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KYF_005056-T1, KYF_005056-T1 (mRNA) Aspergillus niger KYF3

Overview
NameKYF_005056-T1
Unique NameKYF_005056-T1
TypemRNA
OrganismAspergillus niger KYF3
Sequences
The following sequences are available for this feature:

mRNA from alignment at ch4:2535406..2537500+

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>KYF_005056-T1 ID=KYF_005056-T1|Name=KYF_005056-T1|organism=Aspergillus niger KYF3|type=mRNA|length=2095bp|location=Sequence derived from alignment at ch4:2535406..2537500+ (Aspergillus niger KYF3)
ATGTCTTCAGAAGCAGCATCTCAAGTCTCCGTTGGGGCACTCAGGTCAGT
TTCCTGGAACTCACTGTGCATTATCTCACTAATATCCCTCAAGCGCTATC
TTCGATGATACAAAGCCTCAAACGCGTGAGCCTGTTGTTCAGTGTGTCCA
GATAAAGCCATTGCCAGCTCAGCAGAGCCACCCGGAACGCTACCGAGCTG
TATTCAGTGATATTTCAAATTATGTGCAGACGATGCTTGCGACCCGTAAG
TGTGCCATAGTTCTAATGGATTGCCAAAGAAACTGCTAATATCCTTGATC
TTCCAGAATTGAACCCCATGGTTTCTAGTAAGCTATTACGGAAGGGGTGT
TTCGTTCGCCTGAAGTCATTCCAAGCGAACTCCGTGAAAGGCAAAAAGTA
AGTGACCACAAACGTCTTCATCACCAATAGTATACCTGACCTACGAGGCA
GGATTCTTATTATTCTCGACCTTGAAGTCTTGGAGGGACTAGGAGAGGCC
GAGAAGATTGGCGATCCGAAACCACTCGAAAGTAAAACAGATGAAGACGA
GGAGCACCAGCCCACTACAATCTCCAGCAATGGTTTCTATGGATCGAAGA
TATCAGGAGCACAGGTCCAGTCAAATACCGGAGTGCAGTCAGCACGACCT
GTTTTGGCCGCAACGCATGCTACTATATATCCCATCGAAGCTATTTCACC
ATATTCTCACAAATGGACGATCAAAGCACGCTGTACGAGCAAAACAAATA
TTAGGACCTGGCACAACAGGAATACCGAAGGGAGGCTCTTCAGCGTTAAT
CTACTGGACGACAGTGGCGAAATACGAGCTACTGGATTTAATGACCAATG
CGATATGCTGTATGACGTCTTCCAGGAGGGCGGTGTATACTATATTTCCA
ACTGCCGCGTGCAGATTGCGAAAAAGCAGTACACGAACCTGAACAATGAT
TATGAGCTCACTTTCGAAAGGGATACGGTGGTTGAAAAGGTCAGTCAGAA
TGCTCAGTTCAAATTGCTCTCTTAACTTACCATATCGCATTAGGCAGAGG
ATCAGACCGATGTTCCCCAAGTTCGATTCAATTTCACTTCTATCGGTGAC
CTCCAATCGGTAGAAAAAGATACTACAATCGATGTGATAGGTGTACTGAA
GGAGGCCATGGATGTTACACAGATCACATCCAAAACTACAAACAAACCCT
ATGACAAGCGTGAGCTAATCATGGTTGACAATACTGGGTTCTCCGTTCGC
CTGACCATCTGGGGCTCTACGGCGCAGAAATTCAATGCCTCGCCCGAGTC
TGTGATAGCTTTCAAAGGTGTGAAGGTCTCTGACTTTGGTGGGCGAAGTC
TGAGTTTGCTGAGCTCGGGTTCAATGGCGGTTGATCCTGACATTGAGGAA
