Selected article for: "change time point and time point"

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_26
    Snippet: Confocal Microscopy of Proteins Identified by SILAC as Having No Change in Nucleolar Abundance at 18 h Postinfection-For completeness, we tested a protein that did not change its location at this time point postinfection. Nop132 is a nucleolar antigen that has not been previously investigated in the context of adenovirus infection. We used a FLAGtagged construct to examine its location in uninfected and infected cells. As can be seen from Fig. 6 .....
    Document: Confocal Microscopy of Proteins Identified by SILAC as Having No Change in Nucleolar Abundance at 18 h Postinfection-For completeness, we tested a protein that did not change its location at this time point postinfection. Nop132 is a nucleolar antigen that has not been previously investigated in the context of adenovirus infection. We used a FLAGtagged construct to examine its location in uninfected and infected cells. As can be seen from Fig. 6 , Nop132 maintained its apparent nucleolar location with no detectable depletion from the nucleolus to other compartments.

    Search related documents:
    Co phrase search for related documents
    • adenovirus infection and Nucleolar Abundance change: 1
    • adenovirus infection and nucleolar antigen: 1
    • adenovirus infection and SILAC identify: 1
    • adenovirus infection and time point: 1, 2, 3
    • adenovirus infection and time point postinfection: 1
    • infected uninfected cell and nucleolar antigen: 1
    • infected uninfected cell and time point: 1, 2
    • location change and time point: 1, 2