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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