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ATCC64974_109340-T1, ATCC64974_109340-T1 (mRNA) Aspergillus niger N402

Overview
NameATCC64974_109340-T1
Unique NameATCC64974_109340-T1
TypemRNA
OrganismAspergillus niger N402
Sequences
The following sequences are available for this feature:

mRNA from alignment at OGUI01000017.1:4277816..4280561-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>ATCC64974_109340-T1 ID=ATCC64974_109340-T1|Name=ATCC64974_109340-T1|organism=Aspergillus niger N402|type=mRNA|length=2746bp|location=Sequence derived from alignment at OGUI01000017.1:4277816..4280561- (Aspergillus niger N402)
ATGGACTCGTTCAATCCAGAAGACATGGCTCCTAGTTTCTGCATCGGACA
GCATGAAAGCAACCGCAAGAACCCAATTACGGCTGCAATTGTACAGGCAG
CCCACGAAAGCAATGTACGCATATTCTCGTGCTGAATTGCCGGCTCATAT
GCTAACTTGGATCACTCAGTATGACATGCTCACGGCACCAATTACCACGG
AGGCGTTCCATTCTCGTATCCTCACCCTGTTGGGTTCCAACCCAAATGCT
CCTCTCTCTCAGGCTGCAAATGGGACTTTGATGACGACCGATAATATACG
CCCCCTCTTTATCCCTCCCTTAACTCCCGCGGATAGCCACTTGACACCGG
ATGAGACGATGTCGCAGATAGTTGGAGTCACCAGCAGTTGGATCGATCTA
TGCTCTCCAGATCCCCTTATTGCGGACATCTCGCGTCAAGTTTTCATGCG
GGAGGTCGCTTATGCAGCATTTTGTGGCCTTGGGTACCTCTTGATTCCTG
GCCCGAAACTGCACCACGGAGATATCCATGCAGAAGGCGTGACTTACTAT
GCGAGAGCGATACAGGATGCTATCAACCTCGCTCCGTACATTCAGTTTCA
CATTTGGATGCCTATGGTCGATAATCCCGATTTGGAAGTAGATGGAATAG
CCGATTTGTCTCGCCTTGCTCGTCAGGAGTTTCTTGGAGAGCCGCTCACA
GGGCAGCCATCGCGAGTGGACCCTTTTGGAACTTGGGATGCTTGGGACAT
CATACGAAGAACTTGTAAATACCATTCAAGGCTTGTCGTAGGTAAGATAA
TATCCCACGGTCTTAACGTTTTGCGTCTCCTACCTGCGGCTAAGACAATG
TTGTTAGCACTTTCAATGCCTAAACACCTCCCTCCCATGTCTGTGCAGTC
TCGCTGGTACTCTGAGCCTGTTCATCTGCTCAGCTTTGATGCCAATACCT
TCATCAAGAACCAGAAAGGCTATCCCGTACTGTCGAAGACACACCAGGCG
CTCATCGGTCGGTTTATGCGCCTGCGGACATCCCCATGGATCCTTCTCTG
CGACGTTGGCCCAATTCCAGGCGTAGATGAGCAAGAAACTTCAGGAACAA
AACTACCCGCTCTGTCCGGCTCTGATTATCCTAGCCTCACCCAGGCCGCG
GTATCTAATAAGAAGCATTATGACCCGACCCCTCATCTTTCCTACCTCAG
AAATCTACAGCAACGCCAGCCTTCTAGGAGCGCCATGGAGAGATTCGGAG
TTGGATACCAAGACTATCTCCAGGCGCCCTTGCAGCCGTTGACAGTCAAC
