“Mo Yong” reveals Thailand found COVID-19 British breed is now mutated

Dr. Yong has revealed a British strain of COVID in Thailand. They are a family of 4 Britons, parents of 2 of their children infected with all 4, insisting on good control To prevent the spread

On January 3, 2020, Professor Yongphu Worawan, Director of the Center for Specialization in Clinical Virology, Department of Pediatrics, School of Medicine, Chulalongkorn University In a Facebook post, Thailand found a British strain of COVID.

Center for Specialization in Clinical Virology Faculty of Medicine, Chulalongkorn has deciphered species Found as a British species, known as The “British mutant B.1.1.7” can be found in Thailand. It is a British family of 4, parents with 2 children, all 4 infected with the mother and the son first. My father was later from Kent, England, and he was in ASQ (Alternative State Quarantine), a private hospital, and we controlled it very well so that it did not spread.

Genetic decoding has made it known that the breed is a widely observed British mutant around the world and has withheld flights from England. Two gene transcripts were made, mutations at the human cell receptor binding site (N501Y), the mutation at the intersection of the spike protein (P681H), the other location was missing (Spike deletion 69-70). And other positions as the picture

This species facilitates its infestation and spreads quickly. In this family, there are 4 people, however, for Thailand This strain does not aggravate the disease and is not related to the efficacy of the vaccine. I have the peace of mind that these 4 patients are subjected to extreme caution and control. Do not allow the infection to escape The patient is still hospitalized in the negative pressure chamber and must be sure that the infection can escape freely, so there is no possibility of spread in Thailand.

Those who come from England to Thailand must be on guard. For cases of foreign origin, the genetic decoding database will be helpful in comparing the epidemic strains in Thailand to find the source of the disease.