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CAN33_27545-T1, CAN33_27545-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_27545-T1
Unique NameCAN33_27545-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000002.1:3721250..3723451-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_27545-T1 ID=CAN33_27545-T1|Name=CAN33_27545-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=2202bp|location=Sequence derived from alignment at NKJJ01000002.1:3721250..3723451- (Aspergillus niger FDAARGOS_311)
ATGCCGGGCAACCGCCCAAGTAAACGGCGTTCGCCACTAACACAGAAACG
ACGGCCGAAACCTAGACGAAGAGCATGCGACTCCTGTTCCAAGAAAAAGG
TATGCCATGTGTTGTTGGATACGACTCAGACCCAGTCTGACACCATATTA
CCGGGCTTGGCAGATCCAATGCGATGGAGAGTTCCCGCAGTGCAACTGGT
GCAAGCATCATAATCTCGCCTGTACCTTCAATCGAATTCGGGCGAATTCC
GACACAGGGTACGCCATGACTGCATCTAATAATGCGGCCTGATTGCGAGT
TTCACCTTTTCTGCTCCGTTTCCCCTGAATAATGCTATTTCACTCAATAT
TTCAGGCGCCGTTCAACCTTATGCATCAGTCCAAGTGGTCGTAGCTAACT
TGTTGGTAGCAACCGAGTGATTGTCGCCACACCCGACACACCTAAGGCGG
TGATCCCCAACATTGCGGATGGGCCGCAAGACCTACTTGCCCGCCCGTCA
TCCCAGGTCGCTGACTCCACGAGGTCGTCGAGGATTGGAAATACGTTCCT
CAACAATGTCACCTACCTAAGGGGGCACCATGTATTTTCAAACGAAGGCC
AGAGGTGGATTGAATCTCAGGTTGGGGAAAGCGTCAACTTTGATAAGTTG
TTCTCTCTGGAGCTCCGTTGGCTGAAGCCACTTCGATCGTATACGGTCCC
TGGGGCGAACCCCCCTGCCGGTCCGCAGCTTCCAAGTAGAGTTAGCGTGG
AAAGATATGTGCAGATATACGGCTCATCATCCCAAAGTCTTGTCTTCCCG
GTCATCAGCCAGCCCGTCTTTGGCAAAACACTGGACCTTGCCTACAGTCA
TCTCCAGCTTCCTGGTTCTAACAGCGCTAAATCATGCGTCTATGCCTTCC
TCTCACTTATTTCCCTGTTTGGCATGGATGACAACATCCACGGTGCTATG
GACTGCCAGTCTTATGCATCAGTGGCACAGAGCTTTCAGATCCCGGTGAT
TGAGGAGATGACAGTCGACGGGTTGCAGACATTGATCATGCTGGTATGTA
CAAGGCCTTCCCCATGATCCATGTTTTAAATAGCCAACAAAGCCACCAGG
TACAAGTTCAATACTTTCTGGGAGATCTTCAGTCAGCAGCGGCGACATTG
TCTATTGCCACGCGTCTTCTGTACACACTGGAAGCCCATACCACCCCCAC
CAATAAGCCCTCTACCCCGTATGATAAAGGTGATTTGAGATGTCACCTAC
GTGATCTCTTCTGGCTCTGCTACTCCTTTGACAAAGACATATGTCTGAGA
ACGGGCCAGCCACCTTGTATAAACGATGCACATTGTGACCTTACCATGCC
TCCTGATTATGTGCGACTGCATGATCTCAATCTCCAACAGAGTTTGCCAC
AGGTCGACGAGCATCTGGTTCCACTTTTCCCATGGGATCTCCGTCTCTCA
