Overcoming Ataxia: How Stem Cell Therapy is Changing the Narrative for Patients Like Ro Thomas
Written by Dr. David Greene, MD, PhD, MBA on April 22, 2026
For many diagnosed with ataxia, the medical journey is often defined by a single, discouraging word: progressive. Whether it is an inherited condition or an acquired injury, the standard medical advice has long been that there is “no hope” for recovery and that patients must simply adapt to a life of increasing physical limitation.
However, patients like Ro Thomas are proving the traditional narrative wrong. Through a combination of relentless hard work and regenerative medicine, Ro has transitioned from a wheelchair-bound state to reclaiming his independence. At R3 Stem Cell, we are proud to offer a bridge between “no hope” and a higher quality of life.
Ataxia is a neurological sign consisting of a lack of voluntary coordination of muscle movements. As Ro explains, the cause of the condition significantly impacts how it is managed.
Inherited ataxias, such as Spinocerebellar Ataxia (SCA), are caused by genetic mutations passed down through families. These conditions typically involve the gradual degeneration of the cerebellum—the part of the brain that controls balance and coordination.
Ro Thomas suffers from acquired ataxia, which means the condition was triggered by an outside incident rather than genetics. Acquired ataxia can result from:
In Ro’s case, the onset was “incident-based”—one day he was fine, and the next, his coordination was so severely compromised that he required a wheelchair and lost basic motor functions.
One of the most frustrating aspects for ataxia patients is the lack of encouragement from traditional neurology. Many are told they are “stuck” or that they should wait for a “cure” that may be decades away.
Ro Thomas argues a different point: “There is no reason to wait your whole life for a cure. You need to live your life now.”
At R3 Stem Cell, we utilize umbilical cord stem cell therapy to target the underlying neuro-inflammation and tissue damage associated with ataxia. While stem cells are not a “genetic cure,” they offer several regenerative benefits:
Neuroprotection: Stem cells release growth factors that help protect existing neurons from further damage
Reduced Inflammation: Systemic inflammation can exacerbate ataxia symptoms. MSCs help "calm" the immune system.
Cellular Signaling: Through exosome therapy, stem cells communicate with the body's own repair mechanisms to stimulate healing in the cerebellum and spinal cord.
Ro became one of the first patients to undergo the R3 Stem Cell protocol for ataxia. His journey highlights the importance of repeat treatments for chronic neurological issues.
First Treatment (6 Months Ago): Ro reported that the initial procedure went extremely well, providing the foundation for his improved motor control.
The Second Treatment: Ro returned for a second round of therapy to compound his results. In neurological conditions, "stacking" treatments often leads to more significant, long-lasting improvements in back pain, balance, and gait.
The Result: From being told he would never get better, Ro has regained enough function to move away from his wheelchair and share his story on YouTube to inspire others.
Symptom | Impact on Daily Life | How Stem Cells Help |
Gait Imbalance | Difficulty walking, falls | Improved signaling for better coordination |
Fine Motor Skills | Difficulty writing, buttoning clothes | Targets nerve regeneration in the hands/arms |
Speech (Dysarthria) | Slurred or slow speech | Supports neural pathways involved in speech |
Fatigue | Exhaustion from physical effort | Increases systemic energy and reduces inflammation |
Yes. While they cannot change the genetic code in inherited cases (like SCA), they can help manage the symptoms and potentially slow the progression by protecting remaining neurons. For acquired cases like Ro’s, they help repair the damage caused by the initial incident.
R3 Stem Cell maintains an 85% success rate across more than 27,000 procedures. We use umbilical cord-derived cells that are safety-tested and processed in high-standard labs to ensure no adverse reactions.
Neurological repair is a marathon, not a sprint. As seen with Ro Thomas, many patients benefit from an initial treatment followed by a “booster” 6–12 months later to maximize the regenerative effect on the brain and spinal cord.
Ataxia doesn’t have to be a dead-end diagnosis. Whether you are dealing with cerebral palsy, sciatica, or osteoarthritis, regenerative medicine offers a new path forward.
Free Consultation: Contact us today at (844) GET-STEM.to see if you are a candidate for ataxia treatment.
Global Leaders: Join the thousands of patients who have found relief through R3 Stem Cell’s international centers of excellence.
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Consent alone is not sufficient. Donor mothers also undergo comprehensive medical screening, which typically includes: