Twenty college athletes enrolled in fitness class (age: 24.1 ± 2.38 years; body mass: 69.48 ± 11.40 kg; height: 174.15 ± 0.8 cm) volunteered to participate in the study. Peak torque and peak power data were obtained in a total of three days before and after stretching and after WBV.
Post-stretching and vibration values for both extension and flexion position were not significantly higher than the baseline values even though there was significant difference between pre- stretching and post-stretching (P > 0.05). Peak torque values of the subjects were decreased insignificantly after stretching compared to baseline measurements.
To conclude, these results may not be satisfactory to provide ultimate findings in solving the disagreement between the studies. In future studies, effects of static stretching and vibration on chosen physiological parameters should be investigated in different levels of athletes with different arrangements of frequency, duration and volume of vibration application combined with static stretching.