Selected article for: "capping enzyme and mtase activity"

Author: Václav Vopálenský; Michal Sýkora; Tomáš Mašek; Martin Pospíšek
Title: Messenger RNAs transcribed from yeast linear cytoplasmic plasmids possess unconventional 5’ and 3’ UTRs and suggest a novel mechanism of translation
  • Document date: 2018_5_17
  • ID: foskvkwn_31
    Snippet: The K2ORF3 gene, carried by the pGKL2 plasmid, was proposed to code for a mRNA capping enzyme similar to that of the vaccinia virus. Even though K2Orf3p apparently contains evolutionarily conserved domains corresponding to all three principal capping enzymatic activities, TPase, GTase and MTase, only TPase and GTase activities have been experimentally verified (16,17). The enzymology of mRNA cap synthesis has been reviewed in (44). A complete N 7.....
    Document: The K2ORF3 gene, carried by the pGKL2 plasmid, was proposed to code for a mRNA capping enzyme similar to that of the vaccinia virus. Even though K2Orf3p apparently contains evolutionarily conserved domains corresponding to all three principal capping enzymatic activities, TPase, GTase and MTase, only TPase and GTase activities have been experimentally verified (16,17). The enzymology of mRNA cap synthesis has been reviewed in (44). A complete N 7 -methylated mRNA cap is essential for regular translation initiation in eukaryotes (45,46). We thus attempted to detect MTase activity of the purified K2Orf3 protein in vitro.

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