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Sequences
The following sequences are available for this feature:
mRNA from alignment at ch3:4074534..4077719+ Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below. >KJC3_004152-T2 ID=KJC3_004152-T2|Name=KJC3_004152-T2|organism=Aspergillus niger KJC3|type=mRNA|length=3186bp|location=Sequence derived from alignment at ch3:4074534..4077719+ (Aspergillus niger KJC3)
CTTGCCGCCGGGACCTACGAATTAATAATTTCCCTTTAGATAGTGATTTC
GTCCGATGAACTCCATGCGTCCCCAATGATGGATGTTTCATCCGCCGAGA
CACGTACCGCCCATCGGAAGCGACAAAAGGTTTTCGTGGCCTGTGCCCCC
TGTCGCCGTAAGAAGGTGAAATGTGATGCTGTCCATCCAAGTAAGTACCT
ACTTGAGGCCCGTGTCAAAGTCTGTCACTTCTGATGATATCTGACCGTAC
CCAAAAGTCTGCACAGGCTGCCAAAGGAGTTCTGACCAGCAGCAATGCTT
GTATACCTCGCGAAGAATCGATAAGCACGAAACGCCACATCTAGCCCCGC
CTAGTAAGTCGACAGCCATGGCGAAAGACAGAAGCAATGCTTCGGGCAGT
ATGAGCTCGGATGGCCCTTCTCTTCCTGGCGGGGAGGATTATCTGGTACA
ATCTCAGGGCTGCCCAGCGTCATGCGGGGTCGACACCATGACCGGCCTGC
TTGGGGACACTGTACAGACCCGCGAACAGTTCGGAAGCAGTAGTGCAGGC
ACTTTTACGAAGCTCATCCAGGCTGCTGCGAAGAATATCAACCATTCAGA
AGAGCAACCATTACAAGATAATCTAGCGAGAATGGTTGCCGATCACTCTT
TGGATGAGCCTCCAGTCTCAAGCTATGGCGAGCCGGCTCTCATGGCCCTC
CCAGCCAGAGATCTTGCCGACTGTTTGATCCAGTCCTACTGGGAATGCGA
GTGGTCACTTTATCCCATAGTAGACCGTCCTAAGATTGAGGCCGTTTATC
AGACGGCCTGGGATGTTGGAGGACCCTCTTGTTCGCCAACCACCCTGAGC
TTGATCAACCTTTGCTTCGCGCTGGGATGTGCCTACTCTTCGGTGATCCC
GCCAAAGGACCGTAAGGCTATGAGTGAGGACTTCTTTACGCGCGCAGAAG
CATTGTATCGCAAGATTCAGTATCTTCCCTCACTAGAAAAGGTTCAATGT
CTTCTGCTCTTTAGTATCTATCTTCAGAGTACCGATCACGTGTTCCGATG
CTGGATGACGGTCGGAGAAGCTATCCGTATGGCACAGAGCTTGGGTATTT
ACCAGAATCAGCCGGCTTCCTCGACCGAGTCTGCGGCGTACAGAGAGCAA
AAGCGGCGCACGTGGCATGGATGTGTGTGGTTGGATCGGTAAGTTTCTAT
TAGCCTCTCGCTCTCTCTATTCCTCAGGATCTCCTAGGACCATGGAAGAG
TTTCCTGAAGAACCCACGGGCTGACACCAAAATTAGAGTCATGTCTGCTA
CGCTTGGTCGTCCAGGCATGATTCCCGATTGGCTGTTCAACTCCGTTCCA
CTGCCAGCCATGATCGATGACGAGTTTCTAGACAAGCAGACAACGAGCTC
AGCTCTTCGCCCTGATGGCAAACCCTGCACTCTAGCCTTTACTGTCAAGG
CATTTGAGCTGTATCAACTGTTTGACATTATTCTCCAGAAGGTCTATCTG
