You are here

Home

KYF_003988-T1, KYF_003988-T1 (mRNA) Aspergillus niger KYF3

Overview
NameKYF_003988-T1
Unique NameKYF_003988-T1
TypemRNA
OrganismAspergillus niger KYF3
Sequences
The following sequences are available for this feature:

mRNA from alignment at ch3:3200477..3202715+

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>KYF_003988-T1 ID=KYF_003988-T1|Name=KYF_003988-T1|organism=Aspergillus niger KYF3|type=mRNA|length=2239bp|location=Sequence derived from alignment at ch3:3200477..3202715+ (Aspergillus niger KYF3)
ATGCTCTCAACTATAACATCTTTCCTCATCCTTCTGTTCTTTGTTACCAC
AGTCTCCGCCTATCCCTTCGAGGAGAACTCCTTTCCTCGTCTCCAGGATA
CTTTAGCCACTGGCACCAAACCCGGTGACCCCCCCAAATTCGGTGGTGGG
TATGACTACGTCGTAGTGGGCGGTGGCACAACCGGGCTCCTAGTAGCCAG
TCGGCTAGCAAAGGCAGGAAACTCAGTCGCCGTTATCGAAAACGGCACAT
ACCCTACTGGGAATTTGACTACAGTGCCAGGGTACAATGAGCAGTGGTTT
AGCAGGGTGTTGCCGTCGAATTGGACGGATATGGTGAATGTGTGGCCTAC
TGTGCAGCAGGTGGTATGTTGCCCAGCTCTACTCGGGGGTGAATACTTAC
GGGCGCTAATCCTGGCTTTATTGCAGGGAGGGGGAGAGCAGCAGCATATG
ATGGGGAGAATGGTAGGTAGCTTATTCCTCTACTTTATCCTGTAGCCTTT
GTTATGGTTATGTCTGATAGAATTGCAGATCGGAGGGAGCCAGGGCTTTA
CCTTTGTCGATTACTTCCGCACTACTAAGGGGGCTATGAAAAGATGGGCT
GACGAAACTGGCGATGATTCCTGGACTTGGGAGAATGTCCAGCAATACTA
TAAAAAGTCATTCAAATTCACACCACCGAACAATACCGCAAGACCATCGA
ATGCCACACCGGACTATGAGTCAAGTCAAATCGTTGGTTCTACGCCTGGG
CCACTAGAACTCACCTTCCCCAAATATGCCCAGGCATTTGGTAGCTGGGT
TAAACTTGGTCTCAACGAATTAAAAGCTGGTATCAATCGAGTCTTTGTCG
AGGGCGATATCAAAGGTGCCAGTTGGATCTTAAATATGATCGATTCGCAA
ACGGGCAATCGCGCCACAACATATACAGCTTTCTTGGAACCAACACAGAA
AGATGACACGTCGAAGATTGACGTGTATGTGGAGACGCTGGCCGAGAGAA
CTTTGTCAAACACTCCCCCTGGCAGCGACCCCGTAACCATCGGAGTCTTA
GTGAAACGGTGGGGCATGAGATTTCCGATATTCGCAGGGAAAGAAGTAAT
CCTAGCTGGAGGACCCATACTTACTCCTCAATTTCTCATGGTGTCTGGTA
TCGGTCCTCAGGATCACCTGCAGGAGATGAACATTACAGTCCTAGCTAAT
AGACCGGGAGTCGGCCAGAACTACAACGATCATATTCTCTTCGGCGTCAA
GCACGCAGTACAAGTGGAGACAACATCGGTGCTCCTCAACGATACCAGGA
AGTGGCAAGAGTGCGAAAGATTCAAAGCTCACGCAAATGGCATGCTGGCC
GATCCGGGCCCGGATTTCGCCGCCTTTGTCGATTACCCGGAAGATATTCG
CCAAAACCTGTCTGCCCAGACTAAATCAGGTAATTTGTGGCCTTGTGTCT
CTCGTGGTTCCGTTGTGCCTAATAATATGATTCTAGATCTCTCCCAATTC
CCCTCTGACTGGCCAGATATCGGTATCGTATCTTCTCCACTCGGCGTCAA
TGGCGACGGCAATCACAACTATGCAGACCTCGTCTGCATCCCTATGAAGC
CCATATCCAAGGGAACTATTAAACTCAGATCTAAGTCCATGGATGATAAG
CCTGTGCTGGATCCGCAATGGCTTAAATCTCCGACAGACATGGATACTGC
CGTCGCCGGTCTGCAGTACCTTCTGCGCCTCTATGGAACGAACAGCATGA
AGCCCATCTTAAATGCCTCGGGTAAACCTATCGATCTAGAAAGTTCTAAC
AAGGACGACCTCATTAAGTATGTGAAAAACAACTATCGAACGTTGAATCA
CCAATCTGCATCGTGCCGAATGGGAAAGCGAGACGATCCTATGGCCGTGG
TGGATAGTAAGGGCAAGGTAATCGGAGTTGATAGATGTGAGTCCTACCTA
CTTCGACTCTGGACTTGACGTTTGGTTGCTCCTCCGTGTTGTACGTACGG
AACTGATTGAGAAACAGTGAGAATTGCTGACCCGTCCGCCTGGCCTTTCT
TGCCAGCGGGATTTCCGTTAGGCACTGCCTGTGAGTAATACCCTACCATT
CCCACAGTCAGTTTTGGAATGATCGGTCTAACCTACTCAAACTGTAGATA
TGTTTGCGGAGAAGATAGCCGATAACATCCTCAGTGATCATGGAAGTGAC
AAGGATGAGGATGAGGATGAGCTGCGAGTGGAACTCTAG
back to top

