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Sequences
The following sequences are available for this feature:
mRNA from alignment at ch5:1793519..1796365+ Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below. >KJC3_007200-T1 ID=KJC3_007200-T1|Name=KJC3_007200-T1|organism=Aspergillus niger KJC3|type=mRNA|length=2847bp|location=Sequence derived from alignment at ch5:1793519..1796365+ (Aspergillus niger KJC3)
AAGCTATATCTGAGTATGACATCGTCAACAAATGGGCCAGGCCCGTCAGG
AAAATGGACATGCGAATTCTGCCCAGAGAGCTTTGCTCGAAAAGAGCATC
TCCAGCGCCATGAATTCAGCCATCTCGGACTGAAGCCGTTTCGGTGCGAT
GTGTGTTCTCGCATGTTTTCTAGAAGGTTTAGATGCTCAACATATGATCA
ACTTATATCGCTAGCTGTGTAGTAAGAAGACTAACGATTACAGGGATACT
TTGAGAAAACACCAAGCCACCCATTCCAGAGAAAGTGATGGGGAAGAACC
ACCTTGCACCCGCGGACGTCGGCGGTCCCAGAAAGCGTGCCTGAATTGTG
CCAAGGCGAAGCAACGCTGCAATGGCAAGTCGCCATGTCGTAGGTGTGTT
AAACGAAACATACAATGTGCATTTCCAAAGCCAGTCCCCGCAACGGAGGA
TCCTCCACTAGTAGAGACGCCGGAATTTGTTCATTCTACGCTCCTCCTGA
ATGACGACACTGCGTTCATCTCAAGTGGCAGTGGTGATCATGTGACTTTC
AACGAACAGCCTGTACAAGTCGGTCACTTTCCATTCGAAGACTTGGCAGC
TTCTTCGGGATCTGGCGAGCAACATCGAGAAGACTATAGCATGTACCCTA
TGGGTCACGCCAGTGAAAATGCTATTCATCCACATGTGTTATCACTACCT
AGCCAAGGTTTAGGCGACGCTATGGCAGTGGACATGAATATAAGTTTACC
ATCAGGTGGATCAGTCTCCTCAGTCTCCACTAGGGAAGACAACGATGATA
TCCCTTCGTCGCAAAGTGATTTATTCACGCCAGAAGACTCTCAGGCTCAC
CGTCACTGCTGCACTCGGTTCCCAGAGACTCAGCCAGATGAAGACGTAAT
TGCAGCTGAGAATTATGGGCATGTTAGGCCCATACCGCACAAGCAATATC
AACAAATCTATGGCTATTGGAAAAGTCAGCAATGTCCCTCGTGTGCATCA
CCTTTCATCAGCCTTTCCTTCCTGAACGCAATGGTCCAGCTCTACTTCGA
ACACCATGACCCCTGGATGCCTTTTATTCATCGATTCTCTTTCGACAAGG
AAGGTGTCTCCTGGGCTCTCATTCTAGCGGTGGCATCTGTCGGGTGTCAA
TACTCTAATGTGGAGGGCTCGGAGCTCTATATCCTAGGTCTACAGGACCT
TCTACAGAAGGCGCTTCCGAAGGATGTAAGTCGCTATAACTTCAGTATCT
GTTTCAGTTTAACTGACTCGCTAGGCCACGGAAACTATCTCTTTTGACCA
AACCACTCTTGCGCAGTGTCTTCTTCTACGCAATACAGGTCTCTTATTTA
GCGGTTACGAAGATGAGATTCTTACGTCTCAGTACCAGAGGAATATGCTC
ACTTCGGTCGCTAAATCAGTCTCTGCCAACCTTGCTGACAGTATACCTTC
TCCAGATGATCTGGACACATATGAACAGTGGCGTCGCTGGGTGGAGTCAG
AGTCTCAGAGAAGAATCATCTACTGTATATATGGTGAGAACACTCCTTAT
ATACCACAGAAACACAAAGCTTATCTTAACGGTACAGTAATTGAATGCTG
CTATTGGATCTTCAAGGATGTGCCCTCATCAATGACCCTTGACGATCTCA