GGCTCCAGCGGAGGAGAGGACTATCAAAACAAGCTCAACCCTGTTCTAGA
ATTCGACCGGGAAATCCAAGCTTGGGAGGAGTCGCTCCCAGTCCATCTTC
GGTATCACTCGGGTATGACTCGTGATGCGCTCGCTGATCGACAGGCAACA
ATTTTAAGAATCCGGTTAGTACTACGAACAACAATTACTCATCCTAAGAG
TAACAGCGACACTAAGCTCTGTATAGTCTGCTACATATCCGAATTGTTTC
CCTTCGTCCATCCCTAATCAGGCATTGCAAGCCTGGTGCTTCTACTTATG
CTGCGAAGCCGCAAATATCTACCAGTGCCTTTCTGTCGCAGGTCATACAA
TCCGAATTTCCGCGGATATGCTTCCAATGTGCACACGAATTAATTGACCT
GTTTACTGCCAGACTTGACCCGGAATCGATGACTGGTCCTCTTCCATCAT
GGTGGTATTCTGTTCTTTGTGAGTCAACCACTTCTAAATCAGGGCTCTGG
ACATCTTTTCTGATGATATTTTGCTTAGATGTGTATACTTCCGCTACTGT
GATACTTGTCGAGCGGTTCCTCGAGACCAAAAATAATATCCCCGAGCAGA
GATCCAATGCACTGCGGGGATGGAACGCGGCCGTTCGCATTCTTCAGTCC
TACAGCTTGGTAGCTGACTCGGCGACCAAGTGTTTGATCACCCTGGAAGC
GCTGTCAGAGACACTTTTCGGTGGACAGCAAGGTGACACTGTTACTGGCT
CAGAAGGGGCCCATGCCGAAGCCCGGTACCGGAATTTGTTTTTGGAGATG
ACCCAGCTATTAGGCGAAAAGACCACTGTGCCCCCATTTGATTTTGACGA
CTTTCTGTGGTTGGGATGATTCGTAATTGGTAGATTCGCTTCGGTTTGTG
TTTGGTTTGATTTCCTTGTATGTAGCAATTGCTTGTAGTATATGTGTAGC
CGTTCTTCTAATTTGTACTTCTGTACAGGTGGTACTAAATTGAAGGTGGA
GTGATCGGAGACACCTCTGGGTCTGAGATCTTACACATTACTGGCATCTC
CCATGGTGAGTTCAGTCTCCTCTCTTGCTTACTGCGGATTGTGATCGTTG
ATCTCCGACTCCCTCATATCAGGCTGACGTCCCCTATTCCTGGATGCCAC
TATGGTCACTTACCGGTTGAATCGATACAACATCACGGAAAAGAAGACCT
ACGCCAATAGGCTGATCCAGGGTTAATTGATCTTTTGATAACAGCGGATT
TTTCAGCGTTGTCGTCAGTACCCCTGTTGGCACCAAGCGTACCGTCTTCG
ACTAGACCTCTACGGAGCTCTTGGGGTGCAAGGTGGAAAGCCCTTTCGCT
ACAAGATACCCACGTGACGTCTCAAGTATGAAACCATCAACTAGAAGTGA
AAGCTATGCTCGAAGATACTAGGCACCGAATGCCCTTGCAGCATTATATC
ATGAACATTTAGACCAAGGGTAGGCAGTTAGCATCCCTTTACGCTCGTGG
AGACACCTGCTATTATGACAATGTAATCCTGGCTTCTAGAAGGCTCCGTA
TCGAAGAGAGGGCTGCGAGGTAATGCTAAATCAGAAGGAAGAGATTTTAT
TCTCGGCGACCCTGGGTGCAACTGGATCGCGTGACATCCAGTCCGGTAAC
AATCTTGTGTAAAGGTCCCTTCTATTGATTGCCTGG back to topCoding sequence (CDS) from alignment at ch3:4074534..4077719+ >KJC3_004152-T2 ID=KJC3_004152-T2|Name=KJC3_004152-T2|organism=Aspergillus niger KJC3|type=CDS|length=10035bp|location=Sequence derived from alignment at ch3:4074534..4077719+ (Aspergillus niger KJC3)
