You are here

Home

KYF_011085-T1, KYF_011085-T1 (mRNA) Aspergillus niger KYF3

Overview
NameKYF_011085-T1
Unique NameKYF_011085-T1
TypemRNA
OrganismAspergillus niger KYF3
Sequences
The following sequences are available for this feature:

mRNA from alignment at ch8:3221639..3223615+

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>KYF_011085-T1 ID=KYF_011085-T1|Name=KYF_011085-T1|organism=Aspergillus niger KYF3|type=mRNA|length=1977bp|location=Sequence derived from alignment at ch8:3221639..3223615+ (Aspergillus niger KYF3)
ATGGGCTGGGCTAGTGGTGTCGTACTCTCACCAGAAGAAGAGGAACAAGC
CGGACCGGTTACATATCTAGCTTATGTTGTTTTAGCTGTCACGAACGATA
TCTGGTCCTGGGAGAAGGAGAAGCGGGTAACAAAACAATCAGGAGGATCG
ATCCCACTCGTCAACGCCGTGCAGATGGTTATGCAGATGCATGATACGGA
CGAAGAAAGCGCGAAAAAGGTTGTCTACAACATTATCCGTGAGCATGAAG
AACGCTATTGCTGCCTCCGTGATGATTACCTCAAAAGGCCAGATACCTCA
TTATCGATAAAAAAGTGGTTTCAGATCCTTGAGCTATCCATTGCTGGAAA
TGCACTGTGGAGCATCCGCGTGCTACGATATCATCAAGACGTCCAGAATC
CCTACAGAGGATCTTTTGACTTTCCCTCCGTCTTCAGCTCTCTGAAGATA
ACCCAATTTGCCCCAGATATGGTATCAGGAGAAGCGGGCATCGCAGGTAT
GCTCTGTTCTTCCCACTTAGCTTTATTGTGATGCGAGTCGCGACTAAAAG
AGTTTATATGCACAGATCCAGAAAGAAAGAATCCAGCGTTGGCGGCAATA
CCGCAGCTGGACGACACAGTAAGGAACATAATCACATTCTTTGTTGATCA
GTCTAACAACTCTAGATCCTATGGAAGCCATACGAATACCTTACCTCCAC
ACCATCGAAAGGTTTTCGCAATCATTTGATAGACGCTCTTCAAGAGTGGT
ACAAGGTCCCGCAAGCCTCCTTGGCCGTTATTTCCGGCGTGGCCTCTCTG
CTCCATGAAGCATCTCTAATGTGAGTCCGCAATGATTGCAACTTGTCTTT
ACATGAGTAGTACTAATACCTCACCAGGTTAGATGATATACAAGACGACA
GCCCCCTCCGGCGCGGCAAGCCTGCAGTACATACCATCTTCGGCGTGGGT
CAAACCATCAACTCTGCATGTTTTCAAATAAACAACGCCCTACGCCTCTG
TCTACAGCTTTCTCCTTCTGCATTGTTGATCTTCTCCGGTGAGTTATATT
AGCTCCCACGAAGCCAAACTATAATTATACTAAACTCGAGCCCCGTATCT
CAGATCAAATTGCCCAACTCTTCACCGGCCAAGCCCACGACCTCCAATGG
GCCAGACACAAAAGCATCCCGACAGAGGAAGACTACTTCAGGATGGTCGA
TGGCAGTATGTATATCTACAGCACAACATCCATTCTGTATCACCATGACT
AACGACAGAGATAAGAAAACGGTGCCCTCCTGATATTGATATCGCGGCTC
ATGCAGAACGAAGCCACACAAAACCGGTATGTCACCCTACTATACCCTCA
TCACGTCAAAATATCCCCAAGTGAGGCATACATATCATACTAACTTACTC
AGCACCCTCGACCTAACCCACTTCATGAACCTGATCGGAAGAAGCCACCA
ACTCAGAGACGACTACCAGAACCTAGCATCTCAGGACGTAAGCCACTTAA
CTGCGACCGCATACCACAGACACTCTAAAAGAAAAGCTGACACAATCTAT
GTAGTACACAACCCAACGCGGCTTCTGCCAAGACCTTGACGAAGGAAAAT
TCTCTTTCCCACTGATCCGCGCTATACAAAGCAGTACAGACGCTACTGTT
CTCCTGGAATGGCTACAGCAGCAAGGAGAAAACAACACGTCTCCTGAGAT
GAAGACTTTCATCCTTGGGATGATTGAACGGAGTGGGAGCTTGGAAGCGA
CCCGAAGTGTTTTGCGTGATCTTTCTGTAGAAATGATGAGGCAGCTTGAG
AAAATTGAGAGCTTGACAGGGGTAAAGAATTGGCTGTTGGGGAGTATTTT
GGCTAAGCTGCAGGGAGAGCTTTCTTCTCGTAGGGATCAGGCGAGTAAGA
AGGAGAATACGTTAGAAAGTGTGTTGCGTGTGTGGGGTAGGTATCGGGAT
GAGGCGTGGAAGAATGTTTTAAACTAG
back to top

