Advanced Robotic Arm Helps Stroke Patients Regain Grip

Scientists have developed an innovative robotic arm that can assist stroke patients in regaining their ability to hold objects.

This cutting-edge technology has been successfully implanted in a stroke survivor who had lost mobility and speech for several years.

Researchers from the University of California, San Francisco, utilized AI-powered brain implants to enable the robotic arm’s functionality.

How It Works?

Tiny sensors placed on the brain detect neural signals, which are then processed by a computer to control the robotic arm’s movements.

The arm is capable of:
✅ Gripping objects
✅ Moving items
✅ Releasing objects

Breakthrough in AI & Neuroscience

Professor Karunesh Ganguly, a neurologist at the university, stated that this technology represents a new phase in brain-computer interfaces (BCIs), bridging the gap between humans and artificial intelligence.

This groundbreaking research brings new hope to stroke survivors and individuals with mobility impairments.

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