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CAN33_45590-T1, CAN33_45590-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_45590-T1
Unique NameCAN33_45590-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000022.1:2108615..2110547+

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_45590-T1 ID=CAN33_45590-T1|Name=CAN33_45590-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=1933bp|location=Sequence derived from alignment at NKJJ01000022.1:2108615..2110547+ (Aspergillus niger FDAARGOS_311)
ATGGCTTCTCACACGAAGAAAGACGATTTCTGTCTTGAATGCCATTGGGA
GGCATTCCACCTGGATGGAAAGGAGGCAGAAGATGCTTCGGAGGCGCAGC
CAGTCCAATGGAATTGCTCCGACCAGGTACATCACACCCCAGCACCGCCT
TGCAATGGGGATGACGACTGCAATGTCGAGGAGGACTGCTGTGATGTTGA
CGACTGTTCAATCACCTGTCCCTCCGTCTGTGACGGTTTCGTCGACTGCG
GTGATGCTGCAGTATGCTCAGTCTCGCACTGCGACGAAGATCATTGCGAG
AACACCGACCCGGTCTGCTTTGATGAACACTGCTTCGGCACTGGCACCAA
CATAGATGGCGAACACAGTTTGGAGTCGCTGCTAGGGTTGGGAACACCTC
TTAACCTCGACACTAGCGACCTACTATCCCCGACCACCATGCCACAGTCG
CAGGTAGAGCAACCCAAGACCATGACGCAACCTACGGGCATGGTACCCTC
TGCACCGACAAGTGATGCATTCTTCACTCCTTATGCACCTGCATCCCACT
GTCACTCCCACAGTCATCAGCATTTTCACTGTCATGATATATCCAAGGAT
GCTCACCATGCAGCAAATCCGTGGTTACCTCTGCAGAACGCAGTCAACCC
GGCGGATGTATTCCACATGATGTGCCCTGACCTGTCTGCGTGCCATCAGT
TCCACGTCCACGAAGTGCAGAACTGCCCTGATCAGGGCAAACCTGCCGAT
GATGCGGCCTCGAACTCGTTCACCTGCTTCCACATCCCTCACCATCCCCA
CCACCACCACCCGCCGAACGAAGTGAAGAACCCAGCTCCGACGCAGAAGC
CAACCAATAACTGGAAGCCATGCCGCACGCATGTTCATCGGTGTCGCACA
CACGGACACCATGTCCATTCCTATTCACCCTACTCGCCGTACTCCCGCCA
TTCGCGGTCCAGCGTGAGCTCGCAGTTGAGTCCGGGCGAGACGCCACCCC
CGCTGGAAGGGGGTACCTCGTCCGTCTTGACCAGTCCGGAATATGTCCCC
GATACCGAGGTATTCATCTGCCGGTGGATATCGAAGGCTGACGGGACTCA
GCTCCCCTGCGGCGCCACTTTCGCGGATGCATGCGGTCTGCAGGAACATC
TGGTGGCAAGCCACATGGCGACCGTAGATGGCGCCAAGGGTACGGGATAT
TACTGCTGCTGGGAAGGGTGTCATCGGCCGGACGAGCCGTTTTCGCAAAA
GTCGAAGCTGCAGGGGCATTTCTTGACCCACAGTAATTGTAAGTGCACGC
CCCGGAAACTTATAGGACGAATGCTGACAATATAGACAAAAACTTCAAAT
GCTCAGTTTGCGGGAAGATGTTTGCGCGACAGGCAACCTTGGAGCGGCAC
