Paillard Thierry
Laboratoire Mouvement, Equilibre, Performance et Santé (UPRES EA 4445), Département STAPS, Université de Pau et des Pays de l'Adour/E2S, Pau, France.
Front Physiol. 2023 Jun 28;14:1188496. doi: 10.3389/fphys.2023.1188496. eCollection 2023.
It is well known that regular exercise or physical activity (training) improves postural balance in healthy young and older subjects, but the optimal exercise or physical activity (i.e., likely to induce the greatest postural improvements) and the context in which it is carried out remain to be explored and determined for each population. The most beneficial adaptations would depend, in particular, on gestural conditions (body position, movement and gesture practiced) and material conditions (nature of the ground surface, sports equipment used, type of environment - stable or changing). In fact, the global postural adaptations induced by training do not result from the transfer between different trained and untrained postural tasks, but are the sum of the adaptations related to each trained postural task in healthy young and older subjects. Based on current knowledge, optimal training programs should include the full range of postural tasks encountered in personal physical practice for each population. To date, the method of implementing progressive postural balance tasks with different degrees of difficulty and instability has been used as the effective method to improve postural balance, but it should not be considered as the reference method. Instead, it should be considered as a complementary method to the one based on specific postural tasks. An intervention strategy is proposed for young and older adults consisting of three different steps (general, oriented and specific/ecologic training). However, some parameters still need to be explored and possibly reconsidered in future studies to improve postural balance in an optimal way.
众所周知,规律的运动或体育活动(训练)可改善健康年轻人和老年人的姿势平衡,但针对各人群而言,最佳的运动或体育活动(即可能带来最大姿势改善效果的活动)及其实施环境仍有待探索和确定。最有益的适应性变化尤其取决于姿势条件(身体姿势、所练习的动作和姿势)和物质条件(地面表面的性质、所使用的运动器材、环境类型——稳定或变化)。事实上,训练所引发的整体姿势适应性变化并非源于不同训练和未训练姿势任务之间的迁移,而是健康年轻人和老年人中与每个训练姿势任务相关的适应性变化之和。基于目前的知识,最佳训练方案应涵盖各人群在个人体育锻炼中所遇到的全部姿势任务。迄今为止,实施具有不同难度和不稳定性的渐进式姿势平衡任务的方法已被用作改善姿势平衡的有效方法,但不应将其视为参考方法。相反,应将其视为基于特定姿势任务的方法的补充方法。针对年轻人和老年人提出了一种由三个不同步骤(一般训练、定向训练和特定/生态训练)组成的干预策略。然而,一些参数仍需在未来研究中进行探索并可能重新考虑,以便以最佳方式改善姿势平衡。