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KYF_008650-T1, KYF_008650-T1 (mRNA) Aspergillus niger KYF3

Overview
NameKYF_008650-T1
Unique NameKYF_008650-T1
TypemRNA
OrganismAspergillus niger KYF3
Sequences
The following sequences are available for this feature:

mRNA from alignment at ch6:4503899..4506099-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>KYF_008650-T1 ID=KYF_008650-T1|Name=KYF_008650-T1|organism=Aspergillus niger KYF3|type=mRNA|length=2201bp|location=Sequence derived from alignment at ch6:4503899..4506099- (Aspergillus niger KYF3)
ATGCCCTCCAACTACACTCAGCATGTCGGAAATCATGATTTTACTCGTGC
CACCGTCGTGATTATCGGAGCCGGCGTATCAGGTAGAACATGAACCCCAT
GCTTGTGACCTGGGGAATTGTGAACTCTGTAGCTAACAGACTCCAGGGAT
GTGCATGGCTATTGACCTCCTTCATCGAACCCCCATCCGAAAATTCGTCA
TACTCGAGCAGGGAAGCTCGGTCGGTGGAACCTGGGCCAACAATCTCTAC
CCGGGCTGTGCATCCGACGGTAAGAAGCGACCGGTCCAACATGATTGTTG
GCATGAATAACCAAGAGTCGTGTAGTCTGTAGCTCTTTGTACAGCTATTC
ATTCGAGCAACGTCCCGACTGGGCAGCAGAGTATCCGGGTCAGGAAGAGT
TTCTGGTAATCTTGTCCTCCATTCTGGAAATATGAGAGGCTGACGCATCC
GCAGACATATATGACAGATGTCGCGCAGAAACACGGCCTCTACAAATACA
TCCGTTTCAACTCAACTGTACAAGAAGCCCGTTGGGACGACAAGCAACAG
CAATGGAAGGTTAAGGTGGCCCTGAACAGCGCTAAGGCTAGCGAATTCCA
CGAGCAATATGAACTCACCACCAACTTTCTCGTATCAGCCGTCGGTCAAC
TAAATGTGCCCAGCTATCCCTCCATTTCAGGCCGGGATGACTATACTGGC
AAGTTAATTCACTCCGCCAGATGGGACTGGACCTACGACTTCTCTGGCAA
GCGGATTGGCGTGATTGGAAACGGTATCTACTTCATACCCAGTGAAATAC
TCTGACATCAAAGGCTGACGGCAATGATAGGCGCCTCGGCAATCCAAATC
GTCCCCGAACTAGCCAAAACTGCCTCTCATATCACCATCTACCAGCGCAG
TCCGAAATGGCTCCTCCCTCGCTCTAACAAGAAAATCGGCGCTATCCAGC
ATTTCTTGCTATCTTATGTACCGCCCTTGCGCTGGTGCAAGCGAATTCTG
CAGATGCGTTACCGAGAATGGTTATACAACGTCCTTGTCACCCCCGGCAC
AGTCCCAGCCCGCCAATTTGAGGCGCAATCACAGGAATGGATGAAAAGCC
AGTTGCCCGATAAGCCTGAATTGTGGGACACTCTGACCCCAAACTATGCC
ATTGGATGCAAGCGCGTTCTCATCTCCGATGACTTCTATGCTGCCTTGAA
CGCGAGTCACGTCGATCTCAATACCCGACCGATTCAACGCATCACAGCCA
CGGGGGTGCAAACAGACGATGACGAGCAGGAATACGACCTCATTGTACTG
GCCACTGGCTTCCGTGCTTCGGAATTCCTGCACCCGATCCGGGTGTACGG
TGCTGGTGGCCGATCTCTGGAAGATATCTGGAAGGACGGACCCAGAGCAT
ACTATGGTATGACGGTCGAGGATGTGCCGAATTTCGGCATGCTCTATGGG
CCCAACACGAACTTGGGTGTGTTCATCTTTCCATCCGAAATTATTAGAGT
GCATACACTGACAGGAATAGGCCACAACTCCGTTATCACAATGATCGAAG
CTCAATCAAGATACCTAAGCACAATGATCCGGGCCGTAGCGGACGCAAAG
AAGAAGGACCAAACATTGGTCATCCAACCCAGGCCAGAAGTGCTGCGAGA