Coding sequence (CDS) from alignment at ch8:3221639..3223615+

>KYF_011085-T1 ID=KYF_011085-T1|Name=KYF_011085-T1|organism=Aspergillus niger KYF3|type=CDS|length=9912bp|location=Sequence derived from alignment at ch8:3221639..3223615+ (Aspergillus niger KYF3)
ATGGGCTGGGCTAGTGGTGTCGTACTCTCACCAGAAGAAGAGGAACAAGC
CGGACCGGTTACATATCTAGCTTATGTTGTTTTAGCTGTCACGAACGATA
TCTGGTCCTGGGAGAAGGAGAAGCGGGTAACAAAACAATCAGGAGGATCG
ATCCCACTCGTCAACGCCGTGCAGATGGTTATGCAGATGCATGATACGGA
CGAAGAAAGCGCGAAAAAGGTTGTCTACAACATTATCCGTGAGCATGAAG
AACGCTATTGCTGCCTCCGTGATGATTACCTCAAAAGGCCAGATACCTCA
TTATCGATAAAAAAGTGGTTTCAGATCCTTGAGCTATCCATTGCTGGAAA
TGCACTGTGGAGCATCCGCGTGCTACGATATCATCAAGACGTCCAGAATC
CCTACAGAGGATCTTTTGACTTTCCCTCCGTCTTCAGCTCTCTGAAGATA
ACCCAATTTGCCCCAGATATGGTATCAGGAGAAGCGGGCATCGCAGACGC
TCTTCAAGAGTGGTACAAGGTCCCGCAAGCCTCCTTGGCCGTTATTTCCG
GCGTGGCCTCTCTGCTCCATGAAGCATCTCTAATGTTAGATGATATACAA
GACGACAGCCCCCTCCGGCGCGGCAAGCCTGCAGTACATACCATCTTCGG
CGTGGGTCAAACCATCAACTCTGCATGTTTTCAAATAAACAACGCCCTAC
GCCTCTGTCTACAGCTTTCTCCTTCTGCATTGTTGATCTTCTCCGATCAA
ATTGCCCAACTCTTCACCGGCCAAGCCCACGACCTCCAATGGGCCAGACA
CAAAAGCATCCCGACAGAGGAAGACTACTTCAGGATGGTCGATGGCAAAA
ACGGTGCCCTCCTGATATTGATATCGCGGCTCATGCAGAACGAAGCCACA
CAAAACCGCACCCTCGACCTAACCCACTTCATGAACCTGATCGGAAGAAG
CCACCAACTCAGAGACGACTACCAGAACCTAGCATCTCAGGACTACACAA
CCCAACGCGGCTTCTGCCAAGACCTTGACGAAGGAAAATTCTCTTTCCCA
CTGATCCGCGCTATACAAAGCAGTACAGACGCTACTGTTCTCCTGGAATG
GCTACAGCAGCAAGGAGAAAACAACACGTCTCCTGAGATGAAGACTTTCA
TCCTTGGGATGATTGAACGGAGTGGGAGCTTGGAAGCGACCCGAAGTGTT
TTGCGTGATCTTTCTGTAGAAATGATGAGGCAGCTTGAGAAAATTGAGAG
CTTGACAGGGGTAAAGAATTGGCTGTTGGGGAGTATTTTGGCTAAGCTGC
AGGGAGAGCTTTCTTCTCGTAGGGATCAGGCGAGTAAGAAGGAGAATACG
TTAGAAAGTGTGTTGCGTGTGTGGGGTAGGTATCGGGATGAGGCGTGGAA
GAATGTTTTAAACTAGATGGGCTGGGCTAGTGGTGTCGTACTCTCACCAG
AAGAAGAGGAACAAGCCGGACCGGTTACATATCTAGCTTATGTTGTTTTA
GCTGTCACGAACGATATCTGGTCCTGGGAGAAGGAGAAGCGGGTAACAAA
ACAATCAGGAGGATCGATCCCACTCGTCAACGCCGTGCAGATGGTTATGC
AGATGCATGATACGGACGAAGAAAGCGCGAAAAAGGTTGTCTACAACATT
ATCCGTGAGCATGAAGAACGCTATTGCTGCCTCCGTGATGATTACCTCAA
AAGGCCAGATACCTCATTATCGATAAAAAAGTGGTTTCAGATCCTTGAGC
TATCCATTGCTGGAAATGCACTGTGGAGCATCCGCGTGCTACGATATCAT
