Fermentation in Beauty

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Beauty Science

The use of microbial fermentation processes — employing bacteria, yeast, or fungi — to transform raw ingredients into bioactive compounds with enhanced skincare benefits, improved bioavailability, and greater stability, drawing from centuries of Asian fermentation traditions and modern biotechnology.

Deep Dive

Fermentation Science

In beauty, fermentation uses microorganisms to break down and transform ingredients, producing beneficial metabolites including amino acids, peptides, antioxidants, and organic acids. The process can increase the bioavailability of active compounds, generate new beneficial molecules, and improve ingredient stability.

Beauty Applications

Fermented ingredients in skincare include galactomyces ferment filtrate (brightening, hydrating), saccharomyces ferment filtrate (antioxidant), bifida ferment lysate (barrier strengthening), and fermented botanical extracts with enhanced potency. These ingredients feature prominently in K-Beauty and J-Beauty formulations.

Innovation Potential

Modern biotechnology has expanded fermentation’s role beyond traditional ingredients. Precision fermentation can produce sustainable alternatives to animal-derived ingredients (squalane, collagen), create novel bioactive molecules, and develop customized fermented ingredients tailored to specific skin concerns.

OSF Perspective

OSF sees fermentation as a beautiful convergence of ancestral wisdom and cutting-edge science — traditional fermentation traditions are being validated and expanded by modern biotechnology to create some of skincare's most effective ingredients.

Notable Brands

SK-II (Pitera), Missha (First Treatment Essence), Estée Lauder (Advanced Night Repair), Sulwhasoo, COSRX