Coding sequence (CDS) from alignment at ch3:3200477..3202715+

>KYF_003988-T1 ID=KYF_003988-T1|Name=KYF_003988-T1|organism=Aspergillus niger KYF3|type=CDS|length=11502bp|location=Sequence derived from alignment at ch3:3200477..3202715+ (Aspergillus niger KYF3)
ATGCTCTCAACTATAACATCTTTCCTCATCCTTCTGTTCTTTGTTACCAC
AGTCTCCGCCTATCCCTTCGAGGAGAACTCCTTTCCTCGTCTCCAGGATA
CTTTAGCCACTGGCACCAAACCCGGTGACCCCCCCAAATTCGGTGGTGGG
TATGACTACGTCGTAGTGGGCGGTGGCACAACCGGGCTCCTAGTAGCCAG
TCGGCTAGCAAAGGCAGGAAACTCAGTCGCCGTTATCGAAAACGGCACAT
ACCCTACTGGGAATTTGACTACAGTGCCAGGGTACAATGAGCAGTGGTTT
AGCAGGGTGTTGCCGTCGAATTGGACGGATATGGTGAATGTGTGGCCTAC
TGTGCAGCAGGTGGGAGGGGGAGAGCAGCAGCATATGATGGGGAGAATGG
TAGAATTGCAGATCGGAGGGAGCCAGGGCTTTACCTTTGTCGATTACTTC
CGCACTACTAAGGGGGCTATGAAAAGATGGGCTGACGAAACTGGCGATGA
TTCCTGGACTTGGGAGAATGTCCAGCAATACTATAAAAAGTCATTCAAAT
TCACACCACCGAACAATACCGCAAGACCATCGAATGCCACACCGGACTAT
GAGTCAAGTCAAATCGTTGGTTCTACGCCTGGGCCACTAGAACTCACCTT
CCCCAAATATGCCCAGGCATTTGGTAGCTGGGTTAAACTTGGTCTCAACG
AATTAAAAGCTGGTATCAATCGAGTCTTTGTCGAGGGCGATATCAAAGGT
GCCAGTTGGATCTTAAATATGATCGATTCGCAAACGGGCAATCGCGCCAC
AACATATACAGCTTTCTTGGAACCAACACAGAAAGATGACACGTCGAAGA
TTGACGTGTATGTGGAGACGCTGGCCGAGAGAACTTTGTCAAACACTCCC
CCTGGCAGCGACCCCGTAACCATCGGAGTCTTAGTGAAACGGTGGGGCAT
GAGATTTCCGATATTCGCAGGGAAAGAAGTAATCCTAGCTGGAGGACCCA
TACTTACTCCTCAATTTCTCATGGTGTCTGGTATCGGTCCTCAGGATCAC
CTGCAGGAGATGAACATTACAGTCCTAGCTAATAGACCGGGAGTCGGCCA
GAACTACAACGATCATATTCTCTTCGGCGTCAAGCACGCAGTACAAGTGG
AGACAACATCGGTGCTCCTCAACGATACCAGGAAGTGGCAAGAGTGCGAA
AGATTCAAAGCTCACGCAAATGGCATGCTGGCCGATCCGGGCCCGGATTT
CGCCGCCTTTGTCGATTACCCGGAAGATATTCGCCAAAACCTGTCTGCCC
AGACTAAATCAGATCTCTCCCAATTCCCCTCTGACTGGCCAGATATCGGT
ATCGTATCTTCTCCACTCGGCGTCAATGGCGACGGCAATCACAACTATGC
AGACCTCGTCTGCATCCCTATGAAGCCCATATCCAAGGGAACTATTAAAC
TCAGATCTAAGTCCATGGATGATAAGCCTGTGCTGGATCCGCAATGGCTT
AAATCTCCGACAGACATGGATACTGCCGTCGCCGGTCTGCAGTACCTTCT
GCGCCTCTATGGAACGAACAGCATGAAGCCCATCTTAAATGCCTCGGGTA
AACCTATCGATCTAGAAAGTTCTAACAAGGACGACCTCATTAAGTATGTG
AAAAACAACTATCGAACGTTGAATCACCAATCTGCATCGTGCCGAATGGG
AAAGCGAGACGATCCTATGGCCGTGGTGGATAGTAAGGGCAAGGTAATCG
