Our Science

The World's Exclusive
Immune Tolerant Exosomes

Patented Technology for 5 types of Exosomes

Korean Nobel Prize Jang Yeong Sil Science Award

3x Winner of Korea's New Excellent Technology Award

What are exosomes?

Exosomes are nano-sized 'bubbles' (scientifically known as 'extracellular vesicles') that are naturally secreted by all cells of our body.

The role of exosomes is to deliver essential cargo from donor cells to recipient cells.

Did you know?

Each exosome can contain thousands of growth factors protein signals—The important molecules for cell regeneration.

Exosomes can be extracted from plants, animals, and ethical human sources such as amniotic fluid. When exosomes are extracted from stem cells in amniotic fluid, the youngest cells of the body, they acquire its similar regenerative power—without the risks and complications of actually using stem cells.

Simply put, exosomes trigger our aged cells to act young again.

But most exosomes cause immune rejection?

Yes. Despite being nanosized, studies show that standard exosomes used in skincare products today are rejected by our immune system because they do not come from our own body. This results in declining efficacy and the risk of allergic reactions.

Our first breakthrough

Immune Tolerant Exosomes®

Our patented class of exosomes that are uniquely engineered to enter human cells without triggering an immune response. Thanks to a special protein called HLA-G, discovered from our research on how immune tolerance works between mother and fetus during pregnancy.

The safest and most effective exosomes available, setting a new standard in regenerative skincare.

Our second breakthrough

Syn-Exo: Synthetic Exosomes

A groundbreaking advancement in regenerative science, synthetic exosomes are designed to mimic the natural structure and function of exosomes without being derived from living cells.

Unlike natural exosomes, synthetic exosomes can be tailored to carry specific bio-actives—such as growth factors, peptides, and antioxidants—directly to target areas. This customization enhances treatment efficacy and consistency, allowing for hyper-targeted solutions that address individual needs at the cellular level.