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Stem Cell MD — West Palm Beach, FL

Stem Cell Therapy for Chronic Pain & Nerve Regeneration

When Pain Becomes Your Normal, It’s Time for a Different Conversation.

Chronic pain and nerve damage are among the most difficult conditions in medicine to treat — not because the suffering isn’t real, but because conventional medicine rarely addresses the underlying biology. At Stem Cell MD in West Palm Beach, board-certified neurosurgeon Dr. Stefan Pribil offers autologous bone marrow-derived stem cell therapy for patients living with chronic spinal pain, peripheral neuropathy, post-surgical nerve damage, and trauma-related nerve injury. Stem cell therapy can also serve as a powerful complement to surgical care — supporting the healing environment before or after a procedure to enhance recovery outcomes. If you have tried medications, injections, and therapies without lasting relief, this may be the conversation you have been waiting to have.
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Nerve Damage

Understanding Chronic Pain & Nerve Damage

Chronic pain is defined as pain that persists beyond the normal healing period — typically three months or longer. Unlike acute pain, which serves as a warning signal, chronic pain often takes on a life of its own, driven by persistent nerve sensitization, inflammation, and structural damage that the body’s natural healing mechanisms cannot resolve on their own. When nerve tissue is damaged — whether from spinal compression, trauma, surgery, or disease — the result can be a relentless pattern of burning, electric, stabbing, or aching pain that medications manage but rarely resolve. For many patients, the search for relief becomes a years-long journey through specialists, prescriptions, and procedures with diminishing returns.
Chronic pain rooted in nerve damage typically falls into one of these categories:

Neuropathic Pain

(peripheral nerve damage)
Pain that originates from damage to the peripheral nerves — those outside the brain and spinal cord — causing numbness, tingling, burning, or weakness, often in the hands and feet.

Central Pain

(spinal cord origin)
Pain that originates from injury or dysfunction of the spinal cord itself, including central sensitization — where the nervous system becomes abnormally amplified in its pain response.

Post-Surgical Pain

(post-operative)
Pain and neurological symptoms that persist or develop following spinal or peripheral nerve surgery, including scar tissue formation, nerve adhesions, and vascular compromise.
Stem cell therapy does not simply mask these pain signals — it targets the damaged nerve tissue and inflammatory environment driving them. That is the fundamental difference between regenerative medicine and conventional pain management.

How Stem Cell Therapy Addresses Chronic Pain and Nerve Damage

The Science Behind the Treatment

Nerve tissue has a limited but real capacity for regeneration — and bone marrow-derived mesenchymal stem cells (MSCs) are among the most promising tools available to activate and support that process. Unlike pain medications that act on receptors, or steroid injections that temporarily suppress inflammation, stem cell therapy works at the biological level — promoting the conditions that allow damaged nerves and surrounding tissue to heal. When autologous bone marrow-derived stem cells are delivered to regions of nerve damage and chronic pain, they act through several well-documented mechanisms:

Neurotrophic Support & Nerve Repair

Bone marrow MSCs secrete neurotrophic growth factors — including BDNF (brain-derived neurotrophic factor) and GDNF (glial cell line-derived neurotrophic factor) — that support the survival and regrowth of damaged nerve fibers. Research shows that MSCs can promote new blood vessel formation around injured nerves, accelerating the regenerative process.

Anti-Inflammatory Immunomodulation

Chronic pain is fundamentally an inflammatory condition at the tissue level. Bone marrow-derived MSCs are powerful modulators of the immune and inflammatory response — suppressing the pro-inflammatory signals that sustain nerve sensitization and promoting the anti-inflammatory environment that allows healing to begin.

Central Sensitization Modulation

In neuropathic pain conditions, microglia — the immune cells of the central nervous system — become chronically activated, amplifying pain signals. Research demonstrates that bone marrow MSCs can inhibit this microglial overactivation, helping to normalize the nervous system’s pain response rather than simply suppressing it pharmacologically.

Cellular Differentiation Potential

MSCs have the capacity to differentiate into neuron-like and Schwann cell-like cells under the right conditions — the very cell types responsible for nerve insulation and signal transmission. While this process is still being characterized in clinical research, it represents a genuinely regenerative mechanism distinct from anything available in conventional pain management.
Peer-reviewed research published in leading journals through 2025 has demonstrated that mesenchymal stem cell therapy — particularly using bone marrow-derived cells — produces measurable improvements in nerve conduction, sensory function, and pain scores in patients with neuropathic conditions. These clinical benefits have consistently outpaced those achieved by conventional pharmacotherapy, particularly for diabetic peripheral neuropathy and post-injury nerve pain.