AGATAGCTCTACCTTGCAAAGATATTTTATGGACATCTGATTTCGAAATG
TCGCAGAAACATAGCCTTGCCAATTCAGGTAAGAAGTCATCACATCTTCA
ATGCTTTCTTGAACTGATCTAATCTAACTTGGAACCAGAAAACATGCCAA
GTCTAAAAACTGCGTTCTCTAACCCAGACTTACTGAATGATCTGCTCAAC
GATAACTCCAACCTCAGCAATCTTGTAATACTCCTAACATTCAACATCGA
AGAAAGACGTCTTTTGCGATCCACACGGCCATGGTTCGCAGCCGACATGG
CTACAGGTCTCAACGAGCGGAAGCTGTACAAATGGCCCGACGAACTAGCA
ACCTTCCGAACGGCCCTAGACGATAAATGCGACCCCACGATCAAACGTTT
CTCCGTGTTTAAATCCATATCGAACAACGCGCCTACCTTCCTAAAAGTGA
TGTTTCACGTCACCAACATACTCCGGCGCATGCCACTGCGCTGTTTATAT
GCCTTGAGCGGATGGCAAGTCACCGTGAACCAGATGACCGCCGCCGCTAC
ATCCCTGTCACATTGGATGCAGCAAAATCCAACACTAGCCCGAGAAACCC
TTCTACAAGCAACTACATTGTTTGGAGTTCTCTATGACGAGACTACAGGA
CCAGGCTGTCACCACCTCGCCTTTCTCATCGCGGGTCTCTATATCTGGGC
TTATTGCATCGTGGGCGGAGAAGATGGTACTGGGGGAGCGAACGGAGCAC
GGAAAATCAGTCGACGACCTCTTCGGCTCGATAAAACAGTCCCCGATGAT
ATGAAAGAGTTCTGGATCCAAGGCACGCTAGAAGCTCCTATCTATGTCAA
AGGAGCAGGTATTTTGAACGGCCCGGAGAGTGCGATCCGTGTTCTCAAAG
CTCTTAGGCTCGCCCTGTCGAGTCACACGTCTTGGCCTTCTCTTCGGCAT
GGGCTAATATACTCTATTTCGGAGATGATAGAGGGTAGGTTCGCGTCGCA
TAGCCCGGAGTTAAAGTCTAGTGGACAGAGAAAGAGCGTGATTAGGGGAA
GTCAAGCATAGTCAAATTCGAATATTGGCAAGAGTTGAGACATCGTGTAA
TCTTCACGAAGGGGGCTTTATTAGAGAGCTTTTCGGCTATGAACGCGTCA
GGTCAGAATATGAGCATGACTCGCGCAGATACAAGACAATGTTCATC back to topCoding sequence (CDS) from alignment at ch5:1793519..1796365+ >KJC3_007200-T1 ID=KJC3_007200-T1|Name=KJC3_007200-T1|organism=Aspergillus niger KJC3|type=CDS|length=12330bp|location=Sequence derived from alignment at ch5:1793519..1796365+ (Aspergillus niger KJC3)
ATGACATCGTCAACAAATGGGCCAGGCCCGTCAGGAAAATGGACATGCGA
ATTCTGCCCAGAGAGCTTTGCTCGAAAAGAGCATCTCCAGCGCCATGAAT
TCAGCCATCTCGGACTGAAGCCGTTTCGGTGCGATGTGTGTTCTCGCATG
TTTTCTAGAAGGGATACTTTGAGAAAACACCAAGCCACCCATTCCAGAGA
AAGTGATGGGGAAGAACCACCTTGCACCCGCGGACGTCGGCGGTCCCAGA
AAGCGTGCCTGAATTGTGCCAAGGCGAAGCAACGCTGCAATGGCAAGTCG
CCATGTCGTAGGTGTGTTAAACGAAACATACAATGTGCATTTCCAAAGCC
AGTCCCCGCAACGGAGGATCCTCCACTAGTAGAGACGCCGGAATTTGTTC
ATTCTACGCTCCTCCTGAATGACGACACTGCGTTCATCTCAAGTGGCAGT
GGTGATCATGTGACTTTCAACGAACAGCCTGTACAAGTCGGTCACTTTCC
ATTCGAAGACTTGGCAGCTTCTTCGGGATCTGGCGAGCAACATCGAGAAG
ACTATAGCATGTACCCTATGGGTCACGCCAGTGAAAATGCTATTCATCCA