CTGGAAAGCATTACCTACGAAGTGTTCGAGAAAGATCCTATCAAATACAA
ATGGTATGAGCGCGCGGTTGCCAAAGCCCTTAGCGACTGGGCAAGTGAAG
GAAAGCCAACTTCAAACCCCGACGGCCGGGTGGTTGTGGCTGTTGTTGGT
GCGGGTCGAGGACCGCTCGTGTCACGGGCGCTCCAAGCCAGTGTAGAGAC
TGGGGTTAAGATTGACCTCTGGGCAGTTGAGAAGAACACCAATGCTTTCG
TCCTTCTCCAGCGCCACAATGAGCAGAAATGGGGTGGACAAGTCAAGCTT
GTTCAATCGGACATGCGAAGCTGGAAAGGGCCGCAGGTTGAGAAGAAGGA
TGACTCGGGAGCACAAACAGGACCGGTAGGGCAATCCCTTGGAATCGAGA
ATTCCTTACTGTACAATGCCAACGAGGAGCAGGAAACGGCACAGACGTCC
GACTCGGCAGCCGCGCCCCCCGTCACCGAGCTCGTTCCCACTACCATTGA
CATTCTGATCTCAGAGCTGCTGGGCTCGTTCGGCGACAACGAGCTTTCGC
CAGAATGCCTCGACGGCGTCACACACCTACTCAATCCGGTTCATGGTATC
TCCATTCCGGCTTCCTATACGGCTCACCTCACGCCCATCGCGGCGCCGAA
GCTCCATGCCGATGTCATGAATCAATCCATCTCTAACCCAGCAGCGCCGG
AGACGCCGTATGTGGTCATGTTACACGCGATCGACTTCCTCTCCACGAAT
CAGCCCTCCGCAGCTGCACTGATGAACTCCAGTCATGGGGGCGCTAAATA
TAGTGCCCGAGACTCAATCTCCACGCTGCCGGGTTCTGGAGAGGCGCCCA
TCCCATTCGTGCAGACGACCTGGTCTTTTGAGCATCCTAACCAGCATATA
CCCCCTCAGTTGCCGACCACGTCGACGATTTCCAACTCGCATAACGTGCG
CCGGACCCGCCTGTCATTCCCAGTCTACAACCGAGGAGTGTGCCATGGTT
TGGCAGGGTACTTTGAAACGGTGTTATACCGCGACATTGAGCTGTCGACC
AATCCTGTCACGATGGATACCAAGAGTGCCGACATGATCAGTTGGTTCCC
GATCTACTTCCCATTGAAGGTCTGCATTCCTACATACGTATAAGAACTAC
AACGCCGGATGCTAACAGTATGCTATCTACAGACTCCTCTAAATGTCCCC
GACAATGGCGAAGTGGTGGTGACCATGTACCGGCAAACCGACGACCGCAA
GGTATGGTATGAGTGGATGGTGGAAGTATTTGCAGTGGAAGGCAACGAAG
AAGAAGTGGTGATGAGTGGGGGTAAAGGCACGTCTCCAGCGGCTGGCAAT
CTGCAGCGACAGCCCCAGCGATCACGTGGCGGGCGACGTGTCCGGGTTGG
GACGAGCGAGCTGCACTCCAGCATCAAGGAGGGCTGCCTCATGTGA
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Coding sequence (CDS) from alignment at OGUI01000017.1:4277816..4280561-

>ATCC64974_109340-T1 ID=ATCC64974_109340-T1|Name=ATCC64974_109340-T1|organism=Aspergillus niger N402|type=CDS|length=10248bp|location=Sequence derived from alignment at OGUI01000017.1:4277816..4280561- (Aspergillus niger N402)
ACTCCTCTAAATGTCCCCGACAATGGCGAAGTGGTGGTGACCATGTACCG
GCAAACCGACGACCGCAAGGTATGGTATGAGTGGATGGTGGAAGTATTTG
CAGTGGAAGGCAACGAAGAAGAAGTGGTGATGAGTGGGGGTAAAGGCACG
