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KJC3_001529-T1, KJC3_001529-T1 (mRNA) Aspergillus niger KJC3

Overview
NameKJC3_001529-T1
Unique NameKJC3_001529-T1
TypemRNA
OrganismAspergillus niger KJC3
Sequences
The following sequences are available for this feature:

mRNA from alignment at ch1:4089894..4095037-

Legend: exonfive_prime_UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>KJC3_001529-T1 ID=KJC3_001529-T1|Name=KJC3_001529-T1|organism=Aspergillus niger KJC3|type=mRNA|length=5144bp|location=Sequence derived from alignment at ch1:4089894..4095037- (Aspergillus niger KJC3)
GTTACACGTGTCAGGTGACCCCTCCAATTCAAACCTCAGATTTGGATCTT
GGAATATTTAACTCTGCAATTTTATTGCCTACTCTATCTTCTTCCGACCC
AAAACTACCTGATCATTTCATGGAGAAGTTTCACTTTTCTGTGTGCTAGA
TAATATGACCTTCGCACACAACGACTATATGGTTGCCTGGATCTGCGCCT
TGTCGCTAGAACTGGCGGCGGCAAAGGCCATTCTGGATGAAGTTCATCCT
CCACTTTCCCAGCCCGCATCCGATCACAATGTCTACACACTTGGGAGGAT
TGGCAGCCACAATGTGATAGTGGCCTGTCTGCCTGGTGGTGTCTATGGGA
CAATATCCGCTACAGCTGTGGCGTCACATATGGTTTCTACCTTTCGAAAT
ATCCGATTCGGCTTGATGGTGGGTATTGGGGGTGGAGTCCCGAGCCAGAG
TGCTGACATTCGCCTTGGTGATGTTGTGGTCAGCATGCCGACTGCCACTT
CGGGTGGCGTTATACAATTTGACTACGGCAAGACACTGCGCGGCGGACAC
TTCCAGCACACCGGCTTGCTTAATAAACCTCCTCCAGTCTTGTTGAAGGC
CATTTCTCAAGTAAAGAGTGATTATATGACCGGGAAAAGGCTGATCGGTG
ATATACTGAATGATACACTGCACAACAGTGAAGAGTTAAAGGAACAGTTT
TCGCGGCCGAAAGCCGACTGGCTATTTTCGCCAACATACGATCATGATGA
TAGCAAATACAACTGTTTGGCATGTGATCAAACCCAGTTAGTGAACCGAC
CTGAGCGGAGAACTGATGACCCTTGTATTCATTATGGCTTGATCGCTTCT
GGAGATCAGGTCATGAAAGATGCTAAGACTCGAGATTTCATTGCTCGGGA
CCTAGACATACTCTGTTTCGAAATGGAAGCTGCTGGGCTCATGGACGAAC
TTCCATCACTAGTTATTCGCGGCATCTGTGACTACTGTGATTCGCATAAG
AATAAACGATGGCAAGGATATGCCGCCCTAACTGCTGCTGCCTATGCCAA
AGCTCTCTTGTCAGTTGTACCGGCCACTCTTTCCAGGGAAAGAGACTTGT
GTAACAGTGAGAAAGGTGGGAGAATCCGGGCATATCAAGTCAAATATTAC
CACTAGTATTCTTGACTGATTGTGAACAGAATGCCTTAGGTCACTTAGTT
TCCGCGAACAAGAGTATAGGTACAACGACATTCATCCGGCAATGCACACT
TGCGCTTGGCTCTATGAAGACCCACAATATAAAGCATGGTTGAACAGCCG
ACAAGGGCTTCTGTGGATCAAAGGGAATCCTGGGGCTGGTAAATCCGTTC
TTATGAAATTCGCTGTCCAGTCAATGGCCGATAAAAACGCCGGGAAGCTT
GTATCTTTTTTCATCCACGGTCGAGGGACAACTCTGCAGAGAACGCCGCT
GGGGCTCTTCAGAGCACTATTGAATGCTATGCTAGGTTCTTTTCCGGACC
ACCTCTGCCAGCTCACACAATCGTTTGTAGACCGGGAGAAGCGGTATGGT
TCCTACGAAGAAGGTAGATGGACCTGGCCGGAAGAAGAACTTCGCAAGCT
TTTATCGCAGATCCTAACAGAGGGGACAAAGAACAGTCCGGTCATCGTCT
TTATTGACGCACTTGATGAATGTGGGAAGGATTCTGCCAGAACCTTACTC
ACATACTTCAAAGATCTTATGGAGGCAGTCAAGTGCAAAGGTGGACAGGC
AAAAATATGTCTTTCTTCCAGACATTATCCGATCCTGGGTCATCACATGA
TCCCATCCATCTGCATGGAACAACAAAATACTAAGGATATACAACGCGTC
GTTGGTGGTATGCTGAAAGAAATTGAAGCAGAGGAAGATCGCAAGTATTT
TGAAAGTGAAGTTTTGTCGAAAGCTCGAGGAGGATTTCAATGGGCAGTCC
TTGTCTGTAACAGGGTGATTGAAGAGAACATTATCGGCACCAAGAGAGAA
GACCTGCGCAGCAAGTTGGCTGACATCCCCGAAGCTCTTGACGGGCTATA
CTCTAGAATTTTAAATGATGTGCATGAAAGCGACAGAAAGCAGATGGTCA
AGCTGTTCCAATGGATTCTATTTGCTAAGAGACCCCTGTCTGCTCATGAG
CTTCGGGATGCACTTTCTATTGATATAGACATGGAACCTGGAACGCAGCT
CAGAAGTCACAGCAGCTGGTCTGATACCGTGACTAAATTTGAGGTTCACG
TGAGACATCTCTCCAAAGGATTGGTGGAATTTCAATCGCGTGAAATATGG
GAACAATATGAACCTGGGGAGGAAGATTCTGATCGGGAAGCTCAGTTTAT
