You are here

Home

KYF_008453-T1, KYF_008453-T1 (mRNA) Aspergillus niger KYF3

Overview
NameKYF_008453-T1
Unique NameKYF_008453-T1
TypemRNA
OrganismAspergillus niger KYF3
Sequences
The following sequences are available for this feature:

mRNA from alignment at ch6:3783840..3785765-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>KYF_008453-T1 ID=KYF_008453-T1|Name=KYF_008453-T1|organism=Aspergillus niger KYF3|type=mRNA|length=1926bp|location=Sequence derived from alignment at ch6:3783840..3785765- (Aspergillus niger KYF3)
ATGGCTTTTGAGAGTGGCAGGATTGAAGGGCAAATACATGTGGAGGGCTC
TGAAAATGTTGAGAAAGCATCAAAGGGCCTCGTGGCCCCCAAGTACATGG
GTACTATCAGAGACCAGCGCGATATGAGTGCTCTGGGCCGTGTCCAGGTT
TTAAGGGTTAGGATGCTGTGTTCATGCTATAGCTGCCTTATTCTAATGCA
AGATAGCGGAATTTCAGATTCGTCTCGATTCTAGGGTTCGGCTGTACGTT
GATTTCCACATGGGAGGTCATCTTAACGTGAGCACTACTACAGACACTGT
GGATTATTGGCTAATCAATGAGTAGGTTATTGACCAGTGGTCTGACAGAT
GGAGGAACCGCTGGGTTAATATGGGGTTTCATTATCGTCACAGCAGGTTT
CGCGCTCGTCTTTGCCAGCATAGCTGAGATGGCTTCTATGTACGTTTCGC
AGCCCTTGGGTACTTAATGTCTGGAAGGAGAGTCGAGCGCATTCTAATAC
TTGATCAAAGGTCACCAACATCGGGGGGTCAATACCACTGGGTATCAGAA
TTCGCTCCACGCAGGGGACAGAAGTTTTTGAGCTATATAACGGGTATGTC
GAGGATATGCGCTCTTCCAAGTCAAGTCTGACAAAGAAAATAGGATGGCT
TTGTGCAACGGGCTGGCAATGTGCCATTGTAGCCATTGCATATCTGGCAG
GTACTATAATCCAAGGATTGATAGTGCTAAATCGTCCAACATACGAATTC
GAGCGGTGGCACGGTACTCTGCTTGTTATAGCTATCACAGCATTTTCTAT
CTTATTCAACACGTTCCTAGCCAAGAACCTGCCTATGGTTGAGGGTCTGA
TACTCATTATCCATGTTGTGGGCCTATTTGCTATCATTATCCCACTATGG
GTACTTGCTCCTCGAAATAGCGCAAAGGCTGTCTTCACCGAATTCTACGA
TGGAGGCGAATGGGGAAGTCCTGGCACCGCTACGCTTGTCGGCTTGTCGA
CCACTATAACTTCCATGATTGGATACGATTGCTCAGTCCATATGTGTAAG
CGCCTCTTGCATTACTGGAAACATGATGCTAACACAAACCTAGCTGAAGA
AATCAAGGACGCATCAGAGACACTTCCCAAGGCTATGATGTCTGCAGTGG
GTGTCAATGGTATCCTCGGTTTTATTATGATTGTTACCCTGTGCTTCACC
CTGGGTGATGTCAACAACATCTTGCAAAGTCCGACTGGATTTCCGTTCAT
TCAGATATTCTACAACACTACCCGTAGCTACGCGGCAGCAAACACCATGA
CAGCCATCCTTATCATCACGCTGACCGCTAGCACGATCACTGAGGTAGCC
ACAGCATCCCGCCAGCTGTGGTCATTCGCGCGAGACCAAGGACTTCCATT
CTCATCTTTTTTTGCCTACGTAAGTGCTTCCATGCAACAGCTACTAACAC
CGCTGATTCCTGTTGTAACCACGCAGGTCACTCCTGGCTGGAACATACCC
CTCAACTCCGTCCTCGTCTCACTCGTTGTGACCGCGATCTTAAGCCTCAT
CAATATCGGGTCCAACCTAGCTCTGAACGCTGTTATCTCACTAACAATAA
CATCGCTCATGTCAGCATACATCCTGTCCATTGGGTGTGTTCTGCTGAAG
CGACTGCGCGGAGAAAAGCTCCCACCGCGACGGTGGTCGCTCGGTCGGTT
CGGAATGACCATCAACATAGCTAGTCTGGCGTTTCTCTTTCCGATATTTG
TCTTTTCGTTCTTTCCACTTACAAAGACTGTCGATGCGCATAGTATGAAC
TGGAGTATCGTTATGTACATGGCAATGGTTAGCTTTGCGTCGGTGTATTA
TTACTTCTGGGGGAGATACCAGTTCATTGCACCGGTAGCGTTGGTGAAGC
GGGACATTGATCTGGATGATATGTGA
back to top