TCTCCAGCGGCTGGCAATCTGCAGCGACAGCCCCAGCGATCACGTGGCGG
GCGACGTGTCCGGGTTGGGACGAGCGAGCTGCACTCCAGCATCAAGGAGG
GCTGCCTCATGTGACACTTTCAATGCCTAAACACCTCCCTCCCATGTCTG
TGCAGTCTCGCTGGTACTCTGAGCCTGTTCATCTGCTCAGCTTTGATGCC
AATACCTTCATCAAGAACCAGAAAGGCTATCCCGTACTGTCGAAGACACA
CCAGGCGCTCATCGGTCGGTTTATGCGCCTGCGGACATCCCCATGGATCC
TTCTCTGCGACGTTGGCCCAATTCCAGGCGTAGATGAGCAAGAAACTTCA
GGAACAAAACTACCCGCTCTGTCCGGCTCTGATTATCCTAGCCTCACCCA
GGCCGCGGTATCTAATAAGAAGCATTATGACCCGACCCCTCATCTTTCCT
ACCTCAGAAATCTACAGCAACGCCAGCCTTCTAGGAGCGCCATGGAGAGA
TTCGGAGTTGGATACCAAGACTATCTCCAGGCGCCCTTGCAGCCGTTGAC
AGTCAACCTGGAAAGCATTACCTACGAAGTGTTCGAGAAAGATCCTATCA
AATACAAATGGTATGAGCGCGCGGTTGCCAAAGCCCTTAGCGACTGGGCA
AGTGAAGGAAAGCCAACTTCAAACCCCGACGGCCGGGTGGTTGTGGCTGT
TGTTGGTGCGGGTCGAGGACCGCTCGTGTCACGGGCGCTCCAAGCCAGTG
TAGAGACTGGGGTTAAGATTGACCTCTGGGCAGTTGAGAAGAACACCAAT
GCTTTCGTCCTTCTCCAGCGCCACAATGAGCAGAAATGGGGTGGACAAGT
CAAGCTTGTTCAATCGGACATGCGAAGCTGGAAAGGGCCGCAGGTTGAGA
AGAAGGATGACTCGGGAGCACAAACAGGACCGGTAGGGCAATCCCTTGGA
ATCGAGAATTCCTTACTGTACAATGCCAACGAGGAGCAGGAAACGGCACA
GACGTCCGACTCGGCAGCCGCGCCCCCCGTCACCGAGCTCGTTCCCACTA
CCATTGACATTCTGATCTCAGAGCTGCTGGGCTCGTTCGGCGACAACGAG
CTTTCGCCAGAATGCCTCGACGGCGTCACACACCTACTCAATCCGGTTCA
TGGTATCTCCATTCCGGCTTCCTATACGGCTCACCTCACGCCCATCGCGG
CGCCGAAGCTCCATGCCGATGTCATGAATCAATCCATCTCTAACCCAGCA
GCGCCGGAGACGCCGTATGTGGTCATGTTACACGCGATCGACTTCCTCTC
CACGAATCAGCCCTCCGCAGCTGCACTGATGAACTCCAGTCATGGGGGCG
CTAAATATAGTGCCCGAGACTCAATCTCCACGCTGCCGGGTTCTGGAGAG
GCGCCCATCCCATTCGTGCAGACGACCTGGTCTTTTGAGCATCCTAACCA
GCATATACCCCCTCAGTTGCCGACCACGTCGACGATTTCCAACTCGCATA
ACGTGCGCCGGACCCGCCTGTCATTCCCAGTCTACAACCGAGGAGTGTGC
CATGGTTTGGCAGGGTACTTTGAAACGGTGTTATACCGCGACATTGAGCT
GTCGACCAATCCTGTCACGATGGATACCAAGAGTGCCGACATGATCAGTT
GGTTCCCGATCTACTTCCCATTGAAGTATGACATGCTCACGGCACCAATT
ACCACGGAGGCGTTCCATTCTCGTATCCTCACCCTGTTGGGTTCCAACCC
AAATGCTCCTCTCTCTCAGGCTGCAAATGGGACTTTGATGACGACCGATA
ATATACGCCCCCTCTTTATCCCTCCCTTAACTCCCGCGGATAGCCACTTG
ACACCGGATGAGACGATGTCGCAGATAGTTGGAGTCACCAGCAGTTGGAT
CGATCTATGCTCTCCAGATCCCCTTATTGCGGACATCTCGCGTCAAGTTT
