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CAN33_33590-T1, CAN33_33590-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_33590-T1
Unique NameCAN33_33590-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000007.1:485465..487375+

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_33590-T1 ID=CAN33_33590-T1|Name=CAN33_33590-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=1911bp|location=Sequence derived from alignment at NKJJ01000007.1:485465..487375+ (Aspergillus niger FDAARGOS_311)
ATGCAGCTATTATCCCTACTTGTCAATCCATTTACCGCCGGTATACTTTT
GCTTCTCAGCACTGGCGGTTATGTTATTTACCAGTGCTTTTTGTGTCCTT
TGGCCCGGTTCCCAGGCCCCTTTTTGGCCAAGCTTACCAACTGGCATCGG
GCATACCTCACCTACGAGGGGCGGTCCCATCATAGGTACCTTGCGTTTCA
TCGGAAATATGGTGCGGTGGTGCGCACGGGACCGAACGTGTTGTTAGTTT
ACCCATCAACGTAACCAAGTTCATGACTGAGGGTATGTCCAGGAGCGTCG
CAGATCCGACAGCATTCCGGGAAATATACAGTAAGTTTCTTGATTATGTT
CCGATGATTCAAGAAGTCACTAAAAGTCGGTAGAGGCAGGGGGCAAGTTC
GCCAAATCCGCGTCGTATAGCGTCCCAAAAGAGTCTCAGGCTTTTGATCT
CTTCCGCCAACGAAACGAAAAGATACATGGCGAACAGAGAAAGCTCGTTG
CACGTGCTTACTCAATGGATTCCATGGTTCATCTCGAGCCCAATGTCAGC
TCTATCCTCACGAGTATGGTGCAAAAGCTGGACACCCTATCCGGTGTCGT
CGATCTTGGAGCATTTCTGCAATTGTTCGCATTCGGTAAAGTACATTGTG
CAGCTAACTGTGATCTTTACTGACGTATGTTTGTAAGATGTAATCGGTGC
AGTCAGCTTCTCACGCCCGTTTGGCTATGTCATTGCCGGTGACGATAATG
GCGTATTTTCTCGGCTTAAGCAATCGTTGCGGTCAATGTCCTGGCTCATG
AGCGTGCCCTGGTTTTATGATATCCATCAAAAGCTGAAACCGTTTATTGG
CAACTGGCTGGCAGTCAATGATCGAAATGGTTACTTTTACCAGTTCGCAA
CTCAAGAGATTGTCTCGCGGAAAGACCGGGGCGGCGATGATCGAGATATC
ATAAACCAGCTATTTGCGATTCAGAAGACCAAGCCTCACTTCAGTGACAC
GGACATGGCATTTATGATGACTGCGAATGTGTTTGCCGGCTCAGATACGA
CGGCGACGTCGCTCAACGCGATATTCTATCTTCTCCTGAAAAACCCGACC
GTCTACCAGCGACTGATGCAGGAGTTAGAAGAGAAGAAATCAAAGGGAGA
GTTGAGCGATCTGGTAACTTTCCAGCAAGCAGAATCCTGTCCTTATCTGC
AGGCTGTGATGTATGAAGCGCTCCGGCTGTATCCTGCTGCTGGACTTCAG
CTGAACCGTGATGTGCCGGAGGGGGGTATGAAGATTGGGAATTACTATGT
TCCAGAGGGAGTAAGTTATGTCCCGCCCCTCGTCTCCGTGCTCCTCTTGT
AACATAAATGTAGACAGTGGTCGGTTCATCTGCGTGGGTCATCCACCGCC
TGCCGGAGATCTGGGGTCCTGACTTTGAGGAATTCCGCCCGGAGAGATGG
CTGGAAGGGGACGTGGGAAATCTGAGTAAGTAATTCAACCGGCGTGGAGG