GCCCACAAGCTCAAAGGCTGGTATGACGCACAAGGTAGGGATGAGAATTT
CTCTTCACATGCTTCCTTATTAGGCACAGCCTCATCAACGATGAAGTCGG
ATCAATTCAAGACCATCGCCCAAATAAGAGAGGAGCAATTGGGTATGTCG
GAGGAGGCGGTTTACTTTTCGCTGAAAGCAACAGTCATCTATATTAAGCA
GGATAATATGTCTTTTGCTTATCCTGCTTGTCTCTCAGAAGGTTGCAACA
AGAAGGTGACCGAGCTTGATCCTGGTCAGTGGCGCTGTGAGCGCTGCGAT
AAGACTCACCCCCAACCTGACTACCGCTACATAATGCATGTCAATGTCAG
CGATCATACCGGCCAACTTTGGCTGAGCTGCTTTGACGACGTGGGCAGAT
CGATGATGGACATTTCGGCCAATCAGTTAATGGAGCTGTTTCAAACGGAC
GAAAAAGCAGCTGGCGACGTATTCCAGGATGCCAATTGCCGGACCTGGAA
TTTCCGATGCCGTGCCAAAATAGACCATTTCGGCGAACAACAACGGTAAG
GCGATCCGCTTTGTGGCTTAGATGGCACTGCTAATATCAACTCTCTACCA
GTATACGGTATCAGGTATCCTCGGCCAAACCGATTAATTATTCCCACGAG
GCTGGACGCCTTGCTGATCTGATTGGATCTTACACTGTATCTTGA
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Coding sequence (CDS) from alignment at ch4:2535406..2537500+

>KYF_005056-T1 ID=KYF_005056-T1|Name=KYF_005056-T1|organism=Aspergillus niger KYF3|type=CDS|length=10926bp|location=Sequence derived from alignment at ch4:2535406..2537500+ (Aspergillus niger KYF3)
ATGTCTTCAGAAGCAGCATCTCAAGTCTCCGTTGGGGCACTCAGCGCTAT
CTTCGATGATACAAAGCCTCAAACGCGTGAGCCTGTTGTTCAGTGTGTCC
AGATAAAGCCATTGCCAGCTCAGCAGAGCCACCCGGAACGCTACCGAGCT
GTATTCAGTGATATTTCAAATTATGTGCAGACGATGCTTGCGACCCAATT
GAACCCCATGGTTTCTAGTAAGCTATTACGGAAGGGGTGTTTCGTTCGCC
TGAAGTCATTCCAAGCGAACTCCGTGAAAGGCAAAAAGATTCTTATTATT
CTCGACCTTGAAGTCTTGGAGGGACTAGGAGAGGCCGAGAAGATTGGCGA
TCCGAAACCACTCGAAAGTAAAACAGATGAAGACGAGGAGCACCAGCCCA
CTACAATCTCCAGCAATGGTTTCTATGGATCGAAGATATCAGGAGCACAG
GTCCAGTCAAATACCGGAGTGCAGTCAGCACGACCTGTTTTGGCCGCAAC
GCATGCTACTATATATCCCATCGAAGCTATTTCACCATATTCTCACAAAT
GGACGATCAAAGCACGCTGTACGAGCAAAACAAATATTAGGACCTGGCAC
AACAGGAATACCGAAGGGAGGCTCTTCAGCGTTAATCTACTGGACGACAG
TGGCGAAATACGAGCTACTGGATTTAATGACCAATGCGATATGCTGTATG
ACGTCTTCCAGGAGGGCGGTGTATACTATATTTCCAACTGCCGCGTGCAG
ATTGCGAAAAAGCAGTACACGAACCTGAACAATGATTATGAGCTCACTTT
CGAAAGGGATACGGTGGTTGAAAAGGCAGAGGATCAGACCGATGTTCCCC
AAGTTCGATTCAATTTCACTTCTATCGGTGACCTCCAATCGGTAGAAAAA