CAAGACGTCCAGAATCCCTACAGAGGATCTTTTGACTTTCCCTCCGTCTT
CAGCTCTCTGAAGATAACCCAATTTGCCCCAGATATGGTATCAGGAGAAG
CGGGCATCGCAGACGCTCTTCAAGAGTGGTACAAGGTCCCGCAAGCCTCC
TTGGCCGTTATTTCCGGCGTGGCCTCTCTGCTCCATGAAGCATCTCTAAT
GTTAGATGATATACAAGACGACAGCCCCCTCCGGCGCGGCAAGCCTGCAG
TACATACCATCTTCGGCGTGGGTCAAACCATCAACTCTGCATGTTTTCAA
ATAAACAACGCCCTACGCCTCTGTCTACAGCTTTCTCCTTCTGCATTGTT
GATCTTCTCCGATCAAATTGCCCAACTCTTCACCGGCCAAGCCCACGACC
TCCAATGGGCCAGACACAAAAGCATCCCGACAGAGGAAGACTACTTCAGG
ATGGTCGATGGCAAAAACGGTGCCCTCCTGATATTGATATCGCGGCTCAT
GCAGAACGAAGCCACACAAAACCGCACCCTCGACCTAACCCACTTCATGA
ACCTGATCGGAAGAAGCCACCAACTCAGAGACGACTACCAGAACCTAGCA
TCTCAGGACTACACAACCCAACGCGGCTTCTGCCAAGACCTTGACGAAGG
AAAATTCTCTTTCCCACTGATCCGCGCTATACAAAGCAGTACAGACGCTA
CTGTTCTCCTGGAATGGCTACAGCAGCAAGGAGAAAACAACACGTCTCCT
GAGATGAAGACTTTCATCCTTGGGATGATTGAACGGAGTGGGAGCTTGGA
AGCGACCCGAAGTGTTTTGCGTGATCTTTCTGTAGAAATGATGAGGCAGC
TTGAGAAAATTGAGAGCTTGACAGGGGTAAAGAATTGGCTGTTGGGGAGT
ATTTTGGCTAAGCTGCAGGGAGAGCTTTCTTCTCGTAGGGATCAGGCGAG
TAAGAAGGAGAATACGTTAGAAAGTGTGTTGCGTGTGTGGGGTAGGTATC
GGGATGAGGCGTGGAAGAATGTTTTAAACTAGATGGGCTGGGCTAGTGGT
GTCGTACTCTCACCAGAAGAAGAGGAACAAGCCGGACCGGTTACATATCT
AGCTTATGTTGTTTTAGCTGTCACGAACGATATCTGGTCCTGGGAGAAGG
AGAAGCGGGTAACAAAACAATCAGGAGGATCGATCCCACTCGTCAACGCC
GTGCAGATGGTTATGCAGATGCATGATACGGACGAAGAAAGCGCGAAAAA
GGTTGTCTACAACATTATCCGTGAGCATGAAGAACGCTATTGCTGCCTCC
GTGATGATTACCTCAAAAGGCCAGATACCTCATTATCGATAAAAAAGTGG
TTTCAGATCCTTGAGCTATCCATTGCTGGAAATGCACTGTGGAGCATCCG
CGTGCTACGATATCATCAAGACGTCCAGAATCCCTACAGAGGATCTTTTG
ACTTTCCCTCCGTCTTCAGCTCTCTGAAGATAACCCAATTTGCCCCAGAT
ATGGTATCAGGAGAAGCGGGCATCGCAGACGCTCTTCAAGAGTGGTACAA
GGTCCCGCAAGCCTCCTTGGCCGTTATTTCCGGCGTGGCCTCTCTGCTCC
ATGAAGCATCTCTAATGTTAGATGATATACAAGACGACAGCCCCCTCCGG
CGCGGCAAGCCTGCAGTACATACCATCTTCGGCGTGGGTCAAACCATCAA
CTCTGCATGTTTTCAAATAAACAACGCCCTACGCCTCTGTCTACAGCTTT
CTCCTTCTGCATTGTTGATCTTCTCCGATCAAATTGCCCAACTCTTCACC
GGCCAAGCCCACGACCTCCAATGGGCCAGACACAAAAGCATCCCGACAGA
GGAAGACTACTTCAGGATGGTCGATGGCAAAAACGGTGCCCTCCTGATAT
TGATATCGCGGCTCATGCAGAACGAAGCCACACAAAACCGCACCCTCGAC
CTAACCCACTTCATGAACCTGATCGGAAGAAGCCACCAACTCAGAGACGA
CTACCAGAACCTAGCATCTCAGGACTACACAACCCAACGCGGCTTCTGCC
