Dupuytren's Disease
Treatment in Raleigh, NC
Fingers curling toward your palm? Trouble gripping, shaking hands, or flattening your palm on a table? Dr. Stephen Chambers offers expert, minimally invasive treatment — often without surgery.
What Is Dupuytren's Disease?
Dupuytren's disease (doo-pwe-TRANZ) is a condition where the connective tissue beneath the skin of the palm gradually thickens into nodules and cords. Over time, these cords tighten and pull one or more fingers—most often the ring and little fingers—into a bent position.
The condition is not cancerous and is usually not painful. Many patients live with it for years before it interferes with daily activities. However, once the contracture limits hand function, treatment can dramatically restore your range of motion.
ⓘ Dupuytren's disease is not caused by heavy lifting, injury, or overuse — it is primarily a genetic condition. Having a family member with it significantly raises your risk.
Risk Factors
Several factors are associated with a higher likelihood of developing Dupuytren's disease:
Family History
Strongest risk factor — inherited condition
Male Sex
Men are 3× more likely to develop it
N. European Ancestry
Scandinavian, Celtic, British descent
Age 50+
Risk increases with age
Diabetes
Modestly increases prevalence
Smoking
Associated with higher risk
Stages of Dupuytren's Disease
Dupuytren's progresses at different rates in different people — some patients stay at an early stage for decades, while others progress quickly. Understanding your stage helps guide treatment timing.
A small nodule or pit forms in the palm. Finger movement is usually normal. Often mistaken for a callus.
A cord has formed and begins to pull the finger. You may notice difficulty fully opening your hand.
The finger is significantly contracted, interfering with daily activities like handshakes or washing your face.
Diagnosis
Dupuytren's disease is typically diagnosed through a clinical examination — no imaging or blood tests are usually required. Dr. Chambers will examine your hand and fingers to assess the degree of contracture and determine the best treatment approach.
- Visual inspection of nodules and cords
- Measurement of finger contracture angles
- Assessment of which joints are involved (MCP and/or PIP)
- Grip strength and range-of-motion testing
- Review of family history and medical conditions
- X-rays if arthritis or other conditions are suspected
The Tabletop Test
A simple way to check if Dupuytren's may be affecting your hand function:
▶ How to perform it
Place your hand palm-down on a flat table. If you cannot press your hand flat against the surface — if any fingers lift off — this is a positive tabletop test. This suggests meaningful contracture and is a common trigger for seeking evaluation.
📅 When to See Dr. Chambers
You don't need a referral. If you notice a nodule in your palm, a cord, or a finger beginning to curl — even mildly — come in for an evaluation. Early intervention often means simpler, less invasive treatment options.
Treatment Outcomes & Complication Rates
Understanding what the research shows helps you make an informed decision. Below are published outcome and complication data for each treatment option. Dr. Chambers will review what these numbers mean for your specific situation at your appointment.
Immediate correction to ≤5° at the knuckle joint after needle aponeurotomy
Immediate correction at the middle finger joint (harder to treat)
Recurrence rate at 3–5 year follow-up — can be re-treated
Most patients return to normal activities within days, not weeks
Complication Profile
| Complication | Rate | Severity | Notes |
|---|---|---|---|
| Skin tear / split | 9–25% | Minor | Superficial; heals without intervention in most cases |
| Nerve injury (neuropraxia) | <1% | Moderate | Temporary numbness; permanent injury extremely rare |
| Swelling / bruising | Common | Minor | Expected; resolves within 1–2 weeks |
| Infection | <1% | Moderate | Very rare with sterile technique |
| Overall serious complication | <2% | Low | Lowest complication profile of all three options |
Sources: Watt et al., J Hand Surg 2021; Ball et al., J Hand Surg 2012
Over 80% achieve full deformity correction immediately after procedure
70% of injections meet clinical success criteria (reduction to ≤5°)
Lower recurrence than needle aponeurotomy; re-treatment is effective
Very satisfied or satisfied at 5-year follow-up in collagenase studies
MCP Joint Outcomes at 3 Years (Collagenase)
Complication Profile
| Complication | Rate | Severity | Notes |
|---|---|---|---|
| Bruising / hematoma | ~23% | Minor | Most common side effect; self-resolving |
| Swelling / edema | ~19% | Minor | Typical inflammatory response; resolves in 1–2 weeks |
| Skin tear at manipulation | 9–25% | Minor | Small tears at manipulation; heals without stitches |
| Allergic / anaphylactic reaction | <0.1% | Rare/Serious | Office monitoring for 30 min post-injection |
| Tendon rupture | <0.3% | Rare/Serious | Risk reduced by careful injection technique |
Sources: Kauffman et al., Hand 2023; Mehta et al., Cureus 2021; Alamer et al., Heliyon 2024
~67% excellent + 23% good outcomes at 4-year follow-up after fasciectomy
Lower long-term recurrence than non-surgical options for most patients
Includes wound healing, sensitivity, stiffness — most resolve fully
Return to most activities in 6–12 weeks; heavy labor may take longer
Surgical Outcomes Breakdown
Complication Profile
| Complication | Rate | Severity | Notes |
|---|---|---|---|
| Wound healing issues / scarring | ~23% | Minor | Most common; managed with hand therapy and scar care |
| Numbness / cold sensitivity | Common | Minor | Often temporary; seen in areas where skin was elevated |
| Stiffness | Varies | Moderate | Addressed with hand therapy post-operatively |
| Infection | 4–12% | Moderate | Treated with antibiotics; rarely requires further surgery |
| Digital nerve injury | ~3.4% | Serious | ~10× higher in recurrent disease vs. primary surgery |
| Complex regional pain syndrome | ~5.5% | Serious | CRPS requires specialized pain management |
| Digital artery injury | ~2% | Serious | Rare with experienced surgeon; higher in recurrent disease |
Important context: Major complication rates (nerve injury, artery injury) are approximately 10× higher for recurrent Dupuytren's than for first-time surgery. This is one reason early treatment, before multiple recurrences, often yields better results.
