The purpose of this study was to clarify the effects of the administration BCAA medication and jump training on the jump performance of the rats.
5-week old twenty-one male Wister-Kyoto (WKY) rats were randomly divided into three groups: does not t...
The purpose of this study was to clarify the effects of the administration BCAA medication and jump training on the jump performance of the rats.
5-week old twenty-one male Wister-Kyoto (WKY) rats were randomly divided into three groups: does not training (control group, n=7); administering water orally 30 minutes before training (water group, n=7); administering BCAA orally 30 minutes before training (BCAA group, n=7). All rats were fed with the same amount of food intake and allowed free access to tap water.
It was admitted that the Control group in which change of weight has not trained increased from both the groups of a Water group and BCAA group that trained intentionally(p<.05). The change of Intake of Control group were higher than both the groups of Water group and BCAA group(p< .05). For training, it was suggested that training group (Water group and the weight of BCAA group) were controlled. In the BCAA group, assignment probability success became higher than Water group earlier, and the difference that was internationality(p<.05) more than the double of the success rate of the Water group was recognized at the time of the end in the fourth week.
After measuring average of the rate of climb of the lactic acid level of both groups before and after training in the last week of the training period, it was the rate of climb of 250.9±132.2% of Water group and 75.6±74.9% of BCAA group.
Moreover, bringing about an effect also in instantaneous power and the Power game was suggested.