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KYF_008526-T1, KYF_008526-T1 (mRNA) Aspergillus niger KYF3

Overview
NameKYF_008526-T1
Unique NameKYF_008526-T1
TypemRNA
OrganismAspergillus niger KYF3
Sequences
The following sequences are available for this feature:

mRNA from alignment at ch6:4111050..4115976+

Legend: exonpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>KYF_008526-T1 ID=KYF_008526-T1|Name=KYF_008526-T1|organism=Aspergillus niger KYF3|type=mRNA|length=4927bp|location=Sequence derived from alignment at ch6:4111050..4115976+ (Aspergillus niger KYF3)
ATGTCCTTCACGCACGGCGACTACACGGTCGCATGGATTTGCGCCCTGCC
GTTGGAACTAGCAGCAGCAAAGGCTATGCTGGACGACGTTCACCCTCCGC
TTCCCCAGCCAGAATCCGACCACAATGTCTACACACTTGGGCGAATTGGC
AGCCACAATGTAGTAGTGGCCTGTCTGCCTGGTGGTGTCTATGGGACTAT
ATCCGCTACAGGTGTAGTGTCACATATGGTCTCTACCTTTCCCACTCTCC
GGTCCGGTTTCGGATTGATGGTGGGTATTGGGGGCGGAGTCCCGAGCCCA
AGAAATGATATTCGCCTTGGCGATGTTGTGGTCAGCCGGCCAACTACCAC
TTCAAGTGGCGTTATCCAATTTGACTATGGCAAAACACTGCGCGGCGGAC
GATTCCAGCACACCGGGTCGCTTAATAAACCTCCTTCAGTGTTGTTGAAG
GCCGTGTCTCAGTTAGAGAGTGGTTGTATGACCGGGGAAAGGCCGACCAG
CGAAATTTTGAATGCTACAATGCACAAAAGTGAAAAGATAAGGAAAGAGT
TTTTGCGACCGAAGGTCGACTGGCTATTCTTACCAACCTACTACCATGGG
GATAACAAAAATGACTGTTCGGCATGTGATCAGACACAGTTAGTGGAACG
CCCTGAGCGGGAAAGTGATAACCCTTATATTCATTATGGCTTGATCGCTT
CCGGAGATCAGGTCATGAAAGATGCCAAGTCTCGTGATTCCATTGCTCGG
GATCTAGACATACTCTGTTTTGAAATGGAGGCTGCTGGACTCATGGACGA
ACTCCCATCACTAGCCATTCGCGGCATTTGTGACTACTGTGATTCGCATA
AAAACAAAAAGTGGCAAGGATATGCTGCGCTTGCGGCTGCTTCGTACGCT
AAGGCTCTTCTGTCGGTAGTTCCCACTTATTGCCGCAAAAAATCACGTGA
AATAGAGCAATCAGTCTGGATGATCCCCTTCCGGAGGAACCCACGGTTCG
CAGGTCGGGAAGACGAAATTACCAGAATCGAAGGATTGTTTCTGCAACGG
AACGGACCTAGCAAGGTTGCTATATGTGGACTAGGCGGCGTTGGAAAGAC
GCAGATCGCACTAGAAATGGCCTACCGCATGCGAAATCGAGACCCTAATT
GCTCGATTTGCTGGATTACATGTACCAGCTATGAGAGCGTGGAACAAGCC
TATATGAACATCGCCTCGAAGCTTAGAATGACTGATATAAAGCCGGCAGA
GGTGAAAGAAAAGGTTAAAGCTTATCTTAGCCTGGAGAGTGCCGGGAAGT
GGCTTGTTATCTTTGATAATGCAGATGACATGGGAATGTGGAGCACAAAC
GATACTACTGATACAGTATTAACAGACTTTCTTCCTGAAAGTGAGCAGGG
CCATATTCTCTTCACCACGCGCAGCCGTAAAGTAGCTGTGAAACTAGCAT
CTTCCCATGTGATCACAGTCACTGAGCCGAACACAGAGACTTCTGTTGAA
ATTTTAGAGAACTCACTGGTTGAGAAGACATTGCTTAATGATCGTATTAC
AGCTCTGAATCTTCTTAAGCAGCTGGCCTTTCTCCCTCTCGCGATCACCC
AAGCAGCGGCGTATATCAATGAAAACAGCATTGGTCTCTCTGATTATCTT
CAGCTTCTACGGGACCAGGAGCCACATGTGATTGAACTGCTGAGTGAAGA
ATTTGGGGATGAAATGCGCTACAAAGACATCCAGAACCCTGTTGCTCTGA
CATGGTTTATCTCCTTCCAGCAAATCCAACAACTAAATAAGCTGGCAGCG
GACTATCTGTCATTCTTTGCCTGCATCAATCCTCGTGACATTCCACAGGC
