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2018
This chapter describes the fundamentals of the X-ray crystallography method and its application for studies of tertiary protein structures. A brief introduction to the theory of X-ray diffraction is given, followed by more detailed explanations of all protein structure determination stages, starting from crystal growth up to the final validation of ...
Oksana Degtjarik +6 more
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This chapter describes the fundamentals of the X-ray crystallography method and its application for studies of tertiary protein structures. A brief introduction to the theory of X-ray diffraction is given, followed by more detailed explanations of all protein structure determination stages, starting from crystal growth up to the final validation of ...
Oksana Degtjarik +6 more
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1988
Single-crystal X-ray diffraction provides a powerful technique for precisely determining the positions of atoms in a crystal (Refs. 1, 2, which are excellent texts on crystallography). Since the first crystal structure was worked out in 1913 by W. H. Bragg, tens of thousands of crystals have been analyzed using this experimental technique.
C. E. Bugg, S. E. Ealick
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Single-crystal X-ray diffraction provides a powerful technique for precisely determining the positions of atoms in a crystal (Refs. 1, 2, which are excellent texts on crystallography). Since the first crystal structure was worked out in 1913 by W. H. Bragg, tens of thousands of crystals have been analyzed using this experimental technique.
C. E. Bugg, S. E. Ealick
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Crystallography X-ray tubes [PDF]
Journal of Physics E: Scientific Instruments, 1976 Presents the results of a survey of the members of the Crystallography Group of the Institute of Physics concerning the conditions under which they use X-ray tubes, in order to determine how to get the best results from various makes of apparatus.
D Lewis, E J Wheeler
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Crystallography Reviews, 2016
Girolami's book is a welcome addition to the literature as it brings new materials and new explanations to remove old sources of confusion.
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Girolami's book is a welcome addition to the literature as it brings new materials and new explanations to remove old sources of confusion.
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Crystallography Reviews, 2015
The book of William Clegg: X-Ray Crystallography is the second, updated and slightly extended edition of the Oxford Chemistry Primers, previously published with the title Crystal Structure Determin...
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The book of William Clegg: X-Ray Crystallography is the second, updated and slightly extended edition of the Oxford Chemistry Primers, previously published with the title Crystal Structure Determin...
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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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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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X-ray crystallography of rhodopsin
Phase Transitions, 2004Structural studies on retinal proteins have advanced significantly in recent years. Among the proteins whose structure has been solved by X-ray crystallography, rhodopsin is the only one from eukaryotic organisms having visual function. The structural model of rhodopsin also represents the first atomic template for a much larger superfamily of G ...
Tetsuji Okada, Hitoshi Nakamichi
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X-Ray Crystallography of Gliotoxin
Nature, 1944WE have examined a specimen of gliotoxin prepared by G. A. Glister and T. I. Williams, as above. The crystals are four- and six-sided monoclinic plates elongated along [010], and our evidence on their morphology and optic character agrees very well with the measurements of Dr. W. C. McCrone1,2.
B. W. Rogers-Low, D. Crowfoot
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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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