AAGACCTTGACGAAGGAAAATTCTCTTTCCCACTGATCCGCGCTATACAA
AGCAGTACAGACGCTACTGTTCTCCTGGAATGGCTACAGCAGCAAGGAGA
AAACAACACGTCTCCTGAGATGAAGACTTTCATCCTTGGGATGATTGAAC
GGAGTGGGAGCTTGGAAGCGACCCGAAGTGTTTTGCGTGATCTTTCTGTA
GAAATGATGAGGCAGCTTGAGAAAATTGAGAGCTTGACAGGGGTAAAGAA
TTGGCTGTTGGGGAGTATTTTGGCTAAGCTGCAGGGAGAGCTTTCTTCTC
GTAGGGATCAGGCGAGTAAGAAGGAGAATACGTTAGAAAGTGTGTTGCGT
GTGTGGGGTAGGTATCGGGATGAGGCGTGGAAGAATGTTTTAAACTAGAT
GGGCTGGGCTAGTGGTGTCGTACTCTCACCAGAAGAAGAGGAACAAGCCG
GACCGGTTACATATCTAGCTTATGTTGTTTTAGCTGTCACGAACGATATC
TGGTCCTGGGAGAAGGAGAAGCGGGTAACAAAACAATCAGGAGGATCGAT
CCCACTCGTCAACGCCGTGCAGATGGTTATGCAGATGCATGATACGGACG
AAGAAAGCGCGAAAAAGGTTGTCTACAACATTATCCGTGAGCATGAAGAA
CGCTATTGCTGCCTCCGTGATGATTACCTCAAAAGGCCAGATACCTCATT
ATCGATAAAAAAGTGGTTTCAGATCCTTGAGCTATCCATTGCTGGAAATG
CACTGTGGAGCATCCGCGTGCTACGATATCATCAAGACGTCCAGAATCCC
TACAGAGGATCTTTTGACTTTCCCTCCGTCTTCAGCTCTCTGAAGATAAC
CCAATTTGCCCCAGATATGGTATCAGGAGAAGCGGGCATCGCAGACGCTC
TTCAAGAGTGGTACAAGGTCCCGCAAGCCTCCTTGGCCGTTATTTCCGGC
GTGGCCTCTCTGCTCCATGAAGCATCTCTAATGTTAGATGATATACAAGA
CGACAGCCCCCTCCGGCGCGGCAAGCCTGCAGTACATACCATCTTCGGCG
TGGGTCAAACCATCAACTCTGCATGTTTTCAAATAAACAACGCCCTACGC
CTCTGTCTACAGCTTTCTCCTTCTGCATTGTTGATCTTCTCCGATCAAAT
TGCCCAACTCTTCACCGGCCAAGCCCACGACCTCCAATGGGCCAGACACA
AAAGCATCCCGACAGAGGAAGACTACTTCAGGATGGTCGATGGCAAAAAC
GGTGCCCTCCTGATATTGATATCGCGGCTCATGCAGAACGAAGCCACACA
AAACCGCACCCTCGACCTAACCCACTTCATGAACCTGATCGGAAGAAGCC
ACCAACTCAGAGACGACTACCAGAACCTAGCATCTCAGGACTACACAACC
CAACGCGGCTTCTGCCAAGACCTTGACGAAGGAAAATTCTCTTTCCCACT
GATCCGCGCTATACAAAGCAGTACAGACGCTACTGTTCTCCTGGAATGGC
TACAGCAGCAAGGAGAAAACAACACGTCTCCTGAGATGAAGACTTTCATC
CTTGGGATGATTGAACGGAGTGGGAGCTTGGAAGCGACCCGAAGTGTTTT
GCGTGATCTTTCTGTAGAAATGATGAGGCAGCTTGAGAAAATTGAGAGCT
TGACAGGGGTAAAGAATTGGCTGTTGGGGAGTATTTTGGCTAAGCTGCAG
GGAGAGCTTTCTTCTCGTAGGGATCAGGCGAGTAAGAAGGAGAATACGTT
AGAAAGTGTGTTGCGTGTGTGGGGTAGGTATCGGGATGAGGCGTGGAAGA
ATGTTTTAAACTAGATGGGCTGGGCTAGTGGTGTCGTACTCTCACCAGAA
GAAGAGGAACAAGCCGGACCGGTTACATATCTAGCTTATGTTGTTTTAGC
TGTCACGAACGATATCTGGTCCTGGGAGAAGGAGAAGCGGGTAACAAAAC
AATCAGGAGGATCGATCCCACTCGTCAACGCCGTGCAGATGGTTATGCAG
ATGCATGATACGGACGAAGAAAGCGCGAAAAAGGTTGTCTACAACATTAT
