How to Get Rid of Ingrown Toenails Permanently

Getting rid of an ingrown toenail permanently almost always requires destroying or removing the sliver of nail-producing tissue (the nail matrix) responsible for the offending edge. The most common permanent fix is a minor in-office procedure called partial nail avulsion with phenol matricectomy, which carries recurrence rates under 5% in recent studies. Home remedies and conservative care can resolve mild or first-time episodes, but if your toenail keeps digging into the same fold of skin, a one-time procedure is the most reliable path to being done with it for good.

Why Toenails Grow In and Keep Coming Back

An ingrown toenail happens when the edge or corner of the nail curves into the surrounding skin fold, triggering pain, swelling, and sometimes infection. Understanding the root causes helps explain why some people deal with this once and others fight it for years. A case-control study identified several independent risk factors: improper nail trimming raised the odds about sevenfold, poor foot hygiene roughly fivefold, and foot or toe deformities about fivefold as well. Excessive sweating, fungal nail infection, naturally curved nails, and higher body weight also contributed.¹

Some people are structurally set up for trouble. Congenital malalignment of the big toenail, where the nail plate sits slightly rotated on the toe from birth, is one such predisposition.² If you have naturally pincer-shaped nails, wide nail folds, or a toe deformity, your anatomy is working against you. In those cases, correcting your trimming technique alone is unlikely to solve the problem permanently.

What Conservative Care Can and Cannot Do

For a mild ingrown toenail, especially a first episode without infection, conservative treatment is a reasonable starting point. The basics include soaking the foot in warm water, gently lifting the nail edge, and placing a small wisp of cotton or dental floss under the corner to redirect growth away from the skin.³ Keeping the area clean, wearing roomy shoes, and trimming nails straight across rather than rounding the corners are standard advice for a reason.

In children and adolescents, conservative measures often work surprisingly well. A study of nearly 200 affected toes in young patients found that over 80% were managed without surgery using nail care advice, topical antibiotics, and daily cleansing. At six months, recurrence in the non-operative group was only about 3%, compared to roughly 8% in the group that had surgery (with the nail matrix preserved in both groups).⁴ This suggests that for young, otherwise healthy patients with a first episode, patience and proper nail care are worth trying before anything invasive.

The limitation is clear, though: conservative care manages the current episode but does nothing to change the underlying nail shape or matrix. If you have curved nails, a structural deformity, or a history of repeated flare-ups, you are essentially treating symptoms while the cause persists.

Nail Braces as a Middle Ground

Nail bracing sits between conservative care and surgery. A small wire, composite strip, or spring device is attached to the nail surface and gradually flattens its curvature over weeks to months, pulling the edges out of the skin. Bracing is painless, requires no anesthetic, allows you to wear normal shoes immediately, and typically provides quick relief from pressure.⁵

Bracing works best for mildly to moderately curved nails without significant infection or granulation tissue. It is popular in parts of Europe and Asia as a first-line approach, particularly for patients who want to avoid any procedure. The catch is that the nail may gradually re-curve once the brace is removed, especially if the underlying nail growth pattern has not changed. For people with strongly pincer-shaped nails, bracing can be a useful maintenance tool but is not always a permanent solution on its own.

The Standard Permanent Fix: Partial Nail Avulsion With Phenol

If you ask a podiatrist or dermatologist how to get rid of an ingrown toenail for good, the most common answer is partial nail avulsion combined with chemical matricectomy using phenol. The procedure is done under local anesthesia in a clinic, typically in under 30 minutes. The offending border of the nail is removed, and then a concentrated phenol solution is applied to the exposed nail matrix to destroy the cells that produce that strip of nail. The treated edge never regrows.

The phenol needs adequate contact time to work. A histologic study found that applying 88% phenol for at least four minutes was necessary to completely destroy the nail matrix cells; shorter applications left some basal tissue intact, which could allow regrowth.⁶ This detail matters because underapplication is one reason for recurrence.

The recurrence data for this approach is encouraging. A systematic review and meta-analysis of randomized trials found that using phenol with nail avulsion versus nail avulsion alone dramatically reduced recurrence risk.⁷ Older literature reported recurrence rates of 13 to 50% after surgical treatment without matrix destruction, while more recent papers using phenol ablation report rates under 5%.⁸ That is a meaningful difference and the main reason phenol matricectomy became the default approach.

