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Cerebrovascular Disorders (Stroke)

TREATMENT

Stem cell therapy for cerebrovascular diseases involves extracting and culturing stem cells from the patient’s own adipose tissue and administering them intravenously to repair blood vessels and nerves damaged by stroke.
After a stroke occurs, brain tissue can be damaged, potentially leaving sequelae such as paralysis, speech disorders, and sensory impairments. Stem cell therapy is expected to repair these damaged tissues and promote functional recovery.

The anticipated outcomes of stem cell therapy are as follows

Stem cells have the ability to differentiate into various cells, including newly formed neurons, enabling them to replace damaged brain nerve cells and achieve repair and regeneration of neural tissue. Additionally, stem cells are believed to promote angiogenesis, improving blood circulation in the brain.

By repairing and regenerating brain nerve cells and blood vessels, it is expected to improve sequelae caused by stroke such as paralysis, speech disorders, and sensory impairments.
In addition, stem cells may also prevent stroke recurrence by proactively repairing at-risk cerebral blood vessels and promoting vascular regeneration.

Conditions Treated