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Sequences
The following sequences are available for this feature:
mRNA from alignment at ch8:241694..243781+ Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below. >KJC3_011298-T1 ID=KJC3_011298-T1|Name=KJC3_011298-T1|organism=Aspergillus niger KJC3|type=mRNA|length=2088bp|location=Sequence derived from alignment at ch8:241694..243781+ (Aspergillus niger KJC3)
CGTTATGCTCAGCTCCCCCATCGCCACCATGCTAGTCACAATGTGGACGG
GGGCTTTTATTGCCATTACCAGTGTATATATTTTCTTCGCCGTTCTTACC
CGCAAGAGCAAGCGTCCGCCTCTACCTCCCGGTCCTCGACGGAAACCCAT
CGTGGGTAATCTCTGGGACCTGCCCGATCCAAGCCAGCAGGATTGGCAGC
ACTGGCTGAAGCACAAGGATCGCTATGGTATGACTGGGTGTTGAACTGAC
TTGGAAATGTGTGGCATCCTGTCTGACTGCGAAAAGACCCAATCAGTTCA
CTCAGCATCATGGGCCAAACCATCATCGTCCTGAACGACGCCCGACTAGC
GGTAGAATTACTTGAGTCACGATCGTCGATCCATTCCTCGCGTCCGCAAC
AACACTTTGCAGAGATGTGAGACAACAAGACCTACATAAGTAGGACCGCA
CATCAACTAATCAATTGTACAGGGCGGGTTGGAACAACGTCCTCGGAGCG
GTGAAGCAGTCCCAGCGCTTCCGAGCAACGCGCAAGAACCTGCATAGGGA
GATTGGCTCCAACGTTTCGGTCGCTCGATTCAATGAAATCCAGACAGCGG
AGGTGGGTCGGTTTCTACTGAGGGTGCTGGATGCGCCGGATAAGTTGATG
AAGCATATACGCAAGTGGGTCGAAACCACCTTCCTCCCATACCCCTTCAT
CGATCGCGGAGACTAAAGATTAACCACCAGAGAGGCGGGCGCAATCATCC
TAAAGGTAGGGTATGGATATACCATCGAACCGCATGATCAAGACCCATTG
GTTGATCTGGCCGACAAAGCAATGATGGATTTTTCGATGGCTATGCTTCC
AGCCACATGGGCAGTGGACTTTTTCCCACCCCGTAAGCCATAGCCCGCAG
TCATACAGAGACAAGCCAGACTAATTGGATTATCAGTGAAGTATCTTCCA
TCTTGGTTTCCAGGCACAGAATTTATGAAGATCGCACAACGCTATCGAAA
GAATGTCACGGCATTTAGCGATATCCCATACGCATTCGTGAAGGAACAAA
TGCGCACTGGCCGCTTTGTTCCCTCTTTTCTCTCCAACCTCCTCGAGAGC
AGTGACCTAGAGCCTGGATCCGAAGAAGAGAACACGGTCAAGTGGTCGGC
TGGATCGCTTTACGCTGGGGGTGCAGATACGGTAAGGAGCGCTTGCCTTG
TGCTGATTCGATCCGACATGCATACAATGCCGTACTAACAATTCATCAAC
AGACCGTATCCTCCATAGCCAGCTTCTTCCTCGCAATGGCTCTCTTCCCC
GAAGTGCAGCGCAAGGCGCAGCAGGAACTCGACACGGTGATTGGAACAGA
TCGACTGCCGCAGTACGCGGACCGGGAACAATTACCTTATATCAATGCGT
TAGTCAAAGAGACGTTCCGATGGCATCCAGTGGTACCCATGAGCCTCACC
