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Augmented reality-assisted training with selected Tai-Chi movements improves balance control and increases lower limb muscle strength in older adults: A prospective randomized trial

机译:增强现实辅助培训与选定的太线运动提高了平衡控制,增加了老年人的肢体肌肉力量:一个预期的随机试验

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Background Tai-Chi benefits older adults by enhancing balance control and increasing the muscle strength of the lower limbs. However, a complete set of traditional Tai-Chi exercises is sometimes too difficult for beginners. We investigated whether practicing augmented reality-assisted training with selected Tai-Chi movements tailored to the practitioner’s ability (selected Tai-Chi, or sTC) is as effective as performing a complete set of Tai-Chi sequences (complete traditional Tai-Chi, or tTC). Methods In this prospective randomized trial carried out in the Beitou District of Taipei City, Taiwan, community-dwelling adults aged ≥65 and without any debilitating diseases (n?=?28) were included. Participants were randomly assigned to the sTC group (n?=?14) or the tTC group (n?=?14). Participants in the sTC group practiced selected Tai-Chi movements using the augmented reality Tai-Chi training system. Participants of the tTC group were asked to complete the 24-form Yang-style Tai-Chi following the instructions of Tai-Chi masters. Each training session lasted 30?min, with 3 sessions per week for 8 weeks. Pre- and post-intervention evaluations included functional balance tests, comprising the Berg Balance Scale (BBS), Timed Up and Go test (TUG), and Functional Reach Test (FRT), as well as muscle strength measurements of the lower extremities. Results Pre-intervention evaluations showed significant differences in FRT ( p =?0.034) and left hip abductor muscle strength ( p =?0.046) between the sTC and tTC groups. After 8 weeks of training, the BBS, TUG, and FRT scores in the sTC group showed significant improvement overall. Although all three functional balance test scores improved in the tTC group, only the improvement in BBS was statistically significant ( p =?0.001). After 8 weeks, all muscle strength measurements increased by an average of 3.1?±?1.0 kgw in the sTC group and 1.6?±?0.8 kgw in the tTC group. Conclusions The augmented reality-assisted training with selected Tai-Chi movements, designed based on objective measurements of the practitioner’s capability, improved balance control and muscle strength of lower limbs at least as effectively as the complete sequence of traditional Tai-Chi exercises.
机译:背景Tail-Chi通过增强平衡控制并增加下肢的肌肉力量来利益老年人。然而,一套完整的传统太极拳运动对于初学者来说太难了。我们调查了练习增强现实辅助培训与针对从业者的能力(选择Tai-Chi或STC)定制的选择的Tai-Chi运动是表演一套完整的太极序列(完整的传统Tai-Chi,或TTC)。方法在台北市北投区进行了这项前瞻性随机试验,台湾北投区,≥65岁且没有任何衰弱的疾病(N?=?28)。参与者被随机分配给STC组(n?=?14)或TTC组(n?=?14)。 STC集团的参与者使用增强现实Tai-Chi培训系统练习选定的Tai-Chi运动。在Tai-Chi Masters的指示之后,要求TTC集团的参与者完成24岁杨式Tai-Chi。每个培训课程持续30?分钟,每周3个课程8周。干预后和后后评估包括功能平衡测试,包括BERG平衡量表(BBS),定时和去测试(拖动),功能达到试验(FRT),以及下肢的肌肉力量测量。结果预干预评估表明,STC和TTC组之间的FRT(P = 0.034)和左髋关节诱导肌强度(P = 0.046)差异显着差异。经过8周的培训,STC组中的BBS,拖船和FRT分数总体上显示出显着的改善。尽管在TTC组中所有三种功能平衡测试分数得到改善,但只有BBS的改善均有统计学意义(P = 0.001)。 8周后,所有肌肉强度测量的平均值增加3.1?±1.0kgw,在TTC组中为1.6?±0.8kgw。结论采用选定的Tai-Chi运动的增强现实辅助培训,根据从业者能力的客观测量设计,改善了下肢的平衡控制和肌肉力量,至少与传统的Tai-Chi练习一样有效。

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