The effect of @entity270 treatment on oxidative stress generated in trained XXXX .

@entity270 @entity2041 @entity2197 @entity4466 @entity35
The aim of this study was to investigate the effect of @entity270 treatment on increased oxidative stress in @entity35 exposed to a swimming exercise protocol. In order to examine the effects of physical swimming training on the antioxidant defences of tissues and on their susceptibility to damage induced by exercise, the levels of @entity2041 ( @entity2197 ) and @entity4466 reacting substances (TBARS) levels, on indicator of lipid peroxidation in various tissues, have been determined. In this study, four groups of female @entity35 were used while the @entity35 were trained to swim for 30 minutes a day and five days a week which lasted eight weeks and @entity270 (vit. E) supplementation (30 mg/kg/day) has been carried out for five days a week. TBARS levels are significantly found lower in both trained and sedentary vit. E supplemented groups, since vit. E is the most important antioxidant in an earlier line of defence in lipid peroxidation. Also, in vit. E supplemented trained @entity35 , the @entity2041 response is observed to be significantly higher, supporting with the TBARS levels and in accordance with the literature. But in the sedentary group without vit. E supplementation, the @entity2197 levels of the liver and the heart tissues were significantly lower than both vit. E supplemented sedentary and trained groups. These results evaluate that vit. E confers protection to @entity2197 levels in these tissues where the @entity2197 levels were found significantly lower in the groups not supplemented with vit. E.
