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KYF_009676-T1, KYF_009676-T1 (mRNA) Aspergillus niger KYF3

Overview
NameKYF_009676-T1
Unique NameKYF_009676-T1
TypemRNA
OrganismAspergillus niger KYF3
Sequences
The following sequences are available for this feature:

mRNA from alignment at ch7:2962432..2964781-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>KYF_009676-T1 ID=KYF_009676-T1|Name=KYF_009676-T1|organism=Aspergillus niger KYF3|type=mRNA|length=2350bp|location=Sequence derived from alignment at ch7:2962432..2964781- (Aspergillus niger KYF3)
ATGCTCACGAGATCCTTAAGACCCAAGGGAACCCTCCGCTGGACACGTCC
AGGCCTGCCATACCGGCGGTGTTTGGCCCATGTCTCGAACGTCTCGGACC
TCCCTACAGTGCGTTGCAGCCCACGCCCAGTTCACCATCTGACCCCGATC
CACCTATGCCAGGATACAGAACTAACCCCTCCCTTATAGGAGGAAAACAA
GCCTTTTAGCGTACCGATAGCAGACGACAGTTTCGAAACATACAATCTCG
ACCCTCCCCCCTACAGCCTGGAAACCACCAAAAGCCAACTAAAACAACTT
TACTATGACATGTCGCTAATAAGGTCTCTTTCCATCCCCTTCCAATCATA
TTCGTCCTGGACCCCCAAATTAACTTTCCCAGACGCATGGAACTCGCAGC
CGACAAGTTATACAAGGAACAAAAGATCCGTGGCTTTTGCCACCTCTCCA
CAGGCCAAGAGGCTGTCGCGGTGGGGGTAGAACACGGGATCAGCCCCGAA
GACAAGGTTATCACTGCGTACCGCGCCCACGGATTCACTTTGATGCGGGG
TGGGAGTGTCAAATCCATCATTGGAGAGTTACTCGGTCGCCGAGATGGCA
TTTGTCATGGAAAGGGCGGTTCGGTGCATATGTTTACAAAGAACTTCTTT
GGTGGGAATGGGATTGTAGGGTCGAATGTACCCCTGGGGACGGGGATTGC
GTTCGCGCAGCAGTATGATGATACTAAGAAGGTGACGGTGAACCTTTATG
GAGATGGCGCTGCGAATCAGGGCCAGGTACATGAGGCGTATAACATGGCT
AAGCTGTGGGAATTGCCTGTTATATTTGGCTGCGAGAGTGAGTTCGGTTG
ATTTCCAAAATTTTTCTCGGTTATCTTTCATCAGTTGTTCTTGTGTTATG
TTGGATCACCCGGGACTCATTTTCTAATGCCATGTCTTGTCGCAGATAAT
AAATACGGAATGGGCACATCCGTGGAGCGCGCTTCCGCCATGACCGAATA
CTACAAACGAGGATATTACATTCCCGGTCTACGCATCAACGGAATGGACG
TTCTGGCCGTGATTGCAGCAATGAAGTATGGCAAAGACTACGTGTTGGGC
GGAAATGGACCTTTGCTGTACGAATTCCAAACATACCGGTATGCGGGACA
CTCGGTATCTGATCCGGGGACGGCGTACCGGAGCAGAGACGAAGTGCAGG
CTGAGCGGGCCAATGACCCTATCACGACTTATCGAGAAAAGATGATTGAA
TGGGGCGTGCTCAGCGAGGACGATGTTAAGACGATGGATAAGGAGATCCG
AAGCAAAGTTGACCGCGAAGCTCAGGAAGCGGAGAAGATGGCGGAACCAC
CTTTGAATTCTGATGTGTTGTTCGAGGATATTTATGTTCGTGGTAGCGAG
CCAGCCCAGCGGCGCGGGAGAACCGTTGATGAGACATACTACCGGGGTTG
ATAAGGTAAAGCCACCAAAACTTTAATCTCGAGGGGTGTTGCGCTTTCAT
AGTGAGCTCATAGGCATGTGCCTCGCATAATATAGGTCGGTATAGTCTAG
TCTAATTGAACGTCATTATGATTAGCAAGGCCTCGGATAGTAAATAAAGG
GCATGCAGCACTTAGGGAGTTTGTAGCCAGTAGACCCTAACCGAACGACG
