In recent decades, nuclear magnetic resonance (NMR) spectroscopy has become an important tool for monitoring food authenticity thought the identification of specific markers or entire metabolite profiling. NMR methodology has been widely applied to the study of the impact of the different factors (genetic background, geographical origin, adulteration, etc.) on food metabolite composition. In this review, several significant NMR-based results in authenticity control are discussed reporting examples of different types of foodstuff.
Molecular fingerprinting of food authenticity
Sobolev AP;Capitani D;
2017
Abstract
In recent decades, nuclear magnetic resonance (NMR) spectroscopy has become an important tool for monitoring food authenticity thought the identification of specific markers or entire metabolite profiling. NMR methodology has been widely applied to the study of the impact of the different factors (genetic background, geographical origin, adulteration, etc.) on food metabolite composition. In this review, several significant NMR-based results in authenticity control are discussed reporting examples of different types of foodstuff.File in questo prodotto:
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