gene function

Progress on the study of RNA interference and gene function

RNA干涉与基因功能研究进展

Epigenetic modifications are comprised of stable and heritable changes in gene function that occur without a change in DNA sequence.

表观遗传修饰是指在不改变DNA序列的情况下对基因功能稳定的、可遗传的改变。

RNA interference, as an important gene silencing methods, it has a significantapplication to the research of gene function and genetic melioration.

RNA干涉是一种重要的基因沉默方式，它在基因功能和遗传改良研究中有重要的应用。

We always learn of the gene function by comparing the phenotype between the wild and the mutant strains.

目前多数研究者都是通过反向遗传学方法进行基因功能研究的，即构建目的基因敲除菌株后，通过对突变株表型变化的研究，获得某基因与细菌表型之间的相关性，从而得知基因的功能。

Gene silencing by siRNAs has become a quick and efficient experimental method to study gene function and therapeutic intervention in the disease characterized by aberrant gene expression.

siRNAs介导的基因沉默已经成为一种快速有效的研究基因功能和对基因突变疾病进行干预的措施。

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。

Transposon is a very useful tool of gene function analysis.

转座子是基因功能研究十分有用的工具。

As insertional mutagens or molecular tagging, transposons have been widely used for gene isolation, cloning and function study.

转座子作为插入突变源和分子标签被广泛应用于基因的分离和克隆以及基因功能分析，然而至今没有发现非常有效的脊椎动物的转座子。

Conclusion: This study has laid the foundation for constructing rat Mecp_2 knocked-down neuronal cell model to study the gene function of Mecp_2 in brain development.

结论：本研究为建立稳定的大鼠神经元Mecp2基因表达敲低的神经细胞模型和研究脑发育过程中Mecp2基因的功能打下了基础。

The Preliminary Study of Function of Rat's RSA 14-44 Gene

大鼠RSA14-44基因功能的初步研究

Numerous loss-of-function and gain-of-function techniques for discovering gene function are presented in step-by-step detail.

发现基因功能的许多功能的丧失和功能的增加的技术被在一步一步细节里提出.

Specific gene function is being studied.

具体基因功能正在进一步研究中。

They may be detected by Ura-blaster methodology, gene splitting, analysis of gene function with systematic approaches and search of genes potentially related to virulence by differential-display reverse transcription polymerase chain reaction.

白念珠菌毒力因子检测方法主要包括脲裂解方法，分裂基因法，用系统化处理方法来分析基因功能以及通过差异显示逆转录聚合酶链反应寻找可能的与毒力相关的基因。

Plasmid DNA has important function of gene regulation, direct injection of naked or Lipid-coated plasmid DNA often requires considerable amount of plasmid DNA.

质粒DNA有重要的基因调节性能，直接注射裸露或用脂质体包埋的质粒DNA常需要大量的质粒DNA。

RNAi has the promise of the study of gene function and drug development.

RNAi在后基因组时代的基因功能研究和药物开发中具有广阔应用前景。

This paper reviewed the developments of plant transposons in gene isolating and cloning, as well as its use in studying gene function in plant.

本文综述了植物转座子及其作为基因分离和克隆工具的研究进展，并讨论其在植物基因功能研究方面的应用。

Application of β-Glucuronidase on the research of plant gene function

β-Glucuronidase在植物基因功能研究中的应用

The biological meaning of the SUEGs is analyzed from biological process, gene function and cellular localization.

所找到的基因从生物过程, 基因功能和细胞内定位情况看,有一定的相符.

The gene function is awaiting analysis. Interplanting Techniques for Water Lily in Vat and Pool

转基因植株目前已移入室外栽培，有待进一步基因功能分析。睡莲的缸池套栽技术

Gene Function of Aquaporin Water Channels

水通道蛋白基因功能研究

In 2012, Blue Gene/ Q support will be fully implemented, along with improved resource selection as a function of job need and resource capabilities ( for example, node feature AMD).

2012年，Blue Gene/Q支持将会全面实现，同时实现的还有改进的资源选择，该资源选择取决于作业需求和资源功能（比如，节点特性AMD）。

It facilitates the understanding of gene function for its long haploidy generation. as its morphological, chemical and physiological changes resulted from gene mutation or knock out are easy to be identified.

小立碗藓长期处于单倍体世代，对于遗传学研究来讲，单倍体植物基因突变或敲除所产生的形态或生理生化变化容易被监测到，这些使研究植物抗逆基因的功能极为方便。

T-DNA insertion mutants library will provide a main resource to study gene function.

大规模T -DNA 标签库创建将成为高通量研究水稻基因功能的主要工具.

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。

Our goal is to combine Human Genetics and Developmental Genetics in order to understand pathology and normal gene function during development.

我们的目标在于将人类遗传学和发育遗传学相结合，从而在发育生物学的基础上理解病理性的和正常的基因的功能。

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。

The transgenic plants will be used for further gene function analysis.

转基因植株的筛选及功能分析等工作正在进行中。

That laid the foundation for subsequent research on gene function by using transgenic technology.

为后续利用转基因技术进行基因功能研究奠定了基础。

Conclusions: The p53 gene expression of spermatogenic cells in testis of aging rats increased, and the function of testis decline.

结论：衰老大鼠睾丸生精细胞p53基因表达上调，睾丸功能减退。