ACACCAGTCAGTGGCTGACTTTCTGCTTAATAAATTCCTCAGCAGTATTA
TGTGTGACCCGCATCTCTCTCAGTCCGTCGTTGGAGCTGGTCATTTTCAA
ATATCAAGAGCTTGTCTCAGATACATCACACATGATGAAGTCCTGGAAGG
TGCTCAGCGACTATCCCGTAGCAAATTCTTCCAGACATTCCAGCTGATAC
CATACGCTGTACGGTTTTTGTTTCAGCACATCAAGGAGGTGGAACAACAA
AATATCCCTCAATCCGATCTCCTCGCCCTCCTTCACTGGGGTCAAAAGTC
AACCTTACAAAAATTAGCAAATTTATGGAGAGTCTCTGATCCTGATCATG
TCTATACGCCCCGAGGTTGGCCATTCATCCAGGCGACGGCGTTCCATGTC
CTGATTACATTTGCGTCGAAAAGCGCTTTTGACAATCTGTTGCAGAATGA
TGGGGTCGAGGTTGATGGTAGAGATATTGATGGGAACACACCCCTCCTTC
TCGCTATAAAAAGAGGCCATCAGGATATGGCGGTGGCACTTCTAAATCGT
TCCATAGAATGGCAGCTGCACCAAGAGGAGGTAGCTGTGAGTGCCATCAT
TTATGGAACAAGCACAAAGCGGGATAGGTACTACTTCATGGACGTTAATG
CTCGGGACAATGAGAATAACACAGCGTTGAGTGTTGCCATGGAAGAAAAT
GCCCTAGATGTGATGGTGAAATTAATTGAGGGAGGAGCGAGTTTTAACAT
TCAGGATAGCTCTGGTTGGACACCACTCACCTGGGCATCAGAAGGAGGAC
ATGAAGCAGTAGCCAAGCTACTCCTTGAGCAGGGAGCGGATCCTAATACT
CAGGATAGCTCAGGTCAGACACCACTCTCTATAGCATTAGAAGGAGGGCA
TAAAGCAGTAGCCAAGCTACTTCTTGAGCAGGGAGCGGATCCTAATGCTC
GGGATAGCTCAGGTCAGACACCACTTATCTGGGCATCAGAAAAAGGACAT
GAAGCAGTAGCCAAGCTATTACTTGAGTGGGAAGCAGATCCTAATGCTCG
GGATAGCTCAGGTCAGACACCACTTATCTGGGCATCAGAAAAAGGACATG
AAGCAGTAGCCAAGCTATTACTTGAGTGGGAAGCAGATCCTAATACCCAG
AATAGCTCAGGTCAGACACCACTCTCCACAGCATTAGAAGGAGGGCATGA
AGCAGTAGTCAAGCTACTTCTTGAGTGGGGAGCGGATCCTAATACTCAGG
ATAGCTCAGGTCAGACACCACTTATCTGGGCATCAGAAAAAGGACATGAA
GCAGTAGCCAAGCTATTACTTGAGTGGGAAGCAGATCCTAATACCCAGAA
TAGCTCAGGTCAGACACCACTCTCCACAGCATTAGAAGGAGGGCATGAAG
CAGTAGTCAAGCTACTTCTTGAGTGGGGAGCGGATCCTAATACTCAGGAT
AGCTCAGGTCAGACACCACTTATCTGGGCATCAGAAAAAGGACATGAAGC
AGTAGCCAAGCTATTACTTGAGTGGGAAGCAGATCCTAATACTCAGGATA
GCTTAGGTCAGACACCACTCTCTAAAGCATTAGTAGGAGGGCATGAAGCA
GTAGTCAAGCTACTTCTTGACCAGGGTGCAGATCCTAATGCTCGGGATAG
CTCAGGCTGGACACCACTCATCTGGACATTAGAAGGAGGGCATGAAGCAG
TAGCCAAGCTACTCCTTGAGCAGGGAGCGGATCCTAACACTCAGGATAGC
TCAGGCTGGACACCACTTACCTGGGCATCAGAAAGAGGGCATGAAGCAGT
AGCCAAGCTACTCCTTGAGCAGGGAGCGGATCCTAACACTCAGGATAGCT
CAGGCTGGACACCACTCTCCAGGGCATCATGGAGAGGGCATGAAGCATTA
GCCAAGCTACTTCTTGAGCAGGGAGCGGATCCTAACACTCCGGATAGCTC
GGGTCGGACACCACTCTCCAGGGCATCATGGAGAGGGCATGAAGCATTAG
CCAAGCTACTCCTTGAGCAGGGAGCGGATCCTAACACTCAGGATAGCTCA
GGCTGGACACCACTTACCTGGGCATCAGAAAGAGGGCATGAAGCAGTAGC
CAAGCTACTCCTTGAGCAGGGAGCGGATCCTAACACTCCGGATAGCTCAG
GTCGGACACCACTCTCTAGGGTATCATGGAGAGGGCATGAAGCATTAGCC
AAGCTACTCCTTGAGCAGGAAGCGGATCCTAATACTAAGGATAATTCAGA
TCAGACACCACTTATCTGTGCATCAGAGAGAGGGCATGAAGCAGTAGCCA
AGTTACTTCTTGAGCAGGGAGCGGATTCTAATATTCAGGATAGATCAGGC
TGGACACCACTCATCTGGGCATTAGAAGAAGGGCATGAAGCAGTAGTTAA
GCTACTCCTTGACCAGGGTGCAGATCCTAATACTCAGGATAATTTTGGTT
GGACACCACTCTCCAGGGCATCAGGGGTGGGACATGAAGCAGTAGCCAAG
CTACTCCTTGAGCAGGGTGCAGATCCTAATATTCAGGATAACTTTGGTTG
GACACCACTCACCTGGGCATCAGGGGGGGGACATGAAGCAGTAGCCAAGC
TACTCCTTAAGCAGGGAGCGGATCCTAATACTCGGGATAACTCAGATCGG
ACACCACTCACCTGGGCATTAGAAGGAGGGCATGAAGCAGTAGCCAAGCT
ACTTCTTCAATATAGGGCAGATCCTAACTCAGGATATGACCTGTCAGACG
TCAATCTCAGGGGTATGAGAAAACGCCCAACTCACAATGAATAA
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Coding sequence (CDS) from alignment at ch1:4089894..4095037-

