Designing of the specific anaerobic power test for basketball

The aim of this study was to design specific anaerobic power test, for basketball based on30-seconds Wingate test. fourteen basketball players from kharazmi University team were selected (meanheight176.75±9.5 cm, weight69.05±9.48 kg,age22.43±2.17 years, body fat 15.39 ± 6.20 percent and BMI,22.21 ± 2.43kg/m2). Max, min and mean power and fatigue index were calculated after Wingate test and designed new test (run a distance of 35 meters with ball and rest interval 10 seconds in 6 rounds).plasma lactate level also was measured after 2 minute of each test. After data normality test for correlation between power index and physiological parameter (blood lactate), Pearson correlation test was used. The results showed that, there is a significant correlation among the max, min and mean power obtained in new test and Wingate test(r=0.64 p=0.002, r=0.87 p=0.04,r=0.63 p=0.018), but, there was no significant correlation between fatigue index in two tests(r=0.017, p =. 0856).Also the mean lactate was not significant difference (p=0.298),2minutes after the Wingate test and new test (12.41and11.078). the max, mean and min power and fatigue index in new test had significant correspondence after two times of measurement (r=0.755 p=0.002, r=0.781 p=0.001,r=0.645 p=0.013, r=0.645 p=0.013).to determine objectivity of the new test between the max, mean, and min power and fatigue index by two groups of tester we observed a significant correlation. (r=0.755 p=0.002, r=0.935p=0.000, r=0.751 p=0.002,r=0.789 p=0.000). Therefore designed test that was named BAST’, according to a 30-second Wingate test is valid test for measure anaerobic power in amateur basketball players.