片语

in vitro mutation breeding小麦离体诱变育种

space mutation breeding technique空间诱变育种技术

wheat mutation breeding小麦诱变育种

radiation induced mutation breeding辐射诱变育种

mutation and breeding诱变选育

mutation n breeding诱变育种

induced mutation and breeding诱变育种

radiaction mutation breeding辐射诱变育种

Gamma irradiation mutation breeding辐照突变育种

英汉例句

• in the past few years, spaceflight mutation breeding has become a big characteristic in the study of space life science.

  近年来，航天诱变育种已成为空间生命科学研究方面的重要内容之一。

• problems of selection for main agronomic characters in the early generations, and significance of fertility of m1 plants for mutation breeding were discussed.

  探讨了早期世代的主要农艺性状选择处理问题以及m_1代不同孕性材料在突变育种上的意义。

• spaceflight mutation breeding opens up a new way for breeding, it isn「t usually applied in forage breeding field yet, the prospect is optimistic.

  空间诱变育种技术开创了育种的又一新途径，其在牧草育种的应用还不多，但前景广阔。

• the study of chinese space mutation breeding is going ahead in the world.

  我国空间诱变育种的研究工作走在世界的前列。

• this experiment」s goal was through the mutation breeding method, obtains one when the fermentation can have the high natto activating enzyme enzyme vigor strain.

  本试验的目的是通过诱变育种的方法，得到一株在发酵时能够产生较高纳豆激酶酶活力的菌株。

• as compared with the conversational breeding, spaceflight mutation breeding is of high mutagenesis frequency, wide variation extent, short breeding period and more elite mutants, etc.

  与常规育种相比，航天诱变育种具有诱变频率高、变异幅度大、育种周期短、有利突变体多等特点。

• a lot of new high-produced and well qualitative cereals, flowers and antibiotics have been bred by the technique of spaceflight mutation breeding home and abroad.

  国内外利用航天诱变育种技术培育了粮食作物、经济作物、花卉及抗生菌等高产优质新品种（系）。

• the technology, which has been studied and used on bacteria, saccharomyces, streptomycete and mold, could be considered a good way for mutation breeding of industrial microbiology.

  该项技术在细菌、酵母菌、链霉菌和霉菌等方面的研究和初步应用，为工业微生物遗传育种，开辟了广阔的前景。

• the results indicated that the experiment of artificially triggered lightning would play specified role in plant mutation breeding as a physics factor or inductive stimulus.

  认为人工引雷试验可作为一种物理因素或刺激条件，在植物的诱变育种中发挥一定的作用。

• ultra high pressure not only can be applied into food sterilization, conserving and some processing, but also would play a important role in mutation breeding of microbe.

  超高压的这些生物学效应，使其不仅可以应用到食品杀菌、保藏及某些加工过程，而且在微生物菌种诱变方面具有很大的应用潜 力。

• technique of mutation breeding in gladiola was studied by means of electron beam.

  用电子束辐射唐菖蒲种球，研究唐菖蒲的诱变育种。

• the method of mutation breeding and the current research situation of thiobacillus ferrous oxide are summarized, and some problems in the process of breeding are discussed.

  综述了氧化亚铁硫桿菌诱变育种的方法以及诱变育种的研究现状，并对诱变育种过程中的一些问题进行了探讨。

• space mutation breeding technique, a new breeding technique, incorporates spaceflight technique with modern biotechnological and traditional breeding technique.

  空间诱变育种（或航天育种）是航天技术与现代生物技术、常规育种技术相结合的新育种技术。

• the amylose contents of rice seeds in space mutation breeding programs could be rapidly screened and identified by nirs model which was established in this study.

  利用建立的近红外定量分析模型，实现了对水稻航天育种后代材料的快速筛选与鑒定。

• the application of space mutation breeding and inheritance in specially good germplasm material in china were well summarized.

  全面综述了空间诱变育种在中国作物新品种、特异优良种质材料的创新中取得的成就。

• conclusions: the mutation induction system of p. guiyangense by uv and licl is successful, and can provide basis for the mutation breeding of p. guiyangense in the future.

  结论：本研究所建立的对贵阳腐霉原生质体诱变系统基本成功，为该菌的细胞工程育种创造了条件。

• so, it is necessary to carry out mutation breeding of la5 strain and screen high yield strains for large-scale production of antibiotic in the future.

  因此，有必要对其进行诱变育种，选育出产素性状优良的突变菌株，为这种广谱抗真菌抗生素的工业化生产奠定基础。

• in addition, the problems and tendency in space mutation breeding as well as the major research aspects for the space mutation breeding in the future were discussed in this paper.

  本文对航天诱变育种的成就、研究方法和机理进行了综述，同时对存在的问题进行了探讨，对其前景进行了展望。

• space mutation breeding is conducive to breeding new varieties of highly active components, and it is also one of the ways to innovate chinese medicines germplasm resources efficiently.

  太空诱变育种有利于选育出活性成分提高的黄芩新品种，是中药材种质资源创新的快捷有效的途径之一。