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[The unstable thoracic wall: possibilities for treatment]
B Friedrich1, H Redeker, S Kljucar
1Unfallklinik Zentralkrankenhaus St.-Jürgen-Strasse, Bremen.
Helvetica Chirurgica Acta
|July 1, 1991
Summary
Surgical stabilization of severe flail chest injuries using reconstruction plates and cerclage wires is effective. This approach reduces the need for mechanical ventilation and can be recommended for treating chest trauma.
Area of Science:
- Trauma Surgery
- Thoracic Surgery
- Orthopedic Surgery
Context:
- Severe chest injuries, including flail chest, present significant challenges in patient management.
- Traditional treatment often relies on positive-pressure mechanical ventilation, potentially requiring tracheostomy.
- Paradoxical respiration in flail chest necessitates effective stabilization strategies.
Purpose:
- To evaluate the efficacy and safety of surgical chest wall stabilization for severe flail chest injuries.
- To assess the impact of surgical intervention on the requirement for mechanical ventilation.
- To determine the complication rate associated with osteosynthesis in treating rib fractures.
Summary:
- Fourteen patients with severe chest injuries and paradoxical respiration underwent surgical stabilization of rib fractures using reconstruction plates and cerclage wires.
- The surgical technique involved osteosynthesis to fix broken ribs, addressing the instability of the flail chest.
- Post-operative outcomes were assessed, noting the absence of serious complications and reduced reliance on artificial respiration.
Impact:
- Surgical stabilization of severe flail chest injuries appears justified and effective.
- This method can decrease the need for prolonged mechanical ventilation and tracheostomy.
- The study supports surgical intervention as a viable treatment option for severe chest trauma, improving patient outcomes.