Titlebook: Spin Labeling; Theory and Applicati Lawrence J. Berliner,Jacques Reuben Book 1989 Plenum Press, New York 1989 ATP.ATPase.Amino acid.ENDOR.L

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Experimental Methods in Spin-Label Spectral Analysis,al molecular order can be determined from the dynamic and static effects of the hyperfine and g-value anisotropies, respectively, of the free radical. The translational motion and molecular collisions can be determined from the spin-spin interactions which occur between radicals when the spin-label

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Resolved Electron-Electron Spin-Spin Splittings in EPR Spectra,eractions observable by electron paramagnetic resonance (EPR) between various pairs or clusters of paramagnetic transition metals and/or organic free radicals. These paramagnetic centers may be natural components of the biological system or they may be species added as probes or labels. Interactions

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Spin-Label Oximetry,eed (see Figure 1 obtained at 180 micron pressure). Tinkham and Strandberg (1955a, 1955b) developed the theory for the spectrum of molecular oxygen and were able to assign 120 lines observed at X-band. As the pressure increases, the linewidths increase greatly. Even at atmospheric pressure, intense

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Magnetic Resonance Study of the Combining Site Structure of a Monoclonal Anti-Spin-Label Antibody, is capable of producing antibody proteins of high affinity and exquisite specificity. Against each antigen the body produces many types of antibody molecules differing in their amino acid sequences and in their affinities to the antigen.

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Approaches to the Chemical Synthesis of 15N and Deuterium Substituted Spin Labels,fies. The spin label itself can either significantly enhance the productivity of an investigation or constitute the limiting factor. As illustrated in Chapter 11, isotopic substitution of .N and/or deuterium in the spin probes substantially improves the quality and quantity of information obtained i

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