The increase in energy cost of walking with an immobilized knee or an unstable ankle.
The increase in energy cost of walking with an immobilized knee or an unstable ankle.
复制标题
膝盖固定或脚踝不稳定行走时能量消耗增加。
DOI：
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发表时间：
2020
期刊：
影响因子：
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通讯作者：
L. Broström
中科院分区：
文献类型：
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作者：
E. Mattsson;L. Broström
在10名健康受试者中进行了50次步行试验，以评估膝关节固定或踝关节不稳定对步行能力的影响。膝关节用标准夹板固定，踝关节用改良鞋模拟不稳定。一个显着的下降，方便的步行速度被发现。步行的能量成本作为评估的氧气成本在一个方便的速度显着增加与固定的膝盖（23%）和不稳定的脚踝（10%），与正常条件下的主题。类似的关节疾病的患者的管理的影响进行了讨论。
The effect of an immobilized knee joint or of an unstable ankle joint on the walking capacity has been assessed with 50 walking tests in ten healthy subjects. The knee joint was immobilized in extension with a standard splint and an unstable ankle joint was simulated by a modified shoe. A significant decrease in convenient walking speed was found. The energy cost of walking as assessed by oxygen cost at a convenient speed was significantly increased both with an immobilized knee (23%) and with an unstable ankle (10%), compared to normal condition of the subjects. Implications for the management of patients with similar joint disorders are discussed.