Active ingredient manufacturer Mibelle Biochemistry has unveiled “EpiSnow”, a new active ingredient for skin rejuvenation. The biotechnologically derived ingredient is based on so-called snow algae from high-altitude and polar regions, which grow under extreme environmental conditions such as intense UV radiation and low temperatures. According to the company, EpiSnow is designed to alleviate seven signs and mechanisms of skin ageing and support skin vitality. These mechanisms include supporting cellular metabolism, activating cellular energy systems and promoting collagen formation.

The power of nature from polar regions

In studies, the active ingredient has demonstrated a reduction in age-related cellular changes, an improvement in cellular metabolism and a strengthening of the skin barrier, as well as moisturising, smoothing properties and an anti-UV spot effect. It is said to create a more even complexion. Snow algae are single-celled algae capable of living at temperatures around 0 degrees Celsius. They originate from regions with alpine or polar climates, where snow lies all year round, and are adapted to extreme conditions. When UV radiation increases in early summer, they turn red as they produce more protective substances such as carotenoids and other bioactive molecules than chlorophyll pigments. This effect is utilised for cosmetic applications.

Biotechnology and plant-based raw materials

With EpiSnow, Mibelle Biochemistry is focusing on bio-based active ingredients that meet both functional and sustainability requirements in skincare. This includes PhytoSpherix Hair, a plant-based glycogen derived from a non-GMO maize variety. It is designed to give hair new vitality by supplying the hair follicles with natural energy, supporting follicle activity and accelerating growth.

Source: Mibelle