Genetic technology allows genes, and thus the proteins those genes encode, to be knocked out of individual mice.
基因技术可以从个别老鼠中剔除基因和基因编码的蛋白质。
Genes, technology and Policy: an Introduction to biotechnology.
《基因、科技与政策：生物技术的介绍》。
The scientists worked for ten years, until nineteen ninety, to develop the technology to add genes to rice.
科学家们努力了十年，直到1990年才研制出向大米中添加基因的技术。
Life USES genes, technology USES memes (Dawkins' word for an idea that travels through time) and Kevin's radical idea is that memes may be stronger than genes.
生命利用基因传播，科技利用文化基因(用Dawkin的话说，就是思想随着时间传播)，Kevin的激进想法就是，文化基因可能比基因更强大。
By using array technology, gene expression can be studied to improve our understanding of the complexity of the plant transcriptome and interactions between genes and gene products.
通过使用阵列技术，基因的表达进行研究，以提高我们对核电厂的转录组和基因与基因之间的相互作用的复杂性的认识产品。
With pure samples in hand, researchers used microarray technology to generate a long list of genes that change when a person undergoes massive trauma.
利用手边的这些纯样，研究者应用微阵列技术生产出一系列在大面积损伤时发生改变的基因。
So it was necessary to adopt new technology to transfer the new genes into rapeseed.
因此采用新技术将新的基因资源引入油菜十分必要。
With this technology scientists can see every gene in the human genome, and see how genes respond to a stimulus, in this case a cold virus.
使用这一技术，科学家们能够看见人类基因组的每一个基因，并且能够看到这些基因如何对一个刺激产生反应，在本研究中就是对感冒病毒的反应。
People are now using the technology of RNA silencing to study the functions of lots of genes, and have got some good results in crop character improvement.
利用RNA沉默技术，人们正对大量基因进行功能研究，并在作物性状改良方面取得了一些可喜成果。
DNA microarray technology is a high throughout method that can analyze the expression of thousands of genes at the same time to form a complete cellular gene expression profile.
基因芯片技术是一种高通量的研究手段，可以在同一时刻对成千上万个基因的表达情况进行分析，形成完整的细胞基因表达谱。
Cloning technology avoids this problem by permitting each member of the pair to bear a child whose genes are provided by her partner.
克隆技术允许两人互相提供基因使她们都怀上孩子以此避免上述问题的产生。
RNA interference technology provides an extremely useful tool for investigation of the role of various genes in pathologic processes involving the eye.
RNA干扰技术为研究各种基因在眼科疾病中的作用提供了一种有效工具。
Recently, with the development of transgenic technology, producing transgenic animal model has become an important way to study the expression regulation of eukaryotic genes.
近年来，随着转基因动物制备技术的日趋成熟与完善，建立转基因动物模型已经成为研究真核基因表达调控的一种重要手段。
Conclusion Electronic cloning technology can be instrumental in identifying novel genes.
结论使用电子克隆技术对于发现新基因有重要的指导意义。
DNA array technology is a technique for studying gene expression by comparing samples of different genes.
dna阵列技术是透过比较不同的基因的样品研究基因表示的一种技术。
They have been successfully used in antisense technology, for their ability to specifically bind to messenger RNA (mRNA) targets and to inhibit translation of the target genes.
由于他们能与信使核糖核酸(mRNA)靶特异性结合，进而抑制靶基因的翻译，因而在反义技术中已被成功地应用。
Using genetic sequencing technology, the team also uncovered the tumors' transcriptome, which means the set of genes that are activated in tumors.
利用基因序列技术，科学家们还发现了肿瘤的转录组，这意味着活跃在肿瘤中的一组基因。
In addition, Cloning technology can also be used to multiply valuable genes.
此外，克隆技术也可用于繁殖有价值的基因。
Reproductive cloning technology could also be used to a large number of valuable genes.
克隆技术还可用来大量繁殖有价值的基因。
Main interests in Human Molecular Genetics, relationship between genes and diseases, technology and application of gene chip.
人类分子遗传学、基因与疾病、基因芯片技术和应用、基因工程及相关生物信息学研究。
This study also provided effective materials for screening more mutants of the target genes in silkworm by TILLING technology.
同时，本研究为应用TILLING技术鉴定家蚕更多目的基因突变体提供了有效的材料。
The main cloned halotolerance genes today by molecular biology technology are discussed. And these genes are sorted according to the mechanism of crop salt tolerance.
介绍了目前利用分子生物学技术克隆与植物耐盐相关的基因，并根据作物的耐盐机理，对这些与耐盐相关的基因进行了分类；
The scientists worked for 10 years, until 1990, to develop the technology to add genes to rice. Then it took 9 more years to get the genes they wanted into the seed.
科学家们花了10年的时间，直到1990年才研究出大米基因添加技术，随后又历时9年才成功找到进行添加的基因。
Oxford's gene delivery technology is currently the best available for delivering relatively large genes, such as MY07A.
牛津大学的基因传递技术是目前最好的提供比较大的基因，如MY 07 A，的。
Oxford's gene delivery technology is currently the best available for delivering relatively large genes, such as MY07A.
牛津大学的基因传递技术是目前最好的提供比较大的基因，如MY 07 A，的。
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