GAGTTGATAGATTGAGAATTGCTGACCCGTCCGCCTGGCCTTTCTTGCCA
GCGGGATTTCCGTTAGGCACTGCCTATATGTTTGCGGAGAAGATAGCCGA
TAACATCCTCAGTGATCATGGAAGTGACAAGGATGAGGATGAGGATGAGC
TGCGAGTGGAACTCTAGATGCTCTCAACTATAACATCTTTCCTCATCCTT
CTGTTCTTTGTTACCACAGTCTCCGCCTATCCCTTCGAGGAGAACTCCTT
TCCTCGTCTCCAGGATACTTTAGCCACTGGCACCAAACCCGGTGACCCCC
CCAAATTCGGTGGTGGGTATGACTACGTCGTAGTGGGCGGTGGCACAACC
GGGCTCCTAGTAGCCAGTCGGCTAGCAAAGGCAGGAAACTCAGTCGCCGT
TATCGAAAACGGCACATACCCTACTGGGAATTTGACTACAGTGCCAGGGT
ACAATGAGCAGTGGTTTAGCAGGGTGTTGCCGTCGAATTGGACGGATATG
GTGAATGTGTGGCCTACTGTGCAGCAGGTGGGAGGGGGAGAGCAGCAGCA
TATGATGGGGAGAATGGTAGAATTGCAGATCGGAGGGAGCCAGGGCTTTA
CCTTTGTCGATTACTTCCGCACTACTAAGGGGGCTATGAAAAGATGGGCT
GACGAAACTGGCGATGATTCCTGGACTTGGGAGAATGTCCAGCAATACTA
TAAAAAGTCATTCAAATTCACACCACCGAACAATACCGCAAGACCATCGA
ATGCCACACCGGACTATGAGTCAAGTCAAATCGTTGGTTCTACGCCTGGG
CCACTAGAACTCACCTTCCCCAAATATGCCCAGGCATTTGGTAGCTGGGT
TAAACTTGGTCTCAACGAATTAAAAGCTGGTATCAATCGAGTCTTTGTCG
AGGGCGATATCAAAGGTGCCAGTTGGATCTTAAATATGATCGATTCGCAA
ACGGGCAATCGCGCCACAACATATACAGCTTTCTTGGAACCAACACAGAA
AGATGACACGTCGAAGATTGACGTGTATGTGGAGACGCTGGCCGAGAGAA
CTTTGTCAAACACTCCCCCTGGCAGCGACCCCGTAACCATCGGAGTCTTA
GTGAAACGGTGGGGCATGAGATTTCCGATATTCGCAGGGAAAGAAGTAAT
CCTAGCTGGAGGACCCATACTTACTCCTCAATTTCTCATGGTGTCTGGTA
TCGGTCCTCAGGATCACCTGCAGGAGATGAACATTACAGTCCTAGCTAAT
AGACCGGGAGTCGGCCAGAACTACAACGATCATATTCTCTTCGGCGTCAA
GCACGCAGTACAAGTGGAGACAACATCGGTGCTCCTCAACGATACCAGGA
AGTGGCAAGAGTGCGAAAGATTCAAAGCTCACGCAAATGGCATGCTGGCC
GATCCGGGCCCGGATTTCGCCGCCTTTGTCGATTACCCGGAAGATATTCG
CCAAAACCTGTCTGCCCAGACTAAATCAGATCTCTCCCAATTCCCCTCTG
ACTGGCCAGATATCGGTATCGTATCTTCTCCACTCGGCGTCAATGGCGAC
GGCAATCACAACTATGCAGACCTCGTCTGCATCCCTATGAAGCCCATATC
CAAGGGAACTATTAAACTCAGATCTAAGTCCATGGATGATAAGCCTGTGC
TGGATCCGCAATGGCTTAAATCTCCGACAGACATGGATACTGCCGTCGCC
GGTCTGCAGTACCTTCTGCGCCTCTATGGAACGAACAGCATGAAGCCCAT
CTTAAATGCCTCGGGTAAACCTATCGATCTAGAAAGTTCTAACAAGGACG
ACCTCATTAAGTATGTGAAAAACAACTATCGAACGTTGAATCACCAATCT
GCATCGTGCCGAATGGGAAAGCGAGACGATCCTATGGCCGTGGTGGATAG
TAAGGGCAAGGTAATCGGAGTTGATAGATTGAGAATTGCTGACCCGTCCG
CCTGGCCTTTCTTGCCAGCGGGATTTCCGTTAGGCACTGCCTATATGTTT
