About us
Electron microscopy enables high-resolution analysis of cellular ultrastructure, providing detailed information on cell architecture, content, morphology, and elemental composition that is inaccessible to other imaging techniques. With resolution reaching the sub-nanometer scale, it remains essential for the investigation of subcellular compartments and organelles in basic and translational research. Through analytical electron microscopy, morphological information can be complemented by chemical characterization, including elemental analysis of nanoparticles. Integrated with fluorescence microscopy as a complementary approach, our core facility supports correlative workflows that bridge functional light microscopy and ultrastructural analysis across a wide range of medical and biological research applications.
