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Sequences
The following sequences are available for this feature:
mRNA from alignment at ch7:4238674..4242797- Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below. >KJC3_010748-T3 ID=KJC3_010748-T3|Name=KJC3_010748-T3|organism=Aspergillus niger KJC3|type=mRNA|length=4124bp|location=Sequence derived from alignment at ch7:4238674..4242797- (Aspergillus niger KJC3)
CTCAGTAAACAATCATGGGTCAATCCAAGTCACTCCGAATTTCTCGGGAG
GACCATCCGACCGTCTTGCGTATATGGTCGCTGTCATTGGCCGAGCCGGA
CGACTCGCCGATAAGTAGAACCGCGGCCTCTTTTACCCCAGAGTCATCCT
CCGCCGCTGTTCCTCTCAGCTTCAGCTTCAATCACTGCGCGGTTGTCTCA
TTGTCTTTCTCACATCAAGTGCATAATTGTCCGATCGGCACTTGAATAGT
CGCGACTCACCCACATGGGTTGACACTCATGTGCGCCTCCTCATGAACCC
CTCCCTGCGTCCTGTCGATGGATCATAGAACCCCGCCACTGCGACCGACG
GACCATGAATACAAGCCCACCGAGCATTCTGCCCGGCTACGGGCAGACGA
ACGGAACTCCCCGATCTCAATTTCGCTCCAGCTATGACTCCCCTGCGTCA
GGCTCTTCGGCCTCTGCTGCTCCCAAGACTGGGAAGCCTGGGGGCCGTCA
GATCACCCGCAATCGCGCCAGCTACAGCTGCCACACCTGTCGGAGGCGGA
AGGTCAAATGCGACAAGGTGCATGATCCTGGGATTTTGTGATATTTGGAC
CAGACTGACAAGCAAAACCGTAGGTTCACCCAATTTGCGGCAACTGCGTA
AAAAACGGTACCGAATGTGTCTACGATGCGGCGCCACAGAAGGACGAGTC
GCGCGCCAGCATATCCAAGAACGGACATGGCGTCAAGCGGAGGAGGGAAT
CATCGCGACCGATTGAGGAGGATATCGATGATATACAGTCTATATACGGT
CATTTGAAGCAAAGTGGAGCTTCCGAGCAGCGGTCGCAAGCGATTGAGGC
GCGTCTGGACAAACTTACGTCGATGATAGAGAGGCTCAGCAAGACGAATC
AGCCTTTGGATCTCGCGGGAAAGCAACGGCTGGCACCAAATGTAAAAATC
GAGCAGGCTGAGAGTGATCCGCGCTTGAACAATATAGCGGCCCTAAAGCC
GGCTGCTGGTTCCCGTTCGGATAGTCCGCGTCGCGCGGCTGAATCTAGTG
GCGATGAATTCCCAATTCCCGCGGGCCATGCTACTGATCTAGTGGATCCT
GTAGGGAGCCTGAATCTTGGCCATTTGAGCTTGGAGGATGGAGGGCGATC
AAGGTATGGTTTTGTTCTGTGATTGGGAGGGCTCTGTATTGACCTTGGGT
TAGATACGTCGGGACGACGTATTGGGCTTATATTTCTCATGAGGTACGTT
GGCAAAGCCTCAGCATTTCATTAAATATCTATGCTAAGTATCATTAGATA
AACGAACTCAATCAGTTGCTCAGGGATCAGAATCGATCGCACAACGAACC
ATCCTTCAATGAGAGCCCCGTTGACGATGCTGGAACGGAACCTATGGCTG
CTACACCGGGGCGCCAGTGGAAAGAGTCGGCTGATGGTGTAAGCGAGCCT
GCTGAGAAGCTTAGCAGAGGTCAGACATTCCAGAAGTCTGTCCTATTTCC
GTCGAGCCAGTCCCCTTCCGTGACTGGCAAGATAGTCGAGCCAGAAATGC
TGGAGAACATGCCAACAAAACGACAGAGCCATATACTGTACAAAGGATTC
ATGTCTGGAATACACGCCATTACCCCGGTTGTGCACCCGCCAACCATCCT
CAAGCTCTACAACTCCTTCTGGGATTGGTATGATTCGAGCAGCTACTCAG
