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Effect of Semi-Rigid and Soft Ankle Braces on Static and Dynamic Postural Stability in Young Male Adults

机译:半刚性和软踝关节支架对年轻男性成年人静态和动态姿势稳定性的影响

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摘要

Ankle braces have been suggested to protect ankle joints from a sprain by restricting inversion and improving proprioception. However, the difference in effects between a semi-rigid brace and a soft brace regarding dynamic postural control after landing is not known. The aim of the present study was to compare the effect of soft (SB) and semi-rigid (SRB) ankle braces on static and dynamic postural stability in healthy young men. Altogether, 21 male adults (mean age 24.0 ± 1.5 years) were assessed for one leg while wearing non-brace (NB), SB or SRB. Balance in single-limb stance on a single-force platform with open eyes and closed eyes were assessed for the non-dominant leg under SB, SRB, and NB conditions. Locus length/second (mm/s) and the enveloped area (mm·s-2) surrounded by the circumference of the wave pattern during postural sway were calculated. For assessing dynamic postural stability, the participant jumped and landed on one leg on a force platform, and the Dynamic Postural Stability Index (DPSI) and the maximum vertical ground reaction force (vGRFmax) were measured. The data were compared among the three conditions with repeated-measures analysis of variance. The correlations between locus length/second, enveloped area, DPSI values (DPSI, Anterior-Posterior Stability Index, Medial-Lateral Stability Index, and Vertical Stability Index), and vGRFmax were then calculated. The results indicated that locus length/second and enveloped area with open eyes and closed eyes were not significantly different for each condition. However, a significant lower in the DPSI and Vertical Stability Index were observed with the SRB in comparison to the SB and NB. A significant improvement in vGRFmax was also observed with the SRB in comparison to NB. SRB demonstrated a positive effect on dynamic postural stability after landing on a single leg and may improve balance by increasing dynamic postural stability.Key points class="unordered" style="list-style-type:disc">This study examined the effect of ankle braces on healthy young individuals during dynamic postural stability using the DPSI.The semi-rigid brace improved dynamic postural stability compared with the soft brace and no brace.
机译:已经提出,通过限制内翻和改善本体感受来保护踝关节免受扭伤。然而,关于着陆后的动态姿势控制,半刚性支架和软支架之间的效果差异尚不清楚。本研究的目的是比较健康的年轻人中软(SB)和半刚性(SRB)脚踝矫正器对静态和动态姿势稳定性的影响。总共评估了21名男性成年人(平均年龄24.0±1.5岁),穿着无背带(NB),SB或SRB的一条腿。在SB,SRB和NB条件下,评估非显性腿在单力平台上睁开双眼和闭眼的单肢姿势的平衡。计算姿势摆动过程中波型周长所围绕的轨迹长度/秒(mm / s)和包络面积(mm·s -2 )。为了评估动态姿势稳定性,参与者跳到地面上的一条腿上并降落,并测量了动态姿势稳定性指数(DPSI)和最大垂直地面反作用力(vGRFmax)。比较了这三个条件下的数据,并进行了重复测量方差分析。然后计算轨迹长度/秒,包络面积,DPSI值(DPSI,前后稳定性指数,内侧-侧面稳定性指数和垂直稳定性指数)和vGRFmax之间的相关性。结果表明,在每种情况下,眼长/秒和睁眼和闭眼的包膜面积均无显着差异。但是,与SB和NB相比,SRB的DPSI和垂直稳定性指数明显更低。与NB相比,SRB的vGRFmax也有显着改善。 SRB在单腿降落后对动态姿势稳定性表现出积极影响,并可能通过增加动态姿势稳定性来改善平衡。要点 class =“ unordered” style =“ list-style-type:disc”> <!- list-behavior = unordered prefix-word = mark-type = disc max-label-size = 0-> 这项研究使用DPSI研究了在动态姿势稳定过程中踝关节支架对健康年轻个体的影响。 与不带软支架的人相比,半刚性支架提高了动态姿势稳定性。

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