Sử dụng trí tuệ nhân tạo dự báo tiến hóa của virus SARS-CoV-2
Các nhà khoa học cho biết mô hình mô phỏng bằng AI rất chính xác trong việc dự báo quá trình mà các biến thể mới tiến hóa và có thể cung cấp một lộ trình để chống lại các biến thể trong tương lai.
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