Flagellates free-living or parasitic in intestines of birds. 鞭毛虫属于自由生活类型或寄生在鸟类内部。
This product nitroimidazole derivatives, for trichomonas, amoeba, and flagellates have a role. 本品为硝基咪唑衍生物,对滴虫、阿米巴原虫和鞭毛虫均有作用。
Different species of flagellates form a food digestion system to provide nutrients and energy for the host. 不同种类的鞭毛虫共同作用形成了一套降解食物的系统,为宿主提供营养和能量。
Diversity and ecological function of free-living heterotrophic flagellates 自由生活的异养鞭毛虫多样性及生态功能
Plantlike flagellates containing chlorophyll; often considered unicellular algae. 含有叶绿素貌似植物的鞭毛虫;通常被认为是单细胞藻类。
A large number of flagellates live in the intestine of lower termites, which is vital for the survival of host termites. 大量鞭毛虫栖息在低等白蚁肠道内,是白蚁赖以生存的共生微生物。
The community of intestinal flagellates and its significance in the classification of their host termites 肠道鞭毛虫群落及在宿主白蚁分类学上的意义
Unicellular or colonial biflagellate free-swimming flagellates. 自由泳的单细胞或群居双鞭毛藻。
Flagellates parasitic in intestines of vertebrates including humans. 鞭毛虫寄生于脊椎动物包括人类的内部。
Protozoan flagellates of the genus Trypanosoma are first found in fish, subsequently found in almost all classes of vertebrates and transmitted from host to host by blood-sucking arthropod or leech vectors. 锥虫(trypanosome)是最早在鱼类血液中发现、随后在几乎所有的脊椎动物血液里都有发现的原生动物寄生虫。
Advances in in situ Growth of Heterotrophic Flagellates 异养鞭毛虫原位生长研究进展
New Varieties and New Records of Green Flagellates from China(ⅱ) 绿色鞭毛藻类的新变种及中国新记录种(Ⅱ)
The species and checklist of intestinal flagellates from laboratory rats and mice 实验大鼠、实验小鼠肠道鞭毛虫种类和检索
Observations on Intestinal Flagellates of Laboratory Rat under Light Microscope and Scanning Electron Microscope 大鼠肠道鞭毛虫的光镜和电镜观察
The poison of some European flagellates to marine organisms 欧洲某些鞭毛藻对海洋生物的毒害
New Species and Records of Green Flagellates from China 绿色鞭毛藻类的新种及中国新记录种
The Intestinal Flagellates in Small Laboratory Animals 实验小动物肠道内鞭毛虫的观察
Species of large flagellates were identified. 大型鞭毛虫共记录有8种;
The results showed that more cells treated with Ge became deformed and cracked, cell wall linked with protoplasm loosely, and flagellates became longer and brooked or lost in some cells. 结果表明,经锗处理的微藻细胞多变形且易破裂,胞壁和原生质体结合疏松,一些细胞的鞭毛变得细长弯曲或缺失。