Coding sequence (CDS) from alignment at ch6:3783840..3785765-

>KYF_008453-T1 ID=KYF_008453-T1|Name=KYF_008453-T1|organism=Aspergillus niger KYF3|type=CDS|length=11214bp|location=Sequence derived from alignment at ch6:3783840..3785765- (Aspergillus niger KYF3)
GTCACTCCTGGCTGGAACATACCCCTCAACTCCGTCCTCGTCTCACTCGT
TGTGACCGCGATCTTAAGCCTCATCAATATCGGGTCCAACCTAGCTCTGA
ACGCTGTTATCTCACTAACAATAACATCGCTCATGTCAGCATACATCCTG
TCCATTGGGTGTGTTCTGCTGAAGCGACTGCGCGGAGAAAAGCTCCCACC
GCGACGGTGGTCGCTCGGTCGGTTCGGAATGACCATCAACATAGCTAGTC
TGGCGTTTCTCTTTCCGATATTTGTCTTTTCGTTCTTTCCACTTACAAAG
ACTGTCGATGCGCATAGTATGAACTGGAGTATCGTTATGTACATGGCAAT
GGTTAGCTTTGCGTCGGTGTATTATTACTTCTGGGGGAGATACCAGTTCA
TTGCACCGGTAGCGTTGGTGAAGCGGGACATTGATCTGGATGATATGTGA
CTGAAGAAATCAAGGACGCATCAGAGACACTTCCCAAGGCTATGATGTCT
GCAGTGGGTGTCAATGGTATCCTCGGTTTTATTATGATTGTTACCCTGTG
CTTCACCCTGGGTGATGTCAACAACATCTTGCAAAGTCCGACTGGATTTC
CGTTCATTCAGATATTCTACAACACTACCCGTAGCTACGCGGCAGCAAAC
ACCATGACAGCCATCCTTATCATCACGCTGACCGCTAGCACGATCACTGA
GGTAGCCACAGCATCCCGCCAGCTGTGGTCATTCGCGCGAGACCAAGGAC
TTCCATTCTCATCTTTTTTTGCCTACGATGGCTTTGTGCAACGGGCTGGC
AATGTGCCATTGTAGCCATTGCATATCTGGCAGGTACTATAATCCAAGGA
TTGATAGTGCTAAATCGTCCAACATACGAATTCGAGCGGTGGCACGGTAC
TCTGCTTGTTATAGCTATCACAGCATTTTCTATCTTATTCAACACGTTCC
TAGCCAAGAACCTGCCTATGGTTGAGGGTCTGATACTCATTATCCATGTT
GTGGGCCTATTTGCTATCATTATCCCACTATGGGTACTTGCTCCTCGAAA
TAGCGCAAAGGCTGTCTTCACCGAATTCTACGATGGAGGCGAATGGGGAA
GTCCTGGCACCGCTACGCTTGTCGGCTTGTCGACCACTATAACTTCCATG
ATTGGATACGATTGCTCAGTCCATATGTGTCACCAACATCGGGGGGTCAA
TACCACTGGGTATCAGAATTCGCTCCACGCAGGGGACAGAAGTTTTTGAG
CTATATAACGGGTTATTGACCAGTGGTCTGACAGATGGAGGAACCGCTGG
GTTAATATGGGGTTTCATTATCGTCACAGCAGGTTTCGCGCTCGTCTTTG
CCAGCATAGCTGAGATGGCTTCTATCGGAATTTCAGATTCGTCTCGATTC
TAGGGTTCGGCTGTACGTTGATTTCCACATGGGAGGTCATCTTAACATGG
CTTTTGAGAGTGGCAGGATTGAAGGGCAAATACATGTGGAGGGCTCTGAA
AATGTTGAGAAAGCATCAAAGGGCCTCGTGGCCCCCAAGTACATGGGTAC
TATCAGAGACCAGCGCGATATGAGTGCTCTGGGCCGTGTCCAGGTTTTAA
GGGTCACTCCTGGCTGGAACATACCCCTCAACTCCGTCCTCGTCTCACTC
GTTGTGACCGCGATCTTAAGCCTCATCAATATCGGGTCCAACCTAGCTCT
