Objective: To quantify the acute effect of whole body vibration (WBV) training on arm countermovement vertical jump (ACMVJ), grip strength, and flexibility performance.
Methods: Eighteen female elite field hockey players each completed three interventions of WBV, control, and cycling in a balanced random manner. WBV was performed on a Galileo machine (26 Hz) with six different exercises being performed. For the control, the same six exercises were performed at 0 Hz, whilst cycling was performed at 50 W. Each intervention was 5 min in duration with ACMVJ, grip strength, and flexibility measurements being conducted pre and post intervention.
Results: There was a positive interaction effect (intervention×pre-post) of enhanced ACMVJ (p<0.001) and flexibility (p<0.05) parameters following WBV; however no changes were observed after the control and cycling interventions. There was no interaction effect for grip strength following the three interventions.
Conclusions: Acute WBV causes neural potentiation of the stretch reflex loop as shown by the improved ACMVJ and flexibility performance. Additionally, muscle groups less proportionally exposed to vibration do not exhibit physiological changes that potentiate muscular performance.
- ACMVJ, arm countermovement vertical jump
- ANOVA, analysis of variance
- GTO, Golgi tendon organ
- ICC, intraclass correlation coefficient
- WBV, whole body vibration
- grip strength
- neural potentiation
- stretch reflex
- stretch-shortening cycle
- warm up
- whole body vibration
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Competing interests: none declared
The subject shown in figure 1 agreed to these photographs being published
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