>KJC3_001529-T1 ID=KJC3_001529-T1|Name=KJC3_001529-T1|organism=Aspergillus niger KJC3|type=CDS|length=9852bp|location=Sequence derived from alignment at ch1:4089894..4095037- (Aspergillus niger KJC3)
AATGCCTTAGGTCACTTAGTTTCCGCGAACAAGAGTATAGGTACAACGAC
ATTCATCCGGCAATGCACACTTGCGCTTGGCTCTATGAAGACCCACAATA
TAAAGCATGGTTGAACAGCCGACAAGGGCTTCTGTGGATCAAAGGGAATC
CTGGGGCTGGTAAATCCGTTCTTATGAAATTCGCTGTCCAGTCAATGGCC
GATAAAAACGCCGGGAAGCTTGTATCTTTTTTCATCCACGGTCGAGGGAC
AACTCTGCAGAGAACGCCGCTGGGGCTCTTCAGAGCACTATTGAATGCTA
TGCTAGGTTCTTTTCCGGACCACCTCTGCCAGCTCACACAATCGTTTGTA
GACCGGGAGAAGCGGTATGGTTCCTACGAAGAAGGTAGATGGACCTGGCC
GGAAGAAGAACTTCGCAAGCTTTTATCGCAGATCCTAACAGAGGGGACAA
AGAACAGTCCGGTCATCGTCTTTATTGACGCACTTGATGAATGTGGGAAG
GATTCTGCCAGAACCTTACTCACATACTTCAAAGATCTTATGGAGGCAGT
CAAGTGCAAAGGTGGACAGGCAAAAATATGTCTTTCTTCCAGACATTATC
CGATCCTGGGTCATCACATGATCCCATCCATCTGCATGGAACAACAAAAT
ACTAAGGATATACAACGCGTCGTTGGTGGTATGCTGAAAGAAATTGAAGC
AGAGGAAGATCGCAAGTATTTTGAAAGTGAAGTTTTGTCGAAAGCTCGAG
GAGGATTTCAATGGGCAGTCCTTGTCTGTAACAGGGTGATTGAAGAGAAC
ATTATCGGCACCAAGAGAGAAGACCTGCGCAGCAAGTTGGCTGACATCCC
CGAAGCTCTTGACGGGCTATACTCTAGAATTTTAAATGATGTGCATGAAA
GCGACAGAAAGCAGATGGTCAAGCTGTTCCAATGGATTCTATTTGCTAAG
AGACCCCTGTCTGCTCATGAGCTTCGGGATGCACTTTCTATTGATATAGA
CATGGAACCTGGAACGCAGCTCAGAAGTCACAGCAGCTGGTCTGATACCG
TGACTAAATTTGAGGTTCACGTGAGACATCTCTCCAAAGGATTGGTGGAA
TTTCAATCGCGTGAAATATGGGAACAATATGAACCTGGGGAGGAAGATTC
TGATCGGGAAGCTCAGTTTATACACCAGTCAGTGGCTGACTTTCTGCTTA
ATAAATTCCTCAGCAGTATTATGTGTGACCCGCATCTCTCTCAGTCCGTC
GTTGGAGCTGGTCATTTTCAAATATCAAGAGCTTGTCTCAGATACATCAC
ACATGATGAAGTCCTGGAAGGTGCTCAGCGACTATCCCGTAGCAAATTCT
TCCAGACATTCCAGCTGATACCATACGCTGTACGGTTTTTGTTTCAGCAC
ATCAAGGAGGTGGAACAACAAAATATCCCTCAATCCGATCTCCTCGCCCT
CCTTCACTGGGGTCAAAAGTCAACCTTACAAAAATTAGCAAATTTATGGA
GAGTCTCTGATCCTGATCATGTCTATACGCCCCGAGGTTGGCCATTCATC
CAGGCGACGGCGTTCCATGTCCTGATTACATTTGCGTCGAAAAGCGCTTT
TGACAATCTGTTGCAGAATGATGGGGTCGAGGTTGATGGTAGAGATATTG
ATGGGAACACACCCCTCCTTCTCGCTATAAAAAGAGGCCATCAGGATATG
GCGGTGGCACTTCTAAATCGTTCCATAGAATGGCAGCTGCACCAAGAGGA
GGTAGCTGTGAGTGCCATCATTTATGGAACAAGCACAAAGCGGGATAGGT
ACTACTTCATGGACGTTAATGCTCGGGACAATGAGAATAACACAGCGTTG
