Rib fixation: Who, What, When?

Abstract

Rib fractures are among the most common traumatic injury found in ∼20% of all patients who suffer thoracic trauma. The majority of these are a result of a blunt mechanism and are often associated with other traumatic injuries. The most common associated injury is lung contusion. Rib fractures impart an increased morbidity and mortality with the highest mortality associated with a flail chest in the elderly population. Flail chest is defined radiographically as 3 or more consecutive ribs fractured in 2 or more places. This often translates to a clinical flail which is associated with paradoxical chest wall movement during respiratory cycles. The mainstay of treatment has been pain control and respiratory support with positive pressure ventilation. However, over the past 2 decades, there has been mounting evidence to suggest that open reduction and internal fixation of ribs benefits patients. The indications remain confined to the most severely injured patients with flail chest or chronic non-unions; however, there remains debate whether or not less severely injured patients would benefit as well. This article will review the current evidence and provide proposed indications based on available evidence and current expert opinion.

Keywords: Chest wall; Ribs; rib fractures.

Figure 1

Number of articles related to rib fixation on PubMed as of March 1, 2017.

Figure 2

Chest X-ray with severe chest wall injury.

Figure 3

CT axial imaging of severely injured chest wall.

Figure 4

Three dimensional reconstruction of severely injury chest wall.

Figure 5

Intraoperative image of rib plating of chest wall.

Figure 6

Postoperative chest X-ray following rib fixation with plates.