Morton’s Neuroma:
Diagnosis, Treatment & Relief
That burning, electric pain shooting into your toes from the ball of your foot has a name — and a very effective range of treatments. Our board-certified foot and ankle specialists in San Jose, Mountain View, Los Gatos, and Monterey can diagnose Morton’s Neuroma and eliminate your pain, often without surgery.
You take off your shoe, rub the ball of your foot, and the searing, electric pain finally subsides — only to return the moment you put the shoe back on. If this experience is familiar, you are likely among the millions of Americans living with Morton’s Neuroma. The good news is that this condition is well-understood, highly treatable, and in most cases responds well to non-surgical care. This guide explains everything you need to know.
You take off your shoe, rub the ball of your foot, and the searing, electric pain finally subsides — only to return the moment you put the shoe back on. If this experience is familiar, you are likely among the millions of Americans living with Morton’s Neuroma. The good news is that this condition is well-understood, highly treatable, and in most cases responds well to non-surgical care. This guide explains everything you need to know.
What Is Morton’s Neuroma?
Morton’s Neuroma is a painful thickening of the nerve tissue in the ball of the foot — specifically, a fibrous enlargement of the common plantar digital nerve as it passes between the metatarsal bones and under the transverse intermetatarsal ligament. Despite the name, it is not a true tumor (neuroma implies a benign nerve growth, but what actually develops is a fibrous thickening of the nerve sheath called perineural fibrosis). The nerve does not grow larger in a pathological sense — it becomes surrounded by scar-like fibrous tissue in response to chronic compression and irritation.
The condition most commonly occurs in the third intermetatarsal space — the space between the third and fourth toes — though the second web space (between the second and third toes) is the second most common location. Neuromas rarely occur in the first or fourth web spaces. The reason the third web space is most vulnerable is anatomical: the common plantar digital nerve in that location receives branches from both the medial and lateral plantar nerves, making it larger and more susceptible to entrapment beneath the tight transverse intermetatarsal ligament.
The condition was first formally described by Thomas Morton in 1876, which is why it bears his name — though it was also described earlier by Durlacher in 1845. Today, interdigital neuroma or intermetatarsal neuroma is considered the more anatomically accurate term, but Morton’s Neuroma remains the universally recognized name in clinical practice.
The third intermetatarsal space is the most common site for neuroma formation for three reasons. First, the digital nerve in this space is naturally thicker — it receives branches from both the medial and lateral plantar nerves. Second, the transverse intermetatarsal ligament runs directly over this space, and the nerve must pass beneath it — a tight anatomical tunnel. Third, the third and fourth metatarsals have slightly more mobility than adjacent metatarsals, creating more shear force on the nerve during gait. Together, these factors make the nerve in this space especially vulnerable to chronic compression and fibrous thickening.
Symptoms — What Does Morton’s Neuroma Feel Like?
Morton’s Neuroma produces a very characteristic pattern of symptoms that most patients recognize immediately once they learn the diagnosis. The sensations arise from a compressed, irritated nerve and include both pain and altered sensation in predictable locations. Symptoms are almost always worse with footwear and better when barefoot — this on/off pattern with shoe use is one of the most diagnostically useful features.
The Classic Symptom Pattern
How Symptoms Evolve Over Time
Morton’s Neuroma symptoms typically follow a predictable progression if left untreated. In the earliest stage, symptoms occur only in tight shoes or after extended activity and resolve completely with rest and shoe removal. As the fibrous thickening increases, the threshold for triggering symptoms lowers — symptoms begin occurring in moderately fitting shoes, with shorter periods of activity, and take longer to resolve after shoe removal. In advanced cases, burning and numbness may be present even at rest or with barefoot walking, and permanent sensory changes in the affected toes can develop.
One of the most diagnostically telling descriptions patients give is the sensation of “stepping on a pebble” or “a bunched-up sock” under the ball of the foot — even when barefoot. This sensation arises from the enlarged nerve mass itself pressing against the ground or the plantar surface of the metatarsal heads. If you have ever repeatedly checked your shoe for something that isn’t there, or found yourself stopping to shake out or adjust your sock only to find everything normal, Morton’s Neuroma should be on your differential. This is one of the most specific and recognizable symptoms in all of podiatric medicine.
Causes and Risk Factors
Morton’s Neuroma develops from chronic mechanical compression and irritation of the interdigital nerve as it passes through the tight tunnel beneath the transverse intermetatarsal ligament. Any factor that increases pressure in this space — from footwear choices to foot structure to activity demands — contributes to the development and progression of the fibrous thickening that constitutes the neuroma.