ATGATGGATGTTTCATCCGCCGAGACACGTACCGCCCATCGGAAGCGACA
AAAGGTTTTCGTGGCCTGTGCCCCCTGTCGCCGTAAGAAGGTGAAATGTG
ATGCTGTCCATCCAATCTGCACAGGCTGCCAAAGGAGTTCTGACCAGCAG
CAATGCTTGTATACCTCGCGAAGAATCGATAAGCACGAAACGCCACATCT
AGCCCCGCCTAGTAAGTCGACAGCCATGGCGAAAGACAGAAGCAATGCTT
CGGGCAGTATGAGCTCGGATGGCCCTTCTCTTCCTGGCGGGGAGGATTAT
CTGGTACAATCTCAGGGCTGCCCAGCGTCATGCGGGGTCGACACCATGAC
CGGCCTGCTTGGGGACACTGTACAGACCCGCGAACAGTTCGGAAGCAGTA
GTGCAGGCACTTTTACGAAGCTCATCCAGGCTGCTGCGAAGAATATCAAC
CATTCAGAAGAGCAACCATTACAAGATAATCTAGCGAGAATGGTTGCCGA
TCACTCTTTGGATGAGCCTCCAGTCTCAAGCTATGGCGAGCCGGCTCTCA
TGGCCCTCCCAGCCAGAGATCTTGCCGACTGTTTGATCCAGTCCTACTGG
GAATGCGAGTGGTCACTTTATCCCATAGTAGACCGTCCTAAGATTGAGGC
CGTTTATCAGACGGCCTGGGATGTTGGAGGACCCTCTTGTTCGCCAACCA
CCCTGAGCTTGATCAACCTTTGCTTCGCGCTGGGATGTGCCTACTCTTCG
GTGATCCCGCCAAAGGACCGTAAGGCTATGAGTGAGGACTTCTTTACGCG
CGCAGAAGCATTGTATCGCAAGATTCAGTATCTTCCCTCACTAGAAAAGG
TTCAATGTCTTCTGCTCTTTAGTATCTATCTTCAGAGTACCGATCACGTG
TTCCGATGCTGGATGACGGTCGGAGAAGCTATCCGTATGGCACAGAGCTT
GGGTATTTACCAGAATCAGCCGGCTTCCTCGACCGAGTCTGCGGCGTACA
GAGAGCAAAAGCGGCGCACGTGGCATGGATGTGTGTGGTTGGATCGAGTC
ATGTCTGCTACGCTTGGTCGTCCAGGCATGATTCCCGATTGGCTGTTCAA
CTCCGTTCCACTGCCAGCCATGATCGATGACGAGTTTCTAGACAAGCAGA
CAACGAGCTCAGCTCTTCGCCCTGATGGCAAACCCTGCACTCTAGCCTTT
ACTGTCAAGGCATTTGAGCTGTATCAACTGTTTGACATTATTCTCCAGAA
GGTCTATCTGGGCTCCAGCGGAGGAGAGGACTATCAAAACAAGCTCAACC
CTGTTCTAGAATTCGACCGGGAAATCCAAGCTTGGGAGGAGTCGCTCCCA
GTCCATCTTCGGTATCACTCGGGTATGACTCGTGATGCGCTCGCTGATCG
ACAGGCAACAATTTTAAGAATCCGTCTGCTACATATCCGAATTGTTTCCC
TTCGTCCATCCCTAATCAGGCATTGCAAGCCTGGTGCTTCTACTTATGCT
GCGAAGCCGCAAATATCTACCAGTGCCTTTCTGTCGCAGGTCATACAATC
CGAATTTCCGCGGATATGCTTCCAATGTGCACACGAATTAATTGACCTGT
TTACTGCCAGACTTGACCCGGAATCGATGACTGGTCCTCTTCCATCATGG
TGGTATTCTGTTCTTTATGTGTATACTTCCGCTACTGTGATACTTGTCGA
GCGGTTCCTCGAGACCAAAAATAATATCCCCGAGCAGAGATCCAATGCAC
TGCGGGGATGGAACGCGGCCGTTCGCATTCTTCAGTCCTACAGCTTGGTA
