Hammertoe: Non-Surgical Treatment Options and When Surgery Is Needed in Columbus

Hammertoe is one of the most common toe deformities treated by podiatrists - and one of the most progressive. What begins as a slightly bent toe that causes mild discomfort in closed shoes can, over years, evolve into a rigid, painful deformity that interferes with daily walking, causes persistent corn formation, and ultimately requires surgical correction. The critical window for non-surgical treatment is while the toe remains flexible - once it stiffens, conservative options no longer reverse the structural problem.

What Is a Hammertoe?

A hammertoe is an abnormal, sustained flexion deformity of the proximal interphalangeal (PIP) joint - the middle joint of a toe. The result is a characteristic "bent" appearance where the middle of the toe is elevated, creating a hump. The condition most commonly affects the second, third, or fourth toes and rarely the fifth. It should be distinguished from two related deformities:

• Mallet toe: Flexion deformity of the distal interphalangeal (DIP) joint - the joint closest to the toenail
• Claw toe: Hyperextension of the metatarsophalangeal (MTP) joint combined with flexion of both the PIP and DIP joints, causing a more severe, claw-like appearance

Causes and Mechanics

Hammertoe develops from a muscular imbalance - specifically, an imbalance between the extrinsic muscles (which originate in the leg and insert into the toes via long tendons) and the intrinsic muscles of the foot (the lumbricales and interossei, which help straighten the PIP joint). When the intrinsic muscles weaken or the extrinsic flexors dominate, the PIP joint is pulled into sustained flexion.

Contributing factors include:

• Footwear: Shoes with a narrow toe box force the toes into a flexed position for prolonged periods; high heels shift body weight forward, overloading the forefoot and altering toe mechanics
• Genetics and foot structure: A longer second toe relative to the first (Morton's foot), flat feet, and high arches all alter force distribution across the toes
• Hallux valgus (bunion): A bunion deformity causes the big toe to drift toward the second toe, crowding and displacing it into a hammered position - making bunion and hammertoe correction frequently performed together
• Trauma: An acute toe injury, broken toe, or previous surgery can disrupt normal tendon balance and precipitate hammertoe formation
• Neuromuscular conditions: Diseases affecting the nervous system or muscles - Charcot-Marie-Tooth disease, peripheral neuropathy, cerebral palsy - can cause intrinsic muscle weakness leading to hammertoe and claw toe deformities

Flexible vs. Rigid Hammertoe: Why It Matters

The most clinically important distinction in hammertoe management is whether the deformity is flexible or rigid:

Flexible Hammertoe

In early hammertoe, the PIP joint can still be manually straightened with gentle pressure - the flexion contracture is dynamic rather than structural. The toe bends when walking or in shoes, but can be passively extended. Flexible hammertoes respond to conservative treatment and may remain manageable indefinitely with appropriate interventions. This is the ideal stage to intervene.

Rigid (Fixed) Hammertoe

Over time - accelerated by footwear compression, continued muscle imbalance, and inflammatory changes within the joint - the PIP joint develops a fixed contracture. The joint capsule, plantar plate, and surrounding soft tissues become fibrotic and shorten. The toe can no longer be straightened manually. At this stage, conservative measures can still provide symptomatic relief (corn treatment, padding, wider footwear) but cannot reverse the structural deformity. Surgical correction becomes the only definitive option.

Symptoms

• A visible bend or "hump" in the middle of one or more toes
• Pain or pressure on top of the bent joint - from rubbing against shoe upper material
• Hard corns (heloma durum) forming over the PIP joint or at the tip of the toe
• Soft corns (heloma molle) forming between toes where adjacent joints contact each other
• Callus formation under the metatarsal head (from the toe no longer helping distribute forefoot pressure)
• Difficulty finding comfortable shoes
• In advanced cases: skin breakdown over the corn, bursitis, or ulceration (especially in diabetic patients)

Non-Surgical Treatment for Flexible Hammertoes

1. Footwear Modification

The single most important conservative intervention is switching to shoes that accommodate the deformity rather than compress it:

• Wide toe box: The shoe's forefoot width should allow all toes to rest flat without crowding
• Extra depth: Additional vertical toe box space prevents the dorsal (top) PIP joint from pressing against the shoe upper
• Low heel: Shoes with heel height below 1 inch reduce forefoot loading and minimize extrinsic flexor dominance
• Soft upper material: Leather or mesh uppers with some stretch reduce friction over bony prominences

2. Custom Orthotics

A custom orthotic prescribed by Dr. Golan can be designed with a metatarsal pad or bar that shifts ground reaction forces proximally - behind the metatarsal heads - reducing the hyperextension moment at the MTP joint that drives hammertoe progression. For patients with associated flat feet or biomechanical instability, functional orthotics address the underlying mechanics that contribute to intrinsic muscle dysfunction.