Narrow Toe Box Footwear
Shoes with a narrow, tapered toe box compress the metatarsal heads together, squeezing the intermetatarsal space and entrapping the nerve. This is the single most common and most modifiable cause of Morton’s Neuroma — and the primary reason the condition is 8 to 10 times more common in women than men. Fashionable women’s shoes that taper aggressively at the toe are the most frequent culprit.
High-Heeled Footwear
High heels shift body weight forward onto the metatarsal heads, dramatically increasing pressure in the forefoot and compressing the intermetatarsal spaces with every step. A 2-inch heel doubles the pressure on the forefoot; a 3-inch heel triples it. Heels also force the metatarsophalangeal joints into hyperextension, which further stretches and irritates the interdigital nerves passing beneath them.
Abnormal Foot Mechanics
Flatfoot (overpronation) causes the foot to roll inward excessively during gait, creating abnormal shear forces in the forefoot and increasing traction on the interdigital nerves. High-arched feet (pes cavus) concentrate excessive pressure under the metatarsal heads with each step. Both extremes of foot architecture increase nerve irritation in the forefoot.
Adjacent Foot Deformities
Bunions, hammertoes, and bunionettes alter the mechanics of the forefoot and can shift pressure patterns in ways that increase stress on the interdigital nerves. A significant bunion crowding the second toe into the third toe’s space, for example, can directly compress the nerve in the third web space. Treating the primary deformity is often part of a comprehensive neuroma management plan.
High-Impact Athletic Activity
Repetitive forefoot impact in running, court sports, and dance can increase the cumulative mechanical stress on the interdigital nerves. Runners who heel-strike typically have less forefoot loading, but those who mid- or forefoot-strike accumulate significant repetitive forces in the metatarsal head region. Ballet dancers and athletes in cleats or ski boots are at particularly elevated risk.
Direct Trauma or Chronic Microtrauma
A direct injury to the forefoot — a crush injury, a stubbed toe, or repetitive microtrauma from a poorly fitting athletic shoe — can initiate the inflammatory cascade that leads to perineural fibrosis. In some patients, a single identifiable traumatic event can be pinpointed as the onset of neuroma symptoms, though gradual onset from cumulative microtrauma is far more common.
Risk Factors at a Glance
How Is Morton’s Neuroma Diagnosed?
Morton’s Neuroma is diagnosed primarily through a thorough clinical history and physical examination by an experienced podiatrist. The characteristic symptom pattern — burning forefoot pain that is dramatically worse in shoes, relieved by shoe removal, often with the “pebble” sensation — is so specific that an experienced clinician can often make the diagnosis from the history alone. Physical examination confirms it and identifies any contributing conditions.
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1Clinical History Your podiatrist will ask detailed questions about your symptoms — the exact location, character (burning vs. aching vs. electric), what makes them better and worse, how long they have been present, and which footwear is most problematic. The relationship of symptoms to footwear type and use is one of the most diagnostically important features. Your medical history, activity level, and footwear habits are also reviewed.
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2Physical Examination — Mulder’s Sign The examiner applies digital pressure in the affected intermetatarsal space while simultaneously compressing the forefoot from side to side. A positive Mulder’s sign — a palpable click accompanied by the patient’s characteristic pain — is the most specific clinical test for Morton’s Neuroma and is positive in approximately 60 to 70 percent of confirmed cases. The examiner also assesses for any concurrent foot deformities, loss of sensation in the affected toes, and biomechanical abnormalities that may be contributing.
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3Weight-Bearing X-Rays Plain X-rays do not visualize the neuroma itself (nerves do not show on X-ray) but are essential for ruling out other causes of forefoot pain — including metatarsal stress fractures, metatarsophalangeal joint arthritis, or Freiberg’s infraction (avascular necrosis of the metatarsal head). X-rays also identify any concurrent bony deformities such as bunions or prominent metatarsal heads that may be contributing to nerve compression.
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4Diagnostic Ultrasound High-resolution musculoskeletal ultrasound can directly visualize the neuroma — appearing as a hypoechoic (dark) oval mass in the intermetatarsal space. Ultrasound is highly operator-dependent but in experienced hands has sensitivity and specificity comparable to MRI for neuroma diagnosis. It also allows ultrasound-guided injection — placing corticosteroid or alcohol precisely into the neuroma under real-time visualization, dramatically improving injection accuracy compared to landmark-guided injection.
