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KYF_010395-T1, KYF_010395-T1 (mRNA) Aspergillus niger KYF3

Overview
NameKYF_010395-T1
Unique NameKYF_010395-T1
TypemRNA
OrganismAspergillus niger KYF3
Sequences
The following sequences are available for this feature:

mRNA from alignment at ch8:1122855..1125600+

Legend: exonpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>KYF_010395-T1 ID=KYF_010395-T1|Name=KYF_010395-T1|organism=Aspergillus niger KYF3|type=mRNA|length=2746bp|location=Sequence derived from alignment at ch8:1122855..1125600+ (Aspergillus niger KYF3)
ATGGACTCGTTCAATCCAGAAGACATGGCTCCTAGTTTCTGCATCGGACA
GCATGAAAGCAACCGCAAGAACCCAATTACGGCTGCAATTGTACAGGCAG
CCCACGAAAGCAATGTACGCATATTTTCGTGCTGAATTGCCGGCTCATAT
GCTAACTTGGATCACTCAGTATGACATGCTCACGGCACCAATCACCACGG
AGGCGTTCCATTCTCGTATCCTCACCCTGTTGGGTTCCAGCCCAAATGCT
CCTCTCTCTCCGGCTGCAAATGGGACTTTGATGACGACCGATAATATACG
CCCCCTCTTTATCCCTCCCTTAACTCCCGCGGATAGCCACTTGACACCGG
ATGAGACGATGTCGCAGATAGTTGGAGTCACCAGCAGTTGGATCGATCTA
TGCTCCCCGGATCCCCTTATTGCGGACATCTCGCGTCAAGTTTTCATGCG
GGAGGTCGCTTATGCAGCTTTTTGTGGCCTTGGGTACCTCTTGATTCCTG
GCCCGAAACTGCACCACGGAGATATCCATGCAGAAGGCGTGACTTACTAT
GCGAGAGCGATACAGGATGCTATCAACCTCGCTCCGTACATACAATTTCA
CATTTGGATGCCTATGGTCGATAATCCCGATTTGGAAGTAGATGGAATAG
CCGATCTGTCCCGCCTTGCTCGTCAGGAGTTTCTTGGAGAGCCGCTCACA
GGGCAGCCATCGCGAGTGGACCCTTTTGGCACTTGGGATGCTTGGGACAT
CATACGAAGAACTTGTAAATACCACTCAAGGCTTGTCGTAGGTAAGATAA
TATCCCACGGTCTTAACATTTTGCGTCTCCTACCTGCGGCTAAGACAATG
TTATTAGCACTTTCAATGCCTAAGCACCTCCCTCCCATGTCTGTGCAGTC
TCGCTGGTACTCTGAGCCTGTTCATCTGCTCAGCTTTGATGCCAATACCT
TCATCAAGAACCAGAAAGGCTATCCCGTACTGTCGAAGACACACCAGGCG
CTCATCGGTCGGTTTATGCGCCTGCGGACATCCCCATGGATCCTTCTCTG
CGACGTTGGCCCAATTCCGGGCGTAGATGAGCAAGAAACTTCAGGAACAA
AACTACCCGCTCTGTCCGGCTCTGATTATCCTAGCCTCACCCAGGCCGCG
GTATCTAATAAGAAGCATTATGACCCGACCCCTCATCTTTCCTACCTCAG
AAATCTACAGCAACGCCAGCCTTCTAGGAGCGCCATGGAGAGGTTCGGAG
TTGGATACCAAGACTATCTCCAGGCGCCCTTGCAGCCGTTGACGGTCAAC
CTGGAAAGCATTACCTACGAAGTATTCGAGAAAGATCCTATCAAATACAA
