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As work continues on developing vaccines against the coronavirus epidemic, which affects the entire world, scientists have come up with a surprising invention. It has been claimed that the nasal spray developed by an international scientific team managed to defeat the coronavirus.
The new type that first appeared in Wuhan city of China’s Hubei province in December 2019 and hit the whole world in a short time. coronavirus As a result of the epidemic (Kovid-19), more than 1 million 263 thousand people have died worldwide, more than 50 million people have been affected by a deadly epidemic. As work on developing coronavirus vaccines continues, scientists have made a startling discovery.
It was learned that the nasal spray, developed by an international scientific team and tested on poppies, managed to defeat the coronavirus. It was learned that the study team would provide detailed information on the spray after the human experiments.
STUDIES ARE LIMITED TO ANIMALS
The New York Timesgood news about the coronavirus newsI announced to his readers. Times newsSecond in, again referee The study, which was not approved, was limited to animals. However, if scientists prove that this spray works on humans, the new tool to fight the epidemic could be a daily dose of protective spray sprayed on the nose.
“EXCITING”
Speaking of the study, Dr. “It is exciting to have something new that is effective against the coronavirus. I imagine it will be one of our weapons,” said Arturo Casadevall.
IT WILL BE TESTED ON PEOPLE
Months of work by researchers at Columbia University Irving Medical Center (CUIMC) in the United States, Cornell University and Erasmus University Medical Center in the Netherlands (Erasmus MC) require additional funding to continue with human trials.
SITTING ON THE END OF PROTEIN
According to the researchers, the new spray contains a molecule from the group called a lipopeptide. This molecule has a shape that fits exactly to the protrusion of the spiky protein that the coronavirus uses to enter the human respiratory tract and lung cells. The molecule adheres to one of the extensions of the amino acid chain in the spiked protein, preventing the virus from attaching itself.
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