ATGCTCAAATCAAAAGTGTACGAGGATCTTTGAACCGCTCATGCCCTCCA
GCAGTCCGTTACCGAGTTGCTCTCGAACATCCGCGGCCTTGATGAAGCAC
TTGAGCAGTGGAGGCTATCGCTCCCTGCGGAATTCCGACCTACTCTATAC
TTCTCTCAGGAGACACCAGTCAGTGCCAATTTGAACACCATGGCAGTGAT
CCTGCGGCTCGGCTACTACCATTGTCTGACTGTCATCCACCAAGCTAGCA
CCAGATGCCAGATTCTAGAGGCTGATCTCGCAGGATCAAGACTTGATGGC
ATCGCTTCCAGTACAAAACTTACCATCACTGCCAGTCGCTCGACGTTGTT
ATATCTCCACAAGGTACTCCCTGTGGTAAACCCGGAGTGCTTTTGGTATG
GGTTCTTCAATCAGCGGTAATTCTAGCATTACTAATGGTTGTGTCTTGTA
TCAGGGTCGTCCTCTTTTATGCTATTACAGCAGTCTTGACCCTTTTTTGC
AACATCATCTCGAACCCTCGCGATTCCGACACAAACCACAACATGGACTT
GCTGCAGAACGTTCCCAGTTTGATCAGGAGTATTCCTATCCGAAAGTTAA
CTGCCGGCGAAGTCCTTCACCTGCAGTACCTGGATGTCTTTACCGCGGAA
CTCAGCAGCATTTGCGTACGTGCCATATCCAAGTCACAACAGAACAATTA
CAGCCTTAATTTGCAGCATGGTGGCACTACATCCATATATCCCATGCAGT
AA
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Coding sequence (CDS) from alignment at NKJJ01000002.1:3721250..3723451-

>CAN33_27545-T1 ID=CAN33_27545-T1|Name=CAN33_27545-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=10728bp|location=Sequence derived from alignment at NKJJ01000002.1:3721250..3723451- (Aspergillus niger FDAARGOS_311)
GGTCGTCCTCTTTTATGCTATTACAGCAGTCTTGACCCTTTTTTGCAACA
TCATCTCGAACCCTCGCGATTCCGACACAAACCACAACATGGACTTGCTG
CAGAACGTTCCCAGTTTGATCAGGAGTATTCCTATCCGAAAGTTAACTGC
CGGCGAAGTCCTTCACCTGCAGTACCTGGATGTCTTTACCGCGGAACTCA
GCAGCATTTGCGTACGTGCCATATCCAAGTCACAACAGAACAATTACAGC
CTTAATTTGCAGCATGGTGGCACTACATCCATATATCCCATGCAGTAACA
GTCCGTTACCGAGTTGCTCTCGAACATCCGCGGCCTTGATGAAGCACTTG
AGCAGTGGAGGCTATCGCTCCCTGCGGAATTCCGACCTACTCTATACTTC
TCTCAGGAGACACCAGTCAGTGCCAATTTGAACACCATGGCAGTGATCCT
GCGGCTCGGCTACTACCATTGTCTGACTGTCATCCACCAAGCTAGCACCA
GATGCCAGATTCTAGAGGCTGATCTCGCAGGATCAAGACTTGATGGCATC
GCTTCCAGTACAAAACTTACCATCACTGCCAGTCGCTCGACGTTGTTATA
TCTCCACAAGGTACTCCCTGTGGTAAACCCGGAGTGCTTTTGGTACAAGT
TCAATACTTTCTGGGAGATCTTCAGTCAGCAGCGGCGACATTGTCTATTG
CCACGCGTCTTCTGTACACACTGGAAGCCCATACCACCCCCACCAATAAG
CCCTCTACCCCGTATGATAAAGGTGATTTGAGATGTCACCTACGTGATCT
CTTCTGGCTCTGCTACTCCTTTGACAAAGACATATGTCTGAGAACGGGCC
