育种

yù zhǒng
  • breeding;breeding of seeds;seed cultivation
育种育种
育种 [yù zhǒng]
  • [seed cultivation;breeding of seeds] 用人工方法选育动、植物的新品种

育种[yù zhǒng]
  1. 通过育种已培养出可在北方种植的小麦品种。

    Breeding has produced types of wheat which can be grown in the north .

  2. 法兰特说道:“我正在尝试三种育种方法,”常规方法、转基因法和基因编辑法。

    I 'm trying three methods of breeding , Farrant says : conventional , genetic modification arid gene editing .

  3. 解决办法是昆虫学家和育种家共同拟定一个能动的种质收集和评选计划。

    The solution is for entomologists and plant breeders to develop a dynamic program of collection and evaluation of germplasm .

  4. 用于缩短育种周期及胚培养的种子切切不可使其干燥。

    Seeds to be used for some shortened breedingcycle methods or for embryo culture should never be allowed to dry .

  5. 转基因作物可以而且几乎肯定将成为这一系列工具的一部分,但这些工具还将包括传统的植物育种、土壤改良和作物管理,以及更好的储存和运输基础设施(这可能是最重要的,尤其是在发展中国家)。

    GM crops can and almost certainly will be part of that suite of tools , but so will traditional plant breeding , improved soil and crop management — and perhaps most important of all , better storage and transport infrastructure , especially in the developing world .

  6. 在他们的耐心和努力下,他们成功地开发出一种人工育种和自然繁殖相结合的方法。

    With their patience and efforts , they successfully developed a combination of artificial breeding and natural reproduction .

  7. 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 .

  8. DNA标记与动物分子育种

    DNA Markers and Animal Molecular Breeding

  9. 离子束介导任意引物PCR差异片段转化在育种中的可行性及前景

    The Feasibility and Prospects in the Breeding of Transferring Differential Fragments by Ion Beam

  10. RAPD标记及其在植物育种上的应用

    On the RAPD Marker and Its Application to the Crop Breeding

  11. 猪血清IgG提取及在遗传育种上的应用初探

    Extraction of Pig Serum IgG and its Employments in Genetics and Breeding

  12. RAPD技术在酿酒酵母分类鉴定与遗传育种中的应用

    Application of RAPD in Molecular Classification and Genetic Breeding of Saccharomyces cerevisiae

  13. 微卫星DNA以其独特的优点和特点而成为当前动物遗传育种研究中颇受欢迎的一种分子标记技术。

    Microsatellite DNA molecular marker has been a popular kind of molecular marker in animal breeding and genetics , because of its special advantages and characteristics .

  14. 基于作物QTL的分子育种研究进展

    Advances in Crop Molecular Breeding Based on QTL

  15. 全雌鲤鱼育种的另一技术路线是先将鱼苗混合转性,然后通过性别相关分子标记鉴别出假雄鱼,前提是找到可用于鉴定遗传性别的性别相关DNA分子标记。

    Another way is to treat mixed population of male and female with testosterone firstly , and then identify the pseudo-male by sex-related DNA marker . The precondition is to find sex-related DNA marker .

  16. 源于L1的小麦抗黄矮病基因的特异PCR标记及辅助育种的研究

    PCR Markers of the BYDV Resistance Gene in Wheat Derived from Wheat-Thinopyrum intermedium Addition Line L1 and Their Application for Assisted Selection in Wheat Breeding

  17. 就不用(少用)赤霉素的种子生产技术体系以及e杂交稻育种技术体系的建立进行了讨论。

    The technology systems without or a few of using GA 3 in hybrid rice seed production and the establishment of e hybrid rice breeding system were also discussed in this paper .

  18. 铜绿假单胞菌(PseudomonasAeruginosa)BS-03的诱变育种及产鼠李糖脂类生物表面活性剂的摇瓶工艺初探

    Breeding and Primary Study on Biotechnology of Pseudomonas Aeruginosa BS-03 Producing Rhamnolipid Biosurfactant in Flask

  19. 应用RAPD技术对东北地区白桦种源遗传变异的分析RAPD技术在林木遗传育种中的应用

    Analysis of Genetic Variation within and among Betula platyphylla Provenances in Northeast China Using RAPD Markers The Applications of RAPD Technique in Forest Tree Genetic Breeding

  20. 应用BLUP法评定肉羊育种值的试验研究

    Estimation of Breeding Value of Mutton Sheep by BLUP Method

  21. 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 .

  22. 恢复源的寻找是NEA育种利用的关键。

    Discovery of restoring gene materials is the key to utilization of NEA in breeding .

  23. RAPD技术具有快速、方便、灵敏度高、检测容易的优点,在果树种质资源及育种中应用潜力颇大。

    RAPD ( Random Amplified Polymorphic DNA ), which is rapid , convenient , sensitive and easy to detect , has great potential of application in germplasm resources and breeding of fruit trees .

  24. SLAⅠ类基因系统命名法对于人类移植免疫学、猪免疫遗传及抗病育种具有重要意义。

    Considering the nomenclature system of SLA class - ⅰ, it will has important significance towards human transplantation immunology , swine immunogenetics and breeding for pig disease resistance in the future .

  25. 微卫星标记(SSR)是一种共显性标记,具有重复性好、可靠性高和多态性丰富等优点,在玉米的遗传育种中具有重要的作用。

    SSR is a co-dominant marker , with many advantages such as good repeatability , high reliability , abundant polymorphism , and so on . It acts important role in maize genetic breeding .

  26. 本文综述了GABA在稻米中的分布与富集、富含GABA巨大胚水稻的诱变育种及其遗传表达特性、以及富含GABA功能稻米产品的研究进展。

    Research progresses in distribution and enrichment of GABA in rice , mutation breeding for giant embryo rice enriched with GABA and their genetic control and expression , and functional rice products enriched with GABA were reviewed in the current paper .

  27. 报告作为动脉粥样硬化症模型动物的NJS系小鼠的培育历史与建系方法,包括基代来源、育种目标、技术原理、育种手段、繁殖方式、饲养管理等。

    The establishment of NJS strain mouse as atherosclerosis model , including the origin , breeding objectives , breeding method , reproductive system , care and management were reported .

  28. 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 .

  29. 结果显示:虽然不同的育种世代具有最高选择效率的标记或标记组合不一样,但是Xbarc133、Xgwm493、Xgwm533a三标记一起的选择效率在F3和F4的筛选中均较高。

    The result was as follows : the marker or marker combination having the highest selective efficiency was different in different breeding generation , but the combination of the above three SSR markers showed relatively high efficiency of selection in all generations .

  30. 估计育种值(EBVs)是种用猪遗传价值的统计估计值,是猪遗传改良方案中的一种新遗传评定系统。

    Estimated Breeding Values ( EBVs ), a new genetic evaluation system on the swine improvement program , are statistical estimates of the genetic value of a pig for breeding purposes .