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Sequences
The following sequences are available for this feature:
mRNA from alignment at ch4:5978060..5981357+ Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below. >KJC3_006530-T3 ID=KJC3_006530-T3|Name=KJC3_006530-T3|organism=Aspergillus niger KJC3|type=mRNA|length=3298bp|location=Sequence derived from alignment at ch4:5978060..5981357+ (Aspergillus niger KJC3)
TCCCAATACTTCACCGAGAACTTTTTCCATCTCTTCGTCTTCTACCTGAT
GAGGTATGTTTGGTTGGATGTTCTACCAATGAAGGCGAGTCAAACGCACC
CGTGCAATAACCGACTGACAAATCCGGATCCACATTTGTCATAGAAACTT
CTACTTCTTTGCCCTTTAAAGAGGCATCAACATTGCATTTACCCGGCACA
AGTGGCCGCCACCCTGTGCCGAGTCCTGTTATCAGATTCTGCTGGTTCGG
GGCGGGCCTTTATATACATCTGTCCCAAACCCCAATTCTCTTTCTTGTCT
TTGGCCTAACTTGAAATCTTATCATAAAGCTGGCTACTATCACACACTCT
GTTACCAATTTTAGTCGGATGTTCGGACCACCGAGAATCAATCGCCCCCA
ATCTCCATCACTGTCATTGGTGCTTGGCTGGATGGCTGGGCTGTACCCAT
CATCCCGCAGCGAGAAAAATAGCAGATGGCACAATGGCCACCCCGATCGT
AATGGAAAGATCAGCTGTAAGTTTCTTGTGTTGTGAGGTGCATACCCACT
CGGTGAAAGATTTACTTTCAATGTGGTTCTGTTTTTCTACTGGGAGCAGC
TGGTGGCTTGCTTCCTCGATGGCTAACATTCGCTTCTGCAATTATCAAGT
GCGATCTGTGCCACTCAAGGAAGGTGCGTTATCCTATGAAAATTAATCGC
TCTGCTTGGCCTCTTCTCATTGACCCTCATCTAACACACTCGCCTACATA
GGTGAAATGTGACCGGCTGGACCCTTGTATGAACTGCGTGGACGCCCGCG
CGGAGTGTCGGCGAACCCGGCCCAGACGCAGTATGCGTCCCAGGGTTTCC
CGGTAAGTCGGTCTAAACTCAATGTGTTCGGTCATCTCTGGGGTTTCGGA
TTGTAACGCCCAGTCCAGAATTGCCGGACTGTCGGAGAGGCTATCGACTC
TTGAGCATGTTGTTTCCTACCCTCCAAGTGCTGCAGCGACCTCTTCACAG
AGCCACGGTCCATCTCAGGCTGGGGAATCAAACAGTACCAGAATTGATCA
GCCCATATCGTCTCATGTCCCGGAATCTGTTATTCGGCGGGATTCGAATT
CTGCTAAAGGGAATACCCCTTCTCAGAGAGTCTCCGAGTCTCCAGTTGTG
AACGAGGACACGCCCCTTCAGCAAGTCACCGAAGCACGACGATTAATCCA
ACAGGAACTGCAGCATAGGAATCACCTATCTCTCCAGAGACGGACAGTTC
TGGAGAACGCTCTATCGCTGGTCAATAAGATATCCGCATCTTCCACAGAG
CCTAAGCTTGTCAGTGGGAACCAGAGAAGGGCAGATGATCATGACACACC
TGTATGCGAAGAATTTCCATTGGAAGTCTACCTTATGATGTCTAAGGGTT
