Impact of repetitive mouse aiming on muscle fatigue and fine motor performance of the distal upper limb [0.03%]
鼠标瞄准的重复操作对上肢远端肌肉疲劳和精细运动表现的影响
Garrick N Forman,Sophia A Nikitin,Cameron J Lang et al.
Garrick N Forman et al.
Gaming is demanding, however, the impact of gaming on muscle fatigue and performance changes is unclear. The purpose of this study was to evaluate muscle fatigue and performance impairments during an extended mouse aiming fatigue protocol. ...
Delayed onset muscle soreness effect on spinal stiffness and flexion-relaxation phenomenon of the lumbar spine [0.03%]
肌肉延迟性酸痛对腰部脊柱僵硬程度和屈伸放松现象的影响
Pierre Mounier,Greg Kawchuk,Arnaud Delafontaine et al.
Pierre Mounier et al.
This study aims to explore how Delayed Onset Muscle Soreness (DOMS) can induce changes in lumbar erector spinae neuromuscular activity, trunk kinematics and lumbar spine stiffness, and how DOMS can be confirmed as an experimental pain model...
Neuromechanical adaptation of a perturbation protocol during treadmill running [0.03%]
跑带跑步过程中对扰动协议的神经力学适应
Mina Khajooei,Andrew Quarmby,Frank Mayer et al.
Mina Khajooei et al.
The ability to adapt to unexpected changes in environments is associated with the risk of running-related injuries. Although gait retraining programs can mitigate injury risk, there is a scarcity of studies focusing on neuromechanical adapt...
Energetic and neuromuscular impact of running on even or uneven surfaces in standardized laboratory conditions [0.03%]
在标准实验室条件下，跑步对平坦或不平表面的能量消耗和神经肌肉影响
Simone Bettega,Lorenzo Bortolan,Federico Stella et al.
Simone Bettega et al.
Purpose: We examine the energetic and neuromuscular effects of running on even (E-T) and uneven terrains (UE-T) by creating smooth and rough conditions on a standardized circuit. ...
JEK-ISEK tutorials on electromyography and kinesiology: A summary and a call for the next series of tutorials [0.03%]
JK-ISek教程：肌电图和运动学：总结与下一系列教程预告
Alessandro Del Vecchio,François Hug,Roberto Merletti et al.
Alessandro Del Vecchio et al.
Insights into proprioceptive acuity assessed with a dynamic joint position reproduction task [0.03%]
基于动态关节定位重复任务的本体感觉敏锐度研究新见解
Pasquale Salerno,Mirko Job,Matteo Iurato et al.
Pasquale Salerno et al.
This study investigated proprioceptive acuity using the conventional joint position reproduction (JPR) task and a modified version, the Dynamic JPR task (D-JPR), during Concentric and Eccentric muscle contractions. Seventeen participants we...
Assessing stroke-induced abnormal muscle coactivation in the upper limb using the surface EMG co-contraction Index: A systematic review [0.03%]
基于表面肌电信号的联合收缩指数评估脑卒中上肢异常肌肉联带运动的系统综述研究
Yong Wang,Lingling Zhong,Minxia Jin et al.
Yong Wang et al.
Electromyography (EMG) is increasingly used in stroke assessment research, with studies showing that EMG co-contraction (EMG-CC) of upper limb muscles can differentiate stroke patients from healthy individuals and correlates with clinical s...
Jonathan Lundsberg,Anders Björkman,Nebojsa Malesevic et al.
Jonathan Lundsberg et al.
Human-machine interfaces using electromyography (EMG) offer promising applications in control of prosthetic limbs, rehabilitation assessment, and assistive technologies. These applications rely on advanced algorithms that decode the activat...
Thoracic paraspinal muscle concentric needle electrode jitter analysis in electrophysiological diagnosis of ALS [0.03%]
电生理诊断肌萎缩侧索硬化症的胸段背伸肌同心针电极震颤分析
Handan Uzunçakmak-Uyanık,Fatma Gökçem Yıldız,Ersin Tan et al.
Handan Uzunçakmak-Uyanık et al.
Objectives: Jitter analysis with concentric needle electrode of the thoracic 9 (T9) paraspinal muscle (PM), where the needle EMG examination at rest is difficult, was performed in both amyotrophic lateral sclerosis (ALS) ...
Electrical cutaneous stimulation of the foot sole does not enhance rate of torque development during maximal effort isometric plantarflexion in females [0.03%]
足底电刺激不能增强女性最大等长跖屈运动中的扭矩产生速率
Laura C Marrelli,Tushar Sharma,Davis A Forman et al.
Laura C Marrelli et al.
Rate of torque development (RTD) measures how rapidly one can generate torque and is crucial for balance and athletic performance. Fast RTD depends on the rapid recruitment of high threshold motor units (MUs). Cutaneous electrical stimulati...