Musculoskeletal Key

Key Points • Treatment is based on radiographical fracture pattern, bone quality, and functional demand. • Evidence suggests that functional recovery may be faster in volar locking plating compared to…

Key Points • Up to two-thirds of distal radius fractures re-displace after initial reduction or from a minimally displaced position at presentation. • Increasing age and the presence of comminution,…

Key Points – The precise knowledge of the evolution of the anatomy of the radius is essential to understand the main points of the treatment decision and the surgical principles….

Key Points • Despite the popularity of surgical treatment, most displaced distal radius fractures (DRFs) are initially managed with closed reduction and immobilization. • Radiological outcomes were not significantly different…

Key Points • CT scan can allow for improved identification of intraarticular fracture fragments in distal radius fractures. • Use of CT scan for preoperative planning can allow for improved…

Key Points 1. Radiographs are essential for evaluation and treatment of distal radius fractures. 2. Complete radiographic assessment requires proper technique and all projections necessary to fully evaluate the injury….

Key Points • The ideal classification meets three objectives: to describe the lesion, to guide treatment choice, and to predict the functional outcome. • An example of such is the…

Key Points • Evidence-based management requires combination of the best evidence with patient values and provider preferences to make treatment decisions. • The practice of evidence-based management involves question formulation,…

Key Points • Distal radius fractures primarily affect children, young adults, and the elderly. • The incidence of distal radius fractures is increasing worldwide. • Understanding the epidemiology of distal…