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Flexibility: components, proprioceptive mechanisms and methods

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Dantas E., Daoud R., Trott A., Nodari R., Conceição M.
Biomedical Human Kinetics
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2011
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vol. 3
39-43
EN
A literature review on physical flexibility was presented and discussed. This included definitions and components that influence the performance of movements requiring large joint motion ranges and muscle elasticity. Flexibility was discussed with reference to specific age groups, e.g. children and the elderly. Proprioceptive mechanisms and components directly related to flexibility were overviewed, as well as suitable approaches towards flexibilisation, i.e. maintaining and/or enhancing flexibility.
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Acute effects of static stretching on muscle strength

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Torres J., Conceição M., de Oliveira Sampaio A., Dantas E.
Biomedical Human Kinetics
|
2009
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vol. 1
52-55
EN
Study aim: To assess the effects of static passive maximal stretching on muscle performance in order to clarify the existing controversies.Material and methods: Two randomly selected groups of the Brazilian Air Force personnel were studied: experimental (n = 15), subjected to 3 bouts of static passive stretching exercises of wrist flexors and extensors (beyond a mild discomfort). Every bout lasted 10 s and was followed by a 30-s rest. The control group (n = 15) performed no exercises. Muscle strength was measured with a handgrip dynamometer before and 20 min after the test.Results: Subjects from the experimental group had the pre-exercise handgrip strength significantly higher than postexercise (by about 7%; p<0.01). No significant decrease was noted in the control group.Conclusions: Static passive stretching induces decreases in muscle strength.
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