GCTGACTCGGCGACCAAGTGTTTGATCACCCTGGAAGCGCTGTCAGAGAC
ACTTTTCGGTGGACAGCAAGGTGACACTGTTACTGGCTCAGAAGGGGCCC
ATGCCGAAGCCCGGTACCGGAATTTGTTTTTGGAGATGACCCAGCTATTA
GGCGAAAAGACCACTGTGCCCCCATTTGATTTTGACGACTTTCTGTGGTT
GGGATGAATGATGGATGTTTCATCCGCCGAGACACGTACCGCCCATCGGA
AGCGACAAAAGGTTTTCGTGGCCTGTGCCCCCTGTCGCCGTAAGAAGGTG
AAATGTGATGCTGTCCATCCAATCTGCACAGGCTGCCAAAGGAGTTCTGA
CCAGCAGCAATGCTTGTATACCTCGCGAAGAATCGATAAGCACGAAACGC
CACATCTAGCCCCGCCTAGTAAGTCGACAGCCATGGCGAAAGACAGAAGC
AATGCTTCGGGCAGTATGAGCTCGGATGGCCCTTCTCTTCCTGGCGGGGA
GGATTATCTGGTACAATCTCAGGGCTGCCCAGCGTCATGCGGGGTCGACA
CCATGACCGGCCTGCTTGGGGACACTGTACAGACCCGCGAACAGTTCGGA
AGCAGTAGTGCAGGCACTTTTACGAAGCTCATCCAGGCTGCTGCGAAGAA
TATCAACCATTCAGAAGAGCAACCATTACAAGATAATCTAGCGAGAATGG
TTGCCGATCACTCTTTGGATGAGCCTCCAGTCTCAAGCTATGGCGAGCCG
GCTCTCATGGCCCTCCCAGCCAGAGATCTTGCCGACTGTTTGATCCAGTC
CTACTGGGAATGCGAGTGGTCACTTTATCCCATAGTAGACCGTCCTAAGA
TTGAGGCCGTTTATCAGACGGCCTGGGATGTTGGAGGACCCTCTTGTTCG
CCAACCACCCTGAGCTTGATCAACCTTTGCTTCGCGCTGGGATGTGCCTA
CTCTTCGGTGATCCCGCCAAAGGACCGTAAGGCTATGAGTGAGGACTTCT
TTACGCGCGCAGAAGCATTGTATCGCAAGATTCAGTATCTTCCCTCACTA
GAAAAGGTTCAATGTCTTCTGCTCTTTAGTATCTATCTTCAGAGTACCGA
TCACGTGTTCCGATGCTGGATGACGGTCGGAGAAGCTATCCGTATGGCAC
AGAGCTTGGGTATTTACCAGAATCAGCCGGCTTCCTCGACCGAGTCTGCG
GCGTACAGAGAGCAAAAGCGGCGCACGTGGCATGGATGTGTGTGGTTGGA
TCGAGTCATGTCTGCTACGCTTGGTCGTCCAGGCATGATTCCCGATTGGC
TGTTCAACTCCGTTCCACTGCCAGCCATGATCGATGACGAGTTTCTAGAC
AAGCAGACAACGAGCTCAGCTCTTCGCCCTGATGGCAAACCCTGCACTCT
AGCCTTTACTGTCAAGGCATTTGAGCTGTATCAACTGTTTGACATTATTC
TCCAGAAGGTCTATCTGGGCTCCAGCGGAGGAGAGGACTATCAAAACAAG
CTCAACCCTGTTCTAGAATTCGACCGGGAAATCCAAGCTTGGGAGGAGTC
GCTCCCAGTCCATCTTCGGTATCACTCGGGTATGACTCGTGATGCGCTCG
CTGATCGACAGGCAACAATTTTAAGAATCCGTCTGCTACATATCCGAATT
GTTTCCCTTCGTCCATCCCTAATCAGGCATTGCAAGCCTGGTGCTTCTAC
TTATGCTGCGAAGCCGCAAATATCTACCAGTGCCTTTCTGTCGCAGGTCA
TACAATCCGAATTTCCGCGGATATGCTTCCAATGTGCACACGAATTAATT
GACCTGTTTACTGCCAGACTTGACCCGGAATCGATGACTGGTCCTCTTCC
ATCATGGTGGTATTCTGTTCTTTATGTGTATACTTCCGCTACTGTGATAC
