Site‐specific labeling of proteins with lanthanide ions offers great opportunities for
investigating the structure, function, and dynamics of proteins by virtue of the unique …

Organic synthesis of a ligand with high binding affinities for paramagnetic lanthanide ions is
an effective way of generating paramagnetic effects on proteins. These paramagnetic effects …

The advent of different lanthanide-binding reagents has made site-specific labelling of
proteins with paramagnetic lanthanides a viable proposition. This brings many powerful …

The site‐specific labeling of proteins with paramagnetic lanthanides offers unique
opportunities for NMR spectroscopic analysis in structural biology. Herein, we report an …

Immobilized lanthanide ions offer the opportunity to refine structures of proteins and the
complexes they form by using restraints obtained from paramagnetic NMR experiments. We …

Pseudocontact shifts (PCSs) generated by paramagnetic lanthanide ions provide valuable
long-range structural information in nuclear magnetic resonance (NMR) spectroscopic …

Long-range structural information provided by the paramagnetic lanthanide probe methods
is invaluable in the structural analysis of proteins, particularly protein complexes and multi …

Paramagnetic lanthanide ions fixed in a protein frame induce several paramagnetic effects
such as pseudo-contact shifts and residual dipolar couplings. These effects provide long …

We describe the recent progress of structural analysis methods exploiting paramagnetic
lanthanide ions. In NMR spectroscopy, the paramagnetic effects induced by the trivalent …

Lanthanoids are gaining popularity as paramagnetic centers for high resolution nuclear
magnetic resonance (NMR) spectroscopy. They provide valuable angular and long-distance …