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KYF_006523-T1, KYF_006523-T1 (mRNA) Aspergillus niger KYF3

Overview
NameKYF_006523-T1
Unique NameKYF_006523-T1
TypemRNA
OrganismAspergillus niger KYF3
Sequences
The following sequences are available for this feature:

mRNA from alignment at ch5:872381..875695-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>KYF_006523-T1 ID=KYF_006523-T1|Name=KYF_006523-T1|organism=Aspergillus niger KYF3|type=mRNA|length=3315bp|location=Sequence derived from alignment at ch5:872381..875695- (Aspergillus niger KYF3)
ATGTCCCCTCATGACTACGCGGACCGTCAATCAGAATCTGTCGCAGATGC
GGTGACCGCGATGAAGCTGGAGTCCGACGCAGCGCCCGAAAACTCAGCCA
TGCCAAACGGCGGAGGAGCCATGATCAAAGATGAATCGTCAAACGCAGCC
TCCAACGCCTCCCCCGTGCCAACCCCGAAGGCAGAACGATCACGGTCTTC
TTCTCGAGCCCCGGTGAAGAAGGAAGAGAACTACGAAGACGATGGAAGCA
ATTTGAAAGGGGCGGAGAACAACCATGGGGGTAATGTGGAGGAGAAAGTC
GGGGGCGACATTATCGTCAAACTCGAGCCTGGACAGCCTCCCAAATTAAC
ACGGAGCTCTTCCCAGAAGGTAGTCCCAAGGCCACCGCAGTTGTTCGCCC
ATCTACCGGATAGCACAGCTGAGGCTCAAGCGACGTTCGACTTGATGGAC
GCATGCACGTACGCCAATAAATACATGGGTTATACTGAACATGCGATGGA
ATGCGATTGTGCTGAGGAATGGGGTGAGTTTTCCCTGAGATATCTCCTGT
GCTGTTTGTCTACTCGACCTCGCCGTCGCTGGCTTCACCGTGTGACTCCT
ACGCGTGGTGGCGTTCCTCAAACCCATCTTGAGGGGTGGGAACGGCCACT
TCGTCTACACTCCTGCCTTTTTGTTTCTTTTCTGTTCCCACCTGAACACT
CTGTTAATTCAAGTTGTTATTATGATATGTTTCCCTATTTCTGATCGTTC
TTTGATTTCTTGTGTCGTTTTGTGTGTCTCCCCCACCTACGGAACTAGTA
AGTTAACCCATAATTAGAACCGTCGGTATCCAAAAATCTAGCATGTGGTG
AAGACTCGGATTGCATTAACCGCGCGACCAAGATTGAATGCATGGGCGAT
TGTGGATGTGGGCCAGAATGTCAGAATCAACGATTCCAGCGAAGGGAATA
TGCTCCGGTGGCGGTGATCAAAACGGAAAAGAAAGGGTTCGGTCTCCGGG
CGGAGGCTGACCTGCGACCGCACCAATTCATCTTTGAGTATGTTGGCGAG
GTCATCAACGAGGGCCAATTCCGGCGCCGTATGAGACAATATGACGAGGA
GGGAATCAAGCACTTCTATTTCATGTCCCTCAGCAAGGGCGAATTTGTCG
ATGCGACCAAAAAGGGTAATCTCGGCCGGTTTTGCAACCATTCGTGCAAT
CCCAATTGTTATGTCGACAAGTGGGTTGTTGGTGAGAAACTTCGTATGGG
CATTTTTGCTGAACGACACATTCAAGCTGGCGAGGAACTCGTCTTCAACT
ACAATGTCGACCGCTACGGGGCAGATCCGCAACCGTGTTACTGCGGCGAG
CCTAACTGCACAGGCTTTATCGGAGGTAGAACTCAGACTGAGCGGGCCAC
AAAGTTGTCGAATGCTACCATCGAGGCTTTGGGTATTGACGATGCAGATG
GCTGGGACACCGCCGTCGCGAAGCGGCCACGCAAGAAGAAGACGGGAGAG
GACGATGAGGAATATGTGGACAGTGTGCAGCCGAAGTCCCTGGAGGAGAA
TGGCGTGACCAAGGTCATGGCGGCGCTCATGCAATGCAAGGAGAAATGGA
TCGCGGTCAAGCTCCTGGGACGGATTCAGCGCTGTGATGATGAGCGAGTC
