片语

gene-engineering strains基因工程菌

phytase gene gene-engineering植酸酶基因

drought-resistant gene-engineering抗旱基因工程

gene-engineering food基因工程食物

plant gene-engineering植物基因工程

genetic engineering遗传工程

Gene engineering technique基因工程技术

Molecular marker and gene-engineering分子标记和基因工程

gene-engineering of plant植物基因工程

英汉例句

• objective:to discuss the relation between gene engineering and medicine.

  前言：目的探讨基因工程研究与医学的关系。

• hybrid rice takes outstanding position in rice and food production in china, and gene engineering can play an important role in hybrid rice breeding.

  杂交水稻在我国水稻及粮食生产中占有突出地位，基因工程可在杂交水稻育种中发挥重要作用。

• the results will improve the application of plant cell engineering and gene engineering on cotton genetics and breeding.

  该结果的获得必将大大促进植物细胞工程和基因工程在棉花遗传改良上的应用。

• chapter two and chapter three are the main part of this mode, which is the discussion of the detail mode of intellectual property protection of gene engineering technology.

  第二章和第三章是对基因工程技术知识产权保护具体模式的探讨。

• because source limited, utilize gene engineering produce from bacterium or yeast for realize industrialization, it is the effective way of solving its imbalance between supply and demand.

  由于来源有限，利用基因工程技术从细菌或酵母中生产人溶菌酶实现产业化，是解决其供需矛盾的有效途径。

• the cell transplantation combination with stem cell engineering, gene engineering and tissue engineering has good prospect.

  细胞移植与干细胞工程、基因工程及组织工程结合具有一定的发展前景。

• conclusion:the study of gene engineering will motivate the development of medicine.

  结论基因工程研究促进医学的发展。

• gene engineering is one of the hotspots in current study.

  基因工程是当前研究热点之一。

• plant gene engineering can be used to increase the content and its bioavailability of iron in plant.

  本文综述了利用基因工程提高植物铁含量和增加铁的生物有效度的方法。

• according to major problems existed in hybrid rice breeding, good quality, resistance to pest and pathogen should be taken for key points of current gene engineering in rice breeding.

  针对杂交水稻育种存在的主要问题，指出应将优质、抗虫和抗病作为当前基因工程育种的研究重点。

• the current situation and development direction of the crop gene engineering are reviewed in the article.

  本文主要对农作物基因工程的发展现状及发展方向进行了综述。

• all this have made a firm foundation for the gene engineering research of drought-resistance in plant and will be useful in producing trehalose by plant bioreactors.

  这为植物抗旱基因工程的研究打下了良好的基础，同时也为利用植物生物反应器生产海藻糖奠定了基础。

• methods:the material and proceedings relevant to application of gene engineering were analysed and combined.

  方法对与医学有关的基因工程研究报告和最新成果，加以分析。

• low transformation efficiency is still a critical factor which affects plant gene engineering development.

  转化效率低仍然是制约植物基因工程发展的一个重要因素。

• the technology for production of 1,3-propanediol by the gene engineering has been broken through, especially by the pathway engineering.

  利用基因工程技术生产1，3-丙二醇，特别是途径工程的利用已取得了重大突破。

• with the development of molecular biology, we can use technology of gene engineering to improve endurance of saline-alkaline.

  随着分子生物学技术的发展，人们可以用基因工程技术提高植物的耐盐堿性。

• the article deals with the advances of plant gene engineering technology in the field of persistent organic pollutants monitoring and purifying.

  介绍了植物基因工程技术在监测和凈化难分解性有机污染物质方面的研究进展。

• this paper reviewed and discussed the application and advances of fermentation engineering enzyme engineering cell engineering and gene engineering in flavor and fragrance industry.

  本文阐述了发酵工程、酶工程、细胞工程和基因工程在香料中的应用，并控讨了生物技术在香料中的应用前景。

• this dissertation uses the gene engineering method to clone, express and purifies the human alr gene .

  本论文应用基因工程的手段克隆、表达并纯化了人的肝再生增强因子基因。

• the development and application of gene engineering creates a new path for alfalfa resistant breeding.

  基因工程的发展和应用为苜蓿抗性育种开辟了一条新的途径。

• so maybe this construct can be used in dwarfed gene engineering of other crops.

  因此，我们的构建体有可能在其他作物的矮化基因工程中应用。

• this article was focused on the introduction of gene engineering and bioreactor development in tomato, and also gave a discussion on the future prospects in tomato biotechnology.

  本文着重对番茄基因工程和生物反应器的研究开发进行了全面介绍，同时探讨了番茄生物技术今后的发展方向。

• studying the cause for gene silencing and learning the method to control gene silencing are important for the development of plant gene engineering and the application of transgenic silencing.

  研究基因沉默的原因并寻找相应的方法来进行控制，对于植物基因工程的发展以及转基因沉默的应用有着重要的意义。

• marine proteins have wide source and abundant content, which have potential in gene engineering medicine. therefore, marine proteins are becoming a research hot spot of marine bioactive materials.

  其中，蛋白质来源广泛，含量丰富，又有开发为基因工程药物的应用潜力，因此成为海洋生物活性物质研究的热点。