CGTGTTATTGGAAGTTAGAGCAAGTCAGGTGGACTCTGACATCGCATAGA
TATATCACATCAGCACTCCGCTCAGAGACACTTCTATTGGCCCGACCACA
TATCGATCAAATGTCTAGAGCATATGAGCCTCTCGCTTGCAGAGGGCAAC
CTAGATCGGCAGACATCTCTGCATTATCGGGTATGCGTCTACACTAAAGC
TCTGTTCTTTCTCGCCCGTGTGCCGCAGCAACGCTTGGGCGGGCGGCTCC
GCACACACGTCAGAAAGACCCAAGAGAAATATGCGTCGGCGGCTTTGCAG
GCATTGGATCAGATAAATTTCGTTGGTACACACTCTATCACTCTGGTACA
GGCCTTGCTATCCGGTGTATGTTACCCTTCCTATCGCTCGAACAGAAGTT
GACCAAGACTCCACTTTAGGCGCTCCTGCACCAAATGCGGGGATATCCAA
CTCGAGGCTGGATGCTCACGGCATTCGCTTCGCAGATCCTTGTTGCCATG
AACTATCATACAATCAGAGACGGTACCCCAGTCCGTTGTCAGGAGGATCA
AGATGCTCGTTTCTGTCTTTTTTCTTGCTTCTACCTTGACAAGATGCTGG
GCATGCTTCTCCTTCGTCCTCCTTCATTGCCAAGGCTGAAAATAAACCCA
GTATCACTAATCCCAATGGAGGATGGTACTCCTCTAAGTATGATTGTTAA
GACGATGATTGAGTTTGCCCAGATCCAAGAGGCTGTAATGGAGGTAGTTC
ACGGAAAACATGGCCTCAGTGATGCCAGCGACCCGGACATAACCCTGTGC
ACAATCATACAAAAGCTCATTTCGTTGCGAAGTGTGATTGACGAGGTACG
TTGTCCATCCATCCTCGAACATCCTCATCGCTTTCCGACCGTAATCTAAC
GGTTCTATAAGCGATGCCGCAATTCGAGTCCTGCTTTACAGGTGGAATGG
ATTGCCACTGAGTTCCGATATCACGCTATCTTAACAACGCTGCTGCATCT
TAGCCCTAAGGTGCAAGCCGAGCCTCCAGCTCGCGAAGAGTGTCTATCAC
AAGCGCGCCACGCCCTGAAAGCTCTCGACCGTTTACAAAAAGTTCTCAAC
GAGGACGATGGCTTCGTTGGTACCTATTCGATGTTTCTATCATGGTTAGT
ATACCATCCTCACTCCATCTTGACATCATTCTAACAGGGTTATTTACTAG
GACGGTCCTCTTCTATCCCACGACCCCCTTTTACATTTTATTCTGCAATG
TAGTCGGTACATCTAATACGGAAGACTACCAATTGATGCAGGGAACGACT
CAAGGGCTGCATCGATTCGTTGACACCAATCCATCCTTTTCCAAATTATA
CCACTTATTCACCGCGTTCCTCAACTTATGCAGTCCGCTTATGGAAGGAG
TGGACAGCATTAACACGGTGGTTACGCCACCAGACACGACCAACATGTCT
ACGATTTTATCAAATGCTGCACCAGAAGGGGTAATGCCCCCGGTGAATGC
TAATAATTACGTATATGATGACGCAGTTCGCCTCGGGATCGTCGATAATG
GGAGTATAGATCCCACTGTGATTTCGTCGTGGAACAACACGCAGATGTGG
GAGTTATTTGGCGTGCAGTCTTCGCTGGAGTGGGTAGATTCTGAGGTTTC
TCACGCCATGCCGGAGTATCAATAGTTTTAACAATCCTAATGTGGATATG
GAGGGTTCACTTTGACTGCTTTACCTTCCTGGATGTTCTCATGTCTTCAC
ACTAACTTCGGGCGTATCCTTTAATGTACAATATGAGTCACGATGCCATT
CAGTTCCTTTGTTCACTCTGTACATAGCATATGCATTATTCACATGTATC