CACACCTCAACCGCCGATGATGTATGCGAGGGTTACTTTATCCCTAAGGG
GTCATCAGTTCTTGCCAATATATGGTCAGTCCCCCTTTCACCCTATGACC
CATACATTTTACCACCAATTAACACTAGTGAAATCATATAGGGCATTCAC
CCACGACCCAGCAGCCTACCACGACCCCATGTCATTCAAACCCGAACGAT
TCCTTGGCCCAAAGCCAGAGCGAGATCCTCACTTCCTTGTATTCGGGTTC
GGTCGACGAGTCTGTCCGGGGCGGACTCTGGCTGATGTGAACGTGTATCT
CACTGTCGCTCAAGCACTTGCTGTGTTTGAGATCTCGAAGCCAGTGGAAA
ACGGGAAAGTTAAGGATGTTCAGCCGGAATTTCTGCCCGGTGTCATCAGT
CATCCTGCGCCGTTTGATGTGTCTATTCGGCCGAGGAGCGCGAAGCATTT
GGAATTGCTTCGGTCGTTGGAGCAGAAGTATCCTTGGGAGAAGAGTAATG
CGGAGGATCTGAAGAATATCTAGTATTAGGGTAGGAGGGTGGTGGTGAAG
ATGGTTTCGTGGTTGGGGAAGCCGGAATAGTGGTGGCTAGGGAAGTTGTA
TATAGACCGAGAAGAGATTATATCATATTTATGGCCCG back to topCoding sequence (CDS) from alignment at ch8:241694..243781+ >KJC3_011298-T1 ID=KJC3_011298-T1|Name=KJC3_011298-T1|organism=Aspergillus niger KJC3|type=CDS|length=11172bp|location=Sequence derived from alignment at ch8:241694..243781+ (Aspergillus niger KJC3)
ATGCTCAGCTCCCCCATCGCCACCATGCTAGTCACAATGTGGACGGGGGC
TTTTATTGCCATTACCAGTGTATATATTTTCTTCGCCGTTCTTACCCGCA
AGAGCAAGCGTCCGCCTCTACCTCCCGGTCCTCGACGGAAACCCATCGTG
GGTAATCTCTGGGACCTGCCCGATCCAAGCCAGCAGGATTGGCAGCACTG
GCTGAAGCACAAGGATCGCTATGACCCAATCAGTTCACTCAGCATCATGG
GCCAAACCATCATCGTCCTGAACGACGCCCGACTAGCGGTAGAATTACTT
GAGTCACGATCGTCGATCCATTCCTCGCGTCCGCAACAACACTTTGCAGA
GATGGCGGGTTGGAACAACGTCCTCGGAGCGGTGAAGCAGTCCCAGCGCT
TCCGAGCAACGCGCAAGAACCTGCATAGGGAGATTGGCTCCAACGTTTCG
GTCGCTCGATTCAATGAAATCCAGACAGCGGAGGTGGGTCGGTTTCTACT
GAGGGTGCTGGATGCGCCGGATAAGTTGATGAAGCATATACGCAAAGAGG
CGGGCGCAATCATCCTAAAGGTAGGGTATGGATATACCATCGAACCGCAT
GATCAAGACCCATTGGTTGATCTGGCCGACAAAGCAATGATGGATTTTTC
GATGGCTATGCTTCCAGCCACATGGGCAGTGGACTTTTTCCCACCCCTGA
AGTATCTTCCATCTTGGTTTCCAGGCACAGAATTTATGAAGATCGCACAA
CGCTATCGAAAGAATGTCACGGCATTTAGCGATATCCCATACGCATTCGT
GAAGGAACAAATGCGCACTGGCCGCTTTGTTCCCTCTTTTCTCTCCAACC
TCCTCGAGAGCAGTGACCTAGAGCCTGGATCCGAAGAAGAGAACACGGTC
