A quantitative four‐dimensional scanning transmission electron microscopy (4D‐STEM)
imaging technique (q4STEM) for local thickness estimation across amorphous specimen …

Electron diffraction of three-dimensional nanometer sized crystals has emerged since 2013
as an efficient technique to solve the structure of both small organic molecules and model …

Highlights•Electron crystallography from 2D-or thin 3D crystals may provide structural
information which is difficult to obtain with other methods.•3D maps are related to the …

Crystallography has long been the unrivaled method that can provide the atomistic structural
models of macromolecules, using either X-rays or electrons as probes. The methodology …

Abstract Microcrystal Electron Diffraction (MicroED) enables structure determination of very
small crystals that are much too small to be of use for other conventional diffraction …

Developing methods to determine high-resolution structures from micrometre-or even
submicrometre-sized protein crystals has become increasingly important in recent years …

Microcrystal electron diffraction (MicroED) enables atomic resolution structures to be
determined from vanishingly small crystals. Soluble proteins typically grow crystals that are …

Microcrystal electron diffraction (MicroED) is a technique for structure determination that
relies on the strong interaction of electrons with a minuscule, crystalline sample. While some …

The determination of structures and phases in functional materials is crucial for
understanding and optimizing their properties. However, traditional direct-imaging electron …

Cyanobacteria contribute to more than a quarter of the primary carbon fixation worldwide.
They have evolved a CO2 concentrating mechanism (CCM) to enhance photosynthesis …