这种名为光遗传学(optogenetics)的技术，给这个领域带来了一场风暴。
The technique, called optogenetics, took the field by storm.
现在通过光遗传学技术能够解决非常多的问题，如果列出一个问题清单，将会是无穷无尽的。
目的探索随机扩增多态性DNA（RAPD）技术对大陆光亮钉螺遗传多态性研究的可行性，以获得不同地区光壳钉螺基因组DNA水平上的差异信息。
Objective Using RAPD technique to study genetic diversity of smooth-shelled Oncomelania hu- pensis in China and to gain more information on genome DNA level.
摘 要：虽然“光遗传学”只是一种技术方法，但它在文献中正愈来愈多地被提到。
The term "Optogenetics" has been widely used in the literature, although it is simply a technical method.
光遗传学结合了重组DNA技术与光学技术，对细胞生物学的研究非常有用。
Optogenetics combines recombinant DNA technology and optic technology, and is very powerful for cell biology research.
光遗传学结合了重组DNA技术与光学技术，对细胞生物学的研究非常有用。
Optogenetics combines recombinant DNA technology and optic technology, and is very powerful for cell biology research.
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