Key Alzheimer’s Breakthrough Identifies Stress-Related Cellular Mechanism Driving the Disease

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Key Alzheimer’s Breakthrough Identifies Stress-Related Cellular Mechanism Driving the Disease

Scientists investigating Alzheimer’s disease have made a key breakthrough, identifying a vital cellular mechanism driving the most common cause of dementia. The research from the City University of New York (CUNY) provides a promising target for drug therapies that could slow, and possibly reverse, the disease’s development. The study, published in the journal Neuron, highlights […] The post Key Alzheimer’s Breakthrough Identifies Stress-Related…

Daily Express

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New Alzheimer's hope as study finds 'key to reversing disease'

Scientists have identified a key cellular mechanism driving the most common cause of dementia

Study Finds

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Brain's 'dark' immune cells may be the driving force behind Alzheimer's disease

Researchers believe blocking this stress response could potentially slow or even reverse the devastating illness. The post Brain’s ‘dark’ immune cells may be the driving force behind Alzheimer’s disease appeared first on Study Finds.

Le Monde

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A subpopulation of microglial cells, overactivated by the stress associated with the degenerative process, releases toxic lipids that worsen this process, shows a study in mice. These cells are also present in the brain tissue of people who died with Alzheimer's disease.

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Alzheimer's could be reversed, say researchers as study finds cellular mechanism behind it

Researchers at the CUNY Graduate Center have identified the integrated stress response in microglia as a key factor linking stress in the brain to Alz

ilgiornale.it

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The onset of the terrible disease, with the progressive death of neurons, is connected to the microglial cells that make up the immune system of our brain: acting on this preliminary phase it is possible to obtain extraordinary results