CGGAACCGGGTGGTGAAAATGCATGGATATCAGATCCTGAACTCCCAGCT
GGGCATGTGGAAGGAAGATCACAACGTCGTTTTACAGATTCTCGACATCC
TCGACAAGTTTCCCCGTCTGACGCGAAACAAGATCATCGATTCTAAGATC
GAGTCTACCATCCAACCACTGACCAGCTGTGGTGATGAGCGTGTGGAGAA
GAAGTCAGCCACGTTGCTACAAGTCTGGTCGACCCTCGAGGTTGGTTATC
GCATTCCGCGCATGAAGAGAGATCCCAATGCCATGACGCCAGCTGTCAAT
CAGTTCGGGCGGCGAGAGAACACTCGCGATGAGCGACGACGGTCAAAGTC
CCGTTCCCGATCGAGGTCACGCTCTATAGAAGCCCCTCGCGGCCCAGCTG
CTCAAACACGAGGCGGACATGGCCAGAGAAACCCCCACCATCACGGTCCC
CGACCCTTCCGTCGACAATTCAATCCCCTCCCGCCAGGATGGTTCGCAGC
AGAATCAAATGGGAGGACTTATTATTACTCGGCTCGCGGCGATACTACCT
GGACACGGCCAACCAAGCCCGCCCCTCAACCGCCGCCGGCCCCCAAAGAA
TCGAGAGACAAGGCATTGCAGGATATCATTGACGGCATTATGAACGCCAA
GGAGAATACGCCAAAGGAGAAGAGCGGAACTCCGGCTACACCACAGGCGT
CCAGACCAACGCCGGATATGAAGGATGGTCAAGAAAAGTGGAGGTCATAT
AGCGAAGAGAAGCGAAAGAAGATATATGAGAACACGGTGAGTAATACAGC
GTTCGAGGGGAAAGATAACAAACGGTGCGCAAGTACTGACGGAGAATAGC
TCTATCCCCATGTCAAGTATGTGGTGGACAAGTTCAAGCATAAACTTCCG
AAAGACGACCTGAAACGCTATGCCAAAGACGTGAGACGCAGCCTCCCAAC
GCTCTTCTAAAGAAAAGATGATCAAGCTAATCAATTGCTGTCGACGCAGG
TGGCTAAGAAATTGGTTAATTCGGATTTCAAAAACAACCGTGTTGGTGAC
CCTACCAAGATCGATGACAAGCAGCAAAAGAAGGTGAAAAAGTTCTGCAA
AGAATTCTTCGACAAGGCTGTCGCCAAGCACCGCGCATACGAACAACGGA
AAGCAGAGCGGCAGTCGAAGGAGCCAGATTCGAAGCCAAACGACGCGGCA
GCCGAGGTTGTCGAGGACGACGGTCCGGACATGAAGATGTCTGACGATGA
GGACGATCGGGTTACAGCACAGGATGGCGAGACGCCTACGACCATGACAG
AGGATTTGCAAGGCCATCTGAAACGTAAGAGAGAAGATGAGCCAAGCATC
GGTGATGGAAGCATGACCGAGTATACCACCCCGTCTTCTTCCAAGCGACA
ACGATCCTCTACGCCGCCACCACCCCCTCCTCCTCCCATGAGCCCTGGTA
ACGAGCAAGGCCAAAGTGGCGAAGATGGGAACATGAAGAGCGATACAGAT
GAGCCCACCCCTGCGGACAAACAAGATCTTGATTCTCCTCCGCCTCCTCC
ACCACCTCCTCCCTACCCTGGGCAGGAGATGGATACCAACAACGACCATT
TCAACCCCGAAGACGGGGTCAAGGAGCTAAACCCATCCCAAATTGGCATC
GAGGGGCGGGTATAG
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Coding sequence (CDS) from alignment at ch5:872381..875695-

>KYF_006523-T1 ID=KYF_006523-T1|Name=KYF_006523-T1|organism=Aspergillus niger KYF3|type=CDS|length=11556bp|location=Sequence derived from alignment at ch5:872381..875695- (Aspergillus niger KYF3)
GTGGCTAAGAAATTGGTTAATTCGGATTTCAAAAACAACCGTGTTGGTGA
CCCTACCAAGATCGATGACAAGCAGCAAAAGAAGGTGAAAAAGTTCTGCA
AAGAATTCTTCGACAAGGCTGTCGCCAAGCACCGCGCATACGAACAACGG
AAAGCAGAGCGGCAGTCGAAGGAGCCAGATTCGAAGCCAAACGACGCGGC
