Diversity of the infusoria symbiofauna of cattle

E. Sleptsov, K. Plemyashov, G. Machakhtrov, V. Machakhtrova, M. Andreeva, Ya. Shadrina, L. Gavrilieva, I. Alfierov
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Abstract

Infusoria from the digestive tract of herbivorous mammals have been known to science for almost a century and a half. However, protozoans remain an understudied group of rumen dwellers in ruminants. In cattle, in a multi-chambered stomach, in addition to microorganisms (fungi and bacteria), there are a large number of protozoa (infusoria), which also participate in the digestive processes that support the vital activity of the body. Endobiontic infusoria take an active part in the digestion of complex carbohydrates, fiber, in the breakdown of indigestible polysaccharides, which are essential sources of energy for animals. In this regard, the study of the species and quantitative composition of the infusoria fauna of cattle bred in the Far North, as one of the factors of sustainable adaptation to extreme conditions, is of great scientific and practical interest.This article presents the results of a study of endobiontic infusoria of cattle breeds bred in Yakutia. A total of 36 species have been identified and described in 12 genera and 3 families. It was found that the genus Entodinium and the genus Isotricha were the most represented in the Yakut cattle, while the genus Entodinium and Euplodiniumin are in the crossbred and cultivated cattle. The smallest genus in all groups are Polyplastron and Metadinium.
牛感染菌共生动物的多样性
科学界认识食草哺乳动物消化道中的输卵管虫已有近一个半世纪的历史。然而,原生动物仍然是反刍动物瘤胃中的一个研究不足的群体。在牛的多腔胃中,除了微生物(真菌和细菌)外,还有大量原生动物(infusoria),它们也参与了支持机体生命活动的消化过程。内生菌群积极参与复杂碳水化合物、纤维的消化,分解难以消化的多糖,这些都是动物的重要能量来源。在这方面,研究远北地区饲养的牛群的输卵管菌群的种类和数量组成,作为可持续适应极端条件的因素之一,具有重要的科学意义和现实意义。本文介绍了对雅库特地区饲养的牛种的内吸性侵染病菌的研究结果,共鉴定和描述了 12 属 3 科 36 个物种。研究发现,雅库特牛中 Entodinium 属和 Isotricha 属的数量最多,而杂交牛和栽培牛中 Entodinium 属和 Euplodiniumin 属的数量最多。在所有组别中,最小的属是Polyplastron属和Metadinium属。
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