您要查找的是不是:
- Euglena alatan. 具翅裸藻
- An organism,such as a euglena,that is equipped with a flagellum. 一种生物,例如鞭毛虫,有鞭毛
- Don) Sch.-Bip. [Erigeron alatum D.Don;Blumea alata (D. 拉丁植物动物矿物名:Laggera alata (D.
- An organism, such as a euglena, that is equipped with a flagellum. 一种生物,例如鞭毛虫,有鞭毛
- There are many euglena viridis algae in the water, which makes the water green. 水里有好多的眼虫,把水面都染绿了。
- Euglena water bloom also appeared V waterway waters in the summer and autumn. 形水道水域夏秋季水面也出现裸藻水华。
- An elm tree(Ulmus alata) of the southeast United States,having twigs with winged,corky edges. 翅榆一种美国东南部榆树(翼枝长序榆榆属),具有有翼和软木质的小枝
- Nepenthes alata Blanco is a tropical insectivorous plant with pitchers which can catches and digests insects. 摘要猪笼草为热带食虫植物,其叶先端中脉变形为捕虫袋,能捕获昆虫将之消化。
- An elm tree(Ulmus alata) of the southeast United States, having twigs with winged, corky edges. 翅榆一种美国东南部榆树(翼枝长序榆榆属),具有有翼和软木质的小枝
- In Chlamydomonas it is just inside the chloroplast;in Euglena it is near the base of the flagellum. 眼点的位置各不相同,在衣藻中,它位于叶绿体内,在裸藻中眼点临近鞭毛基部。
- Biophysical and biochemical indexes correlating with the browning of different parts of yams(Dioscorea alata L. 研究了薯蓣贮藏期间不同部位褐变相关的生理生化差异。
- Thus Euglena shows a diurnal rhythm in the speed at which it moves to a light source. 当眼虫被放在强光下时,仍能表现出昼夜节律。
- Any of various minute single-celled freshwater organisms of the genus Euglena, characterized by the presence of chlorophyll, a reddish eyespot, and a single anterior flagellum. 眼虫藻,裸藻一种眼虫属的各种微小单细胞淡水微生物,该属的特点是存在叶绿素、红眼点和单一的前部鞭毛
- The essential oil from leaf of Laggera pterodonta shows differences with the essential oil from Laggera alata with higher contents of bicyclo hexane,4methylene(16. 从六棱菊臭灵丹和臭灵丹两种鲜叶中分别提取的精油分析表明,其成分和含量不同。
- Any of various minute single-celled freshwater organisms of the genus Euglena,characterized by the presence of chlorophyll,a reddish eyespot,and a single anterior flagellum. 眼虫藻,裸藻一种眼虫属的各种微小单细胞淡水微生物,该属的特点是存在叶绿素、红眼点和单一的前部鞭毛。
- The microfluidic device is then used as a flow cytometer, which is a general method for analyzing micro-particles such as cell, bacteria and even euglena with high efficiency. 中文摘要本研究利用微机电制程技术,设计并制作出一个利用电动力操控的微流体生医晶片。
- Laggera alata Schul.-Bip. 六棱菊
- Laggera alata(Roxb.)Schul.-Bip. 六棱菊
- Euonymus alata (Thunb.) Sieb. 鬼箭羽
- Dioscorea alata L. 大薯