TTGTCGAGCGGTTCCTCGAGACCAAAAATAATATCCCCGAGCAGAGATCC
AATGCACTGCGGGGATGGAACGCGGCCGTTCGCATTCTTCAGTCCTACAG
CTTGGTAGCTGACTCGGCGACCAAGTGTTTGATCACCCTGGAAGCGCTGT
CAGAGACACTTTTCGGTGGACAGCAAGGTGACACTGTTACTGGCTCAGAA
GGGGCCCATGCCGAAGCCCGGTACCGGAATTTGTTTTTGGAGATGACCCA
GCTATTAGGCGAAAAGACCACTGTGCCCCCATTTGATTTTGACGACTTTC
TGTGGTTGGGATGAATGATGGATGTTTCATCCGCCGAGACACGTACCGCC
CATCGGAAGCGACAAAAGGTTTTCGTGGCCTGTGCCCCCTGTCGCCGTAA
GAAGGTGAAATGTGATGCTGTCCATCCAATCTGCACAGGCTGCCAAAGGA
GTTCTGACCAGCAGCAATGCTTGTATACCTCGCGAAGAATCGATAAGCAC
GAAACGCCACATCTAGCCCCGCCTAGTAAGTCGACAGCCATGGCGAAAGA
CAGAAGCAATGCTTCGGGCAGTATGAGCTCGGATGGCCCTTCTCTTCCTG
GCGGGGAGGATTATCTGGTACAATCTCAGGGCTGCCCAGCGTCATGCGGG
GTCGACACCATGACCGGCCTGCTTGGGGACACTGTACAGACCCGCGAACA
GTTCGGAAGCAGTAGTGCAGGCACTTTTACGAAGCTCATCCAGGCTGCTG
CGAAGAATATCAACCATTCAGAAGAGCAACCATTACAAGATAATCTAGCG
AGAATGGTTGCCGATCACTCTTTGGATGAGCCTCCAGTCTCAAGCTATGG
CGAGCCGGCTCTCATGGCCCTCCCAGCCAGAGATCTTGCCGACTGTTTGA
TCCAGTCCTACTGGGAATGCGAGTGGTCACTTTATCCCATAGTAGACCGT
CCTAAGATTGAGGCCGTTTATCAGACGGCCTGGGATGTTGGAGGACCCTC
TTGTTCGCCAACCACCCTGAGCTTGATCAACCTTTGCTTCGCGCTGGGAT
GTGCCTACTCTTCGGTGATCCCGCCAAAGGACCGTAAGGCTATGAGTGAG
GACTTCTTTACGCGCGCAGAAGCATTGTATCGCAAGATTCAGTATCTTCC
CTCACTAGAAAAGGTTCAATGTCTTCTGCTCTTTAGTATCTATCTTCAGA
GTACCGATCACGTGTTCCGATGCTGGATGACGGTCGGAGAAGCTATCCGT
ATGGCACAGAGCTTGGGTATTTACCAGAATCAGCCGGCTTCCTCGACCGA
GTCTGCGGCGTACAGAGAGCAAAAGCGGCGCACGTGGCATGGATGTGTGT
GGTTGGATCGAGTCATGTCTGCTACGCTTGGTCGTCCAGGCATGATTCCC
GATTGGCTGTTCAACTCCGTTCCACTGCCAGCCATGATCGATGACGAGTT
TCTAGACAAGCAGACAACGAGCTCAGCTCTTCGCCCTGATGGCAAACCCT
GCACTCTAGCCTTTACTGTCAAGGCATTTGAGCTGTATCAACTGTTTGAC
ATTATTCTCCAGAAGGTCTATCTGGGCTCCAGCGGAGGAGAGGACTATCA
AAACAAGCTCAACCCTGTTCTAGAATTCGACCGGGAAATCCAAGCTTGGG
AGGAGTCGCTCCCAGTCCATCTTCGGTATCACTCGGGTATGACTCGTGAT
GCGCTCGCTGATCGACAGGCAACAATTTTAAGAATCCGTCTGCTACATAT
CCGAATTGTTTCCCTTCGTCCATCCCTAATCAGGCATTGCAAGCCTGGTG
CTTCTACTTATGCTGCGAAGCCGCAAATATCTACCAGTGCCTTTCTGTCG
CAGGTCATACAATCCGAATTTCCGCGGATATGCTTCCAATGTGCACACGA
