Distal Radius Fractures: Opportunity Hidden Within a Common Injury

The distal radius fracture is the most common fracture in women over 50. In younger patients, it is often a high-energy injury — a fall from height, a road traffic collision, a sports impact — that requires careful assessment and occasionally complex surgical reconstruction. In older patients, it is almost invariably a fragility fracture: a consequence of bone quality that has diminished below the threshold at which a simple fall onto an outstretched hand should cause a fracture. Understanding which of these presentations you are dealing with determines not just how you manage the fracture, but what else the consultation needs to achieve.

The fragility fracture opportunity

An older patient presenting with a distal radius fracture after a low-energy fall has provided their healthcare system with an invaluable opportunity: the chance to identify, assess, and treat the underlying bone disease that caused the fracture before a more consequential fragility fracture — at the hip or the spine — occurs. The risk of a subsequent fragility fracture is significantly elevated in the two years following a wrist fracture, and the window for intervention is now, not after the next event.

Fracture liaison services — systematic pathways that ensure every eligible fragility fracture patient receives bone density assessment, FRAX calculation, and bone protection therapy when indicated — are one of the most cost-effective interventions in all of musculoskeletal medicine. Where they exist and function well, subsequent hip fracture rates fall measurably. Making a fracture liaison referral as automatic as arranging a follow-up X-ray is a simple, high-value change that every orthopaedic department can make.

The surgical decision made thoughtfully

The evidence on operative versus non-operative management of distal radius fractures — including the DRAFFT and HAND trials — has refined our understanding of which fracture patterns in which patients genuinely benefit from volar locking plate fixation. The answer is more nuanced than "fix everything displaced" or "plaster everything in an older patient." It requires integration of fracture characteristics, patient functional demands, bone quality, and genuine shared decision-making about what each pathway involves.

The inspiring dimension of this story is that the same clinical encounter — the fracture, the X-ray, the treatment decision — contains within it the potential to prevent a hip fracture, restore independence, and extend healthy active life. That is a remarkable scope of impact from a common injury, and it is entirely within reach with systematic practice.