3. Toe Splints and Strapping

Hammertoe splints and dynamic toe straps apply a gentle extension force to the PIP joint, counteracting the deforming flexion. When worn regularly in appropriate footwear, splinting can slow progression and reduce symptoms. It does not reverse an established deformity but helps maintain the flexible stage.

4. Strengthening and Stretching Exercises

Toe-strengthening exercises targeting the intrinsic foot muscles can help balance the muscular forces contributing to hammertoe:

• Towel scrunches: Placing a small towel on the floor and gripping it with the toes repeatedly, strengthening the toe flexors
• Marble pickups: Using the toes to pick up marbles from the floor and drop them into a container
• Toe extension stretches: Manually pulling the bent toe into extension and holding for 30 seconds, several times daily
• Short-foot exercises: Contracting the intrinsic muscles to dome the foot without curling the toes

5. Corn and Callus Treatment

Regular professional debridement (trimming) of corns and calluses by a podiatrist provides immediate pain relief and prevents skin breakdown. Protective padding - donut pads, foam toe sleeves, or moleskin - reduces friction at specific pressure points. Over-the-counter corn products containing salicylic acid should be used with caution and avoided entirely in diabetic patients.

6. Cortisone Injection

When there is significant inflammation or bursitis at the PIP joint, a corticosteroid injection can provide meaningful pain relief and reduce joint swelling - allowing better tolerance of conservative measures.

Surgical Correction of Rigid Hammertoe

When conservative measures are insufficient - particularly for rigid hammertoes causing persistent pain, corn complications, or skin breakdown - surgery is the most reliable solution. Several surgical techniques are available, selected based on the flexibility of the deformity and the patient's anatomy:

Flexor Tenotomy

For select flexible hammertoes, releasing the flexor digitorum longus tendon at the tip of the toe eliminates the deforming pull - a simple procedure performed under local anesthesia in the office.

Proximal Interphalangeal Joint (PIPJ) Arthroplasty

The most common procedure for rigid hammertoe. A small portion of bone is removed from the PIP joint, allowing the toe to be straightened. The joint heals as a fibrous union (arthrofibrosis). This is performed as an outpatient procedure, typically under local anesthesia with IV sedation if desired.

PIPJ Arthrodesis (Fusion)

The ends of the joint are prepared and the toe is fused in a straightened position with a fixation pin or implant. Fusion provides a more durable correction than arthroplasty and is preferred for patients with more severe or recurrent deformities.

Minimally Invasive Hammertoe Correction at Vertex Podiatry

Dr. Golan performs minimally invasive hammertoe correction using small (2-3mm) portal incisions and specialized instruments - avoiding the larger incisions of traditional open surgery. Benefits include reduced soft tissue trauma, less postoperative swelling, smaller scars, and in many cases earlier return to footwear and activity. The procedure is performed in the office procedure suite or an outpatient surgical center under local anesthesia. Most patients can walk immediately after surgery in a protective surgical shoe.

Recovery After Hammertoe Surgery

• Week 1-2: Surgical shoe; elevate foot; moderate activity restriction
• Week 3-6: Transition to wider regular shoe as swelling allows; wound check visits
• Month 2-3: Most patients return to normal footwear; progressive return to exercise
• Final result: Full healing and final cosmetic result typically evident at 4-6 months

When to See a Podiatrist for Hammertoe in Columbus

• You have a bent toe that is causing pain in shoes
• You have a corn over a bent toe joint that keeps coming back
• Your toe rubs against shoes even in wide or extra-depth footwear
• You have diabetes or neuropathy with a hammertoe - skin breakdown over the joint is particularly dangerous
• Your toe can no longer be straightened manually (rigid hammertoe)
• You want to know your surgical options and what recovery looks like

At Vertex Podiatry in Grandview Heights, Columbus, Dr. Golan evaluates hammertoe at every stage - from flexible deformities that can be managed conservatively to rigid hammertoes requiring minimally invasive surgical correction. Early evaluation means more options and better outcomes. Call (614) 328-5561 or schedule an appointment online.