ATTAATTGACCTGTTTACTGCCAGACTTGACCCGGAATCGATGACTGGTC
CTCTTCCATCATGGTGGTATTCTGTTCTTTATGTGTATACTTCCGCTACT
GTGATACTTGTCGAGCGGTTCCTCGAGACCAAAAATAATATCCCCGAGCA
GAGATCCAATGCACTGCGGGGATGGAACGCGGCCGTTCGCATTCTTCAGT
CCTACAGCTTGGTAGCTGACTCGGCGACCAAGTGTTTGATCACCCTGGAA
GCGCTGTCAGAGACACTTTTCGGTGGACAGCAAGGTGACACTGTTACTGG
CTCAGAAGGGGCCCATGCCGAAGCCCGGTACCGGAATTTGTTTTTGGAGA
TGACCCAGCTATTAGGCGAAAAGACCACTGTGCCCCCATTTGATTTTGAC
GACTTTCTGTGGTTGGGATGAATGATGGATGTTTCATCCGCCGAGACACG
TACCGCCCATCGGAAGCGACAAAAGGTTTTCGTGGCCTGTGCCCCCTGTC
GCCGTAAGAAGGTGAAATGTGATGCTGTCCATCCAATCTGCACAGGCTGC
CAAAGGAGTTCTGACCAGCAGCAATGCTTGTATACCTCGCGAAGAATCGA
TAAGCACGAAACGCCACATCTAGCCCCGCCTAGTAAGTCGACAGCCATGG
CGAAAGACAGAAGCAATGCTTCGGGCAGTATGAGCTCGGATGGCCCTTCT
CTTCCTGGCGGGGAGGATTATCTGGTACAATCTCAGGGCTGCCCAGCGTC
ATGCGGGGTCGACACCATGACCGGCCTGCTTGGGGACACTGTACAGACCC
GCGAACAGTTCGGAAGCAGTAGTGCAGGCACTTTTACGAAGCTCATCCAG
GCTGCTGCGAAGAATATCAACCATTCAGAAGAGCAACCATTACAAGATAA
TCTAGCGAGAATGGTTGCCGATCACTCTTTGGATGAGCCTCCAGTCTCAA
GCTATGGCGAGCCGGCTCTCATGGCCCTCCCAGCCAGAGATCTTGCCGAC
TGTTTGATCCAGTCCTACTGGGAATGCGAGTGGTCACTTTATCCCATAGT
AGACCGTCCTAAGATTGAGGCCGTTTATCAGACGGCCTGGGATGTTGGAG
GACCCTCTTGTTCGCCAACCACCCTGAGCTTGATCAACCTTTGCTTCGCG
CTGGGATGTGCCTACTCTTCGGTGATCCCGCCAAAGGACCGTAAGGCTAT
GAGTGAGGACTTCTTTACGCGCGCAGAAGCATTGTATCGCAAGATTCAGT
ATCTTCCCTCACTAGAAAAGGTTCAATGTCTTCTGCTCTTTAGTATCTAT
CTTCAGAGTACCGATCACGTGTTCCGATGCTGGATGACGGTCGGAGAAGC
TATCCGTATGGCACAGAGCTTGGGTATTTACCAGAATCAGCCGGCTTCCT
CGACCGAGTCTGCGGCGTACAGAGAGCAAAAGCGGCGCACGTGGCATGGA
TGTGTGTGGTTGGATCGAGTCATGTCTGCTACGCTTGGTCGTCCAGGCAT
GATTCCCGATTGGCTGTTCAACTCCGTTCCACTGCCAGCCATGATCGATG
ACGAGTTTCTAGACAAGCAGACAACGAGCTCAGCTCTTCGCCCTGATGGC
AAACCCTGCACTCTAGCCTTTACTGTCAAGGCATTTGAGCTGTATCAACT
GTTTGACATTATTCTCCAGAAGGTCTATCTGGGCTCCAGCGGAGGAGAGG
ACTATCAAAACAAGCTCAACCCTGTTCTAGAATTCGACCGGGAAATCCAA
GCTTGGGAGGAGTCGCTCCCAGTCCATCTTCGGTATCACTCGGGTATGAC
TCGTGATGCGCTCGCTGATCGACAGGCAACAATTTTAAGAATCCGTCTGC
TACATATCCGAATTGTTTCCCTTCGTCCATCCCTAATCAGGCATTGCAAG
