Mental Fatigue Impairs Motor Performance but Not Motor Learning in Fatigued or Non-Fatigued Conditions [0.03%]
心理疲劳会损害运动表现，但不会影响疲劳或非疲劳条件下的运动学习能力
José Roberto de Maio Godoi Filho,Talles Fernando de Oliveira Abreu,Quézia Rodrigues Vieira et al.
José Roberto de Maio Godoi Filho et al.
We investigated the influence of mental fatigue on motor performance and learning. Additionally, we examined whether practicing under mental fatigue induces resilience in future performance under similar fatigue conditions. Ninety-two parti...
The Effects of Adapted Tango on Dynamic Balance and Dual-Task Performance in Parkinson's Disease [0.03%]
阿根廷探戈对帕金森病患者动态平衡和双重任务表现的影响
Forouzan Rafie,Sharanya Thodupunoori,Kimberly Lang et al.
Forouzan Rafie et al.
This study investigated the effects of Adapted Tango (AT) on dynamic balance, dual-tasking, and leg muscle antagonist activity in individuals with Parkinson's disease (PD), a condition characterized by cognitive and muscular difficulties. A...
Solving Raven's Matrices While Walking on a Treadmill: Insights into Cognitive-Motor Interference Patterns in Dual-Task [0.03%]
在跑步机上行走时解答拉文矩阵题：双任务环境下认知-运动干扰模式的启示
Frédéric Dierick,Fabien Buisseret,Thomas Hoho et al.
Frédéric Dierick et al.
This study investigates cognitive-motor interference by combining Raven's Progressive Matrices Test (RPMT) with treadmill walking. Two groups of healthy adults-20 young adults (born after 1995) familiar with treadmill walking and 18 older a...
Maha Mnif,Soufien Chikh,Eric Watelain et al.
Maha Mnif et al.
Human behavior is influenced by the social context and depends on emotional state. This study focuses on the effect of the presence of others and group in interaction with the emotional impact on motor, cognitive and affective performance. ...
Association Between Motor Competence and Response Time in Portuguese Youth [0.03%]
葡萄牙青年运动能力与反应时间之间的关系
Fábio Flôres,Ricardo Drews,Vanessa Santos et al.
Fábio Flôres et al.
This study explores the association between motor competence (MC) and response time (RT) in schoolchildren. 251 participants (mean age 14.58 ± 3.07 years) completed assessments over two sessions using standardized procedures. MC was evalua...
Timed Up-and-Go Test with an Obstacle: Evaluating Anticipatory Locomotor Adjustments in Older Adults [0.03%]
带障碍物的 timed up-and-go 测试：评估老年人行进过程中的调整能力
Juntaro Sakazaki,Takahito Nakamura,Kentaro Kodama et al.
Juntaro Sakazaki et al.
The Timed Up-and-Go (TUG) test, a clinical assessment tool of functional mobility and balance scale for fall risk, is potentially helpful for evaluating anticipatory locomotor adjustments (ALA). This study aimed to simplify ALA evaluation i...
Neck Angle in the Handstand Changes the Pattern of Multi-Joint Variability [0.03%]
手倒立时颈部角度变化多关节变异模式
Roman Farana,Pavel Brtva,Gareth Irwin et al.
Roman Farana et al.
This study investigated the effects of neck angle on center of mass (CM) stability and joint angle variability in the handstand. Seven experienced female gymnasts performed handstands in extended, neutral, and flexed neck angles. Kinematic ...
Fatigue-Induced Postural Instability During Dual-Tasks in Women with MS: Influence of Muscle Strength [0.03%]
肌力对多发性硬化女性双任务中疲劳诱发的身体不稳定的影响
Zahra Golzari,Farhad Ghadiri,Moslem Bahmani et al.
Zahra Golzari et al.
There is a lack of research on the effects of fatigue and dual-task motor performance in people with Multiple sclerosis (MS), especially in women. Using a group of 20 women with MS and 20 healthy controls, we examined the effects of fatigue...
Context Versus Aiming Under Uncertainty When Both Feedforward and Feedback Control Are Engaged [0.03%]
不确定性下的情境与目标导向当开环和闭环控制都参与时
Matthew J Crossley,Christopher L Hewitson,David M Kaplan
Matthew J Crossley
Theories of human motor learning commonly assume that movement plans are adjusted in response to the sensory feedback received about their success or failure. The degree to which movement errors drive changes in feedforward motor plans is f...
Brain Activity During Electrical Stimulation of Visual-Motor Illusion with Enhanced Joint Motion Intensity [0.03%]
增强关节运动强度下的视动错觉的电刺激诱发的大脑活动研究
Junpei Tanabe,Kazu Amimoto,Katsuya Sakai
Junpei Tanabe
Visual-motor illusion (VMI) is a kinesthetic illusion produced by viewing an image showing joint motion. VMI with enhanced joint movement intensity (power-VMI; P-VMI) is expected to activate a wide range of motor association brain regions, ...