These fermentation-derived ingredients offer higher purity, improved stability, and better skin compatibility. This collection includes fermented ceramides, niacinamide, hyaluronic acid, oils, and bio-fermented delivery systems. Each ingredient supports stronger absorption and more efficient skincare formulations.
Fermented neuroactive amino acids represent an emerging class of biotech skincare actives designed to support skin renewal by regulating neurogenic signaling rather than accelerating epidermal turnover. Sensitive skin is increasingly
Fermented exopolysaccharides represent a barrier-driven approach to skin renewal that prioritizes structural stabilization rather than accelerated epidermal turnover. Exopolysaccharides (EPS) are high-molecular-weight carbohydrates naturally produced by microorganisms during fermentation, where
Fermented ceramide precursors represent a new generation of barrier-focused actives designed to support skin renewal by restoring lipid architecture rather than accelerating cell turnover. Ceramides are essential structural components of
Growth factors play a central role in skin regeneration, wound healing, and tissue maintenance. In dermatology and aesthetics, recombinant growth factors have been used to stimulate fibroblast activity, collagen synthesis,
Postbiotic actives are biofunctional compounds generated during fermentation that influence skin biology without relying on live microorganisms. Unlike probiotics, which contain viable bacteria, postbiotics consist of metabolites such as organic
Peptide actives represent a biologically driven approach to skin renewal that differs fundamentally from vitamin A derivatives. Rather than accelerating epidermal turnover through irritation, peptides function as signaling molecules. They
Fermented retinol alternatives represent a structural shift in how skin renewal is approached in modern cosmetic formulation. Instead of relying on irritation-driven turnover, these actives support biological signaling, metabolic balance,
Phyto retinoid actives are plant-derived compounds capable of influencing biological pathways associated with skin renewal, collagen maintenance, and epidermal differentiation. Unlike traditional retinoids, these molecules do not rely on vitamin
Retinol is widely recognized for its ability to stimulate skin renewal, enhance collagen synthesis, and visibly improve signs of aging. However, despite these benefits, retinol frequently causes irritation, erythema, dryness,
Retinol is one of the most effective renewal ingredients in skincare; however, many people struggle to tolerate it. Because traditional retinol may trigger redness, dryness, or flaking, sensitive-skin users often
The rise of biotech fermented oils marks one of the most important shifts in modern skincare formulation. As consumer demand grows for high-purity, sustainable, and performance-focused ingredients, fermentation biotechnology is
Hyaluronic acid (HA) is a skincare essential, renowned for its ability to hydrate and plump the skin. As such, it is often included in skincare products designed to tackle dry