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Sequences
The following sequences are available for this feature:
mRNA from alignment at ACJE01000020.1:847610..850167- Legend: polypeptideCDSexon Hold the cursor over a type above to highlight its positions in the sequence below. >ASPNIDRAFT_42828-T1 ID=ASPNIDRAFT_42828-T1|Name=ASPNIDRAFT_42828-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=2558bp|location=Sequence derived from alignment at ACJE01000020.1:847610..850167- (Aspergillus niger ATCC 1015)
ATGACTGCAGATAATATATTGAACACCTCCGCAGCCGACTTGATGGCTAA
TAGGAGAGTTACTGATCTTCTGGGAACCACTAAGGCTTTCGAAGGAAGCG
ATCCAAGAGCCTTTTCTATGAAATTAAAATCGTACATTGACAGTAAAGGC
AAGCGTGGCCGATCGAAGAAGTCTGCTAGAAGTCAAGATGCTGCTGAACA
TCCAGATTCCGCTAGCGACACGGACACAGCCAATCAGGGTATTGGACTTT
GGCCCCTTGTGCGTGTTGTGCGAATTTACACCAAAGCCCCAGCCTTAGCG
ACTGGTGCGGTCTTGGTGGATCTTCCTGGCATTTTTGACTCAAATGCAGC
ACGAGTTGCTGTTGCCGAAGATTACATGCGACGATGTTCGGCTCATTGGA
TTGTGGCCCCAATCAACCGGGCTGTCGATGATAAAGTCGCTCGGGACCTG
CTTGGGAAGAATTATAAGCTACAAATGCAGATGGATTGTGCATTCAATGA
CATGACCTTCATTTGCACAAAGACCGACGACATTGTCCCGACTGAAGTTA
TCCAGTCTTTGGGTCTCGATTTGCCAGCATTCAATGAGGTCCAACAGCTG
CCAGCCAGGGTTGAATTGATGATGGGTGAAATCGACGCCCTGAAAGAAGC
TAAGAAGAAAATCTCCACGCAGCTGGACTTGATAGAGACCGAGATTGAAG
ACCTTGAAGAACGTCTCAACGATGAGTTCGGCTGTGATGTACTGGAGATA
ACCCCAAAACGAAAGAAGCCTCACGGACATGAGCCCTCTGAGACGCCAAC
AGTCCACGAGGCAAGCGCCACGGAACTTTCGGAGGTGGACAAGCTTAAGA
ACCAATTCTTGAAGCTCAAGGTTGAGCGTAAAGCCCTACGGTCTCAGCGG
AAGCATATCAACCAGCAAATGGAGAACAAAGAGGCGGAGCTGCAGAAGCT
GGAAGACGGAAAGAAAGAAATGGAACATGCTGTCCTAAGTTCCTGCATAG
AGGCAAGGAACAGGTTTTCGAAATGCCAAATCAAGCGTGGCTTTGCCTTG
GAGATTCAGAGTCTGGACCAGGAAATTGCCGACGATGACAGCGAAAACCC
AGTACAGGCCCCAGTTTGCAAGTATGACGAGCTGGAGAGGAACCTACCTG
TGTTTTGCGTGTCGACCCGAGCCTACCAAAGTCTTCGGGGACGCTCTGAT
ATGGCAAAGCTCGTTGGTGGCTTCTCCCAGCTAGAGGAGACCGAAATTCC
GCTTCTGCAGCGGCATTGTATAAAACTCACTGAGAAGGCCAGGGAAGATT
CGTCTCGTAGGTTCCTCACCCAATTGAACGAGCTCTTTCAGTCGATGACG
CTTTGGTATTCTGTGAGGCCGGATTTGAATGTGCTTTGGATGCCCTAGAT