AGCCACCTTGTATAAACGATGCACATTGTGACCTTACCATGCCTCCTGAT
TATGTGCGACTGCATGATCTCAATCTCCAACAGAGTTTGCCACAGGTCGA
CGAGCATCTGCAACCGAGTGATTGTCGCCACACCCGACACACCTAAGGCG
GTGATCCCCAACATTGCGGATGGGCCGCAAGACCTACTTGCCCGCCCGTC
ATCCCAGGTCGCTGACTCCACGAGGTCGTCGAGGATTGGAAATACGTTCC
TCAACAATGTCACCTACCTAAGGGGGCACCATGTATTTTCAAACGAAGGC
CAGAGGTGGATTGAATCTCAGGTTGGGGAAAGCGTCAACTTTGATAAGTT
GTTCTCTCTGGAGCTCCGTTGGCTGAAGCCACTTCGATCGTATACGGTCC
CTGGGGCGAACCCCCCTGCCGGTCCGCAGCTTCCAAGTAGAGTTAGCGTG
GAAAGATATGTGCAGATATACGGCTCATCATCCCAAAGTCTTGTCTTCCC
GGTCATCAGCCAGCCCGTCTTTGGCAAAACACTGGACCTTGCCTACAGTC
ATCTCCAGCTTCCTGGTTCTAACAGCGCTAAATCATGCGTCTATGCCTTC
CTCTCACTTATTTCCCTGTTTGGCATGGATGACAACATCCACGGTGCTAT
GGACTGCCAGTCTTATGCATCAGTGGCACAGAGCTTTCAGATCCCGGTGA
TTGAGGAGATGACAGTCGACGGGTTGCAGACATTGATCATGCTGATCCAA
TGCGATGGAGAGTTCCCGCAGTGCAACTGGTGCAAGCATCATAATCTCGC
CTGTACCTTCAATCGAATTCGGGCGAATTCCGACACAGGATGCCGGGCAA
CCGCCCAAGTAAACGGCGTTCGCCACTAACACAGAAACGACGGCCGAAAC
CTAGACGAAGAGCATGCGACTCCTGTTCCAAGAAAAAGGGTCGTCCTCTT
TTATGCTATTACAGCAGTCTTGACCCTTTTTTGCAACATCATCTCGAACC
CTCGCGATTCCGACACAAACCACAACATGGACTTGCTGCAGAACGTTCCC
AGTTTGATCAGGAGTATTCCTATCCGAAAGTTAACTGCCGGCGAAGTCCT
TCACCTGCAGTACCTGGATGTCTTTACCGCGGAACTCAGCAGCATTTGCG
TACGTGCCATATCCAAGTCACAACAGAACAATTACAGCCTTAATTTGCAG
CATGGTGGCACTACATCCATATATCCCATGCAGTAACAGTCCGTTACCGA
GTTGCTCTCGAACATCCGCGGCCTTGATGAAGCACTTGAGCAGTGGAGGC
TATCGCTCCCTGCGGAATTCCGACCTACTCTATACTTCTCTCAGGAGACA
CCAGTCAGTGCCAATTTGAACACCATGGCAGTGATCCTGCGGCTCGGCTA
CTACCATTGTCTGACTGTCATCCACCAAGCTAGCACCAGATGCCAGATTC
TAGAGGCTGATCTCGCAGGATCAAGACTTGATGGCATCGCTTCCAGTACA
AAACTTACCATCACTGCCAGTCGCTCGACGTTGTTATATCTCCACAAGGT
ACTCCCTGTGGTAAACCCGGAGTGCTTTTGGTACAAGTTCAATACTTTCT
GGGAGATCTTCAGTCAGCAGCGGCGACATTGTCTATTGCCACGCGTCTTC
TGTACACACTGGAAGCCCATACCACCCCCACCAATAAGCCCTCTACCCCG
TATGATAAAGGTGATTTGAGATGTCACCTACGTGATCTCTTCTGGCTCTG
CTACTCCTTTGACAAAGACATATGTCTGAGAACGGGCCAGCCACCTTGTA
TAAACGATGCACATTGTGACCTTACCATGCCTCCTGATTATGTGCGACTG
CATGATCTCAATCTCCAACAGAGTTTGCCACAGGTCGACGAGCATCTGCA
ACCGAGTGATTGTCGCCACACCCGACACACCTAAGGCGGTGATCCCCAAC
