1.
Studies on the Perennial Utilization of Heterosis between Sorghum and Johnson Grass and the Analysis of SSR Markers;
同源四倍体高粱与约翰逊草SSR分析及杂种优势多代利用研究
2.
Analysis of the chromosomes of S.bicolor × S.propinquum and S.dochna × S.propinquum by FISH
FISH分析栽培高粱×拟高粱、甜高粱×拟高粱的染色体行为
3.
Diploid, triploid, tetraploid, pentaploid and hexaploid hybrid plants have been recovered from protoplast fusion, among which the tetraploid ones accounted for almost90%.
这些体细胞杂种有二倍体、倍体、倍体、倍体和六倍体,但主要是四倍体。
4.
Tetraploidization of Diploid Dioscorea Results in Activation of the Antioxidant Defense System and Increased Heat Tolerance
盾叶薯蓣四倍体诱导及高温抗性研究
5.
Conclusion: The content of the mainly active constituent in the tetraploid is double to what it is in the original diplontic species.
结论 :人工四倍体白芷主要有效成分含量成倍提高
6.
These forms are highly sterile, as would be expected of triptoids and of autotetraploids derived from basic deploids.
这些类型都是高度不育的，正如由基本的二倍体衍生三倍体和同源四倍体一样。
7.
Comparison of Chromosome G-banded Patterns in Different Cultivars of Sorghum Vulgare Pers;
高粱不同品种染色体G-带带型的比较
8.
A Study on the Stylistic Reproduction of Hong Gao Liang Jia Zu
《红高粱家族》风格传译的文体学评析
9.
The analysis of the tetraploid of Saussurea involucrata Kar.et Kir.
四倍体天山雪莲组培苗倍性分析比较
10.
Enhancement of Plantlet Regenerative Efficiency and in Vitro Tetraploid Induction in Watermelon(Citrullus Vulgaris Schrad.);
西瓜高效植株再生体系建立及四倍体离体诱导研究
11.
Enhanced resistance of transgenic tetraploid Isatis indigotica by Bt and CpTI to moths
转双价抗虫基因Bt-CpTI提高四倍体菘蓝对小菜蛾抗性
12.
Feasibility Analysis on Developing Sweet Sorghum Liquid Fuel in Xinjiang;
新疆发展甜高粱液体燃料的可行性分析
13.
Study on Ethanol Solid Fermentation with Uncooked Sweet Sorghum Stalks
甜高粱固体发酵生产燃料乙醇工艺的研究
14.
Effects of feeding sweet sorghum on weight and digestibility of nutrient in diet
饲用甜高粱对绵羊体重和养分消化率的影响
15.
Optimized SSR Reaction System of the Head Smut Resistance Gene on Sorghum
高粱抗丝黑穗病基因SSR反应体系的优化
16.
Blue Light-mediated De-etiolation in Sorghum Mutant har1
蓝光调节高粱突变体har1幼苗的去黄化反应
17.
They are complexpolyploids, being partly tetraploid and partly hexaploid.
它们是复杂的多倍体，其中一部分是四倍体，一部分是六倍体。
18.
Autotetroploid rice has double genome compared with diploid rice.
同源四倍体水稻是二倍体水稻染色体加倍形成的。