GAAGTATGTCTCTCGAATGTACTTCTTGAACCGATACTGACCCTTTAAGG
ATATGGGAGCGCATAAGAATCGGTTTAACCGGACTGTCAGGGACATTTTC
CAACAGAATATCCTGAACAAGCTCAGTACGTCTTTTGATTGTATTATTGA
ACACAGCTAATGGCACAGGCGGAGCATCGCGCCACGCAATCCTCCAATTT
CCCGAAGCTGTTTCGCGCTGGAATGAGGGACTCCGATGGAATACCTACAA
GGCCATCTGTCGCCGGCGAGGAGTATACCGTACTACGGTAAGTATCTTGA
TGCGGACTCAATATACTAAGCTGACAGCCGATCCAGGACTGGAATCGAGA
CCTGTGAGTGGAAGCTTTTGCAGCAATGCTAACGACAGGTCTAATTGCGT
ACAGAGCCCGACCCATGTTTGACAAGATCGCTGCCGCCTGGAGAAGGTAC
ATCTACGACCGAAAGAGTTTCAACGAATCTAACGTGAACAGGACTTTCAA
CGAGCTACTACCTCATGCGATGCGTACTATGACGGATGATCTGGAAGTCG
TACTCGGGCGATTCCACAAGAAGGCCATTGATTCCGTCGAGCAAGATGTT
TCCGATGAGACCAAGAAGAGATTGCAAAGCACCCTCGTCGCATGCCAACA
GTCGATGCGTCAGCGATTCTGGGAGATGAGTAAGTCGACCACGCTGGAAC
AGAAGCGTATCAGTCGAGCTTTTGCGGAGGCGATCGCTGAGCGACTTGAA
GACACCTACCGGGCGTGTGCCTCCGAGACGGGTGAGACTCTATCCTAGCT
GGTCAAGAATTATTCTAAAATGATCGTTACGACAGGACTAGGAAGCTGGA
AGCGCAGTAGGGCACTGATGCAACAGGTGGCCGACGATCACGCCAACGAT
GTTCTCCGAGGCAGTACGGAGCACGCGAAGCACGAGCTCAAGGAGCTTCT
GGACAGTCAGGAAGCTGAGGTGGATCGGATAATCCAGTCTCGTCTACGGC
GGATCTCACGGGATTACCATGGAGCGCTGATCGCGCCACAAATCCAGCTG
TGTACGGAAGAGCAGGCTCGGATTAAAAGTGAGGTCGCGAAGATTGTCGA
GAGAGCTGAGGCGGAGTTGCAACTGGGACATCTTTTGGGAGGCGTTCGTT
CGTCGTAA back to topCoding sequence (CDS) from alignment at ACJE01000020.1:847610..850167- >ASPNIDRAFT_42828-T1 ID=ASPNIDRAFT_42828-T1|Name=ASPNIDRAFT_42828-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=11520bp|location=Sequence derived from alignment at ACJE01000020.1:847610..850167- (Aspergillus niger ATCC 1015)
GACTAGGAAGCTGGAAGCGCAGTAGGGCACTGATGCAACAGGTGGCCGAC
GATCACGCCAACGATGTTCTCCGAGGCAGTACGGAGCACGCGAAGCACGA
GCTCAAGGAGCTTCTGGACAGTCAGGAAGCTGAGGTGGATCGGATAATCC
AGTCTCGTCTACGGCGGATCTCACGGGATTACCATGGAGCGCTGATCGCG
CCACAAATCCAGCTGTGTACGGAAGAGCAGGCTCGGATTAAAAGTGAGGT
CGCGAAGATTGTCGAGAGAGCTGAGGCGGAGTTGCAACTGGGACATCTTT
TGGGAGGCGTTCGTTCGTCGTAAAGCCCGACCCATGTTTGACAAGATCGC
TGCCGCCTGGAGAAGGTACATCTACGACCGAAAGAGTTTCAACGAATCTA
ACGTGAACAGGACTTTCAACGAGCTACTACCTCATGCGATGCGTACTATG
