Asian Journal of Case Reports in Surgery

Background: An open segmental shaft fracture is one of the most complex types of orthopedic injuries, usually caused by high-energy trauma and associated with soft tissue damage, compromised vascularity, and a high risk of infection and non-union. Achieving stable fixation remains a significant challenge. The Limb Reconstruction System (LRS) is based on the principles of biological fixation and distraction osteogenesis and provides a minimally invasive option that allows stable fixation, effective wound management, and early mobilization.

Case Presentation: A 23-year-old male patient presented with an open segmental fracture of the right tibial shaft following a road traffic accident. Clinical findings revealed an anteromedial open wound with exposed bone and soft tissue contamination. Radiographs confirmed a segmental tibial fracture with an associated fibular fracture (Gustilo-Anderson Type IIIA).

Management: Initial management included resuscitation, intravenous antibiotics, and tetanus prophylaxis, followed by urgent surgical intervention. Thorough wound debridement was performed, and stabilization was achieved using LRS fixation. Early mobilization and weight-bearing were initiated. Follow-up showed progressive healing, with complete radiological union at one year. The patient achieved excellent recovery with full range of motion of the knee and ankle and no complications such as infection, pin tract issues, non-union, or limb length discrepancy.

Results: The Limb Reconstruction System is a safe and effective modality for managing complex open segmental tibial fractures. It provides stable fixation, preserves the biological environment, enables early rehabilitation, and results in excellent functional and radiological outcomes with minimal complications. It can be considered a preferred alternative in the management of high-risk fractures.