCACAAATTGAAGCAGC
CGAATTCTGTTTGCGCCTATGGGGCGATATATTTTTCAATCCAAGAAGCC
GAAAATTCACACGGAAAGGAGTGGAAGAAAGCTCTAAAAGAACATTTGTC
CAATTTGTCCTGGAGCCTATCTACAAACTTTACTCGCACACATTAAGCGA
GAGCCCGGAGGACTTGAAGGAAACGCTTTCTAGCGTTGGTATTAGTCTTA
AGCCGTCGCAGCTCAAGACAGATGCAAAGACTTTACTCAACCTTGTCTGT
GAACAGTTCTTCGGGTCTGCAACAGGCTTTGTGGATATGGTTCTCCAGCA
TGTGCCTTCGCCTGCAGAAGGTGCTCAAAAGAAACTTGATCGGTACTACA
CTGGGCCTCTCGATTCTAAGGTGGCAACAGCTATGGCTGCCTGTGATTCT
GATGGTCCACTGGTCGTACATGTTACTAAACTTTTTAACAGCTCGGACGG
TTCAAGATTTCATTCTTTTGGCAGGGTAATGAGCGGCACAGCTCGTCCTG
GCCAACAGGTCCGTGTCCTTGGCGAAGGCTATACTCCCGAAGATGAAGAG
GACATGGTGATTGCAACCATTTCCGACACATGGATTGCTGAGTCCTGCTA
TAACATCCCAACAAGCGGCGTACCTTCCGGCAACTTTGTTCTTCTAGGAG
GCGTGGATAATTCTATCGTGAAGACGGCGACCATCGTGCCTCTCACCTTG
GAAGACGACGAGGATGCATACATCTTCCGATCGATTCGACATATCACAGA
GTCCGTCTTCAAAGTTGCTGTCGAGCCAGTTAATCCGTCTGAGTTGCCCA
AGATGCTTGAGGGCCTCCGAAAAGTCAACAAAAGCTACCCGTTGATATCT
ACAAAGGTGGAGGAGTCTGGCGAGCATGTAGTTCTTGGAACGGGCGAGCT
ATATATGGACTGCGTGCTTCATGATCTACGAAGATTGTATTCTGAAATGG
AGATCAAGGTTTCAGATCCTGTTACGCGCTTCTGCGAGACTGTTGTGGAG
ACCTCGGCTATCATGTGCTATTCGATCACGCCAAACAAGAAGAACAAAAT
AACGATGATTGCGGAGCCTCTGGATGAAGGGATCGCCGAGGATATCGAAA
GCGGTGCTGTTAATATCAAAGACCCAATTCGCAAAGTGTCGCGCTTTTTC
GAAGAGCGGTATGACTGGGACAAACTTGCAGCCAGAAGTATTTGGGCTTT
CGGTCCAGATGAGATGGGCCCCAACATCTTACAGGATGATACGCTACCAT
CGCAGATCGACAAGAAGTTACTCGGGAGTGTAAGAGATTCTATCACGCAA
GGTTTCACTTGGGGCACACGAGAAGGTCCGCTTTGCGAAGAACGTAAGTA
CACCATGCTATCTTTGAGTGTTTGAGGATTATAGCACCCAGATCCTACGC
ATAGGAATTACATTGCTATAAACGCTGAAAAAAAAAGCGGTTCATTGCGA
CTAACTGCAAAAATAGCCATTCGAAATGCGAAGTTTAGGCTCACCGACGT
TTCTCTCGCCGACCAAGCCATTTACAGGGGTGGTGGTCAAATCATTCCCA
CAGCTCGACGAGCGATTTACTCATCTTTCCTCATGGCATCACCACGCCTA
ATGGAACCTATCTACTCTTGCACGATGACTGGACCGGCGGACGCTGTCGC
ATCAGTGTACACAGTCCTTTCAAGGAGAAGGGGCCATGTACTCTCCGATG
GCTCCATAGCAGGAACTCCACTCTATTCCGTTCGTGGTTTGATCCCCGTG
ATAGATTCGTTCGGATTTGAAACAGATCTTCGAATCCATACACAGGGCCA
