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Electron crystallography determines the structure of membrane embedded proteins in the two - dimensionally crystallized state by cryo-transmission electron microscopy imaging and computer structure ...
of cryoEM in which structures of proteins can be studied at resolutions that rival those achieved by X‐ray crystallography . Electron crystallography employs two ‐ dimensional crystals of a membrane protein ...
of a number of aquaporins. This review focuses on electron crystallography , and its contribution to the field of aquaporin biology. We briefly discuss electron crystallography and the two ‐ dimensional ...
is particularly well-suited to study membrane proteins which are reconstituted into two - dimensional crystals in lipid environments. In this review, we discuss the steps and parameters for obtaining large and well ...
Various techniques of electron microscopy (EM) such as ultrathin sectioning, freeze-fracturing, freeze-etching, negative staining and (cryo-) electron crystallography of two - dimensional crystals have ...
The structure of aquaporin-0 (AQP0) has recently been determined by electron crystallography of two - dimensional (2D) crystals and by X-ray crystallography of three- dimensional (3D) crystals ...
- dimensional (2D) crystals offers an alternative to obtain structural information at intermediate resolution. Electron crystallography is a sophisticated way to study proteins in a natural membrane environment ...
Electron crystallography of frozen-hydrated two - dimensional crystals of deglycosylated human erythrocyte CHIP28 reveals an aqueous vestibule in each monomer leading to the water-selective channel ...
Electron crystallography of two ‐ dimensional (2D) crystals is a powerful approach for the analysis of membrane protein structure. Three‐ dimensional (3D) structures are derived by merging data from 2D ...
without solubilizing the protein, and the increased protein concentration in the membrane plane facilitates two ‐ dimensional crystallization in the native membrane environment. The two ‐ dimensional crystals ...
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