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The spinal cord is a bundle of nerves that connects the brain and the body, playing a vital role in movement and sensation. When the spinal cord is damaged due to causes such as traffic accidents or falls, it can lead to symptoms such as paralysis of the limbs, sensory disorders, autonomic dysfunction, and urinary or bowel dysfunction.
By administering stem cells to patients suffering from central nervous system disorders caused by spinal cord injury, it is expected to promote nerve regeneration and angiogenesis, thereby restoring function. Numerous cases have been reported where regenerative stem cell therapy has improved the aftereffects of spinal cord injury.

The anticipated outcomes of stem cell therapy are as follows

Stem cells have the ability to differentiate into various types of cells, including newly formed nerve cells. By repairing damaged nerve cells, promoting angiogenesis, and improving blood flow, they are expected to alleviate sequelae such as paralysis, speech disorders, and sensory impairments caused by spinal cord injury.

In addition, stem cells can secrete anti-inflammatory substances, which help suppress inflammation, prevent further symptom deterioration, and provide a protective effect.