Titlebook: Structural Information from Spin-Labels and Intrinsic Paramagnetic Centres in the Biosciences; Christiane R. Timmel,Jeffrey R. Harmer Book

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Site-Directed Nitroxide Spin Labeling of Biopolymers,ast decade. In addition to advances in instrumentation – in particular, the development of high-field spectrometers and pulsed-EPR methods – spin-labeling techniques have evolved. Nitroxide spin labels can now routinely be incorporated at selected sites to interrogate how structure and dynamics at s

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Structural Information from Oligonucleotides,ctions than previously believed, ranging from gene regulation to catalysis of the polypeptide bond formation in the ribosomes. Thus, biophysical methods are needed that will allow the unravelling of their structures and conformational changes as well as dynamics and complex formations. Advances in s

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Interpretation of Dipolar EPR Data in Terms of Protein Structure,terms of distance distributions and describe techniques for such data analysis. Furthermore, methods are reviewed for prediction of conformational distribution of the spin label, which is required to infer backbone–backbone distances from label–label distances.

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Site-Directed Nitroxide Spin Labeling of Biopolymers,three main approaches for site-directed spin labeling of biopolymers, namely, postsynthetic labeling, labeling during biopolymer synthesis, and noncovalent labeling, have been used to label proteins as well as nucleic acids.

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Metal-Based Spin Labeling for Distance Determination,to spin labeling that is based on half-integer high-spin metal ions, mainly Gd., coordinated to chelating tags that are covalently attached to the molecules at specific sites. This approach is particularly suitable for high-field measurements and is attractive because of the high absolute sensitivity it offers.