In a recent announcement on social media, a researcher from Osaka University, in collaboration with JEOL, tested MicroED on a CryoARM 300 microscope using the Apollo detector.
They achieved a map of sodium glutamate monohydrate with 0.5 angstrom resolution. To our knowledge, this is the highest resolution MicroED reconstruction ever recorded. We’re looking forward to seeing even more exciting results like this from Apollo in the future!
From HyperSpy fundamentals to advanced 4D-STEM analysis, explore a five-part educational webinar series featuring Direct Electron’s Dr. Carter Francis.
REyes (Reciprocal Eyes), a fully autonomous MicroED platform that streamlines crystal selection, diffraction data collection, and structure determination. Discover how automation is making high-quality MicroED faster, more efficient, and more accessible.
Research paper from Florida State University finds large differences in resolution for different dose rates.
Single-particle cryo-EM plays a vital role in understanding biological structures and advancing drug discovery, vaccines, and therapeutics.
Direct Electron is heading to Tokyo for the 14th International Conference on LEEM/PEEM (LEEM/PEEM-14), taking place October 5–9, 2026, at the University of Tokyo’s Hongo Campus.
Bob Monteverde, Director of Sales at Direct Electron, will be attending alongside Shinya Kondo of our Japanese partner, TEGA Science.
REyes (Reciprocal Eyes), a fully autonomous MicroED platform that streamlines crystal selection, diffraction data collection, and structure determination. Discover how automation is making high-quality MicroED faster, more efficient, and more accessible.
Direct Electron is heading to Tokyo for the 14th International Conference on LEEM/PEEM (LEEM/PEEM-14), taking place October 5–9, 2026, at the University of Tokyo’s Hongo Campus.
Bob Monteverde, Director of Sales at Direct Electron, will be attending alongside Shinya Kondo of our Japanese partner, TEGA Science.