ATTGCGGATGGGCCGCAAGACCTACTTGCCCGCCCGTCATCCCAGGTCGC
TGACTCCACGAGGTCGTCGAGGATTGGAAATACGTTCCTCAACAATGTCA
CCTACCTAAGGGGGCACCATGTATTTTCAAACGAAGGCCAGAGGTGGATT
GAATCTCAGGTTGGGGAAAGCGTCAACTTTGATAAGTTGTTCTCTCTGGA
GCTCCGTTGGCTGAAGCCACTTCGATCGTATACGGTCCCTGGGGCGAACC
CCCCTGCCGGTCCGCAGCTTCCAAGTAGAGTTAGCGTGGAAAGATATGTG
CAGATATACGGCTCATCATCCCAAAGTCTTGTCTTCCCGGTCATCAGCCA
GCCCGTCTTTGGCAAAACACTGGACCTTGCCTACAGTCATCTCCAGCTTC
CTGGTTCTAACAGCGCTAAATCATGCGTCTATGCCTTCCTCTCACTTATT
TCCCTGTTTGGCATGGATGACAACATCCACGGTGCTATGGACTGCCAGTC
TTATGCATCAGTGGCACAGAGCTTTCAGATCCCGGTGATTGAGGAGATGA
CAGTCGACGGGTTGCAGACATTGATCATGCTGATCCAATGCGATGGAGAG
TTCCCGCAGTGCAACTGGTGCAAGCATCATAATCTCGCCTGTACCTTCAA
TCGAATTCGGGCGAATTCCGACACAGGATGCCGGGCAACCGCCCAAGTAA
ACGGCGTTCGCCACTAACACAGAAACGACGGCCGAAACCTAGACGAAGAG
CATGCGACTCCTGTTCCAAGAAAAAGGGTCGTCCTCTTTTATGCTATTAC
AGCAGTCTTGACCCTTTTTTGCAACATCATCTCGAACCCTCGCGATTCCG
ACACAAACCACAACATGGACTTGCTGCAGAACGTTCCCAGTTTGATCAGG
AGTATTCCTATCCGAAAGTTAACTGCCGGCGAAGTCCTTCACCTGCAGTA
CCTGGATGTCTTTACCGCGGAACTCAGCAGCATTTGCGTACGTGCCATAT
CCAAGTCACAACAGAACAATTACAGCCTTAATTTGCAGCATGGTGGCACT
ACATCCATATATCCCATGCAGTAACAGTCCGTTACCGAGTTGCTCTCGAA
CATCCGCGGCCTTGATGAAGCACTTGAGCAGTGGAGGCTATCGCTCCCTG
CGGAATTCCGACCTACTCTATACTTCTCTCAGGAGACACCAGTCAGTGCC
AATTTGAACACCATGGCAGTGATCCTGCGGCTCGGCTACTACCATTGTCT
GACTGTCATCCACCAAGCTAGCACCAGATGCCAGATTCTAGAGGCTGATC
TCGCAGGATCAAGACTTGATGGCATCGCTTCCAGTACAAAACTTACCATC
ACTGCCAGTCGCTCGACGTTGTTATATCTCCACAAGGTACTCCCTGTGGT
AAACCCGGAGTGCTTTTGGTACAAGTTCAATACTTTCTGGGAGATCTTCA
GTCAGCAGCGGCGACATTGTCTATTGCCACGCGTCTTCTGTACACACTGG
AAGCCCATACCACCCCCACCAATAAGCCCTCTACCCCGTATGATAAAGGT
GATTTGAGATGTCACCTACGTGATCTCTTCTGGCTCTGCTACTCCTTTGA
CAAAGACATATGTCTGAGAACGGGCCAGCCACCTTGTATAAACGATGCAC
ATTGTGACCTTACCATGCCTCCTGATTATGTGCGACTGCATGATCTCAAT
CTCCAACAGAGTTTGCCACAGGTCGACGAGCATCTGCAACCGAGTGATTG
TCGCCACACCCGACACACCTAAGGCGGTGATCCCCAACATTGCGGATGGG
CCGCAAGACCTACTTGCCCGCCCGTCATCCCAGGTCGCTGACTCCACGAG
GTCGTCGAGGATTGGAAATACGTTCCTCAACAATGTCACCTACCTAAGGG
GGCACCATGTATTTTCAAACGAAGGCCAGAGGTGGATTGAATCTCAGGTT
