Journal article

ELECTRON-DIFFRACTION OF THIN-SECTIONED BIOLOGICAL SPECIMENS - AN EFFICIENT BUT NEGLECTED METHOD FOR LATTICE ASSESSMENT


Authors list: LANGE, RH

Publication year: 1982

Pages: 207-214

Journal: Mikroskopie

Volume number: 39

Issue number: 7-8

ISSN: 0026-3702

Publisher: Fromme


Abstract: 
Application of electron diffraction to thin-sectioned intracellular crystalline inclusions using specimen tilting in the microscope is illustrated in monoclinic, orthorhombic and trigonal (rhombohedral) examples of protein crystals. Electron diffraction is more efficient than optical diffraction because of its applicability during microscopic study of the specimen and easy calibration. Interpretation of the diffraction patterns with respect to lattice symmetry and further analysis of the specimen [amphibian and teleost cyclostome yolk protein] is described.



Citation Styles

Harvard Citation style: LANGE, R. (1982) ELECTRON-DIFFRACTION OF THIN-SECTIONED BIOLOGICAL SPECIMENS - AN EFFICIENT BUT NEGLECTED METHOD FOR LATTICE ASSESSMENT, MIKROSKOPIE, 39(7-8), pp. 207-214

APA Citation style: LANGE, R. (1982). ELECTRON-DIFFRACTION OF THIN-SECTIONED BIOLOGICAL SPECIMENS - AN EFFICIENT BUT NEGLECTED METHOD FOR LATTICE ASSESSMENT. MIKROSKOPIE. 39(7-8), 207-214.


Last updated on 2025-02-04 at 05:27