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首页> 外文期刊>BioArchitecture >Vacuoles in mammals: A subcellular structure indispensable for early embryogenesis
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Vacuoles in mammals: A subcellular structure indispensable for early embryogenesis

机译:哺乳动物的液泡:早期胚胎发生必不可少的亚细胞结构

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A vacuole is a membrane-bound subcellular structure involved in intracellular digestion. Instead of the large "vacuolar" organelles that are found in plants and fungi, animal cells possess lysosomes that are smaller in size and are enriched with hydrolytic enzymes similar to those found in the vacuoles. Large vacuolar structures are often observed in highly differentiated mammalian tissues such as embryonic visceral endoderm and absorbing epithelium. Vacuoles/lysosomes share a conserved mechanism ofbiogenesis, and they are at the terminal of the endocytic pathways, Recent genetic studies of the mammalian orthologs of Vam/Vps genes, which have essential functions for vacuole assembly, revealed that the dynamics of vacuoles/lysosomes are important for tissue differentiation and patterning through regulation of various molecular signaling events in mammals.
机译:液泡是参与细胞内消化的膜结合的亚细胞结构。动物细胞具有较小的溶酶体,并且富含类似于液泡中发现的水解酶,而不是在植物和真菌中发现的大型“真空”细胞器。通常在高度分化的哺乳动物组织(如胚胎内脏内胚层和吸收上皮)中观察到较大的液泡结构。液泡/溶酶体具有保守的生物发生机制,并且位于胞吞途径的末端。最近对哺乳动物液泡/ Vps基因直向同源物的遗传研究表明,液泡/溶酶体的动力学是:通过调节哺乳动物中各种分子信号事件对组织分化和模式形成很重要。

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