Jump-specific mechanical load and perceived exertion during collegiate dance training [0.03%]
大学舞蹈训练中的跳跃特定机械负荷和主观疲劳感
Morgan A Lamarre,Erica L King,Margaret T Jones et al.
Morgan A Lamarre et al.
Jumping is a primary contributor to mechanical loading in collegiate dance training, yet objective, style-specific indicators of training load remain poorly defined. This study examined how jump-related external and internal training loads ...
Evaluation of a smartphone-based markerless motion capture system for assessing the kinematics of gymnastics [0.03%]
基于智能手机的无标记动作捕捉系统在体操运动学评估中的应用研究
Lucy Buchanan,Liang He,Amy Zavatsky
Lucy Buchanan
Monitoring gymnasts in their training environments, using markerless motion capture, could enhance our understanding of their injuries and facilitate the implementation and evaluation of injury prevention measures. This study compared a sma...
Mechanical demand shapes anticipatory kinematic adjustments differently in drop and jump landings: Evidence from a microgravity paradigm [0.03%]
机械需求不同地塑造了在下落和跳跃着陆中的预见性动力学调整：来自微重力范式的证据
Romain Bechet,Bénédicte Schepens,Clément N Gambelli
Romain Bechet
Landing from a jump presents distinct challenges that require accurate prediction of both ground contact timing and the characteristics of the forthcoming impact forces to generate anticipatory kinematic adjustments to efficiently dissipate...
Shear wave elastography reveals depth- and angle-dependent engagement of rotator cuff muscle subregions during loaded shoulder flexion [0.03%]
剪切波弹性成像揭示了在肩关节屈曲过程中载荷下旋转肌群肌肉亚区的深度和角度依赖性参与度
Zade Pederson,Kyosuke Hoshikawa,Hugo Giambini
Zade Pederson
The rotator cuff (RC) plays a critical role in stabilizing the glenohumeral joint and generating shoulder forces during elevation, yet the engagement of individual RC muscle subregions during loaded shoulder flexion remains incompletely cha...
The effect of running speed on lower limb coordination variability and movement regularity during barefoot running in overweight adults [0.03%]
速度对肥胖成年人赤足跑步时下肢协调变异性和运动规律性的影响
Wenjie Xie,Xindi Ni,Xuan Liu et al.
Wenjie Xie et al.
Whether the elevated injury risk in overweight runners reflects excessively regular, over-constrained coordination or insufficiently stable coordination remains unclear. It was hypothesised that body mass and running speed interact to alter...
Increased knee flexion excursion during early stance is associated with reduced knee adduction moment in asymptomatic varus lower extremities: a cross-sectional study of 937 limbs [0.03%]
膝关节屈曲范围增加与无症状内翻下肢行走时膝关节外侧加载减少相关：937例标本的横断面研究
Kee Soo Kang,Na-Kyoung Lee,Kyoung Min Lee et al.
Kee Soo Kang et al.
The aim of the study was (1) to identify gait parameters associated with knee adduction moment (KAM) and (2) to investigate the associations among early-stance knee flexion excursion, peak knee extension moment (KEM), and KAM. For 937 asymp...
Viscoelastic recovery time of chondrocytes from monolayer and alginate cultures [0.03%]
单层和藻酸盐培养软骨细胞的粘弹性回复时间研究
Michael Neubauer,Priyanka Brahmachary,Ronald K June et al.
Michael Neubauer et al.
This study uses a 3D-printed variable-height flow cellto investigate the viscoelastic properties of in vitro cultured chondrocytes that have synthesized an endogenous neomatrix surrounding the cells. It was hypothesized that chondrocytes co...
Marco Viceconti,Enrico Dall&#x;Ara
Marco Viceconti
Since the European Society of Biomechanics was founded in 1976, we are celebrating its 50th anniversary this year. As part of the celebrations, the Council decided to establish an archive of historical documents to preserve the society's le...
Investigating glenohumeral joint forces using a population-based musculoskeletal model combined with a shoulder statistical shape approach [0.03%]
基于人群的肌骨模型结合肩关节统计形状方法研究肩关节力
François Bruyer-Montéléone,Saulo Martelli,Graham Kerr et al.
François Bruyer-Montéléone et al.
Shoulder anatomy varies between individuals, affecting glenohumeral joint (GHJ) biomechanics. Musculoskeletal (MSK) models can simulate these internal loadings, which depend on anatomical and dynamic constraints. While MSK models are often ...
A hybrid framework for predicting fall impact forces using pose-estimated kinematics and descriptive information [0.03%]
基于姿态估计动力学和描述性信息的跌倒冲击力预测混合框架
Reese Michaels,Yajun Mei,Stephen N Robinovitch et al.
Reese Michaels et al.
Falls are the leading cause of hip fractures among older adults; however, direct measurement of hip impact force during laboratory falls is challenging due to safety constraints. Artificial intelligence (AI)-based pose estimation (e.g., Ope...