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ATCC10864_008387-T1, ATCC10864_008387-T1 (mRNA) Aspergillus niger ATCC 10864

Overview
NameATCC10864_008387-T1
Unique NameATCC10864_008387-T1
TypemRNA
OrganismAspergillus niger ATCC 10864
Sequences
The following sequences are available for this feature:

mRNA from alignment at MCQH01000199:519698..521487+

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>ATCC10864_008387-T1 ID=ATCC10864_008387-T1|Name=ATCC10864_008387-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=1790bp|location=Sequence derived from alignment at MCQH01000199:519698..521487+ (Aspergillus niger ATCC 10864)
ATGGAGGCACGTAGCAGCAGCGGTTCTTTTAGTACTCCGGCGCCAAGGGT
GGCCTCTGACAGGCTGGATGTCTGGTACATCCATTATCTCCTCACACTCA
TCGACACCTTTGATATATAGAACACTAACCAAGCACATACAGGTCAATCG
TCAACGAAGCAGCTGCTATATCTCCAATTCAACCAATCGTGAACCTGGGA
CAAGGCTTCTTGTGAGCTTATTCCTTCTGTCCGTGTGGCTGATTATATAC
CTAATCACTCATTAAGTGGCTTTAACCCGCCTCAGTTTGCTATAGATGCG
GCCAAGGAAGCGCTCAATAGGGTTGATTGCAACCAGTGCGCTCCAACGAA
GGTAAAGCTATAGCTACAGCCTCATTGTATAGATCTGATTAATACTGAGA
GTTCAATAGGGCCGCCTAAGTCTGAGAAAGGCCATTGCTTCGGCTTATTC
CAAGTTACTTGAAAGACCTATTGACGAGGAGAATGAAGTCACCATCACCT
CAGGTGCCAATGAAGGTAAGCCTGTAGGTAACTATCACGTTCAGGTGGTC
ACTGATCAGTAAAAAATATACAGGCATGCTGTGTGCATTACTGGCATTTA
TACATCCCGGTGACGAAGTCGTCACATTTGAACCCTTCTTTGACCAGTAT
GTTTTCATGGACAAGACATTGTTTCCGCAGGTTTGACTCCCAGCCATCGT
GTGATAGATATAGAAGCGGAATTGAACTGGCAGGTGGTATTCCTCGCTAT
GTGCCTCTTCACCCGCCAAAGAACAGCAGTAGGGCAATAGCAAGTGCATC
CGAATGGACAGTCGACTTTGAAGAGCTTGAGAAAGCCATAAACAAAAACA
CGAAGATGATTGTATGGGCCATATCCTTTGCCTATCCTCTGTACTACCTT
ATTATGCGTTCACTAACCAAGTCCAGATACTCAACACGCCGTATGAACGC
CTCAATTCATTTACACCTCACTAATCCAACAAGCTAACCACCGCGCTGCA
GTCACAACCCCGTAGGAAAAGTCTTCACAGAGACGGAGCTCCAGCGCATT
GGCGACTTCTGCTTGAAACACGATCTTCTGATCCTCTCCGACGAGGTCTA
CGACCACCTTTACTATGTCCCCTTTACGCGAATCGCAACTATCTCCCCTG
ACCTCTACGACCACACACTAACTGTCGCATCCGCTGGGAAAGCCTTCCAT
GCCACGGGCTGGAGAATCGGCTATCTGATTGGGCCACAGCAACTCATCAG
ATATGTTTCCGCAGTACACACCCGCATCTGCTACAGCAGCGTATCTCCGC
TACAGGAAGCAGTGGCGGTTGCTTTCGAAGCGGCGGACAGAAACGGCTTT
TGGGAGCATAGCCGGCAGGAAATGAAAGATAAGATGAGGCTGTTCTGTGA
