Paramagnetic centers in biomolecules, such as specific metal ions that are bound to a
protein, affect the nuclei in their surrounding in various ways. One of these effects is the …

Paramagnetic NMR data contain extremely accurate long-range information on
metalloprotein structures and, when used in the frame of integrative structural biology …

Macroscopic compass‐like magnetic alignment at low magnetic fields is natural for
ferromagnetic materials but is seldomly observed in paramagnetic materials. Herein, we …

Paramagnetic effects on the NMR spectra are known to encode information on structure,
electronic properties and dynamics hardly accessible with any other technique, especially in …

Mobility is a common feature of biomacromolecules, often fundamental for their function.
Thus, in many cases, biomacromolecules cannot be described by a single conformation, but …

In paramagnetic metalloproteins, longitudinal relaxation rates of 13C′ and 13Cα nuclei can
be measured using 13C detected experiments and converted into electron spin-nuclear spin …

A predictable type of coordination is a key property of tripodal ligands. Homo-and
heteroleptic lanthanide complexes with tripodal ligands are a representative class of …

1H-NMR spectroscopy of lanthanide complexes is a powerful tool for deriving spectral–
structural correlations, which provide a clear link between the symmetry of the coordination …

Abstract Polynuclear metallamacrocyclic Ln (III)–Cu (II) complexes in aqueous solutions are
analyzed by 1H NMR. A structural feature of Ln (III)–Cu (II)[15-MC-5] complexes is the …

In this contribution we report the high‐resolution NMR structure of a recently identified
lanthanide‐binding aptamer (LnA). We demonstrate that the rigid lanthanide binding by LnA …