CGTATTCTGCTGTAGACAGGTACCATAACATCATCGTCCAAATGGCTTCA
TTCAATCCAACCTTGAAAACCCCCGAGTACTGCACTGCAGACTTCTCTCT
AATTCCAGTATGTGACCACTTGTTTCTATTTAGCTAAAGGGAGACAGAAA
AATGGTTCGGTCGATACCAAATTCTAACACCCGTGACCTAGATCGGCTCT
CAAAGCGCATCCTTCTCCAAGCAGGTTGCGGATATCCAGCGTCTGATGCA
GAACTCCGGTCTCAAGTATCAGATGCACGCCACTAGAACTATAGTTGGTA
TGCTTCCGTTCACATTCAACCCGTTTCGATGCTGGATCGGAATTTTAGTC
GTGGATATCGGCCCGAACACTGCATGAAGCAACGATGTAGGGCTTCCATG
TGGAGTCTTTATTCTGAGATCATGTGCTATTTCCCGTCTTTGTTCTTGCA
AAGCTGATACATCTGGTTAAAGAGGGATCGTGGGACCAGGTATCCCAAGT
CATCGGATACGCCCATACGCTGATTCACCAGGAAGGCATCGCCAGGATTC
AGACGGACATTCGCATCACCACTAGGTGAGTTTGCTTTTCGTAGTTTTAT
CCACTTTCTTGGCCGTTATCTTAGACTAGTGTATAGGACCGACAAGGTGC
AGCCTATGGAGGCCAATATAGCCTCGGTGCAGAGGGCTCTTGCGACTTAA
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Coding sequence (CDS) from alignment at ch7:2962432..2964781-

>KYF_009676-T1 ID=KYF_009676-T1|Name=KYF_009676-T1|organism=Aspergillus niger KYF3|type=CDS|length=12504bp|location=Sequence derived from alignment at ch7:2962432..2964781- (Aspergillus niger KYF3)
GACCGACAAGGTGCAGCCTATGGAGGCCAATATAGCCTCGGTGCAGAGGG
CTCTTGCGACTTAAAGGGATCGTGGGACCAGGTATCCCAAGTCATCGGAT
ACGCCCATACGCTGATTCACCAGGAAGGCATCGCCAGGATTCAGACGGAC
ATTCGCATCACCACTAGATCGGCTCTCAAAGCGCATCCTTCTCCAAGCAG
GTTGCGGATATCCAGCGTCTGATGCAGAACTCCGGTCTCAAGTATCAGAT
GCACGCCACTAGAACTATAGTTGACAGGTACCATAACATCATCGTCCAAA
TGGCTTCATTCAATCCAACCTTGAAAACCCCCGAGTACTGCACTGCAGAC
TTCTCTCTAATTCCAATAATAAATACGGAATGGGCACATCCGTGGAGCGC
GCTTCCGCCATGACCGAATACTACAAACGAGGATATTACATTCCCGGTCT
ACGCATCAACGGAATGGACGTTCTGGCCGTGATTGCAGCAATGAAGTATG
GCAAAGACTACGTGTTGGGCGGAAATGGACCTTTGCTGTACGAATTCCAA
ACATACCGGTATGCGGGACACTCGGTATCTGATCCGGGGACGGCGTACCG
GAGCAGAGACGAAGTGCAGGCTGAGCGGGCCAATGACCCTATCACGACTT
ATCGAGAAAAGATGATTGAATGGGGCGTGCTCAGCGAGGACGATGTTAAG
ACGATGGATAAGGAGATCCGAAGCAAAGTTGACCGCGAAGCTCAGGAAGC
GGAGAAGATGGCGGAACCACCTTTGAATTCTGATGTGTTGTTCGAGGATA
TTTATGTTCGTGGTAGCGAGCCAGCCCAGCGGCGCGGGAGAACCGTTGAT
GAGACATACTACCGGGACGCATGGAACTCGCAGCCGACAAGTTATACAAG
GAACAAAAGATCCGTGGCTTTTGCCACCTCTCCACAGGCCAAGAGGCTGT
CGCGGTGGGGGTAGAACACGGGATCAGCCCCGAAGACAAGGTTATCACTG
CGTACCGCGCCCACGGATTCACTTTGATGCGGGGTGGGAGTGTCAAATCC
ATCATTGGAGAGTTACTCGGTCGCCGAGATGGCATTTGTCATGGAAAGGG
CGGTTCGGTGCATATGTTTACAAAGAACTTCTTTGGTGGGAATGGGATTG