AGTGTTGCCATGGAAGAAAATGCCCTAGATGTGATGGTGAAATTAATTGA
GGGAGGAGCGAGTTTTAACATTCAGGATAGCTCTGGTTGGACACCACTCA
CCTGGGCATCAGAAGGAGGACATGAAGCAGTAGCCAAGCTACTCCTTGAG
CAGGGAGCGGATCCTAATACTCAGGATAGCTCAGGTCAGACACCACTCTC
TATAGCATTAGAAGGAGGGCATAAAGCAGTAGCCAAGCTACTTCTTGAGC
AGGGAGCGGATCCTAATGCTCGGGATAGCTCAGGTCAGACACCACTTATC
TGGGCATCAGAAAAAGGACATGAAGCAGTAGCCAAGCTATTACTTGAGTG
GGAAGCAGATCCTAATGCTCGGGATAGCTCAGGTCAGACACCACTTATCT
GGGCATCAGAAAAAGGACATGAAGCAGTAGCCAAGCTATTACTTGAGTGG
GAAGCAGATCCTAATACCCAGAATAGCTCAGGTCAGACACCACTCTCCAC
AGCATTAGAAGGAGGGCATGAAGCAGTAGTCAAGCTACTTCTTGAGTGGG
GAGCGGATCCTAATACTCAGGATAGCTCAGGTCAGACACCACTTATCTGG
GCATCAGAAAAAGGACATGAAGCAGTAGCCAAGCTATTACTTGAGTGGGA
AGCAGATCCTAATACCCAGAATAGCTCAGGTCAGACACCACTCTCCACAG
CATTAGAAGGAGGGCATGAAGCAGTAGTCAAGCTACTTCTTGAGTGGGGA
GCGGATCCTAATACTCAGGATAGCTCAGGTCAGACACCACTTATCTGGGC
ATCAGAAAAAGGACATGAAGCAGTAGCCAAGCTATTACTTGAGTGGGAAG
CAGATCCTAATACTCAGGATAGCTTAGGTCAGACACCACTCTCTAAAGCA
TTAGTAGGAGGGCATGAAGCAGTAGTCAAGCTACTTCTTGACCAGGGTGC
AGATCCTAATGCTCGGGATAGCTCAGGCTGGACACCACTCATCTGGACAT
TAGAAGGAGGGCATGAAGCAGTAGCCAAGCTACTCCTTGAGCAGGGAGCG
GATCCTAACACTCAGGATAGCTCAGGCTGGACACCACTTACCTGGGCATC
AGAAAGAGGGCATGAAGCAGTAGCCAAGCTACTCCTTGAGCAGGGAGCGG
ATCCTAACACTCAGGATAGCTCAGGCTGGACACCACTCTCCAGGGCATCA
TGGAGAGGGCATGAAGCATTAGCCAAGCTACTTCTTGAGCAGGGAGCGGA
TCCTAACACTCCGGATAGCTCGGGTCGGACACCACTCTCCAGGGCATCAT
GGAGAGGGCATGAAGCATTAGCCAAGCTACTCCTTGAGCAGGGAGCGGAT
CCTAACACTCAGGATAGCTCAGGCTGGACACCACTTACCTGGGCATCAGA
AAGAGGGCATGAAGCAGTAGCCAAGCTACTCCTTGAGCAGGGAGCGGATC
CTAACACTCCGGATAGCTCAGGTCGGACACCACTCTCTAGGGTATCATGG
AGAGGGCATGAAGCATTAGCCAAGCTACTCCTTGAGCAGGAAGCGGATCC
TAATACTAAGGATAATTCAGATCAGACACCACTTATCTGTGCATCAGAGA
GAGGGCATGAAGCAGTAGCCAAGTTACTTCTTGAGCAGGGAGCGGATTCT
AATATTCAGGATAGATCAGGCTGGACACCACTCATCTGGGCATTAGAAGA
AGGGCATGAAGCAGTAGTTAAGCTACTCCTTGACCAGGGTGCAGATCCTA
ATACTCAGGATAATTTTGGTTGGACACCACTCTCCAGGGCATCAGGGGTG
GGACATGAAGCAGTAGCCAAGCTACTCCTTGAGCAGGGTGCAGATCCTAA
TATTCAGGATAACTTTGGTTGGACACCACTCACCTGGGCATCAGGGGGGG
GACATGAAGCAGTAGCCAAGCTACTCCTTAAGCAGGGAGCGGATCCTAAT
ACTCGGGATAACTCAGATCGGACACCACTCACCTGGGCATTAGAAGGAGG
GCATGAAGCAGTAGCCAAGCTACTTCTTCAATATAGGGCAGATCCTAACT
