查询词典 chicory

The later chicory root harvested, the time of vernalization was shorter and the carbohydrate in it was higher.

菊苣根采收的越晚，需要春化的时间越短，菊苣根中碳水化合物的含量也越高，菊苣根采收以后短期时间内，还原糖的含量呈现急剧上升的趋势，非还原糖缓慢下降，并且采收的越晚，还原糖上升的幅度越小，非还原糖下降的幅度也越小。

At present, the research about Puna Chicory is most on the culture technology for high yield. But the study on tissue culture and gene transformation is little.

目前国内外普那菊苣相关研究多集中在高产栽培技术方面，而有关普那菊苣组织培养和基因转化方面的研究报道较少。

The total sugar content was one important index of nutrition content of chicory root. Apllied P and K was good for the increase of the total sugar content.

结论］总糖是菊苣根营养物质含量的一个重要指标，追加磷肥和钾肥均有利于总糖含量的增加。

Small herbs closely related to chicory: dwarf dandelions.

与菊苣近缘的小型草本植物的一个属；矮小蒲公英。

The content of reducing sugar and non-reducing sugar in the top of chicory root was low relatively, the content of protein was high.

将菊苣根用0.04mm厚的PE袋包装，在0℃、-2℃条件下可以很好地贮藏150天，且两个温度下的贮藏效果差异较小。

With sand culture in greenhouse, this paper studied the effects of different concentration sea water on the biomass, ion absorption and distribution, chlorophyll content, and photosynthesis of chicory seedlings.

采用沙培的方式，研究了不同浓度海水对菊苣幼苗生物量、离子吸收分布、叶绿素含量以及光合作用变化的影响。

Chicory Root contains abundant nutrients for beneficial bacteria.

菊苣根含有大量的营养物质的有益细菌。

Their production of the original herbs chicory acid is close to the North American origin criteria, the product popular both at home and abroad welcomed the biomedical enterprise.

其生产的原药材菊苣酸含量已接近北美原产地标准，该产品深受国内外生物医药企业的欢迎。

In the studies that analyzed allergy as an outcome, the Galactose oligosaccharide was made from lactose and the Fructose oligosaccharide was made from chicory root , all of which are natural substances.

" "在研究，分析过敏的一个结果是，半乳糖寡糖是由乳糖和果糖低聚糖是由菊苣根，所有这一切都是天然物质。

Common chicory is a bushy perennial herb with blue, lavender, or occasionally white flowers .

菊苣是一种灌木丛生不断生长的植物，它有著蓝色、淡紫色有些甚至还有白色的花朵

I had a lovely dog named PiPi, he was one of my best friends.

我曾经有过一只小狗，它的名字叫皮皮，它很善良，它是我最忠实的朋友。

Newly ovulated mouse oocytes were cultured in the CZB medium supplemented with different concentrations of pyruvate before treated for activation or assayed for MPF activity.

我们猜测卵母细胞在不含丙酮酸的条件下老化的更快，并且卵丘细胞可能通过消耗不含葡萄糖的CZB中的丙酮酸从而促进卵母细胞老化。