AGCTGCCGTTAGTCTTGTCTTCGATAAGTGGAGCGTCGTCCCAGGGGATC
CATTGGATCGCGATGTCAAGTTAAAGCCCTTGGAGATGGCACCCGCCATG
GCCACAGCCCGCGACTTCGTTTTGAAAACGCGGAGACGTAAAGGTTTGGC
TGAGGACGTCACTGTGAGCAAGTTCCTGGAACCAGAGCTCTGGAAAGGTC
TGAAGGAAAGTGGCGTTTTGGACTCCTGA back to topCoding sequence (CDS) from alignment at MCQH01000164:1251410..1254638+ >ATCC10864_006258-T1 ID=ATCC10864_006258-T1|Name=ATCC10864_006258-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=11880bp|location=Sequence derived from alignment at MCQH01000164:1251410..1254638+ (Aspergillus niger ATCC 10864)
ATGGACGATCTTTACGATGAGTTTGGCAACTATATTGGAGAGGTAGATGG
GTCGGACGACGAGTCTCCGCATAATGAGCATGCCCATCCTCAGGCTTTCG
CTTTTGAAGAGGCGTTCGGGGATGGCGATGTTGATGAAGCGCATGACGTT
GATGAGCAACAGTTAATGGATGTCGACGAGGGTCCGTCGAACGCAGTCAT
CCTTCACGAAGATAAACAATACTATCCCAGTGCGCAACAGGTGTATGGCC
AGGATGTCGAGACCCTGGTGCAGGAGGAGGATGCACAGCCTCTGTCCGAG
CCCATCATCGCCCCGGTCCAACAGAAGAAGTTTGCGATCGAAGAAGCCGA
ATTGCCTCCCGTCTATTATTCACGGGAATTCATGACGGATTTGCTTAGCT
ACCCGGATCAAATAAGGAATATTGCTCTCGTCGGTCATTTGCACCATGGG
AAAACGGCTTTCATGGACATGCTGGTCACTCAGACCCATGATCTCACCGG
TCGCCTCGAGAATCGAACAGGCAAGCGGAAAGAGGAACAACTACGCTATA
CCGATATTCACTTTTTGGAAAGAGAAAGAGGTCTTTCCATCAAAGCGTCA
CCCATGAGCTTGGTGCTCCAGGGTACAAAGGGCAAATCCCACTTGTTTAA
CGTCATTGACACCCCAGGGCATGTGAATTTTGTGGACGAGGTGGCTACTG
CATGCCGGTTGGTCGATGGCGTTGTCCTTGTAGTAGATGTGGTTGAAGGC
GTCCAGGCCAACACCGAGCAAATAATCAAGCATGCTATCCTCGAAGACTT
GCCGCTCACATTGGTTGTGAACAAGATGGACAGATTGATTCTCGAATTGA
AGATACCTCCCAACGACGCTTATTTCAAATTGAAACATGTGATCGAAGAG
GTCAACACTATCATCGAGAACGTACTGCCTGGGCAGGGCGCTGCAAGGCG
GCTGAGCCCTGAGAAGGGAAATGTTGCCTTTGCTTGCGCCTCCATGGGCT
GGTGCTTCACGTTGCATTCATTTGCTAAGATGTATGCTGAGACGCATCCA
CAAATTGAAGCAGCCGAATTCTGTTTGCGCCTATGGGGCGATATATTTTT
CAATCCAAGAAGCCGAAAATTCACACGGAAAGGAGTGGAAGAAAGCTCTA
AAAGAACATTTGTCCAATTTGTCCTGGAGCCTATCTACAAACTTTACTCG
CACACATTAAGCGAGAGCCCGGAGGACTTGAAGGAAACGCTTTCTAGCGT
TGGTATTAGTCTTAAGCCGTCGCAGCTCAAGACAGATGCAAAGACTTTAC
