Assessing nonlinear gait characteristics in multiple sclerosis: Insights from a systematic review [0.03%]
系统评价评估多发性硬化症患者的非线性步态特征：来自系统评价的见解
José M Gavira-Seoane,Almudena Martínez-Sánchez,Francisco J Dominguez-Muñoz et al.
José M Gavira-Seoane et al.
Background: Multiple sclerosis is a chronic neurodegenerative disease that often compromises gait, a key determinant of independence and quality of life. Nonlinear gait analysis may provide useful information about motor ...
Lower extremity muscle activation patterns during running in individuals with and without anterior cruciate ligament reconstruction [0.03%]
前交叉韧带重建患者的跑步下肢肌肉激活模式研究
Jaewook Lee,Kanghun Lee,Young-Seong Lee et al.
Jaewook Lee et al.
Background: Prior post-anterior cruciate ligament reconstruction (ACLR) running studies have primarily examined discrete amplitude outcomes of electromyographic signals during short running protocols. This study conducted...
Gait function and improvements across patient groups after total knee replacement: A retrospective between-cohort comparison study [0.03%]
全膝关节置换术后不同患者组的步态功能及改善情况：回顾性队列间比较研究
Marina De Vecchis,Cathy A Holt,Anders Holsgaard-Larsen et al.
Marina De Vecchis et al.
Background: Objective gait analysis provides insights beyond patient-reported outcomes following total knee replacement (TKR). The Cardiff Classifier has shown promise as a summary measure of gait function, but its robust...
Asymmetry analysis of both humeri: Comparisons of conventional and computational measurement [0.03%]
双侧肱骨不对称分析：传统与计算测量对比
Hyun-Joo Lee,Seong Soo Kim,Suk-Joong Lee et al.
Hyun-Joo Lee et al.
Background: Bilateral bone symmetry is clinically important for reconstructive and robotic surgery. However, existing measurements rely on manual methods that lack consistency. ...
Investigating pre-operative joint-level biomechanics in partial versus total knee arthroplasty [0.03%]
全膝关节置换术与部分膝关节置换术的术前关节生物力学研究
Madeline Rao Shishis,Fatima Gafoor,Matthew C Ruder et al.
Madeline Rao Shishis et al.
Background: While knee osteoarthritis (OA) is incurable, end-stage OA can be managed surgically with partial knee arthroplasty (PKA) or total knee arthroplasty (TKA). Most studies that compare PKA and TKA cohorts rely on ...
Load sharing and stability of deltoid ligament during ankle motion loading-A cadaveric biomechanical study [0.03%]
尸体生物力学研究中踝关节负重时距下关节囊的负荷分担和稳定性
Yuta Mori,Yasutaka Murahashi,Katsunori Takahashi et al.
Yuta Mori et al.
Background: The deltoid ligament stabilizes the medial ankle through multiple fiber bundles that resist eversion and external rotation. Although its overall biomechanical function is well established, the specific contrib...
Automated gait classification: Comparison of automated algorithms to expert classification [0.03%]
步行分类的自动化：自动算法与专家评判比较研究
Karen M Kruger,Joseph J Krzak,Ross S Chafetz et al.
Karen M Kruger et al.
Background: Accurate classification of gait patterns in children with cerebral palsy (CP) is critical for guiding treatment but requires expert interpretation of data. Automated methods have potential to improve consisten...
Decoupling speed matters: Optimizing gait mechanics after anterior cruciate ligament reconstruction with Split-belt adaptation training of the healthy leg [0.03%]
独立步行速度很重要：通过健康腿的分带适应训练优化前交叉韧带重建后的步态力学
Alfred J Crone,Alexa K Johnson,Reagan Recchia et al.
Alfred J Crone et al.
Background: Knee and limb underloading are common problems after anterior cruciate ligament (ACL) reconstruction associated with early-onset osteoarthritis. Split-belt treadmill training is a promising method to address k...
Neurodynamic testing reveals early and increased muscle activation in individuals with nonspecific neck pain: A cross-sectional electromyographic study [0.03%]
神经动力学检测发现颈部非特异性疼痛患者的早期和过度肌肉激活：一项横断面肌电图研究
Jaime Gascón-Jaén,Juan-José Carrasco,Carlos Lozano-Quijada et al.
Jaime Gascón-Jaén et al.
Background: Neurodynamic testing has been associated with increased muscle activity; however, differences in muscle activation between individuals with nonspecific neck pain and asymptomatic individuals during upper limb ...
Predictive neuromuscular simulations of slip-perturbed sit-to-walk reveal the combined effects of quadriceps weakness and sensorimotor delay [0.03%]
预测性神经肌肉模拟揭示了股四头肌无力和感觉运动延迟在绊倒引起的从坐到行走过程中的联合影响
Heun-Jae Ryu,Dong-Kyun Koo
Heun-Jae Ryu
Background: Sit-to-walk (STW) is an unstable transition in which age-related quadriceps weakness and slowed sensorimotor processing may combine to elevate slip-related fall risk. This study quantified how vastus weakness ...