GCGGAGAAGATAGCCGATAACATCCTCAGTGATCATGGAAGTGACAAGGA
TGAGGATGAGGATGAGCTGCGAGTGGAACTCTAGATGCTCTCAACTATAA
CATCTTTCCTCATCCTTCTGTTCTTTGTTACCACAGTCTCCGCCTATCCC
TTCGAGGAGAACTCCTTTCCTCGTCTCCAGGATACTTTAGCCACTGGCAC
CAAACCCGGTGACCCCCCCAAATTCGGTGGTGGGTATGACTACGTCGTAG
TGGGCGGTGGCACAACCGGGCTCCTAGTAGCCAGTCGGCTAGCAAAGGCA
GGAAACTCAGTCGCCGTTATCGAAAACGGCACATACCCTACTGGGAATTT
GACTACAGTGCCAGGGTACAATGAGCAGTGGTTTAGCAGGGTGTTGCCGT
CGAATTGGACGGATATGGTGAATGTGTGGCCTACTGTGCAGCAGGTGGGA
GGGGGAGAGCAGCAGCATATGATGGGGAGAATGGTAGAATTGCAGATCGG
AGGGAGCCAGGGCTTTACCTTTGTCGATTACTTCCGCACTACTAAGGGGG
CTATGAAAAGATGGGCTGACGAAACTGGCGATGATTCCTGGACTTGGGAG
AATGTCCAGCAATACTATAAAAAGTCATTCAAATTCACACCACCGAACAA
TACCGCAAGACCATCGAATGCCACACCGGACTATGAGTCAAGTCAAATCG
TTGGTTCTACGCCTGGGCCACTAGAACTCACCTTCCCCAAATATGCCCAG
GCATTTGGTAGCTGGGTTAAACTTGGTCTCAACGAATTAAAAGCTGGTAT
CAATCGAGTCTTTGTCGAGGGCGATATCAAAGGTGCCAGTTGGATCTTAA
ATATGATCGATTCGCAAACGGGCAATCGCGCCACAACATATACAGCTTTC
TTGGAACCAACACAGAAAGATGACACGTCGAAGATTGACGTGTATGTGGA
GACGCTGGCCGAGAGAACTTTGTCAAACACTCCCCCTGGCAGCGACCCCG
TAACCATCGGAGTCTTAGTGAAACGGTGGGGCATGAGATTTCCGATATTC
GCAGGGAAAGAAGTAATCCTAGCTGGAGGACCCATACTTACTCCTCAATT
TCTCATGGTGTCTGGTATCGGTCCTCAGGATCACCTGCAGGAGATGAACA
TTACAGTCCTAGCTAATAGACCGGGAGTCGGCCAGAACTACAACGATCAT
ATTCTCTTCGGCGTCAAGCACGCAGTACAAGTGGAGACAACATCGGTGCT
CCTCAACGATACCAGGAAGTGGCAAGAGTGCGAAAGATTCAAAGCTCACG
CAAATGGCATGCTGGCCGATCCGGGCCCGGATTTCGCCGCCTTTGTCGAT
TACCCGGAAGATATTCGCCAAAACCTGTCTGCCCAGACTAAATCAGATCT
CTCCCAATTCCCCTCTGACTGGCCAGATATCGGTATCGTATCTTCTCCAC
TCGGCGTCAATGGCGACGGCAATCACAACTATGCAGACCTCGTCTGCATC
CCTATGAAGCCCATATCCAAGGGAACTATTAAACTCAGATCTAAGTCCAT
GGATGATAAGCCTGTGCTGGATCCGCAATGGCTTAAATCTCCGACAGACA
TGGATACTGCCGTCGCCGGTCTGCAGTACCTTCTGCGCCTCTATGGAACG
AACAGCATGAAGCCCATCTTAAATGCCTCGGGTAAACCTATCGATCTAGA
AAGTTCTAACAAGGACGACCTCATTAAGTATGTGAAAAACAACTATCGAA
CGTTGAATCACCAATCTGCATCGTGCCGAATGGGAAAGCGAGACGATCCT
ATGGCCGTGGTGGATAGTAAGGGCAAGGTAATCGGAGTTGATAGATTGAG
AATTGCTGACCCGTCCGCCTGGCCTTTCTTGCCAGCGGGATTTCCGTTAG
GCACTGCCTATATGTTTGCGGAGAAGATAGCCGATAACATCCTCAGTGAT
CATGGAAGTGACAAGGATGAGGATGAGGATGAGCTGCGAGTGGAACTCTA