ATACAACGAGCGGGTCCAGAAACACTTGGCTGAAACCAGTTTCGCCGATC
CTAATTGCCAAAGCTGGTACAAGACTGATGAGGGCCTGATCACGAATAAC
TGGCCATCCACAGTGGTGCGGTACCAGAAAGAGGTGTCTCAGGTGCGGTG
GGCGGACTTCATTCTCAAGGGTAGTGGCTCTGCTGCGGTGGCGAAGAAGA
AGGCGACTTATGTTGGTCGGGTTAAGGAAGAGGCGCTAGTTAGCAATGTT
ACGCTGTTCTTGGGAGTGGCCCTGGCGGCTGGGGGAGTTTATTGGCGTGC
TACGAGCTGGTGGAAGTGGTAGGTTTGGAATATGCTGGTGTGTCGGACCG
ATTTGTCGTCGGATATGTTTTTAGTCGAGGTAATGAATTAGCATGTTTGA
TTGTCTGAGTAGGGAGGTGCCTCTCATAGACAAAGTAGGTGACGATGGCA
TTCTTTCAGGCTCTGGAAAGACTGCCTGGACCTCGCGTGTTTGCCCCGGT
GCCCACTGTGCGAGCGGCTTGCTGAGAATTTTATCTCTGAGGAGGGCATG
A
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Coding sequence (CDS) from alignment at ch6:4503899..4506099-

>KYF_008650-T1 ID=KYF_008650-T1|Name=KYF_008650-T1|organism=Aspergillus niger KYF3|type=CDS|length=12789bp|location=Sequence derived from alignment at ch6:4503899..4506099- (Aspergillus niger KYF3)
GGAGGTGCCTCTCATAGACAAAGTAGGTGACGATGGCATTCTTTCAGGCT
CTGGAAAGACTGCCTGGACCTCGCGTGTTTGCCCCGGTGCCCACTGTGCG
AGCGGCTTGCTGAGAATTTTATCTCTGAGGAGGGCATGAGCCACAACTCC
GTTATCACAATGATCGAAGCTCAATCAAGATACCTAAGCACAATGATCCG
GGCCGTAGCGGACGCAAAGAAGAAGGACCAAACATTGGTCATCCAACCCA
GGCCAGAAGTGCTGCGAGAATACAACGAGCGGGTCCAGAAACACTTGGCT
GAAACCAGTTTCGCCGATCCTAATTGCCAAAGCTGGTACAAGACTGATGA
GGGCCTGATCACGAATAACTGGCCATCCACAGTGGTGCGGTACCAGAAAG
AGGTGTCTCAGGTGCGGTGGGCGGACTTCATTCTCAAGGGTAGTGGCTCT
GCTGCGGTGGCGAAGAAGAAGGCGACTTATGTTGGTCGGGTTAAGGAAGA
GGCGCTAGTTAGCAATGTTACGCTGTTCTTGGGAGTGGCCCTGGCGGCTG
GGGGAGTTTATTGGCGTGCTACGAGCTGGTGGAAGTGGCGCCTCGGCAAT
CCAAATCGTCCCCGAACTAGCCAAAACTGCCTCTCATATCACCATCTACC
AGCGCAGTCCGAAATGGCTCCTCCCTCGCTCTAACAAGAAAATCGGCGCT
ATCCAGCATTTCTTGCTATCTTATGTACCGCCCTTGCGCTGGTGCAAGCG
AATTCTGCAGATGCGTTACCGAGAATGGTTATACAACGTCCTTGTCACCC
CCGGCACAGTCCCAGCCCGCCAATTTGAGGCGCAATCACAGGAATGGATG
AAAAGCCAGTTGCCCGATAAGCCTGAATTGTGGGACACTCTGACCCCAAA
CTATGCCATTGGATGCAAGCGCGTTCTCATCTCCGATGACTTCTATGCTG
CCTTGAACGCGAGTCACGTCGATCTCAATACCCGACCGATTCAACGCATC
ACAGCCACGGGGGTGCAAACAGACGATGACGAGCAGGAATACGACCTCAT
TGTACTGGCCACTGGCTTCCGTGCTTCGGAATTCCTGCACCCGATCCGGG
TGTACGGTGCTGGTGGCCGATCTCTGGAAGATATCTGGAAGGACGGACCC
AGAGCATACTATGGTATGACGGTCGAGGATGTGCCGAATTTCGGCATGCT
CTATGGGCCCAACACGAACTTGGACATATATGACAGATGTCGCGCAGAAA
CACGGCCTCTACAAATACATCCGTTTCAACTCAACTGTACAAGAAGCCCG