CTTACTTCCCCAGCCAACCTCGAATAAGGATAAAACCGATGCTCTTGGTC
TTCTCAAGGCCTTCTCCTTTATTAGTGAGGGGAGTGGGGACAGTTCTCTC
AATCTACACCGACTAGTCCATCTTGCGACTCGGAACTGGCTGAGAGAAAA
CCAACAGTTCAGCCGGCAATTATTAAAGACTGCTGACCAACTGAGTGAAG
TCTTCCCAAGTAATGACCATAGGAATCGGCAGGCATGGCGGGAATATCTG
CCGCATGCTCTTTCACTAATAGCAGAAGCTGGATTTCAGAAGGAGCAAGA
GAAATACATTGATTTGATTCAAAATGTTTGTAGTTGTCTTACTAGTGACG
GACGATGGAAGGAAGCGGAAGAGCTGGAAGTGCAAGTGTTAGAGCTACGC
AAGCGAGTGCTAGGGCCCGAGCATCCTGATACTCTTGCCAGCATGAGCAC
TCTGGCATGGACCTACTGGTATCAGGGACGATGGAAAGAAGCGGAAGAGT
TGCAAGTGCAAGTGCTGGAATTAAGCAAGCAAGTGCTAGGGCCCGAGCAT
CCTGGCACTCTTACCAGCATGAGTGATCTGGCAATGACCTACAGGAATCA
GGGACGATGGAAAGAAGCGGAAGAGTTGGAGGTGCAAGTGCTGGAGCTGC
GCAAGCAAGTGCTAGGGCCCGAGCACTCTGGCACTCTTATCAGCATGAGC
ACTCTGGCATGGACCTACAGGAATCAGGGACGATGGAAAGAAGCGGAAGA
GTTGCAAGTGCAAGTGCTGGAGCTGCGCAAGCAAGTGCTAGGGCCCGAGC
ATCCTGGCACTCTTATCAGCATGAGCGATCTGGCATGGACCTACAGGGAT
CAGGGACGATGGAAAGAAGCGGAAGAGTTGCAGGTGCAAGTGCTGGAACT
ACGCAAGCAAGTGCTAGGGCCCGAGCATCCTGGCACTCTTACCAGCATGA
GCACTCTGGCATGGACCTACAGGGATCAGGGACGATGGAAAGAAGCGGAA
GAGCTGGAAGTGCAAGTGCTGGAGCTACGCAAGCAAGTGCTAGGGCCCGA
GCATCCTGATACTCTTGCCAGCATGAGCGATCTGGCATGGACCTACGGGA
ATCAGGGACGATGGAAAGAAGCGGAAGAGTTGCAAGTGCAAGTGCTGGAA
CTACGCAAGCAAGTGCTAGGGCCCGAGCATCCTGGCACTCTTACCAGCAT
GAGCAATCTGGCATGGACCTACTGGAATCAGGGACGATGGAAAGAAGCGG
AAGAGTTGCAGGTGCAAGAGCTGGAACTACGCAAGCAAGTGCTAGGGCCT
GAGCATCCTGACACTCTTGCCAGCATGAGCAATCTGGCATGGACCTACAG
GAATCAGGGACGATGGAAAGAAGCGGAAGAGTTGCAAGTGCAAGTGCTGG
AGCTACGCAAGCAAGTACTAGGGCCTGAGCATCCTGGCACTCTTACCAGC
ATGAGCATTCTGGCATGGACCTACTGGAATCAGGGACGATGGAAAGAAGC
GGAAGAGTTGCAAGTGCAAGTGCTGGAAACAAGCAAGCAAGTGCTAGGGC
CCGAGCACCCTGACACTCTTACCAGCATGAGCAACCTGGCCTTTACATGG
AACGGCCGGGGAAAGGTTAAAAATTCCCTTGCTCTGATAAAACAGTGTGC
AGAGCTCCGCCGCAACCTACTGGGTCCAGATCACCCAGATACCATATTCT
CTTCTGATACTCTCAGTCACTGGGAGACCGCGGTAGATTCCCCGATATGG
TATAGTCGAGAAAGCATACTTGCCTTTTCATTCCTTGTGTCATTCATTGT
CTCTACATATTTTCGAAATCCCTTTTGAAAAGGAGGGTCTGGGATGGCTG
ATGTATATATAGAAGATGTCTTCAATTATAGATAGAGCTAGAACATTCTA
GCAGAGTCATTACCCTGGGTAATATGGATACGTTATATAATAATTTCTGA
CGTCATGCTGAGAGACATATAATACCACTGTTGGTTATGTCTCTGTAACA
GACTTACCGTTATTGGTTAGCGTGCGGGTTTCAGTCTTGGCAATGGGGCG
TTAAGAAAAGAGAACAGTAACACAGGCGGAAGGCGATTCTGAATCTTACG
ATATAATCCTGGGAAAAGTATCTTTGTAGTGCACTCAAAGAATAGATACT
GTATGTATGTTTAGATGGTTAAGGTTACCCAGAGGCGGCAGTTACCCACC
CCCGACAAGAAAGCTTCGTAAAATAGATCCTCACACGATTTCTTTGCGCT
TTTTGGCCGTTAGCGCCGGTACTCATTAGGGTCCTTTCCCACACGGACTT
TTTCCCCTAGGGCCTTTTTTCCCTCAGGGGATGTCCACCTCAGGGACGCT
TCCCCCCAGGGTCATTTTTCCCCCAGGGGATTTCCACCTCAGGGACGCTT