GATACTACAATCGATGTGATAGGTGTACTGAAGGAGGCCATGGATGTTAC
ACAGATCACATCCAAAACTACAAACAAACCCTATGACAAGCGTGAGCTAA
TCATGGTTGACAATACTGGGTTCTCCGTTCGCCTGACCATCTGGGGCTCT
ACGGCGCAGAAATTCAATGCCTCGCCCGAGTCTGTGATAGCTTTCAAAGG
TGTGAAGGTCTCTGACTTTGGTGGGCGAAGTCTGAGTTTGCTGAGCTCGG
GTTCAATGGCGGTTGATCCTGACATTGAGGAAGCCCACAAGCTCAAAGGC
TGGTATGACGCACAAGGTAGGGATGAGAATTTCTCTTCACATGCTTCCTT
ATTAGGCACAGCCTCATCAACGATGAAGTCGGATCAATTCAAGACCATCG
CCCAAATAAGAGAGGAGCAATTGGGTATGTCGGAGGAGGCGGTTTACTTT
TCGCTGAAAGCAACAGTCATCTATATTAAGCAGGATAATATGTCTTTTGC
TTATCCTGCTTGTCTCTCAGAAGGTTGCAACAAGAAGGTGACCGAGCTTG
ATCCTGGTCAGTGGCGCTGTGAGCGCTGCGATAAGACTCACCCCCAACCT
GACTACCGCTACATAATGCATGTCAATGTCAGCGATCATACCGGCCAACT
TTGGCTGAGCTGCTTTGACGACGTGGGCAGATCGATGATGGACATTTCGG
CCAATCAGTTAATGGAGCTGTTTCAAACGGACGAAAAAGCAGCTGGCGAC
GTATTCCAGGATGCCAATTGCCGGACCTGGAATTTCCGATGCCGTGCCAA
AATAGACCATTTCGGCGAACAACAACGTATACGGTATCAGGTATCCTCGG
CCAAACCGATTAATTATTCCCACGAGGCTGGACGCCTTGCTGATCTGATT
GGATCTTACACTGTATCTTGAATGTCTTCAGAAGCAGCATCTCAAGTCTC
CGTTGGGGCACTCAGCGCTATCTTCGATGATACAAAGCCTCAAACGCGTG
AGCCTGTTGTTCAGTGTGTCCAGATAAAGCCATTGCCAGCTCAGCAGAGC
CACCCGGAACGCTACCGAGCTGTATTCAGTGATATTTCAAATTATGTGCA
GACGATGCTTGCGACCCAATTGAACCCCATGGTTTCTAGTAAGCTATTAC
GGAAGGGGTGTTTCGTTCGCCTGAAGTCATTCCAAGCGAACTCCGTGAAA
GGCAAAAAGATTCTTATTATTCTCGACCTTGAAGTCTTGGAGGGACTAGG
AGAGGCCGAGAAGATTGGCGATCCGAAACCACTCGAAAGTAAAACAGATG
AAGACGAGGAGCACCAGCCCACTACAATCTCCAGCAATGGTTTCTATGGA
TCGAAGATATCAGGAGCACAGGTCCAGTCAAATACCGGAGTGCAGTCAGC
ACGACCTGTTTTGGCCGCAACGCATGCTACTATATATCCCATCGAAGCTA
TTTCACCATATTCTCACAAATGGACGATCAAAGCACGCTGTACGAGCAAA
ACAAATATTAGGACCTGGCACAACAGGAATACCGAAGGGAGGCTCTTCAG
CGTTAATCTACTGGACGACAGTGGCGAAATACGAGCTACTGGATTTAATG
ACCAATGCGATATGCTGTATGACGTCTTCCAGGAGGGCGGTGTATACTAT
ATTTCCAACTGCCGCGTGCAGATTGCGAAAAAGCAGTACACGAACCTGAA
CAATGATTATGAGCTCACTTTCGAAAGGGATACGGTGGTTGAAAAGGCAG
AGGATCAGACCGATGTTCCCCAAGTTCGATTCAATTTCACTTCTATCGGT
GACCTCCAATCGGTAGAAAAAGATACTACAATCGATGTGATAGGTGTACT
GAAGGAGGCCATGGATGTTACACAGATCACATCCAAAACTACAAACAAAC
CCTATGACAAGCGTGAGCTAATCATGGTTGACAATACTGGGTTCTCCGTT
