Collection: Hyperpigmeation

Hyperpigmentation occurs when melanocytes (pigment-producing cells) become overactive, producing excess melanin in response to various triggers.

What Causes Hyperpigmentation:
•    UV exposure: Primary trigger for melanin production
•    Hormonal changes: Pregnancy, contraceptives, HRT cause melasma
•    Inflammation: Acne, eczema, injuries leave dark marks (PIH)
•    Age: Cumulative sun damage creates age spots
•    Genetics: Some individuals are more prone to pigmentation

Types of Hyperpigmentation:
•    Melasma: Symmetrical brown patches, often on face
•    Post-inflammatory hyperpigmentation (PIH): Dark spots after skin trauma
•    Solar lentigines: Age spots from sun damage
•    Drug-induced: Certain medications increase photosensitivity

The Melanin Production Process: 

Tyrosinase enzyme converts tyrosine into melanin through a complex biochemical pathway. Successful treatment requires interrupting this process at multiple stages.

Leaf & Lab Solutions:

GlowLab targets pigmentation through multiple mechanisms. Alpha-arbutin (2%) is a proven tyrosinase inhibitor that specifically blocks melanin production without causing irritation. Niacinamide (5%) works differently by inhibiting melanosome transfer from melanocytes to surrounding skin cells.

Bidens Pilosa extract provides natural tyrosinase inhibition, while Kakadu plum delivers the highest natural concentration of vitamin C for collagen support and antioxidant protection. Ferulic acid doubles the photoprotective effect and stabilizes vitamin C for maximum efficacy.

Gentle lactic acid (1%) promotes cellular turnover to help fade existing pigmentation, while sea buckthorn oil provides 190+ bioactive compounds including rare omega-7 fatty acids for skin repair.