PENTAVITIN® is a biotechnological complex of plant carbohydrates that provides instant deep hydration, improves the hydration of epidermal cells and creates a long-term barrier for the skin, preventing moisture loss. The composition of the component is very similar to the carbohydrate fraction of the stratum corneum of the epidermis, so it can quickly bind to the free amino groups of keratin, bind and retain moisture in the stratum corneum for a long time. The moisturizing effect lasts for 72 hours after the first application! Clinical reviews confirm the exceptional effectiveness of PENTAVITIN®, which provides more than 50% improvement in skin smoothness and softness, and reduces exfoliation and itching after just two weeks of use.
IDEALIFT® is an elastin-stimulating dipeptide linked to the lipid chain to increase bioavailability. It effectively combats sagging skin and gravitational ptosis by activating elastin synthesis in fibroblasts, strengthening connective tissue structure, and correcting normal mature elastin functioning by synthesizing various molecules necessary for the correct architecture of elastic fibers. Under the influence of IDEALIFT the skin’s resistance to sagging is repeatedly increased. The area of skin sagging is reduced by 24% after one month of application.
HIGH MOLECULAR HYALURONIC ACID has a high degree of hygroscopicity. Distributed evenly over the surface of the skin, hyaluronic acid forms a light film that actively “captures” and retains moisture from the air. The film has acidic properties, which prevents the reproduction of bacteria, but also creates a moist environment to improve metabolic cell processes. Thus, high molecular weight hyaluronic acid has an excellent moisturizing, moisture retaining and smoothing effect on the skin surface.
LOW MOLECULAR HYALURONIC ACID has a remarkable ability to bind and retain 200-500 molecules of water due to hydrogen bonds. The small size of the molecule allows hyaluronic acid to penetrate into the deeper layers of the epidermis – this creates a stimulating effect on the basal layer of the epidermis and affects the dermal matrix. Low-molecular form of hyaluronic acid affects the expression of many genes, including those responsible for differentiation of keratinocytes, and induces fibroblast to synthesize new intercellular compounds, production of which decreases with age, first of all it is collagen type 1 and own hyaluronic acid. Hyaluronic acid helps protect cells from free-radical damage.
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