TCAACCTTGTCTGTGAACAGTTCTTCGGGTCTGCAACAGGCTTTGTGGAT
ATGGTTCTCCAGCATGTGCCTTCGCCTGCAGAAGGTGCTCAAAAGAAACT
TGATCGGTACTACACTGGGCCTCTCGATTCTAAGGTGGCAACAGCTATGG
CTGCCTGTGATTCTGATGGTCCACTGGTCGTACATGTTACTAAACTTTTT
AACAGCTCGGACGGTTCAAGATTTCATTCTTTTGGCAGGGTAATGAGCGG
CACAGCTCGTCCTGGCCAACAGGTCCGTGTCCTTGGCGAAGGCTATACTC
CCGAAGATGAAGAGGACATGGTGATTGCAACCATTTCCGACACATGGATT
GCTGAGTCCTGCTATAACATCCCAACAAGCGGCGTACCTTCCGGCAACTT
TGTTCTTCTAGGAGGCGTGGATAATTCTATCGTGAAGACGGCGACCATCG
TGCCTCTCACCTTGGAAGACGACGAGGATGCATACATCTTCCGATCGATT
CGACATATCACAGAGTCCGTCTTCAAAGTTGCTGTCGAGCCAGTTAATCC
GTCTGAGTTGCCCAAGATGCTTGAGGGCCTCCGAAAAGTCAACAAAAGCT
ACCCGTTGATATCTACAAAGGTGGAGGAGTCTGGCGAGCATGTAGTTCTT
GGAACGGGCGAGCTATATATGGACTGCGTGCTTCATGATCTACGAAGATT
GTATTCTGAAATGGAGATCAAGGTTTCAGATCCTGTTACGCGCTTCTGCG
AGACTGTTGTGGAGACCTCGGCTATCATGTGCTATTCGATCACGCCAAAC
AAGAAGAACAAAATAACGATGATTGCGGAGCCTCTGGATGAAGGGATCGC
CGAGGATATCGAAAGCGGTGCTGTTAATATCAAAGACCCAATTCGCAAAG
TGTCGCGCTTTTTCGAAGAGCGGTATGACTGGGACAAACTTGCAGCCAGA
AGTATTTGGGCTTTCGGTCCAGATGAGATGGGCCCCAACATCTTACAGGA
TGATACGCTACCATCGCAGATCGACAAGAAGTTACTCGGGAGTGTAAGAG
ATTCTATCACGCAAGGTTTCACTTGGGGCACACGAGAAGGTCCGCTTTGC
GAAGAACCCATTCGAAATGCGAAGTTTAGGCTCACCGACGTTTCTCTCGC
CGACCAAGCCATTTACAGGGGTGGTGGTCAAATCATTCCCACAGCTCGAC
GAGCGATTTACTCATCTTTCCTCATGGCATCACCACGCCTAATGGAACCT
ATCTACTCTTGCACGATGACTGGACCGGCGGACGCTGTCGCATCAGTGTA
CACAGTCCTTTCAAGGAGAAGGGGCCATGTACTCTCCGATGGCTCCATAG
CAGGAACTCCACTCTATTCCGTTCGTGGTTTGATCCCCGTGATAGATTCG
TTCGGATTTGAAACAGATCTTCGAATCCATACACAGGGCCAAGCTGCCGT
TAGTCTTGTCTTCGATAAGTGGAGCGTCGTCCCAGGGGATCCATTGGATC
GCGATGTCAAGTTAAAGCCCTTGGAGATGGCACCCGCCATGGCCACAGCC
CGCGACTTCGTTTTGAAAACGCGGAGACGTAAAGGTTTGGCTGAGGACGT
CACTGTGAGCAAGTTCCTGGAACCAGAGCTCTGGAAAGGTCTGAAGGAAA
GTGGCGTTTTGGACTCCTGAATGGACGATCTTTACGATGAGTTTGGCAAC
TATATTGGAGAGGTAGATGGGTCGGACGACGAGTCTCCGCATAATGAGCA
TGCCCATCCTCAGGCTTTCGCTTTTGAAGAGGCGTTCGGGGATGGCGATG
TTGATGAAGCGCATGACGTTGATGAGCAACAGTTAATGGATGTCGACGAG