AGCCGAGGTTGTCGAGGACGACGGTCCGGACATGAAGATGTCTGACGATG
AGGACGATCGGGTTACAGCACAGGATGGCGAGACGCCTACGACCATGACA
GAGGATTTGCAAGGCCATCTGAAACGTAAGAGAGAAGATGAGCCAAGCAT
CGGTGATGGAAGCATGACCGAGTATACCACCCCGTCTTCTTCCAAGCGAC
AACGATCCTCTACGCCGCCACCACCCCCTCCTCCTCCCATGAGCCCTGGT
AACGAGCAAGGCCAAAGTGGCGAAGATGGGAACATGAAGAGCGATACAGA
TGAGCCCACCCCTGCGGACAAACAAGATCTTGATTCTCCTCCGCCTCCTC
CACCACCTCCTCCCTACCCTGGGCAGGAGATGGATACCAACAACGACCAT
TTCAACCCCGAAGACGGGGTCAAGGAGCTAAACCCATCCCAAATTGGCAT
CGAGGGGCGGGTATAGCTCTATCCCCATGTCAAGTATGTGGTGGACAAGT
TCAAGCATAAACTTCCGAAAGACGACCTGAAACGCTATGCCAAAGACAAC
CGTCGGTATCCAAAAATCTAGCATGTGGTGAAGACTCGGATTGCATTAAC
CGCGCGACCAAGATTGAATGCATGGGCGATTGTGGATGTGGGCCAGAATG
TCAGAATCAACGATTCCAGCGAAGGGAATATGCTCCGGTGGCGGTGATCA
AAACGGAAAAGAAAGGGTTCGGTCTCCGGGCGGAGGCTGACCTGCGACCG
CACCAATTCATCTTTGAGTATGTTGGCGAGGTCATCAACGAGGGCCAATT
CCGGCGCCGTATGAGACAATATGACGAGGAGGGAATCAAGCACTTCTATT
TCATGTCCCTCAGCAAGGGCGAATTTGTCGATGCGACCAAAAAGGGTAAT
CTCGGCCGGTTTTGCAACCATTCGTGCAATCCCAATTGTTATGTCGACAA
GTGGGTTGTTGGTGAGAAACTTCGTATGGGCATTTTTGCTGAACGACACA
TTCAAGCTGGCGAGGAACTCGTCTTCAACTACAATGTCGACCGCTACGGG
GCAGATCCGCAACCGTGTTACTGCGGCGAGCCTAACTGCACAGGCTTTAT
CGGAGGTAGAACTCAGACTGAGCGGGCCACAAAGTTGTCGAATGCTACCA
TCGAGGCTTTGGGTATTGACGATGCAGATGGCTGGGACACCGCCGTCGCG
AAGCGGCCACGCAAGAAGAAGACGGGAGAGGACGATGAGGAATATGTGGA
CAGTGTGCAGCCGAAGTCCCTGGAGGAGAATGGCGTGACCAAGGTCATGG
CGGCGCTCATGCAATGCAAGGAGAAATGGATCGCGGTCAAGCTCCTGGGA
CGGATTCAGCGCTGTGATGATGAGCGAGTCCGGAACCGGGTGGTGAAAAT
GCATGGATATCAGATCCTGAACTCCCAGCTGGGCATGTGGAAGGAAGATC
ACAACGTCGTTTTACAGATTCTCGACATCCTCGACAAGTTTCCCCGTCTG
ACGCGAAACAAGATCATCGATTCTAAGATCGAGTCTACCATCCAACCACT
GACCAGCTGTGGTGATGAGCGTGTGGAGAAGAAGTCAGCCACGTTGCTAC
AAGTCTGGTCGACCCTCGAGGTTGGTTATCGCATTCCGCGCATGAAGAGA
GATCCCAATGCCATGACGCCAGCTGTCAATCAGTTCGGGCGGCGAGAGAA
CACTCGCGATGAGCGACGACGGTCAAAGTCCCGTTCCCGATCGAGGTCAC
GCTCTATAGAAGCCCCTCGCGGCCCAGCTGCTCAAACACGAGGCGGACAT
GGCCAGAGAAACCCCCACCATCACGGTCCCCGACCCTTCCGTCGACAATT
CAATCCCCTCCCGCCAGGATGGTTCGCAGCAGAATCAAATGGGAGGACTT
ATTATTACTCGGCTCGCGGCGATACTACCTGGACACGGCCAACCAAGCCC
GCCCCTCAACCGCCGCCGGCCCCCAAAGAATCGAGAGACAAGGCATTGCA
GGATATCATTGACGGCATTATGAACGCCAAGGAGAATACGCCAAAGGAGA
AGAGCGGAACTCCGGCTACACCACAGGCGTCCAGACCAACGCCGGATATG
AAGGATGGTCAAGAAAAGTGGAGGTCATATAGCGAAGAGAAGCGAAAGAA
GATATATGAGAACACGATGTCCCCTCATGACTACGCGGACCGTCAATCAG
