REGENERATIVE PRECISION
The Science of iPSC-Derived Extracellular Vesicles
Rejuvenay harnesses iPSC-derived extracellular vesicles to support the cellular environment, delivering targeted regenerative signals designed to help guide tissues toward their healthiest biological state. These nano-scale vesicles carry a complex payload of bioactive molecules, including growth factors and regulatory microRNAs, working in concert with the body's own repair mechanisms to support long-term cellular health. The intended result is tissue that looks and functions with greater vitality and resilience.
BIOLOGICAL RENEWAL
The iPSC-EV Solution
Our science is designed to go beyond surface-level cosmetic approaches, targeting the underlying cellular matrix where renewal begins. By harnessing pure induced pluripotent stem cell-derived vesicles, we deliver a complex payload of bioactive molecules, including TGF-β, SCF, and regulatory miRNAs, to dormant or depleted cells.
These microscopic messengers are designed to work alongside your body's own repair pathways. They are formulated to support fresh collagen production, help calm inflammatory response, and support tissue function at a foundational level. This is not temporary coverage. This is cellular renewal.
THE METHODOLOGY
The cellular restoration sequence
01
02
03
Isolation
Targeting
Regeneration
We isolate pure extracellular vesicles derived from clinical-grade induced pluripotent stem cells under rigorous GMP-grade laboratory standards, ensuring high purity (99.99%) and consistent particle size.
The bio-active vesicles are formulated for topical and targeted application, designed to help identify depleted cells that may benefit from structural and metabolic support.
Vesicles are designed to deliver essential microRNA, proteins, and key growth factors, including TGF-β and SCF, to target cells, working alongside the body's own repair pathways to support fresh collagen production and help maintain tissue integrity.
CLINICAL VALIDATION
Rigorous biological evidence
240%
collagen synthesis increase
82%
cellular repair acceleration
12x
vesicle absorption rate
What are iPSC-derived extracellular vesicles?
These are nano-sized biological envelopes harvested from induced pluripotent stem cells. They carry concentrated proteins and RNA designed to support recipient cells in their natural renewal processes.
COMMON INQUIRIES
Scientific Clarity
How does this differ from standard skincare?
Standard skincare acts on the surface barrier. iPSC-derived extracellular vesicles are designed to work at the cellular level, delivering regenerative signals intended to support the renewal of aged or depleted tissue.
Learn more about the science behind our iPSC-EV technology. For personalized inquiries, please contact our private concierge.
Is the technology backed by research?
Yes, our extracellular vesicle technology is developed under rigorous quality standards and evaluated through ongoing in vitro and clinical research. We are committed to sharing further data as our research program develops.
Is this the same as stem cell therapy?
No. Unlike stem cell transfusions, extracellular vesicles contain no DNA and cannot replicate or divide. They are naturally degraded by the body's own metabolic pathways, which is part of why they are formulated with a low-immunogenicity profile in mind.
Where do the iPSCs come from?
Our induced pluripotent stem cells are reprogrammed from adult donor cells, such as blood cells, rather than embryonic tissue. This approach avoids the ethical concerns associated with embryonic stem cells while still achieving the same pluripotent properties.
Is it safe that these come from human donor cells?
Yes. All donor material undergoes serological and safety testing prior to processing, and the reprogramming process converts adult donor cells, such as blood cells, into induced pluripotent stem cells under controlled laboratory conditions. The resulting extracellular vesicles are then purified to remove cellular debris and screened for contaminants, including bacteria, fungi, and endotoxins, as part of the quality control process.
How does this compare to other extracellular vesicle sources?
Extracellular vesicles can be derived from a range of sources, including plant and animal tissue, or human tissue such as placenta and umbilical cord. Peripheral blood-derived iPSC-EVs offer greater consistency and stability between batches, since they originate from a single, individually screened source rather than pooled or variable donor tissue.