ACGGATGATCTGGAAGTCGTACTCGGGCGATTCCACAAGAAGGCCATTGA
TTCCGTCGAGCAAGATGTTTCCGATGAGACCAAGAAGAGATTGCAAAGCA
CCCTCGTCGCATGCCAACAGTCGATGCGTCAGCGATTCTGGGAGATGACC
GATCCAGGACTGGAATCGAGACCTGCGGAGCATCGCGCCACGCAATCCTC
CAATTTCCCGAAGCTGTTTCGCGCTGGAATGAGGGACTCCGATGGAATAC
CTACAAGGCCATCTGTCGCCGGCGAGGAGTATACCGTACTACGGATATGG
GAGCGCATAAGAATCGGTTTAACCGGACTGTCAGGGACATTTTCCAACAG
AATATCCTGAACAAGCTCAATGACTGCAGATAATATATTGAACACCTCCG
CAGCCGACTTGATGGCTAATAGGAGAGTTACTGATCTTCTGGGAACCACT
AAGGCTTTCGAAGGAAGCGATCCAAGAGCCTTTTCTATGAAATTAAAATC
GTACATTGACAGTAAAGGCAAGCGTGGCCGATCGAAGAAGTCTGCTAGAA
GTCAAGATGCTGCTGAACATCCAGATTCCGCTAGCGACACGGACACAGCC
AATCAGGGTATTGGACTTTGGCCCCTTGTGCGTGTTGTGCGAATTTACAC
CAAAGCCCCAGCCTTAGCGACTGGTGCGGTCTTGGTGGATCTTCCTGGCA
TTTTTGACTCAAATGCAGCACGAGTTGCTGTTGCCGAAGATTACATGCGA
CGATGTTCGGCTCATTGGATTGTGGCCCCAATCAACCGGGCTGTCGATGA
TAAAGTCGCTCGGGACCTGCTTGGGAAGAATTATAAGCTACAAATGCAGA
TGGATTGTGCATTCAATGACATGACCTTCATTTGCACAAAGACCGACGAC
ATTGTCCCGACTGAAGTTATCCAGTCTTTGGGTCTCGATTTGCCAGCATT
CAATGAGGTCCAACAGCTGCCAGCCAGGGTTGAATTGATGATGGGTGAAA
TCGACGCCCTGAAAGAAGCTAAGAAGAAAATCTCCACGCAGCTGGACTTG
ATAGAGACCGAGATTGAAGACCTTGAAGAACGTCTCAACGATGAGTTCGG
CTGTGATGTACTGGAGATAACCCCAAAACGAAAGAAGCCTCACGGACATG
AGCCCTCTGAGACGCCAACAGTCCACGAGGCAAGCGCCACGGAACTTTCG
GAGGTGGACAAGCTTAAGAACCAATTCTTGAAGCTCAAGGTTGAGCGTAA
AGCCCTACGGTCTCAGCGGAAGCATATCAACCAGCAAATGGAGAACAAAG
AGGCGGAGCTGCAGAAGCTGGAAGACGGAAAGAAAGAAATGGAACATGCT
GTCCTAAGTTCCTGCATAGAGGCAAGGAACAGGTTTTCGAAATGCCAAAT
CAAGCGTGGCTTTGCCTTGGAGATTCAGAGTCTGGACCAGGAAATTGCCG
ACGATGACAGCGAAAACCCAGACTAGGAAGCTGGAAGCGCAGTAGGGCAC
TGATGCAACAGGTGGCCGACGATCACGCCAACGATGTTCTCCGAGGCAGT
ACGGAGCACGCGAAGCACGAGCTCAAGGAGCTTCTGGACAGTCAGGAAGC
TGAGGTGGATCGGATAATCCAGTCTCGTCTACGGCGGATCTCACGGGATT
ACCATGGAGCGCTGATCGCGCCACAAATCCAGCTGTGTACGGAAGAGCAG
GCTCGGATTAAAAGTGAGGTCGCGAAGATTGTCGAGAGAGCTGAGGCGGA
GTTGCAACTGGGACATCTTTTGGGAGGCGTTCGTTCGTCGTAAAGCCCGA
CCCATGTTTGACAAGATCGCTGCCGCCTGGAGAAGGTACATCTACGACCG
AAAGAGTTTCAACGAATCTAACGTGAACAGGACTTTCAACGAGCTACTAC
