Built on Nobel Prize-Winning Science · GMP-Grade Quality Control · Engineered for Biocompatibility
iPSC-Derived Extracellular Vesicles for Cellular Renewal
Rejuvenay harnesses iPSC-derived extracellular vesicles to support cellular longevity, delivering targeted regenerative signals to the cellular microenvironment to help promote biological renewal from within.
Cellular Longevity
The iPSC-EV frontier
Our scientific foundation is built on induced pluripotent stem cells (iPSCs), adult cells reprogrammed to a pluripotent state, a breakthrough that earned the 2012 Nobel Prize in Physiology or Medicine. From these cells, we derive iPSC-derived extracellular vesicles: naturally secreted nano-scale particles carrying a complex payload of bioactive molecules, including TGF-β, SCF, and regulatory miRNAs. These vesicles are designed to support the body's own repair pathways, promote collagen production, and help calm inflammatory response at the cellular level.
Engineered for high bioavailability and formulated for topical and targeted application, our GMP-grade, high-purity iPSC-EVs are designed to deliver their payload precisely where intended. This targeted approach ensures consistent particle size and minimal variability, backed by rigorous quality control at every stage of production.
Formulated for Purpose
Targeted Biological Support
Our specialized formulations are engineered for specific applications, from skin and hair to joints and mucosal tissues, designed to support structural integrity and optimize cellular performance where it matters most.
Deep Dermal Renewal
Follicle Renewal
Total Body Cellular Repair
This formulation activates key cellular pathways to boost Type I collagen synthesis while reducing melanin production to lighten pigmentation and calming inflammatory responses. The result is smoother, hydrated skin with visibly reduced under-eye pigmentation, within 48 hours of treatment.
Repairs damaged scalp barrier, and reactivates hair follicle stem cells via targeted delivery of iPSC-derived regulatory factors. Clinical data demonstrates an increase in hair density, reversal of gray hair, and improvement in follicle survival rates with no adverse reactions across all clinical cases.
Promotes localized cellular rejuvenation and targeted tissue repair through the precise delivery of pure, non-immunogenic iPSC extracellular vesicles via topical, injectable, or mucosal application optimized for skin, hair, joints, sexual health, eyes, and respiratory applications
Cellular Renewal
Access the frontier of cellular science, built on Nobel Prize-winning iPSC technology. Connect with our private concierge to review our research or schedule a confidential consultation for personalized regenerative solutions.