Jena B P
Cell Biol Int. 2000;24(11):769-71. doi: 10.1006/cbir.2000.0626.
Membrane fusion is a fundamental cellular process regulating intracellular transport, neurotransmission, enzyme secretion, hormone release, and the entry/exit of viruses, to name a few. Knowledge of how opposing bilayers fuse, besides advancing our understanding of these cellular processes, will provide us with the facts to ameliorate secretory defects and prevent cellular entry or exit of pathogenic viruses. In the last few years, great strides have been made in our understanding of the molecular machinery and mechanism of membrane fusion. In this Special Issue of Cell Biology International, entitled 'Membrane fusion: machinery and mechanism', we have tried to cover several aspects of this vital cellular process, providing insights on the machinery, mechanism and dynamics of the process. Membrane fusion studies reported in this Special Issue have been performed on whole cells, synaptic terminals, viruses, and fusion proteins.
膜融合是一种基本的细胞过程,它调节细胞内运输、神经传递、酶分泌、激素释放以及病毒的进出等诸多过程。了解相对的双层膜如何融合,除了能增进我们对这些细胞过程的理解外,还将为我们提供改善分泌缺陷以及预防致病病毒进出细胞的依据。在过去几年中,我们对膜融合的分子机制和原理的理解取得了巨大进展。在这本名为《膜融合:机制与原理》的《细胞生物学国际》特刊中,我们试图涵盖这一重要细胞过程的几个方面,提供有关该过程的机制、原理和动力学的见解。本特刊中报道的膜融合研究是在全细胞、突触末端、病毒和融合蛋白上进行的。