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MA (Master of Arts)
Kinesiology and Sport Studies
Date of Award
Committee Chair or Co-Chairs
Michael H. Stone
Michael W. Ramsey, Harold S. O'Bryant, Christopher A. Ayres
The purpose of this study was to determine the acute effects of stretching and local vibration on flexibility and explosive strength in competitive female gymnasts. Flexibility was measured in the forward-split position and jump characteristics were recorded using a force plate. Analysis included flight time (FT), jump height (JH), peak force (PF), instantaneous forces, and rates of force development (RFDs). Randomly assigned and counterbalanced groups were: simultaneous vibration-stretching (VS) (n=22), stretching-only (n=7), and vibration-only (n=8). VS showed statistically greater measures of flexibility in both the right and left leg, favored and non-favored legs pre- versus post-treatment. Vibration-only group resulted in statistically greater right forward-split flexibility and non-favored leg flexibility. There were no statistical differences in JH, FT, PF, instantaneous forces, or RFDs in the VS, stretching-only, and vibration-only groups' pre- versus post-treatment tests. The conclusion was simultaneous vibration-stretching greatly increased flexibility while not altering explosive strength.
Thesis - Campus Only
Kinser, Ann Marie, "Vibration and Stretching Effects on Flexibility and Explosive Strength in Gymnasts." (2007). Electronic Theses and Dissertations. Paper 2071. http://dc.etsu.edu/etd/2071
Copyright by the authors.