Replicating and redesigning ankle-foot orthoses with 3D printing for children with Charcot-Marie-Tooth disease [0.03%]
基于3D打印的夏科马里图神经病儿童患者踝足矫形器的复制与改进
Elizabeth A Wojciechowski,Tegan L Cheng,Sean M Hogan et al.
Elizabeth A Wojciechowski et al.
Background: Children with the most common inherited neuropathy, Charcot-Marie-Tooth disease (CMT), are often prescribed ankle-foot orthoses (AFOs) to improve walking ability and prevent falls by reducing foot drop, postur...
Risk factors for decline in gait speed during walking while talking in older adults [0.03%]
老年人步行说话时步速下降的风险因素
Oshadi Jayakody,Helena M Blumen,Emmeline Ayers et al.
Oshadi Jayakody et al.
Background & aims: Slow gait speed during Walking While Talking (walking while reciting alternate letters of the alphabet; WWT) is associated with an increased risk of developing dementia and falls. The aim of this study ...
Backward relative to forward walking speed and falls in older adults with dementia [0.03%]
痴呆老年人后退速度落后于前进速度以及跌倒的关系
Annika Toots,Magdalena Eriksson Domellöf,Lillemor Lundin-Olsson et al.
Annika Toots et al.
Background: Adults with dementia have a high risk of falls and fall-related injuries. A greater slowing of backward walking speed (BWS) relative to forward (FWS) has been indicated with older age, and slower BWS has been ...
Cost savings for single event multilevel surgery in comparison to sequential surgery in ambulatory children with cerebral palsy [0.03%]
单次多水平手术与序列手术相比在截瘫儿童中的成本节省效果的比较
Sylvia Õunpuu,Kristan Pierz,Susan A Rethlefsen et al.
Sylvia Õunpuu et al.
Background: The purpose of this study was to determine the differences in billable provider charges between single event multilevel surgery (SEMLS) based on comprehensive gait analysis and a staged surgical approach (SSA)...
Single-leg mechanical performance and inter-leg asymmetries during bilateral countermovement jumps: A comparison of different calculation methods [0.03%]
双边下蹲跳中的单腿力学性能和双腿差异：不同计算方法的比较
Danica Janicijevic,Nejc Sarabon,Alejandro Pérez-Castilla et al.
Danica Janicijevic et al.
Background: The possibility to selectively assess the force exerted by each leg during bilateral jumps has allowed sport scientists to explore inter-leg asymmetries, this metric being a rich source of research due to its ...
Gait adaptations of individuals with cerebral palsy on irregular surfaces: A scoping review [0.03%]
脑瘫患者在不规则地面上行走的适应性调整：系统综述
C Dussault-Picard,S G Mohammadyari,D Arvisais et al.
C Dussault-Picard et al.
Background: Individuals with cerebral palsy (CP) have a reduced ability to perform motor tasks such as walking. During daily walking, they are confronted with environmental constraints such as irregular surfaces (e.g., re...
Quantifying alignment bias during the fabrication and fitting of ankle-foot orthoses: A single center study [0.03%]
一种踝足矫形器制作与装配过程中对齐偏差量化的方法：单中心研究
Andrew J Ries,Jennifer Klein,Tom F Novacheck et al.
Andrew J Ries et al.
Background: The sagittal plane alignment of ankle-foot orthoses (AFO) and AFO footwear combinations (AFO-FC) has been shown to influence gait outcomes. As such, clinicians often target a particular alignment during the fa...
Subsensory electrical noise stimulation applied to the lower trunk improves postural control during visual perturbations [0.03%]
在视觉干扰下改善姿势控制的亚感觉电噪声刺激作用于下躯干处
Zahra Bassiri,Caroline Austin,Christian Cousin et al.
Zahra Bassiri et al.
Background: Low levels of sensory noise applied to the skin through electrical stimulation (ES) can improve balance control through a mechanism called stochastic resonance (SR). Little is known regarding the extent subsen...
Integration of reginal shear measurements at the foot-ground interface during routine balance assessment of the elderly population [0.03%]
老年人口在常规平衡评估过程中结合测量足地界面的剪切力
Lewen Qian,Xionggang Yang,Xin Ma et al.
Lewen Qian et al.
Background: Force-plate posturography offers a convenient way for quantitative assessment of postural stability in the elderly. However, studies focusing on routine balance assessment have usually not taken reginal shear ...
Altering the strength of the muscles crossing the lower limb joints only affects knee joint reaction forces [0.03%]
改变下肢关节跨过肌肉的力量仅影响膝关节反作用力
Metin Bicer,Andrew Tm Phillips,Luca Modenese
Metin Bicer
Background: Generic musculoskeletal models based on literature data are often used to estimate joint reaction forces (JRFs) that otherwise could only be measured invasively. Estimated JRFs are sensitive to changes in maxi...