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Using 19F to Study Paramagnetic Biomolecules at the Nanoscale with Electron Nuclear Double Resonance 19F labels are well established in NMR spectroscopy and allow accessing specific molecular information within biomolecular frameworks such as proteins. In case of radical enzymes or paramagnetic metalloproteins, the molecular structure around the paramagnetic center within a radius of up to […] |
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Resolving Protein–Ligand Binding Pathways by NMR Relaxation: Conformational Selection vs Induced Fit Protein–ligand binding is essential for biological function. A long-standing question is whether ligand binding occurs via conformational selection (CS) or induced fit (IF). Using relaxation dispersion experiments with varying ligand concentration, we measured the 4-state binding kinetics encompassing both the CS and IF […] |
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Advancing Magnetic (Resonance) Methods to Track Processes inParamagnetic Battery Electrodes Solid-state NMR has become an indispensable tool for quantifying defects and tracking the nature and reversibility of local structure changes in battery electrode materials during charge and discharge. Yet, probing paramagnetically concentrated systems with NMR remains extremely challenging. Achieving sufficient spectral resolution requires low magnetic […] |
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