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A systematic review and meta-analysis of selected motor learning principles in physiotherapy and medical education

机译:对物理治疗和医学教育中某些运动学习原理的系统评价和荟萃分析

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Learning of procedural skills is an essential component in the education of future health professionals. There is little evidence on how procedural skills are best learnt and practiced in education. There is a need for educators to know what specific interventions could be used to increase learning of these skills. However, there is growing evidence from rehabilitation science, sport science and psychology that learning can be promoted with the application of motor learning principles. The aim of this review was to systematically evaluate the evidence for selected motor learning principles in physiotherapy and medical education. The selected principles were: whole or part practice, random or blocked practice, mental or no additional mental practice and terminal or concurrent feedback. CINAHL, Cochrane Central, Embase, Eric and Medline were systematically searched for eligible studies using pre-defined keywords. Included studies were evaluated on their risk of bias with the Cochrane Collaboration’s risk of bias tool. The search resulted in 740 records, following screening for relevance 15 randomised controlled trials including 695 participants were included in this systematic review. Most procedural skills in this review related to surgical procedures. Mental practice significantly improved performance on a post-acquisition test (SMD: 0.43, 95?% CI 0.01 to 0.85). Terminal feedback significantly improved learning on a transfer test (SMD: 0.94, 95?% CI 0.18 to 1.70). There were indications that whole practice had some advantages over part practice and random practice was superior to blocked practice on post-acquisition tests. All studies were evaluated as having a high risk of bias. Next to a possible performance bias in all included studies the method of sequence generation was often poorly reported. There is some evidence to recommend the use of mental practice for procedural learning in medical education. There is limited evidence to conclude that terminal feedback is more effective than concurrent feedback on a transfer test. For the remaining parameters that were reviewed there was insufficient evidence to make definitive recommendations.
机译:学习程序技能是未来卫生专业人员教育的重要组成部分。关于如何在教育中最好地学习和实践程序技能的证据很少。教育工作者需要知道可以使用哪些具体干预措施来增加对这些技能的学习。但是,越来越多的康复科学,运动科学和心理学证据表明,通过运用运动学习原理可以促进学习。这篇综述的目的是系统地评估物理治疗和医学教育中所选运动学习原则的证据。选择的原则是:全部或部分练习,随机或封闭练习,心理或不进行其他心理练习以及最终或同时进行的反馈。使用预定义关键字,系统搜索了CINAHL,Cochrane Central,Embase,Eric和Medline,以寻找符合条件的研究。使用Cochrane Collaboration的偏见风险工具评估了纳入的研究的偏见风险。在对相关性进行筛选之后,该搜索产生了740条记录,该系统评价包括15项随机对照试验,包括695名参与者。这篇综述中的大多数程序技能都与手术程序有关。心理练习可以显着改善采集后测试的表现(SMD:0.43,95%CI为0.01至0.85)。终端反馈显着改善了迁移测试的学习效果(SMD:0.94,95%CI为0.18至1.70)。有迹象表明,整个练习比部分练习具有一些优势,而随机练习在采集后测试中优于封闭练习。所有研究均被评估为具有较高的偏倚风险。在所有纳入的研究中,除了可能出现的性能偏差外,经常很少报道序列产生的方法。有一些证据建议在医学教育中将心理实践用于程序学习。仅有有限的证据得出结论,即终端反馈比转移测试上的并发反馈更有效。对于其余已审查的参数,没有足够的证据提出明确的建议。

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