CAACCGCTCACACTGTTTCAGAACGATTCTATTTTTCATTTGGCGATGGT
TCGCGCACATGCGTTGGGAGGAGTAAGTATTTTTTTTTTTTTTTTTTTTT
TTTAACTAACTGTTTACTGGTTGTGACAATGCTAACATCTTGTCAGACAT
AAGCTGGTTGGAGATGTCAAAGGTATAGCATGCCCTCTCATACCTTTACT
AATGCGAATACACTAACCTCGGTTTAGCTCGTCCCTACTCTTCTCATGCG
CTACAACATCCAATTGGCACCGGGTGCAAAGGTGACGGATGAGAGCGGGT
AAGATATCTAGCCAACCCTTGCGGTAGGGTCGACTAACCTGTCACAGAGG
TTTAATCTTTATCCGTGGACTCGAGGTACTCTTAAGTCCGCGACAGAAAT
CAGTGGCGTGA
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Coding sequence (CDS) from alignment at NKJJ01000007.1:485465..487375+

>CAN33_33590-T1 ID=CAN33_33590-T1|Name=CAN33_33590-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=11424bp|location=Sequence derived from alignment at NKJJ01000007.1:485465..487375+ (Aspergillus niger FDAARGOS_311)
ATGCAGCTATTATCCCTACTTGTCAATCCATTTACCGCCGGTATACTTTT
GCTTCTCAGCACTGGCGGTTATGTTATTTACCAGTGCTTTTTGTGTCCTT
TGGCCCGGTTCCCAGGCCCCTTTTTGGCCAAGCTTACCAACTGGCATCGG
GCATACCTCACCTACGAGGGGCGGTCCCATCATAGGTACCTTGCGTTTCA
TCGGAAATATGGTGCGGTGGTGCGCACGGGACCGAACGTGTTGAGCGTCG
CAGATCCGACAGCATTCCGGGAAATATACAAGGCAGGGGGCAAGTTCGCC
AAATCCGCGTCGTATAGCGTCCCAAAAGAGTCTCAGGCTTTTGATCTCTT
CCGCCAACGAAACGAAAAGATACATGGCGAACAGAGAAAGCTCGTTGCAC
GTGCTTACTCAATGGATTCCATGGTTCATCTCGAGCCCAATGTCAGCTCT
ATCCTCACGAGTATGGTGCAAAAGCTGGACACCCTATCCGGTGTCGTCGA
TCTTGGAGCATTTCTGCAATTGTTCGCATTCGATGTAATCGGTGCAGTCA
GCTTCTCACGCCCGTTTGGCTATGTCATTGCCGGTGACGATAATGGCGTA
TTTTCTCGGCTTAAGCAATCGTTGCGGTCAATGTCCTGGCTCATGAGCGT
GCCCTGGTTTTATGATATCCATCAAAAGCTGAAACCGTTTATTGGCAACT
GGCTGGCAGTCAATGATCGAAATGGTTACTTTTACCAGTTCGCAACTCAA
GAGATTGTCTCGCGGAAAGACCGGGGCGGCGATGATCGAGATATCATAAA
CCAGCTATTTGCGATTCAGAAGACCAAGCCTCACTTCAGTGACACGGACA
TGGCATTTATGATGACTGCGAATGTGTTTGCCGGCTCAGATACGACGGCG
ACGTCGCTCAACGCGATATTCTATCTTCTCCTGAAAAACCCGACCGTCTA
CCAGCGACTGATGCAGGAGTTAGAAGAGAAGAAATCAAAGGGAGAGTTGA
GCGATCTGGTAACTTTCCAGCAAGCAGAATCCTGTCCTTATCTGCAGGCT
GTGATGTATGAAGCGCTCCGGCTGTATCCTGCTGCTGGACTTCAGCTGAA
CCGTGATGTGCCGGAGGGGGGTATGAAGATTGGGAATTACTATGTTCCAG
AGGGAACAGTGGTCGGTTCATCTGCGTGGGTCATCCACCGCCTGCCGGAG
