-transparent.png){kind=logo}
The function of lipid peroxidation and the anti-peroxidative enzymes of rat liver and kidney were investigated under hyperoxaluric and stone forming conditions. The experimental animals showed higher malondialdehyde content in liver and kidney than that of control. A significant increase in malondialdehyde release was observed in the experimental liver or kidney when incubated with either ferrous sulphate or hydrogen peroxide compared to that of control liver or kidney. Superoxide dismutase activity was not affected in the hyperoxaluric rats while there was a moderate increase in the stone forming rats when compared to control. Highly significant decrease in catalase activity was observed in both conditions in liver and kidney compared to control.
T B Kurien, and
R Selvam
March 2002,
Urological research,
T B Kurien, and
R Selvam
December 2001,
Urological research,
T B Kurien, and
R Selvam
January 2004,
Nephron. Physiology,
T B Kurien, and
R Selvam
March 2002,
Kidney international,
T B Kurien, and
R Selvam
July 1989,
Nihon Hinyokika Gakkai zasshi. The japanese journal of urology,
T B Kurien, and
R Selvam
October 2017,
International urology and nephrology,
T B Kurien, and
R Selvam
June 1962,
Rein et foie, maladies de la nutrition; actualites,
T B Kurien, and
R Selvam
December 2023,
World journal of urology,
T B Kurien, and
R Selvam
July 1991,
Biochemistry international,
T B Kurien, and
R Selvam
May 1997,
Renal failure,