GAACGCTGTTATCTCACTAACAATAACATCGCTCATGTCAGCATACATCC
TGTCCATTGGGTGTGTTCTGCTGAAGCGACTGCGCGGAGAAAAGCTCCCA
CCGCGACGGTGGTCGCTCGGTCGGTTCGGAATGACCATCAACATAGCTAG
TCTGGCGTTTCTCTTTCCGATATTTGTCTTTTCGTTCTTTCCACTTACAA
AGACTGTCGATGCGCATAGTATGAACTGGAGTATCGTTATGTACATGGCA
ATGGTTAGCTTTGCGTCGGTGTATTATTACTTCTGGGGGAGATACCAGTT
CATTGCACCGGTAGCGTTGGTGAAGCGGGACATTGATCTGGATGATATGT
GACTGAAGAAATCAAGGACGCATCAGAGACACTTCCCAAGGCTATGATGT
CTGCAGTGGGTGTCAATGGTATCCTCGGTTTTATTATGATTGTTACCCTG
TGCTTCACCCTGGGTGATGTCAACAACATCTTGCAAAGTCCGACTGGATT
TCCGTTCATTCAGATATTCTACAACACTACCCGTAGCTACGCGGCAGCAA
ACACCATGACAGCCATCCTTATCATCACGCTGACCGCTAGCACGATCACT
GAGGTAGCCACAGCATCCCGCCAGCTGTGGTCATTCGCGCGAGACCAAGG
ACTTCCATTCTCATCTTTTTTTGCCTACGATGGCTTTGTGCAACGGGCTG
GCAATGTGCCATTGTAGCCATTGCATATCTGGCAGGTACTATAATCCAAG
GATTGATAGTGCTAAATCGTCCAACATACGAATTCGAGCGGTGGCACGGT
ACTCTGCTTGTTATAGCTATCACAGCATTTTCTATCTTATTCAACACGTT
CCTAGCCAAGAACCTGCCTATGGTTGAGGGTCTGATACTCATTATCCATG
TTGTGGGCCTATTTGCTATCATTATCCCACTATGGGTACTTGCTCCTCGA
AATAGCGCAAAGGCTGTCTTCACCGAATTCTACGATGGAGGCGAATGGGG
AAGTCCTGGCACCGCTACGCTTGTCGGCTTGTCGACCACTATAACTTCCA
TGATTGGATACGATTGCTCAGTCCATATGTGTCACCAACATCGGGGGGTC
AATACCACTGGGTATCAGAATTCGCTCCACGCAGGGGACAGAAGTTTTTG
AGCTATATAACGGGTTATTGACCAGTGGTCTGACAGATGGAGGAACCGCT
GGGTTAATATGGGGTTTCATTATCGTCACAGCAGGTTTCGCGCTCGTCTT
TGCCAGCATAGCTGAGATGGCTTCTATCGGAATTTCAGATTCGTCTCGAT
TCTAGGGTTCGGCTGTACGTTGATTTCCACATGGGAGGTCATCTTAACAT
GGCTTTTGAGAGTGGCAGGATTGAAGGGCAAATACATGTGGAGGGCTCTG
AAAATGTTGAGAAAGCATCAAAGGGCCTCGTGGCCCCCAAGTACATGGGT
ACTATCAGAGACCAGCGCGATATGAGTGCTCTGGGCCGTGTCCAGGTTTT
AAGGGTCACTCCTGGCTGGAACATACCCCTCAACTCCGTCCTCGTCTCAC
TCGTTGTGACCGCGATCTTAAGCCTCATCAATATCGGGTCCAACCTAGCT
CTGAACGCTGTTATCTCACTAACAATAACATCGCTCATGTCAGCATACAT
CCTGTCCATTGGGTGTGTTCTGCTGAAGCGACTGCGCGGAGAAAAGCTCC
CACCGCGACGGTGGTCGCTCGGTCGGTTCGGAATGACCATCAACATAGCT
AGTCTGGCGTTTCTCTTTCCGATATTTGTCTTTTCGTTCTTTCCACTTAC
AAAGACTGTCGATGCGCATAGTATGAACTGGAGTATCGTTATGTACATGG
CAATGGTTAGCTTTGCGTCGGTGTATTATTACTTCTGGGGGAGATACCAG
TTCATTGCACCGGTAGCGTTGGTGAAGCGGGACATTGATCTGGATGATAT
