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Brain Implants Helps People Recover After Traumatic Injuries

Brain Implants Helps People Recover After Traumatic Injuries

12/4/23, 10:00 PM

People with chronic problems after falls and car crashes scored better on cognition tests after getting a brain implant, a new study found.

New York, NY - A groundbreaking study published recently has sparked optimism among individuals suffering from moderate to severe brain injuries.

Conducted by researchers at Weill Cornell Medicine, led by neurologist Dr. Nicholas Schiff, the study involved implanting electrodes in the brains of five patients.

These individuals, experiencing chronic cognitive impairments following accidents, showed significant improvement in cognitive tests when their brains were stimulated via the implanted electrodes.

The research, which has been detailed in a study published in Nature Medicine link, represents a potential breakthrough in the treatment of chronic brain injuries. According to Dr. Schiff, the results suggest that this could be the first effective therapy for such conditions, pending larger clinical trials to validate the findings.

Among the study participants was Gina Arata, whose life changed drastically after a car crash left her battling fatigue, memory issues, and emotional instability for nearly two decades. Since receiving the implant in 2018, Ms. Arata has seen remarkable improvements in her daily life. "I can be a normal human being and have a conversation," she shared, emphasizing the transformative impact of the treatment.

Dr. Schiff and his team targeted the central lateral nucleus deep within the brain as a crucial hub that, when stimulated, could potentially restore cognitive functions disrupted by traumatic brain injuries. This approach builds upon years of research indicating that brainwide networks crucial for attention and cognition can be revitalized through targeted electrical stimulation.

The surgical procedure involved precise electrode placement guided by neurosurgeon Dr. Jaimie Henderson of Stanford University. Initial tests conducted before and after the implantation demonstrated substantial improvements in the volunteers' ability to focus and perform cognitive tasks.

Despite these promising outcomes, challenges remain. One participant withdrew from the study due to a minor infection, highlighting the intricacies involved in implementing such advanced therapies.

Furthermore, ethical considerations and the cost of implant surgeries are areas of ongoing debate among medical professionals and researchers.

Dr. Steven Laureys from the University of Liège in Belgium, commenting on the study's implications, emphasized the urgent need to address traumatic brain injuries, which he described as a "silent epidemic." He underscored the societal importance of advancing treatments for the millions affected worldwide.

Looking ahead, Dr. Schiff and his colleagues plan to conduct larger-scale trials to further validate their findings and explore other potential brain regions for similar therapeutic interventions. The ultimate goal is to offer hope and improved quality of life to individuals coping with the enduring effects of traumatic brain injuries.

For more information on the study and its implications, refer to the detailed report in the New York Times article.

https://www.nytimes.com/2023/12/04/health/traumatic-brain-injury-implants.html

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