ATCTGGGGTCCTGACTTTGAGGAATTCCGCCCGGAGAGATGGCTGGAAGG
GGACGTGGGAAATCTGAACATAAGCTGGTTGGAGATGTCAAAGCTCGTCC
CTACTCTTCTCATGCGCTACAACATCCAATTGGCACCGGGTGCAAAGGTG
ACGGATGAGAGCGGAGGTTTAATCTTTATCCGTGGACTCGAGGTACTCTT
AAGTCCGCGACAGAAATCAGTGGCGTGAATGCAGCTATTATCCCTACTTG
TCAATCCATTTACCGCCGGTATACTTTTGCTTCTCAGCACTGGCGGTTAT
GTTATTTACCAGTGCTTTTTGTGTCCTTTGGCCCGGTTCCCAGGCCCCTT
TTTGGCCAAGCTTACCAACTGGCATCGGGCATACCTCACCTACGAGGGGC
GGTCCCATCATAGGTACCTTGCGTTTCATCGGAAATATGGTGCGGTGGTG
CGCACGGGACCGAACGTGTTGAGCGTCGCAGATCCGACAGCATTCCGGGA
AATATACAAGGCAGGGGGCAAGTTCGCCAAATCCGCGTCGTATAGCGTCC
CAAAAGAGTCTCAGGCTTTTGATCTCTTCCGCCAACGAAACGAAAAGATA
CATGGCGAACAGAGAAAGCTCGTTGCACGTGCTTACTCAATGGATTCCAT
GGTTCATCTCGAGCCCAATGTCAGCTCTATCCTCACGAGTATGGTGCAAA
AGCTGGACACCCTATCCGGTGTCGTCGATCTTGGAGCATTTCTGCAATTG
TTCGCATTCGATGTAATCGGTGCAGTCAGCTTCTCACGCCCGTTTGGCTA
TGTCATTGCCGGTGACGATAATGGCGTATTTTCTCGGCTTAAGCAATCGT
TGCGGTCAATGTCCTGGCTCATGAGCGTGCCCTGGTTTTATGATATCCAT
CAAAAGCTGAAACCGTTTATTGGCAACTGGCTGGCAGTCAATGATCGAAA
TGGTTACTTTTACCAGTTCGCAACTCAAGAGATTGTCTCGCGGAAAGACC
GGGGCGGCGATGATCGAGATATCATAAACCAGCTATTTGCGATTCAGAAG
ACCAAGCCTCACTTCAGTGACACGGACATGGCATTTATGATGACTGCGAA
TGTGTTTGCCGGCTCAGATACGACGGCGACGTCGCTCAACGCGATATTCT
ATCTTCTCCTGAAAAACCCGACCGTCTACCAGCGACTGATGCAGGAGTTA
GAAGAGAAGAAATCAAAGGGAGAGTTGAGCGATCTGGTAACTTTCCAGCA
AGCAGAATCCTGTCCTTATCTGCAGGCTGTGATGTATGAAGCGCTCCGGC
TGTATCCTGCTGCTGGACTTCAGCTGAACCGTGATGTGCCGGAGGGGGGT
ATGAAGATTGGGAATTACTATGTTCCAGAGGGAACAGTGGTCGGTTCATC
TGCGTGGGTCATCCACCGCCTGCCGGAGATCTGGGGTCCTGACTTTGAGG
AATTCCGCCCGGAGAGATGGCTGGAAGGGGACGTGGGAAATCTGAACATA
AGCTGGTTGGAGATGTCAAAGCTCGTCCCTACTCTTCTCATGCGCTACAA
CATCCAATTGGCACCGGGTGCAAAGGTGACGGATGAGAGCGGAGGTTTAA
TCTTTATCCGTGGACTCGAGGTACTCTTAAGTCCGCGACAGAAATCAGTG
GCGTGAATGCAGCTATTATCCCTACTTGTCAATCCATTTACCGCCGGTAT
ACTTTTGCTTCTCAGCACTGGCGGTTATGTTATTTACCAGTGCTTTTTGT
GTCCTTTGGCCCGGTTCCCAGGCCCCTTTTTGGCCAAGCTTACCAACTGG
CATCGGGCATACCTCACCTACGAGGGGCGGTCCCATCATAGGTACCTTGC
GTTTCATCGGAAATATGGTGCGGTGGTGCGCACGGGACCGAACGTGTTGA
GCGTCGCAGATCCGACAGCATTCCGGGAAATATACAAGGCAGGGGGCAAG
TTCGCCAAATCCGCGTCGTATAGCGTCCCAAAAGAGTCTCAGGCTTTTGA