GTGACTGAAGAAATCAAGGACGCATCAGAGACACTTCCCAAGGCTATGAT
GTCTGCAGTGGGTGTCAATGGTATCCTCGGTTTTATTATGATTGTTACCC
TGTGCTTCACCCTGGGTGATGTCAACAACATCTTGCAAAGTCCGACTGGA
TTTCCGTTCATTCAGATATTCTACAACACTACCCGTAGCTACGCGGCAGC
AAACACCATGACAGCCATCCTTATCATCACGCTGACCGCTAGCACGATCA
CTGAGGTAGCCACAGCATCCCGCCAGCTGTGGTCATTCGCGCGAGACCAA
GGACTTCCATTCTCATCTTTTTTTGCCTACGATGGCTTTGTGCAACGGGC
TGGCAATGTGCCATTGTAGCCATTGCATATCTGGCAGGTACTATAATCCA
AGGATTGATAGTGCTAAATCGTCCAACATACGAATTCGAGCGGTGGCACG
GTACTCTGCTTGTTATAGCTATCACAGCATTTTCTATCTTATTCAACACG
TTCCTAGCCAAGAACCTGCCTATGGTTGAGGGTCTGATACTCATTATCCA
TGTTGTGGGCCTATTTGCTATCATTATCCCACTATGGGTACTTGCTCCTC
GAAATAGCGCAAAGGCTGTCTTCACCGAATTCTACGATGGAGGCGAATGG
GGAAGTCCTGGCACCGCTACGCTTGTCGGCTTGTCGACCACTATAACTTC
CATGATTGGATACGATTGCTCAGTCCATATGTGTCACCAACATCGGGGGG
TCAATACCACTGGGTATCAGAATTCGCTCCACGCAGGGGACAGAAGTTTT
TGAGCTATATAACGGGTTATTGACCAGTGGTCTGACAGATGGAGGAACCG
CTGGGTTAATATGGGGTTTCATTATCGTCACAGCAGGTTTCGCGCTCGTC
TTTGCCAGCATAGCTGAGATGGCTTCTATCGGAATTTCAGATTCGTCTCG
ATTCTAGGGTTCGGCTGTACGTTGATTTCCACATGGGAGGTCATCTTAAC
ATGGCTTTTGAGAGTGGCAGGATTGAAGGGCAAATACATGTGGAGGGCTC
TGAAAATGTTGAGAAAGCATCAAAGGGCCTCGTGGCCCCCAAGTACATGG
GTACTATCAGAGACCAGCGCGATATGAGTGCTCTGGGCCGTGTCCAGGTT
TTAAGGGTCACTCCTGGCTGGAACATACCCCTCAACTCCGTCCTCGTCTC
ACTCGTTGTGACCGCGATCTTAAGCCTCATCAATATCGGGTCCAACCTAG
CTCTGAACGCTGTTATCTCACTAACAATAACATCGCTCATGTCAGCATAC
ATCCTGTCCATTGGGTGTGTTCTGCTGAAGCGACTGCGCGGAGAAAAGCT
CCCACCGCGACGGTGGTCGCTCGGTCGGTTCGGAATGACCATCAACATAG
CTAGTCTGGCGTTTCTCTTTCCGATATTTGTCTTTTCGTTCTTTCCACTT
ACAAAGACTGTCGATGCGCATAGTATGAACTGGAGTATCGTTATGTACAT
GGCAATGGTTAGCTTTGCGTCGGTGTATTATTACTTCTGGGGGAGATACC
AGTTCATTGCACCGGTAGCGTTGGTGAAGCGGGACATTGATCTGGATGAT
ATGTGACTGAAGAAATCAAGGACGCATCAGAGACACTTCCCAAGGCTATG
ATGTCTGCAGTGGGTGTCAATGGTATCCTCGGTTTTATTATGATTGTTAC
CCTGTGCTTCACCCTGGGTGATGTCAACAACATCTTGCAAAGTCCGACTG
GATTTCCGTTCATTCAGATATTCTACAACACTACCCGTAGCTACGCGGCA
GCAAACACCATGACAGCCATCCTTATCATCACGCTGACCGCTAGCACGAT
CACTGAGGTAGCCACAGCATCCCGCCAGCTGTGGTCATTCGCGCGAGACC
AAGGACTTCCATTCTCATCTTTTTTTGCCTACGATGGCTTTGTGCAACGG
