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首页> 外文期刊>Protoplasma: An International Journal of Cell Biology >Membrane transport in the endocytic pathway: animal versus plant cells [Review]
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Membrane transport in the endocytic pathway: animal versus plant cells [Review]

机译：内吞途径中的膜运输：动物与植物细胞[综述]

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摘要

The endocytic pathway is a well established process in animal cells, but it is not well understood in plant cells. AL the morphological level, all the compartments involved in endocytosis in animal cells seem to have counterparts in plant cells, and the organization of the pathway appears to share some striking similarities. Several Rab homologues have been found in plant cells, including homologues of Rab5, Rab7, and Rab11, markers of endocytic compartments in animal cells. Coat proteins are also present in plant cells, including clathrin, adaptins, and ADP ribosylation factor proteins. However, endocytic compartments in plant cells also exhibit specific features both in organization and function. The molecular composition of these compartments remains to be Established, and future work will be necessary to identify the key regulators of endocytic trafficking in plant cells. [References: 103]
机译：内吞途径在动物细胞中是公认的过程，但在植物细胞中尚不十分清楚。在形态学水平上，动物细胞中所有参与胞吞作用的区室似乎在植物细胞中具有对应物，并且该途径的组织似乎具有一些惊人的相似性。在植物细胞中发现了几种Rab同源物，包括Rab5，Rab7和Rab11（动物细胞内吞区室的标志物）的同源物。外壳蛋白还存在于植物细胞中，包括网格蛋白，适应蛋白和ADP核糖基化因子蛋白。然而，植物细胞中的内吞区室在组织和功能上也表现出特定的特征。这些区室的分子组成仍有待确定，未来的工作将有必要确定植物细胞内吞运输的关键调控因子。 [参考：103]

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