TTGGGACGACAAGCAACAGCAATGGAAGGTTAAGGTGGCCCTGAACAGCG
CTAAGGCTAGCGAATTCCACGAGCAATATGAACTCACCACCAACTTTCTC
GTATCAGCCGTCGGTCAACTAAATGTGCCCAGCTATCCCTCCATTTCAGG
CCGGGATGACTATACTGGCAAGTTAATTCACTCCGCCAGATGGGACTGGA
CCTACGACTTCTCTGGCAAGCGGATTGGCGTGATTGGAAACGTCTGTAGC
TCTTTGTACAGCTATTCATTCGAGCAACGTCCCGACTGGGCAGCAGAGTA
TCCGGGTCAGGAAGAGTTTCTGGGATGTGCATGGCTATTGACCTCCTTCA
TCGAACCCCCATCCGAAAATTCGTCATACTCGAGCAGGGAAGCTCGGTCG
GTGGAACCTGGGCCAACAATCTCTACCCGGGCTGTGCATCCGACGATGCC
CTCCAACTACACTCAGCATGTCGGAAATCATGATTTTACTCGTGCCACCG
TCGTGATTATCGGAGCCGGCGTATCAGGGAGGTGCCTCTCATAGACAAAG
TAGGTGACGATGGCATTCTTTCAGGCTCTGGAAAGACTGCCTGGACCTCG
CGTGTTTGCCCCGGTGCCCACTGTGCGAGCGGCTTGCTGAGAATTTTATC
TCTGAGGAGGGCATGAGCCACAACTCCGTTATCACAATGATCGAAGCTCA
ATCAAGATACCTAAGCACAATGATCCGGGCCGTAGCGGACGCAAAGAAGA
AGGACCAAACATTGGTCATCCAACCCAGGCCAGAAGTGCTGCGAGAATAC
AACGAGCGGGTCCAGAAACACTTGGCTGAAACCAGTTTCGCCGATCCTAA
TTGCCAAAGCTGGTACAAGACTGATGAGGGCCTGATCACGAATAACTGGC
CATCCACAGTGGTGCGGTACCAGAAAGAGGTGTCTCAGGTGCGGTGGGCG
GACTTCATTCTCAAGGGTAGTGGCTCTGCTGCGGTGGCGAAGAAGAAGGC
GACTTATGTTGGTCGGGTTAAGGAAGAGGCGCTAGTTAGCAATGTTACGC
TGTTCTTGGGAGTGGCCCTGGCGGCTGGGGGAGTTTATTGGCGTGCTACG
AGCTGGTGGAAGTGGCGCCTCGGCAATCCAAATCGTCCCCGAACTAGCCA
AAACTGCCTCTCATATCACCATCTACCAGCGCAGTCCGAAATGGCTCCTC
CCTCGCTCTAACAAGAAAATCGGCGCTATCCAGCATTTCTTGCTATCTTA
TGTACCGCCCTTGCGCTGGTGCAAGCGAATTCTGCAGATGCGTTACCGAG
AATGGTTATACAACGTCCTTGTCACCCCCGGCACAGTCCCAGCCCGCCAA
TTTGAGGCGCAATCACAGGAATGGATGAAAAGCCAGTTGCCCGATAAGCC
TGAATTGTGGGACACTCTGACCCCAAACTATGCCATTGGATGCAAGCGCG
TTCTCATCTCCGATGACTTCTATGCTGCCTTGAACGCGAGTCACGTCGAT
CTCAATACCCGACCGATTCAACGCATCACAGCCACGGGGGTGCAAACAGA
CGATGACGAGCAGGAATACGACCTCATTGTACTGGCCACTGGCTTCCGTG
CTTCGGAATTCCTGCACCCGATCCGGGTGTACGGTGCTGGTGGCCGATCT
CTGGAAGATATCTGGAAGGACGGACCCAGAGCATACTATGGTATGACGGT
CGAGGATGTGCCGAATTTCGGCATGCTCTATGGGCCCAACACGAACTTGG
ACATATATGACAGATGTCGCGCAGAAACACGGCCTCTACAAATACATCCG
TTTCAACTCAACTGTACAAGAAGCCCGTTGGGACGACAAGCAACAGCAAT
GGAAGGTTAAGGTGGCCCTGAACAGCGCTAAGGCTAGCGAATTCCACGAG
CAATATGAACTCACCACCAACTTTCTCGTATCAGCCGTCGGTCAACTAAA
TGTGCCCAGCTATCCCTCCATTTCAGGCCGGGATGACTATACTGGCAAGT
TAATTCACTCCGCCAGATGGGACTGGACCTACGACTTCTCTGGCAAGCGG
ATTGGCGTGATTGGAAACGTCTGTAGCTCTTTGTACAGCTATTCATTCGA
GCAACGTCCCGACTGGGCAGCAGAGTATCCGGGTCAGGAAGAGTTTCTGG
GATGTGCATGGCTATTGACCTCCTTCATCGAACCCCCATCCGAAAATTCG
