We introduce a powerful, widely applicable approach to characterizing polymer
conformational distributions, specifically the end-to-end distance distributions, P (R ee) …

This article describes current uses of shaped pulses, generated by an arbitrary waveform
generator, in the field of EPR spectroscopy. We show applications of sech/tanh and WURST …

Excitation of electron spins with monochromatic rectangular pulses is limited to bandwidths
that are smaller than the spectral widths of most organic radicals and much smaller than the …

Measuring distances in biology at the molecular level is of great importance for
understanding the structure and function of proteins, nucleic acids and other biological …

The introduction of arbitrary waveform generator (AWG) technology and the availability of
high power microwave amplifiers mark a “new era” in pulse EPR due to significant sensitivity …

Distance determination with pulsed EPR has become an important technique for the
structural investigation of biomacromolecules, with double electron–electron resonance …

Spectroscopic investigation of membrane proteins in their native environment is a
challenging task. Earlier we demonstrated the feasibility to measure precise distances within …

Pulse dipolar EPR spectroscopy (PDS) measurements are an important complementary tool
in structural biology and are increasingly applied to macromolecular assemblies implicated …

Extraction of distance distributions between high-spin paramagnetic centers from relaxation
induced dipolar modulation enhancement (RIDME) data is affected by the presence of …

We combine experiment and simulation to develop a powerful, validated approach for
characterizing the conformational landscapes of disordered polypeptoids. Polypeptoids …