Fluorine electron-nuclear double resonance (19F ENDOR) has recently emerged as a
valuable tool in structural biology for distance determination between F atoms and a …

The substitution of a single hydrogen atom in a protein by fluorine yields a site-specific
probe for sensitive detection by 19F nuclear magnetic resonance (NMR) spectroscopy …

DNA G‐quadruplexes (GQs) are of great interest due to their involvement in crucial
biological processes such as telomerase maintenance and gene expression. Furthermore …

We used EPR spectroscopy to characterize the structure of RNA duplexes and their internal
twist, stretch and bending motions. We prepared eight 20‐base‐pair‐long RNA duplexes …

In vitro, 19F NMR methodology is preferably selected as a complementary and
straightforward method for unveiling the conformations, dynamics, and interactions of …

The combination of fluorine labeling and pulsed electron-nuclear double resonance
(ENDOR) is emerging as a powerful technique for obtaining structural information about …

ENDOR spectroscopy is a fundamental method to detect nuclear spins in the vicinity of
paramagnetic centers and their mutual hyperfine interaction. Recently, site-selective …

It remains a major challenge to ascertain the specific structurally dynamic changes that
underpin protein functional switching. There is a growing need in molecular biology and …

Favorable relaxation processes, high-field spectral properties, and biological compatibility
have made spin-7/2 Gd3+-based spin labels an increasingly popular choice for protein …

Abstract Half-Integer High Spin (HIHS) systems with zero-field splitting (ZFS) parameters
below 1 GHz are generally dominated by the spin|─ 1/2>→|+ 1/2> central transition (CT) …