GCTGGCAATGTGCCATTGTAGCCATTGCATATCTGGCAGGTACTATAATC
CAAGGATTGATAGTGCTAAATCGTCCAACATACGAATTCGAGCGGTGGCA
CGGTACTCTGCTTGTTATAGCTATCACAGCATTTTCTATCTTATTCAACA
CGTTCCTAGCCAAGAACCTGCCTATGGTTGAGGGTCTGATACTCATTATC
CATGTTGTGGGCCTATTTGCTATCATTATCCCACTATGGGTACTTGCTCC
TCGAAATAGCGCAAAGGCTGTCTTCACCGAATTCTACGATGGAGGCGAAT
GGGGAAGTCCTGGCACCGCTACGCTTGTCGGCTTGTCGACCACTATAACT
TCCATGATTGGATACGATTGCTCAGTCCATATGTGTCACCAACATCGGGG
GGTCAATACCACTGGGTATCAGAATTCGCTCCACGCAGGGGACAGAAGTT
TTTGAGCTATATAACGGGTTATTGACCAGTGGTCTGACAGATGGAGGAAC
CGCTGGGTTAATATGGGGTTTCATTATCGTCACAGCAGGTTTCGCGCTCG
TCTTTGCCAGCATAGCTGAGATGGCTTCTATCGGAATTTCAGATTCGTCT
CGATTCTAGGGTTCGGCTGTACGTTGATTTCCACATGGGAGGTCATCTTA
ACATGGCTTTTGAGAGTGGCAGGATTGAAGGGCAAATACATGTGGAGGGC
TCTGAAAATGTTGAGAAAGCATCAAAGGGCCTCGTGGCCCCCAAGTACAT
GGGTACTATCAGAGACCAGCGCGATATGAGTGCTCTGGGCCGTGTCCAGG
TTTTAAGGGTCACTCCTGGCTGGAACATACCCCTCAACTCCGTCCTCGTC
TCACTCGTTGTGACCGCGATCTTAAGCCTCATCAATATCGGGTCCAACCT
AGCTCTGAACGCTGTTATCTCACTAACAATAACATCGCTCATGTCAGCAT
ACATCCTGTCCATTGGGTGTGTTCTGCTGAAGCGACTGCGCGGAGAAAAG
CTCCCACCGCGACGGTGGTCGCTCGGTCGGTTCGGAATGACCATCAACAT
AGCTAGTCTGGCGTTTCTCTTTCCGATATTTGTCTTTTCGTTCTTTCCAC
TTACAAAGACTGTCGATGCGCATAGTATGAACTGGAGTATCGTTATGTAC
ATGGCAATGGTTAGCTTTGCGTCGGTGTATTATTACTTCTGGGGGAGATA
CCAGTTCATTGCACCGGTAGCGTTGGTGAAGCGGGACATTGATCTGGATG
ATATGTGACTGAAGAAATCAAGGACGCATCAGAGACACTTCCCAAGGCTA
TGATGTCTGCAGTGGGTGTCAATGGTATCCTCGGTTTTATTATGATTGTT
ACCCTGTGCTTCACCCTGGGTGATGTCAACAACATCTTGCAAAGTCCGAC
TGGATTTCCGTTCATTCAGATATTCTACAACACTACCCGTAGCTACGCGG
CAGCAAACACCATGACAGCCATCCTTATCATCACGCTGACCGCTAGCACG
ATCACTGAGGTAGCCACAGCATCCCGCCAGCTGTGGTCATTCGCGCGAGA
CCAAGGACTTCCATTCTCATCTTTTTTTGCCTACGATGGCTTTGTGCAAC
GGGCTGGCAATGTGCCATTGTAGCCATTGCATATCTGGCAGGTACTATAA
TCCAAGGATTGATAGTGCTAAATCGTCCAACATACGAATTCGAGCGGTGG
CACGGTACTCTGCTTGTTATAGCTATCACAGCATTTTCTATCTTATTCAA
CACGTTCCTAGCCAAGAACCTGCCTATGGTTGAGGGTCTGATACTCATTA
TCCATGTTGTGGGCCTATTTGCTATCATTATCCCACTATGGGTACTTGCT
CCTCGAAATAGCGCAAAGGCTGTCTTCACCGAATTCTACGATGGAGGCGA
ATGGGGAAGTCCTGGCACCGCTACGCTTGTCGGCTTGTCGACCACTATAA
