How does stem cell therapy help in treating multiple sclerosis (MS)?

Stem cell therapy for COPD focuses on repairing lung tissue, reducing inflammation, and slowing or stopping disease progression. Patients typically experience gradual, long-lasting improvements rather than immediate changes.Within the first few weeks, the body begins healing at a cellular level, though mild fatigue and temporary discomfort may occur as energy is redirected toward repair. Over three to six months, patients often notice easier breathing, improved oxygen levels, reduced coughing, and better stamina.The pluripotent stem cells and Plurisomes™ help soften lung scarring, enhance oxygen flow, and support overall vitality. While complete reversal of severe lung damage may not always be possible, most patients experience steady improvement in breathing comfort, energy, and quality of life over time.

Can stem cell therapy stop MS progression or relapses?

Pluripotent stem cell therapy is designed to help stop the progression of multiple sclerosis (MS) and reduce the risk of relapses. It works by calming the immune system, reducing inflammation, and repairing nerve damage caused by MS.This therapy helps balance immune activity, preventing it from attacking the body’s own nerve cells. It also supports the regeneration of the myelin sheath, improving nerve function and reducing future flare-ups.A typical program lasts five weeks and includes around 25 stem cell IVs. Healing continues for up to three to six months after treatment, with many patients reporting better mobility, energy, and stability as inflammation subsides and nerve repair progresses.

Can patients reduce their medications after stem cell therapy?

Yes, many patients are able to reduce or even stop some medications after therapy. This treatment focuses on deep body repair, helping address the root causes of pain, inflammation, and immune imbalance that often require long-term drugs.The regenerative effects of pluripotent stem cells and Plurisome™ therapy can help lower the need for painkillers, opioids, and anti-inflammatory medications by calming inflammation and promoting natural healing. For autoimmune conditions like multiple sclerosis or rheumatoid arthritis, pluripotent stem cell therapy helps regulate the immune system, reducing the need for immunosuppressants such as Prednisone.During treatment, doctors carefully guide patients on when and how to adjust medications safely. The overall goal is to help patients regain strength, balance, and long-term health with fewer prescription drugs.

Is pluripotent stem cell therapy proven to help with multiple sclerosis (MS)?

Pluripotent stem cell therapy has shown strong potential to help people with multiple sclerosis (MS) reduce their dependence on medications by promoting deep repair and whole-body healing. The therapy’s regenerative and anti-inflammatory effects often allow for a gradual reduction in painkillers, opioids, and other long-term drugs.By restoring immune balance, pluripotent stem cell therapy can lessen the need for immunosuppressants like Prednisone or Siponimod, which must be stopped before treatment. As the immune system rebalances and inflammation subsides, many patients no longer require these medications.Pluripotent stem cells and Plurisome™ treatments also support nerve repair, improve energy, and enhance overall function. The ultimate goal is to help patients regain stability, mobility, and strength, leading to a healthier life with fewer or no daily medications.

Stem Cell Therapy: Treatment for Multiple Sclerosis

Treating Multiple Sclerosis with stem cells

Multiple Sclerosis (MS), also known as disseminated sclerosis, is a chronic disease of the central nervous system. It causes damage to the brain, spinal cord, optic nerves, and other parts of the body. Out of all neurological diseases, MS is one of the most prevalent, affecting more than 2.3 million people worldwide. It's also considered as one of the most debilitating of autoimmune diseases. If left untreated, the progressive form leads to neurological disability and various kinds of irreversible disability.