CAGGATATGACCTGTCAGACGTCAATCTCAGGGGTATGAGAAAACGCCCA
ACTCACAATGAATAAATGACCTTCGCACACAACGACTATATGGTTGCCTG
GATCTGCGCCTTGTCGCTAGAACTGGCGGCGGCAAAGGCCATTCTGGATG
AAGTTCATCCTCCACTTTCCCAGCCCGCATCCGATCACAATGTCTACACA
CTTGGGAGGATTGGCAGCCACAATGTGATAGTGGCCTGTCTGCCTGGTGG
TGTCTATGGGACAATATCCGCTACAGCTGTGGCGTCACATATGGTTTCTA
CCTTTCGAAATATCCGATTCGGCTTGATGGTGGGTATTGGGGGTGGAGTC
CCGAGCCAGAGTGCTGACATTCGCCTTGGTGATGTTGTGGTCAGCATGCC
GACTGCCACTTCGGGTGGCGTTATACAATTTGACTACGGCAAGACACTGC
GCGGCGGACACTTCCAGCACACCGGCTTGCTTAATAAACCTCCTCCAGTC
TTGTTGAAGGCCATTTCTCAAGTAAAGAGTGATTATATGACCGGGAAAAG
GCTGATCGGTGATATACTGAATGATACACTGCACAACAGTGAAGAGTTAA
AGGAACAGTTTTCGCGGCCGAAAGCCGACTGGCTATTTTCGCCAACATAC
GATCATGATGATAGCAAATACAACTGTTTGGCATGTGATCAAACCCAGTT
AGTGAACCGACCTGAGCGGAGAACTGATGACCCTTGTATTCATTATGGCT
TGATCGCTTCTGGAGATCAGGTCATGAAAGATGCTAAGACTCGAGATTTC
ATTGCTCGGGACCTAGACATACTCTGTTTCGAAATGGAAGCTGCTGGGCT
CATGGACGAACTTCCATCACTAGTTATTCGCGGCATCTGTGACTACTGTG
ATTCGCATAAGAATAAACGATGGCAAGGATATGCCGCCCTAACTGCTGCT
GCCTATGCCAAAGCTCTCTTGTCAGTTGTACCGGCCACTCTTTCCAGGGA
AAGAGACTTGTGTAACAGTGAGAAAGAATGCCTTAGGTCACTTAGTTTCC
GCGAACAAGAGTATAGGTACAACGACATTCATCCGGCAATGCACACTTGC
GCTTGGCTCTATGAAGACCCACAATATAAAGCATGGTTGAACAGCCGACA
AGGGCTTCTGTGGATCAAAGGGAATCCTGGGGCTGGTAAATCCGTTCTTA
TGAAATTCGCTGTCCAGTCAATGGCCGATAAAAACGCCGGGAAGCTTGTA
TCTTTTTTCATCCACGGTCGAGGGACAACTCTGCAGAGAACGCCGCTGGG
GCTCTTCAGAGCACTATTGAATGCTATGCTAGGTTCTTTTCCGGACCACC
TCTGCCAGCTCACACAATCGTTTGTAGACCGGGAGAAGCGGTATGGTTCC
TACGAAGAAGGTAGATGGACCTGGCCGGAAGAAGAACTTCGCAAGCTTTT
ATCGCAGATCCTAACAGAGGGGACAAAGAACAGTCCGGTCATCGTCTTTA
TTGACGCACTTGATGAATGTGGGAAGGATTCTGCCAGAACCTTACTCACA
TACTTCAAAGATCTTATGGAGGCAGTCAAGTGCAAAGGTGGACAGGCAAA
AATATGTCTTTCTTCCAGACATTATCCGATCCTGGGTCATCACATGATCC
CATCCATCTGCATGGAACAACAAAATACTAAGGATATACAACGCGTCGTT
GGTGGTATGCTGAAAGAAATTGAAGCAGAGGAAGATCGCAAGTATTTTGA
AAGTGAAGTTTTGTCGAAAGCTCGAGGAGGATTTCAATGGGCAGTCCTTG
TCTGTAACAGGGTGATTGAAGAGAACATTATCGGCACCAAGAGAGAAGAC
CTGCGCAGCAAGTTGGCTGACATCCCCGAAGCTCTTGACGGGCTATACTC
TAGAATTTTAAATGATGTGCATGAAAGCGACAGAAAGCAGATGGTCAAGC
TGTTCCAATGGATTCTATTTGCTAAGAGACCCCTGTCTGCTCATGAGCTT
CGGGATGCACTTTCTATTGATATAGACATGGAACCTGGAACGCAGCTCAG