TCATGCGGGAGGTCGCTTATGCAGCATTTTGTGGCCTTGGGTACCTCTTG
ATTCCTGGCCCGAAACTGCACCACGGAGATATCCATGCAGAAGGCGTGAC
TTACTATGCGAGAGCGATACAGGATGCTATCAACCTCGCTCCGTACATTC
AGTTTCACATTTGGATGCCTATGGTCGATAATCCCGATTTGGAAGTAGAT
GGAATAGCCGATTTGTCTCGCCTTGCTCGTCAGGAGTTTCTTGGAGAGCC
GCTCACAGGGCAGCCATCGCGAGTGGACCCTTTTGGAACTTGGGATGCTT
GGGACATCATACGAAGAACTTGTAAATACCATTCAAGGCTTGTCGTAGAT
GGACTCGTTCAATCCAGAAGACATGGCTCCTAGTTTCTGCATCGGACAGC
ATGAAAGCAACCGCAAGAACCCAATTACGGCTGCAATTGTACAGGCAGCC
CACGAAAGCAATACTCCTCTAAATGTCCCCGACAATGGCGAAGTGGTGGT
GACCATGTACCGGCAAACCGACGACCGCAAGGTATGGTATGAGTGGATGG
TGGAAGTATTTGCAGTGGAAGGCAACGAAGAAGAAGTGGTGATGAGTGGG
GGTAAAGGCACGTCTCCAGCGGCTGGCAATCTGCAGCGACAGCCCCAGCG
ATCACGTGGCGGGCGACGTGTCCGGGTTGGGACGAGCGAGCTGCACTCCA
GCATCAAGGAGGGCTGCCTCATGTGACACTTTCAATGCCTAAACACCTCC
CTCCCATGTCTGTGCAGTCTCGCTGGTACTCTGAGCCTGTTCATCTGCTC
AGCTTTGATGCCAATACCTTCATCAAGAACCAGAAAGGCTATCCCGTACT
GTCGAAGACACACCAGGCGCTCATCGGTCGGTTTATGCGCCTGCGGACAT
CCCCATGGATCCTTCTCTGCGACGTTGGCCCAATTCCAGGCGTAGATGAG
CAAGAAACTTCAGGAACAAAACTACCCGCTCTGTCCGGCTCTGATTATCC
TAGCCTCACCCAGGCCGCGGTATCTAATAAGAAGCATTATGACCCGACCC
CTCATCTTTCCTACCTCAGAAATCTACAGCAACGCCAGCCTTCTAGGAGC
GCCATGGAGAGATTCGGAGTTGGATACCAAGACTATCTCCAGGCGCCCTT
GCAGCCGTTGACAGTCAACCTGGAAAGCATTACCTACGAAGTGTTCGAGA
AAGATCCTATCAAATACAAATGGTATGAGCGCGCGGTTGCCAAAGCCCTT
AGCGACTGGGCAAGTGAAGGAAAGCCAACTTCAAACCCCGACGGCCGGGT
GGTTGTGGCTGTTGTTGGTGCGGGTCGAGGACCGCTCGTGTCACGGGCGC
TCCAAGCCAGTGTAGAGACTGGGGTTAAGATTGACCTCTGGGCAGTTGAG
AAGAACACCAATGCTTTCGTCCTTCTCCAGCGCCACAATGAGCAGAAATG
GGGTGGACAAGTCAAGCTTGTTCAATCGGACATGCGAAGCTGGAAAGGGC
CGCAGGTTGAGAAGAAGGATGACTCGGGAGCACAAACAGGACCGGTAGGG
CAATCCCTTGGAATCGAGAATTCCTTACTGTACAATGCCAACGAGGAGCA
GGAAACGGCACAGACGTCCGACTCGGCAGCCGCGCCCCCCGTCACCGAGC
TCGTTCCCACTACCATTGACATTCTGATCTCAGAGCTGCTGGGCTCGTTC
GGCGACAACGAGCTTTCGCCAGAATGCCTCGACGGCGTCACACACCTACT
CAATCCGGTTCATGGTATCTCCATTCCGGCTTCCTATACGGCTCACCTCA
CGCCCATCGCGGCGCCGAAGCTCCATGCCGATGTCATGAATCAATCCATC
TCTAACCCAGCAGCGCCGGAGACGCCGTATGTGGTCATGTTACACGCGAT
CGACTTCCTCTCCACGAATCAGCCCTCCGCAGCTGCACTGATGAACTCCA
