RNA interference (RNAi) is a powerful tool in the study of gene function.
RNA干扰已经成为基因功能研究的强大工具。
Site-directed mutagenesis is one of the key methods used to study gene function.
定点突变是研究基因功能的一种关键方法。
RNA interference is a rapid and economical technique for research of gene function.
RNA干涉技术为研究基因功能提供了一种快速而经济的方法。
Targeted gene replacement (TGR) is an important technique for gene function analysis.
目标基因替换是基因功能分析的重要手段。
This review introduces several new methods and procedures on the gene function research.
本文对基因功能研究的最新方法进行了介绍。
They have now become very powerful tools for the studies of gene evolution and gene function.
现在，它们已经成了研究基因进化和基因功能的非常有用的工具。
Conditional gene knock-out has become an important means to research gene function in vertebrates.
并且对基因敲除进行时空的调控，并成为脊椎动物成体中研究基因功能的重要手段。
The purified fusion protein was used as antigen to immunize rabbit for further gene function study.
该基因的表达成功，为其功能的进一步深入研究奠定了基础。
Genotyping, statistical analysis and gene function research are the three key parts of modern genetics.
基因分型，统计分析和基因功能研究是现代遗传学研究中的三个核心组成部分。
Their test looks at gene function, ATP levels and other measures of how well the mitochondria are working.
他们评判的标准是基因功能、ATP水平及其他一些代表线粒体功能的指标。
Conclusion IL-6 promoter can be used as an inducible promoter in researches of gene therapy and gene function.
结论IL - 6启动子可作为一种可诱导型启动子在树突状细胞内发挥活性，因而有望用于基因治疗或基因功能研究。
The differential expression of virulent proteins was an important index to evaluate the gene function of mutants.
突变株和野生株的毒力蛋白差异表达是评价基因功能的一个重要依据。
Plant transformation is an important approach in genetic engineering breeding and identification of gene function.
植物转化是开展基因工程育种和鉴定基因功能的重要途径。
The molecular biology, gene function and replication of baculovirus, and its interaction with various hosts cells.
杆状病毒的分子生物学，基因功能、复制机制，及病毒与不同宿主细胞的相互作用关系。
In functional genomics ear, the study of gene function will also transfer from single genes to studying all genes.
功能基因组学时代对于基因功能的研究也由单一基因转向大规模、批量分析。
To confirm gene function by mutant analysis based on a saturated mutant population is a straight and efficient way.
功能基因组学研究最直接最有效的方法是构建饱和的基因突变群体，通过突变体分析鉴定基因功能。
RNA interference as a very effective and powerful tool has been employed extensively in the study of gene function.
RNA干扰作为一种快捷方便的工具广泛用于基因研究。
The technology of expressed sequence tags (ESTs) was broadly applied in analysis of gene function and expression pattern.
表达序列标签）测序分析技术广泛应用于基因功能和表达模式的分析研究。
The widespread use of gene knockout technology promotes the course of the research of gene function in post genomic era greatly.
基因敲除技术的广泛应用，极大地推动了后基因组时代对于基因功能研究的进程。
According to these two algorithms, this thesis proposed a new gene function classification algorithm based on gene function tree.
依据这两个准则，本文提出了一种改进的基于基因功能树的基因功能分类算法。
Objective to construct eukaryotic expression vector of antisense MBD1 gene fragment and to provide a tool for studying MBD1 gene function.
目的构建反义MBD1基因片段真核表达载体，为研究MBD1基因功能提供工具。
Model organism genomes have been sequenced in parallel to human genomes to provide effective tools for the investigation of human gene function.
模式生物基因组已经与人类基因组并行测序以提供有效的工具进行人类基因功能研究。
Moreover, DNA automaton could also be used to regulate gene expression in vitro logically. This provided a novel method for gene function analysis.
而DNA自动机已经可以根据一定的逻辑在体外调控基因的表达，为基因功能的研究提供了一种新的方法。
It is becoming a useful tool for studying cell differentiation, the mechanism of development, gene function, medicine selection, cell therapy and so on.
胚胎干细胞的发现为研究细胞分化，动物和人发育机制，阐明基因功能，筛选药物，细胞治疗疑难杂症等开辟了广阔的空间。
Gene function may be altered by either a change in the sequence of the DNA or a change in epigenetic programming of a gene in the absence of a sequence change.
基因功能可能通过DNA在序列上的一个变化或通过缺乏序列变化的一个基因在表观编程中的一个变化而被改变。
Moreover, it regulates gene knock-out spatially and temporally. Conditional gene knock-out has become an important means to research gene function in vertebrates.
并且对基因敲除进行时空的调控，并成为脊椎动物成体中研究基因功能的重要手段。
Epigenetic is the latest biological science in recent years, which mainly researches gene function reversible and heritable variation without DNA sequence changes.
表观遗传学是近年来新兴起的生物学学科，主要研究在没有DNA序列改变情况下基因功能可逆的、可遗传的变异。
Structural annotation is the foundation of all genomics as without accurate gene models understanding gene function or evolution of genes across taxa can be impeded.
结构注释是所有基因组学的基础，因为没有准确的基因模型，跨分类群理解基因功能或基因进化可能是受阻碍的。
In this paper, drawbacks in the annotation of gene function currently used in genomics and some strategies beneficial to the annotation of gene function are discussed.
本文综合讨论了目前基因组中基因功能注释存在的问题及解决这些问题的策略与方法。
Chemically inducible systems that activate or inactivate gene expression have many potential applications in the determination of gene function and in plant biotechnology.
激活基因表达或使基因表达失活的化学诱导系统在确定基因功能及植物生物技术中有许多潜在的应用。
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