Single Particle Cryo-Electron Microscopy
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Near-atomic structures from single-particle imaging
Single-particle cryo-electron microscopy reconstructs three-dimensional biomolecular structure from thousands of individual protein complexes imaged at cryogenic temperature. The technique has become central to structural biology, delivering near-atomic resolution for diverse targets—from large, macromolecular machines to flexible or heterogeneous complexes that resist traditional crystallography.
NYSBC operates a multi-instrument facility optimized for high-throughput, high-resolution data collection. Multiple microscope configurations and detector options allow researchers to match their experimental approach to specimen requirements. Experienced staff guides users through sample preparation, screening, data collection optimization, and initial processing, ensuring projects move efficiently from sample to structure.
User Resources
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Download the single-particle cryo-electron microscopy datasheet to review hardware configurations optimized for high-resolution structural analysis. This CSV file details the technical specifications of our screening and data collection microscopes, including electron energy, Cs values, and advanced detector/filter combinations like the Falcon 4i with Selectris and Gatan K3.
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Equipment
Gatan Solarus
Refeyn Mass Photometer
SPT Chameleon
Vitribot
Leica EM GP2
Leica EM GP
Hitachi 7800
Tundra
Glacios Electron Microscope
Krios Electron Microscope
“NYSBC sets a high bar for cryo-EM facilities around the world. Top notch service and data quality.”