CTCATGCGATGCGTACTATGACGGATGATCTGGAAGTCGTACTCGGGCGA
TTCCACAAGAAGGCCATTGATTCCGTCGAGCAAGATGTTTCCGATGAGAC
CAAGAAGAGATTGCAAAGCACCCTCGTCGCATGCCAACAGTCGATGCGTC
AGCGATTCTGGGAGATGACCGATCCAGGACTGGAATCGAGACCTGCGGAG
CATCGCGCCACGCAATCCTCCAATTTCCCGAAGCTGTTTCGCGCTGGAAT
GAGGGACTCCGATGGAATACCTACAAGGCCATCTGTCGCCGGCGAGGAGT
ATACCGTACTACGGATATGGGAGCGCATAAGAATCGGTTTAACCGGACTG
TCAGGGACATTTTCCAACAGAATATCCTGAACAAGCTCAATGACTGCAGA
TAATATATTGAACACCTCCGCAGCCGACTTGATGGCTAATAGGAGAGTTA
CTGATCTTCTGGGAACCACTAAGGCTTTCGAAGGAAGCGATCCAAGAGCC
TTTTCTATGAAATTAAAATCGTACATTGACAGTAAAGGCAAGCGTGGCCG
ATCGAAGAAGTCTGCTAGAAGTCAAGATGCTGCTGAACATCCAGATTCCG
CTAGCGACACGGACACAGCCAATCAGGGTATTGGACTTTGGCCCCTTGTG
CGTGTTGTGCGAATTTACACCAAAGCCCCAGCCTTAGCGACTGGTGCGGT
CTTGGTGGATCTTCCTGGCATTTTTGACTCAAATGCAGCACGAGTTGCTG
TTGCCGAAGATTACATGCGACGATGTTCGGCTCATTGGATTGTGGCCCCA
ATCAACCGGGCTGTCGATGATAAAGTCGCTCGGGACCTGCTTGGGAAGAA
TTATAAGCTACAAATGCAGATGGATTGTGCATTCAATGACATGACCTTCA
TTTGCACAAAGACCGACGACATTGTCCCGACTGAAGTTATCCAGTCTTTG
GGTCTCGATTTGCCAGCATTCAATGAGGTCCAACAGCTGCCAGCCAGGGT
TGAATTGATGATGGGTGAAATCGACGCCCTGAAAGAAGCTAAGAAGAAAA
TCTCCACGCAGCTGGACTTGATAGAGACCGAGATTGAAGACCTTGAAGAA
CGTCTCAACGATGAGTTCGGCTGTGATGTACTGGAGATAACCCCAAAACG
AAAGAAGCCTCACGGACATGAGCCCTCTGAGACGCCAACAGTCCACGAGG
CAAGCGCCACGGAACTTTCGGAGGTGGACAAGCTTAAGAACCAATTCTTG
AAGCTCAAGGTTGAGCGTAAAGCCCTACGGTCTCAGCGGAAGCATATCAA
CCAGCAAATGGAGAACAAAGAGGCGGAGCTGCAGAAGCTGGAAGACGGAA
AGAAAGAAATGGAACATGCTGTCCTAAGTTCCTGCATAGAGGCAAGGAAC
AGGTTTTCGAAATGCCAAATCAAGCGTGGCTTTGCCTTGGAGATTCAGAG
TCTGGACCAGGAAATTGCCGACGATGACAGCGAAAACCCAGACTAGGAAG
CTGGAAGCGCAGTAGGGCACTGATGCAACAGGTGGCCGACGATCACGCCA
ACGATGTTCTCCGAGGCAGTACGGAGCACGCGAAGCACGAGCTCAAGGAG
CTTCTGGACAGTCAGGAAGCTGAGGTGGATCGGATAATCCAGTCTCGTCT
ACGGCGGATCTCACGGGATTACCATGGAGCGCTGATCGCGCCACAAATCC
AGCTGTGTACGGAAGAGCAGGCTCGGATTAAAAGTGAGGTCGCGAAGATT
GTCGAGAGAGCTGAGGCGGAGTTGCAACTGGGACATCTTTTGGGAGGCGT
TCGTTCGTCGTAAAGCCCGACCCATGTTTGACAAGATCGCTGCCGCCTGG
AGAAGGTACATCTACGACCGAAAGAGTTTCAACGAATCTAACGTGAACAG