GAGCGGAGCCACCGAGGCGAGAAGCCGTACAAGTGTTCGGAGTGCGGGAA
GTCGTTTACCGACAGCAGCGAGCTGAGTATGTGCAAAGCATCTTTTAGAT
GAATAGAAACTGACAAGATAGAAACGCATTCGCGGACGCACACGGGCGAG
AAGCCCTTCAAATGCACGTACCCGGGGTGTAACTTCCAGACTGGCGACGT
AAGTACAGCCAACCAGAATGAGGGAAGTCAAGCTAACAGATTCAGTCATC
AAACATGTCCAGCCACCGATTGAGTATGTAACTTCGCCAAGCTATGCATG
TAATATATACTAACTGGACTAGCACACGGCGAGCGCCGACACAAGTGCCA
CCACGCCGGATGCACCAAGAGCTTCACGCGACACGGTAAGCTTTACCTCC
CTTGCAGCATGACGAATTTGCTAACAAACCAGACCAACTTAAACGACATT
TAAGAACCACGCACAAAGAAGACATCTCACTAGGTACTCCGATGCCGGAT
GACTTCGGACTTGCCTTCGCCGAAGTGGCGTGA
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Coding sequence (CDS) from alignment at NKJJ01000022.1:2108615..2110547+

>CAN33_45590-T1 ID=CAN33_45590-T1|Name=CAN33_45590-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=10872bp|location=Sequence derived from alignment at NKJJ01000022.1:2108615..2110547+ (Aspergillus niger FDAARGOS_311)
ATGGCTTCTCACACGAAGAAAGACGATTTCTGTCTTGAATGCCATTGGGA
GGCATTCCACCTGGATGGAAAGGAGGCAGAAGATGCTTCGGAGGCGCAGC
CAGTCCAATGGAATTGCTCCGACCAGGTACATCACACCCCAGCACCGCCT
TGCAATGGGGATGACGACTGCAATGTCGAGGAGGACTGCTGTGATGTTGA
CGACTGTTCAATCACCTGTCCCTCCGTCTGTGACGGTTTCGTCGACTGCG
GTGATGCTGCAGTATGCTCAGTCTCGCACTGCGACGAAGATCATTGCGAG
AACACCGACCCGGTCTGCTTTGATGAACACTGCTTCGGCACTGGCACCAA
CATAGATGGCGAACACAGTTTGGAGTCGCTGCTAGGGTTGGGAACACCTC
TTAACCTCGACACTAGCGACCTACTATCCCCGACCACCATGCCACAGTCG
CAGGTAGAGCAACCCAAGACCATGACGCAACCTACGGGCATGAACGCAGT
CAACCCGGCGGATGTATTCCACATGATGTGCCCTGACCTGTCTGCGTGCC
ATCAGTTCCACGTCCACGAAGTGCAGAACTGCCCTGATCAGGGCAAACCT
GCCGATGATGCGGCCTCGAACTCCGTGAGCTCGCAGTTGAGTCCGGGCGA
GACGCCACCCCCGCTGGAAGGGGGTACCTCGTCCGTCTTGACCAGTCCGG
AATATGTCCCCGATACCGAGGTATTCATCTGCCGGTGGATATCGAAGGCT
GACGGGACTCAGCTCCCCTGCGGCGCCACTTTCGCGGATGCATGCGGTCT
GCAGGAACATCTGGTGGCAAGCCACATGGCGACCGTAGATGGCGCCAAGG
GTACGGGATATTACTGCTGCTGGGAAGGGTGTCATCGGCCGGACGAGCCG
TTTTCGCAAAAGTCGAAGCTGCAGGGGCATTTCTTGACCCACAGTAATTA
CAAAAACTTCAAATGCTCAGTTTGCGGGAAGATGTTTGCGCGACAGGCAA
