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(London Composite Electric) the latest scientific research display, crownThe T -cell response inspired by the disease vaccine and crown disease can identify various variant viruses, especially the identification and attack of the Omiko strains, so it can prevent most of these infected people from being severely ill.
A scientific research report published by California on Tuesday, USA, pointed out that most vaccine T cell reactions can identify all known coronary strains.
Researchers at the Radians Institute of Radians in Southern California reported: "Our data shows that most T cells are fully reserved, indicating that the continuous mutation of Omikho does not mean that it does not mean thatThe virus can avoid T cells. These data make us feel optimistic, that is, most of the T cell reactions caused by the vaccine can still identify all known coronary viruses. "> Should continue to monitor virus variations
"However, these data also show that we should continue to monitor virus mutations and pay attention to potential risks, because T cell reactions may weaken."
The results of California have received positive responses from many public health experts around the world.Dr. Topol, a well -known American scientist, wrote on Twitter: "Our T cells seem to be ready, willing to and have the ability to resist Omikon."
The research report in California was published.A few hours ago, South African scientists also published very similar research results.
The results of the research of infectious diseases and molecular medical schools in Cape Town University in South Africa show that Omikon's mutation allows it to avoid the antibodies in the human body, the first line of defenseIncruising T cell recognition."Although Omikon has continued to mutate and reduces the sensitivity of antibodies, most T cell reactions caused by vaccine or earlier infection can still cross recognize this variable strainIn the study, some of the volunteers who participated in were vaccinated by Johnson & Johnson or Pfizer. Other T cells were produced without vaccine but had been infected with crown disease.
Researcher said that the existence of T cell groups is likely to provide protection for the human body.This supports the speculation based on the condition of crown diseases in South Africa, that is, because of the protection of T cells, the disease of most Omikon patients has not evolved into a severe illness.
This research report was published on the American medical research website Medrxiv, without the review of the industry.
