Validation, characterization, and utility of markerless motion capture in a large cohort of pediatric patients with complex gait patterns [0.03%]
无标记动作捕捉在复杂步态模式的儿科患者中得到验证、表征和应用的功效
Ross S Chafetz,Spencer Warshauer,Sean Waldron et al.
Ross S Chafetz et al.
Markerless motion capture has emerged as a potential substitute for traditional marker-based systems, offering scalable, non-invasive acquisition of human movement. Despite increasing adoption in research and sports applications, its clinic...
The relationship between lower-limb coordination and fall risk during single- and dual-task walking in patients with stroke: a prospective study [0.03%]
单任务和双任务下肢步行协调与卒中患者的跌倒风险之间的关系：一项前瞻性研究
Huimeng Chen,Qiujie Li,Feng Xu et al.
Huimeng Chen et al.
Reduced lower-limb coordination is considered one of the reasons for the increased risk of falls during walking in patients with stroke. However, it remains unclear whether lower-limb coordination during single- and dual-task walking affect...
Reliability of flywheel hip extension and leg curl tests and their associations with isokinetic hamstring strength [0.03%]
飞轮髋伸展和腿屈曲测试的可靠性及其与等速腘绳肌力量的关系
Sebastiano Nutarelli,Franco Biancofiore,Alessandro La Mattina et al.
Sebastiano Nutarelli et al.
Flywheel (FW) resistance training is used to develop and monitor hamstring strength in team-sport athletes. The purpose of this study was to assess the between-session reliability of flywheel hip extension (FWHE) and flywheel leg curl (FWLC...
Current challenges and future directions in Achilles tendon rupture repair: A biomechanical perspective [0.03%]
跟腱断裂修复的当前挑战及未来方向——生物力学视角
Rongkai Xu,Zhihao Song,Tianqi Hou et al.
Rongkai Xu et al.
The Achilles tendon (AT) fulfills critical physiological functions, such as transmitting plantar flexor forces, maintaining ankle stability, and buffering movement-related loads. Its exceptional mechanical performance stems from a multiscal...
Finite element modelling for elucidating surface topography influence on cell-substrate interaction on fatty acid-modified PCL substrate [0.03%]
基于脂肪酸修饰PCL基底的细胞-基底相互作用的表面形貌影响的有限元模拟研究
Rajdeep Ganguly,Sandeep Choudhury,Abhisek Gupta et al.
Rajdeep Ganguly et al.
Surface topography acts as a potent determinant of cellular biomechanical behaviour. In this study, poly(ε-caprolactone) (PCL) matrices were chemically modified with oleic acid (OA) to tailor the surface roughness and computationally inves...
Chaojun Tang,Yichen Xing,Jinxi Tian et al.
Chaojun Tang et al.
Type I collagen fibrils are central to bone load-bearing, and their intrinsic piezoelectricity is essential for mechanotransduction and remodeling. However, how electromechanical coupling evolves during disease progression remains unclear. ...
High-Frequency wall vibration correlates with growth of a vertebrobasilar dolichoectatic Aneurysm: A case study [0.03%]
高频颅骨振动与椎基底动脉长段动脉瘤生长的相关性：一例报告
Kei Yamamoto,Luca Soliveri,Michela Bozzetto et al.
Kei Yamamoto et al.
Vertebrobasilar dolichoectatic aneurysms (VBDAs) are a rare cerebrovascular condition with poorly understood pathophysiology. While complex flow-induced stresses are believed to influence aneurysm initiation, progression, and rupture, previ...
Stress-Based biomechanical modeling in hip dysplasia Surgery: A scoping review [0.03%]
基于应力的生物力学模型在髋关节发育不良外科手术中的作用：一项综述研究
Renaud E V I Amoakon,Alex-Anne Seguin,Etienne L Belzile et al.
Renaud E V I Amoakon et al.
Stress-based biomechanical modeling is increasingly used to evaluate joint mechanics and support surgical planning in developmental dysplasia of the hip (DDH). This scoping review examines how such models are applied in DDH surgery, the mec...
Towards a standardized workflow for measurement-driven in silico treatment planning of flow diverters [0.03%]
基于测量的血流分流器虚拟治疗规划标准化工作流程的研究进展
Levente Sándor,Benjamin Csippa,György Paál
Levente Sándor
Today, flow diverters (FDs) are commonly used in treating intracranial aneurysms to occlude the sac, thus reconstructing the parent artery. Modeling the effect of FD is challenging but a porous layer approximation in hemodynamic analysis ca...
Corrigendum to "Altered energy dissipation patterns and increased ground reaction force in patients with chronic ankle instability after fatiguing exercises" [J. Biomech. 202 (2026) 113289] [0.03%]
关于“慢性踝关节不稳患者疲劳运动后能量耗散模式改变和地面反作用力增加”的勘误[J. Biomech. 202 (2026) 113289]的勘误通知书
Hyung Gyu Jeon,Tae Kyu Kang,Hyunsoo Kim et al.
Hyung Gyu Jeon et al.
Published Erratum
Journal of biomechanics. 2026 May 8:113327. DOI:10.1016/j.jbiomech.2026.113327 2026