TGAGATTGTTTGCCCTACTACCTTACACTCAACACTCAACACTCAACA back to topCoding sequence (CDS) from alignment at ch4:5978060..5981357+ >KJC3_006530-T3 ID=KJC3_006530-T3|Name=KJC3_006530-T3|organism=Aspergillus niger KJC3|type=CDS|length=9885bp|location=Sequence derived from alignment at ch4:5978060..5981357+ (Aspergillus niger KJC3)
ATGTGTTCGGTCATCTCTGGGGTTTCGGATTGTAACGCCCAGTCCAGAAT
TGCCGGACTGTCGGAGAGGCTATCGACTCTTGAGCATGTTGTTTCCTACC
CTCCAAGTGCTGCAGCGACCTCTTCACAGAGCCACGGTCCATCTCAGGCT
GGGGAATCAAACAGTACCAGAATTGATCAGCCCATATCGTCTCATGTCCC
GGAATCTGTTATTCGGCGGGATTCGAATTCTGCTAAAGGGAATACCCCTT
CTCAGAGAGTCTCCGAGTCTCCAGTTGTGAACGAGGACACGCCCCTTCAG
CAAGTCACCGAAGCACGACGATTAATCCAACAGGAACTGCAGCATAGGAA
TCACCTATCTCTCCAGAGACGGACAGTTCTGGAGAACGCTCTATCGCTGG
TCAATAAGATATCCGCATCTTCCACAGAGCCTAAGCTTGTCAGTGGGAAC
CAGAGAAGGGCAGATGATCATGACACACCTGTATGCGAAGAATTTCCATT
GGAAGTCTACCTTATGATGTCTAAGGATATATCACATCAGCACTCCGCTC
AGAGACACTTCTATTGGCCCGACCACATATCGATCAAATGTCTAGAGCAT
ATGAGCCTCTCGCTTGCAGAGGGCAACCTAGATCGGCAGACATCTCTGCA
TTATCGGGTATGCGTCTACACTAAAGCTCTGTTCTTTCTCGCCCGTGTGC
CGCAGCAACGCTTGGGCGGGCGGCTCCGCACACACGTCAGAAAGACCCAA
GAGAAATATGCGTCGGCGGCTTTGCAGGCATTGGATCAGATAAATTTCGT
TGGTACACACTCTATCACTCTGGTACAGGCCTTGCTATCCGGTGCGCTCC
TGCACCAAATGCGGGGATATCCAACTCGAGGCTGGATGCTCACGGCATTC
GCTTCGCAGATCCTTGTTGCCATGAACTATCATACAATCAGAGACGGTAC
CCCAGTCCGTTGTCAGGAGGATCAAGATGCTCGTTTCTGTCTTTTTTCTT
GCTTCTACCTTGACAAGATGCTGGGCATGCTTCTCCTTCGTCCTCCTTCA
TTGCCAAGGCTGAAAATAAACCCAGTATCACTAATCCCAATGGAGGATGG
TACTCCTCTAAGTATGATTGTTAAGACGATGATTGAGTTTGCCCAGATCC
AAGAGGCTGTAATGGAGGTAGTTCACGGAAAACATGGCCTCAGTGATGCC
AGCGACCCGGACATAACCCTGTGCACAATCATACAAAAGCTCATTTCGTT
GCGAAGTGTGATTGACGAGCGATGCCGCAATTCGAGTCCTGCTTTACAGG
TGGAATGGATTGCCACTGAGTTCCGATATCACGCTATCTTAACAACGCTG
CTGCATCTTAGCCCTAAGGTGCAAGCCGAGCCTCCAGCTCGCGAAGAGTG
TCTATCACAAGCGCGCCACGCCCTGAAAGCTCTCGACCGTTTACAAAAAG
TTCTCAACGAGGACGATGGCTTCGTTGGTACCTATTCGATGTTTCTATCA