CCTTGGAGCGGCACGAGCGGAGCCACCGAGGCGAGAAGCCGTACAAGTGT
TCGGAGTGCGGGAAGTCGTTTACCGACAGCAGCGAGCTGAAAACGCATTC
GCGGACGCACACGGGCGAGAAGCCCTTCAAATGCACGTACCCGGGGTGTA
ACTTCCAGACTGGCGACTCATCAAACATGTCCAGCCACCGATTGACACAC
GGCGAGCGCCGACACAAGTGCCACCACGCCGGATGCACCAAGAGCTTCAC
GCGACACGACCAACTTAAACGACATTTAAGAACCACGCACAAAGAAGACA
TCTCACTAGGTACTCCGATGCCGGATGACTTCGGACTTGCCTTCGCCGAA
GTGGCGTGAATGGCTTCTCACACGAAGAAAGACGATTTCTGTCTTGAATG
CCATTGGGAGGCATTCCACCTGGATGGAAAGGAGGCAGAAGATGCTTCGG
AGGCGCAGCCAGTCCAATGGAATTGCTCCGACCAGGTACATCACACCCCA
GCACCGCCTTGCAATGGGGATGACGACTGCAATGTCGAGGAGGACTGCTG
TGATGTTGACGACTGTTCAATCACCTGTCCCTCCGTCTGTGACGGTTTCG
TCGACTGCGGTGATGCTGCAGTATGCTCAGTCTCGCACTGCGACGAAGAT
CATTGCGAGAACACCGACCCGGTCTGCTTTGATGAACACTGCTTCGGCAC
TGGCACCAACATAGATGGCGAACACAGTTTGGAGTCGCTGCTAGGGTTGG
GAACACCTCTTAACCTCGACACTAGCGACCTACTATCCCCGACCACCATG
CCACAGTCGCAGGTAGAGCAACCCAAGACCATGACGCAACCTACGGGCAT
GAACGCAGTCAACCCGGCGGATGTATTCCACATGATGTGCCCTGACCTGT
CTGCGTGCCATCAGTTCCACGTCCACGAAGTGCAGAACTGCCCTGATCAG
GGCAAACCTGCCGATGATGCGGCCTCGAACTCCGTGAGCTCGCAGTTGAG
TCCGGGCGAGACGCCACCCCCGCTGGAAGGGGGTACCTCGTCCGTCTTGA
CCAGTCCGGAATATGTCCCCGATACCGAGGTATTCATCTGCCGGTGGATA
TCGAAGGCTGACGGGACTCAGCTCCCCTGCGGCGCCACTTTCGCGGATGC
ATGCGGTCTGCAGGAACATCTGGTGGCAAGCCACATGGCGACCGTAGATG
GCGCCAAGGGTACGGGATATTACTGCTGCTGGGAAGGGTGTCATCGGCCG
GACGAGCCGTTTTCGCAAAAGTCGAAGCTGCAGGGGCATTTCTTGACCCA
CAGTAATTACAAAAACTTCAAATGCTCAGTTTGCGGGAAGATGTTTGCGC
GACAGGCAACCTTGGAGCGGCACGAGCGGAGCCACCGAGGCGAGAAGCCG
TACAAGTGTTCGGAGTGCGGGAAGTCGTTTACCGACAGCAGCGAGCTGAA
AACGCATTCGCGGACGCACACGGGCGAGAAGCCCTTCAAATGCACGTACC
CGGGGTGTAACTTCCAGACTGGCGACTCATCAAACATGTCCAGCCACCGA
TTGACACACGGCGAGCGCCGACACAAGTGCCACCACGCCGGATGCACCAA
GAGCTTCACGCGACACGACCAACTTAAACGACATTTAAGAACCACGCACA
AAGAAGACATCTCACTAGGTACTCCGATGCCGGATGACTTCGGACTTGCC
TTCGCCGAAGTGGCGTGAATGGCTTCTCACACGAAGAAAGACGATTTCTG
TCTTGAATGCCATTGGGAGGCATTCCACCTGGATGGAAAGGAGGCAGAAG
ATGCTTCGGAGGCGCAGCCAGTCCAATGGAATTGCTCCGACCAGGTACAT
CACACCCCAGCACCGCCTTGCAATGGGGATGACGACTGCAATGTCGAGGA
GGACTGCTGTGATGTTGACGACTGTTCAATCACCTGTCCCTCCGTCTGTG
