Lần đầu tiên sử dụng công nghệ 3D tạo ra trái tim cấy ghép trên người

HT (Theo Euronews/Luke Hurst) 15:59 17/04/2019

(Baothanhhoa.vn) - Lần đầu tiên trên thế giới, các nhà khoa học tại Đại học Tel Aviv (Israel) đã ứng dụng thành công công nghệ in ba chiều (3D) để tạo ra một quả tim có cả mô và mạch máu để cấy ghép trên cơ thể người.

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