The physiological determinants of high-intensity exercise tolerance are important for both
elite human performance and morbidity, mortality and disease in clinical settings. The …

We tested the hypothesis that during whole body exercise, the balance between muscle O2
supply and metabolic demand may elucidate intensity domains, reveal a critical metabolic …

Purpose Constant blood flow occlusion (BFO) superimposed on aerobic exercise can impair
muscle function and exercise tolerance; however, no study has investigated the effect of …

Purpose To determined sex differences in absolute-and%-reductions in blood flow during
intermittent muscular contractions as well as relationships between blood flow reductions …

Patients with HFpEF experience severe exercise intolerance due in part to peripheral
vascular and skeletal muscle impairments. Interventions targeting peripheral adaptations to …

Ageing results in lower exercise tolerance, manifested as decreased critical power (CP). We
examined whether the age‐related decrease in CP occurs independently of changes in …

We tested the hypothesis that limb vascular conductance (LVC) would increase during the
immediate recovery phase of dynamic exercise above, but not below, critical power (CP) …

The aim of this study was to examine whether antagonist muscles may be fatigued during a
prolonged isometric fatiguing elbow flexion at very low forces. Twelve healthy male subjects …

At a given exercise intensity, blood flow restriction (BFR) reduces the volume of exercise
required to impair post‐exercise neuromuscular function. Compared to traditional exercise …

Монографію присвячено питанням стимуляції фізичної та психічної працездатності в
динаміці процесу підготовки спортсменів з урахуванням принципів і методологій …