Sint Maartenskliniek Research, Nijmegen, The Netherlands; Department of Rehabilitation, Donders Institute for Brain, Cognition and Behaviour, Radboud university medical center, Nijmegen, The Netherlands.
Department of Rehabilitation, Donders Institute for Brain, Cognition and Behaviour, Radboud university medical center, Nijmegen, The Netherlands; Avans+, University of Applied Sciences, Master Specialized Physical Therapy, Breda, The Netherlands.
Gait Posture. 2022 Feb;92:258-263. doi: 10.1016/j.gaitpost.2021.11.038. Epub 2021 Nov 30.
Children with Developmental Coordination Disorder (DCD) have motor coordination deficits leading to difficulties in sports and play that require adaptations of the walking pattern. Children with DCD indeed demonstrate poorer walking adaptability (WA) compared to typically developing children, but it remains elusive whether WA can be improved by training.
Does augmented-reality treadmill training lead to improvements in WA in children with DCD?
Seventeen children with DCD were included in this proof-of-concept intervention study. They received a six-session training on the C-mill, a treadmill on which gait adjustments can be evoked by projected visual context. The effect of the training was evaluated before (M1), directly after training (M2) and after 6 months follow-up (M3) using the WAL-K (single and double run) and WA-tasks on the C-mill (as a single and with concurrent visuo-motor and cognitive task). In addition, parents completed a questionnaire on their perception of the training. Linear Mixed Model analyses were performed to assess the differences in WAL-K scores and success rates on the WA-tasks between M1-M2 and M1-M3.
Children significantly improved on the WAL-K double run and on all three WA-tasks between M1-M2 and M1-M3. Children did not improve on the WAL-K single run. Parents found the training useful and fun for their child and indicated that their child fell less frequently.
The results show that C-mill training had positive and task-specific effects on WA in children with DCD, which effects generalized to an overground task and were retained at 6 months follow-up. This may help children with DCD to better participate in daily activities. Future research should include a control group to examine the effectiveness of the training program compared to receiving no training and may also examine the effect of the training on participation in daily life.
患有发育性协调障碍(DCD)的儿童存在运动协调缺陷,导致在需要调整行走模式的运动和游戏中存在困难。与正常发育的儿童相比,患有 DCD 的儿童的行走适应性(WA)确实较差,但 WA 是否可以通过训练得到改善仍不清楚。
增强现实跑步机训练是否会提高 DCD 儿童的 WA?
本概念验证干预研究纳入了 17 名患有 DCD 的儿童。他们在 C-mill 跑步机上接受了六节训练课程,在该跑步机上,通过投射的视觉环境可以诱发步态调整。使用 WAL-K(单步和双步跑)和 C-mill 上的 WA 任务(单步和同时进行视动和认知任务),在训练前(M1)、直接训练后(M2)和 6 个月随访后(M3)评估训练效果。此外,家长完成了一份关于他们对训练的感知的问卷。线性混合模型分析用于评估 WAL-K 评分和 WA 任务成功率在 M1-M2 和 M1-M3 之间的差异。
儿童在 WAL-K 双步跑和所有三个 WA 任务上的得分均在 M1-M2 和 M1-M3 之间显著提高。儿童在 WAL-K 单步跑上没有提高。家长认为训练对孩子有用且有趣,并表示孩子摔倒的频率降低了。
结果表明,C-mill 训练对 DCD 儿童的 WA 产生了积极的、特定任务的影响,这些效果泛化到了地面任务,并在 6 个月随访时得到保留。这可能有助于 DCD 儿童更好地参与日常生活。未来的研究应包括对照组,以比较该训练计划与不接受训练的效果,并可能还应检验训练对日常生活参与的影响。