CHOLLEY PHYTOBIOTECH Hydrating & Firming Satin Balm for all skin types

Hydrating & Firming Face Balm (Anti-Glycation Formula)
50 ml – Ref. 1015V / 150 ml – Ref. 1015K

CHOLLEY PHYTOBIOTECH Satin Balm is an Advanced Technology Balm specifically developed for the problem of aging associated with Glycation of the skin’s support fibers. Three major degenerative processes of aging are:

Inflammation
Oxidation
Glycation

These processes are closely interlinked through a vicious cycle. CHOLLEY PHYTOBIOTECH Satin Balm helps to fight oxidation and inflammation, protecting the skin against glycation.

BENEFITS

Anti-glycating, firming, & smoothing action
Detoxifying & clearing (de-yellowing) effects
Antioxidant action
Soothing anti-inflammatory action
Intensely emollient & skin conditioning
Hydrating & film forming action
Advanced conservation technology with no parabens

Paraben, allergen, and colorant free.
Dermatologically and clinically tested.

RECOMMENDED USE

CHOLLEY PHYTOBIOTECH Satin Balm is recommended for:

Anti-aging & firming treatments
Skin de-yellowing treatments

For best results, in the morning and evening, after complete cleansing apply CHOLLEY PHYTOBIOTECH Satin Balm to the face, neck, and décolleté. Massage lightly to help absorb the product.

CHOLLEY PHYTOBIOTECH Satin Balm, works in great synergy with CHOLLEY PHYTOBIOTECH Satin ACE Cream. You can apply CHOLLEY PHYTOBIOTECH Satin Balm in the evening and CHOLLEY PHYTOBIOTECH Satin ACE Cream in the morning as a defense system against the degenerative aging cycle of : Inflammation – Oxidation – Glycation.

SKIN TYPES

For all skin types.

SUPER PREMIUM ANTI-GLYCATION BALM

What is Glycation? Glycation is a spontaneous natural reaction resulting from the attachment of circulating blood sugars to proteins of the body. It causes the formation of harmful compounds called AGEs (Advanced Glycation End-products).

In the skin it affects the dermal proteins, especially collagen and elastin fibers, causing these reticulated fibers to lose their firmness and elasticity. As a result the skin sags and wrinkles form. Glycation also affects intracellular proteins, disrupting their metabolic activities. It causes an alteration of the complexion, leading to the yellowing of the skin and the formation of brown age- spots.

Glycated proteins are susceptible to oxidation and generate Reactive Oxygen Species (ROS= free radicals) that are very damaging to the skin. The skin has no defense system against glycation, for this reason it was long considered an irreversible process.

The discovery of a new molecule, Arginine PCA, with significant de-glycation action now offers new opportunities to fight and reverse this aging process.