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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xahNLkDhu5ZNOkAh4buYTUA8xahNN0Dhu5TDoU1AI8OdLk054buYTTnhu6Au4bu4TeG7qCLDoU3hu6YjWC5Na8OVT+G7jOG7lU3hu7gj4bqhN03huqcjOcOgYU1Bw6nhu7lBLWoh4bqmLcOTTcOh4buiLuG7uE06QOG7mk0u4buiLuG7uE07U+G6q00uQCPhu7QsTeG7uFQ3TeG7kE07VS5NYSFN4bqnMiNNxahAxIMu4bu4TeG6pyM5w6BhTeG7puG7mC5N4buoVcOgR8OMLzfhu4rDjDdNxag74buYYWHhurpMN8SpIcav4bqrTOG7inThu7gh4buWI0054buYRk3FqOG7lMWoTS7hu7hAI1cuTcWo4bq3w6BNxagpLk3DoUBU4bqrTTnhu6Au4bu4TeG7qCLDoU3hu6YjWC5NNU03OSHDoeG7qiMuTeG7uOG7mCNNOkAjWC5N4bqnIznDoGFNxagoTTpA4buaTS7hu6Iu4bu4TcWoQFsu4bu4TcWoQCXDoE3FqOG7mCFNQDEuTTpAI03hu6YlTcWoQCPhu5hNw6Hhu5TFqEBN4bumNSNNxajhu5TFqE03OSHDoeG7qiMuTTpA4buUxahHTWwjWcOgTS7hu5bhuqtNOkAjWC5NxahAIU3hu6YjWC5Nw6FA4buyTSwyI03hu7gj4buYTcOh4buiLuG7uE06QOG7mk0u4buiLuG7uE3huqlTLE0uQMOaN03huqfhu5YhTcWo4buUxahNw6FYTeG7puG7liFGTcav4bukLk3hu6hYLk0sIsOhTcOhxJFNO8OdTTc5IcOh4buqIy5N4bu44buYI03DoSNYN03huqnhuqHFqE3DoTnhurXFqE3DoSNYN007Mi5NQDEuTcOhOVcuTcOh4bqzLuG7uE3huqcjOcOgYUfDjC834buKw4w3TcWoO+G7mGFh4bq6TDfEqSHGr+G6q0zhu4rigJxsIsOhTeG7piNYLk1rw5VP4buM4buVTTtT4bqrTS5AI+G7tCxNYeG7mC7hu7hNxajhu5TFqE3DoVhN4bum4buWIU3FqMSD4buYTcWoIS5NLuG7uOG6sTMjTcav4bu0Tcav4buWLuG7uE1AMS5NYSFN4bqnMiNNxahAxIMu4bu4TeG6pyM5w6BhTeG7puG7mC5N4buoVcOg4oCdRk1aQOG7mDk6IU1r4buYLiM7IWE6I0ZNLCLDoU0uQOG7lk0u4bu4QCNXLk3FqOG6t8OgTTvhu5YsTeG6pyPDncWoTTVNN0ApLuG7uE3DoUA9TS7hu7hAI8OdLE3FqMSD4buYTeG7uCPhu5QhTWHhurFNQeG7mC4/4buYLuG7mE3DocagI01sxqAjTUA8xahNdOG7quG6rU3huqohOTpN4bqn4buWTcOBOcOgLuG7uE3DoVMsTXThu7hAI1cuTcWo4bq3w6BN4buV4buqLk104buq4bqtTeG6qiE5Ok3FqEAhTUDhu5jhuqtHw4wvN+G7isOMN03FqDvhu5hhYeG6ukw3xKkhxq/huqtM4buKauG7lMWoTS5A4buWTTpAIeG7mE1APMWoTcWo4bqvLuG7uE074bqxw6BNYk054bugLuG7uE3hu6giw6FN4bumI1guTWvDlU/hu4zhu5VNxagoTcOhQOG7sk3hu5ouQE1A4bqxNS7hu7hN4buoWC5NOMOg4buUTcOhOSQuQE03QOG7lMOhTcOhOSPhu7IuTeG6p+G7mMWoxagjLuG7qk3FqEBbLuG7uE1qdeG6psahay1P4buSR8OMLzfhu4rDjDdNxag74buYYWHhurpMN8SpIcav4bqrTOG7iuG7lyPDnS5Nxajhu5TFqE0u4bu4QCNXLk3FqOG6t8OgTeG7qOG7mC7hu7hN4buo4bqxNMWoTcOhQOG6tcWoTUAjw50uTeG7qOG7sk3huqnhu6osTTsjw53DoE3FqOG7lMWoTeG6p+G7mMWoxagjLuG7qk1AI8OdLk0u4buY4bqrTcWoKE3DoUDhu7JN4bum4buaIU3huqfDnU3FqDFNw6FA4buyTcWoIS5NLuG7uOG6sTMjTcOhOeG6sTLFqE3FqOG7lMWoTeG7piNYLk3DoUDhu7JNLDIjTTVNw6kuQEZNdOG7mCxN4bu1QCNN4bqn4buWTcSpOeG7mHojO0ZN4bqnWy5N4buoWcOgTcWoQOG6t+G7mE3hu6giw6FN4bumI1guTWvDlU/hu4zhu5VGTUDhu5jhuqtNOkB9LuG7uEcvR8OMLzfhu4rDjDdNxag74buYYWHhurpMN8Opw6DDoUAhOUzhu4rDgUDhu6ohTeG6pnXhuqbDjC834buK