GTCATGGGGGCGCTAAATATAGTGCCCGAGACTCAATCTCCACGCTGCCG
GGTTCTGGAGAGGCGCCCATCCCATTCGTGCAGACGACCTGGTCTTTTGA
GCATCCTAACCAGCATATACCCCCTCAGTTGCCGACCACGTCGACGATTT
CCAACTCGCATAACGTGCGCCGGACCCGCCTGTCATTCCCAGTCTACAAC
CGAGGAGTGTGCCATGGTTTGGCAGGGTACTTTGAAACGGTGTTATACCG
CGACATTGAGCTGTCGACCAATCCTGTCACGATGGATACCAAGAGTGCCG
ACATGATCAGTTGGTTCCCGATCTACTTCCCATTGAAGTATGACATGCTC
ACGGCACCAATTACCACGGAGGCGTTCCATTCTCGTATCCTCACCCTGTT
GGGTTCCAACCCAAATGCTCCTCTCTCTCAGGCTGCAAATGGGACTTTGA
TGACGACCGATAATATACGCCCCCTCTTTATCCCTCCCTTAACTCCCGCG
GATAGCCACTTGACACCGGATGAGACGATGTCGCAGATAGTTGGAGTCAC
CAGCAGTTGGATCGATCTATGCTCTCCAGATCCCCTTATTGCGGACATCT
CGCGTCAAGTTTTCATGCGGGAGGTCGCTTATGCAGCATTTTGTGGCCTT
GGGTACCTCTTGATTCCTGGCCCGAAACTGCACCACGGAGATATCCATGC
AGAAGGCGTGACTTACTATGCGAGAGCGATACAGGATGCTATCAACCTCG
CTCCGTACATTCAGTTTCACATTTGGATGCCTATGGTCGATAATCCCGAT
TTGGAAGTAGATGGAATAGCCGATTTGTCTCGCCTTGCTCGTCAGGAGTT
TCTTGGAGAGCCGCTCACAGGGCAGCCATCGCGAGTGGACCCTTTTGGAA
CTTGGGATGCTTGGGACATCATACGAAGAACTTGTAAATACCATTCAAGG
CTTGTCGTAGATGGACTCGTTCAATCCAGAAGACATGGCTCCTAGTTTCT
GCATCGGACAGCATGAAAGCAACCGCAAGAACCCAATTACGGCTGCAATT
GTACAGGCAGCCCACGAAAGCAATACTCCTCTAAATGTCCCCGACAATGG
CGAAGTGGTGGTGACCATGTACCGGCAAACCGACGACCGCAAGGTATGGT
ATGAGTGGATGGTGGAAGTATTTGCAGTGGAAGGCAACGAAGAAGAAGTG
GTGATGAGTGGGGGTAAAGGCACGTCTCCAGCGGCTGGCAATCTGCAGCG
ACAGCCCCAGCGATCACGTGGCGGGCGACGTGTCCGGGTTGGGACGAGCG
AGCTGCACTCCAGCATCAAGGAGGGCTGCCTCATGTGACACTTTCAATGC
CTAAACACCTCCCTCCCATGTCTGTGCAGTCTCGCTGGTACTCTGAGCCT
GTTCATCTGCTCAGCTTTGATGCCAATACCTTCATCAAGAACCAGAAAGG
CTATCCCGTACTGTCGAAGACACACCAGGCGCTCATCGGTCGGTTTATGC
GCCTGCGGACATCCCCATGGATCCTTCTCTGCGACGTTGGCCCAATTCCA
GGCGTAGATGAGCAAGAAACTTCAGGAACAAAACTACCCGCTCTGTCCGG
CTCTGATTATCCTAGCCTCACCCAGGCCGCGGTATCTAATAAGAAGCATT
ATGACCCGACCCCTCATCTTTCCTACCTCAGAAATCTACAGCAACGCCAG
CCTTCTAGGAGCGCCATGGAGAGATTCGGAGTTGGATACCAAGACTATCT
CCAGGCGCCCTTGCAGCCGTTGACAGTCAACCTGGAAAGCATTACCTACG
AAGTGTTCGAGAAAGATCCTATCAAATACAAATGGTATGAGCGCGCGGTT
GCCAAAGCCCTTAGCGACTGGGCAAGTGAAGGAAAGCCAACTTCAAACCC
CGACGGCCGGGTGGTTGTGGCTGTTGTTGGTGCGGGTCGAGGACCGCTCG