TCTCTTCCGCCAACGAAACGAAAAGATACATGGCGAACAGAGAAAGCTCG
TTGCACGTGCTTACTCAATGGATTCCATGGTTCATCTCGAGCCCAATGTC
AGCTCTATCCTCACGAGTATGGTGCAAAAGCTGGACACCCTATCCGGTGT
CGTCGATCTTGGAGCATTTCTGCAATTGTTCGCATTCGATGTAATCGGTG
CAGTCAGCTTCTCACGCCCGTTTGGCTATGTCATTGCCGGTGACGATAAT
GGCGTATTTTCTCGGCTTAAGCAATCGTTGCGGTCAATGTCCTGGCTCAT
GAGCGTGCCCTGGTTTTATGATATCCATCAAAAGCTGAAACCGTTTATTG
GCAACTGGCTGGCAGTCAATGATCGAAATGGTTACTTTTACCAGTTCGCA
ACTCAAGAGATTGTCTCGCGGAAAGACCGGGGCGGCGATGATCGAGATAT
CATAAACCAGCTATTTGCGATTCAGAAGACCAAGCCTCACTTCAGTGACA
CGGACATGGCATTTATGATGACTGCGAATGTGTTTGCCGGCTCAGATACG
ACGGCGACGTCGCTCAACGCGATATTCTATCTTCTCCTGAAAAACCCGAC
CGTCTACCAGCGACTGATGCAGGAGTTAGAAGAGAAGAAATCAAAGGGAG
AGTTGAGCGATCTGGTAACTTTCCAGCAAGCAGAATCCTGTCCTTATCTG
CAGGCTGTGATGTATGAAGCGCTCCGGCTGTATCCTGCTGCTGGACTTCA
GCTGAACCGTGATGTGCCGGAGGGGGGTATGAAGATTGGGAATTACTATG
TTCCAGAGGGAACAGTGGTCGGTTCATCTGCGTGGGTCATCCACCGCCTG
CCGGAGATCTGGGGTCCTGACTTTGAGGAATTCCGCCCGGAGAGATGGCT
GGAAGGGGACGTGGGAAATCTGAACATAAGCTGGTTGGAGATGTCAAAGC
TCGTCCCTACTCTTCTCATGCGCTACAACATCCAATTGGCACCGGGTGCA
AAGGTGACGGATGAGAGCGGAGGTTTAATCTTTATCCGTGGACTCGAGGT
ACTCTTAAGTCCGCGACAGAAATCAGTGGCGTGAATGCAGCTATTATCCC
TACTTGTCAATCCATTTACCGCCGGTATACTTTTGCTTCTCAGCACTGGC
GGTTATGTTATTTACCAGTGCTTTTTGTGTCCTTTGGCCCGGTTCCCAGG
CCCCTTTTTGGCCAAGCTTACCAACTGGCATCGGGCATACCTCACCTACG
AGGGGCGGTCCCATCATAGGTACCTTGCGTTTCATCGGAAATATGGTGCG
GTGGTGCGCACGGGACCGAACGTGTTGAGCGTCGCAGATCCGACAGCATT
CCGGGAAATATACAAGGCAGGGGGCAAGTTCGCCAAATCCGCGTCGTATA
GCGTCCCAAAAGAGTCTCAGGCTTTTGATCTCTTCCGCCAACGAAACGAA
AAGATACATGGCGAACAGAGAAAGCTCGTTGCACGTGCTTACTCAATGGA
TTCCATGGTTCATCTCGAGCCCAATGTCAGCTCTATCCTCACGAGTATGG
TGCAAAAGCTGGACACCCTATCCGGTGTCGTCGATCTTGGAGCATTTCTG
CAATTGTTCGCATTCGATGTAATCGGTGCAGTCAGCTTCTCACGCCCGTT
TGGCTATGTCATTGCCGGTGACGATAATGGCGTATTTTCTCGGCTTAAGC
AATCGTTGCGGTCAATGTCCTGGCTCATGAGCGTGCCCTGGTTTTATGAT
ATCCATCAAAAGCTGAAACCGTTTATTGGCAACTGGCTGGCAGTCAATGA
TCGAAATGGTTACTTTTACCAGTTCGCAACTCAAGAGATTGTCTCGCGGA
AAGACCGGGGCGGCGATGATCGAGATATCATAAACCAGCTATTTGCGATT
CAGAAGACCAAGCCTCACTTCAGTGACACGGACATGGCATTTATGATGAC
TGCGAATGTGTTTGCCGGCTCAGATACGACGGCGACGTCGCTCAACGCGA
