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Physics Education, 1995
The diffraction of X-rays by crystals has led to the determination of a very large number of chemical and biological structures. The results underpin theories of chemical bonding as well as revealing a variety of proteins and nucleic acids in three dimensions, and hence their functions.
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The diffraction of X-rays by crystals has led to the determination of a very large number of chemical and biological structures. The results underpin theories of chemical bonding as well as revealing a variety of proteins and nucleic acids in three dimensions, and hence their functions.
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Femtosecond x-ray crystallography
Reviews of Modern Physics, 2001This article gives an overview of recent x-ray diffraction experiments with time resolutions down to 10^-13s. The scientific motivation behind the development is outlined, using examples from solid state physics and biology. The ultrafast resolution may be provided either by fast detectors or short x-ray pulses, and the limitations of both techniques ...
Rousse, Antoine +2 more
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X-Ray Crystallography of Lectins
2007In 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, 1990A 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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X-Ray Crystallography of Antibodies
1996This chapter provides the description of X-ray crystallography as applied to protein structure. It discusses on what it can provide, and what its limitations are. The results of the crystallographic studies of antibodies, their fragments, and ligand complexes are analyzed, and it is described in the chapter, how the results of these studies have led to
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Advances and challenges in time-resolved macromolecular crystallography
Science, 2021Gisela Brändén, Richard J Neutze
exaly