Taping Benefits Ankle Joint Landing Kinematics in Subjects With Chronic Ankle Instability

脚踝 运动学 矢状面 物理医学与康复 医学 跳跃 背景(考古学) 生物力学 接头(建筑物) 物理疗法 外科 解剖 物理 地质学 工程类 结构工程 古生物学 经典力学 量子力学
作者
Roel De Ridder,Tine Willems,Jos Vanrenterghem,Ruth Verrelst,Cedric De Blaiser,Philip Roosen
出处
期刊:Journal of Sport Rehabilitation [Human Kinetics]
卷期号:29 (2): 162-167 被引量:10
标识
DOI:10.1123/jsr.2018-0234
摘要

Context : Although taping has been proven effective in reducing ankle sprain events in individuals with chronic ankle instability, insight into the precise working mechanism remains limited. Objectives : To evaluate whether the use of taping changes ankle joint kinematics during a sagittal and frontal plane landing task in subjects with chronic ankle instability. Design : Repeated measure design. Setting : Laboratory setting. Participants : A total of 28 participants with chronic ankle instability performed a forward and side jump landing task in a nontaped and taped condition. The taping procedure consisted of a double “figure of 6” and a medial heel lock. Main Outcome Measures : 3D ankle joint kinematics was registered. Statistical parametric mapping was used to assess taping effect on mean ankle joint angles and angular velocity over the landing phase. Results : For both the forward and side jump, a less plantar flexed and a less inverted position of the ankle joint were found in the preparatory phase till around touchdown (TD) in the taped condition ( P < .05). In addition, for both jump landing protocols, a decreased dorsiflexion angular velocity was found after TD ( P < .05). During the side jump protocol, a brief period of increased inversion angular velocity was registered after TD ( P < .05). Conclusions : Taping is capable of altering ankle joint kinematics prior to TD, placing the ankle joint in a less vulnerable position at TD.
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