GATGCTCTCAACTATAACATCTTTCCTCATCCTTCTGTTCTTTGTTACCA
CAGTCTCCGCCTATCCCTTCGAGGAGAACTCCTTTCCTCGTCTCCAGGAT
ACTTTAGCCACTGGCACCAAACCCGGTGACCCCCCCAAATTCGGTGGTGG
GTATGACTACGTCGTAGTGGGCGGTGGCACAACCGGGCTCCTAGTAGCCA
GTCGGCTAGCAAAGGCAGGAAACTCAGTCGCCGTTATCGAAAACGGCACA
TACCCTACTGGGAATTTGACTACAGTGCCAGGGTACAATGAGCAGTGGTT
TAGCAGGGTGTTGCCGTCGAATTGGACGGATATGGTGAATGTGTGGCCTA
CTGTGCAGCAGGTGGGAGGGGGAGAGCAGCAGCATATGATGGGGAGAATG
GTAGAATTGCAGATCGGAGGGAGCCAGGGCTTTACCTTTGTCGATTACTT
CCGCACTACTAAGGGGGCTATGAAAAGATGGGCTGACGAAACTGGCGATG
ATTCCTGGACTTGGGAGAATGTCCAGCAATACTATAAAAAGTCATTCAAA
TTCACACCACCGAACAATACCGCAAGACCATCGAATGCCACACCGGACTA
TGAGTCAAGTCAAATCGTTGGTTCTACGCCTGGGCCACTAGAACTCACCT
TCCCCAAATATGCCCAGGCATTTGGTAGCTGGGTTAAACTTGGTCTCAAC
GAATTAAAAGCTGGTATCAATCGAGTCTTTGTCGAGGGCGATATCAAAGG
TGCCAGTTGGATCTTAAATATGATCGATTCGCAAACGGGCAATCGCGCCA
CAACATATACAGCTTTCTTGGAACCAACACAGAAAGATGACACGTCGAAG
ATTGACGTGTATGTGGAGACGCTGGCCGAGAGAACTTTGTCAAACACTCC
CCCTGGCAGCGACCCCGTAACCATCGGAGTCTTAGTGAAACGGTGGGGCA
TGAGATTTCCGATATTCGCAGGGAAAGAAGTAATCCTAGCTGGAGGACCC
ATACTTACTCCTCAATTTCTCATGGTGTCTGGTATCGGTCCTCAGGATCA
CCTGCAGGAGATGAACATTACAGTCCTAGCTAATAGACCGGGAGTCGGCC
AGAACTACAACGATCATATTCTCTTCGGCGTCAAGCACGCAGTACAAGTG
GAGACAACATCGGTGCTCCTCAACGATACCAGGAAGTGGCAAGAGTGCGA
AAGATTCAAAGCTCACGCAAATGGCATGCTGGCCGATCCGGGCCCGGATT
TCGCCGCCTTTGTCGATTACCCGGAAGATATTCGCCAAAACCTGTCTGCC
CAGACTAAATCAGATCTCTCCCAATTCCCCTCTGACTGGCCAGATATCGG
TATCGTATCTTCTCCACTCGGCGTCAATGGCGACGGCAATCACAACTATG
CAGACCTCGTCTGCATCCCTATGAAGCCCATATCCAAGGGAACTATTAAA
CTCAGATCTAAGTCCATGGATGATAAGCCTGTGCTGGATCCGCAATGGCT
TAAATCTCCGACAGACATGGATACTGCCGTCGCCGGTCTGCAGTACCTTC
TGCGCCTCTATGGAACGAACAGCATGAAGCCCATCTTAAATGCCTCGGGT
AAACCTATCGATCTAGAAAGTTCTAACAAGGACGACCTCATTAAGTATGT
GAAAAACAACTATCGAACGTTGAATCACCAATCTGCATCGTGCCGAATGG
GAAAGCGAGACGATCCTATGGCCGTGGTGGATAGTAAGGGCAAGGTAATC
GGAGTTGATAGATTGAGAATTGCTGACCCGTCCGCCTGGCCTTTCTTGCC
AGCGGGATTTCCGTTAGGCACTGCCTATATGTTTGCGGAGAAGATAGCCG
ATAACATCCTCAGTGATCATGGAAGTGACAAGGATGAGGATGAGGATGAG
CTGCGAGTGGAACTCTAGATGCTCTCAACTATAACATCTTTCCTCATCCT
TCTGTTCTTTGTTACCACAGTCTCCGCCTATCCCTTCGAGGAGAACTCCT