GGTTTTCGAAGACCTTGGACTACCGGTTTGTCCTTCTTATCCGATTCATT
TATGGAACCTTTGGAAGAAAGAGAATCATTCGTACTGACGAGAGTTTCTA
AGTACACCGAACCCGAAGGCGGATACTTTGTCCTGGTGAACTTATCCCGG
GTACAAATCCCCAGCGATTATGTATTCCCAGCACATATCGAACAACGAAG
AAGAGACTTCAAGCTTTGCTGGTTCTTGATCCAGGAGATTGGCATTGCCG
CTATTCCGCCGTCGGAGTTCTATAGTGATGACAATGCGCATATAGGTGAG
GATTTTCTTCGATTTGCGTTTTGCAAAGAAGACGAGGTCCTGGAAATGGG
CAAGCAGAGGTTACTTAGATTGAAGAGTTATATTGTTTGA
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Coding sequence (CDS) from alignment at MCQH01000199:519698..521487+

>ATCC10864_008387-T1 ID=ATCC10864_008387-T1|Name=ATCC10864_008387-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=11583bp|location=Sequence derived from alignment at MCQH01000199:519698..521487+ (Aspergillus niger ATCC 10864)
ATGGAGGCACGTAGCAGCAGCGGTTCTTTTAGTACTCCGGCGCCAAGGGT
GGCCTCTGACAGGCTGGATGTCTGGTCAATCGTCAACGAAGCAGCTGCTA
TATCTCCAATTCAACCAATCGTGAACCTGGGACAAGGCTTCTTTGGCTTT
AACCCGCCTCAGTTTGCTATAGATGCGGCCAAGGAAGCGCTCAATAGGGT
TGATTGCAACCAGTGCGCTCCAACGAAGGGCCGCCTAAGTCTGAGAAAGG
CCATTGCTTCGGCTTATTCCAAGTTACTTGAAAGACCTATTGACGAGGAG
AATGAAGTCACCATCACCTCAGGTGCCAATGAAGGCATGCTGTGTGCATT
ACTGGCATTTATACATCCCGGTGACGAAGTCGTCACATTTGAACCCTTCT
TTGACCAATATAGAAGCGGAATTGAACTGGCAGGTGGTATTCCTCGCTAT
GTGCCTCTTCACCCGCCAAAGAACAGCAGTAGGGCAATAGCAAGTGCATC
CGAATGGACAGTCGACTTTGAAGAGCTTGAGAAAGCCATAAACAAAAACA
CGAAGATGATTATACTCAACACGCCTCACAACCCCGTAGGAAAAGTCTTC
ACAGAGACGGAGCTCCAGCGCATTGGCGACTTCTGCTTGAAACACGATCT
TCTGATCCTCTCCGACGAGGTCTACGACCACCTTTACTATGTCCCCTTTA
CGCGAATCGCAACTATCTCCCCTGACCTCTACGACCACACACTAACTGTC
GCATCCGCTGGGAAAGCCTTCCATGCCACGGGCTGGAGAATCGGCTATCT
GATTGGGCCACAGCAACTCATCAGATATGTTTCCGCAGTACACACCCGCA
TCTGCTACAGCAGCGTATCTCCGCTACAGGAAGCAGTGGCGGTTGCTTTC
GAAGCGGCGGACAGAAACGGCTTTTGGGAGCATAGCCGGCAGGAAATGAA
AGATAAGATGAGGCTGTTCTGTGAGGTTTTCGAAGACCTTGGACTACCGT
ACACCGAACCCGAAGGCGGATACTTTGTCCTGGTGAACTTATCCCGGGTA
CAAATCCCCAGCGATTATGTATTCCCAGCACATATCGAACAACGAAGAAG
AGACTTCAAGCTTTGCTGGTTCTTGATCCAGGAGATTGGCATTGCCGCTA
TTCCGCCGTCGGAGTTCTATAGTGATGACAATGCGCATATAGGTGAGGAT
TTTCTTCGATTTGCGTTTTGCAAAGAAGACGAGGTCCTGGAAATGGGCAA
GCAGAGGTTACTTAGATTGAAGAGTTATATTGTTTGAATGGAGGCACGTA
GCAGCAGCGGTTCTTTTAGTACTCCGGCGCCAAGGGTGGCCTCTGACAGG