TCATACTCGAGCAGGGAAGCTCGGTCGGTGGAACCTGGGCCAACAATCTC
TACCCGGGCTGTGCATCCGACGATGCCCTCCAACTACACTCAGCATGTCG
GAAATCATGATTTTACTCGTGCCACCGTCGTGATTATCGGAGCCGGCGTA
TCAGGGAGGTGCCTCTCATAGACAAAGTAGGTGACGATGGCATTCTTTCA
GGCTCTGGAAAGACTGCCTGGACCTCGCGTGTTTGCCCCGGTGCCCACTG
TGCGAGCGGCTTGCTGAGAATTTTATCTCTGAGGAGGGCATGAGCCACAA
CTCCGTTATCACAATGATCGAAGCTCAATCAAGATACCTAAGCACAATGA
TCCGGGCCGTAGCGGACGCAAAGAAGAAGGACCAAACATTGGTCATCCAA
CCCAGGCCAGAAGTGCTGCGAGAATACAACGAGCGGGTCCAGAAACACTT
GGCTGAAACCAGTTTCGCCGATCCTAATTGCCAAAGCTGGTACAAGACTG
ATGAGGGCCTGATCACGAATAACTGGCCATCCACAGTGGTGCGGTACCAG
AAAGAGGTGTCTCAGGTGCGGTGGGCGGACTTCATTCTCAAGGGTAGTGG
CTCTGCTGCGGTGGCGAAGAAGAAGGCGACTTATGTTGGTCGGGTTAAGG
AAGAGGCGCTAGTTAGCAATGTTACGCTGTTCTTGGGAGTGGCCCTGGCG
GCTGGGGGAGTTTATTGGCGTGCTACGAGCTGGTGGAAGTGGCGCCTCGG
CAATCCAAATCGTCCCCGAACTAGCCAAAACTGCCTCTCATATCACCATC
TACCAGCGCAGTCCGAAATGGCTCCTCCCTCGCTCTAACAAGAAAATCGG
CGCTATCCAGCATTTCTTGCTATCTTATGTACCGCCCTTGCGCTGGTGCA
AGCGAATTCTGCAGATGCGTTACCGAGAATGGTTATACAACGTCCTTGTC
ACCCCCGGCACAGTCCCAGCCCGCCAATTTGAGGCGCAATCACAGGAATG
GATGAAAAGCCAGTTGCCCGATAAGCCTGAATTGTGGGACACTCTGACCC
CAAACTATGCCATTGGATGCAAGCGCGTTCTCATCTCCGATGACTTCTAT
GCTGCCTTGAACGCGAGTCACGTCGATCTCAATACCCGACCGATTCAACG
CATCACAGCCACGGGGGTGCAAACAGACGATGACGAGCAGGAATACGACC
TCATTGTACTGGCCACTGGCTTCCGTGCTTCGGAATTCCTGCACCCGATC
CGGGTGTACGGTGCTGGTGGCCGATCTCTGGAAGATATCTGGAAGGACGG
ACCCAGAGCATACTATGGTATGACGGTCGAGGATGTGCCGAATTTCGGCA
TGCTCTATGGGCCCAACACGAACTTGGACATATATGACAGATGTCGCGCA
GAAACACGGCCTCTACAAATACATCCGTTTCAACTCAACTGTACAAGAAG
CCCGTTGGGACGACAAGCAACAGCAATGGAAGGTTAAGGTGGCCCTGAAC
AGCGCTAAGGCTAGCGAATTCCACGAGCAATATGAACTCACCACCAACTT
TCTCGTATCAGCCGTCGGTCAACTAAATGTGCCCAGCTATCCCTCCATTT
CAGGCCGGGATGACTATACTGGCAAGTTAATTCACTCCGCCAGATGGGAC
TGGACCTACGACTTCTCTGGCAAGCGGATTGGCGTGATTGGAAACGTCTG
TAGCTCTTTGTACAGCTATTCATTCGAGCAACGTCCCGACTGGGCAGCAG
AGTATCCGGGTCAGGAAGAGTTTCTGGGATGTGCATGGCTATTGACCTCC
TTCATCGAACCCCCATCCGAAAATTCGTCATACTCGAGCAGGGAAGCTCG
GTCGGTGGAACCTGGGCCAACAATCTCTACCCGGGCTGTGCATCCGACGA
TGCCCTCCAACTACACTCAGCATGTCGGAAATCATGATTTTACTCGTGCC
ACCGTCGTGATTATCGGAGCCGGCGTATCAGGGAGGTGCCTCTCATAGAC
AAAGTAGGTGACGATGGCATTCTTTCAGGCTCTGGAAAGACTGCCTGGAC
CTCGCGTGTTTGCCCCGGTGCCCACTGTGCGAGCGGCTTGCTGAGAATTT
TATCTCTGAGGAGGGCATGAGCCACAACTCCGTTATCACAATGATCGAAG
