Our Technologies

Innovative Technologies

Biogenomics™ uses advanced biotechnology, exosome production, and bioactive formulas to enhance regenerative aesthetics.

Practical Applications

Enables effective, real-world use of biotech for improved regenerative aesthetic treatments and results.

Patented Exosome Cell Culture Technology

Our optimized, scalable growth conditions for exosomes enhance cell proliferation and produce high-quality exosomes with industry-leading shelf life.

Our Patented Exosome Production Process

Our products are backed by pioneering work in biotechnology and regenerative aesthetics including 33 Patents and 57 peer-reviewed Publications.

TOXIN Free Process

Increased Exosome Yield by 4x

Genovia's™ patented stem cell culture protocol amplifies yields by an average of 4 times over conventional methods; providing a faster, more efficient path of therapeutic scale production.

Superior Quality And Purity

Our patented process significantly shortens production timelines while maintaining higher cell viability. Fewer cell culture passages mean less replicative stress on the stem cells, which translates into reduced aging or degradation and, ultimately, higher-quality exosomes. Additionally, fewer passages and our optimized growth conditions, ensures a purer final product.

Enhanced Skin Penetration by 5x

Lab tests have shown our exosomes are produces with remarkable uniformity in size and stronger cell binding forces. This maximizes the delivery of regenerative signals up to 5 times deeper than conventionally produced exosomes, leading to superior aesthetic applications.

“Uniformity in size helps ensure consistent distribution and deeper tissue penetration, while stronger binding enables exosomes to better adhere to target cells. In aesthetic applications, this translates to more effective delivery of growth factors and other regenerative signals, promoting visibly improved skin health and appearance."

Improved Shelf Life 30 Months

Our robust production methods result in exosomes that maintain their integrity and bioactivity over longer periods. Exosomes produced via this method can retain stability for up to 30 months at room temperature, reducing storage costs and improving handling flexibility.