CCCCCCAGGACCTTCTTTCCCTCGGCTTGTTCGGGGCTTAGTCATCGGCC
CGTTAGGAAGATATATACAGGCCACGTGACTGTGCGTATATCTTATCACG
TACGTATTAACCTCCTCATCGTTTCCGAGCCCGAGCTGCTTTGTGTATGT
CGCCAGCCATGAGTAGCTGGGTGGACGACCGACCAGGTCTTCGGCCTAGC
ATGGACGCCAGTTAGCGGTCCTACGCCTGTGCTGGTCGTGCGACCAGTGT
CCTGAGACCATACAGATCGGGCGCATCGGAACAGAGGGCTGGTGTCCTGG
ACCTGGGTGCTGACGAACTGGGTCGTTCGGCGCGATGCGTAGGTCCTGTG
ACTTAGTGCCAGGTACGCCAGACCCTGTGCGCCTGACCCACATATTCTTA
GGACGCTGGTCGCGCGACCGGCACAGGCGTAGGATCGCTAACTGGCGTCC
ACGCTAGGCCGACGACCTCGTCAGTCGTCCATCCAAATTCGTACGACCTA
ATCGGCCTGAAGAACATGCGCTCTGAGACCACTCTGATGATACATGGTGC
GCGTTGGCCATGTTCCGCTTATGGAGTAGATGATGATAATCAATATTGTT
CCAAGAACACAGATATTGGTACTGTACCGGACGTGGCAAGATATTCTAAG
GGCGTGCCAAAGGTGCATTTTCTATAA
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Coding sequence (CDS) from alignment at ch6:4111050..4115976+

>KYF_008526-T1 ID=KYF_008526-T1|Name=KYF_008526-T1|organism=Aspergillus niger KYF3|type=CDS|length=11943bp|location=Sequence derived from alignment at ch6:4111050..4115976+ (Aspergillus niger KYF3)
ATGTCCTTCACGCACGGCGACTACACGGTCGCATGGATTTGCGCCCTGCC
GTTGGAACTAGCAGCAGCAAAGGCTATGCTGGACGACGTTCACCCTCCGC
TTCCCCAGCCAGAATCCGACCACAATGTCTACACACTTGGGCGAATTGGC
AGCCACAATGTAGTAGTGGCCTGTCTGCCTGGTGGTGTCTATGGGACTAT
ATCCGCTACAGGTGTAGTGTCACATATGGTCTCTACCTTTCCCACTCTCC
GGTCCGGTTTCGGATTGATGGTGGGTATTGGGGGCGGAGTCCCGAGCCCA
AGAAATGATATTCGCCTTGGCGATGTTGTGGTCAGCCGGCCAACTACCAC
TTCAAGTGGCGTTATCCAATTTGACTATGGCAAAACACTGCGCGGCGGAC
GATTCCAGCACACCGGGTCGCTTAATAAACCTCCTTCAGTGTTGTTGAAG
GCCGTGTCTCAGTTAGAGAGTGGTTGTATGACCGGGGAAAGGCCGACCAG
CGAAATTTTGAATGCTACAATGCACAAAAGTGAAAAGATAAGGAAAGAGT
TTTTGCGACCGAAGGTCGACTGGCTATTCTTACCAACCTACTACCATGGG
GATAACAAAAATGACTGTTCGGCATGTGATCAGACACAGTTAGTGGAACG
CCCTGAGCGGGAAAGTGATAACCCTTATATTCATTATGGCTTGATCGCTT
CCGGAGATCAGGTCATGAAAGATGCCAAGTCTCGTGATTCCATTGCTCGG
GATCTAGACATACTCTGTTTTGAAATGGAGGCTGCTGGACTCATGGACGA
ACTCCCATCACTAGCCATTCGCGGCATTTGTGACTACTGTGATTCGCATA
AAAACAAAAAGTGGCAAGGATATGCTGCGCTTGCGGCTGCTTCGTACGCT
AAGGCTCTTCTGTCGGTAGTTCCCACTTATTGCCGCAAAAAATCACGTGA
AATAGAGCAATCAGTCTGGATGATCCCCTTCCGGAGGAACCCACGGTTCG
CAGGTCGGGAAGACGAAATTACCAGAATCGAAGGATTGTTTCTGCAACGG
AACGGACCTAGCAAGGTTGCTATATGTGGACTAGGCGGCGTTGGAAAGAC
GCAGATCGCACTAGAAATGGCCTACCGCATGCGAAATCGAGACCCTAATT
GCTCGATTTGCTGGATTACATGTACCAGCTATGAGAGCGTGGAACAAGCC
TATATGAACATCGCCTCGAAGCTTAGAATGACTGATATAAAGCCGGCAGA
GGTGAAAGAAAAGGTTAAAGCTTATCTTAGCCTGGAGAGTGCCGGGAAGT
GGCTTGTTATCTTTGATAATGCAGATGACATGGGAATGTGGAGCACAAAC
GATACTACTGATACAGTATTAACAGACTTTCTTCCTGAAAGTGAGCAGGG
CCATATTCTCTTCACCACGCGCAGCCGTAAAGTAGCTGTGAAACTAGCAT