AAGTCACAGCAGCTGGTCTGATACCGTGACTAAATTTGAGGTTCACGTGA
GACATCTCTCCAAAGGATTGGTGGAATTTCAATCGCGTGAAATATGGGAA
CAATATGAACCTGGGGAGGAAGATTCTGATCGGGAAGCTCAGTTTATACA
CCAGTCAGTGGCTGACTTTCTGCTTAATAAATTCCTCAGCAGTATTATGT
GTGACCCGCATCTCTCTCAGTCCGTCGTTGGAGCTGGTCATTTTCAAATA
TCAAGAGCTTGTCTCAGATACATCACACATGATGAAGTCCTGGAAGGTGC
TCAGCGACTATCCCGTAGCAAATTCTTCCAGACATTCCAGCTGATACCAT
ACGCTGTACGGTTTTTGTTTCAGCACATCAAGGAGGTGGAACAACAAAAT
ATCCCTCAATCCGATCTCCTCGCCCTCCTTCACTGGGGTCAAAAGTCAAC
CTTACAAAAATTAGCAAATTTATGGAGAGTCTCTGATCCTGATCATGTCT
ATACGCCCCGAGGTTGGCCATTCATCCAGGCGACGGCGTTCCATGTCCTG
ATTACATTTGCGTCGAAAAGCGCTTTTGACAATCTGTTGCAGAATGATGG
GGTCGAGGTTGATGGTAGAGATATTGATGGGAACACACCCCTCCTTCTCG
CTATAAAAAGAGGCCATCAGGATATGGCGGTGGCACTTCTAAATCGTTCC
ATAGAATGGCAGCTGCACCAAGAGGAGGTAGCTGTGAGTGCCATCATTTA
TGGAACAAGCACAAAGCGGGATAGGTACTACTTCATGGACGTTAATGCTC
GGGACAATGAGAATAACACAGCGTTGAGTGTTGCCATGGAAGAAAATGCC
CTAGATGTGATGGTGAAATTAATTGAGGGAGGAGCGAGTTTTAACATTCA
GGATAGCTCTGGTTGGACACCACTCACCTGGGCATCAGAAGGAGGACATG
AAGCAGTAGCCAAGCTACTCCTTGAGCAGGGAGCGGATCCTAATACTCAG
GATAGCTCAGGTCAGACACCACTCTCTATAGCATTAGAAGGAGGGCATAA
AGCAGTAGCCAAGCTACTTCTTGAGCAGGGAGCGGATCCTAATGCTCGGG
ATAGCTCAGGTCAGACACCACTTATCTGGGCATCAGAAAAAGGACATGAA
GCAGTAGCCAAGCTATTACTTGAGTGGGAAGCAGATCCTAATGCTCGGGA
TAGCTCAGGTCAGACACCACTTATCTGGGCATCAGAAAAAGGACATGAAG
CAGTAGCCAAGCTATTACTTGAGTGGGAAGCAGATCCTAATACCCAGAAT
AGCTCAGGTCAGACACCACTCTCCACAGCATTAGAAGGAGGGCATGAAGC
AGTAGTCAAGCTACTTCTTGAGTGGGGAGCGGATCCTAATACTCAGGATA
GCTCAGGTCAGACACCACTTATCTGGGCATCAGAAAAAGGACATGAAGCA
GTAGCCAAGCTATTACTTGAGTGGGAAGCAGATCCTAATACCCAGAATAG
CTCAGGTCAGACACCACTCTCCACAGCATTAGAAGGAGGGCATGAAGCAG
TAGTCAAGCTACTTCTTGAGTGGGGAGCGGATCCTAATACTCAGGATAGC
TCAGGTCAGACACCACTTATCTGGGCATCAGAAAAAGGACATGAAGCAGT
AGCCAAGCTATTACTTGAGTGGGAAGCAGATCCTAATACTCAGGATAGCT
TAGGTCAGACACCACTCTCTAAAGCATTAGTAGGAGGGCATGAAGCAGTA
GTCAAGCTACTTCTTGACCAGGGTGCAGATCCTAATGCTCGGGATAGCTC
AGGCTGGACACCACTCATCTGGACATTAGAAGGAGGGCATGAAGCAGTAG
CCAAGCTACTCCTTGAGCAGGGAGCGGATCCTAACACTCAGGATAGCTCA
GGCTGGACACCACTTACCTGGGCATCAGAAAGAGGGCATGAAGCAGTAGC
CAAGCTACTCCTTGAGCAGGGAGCGGATCCTAACACTCAGGATAGCTCAG
GCTGGACACCACTCTCCAGGGCATCATGGAGAGGGCATGAAGCATTAGCC
