ABSTRACT
Introduction: Most complex tibial plateau fractures are a result of the high-energy injury. Resulting comminution makesinterpreting of fracture patterns difficult. Fully understanding these fractures is the basis for successful treatment.Aim: The aim of this study was to analyze the functional and radiological outcome of column-specific fixation of tibial plateaufracture.Materials and Methods: This was a prospective cohort study; 10 patients with tibial plateau fractures with displaced complextibial plateau fractures operated at Government Rajaji Hospital, Madurai, were included in this study. The follow-up period was36 months. The fractures were evaluated by computed tomography using Lu three-column concepts and managed with lowprofile locking plate system as per column-specific fixation. Follow-up analysis was made using Modified Rasmussen’s Clinicaland Radiological Criteria.Results: In our study, 70% of the patients were in active productive age group (30–50 years). 90% of the patients were male.30% of single-column fractures (LUO) (Schatzker type IV 10% and Hohl and Moore Type I coronal split fracture 20%), 30% oftwo-column fracture (LUO) (Schatzker Type IV 20% and Type V 10%), and 40% of three-column fractures (LUO) (SchatzkerType V 40%) were included. In this study, 40% of patients had an excellent outcome, 50% of patients had a good outcome,10% of patients had poor clinical, and 10% had fair radiological outcome. One patient developed wound necrosis, for whichflap cover is done and eventually patient developed deep infection for whom implant removal was done after 6 months.Conclusion: Three-column fixation is a new fixation concept in treating complex tibial plateau fractures, especially useful formultiplanar fractures involving posterior column with excellent functional outcome.