Pengaruh Dual-Task Training (Motor-Cognitive) terhadap Keseimbangan Dinamis pada Anak Usia Sekolah

Yulinar Anwar
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引用次数: 1

Abstract

Background : School-age Children are characterized by agile movements and motor activity coupled with the need to begin exploring the environment so that motor skills are needed. One aspect of motor skills is dynamic balance. Dual-task training (motor-cognitive) is a method of training that combines motor and cognitive tasks. The purpose of this exercise is to activation pattern of circuits in brain to achieve an adaptive system so that automation can be generated which can affect dynamic balance. Methods : this research is experimental quasi with time series design. The sampling technique used purposive sampling with a sample size of 30 students in 10- and 11- years-old who were not flat foot, not obese, and did not experience balance disorders. Primary data collection is obtained through dynamic balance instruments with balance beam walking test. The collected data used Shapiro Wilk for the normality test and obtained a value of p <0.05, which means that the distribution of data is abnormally distributed then a difference test of the of the pre-test and post-test using Friedman post hoc Wilcoxon Test. Results : the study was conducted for four weeks with 12 training sessions. The result of the analysis were started from pre-test, post-test 1, post-test 2, post-test 3, and post-test 4. The results overall showed a changed in dynamic balance between before and after 12 times of exercise with a significant value p=0,0001 (p <0,05). Conclusion : Therefore, it can be conclused that there is an effect of dual-task training (motor-cognitive) to dynamic balance of school-age children. Keywords : Dual-Task Training (Motor Cognitive), Dynamic Balance, School-age Children
老年学校双任务训练(运动认知)教师的动态平衡
背景:学龄儿童的特点是动作敏捷,运动活跃,需要开始探索环境,因此需要运动技能。运动技能的一个方面是动态平衡。双任务训练(运动认知)是一种将运动任务和认知任务相结合的训练方法。这个练习的目的是激活大脑中电路的模式,以实现一个自适应系统,从而产生影响动态平衡的自动化。方法:本研究拟采用时间序列设计的实验方法。抽样技术采用了有针对性的抽样,样本量为30名10岁和11岁的学生,他们不是扁平足,没有肥胖,也没有出现平衡障碍。初步数据采集是通过动平衡仪和平衡木行走试验获得的。所收集的数据使用Shapiro-Wilk进行正态性检验,并获得了p<0.05的值,这意味着数据的分布是异常分布的,然后使用Friedman post-hoc Wilcoxon检验进行前检验和后检验的差异检验。结果:本研究为期四周,共进行了12次训练。分析结果从测试前、测试后1、测试后2、测试后3和测试后4开始。总体结果显示,在12次运动前后,动态平衡发生了变化,显著值为p=0.0001(p<0.05)。结论:运动认知双重任务训练对学龄儿童的动态平衡有一定的影响。关键词:双任务训练(运动认知)、动态平衡、学龄儿童
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