AATCTGTCGCAGATGCGGTGACCGCGATGAAGCTGGAGTCCGACGCAGCG
CCCGAAAACTCAGCCATGCCAAACGGCGGAGGAGCCATGATCAAAGATGA
ATCGTCAAACGCAGCCTCCAACGCCTCCCCCGTGCCAACCCCGAAGGCAG
AACGATCACGGTCTTCTTCTCGAGCCCCGGTGAAGAAGGAAGAGAACTAC
GAAGACGATGGAAGCAATTTGAAAGGGGCGGAGAACAACCATGGGGGTAA
TGTGGAGGAGAAAGTCGGGGGCGACATTATCGTCAAACTCGAGCCTGGAC
AGCCTCCCAAATTAACACGGAGCTCTTCCCAGAAGGTAGTCCCAAGGCCA
CCGCAGTTGTTCGCCCATCTACCGGATAGCACAGCTGAGGCTCAAGCGAC
GTTCGACTTGATGGACGCATGCACGTACGCCAATAAATACATGGGTTATA
CTGAACATGCGATGGAATGCGATTGTGCTGAGGAATGGGGTGGCTAAGAA
ATTGGTTAATTCGGATTTCAAAAACAACCGTGTTGGTGACCCTACCAAGA
TCGATGACAAGCAGCAAAAGAAGGTGAAAAAGTTCTGCAAAGAATTCTTC
GACAAGGCTGTCGCCAAGCACCGCGCATACGAACAACGGAAAGCAGAGCG
GCAGTCGAAGGAGCCAGATTCGAAGCCAAACGACGCGGCAGCCGAGGTTG
TCGAGGACGACGGTCCGGACATGAAGATGTCTGACGATGAGGACGATCGG
GTTACAGCACAGGATGGCGAGACGCCTACGACCATGACAGAGGATTTGCA
AGGCCATCTGAAACGTAAGAGAGAAGATGAGCCAAGCATCGGTGATGGAA
GCATGACCGAGTATACCACCCCGTCTTCTTCCAAGCGACAACGATCCTCT
ACGCCGCCACCACCCCCTCCTCCTCCCATGAGCCCTGGTAACGAGCAAGG
CCAAAGTGGCGAAGATGGGAACATGAAGAGCGATACAGATGAGCCCACCC
CTGCGGACAAACAAGATCTTGATTCTCCTCCGCCTCCTCCACCACCTCCT
CCCTACCCTGGGCAGGAGATGGATACCAACAACGACCATTTCAACCCCGA
AGACGGGGTCAAGGAGCTAAACCCATCCCAAATTGGCATCGAGGGGCGGG
TATAGCTCTATCCCCATGTCAAGTATGTGGTGGACAAGTTCAAGCATAAA
CTTCCGAAAGACGACCTGAAACGCTATGCCAAAGACAACCGTCGGTATCC
AAAAATCTAGCATGTGGTGAAGACTCGGATTGCATTAACCGCGCGACCAA
GATTGAATGCATGGGCGATTGTGGATGTGGGCCAGAATGTCAGAATCAAC
GATTCCAGCGAAGGGAATATGCTCCGGTGGCGGTGATCAAAACGGAAAAG
AAAGGGTTCGGTCTCCGGGCGGAGGCTGACCTGCGACCGCACCAATTCAT
CTTTGAGTATGTTGGCGAGGTCATCAACGAGGGCCAATTCCGGCGCCGTA
TGAGACAATATGACGAGGAGGGAATCAAGCACTTCTATTTCATGTCCCTC
AGCAAGGGCGAATTTGTCGATGCGACCAAAAAGGGTAATCTCGGCCGGTT
TTGCAACCATTCGTGCAATCCCAATTGTTATGTCGACAAGTGGGTTGTTG
GTGAGAAACTTCGTATGGGCATTTTTGCTGAACGACACATTCAAGCTGGC
GAGGAACTCGTCTTCAACTACAATGTCGACCGCTACGGGGCAGATCCGCA
ACCGTGTTACTGCGGCGAGCCTAACTGCACAGGCTTTATCGGAGGTAGAA
CTCAGACTGAGCGGGCCACAAAGTTGTCGAATGCTACCATCGAGGCTTTG
GGTATTGACGATGCAGATGGCTGGGACACCGCCGTCGCGAAGCGGCCACG
CAAGAAGAAGACGGGAGAGGACGATGAGGAATATGTGGACAGTGTGCAGC
CGAAGTCCCTGGAGGAGAATGGCGTGACCAAGGTCATGGCGGCGCTCATG
CAATGCAAGGAGAAATGGATCGCGGTCAAGCTCCTGGGACGGATTCAGCG
CTGTGATGATGAGCGAGTCCGGAACCGGGTGGTGAAAATGCATGGATATC
AGATCCTGAACTCCCAGCTGGGCATGTGGAAGGAAGATCACAACGTCGTT
TTACAGATTCTCGACATCCTCGACAAGTTTCCCCGTCTGACGCGAAACAA