GACTTTCAACGAGCTACTACCTCATGCGATGCGTACTATGACGGATGATC
TGGAAGTCGTACTCGGGCGATTCCACAAGAAGGCCATTGATTCCGTCGAG
CAAGATGTTTCCGATGAGACCAAGAAGAGATTGCAAAGCACCCTCGTCGC
ATGCCAACAGTCGATGCGTCAGCGATTCTGGGAGATGACCGATCCAGGAC
TGGAATCGAGACCTGCGGAGCATCGCGCCACGCAATCCTCCAATTTCCCG
AAGCTGTTTCGCGCTGGAATGAGGGACTCCGATGGAATACCTACAAGGCC
ATCTGTCGCCGGCGAGGAGTATACCGTACTACGGATATGGGAGCGCATAA
GAATCGGTTTAACCGGACTGTCAGGGACATTTTCCAACAGAATATCCTGA
ACAAGCTCAATGACTGCAGATAATATATTGAACACCTCCGCAGCCGACTT
GATGGCTAATAGGAGAGTTACTGATCTTCTGGGAACCACTAAGGCTTTCG
AAGGAAGCGATCCAAGAGCCTTTTCTATGAAATTAAAATCGTACATTGAC
AGTAAAGGCAAGCGTGGCCGATCGAAGAAGTCTGCTAGAAGTCAAGATGC
TGCTGAACATCCAGATTCCGCTAGCGACACGGACACAGCCAATCAGGGTA
TTGGACTTTGGCCCCTTGTGCGTGTTGTGCGAATTTACACCAAAGCCCCA
GCCTTAGCGACTGGTGCGGTCTTGGTGGATCTTCCTGGCATTTTTGACTC
AAATGCAGCACGAGTTGCTGTTGCCGAAGATTACATGCGACGATGTTCGG
CTCATTGGATTGTGGCCCCAATCAACCGGGCTGTCGATGATAAAGTCGCT
CGGGACCTGCTTGGGAAGAATTATAAGCTACAAATGCAGATGGATTGTGC
ATTCAATGACATGACCTTCATTTGCACAAAGACCGACGACATTGTCCCGA
CTGAAGTTATCCAGTCTTTGGGTCTCGATTTGCCAGCATTCAATGAGGTC
CAACAGCTGCCAGCCAGGGTTGAATTGATGATGGGTGAAATCGACGCCCT
GAAAGAAGCTAAGAAGAAAATCTCCACGCAGCTGGACTTGATAGAGACCG
AGATTGAAGACCTTGAAGAACGTCTCAACGATGAGTTCGGCTGTGATGTA
CTGGAGATAACCCCAAAACGAAAGAAGCCTCACGGACATGAGCCCTCTGA
GACGCCAACAGTCCACGAGGCAAGCGCCACGGAACTTTCGGAGGTGGACA
AGCTTAAGAACCAATTCTTGAAGCTCAAGGTTGAGCGTAAAGCCCTACGG
TCTCAGCGGAAGCATATCAACCAGCAAATGGAGAACAAAGAGGCGGAGCT
GCAGAAGCTGGAAGACGGAAAGAAAGAAATGGAACATGCTGTCCTAAGTT
CCTGCATAGAGGCAAGGAACAGGTTTTCGAAATGCCAAATCAAGCGTGGC
TTTGCCTTGGAGATTCAGAGTCTGGACCAGGAAATTGCCGACGATGACAG
CGAAAACCCAGACTAGGAAGCTGGAAGCGCAGTAGGGCACTGATGCAACA
GGTGGCCGACGATCACGCCAACGATGTTCTCCGAGGCAGTACGGAGCACG
CGAAGCACGAGCTCAAGGAGCTTCTGGACAGTCAGGAAGCTGAGGTGGAT
CGGATAATCCAGTCTCGTCTACGGCGGATCTCACGGGATTACCATGGAGC
GCTGATCGCGCCACAAATCCAGCTGTGTACGGAAGAGCAGGCTCGGATTA
AAAGTGAGGTCGCGAAGATTGTCGAGAGAGCTGAGGCGGAGTTGCAACTG
GGACATCTTTTGGGAGGCGTTCGTTCGTCGTAAAGCCCGACCCATGTTTG
ACAAGATCGCTGCCGCCTGGAGAAGGTACATCTACGACCGAAAGAGTTTC