TATTCTATCTTCTCCTGAAAAACCCGACCGTCTACCAGCGACTGATGCAG
GAGTTAGAAGAGAAGAAATCAAAGGGAGAGTTGAGCGATCTGGTAACTTT
CCAGCAAGCAGAATCCTGTCCTTATCTGCAGGCTGTGATGTATGAAGCGC
TCCGGCTGTATCCTGCTGCTGGACTTCAGCTGAACCGTGATGTGCCGGAG
GGGGGTATGAAGATTGGGAATTACTATGTTCCAGAGGGAACAGTGGTCGG
TTCATCTGCGTGGGTCATCCACCGCCTGCCGGAGATCTGGGGTCCTGACT
TTGAGGAATTCCGCCCGGAGAGATGGCTGGAAGGGGACGTGGGAAATCTG
AACATAAGCTGGTTGGAGATGTCAAAGCTCGTCCCTACTCTTCTCATGCG
CTACAACATCCAATTGGCACCGGGTGCAAAGGTGACGGATGAGAGCGGAG
GTTTAATCTTTATCCGTGGACTCGAGGTACTCTTAAGTCCGCGACAGAAA
TCAGTGGCGTGAATGCAGCTATTATCCCTACTTGTCAATCCATTTACCGC
CGGTATACTTTTGCTTCTCAGCACTGGCGGTTATGTTATTTACCAGTGCT
TTTTGTGTCCTTTGGCCCGGTTCCCAGGCCCCTTTTTGGCCAAGCTTACC
AACTGGCATCGGGCATACCTCACCTACGAGGGGCGGTCCCATCATAGGTA
CCTTGCGTTTCATCGGAAATATGGTGCGGTGGTGCGCACGGGACCGAACG
TGTTGAGCGTCGCAGATCCGACAGCATTCCGGGAAATATACAAGGCAGGG
GGCAAGTTCGCCAAATCCGCGTCGTATAGCGTCCCAAAAGAGTCTCAGGC
TTTTGATCTCTTCCGCCAACGAAACGAAAAGATACATGGCGAACAGAGAA
AGCTCGTTGCACGTGCTTACTCAATGGATTCCATGGTTCATCTCGAGCCC
AATGTCAGCTCTATCCTCACGAGTATGGTGCAAAAGCTGGACACCCTATC
CGGTGTCGTCGATCTTGGAGCATTTCTGCAATTGTTCGCATTCGATGTAA
TCGGTGCAGTCAGCTTCTCACGCCCGTTTGGCTATGTCATTGCCGGTGAC
GATAATGGCGTATTTTCTCGGCTTAAGCAATCGTTGCGGTCAATGTCCTG
GCTCATGAGCGTGCCCTGGTTTTATGATATCCATCAAAAGCTGAAACCGT
TTATTGGCAACTGGCTGGCAGTCAATGATCGAAATGGTTACTTTTACCAG
TTCGCAACTCAAGAGATTGTCTCGCGGAAAGACCGGGGCGGCGATGATCG
AGATATCATAAACCAGCTATTTGCGATTCAGAAGACCAAGCCTCACTTCA
GTGACACGGACATGGCATTTATGATGACTGCGAATGTGTTTGCCGGCTCA
GATACGACGGCGACGTCGCTCAACGCGATATTCTATCTTCTCCTGAAAAA
CCCGACCGTCTACCAGCGACTGATGCAGGAGTTAGAAGAGAAGAAATCAA
AGGGAGAGTTGAGCGATCTGGTAACTTTCCAGCAAGCAGAATCCTGTCCT
TATCTGCAGGCTGTGATGTATGAAGCGCTCCGGCTGTATCCTGCTGCTGG
ACTTCAGCTGAACCGTGATGTGCCGGAGGGGGGTATGAAGATTGGGAATT
ACTATGTTCCAGAGGGAACAGTGGTCGGTTCATCTGCGTGGGTCATCCAC
CGCCTGCCGGAGATCTGGGGTCCTGACTTTGAGGAATTCCGCCCGGAGAG
ATGGCTGGAAGGGGACGTGGGAAATCTGAACATAAGCTGGTTGGAGATGT
CAAAGCTCGTCCCTACTCTTCTCATGCGCTACAACATCCAATTGGCACCG
GGTGCAAAGGTGACGGATGAGAGCGGAGGTTTAATCTTTATCCGTGGACT
CGAGGTACTCTTAAGTCCGCGACAGAAATCAGTGGCGTGAATGCAGCTAT
