Covid-19 sick and vaccinated go crazy at mass - new proofs

Nearly two years after the start of the pandemic, it has become
clear that neurological problems from COVID-19 can persist or
worsen even after recovery. Often, patients experience a "brain fog"
sensation, while suffering from anxiety or depression, unable to
think clearly or concentrate. According to experts, such symptoms
sometimes appear even after a mild course of the disease.
Today, these neurological problems are an established element
of a larger syndrome known as “postcoid syndrome,” which includes
at least 203 symptoms across 10 organ systems. In addition, with
postcoid syndrome, the symptoms of chronic diseases that change
a person's personality, such as Parkinson's, Alzheimer's,
Huntington's, and others, increase.
Some patients even develop psychosis, which leads to
hospitalization. True, over time, it goes away for many. A study
of 400 people (https://bit.ly/3sWTmQa) who were hospitalized
with COVID-19 showed that 91% of people developed cognitive
problems - fatigue, depression, anxiety, and sleep problems.
Moreover, the symptoms persisted even after 6 months from the
date of discharge.
Maura Boldrini, a neuroscientist and psychiatrist at Columbia
University in Manhattan, was one of the first to study the brains
(https://bit.ly/3mRA4YH) of people and animals that died from
COVID-19. Under a microscope, Boldrini and her team found
changes in the hippocampus, an area of the brain that is deep in
the temporal lobe and plays an important role in learning and
memory. After suffering the disease, the number of new neurons
in this part of the brain was ten times less than it should be.
The team also found damage to the medulla that controls breathing
and movement. Other researchers have found (https://bit.ly/34haYvY)
evidence of tissue damage to the thinner cortex and loss of gray
matter. The authors noted that hospitalized patients experienced
significantly greater cognitive decline than those who had a mild
coronavirus.
Scientists have also found that key cells in the brain, called
astrocytes, are susceptible to direct infection by the virus. In
addition, the virus can impair blood flow to neurons by narrowing
capillaries, that is, tiny blood vessels. This may explain why the
virus often causes strokes.