Results 181 to 190 of about 131,699 (232)

Appraising protein conformational changes by resampling time-resolved serial x-ray crystallography data. [PDF]

Struct Dyn
Vallejos A, Katona G, Neutze R.
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Inhibitors of Transthyretin Amyloidosis: How to Rank Drug Candidates Using X-ray Crystallography Data. [PDF]

Molecules
Leite JP, Costa-Rodrigues D, Gales L.
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M. tuberculosis meets European Lead Factory – identification and structural characterization of novel Rv0183 inhibitors using X-ray crystallography

Riegler-Berket L, Gödl L, Polidori N, Aschauer P, Grininger C, Prosser G, Lichtenegger J, Sagmeister T, Parigger L, Gruber C, Reiling N, Oberer M.   +11 more
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X-Ray Crystallography

2011
X-ray crystallography has been particularly important in the study of the enzyme nitrogenase, providing researchers with high-resolution structural models that have been essential to studying the enzyme's unique metal clusters and nucleotide-binding modes and protein interactions.
Lauren E, Roth, F Akif, Tezcan
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X-Ray Crystallography of Viruses

2013
Since the 1970s and for about 40 years, X-ray crystallography has been by far the most powerful approach for determining virus structures at close to atomic resolutions. Information provided by these studies has deeply and extensively enriched and shaped our vision of the virus world.
Nuria, Verdaguer, Damià, Garriga, Ignacio, Fita   +2 more
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X-Ray Crystallography of Lectins

2007
In the last decade we have witnessed an explosive growth of the number of proteins identified with carbohydrate binding functions. Concomitantly a large number of three dimensional structures of lectins and their carbohydrate complexes have become available. Still many other proteins classified and categorized under different names may be recognized as
Buts, Lieven, Loris, Remy, Wyns, Lode
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History of X-Ray Crystallography

Chemometrics and Intelligent Laboratory Systems, 1990
A brief account is given of the history of X-ray crystallography from its beginning in 1912 to the present time. Particular emphasis is placed on the phase problem, the major obstacle in the path leading from the observed X-ray diffraction pattern to the desired crystal structure.
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The Phase Problem of X-Ray Crystallography

Physics Today, 1983
With the invention some 200 years ago of the goniometer, an instrument for measuring the angles between the faces of a crystal, the science of crystallography was born. The goniometer made possible the discovery of the fundamental laws of descriptive crystallography: that the angles between the facial planes are determined by the chemical composition ...
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