GGTCCGTCGAACGCAGTCATCCTTCACGAAGATAAACAATACTATCCCAG
TGCGCAACAGGTGTATGGCCAGGATGTCGAGACCCTGGTGCAGGAGGAGG
ATGCACAGCCTCTGTCCGAGCCCATCATCGCCCCGGTCCAACAGAAGAAG
TTTGCGATCGAAGAAGCCGAATTGCCTCCCGTCTATTATTCACGGGAATT
CATGACGGATTTGCTTAGCTACCCGGATCAAATAAGGAATATTGCTCTCG
TCGGTCATTTGCACCATGGGAAAACGGCTTTCATGGACATGCTGGTCACT
CAGACCCATGATCTCACCGGTCGCCTCGAGAATCGAACAGGCAAGCGGAA
AGAGGAACAACTACGCTATACCGATATTCACTTTTTGGAAAGAGAAAGAG
GTCTTTCCATCAAAGCGTCACCCATGAGCTTGGTGCTCCAGGGTACAAAG
GGCAAATCCCACTTGTTTAACGTCATTGACACCCCAGGGCATGTGAATTT
TGTGGACGAGGTGGCTACTGCATGCCGGTTGGTCGATGGCGTTGTCCTTG
TAGTAGATGTGGTTGAAGGCGTCCAGGCCAACACCGAGCAAATAATCAAG
CATGCTATCCTCGAAGACTTGCCGCTCACATTGGTTGTGAACAAGATGGA
CAGATTGATTCTCGAATTGAAGATACCTCCCAACGACGCTTATTTCAAAT
TGAAACATGTGATCGAAGAGGTCAACACTATCATCGAGAACGTACTGCCT
GGGCAGGGCGCTGCAAGGCGGCTGAGCCCTGAGAAGGGAAATGTTGCCTT
TGCTTGCGCCTCCATGGGCTGGTGCTTCACGTTGCATTCATTTGCTAAGA
TGTATGCTGAGACGCATCCACAAATTGAAGCAGCCGAATTCTGTTTGCGC
CTATGGGGCGATATATTTTTCAATCCAAGAAGCCGAAAATTCACACGGAA
AGGAGTGGAAGAAAGCTCTAAAAGAACATTTGTCCAATTTGTCCTGGAGC
CTATCTACAAACTTTACTCGCACACATTAAGCGAGAGCCCGGAGGACTTG
AAGGAAACGCTTTCTAGCGTTGGTATTAGTCTTAAGCCGTCGCAGCTCAA
GACAGATGCAAAGACTTTACTCAACCTTGTCTGTGAACAGTTCTTCGGGT
CTGCAACAGGCTTTGTGGATATGGTTCTCCAGCATGTGCCTTCGCCTGCA
GAAGGTGCTCAAAAGAAACTTGATCGGTACTACACTGGGCCTCTCGATTC
TAAGGTGGCAACAGCTATGGCTGCCTGTGATTCTGATGGTCCACTGGTCG
TACATGTTACTAAACTTTTTAACAGCTCGGACGGTTCAAGATTTCATTCT
TTTGGCAGGGTAATGAGCGGCACAGCTCGTCCTGGCCAACAGGTCCGTGT
CCTTGGCGAAGGCTATACTCCCGAAGATGAAGAGGACATGGTGATTGCAA
CCATTTCCGACACATGGATTGCTGAGTCCTGCTATAACATCCCAACAAGC
GGCGTACCTTCCGGCAACTTTGTTCTTCTAGGAGGCGTGGATAATTCTAT
CGTGAAGACGGCGACCATCGTGCCTCTCACCTTGGAAGACGACGAGGATG
CATACATCTTCCGATCGATTCGACATATCACAGAGTCCGTCTTCAAAGTT
GCTGTCGAGCCAGTTAATCCGTCTGAGTTGCCCAAGATGCTTGAGGGCCT
CCGAAAAGTCAACAAAAGCTACCCGTTGATATCTACAAAGGTGGAGGAGT
CTGGCGAGCATGTAGTTCTTGGAACGGGCGAGCTATATATGGACTGCGTG
CTTCATGATCTACGAAGATTGTATTCTGAAATGGAGATCAAGGTTTCAGA
