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CAN33_8085-T1, CAN33_8085-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_8085-T1
Unique NameCAN33_8085-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000012.1:152914..156034+

Legend: exonpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_8085-T1 ID=CAN33_8085-T1|Name=CAN33_8085-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=3121bp|location=Sequence derived from alignment at NKJJ01000012.1:152914..156034+ (Aspergillus niger FDAARGOS_311)
ATGCTCGATGATATCTCTGAAGACGTCCCCCCTAGGATCCGAGGACAGAA
CGTCGTCTATACGATCGGAGACATCGGCCCTCACAAGGTGGCTGTCGTCG
GTTACTATCAAGAGCAAGGTCTCGCCGTGTCTGGCAGTATGGCCGCCGAA
GTTGTAAGGGACCTGCCAAACCTGCAATTGGGACTCTTGGTTGGTATTGC
TGGTGGGATACCATCGCCAGGCAGCGATATGCAACTGGGAGATGTAGCAG
TGGCTGTCCCCGAAGGTGATCGCCCTGGGGTAGTAGGATATGACCTTGGA
AAGGCAGTAGAAGACGACGGCTATGAATTGAAACACTGGCAAAACTCCAC
CCACCCCCTGCTGCGATCAGTGATTAACCTACTTCGAGCCCGGAATGGTC
TGCGATTCCGTAGACACTTGCACGTCCTAGACACGCTATCCGAGTTTCGG
AAGCCTGAACTGGGCGCTATACATACCACTGATACTCATCCCAAGGTCCA
TTACGGTACAATTCTCTCCGGAAATACAGTGGTGAAATCGAAAGCCAAAA
GGGAACAACTGAGAAGTCTTTATGGCGGTATCGCAGTGGAAATGGAAGCT
GCTGGCATGATGACACGGTTGCCAGTGGCTGTTATTAGGGGTATCAGTGA
TTTTGCAGATTCGACCAAAAACAATGCATGGCAACCATATTCAGCCATAG
TTGCAGCGGCATACGCTAAGGAAGTTTTGCTGTGCCTGCCTCCTGAACAT
CGACAAAGCCTGAGGCATATCTCCGGTACGTTAGCCCCGATAAGGAAACA
ACTTGAGGAAGCTCTAAACTACAAGACTAATTCTCCGCTCTTGGCAGTCT
CGCTACAGAACAATACACAACACGGGAAATCAACATCGTTCGCAGATCAG
GATCTTCGTTTAGGACGGACGCTACCAGAAAAGTGGGCTTTTGTAGGAAG
AAAGGAGGAAATGGCTCTCCTGGAGAAGGAGCTGGGCTTTCCAGTACAAT
CTCCCATACAAAGGTCGGTTGTCTGCCTCTGGGGCCTCACTGGCAGTGGG
AAGTCACAGTTGGCTGCTAGGTTTGTGAGCCAACAGCGTTCTAATCACCC
AGCGCGTGAGATCTTCTGGATAAGCGGCGAAAGTCAGGAAAGTTTTGAGC
AAAGTGTAATTGCCATGCTAAAGTCTGGGAGCGTGGAAAATCCTTCCTTT
TCTGGGAGTTTGGATATGGCCGCCGAGAAGCGACGTAATCTCGTAGATCT
GTTCTTTGCTGAGCTGGATCAAATGACCGATGGGAGATGGCTGCTAGTCA
TTGATGGAGTCAATGGAGCCAGTCCCTCATCGAACAATAGGTTCCCCTCT
TATGACATCCACAGCTATATTCGTGGTCTTAATCGGGGGTATGTTCTCCT
CACTTCTAGGAGGCGCGATGTGGTTGAGAAGTACTACCTTGGCCACGAGG
TGAGAGGGTTGGATGATAACGATGCACTCAGTCTACTCCAGTTGCAAGTT
CACCCGCAGCTGATGGAAGGTACTTCCCTGACGCCTGTCTTGGTCCTTGT
TTCCAACTATAGCTAACGTATCACATGCAGGGGCGGCAGAACTGGTGTCC
ATGGTCAGAGGCCTCCCACTAACACTTCGTCTTGCGATGTCTGTTATATG
