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Stem Cell Therapy for Pain
When physical therapy, medication, and steroid injections stop delivering, patients usually want to know what’s next before surgery enters the conversation. Stem cell therapy for pain is one of the regenerative options that fills that gap at TRI Physical Therapy and Pain Management. It’s part of a broader holistic pain management program built for people whose pain hasn’t responded to the usual playbook, and it may be offered alongside PRP, prolotherapy, shockwave, and other regenerative tools at our two Brooklyn locations.
Stem cells sit inside a complete care plan that includes diagnostic imaging review, hands-on assessment, and the rehab work that determines whether the injection has anything to build on. Our doctors and therapists work as one team, which means a patient doesn’t have to shop their problem around multiple clinics just to get a coordinated answer.
What Stem Cells Actually Do
There’s a popular idea that stem cells get injected into a joint and rebuild cartilage like spare parts. That isn’t how it actually works. The mesenchymal stem cells used in musculoskeletal medicine work mostly through signaling. They release growth factors, cytokines, and small messenger packets called exosomes that calm inflammation, recruit native repair cells, and influence the local tissue environment. The cells themselves don’t stay around for long. Their messages are the active ingredient.
As Dr. Arkady Lipnitski, founder of TRI and trusted clinician for elite athletes and professional dancers, often puts it: the point isn’t to manufacture new cartilage out of thin air. It’s to give the body’s own repair systems a reason to start showing up in a place they had stopped visiting.
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Where the Cells Come From
Two sources are common. Bone marrow aspirate concentrate (BMAC) is drawn from the iliac crest at the back of the hip with a small needle and spun in a centrifuge to concentrate the cellular layer. Adipose-derived stromal vascular fraction (SVF) is drawn from a small amount of fat tissue, usually from the abdomen, and processed the same way. Each source has its own strengths, and the choice depends on the joint being treated, the patient’s anatomy, and what the imaging shows.
Some clinics advertise umbilical cord or amniotic “stem cell” products. These typically don’t contain viable stem cells once they’ve been processed for shelf storage, which is why we’re selective and transparent about what we actually use rather than what’s easier to market.
Conditions We Treat with Stem Cell Therapy
Stem cell injections aren’t a universal answer. They fit specific patterns of injury and degeneration, and the screening process at TRI rules out cases where the procedure wouldn’t make a meaningful difference. Conditions where stem cell therapy is most commonly considered include:
- Mild to moderate knee pain related to osteoarthritis that has plateaued with PT and standard injections
- Hip pain from arthritis in patients who aren’t yet candidates for replacement
- Chronic shoulder pain tied to rotator cuff tendinopathy and partial-thickness tears
- Lateral epicondylitis (tennis elbow) that hasn’t responded to bracing and rehab
- Stubborn tendon injuries in athletes and active adults
End-stage arthritis with bone-on-bone changes, advanced retracted rotator cuff tears, and injuries that need surgical fixation usually fall outside what a regenerative injection can realistically address.
How the Procedure Works at TRI
A visit may involve harvesting the patient’s own cells, either bone marrow from the iliac crest or adipose tissue from the abdomen, processing the sample in a centrifuge, and delivering the concentrated product directly into the target joint or tendon under image guidance. Most patients walk out the same day with activity guidelines for about a week, followed by a structured rehab plan that picks up where the injection leaves off. That rehab piece isn’t optional. Stem cell therapy creates a window for repair, and physical therapy is what makes the window count. This is why TRI keeps regenerative medicine and rehab under the same roof rather than handing patients off after the procedure.
How It Fits with Other Regenerative Options
TRI offers a full menu of regenerative and interventional pain management options, and stem cell therapy is one tool inside that menu rather than the headline. For some patients, PRP is the more sensible first move. For others, shockwave therapy or prolotherapy targets the problem more directly. The point of having all of these in one clinic is that the recommendation gets matched to the case, not to the procedure that happens to be most familiar.
If a tendon problem looks like a fit for shockwave and eccentric loading, that’s the right plan. If a knee with grade III arthritis has stalled out on PT and viscosupplementation, stem cell therapy for pain might genuinely move the needle. Same clinic, different recommendation, different patient.
What to Expect Before You Book
A consultation at TRI starts with the diagnosis, not the procedure. We’ll review your imaging, examine the joint or tissue in question, walk through what’s already been tried, and talk through your goals. If stem cell therapy makes sense for your case, we’ll say so and explain why. If a different regenerative tool is the better starting point, we’ll say that too.
“Will this fix me?” is probably the most common question we hear, and the honest answer isn’t always the one patients want. Stem cell therapy may help manage pain and support tissue health, but the result depends on what’s actually wrong, how advanced it is, and what happens during the weeks of rehab that follow. Dr. Lipnitski’s team flags that up front. Matching the right biologic to the right tissue is what turns regenerative medicine into something useful instead of an expensive guess.
If conventional care has run its course and surgery feels premature, stem cell therapy for pain at TRI Physical Therapy and Pain Management is worth a conversation. A consultation will clarify whether stem cells fit your diagnosis, whether a different regenerative therapy makes more sense first, or whether the next step lives outside the regenerative menu entirely.