TTCCTCGTCTCCAGGATACTTTAGCCACTGGCACCAAACCCGGTGACCCC
CCCAAATTCGGTGGTGGGTATGACTACGTCGTAGTGGGCGGTGGCACAAC
CGGGCTCCTAGTAGCCAGTCGGCTAGCAAAGGCAGGAAACTCAGTCGCCG
TTATCGAAAACGGCACATACCCTACTGGGAATTTGACTACAGTGCCAGGG
TACAATGAGCAGTGGTTTAGCAGGGTGTTGCCGTCGAATTGGACGGATAT
GGTGAATGTGTGGCCTACTGTGCAGCAGGTGGGAGGGGGAGAGCAGCAGC
ATATGATGGGGAGAATGGTAGAATTGCAGATCGGAGGGAGCCAGGGCTTT
ACCTTTGTCGATTACTTCCGCACTACTAAGGGGGCTATGAAAAGATGGGC
TGACGAAACTGGCGATGATTCCTGGACTTGGGAGAATGTCCAGCAATACT
ATAAAAAGTCATTCAAATTCACACCACCGAACAATACCGCAAGACCATCG
AATGCCACACCGGACTATGAGTCAAGTCAAATCGTTGGTTCTACGCCTGG
GCCACTAGAACTCACCTTCCCCAAATATGCCCAGGCATTTGGTAGCTGGG
TTAAACTTGGTCTCAACGAATTAAAAGCTGGTATCAATCGAGTCTTTGTC
GAGGGCGATATCAAAGGTGCCAGTTGGATCTTAAATATGATCGATTCGCA
AACGGGCAATCGCGCCACAACATATACAGCTTTCTTGGAACCAACACAGA
AAGATGACACGTCGAAGATTGACGTGTATGTGGAGACGCTGGCCGAGAGA
ACTTTGTCAAACACTCCCCCTGGCAGCGACCCCGTAACCATCGGAGTCTT
AGTGAAACGGTGGGGCATGAGATTTCCGATATTCGCAGGGAAAGAAGTAA
TCCTAGCTGGAGGACCCATACTTACTCCTCAATTTCTCATGGTGTCTGGT
ATCGGTCCTCAGGATCACCTGCAGGAGATGAACATTACAGTCCTAGCTAA
TAGACCGGGAGTCGGCCAGAACTACAACGATCATATTCTCTTCGGCGTCA
AGCACGCAGTACAAGTGGAGACAACATCGGTGCTCCTCAACGATACCAGG
AAGTGGCAAGAGTGCGAAAGATTCAAAGCTCACGCAAATGGCATGCTGGC
CGATCCGGGCCCGGATTTCGCCGCCTTTGTCGATTACCCGGAAGATATTC
GCCAAAACCTGTCTGCCCAGACTAAATCAGATCTCTCCCAATTCCCCTCT
GACTGGCCAGATATCGGTATCGTATCTTCTCCACTCGGCGTCAATGGCGA
CGGCAATCACAACTATGCAGACCTCGTCTGCATCCCTATGAAGCCCATAT
CCAAGGGAACTATTAAACTCAGATCTAAGTCCATGGATGATAAGCCTGTG
CTGGATCCGCAATGGCTTAAATCTCCGACAGACATGGATACTGCCGTCGC
CGGTCTGCAGTACCTTCTGCGCCTCTATGGAACGAACAGCATGAAGCCCA
TCTTAAATGCCTCGGGTAAACCTATCGATCTAGAAAGTTCTAACAAGGAC
GACCTCATTAAGTATGTGAAAAACAACTATCGAACGTTGAATCACCAATC
TGCATCGTGCCGAATGGGAAAGCGAGACGATCCTATGGCCGTGGTGGATA
GTAAGGGCAAGGTAATCGGAGTTGATAGATTGAGAATTGCTGACCCGTCC
GCCTGGCCTTTCTTGCCAGCGGGATTTCCGTTAGGCACTGCCTATATGTT
TGCGGAGAAGATAGCCGATAACATCCTCAGTGATCATGGAAGTGACAAGG
ATGAGGATGAGGATGAGCTGCGAGTGGAACTCTAGATGCTCTCAACTATA
ACATCTTTCCTCATCCTTCTGTTCTTTGTTACCACAGTCTCCGCCTATCC
CTTCGAGGAGAACTCCTTTCCTCGTCTCCAGGATACTTTAGCCACTGGCA
CCAAACCCGGTGACCCCCCCAAATTCGGTGGTGGGTATGACTACGTCGTA