TATCCCTACTTGTCAATCCATTTACCGCCGGTATACTTTTGCTTCTCAGC
ACTGGCGGTTATGTTATTTACCAGTGCTTTTTGTGTCCTTTGGCCCGGTT
CCCAGGCCCCTTTTTGGCCAAGCTTACCAACTGGCATCGGGCATACCTCA
CCTACGAGGGGCGGTCCCATCATAGGTACCTTGCGTTTCATCGGAAATAT
GGTGCGGTGGTGCGCACGGGACCGAACGTGTTGAGCGTCGCAGATCCGAC
AGCATTCCGGGAAATATACAAGGCAGGGGGCAAGTTCGCCAAATCCGCGT
CGTATAGCGTCCCAAAAGAGTCTCAGGCTTTTGATCTCTTCCGCCAACGA
AACGAAAAGATACATGGCGAACAGAGAAAGCTCGTTGCACGTGCTTACTC
AATGGATTCCATGGTTCATCTCGAGCCCAATGTCAGCTCTATCCTCACGA
GTATGGTGCAAAAGCTGGACACCCTATCCGGTGTCGTCGATCTTGGAGCA
TTTCTGCAATTGTTCGCATTCGATGTAATCGGTGCAGTCAGCTTCTCACG
CCCGTTTGGCTATGTCATTGCCGGTGACGATAATGGCGTATTTTCTCGGC
TTAAGCAATCGTTGCGGTCAATGTCCTGGCTCATGAGCGTGCCCTGGTTT
TATGATATCCATCAAAAGCTGAAACCGTTTATTGGCAACTGGCTGGCAGT
CAATGATCGAAATGGTTACTTTTACCAGTTCGCAACTCAAGAGATTGTCT
CGCGGAAAGACCGGGGCGGCGATGATCGAGATATCATAAACCAGCTATTT
GCGATTCAGAAGACCAAGCCTCACTTCAGTGACACGGACATGGCATTTAT
GATGACTGCGAATGTGTTTGCCGGCTCAGATACGACGGCGACGTCGCTCA
ACGCGATATTCTATCTTCTCCTGAAAAACCCGACCGTCTACCAGCGACTG
ATGCAGGAGTTAGAAGAGAAGAAATCAAAGGGAGAGTTGAGCGATCTGGT
AACTTTCCAGCAAGCAGAATCCTGTCCTTATCTGCAGGCTGTGATGTATG
AAGCGCTCCGGCTGTATCCTGCTGCTGGACTTCAGCTGAACCGTGATGTG
CCGGAGGGGGGTATGAAGATTGGGAATTACTATGTTCCAGAGGGAACAGT
GGTCGGTTCATCTGCGTGGGTCATCCACCGCCTGCCGGAGATCTGGGGTC
CTGACTTTGAGGAATTCCGCCCGGAGAGATGGCTGGAAGGGGACGTGGGA
AATCTGAACATAAGCTGGTTGGAGATGTCAAAGCTCGTCCCTACTCTTCT
CATGCGCTACAACATCCAATTGGCACCGGGTGCAAAGGTGACGGATGAGA
GCGGAGGTTTAATCTTTATCCGTGGACTCGAGGTACTCTTAAGTCCGCGA
CAGAAATCAGTGGCGTGAATGCAGCTATTATCCCTACTTGTCAATCCATT
TACCGCCGGTATACTTTTGCTTCTCAGCACTGGCGGTTATGTTATTTACC
AGTGCTTTTTGTGTCCTTTGGCCCGGTTCCCAGGCCCCTTTTTGGCCAAG
CTTACCAACTGGCATCGGGCATACCTCACCTACGAGGGGCGGTCCCATCA
TAGGTACCTTGCGTTTCATCGGAAATATGGTGCGGTGGTGCGCACGGGAC
CGAACGTGTTGAGCGTCGCAGATCCGACAGCATTCCGGGAAATATACAAG
GCAGGGGGCAAGTTCGCCAAATCCGCGTCGTATAGCGTCCCAAAAGAGTC
TCAGGCTTTTGATCTCTTCCGCCAACGAAACGAAAAGATACATGGCGAAC
AGAGAAAGCTCGTTGCACGTGCTTACTCAATGGATTCCATGGTTCATCTC
GAGCCCAATGTCAGCTCTATCCTCACGAGTATGGTGCAAAAGCTGGACAC
CCTATCCGGTGTCGTCGATCTTGGAGCATTTCTGCAATTGTTCGCATTCG
ATGTAATCGGTGCAGTCAGCTTCTCACGCCCGTTTGGCTATGTCATTGCC
