The second wave of the new coronavirus has undergone changes that weaken it

Mohamed Ibrahim Bassyouni
2020 / 6 / 14



The World Health Organization has stated that people with corona have no mild symptoms´-or-symptoms
Their spread of infection to others is very rare.
The virus becomes extinct and dissipates and no longer has the pathogenic strength with which it began, as demonstrated by scientific research and medical reports from various hospitals around the world. There will be no second wave unless the same strain´-or-primary copy of the virus that shares the same first genome has been published.
The virus underwent several mutations that made it unable to bind with the same force´-or-multiplication within cells. Therefore, studying the genome of the last strains and comparing them to the initial version will show whether the alleged wave is for the mother virus´-or-is it an extension of the mutated viruses from the original.

The researchers announced that a new coronavirus mutation discovered by researchers in Arizona reflects a change that occurred when the SARS virus began to weaken in 2003.
Scientists have used a new technology called Next Generation Quick Read Sequence across all 30,000 chemical characters from the SARS-CoV-2 genome,´-or-genetic code.
This technology helps researchers determine how the virus has spread, developed and adapted over time.
Of the 382 nasal swab samples examined by coronavirus patients in the state, one sample lost much of its genome. According to the new study, published in the journal Virology, 81 characters have been permanently deleted.
One of the reasons why this transformation is so important is that it reflects a significant deletion that arose in the SARS outbreak in 2003. The researchers said that during the middle and late stages of the SARS epidemic in 2003, the virus accumulated mutations that reduced its potency.
Where deletion occurs in the genome, it is very beneficial because it is a known immune protein which means that it resists the host s antiviral response.
Scientists say that a weak virus that causes less severe symptoms may reach its inability to spread efficiently among people by people who do not know they are infected.




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