This 2008 narrative review synthesizes the pathophysiology, complication profile, and treatment strategies for ankle fractures in diabetic patients — a population with fundamentally altered bone and soft-tissue healing biology. It addresses the operative-versus-nonoperative debate and reviews surgical techniques developed specifically to manage diabetic bone fragility and soft-tissue vulnerability.
When you see a displaced ankle fracture in a diabetic patient, nonoperative management is a trap — the evidence shows 100% malunion/nonunion with casting alone, and Charcot arthropathy is more common in those treated nonsurgically or with delayed immobilization.
Augment fixation with K-wires, tetracortical syndesmotic screws, or transarticular Steinmann pins; optimize glycemic control perioperatively; and plan for non-weight bearing two to three times longer than you would for a nondiabetic patient.
This 2008 narrative review synthesizes the pathophysiology, complication profile, and treatment strategies for ankle fractures in diabetic patients — a population with fundamentally altered bone and soft-tissue healing biology. It addresses the operative-versus-nonoperative debate and reviews surgical techniques developed specifically to manage diabetic bone fragility and soft-tissue vulnerability.
When you see a displaced ankle fracture in a diabetic patient, nonoperative management is a trap — the evidence shows 100% malunion/nonunion with casting alone, and Charcot arthropathy is more common in those treated nonsurgically or with delayed immobilization.
Augment fixation with K-wires, tetracortical syndesmotic screws, or transarticular Steinmann pins; optimize glycemic control perioperatively; and plan for non-weight bearing two to three times longer than you would for a nondiabetic patient.