TGTCACGGGCGCTCCAAGCCAGTGTAGAGACTGGGGTTAAGATTGACCTC
TGGGCAGTTGAGAAGAACACCAATGCTTTCGTCCTTCTCCAGCGCCACAA
TGAGCAGAAATGGGGTGGACAAGTCAAGCTTGTTCAATCGGACATGCGAA
GCTGGAAAGGGCCGCAGGTTGAGAAGAAGGATGACTCGGGAGCACAAACA
GGACCGGTAGGGCAATCCCTTGGAATCGAGAATTCCTTACTGTACAATGC
CAACGAGGAGCAGGAAACGGCACAGACGTCCGACTCGGCAGCCGCGCCCC
CCGTCACCGAGCTCGTTCCCACTACCATTGACATTCTGATCTCAGAGCTG
CTGGGCTCGTTCGGCGACAACGAGCTTTCGCCAGAATGCCTCGACGGCGT
CACACACCTACTCAATCCGGTTCATGGTATCTCCATTCCGGCTTCCTATA
CGGCTCACCTCACGCCCATCGCGGCGCCGAAGCTCCATGCCGATGTCATG
AATCAATCCATCTCTAACCCAGCAGCGCCGGAGACGCCGTATGTGGTCAT
GTTACACGCGATCGACTTCCTCTCCACGAATCAGCCCTCCGCAGCTGCAC
TGATGAACTCCAGTCATGGGGGCGCTAAATATAGTGCCCGAGACTCAATC
TCCACGCTGCCGGGTTCTGGAGAGGCGCCCATCCCATTCGTGCAGACGAC
CTGGTCTTTTGAGCATCCTAACCAGCATATACCCCCTCAGTTGCCGACCA
CGTCGACGATTTCCAACTCGCATAACGTGCGCCGGACCCGCCTGTCATTC
CCAGTCTACAACCGAGGAGTGTGCCATGGTTTGGCAGGGTACTTTGAAAC
GGTGTTATACCGCGACATTGAGCTGTCGACCAATCCTGTCACGATGGATA
CCAAGAGTGCCGACATGATCAGTTGGTTCCCGATCTACTTCCCATTGAAG
TATGACATGCTCACGGCACCAATTACCACGGAGGCGTTCCATTCTCGTAT
CCTCACCCTGTTGGGTTCCAACCCAAATGCTCCTCTCTCTCAGGCTGCAA
ATGGGACTTTGATGACGACCGATAATATACGCCCCCTCTTTATCCCTCCC
TTAACTCCCGCGGATAGCCACTTGACACCGGATGAGACGATGTCGCAGAT
AGTTGGAGTCACCAGCAGTTGGATCGATCTATGCTCTCCAGATCCCCTTA
TTGCGGACATCTCGCGTCAAGTTTTCATGCGGGAGGTCGCTTATGCAGCA
TTTTGTGGCCTTGGGTACCTCTTGATTCCTGGCCCGAAACTGCACCACGG
AGATATCCATGCAGAAGGCGTGACTTACTATGCGAGAGCGATACAGGATG
CTATCAACCTCGCTCCGTACATTCAGTTTCACATTTGGATGCCTATGGTC
GATAATCCCGATTTGGAAGTAGATGGAATAGCCGATTTGTCTCGCCTTGC
TCGTCAGGAGTTTCTTGGAGAGCCGCTCACAGGGCAGCCATCGCGAGTGG
ACCCTTTTGGAACTTGGGATGCTTGGGACATCATACGAAGAACTTGTAAA
TACCATTCAAGGCTTGTCGTAGATGGACTCGTTCAATCCAGAAGACATGG
CTCCTAGTTTCTGCATCGGACAGCATGAAAGCAACCGCAAGAACCCAATT
ACGGCTGCAATTGTACAGGCAGCCCACGAAAGCAATACTCCTCTAAATGT
CCCCGACAATGGCGAAGTGGTGGTGACCATGTACCGGCAAACCGACGACC
GCAAGGTATGGTATGAGTGGATGGTGGAAGTATTTGCAGTGGAAGGCAAC
GAAGAAGAAGTGGTGATGAGTGGGGGTAAAGGCACGTCTCCAGCGGCTGG
CAATCTGCAGCGACAGCCCCAGCGATCACGTGGCGGGCGACGTGTCCGGG
TTGGGACGAGCGAGCTGCACTCCAGCATCAAGGAGGGCTGCCTCATGTGA