GGGAGTCTTGCCCCGACCCATCCTTTATTCCTTTGCTTTATGCCATCTGG
TATGGCGGTTCCGTCACTGTCTCATTACGGACAATCAAGGCTGAGTTTAA
CGTGCCATCCCGCTCGGGCCTGTCCAAAGCATACAGCGAGGAGGTAACGC
GCTGGCTATCCAAGATATCTTTCCCTCGCAGTCCGTCCATGCAAGGATTA
TCTGCATATCTGCTGGTCCAGACCATTCTTTCCAAGGAGGAAGAACCTCT
AACCAGTAGTCTCTTCATCAGTCTCGCCATGAGGGTGGCACAGACTATGG
GTTTGCATCGGGACCCTGCTAAGTTTGGCATTGGCCCAAGCGACGCAGAA
TACCGTCGCCGTATATGGTGGCATATTGTACACATGGACGGCGTGGTGGC
CATGTCCAGTGGTCTGCCTCCCCTGGTCAGTGATGAGAACTACTGGGATG
TTCGCGAGACCAGCGAGGTCAAAGACACGTTGCTTGGGACTCCTGCTGCT
GAGAAATATGAGAGGCTTGTCATGACCGGCATGAGGCCACCGGATAATCC
CGATGACCCAACTGTATGTGGAGGGCCTTCTATGGTCAATGTATACTACC
TTTCGGCCAAGGGCAAGTATACAATGGCTCGTAAGTATTTGAAGTAAACA
TTAACAAGTCACGGGATCTAACGGTCACTGTAGGCGCTGTTCGCCGGATT
ATGAAGATACAGCTTGGCACAAAACCCGTCACACGAAGGGATATGGAAGA
GCTGAGGTCAATATTGGTCGATTTGCAGTACAAGCTGAACTCTATCATCA
ACCGGATACCGGAGGCAAACTCGCTCGACACATCGTCTCCAGTATCATCT
ACTAGATCGTGGTCTCTATCATCACAAGCAGAATCCCACACCGAACTGCC
GGCGGATGGGCCCAATGGATGCGCAGAGCAGTACCATTCGCCTGTCCTGG
TATCCTTCCACAAATGGGCAAGGATTCTTATGTCCCTTTTCATCGATAAA
GTCAGTGTGCCTGGAGATGTACCGAGGTCCCTGCTAACTAAGCCTCCCAG
GCTTTTTGCGTCGCCTATCAGCCCTTCCTGAAGAACGCCAAAAGTCGGAT
CTGGCCGGCGGCACGGCAAAGGTATGTTTGACTGTCACAGACCCAAGAAC
ACCAACATGACTAACATGCCTCAGCGCACTCCGCCATTGTCATGGCTTCA
TGGAGAAATTCGTCTCGCTCGCAACCGACCCCGACTTCCAACCCTTCCAG
TGGAGTTGGCCGGGCAATCACCAACCCATGCACGCGACCATGATCATGCT
CATTGACCTCTACGAACGGCCTTACAGCCCCGAGGCACCCAAATCCCGCG
CCTACATCGATAAGATCTTCTCCATGACCGGTCCAGACGGCGGCGTCGTT
GGTGGCGAAGACGGTGTCTCAACGCAACGGCCTCTGAAAGACGGCGGCCG
CGAAGCATGGGACATGATCCGACGCCTACGTCAAAAAGCATGGCAAAAAG
CCGGCCTGGATCCTCACAGGCTGTGGTCCGAACAAGCCCAGATCCAAGCA
GGCGTTACCTCTCTCCCCGAAGAATACGCCAACAACGACCCCTGCTACAC
CAGCAGCAGTCCAACAGCCGCTGCCTCTCCCTCAACCTACCCTCCTCCTC
TCACCACCCGCCGCCAACTCACCGACTTCTCCAAAATGTTCTATAACATG
ACACGCTCCCACCAACTCCCCAACCCAGCTACCACTAATAACCCCCGTCC
AAGCCCTCTCCGCTACCAACTTCCCCCTCCAGCCCCTGTCCCCATCCTCC
CAAGCCCGCAATCAAGAACCGTCCCTCCTCCATTCCCTCAATCCCCAACA
CCCCCCAAATACCCCATGGATACCACCACCTCCCCCCTCGCCAGCGGCTC
CCCCATCTCCTCCCCTGAAAGCATCGCCCCCTTGAACCCTAATATCTTCG
CCAGTACCTTCAACAATACCCCCCAGCAAGCGTCGCAATTACCTACCAAT
ACCCCTCCTCCTATGCAAGCAGCTCCTCCCCTCCCATCCTTCATGGACAC
GGCCATCTCACCCACCAGTCAACCCATCACGGGGGTCCCCACACCGCCCT
CAATGGTGGATCCGAACTTAAACTTCGACTGGGACCAGTGGGACGCTGTC