TCGCTATCGTTTATCAGCTCGGGAGTATTTAGAGATGTGGAAGGGGCATT
ACGAAGCTTGTGAAGTCTTGGGGCCTGATGAAACATTATATCGCTCCATG
AATCTGAGCTTTGAGGAGCTTGAAAGCGTCGACCCAACCGCTGCAAAGGT
ATTAACCCTCTTCAGCTTCCTCCACAATCGTGACGTATGGTACGACATCT
GCCTTGATGCTACAGAGCATATCTATCCGCAATGGCTGCAAAAACTGGCT
AAATCCAAGACGCCATTCAGGCGATTCTATCCTCTTTTGGCCGATCTGTC
CTTCATTGAGATGAAAATCTCCTCCAAGGGTGACAGGTCATGGGAGATAC
ACCCTGCAATTCAAGTGATTGCCAGACAACGCGCAAAGGCTAGCGAGAAA
GAATACATATCTTGGGTGATCTCTCTCGTGGCTGCAAAAGTCCCCAGATC
TTTTGAGATCAACGCCTGGGAGACTATGCGGCGACTAGTGCCCCATGTCG
AGTTATGTTGGAGTTACATCACCGGAGGAAAATGGGGACCGAACACTAAC
TTGACTGAACTGGAAAAGCTGGGCCATGTGTTCAGAAGTTTTGGGAAGTA
CGTCGAGGCGTCGCTCATATACCGTATGATTGTACATGGCCTGAGCATCC
AGGATTCCACCCCGGACAATAATGAGTTCCTAGCTGACGTTATCACCAAC
CTTGGATTGGTTTACACGTCCCAACGAAAGTTGAAGCCCGCCCTAGACGC
TTTCGATAGGTCGTTCCAACTGATGAGTGAACACAATATTTTGACGCCTA
ATGCGTCCATGTCCATCTTGTACAATAAGGCCGTGGTGTATATGATGATC
GACAGACTAGATGAAGCGGAAATGCTTTTGCGGAATGCAGCTGCGCACTT
CTCGGAAGACTCGCTAAATGCTCACGCCCTGATGGGTAAGGAGAAAAGCA
ACCTGTACCTGCGCATTCTAAACGATATTGGCGAAGTCTTGTTGCGAAAA
GACTCTGCATCCGAGTCACTGAAAGTTTTTCAGTGCATTTGCTCCAGCTA
CAAGGACTGGCAAGATGACCATCATCCGGCTCGGATGTCAGTGAAGTTGA
ACATGTGACGAGCTCTGACTAGGCTTGGTAGGTATGCCGAGGCTCGAGAA
TTGCTCGACAATGTCATTTCAGTATATACTGAATGGTGGGGACGACGACA
CCCCGAGACTATGCGAGTGATTGACGAGCTGGCCTGGAGTTTCATGGAAG
AGATTCAGAACAAACGGACAAATGGTGAAAATTGGGATTCGTTGACGGGA
AAGGCTGAAGAGCTTTGGAACGAAGCATTGATCTTCTATCGCAATTTCCA
TGGCGATGGGTCTGATGTGGTGCGTCTTATTGGAAGAAACATGGAAACTC
TATACTCCTTGCAAGAGCCTGCGAGGATTTTAGAGTACGACGGTTGCGAT
GTCGGGTTGACGCGAAGGTGA
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Coding sequence (CDS) from alignment at NKJJ01000012.1:152914..156034+

>CAN33_8085-T1 ID=CAN33_8085-T1|Name=CAN33_8085-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=11772bp|location=Sequence derived from alignment at NKJJ01000012.1:152914..156034+ (Aspergillus niger FDAARGOS_311)
ATGCTCGATGATATCTCTGAAGACGTCCCCCCTAGGATCCGAGGACAGAA
CGTCGTCTATACGATCGGAGACATCGGCCCTCACAAGGTGGCTGTCGTCG
GTTACTATCAAGAGCAAGGTCTCGCCGTGTCTGGCAGTATGGCCGCCGAA
GTTGTAAGGGACCTGCCAAACCTGCAATTGGGACTCTTGGTTGGTATTGC
TGGTGGGATACCATCGCCAGGCAGCGATATGCAACTGGGAGATGTAGCAG
TGGCTGTCCCCGAAGGTGATCGCCCTGGGGTAGTAGGATATGACCTTGGA
AAGGCAGTAGAAGACGACGGCTATGAATTGAAACACTGGCAAAACTCCAC