ACGGTTTCGTCGACTGCGGTGATGCTGCAGTATGCTCAGTCTCGCACTGC
GACGAAGATCATTGCGAGAACACCGACCCGGTCTGCTTTGATGAACACTG
CTTCGGCACTGGCACCAACATAGATGGCGAACACAGTTTGGAGTCGCTGC
TAGGGTTGGGAACACCTCTTAACCTCGACACTAGCGACCTACTATCCCCG
ACCACCATGCCACAGTCGCAGGTAGAGCAACCCAAGACCATGACGCAACC
TACGGGCATGAACGCAGTCAACCCGGCGGATGTATTCCACATGATGTGCC
CTGACCTGTCTGCGTGCCATCAGTTCCACGTCCACGAAGTGCAGAACTGC
CCTGATCAGGGCAAACCTGCCGATGATGCGGCCTCGAACTCCGTGAGCTC
GCAGTTGAGTCCGGGCGAGACGCCACCCCCGCTGGAAGGGGGTACCTCGT
CCGTCTTGACCAGTCCGGAATATGTCCCCGATACCGAGGTATTCATCTGC
CGGTGGATATCGAAGGCTGACGGGACTCAGCTCCCCTGCGGCGCCACTTT
CGCGGATGCATGCGGTCTGCAGGAACATCTGGTGGCAAGCCACATGGCGA
CCGTAGATGGCGCCAAGGGTACGGGATATTACTGCTGCTGGGAAGGGTGT
CATCGGCCGGACGAGCCGTTTTCGCAAAAGTCGAAGCTGCAGGGGCATTT
CTTGACCCACAGTAATTACAAAAACTTCAAATGCTCAGTTTGCGGGAAGA
TGTTTGCGCGACAGGCAACCTTGGAGCGGCACGAGCGGAGCCACCGAGGC
GAGAAGCCGTACAAGTGTTCGGAGTGCGGGAAGTCGTTTACCGACAGCAG
CGAGCTGAAAACGCATTCGCGGACGCACACGGGCGAGAAGCCCTTCAAAT
GCACGTACCCGGGGTGTAACTTCCAGACTGGCGACTCATCAAACATGTCC
AGCCACCGATTGACACACGGCGAGCGCCGACACAAGTGCCACCACGCCGG
ATGCACCAAGAGCTTCACGCGACACGACCAACTTAAACGACATTTAAGAA
CCACGCACAAAGAAGACATCTCACTAGGTACTCCGATGCCGGATGACTTC
GGACTTGCCTTCGCCGAAGTGGCGTGAATGGCTTCTCACACGAAGAAAGA
CGATTTCTGTCTTGAATGCCATTGGGAGGCATTCCACCTGGATGGAAAGG
AGGCAGAAGATGCTTCGGAGGCGCAGCCAGTCCAATGGAATTGCTCCGAC
CAGGTACATCACACCCCAGCACCGCCTTGCAATGGGGATGACGACTGCAA
TGTCGAGGAGGACTGCTGTGATGTTGACGACTGTTCAATCACCTGTCCCT
CCGTCTGTGACGGTTTCGTCGACTGCGGTGATGCTGCAGTATGCTCAGTC
TCGCACTGCGACGAAGATCATTGCGAGAACACCGACCCGGTCTGCTTTGA
TGAACACTGCTTCGGCACTGGCACCAACATAGATGGCGAACACAGTTTGG
AGTCGCTGCTAGGGTTGGGAACACCTCTTAACCTCGACACTAGCGACCTA
CTATCCCCGACCACCATGCCACAGTCGCAGGTAGAGCAACCCAAGACCAT
GACGCAACCTACGGGCATGAACGCAGTCAACCCGGCGGATGTATTCCACA
TGATGTGCCCTGACCTGTCTGCGTGCCATCAGTTCCACGTCCACGAAGTG
CAGAACTGCCCTGATCAGGGCAAACCTGCCGATGATGCGGCCTCGAACTC
CGTGAGCTCGCAGTTGAGTCCGGGCGAGACGCCACCCCCGCTGGAAGGGG
GTACCTCGTCCGTCTTGACCAGTCCGGAATATGTCCCCGATACCGAGGTA
TTCATCTGCCGGTGGATATCGAAGGCTGACGGGACTCAGCTCCCCTGCGG