TTCGGACAGCATCTGCCGGTGGCGGATGAATTGATGGAGTTGGACCCGGT
CACGGGATTCGAGTTTGGGGATTTGGGGAGTGCTGCTTATGCTTCGAATT
CGCCTTCGAGGATGGTCCCTGGTGGTAGTAGTGGTGGTGGTGTGGGGAGA
GGTAGTTTTGGGAGTGTTGGTAGTGGTGGTAACGAGGTTGGGATGGGGGA
GGTAAGGGGGTCTGATTGGGTGGGTTATTGTTGATGTGTACGGAGTATAT
CATATCTACGGTGTCTGGTTGGTT back to topCoding sequence (CDS) from alignment at ch7:4238674..4242797- >KJC3_010748-T3 ID=KJC3_010748-T3|Name=KJC3_010748-T3|organism=Aspergillus niger KJC3|type=CDS|length=11070bp|location=Sequence derived from alignment at ch7:4238674..4242797- (Aspergillus niger KJC3)
GCGCTGTTCGCCGGATTATGAAGATACAGCTTGGCACAAAACCCGTCACA
CGAAGGGATATGGAAGAGCTGAGGTCAATATTGGTCGATTTGCAGTACAA
GCTGAACTCTATCATCAACCGGATACCGGAGGCAAACTCGCTCGACACAT
CGTCTCCAGTATCATCTACTAGATCGTGGTCTCTATCATCACAAGCAGAA
TCCCACACCGAACTGCCGGCGGATGGGCCCAATGGATGCGCAGAGCAGTA
CCATTCGCCTGTCCTGGTATCCTTCCACAAATGGGCAAGGATTCTTATGT
CCCTTTTCATCGATAAAGTCAGTGTGCCTGGAGATGTACCGAGGTCCCTG
CTAACTAAGCCTCCCAGGCTTTTTGCGTCGCCTATCAGCCCTTCCTGAAT
AAACGAACTCAATCAGTTGCTCAGGGATCAGAATCGATCGCACAACGAAC
CATCCTTCAATGAGAGCCCCGTTGACGATGCTGGAACGGAACCTATGGCT
GCTACACCGGGGCGCCAGTGGAAAGAGTCGGCTGATGGTGTAAGCGAGCC
TGCTGAGAAGCTTAGCAGAGGTCAGACATTCCAGAAGTCTGTCCTATTTC
CGTCGAGCCAGTCCCCTTCCGTGACTGGCAAGATAGTCGAGCCAGAAATG
CTGGAGAACATGCCAACAAAACGACAGAGCCATATACTGTACAAAGGATT
CATGTCTGGAATACACGCCATTACCCCGGTTGTGCACCCGCCAACCATCC
TCAAGCTCTACAACTCCTTCTGGGATTGGTATGATTCGAGCAGCTACTCA
GGGGAGTCTTGCCCCGACCCATCCTTTATTCCTTTGCTTTATGCCATCTG
GTATGGCGGTTCCGTCACTGTCTCATTACGGACAATCAAGGCTGAGTTTA
ACGTGCCATCCCGCTCGGGCCTGTCCAAAGCATACAGCGAGGAGGTAACG
CGCTGGCTATCCAAGATATCTTTCCCTCGCAGTCCGTCCATGCAAGGATT
ATCTGCATATCTGCTGGTCCAGACCATTCTTTCCAAGGAGGAAGAACCTC
TAACCAGTAGTCTCTTCATCAGTCTCGCCATGAGGGTGGCACAGACTATG
GGTTTGCATCGGGACCCTGCTAAGTTTGGCATTGGCCCAAGCGACGCAGA
ATACCGTCGCCGTATATGGTGGCATATTGTACACATGGACGGCGTGGTGG
CCATGTCCAGTGGTCTGCCTCCCCTGGTCAGTGATGAGAACTACTGGGAT
GTTCGCGAGACCAGCGAGGTCAAAGACACGTTGCTTGGGACTCCTGCTGC
TGAGAAATATGAGAGGCTTGTCATGACCGGCATGAGGCCACCGGATAATC
CCGATGACCCAACTGTATGTGGAGGGCCTTCTATGGTCAATGTATACTAC
CTTTCGGCCAAGGGCAAGTATACAATGGCTCATACGTCGGGACGACGTAT
TGGGCTTATATTTCTCATGAGGTTCACCCAATTTGCGGCAACTGCGTAAA
AAACGGTACCGAATGTGTCTACGATGCGGCGCCACAGAAGGACGAGTCGC
GCGCCAGCATATCCAAGAACGGACATGGCGTCAAGCGGAGGAGGGAATCA