CTTCCATGATTGGATACGATTGCTCAGTCCATATGTGTCACCAACATCGG
GGGGTCAATACCACTGGGTATCAGAATTCGCTCCACGCAGGGGACAGAAG
TTTTTGAGCTATATAACGGGTTATTGACCAGTGGTCTGACAGATGGAGGA
ACCGCTGGGTTAATATGGGGTTTCATTATCGTCACAGCAGGTTTCGCGCT
CGTCTTTGCCAGCATAGCTGAGATGGCTTCTATCGGAATTTCAGATTCGT
CTCGATTCTAGGGTTCGGCTGTACGTTGATTTCCACATGGGAGGTCATCT
TAACATGGCTTTTGAGAGTGGCAGGATTGAAGGGCAAATACATGTGGAGG
GCTCTGAAAATGTTGAGAAAGCATCAAAGGGCCTCGTGGCCCCCAAGTAC
ATGGGTACTATCAGAGACCAGCGCGATATGAGTGCTCTGGGCCGTGTCCA
GGTTTTAAGGGTCACTCCTGGCTGGAACATACCCCTCAACTCCGTCCTCG
TCTCACTCGTTGTGACCGCGATCTTAAGCCTCATCAATATCGGGTCCAAC
CTAGCTCTGAACGCTGTTATCTCACTAACAATAACATCGCTCATGTCAGC
ATACATCCTGTCCATTGGGTGTGTTCTGCTGAAGCGACTGCGCGGAGAAA
AGCTCCCACCGCGACGGTGGTCGCTCGGTCGGTTCGGAATGACCATCAAC
ATAGCTAGTCTGGCGTTTCTCTTTCCGATATTTGTCTTTTCGTTCTTTCC
ACTTACAAAGACTGTCGATGCGCATAGTATGAACTGGAGTATCGTTATGT
ACATGGCAATGGTTAGCTTTGCGTCGGTGTATTATTACTTCTGGGGGAGA
TACCAGTTCATTGCACCGGTAGCGTTGGTGAAGCGGGACATTGATCTGGA
TGATATGTGACTGAAGAAATCAAGGACGCATCAGAGACACTTCCCAAGGC
TATGATGTCTGCAGTGGGTGTCAATGGTATCCTCGGTTTTATTATGATTG
TTACCCTGTGCTTCACCCTGGGTGATGTCAACAACATCTTGCAAAGTCCG
ACTGGATTTCCGTTCATTCAGATATTCTACAACACTACCCGTAGCTACGC
GGCAGCAAACACCATGACAGCCATCCTTATCATCACGCTGACCGCTAGCA
CGATCACTGAGGTAGCCACAGCATCCCGCCAGCTGTGGTCATTCGCGCGA
GACCAAGGACTTCCATTCTCATCTTTTTTTGCCTACGATGGCTTTGTGCA
ACGGGCTGGCAATGTGCCATTGTAGCCATTGCATATCTGGCAGGTACTAT
AATCCAAGGATTGATAGTGCTAAATCGTCCAACATACGAATTCGAGCGGT
GGCACGGTACTCTGCTTGTTATAGCTATCACAGCATTTTCTATCTTATTC
AACACGTTCCTAGCCAAGAACCTGCCTATGGTTGAGGGTCTGATACTCAT
TATCCATGTTGTGGGCCTATTTGCTATCATTATCCCACTATGGGTACTTG
CTCCTCGAAATAGCGCAAAGGCTGTCTTCACCGAATTCTACGATGGAGGC
GAATGGGGAAGTCCTGGCACCGCTACGCTTGTCGGCTTGTCGACCACTAT
AACTTCCATGATTGGATACGATTGCTCAGTCCATATGTGTCACCAACATC
GGGGGGTCAATACCACTGGGTATCAGAATTCGCTCCACGCAGGGGACAGA
AGTTTTTGAGCTATATAACGGGTTATTGACCAGTGGTCTGACAGATGGAG
GAACCGCTGGGTTAATATGGGGTTTCATTATCGTCACAGCAGGTTTCGCG
CTCGTCTTTGCCAGCATAGCTGAGATGGCTTCTATCGGAATTTCAGATTC
GTCTCGATTCTAGGGTTCGGCTGTACGTTGATTTCCACATGGGAGGTCAT
CTTAACATGGCTTTTGAGAGTGGCAGGATTGAAGGGCAAATACATGTGGA
