Test-retest reliability and minimal detectable change in pelvis and lower limb coordination during running assessed with modified vector coding [0.03%]
改良向量编码法测定跑步时骨盆和下肢协调性的测试-重测信度及最小可检测变化量
Rodrigo Paiva,Eliane C Guadagnin,João Emilio de Carvalho et al.
Rodrigo Paiva et al.
The objective of this study was to evaluate the reliability of Modified Vector Coding in assessing the coordination and coordination variability of the lower limbs and pelvis during running and to determine the Minimal Detectable Change (MD...
Daniel J English,Nivan Weerakkody,Anita Zacharias et al.
Daniel J English et al.
Cervicocephalic proprioception (CCP) is an important assessment item for people with a range of clinical conditions, where reduced CCP is associated with neck pain and imbalance. Reliability has been established for a range of positional an...
Unique enlargement of human soleus muscle for bipedalism at the expense of the ease of leg swing [0.03%]
独特的足底肌肉扩张使人类直立行走但降低了摆动的便捷性
Katsuki Takahashi,Natsuki Sado,Taku Wakahara
Katsuki Takahashi
Humans exhibit unique skeletal muscle morphologies that are known to matter in upright bipedalism. However, their relevance to the ease of leg swing, which limits locomotion performance, remains unclear. Here, we aimed to examine muscle mas...
Estimating three-dimensional foot bone kinematics from skin markers using a deep learning neural network model [0.03%]
基于深度学习神经网络模型的皮肤标记三维足骨运动估算
Yuka Matsumoto,Satoshi Hakukawa,Hiroyuki Seki et al.
Yuka Matsumoto et al.
The human foot is a complex structure comprising 26 bones, whose coordinated movements facilitate proper deformation of the foot, ensuring stable and efficient locomotion. Despite their critical role, the kinematics of foot bones during mov...
Classification of the foot kinematics during gait and the characteristics of the knee and hip kinematics in individuals with pronated foot [0.03%]
内翻足步态分类及其膝、髋关节运动学特点分析
Kazunori Okamura,Naotaka Nagamune,Kengo Fukuda et al.
Kazunori Okamura et al.
Overuse injuries are often caused by pronated foot and the associated abnormal lower-extremity kinematics during dynamic activities. Various patterns of foot kinematics are observed among individuals with pronated feet during dynamic activi...
Effects of unstable load and unstable surface ontrunk muscles activation and postural control in healthy subjects [0.03%]
不稳定负荷和不稳定的表面影响健康受试者躯干肌激活和姿态控制的效果
Afsaneh Moosaei Saein,Sedighe Kahrizi,Sahar Boozari
Afsaneh Moosaei Saein
Exercise with an unstable load is considered a new training method to activate the core muscles. Research has shown consistency regarding an unstable surface but has not provided comprehensive findings about the effect of an unstable load. ...
Gauging force by tapping tendons? Inaccurately in the human patellar tendon [0.03%]
叩筋测力？人类髌骨肌腱测量不准确
Daniel Hahn,Tobias Weingarten,Brent James Raiteri
Daniel Hahn
Accurately estimating in vivo tendon load non-invasively remains a major challenge in biomechanics, which might be overcome by shear-wave tensiometry. Shear-wave tensiometry measures the speed of mechanically induced tendon shear waves by s...
Gait phase normalization resolves the problem of different phases being compared in gait cycle normalization [0.03%]
步态相位规范化解决了步态周期规范化的不同相位比较问题
Elham Alijanpour,Daniel M Russell
Elham Alijanpour
For time-continuous analysis of gait, the problem of variations in cycle durations is resolved by normalizing to the gait cycle, but results depend on the definition of the cycle start. Gait cycle normalization ignores variations in gait ph...
Achieving maximal voluntary contraction of paraspinal muscles requires two tasks: Insight from an EMG study of females with and without adolescent idiopathic scoliosis [0.03%]
探讨特发性脊柱侧凸的病因：女性青少年特发性脊柱侧凸患者和正常人的腰背肌最大自主收缩的努力程度的差异比较磁刺激诱发研究
Phoebe T T Ng,Phoebe Duncombe,Wolbert van den Hoorn et al.
Phoebe T T Ng et al.
An accurate estimation of maximal voluntary muscle activation is critical for normalisation in scientific studies. Only a handful of studies appropriately normalise muscle activation data when investigating paraspinal muscle activity in pop...
Impact of hypertension and arterial wall expansion on transport properties and atherosclerosis progression [0.03%]
高血压和血管壁扩张对物质运输及动脉粥样硬化发展的影响研究
Patricia Hernández-López,Nicolás Laita,Myriam Cilla et al.
Patricia Hernández-López et al.
This study explored the impact of hypertension on atheroma plaque formation through a mechanobiological model. The model incorporates blood flow via the Navier-Stokes equation. Plasma flow through the endothelium is determined by Darcy's la...