TCGCGACCGATTGAGGAGGATATCGATGATATACAGTCTATATACGGTCA
TTTGAAGCAAAGTGGAGCTTCCGAGCAGCGGTCGCAAGCGATTGAGGCGC
GTCTGGACAAACTTACGTCGATGATAGAGAGGCTCAGCAAGACGAATCAG
CCTTTGGATCTCGCGGGAAAGCAACGGCTGGCACCAAATGTAAAAATCGA
GCAGGCTGAGAGTGATCCGCGCTTGAACAATATAGCGGCCCTAAAGCCGG
CTGCTGGTTCCCGTTCGGATAGTCCGCGTCGCGCGGCTGAATCTAGTGGC
GATGAATTCCCAATTCCCGCGGGCCATGCTACTGATCTAGTGGATCCTGT
AGGGAGCCTGAATCTTGGCCATTTGAGCTTGGAGGATGGAGGGCGATCAA
GATGAATACAAGCCCACCGAGCATTCTGCCCGGCTACGGGCAGACGAACG
GAACTCCCCGATCTCAATTTCGCTCCAGCTATGACTCCCCTGCGTCAGGC
TCTTCGGCCTCTGCTGCTCCCAAGACTGGGAAGCCTGGGGGCCGTCAGAT
CACCCGCAATCGCGCCAGCTACAGCTGCCACACCTGTCGGAGGCGGAAGG
TCAAATGCGACAAGGCGCTGTTCGCCGGATTATGAAGATACAGCTTGGCA
CAAAACCCGTCACACGAAGGGATATGGAAGAGCTGAGGTCAATATTGGTC
GATTTGCAGTACAAGCTGAACTCTATCATCAACCGGATACCGGAGGCAAA
CTCGCTCGACACATCGTCTCCAGTATCATCTACTAGATCGTGGTCTCTAT
CATCACAAGCAGAATCCCACACCGAACTGCCGGCGGATGGGCCCAATGGA
TGCGCAGAGCAGTACCATTCGCCTGTCCTGGTATCCTTCCACAAATGGGC
AAGGATTCTTATGTCCCTTTTCATCGATAAAGTCAGTGTGCCTGGAGATG
TACCGAGGTCCCTGCTAACTAAGCCTCCCAGGCTTTTTGCGTCGCCTATC
AGCCCTTCCTGAATAAACGAACTCAATCAGTTGCTCAGGGATCAGAATCG
ATCGCACAACGAACCATCCTTCAATGAGAGCCCCGTTGACGATGCTGGAA
CGGAACCTATGGCTGCTACACCGGGGCGCCAGTGGAAAGAGTCGGCTGAT
GGTGTAAGCGAGCCTGCTGAGAAGCTTAGCAGAGGTCAGACATTCCAGAA
GTCTGTCCTATTTCCGTCGAGCCAGTCCCCTTCCGTGACTGGCAAGATAG
TCGAGCCAGAAATGCTGGAGAACATGCCAACAAAACGACAGAGCCATATA
CTGTACAAAGGATTCATGTCTGGAATACACGCCATTACCCCGGTTGTGCA
CCCGCCAACCATCCTCAAGCTCTACAACTCCTTCTGGGATTGGTATGATT
CGAGCAGCTACTCAGGGGAGTCTTGCCCCGACCCATCCTTTATTCCTTTG
CTTTATGCCATCTGGTATGGCGGTTCCGTCACTGTCTCATTACGGACAAT
CAAGGCTGAGTTTAACGTGCCATCCCGCTCGGGCCTGTCCAAAGCATACA
GCGAGGAGGTAACGCGCTGGCTATCCAAGATATCTTTCCCTCGCAGTCCG
TCCATGCAAGGATTATCTGCATATCTGCTGGTCCAGACCATTCTTTCCAA
GGAGGAAGAACCTCTAACCAGTAGTCTCTTCATCAGTCTCGCCATGAGGG
TGGCACAGACTATGGGTTTGCATCGGGACCCTGCTAAGTTTGGCATTGGC
CCAAGCGACGCAGAATACCGTCGCCGTATATGGTGGCATATTGTACACAT
GGACGGCGTGGTGGCCATGTCCAGTGGTCTGCCTCCCCTGGTCAGTGATG
AGAACTACTGGGATGTTCGCGAGACCAGCGAGGTCAAAGACACGTTGCTT
GGGACTCCTGCTGCTGAGAAATATGAGAGGCTTGTCATGACCGGCATGAG
GCCACCGGATAATCCCGATGACCCAACTGTATGTGGAGGGCCTTCTATGG
TCAATGTATACTACCTTTCGGCCAAGGGCAAGTATACAATGGCTCATACG
TCGGGACGACGTATTGGGCTTATATTTCTCATGAGGTTCACCCAATTTGC
GGCAACTGCGTAAAAAACGGTACCGAATGTGTCTACGATGCGGCGCCACA
