Mibelle Biochemistry
Derived from extremophile algae that thrive under the intense UV radiation and nutrient-scarce conditions of snowy mountain peaks, EpiSnow enhances the skin’s resilience and helps to turn back the aging clock by targeting 7 hallmarks of aging.
Specifically, the hallmarks of aging are manifestations of key cellular processes that drive cellular degeneration over time. EpiSnow targets 7 of these hallmarks: epigenetic alterations, genomic instability, deregulated nutrient sensing, cellular senescence, mitochondrial dysfunction, extracellular matrix changes, and the loss of proteostasis. By acting on these cellular mechanisms, EpiSnow reverses the aging clock to a younger state, reducing biological age.
In vitro and placebo-controlled in vivo studies have demonstrated that EpiSnow:
- reduces biological age, calculated according to the Horvath clock
- prevents cellular senescence
- upregulates the expression of the longevity factor Klotho
- stimulates the activation of AMPK under normal and calorie excess conditions
- restores protein expression to a more youthful profile
- upregulates collagens and downregulates metalloproteinases in aged fibroblasts
- visibly reduces photoaging
- reinforces the skin barrier and preserves hydration.
In summary, EpiSnow effectively targets the hallmarks of aging. It helps to slow down the epigenetic clock and, therefore, helps in rejuvenating skin appearance.