CATGTGTTATCACTACCTAGCCAAGGTTTAGGCGACGCTATGGCAGTGGA
CATGAATATAAGTTTACCATCAGGTGGATCAGTCTCCTCAGTCTCCACTA
GGGAAGACAACGATGATATCCCTTCGTCGCAAAGTGATTTATTCACGCCA
GAAGACTCTCAGGCTCACCGTCACTGCTGCACTCGGTTCCCAGAGACTCA
GCCAGATGAAGACGTAATTGCAGCTGAGAATTATGGGCATGTTAGGCCCA
TACCGCACAAGCAATATCAACAAATCTATGGCTATTGGAAAAGTCAGCAA
TGTCCCTCGTGTGCATCACCTTTCATCAGCCTTTCCTTCCTGAACGCAAT
GGTCCAGCTCTACTTCGAACACCATGACCCCTGGATGCCTTTTATTCATC
GATTCTCTTTCGACAAGGAAGGTGTCTCCTGGGCTCTCATTCTAGCGGTG
GCATCTGTCGGGTGTCAATACTCTAATGTGGAGGGCTCGGAGCTCTATAT
CCTAGGTCTACAGGACCTTCTACAGAAGGCGCTTCCGAAGGATGCCACGG
AAACTATCTCTTTTGACCAAACCACTCTTGCGCAGTGTCTTCTTCTACGC
AATACAGGTCTCTTATTTAGCGGTTACGAAGATGAGATTCTTACGTCTCA
GTACCAGAGGAATATGCTCACTTCGGTCGCTAAATCAGTCTCTGCCAACC
TTGCTGACAGTATACCTTCTCCAGATGATCTGGACACATATGAACAGTGG
CGTCGCTGGGTGGAGTCAGAGTCTCAGAGAAGAATCATCTACTGTATATA
TGTAATTGAATGCTGCTATTGGATCTTCAAGGATGTGCCCTCATCAATGA
CCCTTGACGATCTCAAGATAGCTCTACCTTGCAAAGATATTTTATGGACA
TCTGATTTCGAAATGTCGCAGAAACATAGCCTTGCCAATTCAGAAAACAT
GCCAAGTCTAAAAACTGCGTTCTCTAACCCAGACTTACTGAATGATCTGC
TCAACGATAACTCCAACCTCAGCAATCTTGTAATACTCCTAACATTCAAC
ATCGAAGAAAGACGTCTTTTGCGATCCACACGGCCATGGTTCGCAGCCGA
CATGGCTACAGGTCTCAACGAGCGGAAGCTGTACAAATGGCCCGACGAAC
TAGCAACCTTCCGAACGGCCCTAGACGATAAATGCGACCCCACGATCAAA
CGTTTCTCCGTGTTTAAATCCATATCGAACAACGCGCCTACCTTCCTAAA
AGTGATGTTTCACGTCACCAACATACTCCGGCGCATGCCACTGCGCTGTT
TATATGCCTTGAGCGGATGGCAAGTCACCGTGAACCAGATGACCGCCGCC
GCTACATCCCTGTCACATTGGATGCAGCAAAATCCAACACTAGCCCGAGA
AACCCTTCTACAAGCAACTACATTGTTTGGAGTTCTCTATGACGAGACTA
CAGGACCAGGCTGTCACCACCTCGCCTTTCTCATCGCGGGTCTCTATATC
TGGGCTTATTGCATCGTGGGCGGAGAAGATGGTACTGGGGGAGCGAACGG
AGCACGGAAAATCAGTCGACGACCTCTTCGGCTCGATAAAACAGTCCCCG
ATGATATGAAAGAGTTCTGGATCCAAGGCACGCTAGAAGCTCCTATCTAT
GTCAAAGGAGCAGGTATTTTGAACGGCCCGGAGAGTGCGATCCGTGTTCT
CAAAGCTCTTAGGCTCGCCCTGTCGAGTCACACGTCTTGGCCTTCTCTTC
GGCATGGGCTAATATACTCTATTTCGGAGATGATAGAGGGTAGGTTCGCG
TCGCATAGCCCGGAGTTAAAGTCTAGTGGACAGAGAAAGAGCGTGATTAG
GGGAAGTCAAGCATAGATGACATCGTCAACAAATGGGCCAGGCCCGTCAG
GAAAATGGACATGCGAATTCTGCCCAGAGAGCTTTGCTCGAAAAGAGCAT
CTCCAGCGCCATGAATTCAGCCATCTCGGACTGAAGCCGTTTCGGTGCGA
TGTGTGTTCTCGCATGTTTTCTAGAAGGGATACTTTGAGAAAACACCAAG
CCACCCATTCCAGAGAAAGTGATGGGGAAGAACCACCTTGCACCCGCGGA