CTGGATGTCTGGTCAATCGTCAACGAAGCAGCTGCTATATCTCCAATTCA
ACCAATCGTGAACCTGGGACAAGGCTTCTTTGGCTTTAACCCGCCTCAGT
TTGCTATAGATGCGGCCAAGGAAGCGCTCAATAGGGTTGATTGCAACCAG
TGCGCTCCAACGAAGGGCCGCCTAAGTCTGAGAAAGGCCATTGCTTCGGC
TTATTCCAAGTTACTTGAAAGACCTATTGACGAGGAGAATGAAGTCACCA
TCACCTCAGGTGCCAATGAAGGCATGCTGTGTGCATTACTGGCATTTATA
CATCCCGGTGACGAAGTCGTCACATTTGAACCCTTCTTTGACCAATATAG
AAGCGGAATTGAACTGGCAGGTGGTATTCCTCGCTATGTGCCTCTTCACC
CGCCAAAGAACAGCAGTAGGGCAATAGCAAGTGCATCCGAATGGACAGTC
GACTTTGAAGAGCTTGAGAAAGCCATAAACAAAAACACGAAGATGATTAT
ACTCAACACGCCTCACAACCCCGTAGGAAAAGTCTTCACAGAGACGGAGC
TCCAGCGCATTGGCGACTTCTGCTTGAAACACGATCTTCTGATCCTCTCC
GACGAGGTCTACGACCACCTTTACTATGTCCCCTTTACGCGAATCGCAAC
TATCTCCCCTGACCTCTACGACCACACACTAACTGTCGCATCCGCTGGGA
AAGCCTTCCATGCCACGGGCTGGAGAATCGGCTATCTGATTGGGCCACAG
CAACTCATCAGATATGTTTCCGCAGTACACACCCGCATCTGCTACAGCAG
CGTATCTCCGCTACAGGAAGCAGTGGCGGTTGCTTTCGAAGCGGCGGACA
GAAACGGCTTTTGGGAGCATAGCCGGCAGGAAATGAAAGATAAGATGAGG
CTGTTCTGTGAGGTTTTCGAAGACCTTGGACTACCGTACACCGAACCCGA
AGGCGGATACTTTGTCCTGGTGAACTTATCCCGGGTACAAATCCCCAGCG
ATTATGTATTCCCAGCACATATCGAACAACGAAGAAGAGACTTCAAGCTT
TGCTGGTTCTTGATCCAGGAGATTGGCATTGCCGCTATTCCGCCGTCGGA
GTTCTATAGTGATGACAATGCGCATATAGGTGAGGATTTTCTTCGATTTG
CGTTTTGCAAAGAAGACGAGGTCCTGGAAATGGGCAAGCAGAGGTTACTT
AGATTGAAGAGTTATATTGTTTGAATGGAGGCACGTAGCAGCAGCGGTTC
TTTTAGTACTCCGGCGCCAAGGGTGGCCTCTGACAGGCTGGATGTCTGGT
CAATCGTCAACGAAGCAGCTGCTATATCTCCAATTCAACCAATCGTGAAC
CTGGGACAAGGCTTCTTTGGCTTTAACCCGCCTCAGTTTGCTATAGATGC
GGCCAAGGAAGCGCTCAATAGGGTTGATTGCAACCAGTGCGCTCCAACGA
AGGGCCGCCTAAGTCTGAGAAAGGCCATTGCTTCGGCTTATTCCAAGTTA
CTTGAAAGACCTATTGACGAGGAGAATGAAGTCACCATCACCTCAGGTGC
CAATGAAGGCATGCTGTGTGCATTACTGGCATTTATACATCCCGGTGACG
AAGTCGTCACATTTGAACCCTTCTTTGACCAATATAGAAGCGGAATTGAA
CTGGCAGGTGGTATTCCTCGCTATGTGCCTCTTCACCCGCCAAAGAACAG
CAGTAGGGCAATAGCAAGTGCATCCGAATGGACAGTCGACTTTGAAGAGC
TTGAGAAAGCCATAAACAAAAACACGAAGATGATTATACTCAACACGCCT
CACAACCCCGTAGGAAAAGTCTTCACAGAGACGGAGCTCCAGCGCATTGG
CGACTTCTGCTTGAAACACGATCTTCTGATCCTCTCCGACGAGGTCTACG
ACCACCTTTACTATGTCCCCTTTACGCGAATCGCAACTATCTCCCCTGAC
CTCTACGACCACACACTAACTGTCGCATCCGCTGGGAAAGCCTTCCATGC
CACGGGCTGGAGAATCGGCTATCTGATTGGGCCACAGCAACTCATCAGAT