TCCTGTTACGCGCTTCTGCGAGACTGTTGTGGAGACCTCGGCTATCATGT
GCTATTCGATCACGCCAAACAAGAAGAACAAAATAACGATGATTGCGGAG
CCTCTGGATGAAGGGATCGCCGAGGATATCGAAAGCGGTGCTGTTAATAT
CAAAGACCCAATTCGCAAAGTGTCGCGCTTTTTCGAAGAGCGGTATGACT
GGGACAAACTTGCAGCCAGAAGTATTTGGGCTTTCGGTCCAGATGAGATG
GGCCCCAACATCTTACAGGATGATACGCTACCATCGCAGATCGACAAGAA
GTTACTCGGGAGTGTAAGAGATTCTATCACGCAAGGTTTCACTTGGGGCA
CACGAGAAGGTCCGCTTTGCGAAGAACCCATTCGAAATGCGAAGTTTAGG
CTCACCGACGTTTCTCTCGCCGACCAAGCCATTTACAGGGGTGGTGGTCA
AATCATTCCCACAGCTCGACGAGCGATTTACTCATCTTTCCTCATGGCAT
CACCACGCCTAATGGAACCTATCTACTCTTGCACGATGACTGGACCGGCG
GACGCTGTCGCATCAGTGTACACAGTCCTTTCAAGGAGAAGGGGCCATGT
ACTCTCCGATGGCTCCATAGCAGGAACTCCACTCTATTCCGTTCGTGGTT
TGATCCCCGTGATAGATTCGTTCGGATTTGAAACAGATCTTCGAATCCAT
ACACAGGGCCAAGCTGCCGTTAGTCTTGTCTTCGATAAGTGGAGCGTCGT
CCCAGGGGATCCATTGGATCGCGATGTCAAGTTAAAGCCCTTGGAGATGG
CACCCGCCATGGCCACAGCCCGCGACTTCGTTTTGAAAACGCGGAGACGT
AAAGGTTTGGCTGAGGACGTCACTGTGAGCAAGTTCCTGGAACCAGAGCT
CTGGAAAGGTCTGAAGGAAAGTGGCGTTTTGGACTCCTGAATGGACGATC
TTTACGATGAGTTTGGCAACTATATTGGAGAGGTAGATGGGTCGGACGAC
GAGTCTCCGCATAATGAGCATGCCCATCCTCAGGCTTTCGCTTTTGAAGA
GGCGTTCGGGGATGGCGATGTTGATGAAGCGCATGACGTTGATGAGCAAC
AGTTAATGGATGTCGACGAGGGTCCGTCGAACGCAGTCATCCTTCACGAA
GATAAACAATACTATCCCAGTGCGCAACAGGTGTATGGCCAGGATGTCGA
GACCCTGGTGCAGGAGGAGGATGCACAGCCTCTGTCCGAGCCCATCATCG
CCCCGGTCCAACAGAAGAAGTTTGCGATCGAAGAAGCCGAATTGCCTCCC
GTCTATTATTCACGGGAATTCATGACGGATTTGCTTAGCTACCCGGATCA
AATAAGGAATATTGCTCTCGTCGGTCATTTGCACCATGGGAAAACGGCTT
TCATGGACATGCTGGTCACTCAGACCCATGATCTCACCGGTCGCCTCGAG
AATCGAACAGGCAAGCGGAAAGAGGAACAACTACGCTATACCGATATTCA
CTTTTTGGAAAGAGAAAGAGGTCTTTCCATCAAAGCGTCACCCATGAGCT
TGGTGCTCCAGGGTACAAAGGGCAAATCCCACTTGTTTAACGTCATTGAC
ACCCCAGGGCATGTGAATTTTGTGGACGAGGTGGCTACTGCATGCCGGTT
GGTCGATGGCGTTGTCCTTGTAGTAGATGTGGTTGAAGGCGTCCAGGCCA
ACACCGAGCAAATAATCAAGCATGCTATCCTCGAAGACTTGCCGCTCACA
TTGGTTGTGAACAAGATGGACAGATTGATTCTCGAATTGAAGATACCTCC
CAACGACGCTTATTTCAAATTGAAACATGTGATCGAAGAGGTCAACACTA