CACTTTCAATGCCTAAACACCTCCCTCCCATGTCTGTGCAGTCTCGCTGG
TACTCTGAGCCTGTTCATCTGCTCAGCTTTGATGCCAATACCTTCATCAA
GAACCAGAAAGGCTATCCCGTACTGTCGAAGACACACCAGGCGCTCATCG
GTCGGTTTATGCGCCTGCGGACATCCCCATGGATCCTTCTCTGCGACGTT
GGCCCAATTCCAGGCGTAGATGAGCAAGAAACTTCAGGAACAAAACTACC
CGCTCTGTCCGGCTCTGATTATCCTAGCCTCACCCAGGCCGCGGTATCTA
ATAAGAAGCATTATGACCCGACCCCTCATCTTTCCTACCTCAGAAATCTA
CAGCAACGCCAGCCTTCTAGGAGCGCCATGGAGAGATTCGGAGTTGGATA
CCAAGACTATCTCCAGGCGCCCTTGCAGCCGTTGACAGTCAACCTGGAAA
GCATTACCTACGAAGTGTTCGAGAAAGATCCTATCAAATACAAATGGTAT
GAGCGCGCGGTTGCCAAAGCCCTTAGCGACTGGGCAAGTGAAGGAAAGCC
AACTTCAAACCCCGACGGCCGGGTGGTTGTGGCTGTTGTTGGTGCGGGTC
GAGGACCGCTCGTGTCACGGGCGCTCCAAGCCAGTGTAGAGACTGGGGTT
AAGATTGACCTCTGGGCAGTTGAGAAGAACACCAATGCTTTCGTCCTTCT
CCAGCGCCACAATGAGCAGAAATGGGGTGGACAAGTCAAGCTTGTTCAAT
CGGACATGCGAAGCTGGAAAGGGCCGCAGGTTGAGAAGAAGGATGACTCG
GGAGCACAAACAGGACCGGTAGGGCAATCCCTTGGAATCGAGAATTCCTT
ACTGTACAATGCCAACGAGGAGCAGGAAACGGCACAGACGTCCGACTCGG
CAGCCGCGCCCCCCGTCACCGAGCTCGTTCCCACTACCATTGACATTCTG
ATCTCAGAGCTGCTGGGCTCGTTCGGCGACAACGAGCTTTCGCCAGAATG
CCTCGACGGCGTCACACACCTACTCAATCCGGTTCATGGTATCTCCATTC
CGGCTTCCTATACGGCTCACCTCACGCCCATCGCGGCGCCGAAGCTCCAT
GCCGATGTCATGAATCAATCCATCTCTAACCCAGCAGCGCCGGAGACGCC
GTATGTGGTCATGTTACACGCGATCGACTTCCTCTCCACGAATCAGCCCT
CCGCAGCTGCACTGATGAACTCCAGTCATGGGGGCGCTAAATATAGTGCC
CGAGACTCAATCTCCACGCTGCCGGGTTCTGGAGAGGCGCCCATCCCATT
CGTGCAGACGACCTGGTCTTTTGAGCATCCTAACCAGCATATACCCCCTC
AGTTGCCGACCACGTCGACGATTTCCAACTCGCATAACGTGCGCCGGACC
CGCCTGTCATTCCCAGTCTACAACCGAGGAGTGTGCCATGGTTTGGCAGG
GTACTTTGAAACGGTGTTATACCGCGACATTGAGCTGTCGACCAATCCTG
TCACGATGGATACCAAGAGTGCCGACATGATCAGTTGGTTCCCGATCTAC
TTCCCATTGAAGTATGACATGCTCACGGCACCAATTACCACGGAGGCGTT
CCATTCTCGTATCCTCACCCTGTTGGGTTCCAACCCAAATGCTCCTCTCT
CTCAGGCTGCAAATGGGACTTTGATGACGACCGATAATATACGCCCCCTC
TTTATCCCTCCCTTAACTCCCGCGGATAGCCACTTGACACCGGATGAGAC
GATGTCGCAGATAGTTGGAGTCACCAGCAGTTGGATCGATCTATGCTCTC
CAGATCCCCTTATTGCGGACATCTCGCGTCAAGTTTTCATGCGGGAGGTC
GCTTATGCAGCATTTTGTGGCCTTGGGTACCTCTTGATTCCTGGCCCGAA
ACTGCACCACGGAGATATCCATGCAGAAGGCGTGACTTACTATGCGAGAG
