细胞外囊泡:活的原型通讯系统

P. Brown
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引用次数: 0

摘要

交流是我们世界中无处不在的一部分。这样的信息传递发生在许多层面上,从口头的自然语言到人工语言,再到控制分子世界的细胞交换。细胞使用各种编码和非编码分子相互作用,这些分子虽然不是自然语言,但可以被认为是生物语言的类型。这些分子被来自所有三个生命领域的细胞包装成细胞外囊泡。然后囊泡可能参与其货物分子的细胞内运输。或者细胞可以分泌囊泡进入细胞外世界,从那里它们被运送到目标受体细胞并被其吸收。一旦传递,细胞外囊泡发挥了大量的生理和病理作用,以及对受体细胞进化的影响。在执行它们的功能时,囊泡和它们的分子货物都面临着随时间和不同栖息地的进化压力,迫使它们适应不断变化的需求。本章将介绍细胞外囊泡作为一个高度保守的原型通信系统。
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Extracellular Vesicles: Living Prototypal Communication System
Communication is an ever-present part of our world. Such transfer of information occurs on many levels from the spoken natural languages, to artificial languages, to the cellular exchanges that govern the molecular world. Cells interact using various coded and non-coded molecules, which although not natural languages, could be considered types of biological language. These molecules are packaged into extracellular vesicles by cells from all three domains of life. Vesicles may then participate in intracellular trafficking of their cargo molecules. Or cells may secrete vesicles into the extracellular world, from where they are transported to, and taken up by, target recipient cells. Once delivered, extracellular vesicles exert a plethora of physiological and pathological effects, as well as an influence on recipient cell evolution. In executing their functions, both vesicles and their molecular cargo face evolutionary pressures over time and across habitats, forcing them to adapt to meet changing needs. This chapter will present extracellular vesicles as a highly conserved prototypal communication system.
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