1) rapid doning propagation
快速克隆繁殖
2) clonal propagation
克隆繁殖
1.
Differences in the number of rhizome producing new shoots, the survival rate of new shoots,the basal diameter of new shoots and branch of 1-year-old bamboo between the presence and the absence of mother ramet in Neosinocalamus affinis were compared in order to explore the contribution of mother ramet to clonal propagation and branching of 1-year-old bamboo.
比较了慈竹在有母株和无母株条件下发笋的根茎数、竹笋成活率、竹笋基径和幼竹发枝的差异,以探讨母株对克隆繁殖和幼竹发枝的贡献。
3) clonal reproduction
克隆繁殖
1.
The specific goal of this study was to determine if there is a trade-off between sexual and clonal reproduction in H.
羊柴(Hedysarum laeve)是豆科多年生半灌木,在自然条件下可以同时进行有性繁殖和克隆繁殖。
2.
Rhus typhina is a kind of typical woody clone plants,which can establish a certain amount of single dominant community by clonal reproduction on low hills,farmland and both sides of roads in northern China.
火炬树(Rhus typhina)是1种典型的木本克隆植物,在华北地区的低山丘陵、农田和道路两旁等通过克隆繁殖形成一定数量的单优群落。
4) Rapid propagation
快速繁殖
1.
In vitro culture and rapid propagation of Aconitum carmichaeli;
乌头离体培养和快速繁殖
2.
Research of tissue culture and rapid propagation of Pinellia ternate from Jingzhou;
荆半夏组织培养及快速繁殖的研究
3.
Establishment of rapid propagation system of Erigeron breviscapus;
灯盏花快速繁殖体系的建立
5) fast propagation
快速繁殖
1.
Present Situation and Prospect of Research on Fast Propagation of Decorative Bamboo Species;
观赏竹种快速繁殖技术研究现状与展望
2.
The result showed the tip of the bud is the fittest part of Dendrobium chrysanthum for fast propagation.
黄草石斛快速繁殖 ,其外植体以茎尖较适宜。
3.
And then there have been more and more researches about secretory structure, pharmacological compounds, and fast propagation of Hypericum L.
因此近年来对该属植物的分泌结构、具药理作用的化学成分、快速繁殖以及分子水平的研究越来越多。
6) micropropagation
[英]['maikrəu,prɔpə'ɡeiʃən] [美][,maɪkro,prɑpə'ɡeʃən]
快速繁殖
1.
The in vitro germination of seeds and micropropagation in Acacia leptocarpa;
薄荚相思种子离体萌发与快速繁殖
2.
Tissue Culture and Micropropagation of Erigeron breviscapus;
灯盏细辛的组织培养与快速繁殖
3.
In vitro micropropagation of Amorpha fruticosa;
紫穗槐的离体快速繁殖(英文)
补充资料:克隆繁殖
分子式:
CAS号:
性质:又称无性繁殖,克隆繁殖,分子扩增。通常是指用人工方法把所需要的某一供体生物的遗传物质,即DNA大分子提取出来,在离体条件下进行切割后,取其片段,或直接用人工合成的基因(DNA)在体外利用某些工具酶(限制性内切酶等)与作为载体的DNA分子(如质粒等)连接起来,然后再导入某一受体细胞中,让该外来遗传物质在其中进行正常复制和表达的过程。自20世纪70年代始,它是基因工程(gene engineering)、或微生物育种等领域中经常采用的方法。也是重要的克隆技术之一。
CAS号:
性质:又称无性繁殖,克隆繁殖,分子扩增。通常是指用人工方法把所需要的某一供体生物的遗传物质,即DNA大分子提取出来,在离体条件下进行切割后,取其片段,或直接用人工合成的基因(DNA)在体外利用某些工具酶(限制性内切酶等)与作为载体的DNA分子(如质粒等)连接起来,然后再导入某一受体细胞中,让该外来遗传物质在其中进行正常复制和表达的过程。自20世纪70年代始,它是基因工程(gene engineering)、或微生物育种等领域中经常采用的方法。也是重要的克隆技术之一。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条