Sodium Hydroxide and Other Chemical Agents

Phenol is not the only chemical option. Sodium hydroxide (NaOH), usually at 10% concentration, is an alternative that some practitioners prefer because it causes less tissue staining and may produce less prolonged drainage than phenol. A retrospective study comparing surgical matricectomy, phenol, and sodium hydroxide found no significant differences in healing times or pain. Recurrence rates were lowest for combined surgical and chemical approaches, followed by sodium hydroxide, and then phenol, though these differences did not reach statistical significance.⁹

Sodium hydroxide matricectomy has also been studied specifically in people with diabetes, a group where wound healing is a serious concern. Partial avulsion with one-minute application of 10% sodium hydroxide preceded by matrix curettage proved effective and safe in diabetic patients.¹⁰ The lower concentration and shorter application time may make sodium hydroxide gentler on vulnerable tissue, which matters when peripheral circulation is compromised.

Surgical Techniques That Remove Tissue

When chemical matricectomy is not preferred, or when the soft tissue overgrowth is itself the problem, several surgical approaches exist. These fall into two broad categories: procedures that alter the nail plate and its matrix, and procedures that reduce the excess skin fold pressing against the nail.¹¹

The Winograd technique is probably the most widely performed surgical option. It involves removing the offending nail border along with its underlying matrix in a wedge-shaped excision. The Vandenbos procedure takes the opposite approach: instead of touching the nail at all, it excises an ellipse of the hypertrophied skin fold, allowing the wound to heal by secondary intention. A comparative study found that recurrence was 14% in the Winograd group but zero in the Vandenbos group.¹² The trade-off is that the Vandenbos procedure leaves a larger open wound that takes longer to heal, and it preserves the full nail width, which some patients prefer cosmetically.

A larger retrospective cohort comparing Winograd variants, Vandenbos, and Zadik procedures (Zadik removes the entire nail and matrix) found an overall recurrence rate of about 4% across all groups, with rates ranging from roughly 2% to 9% depending on the technique. No single method was statistically superior.¹³ This finding suggests that in experienced hands, several surgical routes achieve similar long-term results. The choice often comes down to the severity of the case, the surgeon’s preference, and the patient’s priorities regarding healing time versus cosmetic outcome.

What Recovery Actually Looks Like

Regardless of method, you will need to care for the toe during healing. For phenol matricectomy, expect some drainage from the wound for two to four weeks as the chemically treated tissue heals. A systematic review found that shorter phenol application times reduced healing time, and that adding curettage (scraping the matrix bed after chemical application) may speed healing further, though it can increase short-term bleeding and pain.¹⁴ Patient satisfaction across most procedures was high overall.

For surgical excision methods like the Winograd, how the wound is closed matters more than most patients realize. A comparative study found that adhesive strip closure led to significantly faster recovery than traditional sutures: patients walked without pain at about six days versus nine, and returned to daily activities at about eight days versus eleven. Wound complications were also far less frequent with adhesive strips (roughly 3% compared to 28% with polypropylene sutures).¹⁵ If you are having the Winograd procedure, asking your surgeon about adhesive closure is a reasonable conversation to have.

Routine antibiotics after the procedure do not appear to help. A study comparing outcomes with and without oral antibiotics after ingrown toenail surgery found no difference in healing time or complications.¹⁶ Keeping the area clean and dry, soaking as directed, and wearing open-toed or roomy footwear during recovery are more useful than a prescription.

Possible Complications

No procedure is risk-free. Known complications of chemical matricectomy include unpredictable tissue damage, prolonged drainage after the procedure, increased rates of secondary infection, inflammation of the underlying bone (periostitis), and sometimes a less-than-ideal cosmetic result.¹⁷ In rare cases, nerve sensitivity issues like allodynia (pain from normally painless stimuli) or hyperalgesia (heightened pain response) can develop. These complications are uncommon, but they are worth knowing about before you consent to a procedure.

The anesthesia itself is safe. Ingrown toenail procedures are performed under a digital nerve block, where local anesthetic is injected at the base of the toe. Some practitioners add epinephrine to reduce bleeding. An old medical myth held that epinephrine was dangerous in fingers and toes because of vasoconstriction, but a large literature review covering nearly 2,800 digital blocks with epinephrine found zero cases of gangrene or tissue death, even in patients with poor circulation.¹⁸ Epinephrine-induced constriction of blood vessels turned out to be temporary and clinically insignificant.

