Max T. B. Clabbers

GROND improves electron crystallography by correcting multiple scattering, enhancing refinement accuracy and revealing hidden structural details in various materials.

This study evaluates energy filter slit widths in MicroED to improve signal-to-noise ratio and data quality for macromolecular structure determination.

This study uses high-throughput MicroED to analyze structural dynamics of NaK and NaK2CNG ion channels, revealing sodium binding and dynamic selectivity filter behavior.

This study shows energy filtering in MicroED improves data quality by reducing noise, sharpening Bragg peaks, and recovering high-resolution information despite increased radiation damage.

This study shows that energy filtering improves MicroED data quality, enabling sub-atomic resolution and better structure modeling of proteinase K crystals.

This study uses MicroED to visualize a sulfonamide inhibitor bound to human carbonic anhydrase II at the atomic level, demonstrating its potential for drug discovery.

This paper solves the first unknown protein structure using MicroED, demonstrating its potential for discovering novel protein structures.