CTTCCCATGTGATCACAGTCACTGAGCCGAACACAGAGACTTCTGTTGAA
ATTTTAGAGAACTCACTGGTTGAGAAGACATTGCTTAATGATCGTATTAC
AGCTCTGAATCTTCTTAAGCAGCTGGCCTTTCTCCCTCTCGCGATCACCC
AAGCAGCGGCGTATATCAATGAAAACAGCATTGGTCTCTCTGATTATCTT
CAGCTTCTACGGGACCAGGAGCCACATGTGATTGAACTGCTGAGTGAAGA
ATTTGGGGATGAAATGCGCTACAAAGACATCCAGAACCCTGTTGCTCTGA
CATGGTTTATCTCCTTCCAGCAAATCCAACAACTAAATAAGCTGGCAGCG
GACTATCTGTCATTCTTTGCCTGCATCAATCCTCGTGACATTCCACAGGC
CTTACTTCCCCAGCCAACCTCGAATAAGGATAAAACCGATGCTCTTGGTC
TTCTCAAGGCCTTCTCCTTTATTAGTGAGGGGAGTGGGGACAGTTCTCTC
AATCTACACCGACTAGTCCATCTTGCGACTCGGAACTGGCTGAGAGAAAA
CCAACAGTTCAGCCGGCAATTATTAAAGACTGCTGACCAACTGAGTGAAG
TCTTCCCAAGTAATGACCATAGGAATCGGCAGGCATGGCGGGAATATCTG
CCGCATGCTCTTTCACTAATAGCAGAAGCTGGATTTCAGAAGGAGCAAGA
GAAATACATTGATTTGATTCAAAATGTTTGTAGTTGTCTTACTAGTGACG
GACGATGGAAGGAAGCGGAAGAGCTGGAAGTGCAAGTGTTAGAGCTACGC
AAGCGAGTGCTAGGGCCCGAGCATCCTGATACTCTTGCCAGCATGAGCAC
TCTGGCATGGACCTACTGGTATCAGGGACGATGGAAAGAAGCGGAAGAGT
TGCAAGTGCAAGTGCTGGAATTAAGCAAGCAAGTGCTAGGGCCCGAGCAT
CCTGGCACTCTTACCAGCATGAGTGATCTGGCAATGACCTACAGGAATCA
GGGACGATGGAAAGAAGCGGAAGAGTTGGAGGTGCAAGTGCTGGAGCTGC
GCAAGCAAGTGCTAGGGCCCGAGCACTCTGGCACTCTTATCAGCATGAGC
ACTCTGGCATGGACCTACAGGAATCAGGGACGATGGAAAGAAGCGGAAGA
GTTGCAAGTGCAAGTGCTGGAGCTGCGCAAGCAAGTGCTAGGGCCCGAGC
ATCCTGGCACTCTTATCAGCATGAGCGATCTGGCATGGACCTACAGGGAT
CAGGGACGATGGAAAGAAGCGGAAGAGTTGCAGGTGCAAGTGCTGGAACT
ACGCAAGCAAGTGCTAGGGCCCGAGCATCCTGGCACTCTTACCAGCATGA
GCACTCTGGCATGGACCTACAGGGATCAGGGACGATGGAAAGAAGCGGAA
GAGCTGGAAGTGCAAGTGCTGGAGCTACGCAAGCAAGTGCTAGGGCCCGA
GCATCCTGATACTCTTGCCAGCATGAGCGATCTGGCATGGACCTACGGGA
ATCAGGGACGATGGAAAGAAGCGGAAGAGTTGCAAGTGCAAGTGCTGGAA
CTACGCAAGCAAGTGCTAGGGCCCGAGCATCCTGGCACTCTTACCAGCAT
GAGCAATCTGGCATGGACCTACTGGAATCAGGGACGATGGAAAGAAGCGG
AAGAGTTGCAGGTGCAAGAGCTGGAACTACGCAAGCAAGTGCTAGGGCCT
GAGCATCCTGACACTCTTGCCAGCATGAGCAATCTGGCATGGACCTACAG
GAATCAGGGACGATGGAAAGAAGCGGAAGAGTTGCAAGTGCAAGTGCTGG
AGCTACGCAAGCAAGTACTAGGGCCTGAGCATCCTGGCACTCTTACCAGC
ATGAGCATTCTGGCATGGACCTACTGGAATCAGGGACGATGGAAAGAAGC
GGAAGAGTTGCAAGTGCAAGTGCTGGAAACAAGCAAGCAAGTGCTAGGGC
CCGAGCACCCTGACACTCTTACCAGCATGAGCAACCTGGCCTTTACATGG
AACGGCCGGGGAAAGGTTAAAAATTCCCTTGCTCTGATAAAACAGTGTGC
AGAGCTCCGCCGCAACCTACTGGGTCCAGATCACCCAGATACCATATTCT
CTTCTGATACTCTCAGTCACTGGGAGACCGCGCGGTCCTACGCCTGTGCT
GGTCGTGCGACCAGTGTCCTGAGACCATACAGATCGGGCGCATCGGAACA
GAGGGCTGGTGTCCTGGACCTGGGTGCTGACGAACTGGGTCGTTCGGCGC
GATGCGACGCTGGTCGCGCGACCGGCACAGGCGTAGGATCGCTAACTGGC
GTCCACGCTAGGCCGACGACCTCGTCAGTCGTCCATCCAAATTCGTACGA
CCTAATCGGCCTGAAGAACATGCGCTCTGAGACCACTCTGATGATACATG
