CAJ | 학술논문

突触传递是神经系统实现其功能的最基本的方式。神经细胞进行着快速的突触囊泡信息传递而没有耗尽突触囊泡，这主要依赖于突触囊泡在神经末梢进行着精确而快速的内吞作用。本文将主要介绍四种突触囊泡的回收分子机制，网格蛋白介导的经典途径、Kiss-and-run、Bulk endocytosis以及2013年12月在Nature上报道的超速内吞机制。
돌촉전체시신경계통실현기공능적최기본적방식。신경세포진행착쾌속적돌촉낭포신식전체이몰유모진돌촉낭포，저주요의뢰우돌촉낭포재신경말소진행착정학이쾌속적내탄작용。본문장주요개소사충돌촉낭포적회수분자궤제，망격단백개도적경전도경、Kiss-and-run、Bulk endocytosis이급2013년12월재Nature상보도적초속내탄궤제。
Synaptic transmission is the most basic way for nervous system to realize its function. Neurons can sustain high rates of synaptic transmission without exhausting their supply of synaptic vesicles. This property re-lies on a highly efficient local endocytic recycling of synaptic vesicle membranes. This article summarizes four modes of synaptic vesicle endocytosis, which are clathrin-mediated endocytosis,kiss-and-run,bulk endocytosis and ultrafast endocytosis (reported in Nature in Dec. 2013), with an emphasis on the underlying molecular mechanisms.