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5MRI (Selected Cases) MRI is the most sensitive imaging modality for Morton’s Neuroma — it directly visualizes the nerve thickening and can identify very small neuromas not detectable on ultrasound. MRI is particularly useful when the clinical diagnosis is uncertain, when symptoms are atypical, when a patient has failed treatment and the diagnosis is being re-evaluated, or when concurrent pathology (plantar plate tear, intermetatarsal bursitis) needs to be excluded. It is not required in straightforward clinical presentations.
Conditions That Can Mimic Morton’s Neuroma
| Condition | Distinguishing Features | How to Differentiate |
|---|---|---|
| Metatarsal Stress Fracture | Localized bone tenderness; worsens with walking regardless of shoe type | X-ray or MRI; pain at bone, not interspace |
| Plantar Plate Tear | Pain at MTP joint; toe may drift or float; dorsal drawer test positive | MRI or ultrasound; different joint location |
| Intermetatarsal Bursitis | Similar symptoms; often coexists with neuroma | Ultrasound — fluid-filled sac vs. solid nerve mass |
| Freiberg’s Infraction | Adolescent/young adult; metatarsal head pain and swelling | X-ray shows metatarsal head flattening |
| Tarsal Tunnel Syndrome | Burning along entire plantar foot; positive Tinel’s at ankle | Nerve conduction study; medial ankle tenderness |
| Peripheral Neuropathy | Bilateral; stocking distribution; other neuropathy signs | Clinical exam; nerve conduction study; HbA1c |
Conservative Treatment — Non-Surgical Options
The majority of Morton’s Neuroma cases respond favorably to conservative (non-surgical) treatment, particularly when diagnosed before the fibrous thickening has become very large and the nerve very scarred. The fundamental goals are to reduce mechanical compression of the nerve, decrease inflammation and swelling around the nerve, and protect the nerve from ongoing irritation. Multiple conservative measures are often combined for the most effective result.
Footwear Modification
The single most impactful conservative measure. Transitioning to shoes with a wide, rounded toe box that allows the metatarsal heads to spread naturally eliminates the primary mechanical driver of nerve compression. The forefoot width in the shoe should match or exceed the width of your foot when standing. High heels should be avoided or strictly limited to occasions where extended walking is not required.
Metatarsal Padding
A metatarsal pad — a small dome-shaped pad placed just behind the metatarsal heads (not under them) — redistributes weight away from the nerve’s location and spreads the metatarsal heads apart, reducing interspace pressure. This is one of the most effective and immediately noticeable conservative interventions. Metatarsal pads can be purchased over the counter or custom-fabricated and incorporated into a custom orthotic.
Custom Orthotics
Custom foot orthotics address the biomechanical drivers of neuroma formation — correcting flatfoot mechanics that overload the forefoot, incorporating metatarsal padding in the precise position needed for your foot, and redistributing pressure away from the affected intermetatarsal space. Orthotics provide a sustained, 24/7 correction of the forces causing nerve compression rather than the temporary relief of padding alone.
Activity Modification
Temporarily reducing or eliminating activities that provoke symptoms — particularly high-impact forefoot loading like running, court sports, or prolonged standing — allows the acute inflammation around the neuroma to subside and gives conservative measures time to work. Activity modification is a temporary measure, not a permanent lifestyle change, and is most effective combined with footwear and orthotic interventions.
Anti-Inflammatory Measures
Oral NSAIDs (ibuprofen, naproxen) taken in appropriate doses can reduce the perineural inflammation that amplifies neuroma symptoms, providing temporary symptomatic relief. Ice application to the forefoot for 15 to 20 minutes after activity also reduces local inflammation. These measures manage symptoms while other conservative interventions address the underlying mechanical cause.
Physical Therapy
Targeted physical therapy can address intrinsic foot muscle weakness and gait biomechanics that contribute to excessive forefoot loading. Toe-spreading exercises, intrinsic foot strengthening, and gait retraining can reduce the cumulative mechanical stress on the interdigital nerves during walking and running — complementing footwear and orthotic interventions.
Injection Therapies — Corticosteroid & Alcohol Sclerosing
When conservative measures provide insufficient relief, injection-based therapies represent the next step before surgery — and for many patients, they provide the definitive relief that eliminates the need for surgical intervention entirely. Two distinct injection approaches are used for Morton’s Neuroma, each with different mechanisms and appropriate indications.