GTGCGCGTTGGCCATGTTCCGCTTATGGAGTAGATGATGATAATCAATAT
TGTTCCAAGAACACAGATATTGGTACTGTACCGGACGTGGCAAGATATTC
TAAGGGCGTGCCAAAGGTGCATTTTCTATAAATGTCCTTCACGCACGGCG
ACTACACGGTCGCATGGATTTGCGCCCTGCCGTTGGAACTAGCAGCAGCA
AAGGCTATGCTGGACGACGTTCACCCTCCGCTTCCCCAGCCAGAATCCGA
CCACAATGTCTACACACTTGGGCGAATTGGCAGCCACAATGTAGTAGTGG
CCTGTCTGCCTGGTGGTGTCTATGGGACTATATCCGCTACAGGTGTAGTG
TCACATATGGTCTCTACCTTTCCCACTCTCCGGTCCGGTTTCGGATTGAT
GGTGGGTATTGGGGGCGGAGTCCCGAGCCCAAGAAATGATATTCGCCTTG
GCGATGTTGTGGTCAGCCGGCCAACTACCACTTCAAGTGGCGTTATCCAA
TTTGACTATGGCAAAACACTGCGCGGCGGACGATTCCAGCACACCGGGTC
GCTTAATAAACCTCCTTCAGTGTTGTTGAAGGCCGTGTCTCAGTTAGAGA
GTGGTTGTATGACCGGGGAAAGGCCGACCAGCGAAATTTTGAATGCTACA
ATGCACAAAAGTGAAAAGATAAGGAAAGAGTTTTTGCGACCGAAGGTCGA
CTGGCTATTCTTACCAACCTACTACCATGGGGATAACAAAAATGACTGTT
CGGCATGTGATCAGACACAGTTAGTGGAACGCCCTGAGCGGGAAAGTGAT
AACCCTTATATTCATTATGGCTTGATCGCTTCCGGAGATCAGGTCATGAA
AGATGCCAAGTCTCGTGATTCCATTGCTCGGGATCTAGACATACTCTGTT
TTGAAATGGAGGCTGCTGGACTCATGGACGAACTCCCATCACTAGCCATT
CGCGGCATTTGTGACTACTGTGATTCGCATAAAAACAAAAAGTGGCAAGG
ATATGCTGCGCTTGCGGCTGCTTCGTACGCTAAGGCTCTTCTGTCGGTAG
TTCCCACTTATTGCCGCAAAAAATCACGTGAAATAGAGCAATCAGTCTGG
ATGATCCCCTTCCGGAGGAACCCACGGTTCGCAGGTCGGGAAGACGAAAT
TACCAGAATCGAAGGATTGTTTCTGCAACGGAACGGACCTAGCAAGGTTG
CTATATGTGGACTAGGCGGCGTTGGAAAGACGCAGATCGCACTAGAAATG
GCCTACCGCATGCGAAATCGAGACCCTAATTGCTCGATTTGCTGGATTAC
ATGTACCAGCTATGAGAGCGTGGAACAAGCCTATATGAACATCGCCTCGA
AGCTTAGAATGACTGATATAAAGCCGGCAGAGGTGAAAGAAAAGGTTAAA
GCTTATCTTAGCCTGGAGAGTGCCGGGAAGTGGCTTGTTATCTTTGATAA
TGCAGATGACATGGGAATGTGGAGCACAAACGATACTACTGATACAGTAT
TAACAGACTTTCTTCCTGAAAGTGAGCAGGGCCATATTCTCTTCACCACG
CGCAGCCGTAAAGTAGCTGTGAAACTAGCATCTTCCCATGTGATCACAGT
CACTGAGCCGAACACAGAGACTTCTGTTGAAATTTTAGAGAACTCACTGG
TTGAGAAGACATTGCTTAATGATCGTATTACAGCTCTGAATCTTCTTAAG
CAGCTGGCCTTTCTCCCTCTCGCGATCACCCAAGCAGCGGCGTATATCAA
TGAAAACAGCATTGGTCTCTCTGATTATCTTCAGCTTCTACGGGACCAGG
AGCCACATGTGATTGAACTGCTGAGTGAAGAATTTGGGGATGAAATGCGC
TACAAAGACATCCAGAACCCTGTTGCTCTGACATGGTTTATCTCCTTCCA
GCAAATCCAACAACTAAATAAGCTGGCAGCGGACTATCTGTCATTCTTTG
CCTGCATCAATCCTCGTGACATTCCACAGGCCTTACTTCCCCAGCCAACC
TCGAATAAGGATAAAACCGATGCTCTTGGTCTTCTCAAGGCCTTCTCCTT
TATTAGTGAGGGGAGTGGGGACAGTTCTCTCAATCTACACCGACTAGTCC
ATCTTGCGACTCGGAACTGGCTGAGAGAAAACCAACAGTTCAGCCGGCAA
TTATTAAAGACTGCTGACCAACTGAGTGAAGTCTTCCCAAGTAATGACCA
TAGGAATCGGCAGGCATGGCGGGAATATCTGCCGCATGCTCTTTCACTAA
TAGCAGAAGCTGGATTTCAGAAGGAGCAAGAGAAATACATTGATTTGATT
CAAAATGTTTGTAGTTGTCTTACTAGTGACGGACGATGGAAGGAAGCGGA
AGAGCTGGAAGTGCAAGTGTTAGAGCTACGCAAGCGAGTGCTAGGGCCCG
