Racket players elbow supi̇ne supi̇nati̇on pronati̇on force's relati̇on to reacti̇on ti̇me

The goal of this research is searching relation to different branches of athletes'elbow supine İsokinetic supination and pronation force and reaction time. Study has 4 groups which consists of racket sports like table tennis,badminton,court tenis and sedentary ( nonathlete) male participants. In each group there are a total of 48 healthy people in which 12 male participants participated. Participants' isokinetic force measurments, right and left elbow supination-pronation force were done with isomed 2000 ( CSM Human Norm,USA) isokinetic dynamometer at 300 / sec, 1200 / sec, and reaction time was me a sured in 4 forms with New Test 1000 devices as right and left hand in terms of sound and light. In the SPSS 20 program, the significance level was 0.05 0.01, and the physical characteristics and normality distributions of the groups were analyzed by One-WayAnova method Bonferroni test between variables. The isokinetic 300 / sec, 1200 / sec Supination right elbow and 300 / sec, left supination elbow were found to have higher force values than tennis athletes badminton, table tennis and sedanter. The isokinetic 300 / sec, 1200 / sec supination right elbow and 300 / sec, supination left elbow were found to have higher force values than tenis athletes badminton, table tenis and sedanter. There was nodifference in force between badminton athletes when isokinetic 300 / secand 1200 / sn pronation right elbow isokinetic force and 300 / sec left elbow isokinetic force were different from cortex tenis athlete, sedanter, table tenis athlete. There was nodifference between the groups with pronation 300 / sec left elbow isokinetic force. There was no difference between the other branches whilet heaverage of sound and light reaction speed had good values in tenis branch and was found meaning full differences between sedentaries. As a result, it was seen that the right and left elbow supine force values of court tennis athletes were higher than other paddle sports, while auditory reaction values of tennis athletes were found to be equal by sedanter group.