Overview of Physiogel CREAM
Quick Facts
| Property | Description |
|---|---|
| Active Ingredient | Functional Lipid Complex (Ceramide 3, Squalane) |
| Form | CREAM (Topical Emulsion) |
| Pharmacological Class | Emollient and Skin Barrier Fortifier |
| Common Purpose | Relieves symptoms of dry and sensitive skin |
| Origin | Combination (Purified functional molecules and plant derivatives) |
What Functional Class Does Physiogel CREAM Belong To?
Physiogel CREAM is classified as a specialized Dermatological Emollient Preparation that functions as a sophisticated Skin Barrier Fortifier for topical application. This product is generally categorized as a multi-component topical emulsion, often commercially positioned for sensitive and very dry skin. Its primary function is to provide intensive moisture and structural support to a compromised dermal surface. This advanced emollient is recognized as essential for mitigating chronic issues associated with dryness and structural integrity.
What is the Primary Purpose of Physiogel CREAM?
The general purpose of Physiogel CREAM is to relieve and prevent the characteristic discomfort associated with both dry skin and sensitive skin by supporting the integrity of the natural moisture barrier. Skin conditions like xerosis, marked by persistent roughness and tightness, result from a depleted lipid barrier. By reinforcing this barrier, the cream promotes continuous Moisture Retention, which is essential for maintaining skin homeostasis. The formulation is intentionally developed to be Hypoallergenic and free of common irritants such as fragrances and colorants, ensuring its suitability for highly reactive skin.
What Key Components are in the Physiogel Lipid Complex?
Physiogel CREAM's composition is centered around its proprietary complex of Physiological Lipids. The core functional components include essential lipids such as Ceramide 3 (Ceramide NP), Squalane, and the humectant Glycerin. These components have direct physiological relevance to the skin's defense system. These lipids, such as ceramides, are critical building blocks for preventing moisture loss. The product utilizes BioMimic Technology to organize these components into a structure that closely mirrors the natural lamellar arrangement found in healthy skin. The final preparation is an Oil-in-Water Emulsion combining purified functional molecules with plant-derived compounds, such as Butyrospermum Parkii (Shea Butter).
