Abstract

Introduction:Unstable ankle injuries require anatomical reduction and stabilisation for optimal outcome. In spite of adequate care, a few patients have poor outcome. In this study, we assessed the risk factors that predict the clinical outcomes in surgically treated unstable ankle fractures.Material and methods:This prospective cohort study was conducted on 68 patients who underwent surgical management for an unstable ankle injury. Demographic details, fracture type and associated medical comorbidities were recorded. Pre-operative radiographic assessment was done for all patients. At the end of one year follow-up, clinical (American Orthopaedic foot and ankle society-AOFAS and Olerud-Molander ankle - OMAS) scores and radiological parameters were assessed and analysed.Results:Fracture dislocation (0.008), diabetes mellitus (0.017), level of alchohol consumption (0.008) and pre-operative talocrural angle (TCA) > 100° (0.03) were significant predictors of poor outcomes as per AOFAS. Fracture dislocation (0.029), diabetes mellitus (0.004), pre-operative TCA > 100° (0.009), female gender (0.001), age more than 60 years (0.002) and open injuries (0.034) had significantly poor outcome as per OMAS. Other parameters (smoking, hypertension, classification, syndesmotic injury, medial clear space and tibiofibular overlap) did not affect the outcome significantly.Conclusion:Our study showed that poor outcome predictors in unstable ankle fractures are age >60 years, female gender, diabetes mellitus, alcohol consumption, fracture dislocation, open fractures and pre-op TCA >100°.

Highlights

  • Unstable ankle injuries require anatomical reduction and stabilisation for optimal outcome

  • Our study showed that poor outcome predictors in unstable ankle fractures are age >60 years, female gender, diabetes mellitus, alcohol consumption, fracture dislocation, open fractures and pre-op talocrural angle (TCA) >100°

  • The management of ankle fractures is a challenging task for any surgeon due to a wide variety of fracture patterns and minimal soft tissue coverage

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Summary

Introduction

Unstable ankle injuries require anatomical reduction and stabilisation for optimal outcome. We assessed the risk factors that predict the clinical outcomes in surgically treated unstable ankle fractures. The ankle, a complex hinge joint, is responsible for transmitting the whole body weight to the ground. Injury to this joint results in significant morbidity due to alteration in the joint biomechanics. The management of ankle fractures is a challenging task for any surgeon due to a wide variety of fracture patterns and minimal soft tissue coverage. Fracture dislocation and displaced malleolar fractures contribute to ankle instability. These unstable fractures should be anatomically reduced and stabilised to enable early mobilisation. The aim of surgery is to provide a pain-free stable ankle

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