GGGGAAAGCGTCAACTTTGATAAGTTGTTCTCTCTGGAGCTCCGTTGGCT
GAAGCCACTTCGATCGTATACGGTCCCTGGGGCGAACCCCCCTGCCGGTC
CGCAGCTTCCAAGTAGAGTTAGCGTGGAAAGATATGTGCAGATATACGGC
TCATCATCCCAAAGTCTTGTCTTCCCGGTCATCAGCCAGCCCGTCTTTGG
CAAAACACTGGACCTTGCCTACAGTCATCTCCAGCTTCCTGGTTCTAACA
GCGCTAAATCATGCGTCTATGCCTTCCTCTCACTTATTTCCCTGTTTGGC
ATGGATGACAACATCCACGGTGCTATGGACTGCCAGTCTTATGCATCAGT
GGCACAGAGCTTTCAGATCCCGGTGATTGAGGAGATGACAGTCGACGGGT
TGCAGACATTGATCATGCTGATCCAATGCGATGGAGAGTTCCCGCAGTGC
AACTGGTGCAAGCATCATAATCTCGCCTGTACCTTCAATCGAATTCGGGC
GAATTCCGACACAGGATGCCGGGCAACCGCCCAAGTAAACGGCGTTCGCC
ACTAACACAGAAACGACGGCCGAAACCTAGACGAAGAGCATGCGACTCCT
GTTCCAAGAAAAAGGGTCGTCCTCTTTTATGCTATTACAGCAGTCTTGAC
CCTTTTTTGCAACATCATCTCGAACCCTCGCGATTCCGACACAAACCACA
ACATGGACTTGCTGCAGAACGTTCCCAGTTTGATCAGGAGTATTCCTATC
CGAAAGTTAACTGCCGGCGAAGTCCTTCACCTGCAGTACCTGGATGTCTT
TACCGCGGAACTCAGCAGCATTTGCGTACGTGCCATATCCAAGTCACAAC
AGAACAATTACAGCCTTAATTTGCAGCATGGTGGCACTACATCCATATAT
CCCATGCAGTAACAGTCCGTTACCGAGTTGCTCTCGAACATCCGCGGCCT
TGATGAAGCACTTGAGCAGTGGAGGCTATCGCTCCCTGCGGAATTCCGAC
CTACTCTATACTTCTCTCAGGAGACACCAGTCAGTGCCAATTTGAACACC
ATGGCAGTGATCCTGCGGCTCGGCTACTACCATTGTCTGACTGTCATCCA
CCAAGCTAGCACCAGATGCCAGATTCTAGAGGCTGATCTCGCAGGATCAA
GACTTGATGGCATCGCTTCCAGTACAAAACTTACCATCACTGCCAGTCGC
TCGACGTTGTTATATCTCCACAAGGTACTCCCTGTGGTAAACCCGGAGTG
CTTTTGGTACAAGTTCAATACTTTCTGGGAGATCTTCAGTCAGCAGCGGC
GACATTGTCTATTGCCACGCGTCTTCTGTACACACTGGAAGCCCATACCA
CCCCCACCAATAAGCCCTCTACCCCGTATGATAAAGGTGATTTGAGATGT
CACCTACGTGATCTCTTCTGGCTCTGCTACTCCTTTGACAAAGACATATG
TCTGAGAACGGGCCAGCCACCTTGTATAAACGATGCACATTGTGACCTTA
CCATGCCTCCTGATTATGTGCGACTGCATGATCTCAATCTCCAACAGAGT
TTGCCACAGGTCGACGAGCATCTGCAACCGAGTGATTGTCGCCACACCCG
ACACACCTAAGGCGGTGATCCCCAACATTGCGGATGGGCCGCAAGACCTA
CTTGCCCGCCCGTCATCCCAGGTCGCTGACTCCACGAGGTCGTCGAGGAT
TGGAAATACGTTCCTCAACAATGTCACCTACCTAAGGGGGCACCATGTAT
TTTCAAACGAAGGCCAGAGGTGGATTGAATCTCAGGTTGGGGAAAGCGTC
AACTTTGATAAGTTGTTCTCTCTGGAGCTCCGTTGGCTGAAGCCACTTCG
ATCGTATACGGTCCCTGGGGCGAACCCCCCTGCCGGTCCGCAGCTTCCAA
GTAGAGTTAGCGTGGAAAGATATGTGCAGATATACGGCTCATCATCCCAA