ATGGTATGAGCGCGCGGTCGCCAAGGCCCTTAGCGACTGGGCCAGTGAAG
GAAAGCCAACTTCAAACCCCGACGGCCGGGTGGTTGTAGCTGTTGTTGGT
GCGGGTCGAGGACCGCTCGTGTCACGGGCGCTTCAAGCCAGTGTAGAGAC
TGGGGTCAAGATTGACCTCTGGGCAGTTGAGAAGAACACCAATGCTTTCG
TCCTTCTCCAGCGCCACAATGAGCAGAAATGGGGTGGACAAGTCAAGCTT
GTTCAGTCGGACATGCGAAGCTGGAAAGGCCCGCAGGTTGAGAAGAAGGA
TGACTTGGGAGCACAAACAGGACCGGTAGGGCAATCCCTTGGAATCGAGA
ATTCCTTACTTTACAATGCCAACGAGGAGCAGGAAACGGCGCAGACGTCC
GAATCGGCAGCCGCGCCCCCCGTCACGGAGCTCGTTCCCACCACCATTGA
CATTCTGATCTCAGAGCTGCTGGGCTCGTTCGGCGACAACGAGCTTTCGC
CAGAATGCCTTGACGGCGTCACGCACTTACTCAATCCGGTTCACGGTATC
TCCATTCCGGCTTCCTATACGGCTCACCTCACGCCCATCGCGGCGCCGAA
GCTCCATGCCGATGTCATGAATCAATCCATCTCTAACCCAGCAGCGCCGG
AGACGCCGTATGTGGTCATGTTACACGCGATCGACTTCCTCTCCACGAAT
CAGCCCTCCGCAGCTGCACTGATGAACTCCAGTCATGGGGGCGCTAAATA
TAGTGCCCGAGACTCAATCTCCACGCTGCCGGGTTCTGGAGAGGCGCCCA
TCCCATTCGTGCAGACGACCTGGTCTTTTGAGCATCCTAACCAGCATATA
CCCTCTCAGTTGCCGACCACGTCGACGATCTCCAACTCGCATAACGTGCG
CCGGACCCGCCTGTCATTCCCAGTCTACAACCGAGGAGTGTGCCATGGTT
TGGCAGGGTACTTTGAGACGGTGTTATACCGCGACATTGAGCTGTCCACC
AATCCTGTCACGATGGATACCAAGAGTGCCGACATGATCAGTTGGTTCCC
GATCTACTTCCCATTGAAGGTCTGCATTCCTACATACGTATAAGATCTAC
AACGCCGGATGCTAACAGTATGCTATCCACAGACTCCTCTAAATGTCCCC
GACAATGGCGAGGTGGTGGTGACCATGTACCGGCAAACCGACGACCGCAA
GGTATGGTATGAGTGGATGGTGGAAGTATTTGCAGTAGAAGGCAACGAAG
AAGAAGTGGTGATGAGTGGGGGTAAAGGCACGTCTCCAGCGGCTGGCAAT
CTGCAGCGACAGCCCCAGCGATCACGTGGCGGGCGACGTGTCCGGGTTGG
GACGAGCGAGCTGCACTCCAGCATCAAGGAGGGCTGCCTCATGTGA
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Coding sequence (CDS) from alignment at ch8:1122855..1125600+

>KYF_010395-T1 ID=KYF_010395-T1|Name=KYF_010395-T1|organism=Aspergillus niger KYF3|type=CDS|length=10248bp|location=Sequence derived from alignment at ch8:1122855..1125600+ (Aspergillus niger KYF3)
ATGGACTCGTTCAATCCAGAAGACATGGCTCCTAGTTTCTGCATCGGACA
GCATGAAAGCAACCGCAAGAACCCAATTACGGCTGCAATTGTACAGGCAG
CCCACGAAAGCAATTATGACATGCTCACGGCACCAATCACCACGGAGGCG
TTCCATTCTCGTATCCTCACCCTGTTGGGTTCCAGCCCAAATGCTCCTCT