AACGAATCTAACGTGAACAGGACTTTCAACGAGCTACTACCTCATGCGAT
GCGTACTATGACGGATGATCTGGAAGTCGTACTCGGGCGATTCCACAAGA
AGGCCATTGATTCCGTCGAGCAAGATGTTTCCGATGAGACCAAGAAGAGA
TTGCAAAGCACCCTCGTCGCATGCCAACAGTCGATGCGTCAGCGATTCTG
GGAGATGACCGATCCAGGACTGGAATCGAGACCTGCGGAGCATCGCGCCA
CGCAATCCTCCAATTTCCCGAAGCTGTTTCGCGCTGGAATGAGGGACTCC
GATGGAATACCTACAAGGCCATCTGTCGCCGGCGAGGAGTATACCGTACT
ACGGATATGGGAGCGCATAAGAATCGGTTTAACCGGACTGTCAGGGACAT
TTTCCAACAGAATATCCTGAACAAGCTCAATGACTGCAGATAATATATTG
AACACCTCCGCAGCCGACTTGATGGCTAATAGGAGAGTTACTGATCTTCT
GGGAACCACTAAGGCTTTCGAAGGAAGCGATCCAAGAGCCTTTTCTATGA
AATTAAAATCGTACATTGACAGTAAAGGCAAGCGTGGCCGATCGAAGAAG
TCTGCTAGAAGTCAAGATGCTGCTGAACATCCAGATTCCGCTAGCGACAC
GGACACAGCCAATCAGGGTATTGGACTTTGGCCCCTTGTGCGTGTTGTGC
GAATTTACACCAAAGCCCCAGCCTTAGCGACTGGTGCGGTCTTGGTGGAT
CTTCCTGGCATTTTTGACTCAAATGCAGCACGAGTTGCTGTTGCCGAAGA
TTACATGCGACGATGTTCGGCTCATTGGATTGTGGCCCCAATCAACCGGG
CTGTCGATGATAAAGTCGCTCGGGACCTGCTTGGGAAGAATTATAAGCTA
CAAATGCAGATGGATTGTGCATTCAATGACATGACCTTCATTTGCACAAA
GACCGACGACATTGTCCCGACTGAAGTTATCCAGTCTTTGGGTCTCGATT
TGCCAGCATTCAATGAGGTCCAACAGCTGCCAGCCAGGGTTGAATTGATG
ATGGGTGAAATCGACGCCCTGAAAGAAGCTAAGAAGAAAATCTCCACGCA
GCTGGACTTGATAGAGACCGAGATTGAAGACCTTGAAGAACGTCTCAACG
ATGAGTTCGGCTGTGATGTACTGGAGATAACCCCAAAACGAAAGAAGCCT
CACGGACATGAGCCCTCTGAGACGCCAACAGTCCACGAGGCAAGCGCCAC
GGAACTTTCGGAGGTGGACAAGCTTAAGAACCAATTCTTGAAGCTCAAGG
TTGAGCGTAAAGCCCTACGGTCTCAGCGGAAGCATATCAACCAGCAAATG
GAGAACAAAGAGGCGGAGCTGCAGAAGCTGGAAGACGGAAAGAAAGAAAT
GGAACATGCTGTCCTAAGTTCCTGCATAGAGGCAAGGAACAGGTTTTCGA
AATGCCAAATCAAGCGTGGCTTTGCCTTGGAGATTCAGAGTCTGGACCAG
GAAATTGCCGACGATGACAGCGAAAACCCAGACTAGGAAGCTGGAAGCGC
AGTAGGGCACTGATGCAACAGGTGGCCGACGATCACGCCAACGATGTTCT
CCGAGGCAGTACGGAGCACGCGAAGCACGAGCTCAAGGAGCTTCTGGACA
GTCAGGAAGCTGAGGTGGATCGGATAATCCAGTCTCGTCTACGGCGGATC
TCACGGGATTACCATGGAGCGCTGATCGCGCCACAAATCCAGCTGTGTAC
GGAAGAGCAGGCTCGGATTAAAAGTGAGGTCGCGAAGATTGTCGAGAGAG
CTGAGGCGGAGTTGCAACTGGGACATCTTTTGGGAGGCGTTCGTTCGTCG
TAAAGCCCGACCCATGTTTGACAAGATCGCTGCCGCCTGGAGAAGGTACA