TAGGGTCGAATGTACCCCTGGGGACGGGGATTGCGTTCGCGCAGCAGTAT
GATGATACTAAGAAGGTGACGGTGAACCTTTATGGAGATGGCGCTGCGAA
TCAGGGCCAGGTACATGAGGCGTATAACATGGCTAAGCTGTGGGAATTGC
CTGTTATATTTGGCTGCGAGAGAGGAAAACAAGCCTTTTAGCGTACCGAT
AGCAGACGACAGTTTCGAAACATACAATCTCGACCCTCCCCCCTACAGCC
TGGAAACCACCAAAAGCCAACTAAAACAACTTTACTATGACATGTCGCTA
ATAAGATGCTCACGAGATCCTTAAGACCCAAGGGAACCCTCCGCTGGACA
CGTCCAGGCCTGCCATACCGGCGGTGTTTGGCCCATGTCTCGAACGTCTC
GGACCTCCCTACAGACCGACAAGGTGCAGCCTATGGAGGCCAATATAGCC
TCGGTGCAGAGGGCTCTTGCGACTTAAAGGGATCGTGGGACCAGGTATCC
CAAGTCATCGGATACGCCCATACGCTGATTCACCAGGAAGGCATCGCCAG
GATTCAGACGGACATTCGCATCACCACTAGATCGGCTCTCAAAGCGCATC
CTTCTCCAAGCAGGTTGCGGATATCCAGCGTCTGATGCAGAACTCCGGTC
TCAAGTATCAGATGCACGCCACTAGAACTATAGTTGACAGGTACCATAAC
ATCATCGTCCAAATGGCTTCATTCAATCCAACCTTGAAAACCCCCGAGTA
CTGCACTGCAGACTTCTCTCTAATTCCAATAATAAATACGGAATGGGCAC
ATCCGTGGAGCGCGCTTCCGCCATGACCGAATACTACAAACGAGGATATT
ACATTCCCGGTCTACGCATCAACGGAATGGACGTTCTGGCCGTGATTGCA
GCAATGAAGTATGGCAAAGACTACGTGTTGGGCGGAAATGGACCTTTGCT
GTACGAATTCCAAACATACCGGTATGCGGGACACTCGGTATCTGATCCGG
GGACGGCGTACCGGAGCAGAGACGAAGTGCAGGCTGAGCGGGCCAATGAC
CCTATCACGACTTATCGAGAAAAGATGATTGAATGGGGCGTGCTCAGCGA
GGACGATGTTAAGACGATGGATAAGGAGATCCGAAGCAAAGTTGACCGCG
AAGCTCAGGAAGCGGAGAAGATGGCGGAACCACCTTTGAATTCTGATGTG
TTGTTCGAGGATATTTATGTTCGTGGTAGCGAGCCAGCCCAGCGGCGCGG
GAGAACCGTTGATGAGACATACTACCGGGACGCATGGAACTCGCAGCCGA
CAAGTTATACAAGGAACAAAAGATCCGTGGCTTTTGCCACCTCTCCACAG
GCCAAGAGGCTGTCGCGGTGGGGGTAGAACACGGGATCAGCCCCGAAGAC
AAGGTTATCACTGCGTACCGCGCCCACGGATTCACTTTGATGCGGGGTGG
GAGTGTCAAATCCATCATTGGAGAGTTACTCGGTCGCCGAGATGGCATTT
GTCATGGAAAGGGCGGTTCGGTGCATATGTTTACAAAGAACTTCTTTGGT
GGGAATGGGATTGTAGGGTCGAATGTACCCCTGGGGACGGGGATTGCGTT
CGCGCAGCAGTATGATGATACTAAGAAGGTGACGGTGAACCTTTATGGAG
ATGGCGCTGCGAATCAGGGCCAGGTACATGAGGCGTATAACATGGCTAAG
CTGTGGGAATTGCCTGTTATATTTGGCTGCGAGAGAGGAAAACAAGCCTT
TTAGCGTACCGATAGCAGACGACAGTTTCGAAACATACAATCTCGACCCT
CCCCCCTACAGCCTGGAAACCACCAAAAGCCAACTAAAACAACTTTACTA
TGACATGTCGCTAATAAGATGCTCACGAGATCCTTAAGACCCAAGGGAAC
CCTCCGCTGGACACGTCCAGGCCTGCCATACCGGCGGTGTTTGGCCCATG
TCTCGAACGTCTCGGACCTCCCTACAGACCGACAAGGTGCAGCCTATGGA
GGCCAATATAGCCTCGGTGCAGAGGGCTCTTGCGACTTAAAGGGATCGTG
GGACCAGGTATCCCAAGTCATCGGATACGCCCATACGCTGATTCACCAGG
AAGGCATCGCCAGGATTCAGACGGACATTCGCATCACCACTAGATCGGCT
CTCAAAGCGCATCCTTCTCCAAGCAGGTTGCGGATATCCAGCGTCTGATG
