Fair Complexion Serum is the perfect complement to Brightening Day and Night Cream
Brightening booster supports directional lightening of hyperpigmentation (age spots) and provides a uniform, flawless complexion
Fair Complexion Serum contains Hexyl Resorcinol, a highly effective brightening ingredient with anti-aging properties
The anti-aging effect is explained by the stimulation of the synthesis of collagen and elastin by the active ingredients of the drug. In addition to hexylresorcinol, the preparation contains a natural complex of phytic acid and mulberry extract (mulberry tree), which not only help lighten the skin, but also correct age spots.
This complex inhibits tyrosinase. Phytic acid stimulates cell regeneration and helps to remove dead skin cells with a high melanin content, while new cells with a lower melanin content are able to reach the skin surface.
Low and high molecular weight HA intensely moisturizes the skin and instantly smoothes wrinkles caused by dryness. With regular use (at least 8 weeks), skin tone is softened gently and age spots are lightened.
Active Ingredients:
Hexylresorcinol is a highly effective active ingredient, a powerful tyrosinase inhibitor, which has been proven to brighten the skin by 37% for 8 weeks. In addition, hexylresorcinol has a clinically proven anti-aging effect.
A complex of mulberry tree extract and sodium phytate - mulberry extract and phytic acid inhibit tyrosinase. Phytic acid also stimulates cell regeneration. All dead skin cells (with a higher melanin content) exfoliate, while new cells (with a significantly lower melanin content) freely reach the skin surface.
Low and high molecular weight hyaluronic acid - intensively moisturizes and retains moisture.
Saccharide isomerate - a moisturizing ingredient derived from natural sugar; firmly binds to keratin of the skin and leads to optimal skin hydration, thanks to its very good moisture-binding property.
Method of application : it is applied daily in the morning and in the evening before a cream, excluding the orbital region.