
Vitiligo Treatment

Vitiligo Treatment
Blog FAQs
Leukotrichia means white hair caused by pigment loss within hair follicles. In vitiligo, autoimmune activity can damage the melanocytes responsible for producing hair colour.
Sometimes, partial pigmentation may return. However, complete hair colour restoration is unpredictable, particularly when follicular pigment cells have been extensively damaged.
Have you noticed white hair growing inside a vitiligo patch?
Perhaps the skin around your eyebrows, beard or scalp has lost colour. Now, the hair in that area is turning white, too.
This condition is called leukotrichia.
White hair in vitiligo can be more difficult to treat than white skin patches alone. However, newer surgical techniques offer options for selected patients.
At Care Well Medical Centre in Delhi, Dr. Sandeep Bhasin emphasises evaluating disease activity, pigment loss and treatment suitability before considering surgery.
This article explains why vitiligo affects hair colour, which treatments may help and what to expect from melanocyte transplantation.
Leukotrichia means white or depigmented hair.
In vitiligo, it develops when the pigment-producing cells associated with hair follicles lose their ability to produce melanin.
Melanin gives our skin and hair their natural colour.
When vitiligo affects these cells, hair growing within a white patch may also become white.
Leukotrichia can affect:
Unlike ordinary age-related greying, leukotrichia often appears in a distinct patch.
It may affect only a few hairs or an entire group of follicles.
Vitiligo is primarily an autoimmune condition.
The immune system mistakenly attacks melanocytes, the cells responsible for producing pigment.
These cells exist in both skin and hair follicles.
Hair follicles also contain melanocyte stem cells, which help replenish pigment-producing cells.
When vitiligo damages this pigment system, the follicle may begin producing white hair.
Sometimes, skin loses colour first.
In other cases, hair whitening becomes noticeable before extensive skin depigmentation.
Researchers believe autoimmune inflammation and oxidative stress contribute to this process.
However, the exact severity varies between individuals.
Not necessarily. Leukotrichia does not automatically mean vitiligo is spreading throughout the body.
However, it may indicate deeper involvement of the pigment-producing cells.
Normally, melanocytes inside hair follicles can help restore colour to surrounding skin.
When these cells become depleted, natural repigmentation becomes more difficult.
This explains why vitiligo patches containing white hair often respond less favourably to conventional treatment.
Still, the presence of leukotrichia does not mean every treatment will fail.
The response depends on disease type, location and remaining melanocyte activity.
White hair caused by vitiligo can occasionally regain pigment, but complete colour restoration is difficult to predict.
Some patients develop partial hair repigmentation after medical or surgical treatment.
Others experience improvement in skin colour while the hair remains white.
This difference matters.
Skin repigmentation and hair repigmentation involve related but distinct biological processes.
A treatment that restores colour to the skin may not restore functioning pigment cells inside the hair bulb.
Therefore, patients should avoid treatments promising guaranteed reversal of leukotrichia.
A dermatologist usually begins with a detailed examination.
The doctor checks the distribution of white hair and surrounding skin changes.
Important questions include:
A Wood's lamp may help identify surrounding skin depigmentation.
Dermoscopy can provide a closer view of the affected hair and skin.
Not every patch of white hair indicates vitiligo. Other inflammatory, genetic or hair-related conditions may produce similar changes.
Treatment depends on disease activity and the degree of follicular pigment loss.
Doctors may consider:
The first goal is often to control active vitiligo.
Once the disease becomes stable, surgical repigmentation may be considered for resistant areas.
Topical medicines help some patients with skin vitiligo.
Common options include corticosteroids and calcineurin inhibitors such as tacrolimus.
These medicines reduce inflammatory or immune activity affecting melanocytes.
They may encourage skin repigmentation when functioning pigment cells remain.
However, their effectiveness for established white hair is much less predictable.
If the follicular melanocyte reservoir has suffered extensive damage, topical treatment alone may not restore hair colour.
Doctors therefore assess both skin and hair response separately.
Prescription medicines should only be used under appropriate medical supervision.
Phototherapy uses controlled ultraviolet light to encourage repigmentation.
Common approaches include narrowband UVB and targeted excimer treatment.
These therapies can help restore skin colour in selected patients.
However, leukotrichia often responds less effectively because the follicular pigment reservoir may already be depleted.
Even when surrounding skin becomes darker, white hairs can remain unchanged.
Phototherapy may still be valuable when treating other vitiligo patches.
The doctor should explain whether the goal is skin repigmentation, hair repigmentation or disease control.
JAK inhibitors are newer medicines being studied and used for certain forms of vitiligo.
Ruxolitinib cream, for example, has US FDA approval for eligible patients aged 12 and older with non-segmental vitiligo.
Clinical trials have shown improvements in skin pigmentation.
However, these results should not be interpreted as proof that white hair will regain its natural colour.
Strong clinical evidence specifically demonstrating reliable leukotrichia reversal remains limited.
Treatment selection also depends on the patient's age, disease type, safety considerations and local regulatory approval.
Melanocyte transplantation is a surgical technique used for selected stable vitiligo patches.