CAGAACTCCGGTCTCAAGTATCAGATGCACGCCACTAGAACTATAGTTGA
CAGGTACCATAACATCATCGTCCAAATGGCTTCATTCAATCCAACCTTGA
AAACCCCCGAGTACTGCACTGCAGACTTCTCTCTAATTCCAATAATAAAT
ACGGAATGGGCACATCCGTGGAGCGCGCTTCCGCCATGACCGAATACTAC
AAACGAGGATATTACATTCCCGGTCTACGCATCAACGGAATGGACGTTCT
GGCCGTGATTGCAGCAATGAAGTATGGCAAAGACTACGTGTTGGGCGGAA
ATGGACCTTTGCTGTACGAATTCCAAACATACCGGTATGCGGGACACTCG
GTATCTGATCCGGGGACGGCGTACCGGAGCAGAGACGAAGTGCAGGCTGA
GCGGGCCAATGACCCTATCACGACTTATCGAGAAAAGATGATTGAATGGG
GCGTGCTCAGCGAGGACGATGTTAAGACGATGGATAAGGAGATCCGAAGC
AAAGTTGACCGCGAAGCTCAGGAAGCGGAGAAGATGGCGGAACCACCTTT
GAATTCTGATGTGTTGTTCGAGGATATTTATGTTCGTGGTAGCGAGCCAG
CCCAGCGGCGCGGGAGAACCGTTGATGAGACATACTACCGGGACGCATGG
AACTCGCAGCCGACAAGTTATACAAGGAACAAAAGATCCGTGGCTTTTGC
CACCTCTCCACAGGCCAAGAGGCTGTCGCGGTGGGGGTAGAACACGGGAT
CAGCCCCGAAGACAAGGTTATCACTGCGTACCGCGCCCACGGATTCACTT
TGATGCGGGGTGGGAGTGTCAAATCCATCATTGGAGAGTTACTCGGTCGC
CGAGATGGCATTTGTCATGGAAAGGGCGGTTCGGTGCATATGTTTACAAA
GAACTTCTTTGGTGGGAATGGGATTGTAGGGTCGAATGTACCCCTGGGGA
CGGGGATTGCGTTCGCGCAGCAGTATGATGATACTAAGAAGGTGACGGTG
AACCTTTATGGAGATGGCGCTGCGAATCAGGGCCAGGTACATGAGGCGTA
TAACATGGCTAAGCTGTGGGAATTGCCTGTTATATTTGGCTGCGAGAGAG
GAAAACAAGCCTTTTAGCGTACCGATAGCAGACGACAGTTTCGAAACATA
CAATCTCGACCCTCCCCCCTACAGCCTGGAAACCACCAAAAGCCAACTAA
AACAACTTTACTATGACATGTCGCTAATAAGATGCTCACGAGATCCTTAA
GACCCAAGGGAACCCTCCGCTGGACACGTCCAGGCCTGCCATACCGGCGG
TGTTTGGCCCATGTCTCGAACGTCTCGGACCTCCCTACAGACCGACAAGG
TGCAGCCTATGGAGGCCAATATAGCCTCGGTGCAGAGGGCTCTTGCGACT
TAAAGGGATCGTGGGACCAGGTATCCCAAGTCATCGGATACGCCCATACG
CTGATTCACCAGGAAGGCATCGCCAGGATTCAGACGGACATTCGCATCAC
CACTAGATCGGCTCTCAAAGCGCATCCTTCTCCAAGCAGGTTGCGGATAT
CCAGCGTCTGATGCAGAACTCCGGTCTCAAGTATCAGATGCACGCCACTA
GAACTATAGTTGACAGGTACCATAACATCATCGTCCAAATGGCTTCATTC
AATCCAACCTTGAAAACCCCCGAGTACTGCACTGCAGACTTCTCTCTAAT
TCCAATAATAAATACGGAATGGGCACATCCGTGGAGCGCGCTTCCGCCAT
GACCGAATACTACAAACGAGGATATTACATTCCCGGTCTACGCATCAACG
GAATGGACGTTCTGGCCGTGATTGCAGCAATGAAGTATGGCAAAGACTAC
GTGTTGGGCGGAAATGGACCTTTGCTGTACGAATTCCAAACATACCGGTA
TGCGGGACACTCGGTATCTGATCCGGGGACGGCGTACCGGAGCAGAGACG
AAGTGCAGGCTGAGCGGGCCAATGACCCTATCACGACTTATCGAGAAAAG
ATGATTGAATGGGGCGTGCTCAGCGAGGACGATGTTAAGACGATGGATAA
GGAGATCCGAAGCAAAGTTGACCGCGAAGCTCAGGAAGCGGAGAAGATGG
CGGAACCACCTTTGAATTCTGATGTGTTGTTCGAGGATATTTATGTTCGT
GGTAGCGAGCCAGCCCAGCGGCGCGGGAGAACCGTTGATGAGACATACTA