CCACCCCCTGCTGCGATCAGTGATTAACCTACTTCGAGCCCGGAATGGTC
TGCGATTCCGTAGACACTTGCACGTCCTAGACACGCTATCCGAGTTTCGG
AAGCCTGAACTGGGCGCTATACATACCACTGATACTCATCCCAAGGTCCA
TTACGGTACAATTCTCTCCGGAAATACAGTGGTGAAATCGAAAGCCAAAA
GGGAACAACTGAGAAGTCTTTATGGCGGTATCGCAGTGGAAATGGAAGCT
GCTGGCATGATGACACGGTTGCCAGTGGCTGTTATTAGGGGTATCAGTGA
TTTTGCAGATTCGACCAAAAACAATGCATGGCAACCATATTCAGCCATAG
TTGCAGCGGCATACGCTAAGGAAGTTTTGCTGTGCCTGCCTCCTGAACAT
CGACAAAGCCTGAGGCATATCTCCGTCTCGCTACAGAACAATACACAACA
CGGGAAATCAACATCGTTCGCAGATCAGGATCTTCGTTTAGGACGGACGC
TACCAGAAAAGTGGGCTTTTGTAGGAAGAAAGGAGGAAATGGCTCTCCTG
GAGAAGGAGCTGGGCTTTCCAGTACAATCTCCCATACAAAGGTCGGTTGT
CTGCCTCTGGGGCCTCACTGGCAGTGGGAAGTCACAGTTGGCTGCTAGGT
TTGTGAGCCAACAGCGTTCTAATCACCCAGCGCGTGAGATCTTCTGGATA
AGCGGCGAAAGTCAGGAAAGTTTTGAGCAAAGTGTAATTGCCATGCTAAA
GTCTGGGAGCGTGGAAAATCCTTCCTTTTCTGGGAGTTTGGATATGGCCG
CCGAGAAGCGACGTAATCTCGTAGATCTGTTCTTTGCTGAGCTGGATCAA
ATGACCGATGGGAGATGGCTGCTAGTCATTGATGGAGTCAATGGAGCCAG
TCCCTCATCGAACAATAGGTTCCCCTCTTATGACATCCACAGCTATATTC
GTGGTCTTAATCGGGGGTATGTTCTCCTCACTTCTAGGAGGCGCGATGTG
GTTGAGAAGTACTACCTTGGCCACGAGGTGAGAGGGTTGGATGATAACGA
TGCACTCAGTCTACTCCAGTTGCAAGTTCACCCGCAGCTGATGGAAGGGG
CGGCAGAACTGGTGTCCATGGTCAGAGGCCTCCCACTAACACTTCGTCTT
GCGATGTCTGTTATATGTCGCTATCGTTTATCAGCTCGGGAGTATTTAGA
GATGTGGAAGGGGCATTACGAAGCTTGTGAAGTCTTGGGGCCTGATGAAA
CATTATATCGCTCCATGAATCTGAGCTTTGAGGAGCTTGAAAGCGTCGAC
CCAACCGCTGCAAAGGTATTAACCCTCTTCAGCTTCCTCCACAATCGTGA
CGTATGGTACGACATCTGCCTTGATGCTACAGAGCATATCTATCCGCAAT
GGCTGCAAAAACTGGCTAAATCCAAGACGCCATTCAGGCGATTCTATCCT
CTTTTGGCCGATCTGTCCTTCATTGAGATGAAAATCTCCTCCAAGGGTGA
CAGGTCATGGGAGATACACCCTGCAATTCAAGTGATTGCCAGACAACGCG
CAAAGGCTAGCGAGAAAGAATACATATCTTGGGTGATCTCTCTCGTGGCT
GCAAAAGTCCCCAGATCTTTTGAGATCAACGCCTGGGAGACTATGCGGCG
ACTAGTGCCCCATGTCGAGTTATGTTGGAGTTACATCACCGGAGGAAAAT
GGGGACCGAACACTAACTTGACTGAACTGGAAAAGCTGGGCCATGTGTTC
AGAAGTTTTGGGAAGTACGTCGAGGCGTCGCTCATATACCGTATGATTGT
ACATGGCCTGAGCATCCAGGATTCCACCCCGGACAATAATGAGTTCCTAG
CTGACGTTATCACCAACCTTGGATTGGTTTACACGTCCCAACGAAAGTTG
AAGCCCGCCCTAGACGCTTTCGATAGGTCGTTCCAACTGATGAGTGAACA
CAATATTTTGACGCCTAATGCGTCCATGTCCATCTTGTACAATAAGGCCG
TGGTGTATATGATGATCGACAGACTAGATGAAGCGGAAATGCTTTTGCGG
AATGCAGCTGCGCACTTCTCGGAAGACTCGCTAAATGCTCACGCCCTGAT
GGGTAAGGAGAAAAGCAACCTGTACCTGCGCATTCTAAACGATATTGGCG