Why Dr. Pribil’s Neurosurgical Background Matters for Pain Care in West Palm Beach

Chronic pain and nerve regeneration medicine sits at the intersection of neurology, spine surgery, and regenerative biology. Very few physicians have expertise in all three. Dr. Stefan Pribil is one of them. As a board-certified neurosurgeon with over 40 years of experience and more than 10,000 spine procedures, Dr. Pribil has spent his career working directly with the structures that chronic pain patients suffer from — the spinal cord, nerve roots, peripheral nerves, and the tissues that surround them. When he delivers stem cell therapy for chronic pain, he is not approximating a target. He knows precisely where damaged nerve tissue lies, how to reach it safely, and how to deliver the treatment with the anatomical accuracy the spine demands. Stem Cell MD is located at 1645 Palm Beach Lakes Boulevard, Suite 1200, West Palm Beach, FL 33401 — serving patients with chronic pain and nerve conditions throughout Palm Beach County and South Florida. At Stem Cell MD, every patient consultation begins with a genuine neurosurgical evaluation — not a sales pitch. Dr. Pribil will tell you honestly whether stem cell therapy is likely to help your specific condition, or whether a different approach is more appropriate.
“Chronic pain patients have usually already been through a lot by the time they reach me. My job is to give them an honest picture of what their biology looks like and what we can realistically do about it — then deliver that treatment with every bit of precision I have.” — Dr. Stefan Pribil
Disc Replacement Surgery

What to Expect at Stem Cell MD

A Simple, Outpatient Process

The process at Stem Cell MD is designed to be transparent, personal, and efficient — beginning with a direct phone conversation with Dr. Pribil before you commit to anything. Every patient at our West Palm Beach practice follows the same straightforward four-step process.
Step 1

Telephone Consultation

Dr. Pribil personally speaks with every prospective patient before any in-office visit. He reviews your pain history, prior treatments, imaging, and goals — and gives you a candid assessment of what stem cell therapy may realistically offer in your case.
Step 2

In-Office Evaluation & Planning

At your in-office visit, Dr. Pribil performs a thorough neurological evaluation and reviews your imaging to map the specific regions of nerve damage and pain generation to be targeted with stem cell therapy.
Step 3

Outpatient Procedure

The procedure is performed at an accredited outpatient surgery center under light sedation and local anesthesia. Bone marrow is harvested from your posterior iliac crest, processed, and delivered precisely to the targeted regions — spinal, peripheral, or both. The entire procedure including recovery typically takes 20 to 30 minutes. Please bring an adult companion to take you home.
Step 4

Follow-Up & Progress Monitoring

Nerve regeneration and pain reduction are gradual processes. Dr. Pribil’s team will monitor your progress with scheduled follow-up appointments, assessing changes in pain levels, sensory function, and quality of life over the weeks and months following treatment.

Are You a Candidate for Stem Cell Therapy?

Stem cell therapy for chronic pain and nerve regeneration may be appropriate for a broad range of patients. The best way to find out whether it is right for your specific situation is a direct conversation with Dr. Pribil — available by phone before any office visit. Cash-pay and personal injury cases are welcome at Stem Cell MD in West Palm Beach.

Patients Who May Be Candidates

You may be a good candidate if you have been living with chronic spinal or nerve pain for three months or longer; have peripheral neuropathy from diabetes, trauma, or unknown cause; experience post-surgical pain or nerve symptoms after a spine or orthopedic procedure; have nerve damage from an auto accident or workplace injury; or have tried conservative treatments — medications, physical therapy, steroid injections — without satisfactory long-term relief.

Patients Who May Not Be Candidates

Stem cell therapy for chronic pain may not be the right choice if you have an active systemic infection or untreated cancer; a primary blood or bone marrow disorder; a pain condition that has a clear surgical solution that has not yet been attempted; or a medical condition that makes outpatient procedures under light sedation unsafe. Dr. Pribil will review your full history before making any recommendation.

Conditions That May Be Treated

Dr. Pribil evaluates the following chronic pain and nerve-related conditions for autologous stem cell therapy at Stem Cell MD in West Palm Beach:

Diabetic Peripheral Neuropathy

Nerve damage caused by elevated blood sugar over time, resulting in pain, burning, numbness, and tingling — typically beginning in the feet and progressing upward. Bone marrow-derived stem cells have shown meaningful improvements in nerve conduction and pain scores in this population in multiple peer-reviewed studies.

Post-Laminectomy & Failed Back Surgery Syndrome

Persistent pain, numbness, or weakness following spinal surgery that does not resolve with rehabilitation. This may result from nerve irritation during the procedure, scar tissue formation, or vascular compromise — all conditions where stem cell therapy’s anti-inflammatory and regenerative mechanisms may provide benefit.