CCGGGACGCATGGAACTCGCAGCCGACAAGTTATACAAGGAACAAAAGAT
CCGTGGCTTTTGCCACCTCTCCACAGGCCAAGAGGCTGTCGCGGTGGGGG
TAGAACACGGGATCAGCCCCGAAGACAAGGTTATCACTGCGTACCGCGCC
CACGGATTCACTTTGATGCGGGGTGGGAGTGTCAAATCCATCATTGGAGA
GTTACTCGGTCGCCGAGATGGCATTTGTCATGGAAAGGGCGGTTCGGTGC
ATATGTTTACAAAGAACTTCTTTGGTGGGAATGGGATTGTAGGGTCGAAT
GTACCCCTGGGGACGGGGATTGCGTTCGCGCAGCAGTATGATGATACTAA
GAAGGTGACGGTGAACCTTTATGGAGATGGCGCTGCGAATCAGGGCCAGG
TACATGAGGCGTATAACATGGCTAAGCTGTGGGAATTGCCTGTTATATTT
GGCTGCGAGAGAGGAAAACAAGCCTTTTAGCGTACCGATAGCAGACGACA
GTTTCGAAACATACAATCTCGACCCTCCCCCCTACAGCCTGGAAACCACC
AAAAGCCAACTAAAACAACTTTACTATGACATGTCGCTAATAAGATGCTC
ACGAGATCCTTAAGACCCAAGGGAACCCTCCGCTGGACACGTCCAGGCCT
GCCATACCGGCGGTGTTTGGCCCATGTCTCGAACGTCTCGGACCTCCCTA
CAGACCGACAAGGTGCAGCCTATGGAGGCCAATATAGCCTCGGTGCAGAG
GGCTCTTGCGACTTAAAGGGATCGTGGGACCAGGTATCCCAAGTCATCGG
ATACGCCCATACGCTGATTCACCAGGAAGGCATCGCCAGGATTCAGACGG
ACATTCGCATCACCACTAGATCGGCTCTCAAAGCGCATCCTTCTCCAAGC
AGGTTGCGGATATCCAGCGTCTGATGCAGAACTCCGGTCTCAAGTATCAG
ATGCACGCCACTAGAACTATAGTTGACAGGTACCATAACATCATCGTCCA
AATGGCTTCATTCAATCCAACCTTGAAAACCCCCGAGTACTGCACTGCAG
ACTTCTCTCTAATTCCAATAATAAATACGGAATGGGCACATCCGTGGAGC
GCGCTTCCGCCATGACCGAATACTACAAACGAGGATATTACATTCCCGGT
CTACGCATCAACGGAATGGACGTTCTGGCCGTGATTGCAGCAATGAAGTA
TGGCAAAGACTACGTGTTGGGCGGAAATGGACCTTTGCTGTACGAATTCC
AAACATACCGGTATGCGGGACACTCGGTATCTGATCCGGGGACGGCGTAC
CGGAGCAGAGACGAAGTGCAGGCTGAGCGGGCCAATGACCCTATCACGAC
TTATCGAGAAAAGATGATTGAATGGGGCGTGCTCAGCGAGGACGATGTTA
AGACGATGGATAAGGAGATCCGAAGCAAAGTTGACCGCGAAGCTCAGGAA
GCGGAGAAGATGGCGGAACCACCTTTGAATTCTGATGTGTTGTTCGAGGA
TATTTATGTTCGTGGTAGCGAGCCAGCCCAGCGGCGCGGGAGAACCGTTG
ATGAGACATACTACCGGGACGCATGGAACTCGCAGCCGACAAGTTATACA
AGGAACAAAAGATCCGTGGCTTTTGCCACCTCTCCACAGGCCAAGAGGCT
GTCGCGGTGGGGGTAGAACACGGGATCAGCCCCGAAGACAAGGTTATCAC
TGCGTACCGCGCCCACGGATTCACTTTGATGCGGGGTGGGAGTGTCAAAT
CCATCATTGGAGAGTTACTCGGTCGCCGAGATGGCATTTGTCATGGAAAG
GGCGGTTCGGTGCATATGTTTACAAAGAACTTCTTTGGTGGGAATGGGAT
TGTAGGGTCGAATGTACCCCTGGGGACGGGGATTGCGTTCGCGCAGCAGT
ATGATGATACTAAGAAGGTGACGGTGAACCTTTATGGAGATGGCGCTGCG
AATCAGGGCCAGGTACATGAGGCGTATAACATGGCTAAGCTGTGGGAATT
GCCTGTTATATTTGGCTGCGAGAGAGGAAAACAAGCCTTTTAGCGTACCG
ATAGCAGACGACAGTTTCGAAACATACAATCTCGACCCTCCCCCCTACAG
CCTGGAAACCACCAAAAGCCAACTAAAACAACTTTACTATGACATGTCGC
TAATAAGATGCTCACGAGATCCTTAAGACCCAAGGGAACCCTCCGCTGGA