TCTACGACCGAAAGAGTTTCAACGAATCTAACGTGAACAGGACTTTCAAC
GAGCTACTACCTCATGCGATGCGTACTATGACGGATGATCTGGAAGTCGT
ACTCGGGCGATTCCACAAGAAGGCCATTGATTCCGTCGAGCAAGATGTTT
CCGATGAGACCAAGAAGAGATTGCAAAGCACCCTCGTCGCATGCCAACAG
TCGATGCGTCAGCGATTCTGGGAGATGACCGATCCAGGACTGGAATCGAG
ACCTGCGGAGCATCGCGCCACGCAATCCTCCAATTTCCCGAAGCTGTTTC
GCGCTGGAATGAGGGACTCCGATGGAATACCTACAAGGCCATCTGTCGCC
GGCGAGGAGTATACCGTACTACGGATATGGGAGCGCATAAGAATCGGTTT
AACCGGACTGTCAGGGACATTTTCCAACAGAATATCCTGAACAAGCTCAA
TGACTGCAGATAATATATTGAACACCTCCGCAGCCGACTTGATGGCTAAT
AGGAGAGTTACTGATCTTCTGGGAACCACTAAGGCTTTCGAAGGAAGCGA
TCCAAGAGCCTTTTCTATGAAATTAAAATCGTACATTGACAGTAAAGGCA
AGCGTGGCCGATCGAAGAAGTCTGCTAGAAGTCAAGATGCTGCTGAACAT
CCAGATTCCGCTAGCGACACGGACACAGCCAATCAGGGTATTGGACTTTG
GCCCCTTGTGCGTGTTGTGCGAATTTACACCAAAGCCCCAGCCTTAGCGA
CTGGTGCGGTCTTGGTGGATCTTCCTGGCATTTTTGACTCAAATGCAGCA
CGAGTTGCTGTTGCCGAAGATTACATGCGACGATGTTCGGCTCATTGGAT
TGTGGCCCCAATCAACCGGGCTGTCGATGATAAAGTCGCTCGGGACCTGC
TTGGGAAGAATTATAAGCTACAAATGCAGATGGATTGTGCATTCAATGAC
ATGACCTTCATTTGCACAAAGACCGACGACATTGTCCCGACTGAAGTTAT
CCAGTCTTTGGGTCTCGATTTGCCAGCATTCAATGAGGTCCAACAGCTGC
CAGCCAGGGTTGAATTGATGATGGGTGAAATCGACGCCCTGAAAGAAGCT
AAGAAGAAAATCTCCACGCAGCTGGACTTGATAGAGACCGAGATTGAAGA
CCTTGAAGAACGTCTCAACGATGAGTTCGGCTGTGATGTACTGGAGATAA
CCCCAAAACGAAAGAAGCCTCACGGACATGAGCCCTCTGAGACGCCAACA
GTCCACGAGGCAAGCGCCACGGAACTTTCGGAGGTGGACAAGCTTAAGAA
CCAATTCTTGAAGCTCAAGGTTGAGCGTAAAGCCCTACGGTCTCAGCGGA
AGCATATCAACCAGCAAATGGAGAACAAAGAGGCGGAGCTGCAGAAGCTG
GAAGACGGAAAGAAAGAAATGGAACATGCTGTCCTAAGTTCCTGCATAGA
GGCAAGGAACAGGTTTTCGAAATGCCAAATCAAGCGTGGCTTTGCCTTGG
AGATTCAGAGTCTGGACCAGGAAATTGCCGACGATGACAGCGAAAACCCA
GACTAGGAAGCTGGAAGCGCAGTAGGGCACTGATGCAACAGGTGGCCGAC
GATCACGCCAACGATGTTCTCCGAGGCAGTACGGAGCACGCGAAGCACGA
GCTCAAGGAGCTTCTGGACAGTCAGGAAGCTGAGGTGGATCGGATAATCC
AGTCTCGTCTACGGCGGATCTCACGGGATTACCATGGAGCGCTGATCGCG
CCACAAATCCAGCTGTGTACGGAAGAGCAGGCTCGGATTAAAAGTGAGGT
CGCGAAGATTGTCGAGAGAGCTGAGGCGGAGTTGCAACTGGGACATCTTT
TGGGAGGCGTTCGTTCGTCGTAAAGCCCGACCCATGTTTGACAAGATCGC
TGCCGCCTGGAGAAGGTACATCTACGACCGAAAGAGTTTCAACGAATCTA
