If your neuropathy symptoms persist despite standard care, you’re not alone. Medications and lifestyle measures help many people, but not everyone finds enough relief, and that has led more patients to explore regenerative options like stem cell therapy.
If your neuropathy symptoms persist despite standard care, you’re not alone. Medications and lifestyle measures help many people, but not everyone finds enough relief, and that has led more patients to explore regenerative options like stem cell therapy.
PERIPHERAL NEUROPATHY
No matter where you are in your journey, learn how regenerative medicine may fit into your care.
Neuropathy, or peripheral neuropathy, refers to various conditions affecting the peripheral nervous system, which is the network that transmits signals between the brain, spinal cord, and other body parts. It involves nerve damage that disrupts communication in three main ways:
Our approach uses mesenchymal stem cells (MSCs) and other regenerative components to support nerve health through multiple mechanisms.
Our approach uses mesenchymal stem cells which researchers believe work mainly through signaling rather than by becoming new nerve tissue. They release growth factors, cytokines, and exosomes, which are tiny messenger particles that may support the body’s own repair processes in the surrounding area.
When nerve damage has an autoimmune component, these cells are also being studied for their ability to influence the immune system, helping shift it from a pro-inflammatory state toward an anti-inflammatory one. The goal is to create a better environment for nerves and potentially reduce further damage.
Neuropathy, especially diabetic neuropathy, is closely tied to circulation. Nerve damage can interfere with how the body regulates blood flow, and poor circulation can in turn make neuropathy symptoms worse. Addressing both problems together is why we pair stem cells with another therapy.
MVT is an injectable tissue graft used to support the tiny blood vessels in the hands and feet. By improving the local blood supply, it may help create a healthier environment for tissue repair, which could contribute to symptom relief for some patients.
Results vary. These therapies are still being studied and are not a proven cure for neuropathy.
A 2024 meta-analysis that pooled human studies on diabetic peripheral neuropathy found gains in several measures, including nerve conduction, the ability to sense vibration, and scores on the Toronto Clinical Scoring System. Clinicians use that scale to gauge how severe neuropathy is, based on symptoms, reflexes, and sensation.
These results are promising, but they don’t mean stem cell therapy cures neuropathy. It’s better viewed as one possible part of a broader plan that also addresses the underlying cause of nerve damage, physical rehabilitation, symptom management, and regular follow-up.
Most studies of stem cells in long-term conditions center on mesenchymal stem cells (MSCs). These adult cells are not thought to rebuild nerves directly. Instead, they appear to influence the body’s own repair processes through chemical signaling.
When MSCs encounter inflamed or damaged tissue, they are believed to respond by releasing growth factors and other signaling proteins. Researchers are investigating whether these substances can:
Improve circulation around damaged nerves
Calm excessive inflammation
Shield nerve tissue from further harm
Create conditions that favor recovery
This research offers one possible explanation for the growing interest in stem cell therapy as a supportive option for neuropathy. Still, larger and more rigorous trials are needed before anyone can say what results patients should realistically expect.
Explore the personal experiences shared by our patients. Read their reviews and watch video testimonials to learn about their individual experiences with Cendant Stem Cell Center.