TGGACGGTCCTCTTCTATCCCACGACCCCCTTTTACATTTTATTCTGCAA
TGTAGTCGGTACATCTAATACGGAAGACTACCAATTGATGCAGGGAACGA
CTCAAGGGCTGCATCGATTCGTTGACACCAATCCATCCTTTTCCAAATTA
TACCACTTATTCACCGCGTTCCTCAACTTATGCAGTCCGCTTATGGAAGG
AGTGGACAGCATTAACACGGTGGTTACGCCACCAGACACGACCAACATGT
CTACGATTTTATCAAATGCTGCACCAGAAGGGGTAATGCCCCCGGTGAAT
GCTAATAATTACGTATATGATGACGCAGTTCGCCTCGGGATCGTCGATAA
TGGGAGTATAGATCCCACTGTGATTTCGTCGTGGAACAACACGCAGATGT
GGGAGTTATTTGGCGTGCAGTCTTCGCTGGAGTGGGTAGATTCTGAGGTT
TCTCACGCCATGCCGGAGTATCAATAGATGTGTTCGGTCATCTCTGGGGT
TTCGGATTGTAACGCCCAGTCCAGAATTGCCGGACTGTCGGAGAGGCTAT
CGACTCTTGAGCATGTTGTTTCCTACCCTCCAAGTGCTGCAGCGACCTCT
TCACAGAGCCACGGTCCATCTCAGGCTGGGGAATCAAACAGTACCAGAAT
TGATCAGCCCATATCGTCTCATGTCCCGGAATCTGTTATTCGGCGGGATT
CGAATTCTGCTAAAGGGAATACCCCTTCTCAGAGAGTCTCCGAGTCTCCA
GTTGTGAACGAGGACACGCCCCTTCAGCAAGTCACCGAAGCACGACGATT
AATCCAACAGGAACTGCAGCATAGGAATCACCTATCTCTCCAGAGACGGA
CAGTTCTGGAGAACGCTCTATCGCTGGTCAATAAGATATCCGCATCTTCC
ACAGAGCCTAAGCTTGTCAGTGGGAACCAGAGAAGGGCAGATGATCATGA
CACACCTGTATGCGAAGAATTTCCATTGGAAGTCTACCTTATGATGTCTA
AGGATATATCACATCAGCACTCCGCTCAGAGACACTTCTATTGGCCCGAC
CACATATCGATCAAATGTCTAGAGCATATGAGCCTCTCGCTTGCAGAGGG
CAACCTAGATCGGCAGACATCTCTGCATTATCGGGTATGCGTCTACACTA
AAGCTCTGTTCTTTCTCGCCCGTGTGCCGCAGCAACGCTTGGGCGGGCGG
CTCCGCACACACGTCAGAAAGACCCAAGAGAAATATGCGTCGGCGGCTTT
GCAGGCATTGGATCAGATAAATTTCGTTGGTACACACTCTATCACTCTGG
TACAGGCCTTGCTATCCGGTGCGCTCCTGCACCAAATGCGGGGATATCCA
ACTCGAGGCTGGATGCTCACGGCATTCGCTTCGCAGATCCTTGTTGCCAT
GAACTATCATACAATCAGAGACGGTACCCCAGTCCGTTGTCAGGAGGATC
AAGATGCTCGTTTCTGTCTTTTTTCTTGCTTCTACCTTGACAAGATGCTG
GGCATGCTTCTCCTTCGTCCTCCTTCATTGCCAAGGCTGAAAATAAACCC
AGTATCACTAATCCCAATGGAGGATGGTACTCCTCTAAGTATGATTGTTA
AGACGATGATTGAGTTTGCCCAGATCCAAGAGGCTGTAATGGAGGTAGTT
CACGGAAAACATGGCCTCAGTGATGCCAGCGACCCGGACATAACCCTGTG
CACAATCATACAAAAGCTCATTTCGTTGCGAAGTGTGATTGACGAGCGAT
GCCGCAATTCGAGTCCTGCTTTACAGGTGGAATGGATTGCCACTGAGTTC
CGATATCACGCTATCTTAACAACGCTGCTGCATCTTAGCCCTAAGGTGCA