GATCATCGATTCTAAGATCGAGTCTACCATCCAACCACTGACCAGCTGTG
GTGATGAGCGTGTGGAGAAGAAGTCAGCCACGTTGCTACAAGTCTGGTCG
ACCCTCGAGGTTGGTTATCGCATTCCGCGCATGAAGAGAGATCCCAATGC
CATGACGCCAGCTGTCAATCAGTTCGGGCGGCGAGAGAACACTCGCGATG
AGCGACGACGGTCAAAGTCCCGTTCCCGATCGAGGTCACGCTCTATAGAA
GCCCCTCGCGGCCCAGCTGCTCAAACACGAGGCGGACATGGCCAGAGAAA
CCCCCACCATCACGGTCCCCGACCCTTCCGTCGACAATTCAATCCCCTCC
CGCCAGGATGGTTCGCAGCAGAATCAAATGGGAGGACTTATTATTACTCG
GCTCGCGGCGATACTACCTGGACACGGCCAACCAAGCCCGCCCCTCAACC
GCCGCCGGCCCCCAAAGAATCGAGAGACAAGGCATTGCAGGATATCATTG
ACGGCATTATGAACGCCAAGGAGAATACGCCAAAGGAGAAGAGCGGAACT
CCGGCTACACCACAGGCGTCCAGACCAACGCCGGATATGAAGGATGGTCA
AGAAAAGTGGAGGTCATATAGCGAAGAGAAGCGAAAGAAGATATATGAGA
ACACGATGTCCCCTCATGACTACGCGGACCGTCAATCAGAATCTGTCGCA
GATGCGGTGACCGCGATGAAGCTGGAGTCCGACGCAGCGCCCGAAAACTC
AGCCATGCCAAACGGCGGAGGAGCCATGATCAAAGATGAATCGTCAAACG
CAGCCTCCAACGCCTCCCCCGTGCCAACCCCGAAGGCAGAACGATCACGG
TCTTCTTCTCGAGCCCCGGTGAAGAAGGAAGAGAACTACGAAGACGATGG
AAGCAATTTGAAAGGGGCGGAGAACAACCATGGGGGTAATGTGGAGGAGA
AAGTCGGGGGCGACATTATCGTCAAACTCGAGCCTGGACAGCCTCCCAAA
TTAACACGGAGCTCTTCCCAGAAGGTAGTCCCAAGGCCACCGCAGTTGTT
CGCCCATCTACCGGATAGCACAGCTGAGGCTCAAGCGACGTTCGACTTGA
TGGACGCATGCACGTACGCCAATAAATACATGGGTTATACTGAACATGCG
ATGGAATGCGATTGTGCTGAGGAATGGGGTGGCTAAGAAATTGGTTAATT
CGGATTTCAAAAACAACCGTGTTGGTGACCCTACCAAGATCGATGACAAG
CAGCAAAAGAAGGTGAAAAAGTTCTGCAAAGAATTCTTCGACAAGGCTGT
CGCCAAGCACCGCGCATACGAACAACGGAAAGCAGAGCGGCAGTCGAAGG
AGCCAGATTCGAAGCCAAACGACGCGGCAGCCGAGGTTGTCGAGGACGAC
GGTCCGGACATGAAGATGTCTGACGATGAGGACGATCGGGTTACAGCACA
GGATGGCGAGACGCCTACGACCATGACAGAGGATTTGCAAGGCCATCTGA
AACGTAAGAGAGAAGATGAGCCAAGCATCGGTGATGGAAGCATGACCGAG
TATACCACCCCGTCTTCTTCCAAGCGACAACGATCCTCTACGCCGCCACC
ACCCCCTCCTCCTCCCATGAGCCCTGGTAACGAGCAAGGCCAAAGTGGCG
AAGATGGGAACATGAAGAGCGATACAGATGAGCCCACCCCTGCGGACAAA
CAAGATCTTGATTCTCCTCCGCCTCCTCCACCACCTCCTCCCTACCCTGG
GCAGGAGATGGATACCAACAACGACCATTTCAACCCCGAAGACGGGGTCA
AGGAGCTAAACCCATCCCAAATTGGCATCGAGGGGCGGGTATAGCTCTAT
CCCCATGTCAAGTATGTGGTGGACAAGTTCAAGCATAAACTTCCGAAAGA
CGACCTGAAACGCTATGCCAAAGACAACCGTCGGTATCCAAAAATCTAGC
ATGTGGTGAAGACTCGGATTGCATTAACCGCGCGACCAAGATTGAATGCA
TGGGCGATTGTGGATGTGGGCCAGAATGTCAGAATCAACGATTCCAGCGA
AGGGAATATGCTCCGGTGGCGGTGATCAAAACGGAAAAGAAAGGGTTCGG
TCTCCGGGCGGAGGCTGACCTGCGACCGCACCAATTCATCTTTGAGTATG