AAGTGGTCGGCTGGATCGCTTTACGCTGGGGGTGCAGATACGACCGTATC
CTCCATAGCCAGCTTCTTCCTCGCAATGGCTCTCTTCCCCGAAGTGCAGC
GCAAGGCGCAGCAGGAACTCGACACGGTGATTGGAACAGATCGACTGCCG
CAGTACGCGGACCGGGAACAATTACCTTATATCAATGCGTTAGTCAAAGA
GACGTTCCGATGGCATCCAGTGGTACCCATGAGCCTCACCCACACCTCAA
CCGCCGATGATGTATGCGAGGGTTACTTTATCCCTAAGGGGTCATCAGTT
CTTGCCAATATATGGGCATTCACCCACGACCCAGCAGCCTACCACGACCC
CATGTCATTCAAACCCGAACGATTCCTTGGCCCAAAGCCAGAGCGAGATC
CTCACTTCCTTGTATTCGGGTTCGGTCGACGAGTCTGTCCGGGGCGGACT
CTGGCTGATGTGAACGTGTATCTCACTGTCGCTCAAGCACTTGCTGTGTT
TGAGATCTCGAAGCCAGTGGAAAACGGGAAAGTTAAGGATGTTCAGCCGG
AATTTCTGCCCGGTGTCATCAGTCATCCTGCGCCGTTTGATGTGTCTATT
CGGCCGAGGAGCGCGAAGCATTTGGAATTGCTTCGGTCGTTGGAGCAGAA
GTATCCTTGGGAGAAGAGTAATGCGGAGGATCTGAAGAATATCTAGATGC
TCAGCTCCCCCATCGCCACCATGCTAGTCACAATGTGGACGGGGGCTTTT
ATTGCCATTACCAGTGTATATATTTTCTTCGCCGTTCTTACCCGCAAGAG
CAAGCGTCCGCCTCTACCTCCCGGTCCTCGACGGAAACCCATCGTGGGTA
ATCTCTGGGACCTGCCCGATCCAAGCCAGCAGGATTGGCAGCACTGGCTG
AAGCACAAGGATCGCTATGACCCAATCAGTTCACTCAGCATCATGGGCCA
AACCATCATCGTCCTGAACGACGCCCGACTAGCGGTAGAATTACTTGAGT
CACGATCGTCGATCCATTCCTCGCGTCCGCAACAACACTTTGCAGAGATG
GCGGGTTGGAACAACGTCCTCGGAGCGGTGAAGCAGTCCCAGCGCTTCCG
AGCAACGCGCAAGAACCTGCATAGGGAGATTGGCTCCAACGTTTCGGTCG
CTCGATTCAATGAAATCCAGACAGCGGAGGTGGGTCGGTTTCTACTGAGG
GTGCTGGATGCGCCGGATAAGTTGATGAAGCATATACGCAAAGAGGCGGG
CGCAATCATCCTAAAGGTAGGGTATGGATATACCATCGAACCGCATGATC
AAGACCCATTGGTTGATCTGGCCGACAAAGCAATGATGGATTTTTCGATG
GCTATGCTTCCAGCCACATGGGCAGTGGACTTTTTCCCACCCCTGAAGTA
TCTTCCATCTTGGTTTCCAGGCACAGAATTTATGAAGATCGCACAACGCT
ATCGAAAGAATGTCACGGCATTTAGCGATATCCCATACGCATTCGTGAAG
GAACAAATGCGCACTGGCCGCTTTGTTCCCTCTTTTCTCTCCAACCTCCT
CGAGAGCAGTGACCTAGAGCCTGGATCCGAAGAAGAGAACACGGTCAAGT
GGTCGGCTGGATCGCTTTACGCTGGGGGTGCAGATACGACCGTATCCTCC
ATAGCCAGCTTCTTCCTCGCAATGGCTCTCTTCCCCGAAGTGCAGCGCAA
GGCGCAGCAGGAACTCGACACGGTGATTGGAACAGATCGACTGCCGCAGT
ACGCGGACCGGGAACAATTACCTTATATCAATGCGTTAGTCAAAGAGACG
TTCCGATGGCATCCAGTGGTACCCATGAGCCTCACCCACACCTCAACCGC
