Unparalleled Multi-Factor Authentication Mass Spectrometry of Complex Natural Products Utilizing UPLC and Ion MobilityApplications | 2020 | WatersInstrumentationIon Mobility, LC/TOF, LC/HRMS, LC/MS, LC/MS/MSIndustriesFood & AgricultureManufacturerWatersKey wordsmobility, authentication, natural, uplc, ion, specificity, unparalleled, multi, mass, factor, spectrometry, products, ccs, complex, product, utilizing, cumulative, application, negative, unifi, note, precursor, library, observed, rutinoside, wave, ions, isomeric, incorporating, waters, phytochemical, drift, capacity, been, travelling, mode, metric, libraries, distinctive, complexity, identification, isomers, further, profiling, retention, flexibility, can, accurate, ims, insufficient
Enhancing Analysis Specificity and Deconvolution of Natural Products Using a Positive Mode, Ion Mobility Mass Spectrometry Library
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ionKey/MS Ion Mobility: A New Approach to Authentication and Routine Screening of Ginsenoside Isomers in Functional Food Products
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Investigating UPLC Ion Mobility Mass Spectrometry: A New Approach to Authentication and Routine Screening of Ginsenoside Isomers in Functional Food Products
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A Routine Separation Approach to Enhance Specificity and Identification in Authentication Profiling of Natural Food Products Using UPLC-IM-MS
A Routine Separation Approach to Enhance Specificity and Identification inAuthentication Profiling of Natural Food Products Using UPLC-IM-MSM McCullagh, 1 D Douce, 3 C A M Pereira, and 2 JH YariwakeWaters Corporation, Wilmslow, UK2Universidade de São Paulo, Instituto de Química de...
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