GTGGGCGGTGGCACAACCGGGCTCCTAGTAGCCAGTCGGCTAGCAAAGGC
AGGAAACTCAGTCGCCGTTATCGAAAACGGCACATACCCTACTGGGAATT
TGACTACAGTGCCAGGGTACAATGAGCAGTGGTTTAGCAGGGTGTTGCCG
TCGAATTGGACGGATATGGTGAATGTGTGGCCTACTGTGCAGCAGGTGGG
AGGGGGAGAGCAGCAGCATATGATGGGGAGAATGGTAGAATTGCAGATCG
GAGGGAGCCAGGGCTTTACCTTTGTCGATTACTTCCGCACTACTAAGGGG
GCTATGAAAAGATGGGCTGACGAAACTGGCGATGATTCCTGGACTTGGGA
GAATGTCCAGCAATACTATAAAAAGTCATTCAAATTCACACCACCGAACA
ATACCGCAAGACCATCGAATGCCACACCGGACTATGAGTCAAGTCAAATC
GTTGGTTCTACGCCTGGGCCACTAGAACTCACCTTCCCCAAATATGCCCA
GGCATTTGGTAGCTGGGTTAAACTTGGTCTCAACGAATTAAAAGCTGGTA
TCAATCGAGTCTTTGTCGAGGGCGATATCAAAGGTGCCAGTTGGATCTTA
AATATGATCGATTCGCAAACGGGCAATCGCGCCACAACATATACAGCTTT
CTTGGAACCAACACAGAAAGATGACACGTCGAAGATTGACGTGTATGTGG
AGACGCTGGCCGAGAGAACTTTGTCAAACACTCCCCCTGGCAGCGACCCC
GTAACCATCGGAGTCTTAGTGAAACGGTGGGGCATGAGATTTCCGATATT
CGCAGGGAAAGAAGTAATCCTAGCTGGAGGACCCATACTTACTCCTCAAT
TTCTCATGGTGTCTGGTATCGGTCCTCAGGATCACCTGCAGGAGATGAAC
ATTACAGTCCTAGCTAATAGACCGGGAGTCGGCCAGAACTACAACGATCA
TATTCTCTTCGGCGTCAAGCACGCAGTACAAGTGGAGACAACATCGGTGC
TCCTCAACGATACCAGGAAGTGGCAAGAGTGCGAAAGATTCAAAGCTCAC
GCAAATGGCATGCTGGCCGATCCGGGCCCGGATTTCGCCGCCTTTGTCGA
TTACCCGGAAGATATTCGCCAAAACCTGTCTGCCCAGACTAAATCAGATC
TCTCCCAATTCCCCTCTGACTGGCCAGATATCGGTATCGTATCTTCTCCA
CTCGGCGTCAATGGCGACGGCAATCACAACTATGCAGACCTCGTCTGCAT
CCCTATGAAGCCCATATCCAAGGGAACTATTAAACTCAGATCTAAGTCCA
TGGATGATAAGCCTGTGCTGGATCCGCAATGGCTTAAATCTCCGACAGAC
ATGGATACTGCCGTCGCCGGTCTGCAGTACCTTCTGCGCCTCTATGGAAC
GAACAGCATGAAGCCCATCTTAAATGCCTCGGGTAAACCTATCGATCTAG
AAAGTTCTAACAAGGACGACCTCATTAAGTATGTGAAAAACAACTATCGA
ACGTTGAATCACCAATCTGCATCGTGCCGAATGGGAAAGCGAGACGATCC
TATGGCCGTGGTGGATAGTAAGGGCAAGGTAATCGGAGTTGATAGATTGA
GAATTGCTGACCCGTCCGCCTGGCCTTTCTTGCCAGCGGGATTTCCGTTA
GGCACTGCCTATATGTTTGCGGAGAAGATAGCCGATAACATCCTCAGTGA
TCATGGAAGTGACAAGGATGAGGATGAGGATGAGCTGCGAGTGGAACTCT
AG
back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0055114oxidation-reduction process
Vocabulary: Molecular Function
TermDefinition
GO:0050660flavin adenine dinucleotide binding
GO:0016614oxidoreductase activity, acting on CH-OH group of donors
Relationships

