“…NMR has the ability to serve as an invaluable tool for the compositional analysis of foods, not only due to its ability to provide important information for structural elucidation, but also for its quantitative nature. NMR has been effectively used for the analysis of several classes of compounds including lipids (Dais & Hatzakis, ; Monakhova & Diehl, , ; Siddiqui et al., ; Tsiafoulis et al., ), carbohydrates (Kazalaki et al., ; Merkx, Hong, Ermacora, & van, ; Singh, Kumar, Srivastava, Deepak, & Singh, ; Spraul et al., , ), amino acids (Belton et al., ), alcohols (Hatzakis, Archavlis, & Dais, ; Nilsson et al., ), organic acids (Berregi, del Campo, Caracena, & Miranda, ), polyphenols (Agiomyrgianaki & Dais, , ; Charisiadis, Exarchou, Troganis, & Gerothanassis, ), vitamins (Ackermann et al., ; Dais et al., ; Shumilina, Ciampa, Capozzi, Rustad, & Dikiy, ; Vaysse et al., ), terpenes (Dais, Plessel, Williamson, & Hatzakis, ), phospholipids (Hatzakis, Koidis, Boskou, & Dais, ; Kaffarnik, Ehlers, Gröbner, Schleucher, & Vetter, ), colorants (Englert, ; Scotter, ; Venkatachalam et al., ; Berké, Chèze, Vercauteren, & Deffieux, ), and contaminants (Lachenmeier et al., ) in a variety of foods, such as oils (Dais & Hatzakis, ; Siddiqui et al., ), beverages (Kidrič, ; Ryu, Koda, Miyaka, & Tanokura, ; Santos, Fonseca, Lião, Alcantara, & Barison, ; Zurriarrain et al., 2015), meats (García‐García et al., ), dairy products (Gangwar, Singh, & Deepak, ; Hu, Furihata, Ito‐Ishida, Kaminogawa, & Tanokura, ; Maher & Rochfort, ; Murgia, Mele, & Monduzzi, ; Scano et al., ; Tociu et al., ), and infant formula (Zhao et al., ). For the structural characterization of various food components, the application of 2D techniques is often required.…”