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KJC3_005372-T1, KJC3_005372-T1 (mRNA) Aspergillus niger KJC3

Overview
NameKJC3_005372-T1
Unique NameKJC3_005372-T1
TypemRNA
OrganismAspergillus niger KJC3
Sequences
The following sequences are available for this feature:

mRNA from alignment at ch4:2537677..2540750-

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>KJC3_005372-T1 ID=KJC3_005372-T1|Name=KJC3_005372-T1|organism=Aspergillus niger KJC3|type=mRNA|length=3074bp|location=Sequence derived from alignment at ch4:2537677..2540750- (Aspergillus niger KJC3)
ATCTAGGATGAAGATCTCTCTCCCACTTTGCCCCACCTTTCTACATACCT
GACAGTCAAAGCTTCGGCAAAGCAGATCTTGAAGAACTTCACCTGCCAAC
TTATCCTCATACAATAACTTCTCTGTATGGAAAGGACGCATGCTCTTTTG
CTGAATGTCATTGCATCTTGGCTCCGGACTGATTGCTTTTATCTAATAAG
CTATATCAGGCTTCCATATTAGCTTTCAGTTCTACTCAAGATGGCTTCTT
GTTGCCATGTCACGTCTGAAGGTCAGTGACGTCTGTTGTTAAAGCTGGAG
TACGGTGCTCATACAGGTAACTAACCATATCTATATCGCAGGGCTGAGGA
TTCCAGCTTCGTCGCAGGTTGTATATCGGGAAGACTGTACACAGTGTTTC
GACTCAATAGTGCGCACCCATCGTTGTCCTATCAATTCGAAACCTAACAA
AATATCCAGGATGAGGAACATGGTCTTAATGTTTGCTTAACATGTTTCAA
TGGAGGCTGCGCTGGTGATAGAAATCATGCCTTTCTCCACTATGAACGTT
GCAGTCACCCTCTAGCGCTCAATATTAAAAGATCACGTAAAAACGTCCAG
GTGTGTGCCAATGTCACTTGTTTGTATTATATTTTTCTGGTTGCATGTGA
TTGACAGGGTGCAATTACAGAGGGATGAGCCACCACAGAAGATTTCGAAG
CTTGCAATCGCCGCTGAAACCGATGAGGACCGTTATGTCACGAAAACACG
TGTTGTCTGTTATCCTTGCTGTCAGAATGATCTCGATGCATCCAGAGGTA
GGCTGCCAGCTGTAATTGACGGCGTGATGAAAGCGATGACCTTCTCCAAA
AGAGAGGAAGTCAAGGCCTGGGAGCAGGAGTTCATCCCCTGCGAGCATAC
CATAAATCTAATCCAGGGAGCGTCAAGACAGATTGAATCTAAGGGTGCGT
TCCTCCTCTTCCCCTGCATTAACCTTATCATAATGCTCACAATTGGAGGG
CAGAGCTAGTCCAGTGTTCCATGTGTAACCTGAAAGAGAACCTCTGGCTA
TGTCTAGAATGCGGCAACCTTGGCTGCGGTCGCAGTCAGTTTGGCGGAGT
TGGAGGAAACTCGCATGCACTTGCGCATTCTGACATAAAATCGCATGCCG
TTGCAGTGAAGCTGGGTTCTATAACTGCAGATGGCTCGGCAGACGTGTAC
TGCTATAGATGCAACGAAGAAAGGACCGATCCTAACCTGGCTACTCATCT
TGCTAATTGGGGCATCAATCTAGCGGGCCGTGAGAAGACAGAGAAAAGCC
TTATGGAGATGCAGGTTGAGCAAAATATGAGATGGGAATTTTCGATGACT
TCTGAGGACGGCCATGAACTTACACCGGTGTTTGGGCCAGGATTAACCGG
CTTGACTAACTTAGGAAACAGTTGTTATCTCTCAAGTGTTGTCCAATGCC
TTTTCGCCTTGCCTGAGTTCCAAAAACGATATTACCATCCTAACAGCGAG
CCGCCGCACACGCAAAGGCCAGCGGAGGACCTTGAAACCCAACTGCGGAA
GCTGGCCGACGGCATCCTCTCTGGCAGATACTCCAGACCCGATAGCGATG
TCAGGTCTTCCCCTGATTCAGCTGAAGTTCCTCATCAAAAGGGCTTAGCA
CCCGCCATGTTCAAGCATCTCGTTGGCCGTAATCATGAAGAATTCTCTAC
GATGAGACAACAGGATGCGTTCGAGTTCATGCTTCACCTCTTCAAGCAGA
TAAACTTGTCCAAGCATCCCGGAGGATTAGATAACCCAATCACCTCGTTC
GGCTTCTCTATGCAACAGCGTCTCCAATGTTTGCAGTGCAAGAAGGTTCG
TTACAGGGCTGACGCACAAGATAACATTTCGATCCCTGTTCCCGCTCGTC
GGCTCCCCGATGCAAATGCTTCTGGCTCCACAAACGAGTATGAGAGTGTC
ACTCTAGCAGAATGTCTGGATGCTTTTACAGCCGAGGAAGTTGTTGAATT
CAGCTGCCCGTCCTGCGGTTCCACGGAGGGGTTCAATAAGCAATCTTCAT
TCAAAACCCTACCGCAGAAACTGGTTATTAATGCGCGGAGGTTCGAACTG
ATAAATTGGGTACCCACAAAGTTGAATATTCCGGTAGAAGTTGATGAGGA
GCCAATAGACTTTGGTACTTACCTTTCCTCCGGGCCCAATCCAGATGAGG
AGCTTCTCCCTGACATTCAGGAACCTGAAAATACGTTTAAGCCCAATGAA
ATTGCGATGGAACAGCTTGTCGGCATGGGTTTTCCGAATACAAGGTGCGA
AAGGGCGCTTTATGTGACCGGCAACTCGGATGTTGAGGCTGCTATGAACT
GGCTCTTTGCTCACATGGAAGACCCTGATATCGACGAGCCGCTCGATAAG
GTGGTTACCAGCACCTCAGGGAGCCAGCAAGACCCAGCTAAGGTTGCGCA
GTTGACTGAAATGGGCATAAATTCTGGTCATGCTAGGAGGGCATTGGCAG
CGACGGAGGGGGATCTCAACAGGGCAATTGATTGGGTGTTCACCCATCCG
GAGGATTCAATGGACATCGGTTCAGACTCTGACATCCCTGAATCCAGTGA
TATACATCTAGACTCTGATGCCACGCCAGCAAAATACCAATTGCAATCAA
TAGTGTGCCACAAAGGCTCATCTGTGCATGCTGGGTATGTATGTCTGCTA
ACTTGTACGGGATGAACTAACGTTTAACAGGCACTATGTCGCAATTGTGC
GTAAGGCCGTGCCAGGAAGTAATGGTACTCGGTGGGTCATGTTCAATGAT
GAGAAGGTTGTTCAGGTGGATGACATACAAGAGATGAAGAAGTTCGCATA
TATTTACGTATTCTCTCGGACCTAACCTATGAAATCAATCGGGTACATGA
ACTGTTGTATAGGTATTATGGGTTACTGATAATGTTTGTCATATGGTGAG
ATGTACTCGTTGCTACGGCCGCCGTATTCTGACGGGTTAGGTCGGCGACG
GATGATTATATTATATCAGATTATCATATTCGGCATTTCGTAAAGCTAGT
TGATCATTATTCATTCATTCGGTT
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Coding sequence (CDS) from alignment at ch4:2537677..2540750-