CTCTCCGGCTGCAAATGGGACTTTGATGACGACCGATAATATACGCCCCC
TCTTTATCCCTCCCTTAACTCCCGCGGATAGCCACTTGACACCGGATGAG
ACGATGTCGCAGATAGTTGGAGTCACCAGCAGTTGGATCGATCTATGCTC
CCCGGATCCCCTTATTGCGGACATCTCGCGTCAAGTTTTCATGCGGGAGG
TCGCTTATGCAGCTTTTTGTGGCCTTGGGTACCTCTTGATTCCTGGCCCG
AAACTGCACCACGGAGATATCCATGCAGAAGGCGTGACTTACTATGCGAG
AGCGATACAGGATGCTATCAACCTCGCTCCGTACATACAATTTCACATTT
GGATGCCTATGGTCGATAATCCCGATTTGGAAGTAGATGGAATAGCCGAT
CTGTCCCGCCTTGCTCGTCAGGAGTTTCTTGGAGAGCCGCTCACAGGGCA
GCCATCGCGAGTGGACCCTTTTGGCACTTGGGATGCTTGGGACATCATAC
GAAGAACTTGTAAATACCACTCAAGGCTTGTCGTAGCACTTTCAATGCCT
AAGCACCTCCCTCCCATGTCTGTGCAGTCTCGCTGGTACTCTGAGCCTGT
TCATCTGCTCAGCTTTGATGCCAATACCTTCATCAAGAACCAGAAAGGCT
ATCCCGTACTGTCGAAGACACACCAGGCGCTCATCGGTCGGTTTATGCGC
CTGCGGACATCCCCATGGATCCTTCTCTGCGACGTTGGCCCAATTCCGGG
CGTAGATGAGCAAGAAACTTCAGGAACAAAACTACCCGCTCTGTCCGGCT
CTGATTATCCTAGCCTCACCCAGGCCGCGGTATCTAATAAGAAGCATTAT
GACCCGACCCCTCATCTTTCCTACCTCAGAAATCTACAGCAACGCCAGCC
TTCTAGGAGCGCCATGGAGAGGTTCGGAGTTGGATACCAAGACTATCTCC
AGGCGCCCTTGCAGCCGTTGACGGTCAACCTGGAAAGCATTACCTACGAA
GTATTCGAGAAAGATCCTATCAAATACAAATGGTATGAGCGCGCGGTCGC
CAAGGCCCTTAGCGACTGGGCCAGTGAAGGAAAGCCAACTTCAAACCCCG
ACGGCCGGGTGGTTGTAGCTGTTGTTGGTGCGGGTCGAGGACCGCTCGTG
TCACGGGCGCTTCAAGCCAGTGTAGAGACTGGGGTCAAGATTGACCTCTG
GGCAGTTGAGAAGAACACCAATGCTTTCGTCCTTCTCCAGCGCCACAATG
AGCAGAAATGGGGTGGACAAGTCAAGCTTGTTCAGTCGGACATGCGAAGC
TGGAAAGGCCCGCAGGTTGAGAAGAAGGATGACTTGGGAGCACAAACAGG
ACCGGTAGGGCAATCCCTTGGAATCGAGAATTCCTTACTTTACAATGCCA
ACGAGGAGCAGGAAACGGCGCAGACGTCCGAATCGGCAGCCGCGCCCCCC
GTCACGGAGCTCGTTCCCACCACCATTGACATTCTGATCTCAGAGCTGCT
GGGCTCGTTCGGCGACAACGAGCTTTCGCCAGAATGCCTTGACGGCGTCA
CGCACTTACTCAATCCGGTTCACGGTATCTCCATTCCGGCTTCCTATACG
GCTCACCTCACGCCCATCGCGGCGCCGAAGCTCCATGCCGATGTCATGAA
TCAATCCATCTCTAACCCAGCAGCGCCGGAGACGCCGTATGTGGTCATGT
TACACGCGATCGACTTCCTCTCCACGAATCAGCCCTCCGCAGCTGCACTG
ATGAACTCCAGTCATGGGGGCGCTAAATATAGTGCCCGAGACTCAATCTC
CACGCTGCCGGGTTCTGGAGAGGCGCCCATCCCATTCGTGCAGACGACCT
GGTCTTTTGAGCATCCTAACCAGCATATACCCTCTCAGTTGCCGACCACG