GGGCTCTGAAAATGTTGAGAAAGCATCAAAGGGCCTCGTGGCCCCCAAGT
ACATGGGTACTATCAGAGACCAGCGCGATATGAGTGCTCTGGGCCGTGTC
CAGGTTTTAAGGGTCACTCCTGGCTGGAACATACCCCTCAACTCCGTCCT
CGTCTCACTCGTTGTGACCGCGATCTTAAGCCTCATCAATATCGGGTCCA
ACCTAGCTCTGAACGCTGTTATCTCACTAACAATAACATCGCTCATGTCA
GCATACATCCTGTCCATTGGGTGTGTTCTGCTGAAGCGACTGCGCGGAGA
AAAGCTCCCACCGCGACGGTGGTCGCTCGGTCGGTTCGGAATGACCATCA
ACATAGCTAGTCTGGCGTTTCTCTTTCCGATATTTGTCTTTTCGTTCTTT
CCACTTACAAAGACTGTCGATGCGCATAGTATGAACTGGAGTATCGTTAT
GTACATGGCAATGGTTAGCTTTGCGTCGGTGTATTATTACTTCTGGGGGA
GATACCAGTTCATTGCACCGGTAGCGTTGGTGAAGCGGGACATTGATCTG
GATGATATGTGACTGAAGAAATCAAGGACGCATCAGAGACACTTCCCAAG
GCTATGATGTCTGCAGTGGGTGTCAATGGTATCCTCGGTTTTATTATGAT
TGTTACCCTGTGCTTCACCCTGGGTGATGTCAACAACATCTTGCAAAGTC
CGACTGGATTTCCGTTCATTCAGATATTCTACAACACTACCCGTAGCTAC
GCGGCAGCAAACACCATGACAGCCATCCTTATCATCACGCTGACCGCTAG
CACGATCACTGAGGTAGCCACAGCATCCCGCCAGCTGTGGTCATTCGCGC
GAGACCAAGGACTTCCATTCTCATCTTTTTTTGCCTACGATGGCTTTGTG
CAACGGGCTGGCAATGTGCCATTGTAGCCATTGCATATCTGGCAGGTACT
ATAATCCAAGGATTGATAGTGCTAAATCGTCCAACATACGAATTCGAGCG
GTGGCACGGTACTCTGCTTGTTATAGCTATCACAGCATTTTCTATCTTAT
TCAACACGTTCCTAGCCAAGAACCTGCCTATGGTTGAGGGTCTGATACTC
ATTATCCATGTTGTGGGCCTATTTGCTATCATTATCCCACTATGGGTACT
TGCTCCTCGAAATAGCGCAAAGGCTGTCTTCACCGAATTCTACGATGGAG
GCGAATGGGGAAGTCCTGGCACCGCTACGCTTGTCGGCTTGTCGACCACT
ATAACTTCCATGATTGGATACGATTGCTCAGTCCATATGTGTCACCAACA
TCGGGGGGTCAATACCACTGGGTATCAGAATTCGCTCCACGCAGGGGACA
GAAGTTTTTGAGCTATATAACGGGTTATTGACCAGTGGTCTGACAGATGG
AGGAACCGCTGGGTTAATATGGGGTTTCATTATCGTCACAGCAGGTTTCG
CGCTCGTCTTTGCCAGCATAGCTGAGATGGCTTCTATCGGAATTTCAGAT
TCGTCTCGATTCTAGGGTTCGGCTGTACGTTGATTTCCACATGGGAGGTC
ATCTTAACATGGCTTTTGAGAGTGGCAGGATTGAAGGGCAAATACATGTG
GAGGGCTCTGAAAATGTTGAGAAAGCATCAAAGGGCCTCGTGGCCCCCAA
GTACATGGGTACTATCAGAGACCAGCGCGATATGAGTGCTCTGGGCCGTG
TCCAGGTTTTAAGG
back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0016020membrane
Vocabulary: Biological Process
TermDefinition
GO:0055085transmembrane transport
Vocabulary: Molecular Function
TermDefinition
GO:0022857transmembrane transporter activity
Relationships

