Serum Osmolight W+SPS 30ML
$93
W+SPS Corrector Serum
Thanks to a new patented skin potentiation system the home treatment delivers the benefits of NIACINAMIDE, OCTADECENEDIOIC ACID, PISUM SATIVUM EXTRACT & UNDECYLENOYL PHENYLALANINE to the right skin layers. They act in synergy to rebalance depigmentation and melanin synthesis at several different levels: on tyrosinase (the enzyme responsible for the synthesis of melanin from tyrosine), on an hormone causing melanin production in re- sponse to UV light, and on transfer of melanin to the superficial layers of the epidermis. The aim is to preserve the melanocytes while getting a progressive depigmentation, and thus re- duce the risks and trauma of the skin.
Out of stock
Description
W+SPS Corrector Serum
New generation of highly tolerant depigmentation & melanin rebalancing treatment without compromising skin’s integrity and powered by skin potentiation system (suitable for all types of skin)
- Accelerating depigmentation process.
- Controling melanin production.
- Reducing new brown spot development
Expect results based on patented active ingredients and scientific innovations.
All active ingredients are biotechnologically sourced out of nature, dermatologically tested as well as listed at the library of medicine from the national institutes of health (http://www. nlm.nih.gov).
NO: HYDROQUINONE, CORTICOID, KOJIC ACID, SALICYLIC ACID OR BENZOYL PEROXIDE. ONLY DIMETHYL ISOSORBIDE, NIACINAMIDE, OCTADECENEDIOIC ACID, OLEIC ACID
& UNDECYLENOYL PHENYLALANINE.
KEY INGREDIENTS
- NIACINAMIDE (vitamin B3) prevents the transfer of melanin to the surface layers of the skin and improves the complexion.
- OCTADECENEDIOIC ACID inhibits the production of tyrosinase (an enzyme involved in the synthesis of melanin) and also affects the transfer of melanin to the superficial layers of the skin.
- PISUM SATIVUM EXTRACT blocks melanogenesis and tyrosinase activity.
- UNDECYLENOYL PHENYLALANINE (a lipid phenylalanine derivative) has an antagonistic activity of the alpha-MSH hormone causing melanin synthesis in UV response stimuli.
