Repeated sprint exercise (RSE) is a popular training modality for a wide variety of athletic
activities. The purpose of this study was to assess the combined effects of systemic hypoxia …

Blood flow restriction (BFR) during low‐intensity exercise has been known to be a potent
procedure to alter metabolic and oxygen environments in working muscles. Moreover, the …

Blood flow restrictive (BFR) exercise elicits a localized hypoxic environment compatible with
greater metabolic stress. We intended to compare the acute changes in muscle …

Introduction: Repeated sprint cycling exercises (RSE) performed under systemic normobaric
hypoxia (HYP) or with blood flow restriction (BFR) are of growing interest. To the best of our …

Abstract Wizenberg, AM, Gonzalez-Rojas, D, Rivera, PM, Proppe, CE, Laurel, KP, Stout, JR,
Fukuda, DH, Billaut, F, Keller, JL, and Hill, EC. Acute effects of continuous and intermittent …

Hypoxic exercise, which can induce arterial and tissue deoxygenation, promotes
physiological adaptations. However, reduced oxygen availability can lower the absolute …

PURPOSE: Few recent studies indicate that short-term repeated sprint training in hypoxia
(RSH) improves repeated sprint (RS) performance compared with identical training under …

Purpose This study aimed to examine the effect of applying BFR during rest periods of
repeated cycling sprints on muscle oxygenation. Methods Seven active males performed 5× …

Purpose: To assess tissue oxygenation, along with metabolic and physiological responses
during blood flow restriction (BFR, bilateral vascular occlusion) and systemic hypoxia …

Background Muscle metabolism during and after low-load blood flow restriction (BFR)
exercise should be further investigated to clarify the mechanism by which the exercise leads …