Autologous exosome therapy that uses your patient’s own blood to isolate billions of bioactive proteins, microRNAs, and growth factors. With ultra-high purity and consistent potency that supports the body’s natural healing processes at the cellular level—without the risks of PRP or synthetic biologics.
400–600 billion exosomes per mL—more than typical PRP
Derived from the patient’s own blood for natural compatibility
No platelets, cells, cryoprotectants, or synthetic compounds
No cellular debris or immune-triggering components
Proprietary processing ensures consistent therapeutic results
Easy integration with no downtime for patients
A. Mechanism of Action
Exosomes act as molecular messengers, delivering microRNAs, proteins, and growth factors directly to damaged tissues. This helps reduce inflammation, support cellular regeneration, and improve tissue function.
B. Clinical Use Cases
Autologous Exosomes is used across regenerative disciplines:
“ Autologous Exosomes delivers a level of purity and consistency we’ve never seen in traditional biologics.”
Autologous Exosomes is manufactured using a proprietary, high-speed centrifugation method that isolates the most bioactive exosomal fraction from whole blood—without introducing cells or contaminants. All processing occurs in an FDA-registered, cGMP-compliant lab to ensure unmatched safety and quality.
Unlike PRP, which contains a mixture of platelets and can vary in concentration, Autologous Exosomes delivers a cell-free, highly concentrated exosome formulation—400–600 billion exosomes per mL—produced through a standardized, patent-pending process. Unlike stem cell therapies, uses the patient’s own blood and contains no live cells, eliminating the risk of immune reaction or regulatory complications.
Yes. Because it’s 100% autologous and acellular, Autologous Exosomes significantly reduces the risk of immune response, inflammation, or complications. It contains no additives, cryoprotectants, or synthetic materials.
Autologous Exosomes supports healing and regeneration in a wide range of conditions, including:
