3) mutation breeding
诱变育种
1.
Advances on in vitro microspore technology for mutation breeding in rapeseed;
油菜离体小孢子诱变育种研究进展
2.
Mutation breeding of in vitro banana buds Ⅱ:Investigation on character variation;
香蕉离体试管芽诱变育种的研究 Ⅱ.性状变异的观察调查
3.
Study on mutation breeding of aminopeptidase-producing strain by ~(60)Coγ rays;
氨肽酶产生菌~(60)Coγ射线诱变育种的研究
4) Breeding
[英]['bri:dɪŋ] [美]['bridɪŋ]
诱变育种
1.
Study on the Breeding of L-Arginine-producing Strain;
L-精氨酸产生菌诱变育种的研究
2.
The general research situation and using condition of rice space mutagenesis breeding are stated.
简要地综述了对水稻空间诱变育种的研究概况、取得的成果及对SP后代遗传变异规律的有关研究,分析了水稻空间诱变育种的方法;指出空间诱变育种是水稻育种的一条重要途径。
3.
Studies on UV mutagenic breeding and identification of an antibiotic-producing strain AP19-1 were carried out.
本文以一株抗生素产生菌AP19-1为出发菌株，对其进行了系统分类学以及UV诱变育种的研究。
5) induced breeding
诱变育种
1.
Mutagenic effects of both single and combined treatments of γ-ray and NaN3 on tobacco agronomic characters were studied to make the best use of r-ray and NaN3 to construct saturated mutant library and work on the induced breeding of tobacco.
为了高效利用γ射线与NaN3开展烟草饱和突变体库构建和诱变育种工作,研究了2种诱变剂复合处理对烟草几种主要农艺性状的诱变效应及其复合处理的适宜剂量和浓度组合。
2.
According to there search in crops,the authors suggested some new ideas that induced breeding,tissue culture and molecular marker of compound mutati.
综述了辐射诱变育种技术的发展和辐射诱变的方法及变异机理,介绍了通过辐射诱变创造的油菜新种质,探讨了当今油菜辐射诱变的发展方向,提出了辐射诱变、组培和分子标记相结合的复合育种的思路。
3.
,and their application in biological effect,induced breeding and transgenic techniques.
介绍了草原生态恢复中选育优良牧草种子的一些物理学方法,包括电场、磁场、物理辐射、激光、离子束和交变应力等在植物的生物学效应、诱变育种和转基因技术中的应用。
6) Mutagenic breeding
诱变育种
1.
Advances on mutation mechanism and biological effect of mutagenic breeding by low energy ions;
低能离子诱变育种作用机理及生物学效应研究进展
2.
Study on the mutagenic breeding of the strain of Streptomyces natalensis by electrofusion impulse;
纳塔尔链霉菌的脉冲强光诱变育种研究
3.
Study on mutagenic breeding of Natamycin producing strain;
纳他霉素产生菌的诱变育种研究
补充资料：菌种选育
分子式：
CAS号：
性质：微生物生长繁殖过程中常会发生变异，个体之间亦会出现差异。从微生物群体中筛选优良品种的过程称为菌种选育。
CAS号：
性质：微生物生长繁殖过程中常会发生变异，个体之间亦会出现差异。从微生物群体中筛选优良品种的过程称为菌种选育。
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