Glanis Laboratories formulates plant-derived exosomes enriched with small RNAs through PhytoExo-R™ technology, specifically designed for each indication. Each product re-establishes cellular communication, activates regeneration, and enhances tissue quality by delivering biological messages carried by small RNAs directly to the target tissue.
Rejuvenating Exosome Complex powered by PhytoExo-R™ Technology Quinâge is an advanced anti-aging formulation developed with PhytoExo-R™ technology, designed to stimulate cellular regeneration and restore youthful skin function.
Brightening Exosome Complex powered by PhytoExo-R™ Technology Lumière is an advanced brightening formulation developed with PhytoExo-R™ technology to even out skin tone, reduce pigmentation, and restore natural radiance.
Regenerative Exosome Complex powered by PhytoExo-R™ Healique is a repair-focused formulation designed to restore tissue integrity, accelerate regeneration, and strengthen the skin barrier at the molecular level.
Hair Revitalizing Exosome Complex powered by PhytoExo-R™ Capilisse is a restorative formulation designed to reduce hair loss, strengthen hair roots, and support new hair growth through targeted exosomal signaling. Exosomes from Malva Sylvestris and Centella Asiatica regulate follicular communication and activate the hair cycle at the genetic level.
Under-Eye Illuminating Exosome Complex powered by PhytoExo-R™ Clarté is a targeted under-eye treatment designed to reduce dark circles, puffiness, and fine lines by optimizing microcirculation and melanin regulation. Developed with PhytoExo-R™ exosomes derived from Houttuynia Cordata stem cells, the formulation delivers potent anti-inflammatory and brightening activity.
Anti-Cellulite Exosome Complex powered by PhytoExo-R™ Redukta targets cellulite at the cellular level by regulating adipogenesis, improving microcirculation, and strengthening the connective tissue matrix. Exosomes from Persea Gratissima, Centella Asiatica, Glycine Max, and Prunus Amygdalus Dulcis deliver coordinated biological signals for visible smoothing and firming.