CACGTCCAGGCCTGCCATACCGGCGGTGTTTGGCCCATGTCTCGAACGTC
TCGGACCTCCCTACAGACCGACAAGGTGCAGCCTATGGAGGCCAATATAG
CCTCGGTGCAGAGGGCTCTTGCGACTTAAAGGGATCGTGGGACCAGGTAT
CCCAAGTCATCGGATACGCCCATACGCTGATTCACCAGGAAGGCATCGCC
AGGATTCAGACGGACATTCGCATCACCACTAGATCGGCTCTCAAAGCGCA
TCCTTCTCCAAGCAGGTTGCGGATATCCAGCGTCTGATGCAGAACTCCGG
TCTCAAGTATCAGATGCACGCCACTAGAACTATAGTTGACAGGTACCATA
ACATCATCGTCCAAATGGCTTCATTCAATCCAACCTTGAAAACCCCCGAG
TACTGCACTGCAGACTTCTCTCTAATTCCAATAATAAATACGGAATGGGC
ACATCCGTGGAGCGCGCTTCCGCCATGACCGAATACTACAAACGAGGATA
TTACATTCCCGGTCTACGCATCAACGGAATGGACGTTCTGGCCGTGATTG
CAGCAATGAAGTATGGCAAAGACTACGTGTTGGGCGGAAATGGACCTTTG
CTGTACGAATTCCAAACATACCGGTATGCGGGACACTCGGTATCTGATCC
GGGGACGGCGTACCGGAGCAGAGACGAAGTGCAGGCTGAGCGGGCCAATG
ACCCTATCACGACTTATCGAGAAAAGATGATTGAATGGGGCGTGCTCAGC
GAGGACGATGTTAAGACGATGGATAAGGAGATCCGAAGCAAAGTTGACCG
CGAAGCTCAGGAAGCGGAGAAGATGGCGGAACCACCTTTGAATTCTGATG
TGTTGTTCGAGGATATTTATGTTCGTGGTAGCGAGCCAGCCCAGCGGCGC
GGGAGAACCGTTGATGAGACATACTACCGGGACGCATGGAACTCGCAGCC
GACAAGTTATACAAGGAACAAAAGATCCGTGGCTTTTGCCACCTCTCCAC
AGGCCAAGAGGCTGTCGCGGTGGGGGTAGAACACGGGATCAGCCCCGAAG
ACAAGGTTATCACTGCGTACCGCGCCCACGGATTCACTTTGATGCGGGGT
GGGAGTGTCAAATCCATCATTGGAGAGTTACTCGGTCGCCGAGATGGCAT
TTGTCATGGAAAGGGCGGTTCGGTGCATATGTTTACAAAGAACTTCTTTG
GTGGGAATGGGATTGTAGGGTCGAATGTACCCCTGGGGACGGGGATTGCG
TTCGCGCAGCAGTATGATGATACTAAGAAGGTGACGGTGAACCTTTATGG
AGATGGCGCTGCGAATCAGGGCCAGGTACATGAGGCGTATAACATGGCTA
AGCTGTGGGAATTGCCTGTTATATTTGGCTGCGAGAGAGGAAAACAAGCC
TTTTAGCGTACCGATAGCAGACGACAGTTTCGAAACATACAATCTCGACC
CTCCCCCCTACAGCCTGGAAACCACCAAAAGCCAACTAAAACAACTTTAC
TATGACATGTCGCTAATAAGATGCTCACGAGATCCTTAAGACCCAAGGGA
ACCCTCCGCTGGACACGTCCAGGCCTGCCATACCGGCGGTGTTTGGCCCA
TGTCTCGAACGTCTCGGACCTCCCTACAGACCGACAAGGTGCAGCCTATG
GAGGCCAATATAGCCTCGGTGCAGAGGGCTCTTGCGACTTAAAGGGATCG
TGGGACCAGGTATCCCAAGTCATCGGATACGCCCATACGCTGATTCACCA
GGAAGGCATCGCCAGGATTCAGACGGACATTCGCATCACCACTAGATCGG
CTCTCAAAGCGCATCCTTCTCCAAGCAGGTTGCGGATATCCAGCGTCTGA
TGCAGAACTCCGGTCTCAAGTATCAGATGCACGCCACTAGAACTATAGTT
GACAGGTACCATAACATCATCGTCCAAATGGCTTCATTCAATCCAACCTT
GAAAACCCCCGAGTACTGCACTGCAGACTTCTCTCTAATTCCAATAATAA
ATACGGAATGGGCACATCCGTGGAGCGCGCTTCCGCCATGACCGAATACT
ACAAACGAGGATATTACATTCCCGGTCTACGCATCAACGGAATGGACGTT
CTGGCCGTGATTGCAGCAATGAAGTATGGCAAAGACTACGTGTTGGGCGG
AAATGGACCTTTGCTGTACGAATTCCAAACATACCGGTATGCGGGACACT
