Author: Benjin, Xu; Ling, Liu
Title: Developments, applications, and prospects of cryoâ€electron microscopy Cord-id: kvuti410 Document date: 2019_12_26
ID: kvuti410
Snippet: Cryoâ€electron microscopy (cryoâ€EM) is a structural biological method that is used to determine the 3D structures of biomacromolecules. After years of development, cryoâ€EM has made great achievements, which has led to a revolution in structural biology. In this article, the principle, characteristics, history, current situation, workflow, and common problems of cryoâ€EM are systematically reviewed. In addition, the new development direction of cryoâ€EM—cryoâ€electron tomography (cryoâ€
Document: Cryoâ€electron microscopy (cryoâ€EM) is a structural biological method that is used to determine the 3D structures of biomacromolecules. After years of development, cryoâ€EM has made great achievements, which has led to a revolution in structural biology. In this article, the principle, characteristics, history, current situation, workflow, and common problems of cryoâ€EM are systematically reviewed. In addition, the new development direction of cryoâ€EM—cryoâ€electron tomography (cryoâ€ET), is discussed in detail. Also, cryoâ€EM is prospected from the following aspects: the structural analysis of small proteins, the improvement of resolution and efficiency, and the relationship between cryoâ€EM and drug development. This review is dedicated to giving readers a comprehensive understanding of the development and application of cryoâ€EM, and to bringing them new insights.
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