CGCCTGACCATCTGGGGCTCTACGGCGCAGAAATTCAATGCCTCGCCCGA
GTCTGTGATAGCTTTCAAAGGTGTGAAGGTCTCTGACTTTGGTGGGCGAA
GTCTGAGTTTGCTGAGCTCGGGTTCAATGGCGGTTGATCCTGACATTGAG
GAAGCCCACAAGCTCAAAGGCTGGTATGACGCACAAGGTAGGGATGAGAA
TTTCTCTTCACATGCTTCCTTATTAGGCACAGCCTCATCAACGATGAAGT
CGGATCAATTCAAGACCATCGCCCAAATAAGAGAGGAGCAATTGGGTATG
TCGGAGGAGGCGGTTTACTTTTCGCTGAAAGCAACAGTCATCTATATTAA
GCAGGATAATATGTCTTTTGCTTATCCTGCTTGTCTCTCAGAAGGTTGCA
ACAAGAAGGTGACCGAGCTTGATCCTGGTCAGTGGCGCTGTGAGCGCTGC
GATAAGACTCACCCCCAACCTGACTACCGCTACATAATGCATGTCAATGT
CAGCGATCATACCGGCCAACTTTGGCTGAGCTGCTTTGACGACGTGGGCA
GATCGATGATGGACATTTCGGCCAATCAGTTAATGGAGCTGTTTCAAACG
GACGAAAAAGCAGCTGGCGACGTATTCCAGGATGCCAATTGCCGGACCTG
GAATTTCCGATGCCGTGCCAAAATAGACCATTTCGGCGAACAACAACGTA
TACGGTATCAGGTATCCTCGGCCAAACCGATTAATTATTCCCACGAGGCT
GGACGCCTTGCTGATCTGATTGGATCTTACACTGTATCTTGAATGTCTTC
AGAAGCAGCATCTCAAGTCTCCGTTGGGGCACTCAGCGCTATCTTCGATG
ATACAAAGCCTCAAACGCGTGAGCCTGTTGTTCAGTGTGTCCAGATAAAG
CCATTGCCAGCTCAGCAGAGCCACCCGGAACGCTACCGAGCTGTATTCAG
TGATATTTCAAATTATGTGCAGACGATGCTTGCGACCCAATTGAACCCCA
TGGTTTCTAGTAAGCTATTACGGAAGGGGTGTTTCGTTCGCCTGAAGTCA
TTCCAAGCGAACTCCGTGAAAGGCAAAAAGATTCTTATTATTCTCGACCT
TGAAGTCTTGGAGGGACTAGGAGAGGCCGAGAAGATTGGCGATCCGAAAC
CACTCGAAAGTAAAACAGATGAAGACGAGGAGCACCAGCCCACTACAATC
TCCAGCAATGGTTTCTATGGATCGAAGATATCAGGAGCACAGGTCCAGTC
AAATACCGGAGTGCAGTCAGCACGACCTGTTTTGGCCGCAACGCATGCTA
CTATATATCCCATCGAAGCTATTTCACCATATTCTCACAAATGGACGATC
AAAGCACGCTGTACGAGCAAAACAAATATTAGGACCTGGCACAACAGGAA
TACCGAAGGGAGGCTCTTCAGCGTTAATCTACTGGACGACAGTGGCGAAA
TACGAGCTACTGGATTTAATGACCAATGCGATATGCTGTATGACGTCTTC
CAGGAGGGCGGTGTATACTATATTTCCAACTGCCGCGTGCAGATTGCGAA
AAAGCAGTACACGAACCTGAACAATGATTATGAGCTCACTTTCGAAAGGG
ATACGGTGGTTGAAAAGGCAGAGGATCAGACCGATGTTCCCCAAGTTCGA
TTCAATTTCACTTCTATCGGTGACCTCCAATCGGTAGAAAAAGATACTAC
AATCGATGTGATAGGTGTACTGAAGGAGGCCATGGATGTTACACAGATCA
CATCCAAAACTACAAACAAACCCTATGACAAGCGTGAGCTAATCATGGTT
GACAATACTGGGTTCTCCGTTCGCCTGACCATCTGGGGCTCTACGGCGCA
GAAATTCAATGCCTCGCCCGAGTCTGTGATAGCTTTCAAAGGTGTGAAGG
TCTCTGACTTTGGTGGGCGAAGTCTGAGTTTGCTGAGCTCGGGTTCAATG
