首页> 外文期刊>Neuroscience Letters: An International Multidisciplinary Journal Devoted to the Rapid Publication of Basic Research in the Brain Sciences >Haptic information provided by the 'anchor system' reduces trunk sway acceleration in the frontal plane during tandem walking in older adults
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Haptic information provided by the 'anchor system' reduces trunk sway acceleration in the frontal plane during tandem walking in older adults

机译:“锚系统”提供的触觉信息在老年人的串联行走期间减少了正面平面中的行李箱摇摆加速度

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This study assessed whether the use of an "anchor system" benefited older adults who performed a tandem walking task. Additionally, we tested the effects of practice with the anchor system during walking on trunk stability, in the frontal plane, of older adults. Forty-four older adults were randomly assigned to three groups: control group, 0 g anchor group, and 125 g anchor group. Individuals in each group performed a tandem walking task on the GaitRite system with an accelerometer placed on the cervical region. The participants in the 125 g anchor group held, in each hand, a flexible cable with a light mass attached at the end of the cable, which rested on the ground. While the participants walked, they pulled on the cables just enough to keep them taut as the masses slid over the ground. The 0 g anchor group held an anchor tool without any mass attached to the end portion. The results of this study demonstrated that the use of the anchor system contributed to the reduction of trunk acceleration in the frontal plane. However, this effect did not persist after removal of the anchors, which suggests that the amount of practice with this tool was insufficient to generate any lasting effect, or that the task was not sufficiently challenging, or both. (C) 2015 Elsevier Ireland Ltd. All rights reserved.
机译:本研究评估了使用“锚系统”是否利用执行串联行走任务的老年人。此外,我们在走在旧成年人的正面平面上,在走上行李箱稳定性期间使用锚系统测试了实践的影响。四十四名老年人随机分配到三组:控制组,0 g锚组和125g锚组。每个组中的个人在颈部区域上的加速度计进行了串联行走任务。在每只手中持有125克锚组的参与者,柔性电缆,电缆在电缆末端附着的光块,其搁置在地面上。当参与者走路时,他们就足够了,以便在群众在地面上滑动时保持绷紧。 0g锚组保持锚工工具,没有任何附着在端部上的质量。本研究的结果证明了锚系统的使用有助于减少前平面中的树干加速度。然而,在去除锚点后,这种效果并不持续存在,这表明使用该工具的实践量不足以产生任何持久的效果,或者任务并不充分具有挑战性,或两者。 (c)2015 Elsevier Ireland Ltd.保留所有权利。

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