CGTCGGCGGTCCCAGAAAGCGTGCCTGAATTGTGCCAAGGCGAAGCAACG
CTGCAATGGCAAGTCGCCATGTCGTAGGTGTGTTAAACGAAACATACAAT
GTGCATTTCCAAAGCCAGTCCCCGCAACGGAGGATCCTCCACTAGTAGAG
ACGCCGGAATTTGTTCATTCTACGCTCCTCCTGAATGACGACACTGCGTT
CATCTCAAGTGGCAGTGGTGATCATGTGACTTTCAACGAACAGCCTGTAC
AAGTCGGTCACTTTCCATTCGAAGACTTGGCAGCTTCTTCGGGATCTGGC
GAGCAACATCGAGAAGACTATAGCATGTACCCTATGGGTCACGCCAGTGA
AAATGCTATTCATCCACATGTGTTATCACTACCTAGCCAAGGTTTAGGCG
ACGCTATGGCAGTGGACATGAATATAAGTTTACCATCAGGTGGATCAGTC
TCCTCAGTCTCCACTAGGGAAGACAACGATGATATCCCTTCGTCGCAAAG
TGATTTATTCACGCCAGAAGACTCTCAGGCTCACCGTCACTGCTGCACTC
GGTTCCCAGAGACTCAGCCAGATGAAGACGTAATTGCAGCTGAGAATTAT
GGGCATGTTAGGCCCATACCGCACAAGCAATATCAACAAATCTATGGCTA
TTGGAAAAGTCAGCAATGTCCCTCGTGTGCATCACCTTTCATCAGCCTTT
CCTTCCTGAACGCAATGGTCCAGCTCTACTTCGAACACCATGACCCCTGG
ATGCCTTTTATTCATCGATTCTCTTTCGACAAGGAAGGTGTCTCCTGGGC
TCTCATTCTAGCGGTGGCATCTGTCGGGTGTCAATACTCTAATGTGGAGG
GCTCGGAGCTCTATATCCTAGGTCTACAGGACCTTCTACAGAAGGCGCTT
CCGAAGGATGCCACGGAAACTATCTCTTTTGACCAAACCACTCTTGCGCA
GTGTCTTCTTCTACGCAATACAGGTCTCTTATTTAGCGGTTACGAAGATG
AGATTCTTACGTCTCAGTACCAGAGGAATATGCTCACTTCGGTCGCTAAA
TCAGTCTCTGCCAACCTTGCTGACAGTATACCTTCTCCAGATGATCTGGA
CACATATGAACAGTGGCGTCGCTGGGTGGAGTCAGAGTCTCAGAGAAGAA
TCATCTACTGTATATATGTAATTGAATGCTGCTATTGGATCTTCAAGGAT
GTGCCCTCATCAATGACCCTTGACGATCTCAAGATAGCTCTACCTTGCAA
AGATATTTTATGGACATCTGATTTCGAAATGTCGCAGAAACATAGCCTTG
CCAATTCAGAAAACATGCCAAGTCTAAAAACTGCGTTCTCTAACCCAGAC
TTACTGAATGATCTGCTCAACGATAACTCCAACCTCAGCAATCTTGTAAT
ACTCCTAACATTCAACATCGAAGAAAGACGTCTTTTGCGATCCACACGGC
CATGGTTCGCAGCCGACATGGCTACAGGTCTCAACGAGCGGAAGCTGTAC
AAATGGCCCGACGAACTAGCAACCTTCCGAACGGCCCTAGACGATAAATG
CGACCCCACGATCAAACGTTTCTCCGTGTTTAAATCCATATCGAACAACG
CGCCTACCTTCCTAAAAGTGATGTTTCACGTCACCAACATACTCCGGCGC
ATGCCACTGCGCTGTTTATATGCCTTGAGCGGATGGCAAGTCACCGTGAA
CCAGATGACCGCCGCCGCTACATCCCTGTCACATTGGATGCAGCAAAATC
CAACACTAGCCCGAGAAACCCTTCTACAAGCAACTACATTGTTTGGAGTT
CTCTATGACGAGACTACAGGACCAGGCTGTCACCACCTCGCCTTTCTCAT
CGCGGGTCTCTATATCTGGGCTTATTGCATCGTGGGCGGAGAAGATGGTA
CTGGGGGAGCGAACGGAGCACGGAAAATCAGTCGACGACCTCTTCGGCTC
GATAAAACAGTCCCCGATGATATGAAAGAGTTCTGGATCCAAGGCACGCT
AGAAGCTCCTATCTATGTCAAAGGAGCAGGTATTTTGAACGGCCCGGAGA
