30 patients with displaced, intra-articular calcaneus fractures were randomized to operative or nonoperative treatment. All patients had 2 or 3 major articular fragments of the posterior facet (Sanders type II or III). Nonoperative treatment included early mobilization and delayed weightbearing. Operative treatment involved open reduction and rigid internal fixation with a plate and screws through an extensile, L-shaped lateral approach followed by early mobilization and delayed weightbearing. 15 operative patients were evaluated at an average of 17 months follow-up and 11 nonoperative patients were seen at 14 months average follow-up. In the operative group, there were 7 excellent results, 5 good results, 2 fair results, and 1 poor result, and in the nonoperative group there was 1 excellent result, 3 good results, 1 fair result, and 6 poor results (difference significant at P < 0.01). A functional scoring system of 0–100 points was developed based upon the responses to an outcome assessment questionnaire. The average functional score for the operative group was far superior at 86.7, compared with 55.0 for the nonoperative group ( P < 0.0001). Subtalar range of motion averaged 20° for the operative group and 17° for the nonoperative group with pain on extremes of motion of 25% of the operative patients compared with 100% of the nonoperative patients. This study is the first prospective, randomized trial to demonstrate the superior results of current operative treatment with early mobilization compared with nonoperative treatment.
Copyright remains with the authors and publisher.
30 patients with displaced, intra-articular calcaneus fractures were randomized to operative or nonoperative treatment. All patients had 2 or 3 major articular fragments of the posterior facet (Sanders type II or III). Nonoperative treatment included early mobilization and delayed weightbearing. Operative treatment involved open reduction and rigid internal fixation with a plate and screws through an extensile, L-shaped lateral approach followed by early mobilization and delayed weightbearing. 15 operative patients were evaluated at an average of 17 months follow-up and 11 nonoperative patients were seen at 14 months average follow-up. In the operative group, there were 7 excellent results, 5 good results, 2 fair results, and 1 poor result, and in the nonoperative group there was 1 excellent result, 3 good results, 1 fair result, and 6 poor results (difference significant at P < 0.01). A functional scoring system of 0–100 points was developed based upon the responses to an outcome assessment questionnaire. The average functional score for the operative group was far superior at 86.7, compared with 55.0 for the nonoperative group ( P < 0.0001). Subtalar range of motion averaged 20° for the operative group and 17° for the nonoperative group with pain on extremes of motion of 25% of the operative patients compared with 100% of the nonoperative patients. This study is the first prospective, randomized trial to demonstrate the superior results of current operative treatment with early mobilization compared with nonoperative treatment.
Copyright remains with the authors and publisher.