基因工程育种

植物抗病毒基因工程育种策略及其进展

Strategies and Advances in Genetic Engineering Breeding for Plant Resistance to Viral Diseases

植物抗病基因工程育种策略及其在大豆上的应用

Strategies of Genetic Engineering Breeding for Plant Disease Resistance and Its Application in Soybean

9cm的目标轰击距离转化效率最高，达到10.9%。建立了非洲菊盆栽品种的再生和转基因体系，为非洲菊基因工程育种打下基础。

Cm target distance significantly improved the transformation frequency , which was up to 10.9 % .

甜菜碱合成途径及其在基因工程育种中的应用

Biosynthetic Pathway of Glycine Betaine and its Application in Genetic Engineering

我国杂交水稻基因工程育种策略探讨

Strategy of Gene Engineering in Hybrid Rice Breeding in China

植物高光效基因工程育种

Current Advance of High Photosynthetic Efficiency Breeding by Gene Engineering in Plants

林木基因工程育种现状与发展趋势

Current Status and Developmental Prospects of Gene Engineering Utilities in Tree Breeding

花卉基因工程育种的研究与应用

A Study on the Flower Genetic Breeding and Its Application

马铃薯抗晚疫病基因工程育种研究

Studies on Breeding Varieties of Potato Resistant to Potato Late-blight by Genetic Engineering Techniques

水稻基因工程育种及其进展

Rice Genetic Engineering Breeding and Its progress

冰草、苜蓿、高羊茅抗旱、耐寒基因工程育种

Gene Engineering Breeding of Drought Resistance and Salt Tolerance in Wheatgrass , Alfalfa and Tall fescue

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。

Plant transformation is an important approach in genetic engineering breeding and identification of gene function .

陕北石油秩序油料作物基因工程育种

Genetic Engineering on Oil Crop Breeding

菜用大豆营养价值高、药用保健功效好、市场需求大，而菜用大豆的再生体系建立和基因工程育种工作滞后。

The vegetable-type soybean has high nutritional and medicinal properties , while the study of regeneration and genetic engineering of vegetable-type soybean lagged .

并将为下一步的基因工程育种工作中的基因定位和分子克隆提供丰富可靠的分子标记。

These will provide abundant and reliable molecular markers for gene location and molecular cloning in the coming genetic engineering breeding of the strains .

文章对转基因技术在抗有害生物基因工程育种、新一代微生物农药开发、天敌的转基因增效策略和有害生物转基因遗传防治等方面的应用进展进行了综述。

In this paper , the proceedings of transgenosis techniques in anti-pest breeding , new microorganism pesticides , engineering natural enemies and pest control were summarized .

从组织培养、分子标记、开花人工诱导和基因工程育种4个方面总结了生物技术在竹子研究中的应用情况，并探讨了将来可能的发展前景。

The paper summarizes the applications of tissue culture , molecular marker , flower induction and gene engineering to bamboo research and discuss the prospects of development .

目前，在花色基因工程育种中，蓝色花卉因其色彩高雅、稀少而成为研究的重点。

At present , in the field of floral genetic engineering , blue flowers have been the key factor in the study because of its graceful color and exiguity .

总结了水稻基因工程育种的主要内容，介绍了其技术体系（特别是近年有关实验方法的改进）。

The contents of rice genetic engineering breeding were summarized . Its technologic system were introduced in detail , especially the improved technology about experimental methods in recent years .

多年来大量的研究表明生物技术包括基因工程育种技术：巧妙利用各种酶促技术在糙米食品的开发中正在发挥越来越重要的作用。

Intensive research works revealed that the biotechnologies including genomic engineering and enzymatic technology are playing more and more important role in the process of brown rice food production .

综述了人工选择育种、杂交育种、原生质体融合育种和基因工程育种等双孢蘑菇遗传育种研究的现状及进展，并展望了上述研究领域的发展趋势。

Recent advances in genetic breeding of Agaricus bisporus involving artificial selection , cross breeding , protoplast fusion and gene engineering have been summarized , and the future prospects discussed .

从选择育种、杂交育种、倍性育种、航天育种、细胞工程育种以及基因工程育种等几个方面简要综述了鱼类育种技术的发展；

The development of fish breeding technology was summarized briefly on choosing breeding , crossing breeding , ploidy breeding , spaceflight breeding , cell engineering breeding and gene engineering breeding .

本研究不仅帮助阐明了荠菜抗寒机制，而且也为抗冻基因工程育种提供了候选基因和启动子，具有重要的意义。

This study not only helps elucidate the cold responsive mechanism in C. bursa-pastoris , but also provides a potential gene and its promoter for the cold engineering in crop 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。

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 .

传统的育种方法因育种时间长、种质资源缺乏等因素导致育种工作进展缓慢，此时基因工程育种越发受到各个国家科研人员的重视。

Traditional breeding methods led to slow progress of the breeding because of its long time breeding and lack of breeding germplasm resources . Gene engineering breeding has attracted more and more attentions of researchers in various countries .

由于苹果在遗传上高度杂合，传统的杂交育种手段选育抗病品种难度极大且育种周期较长，现代基因工程育种技术为转基因定向改良苹果抗病性提供了可能。

However , to improve the resistance in apple by traditional cross breeding is extremely difficult and long-running for a high degree of genetic heterozygosity in apple . Modern transgenic breeding technology provides us a new way for resistance breeding .

本文从胚培育种、花药和花粉培养育种、原生质体培养与细胞融合、基因工程育种四个方面综述了生物技术在果树育种上的运用，并对其未来的发展作了展望。

This article summarized the application of biotechnology breeding in fruit trees from embryo culture , anther and pollen culture , protoplast culture and cell fusion , gene engineering breeding . The direction which needs further investigation was also discussed .

植物基因工程为育种开辟了一条崭新的途径，转基因植物育种已经成为分子育种的主要组成部分。

The genetic engineering of plant has inaugurated a brand-new way for the breeding ;

本文综述了杨树基因工程抗性育种的国内外研究现状，并讨论了存在的问题及今后的发展前景景。

Research status quo on domestic and overseas for poplar resistance breeding with gene engineering were discussed comprehensively , some questions existing in which and the development prospects were put forward .

我国几十年的抗虫育种实践可以分为形态学抗虫育种、生化抗虫育种和基因工程抗虫育种3个阶段。

The breeding practice having insect resistance in several decades years could be divided into three stages which are morphological insect resistance breeding , biochemical insect resistance breeding and genetic engineering insect resistance breeding .