Chronic Radiculopathy (Sciatica & Arm Pain)

Nerve root pain caused by disc herniation, spinal stenosis, or foraminal narrowing that has not responded to conservative care. Stem cell therapy may reduce the inflammatory environment compressing the nerve and support tissue healing around the affected root.

Trauma-Related Nerve Injury & Post-Accident Pain

Following a vehicle accident, nerve damage from whiplash, direct trauma, or prolonged compression can cause chronic pain patterns that outlast the structural injury. Dr. Pribil brings deep experience treating post-accident neurological complications, and stem cell therapy may support recovery in these cases.

Cervicogenic Headache & Occipital Neuralgia

Headaches that originate from nerve irritation in the cervical spine or at the base of the skull — including tension-type headache patterns driven by cervical dysfunction and occipital neuralgia, a condition characterized by shooting pain from the base of the skull toward the scalp. Following a thorough neurosurgical evaluation, these may be appropriate targets for regenerative therapy.

Atypical Facial Pain

Facial pain that does not follow the typical pattern of trigeminal neuralgia and has resisted conventional treatment may have a neuroinflammatory basis that stem cell therapy’s immunomodulatory properties could address. Dr. Pribil evaluates these complex pain presentations on an individual basis following a full neurosurgical workup.

Degenerative Joint Pain (Knees, Hips, Shoulders & More)

Pain, stiffness, and reduced range of motion from arthritis or cartilage degeneration in joints including the knee, hip, shoulder, wrist, elbow, and ankle. Bone marrow-derived stem cells promote cartilage repair, reduce joint inflammation, and support subchondral bone remodeling — offering a meaningful regenerative option before more invasive joint procedures.

Chemotherapy-Induced Peripheral Neuropathy

Painful neuropathy resulting from chemotherapy-induced nerve damage — one of the most common and debilitating side effects of cancer treatment. The anti-inflammatory and neurotrophic properties of bone marrow-derived stem cells may support nerve recovery in appropriately selected patients following oncology clearance.

Frequently Asked Questions

How is this different from a cortisone shot or pain medication?
Stem cell therapy is not a pain blocker — it is a regenerative therapy. Rather than suppressing pain signals with medication, it works to address the damaged nerve tissue and inflammatory environment generating the pain. The goal is meaningful, lasting reduction in pain through biological repair — not indefinite symptom management.
Is the procedure painful?
The procedure is performed under light sedation and local anesthesia, so you will be comfortable throughout. The bone marrow harvest from the posterior iliac crest is minimally invasive. Most patients experience mild soreness at the harvest site for a few days, which resolves quickly. Discomfort at the treatment sites varies by location but is generally well tolerated.
When will I notice improvement in my pain?
Nerve regeneration and pain reduction are gradual processes that unfold over weeks to months. Some patients notice early improvement in pain levels or sensory symptoms within the first few weeks. Others experience more progressive improvement over three to six months as the biological repair process continues. Dr. Pribil will monitor your progress at follow-up appointments.
Can stem cell therapy help my knee or hip pain, not just my spine?
Yes. Dr. Pribil regularly evaluates patients with joint pain — including knees, hips, shoulders, wrists, elbows, and ankles — for stem cell therapy. Bone marrow-derived stem cells promote cartilage regeneration, reduce joint inflammation, and support the underlying bone — offering a regenerative alternative to repeated steroid injections or joint replacement surgery.
Is this covered by insurance?
Autologous bone marrow stem cell therapy is currently considered an elective regenerative procedure and is generally not covered by insurance. During your consultation, Dr. Pribil’s team will provide transparent pricing based on your specific treatment plan.
What are the risks?
Because the stem cells come from your own bone marrow, there is no risk of rejection, allergic reaction, or donor-related complications. The bone marrow harvest is a well-established, safe procedure. Dr. Pribil will review your medical history in detail before recommending treatment, ensuring you are an appropriate candidate for the procedure.

You Don’t Have to Keep Living With This Pain.

If chronic pain or nerve damage has been limiting your life, you deserve a direct conversation with a physician who understands the underlying biology — not just the symptoms. Dr. Pribil will speak with you personally by phone, review your situation honestly, and tell you whether stem cell therapy is right for you before you ever make the trip to the office. Stem Cell MD is located at 1645 Palm Beach Lakes Boulevard, Suite 1200, West Palm Beach, FL 33401 — easily accessible to patients throughout Palm Beach County and South Florida. Cash-pay and personal injury cases are welcome.
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