GTGCGATCCGTGTTCTCAAAGCTCTTAGGCTCGCCCTGTCGAGTCACACG
TCTTGGCCTTCTCTTCGGCATGGGCTAATATACTCTATTTCGGAGATGAT
AGAGGGTAGGTTCGCGTCGCATAGCCCGGAGTTAAAGTCTAGTGGACAGA
GAAAGAGCGTGATTAGGGGAAGTCAAGCATAGATGACATCGTCAACAAAT
GGGCCAGGCCCGTCAGGAAAATGGACATGCGAATTCTGCCCAGAGAGCTT
TGCTCGAAAAGAGCATCTCCAGCGCCATGAATTCAGCCATCTCGGACTGA
AGCCGTTTCGGTGCGATGTGTGTTCTCGCATGTTTTCTAGAAGGGATACT
TTGAGAAAACACCAAGCCACCCATTCCAGAGAAAGTGATGGGGAAGAACC
ACCTTGCACCCGCGGACGTCGGCGGTCCCAGAAAGCGTGCCTGAATTGTG
CCAAGGCGAAGCAACGCTGCAATGGCAAGTCGCCATGTCGTAGGTGTGTT
AAACGAAACATACAATGTGCATTTCCAAAGCCAGTCCCCGCAACGGAGGA
TCCTCCACTAGTAGAGACGCCGGAATTTGTTCATTCTACGCTCCTCCTGA
ATGACGACACTGCGTTCATCTCAAGTGGCAGTGGTGATCATGTGACTTTC
AACGAACAGCCTGTACAAGTCGGTCACTTTCCATTCGAAGACTTGGCAGC
TTCTTCGGGATCTGGCGAGCAACATCGAGAAGACTATAGCATGTACCCTA
TGGGTCACGCCAGTGAAAATGCTATTCATCCACATGTGTTATCACTACCT
AGCCAAGGTTTAGGCGACGCTATGGCAGTGGACATGAATATAAGTTTACC
ATCAGGTGGATCAGTCTCCTCAGTCTCCACTAGGGAAGACAACGATGATA
TCCCTTCGTCGCAAAGTGATTTATTCACGCCAGAAGACTCTCAGGCTCAC
CGTCACTGCTGCACTCGGTTCCCAGAGACTCAGCCAGATGAAGACGTAAT
TGCAGCTGAGAATTATGGGCATGTTAGGCCCATACCGCACAAGCAATATC
AACAAATCTATGGCTATTGGAAAAGTCAGCAATGTCCCTCGTGTGCATCA
CCTTTCATCAGCCTTTCCTTCCTGAACGCAATGGTCCAGCTCTACTTCGA
ACACCATGACCCCTGGATGCCTTTTATTCATCGATTCTCTTTCGACAAGG
AAGGTGTCTCCTGGGCTCTCATTCTAGCGGTGGCATCTGTCGGGTGTCAA
TACTCTAATGTGGAGGGCTCGGAGCTCTATATCCTAGGTCTACAGGACCT
TCTACAGAAGGCGCTTCCGAAGGATGCCACGGAAACTATCTCTTTTGACC
AAACCACTCTTGCGCAGTGTCTTCTTCTACGCAATACAGGTCTCTTATTT
AGCGGTTACGAAGATGAGATTCTTACGTCTCAGTACCAGAGGAATATGCT
CACTTCGGTCGCTAAATCAGTCTCTGCCAACCTTGCTGACAGTATACCTT
CTCCAGATGATCTGGACACATATGAACAGTGGCGTCGCTGGGTGGAGTCA
GAGTCTCAGAGAAGAATCATCTACTGTATATATGTAATTGAATGCTGCTA
TTGGATCTTCAAGGATGTGCCCTCATCAATGACCCTTGACGATCTCAAGA
TAGCTCTACCTTGCAAAGATATTTTATGGACATCTGATTTCGAAATGTCG
CAGAAACATAGCCTTGCCAATTCAGAAAACATGCCAAGTCTAAAAACTGC
GTTCTCTAACCCAGACTTACTGAATGATCTGCTCAACGATAACTCCAACC
TCAGCAATCTTGTAATACTCCTAACATTCAACATCGAAGAAAGACGTCTT
TTGCGATCCACACGGCCATGGTTCGCAGCCGACATGGCTACAGGTCTCAA
CGAGCGGAAGCTGTACAAATGGCCCGACGAACTAGCAACCTTCCGAACGG
CCCTAGACGATAAATGCGACCCCACGATCAAACGTTTCTCCGTGTTTAAA
TCCATATCGAACAACGCGCCTACCTTCCTAAAAGTGATGTTTCACGTCAC
CAACATACTCCGGCGCATGCCACTGCGCTGTTTATATGCCTTGAGCGGAT
