Cryomicroscopy: History and OutlookResearch Institutes, Division of Biological Sciences and the Pritzker School of Medicine, University of Chicago, 1982 - Electron microscopy |
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Applications of Cryogenics atoms bacteriophage biochemical biological specimens biological systems Biophys Biophysics Boersch Cell Research coil Collins components cooling cryo cryo-electron microscopes cryofixation Cryogenic Cryogenic Technology Cryogenics in Electron Cryomicroscopy cryostat crystalline Dewar diamond knife Dietrich electron diffraction electron diffraction patterns electron micro electron micrographs electron microscopy electron optical embedding experimental Exptl Fernández-Morán films free radicals freeze-substitution frozen high voltage high-resolution electron microscopy hydrated ice crystals ice-crystal improved kilogauss Knapek Laboratory lamellar systems layers liquid helium temperatures liquid nitrogen low temperatures low-temperature preparation techniques macromolecular membranes microbeam illumination moiré patterns molecular myelin sheath objective lens operating organization persistent current mode photoreceptors Phys pole pieces preservation Proc radiation damage rapid freezing recorded resolution electron Schmitt sections single-crystal solenoid solenoid lenses stability structure submicroscopic superconducting lenses superconducting solenoid superfluid superfluid helium refrigerator thermal thermal noise thin tion tissue ultrastructure ultrathin University of Chicago vacuum X-ray diffraction