Patients with MS are facing 3 main physiological challenges:

Demyelination and neurodegeneration affecting the brain and spinal cord leading to gradual loss of function with vision, sensation, balance, physical movement overall organ dysfunction. This leads to blurred vision, neurological deficits, significant loss of quality of life, depression and anxiety.
Immune dysregulation: MS is immune-mediated, directly affecting axonal myelin sheath. During a flare-up, the immune system attacks mature oligodendrocytes, damaging the myelin sheath. The sheath becomes inflamed and the communication between the body and brain is disrupted. This damage causes multiple scarring (sclerosis).
Chronic infections & Parasites: Although the reason why the immune system attacks the neuron sheath is not fully established, several scientists have noticed an abnormal presence of heavy metals and pollutants in the damaged parts of the brain of all the MS sufferers that they have tested. We've also observed that patients who suffer from degenerative diseases respond better to stem cell treatment after a series of chelation and anti-parasite therapies.

Regenerative stem cell therapy for Multiple Sclerosis

The goal of stem cell treatments for MS is to regulate the immune system, reduce the damage done to the nerve cells, and repair injured tissue.

Multiple Sclerosis Treatment Plan

Our treatment plans generally last between 2 and 5 weeks, depending on your overall health, your condition, and the severity of your Multiple Sclerosis symptoms. Anyone can sign up for stem cell treatment for Multiple Sclerosis. Each stem cell treatment candidate will receive a tailored plan to help achieve the highest success rate for maximum therapy efficiency. Typically, stem cell therapy for Multiple Sclerosis will resemble a program such as the one below, and will last for 5 weeks plus weekly visits for 6 months.

Stem cells

25 stem cell IVs, plus additional weekly IVs for 6 months

Plurisomes

5 Plurisomes IVs, plus additional weekly IVs for 6 months

Peptides & Nutraceuticals

25 IVs

Chelation

regular CaNa2 EDTA IVs

Ozone

11 sessions

Physiotherapy & Massage

11 sessions

Treatments

Benefits of stem cell therapy for Multiple Sclerosis patients

Efficacy of stem cell therapy depends on types of cells. There are numerous types of stem cells available for treatment of this neurological disorder. Adult stem cells, mesenchymal stem cells, bone marrow stem cells, adipose-derived mesenchymal stem cells, and neural stem cells are used at clinics around the world. At Stemaid Institute, we utilize the most comprehensive and potent pluripotent stem cells. This cell-based therapy is unique in that it signals repair in all parts of the body at once and repairs injured tissue in the central and peripheral nervous system.

Pluripotent stem cells can repair the nerve tissue in the brain and in the periphery, balance the immune system and help recover the lost physical and organ function. With each injection, self-healing mechanisms are triggered and disease activity gradually attenuated.

First-Line therapies and conventional therapies for MS generally do not include cellular therapies at this time. This is however changing. Clinical application of different type of stem cells for neurological disorders and autoimmune disorders is gaining more popularity for a good reason. Mesenchymal stem cell therapy in treatment of injured tissue is available in some jurisdictions.

hESC treatment with pluripotent factors, like the one being utilized at Stemaid Institute, is now recognized as the most potent whole body repair and rejuvenation treatment strategy. The effects are seen gradually, with highest protective effects between 12 to 180 days post treatment. This is a long term treatment. The epigenetic reprogramming that occurs with pluripotent cellular therapies is the next frontier in biological medicine for neurological disorders and autoimmune disorders.

Pluripotent hESC treatment can be administered by intravenous, intra-muscular and lumbar puncture routes.

In addition to our Standard line, Autologous transplantation of pluripotent stem cells is also possible with Stemaid Laboratories Autologous Pluripotent Stem Cell line. Get in touch to learn more about the different types of cells available at Stemaid Institute.

Reduced Inflammation

One of the key beneficial effects of stem cell treatment is immune regulation. The immunomodulatory effects of hESC treatment are critical in easing the inflammatory phase of MS. Pluripotent stem cells and exosomes release transcription factors that help immune cells to shift away from TH1 autoimmune reactivity. Detoxification IVs and anti-parasite treatments also help with this inflammatory disease. This calms the fire destroying the axonal integrity and allows the myelin sheath to restore.
Sensation