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

Feature NameUnique NameSpeciesType
KYF_003988KYF_003988Aspergillus niger KYF3gene


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

Feature NameUnique NameSpeciesType
KYF_003988-T1KYF_003988-T1-proteinAspergillus niger KYF3polypeptide


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

Feature NameUnique NameSpeciesType
KYF_003988-T1.exon1KYF_003988-T1.exon1Aspergillus niger KYF3exon
KYF_003988-T1.exon2KYF_003988-T1.exon2Aspergillus niger KYF3exon
KYF_003988-T1.exon3KYF_003988-T1.exon3Aspergillus niger KYF3exon
KYF_003988-T1.exon4KYF_003988-T1.exon4Aspergillus niger KYF3exon
KYF_003988-T1.exon5KYF_003988-T1.exon5Aspergillus niger KYF3exon
KYF_003988-T1.exon6KYF_003988-T1.exon6Aspergillus niger KYF3exon


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

Feature NameUnique NameSpeciesType
KYF_003988-T1.cdsKYF_003988-T1.cdsAspergillus niger KYF3CDS


Properties
Property NameValue
NoteSECRETED:SignalP(1-20)
NoteCAZy:AA3_3
NoteCAZy:AA3
NoteCAZy:AA3_2
DBxrefInterPro:IPR012132
DBxrefInterPro:IPR000172
DBxrefInterPro:IPR007867
DBxrefInterPro:IPR036188
DBxrefPFAM:PF13450
DBxrefPFAM:PF00732
DBxrefPFAM:PF05199
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
ch3supercontigch3:3200477..3202715 +
Powered by Drupal