AGCCGAGCCTCCAGCTCGCGAAGAGTGTCTATCACAAGCGCGCCACGCCC
TGAAAGCTCTCGACCGTTTACAAAAAGTTCTCAACGAGGACGATGGCTTC
GTTGGTACCTATTCGATGTTTCTATCATGGACGGTCCTCTTCTATCCCAC
GACCCCCTTTTACATTTTATTCTGCAATGTAGTCGGTACATCTAATACGG
AAGACTACCAATTGATGCAGGGAACGACTCAAGGGCTGCATCGATTCGTT
GACACCAATCCATCCTTTTCCAAATTATACCACTTATTCACCGCGTTCCT
CAACTTATGCAGTCCGCTTATGGAAGGAGTGGACAGCATTAACACGGTGG
TTACGCCACCAGACACGACCAACATGTCTACGATTTTATCAAATGCTGCA
CCAGAAGGGGTAATGCCCCCGGTGAATGCTAATAATTACGTATATGATGA
CGCAGTTCGCCTCGGGATCGTCGATAATGGGAGTATAGATCCCACTGTGA
TTTCGTCGTGGAACAACACGCAGATGTGGGAGTTATTTGGCGTGCAGTCT
TCGCTGGAGTGGGTAGATTCTGAGGTTTCTCACGCCATGCCGGAGTATCA
ATAGATGTGTTCGGTCATCTCTGGGGTTTCGGATTGTAACGCCCAGTCCA
GAATTGCCGGACTGTCGGAGAGGCTATCGACTCTTGAGCATGTTGTTTCC
TACCCTCCAAGTGCTGCAGCGACCTCTTCACAGAGCCACGGTCCATCTCA
GGCTGGGGAATCAAACAGTACCAGAATTGATCAGCCCATATCGTCTCATG
TCCCGGAATCTGTTATTCGGCGGGATTCGAATTCTGCTAAAGGGAATACC
CCTTCTCAGAGAGTCTCCGAGTCTCCAGTTGTGAACGAGGACACGCCCCT
TCAGCAAGTCACCGAAGCACGACGATTAATCCAACAGGAACTGCAGCATA
GGAATCACCTATCTCTCCAGAGACGGACAGTTCTGGAGAACGCTCTATCG
CTGGTCAATAAGATATCCGCATCTTCCACAGAGCCTAAGCTTGTCAGTGG
GAACCAGAGAAGGGCAGATGATCATGACACACCTGTATGCGAAGAATTTC
CATTGGAAGTCTACCTTATGATGTCTAAGGATATATCACATCAGCACTCC
GCTCAGAGACACTTCTATTGGCCCGACCACATATCGATCAAATGTCTAGA
GCATATGAGCCTCTCGCTTGCAGAGGGCAACCTAGATCGGCAGACATCTC
TGCATTATCGGGTATGCGTCTACACTAAAGCTCTGTTCTTTCTCGCCCGT
GTGCCGCAGCAACGCTTGGGCGGGCGGCTCCGCACACACGTCAGAAAGAC
CCAAGAGAAATATGCGTCGGCGGCTTTGCAGGCATTGGATCAGATAAATT
TCGTTGGTACACACTCTATCACTCTGGTACAGGCCTTGCTATCCGGTGCG
CTCCTGCACCAAATGCGGGGATATCCAACTCGAGGCTGGATGCTCACGGC
ATTCGCTTCGCAGATCCTTGTTGCCATGAACTATCATACAATCAGAGACG
GTACCCCAGTCCGTTGTCAGGAGGATCAAGATGCTCGTTTCTGTCTTTTT
TCTTGCTTCTACCTTGACAAGATGCTGGGCATGCTTCTCCTTCGTCCTCC
TTCATTGCCAAGGCTGAAAATAAACCCAGTATCACTAATCCCAATGGAGG
ATGGTACTCCTCTAAGTATGATTGTTAAGACGATGATTGAGTTTGCCCAG
ATCCAAGAGGCTGTAATGGAGGTAGTTCACGGAAAACATGGCCTCAGTGA
TGCCAGCGACCCGGACATAACCCTGTGCACAATCATACAAAAGCTCATTT