CTCAATCAAGATACCTAAGCACAATGATCCGGGCCGTAGCGGACGCAAAG
AAGAAGGACCAAACATTGGTCATCCAACCCAGGCCAGAAGTGCTGCGAGA
ATACAACGAGCGGGTCCAGAAACACTTGGCTGAAACCAGTTTCGCCGATC
CTAATTGCCAAAGCTGGTACAAGACTGATGAGGGCCTGATCACGAATAAC
TGGCCATCCACAGTGGTGCGGTACCAGAAAGAGGTGTCTCAGGTGCGGTG
GGCGGACTTCATTCTCAAGGGTAGTGGCTCTGCTGCGGTGGCGAAGAAGA
AGGCGACTTATGTTGGTCGGGTTAAGGAAGAGGCGCTAGTTAGCAATGTT
ACGCTGTTCTTGGGAGTGGCCCTGGCGGCTGGGGGAGTTTATTGGCGTGC
TACGAGCTGGTGGAAGTGGCGCCTCGGCAATCCAAATCGTCCCCGAACTA
GCCAAAACTGCCTCTCATATCACCATCTACCAGCGCAGTCCGAAATGGCT
CCTCCCTCGCTCTAACAAGAAAATCGGCGCTATCCAGCATTTCTTGCTAT
CTTATGTACCGCCCTTGCGCTGGTGCAAGCGAATTCTGCAGATGCGTTAC
CGAGAATGGTTATACAACGTCCTTGTCACCCCCGGCACAGTCCCAGCCCG
CCAATTTGAGGCGCAATCACAGGAATGGATGAAAAGCCAGTTGCCCGATA
AGCCTGAATTGTGGGACACTCTGACCCCAAACTATGCCATTGGATGCAAG
CGCGTTCTCATCTCCGATGACTTCTATGCTGCCTTGAACGCGAGTCACGT
CGATCTCAATACCCGACCGATTCAACGCATCACAGCCACGGGGGTGCAAA
CAGACGATGACGAGCAGGAATACGACCTCATTGTACTGGCCACTGGCTTC
CGTGCTTCGGAATTCCTGCACCCGATCCGGGTGTACGGTGCTGGTGGCCG
ATCTCTGGAAGATATCTGGAAGGACGGACCCAGAGCATACTATGGTATGA
CGGTCGAGGATGTGCCGAATTTCGGCATGCTCTATGGGCCCAACACGAAC
TTGGACATATATGACAGATGTCGCGCAGAAACACGGCCTCTACAAATACA
TCCGTTTCAACTCAACTGTACAAGAAGCCCGTTGGGACGACAAGCAACAG
CAATGGAAGGTTAAGGTGGCCCTGAACAGCGCTAAGGCTAGCGAATTCCA
CGAGCAATATGAACTCACCACCAACTTTCTCGTATCAGCCGTCGGTCAAC
TAAATGTGCCCAGCTATCCCTCCATTTCAGGCCGGGATGACTATACTGGC
AAGTTAATTCACTCCGCCAGATGGGACTGGACCTACGACTTCTCTGGCAA
GCGGATTGGCGTGATTGGAAACGTCTGTAGCTCTTTGTACAGCTATTCAT
TCGAGCAACGTCCCGACTGGGCAGCAGAGTATCCGGGTCAGGAAGAGTTT
CTGGGATGTGCATGGCTATTGACCTCCTTCATCGAACCCCCATCCGAAAA
TTCGTCATACTCGAGCAGGGAAGCTCGGTCGGTGGAACCTGGGCCAACAA
TCTCTACCCGGGCTGTGCATCCGACGATGCCCTCCAACTACACTCAGCAT
GTCGGAAATCATGATTTTACTCGTGCCACCGTCGTGATTATCGGAGCCGG
CGTATCAGGGAGGTGCCTCTCATAGACAAAGTAGGTGACGATGGCATTCT
TTCAGGCTCTGGAAAGACTGCCTGGACCTCGCGTGTTTGCCCCGGTGCCC
ACTGTGCGAGCGGCTTGCTGAGAATTTTATCTCTGAGGAGGGCATGAGCC
ACAACTCCGTTATCACAATGATCGAAGCTCAATCAAGATACCTAAGCACA
ATGATCCGGGCCGTAGCGGACGCAAAGAAGAAGGACCAAACATTGGTCAT
CCAACCCAGGCCAGAAGTGCTGCGAGAATACAACGAGCGGGTCCAGAAAC
ACTTGGCTGAAACCAGTTTCGCCGATCCTAATTGCCAAAGCTGGTACAAG
ACTGATGAGGGCCTGATCACGAATAACTGGCCATCCACAGTGGTGCGGTA
CCAGAAAGAGGTGTCTCAGGTGCGGTGGGCGGACTTCATTCTCAAGGGTA
GTGGCTCTGCTGCGGTGGCGAAGAAGAAGGCGACTTATGTTGGTCGGGTT
AAGGAAGAGGCGCTAGTTAGCAATGTTACGCTGTTCTTGGGAGTGGCCCT