CGATGATGTATGCGAGGGTTACTTTATCCCTAAGGGGTCATCAGTTCTTG
CCAATATATGGGCATTCACCCACGACCCAGCAGCCTACCACGACCCCATG
TCATTCAAACCCGAACGATTCCTTGGCCCAAAGCCAGAGCGAGATCCTCA
CTTCCTTGTATTCGGGTTCGGTCGACGAGTCTGTCCGGGGCGGACTCTGG
CTGATGTGAACGTGTATCTCACTGTCGCTCAAGCACTTGCTGTGTTTGAG
ATCTCGAAGCCAGTGGAAAACGGGAAAGTTAAGGATGTTCAGCCGGAATT
TCTGCCCGGTGTCATCAGTCATCCTGCGCCGTTTGATGTGTCTATTCGGC
CGAGGAGCGCGAAGCATTTGGAATTGCTTCGGTCGTTGGAGCAGAAGTAT
CCTTGGGAGAAGAGTAATGCGGAGGATCTGAAGAATATCTAGATGCTCAG
CTCCCCCATCGCCACCATGCTAGTCACAATGTGGACGGGGGCTTTTATTG
CCATTACCAGTGTATATATTTTCTTCGCCGTTCTTACCCGCAAGAGCAAG
CGTCCGCCTCTACCTCCCGGTCCTCGACGGAAACCCATCGTGGGTAATCT
CTGGGACCTGCCCGATCCAAGCCAGCAGGATTGGCAGCACTGGCTGAAGC
ACAAGGATCGCTATGACCCAATCAGTTCACTCAGCATCATGGGCCAAACC
ATCATCGTCCTGAACGACGCCCGACTAGCGGTAGAATTACTTGAGTCACG
ATCGTCGATCCATTCCTCGCGTCCGCAACAACACTTTGCAGAGATGGCGG
GTTGGAACAACGTCCTCGGAGCGGTGAAGCAGTCCCAGCGCTTCCGAGCA
ACGCGCAAGAACCTGCATAGGGAGATTGGCTCCAACGTTTCGGTCGCTCG
ATTCAATGAAATCCAGACAGCGGAGGTGGGTCGGTTTCTACTGAGGGTGC
TGGATGCGCCGGATAAGTTGATGAAGCATATACGCAAAGAGGCGGGCGCA
ATCATCCTAAAGGTAGGGTATGGATATACCATCGAACCGCATGATCAAGA
CCCATTGGTTGATCTGGCCGACAAAGCAATGATGGATTTTTCGATGGCTA
TGCTTCCAGCCACATGGGCAGTGGACTTTTTCCCACCCCTGAAGTATCTT
CCATCTTGGTTTCCAGGCACAGAATTTATGAAGATCGCACAACGCTATCG
AAAGAATGTCACGGCATTTAGCGATATCCCATACGCATTCGTGAAGGAAC
AAATGCGCACTGGCCGCTTTGTTCCCTCTTTTCTCTCCAACCTCCTCGAG
AGCAGTGACCTAGAGCCTGGATCCGAAGAAGAGAACACGGTCAAGTGGTC
GGCTGGATCGCTTTACGCTGGGGGTGCAGATACGACCGTATCCTCCATAG
CCAGCTTCTTCCTCGCAATGGCTCTCTTCCCCGAAGTGCAGCGCAAGGCG
CAGCAGGAACTCGACACGGTGATTGGAACAGATCGACTGCCGCAGTACGC
GGACCGGGAACAATTACCTTATATCAATGCGTTAGTCAAAGAGACGTTCC
GATGGCATCCAGTGGTACCCATGAGCCTCACCCACACCTCAACCGCCGAT
GATGTATGCGAGGGTTACTTTATCCCTAAGGGGTCATCAGTTCTTGCCAA
TATATGGGCATTCACCCACGACCCAGCAGCCTACCACGACCCCATGTCAT
TCAAACCCGAACGATTCCTTGGCCCAAAGCCAGAGCGAGATCCTCACTTC
CTTGTATTCGGGTTCGGTCGACGAGTCTGTCCGGGGCGGACTCTGGCTGA
TGTGAACGTGTATCTCACTGTCGCTCAAGCACTTGCTGTGTTTGAGATCT