CCTGGTGCTTCTACTTATGCTGCGAAGCCGCAAATATCTACCAGTGCCTT
TCTGTCGCAGGTCATACAATCCGAATTTCCGCGGATATGCTTCCAATGTG
CACACGAATTAATTGACCTGTTTACTGCCAGACTTGACCCGGAATCGATG
ACTGGTCCTCTTCCATCATGGTGGTATTCTGTTCTTTATGTGTATACTTC
CGCTACTGTGATACTTGTCGAGCGGTTCCTCGAGACCAAAAATAATATCC
CCGAGCAGAGATCCAATGCACTGCGGGGATGGAACGCGGCCGTTCGCATT
CTTCAGTCCTACAGCTTGGTAGCTGACTCGGCGACCAAGTGTTTGATCAC
CCTGGAAGCGCTGTCAGAGACACTTTTCGGTGGACAGCAAGGTGACACTG
TTACTGGCTCAGAAGGGGCCCATGCCGAAGCCCGGTACCGGAATTTGTTT
TTGGAGATGACCCAGCTATTAGGCGAAAAGACCACTGTGCCCCCATTTGA
TTTTGACGACTTTCTGTGGTTGGGATGAATGATGGATGTTTCATCCGCCG
AGACACGTACCGCCCATCGGAAGCGACAAAAGGTTTTCGTGGCCTGTGCC
CCCTGTCGCCGTAAGAAGGTGAAATGTGATGCTGTCCATCCAATCTGCAC
AGGCTGCCAAAGGAGTTCTGACCAGCAGCAATGCTTGTATACCTCGCGAA
GAATCGATAAGCACGAAACGCCACATCTAGCCCCGCCTAGTAAGTCGACA
GCCATGGCGAAAGACAGAAGCAATGCTTCGGGCAGTATGAGCTCGGATGG
CCCTTCTCTTCCTGGCGGGGAGGATTATCTGGTACAATCTCAGGGCTGCC
CAGCGTCATGCGGGGTCGACACCATGACCGGCCTGCTTGGGGACACTGTA
CAGACCCGCGAACAGTTCGGAAGCAGTAGTGCAGGCACTTTTACGAAGCT
CATCCAGGCTGCTGCGAAGAATATCAACCATTCAGAAGAGCAACCATTAC
AAGATAATCTAGCGAGAATGGTTGCCGATCACTCTTTGGATGAGCCTCCA
GTCTCAAGCTATGGCGAGCCGGCTCTCATGGCCCTCCCAGCCAGAGATCT
TGCCGACTGTTTGATCCAGTCCTACTGGGAATGCGAGTGGTCACTTTATC
CCATAGTAGACCGTCCTAAGATTGAGGCCGTTTATCAGACGGCCTGGGAT
GTTGGAGGACCCTCTTGTTCGCCAACCACCCTGAGCTTGATCAACCTTTG
CTTCGCGCTGGGATGTGCCTACTCTTCGGTGATCCCGCCAAAGGACCGTA
AGGCTATGAGTGAGGACTTCTTTACGCGCGCAGAAGCATTGTATCGCAAG
ATTCAGTATCTTCCCTCACTAGAAAAGGTTCAATGTCTTCTGCTCTTTAG
TATCTATCTTCAGAGTACCGATCACGTGTTCCGATGCTGGATGACGGTCG
GAGAAGCTATCCGTATGGCACAGAGCTTGGGTATTTACCAGAATCAGCCG
GCTTCCTCGACCGAGTCTGCGGCGTACAGAGAGCAAAAGCGGCGCACGTG
GCATGGATGTGTGTGGTTGGATCGAGTCATGTCTGCTACGCTTGGTCGTC
CAGGCATGATTCCCGATTGGCTGTTCAACTCCGTTCCACTGCCAGCCATG
ATCGATGACGAGTTTCTAGACAAGCAGACAACGAGCTCAGCTCTTCGCCC
TGATGGCAAACCCTGCACTCTAGCCTTTACTGTCAAGGCATTTGAGCTGT
ATCAACTGTTTGACATTATTCTCCAGAAGGTCTATCTGGGCTCCAGCGGA
GGAGAGGACTATCAAAACAAGCTCAACCCTGTTCTAGAATTCGACCGGGA
AATCCAAGCTTGGGAGGAGTCGCTCCCAGTCCATCTTCGGTATCACTCGG
