Elsevier Characterization of Odorant Patterns by Comprehensive Two-Dimensional Gas Chromatography (Volume 96) (Comprehensive Analytical Chemistry, Volume 96)

The volume has as primary focus multidimensional gas chromatography (heart-cutting systems, comprehensive 2D-GC systems and hybrid solutions) and its characteristic features for in depth investigation of complex fractions of odor-active volatiles. Contributions, from outstanding researchers in the field from Academia and industry, cover fundamentals aspects on the physiology of olfaction, the strategies to identify key-odorants from the bulk of detectable volatiles (sensomics), the principles of operation of multidimensional analytical platforms (i.e., comprehensive two-dimensional gas chromatography – GC×GC; heart-cut 2D-GC, hybrid systems), and the fundamental role of mass spectrometry in providing reliable and informative data. Insights on new systems design and configurations are also provided, including sample preparation and data processing strategies, as important steps of the whole analytical process. Real-world examples cover food volatiles, complex aroma mixtures, odors emitted from industrial plants, volatiles of interest in forensic and medical applications. Review How effectively capture odorant patterns signatures and translate into information complex chemical codes From the Back Cover <p>The volume has as primary focus multidimensional gas chromatography (heart-cutting systems, comprehensive 2D-GC systems and hybrid solutions) and its characteristic features for in depth investigation of complex fractions of odor-active volatiles. Contributions, from outstanding researchers in the field from Academia and industry, cover fundamentals aspects on the physiology of olfaction, the strategies to identify key-odorants from the bulk of detectable volatiles (<i>sensomics</i>), the principles of operation of multidimensional analytical platforms (i.e., comprehensive two-dimensional gas chromatography – GC×GC; heart-cut 2D-GC, hybrid systems), and the fundamental role of mass spectrometry in providing reliable and informative data. Insights on new systems design and configurations are also provided, including sample preparation and data processing strategies, as important steps of the whole analytical process. Real-world examples cover food volatiles, complex aroma mixtures, odors emitted from industrial plants, volatiles of interest in forensic and medical applications. </p> <p>Volume sections: 1) Fundamentals odor perception and approaches: olfaction and receptor coding; sensomics 2) Fundamentals multidimensional gas chromatography: MDGC and GC×GC techniques; GC×GC and Mass Spectrometry hyphenation; Hardware solutions including olfactomery; data elaboration and data mining 3) Applications and Industry perspectives: Food odors; Industrial odors; Forensic and clinical applications</p> About the Author Chiara Cordero (orcid.org/0000-0003-3201-0775) is Full Professor of Food Chemistry at the University of Turin (Italy); her research interests focus on: (a) development of innovative and advanced instrumental configurations for comprehensive two-dimensional gas chromatography (GC×GC) coupled to Mass Spectrometry (MS) for food-omics investigations (profiling and fingerprinting approaches); (b) discovery of food intake markers (food metabolomics, nutrimetabolomics and volatilomics) in bio-fluids after diet-induced derangements; (c) development and application of miniaturized, fully automated and solvent-free sample preparation approaches (Solid Phase Microextraction SPME, Stir Bar Sorptive Extraction SBSE) for sensomic characterization of food. In 2008, Chiara was awarded with the "Leslie S. Ettre Award for “original research in capillary gas chromatography with an emphasis on environmental and food safety" and in 2014 received the “John B. Phillips Award for her research activity in the field of comprehensive two-dimensional gas chromatography. In 2016 Chiara was included by The Analytical Scientist in the “Women Power List as one of the 50 most influencing women