TCGACGATCTCCAACTCGCATAACGTGCGCCGGACCCGCCTGTCATTCCC
AGTCTACAACCGAGGAGTGTGCCATGGTTTGGCAGGGTACTTTGAGACGG
TGTTATACCGCGACATTGAGCTGTCCACCAATCCTGTCACGATGGATACC
AAGAGTGCCGACATGATCAGTTGGTTCCCGATCTACTTCCCATTGAAGAC
TCCTCTAAATGTCCCCGACAATGGCGAGGTGGTGGTGACCATGTACCGGC
AAACCGACGACCGCAAGGTATGGTATGAGTGGATGGTGGAAGTATTTGCA
GTAGAAGGCAACGAAGAAGAAGTGGTGATGAGTGGGGGTAAAGGCACGTC
TCCAGCGGCTGGCAATCTGCAGCGACAGCCCCAGCGATCACGTGGCGGGC
GACGTGTCCGGGTTGGGACGAGCGAGCTGCACTCCAGCATCAAGGAGGGC
TGCCTCATGTGAATGGACTCGTTCAATCCAGAAGACATGGCTCCTAGTTT
CTGCATCGGACAGCATGAAAGCAACCGCAAGAACCCAATTACGGCTGCAA
TTGTACAGGCAGCCCACGAAAGCAATTATGACATGCTCACGGCACCAATC
ACCACGGAGGCGTTCCATTCTCGTATCCTCACCCTGTTGGGTTCCAGCCC
AAATGCTCCTCTCTCTCCGGCTGCAAATGGGACTTTGATGACGACCGATA
ATATACGCCCCCTCTTTATCCCTCCCTTAACTCCCGCGGATAGCCACTTG
ACACCGGATGAGACGATGTCGCAGATAGTTGGAGTCACCAGCAGTTGGAT
CGATCTATGCTCCCCGGATCCCCTTATTGCGGACATCTCGCGTCAAGTTT
TCATGCGGGAGGTCGCTTATGCAGCTTTTTGTGGCCTTGGGTACCTCTTG
ATTCCTGGCCCGAAACTGCACCACGGAGATATCCATGCAGAAGGCGTGAC
TTACTATGCGAGAGCGATACAGGATGCTATCAACCTCGCTCCGTACATAC
AATTTCACATTTGGATGCCTATGGTCGATAATCCCGATTTGGAAGTAGAT
GGAATAGCCGATCTGTCCCGCCTTGCTCGTCAGGAGTTTCTTGGAGAGCC
GCTCACAGGGCAGCCATCGCGAGTGGACCCTTTTGGCACTTGGGATGCTT
GGGACATCATACGAAGAACTTGTAAATACCACTCAAGGCTTGTCGTAGCA
CTTTCAATGCCTAAGCACCTCCCTCCCATGTCTGTGCAGTCTCGCTGGTA
CTCTGAGCCTGTTCATCTGCTCAGCTTTGATGCCAATACCTTCATCAAGA
ACCAGAAAGGCTATCCCGTACTGTCGAAGACACACCAGGCGCTCATCGGT
CGGTTTATGCGCCTGCGGACATCCCCATGGATCCTTCTCTGCGACGTTGG
CCCAATTCCGGGCGTAGATGAGCAAGAAACTTCAGGAACAAAACTACCCG
CTCTGTCCGGCTCTGATTATCCTAGCCTCACCCAGGCCGCGGTATCTAAT
AAGAAGCATTATGACCCGACCCCTCATCTTTCCTACCTCAGAAATCTACA
GCAACGCCAGCCTTCTAGGAGCGCCATGGAGAGGTTCGGAGTTGGATACC
AAGACTATCTCCAGGCGCCCTTGCAGCCGTTGACGGTCAACCTGGAAAGC
ATTACCTACGAAGTATTCGAGAAAGATCCTATCAAATACAAATGGTATGA
GCGCGCGGTCGCCAAGGCCCTTAGCGACTGGGCCAGTGAAGGAAAGCCAA
CTTCAAACCCCGACGGCCGGGTGGTTGTAGCTGTTGTTGGTGCGGGTCGA
GGACCGCTCGTGTCACGGGCGCTTCAAGCCAGTGTAGAGACTGGGGTCAA
GATTGACCTCTGGGCAGTTGAGAAGAACACCAATGCTTTCGTCCTTCTCC
