1.
Effect of controlling bolting on yield and quality from root of Notopterygium forbesii
控制抽薹对宽叶羌活产量和品质的影响
2.
Primary Dissection for a QTL Cluster Controlling Flowering and Bolting on C6 Chromosome in Brassica Napus L.
甘蓝型油菜C6染色体上控制开花和抽薹性状QTL簇的初步解析
3.
Inhibition of matrix seedling raising in winter on premature bolting of Angelica sinensis
冬季基质育苗抑制当归早期抽薹的效应研究
4.
Analysis of Bolting Trait of Brassica campestris L. ssp. Chinensis var. utilis Tsen et Lee by ISSR and SRAP Makers
菜薹抽薹性状的ISSR和SRAP分析
5.
Researches of Relative Isoenzymes on Plant Growth Substances Enhancing and Regulting in Sugar Beet;
植物生长物质促控甜菜抽薹过程中相关同工酶的研究
6.
Molecular Markers of Late-Bolting and Inheritance for Date of Bolting in Non-Heading Chinese Cabbage;
不结球白菜晚抽薹分子标记及抽薹性遗传分析
7.
Studies on Creation and Biological Character in Cold-tolerance and Late-bolting Autotetraploid Non-heading Chinese Cabbage(Brassica Campestris ssp.chinensis Makino);
耐寒、晚抽薹四倍体不结球白菜的创制及生物学特性研究
8.
The Studies on the Overcoming of Standing Bolting and the Key Making Seeds Technology in Strong Winter Parents of Qingan 80;
秦甘80甘蓝强冬性亲本耐抽薹性克服及关键制种技术研究
9.
Physiological Characters Changes during Vernalization or Bolting in Different Cultivars of Chinese Cabbages;
不同耐抽薹性大白菜春化及抽薹前后生理特性的变化
10.
Breeding of A New Late-bolting Broad-leaf Spinach Hybrid‘Dongxin 1’
晚抽薹大叶菠菜新品种‘东新1号’
11.
Study on the Bolting Tolerance in Chinese Cabbage and Its Identification;
大白菜耐抽薹性及其鉴定方法的研究
12.
The Initial Research of Mechanism of Transition of Leaf Color in the Bolting Process of Chinese Cabbage;
大白菜抽薹过程中叶色转变机理初探
13.
Molecular and Genetic Analysis of Bolting and Flowering Time in Brassica Rapa;
白菜类作物抽薹开花的分子遗传分析
14.
cDNA-AFLP analysis on transcripts associated with bolting in Brassica rapa L.ssp. pekinensis
白菜抽薹性状相关基因的cDNA-AFLP分析
15.
Study on Screening for Molecular Maker of Male Sterility Gene and Mapping of Bolting Gene of Brassica Campestris L.ssp. Chinensis Var. Utilis Tsen Et Lee;
菜薹雄性不育和抽薹性分子标记筛选及定位研究
16.
statistical sampled-data control system
统计数据抽样控制系统
17.
In 4 transgenic plants examined out there are two no bolting.
检出的4株转基因植株中，有两株不抽薹。
18.
Results showed that "bolting time" was the basic morphological index for heat resistant identification.
结果表明，抽薹时间是理想的耐热性鉴定指标。