>KJC3_005372-T1 ID=KJC3_005372-T1|Name=KJC3_005372-T1|organism=Aspergillus niger KJC3|type=CDS|length=14040bp|location=Sequence derived from alignment at ch4:2537677..2540750- (Aspergillus niger KJC3)
GCACTATGTCGCAATTGTGCGTAAGGCCGTGCCAGGAAGTAATGGTACTC
GGTGGGTCATGTTCAATGATGAGAAGGTTGTTCAGGTGGATGACATACAA
GAGATGAAGAAGTTCGCATATATTTACGTATTCTCTCGGACCTAAAGCTA
GTCCAGTGTTCCATGTGTAACCTGAAAGAGAACCTCTGGCTATGTCTAGA
ATGCGGCAACCTTGGCTGCGGTCGCAGTCAGTTTGGCGGAGTTGGAGGAA
ACTCGCATGCACTTGCGCATTCTGACATAAAATCGCATGCCGTTGCAGTG
AAGCTGGGTTCTATAACTGCAGATGGCTCGGCAGACGTGTACTGCTATAG
ATGCAACGAAGAAAGGACCGATCCTAACCTGGCTACTCATCTTGCTAATT
GGGGCATCAATCTAGCGGGCCGTGAGAAGACAGAGAAAAGCCTTATGGAG
ATGCAGGTTGAGCAAAATATGAGATGGGAATTTTCGATGACTTCTGAGGA
CGGCCATGAACTTACACCGGTGTTTGGGCCAGGATTAACCGGCTTGACTA
ACTTAGGAAACAGTTGTTATCTCTCAAGTGTTGTCCAATGCCTTTTCGCC
TTGCCTGAGTTCCAAAAACGATATTACCATCCTAACAGCGAGCCGCCGCA
CACGCAAAGGCCAGCGGAGGACCTTGAAACCCAACTGCGGAAGCTGGCCG
ACGGCATCCTCTCTGGCAGATACTCCAGACCCGATAGCGATGTCAGGTCT
TCCCCTGATTCAGCTGAAGTTCCTCATCAAAAGGGCTTAGCACCCGCCAT
GTTCAAGCATCTCGTTGGCCGTAATCATGAAGAATTCTCTACGATGAGAC
AACAGGATGCGTTCGAGTTCATGCTTCACCTCTTCAAGCAGATAAACTTG
TCCAAGCATCCCGGAGGATTAGATAACCCAATCACCTCGTTCGGCTTCTC
TATGCAACAGCGTCTCCAATGTTTGCAGTGCAAGAAGGTTCGTTACAGGG
CTGACGCACAAGATAACATTTCGATCCCTGTTCCCGCTCGTCGGCTCCCC
GATGCAAATGCTTCTGGCTCCACAAACGAGTATGAGAGTGTCACTCTAGC
AGAATGTCTGGATGCTTTTACAGCCGAGGAAGTTGTTGAATTCAGCTGCC
CGTCCTGCGGTTCCACGGAGGGGTTCAATAAGCAATCTTCATTCAAAACC
CTACCGCAGAAACTGGTTATTAATGCGCGGAGGTTCGAACTGATAAATTG
GGTACCCACAAAGTTGAATATTCCGGTAGAAGTTGATGAGGAGCCAATAG
ACTTTGGTACTTACCTTTCCTCCGGGCCCAATCCAGATGAGGAGCTTCTC
CCTGACATTCAGGAACCTGAAAATACGTTTAAGCCCAATGAAATTGCGAT
GGAACAGCTTGTCGGCATGGGTTTTCCGAATACAAGGTGCGAAAGGGCGC
TTTATGTGACCGGCAACTCGGATGTTGAGGCTGCTATGAACTGGCTCTTT
GCTCACATGGAAGACCCTGATATCGACGAGCCGCTCGATAAGGTGGTTAC
CAGCACCTCAGGGAGCCAGCAAGACCCAGCTAAGGTTGCGCAGTTGACTG
AAATGGGCATAAATTCTGGTCATGCTAGGAGGGCATTGGCAGCGACGGAG
GGGGATCTCAACAGGGCAATTGATTGGGTGTTCACCCATCCGGAGGATTC
AATGGACATCGGTTCAGACTCTGACATCCCTGAATCCAGTGATATACATC
TAGACTCTGATGCCACGCCAGCAAAATACCAATTGCAATCAATAGTGTGC
CACAAAGGCTCATCTGTGCATGCTGGAGGGATGAGCCACCACAGAAGATT
TCGAAGCTTGCAATCGCCGCTGAAACCGATGAGGACCGTTATGTCACGAA
AACACGTGTTGTCTGTTATCCTTGCTGTCAGAATGATCTCGATGCATCCA
GAGGTAGGCTGCCAGCTGTAATTGACGGCGTGATGAAAGCGATGACCTTC
TCCAAAAGAGAGGAAGTCAAGGCCTGGGAGCAGGAGTTCATCCCCTGCGA
GCATACCATAAATCTAATCCAGGGAGCGTCAAGACAGATTGAATCTAAGG
GATGAGGAACATGGTCTTAATGTTTGCTTAACATGTTTCAATGGAGGCTG
CGCTGGTGATAGAAATCATGCCTTTCTCCACTATGAACGTTGCAGTCACC
CTCTAGCGCTCAATATTAAAAGATCACGTAAAAACGTCCAGGGCTGAGGA