AGCGCCACAATGAGCAGAAATGGGGTGGACAAGTCAAGCTTGTTCAGTCG
GACATGCGAAGCTGGAAAGGCCCGCAGGTTGAGAAGAAGGATGACTTGGG
AGCACAAACAGGACCGGTAGGGCAATCCCTTGGAATCGAGAATTCCTTAC
TTTACAATGCCAACGAGGAGCAGGAAACGGCGCAGACGTCCGAATCGGCA
GCCGCGCCCCCCGTCACGGAGCTCGTTCCCACCACCATTGACATTCTGAT
CTCAGAGCTGCTGGGCTCGTTCGGCGACAACGAGCTTTCGCCAGAATGCC
TTGACGGCGTCACGCACTTACTCAATCCGGTTCACGGTATCTCCATTCCG
GCTTCCTATACGGCTCACCTCACGCCCATCGCGGCGCCGAAGCTCCATGC
CGATGTCATGAATCAATCCATCTCTAACCCAGCAGCGCCGGAGACGCCGT
ATGTGGTCATGTTACACGCGATCGACTTCCTCTCCACGAATCAGCCCTCC
GCAGCTGCACTGATGAACTCCAGTCATGGGGGCGCTAAATATAGTGCCCG
AGACTCAATCTCCACGCTGCCGGGTTCTGGAGAGGCGCCCATCCCATTCG
TGCAGACGACCTGGTCTTTTGAGCATCCTAACCAGCATATACCCTCTCAG
TTGCCGACCACGTCGACGATCTCCAACTCGCATAACGTGCGCCGGACCCG
CCTGTCATTCCCAGTCTACAACCGAGGAGTGTGCCATGGTTTGGCAGGGT
ACTTTGAGACGGTGTTATACCGCGACATTGAGCTGTCCACCAATCCTGTC
ACGATGGATACCAAGAGTGCCGACATGATCAGTTGGTTCCCGATCTACTT
CCCATTGAAGACTCCTCTAAATGTCCCCGACAATGGCGAGGTGGTGGTGA
CCATGTACCGGCAAACCGACGACCGCAAGGTATGGTATGAGTGGATGGTG
GAAGTATTTGCAGTAGAAGGCAACGAAGAAGAAGTGGTGATGAGTGGGGG
TAAAGGCACGTCTCCAGCGGCTGGCAATCTGCAGCGACAGCCCCAGCGAT
CACGTGGCGGGCGACGTGTCCGGGTTGGGACGAGCGAGCTGCACTCCAGC
ATCAAGGAGGGCTGCCTCATGTGAATGGACTCGTTCAATCCAGAAGACAT
GGCTCCTAGTTTCTGCATCGGACAGCATGAAAGCAACCGCAAGAACCCAA
TTACGGCTGCAATTGTACAGGCAGCCCACGAAAGCAATTATGACATGCTC
ACGGCACCAATCACCACGGAGGCGTTCCATTCTCGTATCCTCACCCTGTT
GGGTTCCAGCCCAAATGCTCCTCTCTCTCCGGCTGCAAATGGGACTTTGA
TGACGACCGATAATATACGCCCCCTCTTTATCCCTCCCTTAACTCCCGCG
GATAGCCACTTGACACCGGATGAGACGATGTCGCAGATAGTTGGAGTCAC
CAGCAGTTGGATCGATCTATGCTCCCCGGATCCCCTTATTGCGGACATCT
CGCGTCAAGTTTTCATGCGGGAGGTCGCTTATGCAGCTTTTTGTGGCCTT
GGGTACCTCTTGATTCCTGGCCCGAAACTGCACCACGGAGATATCCATGC
AGAAGGCGTGACTTACTATGCGAGAGCGATACAGGATGCTATCAACCTCG
CTCCGTACATACAATTTCACATTTGGATGCCTATGGTCGATAATCCCGAT
TTGGAAGTAGATGGAATAGCCGATCTGTCCCGCCTTGCTCGTCAGGAGTT
TCTTGGAGAGCCGCTCACAGGGCAGCCATCGCGAGTGGACCCTTTTGGCA
CTTGGGATGCTTGGGACATCATACGAAGAACTTGTAAATACCACTCAAGG
CTTGTCGTAGCACTTTCAATGCCTAAGCACCTCCCTCCCATGTCTGTGCA
GTCTCGCTGGTACTCTGAGCCTGTTCATCTGCTCAGCTTTGATGCCAATA