GAAGGACGAGTCGCGCGCCAGCATATCCAAGAACGGACATGGCGTCAAGC
GGAGGAGGGAATCATCGCGACCGATTGAGGAGGATATCGATGATATACAG
TCTATATACGGTCATTTGAAGCAAAGTGGAGCTTCCGAGCAGCGGTCGCA
AGCGATTGAGGCGCGTCTGGACAAACTTACGTCGATGATAGAGAGGCTCA
GCAAGACGAATCAGCCTTTGGATCTCGCGGGAAAGCAACGGCTGGCACCA
AATGTAAAAATCGAGCAGGCTGAGAGTGATCCGCGCTTGAACAATATAGC
GGCCCTAAAGCCGGCTGCTGGTTCCCGTTCGGATAGTCCGCGTCGCGCGG
CTGAATCTAGTGGCGATGAATTCCCAATTCCCGCGGGCCATGCTACTGAT
CTAGTGGATCCTGTAGGGAGCCTGAATCTTGGCCATTTGAGCTTGGAGGA
TGGAGGGCGATCAAGATGAATACAAGCCCACCGAGCATTCTGCCCGGCTA
CGGGCAGACGAACGGAACTCCCCGATCTCAATTTCGCTCCAGCTATGACT
CCCCTGCGTCAGGCTCTTCGGCCTCTGCTGCTCCCAAGACTGGGAAGCCT
GGGGGCCGTCAGATCACCCGCAATCGCGCCAGCTACAGCTGCCACACCTG
TCGGAGGCGGAAGGTCAAATGCGACAAGGCGCTGTTCGCCGGATTATGAA
GATACAGCTTGGCACAAAACCCGTCACACGAAGGGATATGGAAGAGCTGA
GGTCAATATTGGTCGATTTGCAGTACAAGCTGAACTCTATCATCAACCGG
ATACCGGAGGCAAACTCGCTCGACACATCGTCTCCAGTATCATCTACTAG
ATCGTGGTCTCTATCATCACAAGCAGAATCCCACACCGAACTGCCGGCGG
ATGGGCCCAATGGATGCGCAGAGCAGTACCATTCGCCTGTCCTGGTATCC
TTCCACAAATGGGCAAGGATTCTTATGTCCCTTTTCATCGATAAAGTCAG
TGTGCCTGGAGATGTACCGAGGTCCCTGCTAACTAAGCCTCCCAGGCTTT
TTGCGTCGCCTATCAGCCCTTCCTGAATAAACGAACTCAATCAGTTGCTC
AGGGATCAGAATCGATCGCACAACGAACCATCCTTCAATGAGAGCCCCGT
TGACGATGCTGGAACGGAACCTATGGCTGCTACACCGGGGCGCCAGTGGA
AAGAGTCGGCTGATGGTGTAAGCGAGCCTGCTGAGAAGCTTAGCAGAGGT
CAGACATTCCAGAAGTCTGTCCTATTTCCGTCGAGCCAGTCCCCTTCCGT
GACTGGCAAGATAGTCGAGCCAGAAATGCTGGAGAACATGCCAACAAAAC
GACAGAGCCATATACTGTACAAAGGATTCATGTCTGGAATACACGCCATT
ACCCCGGTTGTGCACCCGCCAACCATCCTCAAGCTCTACAACTCCTTCTG
GGATTGGTATGATTCGAGCAGCTACTCAGGGGAGTCTTGCCCCGACCCAT
CCTTTATTCCTTTGCTTTATGCCATCTGGTATGGCGGTTCCGTCACTGTC
TCATTACGGACAATCAAGGCTGAGTTTAACGTGCCATCCCGCTCGGGCCT
GTCCAAAGCATACAGCGAGGAGGTAACGCGCTGGCTATCCAAGATATCTT
TCCCTCGCAGTCCGTCCATGCAAGGATTATCTGCATATCTGCTGGTCCAG
ACCATTCTTTCCAAGGAGGAAGAACCTCTAACCAGTAGTCTCTTCATCAG
TCTCGCCATGAGGGTGGCACAGACTATGGGTTTGCATCGGGACCCTGCTA
AGTTTGGCATTGGCCCAAGCGACGCAGAATACCGTCGCCGTATATGGTGG
CATATTGTACACATGGACGGCGTGGTGGCCATGTCCAGTGGTCTGCCTCC
CCTGGTCAGTGATGAGAACTACTGGGATGTTCGCGAGACCAGCGAGGTCA
AAGACACGTTGCTTGGGACTCCTGCTGCTGAGAAATATGAGAGGCTTGTC
ATGACCGGCATGAGGCCACCGGATAATCCCGATGACCCAACTGTATGTGG
AGGGCCTTCTATGGTCAATGTATACTACCTTTCGGCCAAGGGCAAGTATA
CAATGGCTCATACGTCGGGACGACGTATTGGGCTTATATTTCTCATGAGG