GGCAAGTCACCGTGAACCAGATGACCGCCGCCGCTACATCCCTGTCACAT
TGGATGCAGCAAAATCCAACACTAGCCCGAGAAACCCTTCTACAAGCAAC
TACATTGTTTGGAGTTCTCTATGACGAGACTACAGGACCAGGCTGTCACC
ACCTCGCCTTTCTCATCGCGGGTCTCTATATCTGGGCTTATTGCATCGTG
GGCGGAGAAGATGGTACTGGGGGAGCGAACGGAGCACGGAAAATCAGTCG
ACGACCTCTTCGGCTCGATAAAACAGTCCCCGATGATATGAAAGAGTTCT
GGATCCAAGGCACGCTAGAAGCTCCTATCTATGTCAAAGGAGCAGGTATT
TTGAACGGCCCGGAGAGTGCGATCCGTGTTCTCAAAGCTCTTAGGCTCGC
CCTGTCGAGTCACACGTCTTGGCCTTCTCTTCGGCATGGGCTAATATACT
CTATTTCGGAGATGATAGAGGGTAGGTTCGCGTCGCATAGCCCGGAGTTA
AAGTCTAGTGGACAGAGAAAGAGCGTGATTAGGGGAAGTCAAGCATAGAT
GACATCGTCAACAAATGGGCCAGGCCCGTCAGGAAAATGGACATGCGAAT
TCTGCCCAGAGAGCTTTGCTCGAAAAGAGCATCTCCAGCGCCATGAATTC
AGCCATCTCGGACTGAAGCCGTTTCGGTGCGATGTGTGTTCTCGCATGTT
TTCTAGAAGGGATACTTTGAGAAAACACCAAGCCACCCATTCCAGAGAAA
GTGATGGGGAAGAACCACCTTGCACCCGCGGACGTCGGCGGTCCCAGAAA
GCGTGCCTGAATTGTGCCAAGGCGAAGCAACGCTGCAATGGCAAGTCGCC
ATGTCGTAGGTGTGTTAAACGAAACATACAATGTGCATTTCCAAAGCCAG
TCCCCGCAACGGAGGATCCTCCACTAGTAGAGACGCCGGAATTTGTTCAT
TCTACGCTCCTCCTGAATGACGACACTGCGTTCATCTCAAGTGGCAGTGG
TGATCATGTGACTTTCAACGAACAGCCTGTACAAGTCGGTCACTTTCCAT
TCGAAGACTTGGCAGCTTCTTCGGGATCTGGCGAGCAACATCGAGAAGAC
TATAGCATGTACCCTATGGGTCACGCCAGTGAAAATGCTATTCATCCACA
TGTGTTATCACTACCTAGCCAAGGTTTAGGCGACGCTATGGCAGTGGACA
TGAATATAAGTTTACCATCAGGTGGATCAGTCTCCTCAGTCTCCACTAGG
GAAGACAACGATGATATCCCTTCGTCGCAAAGTGATTTATTCACGCCAGA
AGACTCTCAGGCTCACCGTCACTGCTGCACTCGGTTCCCAGAGACTCAGC
CAGATGAAGACGTAATTGCAGCTGAGAATTATGGGCATGTTAGGCCCATA
CCGCACAAGCAATATCAACAAATCTATGGCTATTGGAAAAGTCAGCAATG
TCCCTCGTGTGCATCACCTTTCATCAGCCTTTCCTTCCTGAACGCAATGG
TCCAGCTCTACTTCGAACACCATGACCCCTGGATGCCTTTTATTCATCGA
TTCTCTTTCGACAAGGAAGGTGTCTCCTGGGCTCTCATTCTAGCGGTGGC
ATCTGTCGGGTGTCAATACTCTAATGTGGAGGGCTCGGAGCTCTATATCC
TAGGTCTACAGGACCTTCTACAGAAGGCGCTTCCGAAGGATGCCACGGAA
ACTATCTCTTTTGACCAAACCACTCTTGCGCAGTGTCTTCTTCTACGCAA
TACAGGTCTCTTATTTAGCGGTTACGAAGATGAGATTCTTACGTCTCAGT
ACCAGAGGAATATGCTCACTTCGGTCGCTAAATCAGTCTCTGCCAACCTT
GCTGACAGTATACCTTCTCCAGATGATCTGGACACATATGAACAGTGGCG
TCGCTGGGTGGAGTCAGAGTCTCAGAGAAGAATCATCTACTGTATATATG
TAATTGAATGCTGCTATTGGATCTTCAAGGATGTGCCCTCATCAATGACC
CTTGACGATCTCAAGATAGCTCTACCTTGCAAAGATATTTTATGGACATC