Corticosteroid Injection
A corticosteroid (steroid) injection delivers a potent anti-inflammatory medication directly into the affected intermetatarsal space, reducing the perineural inflammation and swelling that amplifies nerve pain. This is typically the first injection-based intervention and can provide rapid, significant relief — often within 24 to 72 hours of the injection.
Corticosteroid injections are most effective when perineural inflammation is a prominent component of the pain — which is most common in earlier-stage neuromas where the fibrous thickening has not yet become very large. The duration of relief varies widely: some patients experience months of relief from a single injection, while others find the benefit short-lived. Most practitioners limit corticosteroid injections to three in a twelve-month period due to the risk of soft tissue weakening, plantar fat pad atrophy, and potential tendon damage with repeated injections.
The intermetatarsal space is a very small anatomical target. Landmark-guided injections — placed by feel rather than visualization — miss the target entirely in a significant proportion of cases, delivering medication outside the neuroma rather than within it. Ultrasound-guided injection allows the physician to visualize the needle tip in real-time and confirm accurate placement within the neuroma before injecting. Studies consistently show that ultrasound-guided neuroma injections produce better outcomes than landmark-guided injections. At the Foot and Ankle Medical Group, ultrasound guidance is used for all neuroma injections.
Alcohol Sclerosing Therapy — A Surgical Alternative
Alcohol sclerosing therapy is a more definitive non-surgical option that has gained significant clinical support over the past two decades. The treatment involves a series of injections of dilute ethyl alcohol (4% concentration) delivered directly into the neuroma under ultrasound guidance. The alcohol causes progressive chemical sclerosis — a controlled hardening and shrinkage — of the enlarged nerve tissue, reducing the neuroma’s size and eliminating the pain signals it generates.
The Alcohol Sclerosing Protocol
| Feature | Corticosteroid Injection | Alcohol Sclerosing Therapy |
|---|---|---|
| Mechanism | Reduces perineural inflammation | Scleroses and shrinks the nerve tissue |
| Number of injections | 1–3 (limited due to side effects) | 4–7 in a series |
| Success rate | Variable — 50–70% short-term relief | 60–89% long-term relief |
| Duration of relief | Weeks to months — often temporary | Long-lasting — may be permanent |
| Side effects | Plantar fat pad atrophy; skin depigmentation | Mild post-injection soreness for 1–2 days |
| Guided by ultrasound | Yes — strongly recommended | Yes — essential for accuracy |
| Best for | Acute inflammation; early neuroma; diagnostic trial | Established neuroma; surgical alternative |
Alcohol sclerosing therapy is appropriate for patients with a confirmed Morton’s Neuroma on ultrasound or MRI who have failed an adequate trial of conservative care and wish to avoid surgery. It is particularly well-suited for patients who cannot or prefer not to undergo surgery, who have medical conditions that increase surgical risk, or who want to exhaust all non-surgical options before committing to an operative approach. Studies show the best results when neuromas are 8mm or smaller in diameter — very large neuromas may be better served by direct surgical excision.
Morton’s Neuroma Surgery — When and How
Surgery for Morton’s Neuroma is reserved for patients who have failed an adequate trial of conservative care and injection therapy — typically 3 to 6 months of combined conservative measures including footwear modification, metatarsal padding, orthotics, and at least one or two injection treatments. When properly indicated and well-performed, neuroma surgery achieves complete or near-complete relief in 80 to 95 percent of patients and represents one of the most reliably successful procedures in foot and ankle surgery.
Neurectomy — The Standard Surgical Procedure
The standard surgical treatment for Morton’s Neuroma is neurectomy — surgical excision (removal) of the affected section of the interdigital nerve along with the neuroma. The nerve segment containing the fibrous thickening is removed entirely, eliminating the pain at its source. The expected result is a permanent area of numbness in the web space between the affected toes — a trade that the vast majority of patients find completely acceptable in exchange for relief from the severe, disabling pain of the neuroma.
Surgical Approaches
Dorsal Incision (Top of Foot)
The most commonly used approach — a small incision on the top of the foot between the appropriate metatarsals provides excellent exposure of the neuroma and the transverse intermetatarsal ligament. The ligament is divided to release nerve entrapment, and the neuroma is identified and excised. Post-operative weight-bearing is allowed immediately because the incision is on the non-weight-bearing surface of the foot, and wound healing is more predictable.
