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[微孢子虫能量代谢的独特特征:对细胞内发育的长期适应结果]

[Unique characteristics of the energy metabolism in Microsporidia as a result of durational adaptation to the intracellular development].

作者信息

Dolgikh V V, Senderskiĭ I V, Pavlova O A, Naumov A M

出版信息

Parazitologiia. 2011 Mar-Apr;45(2):147-57.

Abstract

Microsporidia is a large group of fungi-related unicellular eukaryotes with obligate intracellular lifestyle infecting a wide range of invertebrate and vertebrate hosts. Long adaptation of the parasites to intracellular development resulted in extraordinary minimization of their metabolic system. The paper summarizes the original results and literature data on the study of microsporidian carbohydrate and energy metabolism. On the basis of the material, it is concluded that minimization of microsporidian cell machinery was accompanied by the acquisition of a number of unique characteristics, which were not found in other eukaryotes.

摘要

微孢子虫是一大类与真菌相关的单细胞真核生物,具有专性细胞内生活方式,可感染多种无脊椎动物和脊椎动物宿主。寄生虫对细胞内发育的长期适应导致其代谢系统极度简化。本文总结了关于微孢子虫碳水化合物和能量代谢研究的原始结果及文献数据。基于这些材料得出结论,微孢子虫细胞机制的简化伴随着一系列独特特征的获得,这些特征在其他真核生物中未被发现。

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