TTCCAGCTTCGTCGCAGGTTGTATATCGGGAAGACTGTACACAGTGTTTC
GACTCAATAATGGCTTCTTGTTGCCATGTCACGTCTGAAGGCACTATGTC
GCAATTGTGCGTAAGGCCGTGCCAGGAAGTAATGGTACTCGGTGGGTCAT
GTTCAATGATGAGAAGGTTGTTCAGGTGGATGACATACAAGAGATGAAGA
AGTTCGCATATATTTACGTATTCTCTCGGACCTAAAGCTAGTCCAGTGTT
CCATGTGTAACCTGAAAGAGAACCTCTGGCTATGTCTAGAATGCGGCAAC
CTTGGCTGCGGTCGCAGTCAGTTTGGCGGAGTTGGAGGAAACTCGCATGC
ACTTGCGCATTCTGACATAAAATCGCATGCCGTTGCAGTGAAGCTGGGTT
CTATAACTGCAGATGGCTCGGCAGACGTGTACTGCTATAGATGCAACGAA
GAAAGGACCGATCCTAACCTGGCTACTCATCTTGCTAATTGGGGCATCAA
TCTAGCGGGCCGTGAGAAGACAGAGAAAAGCCTTATGGAGATGCAGGTTG
AGCAAAATATGAGATGGGAATTTTCGATGACTTCTGAGGACGGCCATGAA
CTTACACCGGTGTTTGGGCCAGGATTAACCGGCTTGACTAACTTAGGAAA
CAGTTGTTATCTCTCAAGTGTTGTCCAATGCCTTTTCGCCTTGCCTGAGT
TCCAAAAACGATATTACCATCCTAACAGCGAGCCGCCGCACACGCAAAGG
CCAGCGGAGGACCTTGAAACCCAACTGCGGAAGCTGGCCGACGGCATCCT
CTCTGGCAGATACTCCAGACCCGATAGCGATGTCAGGTCTTCCCCTGATT
CAGCTGAAGTTCCTCATCAAAAGGGCTTAGCACCCGCCATGTTCAAGCAT
CTCGTTGGCCGTAATCATGAAGAATTCTCTACGATGAGACAACAGGATGC
GTTCGAGTTCATGCTTCACCTCTTCAAGCAGATAAACTTGTCCAAGCATC
CCGGAGGATTAGATAACCCAATCACCTCGTTCGGCTTCTCTATGCAACAG
CGTCTCCAATGTTTGCAGTGCAAGAAGGTTCGTTACAGGGCTGACGCACA
AGATAACATTTCGATCCCTGTTCCCGCTCGTCGGCTCCCCGATGCAAATG
CTTCTGGCTCCACAAACGAGTATGAGAGTGTCACTCTAGCAGAATGTCTG
GATGCTTTTACAGCCGAGGAAGTTGTTGAATTCAGCTGCCCGTCCTGCGG
TTCCACGGAGGGGTTCAATAAGCAATCTTCATTCAAAACCCTACCGCAGA
AACTGGTTATTAATGCGCGGAGGTTCGAACTGATAAATTGGGTACCCACA
AAGTTGAATATTCCGGTAGAAGTTGATGAGGAGCCAATAGACTTTGGTAC
TTACCTTTCCTCCGGGCCCAATCCAGATGAGGAGCTTCTCCCTGACATTC
AGGAACCTGAAAATACGTTTAAGCCCAATGAAATTGCGATGGAACAGCTT
GTCGGCATGGGTTTTCCGAATACAAGGTGCGAAAGGGCGCTTTATGTGAC
CGGCAACTCGGATGTTGAGGCTGCTATGAACTGGCTCTTTGCTCACATGG
AAGACCCTGATATCGACGAGCCGCTCGATAAGGTGGTTACCAGCACCTCA
GGGAGCCAGCAAGACCCAGCTAAGGTTGCGCAGTTGACTGAAATGGGCAT
AAATTCTGGTCATGCTAGGAGGGCATTGGCAGCGACGGAGGGGGATCTCA
ACAGGGCAATTGATTGGGTGTTCACCCATCCGGAGGATTCAATGGACATC
GGTTCAGACTCTGACATCCCTGAATCCAGTGATATACATCTAGACTCTGA
TGCCACGCCAGCAAAATACCAATTGCAATCAATAGTGTGCCACAAAGGCT
CATCTGTGCATGCTGGAGGGATGAGCCACCACAGAAGATTTCGAAGCTTG
CAATCGCCGCTGAAACCGATGAGGACCGTTATGTCACGAAAACACGTGTT
GTCTGTTATCCTTGCTGTCAGAATGATCTCGATGCATCCAGAGGTAGGCT
GCCAGCTGTAATTGACGGCGTGATGAAAGCGATGACCTTCTCCAAAAGAG
AGGAAGTCAAGGCCTGGGAGCAGGAGTTCATCCCCTGCGAGCATACCATA
AATCTAATCCAGGGAGCGTCAAGACAGATTGAATCTAAGGGATGAGGAAC
ATGGTCTTAATGTTTGCTTAACATGTTTCAATGGAGGCTGCGCTGGTGAT
AGAAATCATGCCTTTCTCCACTATGAACGTTGCAGTCACCCTCTAGCGCT
CAATATTAAAAGATCACGTAAAAACGTCCAGGGCTGAGGATTCCAGCTTC
GTCGCAGGTTGTATATCGGGAAGACTGTACACAGTGTTTCGACTCAATAA
