GMT+7
Chế tạo thành công tế bào bằng plastic đầu tiên
Các nhà nghiên cứu tại Khoa Vật liệu phân tử tại trường đại học Radboud đã chế tạo thành công tế bào nhân thực bằng plastic đầu tiên dựa trên cấu trúc của một giọt nước.
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