Multiple Sclerosis Treatment with Stem Cells: Repair, Remyelinate, Rebalance

Targeting the Root Causes of MS With Regenerative Medicine

Video Description

Most treatments for Multiple Sclerosis focus on suppressing symptoms — but what if there’s a way to support nerve repair and recalibrate the immune system itself?

In this video, Dr. Yi Song explains how stem cell therapy is offering MS patients new options beyond standard medications. Using high-viability umbilical cord-derived stem cells, SCTE targets both the inflammation and immune misfiring at the root of MS. You’ll learn how mesenchymal stem cells (MSCs) may help reduce disease progression, support remyelination, and restore lost function — especially when used early in the disease process.

Conditions We Treat

  • Osteoarthritis

  • Rheumatoid Arthritis

  • Psoriatic Arthritis

  • Neuropathy

  • Chronic Pain

  • Long COVID

  • Multiple Sclerosis

  • COPD

  • Autoimmune Conditions

These are just a few of the conditions we address with regenerative therapy.

See the Full List of Conditions We Treat

Multiple Sclerosis and Stem Cell Therapy: A Regenerative Medicine Approach

Multiple Sclerosis (MS) is a chronic autoimmune condition where the immune system mistakenly attacks the protective sheath (myelin) surrounding nerve fibers. This leads to disrupted neural communication, resulting in muscle weakness, vision disturbances, balance issues, and even urinary dysfunction. Over time, the demyelination process causes irreversible nerve damage. Conventional immunosuppressants aim to control relapses but don’t halt disease progression or repair existing damage. This is why regenerative approaches are gaining attention.

Why Conventional Treatments Often Fall Short

Mainstream therapies like corticosteroids and disease-modifying drugs focus on reducing immune activity. However, they don’t address the underlying immune dysregulation or repair damaged tissues. A double-blind Phase I/II clinical study by Uccelli and colleagues found that patients receiving mesenchymal stem cells experienced greater stability in MS progression compared to placebo—even in progressive cases—highlighting the regenerative and immunomodulatory potential of MSCs.

Stem Cell Therapy: Modulating Immune Function and Supporting Remyelination

At SCTE, we use umbilical cord-derived mesenchymal stem cells (MSCs) to reduce neuroinflammation and recalibrate the immune system. These cells have been shown to support remyelination and may help restore lost neurological function when applied early enough in the disease process. Unlike immunosuppressants that broadly weaken immune responses, MSCs modulate immune activity — quieting harmful autoimmunity while supporting healthy repair mechanisms.

Our Treatment Approach

  • Intravenous infusions for systemic immune modulation
  • Intranasal application to bypass the blood-brain barrier
  • Adjunct therapies including laser-activated PRP and acupuncture
Each MS case is carefully evaluated, and dosing is customized based on body weight—often starting with 150 million cells per session.

Why Our Stem Cells Are Different

Many U.S. clinics rely on cryopreserved cells, which can lose viability. SCTE uses fresh, lab-expanded umbilical cord stem cells with confirmed viabilities of 85–94%. Our in-house viability checks ensure you’re receiving living, potent cells. By processing cells shortly after collection, we avoid the cellular stress linked to U.S. commercial freezing practices, preserving functional benefits.

Clinical Setting and Healing Environment

Treatments are offered at Zenerchi Retreat near Medellín, Colombia—a healing center chosen for its calming atmosphere and natural energy. Patients receive personalized care in an environment designed to support cellular regeneration and whole-body healing.

Scientific References

Rethink MS Care with Regenerative Therapy

Stem cell therapy isn’t just about managing symptoms — it’s about supporting your body’s natural ability to repair. At Stem Cell Therapy Experts, we provide advanced, high-viability stem cells in a healing environment designed for whole-body recovery. If you’re exploring new options for MS, this may be the shift you’ve been waiting for.