In recent years electron spin resonance (ESR) has provided the means to obtain structural
constraints in the field of structural biology on the nanoscale by measuring distances …

PELDOR (or DEER; pulsed electron–electron double resonance) is an EPR (electron
paramagnetic resonance) method that measures via the dipolar electron–electron coupling …

Protein structure investigations are usually carried out in vitro under conditions far from their
native environment in the cell. Differences between in-cell and in vitro structures of proteins …

Peptide-RNA coacervates can result in the concentration and compartmentalization of
simple biopolymers. Given their primordial relevance, peptide-RNA coacervates may have …

Methods for measuring nanometer scale distances between specific sites in biomolecules
(proteins and nucleic acids) and their complexes are essential for describing and analyzing …

In this work, we demonstrate the first pulsed electron paramagnetic resonance (EPR)
experiments performed under magic angle spinning (MAS) at high magnetic field. Unlike …

Measurement of distances with the Double Electron–Electron Resonance (DEER)
experiment at X-band frequencies using a pair of nitroxides as spin labels is a popular …

We describe a quasioptical 94 GHz kW pulsed electron paramagnetic resonance
spectrometer featuring π/2 pulses as short as 5 ns and an instantaneous bandwidth of 1 …

Methods for measuring nanometer-scale distances between specific sites in proteins are
essential for analysis of their structure and function. In this work we introduce Gd3+ spin …

The combined effects of the cellular environment on proteins led to the definition of a fifth
level of protein structural organization termed quinary structure. To explore the implication of …