Dupuytren's Contracture

Dupuytren's contracture (also called Dupuytren's disease) is a progressive hand deformity that affects the palmar fascia—the specialized layer of connective tissue beneath the skin of your palm. Over time, this biological tissue thickens and tightens into dense, rigid cords. As these bands contract, they draw the fingers (most commonly the ring and little fingers) downward into a permanently bent position, preventing the hand from flattening entirely.

Progression and Symptoms

Dupuytren's disease typically develops very slowly over many years, starting in mid-to-late life. The condition is generally painless, but the resulting restriction of movement can significantly interfere with routine actions like putting on gloves, shaking hands, typing, or reaching into pockets. Progression typically follows distinct clinical stages:

• Palmar Nodules: The first noticeable sign is often a small, firm lump or nodule forming under the skin of the palm. This nodule may initially feel slightly tender but typically becomes painless over time.
• Skin Pitting: The skin over the fascia layer may begin to dimple, pit, or draw inward as the deep tissue strands shorten.
• Cord Formation: Thick, tight bands of tissue develop under the skin, extending from the palm upward into the fingers. These cords look and feel like thick, rigid tendons.
• Finger Contracture: The dense cords contract, pulling one or more fingers toward the palm. Once contracture establishes, the finger cannot be straightened actively or passively.

Underlying Causes and Demographics

The exact root cause of Dupuytren's contracture remains unknown, but it is not caused by repetitive trauma or occupational hand strain. Instead, clinical research links it closely to specific genetic and metabolic factors:

• Ancestry: It is highly prevalent in individuals of Northern European or Scandinavian descent (often referred to historically as the "Viking disease").
• Family History: The condition frequently clusters within families, indicating a strong inherited genetic component.
• Gender and Age: It is significantly more common and tends to be more severe in men over the age of 50.
• Metabolic Influences: There is a statistical correlation with conditions such as diabetes, tobacco use, and chronic alcohol consumption.

Advanced Treatments at Hayes Hand Center

At Erlanger Hayes Hand Center, our board-certified hand surgeons specialize in the full spectrum of modern treatments for Dupuytren's contracture. Treatment is indicated when a patient can no longer lay their hand flat on a table (a positive "tabletop test") or when joint contracture interferes with daily functionality.

Non-Surgical and Minimally Invasive Options

We are proud to offer state-of-the-art, minimally invasive techniques that perform tissue corrections directly in our clinic without requiring a trip to the operating room:

• Enzymatic Collagenase Injection (XIAFLEX®): A breakthrough non-surgical treatment where a specialized enzyme is injected directly into the rigid Dupuytren's cord. The enzyme breaks down and dissolves the excess collagen structure over 24 to 48 hours. The patient then returns to the office, where the surgeon gently extends and stretches the finger to rupture the weakened cord and restore alignment.
• Needle Aponeurotomy (Needle Fasciotomy): A localized percutaneous procedure performed under local anesthesia. The surgeon uses the sharp tip of a fine needle to make precise micro-cuts across the contracted cord, weakening the structure until it can be manually extended and released. This approach features minimal skin trauma and a exceptionally fast recovery.

Surgical Decompression (Fasciectomy)

For complex, severe, or recurrent contractures that cannot be safely managed with injections or needles, surgical intervention may be recommended:

• Subtotal Palmar Fasciectomy: An outpatient surgical procedure performed under anesthesia. The surgeon makes precise incisions along the creases of the palm and fingers to carefully expose and completely remove the diseased fascial tissue and cords, freeing the joints.

Following surgical or minimally invasive treatment, our specialized Certified Hand Therapists (CHTs) design custom extension splints and guided motion rehabilitation maps to preserve the newly achieved finger straightening and maximize overall long-term hand function.