CCTTCATCAAGAACCAGAAAGGCTATCCCGTACTGTCGAAGACACACCAG
GCGCTCATCGGTCGGTTTATGCGCCTGCGGACATCCCCATGGATCCTTCT
CTGCGACGTTGGCCCAATTCCGGGCGTAGATGAGCAAGAAACTTCAGGAA
CAAAACTACCCGCTCTGTCCGGCTCTGATTATCCTAGCCTCACCCAGGCC
GCGGTATCTAATAAGAAGCATTATGACCCGACCCCTCATCTTTCCTACCT
CAGAAATCTACAGCAACGCCAGCCTTCTAGGAGCGCCATGGAGAGGTTCG
GAGTTGGATACCAAGACTATCTCCAGGCGCCCTTGCAGCCGTTGACGGTC
AACCTGGAAAGCATTACCTACGAAGTATTCGAGAAAGATCCTATCAAATA
CAAATGGTATGAGCGCGCGGTCGCCAAGGCCCTTAGCGACTGGGCCAGTG
AAGGAAAGCCAACTTCAAACCCCGACGGCCGGGTGGTTGTAGCTGTTGTT
GGTGCGGGTCGAGGACCGCTCGTGTCACGGGCGCTTCAAGCCAGTGTAGA
GACTGGGGTCAAGATTGACCTCTGGGCAGTTGAGAAGAACACCAATGCTT
TCGTCCTTCTCCAGCGCCACAATGAGCAGAAATGGGGTGGACAAGTCAAG
CTTGTTCAGTCGGACATGCGAAGCTGGAAAGGCCCGCAGGTTGAGAAGAA
GGATGACTTGGGAGCACAAACAGGACCGGTAGGGCAATCCCTTGGAATCG
AGAATTCCTTACTTTACAATGCCAACGAGGAGCAGGAAACGGCGCAGACG
TCCGAATCGGCAGCCGCGCCCCCCGTCACGGAGCTCGTTCCCACCACCAT
TGACATTCTGATCTCAGAGCTGCTGGGCTCGTTCGGCGACAACGAGCTTT
CGCCAGAATGCCTTGACGGCGTCACGCACTTACTCAATCCGGTTCACGGT
ATCTCCATTCCGGCTTCCTATACGGCTCACCTCACGCCCATCGCGGCGCC
GAAGCTCCATGCCGATGTCATGAATCAATCCATCTCTAACCCAGCAGCGC
CGGAGACGCCGTATGTGGTCATGTTACACGCGATCGACTTCCTCTCCACG
AATCAGCCCTCCGCAGCTGCACTGATGAACTCCAGTCATGGGGGCGCTAA
ATATAGTGCCCGAGACTCAATCTCCACGCTGCCGGGTTCTGGAGAGGCGC
CCATCCCATTCGTGCAGACGACCTGGTCTTTTGAGCATCCTAACCAGCAT
ATACCCTCTCAGTTGCCGACCACGTCGACGATCTCCAACTCGCATAACGT
GCGCCGGACCCGCCTGTCATTCCCAGTCTACAACCGAGGAGTGTGCCATG
GTTTGGCAGGGTACTTTGAGACGGTGTTATACCGCGACATTGAGCTGTCC
ACCAATCCTGTCACGATGGATACCAAGAGTGCCGACATGATCAGTTGGTT
CCCGATCTACTTCCCATTGAAGACTCCTCTAAATGTCCCCGACAATGGCG
AGGTGGTGGTGACCATGTACCGGCAAACCGACGACCGCAAGGTATGGTAT
GAGTGGATGGTGGAAGTATTTGCAGTAGAAGGCAACGAAGAAGAAGTGGT
GATGAGTGGGGGTAAAGGCACGTCTCCAGCGGCTGGCAATCTGCAGCGAC
AGCCCCAGCGATCACGTGGCGGGCGACGTGTCCGGGTTGGGACGAGCGAG
CTGCACTCCAGCATCAAGGAGGGCTGCCTCATGTGAATGGACTCGTTCAA
TCCAGAAGACATGGCTCCTAGTTTCTGCATCGGACAGCATGAAAGCAACC
GCAAGAACCCAATTACGGCTGCAATTGTACAGGCAGCCCACGAAAGCAAT
TATGACATGCTCACGGCACCAATCACCACGGAGGCGTTCCATTCTCGTAT
