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肉孢子虫属、弗氏球虫属、等孢球虫属、隐孢子虫属、哈蒙德球虫属、弓形虫属和贝斯诺球虫属发育生物学的比较综述(作者译)

[Comparative review of the developmental biology of the genera Sarcocystis, Frenkelia, Isospora, Cystoisospora, Hammondia, Toxoplasma and Besnoitia (author's transl)].

作者信息

Rommel M

出版信息

Z Parasitenkd. 1978 Nov 27;57(3):269-83. doi: 10.1007/BF00928042.

Abstract

A review is given of the advances in our knowledge of the developmental biology of the so-called cyst-forming coccidia in the years from 1974 to 1978. Until 1970 only 6 Isospora species were known to occur in cats, dogs and men. After the discovery of the coccidian nature of the genera Toxoplasma, Sarcocystis, Besnoitia and Frenkelia, and after the discovery of the new genus Hammondia the number of known species rose to over 30. In addition it could be shown that also birds of prey, owls and reptiles serve as final hosts for several Sarcocystis and Frenkelia species. The coccidia with isosporoid oocysts can be classified into two major groups: Species with gamogony and sporogony in the final host (Sarcocystis, Frenkelia) and species with schizogony and gamogony in the final host and sporogony on the ground (Isospora, Cystoisospora, Hammondia, Toxoplasma, Besnoitia). The subdivision of the first group into the genera Sarcocystis and Frenkelia based on the localization of their cysts in the musculature and in the brain, respectively, cannot be upheld in the future. Their classification into organisms with small cystozoites of about 7 microm with birds or reptiles as final hosts (Sarcocystis and Frenkelia species of rodents) and those with large cystozoites of about 15 microm and mammals as final hosts (Sarcocystis spp. of domestic animals and rodents) would be more significative. The second group can be subdivided into monoxenous species (Isospora), species with an optional intermediate host in which no or only slight multiplication occurs (Cystoisospora) and in genera with a multiplication in two phases in the intermediate host (Hammondia, Toxoplasma, Besnoitia). The nomenclature of single species is very controversial. As an example the controversial apprehension of the taxonomy of the Sarcocystis species of cattle is discussed. An application has been submitted to the International Commission for the Zoological Nomenclature to delcare a number of names as nomina dubia and to introduce unambiguous names for those organisms for which type specimens are available.

摘要

本文综述了1974年至1978年间我们对所谓的形成囊肿的球虫发育生物学认识的进展。直到1970年,已知仅6种等孢属物种存在于猫、狗和人类中。在发现弓形虫属、肉孢子虫属、贝诺孢子虫属和弗伦克孢子虫属的球虫性质,以及发现新属哈蒙德球虫属之后,已知物种的数量增加到30多种。此外,还可以证明,猛禽、猫头鹰和爬行动物也是几种肉孢子虫属和弗伦克孢子虫属物种的终末宿主。具有等孢样卵囊的球虫可分为两大类:一类是在终末宿主体内进行配子生殖和孢子生殖的物种(肉孢子虫属、弗伦克孢子虫属),另一类是在终末宿主体内进行裂体生殖和配子生殖,在外界环境中进行孢子生殖的物种(等孢属、新等孢属、哈蒙德球虫属、弓形虫属、贝诺孢子虫属)。基于囊肿分别位于肌肉组织和脑内,将第一类细分为肉孢子虫属和弗伦克孢子虫属的分类方法在未来可能无法维持。将它们分类为具有约7微米小囊殖子且终末宿主为鸟类或爬行动物的生物(啮齿动物的肉孢子虫属和弗伦克孢子虫属物种),以及具有约15微米大囊殖子且终末宿主为哺乳动物的生物(家畜和啮齿动物的肉孢子虫属物种)可能更具意义。第二类可细分为单宿主物种(等孢属)、具有任选中间宿主且在其中不发生或仅轻微增殖的物种(新等孢属),以及在中间宿主体内进行两个阶段增殖的属(哈蒙德球虫属、弓形虫属、贝诺孢子虫属)。单个物种的命名非常有争议。例如,讨论了对牛的肉孢子虫属物种分类的有争议的理解。已向国际动物命名委员会提交申请,将一些名称宣布为疑名,并为有模式标本的那些生物引入明确的名称。

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