A major leap in cryo-electron imaging reveals calcium, phosphorus, and silicon in frozen samples with unmatched precision and ...

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An electron microscope can't just snap a photo like a mobile phone camera can. The ability of an electron microscope to image a structure -- and how successful this imaging will be -- depends on ...

Electron microscopes fire beams of accelerated electrons to map the structure of a sample on the scale of nanometers, or analyze the elemental composition of that sample on a spot-by-spot basis ...

Until now. Two laboratories recently used cryo-electron microscopy to directly image atoms in a protein molecule with a resolution of about 1.2 x 10 -7 millimeters or 1.2 ångströms.

Electron microscopes provide deep insight into the smallest details of matter and can reveal, for example, the atomic configuration of materials, the structure of proteins or the shape of virus ...

Cryo-transmission electron microscopy (cryo-TEM) allows us to observe samples in a preserved state that is close to their native form, making it a highly effective way to examine biological samples.

Since the development of the transmission electron microscope (TEM), scientists have sought ways to improve spatial resolution. With the design of the aberration-correcting lens systems for scanning ...

This microscope features advanced optics and imaging capabilities for biological, materials science, and nanotechnology applications. The JEOL 1400 TEM is an essential tool for researchers seeking ...