GGTGACGATAATGGCGTATTTTCTCGGCTTAAGCAATCGTTGCGGTCAAT
GTCCTGGCTCATGAGCGTGCCCTGGTTTTATGATATCCATCAAAAGCTGA
AACCGTTTATTGGCAACTGGCTGGCAGTCAATGATCGAAATGGTTACTTT
TACCAGTTCGCAACTCAAGAGATTGTCTCGCGGAAAGACCGGGGCGGCGA
TGATCGAGATATCATAAACCAGCTATTTGCGATTCAGAAGACCAAGCCTC
ACTTCAGTGACACGGACATGGCATTTATGATGACTGCGAATGTGTTTGCC
GGCTCAGATACGACGGCGACGTCGCTCAACGCGATATTCTATCTTCTCCT
GAAAAACCCGACCGTCTACCAGCGACTGATGCAGGAGTTAGAAGAGAAGA
AATCAAAGGGAGAGTTGAGCGATCTGGTAACTTTCCAGCAAGCAGAATCC
TGTCCTTATCTGCAGGCTGTGATGTATGAAGCGCTCCGGCTGTATCCTGC
TGCTGGACTTCAGCTGAACCGTGATGTGCCGGAGGGGGGTATGAAGATTG
GGAATTACTATGTTCCAGAGGGAACAGTGGTCGGTTCATCTGCGTGGGTC
ATCCACCGCCTGCCGGAGATCTGGGGTCCTGACTTTGAGGAATTCCGCCC
GGAGAGATGGCTGGAAGGGGACGTGGGAAATCTGAACATAAGCTGGTTGG
AGATGTCAAAGCTCGTCCCTACTCTTCTCATGCGCTACAACATCCAATTG
GCACCGGGTGCAAAGGTGACGGATGAGAGCGGAGGTTTAATCTTTATCCG
TGGACTCGAGGTACTCTTAAGTCCGCGACAGAAATCAGTGGCGTGAATGC
AGCTATTATCCCTACTTGTCAATCCATTTACCGCCGGTATACTTTTGCTT
CTCAGCACTGGCGGTTATGTTATTTACCAGTGCTTTTTGTGTCCTTTGGC
CCGGTTCCCAGGCCCCTTTTTGGCCAAGCTTACCAACTGGCATCGGGCAT
ACCTCACCTACGAGGGGCGGTCCCATCATAGGTACCTTGCGTTTCATCGG
AAATATGGTGCGGTGGTGCGCACGGGACCGAACGTGTTGAGCGTCGCAGA
TCCGACAGCATTCCGGGAAATATACAAGGCAGGGGGCAAGTTCGCCAAAT
CCGCGTCGTATAGCGTCCCAAAAGAGTCTCAGGCTTTTGATCTCTTCCGC
CAACGAAACGAAAAGATACATGGCGAACAGAGAAAGCTCGTTGCACGTGC
TTACTCAATGGATTCCATGGTTCATCTCGAGCCCAATGTCAGCTCTATCC
TCACGAGTATGGTGCAAAAGCTGGACACCCTATCCGGTGTCGTCGATCTT
GGAGCATTTCTGCAATTGTTCGCATTCGATGTAATCGGTGCAGTCAGCTT
CTCACGCCCGTTTGGCTATGTCATTGCCGGTGACGATAATGGCGTATTTT
CTCGGCTTAAGCAATCGTTGCGGTCAATGTCCTGGCTCATGAGCGTGCCC
TGGTTTTATGATATCCATCAAAAGCTGAAACCGTTTATTGGCAACTGGCT
GGCAGTCAATGATCGAAATGGTTACTTTTACCAGTTCGCAACTCAAGAGA
TTGTCTCGCGGAAAGACCGGGGCGGCGATGATCGAGATATCATAAACCAG
CTATTTGCGATTCAGAAGACCAAGCCTCACTTCAGTGACACGGACATGGC
ATTTATGATGACTGCGAATGTGTTTGCCGGCTCAGATACGACGGCGACGT
CGCTCAACGCGATATTCTATCTTCTCCTGAAAAACCCGACCGTCTACCAG
CGACTGATGCAGGAGTTAGAAGAGAAGAAATCAAAGGGAGAGTTGAGCGA
TCTGGTAACTTTCCAGCAAGCAGAATCCTGTCCTTATCTGCAGGCTGTGA
TGTATGAAGCGCTCCGGCTGTATCCTGCTGCTGGACTTCAGCTGAACCGT
GATGTGCCGGAGGGGGGTATGAAGATTGGGAATTACTATGTTCCAGAGGG
