Understanding the structures of life at a near-atomic scale
Studying the biological structures of viruses, proteins and other tiny macromolecules is key to understanding how life systems function and what happens when disease or injury cause these systems to break down.
These macromolecules are so small that traditional microscopes can’t see them very well. Instead, it takes a special kind of microscope to view these samples at the scale needed to fully understand them. The more powerful the microscope, the better researchers are able to map out the samples’ unique structures and applications.
Scientists at Boston University have the tools to do just that. Enter the Cryogenic Electron Microscopy (CryoEM) Core Facility, launched in April 2024 at the Center for Advanced Biomedical Research on the BU Medical Campus.
To the GMS community, Congratulations on the completion of another busy semester at Graduate Medical Sciences! We have been thrilled to share these moments with you and see just how much you're making a difference in your work and studies every day. Take a look back at some of our events below, and keep scrolling […]
Boston University and HENAR Kick off Medical Education Workshops November 10, 2025 | Full article On October 7-10, more than 150 Armenian doctors participated in the first of 20 medical education workshops—conducted by six Masters’ degree candidates in Health Professions Education (MHPE), a hybrid program offered by Boston University in collaboration with the HENAR (Health […]
Chelsey Skeete’s passion for science began long before she matriculated into Boston University Chobanian & Avedisian School of Medicine in 2020. Born and raised in Boston, Skeete fondly remembers attending and participating in science fairs throughout the city and gravitating toward science books, even as a young child. As she progressed through school, teachers and […]
Vladimir Kefalov, PhD (GMS ’99), currently serves as a professor of ophthalmology, and of physiology & biophysics, at the University of California Irvine, holding the Allergan Endowed Chair in Ophthalmology and serving as Vice Chair for Research in Ophthalmology. He is recognized worldwide as one of the top electrophysiologists in vision research and has received […]