Robert M. Glaeser

Papers

Total Citations

H-Index

About

Robert M. Glaeser is a pioneering figure in structural biology, best known for his foundational contributions to cryo-electron microscopy (cryo-EM). His research has centered on developing methods to overcome radiation damage and improve image resolution in biological electron microscopy. Glaeser’s major contributions include the introduction of low-dose imaging techniques and the use of thin, vitrified specimens, which are now standard in the field. His work on electron crystallography of membrane proteins, particularly bacteriorhodopsin, provided early structural insights that paved the way for high-resolution studies. With over 18,000 citations, his 2004 paper on high-throughput film-densitometry exemplifies his drive to enhance data collection efficiency. Glaeser is also the author of the influential textbook *Electron Crystallography of Biological Macromolecules* and has been honored with the Electron Microscopy Society of America’s Distinguished Scientist Award. His legacy lies in transforming cryo-EM from a niche technique into a mainstream tool for atomic-resolution structural biology, inspiring a generation of researchers to push the boundaries of molecular imaging.