虚拟现实跑步机训练降低特发性跌倒者跌倒的风险:一项试点研究

A. Mirelman, N. Raphaely Beer, M. Dorffman, M. Brozgul, J. Hausdorff
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引用次数: 9

摘要

老年人跌倒是影响三分之一65岁以上老年人的主要健康问题。许多预防跌倒的干预措施已被提出,但迄今为止,最佳运动计划的内容及其最佳持续时间和强度尚未确定。本初步研究的目的是调查虚拟现实是否可以应用于解决与老年人跌倒风险相关的多方面缺陷。5名有跌倒史的老年妇女(67.1±6.5岁)接受了18次(每周3次x 6周)的虚拟障碍(TT + VR)渐进式强化跑步机训练,包括障碍导航。训练后,在日常行走、双重任务处理和跨越地面障碍时,步态速度显著提高。双任务成本和地面障碍清除也得到改善。TT + VR对于老年跌倒者的步态训练可能是可行的,并且可以改善复杂挑战性条件下的身体表现和步态。训练对跌倒频率的影响仍有待确定。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Treadmill training with Virtual Reality to decrease risk of falls in idiopathic fallers: A pilot Study
Falls in the elderly are a major health problem affecting a third of the elderly over the age of 65. Numerous fall prevention interventions have been suggested but to date, the content of the optimal exercise program as well as its optimal duration and intensity have not yet been established. The Aim of this pilot study was to investigate whether Virtual Reality can be applied to address the multifaceted deficits associated with fall risk in the elderly. Five elderly women (67.1 ± 6.5 years) with a history of falls received 18 sessions (3 per week x 6 weeks) of progressive intensive treadmill training with virtual obstacles (TT + VR) consisting of obstacle navigation. Post-training, gait speed significantly improved during usual walking, dual tasking and while negotiating over-ground obstacles. Dual task cost and over-ground obstacle clearance also improved. TT + VR may be feasible for gait training of elderly fallers and may improve physical performance, gait during complex challenging conditions. Effects of training on fall frequency are still to be determined.
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