Sesderma Hidraderm Hyal Lipossomal Serum

Indicated for skin naturally dehydrated or whose dehydration is induced by dermatological treatments (e.g. corticosteroids, retinoids, etc) or for cancer treatments (such as quimio and radiotherapy).

This serum is innovative as a liposomal hyaluronic acid which incorporates in Liposomes, since it uses the original molecule and not their precursors N-acetyl-D-gluco-and D-Glucuronic Acid samina. This is possible due to nanotechnology developed by Sesderma Laboratory, which allows you to encapsulate active molecules in analog cellular constituents vesicles.

Intensive moisturizing and anti-aging treatment

The sérum liposomal Hidraderm Hyal is formulated with three types of hyaluronic acid, to a multi-layer exceptional hydration:

• Free hyaluronic acid high molecular weight (1,590,000 > Da), operates in the top layers of skin and exerts a protective filmógeno effect of the stratum corneum, transepidermal loss of water by avoiding. Its moisturizing effect is immediate and leaves skin comfortable and soft to the touch.
• Low molecular weight Hyaluronic Acid (250,000-450,000 Da), encapsulated in Liposomes, achieves a penetration into the skin, for an effect of water retention and mitigation of expression lines.
• Hyaluronic acid of very low molecular weight (< 100,000 Da), encapsulated in liposomes can penetrate deep into the skin, for a efecito and hydrating long lasting filler.

It also includes liposomes of Retinol and Retinaldehído that act synergistically with hyaluronic acid, stimulating the synthesis of own hyaluronic, boosting its moisturizing power.

Hyal Hidraderm is a complete line of intensive care moisturizers, developed with a multilayer technology of hyaluronic acid encapsulated from different molecular weights, which allows many different hydration of cutaneous layers.

Composition: Hyaluronic acid, Ceramides, essential Fatty Acids, Fitoesfingosina and Liposomes of retinol and retinaldehido at low concentrations which ensure high tolerance and allow its use throughout the year.