Electron paramagnetic resonance (EPR) spectroscopy combined with site-directed spin
labelling is applicable to biomolecules and their complexes irrespective of system size and …

The presence of most of the atoms involved in the building up of living cells can be
explained by their intrinsic physico-chemical properties. Yet, the involvement of the alkali …

In this review on advanced biomolecular EPR spectroscopy, which addresses both the EPR
and NMR communities, considerable emphasis is put on delineating the complementarity of …

Highlights•Genetically encodable ncAAs are expanding our options for spin-labeling
biomolecules.•Conventional cysteine-based SDSL schemes can complicate biophysical …

The type-III secretion effector YopO helps pathogenic Yersinia to outmaneuver the human
immune system. Injected into host cells, it functions as a Ser/Thr kinase after activation by …

Iron is an essential element for nearly all organisms, and under anoxic and/or reducing
conditions, Fe 2+ is the dominant form of iron available to bacteria. The ferrous iron transport …

In 1985, the first X-ray structure of a membrane protein was determined. Today, more than
30 years later, many more structures have been solved. Nevertheless, studying the structure …

The acquisition of ferrous iron (Fe 2+) is an important virulence factor utilized by several
hospital-acquired (nosocomial) pathogens such as Klebsiella pneumoniae to establish …

Introduction Feo is the most widespread and conserved system for ferrous iron uptake in
bacteria, and it is important for virulence in several gastrointestinal pathogens. However, its …

Abstract Ferrous iron (Fe 2+) transport is an essential process that supports the growth,
intracellular survival, and virulence of several drug-resistant pathogens, and the ferrous iron …