Key result
Rib bone stress injuries in athletes result from biomechanical and metabolic factors, requiring comprehensive evaluation and management strategies to guide return to sport.
Why the study?
Rib bone stress injuries cause significant time lost in athletes and can present with vague symptoms leading to misdiagnosis and delayed management.
This narrative review outlines the biomechanical and metabolic factors contributing to rib bone stress injuries in athletes, providing a protocol for evaluation, rehabilitation, and prevention.
Answers are grounded in this paper and cite their sources.
Athletes with rib BSI warrant multifactorial biomechanical and metabolic evaluation; leaves open prospective prevention and RTP trials.
Rib bone stress injury (BSI) occurs most commonly in athletes performing repetitive upper body movements and results in significant time lost from training and competition. These injuries are seen in rowing, baseball, swimming, golf, weightlifting, and other throwing sports. Similar to BSI at other anatomical locations, a rib BSI often results from multiple factors including both thoracic/upper extremity biomechanics and metabolic factors affecting bone health. Although some rib BSIs are easier to detect, other injuries may present with vague rib or shoulder pain that can be misdiagnosed and result in delayed management. Our narrative review describes biomechanical and other health factors that contribute to a rib BSI. We describe an approach to evaluation including diagnostic imaging and management strategies to guide return to sport. This includes discussion of prevention/mitigation of underlying modifiable factors, including training load monitoring, addressing biomechanical factors, and correction of nutritional/hormonal deficiencies.
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Schwanz et al. (2025) conducted a review in Rib bone stress injury. Rib bone stress injuries in athletes result from biomechanical and metabolic factors, requiring comprehensive evaluation and management strategies to guide return to sport.
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