CGCCACTTTCGCGGATGCATGCGGTCTGCAGGAACATCTGGTGGCAAGCC
ACATGGCGACCGTAGATGGCGCCAAGGGTACGGGATATTACTGCTGCTGG
GAAGGGTGTCATCGGCCGGACGAGCCGTTTTCGCAAAAGTCGAAGCTGCA
GGGGCATTTCTTGACCCACAGTAATTACAAAAACTTCAAATGCTCAGTTT
GCGGGAAGATGTTTGCGCGACAGGCAACCTTGGAGCGGCACGAGCGGAGC
CACCGAGGCGAGAAGCCGTACAAGTGTTCGGAGTGCGGGAAGTCGTTTAC
CGACAGCAGCGAGCTGAAAACGCATTCGCGGACGCACACGGGCGAGAAGC
CCTTCAAATGCACGTACCCGGGGTGTAACTTCCAGACTGGCGACTCATCA
AACATGTCCAGCCACCGATTGACACACGGCGAGCGCCGACACAAGTGCCA
CCACGCCGGATGCACCAAGAGCTTCACGCGACACGACCAACTTAAACGAC
ATTTAAGAACCACGCACAAAGAAGACATCTCACTAGGTACTCCGATGCCG
GATGACTTCGGACTTGCCTTCGCCGAAGTGGCGTGAATGGCTTCTCACAC
GAAGAAAGACGATTTCTGTCTTGAATGCCATTGGGAGGCATTCCACCTGG
ATGGAAAGGAGGCAGAAGATGCTTCGGAGGCGCAGCCAGTCCAATGGAAT
TGCTCCGACCAGGTACATCACACCCCAGCACCGCCTTGCAATGGGGATGA
CGACTGCAATGTCGAGGAGGACTGCTGTGATGTTGACGACTGTTCAATCA
CCTGTCCCTCCGTCTGTGACGGTTTCGTCGACTGCGGTGATGCTGCAGTA
TGCTCAGTCTCGCACTGCGACGAAGATCATTGCGAGAACACCGACCCGGT
CTGCTTTGATGAACACTGCTTCGGCACTGGCACCAACATAGATGGCGAAC
ACAGTTTGGAGTCGCTGCTAGGGTTGGGAACACCTCTTAACCTCGACACT
AGCGACCTACTATCCCCGACCACCATGCCACAGTCGCAGGTAGAGCAACC
CAAGACCATGACGCAACCTACGGGCATGAACGCAGTCAACCCGGCGGATG
TATTCCACATGATGTGCCCTGACCTGTCTGCGTGCCATCAGTTCCACGTC
CACGAAGTGCAGAACTGCCCTGATCAGGGCAAACCTGCCGATGATGCGGC
CTCGAACTCCGTGAGCTCGCAGTTGAGTCCGGGCGAGACGCCACCCCCGC
TGGAAGGGGGTACCTCGTCCGTCTTGACCAGTCCGGAATATGTCCCCGAT
ACCGAGGTATTCATCTGCCGGTGGATATCGAAGGCTGACGGGACTCAGCT
CCCCTGCGGCGCCACTTTCGCGGATGCATGCGGTCTGCAGGAACATCTGG
TGGCAAGCCACATGGCGACCGTAGATGGCGCCAAGGGTACGGGATATTAC
TGCTGCTGGGAAGGGTGTCATCGGCCGGACGAGCCGTTTTCGCAAAAGTC
GAAGCTGCAGGGGCATTTCTTGACCCACAGTAATTACAAAAACTTCAAAT
GCTCAGTTTGCGGGAAGATGTTTGCGCGACAGGCAACCTTGGAGCGGCAC
GAGCGGAGCCACCGAGGCGAGAAGCCGTACAAGTGTTCGGAGTGCGGGAA
GTCGTTTACCGACAGCAGCGAGCTGAAAACGCATTCGCGGACGCACACGG
GCGAGAAGCCCTTCAAATGCACGTACCCGGGGTGTAACTTCCAGACTGGC
GACTCATCAAACATGTCCAGCCACCGATTGACACACGGCGAGCGCCGACA
CAAGTGCCACCACGCCGGATGCACCAAGAGCTTCACGCGACACGACCAAC
TTAAACGACATTTAAGAACCACGCACAAAGAAGACATCTCACTAGGTACT
