| Summary: | 碩士 === 臺北市立教育大學 === 體育學系碩士班 === 97 === This research aimed to investigate the influence of different top of basketball shoes on landing stability. Five active young basketball team player (age：20.6 years) without previous ankle injuries volunteered for the research. Generall speaking, most people think that high-top shoes will support more protect on human ankle. The research utilize force platform to measure the center of pressure sway, Electromyography to measure the four parts muscle activation of lower limbs , high speed camera to record the subtalar Joint of ankle, Goniometer to measure the degree articulatio coxae and articulatio genus when landing. The path of the center of was measured in the balance tests, and the vertical ground reaction forces were recorded during the push-off and landing phases of the counter movement jump. Different top upper basketball shoes had significant different influence on ankle sprain. In the center of pressure has no significant difference in average distance sway.
In contrast, low-top shoes increased the second peak vertical force value, which could be related to a greater risk of injury produced by the accumulation of repeated impacts in sports where jumps are frequently performed. This conclusion suggestests that middle-top basketball shoes provide more appropriate biomechanics on ankle part and more support on subtalar Joint of ankle.
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