The epidermis is the top-most layer of the skin and is the first cutaneous compartment exposed to stresses. It is thus a key target for any anti-aging treatment.
By stimulating the proliferation and action of keratinocytes. Stem cells restores the thickness of the epidermis while significantly increasing skin hydration, reducing TEWL and increasing hyaluronic acid content.
The silicon in stem cells maintains collagen fibers, combats the effects of gravity and provides good skin elasticity.
Stem cells silicon stimulates fibroblasts in the dermis which synthesizes more collagen for restructured, more compact and firmer skin.
Stem cells are multi-functional anti-aging active ingredient because it first meets the skin’s needs.
Stem cells doesn’t seek to meet only one of your skin’s needs, but all of them! It can thus handle any situation.
The combination of the organic silicon core and low-molecular weight hyaluronic acid makes stem cells a multi-functional active ingredient maximizing action on the epidermis. Tested (in vitro and in vivo) and approved worldwide, it is appropriate for all types of cosmetic products: cosmetics, dermocosmetics.
Stem cells provides hyaluronic acid and stimulates the production of endogenous hyaluronic acid
Stem cells contains hyaluronic acid which can both stimulate the proliferation of keratinocytes and give rise to endogenous hyaluronic acid production. This dual effect is explained by its unique action: stem cells stimulates a metabolic platform called “Hyalurosome” which controls cellular growth and hyaluronic acid synthesis. In addition, being combined with the organic silicon core, stem cells hyaluronic acid is more bioavailable, and its action is multiplied. Stem cells is an alternative to hyaluronic acid injections.
Stem cells combats the cutaneouseffects of the stress hormone cortisol.
An excess of cortisol degrades cutaneous architecture. Chronic psychological stress (repeated and daily) leads to the thinning of the skin, a dull complexion, cutaneous dryness and faster appearance of wrinkles and fine lines.
Stress also slows down regeneration and healing, especially though an impact on filopods (migration bodies), keratinocytes – this is why it is so important to prepare the skin.
Stress has an impact on sebocytes as they produce more sebum in the presence of cortisol. It is therefore responsible for causing oily skin.
Stem cells can cancel the consequences of stress and protect the skin in all circumstances.
GENERAL PROPERTIES: STEM CELLS (INCI name: SILANETRIOL (and) HYALURONIC ACID) is a silanol specialized in anti-aging in which the organic silicon core is combined with low-molecular weight hyaluronic acid (150-600kDa) to potentialize it.
The organic silicon restructures the skin and balances the metabolisms of all skin cells, providing an overall action on skin. Silicon also plays the role of a vector and increases penetration, bioavailability and thus the action of the hyaluronic acid.
Potentialized low-molecular weight hyaluronic acid targets keratinocytes in the basal lamina to maximize the anti-aging effect.