LAUSR

Background: The treatment of open fractures leads to major problems which may be due to various reasons. It mainly causes soft tissue problems due to the absorption of a large amount of energy by the soft tissues and bone tissues. Although some recent treatment protocols have eliminated many problems regarding delayed soft tissue closure, it still remains a big challange. This study uses a method called the internal fixator technique with noncontact locking plate (NC-LP) which involves the use of a combination of advantages of open and closed fixation techniques. Materials and Methods: 42 patients (32 men and 10 women) having a mean age of 34.11 years (range 17–56 years) with open fractures operated using internal fixator technique between 2007 and 2012 were included in this study. A retrospective chart review was conducted to record the following: age, gender, anatomic region of fractures, fracture etiology, classification of open fractures by Gustilo–Anderson and AO classification, surgeries, length of hospitalization, location and pattern of fracture, length of followup, and complications. Results: The fractures were caused by traffic accidents, shotgun injuries, falls from heights, and industrial crush injuries. Based on the Gustilo–Anderson classification, 31 fractures were Type III and 11 were Type II, where 23 were localized in the tibia and 19 in the femur. Patients delay for a mean of 13.5 h (range 6–24 h) for operation and the mean followup interval was 27.8 months (range 16–44 months). The mean union time was 19.7 weeks (range 16–29 weeks). One patient had delayed union and implant failure, one patient had osteomyelitis, five suffered from surface skin necrosis, and one patient had an angulation of 17° in the sagittal plane, for which no additional intervention was performed. Conclusions: This case series demonstrates that an “internal fixator technique” is an acceptable alternative to the management of open fractures of the femur or tibia in adult patients. The NC-LP method provided opportunities to achieve a stable fixation with noncontact between the implant and the bone tissues, and the fractures were sufficiently stabilized to allow union with a low complication rate.