TGATTTCGAAATGTCGCAGAAACATAGCCTTGCCAATTCAGAAAACATGC
CAAGTCTAAAAACTGCGTTCTCTAACCCAGACTTACTGAATGATCTGCTC
AACGATAACTCCAACCTCAGCAATCTTGTAATACTCCTAACATTCAACAT
CGAAGAAAGACGTCTTTTGCGATCCACACGGCCATGGTTCGCAGCCGACA
TGGCTACAGGTCTCAACGAGCGGAAGCTGTACAAATGGCCCGACGAACTA
GCAACCTTCCGAACGGCCCTAGACGATAAATGCGACCCCACGATCAAACG
TTTCTCCGTGTTTAAATCCATATCGAACAACGCGCCTACCTTCCTAAAAG
TGATGTTTCACGTCACCAACATACTCCGGCGCATGCCACTGCGCTGTTTA
TATGCCTTGAGCGGATGGCAAGTCACCGTGAACCAGATGACCGCCGCCGC
TACATCCCTGTCACATTGGATGCAGCAAAATCCAACACTAGCCCGAGAAA
CCCTTCTACAAGCAACTACATTGTTTGGAGTTCTCTATGACGAGACTACA
GGACCAGGCTGTCACCACCTCGCCTTTCTCATCGCGGGTCTCTATATCTG
GGCTTATTGCATCGTGGGCGGAGAAGATGGTACTGGGGGAGCGAACGGAG
CACGGAAAATCAGTCGACGACCTCTTCGGCTCGATAAAACAGTCCCCGAT
GATATGAAAGAGTTCTGGATCCAAGGCACGCTAGAAGCTCCTATCTATGT
CAAAGGAGCAGGTATTTTGAACGGCCCGGAGAGTGCGATCCGTGTTCTCA
AAGCTCTTAGGCTCGCCCTGTCGAGTCACACGTCTTGGCCTTCTCTTCGG
CATGGGCTAATATACTCTATTTCGGAGATGATAGAGGGTAGGTTCGCGTC
GCATAGCCCGGAGTTAAAGTCTAGTGGACAGAGAAAGAGCGTGATTAGGG
GAAGTCAAGCATAGATGACATCGTCAACAAATGGGCCAGGCCCGTCAGGA
AAATGGACATGCGAATTCTGCCCAGAGAGCTTTGCTCGAAAAGAGCATCT
CCAGCGCCATGAATTCAGCCATCTCGGACTGAAGCCGTTTCGGTGCGATG
TGTGTTCTCGCATGTTTTCTAGAAGGGATACTTTGAGAAAACACCAAGCC
ACCCATTCCAGAGAAAGTGATGGGGAAGAACCACCTTGCACCCGCGGACG
TCGGCGGTCCCAGAAAGCGTGCCTGAATTGTGCCAAGGCGAAGCAACGCT
GCAATGGCAAGTCGCCATGTCGTAGGTGTGTTAAACGAAACATACAATGT
GCATTTCCAAAGCCAGTCCCCGCAACGGAGGATCCTCCACTAGTAGAGAC
GCCGGAATTTGTTCATTCTACGCTCCTCCTGAATGACGACACTGCGTTCA
TCTCAAGTGGCAGTGGTGATCATGTGACTTTCAACGAACAGCCTGTACAA
GTCGGTCACTTTCCATTCGAAGACTTGGCAGCTTCTTCGGGATCTGGCGA
GCAACATCGAGAAGACTATAGCATGTACCCTATGGGTCACGCCAGTGAAA
ATGCTATTCATCCACATGTGTTATCACTACCTAGCCAAGGTTTAGGCGAC
GCTATGGCAGTGGACATGAATATAAGTTTACCATCAGGTGGATCAGTCTC
CTCAGTCTCCACTAGGGAAGACAACGATGATATCCCTTCGTCGCAAAGTG
ATTTATTCACGCCAGAAGACTCTCAGGCTCACCGTCACTGCTGCACTCGG
TTCCCAGAGACTCAGCCAGATGAAGACGTAATTGCAGCTGAGAATTATGG
GCATGTTAGGCCCATACCGCACAAGCAATATCAACAAATCTATGGCTATT
GGAAAAGTCAGCAATGTCCCTCGTGTGCATCACCTTTCATCAGCCTTTCC
TTCCTGAACGCAATGGTCCAGCTCTACTTCGAACACCATGACCCCTGGAT
GCCTTTTATTCATCGATTCTCTTTCGACAAGGAAGGTGTCTCCTGGGCTC
TCATTCTAGCGGTGGCATCTGTCGGGTGTCAATACTCTAATGTGGAGGGC
TCGGAGCTCTATATCCTAGGTCTACAGGACCTTCTACAGAAGGCGCTTCC
