Onion Exosome is a biotech-derived delivery active based on Allium cepa bulb extract, designed to support efficient interaction with the skin barrier and enhance the bioavailability of functional ingredients; associated with sulfur-rich compounds and flavonoids such as quercetin, this system supports skin repair, helps improve skin clarity, and contributes to antioxidant defense while enhancing penetration efficiency and overall formulation performance, making it particularly suitable for skin renewal, anti-aging, and tone-improving skincare systems.

PhytoCell™ Gut combines freeze-dried kiwi, ginger, and citrus into a plant-derived bioactive complex. The process preserves key compounds and maintains ingredient integrity. Trehalose stabilizes the matrix during processing and storage. This composition supports the delivery of functional compounds at the intestinal level. It contributes to microbiome balance, digestive function, and intestinal barrier support. The ingredient derives from conventional food sources and uses mechanical processing without chemical modification. It is not considered a New Dietary Ingredient (NDI) under current FDA guidance, supporting its use in nutraceutical formulations.

Cauli Flower Mushroom Exosome is a biotech-derived delivery active based on Sparassis crispa vesicles, designed to support efficient interaction with the skin barrier and enhance the bioavailability of functional ingredients; associated with beta-glucan-rich mushroom actives, this system helps reinforce skin repair pathways, improve hydration dynamics, and strengthen barrier function while optimizing formulation performance, making it highly suitable for advanced soothing, repair-focused, and high-efficacy skincare systems where skin recovery and resilience are key.

Milk Exosome is a biotech-derived delivery active based on milk-derived extracellular vesicles, designed to support efficient interaction with the skin barrier and enhance the bioavailability of functional ingredients; associated with nutrient-rich bioactive components such as proteins, lipids, and growth-related factors, this system supports skin repair, helps improve overall skin condition, and contributes to soothing and conditioning effects while enhancing penetration efficiency and formulation performance, making it particularly suitable for restorative, nourishing, and high-performance skincare systems.

Selaginella Exosome is a biotech-derived delivery active based on Selaginella lepidophylla vesicles. It supports efficient interaction with the skin barrier and improves the bioavailability of functional ingredients. Known as the “resurrection plant,” Selaginella brings strong moisture-retention and stress-resistance properties. This system enhances skin hydration, improves resilience to environmental stress, and strengthens the skin barrier. It also boosts penetration efficiency and overall formulation performance, making it suitable for protective, anti-stress, and hydration-focused skincare systems.

Panax Ginseng Vesicles consist of extracellular vesicles derived from Panax ginseng extract, designed to support efficient interaction with the skin and scalp. Rich in ginsenosides, peptides, and antioxidant compounds, these vesicles support intercellular signaling pathways associated with improved cellular activity, skin vitality, and firmness. From a formulation perspective, they contribute to enhanced delivery of actives, supporting healthier-looking skin and promoting a balanced scalp environment for stronger, more resilient hair.

Grape Exosome is a biotech-derived delivery active based on Vitis vinifera fruit cell extracellular vesicles, designed to support efficient interaction with the skin barrier and enhance the bioavailability of functional ingredients; associated with polyphenol-rich grape actives, this system supports antioxidant defense, helps protect against oxidative stress, and contributes to skin tone improvement while enhancing penetration efficiency and overall formulation performance, making it particularly suitable for brightening, environmental protection, and high-performance skincare systems.

PhytoCell™ Anti-Age combines freeze-dried citrus, mango, and bergamot into a plant-derived bioactive complex. The process preserves key compounds and maintains ingredient integrity. Trehalose stabilizes the matrix during processing and storage. This composition supports antioxidant activity and cellular protection. It contributes to oxidative stress balance and age-related cellular pathways through the delivery of polyphenols, vitamins, and functional compounds. The ingredient derives from conventional food sources and uses mechanical processing without chemical modification. It is not considered a New Dietary Ingredient (NDI) under current FDA guidance, supporting its use in nutraceutical formulations.

Panax Ginseng Berry Exosome is a biotech-derived ingredient composed of extracellular vesicles from Panax ginseng berry extract, designed to support the delivery of bioactive compounds. Rich in naturally occurring ginsenosides and antioxidant components, it is associated with supporting skin vitality and overall skin condition, while also contributing to a balanced scalp environment in cosmetic formulations.

Licorice Exosome is a biotech-derived delivery active based on Glycyrrhiza uralensis root extract, designed to support efficient interaction with the skin barrier and enhance the bioavailability of functional ingredients; associated with well-known brightening compounds such as glabridin, this system supports skin tone improvement, helps reduce the appearance of discoloration, and contributes to soothing and anti-inflammatory effects while enhancing penetration efficiency and overall formulation performance, making it particularly suitable for brightening, tone-correcting, and sensitive skin skincare systems

Pine Leaf Exosome features exosomes derived from Pinus Densiflora (Japanese Red Pine) leaf extract. It is presented for its antioxidant, anti-aging, anti-inflammatory, and moisturizing benefits, attributed to the various bioactive compounds in pine needles (like polyphenols and terpenoids), potentially enhanced by exosome delivery. The recommended dosage is 1% (1x10^9 particles/ml). In-vitro studies suggest efficacy in exhibiting antioxidant activity, promoting collagen synthesis, reducing inflammation, and improving skin hydration.

Perilla Exosome is a biotech-derived delivery active based on Perilla ocymoides leaf vesicles, designed to support efficient interaction with the skin barrier and enhance the bioavailability of functional ingredients; associated with bioactive compounds such as rosmarinic acid and omega-rich lipids, this system supports antioxidant defense, helps soothe sensitive skin, and contributes to barrier protection while enhancing penetration efficiency and overall formulation performance, making it particularly suitable for calming, protective, and high-performance skincare systems.

Saccharomyces Exosome is a biotech-derived delivery active based on Saccharomyces cerevisiae extract, designed to support efficient interaction with the skin barrier and enhance the bioavailability of functional ingredients; associated with fermentation-derived bioactives such as peptides, amino acids, and vitamins, this system supports skin conditioning, helps improve overall skin vitality, and contributes to strengthening the skin barrier while enhancing penetration efficiency and formulation performance, making it particularly suitable for revitalizing, conditioning, and high-performance skincare systems.