AAGTCTTGTTGCGAAAAGACTCTGCATCCGAGTCACTGAAAGTTTTTCAG
TGCATTTGCTCCAGCTACAAGGACTGGCAAGATGACCATCATCCGGCTCG
GATGTATGCCGAGGCTCGAGAATTGCTCGACAATGTCATTTCAGTATATA
CTGAATGGTGGGGACGACGACACCCCGAGACTATGCGAGTGATTGACGAG
CTGGCCTGGAGTTTCATGGAAGAGATTCAGAACAAACGGACAAATGGTGA
AAATTGGGATTCGTTGACGGGAAAGGCTGAAGAGCTTTGGAACGAAGCAT
TGATCTTCTATCGCAATTTCCATGGCGATGGGTCTGATGTGGTGCGTCTT
ATTGGAAGAAACATGGAAACTCTATACTCCTTGCAAGAGCCTGCGAGGAT
TTTAGAGTACGACGGTTGCGATGTCGGGTTGACGCGAAGGTGAATGCTCG
ATGATATCTCTGAAGACGTCCCCCCTAGGATCCGAGGACAGAACGTCGTC
TATACGATCGGAGACATCGGCCCTCACAAGGTGGCTGTCGTCGGTTACTA
TCAAGAGCAAGGTCTCGCCGTGTCTGGCAGTATGGCCGCCGAAGTTGTAA
GGGACCTGCCAAACCTGCAATTGGGACTCTTGGTTGGTATTGCTGGTGGG
ATACCATCGCCAGGCAGCGATATGCAACTGGGAGATGTAGCAGTGGCTGT
CCCCGAAGGTGATCGCCCTGGGGTAGTAGGATATGACCTTGGAAAGGCAG
TAGAAGACGACGGCTATGAATTGAAACACTGGCAAAACTCCACCCACCCC
CTGCTGCGATCAGTGATTAACCTACTTCGAGCCCGGAATGGTCTGCGATT
CCGTAGACACTTGCACGTCCTAGACACGCTATCCGAGTTTCGGAAGCCTG
AACTGGGCGCTATACATACCACTGATACTCATCCCAAGGTCCATTACGGT
ACAATTCTCTCCGGAAATACAGTGGTGAAATCGAAAGCCAAAAGGGAACA
ACTGAGAAGTCTTTATGGCGGTATCGCAGTGGAAATGGAAGCTGCTGGCA
TGATGACACGGTTGCCAGTGGCTGTTATTAGGGGTATCAGTGATTTTGCA
GATTCGACCAAAAACAATGCATGGCAACCATATTCAGCCATAGTTGCAGC
GGCATACGCTAAGGAAGTTTTGCTGTGCCTGCCTCCTGAACATCGACAAA
GCCTGAGGCATATCTCCGTCTCGCTACAGAACAATACACAACACGGGAAA
TCAACATCGTTCGCAGATCAGGATCTTCGTTTAGGACGGACGCTACCAGA
AAAGTGGGCTTTTGTAGGAAGAAAGGAGGAAATGGCTCTCCTGGAGAAGG
AGCTGGGCTTTCCAGTACAATCTCCCATACAAAGGTCGGTTGTCTGCCTC
TGGGGCCTCACTGGCAGTGGGAAGTCACAGTTGGCTGCTAGGTTTGTGAG
CCAACAGCGTTCTAATCACCCAGCGCGTGAGATCTTCTGGATAAGCGGCG
AAAGTCAGGAAAGTTTTGAGCAAAGTGTAATTGCCATGCTAAAGTCTGGG
AGCGTGGAAAATCCTTCCTTTTCTGGGAGTTTGGATATGGCCGCCGAGAA
GCGACGTAATCTCGTAGATCTGTTCTTTGCTGAGCTGGATCAAATGACCG
ATGGGAGATGGCTGCTAGTCATTGATGGAGTCAATGGAGCCAGTCCCTCA
TCGAACAATAGGTTCCCCTCTTATGACATCCACAGCTATATTCGTGGTCT
TAATCGGGGGTATGTTCTCCTCACTTCTAGGAGGCGCGATGTGGTTGAGA
AGTACTACCTTGGCCACGAGGTGAGAGGGTTGGATGATAACGATGCACTC
AGTCTACTCCAGTTGCAAGTTCACCCGCAGCTGATGGAAGGGGCGGCAGA
ACTGGTGTCCATGGTCAGAGGCCTCCCACTAACACTTCGTCTTGCGATGT
CTGTTATATGTCGCTATCGTTTATCAGCTCGGGAGTATTTAGAGATGTGG
AAGGGGCATTACGAAGCTTGTGAAGTCTTGGGGCCTGATGAAACATTATA
TCGCTCCATGAATCTGAGCTTTGAGGAGCTTGAAAGCGTCGACCCAACCG
CTGCAAAGGTATTAACCCTCTTCAGCTTCCTCCACAATCGTGACGTATGG
