Titlebook: ESR and NMR of Paramagnetic Species in Biological and Related Systems; Proceedings of the N Ivano Bertini,Russell S. Drago Conference proce

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point of view. Besides a treatment of the various mechanisms inducing relaxation, it shall be shown how the latter are separated and interpreted. Some consideration will also be given to the implications of exchange processes on relaxation rates. Additionally, some of the more elaborate pulse techni

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res having been determined by x-ray diffraction the interest has shifted to what we can learn about the energetics and the dynamics of the function. The role of NMR in probing these functional aspects of oxygen binding is discussed. Since much of the information about hemoglobin comes from studying

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en-Morgan (SBM) approach. Some of the difficulties encountered and how these can best be minimised are discussed. The application of paramagnetic ions as relaxation probes in a number of currently controversial biological problems is considered. These problems include the mechanism of triggering of

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in mind the configuration of the free ion can be a good starting point. The splitting of the five d orbitals may be considered as arising either from the electrostatic repulsion due to the donor atoms or from their different anti-bonding character due to the coordination bond. The metal ions in a c

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