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Electron Spin Resonance Theory 11
Quantitative Considerations in Electron Spin
Cells and Tissues
11 other sections not shown
absorption Acad Acta amplitude anion anisotropic aqueous atoms axis Beinert Biochem Biol Biological Systems Biophys cavity cells changes Chapter Chem complex components compounds concentration copper copper protein derivative detected discussed effect Ehrenberg energy enzyme ESR signal ESR spectra ESR spectrometer ESR studies experimental flavin flavoproteins free radical forms free radicals frequency g factors hyperfine coupling hyperfine splitting hyperfine structure indicated intensity interaction ions irradiated isotropic kinetics laccase ligands lines lineshape linewidth lyophilized magnetic field Malmstrom McConnell measurements membranes microwave power modulation molecular molecule nitrogen nitroxide nucleus observed obtained optical orbital orientation oxidase oxidation oxygen paramagnetic percent peroxidase Phys porphyrin power saturation Proc produced proteins proton radiation reactions redox reduced relaxation resonance sample scan Section semiquinone sensitivity solution species spectroscopy spectrum spin label stabilized substrate sulfur techniques temperature tissue triplet Type 1 Cu2+ unpaired electron values Vanngard xanthine xanthine oxidase