BotaniExo™ represents an advanced approach to plant exosome biotechnology, enabling communication between plant stem cells and human skin cells. These nano-sized exosomes, derived through proprietary plant cell culture systems, penetrate deeply into the dermis where they help regulate skin metabolism, accelerate tissue repair, and address visible signs of aging at their source.
What distinguishes BotaniExo™ is its cross-kingdom precision. Through mechanisms including paracrine signaling, endocytosis, and membrane fusion, plant-derived exosomes activate human skin cells to stimulate collagen synthesis, reduce inflammation, and enhance barrier resilience. This multi-pathway interaction supports comprehensive skin rejuvenation while maintaining physiological balance.
Central to this technology is Tianshan Snow Lotus (P), extracted from Saussurea involucrata, widely known as the “King of Herbs” and traditionally found at altitudes above 4,000 meters in the Tianshan Mountains. Utilizing proprietary large-scale plant cell cultivation technology, BotaniExo™ Snow Lotus (P) delivers bioactive release within the skin. The ingredient supports wrinkle reduction and improved firmness, inhibits inflammation while promoting tissue repair, provides antioxidant protection to brighten dull complexions, assists in repairing UV-induced damage, and helps suppress melanin production.
BotaniExo™ is produced using scalable, non-GMO, pesticide-free plant cell culture systems, eliminating the need for wild harvesting. This sustainable production model protects rare botanicals such as Snow Lotus and Edelweiss while ensuring stable and ethical sourcing aligned with global biodiversity standards.
Designed with formulation versatility in mind, BotaniExo™ is available as a water-soluble liquid or lyophilized powder at recommended dosages of 0.01–2.0%. Liposome-encapsulated exosomes enhance stability and improve dermal absorption, allowing seamless integration into serums, creams, masks, and other advanced skincare formulations while preserving bioactive integrity.
Post time: Feb-27-2026