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Brain cells most vulnerable to Alzheimer s identified for first time

Brain cells most vulnerable to Alzheimer s identified for first time Shivali Best For Mailonline © Provided by Daily Mail MailOnline logo Scientists have identified the brain cells that are most vulnerable to Alzheimer s disease for the first time, in what s being referred to as the holy grail of dementia studies.  The brain cells lie in a region known as the entorhinal cortex, which controls memory, navigation and time perception, and are the first to be killed off by the disease. The researchers hope the findings could be used to develop a new and much more targeted approach to developing therapies to slow or prevent the spread of Alzheimer s disease.  

Brain cells most vulnerable to Alzheimer s disease are identified by scientists for the first time

Scientists have identified the brain cells that are most vulnerable to Alzheimer s disease for the first time, in what s being referred to as the holy grail of dementia studies.  The brain cells lie in a region known as the entorhinal cortex, which controls memory, navigation and time perception, and are the first to be killed off by the disease. The researchers hope the findings could be used to develop a new and much more targeted approach to developing therapies to slow or prevent the spread of Alzheimer s disease.   The brain cells lie in a region known as the entorhinal cortex, which controls memory, navigation and time perception, and are the first to be killed off by the disease

Scientists Identify Brain Cells Most Vulnerable to Alzheimer s Disease

Brain Cells Most Vulnerable to Alzheimer s Disease Identified by Scientists

A major mystery in Alzheimer’s disease research is why some brain cells succumb to the creeping pathology of the disease years before symptoms first appear, while others seem impervious to the degeneration surrounding them until the disease’s final stages.   An image of human brain samples used to study why some brain cells are more vulnerable to Alzheimer’s disease than others. Image by Rana Eser, UCSF Grinberg lab Now, in a study published Jan. 10, 2021, in Nature Neuroscience, a team of molecular biologists and neuropathologists from the UCSF Weill Institute for Neurosciences have joined forces to identify for the first time the neurons that are among the first victims of the disease – accumulating toxic “tangles” and dying off earlier than neighboring cells.  

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