Omicron: The first traces of four types of antibodies that can subdue Omicron have been found This is the first case of antibodies to seize Omicron found in the human body.

It was also understood that not only Omicron; Even then, if new forms of the coronavirus or the relatives of that virus emerge, they too can be seized by inventing new vaccines or drugs. People do not have to worry about new forms of the more powerful virus in the infection because they do not have a suitable weapon in hand.

Researchers have found that this is the first time that at least four classes of antibodies have been developed in the human body, which can quickly detect omicron and punish them. These four classes of antibodies can prevent the virus from anchoring on the outer layer of a cell when it enters the human body. Scientists have found traces of these four classes of antibodies in the bodies of people who have previously been infected with other forms of coronavirus, re-infected with the vaccine after being infected, or who have been vaccinated with covid in all episodes without being infected.

The eye-catching research paper is published in the international science research journal Nature.The study was conducted jointly by the School of Medicine at the University of Washington in Seattle, USA, the pharmaceutical company Humabus Biomed and Veer Biotechnology in Switzerland.

Once the coronavirus enters the body, it anchors in the outermost layer of the human body with a spike-like protein, just outside their body. A special type of protein in the outer layer of the human cell extends a helping hand to anchor them. 'ACE-2 receptor protein'.

The researchers found for the first time that spike proteins have special properties that do not change at all, regardless of the mutation of the virus. In the last two years, the first Hadish Mela in the human body has been able to identify those special places of the spike protein of four classes of antibody viruses. So Spike can deactivate those special places of protein very efficiently. Mutations in these special areas will completely destroy the spike protein of the virus. There is no mutation in those particular parts of the spike protein of the virus, as the body will lose the ability to anchor in human or other animal cells.

According to the researchers, this is the advantage of the first Hadish Mela in the human body of those four classes of antibodies. They do not allow the virus to anchor on the outer layer of the human body cell by inactivating those special areas of the spike protein.

As a result, there is no longer a chance for the virus to enter the human body and reproduce very quickly, rupture the cell wall and infect other cells.

The researchers aim to increase the number of these antibodies faster and make them more active and stronger. In order to fulfill that goal, new vaccines or drugs can be discovered this time. That is what some experts are saying.