GTATGACTCGTGATGCGCTCGCTGATCGACAGGCAACAATTTTAAGAATC
CGTCTGCTACATATCCGAATTGTTTCCCTTCGTCCATCCCTAATCAGGCA
TTGCAAGCCTGGTGCTTCTACTTATGCTGCGAAGCCGCAAATATCTACCA
GTGCCTTTCTGTCGCAGGTCATACAATCCGAATTTCCGCGGATATGCTTC
CAATGTGCACACGAATTAATTGACCTGTTTACTGCCAGACTTGACCCGGA
ATCGATGACTGGTCCTCTTCCATCATGGTGGTATTCTGTTCTTTATGTGT
ATACTTCCGCTACTGTGATACTTGTCGAGCGGTTCCTCGAGACCAAAAAT
AATATCCCCGAGCAGAGATCCAATGCACTGCGGGGATGGAACGCGGCCGT
TCGCATTCTTCAGTCCTACAGCTTGGTAGCTGACTCGGCGACCAAGTGTT
TGATCACCCTGGAAGCGCTGTCAGAGACACTTTTCGGTGGACAGCAAGGT
GACACTGTTACTGGCTCAGAAGGGGCCCATGCCGAAGCCCGGTACCGGAA
TTTGTTTTTGGAGATGACCCAGCTATTAGGCGAAAAGACCACTGTGCCCC
CATTTGATTTTGACGACTTTCTGTGGTTGGGATGA back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
| Term | Definition |
|---|
| GO:0042025 | host cell nucleus |
| GO:0005634 | nucleus |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0006355 | regulation of transcription, DNA-templated |
| GO:0006351 | transcription, DNA-templated |
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0000981 | DNA-binding transcription factor activity, RNA polymerase II-specific |
| GO:0008270 | zinc ion binding |
| GO:0003677 | DNA binding |
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
The following five_prime_UTR feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type |
|---|
| KJC3_004152-T2.utr5p1 | KJC3_004152-T2.utr5p1 | Aspergillus niger KJC3 | five_prime_UTR |
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
The following three_prime_UTR feature(s) are a part of this mRNA:
Properties
| Property Name | Value |
|---|
| DBxref | InterPro:IPR036864 |
| DBxref | InterPro:IPR001138 |
| DBxref | InterPro:IPR007219 |
| DBxref | PFAM:PF00172 |
| DBxref | PFAM:PF04082 |
| Product | hypothetical protein |
Analyses
This mRNA is derived from or has results from the following analyses
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| ch3 | supercontig | ch3:4074534..4077719 + |
|
