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Stem Cell MD — West Palm Beach, FL

Stem Cell Therapy for Spinal Cord Injury & Neurological Recovery

Neurological Recovery Is Possible. Dr. Pribil Can Help.

A spinal cord injury can change everything — in an instant. Whether the result of trauma, disease, or surgical complication, the neurological loss that follows is often dismissed as permanent. At Stem Cell MD in West Palm Beach, board-certified neurosurgeon Dr. Stefan Pribil offers autologous bone marrow-derived stem cell therapy as a serious, science-backed option for patients living with spinal cord injury and incomplete neurological recovery. This is not experimental hope — it is regenerative medicine delivered by one of the most experienced spine neurosurgeons in the country.
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Spinal cord injury

Understanding Spinal Cord Injury

Spinal cord injury (SCI) occurs when trauma, disease, or vascular disruption damages the bundle of nerves that runs through the spinal canal — the cord that carries signals between the brain and the rest of the body. When those signals are disrupted, the consequences reach far beyond pain. Patients may experience loss of movement, sensation, bladder and bowel function, and independence — depending on the level and completeness of the injury.
Spinal cord injuries are classified by their location and severity:

Complete SCI

(ASIA grade A)
A complete injury means no motor or sensory function is preserved below the level of injury. While the most challenging presentation, stem cell therapy may still support recovery of autonomic function and quality of life.

Incomplete SCI

(ASIA grades B–C)
Sensory function is partially preserved below the injury level but motor function is absent. These patients often show the most meaningful gains with regenerative intervention.

Partial Motor Function

(ASIA grade D)
More than half of motor function is preserved below the injury level. Stem cell therapy may help patients maximize the functional recovery they have already begun.
Traditional medicine has long regarded significant neurological recovery after SCI as unlikely. Regenerative medicine — and the biological tools now available to a neurosurgeon like Dr. Pribil — is changing that conversation.

How Stem Cell Therapy Supports Neurological Recovery

The Science Behind the Treatment

The spinal cord does not repair itself the way a broken bone does. After injury, a cascade of secondary damage — inflammation, cell death, and scar tissue formation — continues to erode neurological function for weeks and months beyond the initial trauma. This is the window where stem cell therapy has its greatest potential to intervene. Bone marrow-derived mesenchymal stem cells (MSCs) work through several overlapping mechanisms that directly address the pathology of spinal cord injury:

Neuroprotection

MSCs suppress the inflammatory response that causes secondary cell death following the initial injury. By reducing this destructive cascade, stem cells help preserve neurological tissue that would otherwise be lost in the days and weeks following trauma.

Axonal Regeneration Support

Stem cells release growth factors — including BDNF and VEGF — that promote the sprouting and repair of damaged nerve fibers. This supports the restoration of pathways that carry motor and sensory signals between the brain and body.

Remyelination

Following SCI, myelin — the protective sheath around nerve fibers — is often damaged or destroyed, disrupting signal transmission. Bone marrow-derived MSCs have demonstrated the ability to support remyelination of injured axons.

Immunomodulation

MSCs modulate the immune response at the injury site, reducing the autoimmune activity that contributes to progressive neurological decline after SCI. This immunomodulatory effect is one of the most well-documented properties of bone marrow-derived stem cells.
Clinical research supports these mechanisms. A clinical trial published in a peer-reviewed NIH journal found that 75% of spinal cord injury patients who received autologous bone marrow-derived mesenchymal stem cells showed measurable improvement in sensory, motor, and autonomic nerve function within 30 days of transplantation. A large phase I/II study of nearly 300 patients confirmed the safety of autologous bone marrow stem cell transplantation for SCI, with sensory and motor improvements observed in approximately one-third of patients — and no serious adverse events reported. For patients with incomplete injuries, the evidence is especially encouraging. The research consistently shows that those with partial neurological preservation respond most strongly to regenerative intervention — making early evaluation and treatment an important consideration.

Why a Neurosurgeon Makes All the Difference for Spinal Cord Injury Treatment in West Palm Beach

Most regenerative medicine clinics offering stem cell therapy are not equipped to treat spinal cord injury. It requires a clinician who understands the anatomy of the spinal cord at a surgical level — who knows where each nerve tract runs, what structures are at risk, and how to place a biologic agent precisely where it will do the most good. Dr. Stefan Pribil is one of a very small number of physicians in the country who combines board-certified neurosurgical expertise with advanced training in regenerative stem cell therapy. Over more than 40 years and more than 10,000 spinal procedures, he has developed an anatomical command of the spine that directly informs how he approaches stem cell delivery for neurological conditions. Stem Cell MD is located at 1645 Palm Beach Lakes Boulevard, Suite 1200, West Palm Beach, FL 33401 — serving spinal cord injury patients throughout Palm Beach County and South Florida. His approach is entirely autologous — the stem cells come from your own posterior iliac crest bone marrow, not from a donor, not from a laboratory product, and not from umbilical cord tissue. This eliminates rejection risk completely and ensures that the cells delivered to your spinal cord are your own living biology, active and viable.
“When I treat a spinal cord injury patient with stem cells, I am drawing on everything I know about the spine — from 40 years of neurosurgery. The precision of delivery matters enormously. These are not injections administered blindly. This is targeted regenerative medicine performed by a neurosurgeon.” — Dr. Stefan Pribil
Total Disc Replacement surgery