TTGGCGAGGTCATCAACGAGGGCCAATTCCGGCGCCGTATGAGACAATAT
GACGAGGAGGGAATCAAGCACTTCTATTTCATGTCCCTCAGCAAGGGCGA
ATTTGTCGATGCGACCAAAAAGGGTAATCTCGGCCGGTTTTGCAACCATT
CGTGCAATCCCAATTGTTATGTCGACAAGTGGGTTGTTGGTGAGAAACTT
CGTATGGGCATTTTTGCTGAACGACACATTCAAGCTGGCGAGGAACTCGT
CTTCAACTACAATGTCGACCGCTACGGGGCAGATCCGCAACCGTGTTACT
GCGGCGAGCCTAACTGCACAGGCTTTATCGGAGGTAGAACTCAGACTGAG
CGGGCCACAAAGTTGTCGAATGCTACCATCGAGGCTTTGGGTATTGACGA
TGCAGATGGCTGGGACACCGCCGTCGCGAAGCGGCCACGCAAGAAGAAGA
CGGGAGAGGACGATGAGGAATATGTGGACAGTGTGCAGCCGAAGTCCCTG
GAGGAGAATGGCGTGACCAAGGTCATGGCGGCGCTCATGCAATGCAAGGA
GAAATGGATCGCGGTCAAGCTCCTGGGACGGATTCAGCGCTGTGATGATG
AGCGAGTCCGGAACCGGGTGGTGAAAATGCATGGATATCAGATCCTGAAC
TCCCAGCTGGGCATGTGGAAGGAAGATCACAACGTCGTTTTACAGATTCT
CGACATCCTCGACAAGTTTCCCCGTCTGACGCGAAACAAGATCATCGATT
CTAAGATCGAGTCTACCATCCAACCACTGACCAGCTGTGGTGATGAGCGT
GTGGAGAAGAAGTCAGCCACGTTGCTACAAGTCTGGTCGACCCTCGAGGT
TGGTTATCGCATTCCGCGCATGAAGAGAGATCCCAATGCCATGACGCCAG
CTGTCAATCAGTTCGGGCGGCGAGAGAACACTCGCGATGAGCGACGACGG
TCAAAGTCCCGTTCCCGATCGAGGTCACGCTCTATAGAAGCCCCTCGCGG
CCCAGCTGCTCAAACACGAGGCGGACATGGCCAGAGAAACCCCCACCATC
ACGGTCCCCGACCCTTCCGTCGACAATTCAATCCCCTCCCGCCAGGATGG
TTCGCAGCAGAATCAAATGGGAGGACTTATTATTACTCGGCTCGCGGCGA
TACTACCTGGACACGGCCAACCAAGCCCGCCCCTCAACCGCCGCCGGCCC
CCAAAGAATCGAGAGACAAGGCATTGCAGGATATCATTGACGGCATTATG
AACGCCAAGGAGAATACGCCAAAGGAGAAGAGCGGAACTCCGGCTACACC
ACAGGCGTCCAGACCAACGCCGGATATGAAGGATGGTCAAGAAAAGTGGA
GGTCATATAGCGAAGAGAAGCGAAAGAAGATATATGAGAACACGATGTCC
CCTCATGACTACGCGGACCGTCAATCAGAATCTGTCGCAGATGCGGTGAC
CGCGATGAAGCTGGAGTCCGACGCAGCGCCCGAAAACTCAGCCATGCCAA
ACGGCGGAGGAGCCATGATCAAAGATGAATCGTCAAACGCAGCCTCCAAC
GCCTCCCCCGTGCCAACCCCGAAGGCAGAACGATCACGGTCTTCTTCTCG
AGCCCCGGTGAAGAAGGAAGAGAACTACGAAGACGATGGAAGCAATTTGA
AAGGGGCGGAGAACAACCATGGGGGTAATGTGGAGGAGAAAGTCGGGGGC
GACATTATCGTCAAACTCGAGCCTGGACAGCCTCCCAAATTAACACGGAG
CTCTTCCCAGAAGGTAGTCCCAAGGCCACCGCAGTTGTTCGCCCATCTAC
CGGATAGCACAGCTGAGGCTCAAGCGACGTTCGACTTGATGGACGCATGC
ACGTACGCCAATAAATACATGGGTTATACTGAACATGCGATGGAATGCGA
TTGTGCTGAGGAATGGGGTGGCTAAGAAATTGGTTAATTCGGATTTCAAA
AACAACCGTGTTGGTGACCCTACCAAGATCGATGACAAGCAGCAAAAGAA
GGTGAAAAAGTTCTGCAAAGAATTCTTCGACAAGGCTGTCGCCAAGCACC
GCGCATACGAACAACGGAAAGCAGAGCGGCAGTCGAAGGAGCCAGATTCG
AAGCCAAACGACGCGGCAGCCGAGGTTGTCGAGGACGACGGTCCGGACAT
GAAGATGTCTGACGATGAGGACGATCGGGTTACAGCACAGGATGGCGAGA