The procedure transfers healthy pigment-producing cells from normally pigmented skin to the affected area.
One commonly used approach is non-cultured epidermal cell suspension, also called NCES.
During treatment, the surgeon:
The transferred melanocytes may gradually restore colour to the skin.
However, melanocyte transplantation primarily targets skin repigmentation.
It does not reliably restore the colour of existing white hair.
Hair follicle transplantation is another option for selected patients with stable vitiligo.
Unlike epidermal cell transplantation, this approach transfers intact pigmented hair follicles.
These follicles contain pigment-producing cells and associated cellular reservoirs.
The technique may be considered for white hair affecting the scalp, eyebrows, beard or moustache.
A surgeon may use follicular unit extraction, commonly called FUE, to collect healthy follicular units.
The follicles are then transplanted into the affected area.
This approach may support both hair and surrounding skin pigmentation.
However, results vary, and complete reversal of existing white hair is not guaranteed.
Both techniques aim to improve pigmentation, but their treatment targets differ.

Not necessarily. It may indicate deeper involvement of pigment cells but does not automatically mean the disease is spreading.
Melanocyte transplantation primarily restores skin pigment. Some hair repigmentation has been reported, but existing white hair may remain unchanged.
It may help selected patients with stable vitiligo affecting hair-bearing areas. Results depend on the location, technique and disease characteristics.
Phototherapy can improve surrounding skin pigmentation, but established leukotrichia often responds poorly.
Ruxolitinib can improve skin repigmentation in eligible patients with non-segmental vitiligo. Evidence for reliable restoration of white hair remains insufficient.
Medical treatments are generally non-surgical. Transplantation requires anaesthesia and may cause temporary discomfort during healing.
Yes. Vitiligo-related white hair can affect eyebrows, eyelashes, beard hair and scalp hair.
Patients can consult Dr. Sandeep Bhasin at Care Well Medical Centre, Delhi, for evaluation of vitiligo-associated white hair and discussion of appropriate medical or surgical options.
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The best technique depends on the affected area, treatment history and patient expectations.
Some complex cases may require a combined or staged approach.
Yes. Some specialists use cells obtained from the outer root sheath of healthy hair follicles.
This tissue contains cells involved in maintaining pigmentation.
The collected cells are processed and transferred to vitiligo-affected skin.
Research suggests this approach can support repigmentation.
However, results for white hair itself remain variable.
A randomised trial comparing hair follicle cell suspension with epidermal cell suspension found skin repigmentation in both groups.
Hair repigmentation was much more limited.
This reinforces the importance of setting realistic expectations before surgery.
Surgery generally works best when vitiligo is stable.
The doctor evaluates whether:
Doctors also consider the possibility of the Koebner phenomenon, where skin injury triggers new vitiligo.
Surgery is generally postponed when the disease remains active.
Stability requirements can vary with the procedure and clinical circumstances.
There is no single treatment timeline.
Medical treatment may require several months before noticeable improvement appears.
Following transplantation, skin repigmentation can develop gradually over several months.
Hair repigmentation may take longer, remain incomplete or fail to occur.
Follow-up appointments help doctors assess pigment changes and healing.
Patients should understand that successful skin pigmentation does not necessarily mean successful hair pigmentation.
No particular diet or supplement has been proven to reliably reverse leukotrichia.
A balanced diet supports overall health.
Correcting nutritional deficiencies may also help when deficiencies are present.
However, vitamin B12, folate, antioxidants and herbal supplements cannot replace destroyed follicular melanocytes.
Be cautious about products promising to turn vitiligo-related white hair black permanently.
Treatment decisions should rely on medical examination and available evidence.
Results depend on the underlying disease and treatment used.
Surgical repigmentation may produce lasting improvement in appropriately selected stable patches.
However, vitiligo can recur.
New depigmented patches may also develop elsewhere.
Even after successful skin repigmentation, some white hairs may remain.
Regular follow-up and appropriate management of disease activity remain important.
White hair in vitiligo requires careful assessment because it may indicate deeper loss of follicular pigment cells.
At Care Well Medical Centre in Delhi, Dr. Sandeep Bhasin evaluates the condition, stability and previous treatment response before discussing suitable options.
Assessment may include:
Selected stable cases may be evaluated for surgical repigmentation techniques, including melanocyte transplantation or follicular approaches.
Patients seeking vitiligo treatment in Delhi should receive an individual treatment plan rather than promises of guaranteed hair colour restoration.
White hair in vitiligo, also called leukotrichia, develops when pigment-producing cells inside hair follicles become affected.
It can make treatment more challenging, particularly when the follicular melanocyte reservoir is depleted.
Topical medicines and phototherapy may help surrounding skin, but established white hair often responds less predictably.
For selected stable cases, melanocyte transplantation and hair follicle transplantation may offer additional options.
However, no treatment can guarantee complete restoration of natural hair colour.
If white hair is developing inside your vitiligo patches, consult Dr. Sandeep Bhasin at Care Well Medical Centre, Delhi, for an individual assessment.