Researchers at the University of California have developed an AI-powered brain implant designed for personalized, 24-hour treatment to reduce Parkinson’s symptoms. This advanced technology is capable of monitoring brain activity in real time, providing a more personalized care. The new device, dubbed adaptive deep brain stimulation (aDBS), employs AI to monitor and respond to changes in a patient’s brain activity.
The device administers targeted treatment for movement issues during the day and addresses sleep problems at night. When the implant detects abnormal brain activity, it delivers deep brain stimulation pulses to minimize the symptoms of the disease. The implant has a closed-loop design, which continuously and automatically adjusts brain stimulation to meet the specific needs of the patient at all times. This represents a significant advance over current treatments, which typically offer constant stimulation without accounting for fluctuations in the patient’s symptoms, as it delivers less stimulation when medication is active, minimizing excess movement.
Parkinson’s is one of the debilitating neurological ailments that have become the subject of extensive scientific research in recent years, as researchers search for effective treatments. Such innovations reflect the significant strides AI is making, offering new hope to those affected by such neurological conditions.