The second level of therapeutic effects is usually observed after a minimum of 1-2 weeks, when inflammatory fire is quenched and the myelin sheath and other injured tissue have a chance to start restoring. Growth factor peptides, nerve growth factor peptides, mRNAs & miRNAs signal renewal, repair, and regeneration in the brain and in the periphery. The parenthesis, numbness, tingling, burning, all gradually start to improve.
Mobility

After about 4-5 weeks of clinical application, neuromuscular junctions and larger muscle groups begin to show signs of repair and recovery. The progressive phase of MS, the key degenerative component, shows signs of slowing down. Speaking, swallowing, movement and strength begin to gradually return. Dizziness wanes and balance improves. The results depend on the severity of the MS and which part of the brain and/or spinal cord is originally impacted. Healing takes time. Our clinical studies with MS show a dramatic decrease in disability status scale over time. Get in touch for more information on our treatment of patient with MS and our case study.

Frequently Asked Questions

How does stem cell therapy help in treating multiple sclerosis (MS)?

Stem cell therapy for COPD focuses on repairing lung tissue, reducing inflammation, and slowing or stopping disease progression. Patients typically experience gradual, long-lasting improvements rather than immediate changes.

Within the first few weeks, the body begins healing at a cellular level, though mild fatigue and temporary discomfort may occur as energy is redirected toward repair. Over three to six months, patients often notice easier breathing, improved oxygen levels, reduced coughing, and better stamina.

The pluripotent stem cells and Plurisomes™ help soften lung scarring, enhance oxygen flow, and support overall vitality. While complete reversal of severe lung damage may not always be possible, most patients experience steady improvement in breathing comfort, energy, and quality of life over time.
Can stem cell therapy stop MS progression or relapses?

Pluripotent stem cell therapy is designed to help stop the progression of multiple sclerosis (MS) and reduce the risk of relapses. It works by calming the immune system, reducing inflammation, and repairing nerve damage caused by MS.

This therapy helps balance immune activity, preventing it from attacking the body’s own nerve cells. It also supports the regeneration of the myelin sheath, improving nerve function and reducing future flare-ups.

A typical program lasts five weeks and includes around 25 stem cell IVs. Healing continues for up to three to six months after treatment, with many patients reporting better mobility, energy, and stability as inflammation subsides and nerve repair progresses.
Can patients reduce their medications after stem cell therapy?

Yes, many patients are able to reduce or even stop some medications after therapy. This treatment focuses on deep body repair, helping address the root causes of pain, inflammation, and immune imbalance that often require long-term drugs.

The regenerative effects of pluripotent stem cells and Plurisome™ therapy can help lower the need for painkillers, opioids, and anti-inflammatory medications by calming inflammation and promoting natural healing. For autoimmune conditions like multiple sclerosis or rheumatoid arthritis, pluripotent stem cell therapy helps regulate the immune system, reducing the need for immunosuppressants such as Prednisone.

During treatment, doctors carefully guide patients on when and how to adjust medications safely. The overall goal is to help patients regain strength, balance, and long-term health with fewer prescription drugs.
Is pluripotent stem cell therapy proven to help with multiple sclerosis (MS)?

Pluripotent stem cell therapy has shown strong potential to help people with multiple sclerosis (MS) reduce their dependence on medications by promoting deep repair and whole-body healing. The therapy’s regenerative and anti-inflammatory effects often allow for a gradual reduction in painkillers, opioids, and other long-term drugs.

By restoring immune balance, pluripotent stem cell therapy can lessen the need for immunosuppressants like Prednisone or Siponimod, which must be stopped before treatment. As the immune system rebalances and inflammation subsides, many patients no longer require these medications.

Pluripotent stem cells and Plurisome™ treatments also support nerve repair, improve energy, and enhance overall function. The ultimate goal is to help patients regain stability, mobility, and strength, leading to a healthier life with fewer or no daily medications.

Keywords: ms, nerves, stem cells ms, stem cells multiple sclerosis, ms treatment, stem cell therapy

Stem cell therapy for Multiple Sclerosis

Treating Multiple Sclerosis with stem cells