TGGCTTCTTGTTGCCATGTCACGTCTGAAGGCACTATGTCGCAATTGTGC
GTAAGGCCGTGCCAGGAAGTAATGGTACTCGGTGGGTCATGTTCAATGAT
GAGAAGGTTGTTCAGGTGGATGACATACAAGAGATGAAGAAGTTCGCATA
TATTTACGTATTCTCTCGGACCTAAAGCTAGTCCAGTGTTCCATGTGTAA
CCTGAAAGAGAACCTCTGGCTATGTCTAGAATGCGGCAACCTTGGCTGCG
GTCGCAGTCAGTTTGGCGGAGTTGGAGGAAACTCGCATGCACTTGCGCAT
TCTGACATAAAATCGCATGCCGTTGCAGTGAAGCTGGGTTCTATAACTGC
AGATGGCTCGGCAGACGTGTACTGCTATAGATGCAACGAAGAAAGGACCG
ATCCTAACCTGGCTACTCATCTTGCTAATTGGGGCATCAATCTAGCGGGC
CGTGAGAAGACAGAGAAAAGCCTTATGGAGATGCAGGTTGAGCAAAATAT
GAGATGGGAATTTTCGATGACTTCTGAGGACGGCCATGAACTTACACCGG
TGTTTGGGCCAGGATTAACCGGCTTGACTAACTTAGGAAACAGTTGTTAT
CTCTCAAGTGTTGTCCAATGCCTTTTCGCCTTGCCTGAGTTCCAAAAACG
ATATTACCATCCTAACAGCGAGCCGCCGCACACGCAAAGGCCAGCGGAGG
ACCTTGAAACCCAACTGCGGAAGCTGGCCGACGGCATCCTCTCTGGCAGA
TACTCCAGACCCGATAGCGATGTCAGGTCTTCCCCTGATTCAGCTGAAGT
TCCTCATCAAAAGGGCTTAGCACCCGCCATGTTCAAGCATCTCGTTGGCC
GTAATCATGAAGAATTCTCTACGATGAGACAACAGGATGCGTTCGAGTTC
ATGCTTCACCTCTTCAAGCAGATAAACTTGTCCAAGCATCCCGGAGGATT
AGATAACCCAATCACCTCGTTCGGCTTCTCTATGCAACAGCGTCTCCAAT
GTTTGCAGTGCAAGAAGGTTCGTTACAGGGCTGACGCACAAGATAACATT
TCGATCCCTGTTCCCGCTCGTCGGCTCCCCGATGCAAATGCTTCTGGCTC
CACAAACGAGTATGAGAGTGTCACTCTAGCAGAATGTCTGGATGCTTTTA
CAGCCGAGGAAGTTGTTGAATTCAGCTGCCCGTCCTGCGGTTCCACGGAG
GGGTTCAATAAGCAATCTTCATTCAAAACCCTACCGCAGAAACTGGTTAT
TAATGCGCGGAGGTTCGAACTGATAAATTGGGTACCCACAAAGTTGAATA
TTCCGGTAGAAGTTGATGAGGAGCCAATAGACTTTGGTACTTACCTTTCC
TCCGGGCCCAATCCAGATGAGGAGCTTCTCCCTGACATTCAGGAACCTGA
AAATACGTTTAAGCCCAATGAAATTGCGATGGAACAGCTTGTCGGCATGG
GTTTTCCGAATACAAGGTGCGAAAGGGCGCTTTATGTGACCGGCAACTCG
GATGTTGAGGCTGCTATGAACTGGCTCTTTGCTCACATGGAAGACCCTGA
TATCGACGAGCCGCTCGATAAGGTGGTTACCAGCACCTCAGGGAGCCAGC
AAGACCCAGCTAAGGTTGCGCAGTTGACTGAAATGGGCATAAATTCTGGT
CATGCTAGGAGGGCATTGGCAGCGACGGAGGGGGATCTCAACAGGGCAAT
TGATTGGGTGTTCACCCATCCGGAGGATTCAATGGACATCGGTTCAGACT
CTGACATCCCTGAATCCAGTGATATACATCTAGACTCTGATGCCACGCCA
GCAAAATACCAATTGCAATCAATAGTGTGCCACAAAGGCTCATCTGTGCA
TGCTGGAGGGATGAGCCACCACAGAAGATTTCGAAGCTTGCAATCGCCGC
TGAAACCGATGAGGACCGTTATGTCACGAAAACACGTGTTGTCTGTTATC
CTTGCTGTCAGAATGATCTCGATGCATCCAGAGGTAGGCTGCCAGCTGTA
ATTGACGGCGTGATGAAAGCGATGACCTTCTCCAAAAGAGAGGAAGTCAA
GGCCTGGGAGCAGGAGTTCATCCCCTGCGAGCATACCATAAATCTAATCC
AGGGAGCGTCAAGACAGATTGAATCTAAGGGATGAGGAACATGGTCTTAA
TGTTTGCTTAACATGTTTCAATGGAGGCTGCGCTGGTGATAGAAATCATG
CCTTTCTCCACTATGAACGTTGCAGTCACCCTCTAGCGCTCAATATTAAA
AGATCACGTAAAAACGTCCAGGGCTGAGGATTCCAGCTTCGTCGCAGGTT
GTATATCGGGAAGACTGTACACAGTGTTTCGACTCAATAATGGCTTCTTG
TTGCCATGTCACGTCTGAAGGCACTATGTCGCAATTGTGCGTAAGGCCGT
GCCAGGAAGTAATGGTACTCGGTGGGTCATGTTCAATGATGAGAAGGTTG