AACAGTGGTCGGTTCATCTGCGTGGGTCATCCACCGCCTGCCGGAGATCT
GGGGTCCTGACTTTGAGGAATTCCGCCCGGAGAGATGGCTGGAAGGGGAC
GTGGGAAATCTGAACATAAGCTGGTTGGAGATGTCAAAGCTCGTCCCTAC
TCTTCTCATGCGCTACAACATCCAATTGGCACCGGGTGCAAAGGTGACGG
ATGAGAGCGGAGGTTTAATCTTTATCCGTGGACTCGAGGTACTCTTAAGT
CCGCGACAGAAATCAGTGGCGTGA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0055114oxidation-reduction process
Vocabulary: Molecular Function
TermDefinition
GO:0016705oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen
GO:0020037heme binding
GO:0005506iron ion binding
Relationships

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

Feature NameUnique NameSpeciesType
CAN33_33590CAN33_33590Aspergillus niger FDAARGOS_311gene


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

Feature NameUnique NameSpeciesType
CAN33_33590-T1CAN33_33590-T1-proteinAspergillus niger FDAARGOS_311polypeptide


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

Feature NameUnique NameSpeciesType
CAN33_33590-T1.exon1CAN33_33590-T1.exon1Aspergillus niger FDAARGOS_311exon
CAN33_33590-T1.exon2CAN33_33590-T1.exon2Aspergillus niger FDAARGOS_311exon
CAN33_33590-T1.exon3CAN33_33590-T1.exon3Aspergillus niger FDAARGOS_311exon
CAN33_33590-T1.exon4CAN33_33590-T1.exon4Aspergillus niger FDAARGOS_311exon
CAN33_33590-T1.exon5CAN33_33590-T1.exon5Aspergillus niger FDAARGOS_311exon
CAN33_33590-T1.exon6CAN33_33590-T1.exon6Aspergillus niger FDAARGOS_311exon
CAN33_33590-T1.exon7CAN33_33590-T1.exon7Aspergillus niger FDAARGOS_311exon
CAN33_33590-T1.exon8CAN33_33590-T1.exon8Aspergillus niger FDAARGOS_311exon


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

Feature NameUnique NameSpeciesType
CAN33_33590-T1.cdsCAN33_33590-T1.cdsAspergillus niger FDAARGOS_311CDS


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR036396
DBxrefInterPro:IPR001128
DBxrefPFAM:PF00067
ProductCytochrome P450 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
NKJJ01000007.1supercontigNKJJ01000007.1:485465..487375 +
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