Markerless motion capture methodologies in biomechanics: From 2D images to 3D joint angles, a narrative review [0.03%]
标记式运动捕捉在生物力学中的应用：从二维图像到三维关节角度，综述性评论
Anaïs Chaumeil,Alexandre Naaim,Thomas Robert et al.
Anaïs Chaumeil et al.
Background: Video-based markerless motion capture is rapidly emerging as a valuable tool in biomechanics research, particularly within sports science, ergonomics, and clinical evaluations. Markerless motion capture offers...
Motor learning strategies during walking with error and reinforcement feedback in healthy older adults [0.03%]
健康老年人在行走时采用错误和强化反馈的学习策略进行 motor 学习的研究
Sara Penuela Rodriguez,José A Barela,Ana Maria Forti Barela et al.
Sara Penuela Rodriguez et al.
Introduction: As we age, brain regions important for mediating motor learning strategies, such as the basal ganglia, the cerebellum, and the frontal cortex, experience functional decline, impacting our ability to retain a...
Spatiotemporal structuration of sensorimotor information during walking in knee osteoarthritis patients [0.03%]
膝骨关节炎患者步行时感觉运动信息的时空结构化
Quan Zhang,Yidan Gao,Guangming Hu et al.
Quan Zhang et al.
Objective: Patients with knee osteoarthritis (KOA) exhibit proprioceptive deficits and changes in neuromuscular control, which may consequently lead to functional motor impairment. However, how altered proprioceptive feed...
Evaluation and prediction of knee kinematics and kinetics in children with Blount disease [0.03%]
布朗特病儿童膝关节运动学和动力学的评估与预测
Zhe Yuan,Mihir M Thacker,Chris Church et al.
Zhe Yuan et al.
Background: Blount disease primarily causes disturbance in the medial growth plate of the proximal tibia. This study aimed to 1) determine the kinematic and kinetic changes, 2) find the correlation between knee varus meas...
Comparing gait metrics from in-lab gait analyses to free-living assessment from wearable sensors in end-stage osteoarthritis patients [0.03%]
实验室步态分析与终末期骨关节炎患者穿戴式传感器自由生活步态评估的对比研究
Matthew Ruder,Vincenzo E Di Bacco,Kim Madden et al.
Matthew Ruder et al.
Background: Gait analysis provides objective metrics to evaluate mobility in populations such as individuals with knee osteoarthritis. However, in-lab assessments may not reflect real-world gait. Wearable inertial sensors...
Kinematics and kinetics of the lower limb and pelvis during step descent in individuals with limited ankle dorsiflexion [0.03%]
有限踝背屈个体在步下降过程中下肢和骨盆的运动学和动力学分析
Julia B Rodrigues,Mariana R C Aquino,Thiago R T Santos et al.
Julia B Rodrigues et al.
Background: Adequate ankle dorsiflexion is required during step descent to allow controlled forward progression of the body over the support limb. It remains unclear how limited passive ankle dorsiflexion range of motion ...
Ryuya Yamakawa,Yusuke Sakaue,Shima Okada et al.
Ryuya Yamakawa et al.
Background: Hip osteoarthritis (HOA) often leads to compensatory movements such as trunk lateral bending during gait due to pain and restricted range of motion. Because multiple joints coordinate to control the center of ...
Si Hyung Lew,Woo Sub Kim,Moon Seok Park et al.
Si Hyung Lew et al.
Background: Leg length discrepancy (LLD) alters gait biomechanics and dynamic stability; however, the relationship between LLD magnitude and specific gait deviations remains incompletely understood. ...
Increased gluteus medius activation during sustained walking in chronic low back pain: A compensatory strategy for mediolateral postural control [0.03%]
慢性下背痛患者持续行走时臀中肌激活增加：前后向姿势控制的代偿策略
Kanphajee Sornkaew,Kroekkiat Punyaphing,Taksaporn Wongonta et al.
Kanphajee Sornkaew et al.
Background: Chronic low back pain (CLBP) is associated with neuromuscular adaptations that may alter hip muscle activation and lumbopelvic control during gait. The gluteus medius (Gmed) plays a critical role in lumbopelvi...
Interactive effects of drop height and visual deprivation on kinematic and electromyographic characteristics during single-leg landing in individuals with functional ankle instability [0.03%]
不同着地高度和视觉剥夺对功能性踝关节不稳患者的单腿着地动力学和电肌特性交互影响的研究
Lingyue Meng,Lintao Kong,Yubo Wang et al.
Lingyue Meng et al.
To investigate the interactive effects of landing height and visual feedback on the kinematic and electromyographic (EMG) strategies of functional ankle instability (FAI) individuals during single-leg drop landings. ...