GGCGGCTGGGGGAGTTTATTGGCGTGCTACGAGCTGGTGGAAGTGGCGCC
TCGGCAATCCAAATCGTCCCCGAACTAGCCAAAACTGCCTCTCATATCAC
CATCTACCAGCGCAGTCCGAAATGGCTCCTCCCTCGCTCTAACAAGAAAA
TCGGCGCTATCCAGCATTTCTTGCTATCTTATGTACCGCCCTTGCGCTGG
TGCAAGCGAATTCTGCAGATGCGTTACCGAGAATGGTTATACAACGTCCT
TGTCACCCCCGGCACAGTCCCAGCCCGCCAATTTGAGGCGCAATCACAGG
AATGGATGAAAAGCCAGTTGCCCGATAAGCCTGAATTGTGGGACACTCTG
ACCCCAAACTATGCCATTGGATGCAAGCGCGTTCTCATCTCCGATGACTT
CTATGCTGCCTTGAACGCGAGTCACGTCGATCTCAATACCCGACCGATTC
AACGCATCACAGCCACGGGGGTGCAAACAGACGATGACGAGCAGGAATAC
GACCTCATTGTACTGGCCACTGGCTTCCGTGCTTCGGAATTCCTGCACCC
GATCCGGGTGTACGGTGCTGGTGGCCGATCTCTGGAAGATATCTGGAAGG
ACGGACCCAGAGCATACTATGGTATGACGGTCGAGGATGTGCCGAATTTC
GGCATGCTCTATGGGCCCAACACGAACTTGGACATATATGACAGATGTCG
CGCAGAAACACGGCCTCTACAAATACATCCGTTTCAACTCAACTGTACAA
GAAGCCCGTTGGGACGACAAGCAACAGCAATGGAAGGTTAAGGTGGCCCT
GAACAGCGCTAAGGCTAGCGAATTCCACGAGCAATATGAACTCACCACCA
ACTTTCTCGTATCAGCCGTCGGTCAACTAAATGTGCCCAGCTATCCCTCC
ATTTCAGGCCGGGATGACTATACTGGCAAGTTAATTCACTCCGCCAGATG
GGACTGGACCTACGACTTCTCTGGCAAGCGGATTGGCGTGATTGGAAACG
TCTGTAGCTCTTTGTACAGCTATTCATTCGAGCAACGTCCCGACTGGGCA
GCAGAGTATCCGGGTCAGGAAGAGTTTCTGGGATGTGCATGGCTATTGAC
CTCCTTCATCGAACCCCCATCCGAAAATTCGTCATACTCGAGCAGGGAAG
CTCGGTCGGTGGAACCTGGGCCAACAATCTCTACCCGGGCTGTGCATCCG
ACGATGCCCTCCAACTACACTCAGCATGTCGGAAATCATGATTTTACTCG
TGCCACCGTCGTGATTATCGGAGCCGGCGTATCAGGGAGGTGCCTCTCAT
AGACAAAGTAGGTGACGATGGCATTCTTTCAGGCTCTGGAAAGACTGCCT
GGACCTCGCGTGTTTGCCCCGGTGCCCACTGTGCGAGCGGCTTGCTGAGA
ATTTTATCTCTGAGGAGGGCATGAGCCACAACTCCGTTATCACAATGATC
GAAGCTCAATCAAGATACCTAAGCACAATGATCCGGGCCGTAGCGGACGC
AAAGAAGAAGGACCAAACATTGGTCATCCAACCCAGGCCAGAAGTGCTGC
GAGAATACAACGAGCGGGTCCAGAAACACTTGGCTGAAACCAGTTTCGCC
GATCCTAATTGCCAAAGCTGGTACAAGACTGATGAGGGCCTGATCACGAA
TAACTGGCCATCCACAGTGGTGCGGTACCAGAAAGAGGTGTCTCAGGTGC
GGTGGGCGGACTTCATTCTCAAGGGTAGTGGCTCTGCTGCGGTGGCGAAG
AAGAAGGCGACTTATGTTGGTCGGGTTAAGGAAGAGGCGCTAGTTAGCAA
TGTTACGCTGTTCTTGGGAGTGGCCCTGGCGGCTGGGGGAGTTTATTGGC
GTGCTACGAGCTGGTGGAAGTGGCGCCTCGGCAATCCAAATCGTCCCCGA
ACTAGCCAAAACTGCCTCTCATATCACCATCTACCAGCGCAGTCCGAAAT
GGCTCCTCCCTCGCTCTAACAAGAAAATCGGCGCTATCCAGCATTTCTTG
CTATCTTATGTACCGCCCTTGCGCTGGTGCAAGCGAATTCTGCAGATGCG
TTACCGAGAATGGTTATACAACGTCCTTGTCACCCCCGGCACAGTCCCAG
CCCGCCAATTTGAGGCGCAATCACAGGAATGGATGAAAAGCCAGTTGCCC
GATAAGCCTGAATTGTGGGACACTCTGACCCCAAACTATGCCATTGGATG
