Skin Booster



TEOSYAL PURESENSE REDENSITY [I]: SKIN REDENSIFIER & GLOW ENHANCER

Age, stress, hormonal imbalance (post-birth, menopause etc) as well as sun, tobacco and an unhealthy lifestyle are all factors involved in skin aging.
With time, lines develop, complexion turns dull, the skin texture becomes uneven and wrinkles appear.
All these changes create dark areas on the face and the skin gradually loses its glow and becomes dry, thin and fragile.


Young Skin Aged Skin

Loss of hyaluronic acid and excessive oxidative stress are the main reasons of skin aging:

Hyaluronic acid is an essential skin component. It acts like a sponge that retains water and keeps the skin moisturized, plumped and healthy.

As far as oxidative stress is concerned, the balance between detoxifying molecules (antioxidants) and toxic elements (oxidants) can be disturbed by many external factors. The excess of oxidants attacks the skin decreasing its elasticity and tonicity.

Thanks to TEOXANE Laboratories and TEOSYAL® PureSense Redensity [I], it is now possible to restore this balance by adequately nourishing the skin from within.


TEOSYAL® PureSense Redensity [I] is a unique hyaluronic acid-based skin enhancer which prevents premature skin aging, restores skin density and maintains skin glow.

AN EXCLUSIVE FORMULA DESIGNED FROM A RIGOROUS SELECTION OF NONALLERGENIC INGREDIENTS:
HYALURONIC ACID, DERMO-RESTRUCTURING COMPLEX & LIDOCAINE


THE DERMO-RESTRUCTURING COMPLEX TO REGAIN ENERGY IN THE DERMIS

TEOSYAL® PureSense Redensity [I] Dermo-Restructuring Complex combines natural components
all synergically involved in redensifying the dermis and providing antioxidant protection: 3 potent antioxidants, 2 minerals, 1 vitamin and 8 amino acids.

The Patented Dermo-Restructuring Complex induces:

- The restructuration of the dermis and a cellular regeneration: + 98% of collagen-IV2 and + 26% of fibrillin-12
- A strong improvement of the cutaneous hydration: 15 times more acidic GAGs2 in the epidermis
- An antioxidant protection: - 28% of the photo-induced oxidative stress