CGAAGCCAGTGGAAAACGGGAAAGTTAAGGATGTTCAGCCGGAATTTCTG
CCCGGTGTCATCAGTCATCCTGCGCCGTTTGATGTGTCTATTCGGCCGAG
GAGCGCGAAGCATTTGGAATTGCTTCGGTCGTTGGAGCAGAAGTATCCTT
GGGAGAAGAGTAATGCGGAGGATCTGAAGAATATCTAGATGCTCAGCTCC
CCCATCGCCACCATGCTAGTCACAATGTGGACGGGGGCTTTTATTGCCAT
TACCAGTGTATATATTTTCTTCGCCGTTCTTACCCGCAAGAGCAAGCGTC
CGCCTCTACCTCCCGGTCCTCGACGGAAACCCATCGTGGGTAATCTCTGG
GACCTGCCCGATCCAAGCCAGCAGGATTGGCAGCACTGGCTGAAGCACAA
GGATCGCTATGACCCAATCAGTTCACTCAGCATCATGGGCCAAACCATCA
TCGTCCTGAACGACGCCCGACTAGCGGTAGAATTACTTGAGTCACGATCG
TCGATCCATTCCTCGCGTCCGCAACAACACTTTGCAGAGATGGCGGGTTG
GAACAACGTCCTCGGAGCGGTGAAGCAGTCCCAGCGCTTCCGAGCAACGC
GCAAGAACCTGCATAGGGAGATTGGCTCCAACGTTTCGGTCGCTCGATTC
AATGAAATCCAGACAGCGGAGGTGGGTCGGTTTCTACTGAGGGTGCTGGA
TGCGCCGGATAAGTTGATGAAGCATATACGCAAAGAGGCGGGCGCAATCA
TCCTAAAGGTAGGGTATGGATATACCATCGAACCGCATGATCAAGACCCA
TTGGTTGATCTGGCCGACAAAGCAATGATGGATTTTTCGATGGCTATGCT
TCCAGCCACATGGGCAGTGGACTTTTTCCCACCCCTGAAGTATCTTCCAT
CTTGGTTTCCAGGCACAGAATTTATGAAGATCGCACAACGCTATCGAAAG
AATGTCACGGCATTTAGCGATATCCCATACGCATTCGTGAAGGAACAAAT
GCGCACTGGCCGCTTTGTTCCCTCTTTTCTCTCCAACCTCCTCGAGAGCA
GTGACCTAGAGCCTGGATCCGAAGAAGAGAACACGGTCAAGTGGTCGGCT
GGATCGCTTTACGCTGGGGGTGCAGATACGACCGTATCCTCCATAGCCAG
CTTCTTCCTCGCAATGGCTCTCTTCCCCGAAGTGCAGCGCAAGGCGCAGC
AGGAACTCGACACGGTGATTGGAACAGATCGACTGCCGCAGTACGCGGAC
CGGGAACAATTACCTTATATCAATGCGTTAGTCAAAGAGACGTTCCGATG
GCATCCAGTGGTACCCATGAGCCTCACCCACACCTCAACCGCCGATGATG
TATGCGAGGGTTACTTTATCCCTAAGGGGTCATCAGTTCTTGCCAATATA
TGGGCATTCACCCACGACCCAGCAGCCTACCACGACCCCATGTCATTCAA
ACCCGAACGATTCCTTGGCCCAAAGCCAGAGCGAGATCCTCACTTCCTTG
TATTCGGGTTCGGTCGACGAGTCTGTCCGGGGCGGACTCTGGCTGATGTG
AACGTGTATCTCACTGTCGCTCAAGCACTTGCTGTGTTTGAGATCTCGAA
GCCAGTGGAAAACGGGAAAGTTAAGGATGTTCAGCCGGAATTTCTGCCCG
GTGTCATCAGTCATCCTGCGCCGTTTGATGTGTCTATTCGGCCGAGGAGC
GCGAAGCATTTGGAATTGCTTCGGTCGTTGGAGCAGAAGTATCCTTGGGA
GAAGAGTAATGCGGAGGATCTGAAGAATATCTAGATGCTCAGCTCCCCCA
TCGCCACCATGCTAGTCACAATGTGGACGGGGGCTTTTATTGCCATTACC
