Abstract Advanced three-dimensional (3D) cell models have proven to be capable of
depicting architectural and microenvironmental features of several tissues. By providing data …

Super-resolution light microscopy, correlative light and electron microscopy, and volume
electron microscopy are revolutionising the way in which biological samples are examined …

We report here a new microscopic technique for imaging and identifying sedimentary
organic matter in geologic materials that combines inverted fluorescence microscopy with …

Highlights•Labelling microbes identifies and locates them in situ by correlative microscopy.•
Correlative microscopy efficiently targets high-resolution electron microscopy.•Investigating …

Life science research often needs to define where molecules are located within the complex
environment of a cell or tissue. Genetically encoded fluorescent proteins and or …

In the biological sciences, data from fluorescence and electron microscopy is correlated to
allow fluorescence biomolecule identification within the cellular ultrastructure and/or …

Intracellular processes depend on a strict spatial and temporal organization of proteins and
organelles. Therefore, directly linking molecular to nanoscale ultrastructural information is …

Understanding the property‐function relation of nanoparticles in various application fields
involves determining their physicochemical properties, which is still a remaining challenge …

A number of new Correlative Light and Electron Microscopy approaches have been
developed over the past years, offering the opportunity to combine the specificity and bio …

Motivation Clustering analysis is a key technique for quantitatively characterizing structures
in localization microscopy images. To build up accurate information about biological …