ACGTGAACAGGACTTTCAACGAGCTACTACCTCATGCGATGCGTACTATG
ACGGATGATCTGGAAGTCGTACTCGGGCGATTCCACAAGAAGGCCATTGA
TTCCGTCGAGCAAGATGTTTCCGATGAGACCAAGAAGAGATTGCAAAGCA
CCCTCGTCGCATGCCAACAGTCGATGCGTCAGCGATTCTGGGAGATGACC
GATCCAGGACTGGAATCGAGACCTGCGGAGCATCGCGCCACGCAATCCTC
CAATTTCCCGAAGCTGTTTCGCGCTGGAATGAGGGACTCCGATGGAATAC
CTACAAGGCCATCTGTCGCCGGCGAGGAGTATACCGTACTACGGATATGG
GAGCGCATAAGAATCGGTTTAACCGGACTGTCAGGGACATTTTCCAACAG
AATATCCTGAACAAGCTCAATGACTGCAGATAATATATTGAACACCTCCG
CAGCCGACTTGATGGCTAATAGGAGAGTTACTGATCTTCTGGGAACCACT
AAGGCTTTCGAAGGAAGCGATCCAAGAGCCTTTTCTATGAAATTAAAATC
GTACATTGACAGTAAAGGCAAGCGTGGCCGATCGAAGAAGTCTGCTAGAA
GTCAAGATGCTGCTGAACATCCAGATTCCGCTAGCGACACGGACACAGCC
AATCAGGGTATTGGACTTTGGCCCCTTGTGCGTGTTGTGCGAATTTACAC
CAAAGCCCCAGCCTTAGCGACTGGTGCGGTCTTGGTGGATCTTCCTGGCA
TTTTTGACTCAAATGCAGCACGAGTTGCTGTTGCCGAAGATTACATGCGA
CGATGTTCGGCTCATTGGATTGTGGCCCCAATCAACCGGGCTGTCGATGA
TAAAGTCGCTCGGGACCTGCTTGGGAAGAATTATAAGCTACAAATGCAGA
TGGATTGTGCATTCAATGACATGACCTTCATTTGCACAAAGACCGACGAC
ATTGTCCCGACTGAAGTTATCCAGTCTTTGGGTCTCGATTTGCCAGCATT
CAATGAGGTCCAACAGCTGCCAGCCAGGGTTGAATTGATGATGGGTGAAA
TCGACGCCCTGAAAGAAGCTAAGAAGAAAATCTCCACGCAGCTGGACTTG
ATAGAGACCGAGATTGAAGACCTTGAAGAACGTCTCAACGATGAGTTCGG
CTGTGATGTACTGGAGATAACCCCAAAACGAAAGAAGCCTCACGGACATG
AGCCCTCTGAGACGCCAACAGTCCACGAGGCAAGCGCCACGGAACTTTCG
GAGGTGGACAAGCTTAAGAACCAATTCTTGAAGCTCAAGGTTGAGCGTAA
AGCCCTACGGTCTCAGCGGAAGCATATCAACCAGCAAATGGAGAACAAAG
AGGCGGAGCTGCAGAAGCTGGAAGACGGAAAGAAAGAAATGGAACATGCT
GTCCTAAGTTCCTGCATAGAGGCAAGGAACAGGTTTTCGAAATGCCAAAT
CAAGCGTGGCTTTGCCTTGGAGATTCAGAGTCTGGACCAGGAAATTGCCG
ACGATGACAGCGAAAACCCA back to top
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
The following CDS feature(s) are a part of this mRNA:
The following exon feature(s) are a part of this mRNA:
Properties
| Property Name | Value |
|---|
| Note | EggNog:ENOG41 |
| 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 |
|---|
| ACJE01000020.1 | supercontig | ACJE01000020.1:847610..850167 - |
|