TTCACCCAATTTGCGGCAACTGCGTAAAAAACGGTACCGAATGTGTCTAC
GATGCGGCGCCACAGAAGGACGAGTCGCGCGCCAGCATATCCAAGAACGG
ACATGGCGTCAAGCGGAGGAGGGAATCATCGCGACCGATTGAGGAGGATA
TCGATGATATACAGTCTATATACGGTCATTTGAAGCAAAGTGGAGCTTCC
GAGCAGCGGTCGCAAGCGATTGAGGCGCGTCTGGACAAACTTACGTCGAT
GATAGAGAGGCTCAGCAAGACGAATCAGCCTTTGGATCTCGCGGGAAAGC
AACGGCTGGCACCAAATGTAAAAATCGAGCAGGCTGAGAGTGATCCGCGC
TTGAACAATATAGCGGCCCTAAAGCCGGCTGCTGGTTCCCGTTCGGATAG
TCCGCGTCGCGCGGCTGAATCTAGTGGCGATGAATTCCCAATTCCCGCGG
GCCATGCTACTGATCTAGTGGATCCTGTAGGGAGCCTGAATCTTGGCCAT
TTGAGCTTGGAGGATGGAGGGCGATCAAGATGAATACAAGCCCACCGAGC
ATTCTGCCCGGCTACGGGCAGACGAACGGAACTCCCCGATCTCAATTTCG
CTCCAGCTATGACTCCCCTGCGTCAGGCTCTTCGGCCTCTGCTGCTCCCA
AGACTGGGAAGCCTGGGGGCCGTCAGATCACCCGCAATCGCGCCAGCTAC
AGCTGCCACACCTGTCGGAGGCGGAAGGTCAAATGCGACAAGGCGCTGTT
CGCCGGATTATGAAGATACAGCTTGGCACAAAACCCGTCACACGAAGGGA
TATGGAAGAGCTGAGGTCAATATTGGTCGATTTGCAGTACAAGCTGAACT
CTATCATCAACCGGATACCGGAGGCAAACTCGCTCGACACATCGTCTCCA
GTATCATCTACTAGATCGTGGTCTCTATCATCACAAGCAGAATCCCACAC
CGAACTGCCGGCGGATGGGCCCAATGGATGCGCAGAGCAGTACCATTCGC
CTGTCCTGGTATCCTTCCACAAATGGGCAAGGATTCTTATGTCCCTTTTC
ATCGATAAAGTCAGTGTGCCTGGAGATGTACCGAGGTCCCTGCTAACTAA
GCCTCCCAGGCTTTTTGCGTCGCCTATCAGCCCTTCCTGAATAAACGAAC
TCAATCAGTTGCTCAGGGATCAGAATCGATCGCACAACGAACCATCCTTC
AATGAGAGCCCCGTTGACGATGCTGGAACGGAACCTATGGCTGCTACACC
GGGGCGCCAGTGGAAAGAGTCGGCTGATGGTGTAAGCGAGCCTGCTGAGA
AGCTTAGCAGAGGTCAGACATTCCAGAAGTCTGTCCTATTTCCGTCGAGC
CAGTCCCCTTCCGTGACTGGCAAGATAGTCGAGCCAGAAATGCTGGAGAA
CATGCCAACAAAACGACAGAGCCATATACTGTACAAAGGATTCATGTCTG
GAATACACGCCATTACCCCGGTTGTGCACCCGCCAACCATCCTCAAGCTC
TACAACTCCTTCTGGGATTGGTATGATTCGAGCAGCTACTCAGGGGAGTC
TTGCCCCGACCCATCCTTTATTCCTTTGCTTTATGCCATCTGGTATGGCG
GTTCCGTCACTGTCTCATTACGGACAATCAAGGCTGAGTTTAACGTGCCA
TCCCGCTCGGGCCTGTCCAAAGCATACAGCGAGGAGGTAACGCGCTGGCT
ATCCAAGATATCTTTCCCTCGCAGTCCGTCCATGCAAGGATTATCTGCAT
ATCTGCTGGTCCAGACCATTCTTTCCAAGGAGGAAGAACCTCTAACCAGT
AGTCTCTTCATCAGTCTCGCCATGAGGGTGGCACAGACTATGGGTTTGCA
TCGGGACCCTGCTAAGTTTGGCATTGGCCCAAGCGACGCAGAATACCGTC
GCCGTATATGGTGGCATATTGTACACATGGACGGCGTGGTGGCCATGTCC
AGTGGTCTGCCTCCCCTGGTCAGTGATGAGAACTACTGGGATGTTCGCGA
GACCAGCGAGGTCAAAGACACGTTGCTTGGGACTCCTGCTGCTGAGAAAT
ATGAGAGGCTTGTCATGACCGGCATGAGGCCACCGGATAATCCCGATGAC