TACGACATCTGCCTTGATGCTACAGAGCATATCTATCCGCAATGGCTGCA
AAAACTGGCTAAATCCAAGACGCCATTCAGGCGATTCTATCCTCTTTTGG
CCGATCTGTCCTTCATTGAGATGAAAATCTCCTCCAAGGGTGACAGGTCA
TGGGAGATACACCCTGCAATTCAAGTGATTGCCAGACAACGCGCAAAGGC
TAGCGAGAAAGAATACATATCTTGGGTGATCTCTCTCGTGGCTGCAAAAG
TCCCCAGATCTTTTGAGATCAACGCCTGGGAGACTATGCGGCGACTAGTG
CCCCATGTCGAGTTATGTTGGAGTTACATCACCGGAGGAAAATGGGGACC
GAACACTAACTTGACTGAACTGGAAAAGCTGGGCCATGTGTTCAGAAGTT
TTGGGAAGTACGTCGAGGCGTCGCTCATATACCGTATGATTGTACATGGC
CTGAGCATCCAGGATTCCACCCCGGACAATAATGAGTTCCTAGCTGACGT
TATCACCAACCTTGGATTGGTTTACACGTCCCAACGAAAGTTGAAGCCCG
CCCTAGACGCTTTCGATAGGTCGTTCCAACTGATGAGTGAACACAATATT
TTGACGCCTAATGCGTCCATGTCCATCTTGTACAATAAGGCCGTGGTGTA
TATGATGATCGACAGACTAGATGAAGCGGAAATGCTTTTGCGGAATGCAG
CTGCGCACTTCTCGGAAGACTCGCTAAATGCTCACGCCCTGATGGGTAAG
GAGAAAAGCAACCTGTACCTGCGCATTCTAAACGATATTGGCGAAGTCTT
GTTGCGAAAAGACTCTGCATCCGAGTCACTGAAAGTTTTTCAGTGCATTT
GCTCCAGCTACAAGGACTGGCAAGATGACCATCATCCGGCTCGGATGTAT
GCCGAGGCTCGAGAATTGCTCGACAATGTCATTTCAGTATATACTGAATG
GTGGGGACGACGACACCCCGAGACTATGCGAGTGATTGACGAGCTGGCCT
GGAGTTTCATGGAAGAGATTCAGAACAAACGGACAAATGGTGAAAATTGG
GATTCGTTGACGGGAAAGGCTGAAGAGCTTTGGAACGAAGCATTGATCTT
CTATCGCAATTTCCATGGCGATGGGTCTGATGTGGTGCGTCTTATTGGAA
GAAACATGGAAACTCTATACTCCTTGCAAGAGCCTGCGAGGATTTTAGAG
TACGACGGTTGCGATGTCGGGTTGACGCGAAGGTGAATGCTCGATGATAT
CTCTGAAGACGTCCCCCCTAGGATCCGAGGACAGAACGTCGTCTATACGA
TCGGAGACATCGGCCCTCACAAGGTGGCTGTCGTCGGTTACTATCAAGAG
CAAGGTCTCGCCGTGTCTGGCAGTATGGCCGCCGAAGTTGTAAGGGACCT
GCCAAACCTGCAATTGGGACTCTTGGTTGGTATTGCTGGTGGGATACCAT
CGCCAGGCAGCGATATGCAACTGGGAGATGTAGCAGTGGCTGTCCCCGAA
GGTGATCGCCCTGGGGTAGTAGGATATGACCTTGGAAAGGCAGTAGAAGA
CGACGGCTATGAATTGAAACACTGGCAAAACTCCACCCACCCCCTGCTGC
GATCAGTGATTAACCTACTTCGAGCCCGGAATGGTCTGCGATTCCGTAGA
CACTTGCACGTCCTAGACACGCTATCCGAGTTTCGGAAGCCTGAACTGGG
CGCTATACATACCACTGATACTCATCCCAAGGTCCATTACGGTACAATTC
TCTCCGGAAATACAGTGGTGAAATCGAAAGCCAAAAGGGAACAACTGAGA
AGTCTTTATGGCGGTATCGCAGTGGAAATGGAAGCTGCTGGCATGATGAC
ACGGTTGCCAGTGGCTGTTATTAGGGGTATCAGTGATTTTGCAGATTCGA
CCAAAAACAATGCATGGCAACCATATTCAGCCATAGTTGCAGCGGCATAC
GCTAAGGAAGTTTTGCTGTGCCTGCCTCCTGAACATCGACAAAGCCTGAG
GCATATCTCCGTCTCGCTACAGAACAATACACAACACGGGAAATCAACAT
CGTTCGCAGATCAGGATCTTCGTTTAGGACGGACGCTACCAGAAAAGTGG
GCTTTTGTAGGAAGAAAGGAGGAAATGGCTCTCCTGGAGAAGGAGCTGGG