GCGGTTGATCCTGACATTGAGGAAGCCCACAAGCTCAAAGGCTGGTATGA
CGCACAAGGTAGGGATGAGAATTTCTCTTCACATGCTTCCTTATTAGGCA
CAGCCTCATCAACGATGAAGTCGGATCAATTCAAGACCATCGCCCAAATA
AGAGAGGAGCAATTGGGTATGTCGGAGGAGGCGGTTTACTTTTCGCTGAA
AGCAACAGTCATCTATATTAAGCAGGATAATATGTCTTTTGCTTATCCTG
CTTGTCTCTCAGAAGGTTGCAACAAGAAGGTGACCGAGCTTGATCCTGGT
CAGTGGCGCTGTGAGCGCTGCGATAAGACTCACCCCCAACCTGACTACCG
CTACATAATGCATGTCAATGTCAGCGATCATACCGGCCAACTTTGGCTGA
GCTGCTTTGACGACGTGGGCAGATCGATGATGGACATTTCGGCCAATCAG
TTAATGGAGCTGTTTCAAACGGACGAAAAAGCAGCTGGCGACGTATTCCA
GGATGCCAATTGCCGGACCTGGAATTTCCGATGCCGTGCCAAAATAGACC
ATTTCGGCGAACAACAACGTATACGGTATCAGGTATCCTCGGCCAAACCG
ATTAATTATTCCCACGAGGCTGGACGCCTTGCTGATCTGATTGGATCTTA
CACTGTATCTTGAATGTCTTCAGAAGCAGCATCTCAAGTCTCCGTTGGGG
CACTCAGCGCTATCTTCGATGATACAAAGCCTCAAACGCGTGAGCCTGTT
GTTCAGTGTGTCCAGATAAAGCCATTGCCAGCTCAGCAGAGCCACCCGGA
ACGCTACCGAGCTGTATTCAGTGATATTTCAAATTATGTGCAGACGATGC
TTGCGACCCAATTGAACCCCATGGTTTCTAGTAAGCTATTACGGAAGGGG
TGTTTCGTTCGCCTGAAGTCATTCCAAGCGAACTCCGTGAAAGGCAAAAA
GATTCTTATTATTCTCGACCTTGAAGTCTTGGAGGGACTAGGAGAGGCCG
AGAAGATTGGCGATCCGAAACCACTCGAAAGTAAAACAGATGAAGACGAG
GAGCACCAGCCCACTACAATCTCCAGCAATGGTTTCTATGGATCGAAGAT
ATCAGGAGCACAGGTCCAGTCAAATACCGGAGTGCAGTCAGCACGACCTG
TTTTGGCCGCAACGCATGCTACTATATATCCCATCGAAGCTATTTCACCA
TATTCTCACAAATGGACGATCAAAGCACGCTGTACGAGCAAAACAAATAT
TAGGACCTGGCACAACAGGAATACCGAAGGGAGGCTCTTCAGCGTTAATC
TACTGGACGACAGTGGCGAAATACGAGCTACTGGATTTAATGACCAATGC
GATATGCTGTATGACGTCTTCCAGGAGGGCGGTGTATACTATATTTCCAA
CTGCCGCGTGCAGATTGCGAAAAAGCAGTACACGAACCTGAACAATGATT
ATGAGCTCACTTTCGAAAGGGATACGGTGGTTGAAAAGGCAGAGGATCAG
ACCGATGTTCCCCAAGTTCGATTCAATTTCACTTCTATCGGTGACCTCCA
ATCGGTAGAAAAAGATACTACAATCGATGTGATAGGTGTACTGAAGGAGG
CCATGGATGTTACACAGATCACATCCAAAACTACAAACAAACCCTATGAC
AAGCGTGAGCTAATCATGGTTGACAATACTGGGTTCTCCGTTCGCCTGAC
CATCTGGGGCTCTACGGCGCAGAAATTCAATGCCTCGCCCGAGTCTGTGA
TAGCTTTCAAAGGTGTGAAGGTCTCTGACTTTGGTGGGCGAAGTCTGAGT
TTGCTGAGCTCGGGTTCAATGGCGGTTGATCCTGACATTGAGGAAGCCCA
CAAGCTCAAAGGCTGGTATGACGCACAAGGTAGGGATGAGAATTTCTCTT
CACATGCTTCCTTATTAGGCACAGCCTCATCAACGATGAAGTCGGATCAA