TCATCGAGAACGTACTGCCTGGGCAGGGCGCTGCAAGGCGGCTGAGCCCT
GAGAAGGGAAATGTTGCCTTTGCTTGCGCCTCCATGGGCTGGTGCTTCAC
GTTGCATTCATTTGCTAAGATGTATGCTGAGACGCATCCACAAATTGAAG
CAGCCGAATTCTGTTTGCGCCTATGGGGCGATATATTTTTCAATCCAAGA
AGCCGAAAATTCACACGGAAAGGAGTGGAAGAAAGCTCTAAAAGAACATT
TGTCCAATTTGTCCTGGAGCCTATCTACAAACTTTACTCGCACACATTAA
GCGAGAGCCCGGAGGACTTGAAGGAAACGCTTTCTAGCGTTGGTATTAGT
CTTAAGCCGTCGCAGCTCAAGACAGATGCAAAGACTTTACTCAACCTTGT
CTGTGAACAGTTCTTCGGGTCTGCAACAGGCTTTGTGGATATGGTTCTCC
AGCATGTGCCTTCGCCTGCAGAAGGTGCTCAAAAGAAACTTGATCGGTAC
TACACTGGGCCTCTCGATTCTAAGGTGGCAACAGCTATGGCTGCCTGTGA
TTCTGATGGTCCACTGGTCGTACATGTTACTAAACTTTTTAACAGCTCGG
ACGGTTCAAGATTTCATTCTTTTGGCAGGGTAATGAGCGGCACAGCTCGT
CCTGGCCAACAGGTCCGTGTCCTTGGCGAAGGCTATACTCCCGAAGATGA
AGAGGACATGGTGATTGCAACCATTTCCGACACATGGATTGCTGAGTCCT
GCTATAACATCCCAACAAGCGGCGTACCTTCCGGCAACTTTGTTCTTCTA
GGAGGCGTGGATAATTCTATCGTGAAGACGGCGACCATCGTGCCTCTCAC
CTTGGAAGACGACGAGGATGCATACATCTTCCGATCGATTCGACATATCA
CAGAGTCCGTCTTCAAAGTTGCTGTCGAGCCAGTTAATCCGTCTGAGTTG
CCCAAGATGCTTGAGGGCCTCCGAAAAGTCAACAAAAGCTACCCGTTGAT
ATCTACAAAGGTGGAGGAGTCTGGCGAGCATGTAGTTCTTGGAACGGGCG
AGCTATATATGGACTGCGTGCTTCATGATCTACGAAGATTGTATTCTGAA
ATGGAGATCAAGGTTTCAGATCCTGTTACGCGCTTCTGCGAGACTGTTGT
GGAGACCTCGGCTATCATGTGCTATTCGATCACGCCAAACAAGAAGAACA
AAATAACGATGATTGCGGAGCCTCTGGATGAAGGGATCGCCGAGGATATC
GAAAGCGGTGCTGTTAATATCAAAGACCCAATTCGCAAAGTGTCGCGCTT
TTTCGAAGAGCGGTATGACTGGGACAAACTTGCAGCCAGAAGTATTTGGG
CTTTCGGTCCAGATGAGATGGGCCCCAACATCTTACAGGATGATACGCTA
CCATCGCAGATCGACAAGAAGTTACTCGGGAGTGTAAGAGATTCTATCAC
GCAAGGTTTCACTTGGGGCACACGAGAAGGTCCGCTTTGCGAAGAACCCA
TTCGAAATGCGAAGTTTAGGCTCACCGACGTTTCTCTCGCCGACCAAGCC
ATTTACAGGGGTGGTGGTCAAATCATTCCCACAGCTCGACGAGCGATTTA
CTCATCTTTCCTCATGGCATCACCACGCCTAATGGAACCTATCTACTCTT
GCACGATGACTGGACCGGCGGACGCTGTCGCATCAGTGTACACAGTCCTT
TCAAGGAGAAGGGGCCATGTACTCTCCGATGGCTCCATAGCAGGAACTCC
ACTCTATTCCGTTCGTGGTTTGATCCCCGTGATAGATTCGTTCGGATTTG