CCGATGCCGGATGACTTCGGACTTGCCTTCGCCGAAGTGGCGTGAATGGC
TTCTCACACGAAGAAAGACGATTTCTGTCTTGAATGCCATTGGGAGGCAT
TCCACCTGGATGGAAAGGAGGCAGAAGATGCTTCGGAGGCGCAGCCAGTC
CAATGGAATTGCTCCGACCAGGTACATCACACCCCAGCACCGCCTTGCAA
TGGGGATGACGACTGCAATGTCGAGGAGGACTGCTGTGATGTTGACGACT
GTTCAATCACCTGTCCCTCCGTCTGTGACGGTTTCGTCGACTGCGGTGAT
GCTGCAGTATGCTCAGTCTCGCACTGCGACGAAGATCATTGCGAGAACAC
CGACCCGGTCTGCTTTGATGAACACTGCTTCGGCACTGGCACCAACATAG
ATGGCGAACACAGTTTGGAGTCGCTGCTAGGGTTGGGAACACCTCTTAAC
CTCGACACTAGCGACCTACTATCCCCGACCACCATGCCACAGTCGCAGGT
AGAGCAACCCAAGACCATGACGCAACCTACGGGCATGAACGCAGTCAACC
CGGCGGATGTATTCCACATGATGTGCCCTGACCTGTCTGCGTGCCATCAG
TTCCACGTCCACGAAGTGCAGAACTGCCCTGATCAGGGCAAACCTGCCGA
TGATGCGGCCTCGAACTCCGTGAGCTCGCAGTTGAGTCCGGGCGAGACGC
CACCCCCGCTGGAAGGGGGTACCTCGTCCGTCTTGACCAGTCCGGAATAT
GTCCCCGATACCGAGGTATTCATCTGCCGGTGGATATCGAAGGCTGACGG
GACTCAGCTCCCCTGCGGCGCCACTTTCGCGGATGCATGCGGTCTGCAGG
AACATCTGGTGGCAAGCCACATGGCGACCGTAGATGGCGCCAAGGGTACG
GGATATTACTGCTGCTGGGAAGGGTGTCATCGGCCGGACGAGCCGTTTTC
GCAAAAGTCGAAGCTGCAGGGGCATTTCTTGACCCACAGTAATTACAAAA
ACTTCAAATGCTCAGTTTGCGGGAAGATGTTTGCGCGACAGGCAACCTTG
GAGCGGCACGAGCGGAGCCACCGAGGCGAGAAGCCGTACAAGTGTTCGGA
GTGCGGGAAGTCGTTTACCGACAGCAGCGAGCTGAAAACGCATTCGCGGA
CGCACACGGGCGAGAAGCCCTTCAAATGCACGTACCCGGGGTGTAACTTC
CAGACTGGCGACTCATCAAACATGTCCAGCCACCGATTGACACACGGCGA
GCGCCGACACAAGTGCCACCACGCCGGATGCACCAAGAGCTTCACGCGAC
ACGACCAACTTAAACGACATTTAAGAACCACGCACAAAGAAGACATCTCA
CTAGGTACTCCGATGCCGGATGACTTCGGACTTGCCTTCGCCGAAGTGGC
GTGAATGGCTTCTCACACGAAGAAAGACGATTTCTGTCTTGAATGCCATT
GGGAGGCATTCCACCTGGATGGAAAGGAGGCAGAAGATGCTTCGGAGGCG
CAGCCAGTCCAATGGAATTGCTCCGACCAGGTACATCACACCCCAGCACC
GCCTTGCAATGGGGATGACGACTGCAATGTCGAGGAGGACTGCTGTGATG
TTGACGACTGTTCAATCACCTGTCCCTCCGTCTGTGACGGTTTCGTCGAC
TGCGGTGATGCTGCAGTATGCTCAGTCTCGCACTGCGACGAAGATCATTG
CGAGAACACCGACCCGGTCTGCTTTGATGAACACTGCTTCGGCACTGGCA
CCAACATAGATGGCGAACACAGTTTGGAGTCGCTGCTAGGGTTGGGAACA
CCTCTTAACCTCGACACTAGCGACCTACTATCCCCGACCACCATGCCACA
GTCGCAGGTAGAGCAACCCAAGACCATGACGCAACCTACGGGCATGAACG
