



Function & Mode of Action
The condition of the dermis determines the elasticity and firmness of our skin. Normally, active ingredients cannot penetrate into the dermis. However, a completely new strategy is pursued with sNGF creams: cell communication.
Cell Communication
In the mode of action, communication between the outer and inner layers of the skin is utilized, that is, the communication of cells of the epidermis (outer layer) with the cells of the dermis (inner layer). Growth factors are important for the formation of new collagen and elastin. Keratinocytes (horn cells of the upper skin layer) are stimulated to produce and release messenger molecules such as growth factors and cytokines. The messenger molecules then penetrate from the epidermis (outer layer) into the dermis (inner layer). They reach the fibroblasts, where they bind to specific receptors on the cell surface and then transmit the signal for the formation of new collagen and elastin to the cell nuclei.
Matrikines
Are a new generation of peptides that act as messengers in the skin's own repair processes. They stimulate tissue renewal and promote the neosynthesis of the extracellular matrix to repair age-related skin damage and achieve a visible anti-aging effect.
Antioxidants
A combination of various derivatives of vitamins A, C, and E. The encapsulation of vitamins allows them to penetrate deeper into the skin and unfold their effectiveness there. Vitamin A promotes skin enzyme activity and increases its collagen content. Vitamin E and C are an effective combination that acts as free radical scavengers and thus prevent skin aging as a result of UV radiation.
The sNGF-creams contain additional effective ingredients such as hyaluronic acid (high molecular and low molecular weight), important for the moisture content in the skin. In addition, high-quality anti-aging oils and anti-aging extracts are also used.