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Medical experts have treated spinal cord injuries as permanent conditions for decades, while advanced brain-computer interfaces (BCIs) also believe motor function loss to be irrecoverable. A China-based clinical trial demonstrated the possibility of restoring walking ability to paralyzed patients during a brief period of weeks.

Scientists at Fudan University in Shanghai used their innovative brain-spinal implant to restore movement in four patients who experienced paralysis. The surgical procedure uses brain and spinal cord electrode chips to rebuild communication between brain signals and muscle activation. This technology bypasses external computer requirements to activate dormant nerves by using a process called “neural remodeling.”

The results were astonishing. The first patient who received minimally invasive surgery became able to lift his legs during the first 24 hours after the procedure. This patient was a 34-year-old male who suffered from paraplegia. The patient received help to walk 16 feet (five meters) by day 14. The implant procedure performed on three patients during February and March resulted in recovery rates that surpassed all previous rehabilitation periods.

The development represents an important achievement in the field of neurotechnology. The development of all medical devices for the procedure within Chinese borders demonstrates the country’s expanding capabilities in medical technology. Jia Fumin, who led the research team, stressed the worldwide significance of this innovation because it will minimize the need for assistive devices.

The world-wide millions of spinal cord injury patients now have new hope through this innovative medical technology. Medical science in China advances at a rapid pace, which enables the country to approach global health research leaders.