GAAGGATGCCACGGAAACTATCTCTTTTGACCAAACCACTCTTGCGCAGT
GTCTTCTTCTACGCAATACAGGTCTCTTATTTAGCGGTTACGAAGATGAG
ATTCTTACGTCTCAGTACCAGAGGAATATGCTCACTTCGGTCGCTAAATC
AGTCTCTGCCAACCTTGCTGACAGTATACCTTCTCCAGATGATCTGGACA
CATATGAACAGTGGCGTCGCTGGGTGGAGTCAGAGTCTCAGAGAAGAATC
ATCTACTGTATATATGTAATTGAATGCTGCTATTGGATCTTCAAGGATGT
GCCCTCATCAATGACCCTTGACGATCTCAAGATAGCTCTACCTTGCAAAG
ATATTTTATGGACATCTGATTTCGAAATGTCGCAGAAACATAGCCTTGCC
AATTCAGAAAACATGCCAAGTCTAAAAACTGCGTTCTCTAACCCAGACTT
ACTGAATGATCTGCTCAACGATAACTCCAACCTCAGCAATCTTGTAATAC
TCCTAACATTCAACATCGAAGAAAGACGTCTTTTGCGATCCACACGGCCA
TGGTTCGCAGCCGACATGGCTACAGGTCTCAACGAGCGGAAGCTGTACAA
ATGGCCCGACGAACTAGCAACCTTCCGAACGGCCCTAGACGATAAATGCG
ACCCCACGATCAAACGTTTCTCCGTGTTTAAATCCATATCGAACAACGCG
CCTACCTTCCTAAAAGTGATGTTTCACGTCACCAACATACTCCGGCGCAT
GCCACTGCGCTGTTTATATGCCTTGAGCGGATGGCAAGTCACCGTGAACC
AGATGACCGCCGCCGCTACATCCCTGTCACATTGGATGCAGCAAAATCCA
ACACTAGCCCGAGAAACCCTTCTACAAGCAACTACATTGTTTGGAGTTCT
CTATGACGAGACTACAGGACCAGGCTGTCACCACCTCGCCTTTCTCATCG
CGGGTCTCTATATCTGGGCTTATTGCATCGTGGGCGGAGAAGATGGTACT
GGGGGAGCGAACGGAGCACGGAAAATCAGTCGACGACCTCTTCGGCTCGA
TAAAACAGTCCCCGATGATATGAAAGAGTTCTGGATCCAAGGCACGCTAG
AAGCTCCTATCTATGTCAAAGGAGCAGGTATTTTGAACGGCCCGGAGAGT
GCGATCCGTGTTCTCAAAGCTCTTAGGCTCGCCCTGTCGAGTCACACGTC
TTGGCCTTCTCTTCGGCATGGGCTAATATACTCTATTTCGGAGATGATAG
AGGGTAGGTTCGCGTCGCATAGCCCGGAGTTAAAGTCTAGTGGACAGAGA
AAGAGCGTGATTAGGGGAAGTCAAGCATAG 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 five_prime_UTR feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type |
|---|
| KJC3_007200-T1.utr5p1 | KJC3_007200-T1.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:
| Feature Name | Unique Name | Species | Type |
|---|
| KJC3_007200-T1.utr3p1 | KJC3_007200-T1.utr3p1 | Aspergillus niger KJC3 | three_prime_UTR |
Properties
| Property Name | Value |
|---|
| DBxref | InterPro:IPR036236 |
| DBxref | InterPro:IPR007219 |
| DBxref | InterPro:IPR036864 |
| DBxref | InterPro:IPR013087 |
| DBxref | InterPro:IPR001138 |
| DBxref | PFAM:PF00172 |
| DBxref | PFAM:PF00096 |
| 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 |
|---|
| ch5 | supercontig | ch5:1793519..1796365 + |
|