CCGTGAGCATGAAGAACGCTATTGCTGCCTCCGTGATGATTACCTCAAAA
GGCCAGATACCTCATTATCGATAAAAAAGTGGTTTCAGATCCTTGAGCTA
TCCATTGCTGGAAATGCACTGTGGAGCATCCGCGTGCTACGATATCATCA
AGACGTCCAGAATCCCTACAGAGGATCTTTTGACTTTCCCTCCGTCTTCA
GCTCTCTGAAGATAACCCAATTTGCCCCAGATATGGTATCAGGAGAAGCG
GGCATCGCAGACGCTCTTCAAGAGTGGTACAAGGTCCCGCAAGCCTCCTT
GGCCGTTATTTCCGGCGTGGCCTCTCTGCTCCATGAAGCATCTCTAATGT
TAGATGATATACAAGACGACAGCCCCCTCCGGCGCGGCAAGCCTGCAGTA
CATACCATCTTCGGCGTGGGTCAAACCATCAACTCTGCATGTTTTCAAAT
AAACAACGCCCTACGCCTCTGTCTACAGCTTTCTCCTTCTGCATTGTTGA
TCTTCTCCGATCAAATTGCCCAACTCTTCACCGGCCAAGCCCACGACCTC
CAATGGGCCAGACACAAAAGCATCCCGACAGAGGAAGACTACTTCAGGAT
GGTCGATGGCAAAAACGGTGCCCTCCTGATATTGATATCGCGGCTCATGC
AGAACGAAGCCACACAAAACCGCACCCTCGACCTAACCCACTTCATGAAC
CTGATCGGAAGAAGCCACCAACTCAGAGACGACTACCAGAACCTAGCATC
TCAGGACTACACAACCCAACGCGGCTTCTGCCAAGACCTTGACGAAGGAA
AATTCTCTTTCCCACTGATCCGCGCTATACAAAGCAGTACAGACGCTACT
GTTCTCCTGGAATGGCTACAGCAGCAAGGAGAAAACAACACGTCTCCTGA
GATGAAGACTTTCATCCTTGGGATGATTGAACGGAGTGGGAGCTTGGAAG
CGACCCGAAGTGTTTTGCGTGATCTTTCTGTAGAAATGATGAGGCAGCTT
GAGAAAATTGAGAGCTTGACAGGGGTAAAGAATTGGCTGTTGGGGAGTAT
TTTGGCTAAGCTGCAGGGAGAGCTTTCTTCTCGTAGGGATCAGGCGAGTA
AGAAGGAGAATACGTTAGAAAGTGTGTTGCGTGTGTGGGGTAGGTATCGG
GATGAGGCGTGGAAGAATGTTTTAAACTAGATGGGCTGGGCTAGTGGTGT
CGTACTCTCACCAGAAGAAGAGGAACAAGCCGGACCGGTTACATATCTAG
CTTATGTTGTTTTAGCTGTCACGAACGATATCTGGTCCTGGGAGAAGGAG
AAGCGGGTAACAAAACAATCAGGAGGATCGATCCCACTCGTCAACGCCGT
GCAGATGGTTATGCAGATGCATGATACGGACGAAGAAAGCGCGAAAAAGG
TTGTCTACAACATTATCCGTGAGCATGAAGAACGCTATTGCTGCCTCCGT
GATGATTACCTCAAAAGGCCAGATACCTCATTATCGATAAAAAAGTGGTT
TCAGATCCTTGAGCTATCCATTGCTGGAAATGCACTGTGGAGCATCCGCG
TGCTACGATATCATCAAGACGTCCAGAATCCCTACAGAGGATCTTTTGAC
TTTCCCTCCGTCTTCAGCTCTCTGAAGATAACCCAATTTGCCCCAGATAT
GGTATCAGGAGAAGCGGGCATCGCAGACGCTCTTCAAGAGTGGTACAAGG
TCCCGCAAGCCTCCTTGGCCGTTATTTCCGGCGTGGCCTCTCTGCTCCAT
GAAGCATCTCTAATGTTAGATGATATACAAGACGACAGCCCCCTCCGGCG
CGGCAAGCCTGCAGTACATACCATCTTCGGCGTGGGTCAAACCATCAACT
CTGCATGTTTTCAAATAAACAACGCCCTACGCCTCTGTCTACAGCTTTCT
CCTTCTGCATTGTTGATCTTCTCCGATCAAATTGCCCAACTCTTCACCGG
CCAAGCCCACGACCTCCAATGGGCCAGACACAAAAGCATCCCGACAGAGG
AAGACTACTTCAGGATGGTCGATGGCAAAAACGGTGCCCTCCTGATATTG
