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Functional bracing provides superior anatomical and functional outcomes compared to rigid plaster for Colles fracturesFunctional bracing may improve recovery for Colles fractures

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Key Takeaway
Consider functional bracing over plaster casting for Colles fractures to improve grip strength and anatomical alignment.

This meta-analysis analyzed 697 adult patients with Colles fractures to compare functional bracing against rigid plaster casting. The analysis indicates that functional bracing provides superior anatomical outcomes, including lower dorsal angulation and better modified Lidström scores, at 6 weeks. Additionally, the bracing group demonstrated higher grip strength at 6 weeks and improved modified Gartland and Werley functional scores at 12 weeks compared to the plaster group.

Pain scores were reported as similar between the two groups at 2 and 6 weeks. Re-manipulation rates were also similar between groups at 1 and 2 weeks. While the bracing group showed better functional and anatomical metrics, the study notes a higher incidence of hand and finger swelling in that group.

Clinically, functional bracing may offer modest but relevant advantages over plaster casting for the conservative management of Colles fractures. It may promote earlier recovery and better alignment without increasing the risk of nerve injury or complex regional pain syndrome. However, the evidence regarding the specific rate of swelling in the bracing group should be noted when choosing a management path.

When you break a bone in your wrist, like a Colles fracture, the goal is to heal the bone while keeping your hand as functional as possible. For years, rigid plaster casts have been the standard way to keep the area still. However, new data suggests that functional bracing might offer some advantages during the healing process.

Researchers looked at 697 adult patients to compare these two methods. They found that patients using functional bracing had better grip strength at six weeks and better anatomical alignment of the bone. While pain levels were similar between both groups at two and six weeks, the bracing group showed better functional scores at the twelve-week mark.

It is important to note that while bracing showed these benefits, it did not change the rates of re-manipulation. The study also noted that some patients in the bracing group experienced more swelling in their hands and fingers. These findings suggest that bracing is a viable way to manage fractures without increasing the risk of nerve injury or other complications.

What this means for you:
Functional bracing can lead to better grip strength and bone alignment for Colles fractures than plaster casts.

Common questions

How does functional bracing compare to a plaster cast for a wrist fracture?

Patients using functional bracing showed better grip strength at six weeks and better anatomical alignment compared to those in plaster casts. While pain levels were similar between both groups at two and six weeks, the bracing group showed better functional scores at the twelve-week mark.

Are there any risks to using a functional brace instead of a cast?

The study did not find a difference in re-manipulation rates between the two groups. While some patients in the bracing group had more hand and finger swelling, there were no reported increases in nerve injury or other complications compared to traditional casting.

Does a functional brace help with grip strength after a Colles fracture?

Yes, the data showed that patients using functional bracing had higher grip strength at the six-week mark compared to those who were treated with rigid plaster casting.

Study Details

Study typeMeta analysis
EvidenceLevel 1
Follow-up1.4 mo
PublishedNov 2026
View Original Abstract ↓
Rigid plaster casting and functional bracing are the 2 most commonly used methods for conservative immobilization in Colles fractures. Despite their widespread use, the optimal approach remains debated. A systematic literature search was conducted across PubMed, Scopus, Cochrane Library, and Google Scholar up to April 2025. Six randomized controlled trials involving 697 adult patients were included. Assessed outcomes included Visual Analogue Scale pain scores, modified Gartland and Werley functional scores, grip strength measured as a percentage of the uninjured side, modified Lidström anatomical scores, dorsal angulation, and complication rates including re-manipulation, nerve injury, complex regional pain syndrome (CRPS), upper limb dystrophy, swelling, and other adverse events. Pain scores were similar between groups at 2 and 6 weeks. Functional outcomes favored the bracing group, with significantly better scores at 12 weeks, and grip strength was also higher at 6 weeks. Bracing was associated with significantly better anatomical outcomes, as evidenced by lower dorsal angulation and better modified Lidström scores at 6 weeks, along with similar re-manipulation rates between 1 and 2 weeks post-treatment. Complication rates, including nerve injuries, CRPS, and upper limb dystrophy, were also similar between groups, with the exception of a higher incidence of hand and finger swelling in the bracing group. Taken together, functional bracing offers modest but clinically relevant advantages over plaster casting in conservatively managing Colles fractures, promoting earlier recovery and better alignment without added risk. These findings support its use in selected adults.
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