TTCAGGTGGATGACATACAAGAGATGAAGAAGTTCGCATATATTTACGTA
TTCTCTCGGACCTAAAGCTAGTCCAGTGTTCCATGTGTAACCTGAAAGAG
AACCTCTGGCTATGTCTAGAATGCGGCAACCTTGGCTGCGGTCGCAGTCA
GTTTGGCGGAGTTGGAGGAAACTCGCATGCACTTGCGCATTCTGACATAA
AATCGCATGCCGTTGCAGTGAAGCTGGGTTCTATAACTGCAGATGGCTCG
GCAGACGTGTACTGCTATAGATGCAACGAAGAAAGGACCGATCCTAACCT
GGCTACTCATCTTGCTAATTGGGGCATCAATCTAGCGGGCCGTGAGAAGA
CAGAGAAAAGCCTTATGGAGATGCAGGTTGAGCAAAATATGAGATGGGAA
TTTTCGATGACTTCTGAGGACGGCCATGAACTTACACCGGTGTTTGGGCC
AGGATTAACCGGCTTGACTAACTTAGGAAACAGTTGTTATCTCTCAAGTG
TTGTCCAATGCCTTTTCGCCTTGCCTGAGTTCCAAAAACGATATTACCAT
CCTAACAGCGAGCCGCCGCACACGCAAAGGCCAGCGGAGGACCTTGAAAC
CCAACTGCGGAAGCTGGCCGACGGCATCCTCTCTGGCAGATACTCCAGAC
CCGATAGCGATGTCAGGTCTTCCCCTGATTCAGCTGAAGTTCCTCATCAA
AAGGGCTTAGCACCCGCCATGTTCAAGCATCTCGTTGGCCGTAATCATGA
AGAATTCTCTACGATGAGACAACAGGATGCGTTCGAGTTCATGCTTCACC
TCTTCAAGCAGATAAACTTGTCCAAGCATCCCGGAGGATTAGATAACCCA
ATCACCTCGTTCGGCTTCTCTATGCAACAGCGTCTCCAATGTTTGCAGTG
CAAGAAGGTTCGTTACAGGGCTGACGCACAAGATAACATTTCGATCCCTG
TTCCCGCTCGTCGGCTCCCCGATGCAAATGCTTCTGGCTCCACAAACGAG
TATGAGAGTGTCACTCTAGCAGAATGTCTGGATGCTTTTACAGCCGAGGA
AGTTGTTGAATTCAGCTGCCCGTCCTGCGGTTCCACGGAGGGGTTCAATA
AGCAATCTTCATTCAAAACCCTACCGCAGAAACTGGTTATTAATGCGCGG
AGGTTCGAACTGATAAATTGGGTACCCACAAAGTTGAATATTCCGGTAGA
AGTTGATGAGGAGCCAATAGACTTTGGTACTTACCTTTCCTCCGGGCCCA
ATCCAGATGAGGAGCTTCTCCCTGACATTCAGGAACCTGAAAATACGTTT
AAGCCCAATGAAATTGCGATGGAACAGCTTGTCGGCATGGGTTTTCCGAA
TACAAGGTGCGAAAGGGCGCTTTATGTGACCGGCAACTCGGATGTTGAGG
CTGCTATGAACTGGCTCTTTGCTCACATGGAAGACCCTGATATCGACGAG
CCGCTCGATAAGGTGGTTACCAGCACCTCAGGGAGCCAGCAAGACCCAGC
TAAGGTTGCGCAGTTGACTGAAATGGGCATAAATTCTGGTCATGCTAGGA
GGGCATTGGCAGCGACGGAGGGGGATCTCAACAGGGCAATTGATTGGGTG
TTCACCCATCCGGAGGATTCAATGGACATCGGTTCAGACTCTGACATCCC
TGAATCCAGTGATATACATCTAGACTCTGATGCCACGCCAGCAAAATACC
AATTGCAATCAATAGTGTGCCACAAAGGCTCATCTGTGCATGCTGGAGGG
ATGAGCCACCACAGAAGATTTCGAAGCTTGCAATCGCCGCTGAAACCGAT
GAGGACCGTTATGTCACGAAAACACGTGTTGTCTGTTATCCTTGCTGTCA
GAATGATCTCGATGCATCCAGAGGTAGGCTGCCAGCTGTAATTGACGGCG
TGATGAAAGCGATGACCTTCTCCAAAAGAGAGGAAGTCAAGGCCTGGGAG
CAGGAGTTCATCCCCTGCGAGCATACCATAAATCTAATCCAGGGAGCGTC
AAGACAGATTGAATCTAAGGGATGAGGAACATGGTCTTAATGTTTGCTTA
ACATGTTTCAATGGAGGCTGCGCTGGTGATAGAAATCATGCCTTTCTCCA
CTATGAACGTTGCAGTCACCCTCTAGCGCTCAATATTAAAAGATCACGTA
AAAACGTCCAGGGCTGAGGATTCCAGCTTCGTCGCAGGTTGTATATCGGG
AAGACTGTACACAGTGTTTCGACTCAATAATGGCTTCTTGTTGCCATGTC
ACGTCTGAAGGCACTATGTCGCAATTGTGCGTAAGGCCGTGCCAGGAAGT
AATGGTACTCGGTGGGTCATGTTCAATGATGAGAAGGTTGTTCAGGTGGA
TGACATACAAGAGATGAAGAAGTTCGCATATATTTACGTATTCTCTCGGA