CGCCTACGACCATGACAGAGGATTTGCAAGGCCATCTGAAACGTAAGAGA
GAAGATGAGCCAAGCATCGGTGATGGAAGCATGACCGAGTATACCACCCC
GTCTTCTTCCAAGCGACAACGATCCTCTACGCCGCCACCACCCCCTCCTC
CTCCCATGAGCCCTGGTAACGAGCAAGGCCAAAGTGGCGAAGATGGGAAC
ATGAAGAGCGATACAGATGAGCCCACCCCTGCGGACAAACAAGATCTTGA
TTCTCCTCCGCCTCCTCCACCACCTCCTCCCTACCCTGGGCAGGAGATGG
ATACCAACAACGACCATTTCAACCCCGAAGACGGGGTCAAGGAGCTAAAC
CCATCCCAAATTGGCATCGAGGGGCGGGTATAGCTCTATCCCCATGTCAA
GTATGTGGTGGACAAGTTCAAGCATAAACTTCCGAAAGACGACCTGAAAC
GCTATGCCAAAGACAACCGTCGGTATCCAAAAATCTAGCATGTGGTGAAG
ACTCGGATTGCATTAACCGCGCGACCAAGATTGAATGCATGGGCGATTGT
GGATGTGGGCCAGAATGTCAGAATCAACGATTCCAGCGAAGGGAATATGC
TCCGGTGGCGGTGATCAAAACGGAAAAGAAAGGGTTCGGTCTCCGGGCGG
AGGCTGACCTGCGACCGCACCAATTCATCTTTGAGTATGTTGGCGAGGTC
ATCAACGAGGGCCAATTCCGGCGCCGTATGAGACAATATGACGAGGAGGG
AATCAAGCACTTCTATTTCATGTCCCTCAGCAAGGGCGAATTTGTCGATG
CGACCAAAAAGGGTAATCTCGGCCGGTTTTGCAACCATTCGTGCAATCCC
AATTGTTATGTCGACAAGTGGGTTGTTGGTGAGAAACTTCGTATGGGCAT
TTTTGCTGAACGACACATTCAAGCTGGCGAGGAACTCGTCTTCAACTACA
ATGTCGACCGCTACGGGGCAGATCCGCAACCGTGTTACTGCGGCGAGCCT
AACTGCACAGGCTTTATCGGAGGTAGAACTCAGACTGAGCGGGCCACAAA
GTTGTCGAATGCTACCATCGAGGCTTTGGGTATTGACGATGCAGATGGCT
GGGACACCGCCGTCGCGAAGCGGCCACGCAAGAAGAAGACGGGAGAGGAC
GATGAGGAATATGTGGACAGTGTGCAGCCGAAGTCCCTGGAGGAGAATGG
CGTGACCAAGGTCATGGCGGCGCTCATGCAATGCAAGGAGAAATGGATCG
CGGTCAAGCTCCTGGGACGGATTCAGCGCTGTGATGATGAGCGAGTCCGG
AACCGGGTGGTGAAAATGCATGGATATCAGATCCTGAACTCCCAGCTGGG
CATGTGGAAGGAAGATCACAACGTCGTTTTACAGATTCTCGACATCCTCG
ACAAGTTTCCCCGTCTGACGCGAAACAAGATCATCGATTCTAAGATCGAG
TCTACCATCCAACCACTGACCAGCTGTGGTGATGAGCGTGTGGAGAAGAA
GTCAGCCACGTTGCTACAAGTCTGGTCGACCCTCGAGGTTGGTTATCGCA
TTCCGCGCATGAAGAGAGATCCCAATGCCATGACGCCAGCTGTCAATCAG
TTCGGGCGGCGAGAGAACACTCGCGATGAGCGACGACGGTCAAAGTCCCG
TTCCCGATCGAGGTCACGCTCTATAGAAGCCCCTCGCGGCCCAGCTGCTC
AAACACGAGGCGGACATGGCCAGAGAAACCCCCACCATCACGGTCCCCGA
CCCTTCCGTCGACAATTCAATCCCCTCCCGCCAGGATGGTTCGCAGCAGA
ATCAAATGGGAGGACTTATTATTACTCGGCTCGCGGCGATACTACCTGGA
CACGGCCAACCAAGCCCGCCCCTCAACCGCCGCCGGCCCCCAAAGAATCG
AGAGACAAGGCATTGCAGGATATCATTGACGGCATTATGAACGCCAAGGA
GAATACGCCAAAGGAGAAGAGCGGAACTCCGGCTACACCACAGGCGTCCA
GACCAACGCCGGATATGAAGGATGGTCAAGAAAAGTGGAGGTCATATAGC
GAAGAGAAGCGAAAGAAGATATATGAGAACACGATGTCCCCTCATGACTA
CGCGGACCGTCAATCAGAATCTGTCGCAGATGCGGTGACCGCGATGAAGC
TGGAGTCCGACGCAGCGCCCGAAAACTCAGCCATGCCAAACGGCGGAGGA
