生物育种

生物育种生物育种
  1. 加强农业种质资源保护开发利用,加快实施农业生物育种重大科技项目。

    The protection , development and utilization projects in agricultural biological breeding should be accelerated .

  2. 在生物育种过程中,关键问题在于选出优良的生物品种。

    The key problem in organism breeding is how to select elite variety .

  3. 做到重点突出,深入推进产学研结合。2、打造合肥市生物育种创新平台。

    Be focused to further promote the Combination . 2 , to create Hefei Biological breeding platform for innovation .

  4. 生物育种指运用生物学技术原理,培育所需要的生物品种的过程。

    The bio-breeding refers to the use of the principle of biological techniques to nurture the process of biological species .

  5. 通过对实验结果的综合分析,深入探索造成杨树种间杂交不亲和性的原因,可以为杨树杂交育种工作的深入开展提供理论基础和条件,对杨树的生物育种工作具有重要的意义。

    The comprehensive analysis of the experimental results and depth exploration of causes of interspecific cross-incompatibility of poplars provided a theoretical basis and condition for the depth development of poplar crossbreeding work and also have a great significance for the biological breeding of poplars .

  6. 农作物遗传操纵新技术&授粉后外源DNA(基因)导入植物的生物工程育种技术

    A New Biotechnique for Genetic Manipulation of Crops ── Introduction of Exogenous DNA ( Gene ) into Plant after Pollination

  7. 本文综述了RAPD技术在遗传育种中的应用,同时对RAPD技术在海洋生物遗传育种中的前景作了一些探讨。

    This paper introduces the use of RAPD technique in inherit breeding , and also discusses the prospect of RAPD technique in inheritable breeding in marine biology .

  8. 母本gca方差大于父本gca方差,说明甘蔗生物量育种中母本选择的重要性。

    The larger gca variances of female parent compared with that of male parent suggested that the female parent is much more important in sugarcane breeding for biomass .

  9. 全球最大的生物科技育种公司孟山都(Monsanto)表示,随着印度和中国着手解决日益增长的粮食需求,两国的新兴竞争对手将会给该公司带来最激烈的竞争。

    Monsanto , the world 's largest biotech seed producer , said emerging rivals in India and China would provide its fiercest competition as the two countries tackle the challenge of surging food demand .

  10. 加倍单倍体(DH)育种技术是现代生物技术育种的重要研究领域。该技术具有效率高、成本低的优点,已在农业和园艺植物的品种改良中得到广泛应用。

    Characterized by its high efficiency and low cost , the double haploid ( DH ) breeding method is a very important research area in modern biotechnological plant breeding , and wide use of it has been made in agriculture as well as horticulture crops .

  11. 油茶生物技术育种研究前景展望

    The outlook of the biotechnology breeding research on oil tea Camellia

  12. 水稻生物技术育种成果开发与示范研究

    The Study of Demonstration and Exploitation on Rice Productions of Biology-technology Breeding

  13. 并对各种技术尤其是的原生质体融合及研究热点&生物工程育种技术从技术原理及应用上作了较为详细介绍。

    The protoplast fusion breeding and biotechnology breeding are introduced here in detail .

  14. 甘蔗生物量育种的配合力分析

    The Combining Ability Analysis of Sugarcane Breeding for Biomass

  15. 草莓现代生物技术育种研究进展

    Proceedings of application of modern biotechnology in strawberry breeding

  16. 并提出了草莓现代生物技术育种存在问题及今后的研究展望。

    The problems and future research prospects of strawberries modern biotechnology breeding were advanced .

  17. 迎接21世纪现代林木生物技术育种的挑战

    The Challenges to Forestry Biotechnology and Tree Breeding in the 21 ~ ( st ) Century

  18. 激光生物诱导育种及辐照参数控制的机理分析

    Application of laser in organism inducing breeding and mechanism analysis of the control of radiation parameters

  19. 现代林木生物技术育种的战略性研究与成果转化新机制

    The Strategic Research in Modern Biotechnological Tree Breeding and a New Mechanism for Its Research Achievement Transformation

  20. 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。

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

  21. 综述了农作物抗病虫性的概念和分类,以及抗病虫育种的途径,包括常规育种和应用生物技术育种的方法。

    The concept and classification of crop resistance to diseases and pests and the breeding ways including crossing breeding and modern biotechnology application were introduced .

  22. 桃的离体再生较为困难,很大程度上阻碍了桃现代生物技术育种的进程。

    Peach is difficult to regenerate from in vitro-cultured explants , which has largely hindered the development of new varieties using the tools of modern biotechnology .

  23. 红麻的器官培养和原生质体培养是品种快繁、变异体筛选以及体细胞杂交和遗传转化等生物技术育种的基础。

    It 's organ culture and protoplast culture is important basic technique of rapid clonal propagation , selection of imitative plants , somatic hybridization and genetic transformation .

  24. 从生物技术育种,新材料的创制,研究方法的创新及主要经济性状遗传规律的研究等方面概述了不结球白菜育种研究新进展;

    The latest advances in breeding of non-heading Chinese cabbage were summarized from biotechnological breeding , new material creation , methodology creation , genetic rules of main economic characteristics etc.

  25. 综述了现代生物工程育种技术、酵母菌流加培养、干燥技术的研究进展,并展望了发展前景。

    In this paper , the research progress in modern bioengineering breeding techniques , fed-batch culture of microzyme , and drying techniques were reviewed and their development prospects were discussed .

  26. 综述了近年来国内外农用抗生素生产上常用的几种高产菌株育种技术的研究进展,内容包括:自然选育、诱变育种、基因重组育种、生物工程育种技术。

    The article reviews the advance on the breeding technology of high yield stains in agricultural antibiotic , including natural selecting breeding , mutation breeding , gene recombination breeding and biotechnology breeding .

  27. 本文简述了芽变选种、实生选种、杂交育种、诱变育种和生物技术育种等提高植物抗寒性的主要育种方法的研究进展。

    This paper summarized the main methods to enhance plant-cold-resistance , such as selection of bud mutations , selection of chance seedlings , cross breeding , induced mutation breeding , biotechnology breeding etc.

  28. 介绍乳酸菌分类、功能以及生物工程育种的意义,分别阐述了接合作用、原生质体融合、电穿孔法和基因递送系统在乳酸菌的育种方面的应用,同时探讨了乳酸菌的研究现状与其发展前景。

    Classify , function and meaning of bioengineering breeding of lactobacillus were introduced , and conjugation , protoplast fusion , electroporation and gene delivery system were applied in lactobacillus breeding , respectively . At the same time , study actuality and developed foreground were involved .

  29. 从滇杨的资源特点及研究现状出发,在借鉴国内外杨树遗传改良成功经验的基础上,提出常规育种与现代生物技术育种有机结合,形成一个系统高效、合理可行的滇杨遗传改良策略。

    According to the resource characters and present researching situation , and based on the successful experience Populus genetic improvement other countries , the normal breeding and the modern biotechnology are suggested to integrate a high efficiency and reasonable genetic improvement strategy of the Populus yunnanensis .

  30. 在大白菜育种领域,国内外已普遍开展了各种生物技术在育种上的应用研究。

    At home and abroad many researchers have put to use biotechnology in the field of Chinese cabbage-pe-tsai breeding work .