CCTAAAGCTAGTCCAGTGTTCCATGTGTAACCTGAAAGAGAACCTCTGGC
TATGTCTAGAATGCGGCAACCTTGGCTGCGGTCGCAGTCAGTTTGGCGGA
GTTGGAGGAAACTCGCATGCACTTGCGCATTCTGACATAAAATCGCATGC
CGTTGCAGTGAAGCTGGGTTCTATAACTGCAGATGGCTCGGCAGACGTGT
ACTGCTATAGATGCAACGAAGAAAGGACCGATCCTAACCTGGCTACTCAT
CTTGCTAATTGGGGCATCAATCTAGCGGGCCGTGAGAAGACAGAGAAAAG
CCTTATGGAGATGCAGGTTGAGCAAAATATGAGATGGGAATTTTCGATGA
CTTCTGAGGACGGCCATGAACTTACACCGGTGTTTGGGCCAGGATTAACC
GGCTTGACTAACTTAGGAAACAGTTGTTATCTCTCAAGTGTTGTCCAATG
CCTTTTCGCCTTGCCTGAGTTCCAAAAACGATATTACCATCCTAACAGCG
AGCCGCCGCACACGCAAAGGCCAGCGGAGGACCTTGAAACCCAACTGCGG
AAGCTGGCCGACGGCATCCTCTCTGGCAGATACTCCAGACCCGATAGCGA
TGTCAGGTCTTCCCCTGATTCAGCTGAAGTTCCTCATCAAAAGGGCTTAG
CACCCGCCATGTTCAAGCATCTCGTTGGCCGTAATCATGAAGAATTCTCT
ACGATGAGACAACAGGATGCGTTCGAGTTCATGCTTCACCTCTTCAAGCA
GATAAACTTGTCCAAGCATCCCGGAGGATTAGATAACCCAATCACCTCGT
TCGGCTTCTCTATGCAACAGCGTCTCCAATGTTTGCAGTGCAAGAAGGTT
CGTTACAGGGCTGACGCACAAGATAACATTTCGATCCCTGTTCCCGCTCG
TCGGCTCCCCGATGCAAATGCTTCTGGCTCCACAAACGAGTATGAGAGTG
TCACTCTAGCAGAATGTCTGGATGCTTTTACAGCCGAGGAAGTTGTTGAA
TTCAGCTGCCCGTCCTGCGGTTCCACGGAGGGGTTCAATAAGCAATCTTC
ATTCAAAACCCTACCGCAGAAACTGGTTATTAATGCGCGGAGGTTCGAAC
TGATAAATTGGGTACCCACAAAGTTGAATATTCCGGTAGAAGTTGATGAG
GAGCCAATAGACTTTGGTACTTACCTTTCCTCCGGGCCCAATCCAGATGA
GGAGCTTCTCCCTGACATTCAGGAACCTGAAAATACGTTTAAGCCCAATG
AAATTGCGATGGAACAGCTTGTCGGCATGGGTTTTCCGAATACAAGGTGC
GAAAGGGCGCTTTATGTGACCGGCAACTCGGATGTTGAGGCTGCTATGAA
CTGGCTCTTTGCTCACATGGAAGACCCTGATATCGACGAGCCGCTCGATA
AGGTGGTTACCAGCACCTCAGGGAGCCAGCAAGACCCAGCTAAGGTTGCG
CAGTTGACTGAAATGGGCATAAATTCTGGTCATGCTAGGAGGGCATTGGC
AGCGACGGAGGGGGATCTCAACAGGGCAATTGATTGGGTGTTCACCCATC
CGGAGGATTCAATGGACATCGGTTCAGACTCTGACATCCCTGAATCCAGT
GATATACATCTAGACTCTGATGCCACGCCAGCAAAATACCAATTGCAATC
AATAGTGTGCCACAAAGGCTCATCTGTGCATGCTGGAGGGATGAGCCACC
ACAGAAGATTTCGAAGCTTGCAATCGCCGCTGAAACCGATGAGGACCGTT
ATGTCACGAAAACACGTGTTGTCTGTTATCCTTGCTGTCAGAATGATCTC
GATGCATCCAGAGGTAGGCTGCCAGCTGTAATTGACGGCGTGATGAAAGC
GATGACCTTCTCCAAAAGAGAGGAAGTCAAGGCCTGGGAGCAGGAGTTCA
TCCCCTGCGAGCATACCATAAATCTAATCCAGGGAGCGTCAAGACAGATT
GAATCTAAGGGATGAGGAACATGGTCTTAATGTTTGCTTAACATGTTTCA
ATGGAGGCTGCGCTGGTGATAGAAATCATGCCTTTCTCCACTATGAACGT
TGCAGTCACCCTCTAGCGCTCAATATTAAAAGATCACGTAAAAACGTCCA
GGGCTGAGGATTCCAGCTTCGTCGCAGGTTGTATATCGGGAAGACTGTAC
ACAGTGTTTCGACTCAATAATGGCTTCTTGTTGCCATGTCACGTCTGAAG
GCACTATGTCGCAATTGTGCGTAAGGCCGTGCCAGGAAGTAATGGTACTC
GGTGGGTCATGTTCAATGATGAGAAGGTTGTTCAGGTGGATGACATACAA
GAGATGAAGAAGTTCGCATATATTTACGTATTCTCTCGGACCTAAAGCTA
GTCCAGTGTTCCATGTGTAACCTGAAAGAGAACCTCTGGCTATGTCTAGA
ATGCGGCAACCTTGGCTGCGGTCGCAGTCAGTTTGGCGGAGTTGGAGGAA
