A new study strongly suggests that Covid-19 enters the brain

A new study strongly suggests that Covid-19 enters the brain

WASHINGTON (Reuters) – Researchers now claim that more and more evidence is emerging that people in Cove 19 are suffering from cognitive effects such as mental fog and fatigue.
the studyThe study, published in the journal Nature Neuroscience, found that the spike protein, often referred to as the red arm of the virus, could cross the blood-brain barrier in mice.
This strongly suggests that the cause of Code-19, Stork Cove 2, may enter the brain.
William A. Banks, lead author at the University of Washington in the United States, said, “The spike protein, often called the S1 protein, determines which cells the virus can enter. It works. ”
Banks said that self-binding proteins, such as S1, usually cause damage because they separate from the virus and cause inflammation.
“The S1 protein potentially causes the brain to release cytokines and inflammatory products,” he said.
In scientific circles, the acute inflammation caused by Covid 19 infection is called cytokine storm.
The immune system, by looking at the virus and its proteins, is more effective in trying to kill the invading virus. The victim is left with brain fog, fatigue and other cognitive problems.
The research team looked at the reaction from the HIV virus and wanted to see if the same thing was happening with Stork Covey 2.
The S1 protein in SARS Cowboy 2 and the GP120 protein in HIV 1 work the same way, the banks said.
They are glycoproteins – proteins that have a lot of sugar in them, a special sign of proteins that bind to other receptors.
Both of these proteins capture other receptors and act as arm and arm for their virus. Both cross the blood-brain barrier and S1, like GP120, is toxic to brain tissue.
“It was just like Deja Vu,” said Banks, who has worked extensively on HIV 1, GP120, and blood-brain barrier.
The Banks Lab studies blood-brain barriers in Alzheimer’s, obesity, diabetes and HIV. But they stopped working and all 15 people in the lab began their experiments on the S1 protein in April.
the study Could explain many of the complications of Covid-19. Reiber said in his experiments that S1 transport was faster in men’s kidney bulbs and kidneys than in women’s.
This observation is related to the increased sensitivity of men to more severe Covid 19 results.

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