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Pigmentary Physician Reviewed

Hyperpigmentation — even-toned skin, guided by dermatologists

The most common pigmentary concern in Indian skin, decoded and treated with precision depigmenting protocols at DermaVue's 7 clinics across Kerala & Tamil Nadu.

Dark Spots Post-Inflammatory Hyperpigmentation PIH Skin Darkening Uneven Skin Tone
Affects Face, Neck, Hands, Body
Age Group 15 – 60 years
Contagious No
Treatment 4 – 8 sessions
Consultation ₹300
At a Glance
0%+
of Indian adults affected by some form of hyperpigmentation
0%
treatment response rate with combination depigmenting protocols
0%+
DermaVue patient satisfaction across 7,400+ reviews
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7 clinics · Kerala & Tamil Nadu · ₹300 consultation

What Is It

Understanding Hyperpigmentation

Reviewed by Dr. Minu Liz Mathew, MBBS MD DVL — February 2026

Hyperpigmentation is when patches of skin become darker than the surrounding area. This happens because your skin produces too much melanin — the pigment that gives skin its colour. It isn't a disease in itself but a response to triggers like sun exposure, inflammation, hormonal changes, or injury. In Indian skin (Fitzpatrick IV–VI), melanocytes are more reactive, making hyperpigmentation significantly more common and persistent than in lighter skin types. The good news: with the right combination of prescription depigmenting agents, in-clinic procedures, and rigorous sun protection, most hyperpigmentation responds well to treatment. DermaVue dermatologists design protocols matched to your Fitzpatrick phototype, cause of pigmentation, and depth of melanin deposits.

Hyperpigmentation refers to localised or diffuse darkening of skin due to increased melanin synthesis and/or melanin deposition within the epidermis or dermis. Pathophysiology involves upregulation of tyrosinase activity, increased melanosome transfer to keratinocytes, and/or dermal melanin incontinence following basal layer disruption. In post-inflammatory hyperpigmentation (PIH), inflammatory mediators (prostaglandins, leukotrienes, IL-1, TNF-α) stimulate melanocyte hyperactivity and melanosome dispersion. Epidermal pigmentation responds well to topical depigmenting agents (hydroquinone, azelaic acid, arbutin, kojic acid) and superficial peels, while dermal melanosis requires laser-based interventions targeting melanophages. Indian Fitzpatrick IV–VI phototypes demonstrate constitutively higher melanocyte reactivity and are predisposed to both epidermal and mixed-type hyperpigmentation, necessitating cautious treatment parameters to avoid paradoxical post-procedural darkening.[1]

M
Dr. Minu Liz Mathew, MBBS MD DVL
Consultant Dermatologist · RealSelf Recognised · DermaVue Kochi
Last reviewed: February 2026
Signs & Symptoms

What does Hyperpigmentation look like?

Symptoms range widely in severity. Identifying which type you have determines the right treatment.

Flat Dark Patches
Well-demarcated flat brown or dark brown patches on sun-exposed areas — the hallmark of epidermal hyperpigmentation. Common on cheeks, forehead, and dorsum of hands.
Mild
Freckle-Like Spots
Scattered small dark spots (solar lentigines) on face, arms, and hands after cumulative sun exposure. More pronounced in outdoor workers.
Mild
Post-Acne Dark Marks
Flat brown-to-black marks persisting at sites of healed acne, insect bites, or other inflammatory lesions. Extremely common in Indian skin and can last months without treatment.
Moderate
Under-Eye Darkening
Periorbital hyperpigmentation — dark circles caused by thin skin, dermal melanin deposition, and vascular prominence. Multifactorial in Indian skin.
Moderate
Uneven Skin Tone
Blotchy or mottled appearance with irregular colour distribution across face or body. Often worsened by inconsistent sun protection.
Moderate
Lip Darkening
Darkening of lips and perioral area — triggered by UV exposure, smoking, lip-licking dermatitis, or allergic contact dermatitis to cosmetics.
Mod. Severe
Deep Dermal Pigmentation
Blue-grey discolouration indicating melanin trapped in dermis (dermal melanosis). Harder to treat, requires laser-based approaches.
Mod. Severe
Extensive Body Darkening
Widespread darkening affecting neck folds (acanthosis), knuckles, elbows, axillae — may indicate insulin resistance, hormonal imbalance, or drug-induced pigmentation requiring systemic evaluation.
Severe
Root Causes

What actually causes Hyperpigmentation?

Multiple factors act together — understanding them helps prevent recurrence after treatment.

