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  • Talk
  • UK

Fracture Related Infection

Description

This is a detailed presentation by Bob Handley from Oxford on fracture-related infections, focusing on guidelines and strategies for prevention and management. The talk begins with a historical reflection on a past session about fracture-related infection, highlighting a pivotal moment when questions arose about best practices for managing post-operative wounds that show early signs of infection. Handley emphasizes the necessity of having a uniform standard for preventing implant-related infections across trauma and elective orthopedic surgery, suggesting that although circumstances may vary, the standards themselves should remain consistent.



He introduces the BOAST guidelines designed to streamline responses to suspected infections, outlining protocols for clinicians, including the importance of prompt identification, the distinction between septic and non-septic patients, and the need for readily accessible guidance for both medical staff and patients.



Critical points include the significance of clinical documentation through photography, the meticulous nature of microbiological sampling during surgical debridement, and the protocol around the use of antibiotics. Handley stresses that empirical antibiotic treatment without proper diagnostics should be avoided, advocating for a systematic approach where healthcare providers await results from cultures before starting treatment, thereby reducing the risk of overtreatment.



Towards the end of the presentation, he addresses the management of chronic and non-acute infections and the importance of having a robust antibiotic policy in place to ensure effective patient care while awaiting culture results. Handley concludes with a reminder to explore the referenced BOAST guidelines for comprehensive protocols.



This presentation serves as a valuable resource for medical professionals involved in trauma and orthopedic surgery, emphasizing structured, evidence-based practices to improve patient outcomes related to fracture-related infections.

DOI: 10.1302/3114-210197

Specialties