In vivo assessment of the subacromial space during shoulder elevation following acromioclavicular joint reconstruction [0.03%]
Jason Konrath,Sydney Wheaton,Alonso Figueroa et al.
Jason Konrath et al.
High-grade disruptions to the acromioclavicular joint (ACJ) significantly impair scapular function, which may compromise the subacromial space and increase the risk of impingement related pathology. Research has traditionally focused on the...
Effects of leading limb choice and obstacle height on gait characteristics during obstacle crossing in people post stroke [0.03%]
Xinran Liu,Zihao Zhu,Feng Xu et al.
Xinran Liu et al.
During obstacle crossing, both obstacle height and leading limb choice may influence gait characteristics and fall risk in people post stroke. This study compared their gait characteristics when leading with different limbs to cross obstacl...
Stratified corneal densitometry and biomechanical properties in human eyes: A Scheimpflug analysis [0.03%]
Di Zhang,Haixia Zhang,Yan Zheng et al.
Di Zhang et al.
This study characterized the in vivo association between stratified corneal densitometry and depth-dependent biomechanical properties by integrating data from the Pentacam Scheimpflug system and dynamic deformation parameters obtained with ...
Cartilage-on-cartilage contact exhibits isotropic wear independent of fiber orientation: Experiments and biphasic finite element prediction [0.03%]
Dangdang Wang,Yuxuan Lin,Zeyu Pang et al.
Dangdang Wang et al.
Articular cartilage wear contributes to structural degradation and functional impairment in synovial joints. Although collagen fiber anisotropy and fluid-solid interactions are known to influence cartilage tribology, their roles in cartilag...
Validity and reliability of arthrometer-based measures of the first ray relative and absolute mobility: A cadaveric biomechanical study [0.03%]
Florent Moissenet,Mickaël Chollet,Quentin Praz et al.
Florent Moissenet et al.
First ray hypermobility is implicated in many forefoot pathologies, yet its quantitative assessment remains challenging. Instrumented methods have traditionally focused on isolated dorsal displacement of the first metatarsal, which may not ...
A computational musculoskeletal model for ACL injury risk analysis: Development and validation [0.03%]
Ze Gong,Geng Li,Yueqi Han et al.
Ze Gong et al.
Computational musculoskeletal models possess great potential to quantify biomechanics across joint, muscle, and ligament levels during dynamic movements - a capability essential for uncovering the underlying mechanisms of anterior cruciate ...
Biomechanical adaptation to repeated slips during standing in people with Parkinson's disease [0.03%]
Diané Brown,Sara Mahmoudzadeh Khalili,Jiyun Ahn et al.
Diané Brown et al.
Falls are a major concern in people with Parkinson's disease (PwPD). Although perturbation-based balance training could reduce fall risk, it remains unclear whether PwPD can tolerate and adapt to repeated large-scale stance perturbations. T...
Predicting Achilles tendon and patellofemoral joint forces during running with consumer-grade wearable sensor data [0.03%]
John J Davis th,Stacey A Meardon,Andrew W Brown et al.
John J Davis th et al.
Estimating internal forces at common injury locations may identify injury-prone runners but requires in-lab gait analysis. Consumer-grade wearable-sensors track key gait metrics, which may enable prediction of internal forces during real-wo...
Dennis Jiang,Anna E Silverio,Babak N Safa et al.
Dennis Jiang et al.
Menopause plays an important role in altering the biomechanical properties of the pelvic floor and the potential development of pelvic organ prolapse. There is limited evidence examining how menopause and aging impact the viscoelastic prope...
On the role of physiological constraints in the simultaneous control of linear and angular momentum during human walking [0.03%]
生理限制在人类行走中同时控制线动量和角动量的作用研究
Narek Makaryan,Tigran Petrosyan
Narek Makaryan