Sun Exposure in Kerala
Kerala receives intense UV radiation year-round due to its equatorial latitude. Chronic unprotected sun exposure is the single most common trigger for hyperpigmentation in Indian skin — stimulating tyrosinase activity and melanin overproduction even through cloud cover.
Post-Inflammatory Hyperpigmentation
Any inflammation — acne, eczema, burns, waxing injuries, laser over-treatment — triggers melanocyte hyperactivity in Fitzpatrick IV–VI skin. The darker your baseline skin tone, the more pronounced and persistent the PIH.
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Hormonal Changes
Oestrogen and progesterone stimulate melanogenesis — pregnancy (linea nigra, areolar darkening), oral contraceptives, and PCOD are common hormonal triggers. Closely related to melasma but can present as diffuse darkening.
💊
Medications & Topical Steroids
Minocycline, amiodarone, antimalarials, and chemotherapy agents cause drug-induced pigmentation. Topical steroid misuse — rampant in India — causes steroid-dependent perioral and facial darkening.
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Fitzpatrick IV–VI Skin Biology
Indian skin has larger, more active melanosomes with slower degradation. Melanocytes respond more vigorously to stimuli, producing more melanin and transferring it more efficiently to keratinocytes — making hyperpigmentation inherently more common and persistent.
Friction & Mechanical Trauma
Repeated friction from tight clothing, aggressive scrubbing, waxing, and threading causes frictional melanosis — darkening along bra straps, waistband, inner thighs, and threading zones. Often overlooked as a cause.
Who gets hyperpigmentation in India?
  • 40%+ of Indian adults report some form of hyperpigmentation — the most common pigmentary complaint in dermatology clinics
  • Fitzpatrick IV–VI skin is inherently predisposed due to higher melanocyte reactivity and larger melanosome complexes
  • Women 20–45 years disproportionately affected due to hormonal triggers (pregnancy, OCP, PCOD) compounding UV-driven pigmentation
  • Kerala's tropical UV index (8–11 year-round) makes consistent sun protection essential — yet compliance remains low
  • Post-acne PIH is the #1 reason Indian patients seek depigmenting treatment — marks persist 6–24 months without intervention
Diagnosis Process

What happens at your DermaVue consultation?

A structured clinical assessment — not a quick glance and a prescription pad. Here's exactly what to expect.

01
Wood's Lamp Examination
UV-based Wood's lamp differentiates epidermal melanin (enhanced fluorescence) from dermal melanin (no enhancement) — critical for predicting treatment response. Epidermal pigmentation responds faster to topicals.
02
Dermoscopy & Clinical Photography
Polarised dermoscopy evaluates pigment pattern, depth, and distribution. High-resolution baseline photography enables objective tracking of treatment response across sessions.
03
Cause Identification
Detailed history — UV exposure habits, inflammatory skin conditions, medications, hormonal status, cosmetic use, and friction sources — to pinpoint the primary trigger and any ongoing aggravating factors.
04
Hormonal & Metabolic Screening
For suspected hormonal or metabolic causes: thyroid function, fasting insulin/HOMA-IR (acanthosis nigricans), LH/FSH ratio, serum cortisol. Drug history reviewed for pigmentation-inducing medications.
05
Personalised Depigmenting Protocol
A written treatment plan combining topical depigmenting agents, in-clinic procedures (peels, laser), sun protection strategy, and maintenance — tailored to pigment depth, Fitzpatrick phototype, and cause.
Available at DermaVue

Hyperpigmentation treatments we offer

All procedures by board-certified MD DVL dermatologists. US-FDA approved equipment. No technician-only protocols — ever.

Chemical Peels
Glycolic, lactic, mandelic, and TCA peels accelerate epidermal turnover, disperse melanin clusters, and enhance penetration of topical depigmenting agents. Peel type and concentration matched to Fitzpatrick phototype to avoid rebound pigmentation.
Epidermal hyperpigmentation & PIH
Laser Toning (Q-Switched Nd:YAG)
Low-fluence 1064nm laser delivers sub-photothermolytic energy to fragment dermal melanin without epidermal damage. Safe for Indian skin when performed at correct parameters. Results build over 4–8 sessions.
Dermal pigmentation & resistant patches
Glutathione Therapy
Intravenous glutathione — a master antioxidant — inhibits tyrosinase, shifts melanogenesis from eumelanin (dark) to phaeomelanin (light), and reduces oxidative stress–driven pigmentation. Combined with vitamin C for synergistic effect.
Generalised skin brightening & diffuse darkening
Topical Depigmenting Agents
Prescription-grade formulations combining hydroquinone, tretinoin, azelaic acid, arbutin, kojic acid, or niacinamide — chosen by pigment depth, sensitivity, and prior treatment history. Compounded by dermatologist, not OTC.
Mild–moderate epidermal pigmentation
Microneedling + Depigmenting Serums
Controlled micro-channels enhance transdermal delivery of depigmenting actives (tranexamic acid, vitamin C, arbutin) directly into the pigmented dermis — improving efficacy 3–5x over topical application alone.
Mixed-depth pigmentation & PIH
PRP Skin Rejuvenation
Platelet-rich plasma growth factors regulate melanocyte function, reduce inflammation-driven melanogenesis, and accelerate skin renewal — particularly effective as adjunct to peels and laser in Indian skin.
Adjunct for stubborn pigmentation
Find Hyperpigmentation Treatment Near You
Treatment Journey

