期刊： HUMAN MOVEMENT SCIENCE, 2023; 87 ()
Purpose: To estimate the shape and number of mechanical efficiency (ME) trajectories from childhood to adolescence; and verify whether ME trajectory m......
期刊： HUMAN MOVEMENT SCIENCE, 2023; 88 ()
Visual exproprioception obtained from the lower visual field (LVF) is used to control locomotion on uneven terrain. Wearing a facial mask obstructs th......
期刊： HUMAN MOVEMENT SCIENCE, 2023; 90 ()
Upper-limb complex movements constitute a major part of our daily activities. Research shows complex movements are generated by sequences of movement ......
期刊： HUMAN MOVEMENT SCIENCE, 2023; 92 ()
Previous studies have shown that the dominant arm is generally stronger and more resistant to fatigue. However, whether there are side differences in ......
期刊： HUMAN MOVEMENT SCIENCE, 2023; 87 ()
Background: The objective of this study was to determine the effects of different visual stimuli during visual-motor illusion on sit-to-stand in peopl......
期刊： HUMAN MOVEMENT SCIENCE, 2023; 87 ()
Purpose: To determine whether average growth tempo influenced longitudinal relationships be-tween maturity status and coordination capability using a ......
期刊： HUMAN MOVEMENT SCIENCE, 2023; 87 ()
From an ecological perspective, perceptual-motor recalibration should be a robust and adaptable process, but there are suggestions that older adults m......
期刊： HUMAN MOVEMENT SCIENCE, 2023; 92 ()
Background: Diabetic older people tend to present deteriorated performance in balance and locomotion activities, even those without peripheral neuropa......
期刊： HUMAN MOVEMENT SCIENCE, 2023; 88 ()
In dance, performing multiple rotations around the longitudinal axis is a complex task that can only be accomplished proficiently by highly skilled da......
期刊： HUMAN MOVEMENT SCIENCE, 2023; 88 ()
Background: Collision avoidance during locomotion is influenced by a variety of situational factors. When circumventing around an inanimate object, th......
期刊： HUMAN MOVEMENT SCIENCE, 2023; 87 ()
Action imagery practice (AIP) is effective to improve motor performance in a variety of tasks, though it is often less effective than action execution......
期刊： HUMAN MOVEMENT SCIENCE, 2023; 90 ()
In this study, we investigated the effects of motor practice with an emphasis on either position or force control on motor performance, motor accuracy......
期刊： HUMAN MOVEMENT SCIENCE, 2023; 91 ()
Smooth pursuit eye movements are mainly driven by motion signals to achieve their goal of reducing retinal motion blur. However, they can also show an......
期刊： HUMAN MOVEMENT SCIENCE, 2023; 92 ()
The present study investigates the dynamic nature of haptic accuracy in racket sports, specifically focusing on self-produced movements in participant......
