Selected article for: "cap dependent translation and viral protein"

Author: Lam, Yun W.; Evans, Vanessa C.; Heesom, Kate J.; Lamond, Angus I.; Matthews, David A.
Title: Proteomics Analysis of the Nucleolus in Adenovirus-infected Cells
  • Document date: 2009_10_7
  • ID: jgxbpy4j_34
    Snippet: been suggested that this protein may inhibit cap-dependent translation while promoting internal ribosome entry site-mediated translation (43) . This too may be significant because at later times in infection adenovirus makes use of a ribosome shunting method to promote the translation of its structural proteins at the expense of cellular mRNA translation (61) . In a similar vein, ribosome assembly is regulated by eIF6, and it too may be used by a.....
    Document: been suggested that this protein may inhibit cap-dependent translation while promoting internal ribosome entry site-mediated translation (43) . This too may be significant because at later times in infection adenovirus makes use of a ribosome shunting method to promote the translation of its structural proteins at the expense of cellular mRNA translation (61) . In a similar vein, ribosome assembly is regulated by eIF6, and it too may be used by adenoviruses to maximize the suitability of the infected cell for viral protein expression (41, 62) .

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