To synthesize the mechanical behavior of the thoracic cage and propose a mechanics-based framework for surgical planning in chest wall injuries.
Approach:
Literature Review: A structured narrative literature review was performed using PubMed/MEDLINE and citation tracking, focusing on thoracic cage biomechanics, chest wall instability, and fixation strategies.
Key Findings:
Chest wall injury impairs ventilation through pain and loss of thoracic cage stability.
Surgical stabilization of rib fractures (SSRF) has evolved and is crucial in modern thoracic trauma care.
Heterogeneity in surgical practices exists, affecting patient outcomes due to differences in fixation systems.
A mechanics-based framework can improve decision-making in SSRF by linking instability patterns to functional impairment.
Interpretation:
The review synthesizes the mechanical behavior of the thoracic cage and proposes a mechanics-based framework for surgical planning in chest wall injuries.
Limitations:
The review does not establish a new scoring system for SSRF decision-making.
Exclusion of studies focused on pediatric populations and non-traumatic chest wall deformities may limit applicability.
Conclusion:
A mechanically informed approach to SSRF can enhance surgical planning.