CAAGCGCGTTCTCATCTCCGATGACTTCTATGCTGCCTTGAACGCGAGTC
ACGTCGATCTCAATACCCGACCGATTCAACGCATCACAGCCACGGGGGTG
CAAACAGACGATGACGAGCAGGAATACGACCTCATTGTACTGGCCACTGG
CTTCCGTGCTTCGGAATTCCTGCACCCGATCCGGGTGTACGGTGCTGGTG
GCCGATCTCTGGAAGATATCTGGAAGGACGGACCCAGAGCATACTATGGT
ATGACGGTCGAGGATGTGCCGAATTTCGGCATGCTCTATGGGCCCAACAC
GAACTTGGACATATATGACAGATGTCGCGCAGAAACACGGCCTCTACAAA
TACATCCGTTTCAACTCAACTGTACAAGAAGCCCGTTGGGACGACAAGCA
ACAGCAATGGAAGGTTAAGGTGGCCCTGAACAGCGCTAAGGCTAGCGAAT
TCCACGAGCAATATGAACTCACCACCAACTTTCTCGTATCAGCCGTCGGT
CAACTAAATGTGCCCAGCTATCCCTCCATTTCAGGCCGGGATGACTATAC
TGGCAAGTTAATTCACTCCGCCAGATGGGACTGGACCTACGACTTCTCTG
GCAAGCGGATTGGCGTGATTGGAAACGTCTGTAGCTCTTTGTACAGCTAT
TCATTCGAGCAACGTCCCGACTGGGCAGCAGAGTATCCGGGTCAGGAAGA
GTTTCTGGGATGTGCATGGCTATTGACCTCCTTCATCGAACCCCCATCCG
AAAATTCGTCATACTCGAGCAGGGAAGCTCGGTCGGTGGAACCTGGGCCA
ACAATCTCTACCCGGGCTGTGCATCCGACGATGCCCTCCAACTACACTCA
GCATGTCGGAAATCATGATTTTACTCGTGCCACCGTCGTGATTATCGGAG
CCGGCGTATCAGGGAGGTGCCTCTCATAGACAAAGTAGGTGACGATGGCA
TTCTTTCAGGCTCTGGAAAGACTGCCTGGACCTCGCGTGTTTGCCCCGGT
GCCCACTGTGCGAGCGGCTTGCTGAGAATTTTATCTCTGAGGAGGGCATG
AGCCACAACTCCGTTATCACAATGATCGAAGCTCAATCAAGATACCTAAG
CACAATGATCCGGGCCGTAGCGGACGCAAAGAAGAAGGACCAAACATTGG
TCATCCAACCCAGGCCAGAAGTGCTGCGAGAATACAACGAGCGGGTCCAG
AAACACTTGGCTGAAACCAGTTTCGCCGATCCTAATTGCCAAAGCTGGTA
CAAGACTGATGAGGGCCTGATCACGAATAACTGGCCATCCACAGTGGTGC
GGTACCAGAAAGAGGTGTCTCAGGTGCGGTGGGCGGACTTCATTCTCAAG
GGTAGTGGCTCTGCTGCGGTGGCGAAGAAGAAGGCGACTTATGTTGGTCG
GGTTAAGGAAGAGGCGCTAGTTAGCAATGTTACGCTGTTCTTGGGAGTGG
CCCTGGCGGCTGGGGGAGTTTATTGGCGTGCTACGAGCTGGTGGAAGTGG
CGCCTCGGCAATCCAAATCGTCCCCGAACTAGCCAAAACTGCCTCTCATA
TCACCATCTACCAGCGCAGTCCGAAATGGCTCCTCCCTCGCTCTAACAAG
AAAATCGGCGCTATCCAGCATTTCTTGCTATCTTATGTACCGCCCTTGCG
CTGGTGCAAGCGAATTCTGCAGATGCGTTACCGAGAATGGTTATACAACG
TCCTTGTCACCCCCGGCACAGTCCCAGCCCGCCAATTTGAGGCGCAATCA
CAGGAATGGATGAAAAGCCAGTTGCCCGATAAGCCTGAATTGTGGGACAC
TCTGACCCCAAACTATGCCATTGGATGCAAGCGCGTTCTCATCTCCGATG
ACTTCTATGCTGCCTTGAACGCGAGTCACGTCGATCTCAATACCCGACCG
ATTCAACGCATCACAGCCACGGGGGTGCAAACAGACGATGACGAGCAGGA
ATACGACCTCATTGTACTGGCCACTGGCTTCCGTGCTTCGGAATTCCTGC
ACCCGATCCGGGTGTACGGTGCTGGTGGCCGATCTCTGGAAGATATCTGG
AAGGACGGACCCAGAGCATACTATGGTATGACGGTCGAGGATGTGCCGAA
TTTCGGCATGCTCTATGGGCCCAACACGAACTTGGACATATATGACAGAT
