Investigating mechanisms of sport-related cognitive improvement using measures of motor learning.

4区 医学 Q3 Neuroscience Progress in brain research Pub Date : 2024-01-01 Epub Date: 2024-01-09 DOI:10.1016/bs.pbr.2023.12.002
Arunim Guchait, Neil G Muggleton
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Abstract

An increasing number of studies have linked engagement in sport or increased physical fitness with improved cognitive performance. Additionally, studies have employed physical activity as an intervention to help with cognition in aging individuals. Despite this, the underlying mechanism (or mechanisms) by which benefits occur remain unclear. We investigated whether improved trainability for individuals engaged in sport or fitness training might underlie such benefits. Specifically, we assessed motor skill performance and learning rates in young adult runners, baseball players, and "control" individuals who did not regularly engage in sport or exercise using an implicit motor sequence learning task. Better initial performance on the task was seen for both the runner group and the baseball group but no benefits were seen for the baseball/runner groups for rates of improvement on the task. This was the case for both non-specific learning (or general motor skill learning-learning not associated with specific sequences of responses) and for sequence-specific learning (or improvement on repeated sequences of responses that participants were not aware of). This pattern may mean that either engagement in sport/physical activity results in improvements that are transferable beyond the context of the sport/training activity or that engagement in sport/exercise may relate to initial differences in the motor competence of an individual. Further work could beneficially investigate learning in more directly cognitive-related tasks and consolidation/improvement of performance over more prolonged time periods. Importantly, assessment of a fitness/sport intervention on performance and learning rates may provide a better context for some of the benefits reported in cross-sectional investigations of the effects of sport/fitness on cognition and aid in determining which differences are due to engaging in exercise and which differences affect the tendency for such engagement.

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利用运动学习方法研究与运动相关的认知能力提高机制。
越来越多的研究将参与体育运动或增强体质与改善认知能力联系起来。此外,还有研究采用体育锻炼作为干预措施,帮助老年人提高认知能力。尽管如此,产生益处的潜在机制仍不清楚。我们研究了参与体育或健身训练的人的可训练性是否可能是这种益处的基础。具体来说,我们使用内隐运动序列学习任务评估了年轻成年跑步者、棒球运动员和不经常参加运动或锻炼的 "对照组 "个体的运动技能表现和学习率。结果显示,跑步者组和棒球手组在任务中的初始表现更好,但棒球手/跑步者组在任务的改进率方面没有发现任何益处。非特定学习(或一般运动技能学习--与特定反应序列无关的学习)和特定序列学习(或参与者不知道的重复反应序列的改进)都是如此。这种模式可能意味着,参与体育运动/体育锻炼所带来的进步可以转移到体育运动/训练活动之外,或者参与体育运动/体育锻炼可能与个人运动能力的初始差异有关。进一步的工作可以对与认知更直接相关的任务的学习以及在更长的时间段内成绩的巩固/提高进行有益的研究。重要的是,评估健身/体育干预对成绩和学习率的影响,可以为体育/健身对认知影响的横断面调查所报告的一些益处提供更好的背景,并有助于确定哪些差异是由于参与锻炼造成的,哪些差异会影响参与锻炼的倾向。
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来源期刊
Progress in brain research
Progress in brain research 医学-神经科学
CiteScore
5.20
自引率
0.00%
发文量
174
审稿时长
6-12 weeks
期刊介绍: Progress in Brain Research is the most acclaimed and accomplished series in neuroscience. The serial is well-established as an extensive documentation of contemporary advances in the field. The volumes contain authoritative reviews and original articles by invited specialists. The rigorous editing of the volumes assures that they will appeal to all laboratory and clinical brain research workers in the various disciplines: neuroanatomy, neurophysiology, neuropharmacology, neuroendocrinology, neuropathology, basic neurology, biological psychiatry and the behavioral sciences.
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