AGCATCCTGATACTCTTGCCAGCATGAGCACTCTGGCATGGACCTACTGG
TATCAGGGACGATGGAAAGAAGCGGAAGAGTTGCAAGTGCAAGTGCTGGA
ATTAAGCAAGCAAGTGCTAGGGCCCGAGCATCCTGGCACTCTTACCAGCA
TGAGTGATCTGGCAATGACCTACAGGAATCAGGGACGATGGAAAGAAGCG
GAAGAGTTGGAGGTGCAAGTGCTGGAGCTGCGCAAGCAAGTGCTAGGGCC
CGAGCACTCTGGCACTCTTATCAGCATGAGCACTCTGGCATGGACCTACA
GGAATCAGGGACGATGGAAAGAAGCGGAAGAGTTGCAAGTGCAAGTGCTG
GAGCTGCGCAAGCAAGTGCTAGGGCCCGAGCATCCTGGCACTCTTATCAG
CATGAGCGATCTGGCATGGACCTACAGGGATCAGGGACGATGGAAAGAAG
CGGAAGAGTTGCAGGTGCAAGTGCTGGAACTACGCAAGCAAGTGCTAGGG
CCCGAGCATCCTGGCACTCTTACCAGCATGAGCACTCTGGCATGGACCTA
CAGGGATCAGGGACGATGGAAAGAAGCGGAAGAGCTGGAAGTGCAAGTGC
TGGAGCTACGCAAGCAAGTGCTAGGGCCCGAGCATCCTGATACTCTTGCC
AGCATGAGCGATCTGGCATGGACCTACGGGAATCAGGGACGATGGAAAGA
AGCGGAAGAGTTGCAAGTGCAAGTGCTGGAACTACGCAAGCAAGTGCTAG
GGCCCGAGCATCCTGGCACTCTTACCAGCATGAGCAATCTGGCATGGACC
TACTGGAATCAGGGACGATGGAAAGAAGCGGAAGAGTTGCAGGTGCAAGA
GCTGGAACTACGCAAGCAAGTGCTAGGGCCTGAGCATCCTGACACTCTTG
CCAGCATGAGCAATCTGGCATGGACCTACAGGAATCAGGGACGATGGAAA
GAAGCGGAAGAGTTGCAAGTGCAAGTGCTGGAGCTACGCAAGCAAGTACT
AGGGCCTGAGCATCCTGGCACTCTTACCAGCATGAGCATTCTGGCATGGA
CCTACTGGAATCAGGGACGATGGAAAGAAGCGGAAGAGTTGCAAGTGCAA
GTGCTGGAAACAAGCAAGCAAGTGCTAGGGCCCGAGCACCCTGACACTCT
TACCAGCATGAGCAACCTGGCCTTTACATGGAACGGCCGGGGAAAGGTTA
AAAATTCCCTTGCTCTGATAAAACAGTGTGCAGAGCTCCGCCGCAACCTA
CTGGGTCCAGATCACCCAGATACCATATTCTCTTCTGATACTCTCAGTCA
CTGGGAGACCGCGCGGTCCTACGCCTGTGCTGGTCGTGCGACCAGTGTCC
TGAGACCATACAGATCGGGCGCATCGGAACAGAGGGCTGGTGTCCTGGAC
CTGGGTGCTGACGAACTGGGTCGTTCGGCGCGATGCGACGCTGGTCGCGC
GACCGGCACAGGCGTAGGATCGCTAACTGGCGTCCACGCTAGGCCGACGA
CCTCGTCAGTCGTCCATCCAAATTCGTACGACCTAATCGGCCTGAAGAAC
ATGCGCTCTGAGACCACTCTGATGATACATGGTGCGCGTTGGCCATGTTC
CGCTTATGGAGTAGATGATGATAATCAATATTGTTCCAAGAACACAGATA
TTGGTACTGTACCGGACGTGGCAAGATATTCTAAGGGCGTGCCAAAGGTG
CATTTTCTATAAATGTCCTTCACGCACGGCGACTACACGGTCGCATGGAT
TTGCGCCCTGCCGTTGGAACTAGCAGCAGCAAAGGCTATGCTGGACGACG
TTCACCCTCCGCTTCCCCAGCCAGAATCCGACCACAATGTCTACACACTT
GGGCGAATTGGCAGCCACAATGTAGTAGTGGCCTGTCTGCCTGGTGGTGT
CTATGGGACTATATCCGCTACAGGTGTAGTGTCACATATGGTCTCTACCT
TTCCCACTCTCCGGTCCGGTTTCGGATTGATGGTGGGTATTGGGGGCGGA
GTCCCGAGCCCAAGAAATGATATTCGCCTTGGCGATGTTGTGGTCAGCCG
GCCAACTACCACTTCAAGTGGCGTTATCCAATTTGACTATGGCAAAACAC
TGCGCGGCGGACGATTCCAGCACACCGGGTCGCTTAATAAACCTCCTTCA
GTGTTGTTGAAGGCCGTGTCTCAGTTAGAGAGTGGTTGTATGACCGGGGA
AAGGCCGACCAGCGAAATTTTGAATGCTACAATGCACAAAAGTGAAAAGA
TAAGGAAAGAGTTTTTGCGACCGAAGGTCGACTGGCTATTCTTACCAACC
TACTACCATGGGGATAACAAAAATGACTGTTCGGCATGTGATCAGACACA
GTTAGTGGAACGCCCTGAGCGGGAAAGTGATAACCCTTATATTCATTATG
GCTTGATCGCTTCCGGAGATCAGGTCATGAAAGATGCCAAGTCTCGTGAT
