Electron Paramagnetic Resonance Investigations of Biological Systems by Using Spin Labels, Spin Probes, and Intrinsic Metal Ions Part B

Slow-motion Diamond Deer Electron paramagnetic resonance spectroscopy Least squares. Molecular dynamics. Electron paramagnetic resonance Transition metals Conformation Nitric-oxide synthase Metalloenzymes Quantitative Metalloproteins NMR Protein Structure Simulation Distance Spin labels EPR Sensitivity ESR Protein dynamics Flexibility ENDOR Intramolecular motions Membrane Protein Spin labeling Spin label Peptide binding High frequency Deuterium Secondary structure PELDOR High magnetic field Computation Transmembrane transport Sdsl 2prime-Amino RNA 4-Isocyanato-TEMPO Accessibility EPR experiments ALLNOX Aminoxyl radical Conformational exchange CW EPR Binding isotherms Distance measurements Brownian diffusion DeerAnalysis Envelope division Electron spin echo dephasing EasySpin {FeNO}7 ELDOR-detected NMR (EDNMR) EPR lineshape analysis Gaussian reconstruction Conformational sampling DEERconstruct High-field EPR Deuteration Double electron-electron resonance Dynamic trajectory isothiocyanate Hyperfine coupling Electron Nuclear Double Resonance ESEEM Inversion recovery Membrane mimetics Isoindoline Nonheme Iron Nitroxide label Gd3+ tags Parallel-mode p450 nitroxide Nitroxide scanning Orienting potential Orientation Selection Peptide aggregation HYSCORE Pulsed electron double resonance Solvent motions Spin Coherence SpinCount Site-directed spin labeling Stochastic Liouville equation spin interaction Membrane peptide Molecular tumbling Multifrequency Saturation recovery Pulsed EPR Tyrosine hydroxylase transmembrane signaling Solvent accessibility transport proteins