CGTTGCGAAGTGTGATTGACGAGCGATGCCGCAATTCGAGTCCTGCTTTA
CAGGTGGAATGGATTGCCACTGAGTTCCGATATCACGCTATCTTAACAAC
GCTGCTGCATCTTAGCCCTAAGGTGCAAGCCGAGCCTCCAGCTCGCGAAG
AGTGTCTATCACAAGCGCGCCACGCCCTGAAAGCTCTCGACCGTTTACAA
AAAGTTCTCAACGAGGACGATGGCTTCGTTGGTACCTATTCGATGTTTCT
ATCATGGACGGTCCTCTTCTATCCCACGACCCCCTTTTACATTTTATTCT
GCAATGTAGTCGGTACATCTAATACGGAAGACTACCAATTGATGCAGGGA
ACGACTCAAGGGCTGCATCGATTCGTTGACACCAATCCATCCTTTTCCAA
ATTATACCACTTATTCACCGCGTTCCTCAACTTATGCAGTCCGCTTATGG
AAGGAGTGGACAGCATTAACACGGTGGTTACGCCACCAGACACGACCAAC
ATGTCTACGATTTTATCAAATGCTGCACCAGAAGGGGTAATGCCCCCGGT
GAATGCTAATAATTACGTATATGATGACGCAGTTCGCCTCGGGATCGTCG
ATAATGGGAGTATAGATCCCACTGTGATTTCGTCGTGGAACAACACGCAG
ATGTGGGAGTTATTTGGCGTGCAGTCTTCGCTGGAGTGGGTAGATTCTGA
GGTTTCTCACGCCATGCCGGAGTATCAATAGATGTGTTCGGTCATCTCTG
GGGTTTCGGATTGTAACGCCCAGTCCAGAATTGCCGGACTGTCGGAGAGG
CTATCGACTCTTGAGCATGTTGTTTCCTACCCTCCAAGTGCTGCAGCGAC
CTCTTCACAGAGCCACGGTCCATCTCAGGCTGGGGAATCAAACAGTACCA
GAATTGATCAGCCCATATCGTCTCATGTCCCGGAATCTGTTATTCGGCGG
GATTCGAATTCTGCTAAAGGGAATACCCCTTCTCAGAGAGTCTCCGAGTC
TCCAGTTGTGAACGAGGACACGCCCCTTCAGCAAGTCACCGAAGCACGAC
GATTAATCCAACAGGAACTGCAGCATAGGAATCACCTATCTCTCCAGAGA
CGGACAGTTCTGGAGAACGCTCTATCGCTGGTCAATAAGATATCCGCATC
TTCCACAGAGCCTAAGCTTGTCAGTGGGAACCAGAGAAGGGCAGATGATC
ATGACACACCTGTATGCGAAGAATTTCCATTGGAAGTCTACCTTATGATG
TCTAAGGATATATCACATCAGCACTCCGCTCAGAGACACTTCTATTGGCC
CGACCACATATCGATCAAATGTCTAGAGCATATGAGCCTCTCGCTTGCAG
AGGGCAACCTAGATCGGCAGACATCTCTGCATTATCGGGTATGCGTCTAC
ACTAAAGCTCTGTTCTTTCTCGCCCGTGTGCCGCAGCAACGCTTGGGCGG
GCGGCTCCGCACACACGTCAGAAAGACCCAAGAGAAATATGCGTCGGCGG
CTTTGCAGGCATTGGATCAGATAAATTTCGTTGGTACACACTCTATCACT
CTGGTACAGGCCTTGCTATCCGGTGCGCTCCTGCACCAAATGCGGGGATA
TCCAACTCGAGGCTGGATGCTCACGGCATTCGCTTCGCAGATCCTTGTTG
CCATGAACTATCATACAATCAGAGACGGTACCCCAGTCCGTTGTCAGGAG
GATCAAGATGCTCGTTTCTGTCTTTTTTCTTGCTTCTACCTTGACAAGAT
GCTGGGCATGCTTCTCCTTCGTCCTCCTTCATTGCCAAGGCTGAAAATAA
ACCCAGTATCACTAATCCCAATGGAGGATGGTACTCCTCTAAGTATGATT