ATGTTTCCGCAGTACACACCCGCATCTGCTACAGCAGCGTATCTCCGCTA
CAGGAAGCAGTGGCGGTTGCTTTCGAAGCGGCGGACAGAAACGGCTTTTG
GGAGCATAGCCGGCAGGAAATGAAAGATAAGATGAGGCTGTTCTGTGAGG
TTTTCGAAGACCTTGGACTACCGTACACCGAACCCGAAGGCGGATACTTT
GTCCTGGTGAACTTATCCCGGGTACAAATCCCCAGCGATTATGTATTCCC
AGCACATATCGAACAACGAAGAAGAGACTTCAAGCTTTGCTGGTTCTTGA
TCCAGGAGATTGGCATTGCCGCTATTCCGCCGTCGGAGTTCTATAGTGAT
GACAATGCGCATATAGGTGAGGATTTTCTTCGATTTGCGTTTTGCAAAGA
AGACGAGGTCCTGGAAATGGGCAAGCAGAGGTTACTTAGATTGAAGAGTT
ATATTGTTTGAATGGAGGCACGTAGCAGCAGCGGTTCTTTTAGTACTCCG
GCGCCAAGGGTGGCCTCTGACAGGCTGGATGTCTGGTCAATCGTCAACGA
AGCAGCTGCTATATCTCCAATTCAACCAATCGTGAACCTGGGACAAGGCT
TCTTTGGCTTTAACCCGCCTCAGTTTGCTATAGATGCGGCCAAGGAAGCG
CTCAATAGGGTTGATTGCAACCAGTGCGCTCCAACGAAGGGCCGCCTAAG
TCTGAGAAAGGCCATTGCTTCGGCTTATTCCAAGTTACTTGAAAGACCTA
TTGACGAGGAGAATGAAGTCACCATCACCTCAGGTGCCAATGAAGGCATG
CTGTGTGCATTACTGGCATTTATACATCCCGGTGACGAAGTCGTCACATT
TGAACCCTTCTTTGACCAATATAGAAGCGGAATTGAACTGGCAGGTGGTA
TTCCTCGCTATGTGCCTCTTCACCCGCCAAAGAACAGCAGTAGGGCAATA
GCAAGTGCATCCGAATGGACAGTCGACTTTGAAGAGCTTGAGAAAGCCAT
AAACAAAAACACGAAGATGATTATACTCAACACGCCTCACAACCCCGTAG
GAAAAGTCTTCACAGAGACGGAGCTCCAGCGCATTGGCGACTTCTGCTTG
AAACACGATCTTCTGATCCTCTCCGACGAGGTCTACGACCACCTTTACTA
TGTCCCCTTTACGCGAATCGCAACTATCTCCCCTGACCTCTACGACCACA
CACTAACTGTCGCATCCGCTGGGAAAGCCTTCCATGCCACGGGCTGGAGA
ATCGGCTATCTGATTGGGCCACAGCAACTCATCAGATATGTTTCCGCAGT
ACACACCCGCATCTGCTACAGCAGCGTATCTCCGCTACAGGAAGCAGTGG
CGGTTGCTTTCGAAGCGGCGGACAGAAACGGCTTTTGGGAGCATAGCCGG
CAGGAAATGAAAGATAAGATGAGGCTGTTCTGTGAGGTTTTCGAAGACCT
TGGACTACCGTACACCGAACCCGAAGGCGGATACTTTGTCCTGGTGAACT
TATCCCGGGTACAAATCCCCAGCGATTATGTATTCCCAGCACATATCGAA
CAACGAAGAAGAGACTTCAAGCTTTGCTGGTTCTTGATCCAGGAGATTGG
CATTGCCGCTATTCCGCCGTCGGAGTTCTATAGTGATGACAATGCGCATA
TAGGTGAGGATTTTCTTCGATTTGCGTTTTGCAAAGAAGACGAGGTCCTG
GAAATGGGCAAGCAGAGGTTACTTAGATTGAAGAGTTATATTGTTTGAAT
GGAGGCACGTAGCAGCAGCGGTTCTTTTAGTACTCCGGCGCCAAGGGTGG
CCTCTGACAGGCTGGATGTCTGGTCAATCGTCAACGAAGCAGCTGCTATA
TCTCCAATTCAACCAATCGTGAACCTGGGACAAGGCTTCTTTGGCTTTAA
CCCGCCTCAGTTTGCTATAGATGCGGCCAAGGAAGCGCTCAATAGGGTTG
ATTGCAACCAGTGCGCTCCAACGAAGGGCCGCCTAAGTCTGAGAAAGGCC
ATTGCTTCGGCTTATTCCAAGTTACTTGAAAGACCTATTGACGAGGAGAA
