Key result
Blood flow restriction is utilized for vascular changes by only 1.3% of familiar practitioners, with current literature revealing a knowledge gap and mixed results on vascular structure and function.
Why the study?
Most blood flow restriction guidelines are based on skeletal muscle outcomes, leaving a knowledge gap in how blood flow restriction alone or with endurance or resistance exercise alters vascular structure and function.
Does blood flow restriction alter vascular structure or function?
Does blood flow restriction alter vascular structure or function?
Current literature on blood flow restriction for vascular adaptations is limited by inconsistent application of guidelines and incomplete assessment of both structural and functional outcomes.
Low BFR adoption for vascular goals advises against routine use; leaves open structural and functional effects pending standardized trials.
Blood flow restriction is growing in popularity as a tool for increasing muscular size and strength. Currently, guidelines exist for using blood flow restriction alone and in combination with endurance and resistance exercise. However, only about 1.3% of practitioners familiar with blood flow restriction applications have utilized it for vascular changes, suggesting many of the guidelines are based on skeletal muscle outcomes. Thus, this narrative review is intended to explore the literature available in which blood flow restriction, or a similar application, assess the changes in vascular structure or function. Based on the literature, there is a knowledge gap in how applying blood flow restriction with relative pressures may alter the vasculature when applied alone, with endurance exercise, and with resistance exercise. In many instances, the application of blood flow restriction was not in accordance with the current guidelines, making it difficult to draw definitive conclusions as to how the vascular system would be affected. Additionally, several studies report no change in vascular structure or function, but few studies look at variables for both outcomes. By examining outcomes for both structure and function, investigators would be able to generate recommendations for the use of blood flow restriction to improve vascular structure and/or function in the future.
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Stanford et al. (2022) reported a review. Blood flow restriction was evaluated on Changes in vascular structure or function. Blood flow restriction is utilized for vascular changes by only 1.3% of familiar practitioners, with current literature revealing a knowledge gap and mixed results on vascular structure and function.
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