AAACAGATCTTCGAATCCATACACAGGGCCAAGCTGCCGTTAGTCTTGTC
TTCGATAAGTGGAGCGTCGTCCCAGGGGATCCATTGGATCGCGATGTCAA
GTTAAAGCCCTTGGAGATGGCACCCGCCATGGCCACAGCCCGCGACTTCG
TTTTGAAAACGCGGAGACGTAAAGGTTTGGCTGAGGACGTCACTGTGAGC
AAGTTCCTGGAACCAGAGCTCTGGAAAGGTCTGAAGGAAAGTGGCGTTTT
GGACTCCTGAATGGACGATCTTTACGATGAGTTTGGCAACTATATTGGAG
AGGTAGATGGGTCGGACGACGAGTCTCCGCATAATGAGCATGCCCATCCT
CAGGCTTTCGCTTTTGAAGAGGCGTTCGGGGATGGCGATGTTGATGAAGC
GCATGACGTTGATGAGCAACAGTTAATGGATGTCGACGAGGGTCCGTCGA
ACGCAGTCATCCTTCACGAAGATAAACAATACTATCCCAGTGCGCAACAG
GTGTATGGCCAGGATGTCGAGACCCTGGTGCAGGAGGAGGATGCACAGCC
TCTGTCCGAGCCCATCATCGCCCCGGTCCAACAGAAGAAGTTTGCGATCG
AAGAAGCCGAATTGCCTCCCGTCTATTATTCACGGGAATTCATGACGGAT
TTGCTTAGCTACCCGGATCAAATAAGGAATATTGCTCTCGTCGGTCATTT
GCACCATGGGAAAACGGCTTTCATGGACATGCTGGTCACTCAGACCCATG
ATCTCACCGGTCGCCTCGAGAATCGAACAGGCAAGCGGAAAGAGGAACAA
CTACGCTATACCGATATTCACTTTTTGGAAAGAGAAAGAGGTCTTTCCAT
CAAAGCGTCACCCATGAGCTTGGTGCTCCAGGGTACAAAGGGCAAATCCC
ACTTGTTTAACGTCATTGACACCCCAGGGCATGTGAATTTTGTGGACGAG
GTGGCTACTGCATGCCGGTTGGTCGATGGCGTTGTCCTTGTAGTAGATGT
GGTTGAAGGCGTCCAGGCCAACACCGAGCAAATAATCAAGCATGCTATCC
TCGAAGACTTGCCGCTCACATTGGTTGTGAACAAGATGGACAGATTGATT
CTCGAATTGAAGATACCTCCCAACGACGCTTATTTCAAATTGAAACATGT
GATCGAAGAGGTCAACACTATCATCGAGAACGTACTGCCTGGGCAGGGCG
CTGCAAGGCGGCTGAGCCCTGAGAAGGGAAATGTTGCCTTTGCTTGCGCC
TCCATGGGCTGGTGCTTCACGTTGCATTCATTTGCTAAGATGTATGCTGA
GACGCATCCACAAATTGAAGCAGCCGAATTCTGTTTGCGCCTATGGGGCG
ATATATTTTTCAATCCAAGAAGCCGAAAATTCACACGGAAAGGAGTGGAA
GAAAGCTCTAAAAGAACATTTGTCCAATTTGTCCTGGAGCCTATCTACAA
ACTTTACTCGCACACATTAAGCGAGAGCCCGGAGGACTTGAAGGAAACGC
TTTCTAGCGTTGGTATTAGTCTTAAGCCGTCGCAGCTCAAGACAGATGCA
AAGACTTTACTCAACCTTGTCTGTGAACAGTTCTTCGGGTCTGCAACAGG
CTTTGTGGATATGGTTCTCCAGCATGTGCCTTCGCCTGCAGAAGGTGCTC
AAAAGAAACTTGATCGGTACTACACTGGGCCTCTCGATTCTAAGGTGGCA
ACAGCTATGGCTGCCTGTGATTCTGATGGTCCACTGGTCGTACATGTTAC
TAAACTTTTTAACAGCTCGGACGGTTCAAGATTTCATTCTTTTGGCAGGG
TAATGAGCGGCACAGCTCGTCCTGGCCAACAGGTCCGTGTCCTTGGCGAA
