Brain Pacemaker Wakes Man From Near-Vegetation
Ben Preiss — August 2, 2007 — Unique
References: news.yahoo & abcnews.go
For the first time, deep-brain stimulation, using a brain pacemaker, was used on a patient in a minimally conscious state. The pacemaker, which uses two electrodes to send impulses into a part of the brain regulating consciousness, was implanted in the 38-year-old man enabling him to chew his food, watch a movie and talk with family for the first time in six years (when he was hit on the head in a robbery).
Implications - The brain pacemaker that woke a man who was nearly dead is certainly a breakthrough in the tech and health care communities. Electrodes were inserted into the man's brain and the 36-year-old was revived from his state of near-vegetation. This is a remarkable discovery that could have drastic implications for patients.
Implications - The brain pacemaker that woke a man who was nearly dead is certainly a breakthrough in the tech and health care communities. Electrodes were inserted into the man's brain and the 36-year-old was revived from his state of near-vegetation. This is a remarkable discovery that could have drastic implications for patients.
Trend Themes
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Brain Pacemaker Innovation — The discovery and use of brain pacemakers to stimulate parts of the brain regulating consciousness could lead to further developments in the field of neurology.
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Deep Brain Stimulation Advancements — With the success of the deep-brain stimulation procedure, there is potential for further research in the field to advance the technology and improve the quality of life for more patients.
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Minimally Conscious State Treatment — The use of brain pacemakers in treating patients in a minimally conscious state may lead to the development of new treatments and therapies for other neurological disorders.
Industry Implications
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Healthcare Industry — Further research and development in the use of brain pacemakers and deep-brain stimulation technology has the potential to revolutionize the healthcare industry in the treatment of neurological disorders.
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Neurology Industry — The use of brain pacemakers in the treatment of neurological disorders could disrupt the neurology industry in terms of treatment options, patient outcomes, and advancements in medical technology.
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Tech Industry — Technological advancements in deep-brain stimulation and brain pacemaker technology have the potential to disrupt the tech industry with further developments aimed at improving patient health outcomes.
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