ACTCGCATGCACTTGCGCATTCTGACATAAAATCGCATGCCGTTGCAGTG
AAGCTGGGTTCTATAACTGCAGATGGCTCGGCAGACGTGTACTGCTATAG
ATGCAACGAAGAAAGGACCGATCCTAACCTGGCTACTCATCTTGCTAATT
GGGGCATCAATCTAGCGGGCCGTGAGAAGACAGAGAAAAGCCTTATGGAG
ATGCAGGTTGAGCAAAATATGAGATGGGAATTTTCGATGACTTCTGAGGA
CGGCCATGAACTTACACCGGTGTTTGGGCCAGGATTAACCGGCTTGACTA
ACTTAGGAAACAGTTGTTATCTCTCAAGTGTTGTCCAATGCCTTTTCGCC
TTGCCTGAGTTCCAAAAACGATATTACCATCCTAACAGCGAGCCGCCGCA
CACGCAAAGGCCAGCGGAGGACCTTGAAACCCAACTGCGGAAGCTGGCCG
ACGGCATCCTCTCTGGCAGATACTCCAGACCCGATAGCGATGTCAGGTCT
TCCCCTGATTCAGCTGAAGTTCCTCATCAAAAGGGCTTAGCACCCGCCAT
GTTCAAGCATCTCGTTGGCCGTAATCATGAAGAATTCTCTACGATGAGAC
AACAGGATGCGTTCGAGTTCATGCTTCACCTCTTCAAGCAGATAAACTTG
TCCAAGCATCCCGGAGGATTAGATAACCCAATCACCTCGTTCGGCTTCTC
TATGCAACAGCGTCTCCAATGTTTGCAGTGCAAGAAGGTTCGTTACAGGG
CTGACGCACAAGATAACATTTCGATCCCTGTTCCCGCTCGTCGGCTCCCC
GATGCAAATGCTTCTGGCTCCACAAACGAGTATGAGAGTGTCACTCTAGC
AGAATGTCTGGATGCTTTTACAGCCGAGGAAGTTGTTGAATTCAGCTGCC
CGTCCTGCGGTTCCACGGAGGGGTTCAATAAGCAATCTTCATTCAAAACC
CTACCGCAGAAACTGGTTATTAATGCGCGGAGGTTCGAACTGATAAATTG
GGTACCCACAAAGTTGAATATTCCGGTAGAAGTTGATGAGGAGCCAATAG
ACTTTGGTACTTACCTTTCCTCCGGGCCCAATCCAGATGAGGAGCTTCTC
CCTGACATTCAGGAACCTGAAAATACGTTTAAGCCCAATGAAATTGCGAT
GGAACAGCTTGTCGGCATGGGTTTTCCGAATACAAGGTGCGAAAGGGCGC
TTTATGTGACCGGCAACTCGGATGTTGAGGCTGCTATGAACTGGCTCTTT
GCTCACATGGAAGACCCTGATATCGACGAGCCGCTCGATAAGGTGGTTAC
CAGCACCTCAGGGAGCCAGCAAGACCCAGCTAAGGTTGCGCAGTTGACTG
AAATGGGCATAAATTCTGGTCATGCTAGGAGGGCATTGGCAGCGACGGAG
GGGGATCTCAACAGGGCAATTGATTGGGTGTTCACCCATCCGGAGGATTC
AATGGACATCGGTTCAGACTCTGACATCCCTGAATCCAGTGATATACATC
TAGACTCTGATGCCACGCCAGCAAAATACCAATTGCAATCAATAGTGTGC
CACAAAGGCTCATCTGTGCATGCTGGAGGGATGAGCCACCACAGAAGATT
TCGAAGCTTGCAATCGCCGCTGAAACCGATGAGGACCGTTATGTCACGAA
AACACGTGTTGTCTGTTATCCTTGCTGTCAGAATGATCTCGATGCATCCA
GAGGTAGGCTGCCAGCTGTAATTGACGGCGTGATGAAAGCGATGACCTTC
TCCAAAAGAGAGGAAGTCAAGGCCTGGGAGCAGGAGTTCATCCCCTGCGA
GCATACCATAAATCTAATCCAGGGAGCGTCAAGACAGATTGAATCTAAGG
GATGAGGAACATGGTCTTAATGTTTGCTTAACATGTTTCAATGGAGGCTG
CGCTGGTGATAGAAATCATGCCTTTCTCCACTATGAACGTTGCAGTCACC
CTCTAGCGCTCAATATTAAAAGATCACGTAAAAACGTCCAGGGCTGAGGA
TTCCAGCTTCGTCGCAGGTTGTATATCGGGAAGACTGTACACAGTGTTTC
GACTCAATAATGGCTTCTTGTTGCCATGTCACGTCTGAAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0006511ubiquitin-dependent protein catabolic process
GO:0016579protein deubiquitination
Vocabulary: Molecular Function
TermDefinition
GO:0005515protein binding
GO:0004843thiol-dependent ubiquitin-specific protease activity
GO:0008270zinc ion binding
Relationships

