1. Promotes Neural Regeneration

• Stem cells can differentiate into neurons, glial cells, and other specialized cells of the nervous system.
• This helps replace lost or damaged nerve cells, restoring function.

2. Stimulates Axonal Growth

• Stem cells encourage the growth of axons (nerve fibers), which are critical for transmitting signals between neurons.
• This helps reestablish neural pathways and improve communication within the nervous system.

3. Reduces Inflammation

• Stem cells release anti-inflammatory molecules that reduce inflammation in the brain or spinal cord.
• This minimizes further damage caused by secondary inflammatory responses after the initial injury.

4. Protects Existing Neurons

• Stem cells secrete neuroprotective factors that safeguard surviving neurons from degeneration or apoptosis (programmed cell death).
• This helps preserve existing neural networks.

5. Improves Functional Recovery

• Patients often experience improvements in motor skills, sensory function, and cognitive abilities after treatment.
• Stem cells help retrain and reorganize the nervous system to regain lost functions.

6. Enhances Synaptic Plasticity

• Stem cells increase the brain's plasticity, enabling it to form new connections and adapt to damage.
• This is critical for recovery from brain and spinal cord injuries.

7. Reduces Scar Tissue Formation

• In spinal cord injuries, scar tissue can block nerve regeneration. Stem cells prevent excessive scarring and promote an environment conducive to healing.

8. Addresses Blood-Brain Barrier Damage

• In TBIs and strokes, damage to the blood-brain barrier can worsen injury. Stem cells help repair the barrier, reducing toxin and pathogen infiltration.

9. Releases Exosomes for Targeted Repair

• Stem cell-derived exosomes deliver growth factors, microRNA, and proteins directly to damaged neurons, accelerating repair.

10. Supports Long-Term Recovery

• By addressing both the acute and chronic phases of nervous system injuries, stem cell therapy provides sustained benefits, including reduced pain and improved mobility.

Nervous System Conditions That Benefit from Stem Cell Therapy

1. Spinal Cord Injuries

• Restores motor and sensory functions.
• Reduces paralysis and improves mobility.

2. Traumatic Brain Injuries (TBI)

• Enhances cognitive functions, including memory and attention.
• Reduces symptoms like headaches, dizziness, and mood changes.

3. Stroke

• Promotes recovery of speech, mobility, and cognitive abilities.
• Reduces brain damage and supports neurogenesis (new neuron formation).

4. Peripheral Nerve Injuries

• Repairs damaged peripheral nerves, restoring sensation and motor function.
• Reduces chronic pain associated with nerve damage.

5. Cerebral Palsy

• Improves muscle tone, coordination, and mobility.
• Enhances cognitive and speech development in pediatric cases.

6. Multiple Sclerosis (MS)

• Regenerates damaged myelin sheaths, improving nerve transmission.
• Reduces symptoms like fatigue, muscle weakness, and spasticity.

7. Parkinson’s Disease

• Restores dopamine-producing neurons, improving motor control.
• Reduces tremors, stiffness, and balance issues.

8. Amyotrophic Lateral Sclerosis (ALS)

• Slows disease progression by protecting motor neurons.
• Improves muscle strength and respiratory function.

9. Neuropathies

• Repairs nerve damage caused by diabetes, chemotherapy, or autoimmune disorders.
• Reduces pain, numbness, and tingling.

10. Neurodegenerative Diseases

• Supports neuronal survival and slows progression in conditions like Alzheimer’s disease.

Our hallmark Protocol includes:

• IV infusions with millions and millions of Stem cells to empower the whole body
• Billions of exosomes.
• Orthomolecular therapy with Glutathione + amino acids, dmso, msm, vitamins and antioxidants.
• Hotel and all the transfers.
• Bilingual Patient Care Coordinator.

This procedure can be customized according to the needs of each patient.

Contact us for more information!