CGATACAGGATGCTATCAACCTCGCTCCGTACATTCAGTTTCACATTTGG
ATGCCTATGGTCGATAATCCCGATTTGGAAGTAGATGGAATAGCCGATTT
GTCTCGCCTTGCTCGTCAGGAGTTTCTTGGAGAGCCGCTCACAGGGCAGC
CATCGCGAGTGGACCCTTTTGGAACTTGGGATGCTTGGGACATCATACGA
AGAACTTGTAAATACCATTCAAGGCTTGTCGTAGATGGACTCGTTCAATC
CAGAAGACATGGCTCCTAGTTTCTGCATCGGACAGCATGAAAGCAACCGC
AAGAACCCAATTACGGCTGCAATTGTACAGGCAGCCCACGAAAGCAAT
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
TermDefinition
GO:0008168methyltransferase activity
Vocabulary: Biological Process
TermDefinition
GO:0035246peptidyl-arginine N-methylation
GO:0006479protein methylation
Relationships

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

Feature NameUnique NameSpeciesType
ATCC64974_109340ATCC64974_109340Aspergillus niger N402gene


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

Feature NameUnique NameSpeciesType
ATCC64974_109340-T1ATCC64974_109340-T1-proteinAspergillus niger N402polypeptide


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

Feature NameUnique NameSpeciesType
ATCC64974_109340-T1.cdsATCC64974_109340-T1.cdsAspergillus niger N402CDS


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

Feature NameUnique NameSpeciesType
ATCC64974_109340-T1.exon4ATCC64974_109340-T1.exon4Aspergillus niger N402exon
ATCC64974_109340-T1.exon3ATCC64974_109340-T1.exon3Aspergillus niger N402exon
ATCC64974_109340-T1.exon2ATCC64974_109340-T1.exon2Aspergillus niger N402exon
ATCC64974_109340-T1.exon1ATCC64974_109340-T1.exon1Aspergillus niger N402exon


Properties
Property NameValue
NoteBUSCO:EOG09260SAH
DBxrefInterPro:IPR029063
DBxrefInterPro:IPR025799
DBxrefInterPro:IPR007857
DBxrefInterPro:IPR035247
DBxrefInterPro:IPR035075
DBxrefInterPro:IPR035248
DBxrefPFAM:PF17285
DBxrefPFAM:PF17286
DBxrefPFAM:PF05185
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger N402 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
OGUI01000017.1supercontigOGUI01000017.1:4277816..4280561 -
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