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- Euglena polymorpha n. 多形裸藻
- Adenophora polymorpha Ledeb. var. stricta Mak. [医] 挺枝沙参
- Angelica polymorpha Maxim.var.sinensis Oliv. 当归
- An organism,such as a euglena,that is equipped with a flagellum. 一种生物，例如鞭毛虫，有鞭毛
- 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。
- STUDY ON LEACHING AND PURIFYING METHOD OF FLAVONES FROM MARCHANTIA POLYMORPHA L. 地钱总黄酮提取的研究。
- Conclusions:The active antiulcer extracts of Angelica polymorpha Maxim was ester-solubility fractions. 结论:脂溶性部位为中药紫金砂抗溃疡的活性部位。
- A method for determination of apigenin in Marchantia polymorpha was established. 建立了地钱中芹菜素含量的测定方法。
- 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。
- To induce callus tissues and establish suspension culture of Marchantia polymorpha L. 目的探计对地钱愈伤组织的诱导和悬浮细胞培养的条件。
- 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。
- Objective:To obscreen the anti-ulceration active extracts from Angelica Polymorpha Maxim. 目的:筛选中药紫金砂抗溃疡作用的活性部位。
- An UV spectrophotometry for determining total coumarins in Angelica polymorpha Maxim. 建立紫外分光光度法测定白根独活中总香豆素的含量。
- 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
- Objective To study the anti-bacterial activity of the extract and its extractive fractions of Angelica polymorpha Maxim. 目的紫金砂提取物及其提取部位抗菌活性的研究。
- 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。
- Methods Angelica polymorpha Maxim. was extracted with 95% ethanol .Five fractions were obtained by systematically separating the extracts. 方法95%25乙醇提取,系统溶剂萃取分离得到5个部位,采用纸片扩散法对提取物及提取部位进行体外抗菌活性研究。
- 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。