TGAAGTCACCATCACCTCAGGTGCCAATGAAGGCATGCTGTGTGCATTAC
TGGCATTTATACATCCCGGTGACGAAGTCGTCACATTTGAACCCTTCTTT
GACCAATATAGAAGCGGAATTGAACTGGCAGGTGGTATTCCTCGCTATGT
GCCTCTTCACCCGCCAAAGAACAGCAGTAGGGCAATAGCAAGTGCATCCG
AATGGACAGTCGACTTTGAAGAGCTTGAGAAAGCCATAAACAAAAACACG
AAGATGATTATACTCAACACGCCTCACAACCCCGTAGGAAAAGTCTTCAC
AGAGACGGAGCTCCAGCGCATTGGCGACTTCTGCTTGAAACACGATCTTC
TGATCCTCTCCGACGAGGTCTACGACCACCTTTACTATGTCCCCTTTACG
CGAATCGCAACTATCTCCCCTGACCTCTACGACCACACACTAACTGTCGC
ATCCGCTGGGAAAGCCTTCCATGCCACGGGCTGGAGAATCGGCTATCTGA
TTGGGCCACAGCAACTCATCAGATATGTTTCCGCAGTACACACCCGCATC
TGCTACAGCAGCGTATCTCCGCTACAGGAAGCAGTGGCGGTTGCTTTCGA
AGCGGCGGACAGAAACGGCTTTTGGGAGCATAGCCGGCAGGAAATGAAAG
ATAAGATGAGGCTGTTCTGTGAGGTTTTCGAAGACCTTGGACTACCGTAC
ACCGAACCCGAAGGCGGATACTTTGTCCTGGTGAACTTATCCCGGGTACA
AATCCCCAGCGATTATGTATTCCCAGCACATATCGAACAACGAAGAAGAG
ACTTCAAGCTTTGCTGGTTCTTGATCCAGGAGATTGGCATTGCCGCTATT
CCGCCGTCGGAGTTCTATAGTGATGACAATGCGCATATAGGTGAGGATTT
TCTTCGATTTGCGTTTTGCAAAGAAGACGAGGTCCTGGAAATGGGCAAGC
AGAGGTTACTTAGATTGAAGAGTTATATTGTTTGAATGGAGGCACGTAGC
AGCAGCGGTTCTTTTAGTACTCCGGCGCCAAGGGTGGCCTCTGACAGGCT
GGATGTCTGGTCAATCGTCAACGAAGCAGCTGCTATATCTCCAATTCAAC
CAATCGTGAACCTGGGACAAGGCTTCTTTGGCTTTAACCCGCCTCAGTTT
GCTATAGATGCGGCCAAGGAAGCGCTCAATAGGGTTGATTGCAACCAGTG
CGCTCCAACGAAGGGCCGCCTAAGTCTGAGAAAGGCCATTGCTTCGGCTT
ATTCCAAGTTACTTGAAAGACCTATTGACGAGGAGAATGAAGTCACCATC
ACCTCAGGTGCCAATGAAGGCATGCTGTGTGCATTACTGGCATTTATACA
TCCCGGTGACGAAGTCGTCACATTTGAACCCTTCTTTGACCAATATAGAA
GCGGAATTGAACTGGCAGGTGGTATTCCTCGCTATGTGCCTCTTCACCCG
CCAAAGAACAGCAGTAGGGCAATAGCAAGTGCATCCGAATGGACAGTCGA
CTTTGAAGAGCTTGAGAAAGCCATAAACAAAAACACGAAGATGATTATAC
TCAACACGCCTCACAACCCCGTAGGAAAAGTCTTCACAGAGACGGAGCTC
CAGCGCATTGGCGACTTCTGCTTGAAACACGATCTTCTGATCCTCTCCGA
CGAGGTCTACGACCACCTTTACTATGTCCCCTTTACGCGAATCGCAACTA
TCTCCCCTGACCTCTACGACCACACACTAACTGTCGCATCCGCTGGGAAA
GCCTTCCATGCCACGGGCTGGAGAATCGGCTATCTGATTGGGCCACAGCA
ACTCATCAGATATGTTTCCGCAGTACACACCCGCATCTGCTACAGCAGCG
TATCTCCGCTACAGGAAGCAGTGGCGGTTGCTTTCGAAGCGGCGGACAGA
AACGGCTTTTGGGAGCATAGCCGGCAGGAAATGAAAGATAAGATGAGGCT
GTTCTGTGAGGTTTTCGAAGACCTTGGACTACCGTACACCGAACCCGAAG
GCGGATACTTTGTCCTGGTGAACTTATCCCGGGTACAAATCCCCAGCGAT
