Purpose <p>The aim of this study was to compare one-year mortality and the incidence of complications, particularly fracture-related infections, between patients with proximal femur fractures treated with novel noble metal-coated implants and those treated with uncoated implants, to detect possible effects of the coating on these endpoints.</p> Methods <p><i>Design</i>: Retrospective cohort observational study. <i>Setting</i>: Level 1 trauma centre. <i>Patient Selection Criteria</i>: All patients ≥ 18 years old with proximal femur fracture, who were treated with an intramedullary femur nail between 01.09.2020 and 01.10.2022 were included. The coated group (COATED) included patients who were treated with a coated implant. The control group (CONTROL) was treated with uncoated implants. Pathological fractures were excluded.</p> Results <p>188 patients who matched the criteria were included (COATED: 93, CONTROL: 95). There was no significant difference in the one-year mortality or complication rate between the two groups. The fracture-related infection rate did not differ (<i>p</i> = 0.31) between both groups. Complications were observed in 59% of all cases and the overall one-year mortality rate was 42%. There was a significant correlation between complication occurrence and hospital stay (<i>p</i> &lt; 0.01).</p> Conclusion <p>The coated intramedullary nail was similar to the uncoated nail in terms of perioperative complications and 1-year mortality rate. This suggests that the novel coated implant is safe for common clinical use. Further prospective multicentre studies with larger sample sizes are needed to detect a potential impact of coated implants on the incidence of fracture-related infections.</p>

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Safety and complications of antimicrobial coated compared to conventional intramedullary femoral nails in proximal femoral fractures

  • Jacob Wiechert,
  • Georg Osterhoff,
  • Christian Kleber,
  • Andreas Höch,
  • Dmitry Notov

摘要

Purpose

The aim of this study was to compare one-year mortality and the incidence of complications, particularly fracture-related infections, between patients with proximal femur fractures treated with novel noble metal-coated implants and those treated with uncoated implants, to detect possible effects of the coating on these endpoints.

Methods

Design: Retrospective cohort observational study. Setting: Level 1 trauma centre. Patient Selection Criteria: All patients ≥ 18 years old with proximal femur fracture, who were treated with an intramedullary femur nail between 01.09.2020 and 01.10.2022 were included. The coated group (COATED) included patients who were treated with a coated implant. The control group (CONTROL) was treated with uncoated implants. Pathological fractures were excluded.

Results

188 patients who matched the criteria were included (COATED: 93, CONTROL: 95). There was no significant difference in the one-year mortality or complication rate between the two groups. The fracture-related infection rate did not differ (p = 0.31) between both groups. Complications were observed in 59% of all cases and the overall one-year mortality rate was 42%. There was a significant correlation between complication occurrence and hospital stay (p < 0.01).

Conclusion

The coated intramedullary nail was similar to the uncoated nail in terms of perioperative complications and 1-year mortality rate. This suggests that the novel coated implant is safe for common clinical use. Further prospective multicentre studies with larger sample sizes are needed to detect a potential impact of coated implants on the incidence of fracture-related infections.