Your Hyperpigmentation treatment timeline

Results are gradual, progressive, and lasting with the right protocol.

Week 1
Consultation, Wood's lamp examination, dermoscopy & baseline photography. Cause identification complete. Labs ordered if hormonal trigger suspected.
Prescription depigmenting regimen starts. Sun protection protocol established. First chemical peel may be performed same visit.
Month 1
Topical depigmenting agents in active phase. Initial lightening of superficial epidermal pigmentation begins. Skin may show mild dryness or sensitivity — normal adaptation.
Second chemical peel session. Laser toning initiated if dermal component identified. Strict photoprotection reinforced.
Month 2–3
Visible lightening of dark patches — 40–60% improvement in epidermal pigmentation expected. Dermal pigmentation showing early response to laser toning.
Third to fourth peel or laser session. Topical protocol adjusted based on response. Glutathione sessions if generalised brightening desired.
Month 4–6
Significant improvement — 60–80% clearance for most epidermal and mixed-type pigmentation. Stubborn dermal patches continuing to respond to laser toning.
Maintenance protocol introduced — reduced frequency of in-clinic sessions. Transition to long-term topical maintenance regimen.
Month 6+
Sustained even skin tone with maintenance protocol. Relapse prevention through continued sun protection and periodic dermatologist review.
Quarterly maintenance peels recommended. Sun protection remains lifelong — critical in Kerala's UV environment. Rebound risk highest in first year if photoprotection lapses.
FAQ

Frequently asked questions about Hyperpigmentation

No, hyperpigmentation is not contagious. It cannot spread from person to person through contact. It is a pigmentary response of your own melanocytes to triggers like UV exposure, inflammation, or hormonal changes — not an infection. You cannot "catch" dark spots from someone else.

Indian skin (Fitzpatrick types IV–VI) has inherently more active melanocytes with larger melanosomes that produce melanin more readily in response to any stimulus — sun, inflammation, friction, or hormones. Combined with Kerala's year-round high UV index, this makes hyperpigmentation the single most common pigmentary complaint in Indian dermatology practice. The biology is not a flaw — it is your skin's natural protective response, but it often overshoots.

Epidermal (superficial) pigmentation typically shows visible improvement in 4–8 weeks with consistent treatment. Dermal (deep) pigmentation requires 3–6 months of laser toning sessions. Post-inflammatory marks from acne usually fade in 3–6 months with treatment versus 12–24 months if left untreated. The most important factor in treatment speed is strict daily sun protection — without SPF 50+ reapplied every 2–3 hours, treatment results will be undermined.

DermaVue consultation fee is ₹300 at most branches. Chemical peel sessions range ₹1,500–4,000 depending on peel type and concentration. Laser toning sessions start at ₹3,500–5,000 per session. Glutathione IV sessions are priced separately. Full treatment costs — including number of sessions needed — are discussed transparently at your first consultation based on pigment depth and area involved.

Sun protection is the single most important factor in both preventing and treating hyperpigmentation — but it must be done correctly. Use broad-spectrum SPF 50+ sunscreen, reapply every 2–3 hours (even indoors near windows), wear a wide-brimmed hat outdoors, and avoid peak UV hours (10 AM–4 PM). In Kerala's climate, UV penetrates cloud cover, so protection is needed daily — not just on sunny days. Sunscreen alone will not reverse existing pigmentation but without it, no treatment will deliver lasting results.

Recurrence is possible if the underlying trigger is not controlled. Sun-driven pigmentation will return without consistent photoprotection. Hormonal pigmentation may recur during pregnancy or OCP use. Post-inflammatory marks can recur with new acne or eczema flares. DermaVue designs maintenance protocols including long-term topical agents, quarterly maintenance peels, and rigorous sun protection to minimise relapse. Most patients maintain results long-term with adherence to maintenance.

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