1st Edition
Metal Ions in Biological Systems Volume 22: Endor: EPR, and Electron Spin Echo for Probing Coordination Spheres
This volume focuses on the physical methods to probe the coordination sphere of metal ions in biological systems, which are based on para-magnetic species, namely, the electron nuclear double resonance (ENDOR), electron paramagnetic resonance (EPR), and electron spin echo (ESE) techniques.
Preface to the Series
Preface to Volume
Contributors
Contents of Other Volumes
Endor: Probing the Coordination Environment in Metalloproteins
Jürgen Hüttermann and Reinhard Kappl
Introduction
ENDOR Theory
ENDOR Instrumentation and Techniques
Survey of Results from Model Complexes and Metalloproteins
Concluding Remarks
Abbreviations
References
Identification of Oxygen Ligands in Metal-Nucleotide-Protein Complexes By Observation of the Mn(II)-170 Superhyperfine Coupling
Hans Robert Kalbitzer
Introduction
Theory
Applications
Conclusion and Outlook
Abbreviations and Definitions
References
Use of EPR Spectroscopy for Studying Solution Equilibria
Herald Gampp
Introduction
Analysis of EPR Line Intensities
Examples
Conclusions
Abbreviations and Definitions
References
Application of EPR Saturation Methods to Paramagnetic Metal Ions in Proteins
Marvin W. Makinen and Gregg B. Wells
Introduction
Relaxation Theory
Methods for Collecting Electron Spin-Lattice Relaxation Data
Microwave Power Saturation Studies of Paramagnetic Metal Ion Centers in Proteins and Small-Molecule
Complexes
Abbreviations
References
Electron Spin Echo: Applications to Biological Systems
Yuri Tsvetkov and Sergei A. Dikanov
Introduction
ESEEM Spectroscopy
Biological Applications of ESEEM
Conclusion
Abbreviations
References
Author Index
Subject Index
Biography
Helmut Sigel
