英文摘要 |
Introduction: Previous studies have found that exercise positively affects executive function in children. However, most examined the effects of aerobic exercise, and little is currently known about the effects of coordination exercise. Furthermore, previous studies examining the effects of coordination exercise have been limited to immediate outcomes, with little exploration of sustained benefits. Therefore, this study explored the immediate and sustained effects of table tennis program on executive function in children. Methods: Participants aged 9-10 years at an elementary school in Changhua were recruited and randomly allocated to exercise (n = 25) and control (n = 27) groups. The exercise group participated in 50-minute table tennis program twice weekly for 10 weeks, while the control group maintained their normal routine activities. The Wisconsin Card Sorting Test was evaluated before the program (pre-test), immediately after the 10-week program (post-test), and one month after the program (follow-up). It primarily measures problem-solving, cognitive flexibility, working memory, and attention. Results: In the post-test examination, the exercise group showed improved perseverative responses and errors than the control group, indicating the immediate effects of table tennis program on problem-solving and cognitive flexibility. However, no significant differences were observed for other indicators (non-perseverative error, conceptual level responses, number of categories completed, or failure to maintain set) between groups, indicating selective effects of table tennis program on executive function. In addition, no significant differences between groups were observed for the follow-up examination, indicating that the positive benefits of table tennis program are only maintained in the short term. Conclusions: This study identified positive effects on executive function for table tennis program extending previous evidence to clarify further the relationship between coordination exercise and executive function in children. We expect these findings to provide a foundation for future exercise recommendations aimed at improving executive function in children. |