Menz Hylton B, Auhl Maria, Munteanu Shannon E
Discipline of Podiatry, School of Allied Health, College of Science, Health and Engineering, La Trobe University, Bundoora, Victoria, 3086, Australia.
La Trobe Sport and Exercise Medicine Research Centre, School of Allied Health, College of Science, Health and Engineering, La Trobe University, Melbourne, Victoria, 3086, Australia.
BMC Geriatr. 2017 Sep 11;17(1):212. doi: 10.1186/s12877-017-0613-2.
Footwear has the potential to influence balance in either a detrimental or beneficial manner, and is therefore an important consideration in relation to falls prevention. The objective of this study was to evaluate balance ability and gait patterns in older women while wearing prototype footwear and insoles designed to improve balance.
Older women (n = 30) aged 65 - 83 years (mean 74.4, SD 5.6) performed a series of laboratory tests of balance ability (postural sway on a foam rubber mat, limits of stability and tandem walking, measured with the Neurocom® Balance Master) and gait patterns (walking speed, cadence, step length and step width at preferred speed, measured with the GAITRite® walkway) while wearing (i) flexible footwear (Dunlop Volley™), (ii) their own footwear, and (iii) prototype footwear and insoles designed to improve dynamic balance. Perceptions of the footwear were also documented using a structured questionnaire.
There was no difference in postural sway, limits of stability or gait patterns between the footwear conditions. However, when performing the tandem walking test, there was a significant reduction in step width and end sway when wearing the prototype footwear compared to both the flexible footwear and participants' own footwear. Participants perceived their own footwear to be more attractive, comfortable, well-fitted and easier to put on and off compared to the prototype footwear. Despite this, most participants (n = 18, 60%) reported that they would consider wearing the prototype footwear to reduce their risk of falling.
The prototype footwear and insoles used in this study improve balance when performing a tandem walk test, as evidenced by a narrower step width and decreased sway at completion of the task. However, further development of the design is required to make the footwear acceptable to older women from the perspective of aesthetics and comfort.
Australian New Zealand Clinical Trials Registry. ACTRN12617001128381 , 01/08/2017 (retrospectively registered).
鞋类有可能以有害或有益的方式影响平衡,因此在预防跌倒方面是一个重要的考虑因素。本研究的目的是评估老年女性穿着旨在改善平衡的原型鞋类和鞋垫时的平衡能力和步态模式。
65至83岁(平均74.4岁,标准差5.6岁)的老年女性(n = 30)进行了一系列平衡能力实验室测试(在泡沫橡胶垫上的姿势摆动、稳定性极限和串联行走,使用Neurocom® Balance Master测量)和步态模式测试(行走速度、步频、在偏好速度下的步长和步宽,使用GAITRite® 步道测量),测试时她们分别穿着(i)柔性鞋类(邓禄普排球鞋™)、(ii)自己的鞋类以及(iii)旨在改善动态平衡的原型鞋类和鞋垫。还使用结构化问卷记录了对鞋类的看法。
不同鞋类条件下的姿势摆动、稳定性极限或步态模式没有差异。然而,在进行串联行走测试时,与柔性鞋类和参与者自己的鞋类相比,穿着原型鞋类时步宽和结束时的摆动明显减小。与原型鞋类相比,参与者认为自己的鞋类更具吸引力、更舒适、更合脚且更容易穿脱。尽管如此,大多数参与者(n = 18,60%)报告说他们会考虑穿着原型鞋类以降低跌倒风险。
本研究中使用的原型鞋类和鞋垫在进行串联行走测试时可改善平衡,任务完成时步宽变窄和摆动减少证明了这一点。然而,从美学和舒适度角度来看,需要进一步改进设计以使鞋类为老年女性所接受。
澳大利亚新西兰临床试验注册中心。ACTRN12617001128381,2017年8月1日(追溯注册)。