This meeting will focus on recent advances in viral immunity and host gene influence that have most excited the scientific community.
本次会议将专注于在病毒免疫和宿主基因的影响，最兴奋的科学界的最新进展。
Phylogenetic analysis of IAP genes and lots of evidence sppport the origin of this viral gene by capture of a host gene early in the evolution of Lepidoptera.
系统分析表明，杆状病毒IAP基因可能是病毒与鳞翅目昆虫在长期的进化过程中从宿主基因组中获得的。
He found this suppression of host gene expression, and then he designed several elegant experiments that showed it was caused by RNA degradation, something never before seen in an RNA virus.
他发现了宿主基因的表达受到抑制，然后他设计了一些灵巧的试验来证明这是由于RNA的降解，这在在以前rna病毒中从未发现。
Changes in viral gene expression can have a dramatic nonlinear effect on gene networks that control whether viruses burst out of the host cell or enter a latent state.
病毒基因表达的改变对控制宿主细胞命运的基因网络具有显著的非线性作用，其可以决定细胞裂解或是进入潜伏状态。
Numerous factors that influence heterologous protein production in a certain host system must be observed to gain successful gene expression and even with high yields.
要在一种宿主表达系统中成功表达外源蛋白并获得较高产量，必须要较为全面地了解影响其表达的诸多因素。
Objective gene sequence was expressed successfully in host cells.
目的基因序列在宿主细胞成功表达。
In this review, we described mammalian antimicrobial peptides with respect to their properties, gene expression, their roles in host defense, mechanism of destroy bacteria, future research paradigms.
本文主要对哺乳动物抗菌肽的一般性质、基因及其表达、在宿主防御中的作用、作用机理及研究前景进行了概述。
Published in the journal Cell Host & Microbe, the findings center around one gene variation that blocks a receptor from being expressed on the surface of red blood cells.
写道，发现集中在基因变异体周围，阻碍受体在红血细胞表面的表达。
Therefore, Bacillus subtilis was selected as xylanase gene expression host in this study.
因此本研究选择枯草芽孢杆菌为木聚糖酶基因表达宿主菌。
Dynamic gene mutation and the reassortment of genes have been considered as the key factors responsible for influenza a virus virulence and host tropism change.
动态的基因突变和基因重组被认为是流感病毒A的致病性和宿主趋向性改变的关键因子。
This paper presented the study of expression of neutral protease gene from Bacillus Subtilis in various host cells and different culture conditions.
本文研究了中性蛋白酶基因在不同宿主菌及各种培养条件下的蛋白酶表达水平。
The strategy included, (1) condon usage in synthetic gene should be corresponded with the statisical codon usage in genes of highly abundant proteins in the host;
设计合成编码蛋白质基因的要点为：（1）按照宿主系统中高表达蛋白质基因对密码子的使用频率选用氨基酸密码子，以期合成基因得到高效表达；
The incongruent phylogenies of the genes studied suggest that horizontal gene transfer and recombination shape mesorhizobial populations in the gene center of the host plants.
不同基因的系统发育树的不一致之处显示出在黄芪根瘤菌的进化过程中存在基因的水平传递和基因重组。
The recombinant CFP10 protein was expressed in inclusion body in E. coli BL21(DE3), and the target gene had been cloned into host bacterium.
结果构建了具有正确基因序列的CFP10重组表达质粒，重组蛋白在大肠杆菌BL21（DE3）中以包涵体形式表达。
These results demonstrate the utility of the gene targeting approach in the study to investigate the gene function of T. gondii. and the mechanism by which this parasite invades to the host cells.
结论通过构建基因打靶载体 ，可有目的地敲除弓形虫膜抗原基因 ，为进一步研究弓形虫侵入机制 ，探讨弓形虫病防治提供可行的方法。
Among the system of rice blast disease, the interaction between host and pathogen copes with gene-for-gene relationship.
稻瘟病系统中，病菌与水稻间的互作符合基因对基因关系。
Our results demonstrated that combined transfer of suicide gene and IL-2 gene could inhibit the growth of established tumor in mice significantly and induce antitumor immunity of the host efficiently.
实验结果表明，联合应用自杀基因与细胞因子基因治疗可更有效诱导机体的抗肿瘤免疫反应，从而更显著地抑制荷瘤小鼠肿瘤的生长。
Retrotransposons are one of the most unstable genetic elements in the plant kingdom, they have the potential to dramatically affect gene function and host genome structure.
反转录转座子是植物中最不稳定的遗传元件之一，它们对基因组的大小、结构、功能和进化都有重要作用。
Under reasonable conditions for induction, amount of the recombinant gene expression products could reach as high as 34% total proteins of the host.
在优化诱导条件后，融合蛋白的表达量可达全菌总蛋白的3 4%。
Under reasonable conditions for induction, amount of the recombinant gene expression products could reach as high as 34% total proteins of the host.
在优化诱导条件后，融合蛋白的表达量可达全菌总蛋白的3 4%。
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