Plantar Incision (Bottom of Foot)
A plantar approach — incision on the bottom of the foot in the web space — provides direct, excellent exposure of the neuroma but requires a period of non-weight-bearing post-operatively to protect the plantar wound from breakdown. It is preferred by some surgeons for revision cases or when the neuroma is very large, but the dorsal approach is generally preferred for primary neurectomy due to its simpler recovery.
Minimally Invasive Neurectomy
Minimally invasive neuroma surgery through very small incisions uses specialized instruments and fluoroscopic guidance to divide the transverse intermetatarsal ligament and debulk the neuroma with minimal soft tissue disruption. This approach reduces post-operative swelling, speeds recovery, and minimizes scarring. Our surgeons are trained in minimally invasive neuroma techniques for appropriately selected patients.
Transverse Ligament Release Alone
In selected cases — particularly earlier-stage neuromas where the fibrous thickening is mild — simple division of the tight transverse intermetatarsal ligament without excision of the nerve itself can provide effective relief. The ligament release decompresses the nerve’s tunnel and eliminates the mechanical entrapment that is driving the pain. The advantage is that permanent numbness is avoided — the nerve is preserved.
What to Expect on Surgery Day
The most significant complication of Morton’s Neuroma surgery is a stump neuroma — regrowth of a painful neuroma at the cut end of the nerve after excision. Stump neuromas are prevented by excising the nerve proximally enough (far enough back toward the foot) that the cut end retracts into the deep tissue of the intrinsic foot muscles, where it is protected from the compression and pressure of the forefoot. Inadequate proximal resection — leaving the cut nerve end in a location where it remains subject to mechanical pressure — is the primary cause of recurrent pain after neuroma surgery. This is one of the most important technical considerations that distinguishes an experienced neuroma surgeon from a less experienced one.
Recovery After Neuroma Surgery
Recovery from Morton’s Neuroma surgery is generally faster and less challenging than most patients expect. The ability to walk immediately in a post-operative shoe (with a dorsal incision approach) means most patients can return to light daily activities within days of surgery. The most common post-operative concern is swelling — the forefoot and toes swell reliably after any forefoot surgery, and managing this swelling is the key to a comfortable, efficient recovery.
| Phase | Timeline | What to Expect |
|---|---|---|
| Surgery Day | Day 0 | Procedure performed under local block; immediate walking in post-op shoe; go home same day. Numbness from nerve block lasts 6–12 hours. Elevate foot upon returning home. |
| Early Healing | Days 1–10 | Swelling and bruising peak at days 3–5. Elevation above heart level is critical. Oral pain medication typically managed with ibuprofen or acetaminophen. Surgical dressing kept clean and dry. |
| Wound Check | 10–14 Days | First post-operative visit — wound inspection, suture removal. Transition to a lighter dressing. Walking in post-op shoe continues. Swelling improving but still present. |
| Return to Shoes | 3–4 Weeks | Most patients transition into a wide, soft athletic shoe at 3 to 4 weeks. Toe numbness in the web space is expected and permanent — most patients adjust quickly. Driving permitted (non-operative foot) from week 2. |
| Return to Activity | 6–8 Weeks | Return to most normal activities including light exercise and low-impact sport. Residual forefoot swelling may persist up to 3 to 4 months. Custom orthotics prescribed to prevent recurrence. |
| Full Recovery | 3–4 Months | Complete resolution of swelling. Return to all athletic activities including running and court sports. Numbness in web space is permanent but well-tolerated by the vast majority of patients. |
After neurectomy, patients will have a permanent area of numbness in the web space between the operated toes — typically between the third and fourth toes. This is not a complication; it is the expected outcome of removing a section of nerve. The vast majority of patients find this numbness completely well-tolerated and a far better experience than the burning, electric pain of the neuroma that brought them to surgery. It is very different from the painful numbness of the neuroma — it is simply a quiet, neutral absence of sensation in that small area. Before surgery, your surgeon will discuss this expected outcome in detail so that you are fully prepared and can make an informed consent decision.
Prevention & Lifestyle Modifications
Many cases of Morton’s Neuroma are preventable with appropriate footwear choices and attention to forefoot biomechanics. For patients who have already been successfully treated — whether conservatively or surgically — prevention of recurrence is an equally important priority.
Expert Morton’s Neuroma Care at Four Locations
Same-week appointments frequently available. PPO insurance and Medicare accepted.
