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Posted On: 08/19/2024 8:05:59 PM
Post# of 148870
Inflammation everywhere:
https://neurosciencenews.com/long-covid-corti...ion-27557/
Proteins left behind by COVID-19 long after initial infection can cause cortisol levels in the brain to plummet, inflame the nervous system and prime its immune cells to hyper-react when another stressor arises, according to new animal research by University of Colorado Boulder scientists.
The study, published in the journal Brain Behavior and Immunity , sheds new light on what might underly the neurological symptoms of Long COVID, an intractable syndrome which impacts as many as 35% of those infected with the virus.
https://neurosciencenews.com/long-covid-corti...ion-27557/
Proteins left behind by COVID-19 long after initial infection can cause cortisol levels in the brain to plummet, inflame the nervous system and prime its immune cells to hyper-react when another stressor arises, according to new animal research by University of Colorado Boulder scientists.
The study, published in the journal Brain Behavior and Immunity , sheds new light on what might underly the neurological symptoms of Long COVID, an intractable syndrome which impacts as many as 35% of those infected with the virus.
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