CGGTATCTGATCCGGGGACGGCGTACCGGAGCAGAGACGAAGTGCAGGCT
GAGCGGGCCAATGACCCTATCACGACTTATCGAGAAAAGATGATTGAATG
GGGCGTGCTCAGCGAGGACGATGTTAAGACGATGGATAAGGAGATCCGAA
GCAAAGTTGACCGCGAAGCTCAGGAAGCGGAGAAGATGGCGGAACCACCT
TTGAATTCTGATGTGTTGTTCGAGGATATTTATGTTCGTGGTAGCGAGCC
AGCCCAGCGGCGCGGGAGAACCGTTGATGAGACATACTACCGGGACGCAT
GGAACTCGCAGCCGACAAGTTATACAAGGAACAAAAGATCCGTGGCTTTT
GCCACCTCTCCACAGGCCAAGAGGCTGTCGCGGTGGGGGTAGAACACGGG
ATCAGCCCCGAAGACAAGGTTATCACTGCGTACCGCGCCCACGGATTCAC
TTTGATGCGGGGTGGGAGTGTCAAATCCATCATTGGAGAGTTACTCGGTC
GCCGAGATGGCATTTGTCATGGAAAGGGCGGTTCGGTGCATATGTTTACA
AAGAACTTCTTTGGTGGGAATGGGATTGTAGGGTCGAATGTACCCCTGGG
GACGGGGATTGCGTTCGCGCAGCAGTATGATGATACTAAGAAGGTGACGG
TGAACCTTTATGGAGATGGCGCTGCGAATCAGGGCCAGGTACATGAGGCG
TATAACATGGCTAAGCTGTGGGAATTGCCTGTTATATTTGGCTGCGAGAG
AGGAAAACAAGCCTTTTAGCGTACCGATAGCAGACGACAGTTTCGAAACA
TACAATCTCGACCCTCCCCCCTACAGCCTGGAAACCACCAAAAGCCAACT
AAAACAACTTTACTATGACATGTCGCTAATAAGATGCTCACGAGATCCTT
AAGACCCAAGGGAACCCTCCGCTGGACACGTCCAGGCCTGCCATACCGGC
GGTGTTTGGCCCATGTCTCGAACGTCTCGGACCTCCCTACAGACCGACAA
GGTGCAGCCTATGGAGGCCAATATAGCCTCGGTGCAGAGGGCTCTTGCGA
CTTAAAGGGATCGTGGGACCAGGTATCCCAAGTCATCGGATACGCCCATA
CGCTGATTCACCAGGAAGGCATCGCCAGGATTCAGACGGACATTCGCATC
ACCACTAGATCGGCTCTCAAAGCGCATCCTTCTCCAAGCAGGTTGCGGAT
ATCCAGCGTCTGATGCAGAACTCCGGTCTCAAGTATCAGATGCACGCCAC
TAGAACTATAGTTGACAGGTACCATAACATCATCGTCCAAATGGCTTCAT
TCAATCCAACCTTGAAAACCCCCGAGTACTGCACTGCAGACTTCTCTCTA
ATTCCAATAATAAATACGGAATGGGCACATCCGTGGAGCGCGCTTCCGCC
ATGACCGAATACTACAAACGAGGATATTACATTCCCGGTCTACGCATCAA
CGGAATGGACGTTCTGGCCGTGATTGCAGCAATGAAGTATGGCAAAGACT
ACGTGTTGGGCGGAAATGGACCTTTGCTGTACGAATTCCAAACATACCGG
TATGCGGGACACTCGGTATCTGATCCGGGGACGGCGTACCGGAGCAGAGA
CGAAGTGCAGGCTGAGCGGGCCAATGACCCTATCACGACTTATCGAGAAA
AGATGATTGAATGGGGCGTGCTCAGCGAGGACGATGTTAAGACGATGGAT
AAGGAGATCCGAAGCAAAGTTGACCGCGAAGCTCAGGAAGCGGAGAAGAT
GGCGGAACCACCTTTGAATTCTGATGTGTTGTTCGAGGATATTTATGTTC
GTGGTAGCGAGCCAGCCCAGCGGCGCGGGAGAACCGTTGATGAGACATAC
TACCGGGACGCATGGAACTCGCAGCCGACAAGTTATACAAGGAACAAAAG
ATCCGTGGCTTTTGCCACCTCTCCACAGGCCAAGAGGCTGTCGCGGTGGG
GGTAGAACACGGGATCAGCCCCGAAGACAAGGTTATCACTGCGTACCGCG
CCCACGGATTCACTTTGATGCGGGGTGGGAGTGTCAAATCCATCATTGGA
GAGTTACTCGGTCGCCGAGATGGCATTTGTCATGGAAAGGGCGGTTCGGT
GCATATGTTTACAAAGAACTTCTTTGGTGGGAATGGGATTGTAGGGTCGA
ATGTACCCCTGGGGACGGGGATTGCGTTCGCGCAGCAGTATGATGATACT
