Key result
Grappling submissions expose musculoskeletal and neurovascular structures to high injury risk via supraphysiologic forces.
This review provides a foundational understanding of the anatomy and pathophysiology of injuries sustained from grappling submissions to aid clinicians in treating this growing patient population.
Alerts clinicians to submission injury patterns; leaves open prospective validation of management strategies.
Grappling disciplines have immensely grown in popularity. These martial arts and sports, such as Judo, Brazilian Jiu Jitsu, Sambo, and Mixed Martial Arts, utilize techniques and movements to maintain control, subdue, or submit an opponent. Grappling submissions introduce risk of injury through a variety of specific moves, positions, and mechanisms. Yet grappling disciplines remain relatively niche, shrouded with confusing, non-descriptive terminology and jargon. This often results in a poor understanding of injury mechanisms, anatomic regions injured, and pathophysiologic cause of injury. The lack of basic anatomic and physiologic understanding is a potential barrier to optimal care and future research endeavors by clinicians in a burgeoning patient population. As such, this study aims to provide a concise guide to common grappling submissions, with illustrative examples and pathophysiologic mechanisms, description of anatomic structures at risk, and a literature review of injuries, with intention of improving care, and facilitating future investigative efforts by clinicians.
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Hasegawa et al. (2026) conducted a review in Grappling-related injuries. Grappling submissions (chokes and joint locks) was evaluated. Grappling submissions, including chokes and joint locks, place specific musculoskeletal and neurovascular structures at high risk of injury through supraphysiologic forces and compression.
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