Frequently Asked Questions About Morton’s Neuroma
Morton’s Neuroma typically causes a burning, electric, or shooting pain in the ball of the foot between the third and fourth toes, often radiating into the toes themselves. One of the most characteristic experiences is feeling like there is a pebble or bunched sock under the ball of the foot — even when barefoot. Symptoms are almost always dramatically worse in shoes — particularly narrow or high-heeled footwear — and are relieved quickly by removing the shoe and rubbing the foot. If you have this pattern of symptoms, Morton’s Neuroma is the most likely diagnosis and should be evaluated by a podiatrist.
True spontaneous resolution is uncommon — a Morton’s Neuroma is a physical fibrous thickening of nerve tissue that does not shrink on its own. However, symptoms can improve significantly or become manageable with footwear modification alone if caught early, because removing the source of compression gives the irritated nerve a chance to recover. This is not the same as the neuroma resolving — the fibrous mass remains, but if the compression is eliminated, it may not cause symptoms. As long as narrow or high-heeled footwear is avoided, some patients manage their neuroma indefinitely without further treatment. However, if symptoms have progressed to the point where they occur in normal-width footwear or at rest, professional treatment is necessary.
Alcohol sclerosing therapy is a non-surgical treatment that uses a series of 4 to 7 dilute alcohol injections delivered directly into the neuroma under ultrasound guidance. The alcohol causes progressive chemical sclerosis — shrinkage and hardening — of the enlarged nerve tissue, reducing its size and eliminating pain signals. Published studies report success rates of 60 to 89 percent, making it an excellent surgical alternative for many patients. The series is typically given weekly or bi-weekly, with most patients noticing progressive improvement beginning after the third or fourth injection. It is most effective for neuromas smaller than 8mm and less effective for very large, long-standing neuromas.
Yes — after surgical removal (neurectomy) of the interdigital nerve, you will have a permanent area of numbness in the web space between the affected toes, typically the third and fourth. This is the expected outcome of removing a section of nerve, not a complication. The numbness is a quiet, neutral absence of sensation — very different from the painful, burning numbness of the neuroma itself. The vast majority of patients find this well-tolerated and rate the trade of a numb web space for relief from the severe burning pain of the neuroma as highly favorable. Your surgeon will discuss this in detail before surgery so you can make a fully informed decision.
Most patients transition into a wide, soft athletic shoe at 3 to 4 weeks after surgery with a dorsal incision approach. Return to all normal footwear — including dress shoes — typically occurs at 6 to 8 weeks. Residual forefoot swelling may persist for 3 to 4 months and can make some footwear feel temporarily tighter than usual, but walking and most daily activities are comfortable well before swelling fully resolves. High heels and very narrow footwear should be avoided permanently after neuroma surgery — they caused the problem in the first place, and returning to them risks recurrence.
Yes — bilateral neuromas (one in each foot) are actually quite common, affecting approximately 15 to 20 percent of neuroma patients. Having two neuromas in the same foot simultaneously (double neuroma) is less common but does occur — studies suggest an incidence of 1 to 3 percent. When multiple neuromas are present in the same foot, treatment must be carefully staged because removing more than one interdigital nerve from the same foot simultaneously can result in significant forefoot instability and loss of sensation over too wide an area. Your podiatrist will assess for multiple neuromas during your evaluation and plan treatment accordingly.
Yes — most PPO insurance plans and Medicare cover Morton’s Neuroma evaluation, imaging, and treatment (both conservative and surgical) when medically necessary. This includes office visits, diagnostic ultrasound, corticosteroid injections, alcohol sclerosing therapy, custom orthotics (with appropriate documentation), and surgery. Pre-authorization may be required for imaging or surgical procedures. Our billing team verifies your specific coverage before your consultation and manages all authorization requirements, so you have full clarity on your expected costs before any procedure.
The Foot and Ankle Medical Group’s board-certified foot and ankle surgeons see patients with Morton’s Neuroma at offices in San Jose, Mountain View, Los Gatos, and Monterey. Our physicians offer ultrasound-guided injection therapy, alcohol sclerosing series, and minimally invasive surgical neurectomy for patients who require surgical intervention. Same-week appointments are frequently available for new patients with forefoot pain. Contact us at footankledocs.com/contact or call any of our four locations directly to schedule your evaluation.
Medical Disclaimer: The information in this article is for general educational purposes only and does not constitute individualized medical advice. Morton’s Neuroma diagnosis and treatment should be directed by a licensed podiatric physician following a thorough clinical examination. If you are experiencing burning, shooting foot pain or forefoot discomfort, please schedule an evaluation with a board-certified podiatrist.
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