CCTCACCCTGTTGGGTTCCAGCCCAAATGCTCCTCTCTCTCCGGCTGCAA
ATGGGACTTTGATGACGACCGATAATATACGCCCCCTCTTTATCCCTCCC
TTAACTCCCGCGGATAGCCACTTGACACCGGATGAGACGATGTCGCAGAT
AGTTGGAGTCACCAGCAGTTGGATCGATCTATGCTCCCCGGATCCCCTTA
TTGCGGACATCTCGCGTCAAGTTTTCATGCGGGAGGTCGCTTATGCAGCT
TTTTGTGGCCTTGGGTACCTCTTGATTCCTGGCCCGAAACTGCACCACGG
AGATATCCATGCAGAAGGCGTGACTTACTATGCGAGAGCGATACAGGATG
CTATCAACCTCGCTCCGTACATACAATTTCACATTTGGATGCCTATGGTC
GATAATCCCGATTTGGAAGTAGATGGAATAGCCGATCTGTCCCGCCTTGC
TCGTCAGGAGTTTCTTGGAGAGCCGCTCACAGGGCAGCCATCGCGAGTGG
ACCCTTTTGGCACTTGGGATGCTTGGGACATCATACGAAGAACTTGTAAA
TACCACTCAAGGCTTGTCGTAGCACTTTCAATGCCTAAGCACCTCCCTCC
CATGTCTGTGCAGTCTCGCTGGTACTCTGAGCCTGTTCATCTGCTCAGCT
TTGATGCCAATACCTTCATCAAGAACCAGAAAGGCTATCCCGTACTGTCG
AAGACACACCAGGCGCTCATCGGTCGGTTTATGCGCCTGCGGACATCCCC
ATGGATCCTTCTCTGCGACGTTGGCCCAATTCCGGGCGTAGATGAGCAAG
AAACTTCAGGAACAAAACTACCCGCTCTGTCCGGCTCTGATTATCCTAGC
CTCACCCAGGCCGCGGTATCTAATAAGAAGCATTATGACCCGACCCCTCA
TCTTTCCTACCTCAGAAATCTACAGCAACGCCAGCCTTCTAGGAGCGCCA
TGGAGAGGTTCGGAGTTGGATACCAAGACTATCTCCAGGCGCCCTTGCAG
CCGTTGACGGTCAACCTGGAAAGCATTACCTACGAAGTATTCGAGAAAGA
TCCTATCAAATACAAATGGTATGAGCGCGCGGTCGCCAAGGCCCTTAGCG
ACTGGGCCAGTGAAGGAAAGCCAACTTCAAACCCCGACGGCCGGGTGGTT
GTAGCTGTTGTTGGTGCGGGTCGAGGACCGCTCGTGTCACGGGCGCTTCA
AGCCAGTGTAGAGACTGGGGTCAAGATTGACCTCTGGGCAGTTGAGAAGA
ACACCAATGCTTTCGTCCTTCTCCAGCGCCACAATGAGCAGAAATGGGGT
GGACAAGTCAAGCTTGTTCAGTCGGACATGCGAAGCTGGAAAGGCCCGCA
GGTTGAGAAGAAGGATGACTTGGGAGCACAAACAGGACCGGTAGGGCAAT
CCCTTGGAATCGAGAATTCCTTACTTTACAATGCCAACGAGGAGCAGGAA
ACGGCGCAGACGTCCGAATCGGCAGCCGCGCCCCCCGTCACGGAGCTCGT
TCCCACCACCATTGACATTCTGATCTCAGAGCTGCTGGGCTCGTTCGGCG
ACAACGAGCTTTCGCCAGAATGCCTTGACGGCGTCACGCACTTACTCAAT
CCGGTTCACGGTATCTCCATTCCGGCTTCCTATACGGCTCACCTCACGCC
CATCGCGGCGCCGAAGCTCCATGCCGATGTCATGAATCAATCCATCTCTA
ACCCAGCAGCGCCGGAGACGCCGTATGTGGTCATGTTACACGCGATCGAC
TTCCTCTCCACGAATCAGCCCTCCGCAGCTGCACTGATGAACTCCAGTCA
TGGGGGCGCTAAATATAGTGCCCGAGACTCAATCTCCACGCTGCCGGGTT
CTGGAGAGGCGCCCATCCCATTCGTGCAGACGACCTGGTCTTTTGAGCAT
