Blood flow restriction at 20% and 40% arterial occlusion pressure impaired exercising leg blood flow in a dose-response manner, though this impairment attenuated across the exercise bout.
Does blood flow restriction at 20% and 40% AOP impair leg blood flow during continuous exercise?
Low-level blood flow restriction (20% and 40% AOP) impairs leg blood flow during exercise in a dose-response manner, though compensatory mechanisms partially restore flow over time.
It remained to be determined whether BFR set below 60% AOP impairs leg blood flow during continuous exercise. We showed that BFR at 20% and 40% AOP impairs exercising leg blood flow in a dose-response manner. However, the leg blood flow impairment was progressively attenuated across the exercise bout. Both initial compromise and partial restoration varied across participants, which may have implications for the degree of muscle adaptations following BFR training.
Mladen et al. (Fri,) reported a other. Blood flow restriction (BFR) was evaluated on Leg blood flow during continuous exercise. Blood flow restriction at 20% and 40% arterial occlusion pressure impaired exercising leg blood flow in a dose-response manner, though this impairment attenuated across the exercise bout.