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.
BioFerment food technology represents a structural evolution in functional ingredient development. Unlike traditional fermentation, which primarily aimed to preserve raw materials or develop flavor complexity, modern BioFerment food systems focus
Fermented circadian rhythm repair actives support skin function by restoring biological timing mechanisms that regulate cellular activity across the day–night cycle. Skin is a highly rhythmic organ. Keratinocyte proliferation, barrier
Fermented inflammaging modulation actives address chronic, low-grade inflammation that accumulates with age and environmental exposure. Inflammaging describes a persistent inflammatory state driven by oxidative stress, immune dysregulation, and metabolic imbalance.
Fermented epigenetic resilience actives represent a next-generation approach to skin renewal that focuses on regulating gene expression patterns rather than accelerating epidermal turnover. Epigenetics refers to reversible biochemical modifications that
Fermented DNA repair signaling actives represent a precision-based approach to skin renewal that focuses on restoring genomic stability rather than accelerating epidermal turnover. DNA integrity is fundamental to keratinocyte and
Fermented cellular senescence modulating actives represent an advanced biotech strategy for skin renewal that focuses on regulating senescent cell behavior rather than accelerating epidermal turnover. Cellular senescence is a state
Fermented proteostasis support actives represent a biologically sophisticated approach to skin renewal that focuses on maintaining protein quality control rather than accelerating epidermal turnover. Proteostasis refers to the cellular systems
Fermented NAD⁺ metabolism actives represent a biologically precise strategy for skin renewal that focuses on restoring intracellular redox balance and energy regulation rather than accelerating epidermal turnover. Nicotinamide adenine dinucleotide
Fermented glycation defense actives represent a biologically targeted approach to skin renewal that focuses on preventing and mitigating glycation-driven structural damage rather than accelerating epidermal turnover. Glycation is a non-enzymatic
Fermented autophagy signaling actives represent a biologically advanced approach to skin renewal that focuses on cellular self-maintenance rather than accelerated proliferation. Autophagy is a conserved cellular process responsible for removing
Fermented mitochondrial support actives represent a next-generation approach to skin renewal that focuses on restoring cellular energy production rather than accelerating epidermal turnover. Mitochondria are central to keratinocyte and fibroblast
Fermented calcium gradient modulators represent a biologically precise approach to epidermal renewal that focuses on restoring calcium signaling gradients rather than accelerating cell turnover. Calcium ions play a fundamental role