Locked Bridge Plating is a Suitable Option for Forearm Fractures Secondary to Civilian Low Velocity Gunshot Injuries Volume 4 - Issue 5

Vaidya Rahul*, Washington Austen and Ryan Bray

• Detroit Medical Center, Heart Hospital, USA

Received:January 6, 2021;   Published:January 18, 2021

Corresponding author:Rahul Vaidya, Heart Hospital 5^th Floor, USA

DOI: 10.32474/OSMOAJ.2021.04.000200

 

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Abstract

Introduction: The purpose of this retrospective study is to compare the outcomes of low velocity gunshot fractures of the forearm treated with minimal debridement and locked bridge plating to patients treated with formal debridement and conventional plating.

Materials and Methods: A 10 year IRB approved retrospective review of our national trauma database was conducted. Initial treatment consisted of wound care and sterile dressing. Forearm radiographs were acquired to determine bony involvement. All patients received intravenous antibiotics upon presentation to the emergency department and for a minimum of forty-eight hours after admission or operative intervention. Patients were placed into two categories of operative or nonoperative treatment. Those placed into operative treatment were further divided into the subcategories of formal debridement and plating or minimal debridement and plating.

Results: 94 patients were included in the study. 29 were treated nonoperatively and 65 were treated operatively. Of those 65, 30 underwent minimal debridement and bridge plating and 35 were treated with formal debridement and bridge plating. All patient radiographs displayed fracture healing at latest follow-up with no evidence of infection or osteomyelitis. Nerve injuries were found among 15 patients and vascular injuries were present in 7.

Conclusions: Both methods of irrigation and debridement resulted in reliable osseous union with no instances of osteomyelitis. These results suggest that immediate locked bridge plating with minimal debridement is a suitable option for the treatment of forearm fractures following low velocity gunshot injuries.

Keywords: Irrigation; Debridement; Forearm; Gunshot; Fracture; Minimal

Abstract| Introduction| Materials and Methods| Results| Discussion| Conclusion| Acknowledgements| Sources of Funding| References|