Abstract: Background and Objectives: Displaced talar fractures remain a therapeutic challenge for orthopaedic surgeons. According to the literature, these fractures are often associated with high complication rates, including malunion, osteonecrosis, osteoarthritis. The operative treatment of such fractures seems to require a balance between an aggressive treatment with a strict anatomical reduction and essential respect of soft tissues to limit skin complications or osteonecrosis. Fractures of the talus are known to be relatively uncommon. Talus fractures comprise approximately 0.1 to 0.85 percent of all fractures. Most occur as a result of high-energy trauma, such as motor vehicle accidents. As a result, talus fractures are often accompanied by other injuries, including dislocation of adjacent joints and fracture of neighboring bones. However, due to the relatively better diagnostic methods introduced more talar fractures have been recognized and it remains the second most common tarsal bone to get fractured after calcaneum.
Methods: 30 patients were selected in an age group of 15-60 years who suffered from closed talus fractures either by road traffic accidents or fall injuries. After clinical evaluation and investigations, Xray and CT scan of ankle of patients were done. The patients underwent operative fixation of talus fracture by cancellous screw fixation and post-operative immobilization was given. Following discharge, patients were followed up at 3rd month, 6th month, 1 year, and during each follow up serial Xrays were taken anteroposterior, lateral, mortise view of the ankle joint. Clinical assessment of the ankle was done using Baird Jackson score, Olerud Molander, AOFAS scoring.
clinical complaints of pain and inability to walk and undergo daily activities along with gait abnormalities.8 out of these 10 cases had joint incongruity and ankle joint pain and restriction of movement signifying arthritic changes. 2 cases had non-union seen at 3rd month post-op Xray and were advised and put on below-knee cast and immobilization for 8 weeks. In all cases, cancellous screws were used as the implant of choice and no implant-related complications were found in any of the patients. There was no post-operative skin infection or skin necrosis seen in any patients.
Conclusion: Open reduction and internal fixation are recommended for the treatment of displaced talar neck and/or body fractures. A delay in surgical fixation does not appear to affect the outcome, union, or prevalence of osteonecrosis, rather the type of fractures that might be indirectly influenced by the mechanism of injury provides a statistical significance.
