-
Replace damaged cells
Replace and repair damaged neuronal cells to restore normal function of the brain's nervous system.
-
Drug delivery
Through intravenous or intrathecal means, stem cells serve as drug carriers to directly break through the blood-brain barrier and reach the heart and brain organs, delivering genes, proteins, targeted drugs, etc. to the lesion site with precision, achieving the goal of promoting tissue vascular and nerve regeneration and disease treatment.
-
Regulating immune response
Promote the repair and regeneration of damaged endothelial cells, improve vascular infarction and sclerosis problems, eliminate inflammation of blood vessels, nerves, and cells, and regulate and improve the brain's neuroimmune system.
-
Promote nerve regeneration
Promote the regeneration of nerve cells, brain axons, and protrusions, balance the neurotransmitter system, reduce oxidative stress response, and improve the plasticity of the nervous system. Such as sequelae of spinal cord injury, stroke, and neurodegenerative diseases (Parkinson's disease, Alzheimer's disease, multiple system atrophy, motor neuron disease ALS).
400-890-0706
400-890-0706 
