KeywordspKa value; low field NMR; molecular properties; pharmacokinetics; undergraduate pharmacy students; halogen bonding; supramolecular chemistry; NMR spectroscopy; orientational glass; magnetic resonance; fluctuations; squalene; olive oil; 13C NMR analysis; quantification; Corsica; diffusion in porous media; NMR relaxation; multi-quanta relaxometry; quadrupolar nuclei; clay sediments; enaminone; steroid; NMR; ethynylation; rearrangement; anti-cancer agent; DOSY; diffusion coefficient; anomer separation; carbohydrate isomer; glycoside; solid-state NMR; heteronuclear correlation spectroscopy; biomineralization; pre-mineralization stage; amyloidogenic protein-nanoparticle systems; nanoparticle stability; protein unfolding; zeolite; solid state NMR; ion exchange; synthesis; characterization; calcium; calmodulin; molecular model; MyBP-C; NMR; protein; selective unlabeling; GFT NMR; non-uniform sampling; fast NMR methods; protein resonance assignments; NMR-based screening; fluorinated compound; diflunisal; 19F NMR; DNA; NMR; pulmonary fibrosis; anticancer drug; structure-function; NMR; coatings; single-sided; crosslinking; photocuring; 6Li and 7Li nuclear magnetic moments; NMR liquid-phase studies; nuclear magnetic shielding constants; portable NMR; NMR stratigraphy; porous stone; wall paintings; cultural heritage; solid-state NMR; comb-like copolymer; solid polymer electrolyte; lithium-polymer-metal battery; complex structure; drug design; NMR spectroscopy; NMR2; structure elucidation; Knight shift; Type-II superconductor; nuclear magnetic resonance; anisotropy; electron correlations; Nuclear Magnetic Resonance spectroscopy; naphthalene; 1,2,3-triazole; Click chemistry; fluorometric; turn-on; fluoride; anion; n/a