CAGTCAACCCGGCGGATGTATTCCACATGATGTGCCCTGACCTGTCTGCG
TGCCATCAGTTCCACGTCCACGAAGTGCAGAACTGCCCTGATCAGGGCAA
ACCTGCCGATGATGCGGCCTCGAACTCCGTGAGCTCGCAGTTGAGTCCGG
GCGAGACGCCACCCCCGCTGGAAGGGGGTACCTCGTCCGTCTTGACCAGT
CCGGAATATGTCCCCGATACCGAGGTATTCATCTGCCGGTGGATATCGAA
GGCTGACGGGACTCAGCTCCCCTGCGGCGCCACTTTCGCGGATGCATGCG
GTCTGCAGGAACATCTGGTGGCAAGCCACATGGCGACCGTAGATGGCGCC
AAGGGTACGGGATATTACTGCTGCTGGGAAGGGTGTCATCGGCCGGACGA
GCCGTTTTCGCAAAAGTCGAAGCTGCAGGGGCATTTCTTGACCCACAGTA
ATTACAAAAACTTCAAATGCTCAGTTTGCGGGAAGATGTTTGCGCGACAG
GCAACCTTGGAGCGGCACGAGCGGAGCCACCGAGGCGAGAAGCCGTACAA
GTGTTCGGAGTGCGGGAAGTCGTTTACCGACAGCAGCGAGCTGAAAACGC
ATTCGCGGACGCACACGGGCGAGAAGCCCTTCAAATGCACGTACCCGGGG
TGTAACTTCCAGACTGGCGACTCATCAAACATGTCCAGCCACCGATTGAC
ACACGGCGAGCGCCGACACAAGTGCCACCACGCCGGATGCACCAAGAGCT
TCACGCGACACGACCAACTTAAACGACATTTAAGAACCACGCACAAAGAA
GACATCTCACTAGGTACTCCGATGCCGGATGACTTCGGACTTGCCTTCGC
CGAAGTGGCGTGAATGGCTTCTCACACGAAGAAAGACGATTTCTGTCTTG
AATGCCATTGGGAGGCATTCCACCTGGATGGAAAGGAGGCAGAAGATGCT
TCGGAGGCGCAGCCAGTCCAATGGAATTGCTCCGACCAGGTACATCACAC
CCCAGCACCGCCTTGCAATGGGGATGACGACTGCAATGTCGAGGAGGACT
GCTGTGATGTTGACGACTGTTCAATCACCTGTCCCTCCGTCTGTGACGGT
TTCGTCGACTGCGGTGATGCTGCAGTATGCTCAGTCTCGCACTGCGACGA
AGATCATTGCGAGAACACCGACCCGGTCTGCTTTGATGAACACTGCTTCG
GCACTGGCACCAACATAGATGGCGAACACAGTTTGGAGTCGCTGCTAGGG
TTGGGAACACCTCTTAACCTCGACACTAGCGACCTACTATCCCCGACCAC
CATGCCACAGTCGCAGGTAGAGCAACCCAAGACCATGACGCAACCTACGG
GCATGAACGCAGTCAACCCGGCGGATGTATTCCACATGATGTGCCCTGAC
CTGTCTGCGTGCCATCAGTTCCACGTCCACGAAGTGCAGAACTGCCCTGA
TCAGGGCAAACCTGCCGATGATGCGGCCTCGAACTCCGTGAGCTCGCAGT
TGAGTCCGGGCGAGACGCCACCCCCGCTGGAAGGGGGTACCTCGTCCGTC
TTGACCAGTCCGGAATATGTCCCCGATACCGAGGTATTCATCTGCCGGTG
GATATCGAAGGCTGACGGGACTCAGCTCCCCTGCGGCGCCACTTTCGCGG
ATGCATGCGGTCTGCAGGAACATCTGGTGGCAAGCCACATGGCGACCGTA
GATGGCGCCAAGGGTACGGGATATTACTGCTGCTGGGAAGGGTGTCATCG
GCCGGACGAGCCGTTTTCGCAAAAGTCGAAGCTGCAGGGGCATTTCTTGA
CCCACAGTAATTACAAAAACTTCAAATGCTCAGTTTGCGGGAAGATGTTT
GCGCGACAGGCAACCTTGGAGCGGCACGAGCGGAGCCACCGAGGCGAGAA
