A breakthrough in imaging technology promises ... up the imaging process. The high-resolution images accurately capture the differences between organelles (cell compartments), essentially acting ...

Together with advanced software, super-resolution microscopy produces beautifully detailed, informative images ... live cells. How do SMLM methods differ from conventional fluorescence and confocal ...

Scientists enhance eye imaging with AI, achieving high-resolution views of retinal cells, potentially revolutionizing disease ...

It includes 3 filter cubes for imaging DAPI, Texas Red and GFP-labeled cells, and a high-resolution CMOS ... The Leica TCS SP8 LIGHTNING confocal allows image information extraction with ...

A super-resolution ... cell surfaces. Images taken over time revealed that mAb binding led to an asymmetric distribution of the microvilli towards one side of the cell, resembling a hedgehog, where ...

The main limitations of 3D SIM are its low temporal resolution hindering its use for the study of dynamic structures, its practical imaging depth limited to ~20 µm, and its reliance on a ...

For live cell imaging, a “Ultimate Focus” module maintains samples at the focal plane over time, and a temperature-controlled chamber and objective warmer maintain optimal environmental conditions.

Example of super-resolution microscopy: The image shows how the Discrete Molecular Imaging (DMI) technology visualizes densely packed individual targets that are just 5 nanometer apart from each other ...