D614g new crown variant is more likely to infect human cells

 D614g new crown variant is more likely to infect human cells

We dont know whether this new coronavirus strain is associated with a more severe condition in the infected person, he said. The virus seems to replicate better, perhaps more transmissible, but it is still in the stage of trying to confirm that.

According to the report, researchers from Los Alamos National Laboratory in New Mexico and Duke University in North Carolina cooperated with the British team of new coronavirus genome at Sheffield University to analyze the gene samples of new coronavirus, and the research results were published on the global initiative platform for influenza data sharing of international shared gene sequence resources.

According to the report, in April this year, scientists published their paper for the first time on the biological paper archives of medical preprint website, which received 200000 hits, a record.

But the paper was initially criticized because scientists did not prove that the variation itself was the dominant cause, and that it might also benefit from other factors or contingencies.

As a result, the team conducted more experiments, many at the request of the editors of the journal Cell.

They analyzed data on 999 British patients hospitalized for new coronavirus infection. They observed that patients with the new coronavirus variant had more virus particles in their bodies, but that did not change the severity of their condition.

At the same time, laboratory experiments have shown that this variant infects human cells three to six times as much as the previous generation of viruses.

Erica olman Safire conducted one of the experiments at the raoya Institute of allergy and immunology. It seems likely to be a more adaptable virus, she said

Nathan Gruber, a virologist at Yale School of public health, said the spread of the variant means that it is now a popular strain, whether by natural selection or by accident.. Gruber was not involved in the study.

Source of this article: reference information editor: Geng Yuanyuan_ NJ5571