CTTTCCAGTACAATCTCCCATACAAAGGTCGGTTGTCTGCCTCTGGGGCC
TCACTGGCAGTGGGAAGTCACAGTTGGCTGCTAGGTTTGTGAGCCAACAG
CGTTCTAATCACCCAGCGCGTGAGATCTTCTGGATAAGCGGCGAAAGTCA
GGAAAGTTTTGAGCAAAGTGTAATTGCCATGCTAAAGTCTGGGAGCGTGG
AAAATCCTTCCTTTTCTGGGAGTTTGGATATGGCCGCCGAGAAGCGACGT
AATCTCGTAGATCTGTTCTTTGCTGAGCTGGATCAAATGACCGATGGGAG
ATGGCTGCTAGTCATTGATGGAGTCAATGGAGCCAGTCCCTCATCGAACA
ATAGGTTCCCCTCTTATGACATCCACAGCTATATTCGTGGTCTTAATCGG
GGGTATGTTCTCCTCACTTCTAGGAGGCGCGATGTGGTTGAGAAGTACTA
CCTTGGCCACGAGGTGAGAGGGTTGGATGATAACGATGCACTCAGTCTAC
TCCAGTTGCAAGTTCACCCGCAGCTGATGGAAGGGGCGGCAGAACTGGTG
TCCATGGTCAGAGGCCTCCCACTAACACTTCGTCTTGCGATGTCTGTTAT
ATGTCGCTATCGTTTATCAGCTCGGGAGTATTTAGAGATGTGGAAGGGGC
ATTACGAAGCTTGTGAAGTCTTGGGGCCTGATGAAACATTATATCGCTCC
ATGAATCTGAGCTTTGAGGAGCTTGAAAGCGTCGACCCAACCGCTGCAAA
GGTATTAACCCTCTTCAGCTTCCTCCACAATCGTGACGTATGGTACGACA
TCTGCCTTGATGCTACAGAGCATATCTATCCGCAATGGCTGCAAAAACTG
GCTAAATCCAAGACGCCATTCAGGCGATTCTATCCTCTTTTGGCCGATCT
GTCCTTCATTGAGATGAAAATCTCCTCCAAGGGTGACAGGTCATGGGAGA
TACACCCTGCAATTCAAGTGATTGCCAGACAACGCGCAAAGGCTAGCGAG
AAAGAATACATATCTTGGGTGATCTCTCTCGTGGCTGCAAAAGTCCCCAG
ATCTTTTGAGATCAACGCCTGGGAGACTATGCGGCGACTAGTGCCCCATG
TCGAGTTATGTTGGAGTTACATCACCGGAGGAAAATGGGGACCGAACACT
AACTTGACTGAACTGGAAAAGCTGGGCCATGTGTTCAGAAGTTTTGGGAA
GTACGTCGAGGCGTCGCTCATATACCGTATGATTGTACATGGCCTGAGCA
TCCAGGATTCCACCCCGGACAATAATGAGTTCCTAGCTGACGTTATCACC
AACCTTGGATTGGTTTACACGTCCCAACGAAAGTTGAAGCCCGCCCTAGA
CGCTTTCGATAGGTCGTTCCAACTGATGAGTGAACACAATATTTTGACGC
CTAATGCGTCCATGTCCATCTTGTACAATAAGGCCGTGGTGTATATGATG
ATCGACAGACTAGATGAAGCGGAAATGCTTTTGCGGAATGCAGCTGCGCA
CTTCTCGGAAGACTCGCTAAATGCTCACGCCCTGATGGGTAAGGAGAAAA
GCAACCTGTACCTGCGCATTCTAAACGATATTGGCGAAGTCTTGTTGCGA
AAAGACTCTGCATCCGAGTCACTGAAAGTTTTTCAGTGCATTTGCTCCAG
CTACAAGGACTGGCAAGATGACCATCATCCGGCTCGGATGTATGCCGAGG
CTCGAGAATTGCTCGACAATGTCATTTCAGTATATACTGAATGGTGGGGA
CGACGACACCCCGAGACTATGCGAGTGATTGACGAGCTGGCCTGGAGTTT
CATGGAAGAGATTCAGAACAAACGGACAAATGGTGAAAATTGGGATTCGT
TGACGGGAAAGGCTGAAGAGCTTTGGAACGAAGCATTGATCTTCTATCGC
AATTTCCATGGCGATGGGTCTGATGTGGTGCGTCTTATTGGAAGAAACAT
GGAAACTCTATACTCCTTGCAAGAGCCTGCGAGGATTTTAGAGTACGACG
GTTGCGATGTCGGGTTGACGCGAAGGTGAATGCTCGATGATATCTCTGAA
GACGTCCCCCCTAGGATCCGAGGACAGAACGTCGTCTATACGATCGGAGA
CATCGGCCCTCACAAGGTGGCTGTCGTCGGTTACTATCAAGAGCAAGGTC