TCCATTGCTCGGGATCTAGACATACTCTGTTTTGAAATGGAGGCTGCTGG
ACTCATGGACGAACTCCCATCACTAGCCATTCGCGGCATTTGTGACTACT
GTGATTCGCATAAAAACAAAAAGTGGCAAGGATATGCTGCGCTTGCGGCT
GCTTCGTACGCTAAGGCTCTTCTGTCGGTAGTTCCCACTTATTGCCGCAA
AAAATCACGTGAAATAGAGCAATCAGTCTGGATGATCCCCTTCCGGAGGA
ACCCACGGTTCGCAGGTCGGGAAGACGAAATTACCAGAATCGAAGGATTG
TTTCTGCAACGGAACGGACCTAGCAAGGTTGCTATATGTGGACTAGGCGG
CGTTGGAAAGACGCAGATCGCACTAGAAATGGCCTACCGCATGCGAAATC
GAGACCCTAATTGCTCGATTTGCTGGATTACATGTACCAGCTATGAGAGC
GTGGAACAAGCCTATATGAACATCGCCTCGAAGCTTAGAATGACTGATAT
AAAGCCGGCAGAGGTGAAAGAAAAGGTTAAAGCTTATCTTAGCCTGGAGA
GTGCCGGGAAGTGGCTTGTTATCTTTGATAATGCAGATGACATGGGAATG
TGGAGCACAAACGATACTACTGATACAGTATTAACAGACTTTCTTCCTGA
AAGTGAGCAGGGCCATATTCTCTTCACCACGCGCAGCCGTAAAGTAGCTG
TGAAACTAGCATCTTCCCATGTGATCACAGTCACTGAGCCGAACACAGAG
ACTTCTGTTGAAATTTTAGAGAACTCACTGGTTGAGAAGACATTGCTTAA
TGATCGTATTACAGCTCTGAATCTTCTTAAGCAGCTGGCCTTTCTCCCTC
TCGCGATCACCCAAGCAGCGGCGTATATCAATGAAAACAGCATTGGTCTC
TCTGATTATCTTCAGCTTCTACGGGACCAGGAGCCACATGTGATTGAACT
GCTGAGTGAAGAATTTGGGGATGAAATGCGCTACAAAGACATCCAGAACC
CTGTTGCTCTGACATGGTTTATCTCCTTCCAGCAAATCCAACAACTAAAT
AAGCTGGCAGCGGACTATCTGTCATTCTTTGCCTGCATCAATCCTCGTGA
CATTCCACAGGCCTTACTTCCCCAGCCAACCTCGAATAAGGATAAAACCG
ATGCTCTTGGTCTTCTCAAGGCCTTCTCCTTTATTAGTGAGGGGAGTGGG
GACAGTTCTCTCAATCTACACCGACTAGTCCATCTTGCGACTCGGAACTG
GCTGAGAGAAAACCAACAGTTCAGCCGGCAATTATTAAAGACTGCTGACC
AACTGAGTGAAGTCTTCCCAAGTAATGACCATAGGAATCGGCAGGCATGG
CGGGAATATCTGCCGCATGCTCTTTCACTAATAGCAGAAGCTGGATTTCA
GAAGGAGCAAGAGAAATACATTGATTTGATTCAAAATGTTTGTAGTTGTC
TTACTAGTGACGGACGATGGAAGGAAGCGGAAGAGCTGGAAGTGCAAGTG
TTAGAGCTACGCAAGCGAGTGCTAGGGCCCGAGCATCCTGATACTCTTGC
CAGCATGAGCACTCTGGCATGGACCTACTGGTATCAGGGACGATGGAAAG
AAGCGGAAGAGTTGCAAGTGCAAGTGCTGGAATTAAGCAAGCAAGTGCTA
GGGCCCGAGCATCCTGGCACTCTTACCAGCATGAGTGATCTGGCAATGAC
CTACAGGAATCAGGGACGATGGAAAGAAGCGGAAGAGTTGGAGGTGCAAG
TGCTGGAGCTGCGCAAGCAAGTGCTAGGGCCCGAGCACTCTGGCACTCTT
ATCAGCATGAGCACTCTGGCATGGACCTACAGGAATCAGGGACGATGGAA
AGAAGCGGAAGAGTTGCAAGTGCAAGTGCTGGAGCTGCGCAAGCAAGTGC
TAGGGCCCGAGCATCCTGGCACTCTTATCAGCATGAGCGATCTGGCATGG
ACCTACAGGGATCAGGGACGATGGAAAGAAGCGGAAGAGTTGCAGGTGCA
AGTGCTGGAACTACGCAAGCAAGTGCTAGGGCCCGAGCATCCTGGCACTC
TTACCAGCATGAGCACTCTGGCATGGACCTACAGGGATCAGGGACGATGG
AAAGAAGCGGAAGAGCTGGAAGTGCAAGTGCTGGAGCTACGCAAGCAAGT
GCTAGGGCCCGAGCATCCTGATACTCTTGCCAGCATGAGCGATCTGGCAT
GGACCTACGGGAATCAGGGACGATGGAAAGAAGCGGAAGAGTTGCAAGTG
CAAGTGCTGGAACTACGCAAGCAAGTGCTAGGGCCCGAGCATCCTGGCAC
TCTTACCAGCATGAGCAATCTGGCATGGACCTACTGGAATCAGGGACGAT
GGAAAGAAGCGGAAGAGTTGCAGGTGCAAGAGCTGGAACTACGCAAGCAA
