Tế bào sống nhân tạo không còn là viễn tưởngMới đây, nhà khoa học Mỹ Craig Venter đã tạo được tế bào sống nhân tạo trong phòng thí nghiệm.
Các nhà khoa học Nga cũng đang tiến hành những nghiên cứu trong lĩnh vực chế tạo tế bào nhân tạo nhưng theo một con đường khác. Giáo sư Sergey Kiselev của Viện Gen học thuộc Viện Hàn lâm Khoa học Nga, cho biết khác với các nhà khoa học Mỹ nghiên cứu tạo ra bản sao hóa học của bộ gen người, các nhà khoa học Nga chọn lọc những chất protit cần thiết cho hoạt động của tế bào để sau đó nó tiếp tục tồn tại.
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