Scientists say that a more infectious type of coronary has swept the earth

History is disturbing, as we see a form of the virus mutation emerging very quickly, the authors of the study say.

Scientists say they have identified a mutation in coronarys that they believe a more contagious strain has swept across Europe and the U.S. and can even reinfect those who already have antibodies.

Researchers at the U.S. National Laboratory Los Alamos discovered 14 mutations in the proteins of COVIDD-19, one known as the epic D614G It was “emergency concern”

Their research document suggests that the type of coronary mutation that has become dominant worldwide was identified for the first time in Europe and is different from those that spread early to the pandemic.

By analyzing more than 6,000 genetic sequences of coronary samples received by global patients, researchers found that mutation strain was constantly becoming the most prevalent version of the virus in any region in which it was discovered.

Bette Corber, the lead author of the study, said that when viruses with this mutation enter a population, they quickly begin to take over the local epidemic, so they are more transmitted.

Mutation in the pit protein has caused concern because it is one of the most effective parts of the virus, and the aspect aimed at most treatments and vaccines.

For example, the discovery of an antibody “grasping” which prevents the virus from infecting human cells by connecting to this protein instead of allowing it to connect to cells and repeat, Kosovas transmits.

There are two main characteristics in the protein that have been attributed to its extraordinary infectious ability.

The first is called the domain connecting to the (RBD) receptor, which they describe as “a kind of clinging blow that grips on host cells”, while the second is known as the place of division, “a molecular opening that allows the virus to enter the host cells”.

Researchers admit that they do not know how mutations have changed these major traits.

However, the fact that the team's findings have not yet been examined by others has upset some observers, who fear that the potentially alarming report should be analysed rigorously before it becomes public.