Key result
This review provides evidence-based practical conclusions on how blood flow restriction combined with aerobic training can be applied by physique athletes to optimize increases in muscle mass.
Why the study?
It remains questionable whether combining blood flow restriction with traditional aerobic training can preserve or potentiate hypertrophic adaptations.
Does combining blood flow restriction with traditional aerobic training enhance body composition and muscle mass in physique athletes?
Does combining blood flow restriction with traditional aerobic training enhance body composition and muscle mass in physique athletes?
This review provides evidence-based practical conclusions on how blood flow restriction during aerobic training can be applied by physique athletes to optimize muscle mass.
Answers are grounded in this paper and cite their sources.
May support BFR-aerobic training for hypertrophy in physique athletes; leaves open confirmation in prospective RCTs.
Emerging evidence indicates low-load blood flow restriction (BFR) training is an effective strategy to increase muscular adaptations when performed during resistance training. Yet, it remains questionable as to whether combining BFR with traditional aerobic training can preserve or perhaps even potentiate hypertrophic adaptations. The purpose of this article is to provide an evidence-based review of current research on the topic and draw practical conclusions as to how BFR can be applied by physique athletes to optimize increases in muscle mass.
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Rolnick et al. (2020) conducted a review in Physique athletes seeking to optimize muscle mass. Blood flow restriction (BFR) during aerobic training was evaluated on Hypertrophic adaptations and muscle mass. This review provides evidence-based practical conclusions on how blood flow restriction combined with aerobic training can be applied by physique athletes to optimize increases in muscle mass.
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