Microsporidia
英
美
n. 微孢（子）虫目
双语例句
- Effect of microsporidia on acti-vities of two enzymes and haemolymph proteins in eri-silkworm, Philosamia cynthia ricini
微孢子虫感染对蓖麻蚕体内两种酶活性及血淋巴蛋白的影响 - Microsporidia are obligate intracellular parastic protozoa, and have a relative long evolution history.
微孢子虫作为一类专营细胞内寄生的低等的原生动物，有着比较悠久的进化历史。 - Conclusion It showed Microsporidia and Blastocystis hominis living in intestinal tissue with different developing periods, which leads to the necrosis of the tissue, and causes chronic diarrhea.
结论微孢子虫和人芽囊原虫的不同发育阶段寄生于肠组织，其所造成的肠组织坏死是引起慢性腹泻的主要原因。 - Studies on the methods for preparing DNA of different species of Microsporidia
不同种类微孢子虫DNA制备方法的研究 - AIDS co-infection with microsporidia
艾滋病合并感染微孢子虫 - Comparative Study on Spore Surface Proteins of Two Microsporidia and Their Infectivity to Silkworm Bombyx mori
两种微孢子虫孢子表面蛋白及对家蚕侵染性的比较研究 - A Simple Method of Separating and Purifying Microsporidia Spores
一种简单分离提纯微孢子虫孢子的方法 - They are similar among these microsporidias. There are 16 kinds of amino acids in the total proteins of each microsporidia, but their relative contents are different.
氨基酸组成分析结果中发现各种孢子总蛋白所含的氨基酸种类基本相同，均含有16种氨基酸，但各种氨基酸的相对含量不同。 - Pathogenic microsporidia named SCM 8 were isolated from the silkworm larvae for egg production in Sichuan in 1997. In subsequent identification, this pathogen was found to infect the epithelial cells of the midgut only.
从四川省种茧育家蚕分离出的一种小型微孢子虫SCM8，仅感染寄生家蚕的中肠上皮组织； - A new method of microsporidia spore purification by high-speed centrifugation was established.
建立了一种新的微孢子虫高速离心纯化方法。 - The invasion mechanism of microsporidia
微孢子虫的侵染机制 - Recent Progress in Origin and Evolution of Microsporidia
微孢子虫起源和进化研究进展 - Molecular evolution analysis indicated that the microsporidia which even belonged to same genus could be classified to different branch.
分子进化分析发现，同属的微孢子虫可以处于系统进化树不同的分枝。 - The variation in morphology and infectivity of microsporidia and their invasion mechanism are important theoretic problems, which need in depth study.
微孢子虫的形态、侵染性变异，以及侵染机制等问题是防治动物微孢子虫病和微孢子虫生防应用中亟待解决的重要基础理论问题。 - Mixed infection of microsporidia and Blastocystis hominis and the observation on morphology of the pathogens
微孢子虫及人芽囊原虫混合感染与病原体形态观察 - The microsporidia is a group of important entomopathogens. It's safe for the environment and can transmit vertically, so it's efficient as a bio-pesticide in controlling insect populations persistently.
微孢子虫是一种重要的昆虫病原原生动物，作为一种生物杀虫剂，它对环境安全，能垂直传递，可持续控制害虫。 - A highly pathogenicity microsporidium ( Weibao No.1) had been selected from 7 microsporidia isolated from 6 insects through pathogenicity comparison to Prodenia Litura F..
通过对6种昆虫分离的7种微孢子虫对斜纹夜蛾致病能力比较研究，从中筛选出一株对斜纹夜蛾具强病原性的微孢子虫种株-微孢1号。 - Application forecast; MICROSPORIDIA FOR INSECT CONTROL
微孢子虫在害虫防治中的应用和研究 - Molecular Biology, Identification and Therapy of Microsporidia
微孢子虫的分子生物学研究进展及检测治疗 - Like the surface proteins of other pathogenic microorganisms ( Plasmodium sporozoites and Toxoplasma gondii), spore wall proteins of microsporidia are considered to participate in the process of attachment and infection.
像其它病原（如疟原虫、弓形虫等）的表面蛋白一样，微孢子虫孢壁的重要组分孢壁蛋白被认为参与宿主细胞的粘附，在侵染过程中起重要作用。 - Nearly all insects were susceptible to microsporidia, but over half of them belonged to two orders, Lepidoptera and Diptera, such as silkworm, honeybee and eri-silkworm.
几乎所有的昆虫都可能被微孢子虫侵染，超过半数的易感昆虫属于鳞翅目和双翅目，如经济昆虫中的家蚕、蜜蜂与蓖麻蚕等。 - Recently researchers have discovered the phenomenon that microsporidia will first attach to host cells in the process of invasion, and spore wall of microsporidia, which first touch with the host cells, plays a great role in the infection process.
近年来研究发现，微孢子虫在侵染过程中有粘附的现象，而孢壁作为最先与宿主细胞接触的部分在孢子侵染宿主细胞的过程中扮演着重要角色。 - Transmission electron microscope can observe the ultrastructure of Nosema bombycis, which can identify the species of microsporidia, according to the thickness of the spore wall, polar tube coils and angle.
透射电子显微镜可以观察到孢子虫的超微结构，可以根据孢子壁厚度、极管圈数与倾角等基本确定微孢子的种类。 - In addition to spore wall, polar tube played a crucial role in microsporidia infection.
除了孢壁以外，微孢子虫的极管在孢子侵染宿主中也发挥着关键性作用。 - Nowadays, about 1,400 species belonging to 160 genera of microsporidia have been reported.
目前已发现并报道的微孢子虫约有1400余种，分别归入160多个属[1]。 - Microsporidia drew great interest of scientists because they are closely related to human health.
由于微孢子虫与人类的健康密切相关，因此引起了科学界的广泛关注。 - Multiple genera of microsporidian parasites are known to infect the individual insect hosts. Yet closely related host species may nevertheless harbour different microsporidia ( Nosema) species.
已知多个属的微孢子虫感染昆虫寄主，并且不同寄主发现有不同的微孢子虫种。 - They could resist various environmental pressure which benefit from a thick layer of spore wall on their surface. The spore wall of microsporidia is composed of exospore, endospore and plasma membrane.
微孢子虫能抵御各种环境压力，这得益于其表面一层厚厚的孢壁，其由外壁、内壁及原生质膜组成。