The methodological accessibility to solution structure and dynamic investigation of
paramagnetic metallobiomolecules has afforded the ability to tackle the redox pairs of …

Metalloproteins represent a substantial fraction of the proteome where they have an
outsized contribution to enzymology. This stems from the reactivity of transition metals found …

1. Introduction 1681.1 Genomic annotation of metalloproteins 1681.2 Why NMR structures?
1681.3 Why paramagnetic metalloproteins? 1692. General theory 1702.1 Nuclear and …

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

Conspectus High-resolution NMR spectroscopy is sensitive to local structural variations and
subtle dynamics of biomolecules and is an important technique for studying the structures …

Metal ions are ubiquitous in biochemical and cellular processes. Since many metal ions are
paramagnetic due to the presence of unpaired electrons, paramagnetic molecules are an …

Paramagnetic metal ions offer outstanding opportunities for protein studies by nuclear
magnetic resonance (NMR) spectroscopy. The paramagnetic effects manifested in the NMR …

The effects arising in NMR spectroscopy because of the presence of unpaired electrons,
collectively referred to as “paramagnetic NMR” have attracted increasing attention over the …

NMR experiments and tools for the characterization of the structure and dynamics of
paramagnetic proteins are presented here. The focus is on the importance of 13C direct …

The importance of metal ions in the chemistry of biological processes is nowadays widely
recognized, and the field of bioinorganic chemistry is developing rapidly. The discovery of …