Netherlands Researchers Discover New Ncov Transformations

B.1.1.523 variants detected for the first time in February and tends to increase significantly in recent times. In particular, they contain many mutations that can resist vaccine

.0: 00/2: 54Nu NamNhom domain experts at the Institute of Research and Health Care Community (CAPHRI), University Medical Center Maastricht, Maastricht, Ha Finland, recently published articles warning about a new study on bioRxiv nCoV. New variants named B.1
1.523.Theo News-medical, contains many variants related mutant strains were World Health Organization (WHO) classified as worrying as Delta, Beta, Alpha. Many countries around the world have recognized F0 B.1.1.523 infection, mainly Russia, then to Germany, USA, Australia ... The authors detected the proliferation of variants through the updated maps results sequencing SARS CoV-2 globally (GISAID)
B.1.1.523 first cases were discovered in May 2. By May, the frequency of its occurrence increases, but tend to January 6. After the observation period, on 14/7, world European researchers put it to mutate is under doi.Chi after more than a month, GISAID has recorded 533 new variants infected F0. The origin of B.1.1523 is said to be in Moscow, Nga.Ly why Dutch scientists mutate warnings about this that is the disappearance of the three amino acids in the antigen consumers and E484K mutation. This mutation has been found in the genome of Gamma, Beta ... E484K mutation changes the shape of the viral protein spikes. This particular mutation making the virus difficult immune system of the human body to detect. This is the point that the E484K mutation variants contain dangerous and unpredictable hon.Dac differentiate, according to research by scientists from Imperial College London University, E484K help Gamma mutate drastically reduce the effectiveness of vaccines Chinese CoronaVac play special variants trien.Dieu this is the disappearance of the three amino acids in the antigen's NTD B.1.1.523 identical phenomenon was observed in the variants concern (Alpha , Beta, Delta). Even this structure is said to be quite similar to Delta - stronger variants are spread across cau.Voi these findings, experts at the Dutch group warned need more research to determine toxicity B1.1.523 mutate force. The reason is that the world has witnessed the F0 of the day at a record high after the Russian translation of time to settle down. They need to identify additional new variants nCoV relate to this situation or khong.Nhu so, only in September, researchers worldwide have warned about new nCoV 4 variants. It was C.1.2, Mu, and B.1.1.523 R.1. In it, Mu WHO heading concern. R.1 was detected in 49/50 states My.Thien Gaming

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