AGTCTTGTCTTCCCGGTCATCAGCCAGCCCGTCTTTGGCAAAACACTGGA
CCTTGCCTACAGTCATCTCCAGCTTCCTGGTTCTAACAGCGCTAAATCAT
GCGTCTATGCCTTCCTCTCACTTATTTCCCTGTTTGGCATGGATGACAAC
ATCCACGGTGCTATGGACTGCCAGTCTTATGCATCAGTGGCACAGAGCTT
TCAGATCCCGGTGATTGAGGAGATGACAGTCGACGGGTTGCAGACATTGA
TCATGCTGATCCAATGCGATGGAGAGTTCCCGCAGTGCAACTGGTGCAAG
CATCATAATCTCGCCTGTACCTTCAATCGAATTCGGGCGAATTCCGACAC
AGGATGCCGGGCAACCGCCCAAGTAAACGGCGTTCGCCACTAACACAGAA
ACGACGGCCGAAACCTAGACGAAGAGCATGCGACTCCTGTTCCAAGAAAA
AGGGTCGTCCTCTTTTATGCTATTACAGCAGTCTTGACCCTTTTTTGCAA
CATCATCTCGAACCCTCGCGATTCCGACACAAACCACAACATGGACTTGC
TGCAGAACGTTCCCAGTTTGATCAGGAGTATTCCTATCCGAAAGTTAACT
GCCGGCGAAGTCCTTCACCTGCAGTACCTGGATGTCTTTACCGCGGAACT
CAGCAGCATTTGCGTACGTGCCATATCCAAGTCACAACAGAACAATTACA
GCCTTAATTTGCAGCATGGTGGCACTACATCCATATATCCCATGCAGTAA
CAGTCCGTTACCGAGTTGCTCTCGAACATCCGCGGCCTTGATGAAGCACT
TGAGCAGTGGAGGCTATCGCTCCCTGCGGAATTCCGACCTACTCTATACT
TCTCTCAGGAGACACCAGTCAGTGCCAATTTGAACACCATGGCAGTGATC
CTGCGGCTCGGCTACTACCATTGTCTGACTGTCATCCACCAAGCTAGCAC
CAGATGCCAGATTCTAGAGGCTGATCTCGCAGGATCAAGACTTGATGGCA
TCGCTTCCAGTACAAAACTTACCATCACTGCCAGTCGCTCGACGTTGTTA
TATCTCCACAAGGTACTCCCTGTGGTAAACCCGGAGTGCTTTTGGTACAA
GTTCAATACTTTCTGGGAGATCTTCAGTCAGCAGCGGCGACATTGTCTAT
TGCCACGCGTCTTCTGTACACACTGGAAGCCCATACCACCCCCACCAATA
AGCCCTCTACCCCGTATGATAAAGGTGATTTGAGATGTCACCTACGTGAT
CTCTTCTGGCTCTGCTACTCCTTTGACAAAGACATATGTCTGAGAACGGG
CCAGCCACCTTGTATAAACGATGCACATTGTGACCTTACCATGCCTCCTG
ATTATGTGCGACTGCATGATCTCAATCTCCAACAGAGTTTGCCACAGGTC
GACGAGCATCTGCAACCGAGTGATTGTCGCCACACCCGACACACCTAAGG
CGGTGATCCCCAACATTGCGGATGGGCCGCAAGACCTACTTGCCCGCCCG
TCATCCCAGGTCGCTGACTCCACGAGGTCGTCGAGGATTGGAAATACGTT
CCTCAACAATGTCACCTACCTAAGGGGGCACCATGTATTTTCAAACGAAG
GCCAGAGGTGGATTGAATCTCAGGTTGGGGAAAGCGTCAACTTTGATAAG
TTGTTCTCTCTGGAGCTCCGTTGGCTGAAGCCACTTCGATCGTATACGGT
CCCTGGGGCGAACCCCCCTGCCGGTCCGCAGCTTCCAAGTAGAGTTAGCG
TGGAAAGATATGTGCAGATATACGGCTCATCATCCCAAAGTCTTGTCTTC
CCGGTCATCAGCCAGCCCGTCTTTGGCAAAACACTGGACCTTGCCTACAG
TCATCTCCAGCTTCCTGGTTCTAACAGCGCTAAATCATGCGTCTATGCCT
TCCTCTCACTTATTTCCCTGTTTGGCATGGATGACAACATCCACGGTGCT
