-transparent.png){kind=logo}
The effects of oxygen (air) and misonidazole on the transformation and killing of 10T1/2 cells by X rays were examined. The oxygen effect for the cell transformation end point was very similar to that for cell killing. Misonidazole enhanced both cell killing and cell transformation to a similar extent. The enhancement of both end points by misonidazole occurred only in the absence of oxygen during irradiation and was of lesser magnitude than that observed for oxygen. These results demonstrate that the radiation chemical processes leading to cell killing and cell transformation, respectively, are affected similarly by these two enhancers of radiation action.
Related Publications
J Borsa, and
M D Sargent, and
M Einspenner, and
E I Azzam, and
G P Raaphorst
October 1983,
International journal of radiation biology and related studies in physics, chemistry, and medicine,
J Borsa, and
M D Sargent, and
M Einspenner, and
E I Azzam, and
G P Raaphorst
July 1988,
Cell differentiation,
J Borsa, and
M D Sargent, and
M Einspenner, and
E I Azzam, and
G P Raaphorst
January 1979,
Cancer research,
J Borsa, and
M D Sargent, and
M Einspenner, and
E I Azzam, and
G P Raaphorst
August 1977,
Cancer research,
J Borsa, and
M D Sargent, and
M Einspenner, and
E I Azzam, and
G P Raaphorst
April 1989,
Radiation research,
J Borsa, and
M D Sargent, and
M Einspenner, and
E I Azzam, and
G P Raaphorst
September 1981,
Cancer letters,
J Borsa, and
M D Sargent, and
M Einspenner, and
E I Azzam, and
G P Raaphorst
April 1988,
Carcinogenesis,
J Borsa, and
M D Sargent, and
M Einspenner, and
E I Azzam, and
G P Raaphorst
January 1985,
Basic life sciences,
J Borsa, and
M D Sargent, and
M Einspenner, and
E I Azzam, and
G P Raaphorst
July 1993,
International journal of radiation biology,
J Borsa, and
M D Sargent, and
M Einspenner, and
E I Azzam, and
G P Raaphorst
September 1986,
Cancer letters,