AGTGTATATATTTTCTTCGCCGTTCTTACCCGCAAGAGCAAGCGTCCGCC
TCTACCTCCCGGTCCTCGACGGAAACCCATCGTGGGTAATCTCTGGGACC
TGCCCGATCCAAGCCAGCAGGATTGGCAGCACTGGCTGAAGCACAAGGAT
CGCTATGACCCAATCAGTTCACTCAGCATCATGGGCCAAACCATCATCGT
CCTGAACGACGCCCGACTAGCGGTAGAATTACTTGAGTCACGATCGTCGA
TCCATTCCTCGCGTCCGCAACAACACTTTGCAGAGATGGCGGGTTGGAAC
AACGTCCTCGGAGCGGTGAAGCAGTCCCAGCGCTTCCGAGCAACGCGCAA
GAACCTGCATAGGGAGATTGGCTCCAACGTTTCGGTCGCTCGATTCAATG
AAATCCAGACAGCGGAGGTGGGTCGGTTTCTACTGAGGGTGCTGGATGCG
CCGGATAAGTTGATGAAGCATATACGCAAAGAGGCGGGCGCAATCATCCT
AAAGGTAGGGTATGGATATACCATCGAACCGCATGATCAAGACCCATTGG
TTGATCTGGCCGACAAAGCAATGATGGATTTTTCGATGGCTATGCTTCCA
GCCACATGGGCAGTGGACTTTTTCCCACCCCTGAAGTATCTTCCATCTTG
GTTTCCAGGCACAGAATTTATGAAGATCGCACAACGCTATCGAAAGAATG
TCACGGCATTTAGCGATATCCCATACGCATTCGTGAAGGAACAAATGCGC
ACTGGCCGCTTTGTTCCCTCTTTTCTCTCCAACCTCCTCGAGAGCAGTGA
CCTAGAGCCTGGATCCGAAGAAGAGAACACGGTCAAGTGGTCGGCTGGAT
CGCTTTACGCTGGGGGTGCAGATACGACCGTATCCTCCATAGCCAGCTTC
TTCCTCGCAATGGCTCTCTTCCCCGAAGTGCAGCGCAAGGCGCAGCAGGA
ACTCGACACGGTGATTGGAACAGATCGACTGCCGCAGTACGCGGACCGGG
AACAATTACCTTATATCAATGCGTTAGTCAAAGAGACGTTCCGATGGCAT
CCAGTGGTACCCATGAGCCTCACCCACACCTCAACCGCCGATGATGTATG
CGAGGGTTACTTTATCCCTAAGGGGTCATCAGTTCTTGCCAATATATGGG
CATTCACCCACGACCCAGCAGCCTACCACGACCCCATGTCATTCAAACCC
GAACGATTCCTTGGCCCAAAGCCAGAGCGAGATCCTCACTTCCTTGTATT
CGGGTTCGGTCGACGAGTCTGTCCGGGGCGGACTCTGGCTGATGTGAACG
TGTATCTCACTGTCGCTCAAGCACTTGCTGTGTTTGAGATCTCGAAGCCA
GTGGAAAACGGGAAAGTTAAGGATGTTCAGCCGGAATTTCTGCCCGGTGT
CATCAGTCATCCTGCGCCGTTTGATGTGTCTATTCGGCCGAGGAGCGCGA
AGCATTTGGAATTGCTTCGGTCGTTGGAGCAGAAGTATCCTTGGGAGAAG
AGTAATGCGGAGGATCTGAAGAATATCTAGATGCTCAGCTCCCCCATCGC
CACCATGCTAGTCACAATGTGGACGGGGGCTTTTATTGCCATTACCAGTG
TATATATTTTCTTCGCCGTTCTTACCCGCAAGAGCAAGCGTCCGCCTCTA
CCTCCCGGTCCTCGACGGAAACCCATCGTGGGTAATCTCTGGGACCTGCC
CGATCCAAGCCAGCAGGATTGGCAGCACTGGCTGAAGCACAAGGATCGCT
ATGACCCAATCAGTTCACTCAGCATCATGGGCCAAACCATCATCGTCCTG
AACGACGCCCGACTAGCGGTAGAATTACTTGAGTCACGATCGTCGATCCA