AAGCTACTTCTTGAGCAGGGAGCGGATCCTAACACTCCGGATAGCTCGGG
TCGGACACCACTCTCCAGGGCATCATGGAGAGGGCATGAAGCATTAGCCA
AGCTACTCCTTGAGCAGGGAGCGGATCCTAACACTCAGGATAGCTCAGGC
TGGACACCACTTACCTGGGCATCAGAAAGAGGGCATGAAGCAGTAGCCAA
GCTACTCCTTGAGCAGGGAGCGGATCCTAACACTCCGGATAGCTCAGGTC
GGACACCACTCTCTAGGGTATCATGGAGAGGGCATGAAGCATTAGCCAAG
CTACTCCTTGAGCAGGAAGCGGATCCTAATACTAAGGATAATTCAGATCA
GACACCACTTATCTGTGCATCAGAGAGAGGGCATGAAGCAGTAGCCAAGT
TACTTCTTGAGCAGGGAGCGGATTCTAATATTCAGGATAGATCAGGCTGG
ACACCACTCATCTGGGCATTAGAAGAAGGGCATGAAGCAGTAGTTAAGCT
ACTCCTTGACCAGGGTGCAGATCCTAATACTCAGGATAATTTTGGTTGGA
CACCACTCTCCAGGGCATCAGGGGTGGGACATGAAGCAGTAGCCAAGCTA
CTCCTTGAGCAGGGTGCAGATCCTAATATTCAGGATAACTTTGGTTGGAC
ACCACTCACCTGGGCATCAGGGGGGGGACATGAAGCAGTAGCCAAGCTAC
TCCTTAAGCAGGGAGCGGATCCTAATACTCGGGATAACTCAGATCGGACA
CCACTCACCTGGGCATTAGAAGGAGGGCATGAAGCAGTAGCCAAGCTACT
TCTTCAATATAGGGCAGATCCTAACTCAGGATATGACCTGTCAGACGTCA
ATCTCAGGGGTATGAGAAAACGCCCAACTCACAATGAATAAATGACCTTC
GCACACAACGACTATATGGTTGCCTGGATCTGCGCCTTGTCGCTAGAACT
GGCGGCGGCAAAGGCCATTCTGGATGAAGTTCATCCTCCACTTTCCCAGC
CCGCATCCGATCACAATGTCTACACACTTGGGAGGATTGGCAGCCACAAT
GTGATAGTGGCCTGTCTGCCTGGTGGTGTCTATGGGACAATATCCGCTAC
AGCTGTGGCGTCACATATGGTTTCTACCTTTCGAAATATCCGATTCGGCT
TGATGGTGGGTATTGGGGGTGGAGTCCCGAGCCAGAGTGCTGACATTCGC
CTTGGTGATGTTGTGGTCAGCATGCCGACTGCCACTTCGGGTGGCGTTAT
ACAATTTGACTACGGCAAGACACTGCGCGGCGGACACTTCCAGCACACCG
GCTTGCTTAATAAACCTCCTCCAGTCTTGTTGAAGGCCATTTCTCAAGTA
AAGAGTGATTATATGACCGGGAAAAGGCTGATCGGTGATATACTGAATGA
TACACTGCACAACAGTGAAGAGTTAAAGGAACAGTTTTCGCGGCCGAAAG
CCGACTGGCTATTTTCGCCAACATACGATCATGATGATAGCAAATACAAC
TGTTTGGCATGTGATCAAACCCAGTTAGTGAACCGACCTGAGCGGAGAAC
TGATGACCCTTGTATTCATTATGGCTTGATCGCTTCTGGAGATCAGGTCA
TGAAAGATGCTAAGACTCGAGATTTCATTGCTCGGGACCTAGACATACTC
TGTTTCGAAATGGAAGCTGCTGGGCTCATGGACGAACTTCCATCACTAGT
TATTCGCGGCATCTGTGACTACTGTGATTCGCATAAGAATAAACGATGGC
AAGGATATGCCGCCCTAACTGCTGCTGCCTATGCCAAAGCTCTCTTGTCA
GTTGTACCGGCCACTCTTTCCAGGGAAAGAGACTTGTGTAACAGTGAGAA
AG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0009116nucleoside metabolic process
Vocabulary: Molecular Function
TermDefinition
GO:0003824catalytic activity
GO:0005515protein binding
Relationships