GCCATGATCAAAGATGAATCGTCAAACGCAGCCTCCAACGCCTCCCCCGT
GCCAACCCCGAAGGCAGAACGATCACGGTCTTCTTCTCGAGCCCCGGTGA
AGAAGGAAGAGAACTACGAAGACGATGGAAGCAATTTGAAAGGGGCGGAG
AACAACCATGGGGGTAATGTGGAGGAGAAAGTCGGGGGCGACATTATCGT
CAAACTCGAGCCTGGACAGCCTCCCAAATTAACACGGAGCTCTTCCCAGA
AGGTAGTCCCAAGGCCACCGCAGTTGTTCGCCCATCTACCGGATAGCACA
GCTGAGGCTCAAGCGACGTTCGACTTGATGGACGCATGCACGTACGCCAA
TAAATACATGGGTTATACTGAACATGCGATGGAATGCGATTGTGCTGAGG
AATGGG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0005694chromosome
GO:0005634nucleus
Vocabulary: Biological Process
TermDefinition
GO:0006354DNA-templated transcription, elongation
GO:0010452histone H3-K36 methylation
GO:0034968histone lysine methylation
GO:0006355regulation of transcription, DNA-templated
Vocabulary: Molecular Function
TermDefinition
GO:0046975histone methyltransferase activity (H3-K36 specific)
GO:0005515protein binding
GO:0018024histone-lysine N-methyltransferase activity
Relationships

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

Feature NameUnique NameSpeciesType
SET2KYF_006523Aspergillus niger KYF3gene


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

Feature NameUnique NameSpeciesType
KYF_006523-T1KYF_006523-T1-proteinAspergillus niger KYF3polypeptide


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

Feature NameUnique NameSpeciesType
KYF_006523-T1.cdsKYF_006523-T1.cdsAspergillus niger KYF3CDS


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

Feature NameUnique NameSpeciesType
KYF_006523-T1.exon4KYF_006523-T1.exon4Aspergillus niger KYF3exon
KYF_006523-T1.exon3KYF_006523-T1.exon3Aspergillus niger KYF3exon
KYF_006523-T1.exon2KYF_006523-T1.exon2Aspergillus niger KYF3exon
KYF_006523-T1.exon1KYF_006523-T1.exon1Aspergillus niger KYF3exon


Properties
Property NameValue
NoteBUSCO:EOG09261B14
DBxrefInterPro:IPR036020
DBxrefInterPro:IPR025788
DBxrefInterPro:IPR038190
DBxrefInterPro:IPR013257
DBxrefInterPro:IPR003616
DBxrefInterPro:IPR001202
DBxrefInterPro:IPR001214
DBxrefInterPro:IPR006560
DBxrefPFAM:PF08236
DBxrefPFAM:PF00856
DBxrefPFAM:PF17907
Producthistone methyltransferase set2
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
ch5supercontigch5:872381..875695 -
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