Aims: To examine the association of muscle strength with nocturnal enuresis.
Subjects And Methods: One hundred sixty-three patients with monosymptomatic nocturnal enuresis (8-14 years old) were recruited from outpatient clinics. Two hundred eight healthy students served as the control group (8-14 years old) from two primary schools. Physical examinations and the age, gender, height, weight, dominant hand, and body mass of these children index were recorded. A calibrated, Jamar dynamometer was used to assess grip strength at the first two settings. A pinch gauge was used to assess the key pinch of the right and left hands of these children. Two measurements of each grip and pinch were obtained at 15 sec intervals and mean values were analyzed.
Results: The hand grip strength test and pinch was significantly lower in the enuretic group compared with the control group. These low results of the muscle strength in the enuretic group showed that whole body muscle weakness may contribute to the pathogenesis of enuresis as a possible etiological factor.
Conclusions: In this first study on the association of muscle strength with nocturnal enuresis, it was found that neuromuscular function is abnormal in enuretic patients. In this neuromuscular abnormality, the motor activity is affected.
The renin-angiotensin system (RAS) is a classically known circulatory regulatory system. In addition to the previously known multi-organ circulatory form of the RAS, the existence of tissue RASs in individual organs has been well established. Skeletal muscle has also been identified as an organ with a distinct RAS.
Objectives: To investigate whether the effectiveness of progressive tendon loading exercises (PTLE) on patellar tendinopathy is mediated through changes in physical or imaging properties.
Design: Mediation analyses based on a randomized clinical trial (n = 76) in patellar tendinopathy comparing PTLE with eccentric exercise therapy (EET).
Methods: Pain-related disability on Victorian Institute of Sports Assessment-Patella (VISA-P, 0 to 100) and pain (Visual Analogue Score) after single-leg decline squat (VAS-SLDS, 0 to 10) at 24 weeks were outcome measures.
Introduction: Fibromyalgia (FM) and chronic fatigue syndrome (CFS) are complex central sensitization syndromes that represent an important public health problem. Low cardiorespiratory fitness and muscle function with habitual intolerance to efforts are common characteristics of FM and CFS. This study aimed to examine the effect of a brief multicomponent intervention based on physical activity (PA), nutrition, and chronobiology on movement behaviors (PA, sedentary and sleep time), muscle strength, and cardiorespiratory capacity.
Background: Skeletal muscle atrophy significantly affects quality of life and has socio-economic and health implications. This study evaluates the effects of entacapone (ENT) on skeletal muscle atrophy linked with oxidative stress and proteolysis.
Methods: C2C12 cells were treated with dexamethasone (Dex) to simulate muscle atrophy.
