1.
AFLP Analysis of the Genetic Background of the Newly Breed Artificial Triploid Mulberry;
人工三倍体桑树新品种遗传背景的AFLP分析
2.
A Study on the Diurnal Variations of Photosynthetic Characters of 9204,an Artificial Triploid Mulberry in Xinjiang
人工三倍体桑树品种9204光合速率的日变化测定试验
3.
Advances in the Study of Fertilization and Nutrient Diagnosis of Triploid Populus tomentosa Plantation
三倍体毛白杨人工林施肥与营养诊断研究进展
4.
The Development of Article-induced Triploid Abalone by Medicines
化学试剂人工诱导鲍三倍体的研究进展
5.
Genome Variation and DNA Methylation Analysis of Natural and Artificial Triploid Loquats;
天然与人工合成三倍体枇杷基因组变异及其DNA甲基化分析
6.
The Changes of Gene Expression and Three Enzymes' Activities in the Synthetic Hexaploid Allopolyploid Wheats
人工合成六倍体小麦基因表达及三个酶活性变化的研究
7.
A triploid organism or cell.
三倍体三倍体的有机物或细胞
8.
Study on in vitro fast-propagation and industrialization breeding techniques of triploid Chinese white poplar
三倍体毛白杨组培快繁和工厂化育苗技术研究
9.
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
10.
His wage is treble mine.
他的工资是我的三倍。
11.
Breeding of Artificial-Induced Mixoploid Mulberry Variety "Luyou1";
桑树人工诱导混倍体品种‘鲁诱1号’选育
12.
Genetic Structure of Diploid and Triploid Crucian Carp Using Genitic Marker of DNA and Isozymes;
应用DNA及同工酶遗传标记检测分析二、三倍体鲫鱼的遗传结构
13.
The stoma density of diploid is thicher than spur type.
二倍体气孔密度大于三倍体，普通型大于短枝型；
14.
Studies on the Triploid Induction Using Temperature Shock and Ploidy Identification in Yellow Catfish (Pelteobagrus Fulvidraco)
温度休克诱导黄颡鱼三倍体及其倍性鉴定研究
15.
Synthesizing of Amphidiploid Wheats and Technology of DNA Molecular Detection of D Genomes;
双二倍体小麦的人工合成及D染色体组分子检测技术研究
16.
He received triple wages for all his extra work.
由于额外的工作他领取了三倍的工资。
17.
The high-to-low counter top which accords with the human project makes people feel warmer and natural of the family.
符合人体工程的高低级台面设计，使人倍感家的温馨与自然。
18.
To date, a hundredfold rise in design engineers accompanied the10,000- fold increase in the transistor count in Intel's processors.
目前，英特尔处理器里的电晶体数目已经增加了一万倍，设计工程师的人数也增加了100倍。