GTTAAGACGATGATTGAGTTTGCCCAGATCCAAGAGGCTGTAATGGAGGT
AGTTCACGGAAAACATGGCCTCAGTGATGCCAGCGACCCGGACATAACCC
TGTGCACAATCATACAAAAGCTCATTTCGTTGCGAAGTGTGATTGACGAG
CGATGCCGCAATTCGAGTCCTGCTTTACAGGTGGAATGGATTGCCACTGA
GTTCCGATATCACGCTATCTTAACAACGCTGCTGCATCTTAGCCCTAAGG
TGCAAGCCGAGCCTCCAGCTCGCGAAGAGTGTCTATCACAAGCGCGCCAC
GCCCTGAAAGCTCTCGACCGTTTACAAAAAGTTCTCAACGAGGACGATGG
CTTCGTTGGTACCTATTCGATGTTTCTATCATGGACGGTCCTCTTCTATC
CCACGACCCCCTTTTACATTTTATTCTGCAATGTAGTCGGTACATCTAAT
ACGGAAGACTACCAATTGATGCAGGGAACGACTCAAGGGCTGCATCGATT
CGTTGACACCAATCCATCCTTTTCCAAATTATACCACTTATTCACCGCGT
TCCTCAACTTATGCAGTCCGCTTATGGAAGGAGTGGACAGCATTAACACG
GTGGTTACGCCACCAGACACGACCAACATGTCTACGATTTTATCAAATGC
TGCACCAGAAGGGGTAATGCCCCCGGTGAATGCTAATAATTACGTATATG
ATGACGCAGTTCGCCTCGGGATCGTCGATAATGGGAGTATAGATCCCACT
GTGATTTCGTCGTGGAACAACACGCAGATGTGGGAGTTATTTGGCGTGCA
GTCTTCGCTGGAGTGGGTAGATTCTGAGGTTTCTCACGCCATGCCGGAGT
ATCAATAGATGTGTTCGGTCATCTCTGGGGTTTCGGATTGTAACGCCCAG
TCCAGAATTGCCGGACTGTCGGAGAGGCTATCGACTCTTGAGCATGTTGT
TTCCTACCCTCCAAGTGCTGCAGCGACCTCTTCACAGAGCCACGGTCCAT
CTCAGGCTGGGGAATCAAACAGTACCAGAATTGATCAGCCCATATCGTCT
CATGTCCCGGAATCTGTTATTCGGCGGGATTCGAATTCTGCTAAAGGGAA
TACCCCTTCTCAGAGAGTCTCCGAGTCTCCAGTTGTGAACGAGGACACGC
CCCTTCAGCAAGTCACCGAAGCACGACGATTAATCCAACAGGAACTGCAG
CATAGGAATCACCTATCTCTCCAGAGACGGACAGTTCTGGAGAACGCTCT
ATCGCTGGTCAATAAGATATCCGCATCTTCCACAGAGCCTAAGCTTGTCA
GTGGGAACCAGAGAAGGGCAGATGATCATGACACACCTGTATGCGAAGAA
TTTCCATTGGAAGTCTACCTTATGATGTCTAAGGATATATCACATCAGCA
CTCCGCTCAGAGACACTTCTATTGGCCCGACCACATATCGATCAAATGTC
TAGAGCATATGAGCCTCTCGCTTGCAGAGGGCAACCTAGATCGGCAGACA
TCTCTGCATTATCGGGTATGCGTCTACACTAAAGCTCTGTTCTTTCTCGC
CCGTGTGCCGCAGCAACGCTTGGGCGGGCGGCTCCGCACACACGTCAGAA
AGACCCAAGAGAAATATGCGTCGGCGGCTTTGCAGGCATTGGATCAGATA
AATTTCGTTGGTACACACTCTATCACTCTGGTACAGGCCTTGCTATCCGG
TGCGCTCCTGCACCAAATGCGGGGATATCCAACTCGAGGCTGGATGCTCA
CGGCATTCGCTTCGCAGATCCTTGTTGCCATGAACTATCATACAATCAGA
