目的:探討女子排球員膝關節在動態貼布貼紮、無貼紮與一般肌貼貼紮介入後下肢肌力差異。方法:以大學女子排球員為研究對象,依平衡次序原則進行3種貼紮,受試者將髖關節擺位在外展40°、伸展20°以及完全外轉,由髕骨下方無張力貼上去至腰部,再進行膝關節與髖關節角速度為60°/sec等速肌力測驗。結果:動態貼布組(108.5 ± 21.5 Nm)在慣用腳髖伸展最大力矩顯著高於無貼紮組(94.3 ± 23.3 Nm)及一般肌貼組(88.3 ± 28.2 Nm),非慣用腳髖伸展最大力矩在動態貼布組(114.9 ± 28.3 Nm)顯著高於無貼紮組(94.6 ± 26.9 Nm),而一般肌貼組(97.6 ±37.0 Nm)與無貼紮組則無顯著差異。膕旁肌與股四頭肌肌力比值皆無顯著差異。結論:動態貼布有助於增加女子排球員髖伸展最大力矩,但對於其他下肢肌力並沒有顯著幫助。
Purpose: The aim of the study was to investigate the differences of lower limb muscle strength in female volleyball players with no taping, placebo taping, and dynamic taping. Methods: Thirteen University female volleyball players volunteered to participate in the study. A spiral taping technique was placed with the hip in 40° abduction, 20° extension, and full available external rotation. The Biodex System 4 PRO (angular velocity: 60°/sec) was used to determine lower limb muscle strength of female volleyball players with no taping, placebo taping, and dynamic taping. Results: The study showed that there was a significant difference in hip extensor maximal torque among the three applications. In dominant hip extensor maximal torque, dynamic tape group (108.5 ± 21.5 Nm) was significantly higher than no tape group (94.3 ± 23.3 Nm) and placebo tape group (88.3 ± 28.2 Nm). In non-dominant hip extensor maximal torque, the dynamic tape group (114.9 ± 28.3 Nm) was significantly higher than no tape group (94.6 ± 26.9 Nm), while there was no significant difference between the placebo tape group (97.6 ± 37.0 Nm) and no tape group. In addition, there was no significant difference in the muscle strength ratio between hamstrings and the quadriceps. Conclusion: Dynamic tape could increase female volleyball players' hip extensor maximal torque. The effects might have contributions on reducing the risk of sports injuries in the lower limbs of volleyball athletes.