TCGCCGTGTCTGGCAGTATGGCCGCCGAAGTTGTAAGGGACCTGCCAAAC
CTGCAATTGGGACTCTTGGTTGGTATTGCTGGTGGGATACCATCGCCAGG
CAGCGATATGCAACTGGGAGATGTAGCAGTGGCTGTCCCCGAAGGTGATC
GCCCTGGGGTAGTAGGATATGACCTTGGAAAGGCAGTAGAAGACGACGGC
TATGAATTGAAACACTGGCAAAACTCCACCCACCCCCTGCTGCGATCAGT
GATTAACCTACTTCGAGCCCGGAATGGTCTGCGATTCCGTAGACACTTGC
ACGTCCTAGACACGCTATCCGAGTTTCGGAAGCCTGAACTGGGCGCTATA
CATACCACTGATACTCATCCCAAGGTCCATTACGGTACAATTCTCTCCGG
AAATACAGTGGTGAAATCGAAAGCCAAAAGGGAACAACTGAGAAGTCTTT
ATGGCGGTATCGCAGTGGAAATGGAAGCTGCTGGCATGATGACACGGTTG
CCAGTGGCTGTTATTAGGGGTATCAGTGATTTTGCAGATTCGACCAAAAA
CAATGCATGGCAACCATATTCAGCCATAGTTGCAGCGGCATACGCTAAGG
AAGTTTTGCTGTGCCTGCCTCCTGAACATCGACAAAGCCTGAGGCATATC
TCCGTCTCGCTACAGAACAATACACAACACGGGAAATCAACATCGTTCGC
AGATCAGGATCTTCGTTTAGGACGGACGCTACCAGAAAAGTGGGCTTTTG
TAGGAAGAAAGGAGGAAATGGCTCTCCTGGAGAAGGAGCTGGGCTTTCCA
GTACAATCTCCCATACAAAGGTCGGTTGTCTGCCTCTGGGGCCTCACTGG
CAGTGGGAAGTCACAGTTGGCTGCTAGGTTTGTGAGCCAACAGCGTTCTA
ATCACCCAGCGCGTGAGATCTTCTGGATAAGCGGCGAAAGTCAGGAAAGT
TTTGAGCAAAGTGTAATTGCCATGCTAAAGTCTGGGAGCGTGGAAAATCC
TTCCTTTTCTGGGAGTTTGGATATGGCCGCCGAGAAGCGACGTAATCTCG
TAGATCTGTTCTTTGCTGAGCTGGATCAAATGACCGATGGGAGATGGCTG
CTAGTCATTGATGGAGTCAATGGAGCCAGTCCCTCATCGAACAATAGGTT
CCCCTCTTATGACATCCACAGCTATATTCGTGGTCTTAATCGGGGGTATG
TTCTCCTCACTTCTAGGAGGCGCGATGTGGTTGAGAAGTACTACCTTGGC
CACGAGGTGAGAGGGTTGGATGATAACGATGCACTCAGTCTACTCCAGTT
GCAAGTTCACCCGCAGCTGATGGAAGGGGCGGCAGAACTGGTGTCCATGG
TCAGAGGCCTCCCACTAACACTTCGTCTTGCGATGTCTGTTATATGTCGC
TATCGTTTATCAGCTCGGGAGTATTTAGAGATGTGGAAGGGGCATTACGA
AGCTTGTGAAGTCTTGGGGCCTGATGAAACATTATATCGCTCCATGAATC
TGAGCTTTGAGGAGCTTGAAAGCGTCGACCCAACCGCTGCAAAGGTATTA
ACCCTCTTCAGCTTCCTCCACAATCGTGACGTATGGTACGACATCTGCCT
TGATGCTACAGAGCATATCTATCCGCAATGGCTGCAAAAACTGGCTAAAT
CCAAGACGCCATTCAGGCGATTCTATCCTCTTTTGGCCGATCTGTCCTTC
ATTGAGATGAAAATCTCCTCCAAGGGTGACAGGTCATGGGAGATACACCC
TGCAATTCAAGTGATTGCCAGACAACGCGCAAAGGCTAGCGAGAAAGAAT
ACATATCTTGGGTGATCTCTCTCGTGGCTGCAAAAGTCCCCAGATCTTTT
GAGATCAACGCCTGGGAGACTATGCGGCGACTAGTGCCCCATGTCGAGTT
ATGTTGGAGTTACATCACCGGAGGAAAATGGGGACCGAACACTAACTTGA
CTGAACTGGAAAAGCTGGGCCATGTGTTCAGAAGTTTTGGGAAGTACGTC
GAGGCGTCGCTCATATACCGTATGATTGTACATGGCCTGAGCATCCAGGA
TTCCACCCCGGACAATAATGAGTTCCTAGCTGACGTTATCACCAACCTTG
GATTGGTTTACACGTCCCAACGAAAGTTGAAGCCCGCCCTAGACGCTTTC