TATGTATTCCCAGCACATATCGAACAACGAAGAAGAGACTTCAAGCTTTG
CTGGTTCTTGATCCAGGAGATTGGCATTGCCGCTATTCCGCCGTCGGAGT
TCTATAGTGATGACAATGCGCATATAGGTGAGGATTTTCTTCGATTTGCG
TTTTGCAAAGAAGACGAGGTCCTGGAAATGGGCAAGCAGAGGTTACTTAG
ATTGAAGAGTTATATTGTTTGAATGGAGGCACGTAGCAGCAGCGGTTCTT
TTAGTACTCCGGCGCCAAGGGTGGCCTCTGACAGGCTGGATGTCTGGTCA
ATCGTCAACGAAGCAGCTGCTATATCTCCAATTCAACCAATCGTGAACCT
GGGACAAGGCTTCTTTGGCTTTAACCCGCCTCAGTTTGCTATAGATGCGG
CCAAGGAAGCGCTCAATAGGGTTGATTGCAACCAGTGCGCTCCAACGAAG
GGCCGCCTAAGTCTGAGAAAGGCCATTGCTTCGGCTTATTCCAAGTTACT
TGAAAGACCTATTGACGAGGAGAATGAAGTCACCATCACCTCAGGTGCCA
ATGAAGGCATGCTGTGTGCATTACTGGCATTTATACATCCCGGTGACGAA
GTCGTCACATTTGAACCCTTCTTTGACCAATATAGAAGCGGAATTGAACT
GGCAGGTGGTATTCCTCGCTATGTGCCTCTTCACCCGCCAAAGAACAGCA
GTAGGGCAATAGCAAGTGCATCCGAATGGACAGTCGACTTTGAAGAGCTT
GAGAAAGCCATAAACAAAAACACGAAGATGATTATACTCAACACGCCTCA
CAACCCCGTAGGAAAAGTCTTCACAGAGACGGAGCTCCAGCGCATTGGCG
ACTTCTGCTTGAAACACGATCTTCTGATCCTCTCCGACGAGGTCTACGAC
CACCTTTACTATGTCCCCTTTACGCGAATCGCAACTATCTCCCCTGACCT
CTACGACCACACACTAACTGTCGCATCCGCTGGGAAAGCCTTCCATGCCA
CGGGCTGGAGAATCGGCTATCTGATTGGGCCACAGCAACTCATCAGATAT
GTTTCCGCAGTACACACCCGCATCTGCTACAGCAGCGTATCTCCGCTACA
GGAAGCAGTGGCGGTTGCTTTCGAAGCGGCGGACAGAAACGGCTTTTGGG
AGCATAGCCGGCAGGAAATGAAAGATAAGATGAGGCTGTTCTGTGAGGTT
TTCGAAGACCTTGGACTACCGTACACCGAACCCGAAGGCGGATACTTTGT
CCTGGTGAACTTATCCCGGGTACAAATCCCCAGCGATTATGTATTCCCAG
CACATATCGAACAACGAAGAAGAGACTTCAAGCTTTGCTGGTTCTTGATC
CAGGAGATTGGCATTGCCGCTATTCCGCCGTCGGAGTTCTATAGTGATGA
CAATGCGCATATAGGTGAGGATTTTCTTCGATTTGCGTTTTGCAAAGAAG
ACGAGGTCCTGGAAATGGGCAAGCAGAGGTTACTTAGATTGAAGAGTTAT
ATTGTTTGAATGGAGGCACGTAGCAGCAGCGGTTCTTTTAGTACTCCGGC
GCCAAGGGTGGCCTCTGACAGGCTGGATGTCTGGTCAATCGTCAACGAAG
CAGCTGCTATATCTCCAATTCAACCAATCGTGAACCTGGGACAAGGCTTC
TTTGGCTTTAACCCGCCTCAGTTTGCTATAGATGCGGCCAAGGAAGCGCT
CAATAGGGTTGATTGCAACCAGTGCGCTCCAACGAAGGGCCGCCTAAGTC
TGAGAAAGGCCATTGCTTCGGCTTATTCCAAGTTACTTGAAAGACCTATT
GACGAGGAGAATGAAGTCACCATCACCTCAGGTGCCAATGAAGGCATGCT
GTGTGCATTACTGGCATTTATACATCCCGGTGACGAAGTCGTCACATTTG
AACCCTTCTTTGACCAATATAGAAGCGGAATTGAACTGGCAGGTGGTATT
CCTCGCTATGTGCCTCTTCACCCGCCAAAGAACAGCAGTAGGGCAATAGC
AAGTGCATCCGAATGGACAGTCGACTTTGAAGAGCTTGAGAAAGCCATAA
