Even mild COVID-19 can shrink your brain equivalent to aging 10 years, says study

Women who’re entering perimenopause, which is the first stage of menopause, may experience infrequent or late periods. This is due to the decrease in the level of estrogen hormone. During this stage you may have lighter, heavier, more frequent, or less frequent periods.

A positive COVID-19 test result often triggers tension – whether we ourselves get tested or some one we care for does. However, people usually feel relieved if they experience mild symptoms, since it does not seem as scary as getting a severe infection or getting hospitalised.

However, brain scans now show that even a mild case of COVID-19 can shrink part of the brain, causing physical changes equivalent to a decade of ageing. Exactly why is still a mystery.

Some of the most compelling evidence of neurological damage after mild COVID-19 comes from U.K. researchers who investigated brain changes in people before and after they got the disease.

The 785 participants, between 51 and 81 years old, were scanned before the start of the pandemic, and then were scanned on average three years apart, as part of the U.K. Biobank project. Medical records showed that 401 of these volunteers got infected with SARS-CoV-2. Most of them had mild infections, only only 15 of the 401 were hospitalised.

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e of the most compelling evidence of neurological damage after mild COVID-19 comes from U.K. researchers who investigated brain changes in people before and after they got the disease.
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e of the most compelling evidence of neurological damage after mild COVID-19 comes from U.K. researchers who investigated brain changes in people before and after they got the disease.
tariqulhasan82.blogspot.com
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e of the most compelling evidence of neurological damage after mild COVID-19 comes from U.K. researchers who investigated brain changes in people before and after they got the disease.
tariqulhasan82.blogspot.com
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e of the most compelling evidence of neurological damage after mild COVID-19 comes from U.K. researchers who investigated brain changes in people before and after they got the disease.
tariqulhasan82.blogspot.com
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e of the most compelling evidence of neurological damage after mild COVID-19 comes from U.K. researchers who investigated brain changes in people before and after they got the disease.
tariqulhasan82.blogspot.com
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e of the most compelling evidence of neurological damage after mild COVID-19 comes from U.K. researchers who investigated brain changes in people before and after they got the disease.
tariqulhasan82.blogspot.com
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e of the most compelling evidence of neurological damage after mild COVID-19 comes from U.K. researchers who investigated brain changes in people before and after they got the disease.
tariqulhasan82.blogspot.com
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e of the most compelling evidence of neurological damage after mild COVID-19 comes from U.K. researchers who investigated brain changes in people before and after they got the disease.
tariqulhasan82.blogspot.com
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e of the most compelling evidence of neurological damage after mild COVID-19 comes from U.K. researchers who investigated brain changes in people before and after they got the disease.
tariqulhasan82.blogspot.com
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e of the most compelling evidence of neurological damage after mild COVID-19 comes from U.K. researchers who investigated brain changes in people before and after they got the disease.
tariqulhasan82.blogspot.com
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e of the most compelling evidence of neurological damage after mild COVID-19 comes from U.K. researchers who investigated brain changes in people before and after they got the disease.
tariqulhasan82.blogspot.com
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e of the most compelling evidence of neurological damage after mild COVID-19 comes from U.K. researchers who investigated brain changes in people before and after they got the disease.
tariqulhasan82.blogspot.com
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e of the most compelling evidence of neurological damage after mild COVID-19 comes from U.K. researchers who investigated brain changes in people before and after they got the disease.
tariqulhasan82.blogspot.com
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The results showed that four and a half months after a mild COVID infection, patients had lost (on average) between 0.2 and 2 percent of brain volume and had thinner grey matter than healthy people.

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