TTCAAGACCATCGCCCAAATAAGAGAGGAGCAATTGGGTATGTCGGAGGA
GGCGGTTTACTTTTCGCTGAAAGCAACAGTCATCTATATTAAGCAGGATA
ATATGTCTTTTGCTTATCCTGCTTGTCTCTCAGAAGGTTGCAACAAGAAG
GTGACCGAGCTTGATCCTGGTCAGTGGCGCTGTGAGCGCTGCGATAAGAC
TCACCCCCAACCTGACTACCGCTACATAATGCATGTCAATGTCAGCGATC
ATACCGGCCAACTTTGGCTGAGCTGCTTTGACGACGTGGGCAGATCGATG
ATGGACATTTCGGCCAATCAGTTAATGGAGCTGTTTCAAACGGACGAAAA
AGCAGCTGGCGACGTATTCCAGGATGCCAATTGCCGGACCTGGAATTTCC
GATGCCGTGCCAAAATAGACCATTTCGGCGAACAACAACGTATACGGTAT
CAGGTATCCTCGGCCAAACCGATTAATTATTCCCACGAGGCTGGACGCCT
TGCTGATCTGATTGGATCTTACACTGTATCTTGAATGTCTTCAGAAGCAG
CATCTCAAGTCTCCGTTGGGGCACTCAGCGCTATCTTCGATGATACAAAG
CCTCAAACGCGTGAGCCTGTTGTTCAGTGTGTCCAGATAAAGCCATTGCC
AGCTCAGCAGAGCCACCCGGAACGCTACCGAGCTGTATTCAGTGATATTT
CAAATTATGTGCAGACGATGCTTGCGACCCAATTGAACCCCATGGTTTCT
AGTAAGCTATTACGGAAGGGGTGTTTCGTTCGCCTGAAGTCATTCCAAGC
GAACTCCGTGAAAGGCAAAAAGATTCTTATTATTCTCGACCTTGAAGTCT
TGGAGGGACTAGGAGAGGCCGAGAAGATTGGCGATCCGAAACCACTCGAA
AGTAAAACAGATGAAGACGAGGAGCACCAGCCCACTACAATCTCCAGCAA
TGGTTTCTATGGATCGAAGATATCAGGAGCACAGGTCCAGTCAAATACCG
GAGTGCAGTCAGCACGACCTGTTTTGGCCGCAACGCATGCTACTATATAT
CCCATCGAAGCTATTTCACCATATTCTCACAAATGGACGATCAAAGCACG
CTGTACGAGCAAAACAAATATTAGGACCTGGCACAACAGGAATACCGAAG
GGAGGCTCTTCAGCGTTAATCTACTGGACGACAGTGGCGAAATACGAGCT
ACTGGATTTAATGACCAATGCGATATGCTGTATGACGTCTTCCAGGAGGG
CGGTGTATACTATATTTCCAACTGCCGCGTGCAGATTGCGAAAAAGCAGT
ACACGAACCTGAACAATGATTATGAGCTCACTTTCGAAAGGGATACGGTG
GTTGAAAAGGCAGAGGATCAGACCGATGTTCCCCAAGTTCGATTCAATTT
CACTTCTATCGGTGACCTCCAATCGGTAGAAAAAGATACTACAATCGATG
TGATAGGTGTACTGAAGGAGGCCATGGATGTTACACAGATCACATCCAAA
ACTACAAACAAACCCTATGACAAGCGTGAGCTAATCATGGTTGACAATAC
TGGGTTCTCCGTTCGCCTGACCATCTGGGGCTCTACGGCGCAGAAATTCA
ATGCCTCGCCCGAGTCTGTGATAGCTTTCAAAGGTGTGAAGGTCTCTGAC
TTTGGTGGGCGAAGTCTGAGTTTGCTGAGCTCGGGTTCAATGGCGGTTGA
TCCTGACATTGAGGAAGCCCACAAGCTCAAAGGCTGGTATGACGCACAAG
GTAGGGATGAGAATTTCTCTTCACATGCTTCCTTATTAGGCACAGCCTCA
TCAACGATGAAGTCGGATCAATTCAAGACCATCGCCCAAATAAGAGAGGA
GCAATTGGGTATGTCGGAGGAGGCGGTTTACTTTTCGCTGAAAGCAACAG