ACAAAAACACGAAGATGATTATACTCAACACGCCTCACAACCCCGTAGGA
AAAGTCTTCACAGAGACGGAGCTCCAGCGCATTGGCGACTTCTGCTTGAA
ACACGATCTTCTGATCCTCTCCGACGAGGTCTACGACCACCTTTACTATG
TCCCCTTTACGCGAATCGCAACTATCTCCCCTGACCTCTACGACCACACA
CTAACTGTCGCATCCGCTGGGAAAGCCTTCCATGCCACGGGCTGGAGAAT
CGGCTATCTGATTGGGCCACAGCAACTCATCAGATATGTTTCCGCAGTAC
ACACCCGCATCTGCTACAGCAGCGTATCTCCGCTACAGGAAGCAGTGGCG
GTTGCTTTCGAAGCGGCGGACAGAAACGGCTTTTGGGAGCATAGCCGGCA
GGAAATGAAAGATAAGATGAGGCTGTTCTGTGAGGTTTTCGAAGACCTTG
GACTACCGTACACCGAACCCGAAGGCGGATACTTTGTCCTGGTGAACTTA
TCCCGGGTACAAATCCCCAGCGATTATGTATTCCCAGCACATATCGAACA
ACGAAGAAGAGACTTCAAGCTTTGCTGGTTCTTGATCCAGGAGATTGGCA
TTGCCGCTATTCCGCCGTCGGAGTTCTATAGTGATGACAATGCGCATATA
GGTGAGGATTTTCTTCGATTTGCGTTTTGCAAAGAAGACGAGGTCCTGGA
AATGGGCAAGCAGAGGTTACTTAGATTGAAGAGTTATATTGTTTGAATGG
AGGCACGTAGCAGCAGCGGTTCTTTTAGTACTCCGGCGCCAAGGGTGGCC
TCTGACAGGCTGGATGTCTGGTCAATCGTCAACGAAGCAGCTGCTATATC
TCCAATTCAACCAATCGTGAACCTGGGACAAGGCTTCTTTGGCTTTAACC
CGCCTCAGTTTGCTATAGATGCGGCCAAGGAAGCGCTCAATAGGGTTGAT
TGCAACCAGTGCGCTCCAACGAAGGGCCGCCTAAGTCTGAGAAAGGCCAT
TGCTTCGGCTTATTCCAAGTTACTTGAAAGACCTATTGACGAGGAGAATG
AAGTCACCATCACCTCAGGTGCCAATGAAGGCATGCTGTGTGCATTACTG
GCATTTATACATCCCGGTGACGAAGTCGTCACATTTGAACCCTTCTTTGA
CCAATATAGAAGCGGAATTGAACTGGCAGGTGGTATTCCTCGCTATGTGC
CTCTTCACCCGCCAAAGAACAGCAGTAGGGCAATAGCAAGTGCATCCGAA
TGGACAGTCGACTTTGAAGAGCTTGAGAAAGCCATAAACAAAAACACGAA
GATGATTATACTCAACACGCCTCACAACCCCGTAGGAAAAGTCTTCACAG
AGACGGAGCTCCAGCGCATTGGCGACTTCTGCTTGAAACACGATCTTCTG
ATCCTCTCCGACGAGGTCTACGACCACCTTTACTATGTCCCCTTTACGCG
AATCGCAACTATCTCCCCTGACCTCTACGACCACACACTAACTGTCGCAT
CCGCTGGGAAAGCCTTCCATGCCACGGGCTGGAGAATCGGCTATCTGATT
GGGCCACAGCAACTCATCAGATATGTTTCCGCAGTACACACCCGCATCTG
CTACAGCAGCGTATCTCCGCTACAGGAAGCAGTGGCGGTTGCTTTCGAAG
CGGCGGACAGAAACGGCTTTTGGGAGCATAGCCGGCAGGAAATGAAAGAT
AAGATGAGGCTGTTCTGTGAGGTTTTCGAAGACCTTGGACTACCGTACAC
CGAACCCGAAGGCGGATACTTTGTCCTGGTGAACTTATCCCGGGTACAAA
TCCCCAGCGATTATGTATTCCCAGCACATATCGAACAACGAAGAAGAGAC
TTCAAGCTTTGCTGGTTCTTGATCCAGGAGATTGGCATTGCCGCTATTCC
GCCGTCGGAGTTCTATAGTGATGACAATGCGCATATAGGTGAGGATTTTC
TTCGATTTGCGTTTTGCAAAGAAGACGAGGTCCTGGAAATGGGCAAGCAG