CCAACTGTATGTGGAGGGCCTTCTATGGTCAATGTATACTACCTTTCGGC
CAAGGGCAAGTATACAATGGCTCATACGTCGGGACGACGTATTGGGCTTA
TATTTCTCATGAGGTTCACCCAATTTGCGGCAACTGCGTAAAAAACGGTA
CCGAATGTGTCTACGATGCGGCGCCACAGAAGGACGAGTCGCGCGCCAGC
ATATCCAAGAACGGACATGGCGTCAAGCGGAGGAGGGAATCATCGCGACC
GATTGAGGAGGATATCGATGATATACAGTCTATATACGGTCATTTGAAGC
AAAGTGGAGCTTCCGAGCAGCGGTCGCAAGCGATTGAGGCGCGTCTGGAC
AAACTTACGTCGATGATAGAGAGGCTCAGCAAGACGAATCAGCCTTTGGA
TCTCGCGGGAAAGCAACGGCTGGCACCAAATGTAAAAATCGAGCAGGCTG
AGAGTGATCCGCGCTTGAACAATATAGCGGCCCTAAAGCCGGCTGCTGGT
TCCCGTTCGGATAGTCCGCGTCGCGCGGCTGAATCTAGTGGCGATGAATT
CCCAATTCCCGCGGGCCATGCTACTGATCTAGTGGATCCTGTAGGGAGCC
TGAATCTTGGCCATTTGAGCTTGGAGGATGGAGGGCGATCAAGATGAATA
CAAGCCCACCGAGCATTCTGCCCGGCTACGGGCAGACGAACGGAACTCCC
CGATCTCAATTTCGCTCCAGCTATGACTCCCCTGCGTCAGGCTCTTCGGC
CTCTGCTGCTCCCAAGACTGGGAAGCCTGGGGGCCGTCAGATCACCCGCA
ATCGCGCCAGCTACAGCTGCCACACCTGTCGGAGGCGGAAGGTCAAATGC
GACAAGGCGCTGTTCGCCGGATTATGAAGATACAGCTTGGCACAAAACCC
GTCACACGAAGGGATATGGAAGAGCTGAGGTCAATATTGGTCGATTTGCA
GTACAAGCTGAACTCTATCATCAACCGGATACCGGAGGCAAACTCGCTCG
ACACATCGTCTCCAGTATCATCTACTAGATCGTGGTCTCTATCATCACAA
GCAGAATCCCACACCGAACTGCCGGCGGATGGGCCCAATGGATGCGCAGA
GCAGTACCATTCGCCTGTCCTGGTATCCTTCCACAAATGGGCAAGGATTC
TTATGTCCCTTTTCATCGATAAAGTCAGTGTGCCTGGAGATGTACCGAGG
TCCCTGCTAACTAAGCCTCCCAGGCTTTTTGCGTCGCCTATCAGCCCTTC
CTGAATAAACGAACTCAATCAGTTGCTCAGGGATCAGAATCGATCGCACA
ACGAACCATCCTTCAATGAGAGCCCCGTTGACGATGCTGGAACGGAACCT
ATGGCTGCTACACCGGGGCGCCAGTGGAAAGAGTCGGCTGATGGTGTAAG
CGAGCCTGCTGAGAAGCTTAGCAGAGGTCAGACATTCCAGAAGTCTGTCC
TATTTCCGTCGAGCCAGTCCCCTTCCGTGACTGGCAAGATAGTCGAGCCA
GAAATGCTGGAGAACATGCCAACAAAACGACAGAGCCATATACTGTACAA
AGGATTCATGTCTGGAATACACGCCATTACCCCGGTTGTGCACCCGCCAA
CCATCCTCAAGCTCTACAACTCCTTCTGGGATTGGTATGATTCGAGCAGC
TACTCAGGGGAGTCTTGCCCCGACCCATCCTTTATTCCTTTGCTTTATGC
CATCTGGTATGGCGGTTCCGTCACTGTCTCATTACGGACAATCAAGGCTG
AGTTTAACGTGCCATCCCGCTCGGGCCTGTCCAAAGCATACAGCGAGGAG
GTAACGCGCTGGCTATCCAAGATATCTTTCCCTCGCAGTCCGTCCATGCA
AGGATTATCTGCATATCTGCTGGTCCAGACCATTCTTTCCAAGGAGGAAG
AACCTCTAACCAGTAGTCTCTTCATCAGTCTCGCCATGAGGGTGGCACAG
ACTATGGGTTTGCATCGGGACCCTGCTAAGTTTGGCATTGGCCCAAGCGA
CGCAGAATACCGTCGCCGTATATGGTGGCATATTGTACACATGGACGGCG
TGGTGGCCATGTCCAGTGGTCTGCCTCCCCTGGTCAGTGATGAGAACTAC
TGGGATGTTCGCGAGACCAGCGAGGTCAAAGACACGTTGCTTGGGACTCC
