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Intermittent use of an 'anchor system' improves postural control in healthy older adults

机译:间歇性使用“锚固系统”可改善健康老年人的姿势控制

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摘要

Haptic information, provided by a non-rigid tool (i.e., an "anchor system"), can reduce body sway in individuals who perform a standing postural task. However, it was not known whether or not continuous use of the anchor system would improve postural control after its removal. Additionally, it was unclear as to whether or not frequency of use of the anchor system is related to improved control in older adults. The present study evaluated the effect of the prolonged use of the anchor system on postural control in healthy older individuals, at different frequencies of use, while they performed a postural control task (semi-tandem position). Participants were divided into three groups according to the frequency of the anchor system's use (0%, 50%, and 100%). Pre-practice phase (without anchor) was followed by a practice phase (they used the anchor system at the predefined frequency), and a post-practice phase (immediate and late-without anchor). All three groups showed a persistent effect 15. min after the end of the practice phase (immediate post-practice phase). However, only the 50% group showed a persistent effect in the late post-practice phase (24. h after finishing the practice phase). Older adults can improve their postural control by practicing the standing postural task, and use of the anchor system limited to half of their practice time can provide additional improvement in their postural control.
机译:由非刚性工具(即“锚定系统”)提供的触觉信息可以减少执行站立姿势任务的个人的身体摇摆。然而,尚不知道连续使用锚固系统是否会改善其拆除后的姿势控制。此外,尚不清楚是否使用锚固系统的频率与改善老年人的控制能力有关。本研究评估了长期使用锚定系统对健康的老年人的姿势控制的影响,这些姿势在不同的使用频率下,同时执行姿势控制任务(半串联位置)。根据锚系统的使用频率将参与者分为三组(0%,50%和100%)。练习前阶段(无锚点)之后是练习阶段(他们以预定的频率使用锚点系统)和练习后阶段(立即和后期无锚点)。在练习阶段结束后(立即练习后阶段)15分钟后,所有三个组均显示出持续性作用。但是,只有50%的组在练习后后期(练习阶段结束后24小时)显示出持久的作用。老年人可以通过练习站立的姿势任务来改善其姿势控制,而将锚固系统的使用时间限制为他们的练习时间的一半,则可以进一步改善姿势控制。

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