What Is Regenerative Medicine?
Your body was designed to heal. Regenerative medicine gives it the tools to do exactly that — repairing the root cause of pain instead of just managing the symptoms.
✅ Take the Free Regen Med ScorecardThe Simple Truth About Pain Medicine
Most pain care works by blocking pain signals — gabapentin, cortisone shots, surgery to remove the “offending” tissue. These approaches can offer temporary relief, but they do nothing to repair the underlying damage. The pain often returns, sometimes worse than before.
Regenerative medicine takes the opposite approach. Instead of suppressing what your body is telling you, it works with your biology to actually heal the damaged tissue, restore circulation to starved nerves, reduce systemic inflammation, and re-energize cells that have lost their ability to function. The goal is not to mask the pain — it’s to eliminate the reason for the pain.
Stem Cell, PRP & Exosomes
Growth factors, platelet-rich plasma, and exosome therapy — targeted biologic treatments that signal your body to repair damaged joints, discs, and nerves.
Learn About Stem Cell Therapy →EBOO Ozone Therapy
Advanced blood ozonation that floods your cells with oxygen, clears inflammatory waste, re-energizes mitochondria, and creates the foundation for deeper biological healing.
Learn About EBOO Therapy →Frequently Asked Questions About Regenerative Medicine
Ready to Find Out If Regenerative Medicine Is Right for You?
Free consultations available. Our team will review your history and tell you honestly whether we can help — no pressure, no obligation.
📞 Call 843-225-2550 Request Appointment OnlineCharleston Pain Relief Center · 2294 Otranto Rd · North Charleston, SC 29406
🔗 CPRC Regenerative Medicine Cluster
This page is part of our Regenerative Medicine Center at Charleston Pain Relief Center — North Charleston's destination for stem cell therapy, EBOO ozone, PRP, and A2M. Southeast patients save $10K–$20K vs. overseas. Book a free consultation →
Regenerative Medicine in plain English
A friction-free explainer of the terms you'll see across our site — PRP, A2M, stem cell, exosomes, and what each one actually does in your body.
What is regenerative medicine, in plain English?
A family of treatments that use your body's own healing biology — platelets, growth factors, signaling proteins, sometimes donor-derived umbilical cord biologic — to help damaged joints, tendons, and ligaments repair themselves instead of just numbing the pain.
What are stem cells, exactly?
Cells that haven't fully decided what they're going to be yet. In a joint, the goal isn't for the cells to become cartilage on the spot — it's for them to *signal* your local repair cells to wake up and rebuild. That's why we sometimes call them "biological messengers."
What does PRP stand for and what's actually in it?
Platelet-Rich Plasma. We draw a small sample of your blood, spin it in a centrifuge, and concentrate the platelets (which carry growth factors) into a small volume — then inject that concentrate into the injured tendon, ligament, or joint.
What is A2M?
Alpha-2 Macroglobulin — a naturally occurring protein in your plasma that neutralizes the destructive enzymes (proteases) that drive cartilage breakdown in osteoarthritis. Concentrated A2M, injected into an arthritic joint, slows the chemistry of damage at the source.
What are exosomes?
Tiny lipid bubbles released by stem cells that carry signaling instructions. Exosome products are not currently FDA-approved, and we use them selectively under the practice of medicine on a case-by-case basis. We discuss regulatory status candidly at your consult.
How is this different from a steroid shot?
Steroids shrink inflammation fast and don't repair tissue. Regen biologics may take longer to kick in (4–12 weeks) but they push the joint towards actual repair instead of suppression. Different goal, different tool.
Are these treatments FDA-approved?
The medical device kits used to prepare PRP are FDA 510(k)-cleared. The FDA has not approved any injectable umbilical cord allograft or exosome product for orthopedic indications — those biologics are used selectively under the practice of medicine, sourced from US-based tissue suppliers we vet for documentation. We discuss the regulatory landscape for any biologic we recommend at consult.
Can regenerative medicine actually regrow tissue?
For early-to-moderate cartilage wear, partial tendon tears, and ligament strains, some patients report meaningful symptom improvement and, where re-imaging is done, sometimes structural improvement. For late-stage bone-on-bone arthritis the realistic goal is symptom relief and slowing further decline. Individual results vary and structural outcomes are not guaranteed.