Biology Breeding

The technology of anthers culture in vitro is one of the best effective methods of modern biology breeding for plant haploid breeding .

通过花药离体培养技术开展植物单倍体育种工作是现代生物技术育种最有效的手段之一。

Seed development is one of the vital parts of plant biology and breeding project .

种子发育研究是植物生物学和育种研究工作中的一个重要组成部分。

Disease resistance genes are the basis of molecular biology and breeding for disease resistance .

抗病基因是抗病分子生物学和抗病育种的基础。

Creation of mutant pool in rice provides a great resource platform for molecular biology and breeding studies .

水稻突变体库的创建，为分子生物学和育种学研究提供了巨大的资源平台。

Studies on reproductive biology and breeding technology of Squilla

虾蛄繁殖生物学与繁育技术研究

Plant transgenics has increasingly become a most important technique and technology in current research of molecular biology and breeding .

植物转基因已成为当今分子生物学和植物育种的最重要的方法和技术之一。

Studies of ; aser biology effect breeding

激光诱变效应及育种研究

With the development of modern genetics and molecular biology , breeding drought-tolerant crops using genetic engineering is imperative .

随着近现代遗传学和分子生物学的发展，采用基因工程培育优良的耐旱作物势在必行。

Progress of Black Grouse ( Lyrurus tetrix ) Biology (ⅱ) Breeding Ecology and Conservation Biology

黑琴鸡（Lyrurustetrix）生物学研究进展（Ⅱ）&繁殖生态学与保护生物学研究

However , more studies should be done on conservation of rare and endangered species in Lilium , mechanism of cross-sterility and utilization of molecular biology in breeding .

但在濒危物种的保护，育种过程中杂交不育机理等基础理论研究以及分子生物学育种的开展等方面还比较薄弱，有待进一步加强。

Flower development mechanism is a extensive research field in plant molecular biology and molecular breeding .

花发育机制是当前植物分子生物学研究的热点之一，也是植物分子育种的基础之一。

Study on reproduction biology and artificial breeding techniques of Sargassum thunbergii

家化暗纹东方魨全人工繁殖鼠尾藻有性繁育及人工育苗技术的初步研究

Research advance of molecular biology and transgene breeding of wheat resistance to Puccinia striiformis

小麦抗条锈病分子生物学和转基因育种研究进展

Recently , the application and development of molecular biology promoted the breeding advencement , and profited to find genes which influence egg yield .

近年来，分子生物学技术的发展和应用，为从分子水平上寻找影响产蛋量的基因，从而加速育种进展奠定了基础。

The results of these observations may provide some referential meaning on the study of lobster 's basic biology , artificial breeding and improving the survival rate of artificial breeding .

这些研究结果对开展龙虾基础生物学与人工育苗技术研究，提高育苗成活率将有一定的参考意义。

In order to solve this problem effectively , many researches focus on the technology of molecular biology such as breeding and so on , and the application of these technology in the production of agriculture .

为了能够更好地解决该问题，大量研究聚焦于对育种、优良基因的筛选与克隆等现代生物技术的攻克及其在农业生产实践中的应用，从而达到增产增收的效果。