Research Group Lifestyle and Health, Faculty of Health Care, University of Applied Sciences Utrecht, Bolognalaan 101, 3584 CJ, Utrecht, The Netherlands,
Sports Med. 2013 Nov;43(11):1171-89. doi: 10.1007/s40279-013-0082-5.
In many sports, maintaining balance is necessary to compete at a high level. Also, in many health problems, balance is impaired. Postural sway (PS) is often used as an indicator of upright balance control, and physical activity (PA) might enhance balance control. However, the relationship between PS and PA has never been systematically reviewed.
Our objective was to summarize the evidence regarding the relationship between PS in upright bipedal and unipedal standing and PA.
We conducted a literature search in MEDLINE, EmBase, CINAHL, the Cochrane Database, and PEDro, up to March 2012, with no limit on the starting date. Characteristics and methodological aspects of each article were extracted by two reviewers. We used centre of pressure (CoP) velocity, and variables related to the CoP area, to compare studies.
A total of 39 articles were reviewed from an initial yield of 2,058. Of these 39 studies, 37 used a comparative design, one was a cohort study, and one was a randomized controlled trial.
The main conclusion was that in general, sport practitioners sway less than controls, and high-level athletes sway less than low-level athletes. Additionally, we identified specific effects dependent on the use of vision, sport-specific postures, and frequency and duration of the (sports) activity. PS in unperturbed bipedal stance appears to have limited sensitivity to detect subtle differences between groups of healthy people.
在许多运动中,保持平衡是高水平竞争的必要条件。此外,在许多健康问题中,平衡都受到了损害。姿势摆动(PS)通常被用作垂直平衡控制的指标,而身体活动(PA)可能增强平衡控制。然而,PS 与 PA 之间的关系从未被系统地综述过。
我们的目的是总结关于直立双足和单足站立时 PS 与 PA 之间关系的证据。
我们对 MEDLINE、EmBase、CINAHL、Cochrane 数据库和 PEDro 进行了文献检索,检索时间截至 2012 年 3 月,对起始日期没有限制。两位评审员提取了每篇文章的特征和方法学方面。我们使用压力中心(CoP)速度和 CoP 面积的相关变量来比较研究。
从最初的 2058 篇文献中,共综述了 39 篇文章。其中 37 项研究采用了对比设计,1 项为队列研究,1 项为随机对照试验。
主要结论是,一般来说,运动者的摆动幅度小于对照组,高水平运动员的摆动幅度小于低水平运动员。此外,我们还确定了特定的影响,这些影响取决于视觉的使用、特定的运动姿势以及(运动)活动的频率和持续时间。未受干扰的双足站立时的 PS 似乎对检测健康人群之间的细微差异的敏感性有限。