Fracture Mapping in High-Energy Chest Trauma

Area of Science:

• Orthopedics
• Trauma Surgery
• Radiology

Background:

• High-energy chest trauma commonly leads to rib fractures and other thoracic injuries.
• Understanding fracture patterns is crucial for effective patient management.

Purpose of the Study:

• To investigate rib fracture distribution patterns in high-energy chest trauma.
• To analyze the influence of associated thoracic fractures on rib fracture location using 3D mapping.

Main Methods:

• Retrospective analysis of high-energy chest trauma cases with rib fractures (February 2012 - January 2023).
• Utilized 3D computed tomography (CT) for rib fracture reconstruction.
• Generated fracture-frequency heat maps to visualize distribution and correlate with other thoracic fractures.

Main Results:

• Rib fractures predominantly occurred in anterior and posterior thoracic regions.
• Patients averaged 7 rib fractures; 25.5% had clavicle fractures, 19.6% had scapular fractures.
• Scapular fractures correlated with posterior rib fractures, sternal fractures with anterior, and clavicle fractures with upper ribs (1-3).

Conclusions:

• Rib fractures in severe chest trauma are concentrated in anterior and posterior areas.
• Scapular and sternal fractures significantly influence the location of associated rib fractures.
• Clavicular fractures indicate a higher likelihood of upper rib fractures, informing surgical and management strategies.