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

Feature NameUnique NameSpeciesType
KJC3_001529KJC3_001529Aspergillus niger KJC3gene


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

Feature NameUnique NameSpeciesType
KJC3_001529-T1KJC3_001529-T1-proteinAspergillus niger KJC3polypeptide


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

Feature NameUnique NameSpeciesType
KJC3_001529-T1.cdsKJC3_001529-T1.cdsAspergillus niger KJC3CDS


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

Feature NameUnique NameSpeciesType
KJC3_001529-T1.exon2KJC3_001529-T1.exon2Aspergillus niger KJC3exon
KJC3_001529-T1.exon1KJC3_001529-T1.exon1Aspergillus niger KJC3exon


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

Feature NameUnique NameSpeciesType
KJC3_001529-T1.utr5p1KJC3_001529-T1.utr5p1Aspergillus niger KJC3five_prime_UTR


Properties
Property NameValue
NoteSECRETED:SignalP(1-25)
DBxrefInterPro:IPR035994
DBxrefInterPro:IPR027417
DBxrefInterPro:IPR020683
DBxrefInterPro:IPR000845
DBxrefInterPro:IPR036770
DBxrefInterPro:IPR002110
DBxrefPFAM:PF01048
DBxrefPFAM:PF13857
DBxrefPFAM:PF13637
DBxrefPFAM:PF13606
DBxrefPFAM:PF12796
DBxrefPFAM:PF00023
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 KJC32021-10-31
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
ch1supercontigch1:4089894..4095037 -
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