AGGTTACTTAGATTGAAGAGTTATATTGTTTGA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0009058biosynthetic process
Vocabulary: Molecular Function
TermDefinition
GO:0030170pyridoxal phosphate binding
GO:0003824catalytic activity
Relationships

This mRNA is a part of the following gene feature(s):

Feature NameUnique NameSpeciesType
ATCC10864_008387ATCC10864_008387Aspergillus niger ATCC 10864gene


The following polypeptide feature(s) derives from this mRNA:

Feature NameUnique NameSpeciesType
ATCC10864_008387-T1ATCC10864_008387-T1-proteinAspergillus niger ATCC 10864polypeptide


The following exon feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesType
ATCC10864_008387-T1.exon1ATCC10864_008387-T1.exon1Aspergillus niger ATCC 10864exon
ATCC10864_008387-T1.exon2ATCC10864_008387-T1.exon2Aspergillus niger ATCC 10864exon
ATCC10864_008387-T1.exon3ATCC10864_008387-T1.exon3Aspergillus niger ATCC 10864exon
ATCC10864_008387-T1.exon4ATCC10864_008387-T1.exon4Aspergillus niger ATCC 10864exon
ATCC10864_008387-T1.exon5ATCC10864_008387-T1.exon5Aspergillus niger ATCC 10864exon
ATCC10864_008387-T1.exon6ATCC10864_008387-T1.exon6Aspergillus niger ATCC 10864exon
ATCC10864_008387-T1.exon7ATCC10864_008387-T1.exon7Aspergillus niger ATCC 10864exon
ATCC10864_008387-T1.exon8ATCC10864_008387-T1.exon8Aspergillus niger ATCC 10864exon
ATCC10864_008387-T1.exon9ATCC10864_008387-T1.exon9Aspergillus niger ATCC 10864exon


The following CDS feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesType
ATCC10864_008387-T1.cdsATCC10864_008387-T1.cdsAspergillus niger ATCC 10864CDS


Cross References
External references for this mRNA
DatabaseAccession
InterProIPR015422
InterProIPR015424
InterProIPR004839
PFAMPF00155
InterProIPR015421
Properties
Property NameValue
NoteBUSCO:EOG09262DKA
NoteSMCOG1019:aminotransferase
NoteantiSMASH:Cluster_1000199.4
Productputative secondary metabolism biosynthetic enzyme
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger ATCC 10864 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
MCQH01000199supercontigMCQH01000199:519698..521487 +
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