A highly specific population of mesenchymal stem cells, selected and cultured in low-oxygen conditions to make them more resilient. They repair tissue, calm an overactive immune system, and bring down inflammation, and they're the backbone of most protocols we coordinate.
By Jed Ryan, Founder and CEO · Reviewed by Adas Darinskas, PhD, Chief Science Officer · Published · Last reviewed
Mesenchymal stem cells, or MSCs, are the body's own repair cells, the ones that help rebuild tissue and keep the immune system in balance. What makes the next-generation version different is how they're prepared: a highly specific population of these cells, selected and grown in low-oxygen conditions so they hold their potency and stand up to stress.
Depending on your case, they're delivered intravenously, into the spine, or straight into a target area. Once they're in, they work a few ways at once: calming inflammation, settling an overactive immune system, and signaling the body to repair. They're the backbone of most protocols we coordinate.
The next-gen protocol comes out of Dr. Adas Darinskas's work, built on selection and culturing methods designed to keep the cells potent and viable all the way through manufacturing.
Grown under tightly controlled conditions, the cells hold their regenerative potential. A few of the ways they work:
What Next-Gen MSC therapy does at the cellular level.
Brings down inflammation at the cellular level, one of the root drivers behind many chronic conditions.
Calms an overactive immune system in autoimmune conditions without broadly suppressing it.
Signals repair across bone, cartilage, nerve, and muscle tissue.
Supports the brain and nervous system, an area where the cells' anti-inflammatory and signaling effects are actively being studied.
Speeds up wound healing and tissue recovery through targeted repair signaling.
Restores function and supports long-term vitality, the goal underneath every protocol.
Studied across a broad range of chronic, degenerative, and inflammatory conditions. These are areas of active research, not guaranteed outcomes.
MSCs are studied for the nervous system because they can calm inflammation in the brain and spinal cord and may support repair and protection. Active areas of study include:
MSCs are known for regulating the immune system, calming an overactive response without broadly shutting it down. That makes them a real area of interest where the immune system turns on the body, including:
Beyond specific diseases, MSCs are studied for repairing damaged tissue, lowering inflammation across the body, and supporting its own repair processes. Areas under investigation include:
MSCs are among the most studied tools in regenerative medicine, with thousands of peer-reviewed studies on safety and mechanism. Explore the research and see what's behind it.
Explore the ResearchFour steps from our first conversation to your treatment. We carry the complicated parts so you don't have to.
An exploratory conversation with Jed, for us to understand what you've been dealing with and how we can best help.
A Zoom consultation with Dr. Adas Darinskas and the medical team to look at your case honestly and talk through whether a regenerative protocol makes sense for you.
We build your protocol with Dr. Darinskas and his team, combining the therapies that fit your case and the goal you're after.
You receive treatment at Innovita Clinic in Vilnius, or at one of our partner facilities, wherever fits your case best. We work alongside you on scheduling and point you in the right direction for travel and accommodation.
Client stories and testimonials, coming soon.
We're gathering stories from clients who've been through MSC treatment. Check back soon, or reach out to talk with the team about client experiences.
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