AAGAAGGTGACGGTGAACCTTTATGGAGATGGCGCTGCGAATCAGGGCCA
GGTACATGAGGCGTATAACATGGCTAAGCTGTGGGAATTGCCTGTTATAT
TTGGCTGCGAGAGAGGAAAACAAGCCTTTTAGCGTACCGATAGCAGACGA
CAGTTTCGAAACATACAATCTCGACCCTCCCCCCTACAGCCTGGAAACCA
CCAAAAGCCAACTAAAACAACTTTACTATGACATGTCGCTAATAAGATGC
TCACGAGATCCTTAAGACCCAAGGGAACCCTCCGCTGGACACGTCCAGGC
CTGCCATACCGGCGGTGTTTGGCCCATGTCTCGAACGTCTCGGACCTCCC
TACA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0043231intracellular membrane-bounded organelle
Vocabulary: Biological Process
TermDefinition
GO:0006086acetyl-CoA biosynthetic process from pyruvate
Vocabulary: Molecular Function
TermDefinition
GO:0016624oxidoreductase activity, acting on the aldehyde or oxo group of donors, disulfide as acceptor
GO:0004739pyruvate dehydrogenase (acetyl-transferring) activity
Relationships

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

Feature NameUnique NameSpeciesType
KYF_009676KYF_009676Aspergillus niger KYF3gene


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

Feature NameUnique NameSpeciesType
KYF_009676-T1KYF_009676-T1-proteinAspergillus niger KYF3polypeptide


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

Feature NameUnique NameSpeciesType
KYF_009676-T1.cdsKYF_009676-T1.cdsAspergillus niger KYF3CDS


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

Feature NameUnique NameSpeciesType
KYF_009676-T1.exon8KYF_009676-T1.exon8Aspergillus niger KYF3exon
KYF_009676-T1.exon7KYF_009676-T1.exon7Aspergillus niger KYF3exon
KYF_009676-T1.exon6KYF_009676-T1.exon6Aspergillus niger KYF3exon
KYF_009676-T1.exon5KYF_009676-T1.exon5Aspergillus niger KYF3exon
KYF_009676-T1.exon4KYF_009676-T1.exon4Aspergillus niger KYF3exon
KYF_009676-T1.exon3KYF_009676-T1.exon3Aspergillus niger KYF3exon
KYF_009676-T1.exon2KYF_009676-T1.exon2Aspergillus niger KYF3exon
KYF_009676-T1.exon1KYF_009676-T1.exon1Aspergillus niger KYF3exon


Properties
Property NameValue
NoteBUSCO:EOG09262Q8D
DBxrefInterPro:IPR029061
DBxrefInterPro:IPR029756
DBxrefInterPro:IPR001017
DBxrefInterPro:IPR002767
DBxrefInterPro:IPR017597
DBxrefPFAM:PF01910
DBxrefPFAM:PF00676
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
ch7supercontigch7:2962432..2964781 -
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