TCATCTATATTAAGCAGGATAATATGTCTTTTGCTTATCCTGCTTGTCTC
TCAGAAGGTTGCAACAAGAAGGTGACCGAGCTTGATCCTGGTCAGTGGCG
CTGTGAGCGCTGCGATAAGACTCACCCCCAACCTGACTACCGCTACATAA
TGCATGTCAATGTCAGCGATCATACCGGCCAACTTTGGCTGAGCTGCTTT
GACGACGTGGGCAGATCGATGATGGACATTTCGGCCAATCAGTTAATGGA
GCTGTTTCAAACGGACGAAAAAGCAGCTGGCGACGTATTCCAGGATGCCA
ATTGCCGGACCTGGAATTTCCGATGCCGTGCCAAAATAGACCATTTCGGC
GAACAACAACGTATACGGTATCAGGTATCCTCGGCCAAACCGATTAATTA
TTCCCACGAGGCTGGACGCCTTGCTGATCTGATTGGATCTTACACTGTAT
CTTGAATGTCTTCAGAAGCAGCATCTCAAGTCTCCGTTGGGGCACTCAGC
GCTATCTTCGATGATACAAAGCCTCAAACGCGTGAGCCTGTTGTTCAGTG
TGTCCAGATAAAGCCATTGCCAGCTCAGCAGAGCCACCCGGAACGCTACC
GAGCTGTATTCAGTGATATTTCAAATTATGTGCAGACGATGCTTGCGACC
CAATTGAACCCCATGGTTTCTAGTAAGCTATTACGGAAGGGGTGTTTCGT
TCGCCTGAAGTCATTCCAAGCGAACTCCGTGAAAGGCAAAAAGATTCTTA
TTATTCTCGACCTTGAAGTCTTGGAGGGACTAGGAGAGGCCGAGAAGATT
GGCGATCCGAAACCACTCGAAAGTAAAACAGATGAAGACGAGGAGCACCA
GCCCACTACAATCTCCAGCAATGGTTTCTATGGATCGAAGATATCAGGAG
CACAGGTCCAGTCAAATACCGGAGTGCAGTCAGCACGACCTGTTTTGGCC
GCAACGCATGCTACTATATATCCCATCGAAGCTATTTCACCATATTCTCA
CAAATGGACGATCAAAGCACGCTGTACGAGCAAAACAAATATTAGGACCT
GGCACAACAGGAATACCGAAGGGAGGCTCTTCAGCGTTAATCTACTGGAC
GACAGTGGCGAAATACGAGCTACTGGATTTAATGACCAATGCGATATGCT
GTATGACGTCTTCCAGGAGGGCGGTGTATACTATATTTCCAACTGCCGCG
TGCAGATTGCGAAAAAGCAGTACACGAACCTGAACAATGATTATGAGCTC
ACTTTCGAAAGGGATACGGTGGTTGAAAAGGCAGAGGATCAGACCGATGT
TCCCCAAGTTCGATTCAATTTCACTTCTATCGGTGACCTCCAATCGGTAG
AAAAAGATACTACAATCGATGTGATAGGTGTACTGAAGGAGGCCATGGAT
GTTACACAGATCACATCCAAAACTACAAACAAACCCTATGACAAGCGTGA
GCTAATCATGGTTGACAATACTGGGTTCTCCGTTCGCCTGACCATCTGGG
GCTCTACGGCGCAGAAATTCAATGCCTCGCCCGAGTCTGTGATAGCTTTC
AAAGGTGTGAAGGTCTCTGACTTTGGTGGGCGAAGTCTGAGTTTGCTGAG
CTCGGGTTCAATGGCGGTTGATCCTGACATTGAGGAAGCCCACAAGCTCA
AAGGCTGGTATGACGCACAAGGTAGGGATGAGAATTTCTCTTCACATGCT
TCCTTATTAGGCACAGCCTCATCAACGATGAAGTCGGATCAATTCAAGAC
CATCGCCCAAATAAGAGAGGAGCAATTGGGTATGTCGGAGGAGGCGGTTT
ACTTTTCGCTGAAAGCAACAGTCATCTATATTAAGCAGGATAATATGTCT
TTTGCTTATCCTGCTTGTCTCTCAGAAGGTTGCAACAAGAAGGTGACCGA
GCTTGATCCTGGTCAGTGGCGCTGTGAGCGCTGCGATAAGACTCACCCCC