What to Expect at Stem Cell MD

A Simple, Outpatient Process

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

Telephone Consultation

Dr. Pribil personally speaks with every prospective patient by phone before any office visit. He will review your injury history, your imaging, your current neurological status, and your goals — and give you an honest assessment of whether stem cell therapy may benefit your situation.
Step 2

In-Office Neurological Evaluation

Once confirmed as a candidate, you will come in for a comprehensive neurological examination. Dr. Pribil will review your MRI and any prior surgical records, assess your motor and sensory function, and map out the specific targets for treatment.
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 the posterior iliac crest, processed, and delivered to the targeted spinal regions. The full procedure — including recovery from sedation — takes 20 to 30 minutes. A companion should be present to accompany you home.
Step 4

Recovery & Neurological Follow-Up

Dr. Pribil and his team will guide your recovery and schedule follow-up evaluations to assess neurological progress. For SCI patients, monitoring over weeks to months allows for meaningful assessment of functional improvement and determination of whether additional treatment is indicated.

Are You a Candidate for Stem Cell Therapy?

Stem cell therapy for spinal cord injury and neurological recovery may be appropriate for patients who meet the following general criteria. The only way to know for certain is to speak with Dr. Pribil directly — available by personal telephone consultation 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 a confirmed diagnosis of traumatic or non-traumatic spinal cord injury; have incomplete neurological loss with preserved sensory or motor function below the injury level; have experienced a post-surgical neurological deficit; are medically stable and in generally good health; or have not responded to standard rehabilitation and wish to explore additional options for recovery.

Patients Who May Not Be Candidates

Stem cell therapy for SCI may not be appropriate if you have an anatomically complete spinal cord transection with no preserved function; an active systemic infection or sepsis; active cancer or a primary blood disorder affecting bone marrow; or a medical condition that makes outpatient procedures under light sedation unsafe. Dr. Pribil will review your complete history before making any recommendation.

Neurological Conditions That May Be Treated

In addition to primary traumatic spinal cord injury, Dr. Pribil evaluates the following neurological conditions for potential stem cell therapy at Stem Cell MD in West Palm Beach:

Traumatic Spinal Cord Injury

Damage to the spinal cord resulting from a vehicle accident, fall, sports injury, or other physical trauma — ranging from cervical injuries affecting the arms and legs to lumbar injuries affecting the lower body.

Non-Traumatic Myelopathy

Neurological deficits arising from spinal cord compression due to a tumor, infection, abscess, or vascular event rather than direct trauma. These patients often have incomplete injuries with meaningful recovery potential.

Post-Surgical Neurological Deficits

Weakness, numbness, or loss of function that persists or develops following spinal surgery. These deficits can result from cord retraction, vascular compromise, or scar tissue formation during the original procedure.

Cervical Myelopathy

Cervical myelopathy occurs when the spinal cord is compressed in the neck, causing progressive weakness, coordination problems, and loss of fine motor control. Stem cell therapy may support neurological recovery following surgical decompression.

Central Neuropathic Pain from SCI

Chronic pain that originates from spinal cord damage itself — including burning, electric, or pressure-type pain that is often unresponsive to standard medications. Stem cell therapy’s neuroprotective and anti-inflammatory mechanisms may help modulate this difficult-to-treat pain.

Autonomic Dysfunction Following SCI

Following spinal cord injury, bladder and bowel function are frequently disrupted. While not a guaranteed outcome, some patients experience improvement in autonomic function as part of their broader neurological recovery with stem cell therapy.

Frequently Asked Questions

Is stem cell therapy for spinal cord injury safe?
Yes. Multiple published clinical trials have established that autologous bone marrow-derived stem cell transplantation for spinal cord injury is safe, with no serious adverse events reported across studies involving hundreds of patients. The bone marrow harvest is minimally invasive and performed under light sedation. Because the cells come from your own body, there is zero risk of rejection or allergic reaction.
How long does neurological recovery take?
Neurological recovery is a gradual process that unfolds over weeks to months as stem cells exert their neuroprotective and regenerative effects. Some patients notice early changes in sensation or motor function within the first 30 days. Others experience more gradual improvement over several months. Dr. Pribil will monitor your progress with follow-up neurological assessments.
Does it work better for complete or incomplete injuries?
The research consistently shows that patients with incomplete spinal cord injuries — those who retain some sensory or motor function below the injury level — tend to respond most favorably to stem cell therapy. However, Dr. Pribil evaluates each patient individually, including those with complete injuries, as autonomic and quality-of-life improvements are also meaningful outcomes.
Can stem cell therapy replace surgery for spinal cord injury?
Stem cell therapy is not a replacement for surgical decompression when that is indicated. In some cases, Dr. Pribil may recommend stem cell therapy as a complement to surgery — to support neurological recovery after a decompression procedure — or as a standalone regenerative treatment when further surgery is not indicated. He will give you his honest clinical recommendation.
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. Pricing is discussed transparently during your consultation with Dr. Pribil’s team.
Why should I choose a neurosurgeon for this treatment?
Dr. Pribil is a board-certified neurosurgeon with over 40 years of spine experience and more than 10,000 procedures. He has the anatomical knowledge to deliver stem cells with neurosurgical precision to the specific spinal regions where they are most needed. Very few physicians offering stem cell therapy for SCI possess that combination of neurological training and regenerative medicine expertise.

Recovery Begins with a Conversation

If you or someone you love is living with the consequences of a spinal cord injury, you deserve to speak with a physician who will give you a direct, honest, and expert assessment of your options. Dr. Pribil offers that conversation personally — by phone — before you ever make the trip to his 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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