The extraordinary regenerative power of exosomes

Exosomes play a crucial role in extracellular communication and tissue regeneration. They are tiny vesicles released by cells in charge of the exchange of amino acids, proteins, growth factors, anti-inflammatory cytokines, and genetic material between cells. They travel through intercellular spaces to deliver their bioactive cargo to target cells, where it is interpreted as pertinent information that serves as guidelines to enhance cell function and initiate crucial physiological processes. This ultimately leads to outstanding regenerative capabilities that enable tissues to heal themselves.

Exosomes possess two exclusive characteristics that elevate them as the most effective nanocarriers:

• NANO PRECISION
  Ranging from 30 to 150 nanometers, exosomes stand as the tiniest type of extracellular vesicles, ensuring precise delivery.
• GUARDIANS OF CARGO
  Wrapped in a lipid bilayer, exosomes shield their cargo, seamlessly integrating into cells and releasing bioactive substances.

EXOSOMES play a vital role in several physiological processes. They promote cell proliferation, migration, and differentiation, ultimately boosting the synthesis of key tissue components, leading to tissue repair and regeneration.

The science behind INNO-EXOMA® EXO-SKIN

INNOAESTHETICS’ R&D department has dedicated two years of research to creating a synthetic exosome molecule that replicates the mechanism of action of cell-derived exosomes. This effort led to the development of a breakthrough biotechnology called NARBEXTM.

NARBEX (Non-Animal Regenerative Bioengineering Exosome) technology enables the crosslinking of peptide chains to create a molecule that emulates the signaling biological qualities and capabilities of mesenchymal cell-derived exosomes. It not only matches their properties but also enhances them.

SAFETY AND ETHICS AT THE CORE

INNOAESTHETICS’ exosome-like molecule is 100% synthetic, not derived from any human, animal, or vegetable cells. It offers high tolerance and poses no health nor allergy risks.