GCCGTACAAGTGTTCGGAGTGCGGGAAGTCGTTTACCGACAGCAGCGAGC
TGAAAACGCATTCGCGGACGCACACGGGCGAGAAGCCCTTCAAATGCACG
TACCCGGGGTGTAACTTCCAGACTGGCGACTCATCAAACATGTCCAGCCA
CCGATTGACACACGGCGAGCGCCGACACAAGTGCCACCACGCCGGATGCA
CCAAGAGCTTCACGCGACACGACCAACTTAAACGACATTTAAGAACCACG
CACAAAGAAGACATCTCACTAGGTACTCCGATGCCGGATGACTTCGGACT
TGCCTTCGCCGAAGTGGCGTGA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
TermDefinition
GO:0003676nucleic acid binding
Relationships

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

Feature NameUnique NameSpeciesType
CAN33_45590CAN33_45590Aspergillus niger FDAARGOS_311gene


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

Feature NameUnique NameSpeciesType
CAN33_45590-T1CAN33_45590-T1-proteinAspergillus niger FDAARGOS_311polypeptide


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

Feature NameUnique NameSpeciesType
CAN33_45590-T1.exon1CAN33_45590-T1.exon1Aspergillus niger FDAARGOS_311exon
CAN33_45590-T1.exon2CAN33_45590-T1.exon2Aspergillus niger FDAARGOS_311exon
CAN33_45590-T1.exon3CAN33_45590-T1.exon3Aspergillus niger FDAARGOS_311exon
CAN33_45590-T1.exon4CAN33_45590-T1.exon4Aspergillus niger FDAARGOS_311exon
CAN33_45590-T1.exon5CAN33_45590-T1.exon5Aspergillus niger FDAARGOS_311exon
CAN33_45590-T1.exon6CAN33_45590-T1.exon6Aspergillus niger FDAARGOS_311exon
CAN33_45590-T1.exon7CAN33_45590-T1.exon7Aspergillus niger FDAARGOS_311exon
CAN33_45590-T1.exon8CAN33_45590-T1.exon8Aspergillus niger FDAARGOS_311exon


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

Feature NameUnique NameSpeciesType
CAN33_45590-T1.cdsCAN33_45590-T1.cdsAspergillus niger FDAARGOS_311CDS


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR036236
DBxrefInterPro:IPR013087
DBxrefPFAM:PF13894
DBxrefPFAM:PF00096
ProductZinc-finger double 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
NKJJ01000022.1supercontigNKJJ01000022.1:2108615..2110547 +
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