CCTAACCAGCATATACCCTCTCAGTTGCCGACCACGTCGACGATCTCCAA
CTCGCATAACGTGCGCCGGACCCGCCTGTCATTCCCAGTCTACAACCGAG
GAGTGTGCCATGGTTTGGCAGGGTACTTTGAGACGGTGTTATACCGCGAC
ATTGAGCTGTCCACCAATCCTGTCACGATGGATACCAAGAGTGCCGACAT
GATCAGTTGGTTCCCGATCTACTTCCCATTGAAGACTCCTCTAAATGTCC
CCGACAATGGCGAGGTGGTGGTGACCATGTACCGGCAAACCGACGACCGC
AAGGTATGGTATGAGTGGATGGTGGAAGTATTTGCAGTAGAAGGCAACGA
AGAAGAAGTGGTGATGAGTGGGGGTAAAGGCACGTCTCCAGCGGCTGGCA
ATCTGCAGCGACAGCCCCAGCGATCACGTGGCGGGCGACGTGTCCGGGTT
GGGACGAGCGAGCTGCACTCCAGCATCAAGGAGGGCTGCCTCATGTGA
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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:0006479protein methylation
GO:0035246peptidyl-arginine N-methylation
Relationships

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

Feature NameUnique NameSpeciesType
KYF_010395KYF_010395Aspergillus niger KYF3gene


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

Feature NameUnique NameSpeciesType
KYF_010395-T1.exon1KYF_010395-T1.exon1Aspergillus niger KYF3exon
KYF_010395-T1.exon2KYF_010395-T1.exon2Aspergillus niger KYF3exon
KYF_010395-T1.exon3KYF_010395-T1.exon3Aspergillus niger KYF3exon
KYF_010395-T1.exon4KYF_010395-T1.exon4Aspergillus niger KYF3exon


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

Feature NameUnique NameSpeciesType
KYF_010395-T1.cdsKYF_010395-T1.cdsAspergillus niger KYF3CDS


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

Feature NameUnique NameSpeciesType
KYF_010395-T1KYF_010395-T1-proteinAspergillus niger KYF3polypeptide


Properties
Property NameValue
NoteBUSCO:EOG09260SAH
DBxrefInterPro:IPR029063
DBxrefInterPro:IPR025799
DBxrefInterPro:IPR035075
DBxrefInterPro:IPR007857
DBxrefInterPro:IPR035247
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
Whole Genome Assembly and Annotation of Aspergillus Aspergillus niger KYF32020-10-09
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
ch8supercontigch8:1122855..1125600 +
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