The electron–electron double resonance (DEER) method, which provides distance
distributions between two spin labels, attached site specifically to biomolecules (proteins …

Macromolecular protein assemblies are of fundamental importance for many processes
inside the cell, as they perform complex functions and constitute central hubs where …

The β‐barrel assembly machinery (BAM complex) is essential for outer membrane protein
(OMP) folding in Gram‐negative bacteria, and represents a promising antimicrobial target …

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

Electron paramagnetic resonance (EPR) spectroscopy is an established technique to site-
specifically monitor conformational changes of spin-labeled biomolecules. Emerging in-cell …

Pulse-dipolar EPR is an appealing strategy for structural characterization of complex
systems in solution that complements other biophysical techniques. Significantly, the …

The study of ever more complex biomolecular assemblies implicated in human health and
disease is facilitated by a suite of complementary biophysical methods. Pulse dipolar …

Recent sensitivity enhancements in pulse dipolar electron paramagnetic resonance
spectroscopy (PDS) have afforded distance measurements at submicromolar spin …

Pulsed dipolar EPR spectroscopy (PDS) in combination with site‐directed spin labeling is a
powerful tool in structural biology. However, the commonly used spin labels are conjugated …

ATP‐binding cassette (ABC) transporters shuttle diverse substrates across biological
membranes. Transport is often achieved through a transition between an inward‐facing (IF) …