GATAGGTCGTTCCAACTGATGAGTGAACACAATATTTTGACGCCTAATGC
GTCCATGTCCATCTTGTACAATAAGGCCGTGGTGTATATGATGATCGACA
GACTAGATGAAGCGGAAATGCTTTTGCGGAATGCAGCTGCGCACTTCTCG
GAAGACTCGCTAAATGCTCACGCCCTGATGGGTAAGGAGAAAAGCAACCT
GTACCTGCGCATTCTAAACGATATTGGCGAAGTCTTGTTGCGAAAAGACT
CTGCATCCGAGTCACTGAAAGTTTTTCAGTGCATTTGCTCCAGCTACAAG
GACTGGCAAGATGACCATCATCCGGCTCGGATGTATGCCGAGGCTCGAGA
ATTGCTCGACAATGTCATTTCAGTATATACTGAATGGTGGGGACGACGAC
ACCCCGAGACTATGCGAGTGATTGACGAGCTGGCCTGGAGTTTCATGGAA
GAGATTCAGAACAAACGGACAAATGGTGAAAATTGGGATTCGTTGACGGG
AAAGGCTGAAGAGCTTTGGAACGAAGCATTGATCTTCTATCGCAATTTCC
ATGGCGATGGGTCTGATGTGGTGCGTCTTATTGGAAGAAACATGGAAACT
CTATACTCCTTGCAAGAGCCTGCGAGGATTTTAGAGTACGACGGTTGCGA
TGTCGGGTTGACGCGAAGGTGA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0009116nucleoside metabolic process
Vocabulary: Molecular Function
TermDefinition
GO:0003824catalytic activity
GO:0043531ADP binding
GO:0005515protein binding
Relationships

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

Feature NameUnique NameSpeciesType
CAN33_8085CAN33_8085Aspergillus niger FDAARGOS_311gene


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

Feature NameUnique NameSpeciesType
CAN33_8085-T1.exon1CAN33_8085-T1.exon1Aspergillus niger FDAARGOS_311exon
CAN33_8085-T1.exon2CAN33_8085-T1.exon2Aspergillus niger FDAARGOS_311exon
CAN33_8085-T1.exon3CAN33_8085-T1.exon3Aspergillus niger FDAARGOS_311exon
CAN33_8085-T1.exon4CAN33_8085-T1.exon4Aspergillus niger FDAARGOS_311exon


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

Feature NameUnique NameSpeciesType
CAN33_8085-T1.cdsCAN33_8085-T1.cdsAspergillus niger FDAARGOS_311CDS


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

Feature NameUnique NameSpeciesType
CAN33_8085-T1CAN33_8085-T1-proteinAspergillus niger FDAARGOS_311polypeptide


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR027417
DBxrefInterPro:IPR013026
DBxrefInterPro:IPR000845
DBxrefInterPro:IPR011990
DBxrefInterPro:IPR035994
DBxrefInterPro:IPR002182
DBxrefInterPro:IPR019734
DBxrefPFAM:PF01048
DBxrefPFAM:PF00931
ProductNB-ARC 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
NKJJ01000012.1supercontigNKJJ01000012.1:152914..156034 +
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