Studies on tissue culture and gene engineering of poplar.
杨树的组织培养及其基因工程研究。
Gene engineering is one of the hotspots in current study.
基因工程是当前研究热点之一。
Gene engineering technology is the core in modern biological technology.
基因工程技术是现代生物技术的核心技术。
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。
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。
Objective: To preparation of recombinant human ZP3 protein by gene engineering.
目的：用基因工程方法制备重组人zp3蛋白。
Gene engineering techniques have been widely used in construction of microorganism.
基因工程已广泛地应用于微生物的菌种改造与构建。
Objective To obtain human rhinovirus 3C protease as a novel tool enzyme for gene engineering.
目的获得重组3C蛋白酶，开发一种新型的基因工程工具酶。
The study of gene engineering of macrolide antibiotics have made the rapid and exciting progress.
大环内酯类抗生素的基因工程研究进展十分迅速。
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。
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。
So gene engineering is an important method to improve the quantility and stress-tolerance of alfalfa.
借助植物基因工程手段提高苜蓿抗旱性是现代育种的重要途径。
Gene engineering, one of the high technologies, has shown the greatest potential in the 21st century.
基因工程将是21世纪最具发展潜力的高新技术。
By taking advantage of gene engineering, recombinant calcitonin analogue can be successfully obtained.
应用基因工程法可以制备出重组降钙素类似物。
Wheat tissue culture is the foundation and assurance of improving wheat quality by plant gene engineering.
小麦组织培养体系的建立与完善是应用植物基因工程改良小麦品质的重要基础和保证。
Plant gene engineering techniques offer new and efficient methods for breeding cultivars resistant to disease.
植物基因工程技术为培育抗病植物品种开辟了一条全新而有效的途径。
In recent years, the gene engineering breeding for resistance to fungal and bacterial diseases has gotten along.
近年来，在植物抗真菌和细菌病害的基因工程方面取得了较大的进展。
Gene engineering has provided a useful tool for improvement in cotton quality and biological protection from pests.
基因工程技术的出现为棉花品质改良和病虫害防治提供了一个有力手段。
Lead the best control of the plant - gene engineering project risk management and the whole risk control mechanism.
引入植物基因工程项目风险管理最优化控制和总体风险控制机制。
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。
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。
Probably the most exciting prospects for gellan gum's molecular modification and yield promotion will be found in gene engineering.
基因工程是结冷胶分子改造和产量增加最具前景的方法。
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。
Gene transfer is the key point in plant gene engineering research, which covers choosing plant accepter and exploring gene transfer approach.
植物基因工程研究的关键问题是向植物中转移外源基因，它主要涉及植物受体的选择和基因转移方法的探索。
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净化难分解性有机污染物质方面的研究进展。
The strategy has been widely used in diverse aspects of plant gene engineering, such as quality improvement, resistance breeding and bioreactor.
文章综述了特异性启动子的结构、类型、研究方法及在植物基因工程研究中的应用进展和发展前景。
Gene therapy based on the gene engineering is considered to be of super anti HIV competency theoretically and regarded as a novel anti HIV method.
以基因工程技术为基础的基因治疗，在理论上具有较好的抗hiv能力，是一种新型的抗hiv方法。
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。
This review discusses the discovering, classification, structure, mechanism, gene modification, and applications in the field of plant gene engineering.
本文简要介绍了抗菌肽的发现、分类、结构、作用机理、基因结构和基因改造，以及抗菌肽在植物基因工程中的应用。
A7 Grasp theory of modern biotechnology such as gene engineering, cell engineering, enzyme engineering, fermentation engineering, and bioinformatics etc.
A 7掌握现代生物技术包括基因工程、细胞工程、酶工程、发酵工程、生物信息学等相关学科的专业理论知识。
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