GTGCTAGGGCCTGAGCATCCTGACACTCTTGCCAGCATGAGCAATCTGGC
ATGGACCTACAGGAATCAGGGACGATGGAAAGAAGCGGAAGAGTTGCAAG
TGCAAGTGCTGGAGCTACGCAAGCAAGTACTAGGGCCTGAGCATCCTGGC
ACTCTTACCAGCATGAGCATTCTGGCATGGACCTACTGGAATCAGGGACG
ATGGAAAGAAGCGGAAGAGTTGCAAGTGCAAGTGCTGGAAACAAGCAAGC
AAGTGCTAGGGCCCGAGCACCCTGACACTCTTACCAGCATGAGCAACCTG
GCCTTTACATGGAACGGCCGGGGAAAGGTTAAAAATTCCCTTGCTCTGAT
AAAACAGTGTGCAGAGCTCCGCCGCAACCTACTGGGTCCAGATCACCCAG
ATACCATATTCTCTTCTGATACTCTCAGTCACTGGGAGACCGCGCGGTCC
TACGCCTGTGCTGGTCGTGCGACCAGTGTCCTGAGACCATACAGATCGGG
CGCATCGGAACAGAGGGCTGGTGTCCTGGACCTGGGTGCTGACGAACTGG
GTCGTTCGGCGCGATGCGACGCTGGTCGCGCGACCGGCACAGGCGTAGGA
TCGCTAACTGGCGTCCACGCTAGGCCGACGACCTCGTCAGTCGTCCATCC
AAATTCGTACGACCTAATCGGCCTGAAGAACATGCGCTCTGAGACCACTC
TGATGATACATGGTGCGCGTTGGCCATGTTCCGCTTATGGAGTAGATGAT
GATAATCAATATTGTTCCAAGAACACAGATATTGGTACTGTACCGGACGT
GGCAAGATATTCTAAGGGCGTGCCAAAGGTGCATTTTCTATAA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0005871kinesin complex
Vocabulary: Biological Process
TermDefinition
GO:0009116nucleoside metabolic process
Vocabulary: Molecular Function
TermDefinition
GO:0003824catalytic activity
GO:0043531ADP binding
GO:0005515protein binding
GO:0003777microtubule motor activity
Relationships

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

Feature NameUnique NameSpeciesType
KYF_008526KYF_008526Aspergillus niger KYF3gene


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

Feature NameUnique NameSpeciesType
KYF_008526-T1.exon1KYF_008526-T1.exon1Aspergillus niger KYF3exon
KYF_008526-T1.exon2KYF_008526-T1.exon2Aspergillus niger KYF3exon
KYF_008526-T1.exon3KYF_008526-T1.exon3Aspergillus niger KYF3exon


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

Feature NameUnique NameSpeciesType
KYF_008526-T1.cdsKYF_008526-T1.cdsAspergillus niger KYF3CDS


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

Feature NameUnique NameSpeciesType
KYF_008526-T1KYF_008526-T1-proteinAspergillus niger KYF3polypeptide


Properties
Property NameValue
NoteEggNog:ENOG41
NoteSECRETED:SignalP(1-25)
DBxrefInterPro:IPR027417
DBxrefInterPro:IPR035994
DBxrefInterPro:IPR013026
DBxrefInterPro:IPR000845
DBxrefInterPro:IPR002182
DBxrefInterPro:IPR011990
DBxrefInterPro:IPR019734
DBxrefInterPro:IPR002151
DBxrefPFAM:PF13176
DBxrefPFAM:PF07721
DBxrefPFAM:PF13424
DBxrefPFAM:PF13374
DBxrefPFAM:PF01048
DBxrefPFAM:PF00931
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
ch6supercontigch6:4111050..4115976 +
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