THE IMPACT of PPB MASS ACCURACY UPON BIOTRANSFORMATION PRODUCT IDENTIFICATION USING NEGATIVE ION NON -TARGETED URINARY SCREENING MULTI-REFLECTING TIME-OF-FLIGHT LCMS

DATA INDEPENDENT ANALYSIS EVOLUTION: EXPLORING THE USE OF HIGH RESOLVING POWER MULTIREFLECTING TIME-of-FLIGHT MASS SPECTROMETRY FOR METABOLITE IDENTIFICATION 1 Michael McCullagh, 2Stephen Griffin, 1Emma Marsden-Edwards, 1David Eatough, 1Dale Cooper-Shepherd and 1Martin Palmer. Waters Corporation, Stamford Avenue, Altrincham Road, Wilmslow, SK9…

Application Note Exploring the Impact of Part Per Billion Mass Accuracy for Metabolite Identification using Multi Reflecting Time of Flight MS with UPLC™ Part B Michael McCullagh, Martin Palmer, David Eatough, Emma Marsden-Edwards, James I. Langridge, Dale CooperShepherd Waters Corporation…

Application Note Exploring the Impact of Part Per Billion Mass Accuracy for Metabolite Identification Using Multi Reflecting Time-of-Flight MS With UPLC™ Part A Michael McCullagh, Martin Palmer, David Eatough, Emma Marsden-Edwards, James I. Langridge, Dale CooperShepherd Waters Corporation For research…

[ PRODUCT SOLUTION ] UPLC with the SELECT SERIES™ MRT for Metabolite Identification INTRODUCTION The SELECT SERIES MRT (Figure 1) is a state-of-the-art hybrid quadrupole Multi Reflecting Time-of-Flight mass spectrometer. It provides a unique combination of ultra-high (200,000 FWHM) resolution,…