Why the study?
High-intensity resistance training increases intraocular pressure, posing risks for glaucoma patients, but empirical safety data regarding the ocular health effects of resistance training combined with blood flow restriction remain scarce.
Does resistance training combined with blood flow restriction affect ocular physiology and safety in patients with or at risk of glaucoma?
Does resistance training combined with blood flow restriction affect ocular physiology and safety in patients with or at risk of glaucoma?
Resistance training with blood flow restriction may be a feasible alternative for patients at risk of glaucoma, but more empirical safety studies on ocular health are needed.
Answers are grounded in this paper and cite their sources.
BFR training warrants ocular caution in glaucoma-risk patients; leaves open need for empirical safety studies.
Despite the many health benefits of resistance training, it has been suggested that high-intensity resistance exercise is associated with acute increases in intraocular pressure which is a significant risk factor for the development of glaucomatous optic nerve damage. Therefore, resistance training using a variety of forms (e.g., resistance bands, free weights, weight machines, and bodyweight) may be harmful to patients with or at risk of glaucoma. An appropriate solution for such people may involve the combination of resistance training and blood flow restriction (BFR). During the last decade, the BFR (a.k.a. occlusion or KAATSU training) method has drawn great interest among health and sports professionals because of the possibility for individuals to improve various areas of fitness and performance at lower exercise intensities. In comparison to studies evaluating the efficiency of BFR in terms of physical performance and body composition changes, there is still a paucity of empirical studies concerning safety, especially regarding ocular health. Although the use of BFR during resistance training seems feasible for glaucoma patients or those at risk of glaucoma, some issues must be investigated and resolved. Therefore, this review provides an overview of the available scientific data describing the influence of resistance training combined with BFR on ocular physiology and points to further directions of research.
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Krzysztofik et al. (2022) studied this question.
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