Ingrown Toenails in People With Diabetes

Diabetes deserves its own mention because the stakes are higher. Reduced sensation from neuropathy means you might not notice an ingrown nail until it is seriously infected, and poor circulation slows healing and raises the risk of complications. In diabetic patients, an ingrown toenail is not just a local annoyance but a potential trigger for ulceration, deeper infection, and in severe cases, amputation.¹⁹

That does not mean people with diabetes cannot have permanent corrective procedures. As noted earlier, sodium hydroxide matricectomy has been shown to be both effective and safe in this population.¹⁰ The key is early intervention, a thorough vascular assessment of the foot beforehand, and close follow-up care. If you have diabetes and recurring ingrown toenails, seeking treatment from a podiatrist experienced with diabetic foot care is important rather than attempting home remedies that could worsen things.

Ingrown Toenails in Children and Teenagers

Ingrown toenails are common in adolescents, often triggered by rapid growth, tight athletic shoes, or nail-picking habits. As discussed earlier, many young patients respond well to conservative care alone. But when surgery is needed, the data on children shows that the choice of technique matters.

A review of over 800 ingrown toenails in pediatric patients (average age about 12.5 years) found an overall recurrence rate of roughly 20% after initial surgery. Avulsion alone had significantly higher recurrence odds compared to avulsion combined with chemical matricectomy, which had the lowest recurrence.²⁰ The lesson is the same as for adults: simply pulling the nail out without addressing the matrix is a temporary fix. If a child or teenager needs a procedure, combining avulsion with matrix destruction gives the best shot at a permanent result.

Conservative methods tailored to young patients, such as cutting a small wedge from the nail and applying tamponade along with orthonyxia (corrective nail devices), can also resolve even moderately severe cases quickly and safely.²¹ For parents, the takeaway is that surgery is not the first stop for a child with an ingrown toenail, but if conservative measures fail, a proper procedure with matricectomy is preferable to repeated simple avulsions.

CO2 Laser Ablation

Carbon dioxide lasers offer another way to destroy the nail matrix, combining the cutting and cauterizing steps into one tool. The laser vaporizes the matrix tissue precisely while simultaneously sealing blood vessels, which means less bleeding during and after the procedure. A study on recurrent ingrown toenails treated with CO2 laser found that all wounds healed in about three weeks, with no postoperative infections or prolonged drainage.²² Other clinical reports have echoed the advantages of good hemostasis and clean incision margins.²³

The meta-analysis mentioned earlier did not find that laser or electrocautery approaches were clearly superior to standard chemical or surgical methods in terms of recurrence.⁷ Laser equipment is expensive, which makes the procedure costlier and less available. It may be a good option when a practitioner has the equipment and the patient has recurrent disease that has not responded to standard approaches, but for most people, phenol or surgical matricectomy accomplishes the same goal at lower cost.

How Quality of Life Changes Afterward

It is easy to dismiss an ingrown toenail as a trivial problem, but chronic or recurrent cases affect daily life more than people expect. Pain with every step, difficulty wearing normal shoes, anxiety about the toe getting bumped, and recurring infections add up. In older adults, the impact is even more pronounced because foot pain directly affects mobility and independence. A study of aged patients who underwent chemical nail surgery found measurably improved quality of life scores after the procedure, reflecting reduced pain and better function.²⁴

If you have been putting off treatment because the problem feels too minor to bother with, consider how much mental space it actually occupies. A 20-minute office procedure with a week or two of mild inconvenience is a reasonable trade for years of recurring episodes.

Preventing Recurrence After Any Treatment

Even after a permanent procedure, recurrence is possible in a small percentage of cases. Reducing that risk comes down to addressing the modifiable factors identified in the research: trim nails straight across rather than rounding the corners, keep feet clean and dry, treat fungal infections promptly, and wear shoes that do not compress the toes.¹ If you tend toward sweaty feet, moisture-wicking socks and antifungal powder can help. Managing body weight, while obviously beneficial for many other reasons, also appeared as an independent risk factor in the data.

For people with pincer nails or structural deformities, periodic visits to a podiatrist for professional nail care can catch early signs of recurrence before they become painful again. The goal after a permanent procedure is not to obsess over the toe but to eliminate the habits that contributed to the problem in the first place.