As a substitute, indirect correlations have been made between live or fixed cell fluorescence images and high-resolution transmission electron microscope (TEM) images and structures. Fixation of ...

Super-resolution fluorescence ... cell that cryo-ET electrons can penetrate. Then the scanning electron microscope shoots electrons at the sample and produces those nice, high-resolution cryo-ET ...

Conventional light microscopy ... cell imaging. STED is a technique that uses a pair of laser pulses to excite and de-excite fluorophores; the effect is to localize fluorescence at focal spots ...

A fluorescence microscopy image of phytoplankton including chain-forming diatoms and many large dinoflagellates. The different colors indicate different components of the cells including the cell ...

The highest resolution 3D images of the inside ... visualizing the interior of cells. According to Hell, the level of 3D resolution is approaching that of an electron microscope but with the advantage ...

A hybrid microscope ... image the full 3D orientation and position of an ensemble of molecules, such as labeled proteins inside cells. The microscope combines polarized fluorescence technology ...

Another, the flat-to-curved transition model, says that a flat lattice of clathrin molecules first assembles on the inside of the cell membrane, followed by a conformational change to form the ...

image: This is a two-color electron microscopy image of endosomal uptake of peptide proteins. view more Credit: Adams et al./<i>Cell Chemical Biology</i> 2016 The best microscope we have for ...

However, this high-resolution perspective and the hypotheses it inspires are still bound to two dimensions. A high-resolution 2D electron microscopy image of a cell might show the nucleus surfacing in ...

Scientists require high-resolution imaging of plant cells to study everything from fungal infections to reproduction in maize. These images are captured with scanning electron microscopy (SEM ...