ATATCGCGGCTCATGCAGAACGAAGCCACACAAAACCGCACCCTCGACCT
AACCCACTTCATGAACCTGATCGGAAGAAGCCACCAACTCAGAGACGACT
ACCAGAACCTAGCATCTCAGGACTACACAACCCAACGCGGCTTCTGCCAA
GACCTTGACGAAGGAAAATTCTCTTTCCCACTGATCCGCGCTATACAAAG
CAGTACAGACGCTACTGTTCTCCTGGAATGGCTACAGCAGCAAGGAGAAA
ACAACACGTCTCCTGAGATGAAGACTTTCATCCTTGGGATGATTGAACGG
AGTGGGAGCTTGGAAGCGACCCGAAGTGTTTTGCGTGATCTTTCTGTAGA
AATGATGAGGCAGCTTGAGAAAATTGAGAGCTTGACAGGGGTAAAGAATT
GGCTGTTGGGGAGTATTTTGGCTAAGCTGCAGGGAGAGCTTTCTTCTCGT
AGGGATCAGGCGAGTAAGAAGGAGAATACGTTAGAAAGTGTGTTGCGTGT
GTGGGGTAGGTATCGGGATGAGGCGTGGAAGAATGTTTTAAACTAGATGG
GCTGGGCTAGTGGTGTCGTACTCTCACCAGAAGAAGAGGAACAAGCCGGA
CCGGTTACATATCTAGCTTATGTTGTTTTAGCTGTCACGAACGATATCTG
GTCCTGGGAGAAGGAGAAGCGGGTAACAAAACAATCAGGAGGATCGATCC
CACTCGTCAACGCCGTGCAGATGGTTATGCAGATGCATGATACGGACGAA
GAAAGCGCGAAAAAGGTTGTCTACAACATTATCCGTGAGCATGAAGAACG
CTATTGCTGCCTCCGTGATGATTACCTCAAAAGGCCAGATACCTCATTAT
CGATAAAAAAGTGGTTTCAGATCCTTGAGCTATCCATTGCTGGAAATGCA
CTGTGGAGCATCCGCGTGCTACGATATCATCAAGACGTCCAGAATCCCTA
CAGAGGATCTTTTGACTTTCCCTCCGTCTTCAGCTCTCTGAAGATAACCC
AATTTGCCCCAGATATGGTATCAGGAGAAGCGGGCATCGCAGACGCTCTT
CAAGAGTGGTACAAGGTCCCGCAAGCCTCCTTGGCCGTTATTTCCGGCGT
GGCCTCTCTGCTCCATGAAGCATCTCTAATGTTAGATGATATACAAGACG
ACAGCCCCCTCCGGCGCGGCAAGCCTGCAGTACATACCATCTTCGGCGTG
GGTCAAACCATCAACTCTGCATGTTTTCAAATAAACAACGCCCTACGCCT
CTGTCTACAGCTTTCTCCTTCTGCATTGTTGATCTTCTCCGATCAAATTG
CCCAACTCTTCACCGGCCAAGCCCACGACCTCCAATGGGCCAGACACAAA
AGCATCCCGACAGAGGAAGACTACTTCAGGATGGTCGATGGCAAAAACGG
TGCCCTCCTGATATTGATATCGCGGCTCATGCAGAACGAAGCCACACAAA
ACCGCACCCTCGACCTAACCCACTTCATGAACCTGATCGGAAGAAGCCAC
CAACTCAGAGACGACTACCAGAACCTAGCATCTCAGGACTACACAACCCA
ACGCGGCTTCTGCCAAGACCTTGACGAAGGAAAATTCTCTTTCCCACTGA
TCCGCGCTATACAAAGCAGTACAGACGCTACTGTTCTCCTGGAATGGCTA
CAGCAGCAAGGAGAAAACAACACGTCTCCTGAGATGAAGACTTTCATCCT
TGGGATGATTGAACGGAGTGGGAGCTTGGAAGCGACCCGAAGTGTTTTGC
GTGATCTTTCTGTAGAAATGATGAGGCAGCTTGAGAAAATTGAGAGCTTG
ACAGGGGTAAAGAATTGGCTGTTGGGGAGTATTTTGGCTAAGCTGCAGGG
AGAGCTTTCTTCTCGTAGGGATCAGGCGAGTAAGAAGGAGAATACGTTAG
AAAGTGTGTTGCGTGTGTGGGGTAGGTATCGGGATGAGGCGTGGAAGAAT
GTTTTAAACTAG
back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0008299isoprenoid biosynthetic process
Relationships