ATGGACTGCCAGTCTTATGCATCAGTGGCACAGAGCTTTCAGATCCCGGT
GATTGAGGAGATGACAGTCGACGGGTTGCAGACATTGATCATGCTGATCC
AATGCGATGGAGAGTTCCCGCAGTGCAACTGGTGCAAGCATCATAATCTC
GCCTGTACCTTCAATCGAATTCGGGCGAATTCCGACACAGGATGCCGGGC
AACCGCCCAAGTAAACGGCGTTCGCCACTAACACAGAAACGACGGCCGAA
ACCTAGACGAAGAGCATGCGACTCCTGTTCCAAGAAAAAGGGTCGTCCTC
TTTTATGCTATTACAGCAGTCTTGACCCTTTTTTGCAACATCATCTCGAA
CCCTCGCGATTCCGACACAAACCACAACATGGACTTGCTGCAGAACGTTC
CCAGTTTGATCAGGAGTATTCCTATCCGAAAGTTAACTGCCGGCGAAGTC
CTTCACCTGCAGTACCTGGATGTCTTTACCGCGGAACTCAGCAGCATTTG
CGTACGTGCCATATCCAAGTCACAACAGAACAATTACAGCCTTAATTTGC
AGCATGGTGGCACTACATCCATATATCCCATGCAGTAACAGTCCGTTACC
GAGTTGCTCTCGAACATCCGCGGCCTTGATGAAGCACTTGAGCAGTGGAG
GCTATCGCTCCCTGCGGAATTCCGACCTACTCTATACTTCTCTCAGGAGA
CACCAGTCAGTGCCAATTTGAACACCATGGCAGTGATCCTGCGGCTCGGC
TACTACCATTGTCTGACTGTCATCCACCAAGCTAGCACCAGATGCCAGAT
TCTAGAGGCTGATCTCGCAGGATCAAGACTTGATGGCATCGCTTCCAGTA
CAAAACTTACCATCACTGCCAGTCGCTCGACGTTGTTATATCTCCACAAG
GTACTCCCTGTGGTAAACCCGGAGTGCTTTTGGTACAAGTTCAATACTTT
CTGGGAGATCTTCAGTCAGCAGCGGCGACATTGTCTATTGCCACGCGTCT
TCTGTACACACTGGAAGCCCATACCACCCCCACCAATAAGCCCTCTACCC
CGTATGATAAAGGTGATTTGAGATGTCACCTACGTGATCTCTTCTGGCTC
TGCTACTCCTTTGACAAAGACATATGTCTGAGAACGGGCCAGCCACCTTG
TATAAACGATGCACATTGTGACCTTACCATGCCTCCTGATTATGTGCGAC
TGCATGATCTCAATCTCCAACAGAGTTTGCCACAGGTCGACGAGCATCTG
CAACCGAGTGATTGTCGCCACACCCGACACACCTAAGGCGGTGATCCCCA
ACATTGCGGATGGGCCGCAAGACCTACTTGCCCGCCCGTCATCCCAGGTC
GCTGACTCCACGAGGTCGTCGAGGATTGGAAATACGTTCCTCAACAATGT
CACCTACCTAAGGGGGCACCATGTATTTTCAAACGAAGGCCAGAGGTGGA
TTGAATCTCAGGTTGGGGAAAGCGTCAACTTTGATAAGTTGTTCTCTCTG
GAGCTCCGTTGGCTGAAGCCACTTCGATCGTATACGGTCCCTGGGGCGAA
CCCCCCTGCCGGTCCGCAGCTTCCAAGTAGAGTTAGCGTGGAAAGATATG
TGCAGATATACGGCTCATCATCCCAAAGTCTTGTCTTCCCGGTCATCAGC
CAGCCCGTCTTTGGCAAAACACTGGACCTTGCCTACAGTCATCTCCAGCT
TCCTGGTTCTAACAGCGCTAAATCATGCGTCTATGCCTTCCTCTCACTTA
TTTCCCTGTTTGGCATGGATGACAACATCCACGGTGCTATGGACTGCCAG
TCTTATGCATCAGTGGCACAGAGCTTTCAGATCCCGGTGATTGAGGAGAT
GACAGTCGACGGGTTGCAGACATTGATCATGCTGATCCAATGCGATGGAG
AGTTCCCGCAGTGCAACTGGTGCAAGCATCATAATCTCGCCTGTACCTTC
