Association of Physical Activity and Physical Fitness with Executive Function in Disabled Children and Adolescents [0.03%]
Jingsi Wen,Jie Feng,Jane Jie Yu et al.
Jingsi Wen et al.
Purpose: To examine the associations of physical activity (PA) and physical fitness with executive function among disabled children and adolescents, and explore potential differences across disability types and gender. ...
Validity and Reliability of Wearable Heat Stress Monitors in Firefighters During Exercise-Induced Hyperthermia [0.03%]
Rich D Stevenson,Tom Wilton,Sophie Evans et al.
Rich D Stevenson et al.
Purpose: To evaluate the validity and reliability of commercially available wearable heat stress monitors (HSM) for estimating core body temperature (Tc) in firefighters during exercise-induced hyperthermia and recovery w...
Tibial Bone Shape Is Sport Dependent and More Symmetrical in High-Impact Athletes: A Cross-Sectional Study [0.03%]
高强度冲击运动员胫骨形态具有项目依赖性和更高的对称性：横断面研究
Kelly H Mroz,Livia G Wunderlich,Kristen J Koltun et al.
Kelly H Mroz et al.
Introduction: Multidirectional sports introduce unique forces to the tibia that potentially induce more symmetrical distribution of bone mass and lower bone stress injury risk, when compared to unidirectional sports. ...
Vaishnavi Krishnan,Sandhiya Ravichandran,Priya Gajjar et al.
Vaishnavi Krishnan et al.
Purpose: Cardiorespiratory fitness (CRF) is an integrative measure of physiologic health, but how CRF relates to different body composition components and cardiometabolic health in community-dwelling adults remains uncert...
The Effects of Small Changes in Power Output Below and Above the Maximal Lactate Steady State in Performance Fatigability in Older Females and Males [0.03%]
老年人功率输出的小幅变化对最大乳酸稳定状态下的运动疲劳性的影响
Rafael de Almeida Azevedo,Guillaume Y Millet,Juan M Murias
Rafael de Almeida Azevedo
Purpose: In young adults, performance fatigability is affected by sex even with minor power output (PO) changes around the maximal lactate steady-state (MLSS). This study investigated whether these sex- and intensity-depe...
Accuracy in Step Counting Is Not Accuracy in Quantifying Walking Activity: A Criterion Validity Study of Wearable Devices Under Free-Living Conditions [0.03%]
步数的准确性并不代表量化步行活动的准确性：在自由生活条件下可穿戴设备的准则有效性研究
Adrien Chanteau,Germain Faity,Guillaume Mahe et al.
Adrien Chanteau et al.
Purpose: To determine the criterion validity of research- and consumer-grade wearables (18 step-based methods) for quantifying step counts and step-derived walking metrics in free-living conditions. ...
Proteomic Profiling of Human Sweat Reveals Molecular Adaptations to Heat Acclimatization Induced by Isothermic Conditioning [0.03%]
人类汗液蛋白质组特征分析揭示等温调理诱导的热习服分子适应机制
Asfa Alli-Shaik,Bhav Harshad Parikh,Siok Ghee Ler et al.
Asfa Alli-Shaik et al.
Introduction: Prolonged physical exertion in hot and/or humid environments can induce physiological strain and increase the risk of heat exhaustion or exertional heat stroke (EHS). Heat acclimatization (HA) optimizes an i...
Demographic and Pregnancy-Related Predictors of Activity Profiles Across Trimesters of Pregnancy [0.03%]
Melissa A Jones,Bethany Barone Gibbs,Jaemyung Kim et al.
Melissa A Jones et al.
Purpose: Greater moderate-to-vigorous physical activity (MVPA) and light physical activity (LPA), with lower sedentary behavior (SED) during pregnancy are associated with more favorable maternal-child health. There is lim...
Age-Specific Signatures of Exercise-Induced Muscle Damage and the Neuromodulatory Efficacy of Standardized Foam Rolling [0.03%]
不同年龄段运动引起肌肉损伤的特征及泡沫滚轴放松标准化操作的神经调节功效
Huei-Jhen Wen,Po-Kai Wang,Ting-Yao Wang et al.
Huei-Jhen Wen et al.
Purpose: This study aimed to elucidate age-specific mechanical and physiological recovery kinetics following maximal eccentric exercise and evaluate the efficacy of force-plate-standardized foam rolling (FR) intervention ...
Associations Between Mechanical Properties of Plantar Fascia and Passive and Active Foot Arch Deformability [0.03%]
跖腱膜机械性能与足弓变形的关系
Hiroto Shiotani,Natsuki Sado,Keisuke Kurumisawa et al.
Hiroto Shiotani et al.
Purpose: The human foot has a unique arch-shaped structure that deforms and recoils in response to weight-bearing while storing and releasing elastic strain energy. This spring-like function of the foot arch is considered...