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

Feature NameUnique NameSpeciesType
KYF_008453KYF_008453Aspergillus niger KYF3gene


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

Feature NameUnique NameSpeciesType
KYF_008453-T1KYF_008453-T1-proteinAspergillus niger KYF3polypeptide


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

Feature NameUnique NameSpeciesType
KYF_008453-T1.cdsKYF_008453-T1.cdsAspergillus niger KYF3CDS


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

Feature NameUnique NameSpeciesType
KYF_008453-T1.exon7KYF_008453-T1.exon7Aspergillus niger KYF3exon
KYF_008453-T1.exon6KYF_008453-T1.exon6Aspergillus niger KYF3exon
KYF_008453-T1.exon5KYF_008453-T1.exon5Aspergillus niger KYF3exon
KYF_008453-T1.exon4KYF_008453-T1.exon4Aspergillus niger KYF3exon
KYF_008453-T1.exon3KYF_008453-T1.exon3Aspergillus niger KYF3exon
KYF_008453-T1.exon2KYF_008453-T1.exon2Aspergillus niger KYF3exon
KYF_008453-T1.exon1KYF_008453-T1.exon1Aspergillus niger KYF3exon


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR002293
DBxrefPFAM:PF13520
DBxrefPFAM:PF00324
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
ch6supercontigch6:3783840..3785765 -
Powered by Drupal