Covid virus remains in skull for years after infection saying

The Covid-19 epidemic caused huge destruction worldwide. Curious people lost their lives due to this epidemic. The Sars-Cov-2 virus is behind the Kovid-19. Now scientists have introduced a new study regarding this virus. Study says that after the virus infection, it can remain in human body for years. Scientists have said that it is hidden in certain parts of the body. The virus of Covid-19 does not go even after the disease is cured in the man’s body. Scientists New study It is said that it sits in the skull and brain cover of man. This has been revealed in a German study. According to the study, even after years of infection, the effect of this virus keeps on the brain. Researchers at Helmholtz Munich and Ludwig-Maximilians-Universitat (LMU) found that Sars-Cov-2 spike protein takes home in the security layer of our brain and remains here for about 4 years after infection.

The research team found that these spikes cause prolonged living inflammation in protein affected individuals and can increase the risk of neurodogenative diseases in a person. Director of the Institute of Intelligent Biotechnology at Helmholtz Munich, Prof. According to Ali Ertürk, its long effects include rapidly growing brain aging that reduces the brain’s ability to function smoothly by 5 to 10 years.

This study has been published in Cell Host & Microbe Journal. Some more symptoms also appear in the affected person due to Kovid’s stay in the body of this virus. As if he starts complaining of headache, sleep pattern may be disturbed, and there may also be a complaint of brain fog in which a person may have cognitive images. It affects the ability to listen, understand and identify.

About 5 to 10 percent of people infected with Kovid are under the influence of ‘long Kovid’. According to which the presence of spike protein can be found in about 40 crore people in the world. The good news here is that its vaccine reduces its freezing process in the brain. However, in the experiment on mice, it was found to be reduced by 50 percent.