Discover how scientists use solid-state NMR to visualize atomic-level interactions between antibodies and HIV's gp120 protein, revealing potential paths to new vaccines.
Explore how scientists use Solid-State NMR and FTIR spectroscopy to engineer polyesters with specific properties for applications from biodegradable plastics to advanced materials.
Discover how scientists uncover ultraslow molecular dynamics in organized fluids using NMR experiments and Monte-Carlo simulations.
Discover how transfer-NOESY revealed the molecular structure of oxytocin bound to neurophysin, advancing our understanding of hormone delivery systems.
Discover how scientists use NMR spectroscopy to probe protein dynamics through chemical shift fluctuations, revealing the hidden motions essential for biological function.
Exploring the atomic architecture of strontium-aluminosilicate glasses through NMR and molecular dynamics simulations