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

Feature NameUnique NameSpeciesType
KJC3_005372KJC3_005372Aspergillus niger KJC3gene


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

Feature NameUnique NameSpeciesType
KJC3_005372-T1KJC3_005372-T1-proteinAspergillus niger KJC3polypeptide


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

Feature NameUnique NameSpeciesType
KJC3_005372-T1.cdsKJC3_005372-T1.cdsAspergillus niger KJC3CDS


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

Feature NameUnique NameSpeciesType
KJC3_005372-T1.utr3p1KJC3_005372-T1.utr3p1Aspergillus niger KJC3three_prime_UTR


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

Feature NameUnique NameSpeciesType
KJC3_005372-T1.exon6KJC3_005372-T1.exon6Aspergillus niger KJC3exon
KJC3_005372-T1.exon5KJC3_005372-T1.exon5Aspergillus niger KJC3exon
KJC3_005372-T1.exon4KJC3_005372-T1.exon4Aspergillus niger KJC3exon
KJC3_005372-T1.exon3KJC3_005372-T1.exon3Aspergillus niger KJC3exon
KJC3_005372-T1.exon2KJC3_005372-T1.exon2Aspergillus niger KJC3exon
KJC3_005372-T1.exon1KJC3_005372-T1.exon1Aspergillus niger KJC3exon


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

Feature NameUnique NameSpeciesType
KJC3_005372-T1.utr5p1KJC3_005372-T1.utr5p1Aspergillus niger KJC3five_prime_UTR


Properties
Property NameValue
NoteMEROPS:MER0001881
DBxrefInterPro:IPR038765
DBxrefInterPro:IPR009060
DBxrefInterPro:IPR028889
DBxrefInterPro:IPR018200
DBxrefInterPro:IPR041432
DBxrefInterPro:IPR016652
DBxrefInterPro:IPR001394
DBxrefInterPro:IPR013083
DBxrefInterPro:IPR001607
DBxrefInterPro:IPR015940
DBxrefPFAM:PF17807
DBxrefPFAM:PF02148
DBxrefPFAM:PF13423
DBxrefPFAM:PF00443
DBxrefPFAM:PF00627
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
ch4supercontigch4:2537677..2540750 -
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