Titanium elastic nail system for minimally-invasive percutaneous treatment of adult acetabular fractures

Abstract

Background:

Minimally-invasive percutaneous treatment has become the most popular and effective method for the treatment of acetabular fractures. The aim of this study was to investigate the safety and efficacy of minimally-invasive percutaneous treatment of adult acetabular fractures with the titanium elastic nail system.

Methods:

12 patients with acetabular fractures were referred to us from March 2020 to June 2020, including 8 males and 4 females. The life-threatening shock and severe combined injury were treated first. The acetabular fractures (anterior and double-column fractures) were all treated with closed reduction and minimally-invasive elastic titanium nail intramedullary fixation. Intraoperative C-arm and O-arm fluoroscopy were used to determine the reduction of fractures and the location of elastic titanium nail in the bone channel. Postoperative CT was used to measure and evaluate the reduction of fracture and the position of elastic titanium nail.

Results:

Through closed reduction and minimally-invasive incision, the acetabular fractures could be safely fixed by placing elastic titanium nail in the osseous medullary cavity channels of acetabulum. The placement time of each elastic titanium nail was 15–45 minutes, with an average of 19.6 minutes. The frequency of fluoroscopy imaging of each elastic titanium nail was 4–16 times, with an average of 8 times. Postoperative wounds of the patients were all healed in the first stage, without any occurrence of complications such as nerve, blood vessel and important tissue structure injury. The patients recovered quickly after the operation and could perform functional exercises in the early stage.

Conclusions:

Elastic intramedullary nail system can be used for the minimally-invasive treatment of adult acetabular fractures, with less blood loss, less cost, and fewer incision complications. This is a promising new technique.