In order to investigate the ameliorative potential of L-ascorbic acid on intensive swimming exercise induced testicular oxidative stress, 18 Wistar male rats (age: 3 months, weighing: 127.5±5.3g) were randomly divided into: 1) control group (CG, n=6); 2) experimental group (EG, n=6); 3) supplemented group (SG, n=6). An exercise protocol of 3 hour swimming/day, 5 days/ week was followed for 6 weeks in EG and SG with no exercise in CG. In SG L-ascorbic acid was supplied orally at a dose of 25-mg/kgbody weight/day for 6 weeks. A significant diminution (p
K, J., P.K, S., I, M., & B.R, R. (2007). Effect Of L-Ascorbic AcidSupplementation On TesticularOxidative Stress And EndocrineDisorders In Mature Male RatsExposed To Intensive SwimmingExercise. Cell Journal (Yakhteh), 9(supplement1), -.
MLA
Jana K; Samanta P.K; Manna I; Ray B.R. "Effect Of L-Ascorbic AcidSupplementation On TesticularOxidative Stress And EndocrineDisorders In Mature Male RatsExposed To Intensive SwimmingExercise". Cell Journal (Yakhteh), 9, supplement1, 2007, -.
HARVARD
K, J., P.K, S., I, M., B.R, R. (2007). 'Effect Of L-Ascorbic AcidSupplementation On TesticularOxidative Stress And EndocrineDisorders In Mature Male RatsExposed To Intensive SwimmingExercise', Cell Journal (Yakhteh), 9(supplement1), pp. -.
VANCOUVER
K, J., P.K, S., I, M., B.R, R. Effect Of L-Ascorbic AcidSupplementation On TesticularOxidative Stress And EndocrineDisorders In Mature Male RatsExposed To Intensive SwimmingExercise. Cell Journal (Yakhteh), 2007; 9(supplement1): -.
', './data/cellj/coversheet/cover_en.jpg'))