TGCTGCTGAGAAATATGAGAGGCTTGTCATGACCGGCATGAGGCCACCGG
ATAATCCCGATGACCCAACTGTATGTGGAGGGCCTTCTATGGTCAATGTA
TACTACCTTTCGGCCAAGGGCAAGTATACAATGGCTCATACGTCGGGACG
ACGTATTGGGCTTATATTTCTCATGAGGTTCACCCAATTTGCGGCAACTG
CGTAAAAAACGGTACCGAATGTGTCTACGATGCGGCGCCACAGAAGGACG
AGTCGCGCGCCAGCATATCCAAGAACGGACATGGCGTCAAGCGGAGGAGG
GAATCATCGCGACCGATTGAGGAGGATATCGATGATATACAGTCTATATA
CGGTCATTTGAAGCAAAGTGGAGCTTCCGAGCAGCGGTCGCAAGCGATTG
AGGCGCGTCTGGACAAACTTACGTCGATGATAGAGAGGCTCAGCAAGACG
AATCAGCCTTTGGATCTCGCGGGAAAGCAACGGCTGGCACCAAATGTAAA
AATCGAGCAGGCTGAGAGTGATCCGCGCTTGAACAATATAGCGGCCCTAA
AGCCGGCTGCTGGTTCCCGTTCGGATAGTCCGCGTCGCGCGGCTGAATCT
AGTGGCGATGAATTCCCAATTCCCGCGGGCCATGCTACTGATCTAGTGGA
TCCTGTAGGGAGCCTGAATCTTGGCCATTTGAGCTTGGAGGATGGAGGGC
GATCAAGATGAATACAAGCCCACCGAGCATTCTGCCCGGCTACGGGCAGA
CGAACGGAACTCCCCGATCTCAATTTCGCTCCAGCTATGACTCCCCTGCG
TCAGGCTCTTCGGCCTCTGCTGCTCCCAAGACTGGGAAGCCTGGGGGCCG
TCAGATCACCCGCAATCGCGCCAGCTACAGCTGCCACACCTGTCGGAGGC
GGAAGGTCAAATGCGACAAG back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
| Term | Definition |
|---|
| GO:0005634 | nucleus |
| GO:0042025 | host cell nucleus |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0006351 | transcription, DNA-templated |
| GO:0006355 | regulation of transcription, DNA-templated |
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0003677 | DNA binding |
| GO:0008270 | zinc ion binding |
| GO:0000981 | DNA-binding transcription factor activity, RNA polymerase II-specific |
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from 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:
| Feature Name | Unique Name | Species | Type |
|---|
| KJC3_010748-T3.utr3p1 | KJC3_010748-T3.utr3p1 | Aspergillus niger KJC3 | three_prime_UTR |
The following exon feature(s) are a part of this mRNA:
The following five_prime_UTR feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type |
|---|
| KJC3_010748-T3.utr5p1 | KJC3_010748-T3.utr5p1 | Aspergillus niger KJC3 | five_prime_UTR |
Properties
| Property Name | Value |
|---|
| DBxref | InterPro:IPR036864 |
| DBxref | InterPro:IPR007219 |
| DBxref | InterPro:IPR001138 |
| 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 |
|---|
| ch7 | supercontig | ch7:4238674..4242797 - |
|
