Phát hiện đột biến mới khiến SARS-CoV-2 tăng 8 lần khả năng lây nhiễm

Theo VOV 10:45 19/02/2021

(Baothanhhoa.vn) - Các nhà nghiên cứu cho rằng sự xuất hiện của đột biến D614G trong protein gai khiến virus SARS-CoV-2 tăng 8 lần khả năng lây nhiễm đã phần nào lý giải tại sao dịch COVID-19 lây lan nhanh như vậy thời gian qua.

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