GACGGTACCCCAGTCCGTTGTCAGGAGGATCAAGATGCTCGTTTCTGTCT
TTTTTCTTGCTTCTACCTTGACAAGATGCTGGGCATGCTTCTCCTTCGTC
CTCCTTCATTGCCAAGGCTGAAAATAAACCCAGTATCACTAATCCCAATG
GAGGATGGTACTCCTCTAAGTATGATTGTTAAGACGATGATTGAGTTTGC
CCAGATCCAAGAGGCTGTAATGGAGGTAGTTCACGGAAAACATGGCCTCA
GTGATGCCAGCGACCCGGACATAACCCTGTGCACAATCATACAAAAGCTC
ATTTCGTTGCGAAGTGTGATTGACGAGCGATGCCGCAATTCGAGTCCTGC
TTTACAGGTGGAATGGATTGCCACTGAGTTCCGATATCACGCTATCTTAA
CAACGCTGCTGCATCTTAGCCCTAAGGTGCAAGCCGAGCCTCCAGCTCGC
GAAGAGTGTCTATCACAAGCGCGCCACGCCCTGAAAGCTCTCGACCGTTT
ACAAAAAGTTCTCAACGAGGACGATGGCTTCGTTGGTACCTATTCGATGT
TTCTATCATGGACGGTCCTCTTCTATCCCACGACCCCCTTTTACATTTTA
TTCTGCAATGTAGTCGGTACATCTAATACGGAAGACTACCAATTGATGCA
GGGAACGACTCAAGGGCTGCATCGATTCGTTGACACCAATCCATCCTTTT
CCAAATTATACCACTTATTCACCGCGTTCCTCAACTTATGCAGTCCGCTT
ATGGAAGGAGTGGACAGCATTAACACGGTGGTTACGCCACCAGACACGAC
CAACATGTCTACGATTTTATCAAATGCTGCACCAGAAGGGGTAATGCCCC
CGGTGAATGCTAATAATTACGTATATGATGACGCAGTTCGCCTCGGGATC
GTCGATAATGGGAGTATAGATCCCACTGTGATTTCGTCGTGGAACAACAC
GCAGATGTGGGAGTTATTTGGCGTGCAGTCTTCGCTGGAGTGGGTAGATT
CTGAGGTTTCTCACGCCATGCCGGAGTATCAATAG back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
| Term | Definition |
|---|
| GO:0042025 | host cell nucleus |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0006355 | regulation of transcription, DNA-templated |
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0000981 | DNA-binding transcription factor activity, RNA polymerase II-specific |
| GO:0008270 | zinc ion 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:
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_006530-T3.utr3p1 | KJC3_006530-T3.utr3p1 | Aspergillus niger KJC3 | three_prime_UTR |
Properties
| Property Name | Value |
|---|
| DBxref | InterPro:IPR036864 |
| DBxref | InterPro:IPR001138 |
| DBxref | PFAM:PF00172 |
| 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 |
|---|
| ch4 | supercontig | ch4:5978060..5981357 + |
|