AACCTGACTACCGCTACATAATGCATGTCAATGTCAGCGATCATACCGGC
CAACTTTGGCTGAGCTGCTTTGACGACGTGGGCAGATCGATGATGGACAT
TTCGGCCAATCAGTTAATGGAGCTGTTTCAAACGGACGAAAAAGCAGCTG
GCGACGTATTCCAGGATGCCAATTGCCGGACCTGGAATTTCCGATGCCGT
GCCAAAATAGACCATTTCGGCGAACAACAACGTATACGGTATCAGGTATC
CTCGGCCAAACCGATTAATTATTCCCACGAGGCTGGACGCCTTGCTGATC
TGATTGGATCTTACACTGTATCTTGA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0005634nucleus
Vocabulary: Biological Process
TermDefinition
GO:0006310DNA recombination
GO:0006260DNA replication
GO:0006281DNA repair
Vocabulary: Molecular Function
TermDefinition
GO:0003676nucleic acid binding
GO:0003677DNA binding
Relationships

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

Feature NameUnique NameSpeciesType
KYF_005056KYF_005056Aspergillus niger KYF3gene


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

Feature NameUnique NameSpeciesType
KYF_005056-T1KYF_005056-T1-proteinAspergillus niger KYF3polypeptide


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

Feature NameUnique NameSpeciesType
KYF_005056-T1.exon1KYF_005056-T1.exon1Aspergillus niger KYF3exon
KYF_005056-T1.exon2KYF_005056-T1.exon2Aspergillus niger KYF3exon
KYF_005056-T1.exon3KYF_005056-T1.exon3Aspergillus niger KYF3exon
KYF_005056-T1.exon4KYF_005056-T1.exon4Aspergillus niger KYF3exon
KYF_005056-T1.exon5KYF_005056-T1.exon5Aspergillus niger KYF3exon
KYF_005056-T1.exon6KYF_005056-T1.exon6Aspergillus niger KYF3exon


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

Feature NameUnique NameSpeciesType
KYF_005056-T1.cdsKYF_005056-T1.cdsAspergillus niger KYF3CDS


Properties
Property NameValue
NoteBUSCO:EOG09262387
DBxrefInterPro:IPR012340
DBxrefInterPro:IPR013955
DBxrefInterPro:IPR004365
DBxrefInterPro:IPR007199
DBxrefInterPro:IPR031657
DBxrefInterPro:IPR004591
DBxrefPFAM:PF01336
DBxrefPFAM:PF08646
DBxrefPFAM:PF16900
DBxrefPFAM:PF04057
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
ch4supercontigch4:2535406..2537500 +
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