Finite element analysis-based evaluation of different pessaries for female cystocele intervention [0.03%]
基于有限元分析的女性尿道膨出不同子宫托疗效评估
Jinglei Xu,Chengcheng Li,Junqi Jia et al.
Jinglei Xu et al.
Based on finite element analysis (FEA), this study compared the effects of vaginal pessaries of different shapes and sizes on pelvic floor biomechanics in a patient with cystocele, providing a theoretical basis for clinical selection of pes...
Baseline functional status impacts patient-perceived resolution following rehabilitation for Achilles tendinopathy [0.03%]
基线功能状态影响跟腱炎康复后的患者感知恢复状况
Ine Mylle,Alessia Funaro,Laura Lecompte et al.
Ine Mylle et al.
Exercise-based physical therapy is effective for managing Achilles tendinopathy. Despite these successes, up to 45% of patients do not respond to therapy. The mechanisms differentiating patients who improve and those who do not remain uncle...
The effect of anthropometrics and maturity status on youth rugby head impact biomechanics [0.03%]
人体测量学和成熟度对青年橄榄球头部撞击生物力学的影响
Kevin Mangan,Stefan Henley,Nicole Spriggs et al.
Kevin Mangan et al.
Rugby players undergo numerous head acceleration events (HAE), increasing injury risk versus non-contact sports. This prospective observational cohort study used instrumented mouthguards to analyze one season of boys (n = 60, mean age 14.5 ...
Inter-joint coordination and coordination variability during gait differentiate copers from noncopers in males with anterior cruciate ligament deficiency [0.03%]
前交叉韧带缺损男性步行期间的关节间协调及变化规律区分了代偿者和非代偿者
Amir Golparian,Mehrdad Anbarian,Mojtaba Golparian
Amir Golparian
Anterior cruciate ligament deficiency (ACLD) leads to knee instability and altered gait patterns. Individuals with ACLD can be classified as copers or noncopers. Lower-limb coordination and coordination variability may reflect compensatory ...
Mechanical energy production and energetic interactions between the thrower and the hammer in hammer throwing [0.03%]
掷铁饼者投掷时的能量产生及人与铁饼间的能量交换
Giuseppe Cecchelli,Floren Colloud,Benjamin Millot et al.
Giuseppe Cecchelli et al.
Although hammer throw kinematics have been extensively described, the energetic mechanisms underlying the thrower-hammer coupling remain unclear. This study quantified mechanical energy exchanges within the global system, and examined how p...
A modeling approach to understanding poor stability in people with vestibular hypofunction [0.03%]
前庭功能减退患者稳定不良的建模方法研究
Michelle J Harter,Mark S Redfern,Joseph M Furman et al.
Michelle J Harter et al.
People with vestibular hypofunction (PwVH) have poor walking stability, characterized by increased trunk sway, increased spatiotemporal variability, and reduced margins of stability. PwVH may have poor walking stability because of the vesti...
Associations between forward center of mass velocity and pitch velocity in NCAA Division I baseball pitchers [0.03%]
NCAA一级联赛棒球投手的质心前向速度与投球速度之间的关系
Ryan M Zappa,Benjamin G Lerch,Ian P Jump et al.
Ryan M Zappa et al.
In baseball pitching, the pitcher must create linear momentum down the mound, followed by the transfer of linear momentum into angular momentum. Previous research into how the pitcher moves down the mound, towards home plate, has investigat...
The site-dependent changes in vastus lateralis shear modulus and fascicle length with hip joint angle manipulation [0.03%]
不同髋关节角度下股外侧肌切变模量和肌纤维长度的变化关系研究
Keigo Yanagida,Patricio A Pincheira,Yasuhide Yoshitake
Keigo Yanagida
In humans, transmission of muscle force laterally along muscle fibers, known as epimuscular myofascial force transmission (EMFT) has typically relied on a single indicator, either muscle stiffness or length (despite their nonlinear relation...
Residual strains in human versus animal aortas: a reconciliation of apparent differences [0.03%]
人主动脉与动物主动脉的残余应变差异的统一观点
Dimitrios P Sokolis
Dimitrios P Sokolis
Prior studies report unusual residual stretch behavior in human aortas: radial cutting yields opening angles often exceeding 180° and the release of a non-antisymmetric radial distribution of residual stretches, unlike the smaller angles (
Balance training alters extrapolated centre-of-mass and base-of-support dynamics and neuromechanical regulation of reactive stepping in people with incomplete spinal cord injury [0.03%]
平衡训练改变了不完全性脊髓损伤患者的预期质心和支撑基底部的动态以及反应步态的神经机械调节
Jae W Lee,Katherine Chan,Janelle Unger et al.
Jae W Lee et al.
Individuals with incomplete spinal cord injury (iSCI) often exhibit impaired reactive stepping ability, contributing to an increased risk of falls. While balance training can improve reactive stepping ability, its effect on the biomechanics...