TTCCTCGCGTCCGCAACAACACTTTGCAGAGATGGCGGGTTGGAACAACG
TCCTCGGAGCGGTGAAGCAGTCCCAGCGCTTCCGAGCAACGCGCAAGAAC
CTGCATAGGGAGATTGGCTCCAACGTTTCGGTCGCTCGATTCAATGAAAT
CCAGACAGCGGAGGTGGGTCGGTTTCTACTGAGGGTGCTGGATGCGCCGG
ATAAGTTGATGAAGCATATACGCAAAGAGGCGGGCGCAATCATCCTAAAG
GTAGGGTATGGATATACCATCGAACCGCATGATCAAGACCCATTGGTTGA
TCTGGCCGACAAAGCAATGATGGATTTTTCGATGGCTATGCTTCCAGCCA
CATGGGCAGTGGACTTTTTCCCACCCCTGAAGTATCTTCCATCTTGGTTT
CCAGGCACAGAATTTATGAAGATCGCACAACGCTATCGAAAGAATGTCAC
GGCATTTAGCGATATCCCATACGCATTCGTGAAGGAACAAATGCGCACTG
GCCGCTTTGTTCCCTCTTTTCTCTCCAACCTCCTCGAGAGCAGTGACCTA
GAGCCTGGATCCGAAGAAGAGAACACGGTCAAGTGGTCGGCTGGATCGCT
TTACGCTGGGGGTGCAGATACGACCGTATCCTCCATAGCCAGCTTCTTCC
TCGCAATGGCTCTCTTCCCCGAAGTGCAGCGCAAGGCGCAGCAGGAACTC
GACACGGTGATTGGAACAGATCGACTGCCGCAGTACGCGGACCGGGAACA
ATTACCTTATATCAATGCGTTAGTCAAAGAGACGTTCCGATGGCATCCAG
TGGTACCCATGAGCCTCACCCACACCTCAACCGCCGATGATGTATGCGAG
GGTTACTTTATCCCTAAGGGGTCATCAGTTCTTGCCAATATATGGGCATT
CACCCACGACCCAGCAGCCTACCACGACCCCATGTCATTCAAACCCGAAC
GATTCCTTGGCCCAAAGCCAGAGCGAGATCCTCACTTCCTTGTATTCGGG
TTCGGTCGACGAGTCTGTCCGGGGCGGACTCTGGCTGATGTGAACGTGTA
TCTCACTGTCGCTCAAGCACTTGCTGTGTTTGAGATCTCGAAGCCAGTGG
AAAACGGGAAAGTTAAGGATGTTCAGCCGGAATTTCTGCCCGGTGTCATC
AGTCATCCTGCGCCGTTTGATGTGTCTATTCGGCCGAGGAGCGCGAAGCA
TTTGGAATTGCTTCGGTCGTTGGAGCAGAAGTATCCTTGGGAGAAGAGTA
ATGCGGAGGATCTGAAGAATATCTAGATGCTCAGCTCCCCCATCGCCACC
ATGCTAGTCACAATGTGGACGGGGGCTTTTATTGCCATTACCAGTGTATA
TATTTTCTTCGCCGTTCTTACCCGCAAGAGCAAGCGTCCGCCTCTACCTC
CCGGTCCTCGACGGAAACCCATCGTGGGTAATCTCTGGGACCTGCCCGAT
CCAAGCCAGCAGGATTGGCAGCACTGGCTGAAGCACAAGGATCGCTATGA
CCCAATCAGTTCACTCAGCATCATGGGCCAAACCATCATCGTCCTGAACG
ACGCCCGACTAGCGGTAGAATTACTTGAGTCACGATCGTCGATCCATTCC
TCGCGTCCGCAACAACACTTTGCAGAGATGGCGGGTTGGAACAACGTCCT
CGGAGCGGTGAAGCAGTCCCAGCGCTTCCGAGCAACGCGCAAGAACCTGC
ATAGGGAGATTGGCTCCAACGTTTCGGTCGCTCGATTCAATGAAATCCAG
ACAGCGGAGGTGGGTCGGTTTCTACTGAGGGTGCTGGATGCGCCGGATAA
GTTGATGAAGCATATACGCAAAGAGGCGGGCGCAATCATCCTAAAGGTAG