GGCTATACTCCCGAAGATGAAGAGGACATGGTGATTGCAACCATTTCCGA
CACATGGATTGCTGAGTCCTGCTATAACATCCCAACAAGCGGCGTACCTT
CCGGCAACTTTGTTCTTCTAGGAGGCGTGGATAATTCTATCGTGAAGACG
GCGACCATCGTGCCTCTCACCTTGGAAGACGACGAGGATGCATACATCTT
CCGATCGATTCGACATATCACAGAGTCCGTCTTCAAAGTTGCTGTCGAGC
CAGTTAATCCGTCTGAGTTGCCCAAGATGCTTGAGGGCCTCCGAAAAGTC
AACAAAAGCTACCCGTTGATATCTACAAAGGTGGAGGAGTCTGGCGAGCA
TGTAGTTCTTGGAACGGGCGAGCTATATATGGACTGCGTGCTTCATGATC
TACGAAGATTGTATTCTGAAATGGAGATCAAGGTTTCAGATCCTGTTACG
CGCTTCTGCGAGACTGTTGTGGAGACCTCGGCTATCATGTGCTATTCGAT
CACGCCAAACAAGAAGAACAAAATAACGATGATTGCGGAGCCTCTGGATG
AAGGGATCGCCGAGGATATCGAAAGCGGTGCTGTTAATATCAAAGACCCA
ATTCGCAAAGTGTCGCGCTTTTTCGAAGAGCGGTATGACTGGGACAAACT
TGCAGCCAGAAGTATTTGGGCTTTCGGTCCAGATGAGATGGGCCCCAACA
TCTTACAGGATGATACGCTACCATCGCAGATCGACAAGAAGTTACTCGGG
AGTGTAAGAGATTCTATCACGCAAGGTTTCACTTGGGGCACACGAGAAGG
TCCGCTTTGCGAAGAACCCATTCGAAATGCGAAGTTTAGGCTCACCGACG
TTTCTCTCGCCGACCAAGCCATTTACAGGGGTGGTGGTCAAATCATTCCC
ACAGCTCGACGAGCGATTTACTCATCTTTCCTCATGGCATCACCACGCCT
AATGGAACCTATCTACTCTTGCACGATGACTGGACCGGCGGACGCTGTCG
CATCAGTGTACACAGTCCTTTCAAGGAGAAGGGGCCATGTACTCTCCGAT
GGCTCCATAGCAGGAACTCCACTCTATTCCGTTCGTGGTTTGATCCCCGT
GATAGATTCGTTCGGATTTGAAACAGATCTTCGAATCCATACACAGGGCC
AAGCTGCCGTTAGTCTTGTCTTCGATAAGTGGAGCGTCGTCCCAGGGGAT
CCATTGGATCGCGATGTCAAGTTAAAGCCCTTGGAGATGGCACCCGCCAT
GGCCACAGCCCGCGACTTCGTTTTGAAAACGCGGAGACGTAAAGGTTTGG
CTGAGGACGTCACTGTGAGCAAGTTCCTGGAACCAGAGCTCTGGAAAGGT
CTGAAGGAAAGTGGCGTTTTGGACTCCTGA back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0003924 | GTPase activity |
| GO:0005525 | GTP binding |
Relationships
This mRNA is a part of the following gene feature(s):
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
The following polypeptide feature(s) derives from this mRNA:
Cross References
External references for this mRNA
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 |
|---|
| MCQH01000164 | supercontig | MCQH01000164:1251410..1254638 + |
|
