Virtual Reality Improves Predictive Internal Modeling and Object Control Skills in DCD Children [0.03%]
虚拟现实改善DCD儿童的预测性内在模型和物体控制技能
Hasan Sepehri Bonab,Soghra Ebrahimi Sani
Hasan Sepehri Bonab
Deficits in internal modeling have been suggested as a key factor contributing to the motor control and coordination challenges experienced by children with DCD. Recently, virtual reality (VR) technology has emerged as a promising tool for ...
Neurophysiological and Biomechanical Determinants of Successful Basketball Throws [0.03%]
成功的篮球投篮的神经生理学和生物力学决定因素
P K Phan,A T N Vo,D Saucier et al.
P K Phan et al.
This study investigates the neurophysiological and biomechanical factors contributing to successful basketball throw performance in novice athletes, utilizing electroencephalography (EEG) and motion capture (MoCap) to analyze joint angles, ...
Effects of Upper Limb Robot Therapy with Action Observation Training on Subacute Stroke Patients: A Randomised Controlled Trial [0.03%]
动作观察训练联合上肢机器人训练对脑卒中患者的效果研究：随机对照试验
Yoon-Mo Yang,Ju-Hyung Park
Yoon-Mo Yang
Action observation training (AOT) is recognised as an effective method for enhancing motor function by engaging mirror neurons. This study investigated the combined effects of AOT and upper limb robot therapy on upper extremity function, mo...
Randomized Controlled Trial
Journal of motor behavior. 2025;57(4):358-376. DOI:10.1080/00222895.2025.2497376 2025
Mental Chronometry: Do Imagined Times Merely Relate to Task Duration? [0.03%]
心理计时法：想象的时间仅仅与任务持续时间有关吗？
James W Roberts,Robin Owen,Caroline J Wakefield
James W Roberts
Prolonged movement time as a function of task difficulty (as defined by the Index of Difficulty [ID]) can be equally prevalent within executed and imagined movements ─ something referred to as the mental chronometry effect. This effect has...
Visual Biofeedback and Postural Control: Exploring Potential Implicit Visual Integration [0.03%]
视觉生物反馈与姿势控制：探索潜在的隐性视觉整合能力
Lucas Michaud,Dominique Desjardins,Alexandre Perreault et al.
Lucas Michaud et al.
Real-time visual biofeedback (vBF) of body sway is known to enhance postural control by reducing center of pressure (COP) displacement. However, the mechanisms underlying its influence remain unclear, particularly regarding implicit process...
Pilates and Transcranial Direct Current Stimulation for Stability, Balance, and Depression in Patients with Stroke [0.03%]
用于卒中患者稳定性、平衡和抑郁的普拉提和经颅直流电刺激疗法
HyeMin Lee,JongEun Yim
HyeMin Lee
This study aimed to investigate the effects of combining Pilates and transcranial direct current stimulation (tDCS) on core stability, balance, and depression in stroke patients. Forty subjects were randomly divided into an experimental gro...
Oral-Motor Complexity Influences Center of Pressure Patterns in Adults with Stroke-Related Communication Disorders [0.03%]
口腔运动复杂性影响脑卒中相关沟通障碍成人重心轨迹模式
Daria Pressler,Sarah Hamilton Dugan,Amu De Silva et al.
Daria Pressler et al.
People with stroke (PwS) often exhibit altered postural control, and concomitant stroke-related communication disorders (e.g., aphasia, dysarthria) may be an underrecognized risk factor for post-stroke falls. This heightened fall risk may b...
Environmental Influence on Cognitive-Motor Interaction During Wheelchair Propulsion [0.03%]
环境对轮椅推进过程中认知-运动交互影响的作用
Mikaela L Frechette,Jacob J Sosnoff,Manuel Enrique Hernandez et al.
Mikaela L Frechette et al.
To determine the influence of environmental complexity on cognitive-motor interaction during wheelchair propulsion. Fourteen participants completed two single- to dual-task trials of Serial-7 Subtraction Task and four environments varying i...
Challenge Accepted: A Systematic Scoping Review of the Applications of the Challenge Point Framework [0.03%]
挑战接受：挑战点框架应用的系统综述
Ashleigh Thomas,Lara Paul,Seipati Rasenyalo et al.
Ashleigh Thomas et al.
The Challenge Point Framework (CPF) guides practice design for optimal motor skill learning. The CPF's use and prevalence has not been reported. This review's aims are to - (i) identify research areas that use the CPF, (ii) determine the CP...
Influences of VR-Based Optokinetic Stimulation on Head and Trunk Instability on a Sinusoidal Moving Platform [0.03%]
基于VR的-optokinetic刺激对正弦移动平台上的头部和躯干不稳定的影响
Tatsuya Igarashi,Shota Hayashi,Shingo Hirano
Tatsuya Igarashi
Optokinetic stimulation (OKS) induces visual-vestibular conflict, influencing postural stability. Virtual reality (VR)-based OKS provides an immersive alternative to conventional screen-based OKS, potentially enhancing vestibular rehabilita...