Sources: Denkler, Plast Reconstr Surg 2010; Eray et al., 2017
Quick Comparison at a Glance
| Metric | Needle Aponeurotomy | Collagenase (Xiaflex®) | Fasciectomy |
|---|---|---|---|
| Immediate correction (MCP) | 98% | 80%+ | ~95% |
| 5-year recurrence | 50–58% | 25% | 12–39% |
| Recovery time | Days | Days–1 week | 6–12 weeks |
| Incision required | No | No | Yes |
| Anesthesia | Local | Local | Local (WALANT) or regional |
| Best for | Single cord, older patients, fast recovery priority | Single cord, MCP contracture | Severe/advanced, multiple cords, recurrent disease |
Treatment Options
Dr. Chambers offers all three evidence-based treatments for Dupuytren's disease and will help you choose the approach best suited to your stage, goals, and lifestyle. Many patients are candidates for non-surgical procedures with minimal downtime.
Needle Aponeurotomy (NA)
A needle is used to puncture and break the cord under the skin. No incision is required. This office procedure can often be performed under local anesthesia in a single visit, with immediate improvement in finger extension.
Collagenase Injection (Xiaflex®)
An enzyme (collagenase) is injected directly into the cord, breaking down the collagen that forms it. The following day, the finger is extended in a controlled manipulation to straighten it. FDA-approved for Dupuytren's contracture.
Fasciectomy (Surgery)
The affected cord and thickened tissue are surgically removed. This option is typically reserved for more advanced contractures, multiple cords, or recurrent disease. Dr. Chambers performs this under wide-awake (WALANT) technique when appropriate.
What to Expect During Recovery
Recovery depends on the type of treatment. Here is a general guide for surgical fasciectomy — non-surgical procedures typically have a much faster recovery.
Initial Recovery
Hand is bandaged. Keep hand elevated to reduce swelling. Pain is typically well-controlled with oral medication. Ice can help.
Wound Healing & Splinting
Sutures are removed around 10–14 days. A night splint keeps the finger extended while you sleep. Light activities with the hand are usually possible.
Hand Therapy
Formal hand therapy begins to restore range of motion and strength. Most patients see significant improvement in finger extension within this window.
Return to Full Activity
Most patients return to all daily activities and work. Heavy manual labor and grip-intensive sports may require additional time.
Monitoring for Recurrence
Dupuytren's can recur, especially in patients with strong genetic predisposition. Annual check-ins help catch any recurrence early when it's easiest to treat.
📋 Post-operative instructions, scar care, and therapy referrals are provided at your visit. See also: Post-Op Instructions and Scar Treatment.
Frequently Asked Questions
Dupuytren's disease is usually not painful. Some patients feel mild tenderness at the nodule in the early stages, but the contracture itself typically does not cause significant pain. If you are experiencing pain, it's important to have the hand evaluated to rule out other conditions.
No referral is needed. Dr. Chambers accepts patients directly, and same-day appointments are often available at his Raleigh, Cary, Holly Springs, and Wake Forest locations. Simply call (919) 781-5600 or book online.
Unfortunately, Dupuytren's disease does not resolve on its own. It is a progressive condition, meaning it typically worsens over time — though the rate of progression varies greatly between individuals. Mild cases can sometimes remain stable for years. Treatment is recommended once the contracture begins to interfere with daily activities or the tabletop test is positive.
Needle aponeurotomy (NA) is a minimally invasive office procedure using a needle to break the cord — no incision, no stitches, and recovery is measured in days. Fasciectomy (surgery) involves removing the diseased tissue through an incision and is better suited for advanced contractures or multiple cords. Surgery has a lower recurrence rate but involves a longer recovery. Dr. Chambers will discuss which is best for your situation.
Yes, recurrence is possible, particularly in patients with a strong genetic predisposition ("Dupuytren's diathesis"). Needle aponeurotomy has a higher recurrence rate than surgical fasciectomy. However, if disease does recur, it can often be treated again. Regular follow-up allows Dr. Chambers to catch early recurrence when it is most amenable to simple treatment.
Most major insurance plans cover treatment for Dupuytren's contracture when it is functionally significant. Coverage details depend on your specific plan. Our team at Raleigh Orthopaedic can assist you with insurance verification. See our insurance information page for more details.
Stephen Chambers, M.D.
Board-Certified Hand & Upper Extremity Surgeon · Raleigh Orthopaedic