自组装对称蛋白材料

Biopolymers Online Pub Date : 2002-12-09 DOI:10.1002/3527600035.BPOL7010

Jennifer E. Padilla, Tianwei Yu

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引用次数: 1

摘要

自组装简介促进自组装的蛋白质特性历史概要化学结构对称对称元素蛋白质中的对称接触多重对称元素自然形成的对称复合物蛋白质寡聚物二十面体病毒衣壳网格蛋白丝s层蛋白质晶体设计自组装蛋白复合物卷曲延伸结构域交换对称结构多价观察蛋白质组装体的传输电子显微镜;冷冻电镜;原子力显微镜;x射线和电子衍射;原子力显微镜;网格蛋白;冷冻电子显微镜;晶体;细胞骨架;电子衍射;电子显微镜;组发电机;中间丝状体;微管;肌球蛋白丝;蛋白质笼;蛋白质复杂;蛋白质设计;蛋白质工程;蛋白质纤维;蛋白质层;蛋白质材料;蛋白质低聚物;蛋白质壳;S-layers;自组装;空间组织;对称;透射电镜;病毒结构;x射线衍射

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Self‐assembling Symmetric Protein Materials

Introduction to Self-assembly Protein Properties that Promote Self-assembly Historical Outline Chemical Structures Symmetry Symmetry Elements Symmetric Contacts in Proteins Multiple Symmetry Elements Naturally Occurring Symmetric Complexes Protein Oligomers Icosahedral Viral Capsids Clathrin Filaments S-layers Protein Crystals Designed Self-assembling Protein Complexes Coiled-coil Extensions Domain Swapping Symmetric Construction Polyvalency Observing Protein Assemblies Transmission Electron Microscopy Cryoelectron Microscopy Atomic Force Microscopy X-ray and Electron Diffraction Applications Patents Outlook and Perspectives Keywords: actin filament; atomic force microscopy; clathrin; cryoelectron microscopy; crystals; cytoskeleton; electron diffraction; electron microscopy; group generators; intermediate filament; microtubules; myosin filament; protein cage; protein complex; protein design; protein engineering; protein filament; protein layer; protein material; protein oligomer; protein shell; S-layers; self-assembly; space groups; symmetry; transmission electron microscopy; virus structure; X-ray diffraction

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来源期刊

Biopolymers Online

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