AATCGAATTCGGGCGAATTCCGACACAGGATGCCGGGCAACCGCCCAAGT
AAACGGCGTTCGCCACTAACACAGAAACGACGGCCGAAACCTAGACGAAG
AGCATGCGACTCCTGTTCCAAGAAAAAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0005634nucleus
Vocabulary: Molecular Function
TermDefinition
GO:0003677DNA binding
GO:0000981DNA-binding transcription factor activity, RNA polymerase II-specific
GO:0008270zinc ion binding
Vocabulary: Biological Process
TermDefinition
GO:0006351transcription, DNA-templated
GO:0006355regulation of transcription, DNA-templated
Relationships

This mRNA is a part of the following gene feature(s):

Feature NameUnique NameSpeciesType
CAN33_27545CAN33_27545Aspergillus niger FDAARGOS_311gene


The following polypeptide feature(s) derives from this mRNA:

Feature NameUnique NameSpeciesType
CAN33_27545-T1CAN33_27545-T1-proteinAspergillus niger FDAARGOS_311polypeptide


The following CDS feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesType
CAN33_27545-T1.cdsCAN33_27545-T1.cdsAspergillus niger FDAARGOS_311CDS


The following exon feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesType
CAN33_27545-T1.exon6CAN33_27545-T1.exon6Aspergillus niger FDAARGOS_311exon
CAN33_27545-T1.exon5CAN33_27545-T1.exon5Aspergillus niger FDAARGOS_311exon
CAN33_27545-T1.exon4CAN33_27545-T1.exon4Aspergillus niger FDAARGOS_311exon
CAN33_27545-T1.exon3CAN33_27545-T1.exon3Aspergillus niger FDAARGOS_311exon
CAN33_27545-T1.exon2CAN33_27545-T1.exon2Aspergillus niger FDAARGOS_311exon
CAN33_27545-T1.exon1CAN33_27545-T1.exon1Aspergillus niger FDAARGOS_311exon


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR036864
DBxrefInterPro:IPR007219
DBxrefInterPro:IPR001138
DBxrefPFAM:PF00172
ProductFungal Zn(2)-Cys(6) binuclear cluster domain family protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger FDAARGOS_311 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
NKJJ01000002.1supercontigNKJJ01000002.1:3721250..3723451 -
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