-transparent.png){kind=logo}
Rat brain homogenate autoxidation was assessed from thiobarbituric acid reactant accumulation (TBAR), light emission, and oxygen uptake. The effect of several additives upon TBAR accumulation and light intensity suggests that these parameters can be employed as a reliable measure of the lipoperoxidation extent. From the different time profiles of TBAR accumulation and light emission, it is concluded that instantaneous light emission is not a measure of the lipoperoxidation rate but it is related to the accumulation of products. The time dependence of the light emitted after addition to an incubated sample of an excess of free radical scavengers indicates that at least two intermediates of widely different lifetimes are contributing to the observed light emission.
E A Lissi, and
T Cáceres, and
L A Videla
October 1976,
General pharmacology,
E A Lissi, and
T Cáceres, and
L A Videla
January 2007,
Journal of pharmacological and toxicological methods,
E A Lissi, and
T Cáceres, and
L A Videla
April 1967,
Journal of the American Oil Chemists' Society,
E A Lissi, and
T Cáceres, and
L A Videla
March 1992,
Yakugaku zasshi : Journal of the Pharmaceutical Society of Japan,
E A Lissi, and
T Cáceres, and
L A Videla
December 1996,
Neurochemical research,
E A Lissi, and
T Cáceres, and
L A Videla
April 1953,
Biochimica et biophysica acta,
E A Lissi, and
T Cáceres, and
L A Videla
September 1981,
The Biochemical journal,
E A Lissi, and
T Cáceres, and
L A Videla
January 1968,
Lipids,
E A Lissi, and
T Cáceres, and
L A Videla
January 1971,
Fiziologia normala si patologica,
E A Lissi, and
T Cáceres, and
L A Videla
December 1984,
Archivos de farmacologia y toxicologia,
