Mode of action

How NewMelan Works at the Cellular Level

NewMelan’s advanced depigmentation system targets the root cause of hyperpigmentation through a multi-pathway scientific mechanism designed exclusively for professional use.

KEY MECHANISMS

Tyrosinase Inhibition

NewMelan blocks the key enzyme tyrosinase, which is responsible for initiating the melanin synthesis pathway. By suppressing tyrosinase activity, the formula prevents excessive pigment formation at its earliest stage.

Oxidation Inhibition

NewMelan reduces oxidative reactions within melanocytes that darken melanin and intensify hyperpigmented areas. This helps stabilize pigment and prevent new darkening during treatment.

Interference of Melanin Transfer

NewMelan interferes with the migration of melanin from melanocytes to keratinocytes. By limiting melanosome transfer, NewMelan promotes a more even distribution of pigment and supports a balanced skin tone.

Multi-Stage Depigmentation Approach

NewMelan integrates multiple scientific pathways simultaneously to deliver fast and clinically reliable results:

Enzyme suppression
Oxidative melanin control
Inhibition of pigment transfer
Controlled epidermal renewal
Dermatological-level penetration

Each mechanism works synergistically to target hyperpigmentation at every stage.

Clinically Proven Outcomes

The NewMelan protocol has shown consistent improvement across multiple clinical cases, including melasma, post-inflammatory hyperpigmentation, underarm darkening, intimate areas, and localized pigmentation disorders.