Chemometric methods for botanical classification of Chinese honey based on the volatile compound profile

DLLME-Gas Chromatography-Quadrupole Time-of-Flight Mass Spectrometry for Classification of Botanical Origin of Chinese Honey Experimental Introduction Results and Discussion Honey Sample Data Extraction Data Filtering PLS-DA Predictive Model Compound Identification 24 honey samples, including rape flower, acacia, linden and vitex honey,…

Agilent ICP-MS Journal August 2014 – Issue 58 Inside this Issue 2 Enhanced Integration of LA and ICP-MS with ESI’s LA Plug-in for ICP-MS MassHunter – A Streamlined Workflow 3 Determination of the Region of Origin of Chinese Honey…

Application note | 003655 Food and beverage Determining the geographical and botanical origins of honey by harnessing the power of triple quadrupole ICP-MS technology Authors Goal Laurent Naëls, Jean-François Garnier This application note will highlight how botanical and geographical origins…

[ APPLICATION NOTE ] Discrimination of Different Unifloral Honeys Using an Untargeted High-Definition Mass Spectrometry Metabolomic Workflow Antonietta Wallace, Joanne Connolly, Sara Stead, and Simon Hird Waters Corporation, Wilmslow, UK APPLICATION BENEFITS ■■ ■■ INTRODUCTION Differentiation of honeys of different…