What if we could stimulate the natural regeneration and longevity mechanisms of the skin and hair using the knowledge and intelligence of plants?
Science has already made it possible. In recent years, one of the most promising advances in skin and hair care has been the application of plant exosomes: natural vesicles capable of activating the regeneration and longevity mechanisms of our own cells.
In their natural state, exosomes are structures that allow cells to communicate with each other. They transport biological signals—such as proteins, peptides, and metabolites—that regulate processes such as renewal, protection against oxidative stress, and tissue repair.
Although many ingredients in the cosmetic market claim to contain exosomes, most are based on imitations lacking real functionality. Vytrus Biotech has pioneered the development of authentic plant exosomes, obtained through biotechnology from totipotent plant stem cell cultures. These vesicles maintain their intact structure and natural complexity, acting as true messengers between the plant world and human cells.
Thanks to their similarity to mammalian exosomes, these plant-derived nanovehicles can naturally fuse with skin cells, facilitating highly effective inter-kingdom communication, without the need for synthetic delivery systems. This improves the stability, bioavailability, and penetration of the active ingredients in a completely natural way.
Exosomal Peptides and Resveratrol: Longevity Signals Encapsulated by Nature
Beyond being passive vehicles, the plant exosomes developed by Vytrus encapsulate highly effective functional biomolecules. Their lipid membrane protects these compounds and releases them in a targeted manner in the target cells of the skin and hair.
Two of the key assets encapsulated in these exosomes are:
- Exosomal peptides, which function as regenerative biological signals, activating cellular longevity and tissue repair pathways.
- Exosomal resveratrol, an encapsulated form of this potent antioxidant, which acts as a fasting mimetic, helping to modulate processes related to cellular vitality, epigenetic protection, and oxidative balance.
These molecules are not only delivered effectively, but they act from within, reinforcing the skin's natural mechanisms in a biomimetic way.
CLARIVINE™, CENTELLA REVERSA™ and CAPILIA LONGA™: Award-winning and protected innovation
The development of functional ingredients encapsulated in plant exosomes has led to a new generation of cosmetic actives:
- CLARIVINE™ (Vitis vinifera): activates cellular longevity pathways, mimics the effects of fasting, and enhances the glass skin look.
- CENTELLA REVERSA™ (Centella asiatica): reverses cellular senescence, stimulates regeneration, and improves epidermal structure.
- CAPILIA LONGA™ (Curcuma longa): promotes the follicular cycle, improves hair density, and enhances scalp health.
These assets have been awarded in international competitions. CLARIVINE™ received an award at in-cosmetics Global 2025, while CENTELLA REVERSA™ and CAPILIA LONGA™ were recognized at the BSB Innovation Awards. In addition, CLARIVINE™ and CENTELLA REVERSA™ have a patent granted in the United States for their applications in healing and rejuvenation, which reinforces their scientific and differential basis.A portfolio aligned with the highest standards
Vytrus develops its ingredients under a biotechnological model that unites science, sustainability, and efficacy. The entire portfolio complies with international requirements in terms of clean formulation and technical validation:
- 100% natural, without controversial ingredients
- Halal and NATRUE certifications
- Approval for use in China
- Sustainable and traceable production through cell cultures
- Innovative mechanisms of action, such as autophagy, hormesis, cell signaling, and inter-kingdom communication
CLARIVINE™ is more than an ingredient: it is a tool that allows you to be inspired by plant wisdom to activate the biological intelligence of the skin. Because real innovation transforms from within.
Do you want to know how to apply this technology in your formulations?
Contact us at info@vytrus.com or visit www.vytrus.com.