Masterclass / Education Request Clinical Evaluation

Orthobiologics · Expert Evaluation & Revision

Expert Orthobiologic
Evaluation

Including the case nobody advertises for: the PRP or “stem cell” treatment you already paid for that did not work. Most orthobiologic failures are not biology failures. They are terrain failures, dosing failures, or placement failures — and all three are identifiable on review.

Why Orthobiologics Fail

The med-spa problem.

Orthobiologics became a menu item — a same-day injection sold without labs, without image guidance, without terrain preparation, sometimes without a physician in the room. A repair signal injected into an inflamed, insulin-resistant tissue bed is an instruction delivered to cells that cannot obey it. The patient concludes “regenerative medicine doesn’t work.” The truth is narrower: that deployment couldn’t work.

The Revision Evaluation

A forensic review of the failed treatment.

i.What was injected? Formulation, concentration, leukocyte profile — PRP is not one product, and most failures start here.
ii.Where did it go? Image-guided or landmark-guessed? A perfect biologic in the wrong tissue plane is an expensive placebo.
iii.What terrain did it land in? Metabolic markers at the time of treatment — the variable almost no one measured, and the one that most often decides the outcome.
iv.Was the diagnosis right? Diagnostic blocks confirm the actual pain generator. A flawless treatment of the wrong structure fails flawlessly.

The Procedures

Deployed by tissue target, not by menu.

The biologic is chosen last. First the pain generator is confirmed, then the tissue compartment is mapped, then the signal is matched to it — including the compartment most practices never treat: the bone beneath the joint.

i.Intra-articular & tendon PRP Leukocyte-poor for the joint space, leukocyte-rich for tendon — formulation matched to tissue, every needle image-guided.
ii.Intraosseous / subchondral PRP For the joint that still hurts after a “perfect” injection. MRI bone-marrow lesions — edema in the subchondral bone beneath a worn surface — track closely with pain and progression, and a joint-space injection never reaches them. Under fluoroscopic guidance, platelet concentrate is delivered through the cortex into the subchondral bone itself, typically paired with an intra-articular dose in the same session so both compartments of the failing joint receive the repair signal.
iii.BMAC & Lipogems Marrow- and adipose-derived grafts reserved for tissue beds that have earned the highest-grade signal — and for terrain that has been prepared to answer it.
iv.Intradiscal orthobiologics Disc-targeted delivery for discogenic pain confirmed by diagnostic workup — not exploratory injections into an unproven generator.

Done Correctly

The Regen.MD deployment standard.

Terrain verified by labs before treatment. Pain generator confirmed by diagnostic block, not assumption. Formulation matched to tissue — leukocyte-rich for tendon, leukocyte-poor for joint, BMAC / Lipogems reserved for tissue beds that have earned the highest-grade signal. Every needle ultrasound- or fluoroscopy-guided. Repair window extended with peptides, photobiomodulation, and re-measured markers. This is the difference between an injection and a protocol — the full stack is documented in Pillar I.

Request Clinical Evaluation Match Your Condition
Physician-led · Data-driven · The terrain must be addressed for procedural success

Further reading

How orthobiologic treatment is actually delivered — and the ways it fails when it is not.

All articles in Regenerative Treatments →

Metro-wide overview: regenerative medicine in St. Louis — what it treats, who is a candidate, and how to compare clinics.