GGTATGGATATACCATCGAACCGCATGATCAAGACCCATTGGTTGATCTG
GCCGACAAAGCAATGATGGATTTTTCGATGGCTATGCTTCCAGCCACATG
GGCAGTGGACTTTTTCCCACCCCTGAAGTATCTTCCATCTTGGTTTCCAG
GCACAGAATTTATGAAGATCGCACAACGCTATCGAAAGAATGTCACGGCA
TTTAGCGATATCCCATACGCATTCGTGAAGGAACAAATGCGCACTGGCCG
CTTTGTTCCCTCTTTTCTCTCCAACCTCCTCGAGAGCAGTGACCTAGAGC
CTGGATCCGAAGAAGAGAACACGGTCAAGTGGTCGGCTGGATCGCTTTAC
GCTGGGGGTGCAGATACGACCGTATCCTCCATAGCCAGCTTCTTCCTCGC
AATGGCTCTCTTCCCCGAAGTGCAGCGCAAGGCGCAGCAGGAACTCGACA
CGGTGATTGGAACAGATCGACTGCCGCAGTACGCGGACCGGGAACAATTA
CCTTATATCAATGCGTTAGTCAAAGAGACGTTCCGATGGCATCCAGTGGT
ACCCATGAGCCTCACCCACACCTCAACCGCCGATGATGTATGCGAGGGTT
ACTTTATCCCTAAGGGGTCATCAGTTCTTGCCAATATATGGGCATTCACC
CACGACCCAGCAGCCTACCACGACCCCATGTCATTCAAACCCGAACGATT
CCTTGGCCCAAAGCCAGAGCGAGATCCTCACTTCCTTGTATTCGGGTTCG
GTCGACGAGTCTGTCCGGGGCGGACTCTGGCTGATGTGAACGTGTATCTC
ACTGTCGCTCAAGCACTTGCTGTGTTTGAGATCTCGAAGCCAGTGGAAAA
CGGGAAAGTTAAGGATGTTCAGCCGGAATTTCTGCCCGGTGTCATCAGTC
ATCCTGCGCCGTTTGATGTGTCTATTCGGCCGAGGAGCGCGAAGCATTTG
GAATTGCTTCGGTCGTTGGAGCAGAAGTATCCTTGGGAGAAGAGTAATGC
GGAGGATCTGAAGAATATCTAG back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0055114 | oxidation-reduction process |
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0005506 | iron ion binding |
| GO:0020037 | heme binding |
| GO:0016705 | oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen |
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_011298-T1.utr5p1 | KJC3_011298-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_011298-T1.utr3p1 | KJC3_011298-T1.utr3p1 | Aspergillus niger KJC3 | three_prime_UTR |
Properties
| Property Name | Value |
|---|
| DBxref | InterPro:IPR017972 |
| DBxref | InterPro:IPR036396 |
| DBxref | InterPro:IPR001128 |
| DBxref | InterPro:IPR002401 |
| DBxref | PFAM:PF00067 |
| 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 |
|---|
| ch8 | supercontig | ch8:241694..243781 + |
|
