2) gas regeneration system
[能]气体再生系统
3) Regeneration in vitro
离体再生
1.
Taking the seeds of disease resistant pumpkin germplasm 482-2 as material,the pumpkin regeneration in vitro was studied.
以抗病南瓜种质482-2的种子为材料,通过组织培养,研究并建立了离体再生体系,结果表明:南瓜种子无菌萌发后,分别以子叶、下胚轴和胚根为外植体进行诱导培养,子叶可直接分化出不定芽,下胚轴和胚根可产生愈伤组织、但很难进一步分化出不定芽,子叶分化出的不定芽经生根培养能获得完整植株;南瓜种子无菌萌发的适宜培养基为琼脂胨,子叶诱导不定芽的适宜培养基为MS+6-BA1。
2.
Brassica campestris was hard to regeneration in vitro, while gene engineer and otherhigh .
白菜类蔬菜是离体培养再生困难的一类作物,而基因工程等高科技育种技术都是建立在稳定可靠的高频率离体再生体系的基础上。
4) in vitro regeneration
离体再生
1.
[Objective] The research aimed to study the conditions that affected the establishment of in vitro regeneration system in Momordica charontia L.
[目的]研究影响苦瓜离体再生体系建立的条件,为苦瓜遗传转化体系的建立奠定基础。
2.
The main contents of the experiment were as follows: establishment of the high-effeciency in vitro regeneration system of peach and pear; In vitro conservations included restricting growth methods built on plant tissue culture and changes of trace elements on STN(shoot-tip necrosis) and normal seedlings in the in vitro culture of peach embryo seedings and so on, wh.
试验主要以山毛桃和鸭梨为主要研究对象,进行桃和梨离体再生体系的建立、试管苗离体保存研究,并利用火焰原子吸收分光光度计对桃正常苗与茎尖枯死苗微量元素含量差异分析,以期为桃梨的离体繁殖和离体种质保存提供科学依据。
3.
for establishing its in vitro regeneration system.
)离体培养的影响,初步建立了鞑靼荞麦离体再生体系。
5) Plant regeneration
离体再生
1.
This paper comprehensive describes the basic research from the actual requirement, which includes seed germination conditions, plant regeneration, callus induction and subculture, the physiological and biochemical characters on the cell suspension culture and the anatomy structure of vegetable organs.
本文从刺山柑的现实需求出发,围绕种子发芽条件、下胚轴离体再生、愈伤组织细胞诱导继代、悬浮培养细胞的生理生化特性、营养器官的形态解剖结构等基础领域,开展了较为全面的研究,以便为刺山柑资源的合理开发利用提供科学依据。
6) regeneration
[英][ri,dʒenə'reiʃən] [美][rɪ,dʒɛnə'reʃən]
离体再生
1.
Factors Affected Plant Regeneration Frequency of in Vitro Cultured Radish (Raphanus stavius L.);
萝卜离体再生的影响因素
2.
On the purpose of increasing the inducible frequency of carrot somatic embryogesis,giving reference to high efficiency of carrot regeneration and transformation,the author reviewed the main factors influcing the establishmen.
利用体细胞胚对胡萝卜进行离体再生,具有数量多、速度快、成苗率高、染色体稳定等优点。
补充资料:原生质体再生
分子式:
CAS号:
性质:生物体(微生物或植物)细胞由原生质体重新形成细胞壁,直至形成菌或植株的过程。
CAS号:
性质:生物体(微生物或植物)细胞由原生质体重新形成细胞壁,直至形成菌或植株的过程。
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