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本帖最后由 细胞海洋 于 2014-5-19 23:46 编辑 , L( w+ p8 s; L9 [7 V" r" z# n
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2014年5月8日 Nature) g+ p+ l# Q1 @7 I0 I0 B# F* h
0 Q. X( q0 f! d" Q7 DIn little more than a decade synthetic biology — building on the foundations of genetic engineering — has developed into a multifaceted field with exciting and sometimes controversial potential. Tools now being developed enable the redesign of existing, natural biological systems to perform specific tasks, and the design and construction of new biological systems with capabilities beyond those achieved in the natural world. A package of reports and commentaries in this week’s Nature — coordinated with articles in Nature Methods and Nature Reviews Microbiology — surveys the current state of synthetic biology and speculates on what startling advances we can expect to see in the near future. Cover: Thomas Porostocky./ v! Q7 I. g+ g; I4 |
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发表于 2014-5-15 22:54
