Titlebook: Distance Measurements in Biological Systems by EPR; Lawrence J. Berliner,Gareth R. Eaton,Sandra S. Eat Book 2000 Springer Science+Business

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Depth of Immersion of Paramagnetic Centers in Biological Systems,rmination of depth of immersion and localization of a paramagnetic center, and the investigation of electrostatic potential around biologically important molecules are described in detail. Advantages and limitations of different methods are discussed. Applications of the methods to paramagnetic cent

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Determination of Distances Based on T1 and Tm Effects,ter on the spin-lattice relaxation and on the spin echo dephasing of the slowly-relaxing center. The principles underlying these measurements are discussed and examples are given for high-spin and low-spin Fe(III).

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Photo-Induced Radical Pairs Investigated Using Out-Of-Phase Electron Spin Echo,spin coherence. This signal is strongly modulated because of the electron spin-spin dipolar and exchange couplings in the pair. Fourier transformation of the time-domain modulation produces a “Pake doublet” from the two coupled spins, which allows the accurate determination of the distance between t

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NoC-Aware Computational Sprintingter on the spin-lattice relaxation and on the spin echo dephasing of the slowly-relaxing center. The principles underlying these measurements are discussed and examples are given for high-spin and low-spin Fe(III).

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International Political Economy Seriese chains, distances between elements of secondary structure can be determined by quantitation of spin-spin interactions between the probes. Recent advances in methods for extracting both the distance between spin labeled probes and their relative orientations are providing the capability for testing