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

Feature NameUnique NameSpeciesType
KYF_011085KYF_011085Aspergillus niger KYF3gene


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

Feature NameUnique NameSpeciesType
KYF_011085-T1KYF_011085-T1-proteinAspergillus niger KYF3polypeptide


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

Feature NameUnique NameSpeciesType
KYF_011085-T1.exon1KYF_011085-T1.exon1Aspergillus niger KYF3exon
KYF_011085-T1.exon2KYF_011085-T1.exon2Aspergillus niger KYF3exon
KYF_011085-T1.exon3KYF_011085-T1.exon3Aspergillus niger KYF3exon
KYF_011085-T1.exon4KYF_011085-T1.exon4Aspergillus niger KYF3exon
KYF_011085-T1.exon5KYF_011085-T1.exon5Aspergillus niger KYF3exon
KYF_011085-T1.exon6KYF_011085-T1.exon6Aspergillus niger KYF3exon
KYF_011085-T1.exon7KYF_011085-T1.exon7Aspergillus niger KYF3exon


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

Feature NameUnique NameSpeciesType
KYF_011085-T1.cdsKYF_011085-T1.cdsAspergillus niger KYF3CDS


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR033749
DBxrefInterPro:IPR000092
DBxrefInterPro:IPR008949
DBxrefPFAM:PF00348
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
ch8supercontigch8:3221639..3223615 +
Powered by Drupal