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About

Andreas Schertel is a pioneering figure in the advancement of three-dimensional electron microscopy (3D EM), with a career dedicated to pushing the boundaries of how we visualize the nanoworld of cells. His most-cited work, "Developing 3D SEM in a broad biological context" (2015, 107 citations), is a landmark contribution that helped transform scanning electron microscopy from a surface-imaging tool into a powerful technique for exploring complex cellular architecture in three dimensions. Schertel’s research focuses on bridging the gap between ultrastructure and function, enabling biologists to map the intricate internal landscapes of cells with unprecedented clarity. By refining methods for serial block-face imaging and focused ion beam SEM, he has provided the community with robust protocols that make high-resolution 3D imaging accessible for a wide range of biological questions. His work has been instrumental in revealing how cellular organization underpins processes like neurodevelopment and immune response. For students and researchers entering the field of volume electron microscopy, Schertel’s contributions are essential reading, offering both the technical foundation and the biological vision needed to explore the hidden depths of cellular life.