GTCGCGCAGAAACACGGCCTCTACAAATACATCCGTTTCAACTCAACTGT
ACAAGAAGCCCGTTGGGACGACAAGCAACAGCAATGGAAGGTTAAGGTGG
CCCTGAACAGCGCTAAGGCTAGCGAATTCCACGAGCAATATGAACTCACC
ACCAACTTTCTCGTATCAGCCGTCGGTCAACTAAATGTGCCCAGCTATCC
CTCCATTTCAGGCCGGGATGACTATACTGGCAAGTTAATTCACTCCGCCA
GATGGGACTGGACCTACGACTTCTCTGGCAAGCGGATTGGCGTGATTGGA
AACGTCTGTAGCTCTTTGTACAGCTATTCATTCGAGCAACGTCCCGACTG
GGCAGCAGAGTATCCGGGTCAGGAAGAGTTTCTGGGATGTGCATGGCTAT
TGACCTCCTTCATCGAACCCCCATCCGAAAATTCGTCATACTCGAGCAGG
GAAGCTCGGTCGGTGGAACCTGGGCCAACAATCTCTACCCGGGCTGTGCA
TCCGACGATGCCCTCCAACTACACTCAGCATGTCGGAAATCATGATTTTA
CTCGTGCCACCGTCGTGATTATCGGAGCCGGCGTATCAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0055114oxidation-reduction process
Vocabulary: Molecular Function
TermDefinition
GO:0050661NADP binding
GO:0050660flavin adenine dinucleotide binding
GO:0004499N,N-dimethylaniline monooxygenase activity
Relationships

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

Feature NameUnique NameSpeciesType
KYF_008650KYF_008650Aspergillus niger KYF3gene


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

Feature NameUnique NameSpeciesType
KYF_008650-T1KYF_008650-T1-proteinAspergillus niger KYF3polypeptide


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

Feature NameUnique NameSpeciesType
KYF_008650-T1.cdsKYF_008650-T1.cdsAspergillus niger KYF3CDS


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

Feature NameUnique NameSpeciesType
KYF_008650-T1.exon7KYF_008650-T1.exon7Aspergillus niger KYF3exon
KYF_008650-T1.exon6KYF_008650-T1.exon6Aspergillus niger KYF3exon
KYF_008650-T1.exon5KYF_008650-T1.exon5Aspergillus niger KYF3exon
KYF_008650-T1.exon4KYF_008650-T1.exon4Aspergillus niger KYF3exon
KYF_008650-T1.exon3KYF_008650-T1.exon3Aspergillus niger KYF3exon
KYF_008650-T1.exon2KYF_008650-T1.exon2Aspergillus niger KYF3exon
KYF_008650-T1.exon1KYF_008650-T1.exon1Aspergillus niger KYF3exon


Properties
Property NameValue
NoteantiSMASH:Cluster_6.18
NoteEggNog:ENOG41
NoteSMCOG1092:hypothetical protein
DBxrefInterPro:IPR020946
DBxrefInterPro:IPR036188
DBxrefPFAM:PF13738
DBxrefPFAM:PF07992
DBxrefPFAM:PF13450
DBxrefPFAM:PF00743
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
ch6supercontigch6:4503899..4506099 -
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