作者对反向遗传学技术的应用进行了评述。
The review summarized the application of reverse genetics technique in many aspects.
反向遗传学是一种新兴的分子生物学技术。
The reverse genetics is an emerging discipline. It is one kind of emerging molecular biology technology.
主要从反向遗传学的含义、研究方法及应用等角度进行综述，并介绍有关反向遗传学研究的最新进展。
This article mainly introduced the meaning of the reverse genetics, research methods, application and the newest research progress of reverse genetics.
本研究旨在构建稳定表达T7RNA聚合酶的猪睾丸细胞系(ST细胞系)，用于猪瘟病毒等的反向遗传操作。
This study was aimed to establish a ST-based cell line stably expressing the T7 RNA polymerase, which can be used in the reverse genetic manipulation of CSFV and other swine RNA viruses.
作为一项新的反向遗传学技术，RNA干扰技术正在越来越多的应用于包括鉴定基因功能、疾病治疗、植物病毒抗性研究在内的多项研究领域。
As a new reverse genetic technology, RNAi is used widely in kinds of research fields, including detection of gene function, diseases therapy, plant resistance to virus and so on.
随后他们反向计算出基于研究开始时每个妇女已知的10个遗传风险因子的数据的癌症发生率。
Then they retrospectively calculated a prediction of cancer risk based on each woman's data for the 10 genetic risk factors known at the outset of the study.
近期压力研究方面的进展（基因学、表观遗传学和分子的结果）反向印证了有关环境/基因相关性与先天/后天分界线的假设。
Recent advances in stress research (focused on genetic, epigenetic, and molecular events) are inverting implicit assumptions about gene/environment relationships and the nature/nurture divide.
方法用遗传算法（GA）优化误差反向传播（ BP） 算法，两者结合构成混合算法。
Methods To optimize error backward propagation algorithm by using generic algorithm, to combine these two methods together to create hybrid algorithm.
方法用遗传算法（GA）优化误差反向传播（ BP） 算法，两者结合构成混合算法。
Methods To optimize error backward propagation algorithm by using generic algorithm, to combine these two methods together to create hybrid algorithm.
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