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Displaying 1-3 of 3 results for Tag: Data Dependent Analysis
Analysis of Beer Using a High Speed U-HPLC Coupled to a Linear Ion Trap Hybrid Mass Spectrometer
Instrument Type: LCMSMSWe coupled a HRAM instrument to an ultra high pressure LC. The optimized LC method decreased the total analysis time from 130 to 25 minutes. Considerable time and cost savings facilitate routine process monitoring and quality control applications. Reproducible chromatography combined with reliable highly accurate mass measurements on the LTQ Orbitrap enable fast profiling of complex mixtures for their comparison (typing). Also,unknown components of the mixtures can be identified and their chemical structures confidently assigned using the MSn fragmentation capabilities of the LTQ Orbitrap.
Simultaneous Analysis of Mycotoxins in Dairy Products by Liquid Chromatography - Quadrupole Orbitrap Mass Spectrometry
Instrument Type: LCMSMycotoxins are a diverse group of highly toxic secondary metabolic products from various fungal species. Their analysis can be challenging because the physicochemical properties of these compounds vary widely. LCMS has been widely used, however, this technique is not suitable for simultaneous screening of large numbers of mycotoxins. Instead, ultrahigh-performance LC coupled with hybrid quadrupole-Orbitrap MS can provide both detailed structural information and effective screening of multiple mycotoxins.
Analysis of Beer Using a High Speed U-HPLC Coupled to a Linear Ion Trap Hybrid Mass Spectrometer
Instrument Type: LCMSMSWe coupled a HRAM instrument to an ultra high pressure LC. The optimized LC method decreased the total analysis time from 130 to 25 minutes. Considerable time and cost savings facilitate routine process monitoring and quality control applications. Reproducible chromatography combined with reliable highly accurate mass measurements on the LTQ Orbitrap enable fast profiling of complex mixtures for their comparison (typing). Also,unknown components of the mixtures can be identified and their chemical structures confidently assigned using the MSn fragmentation capabilities of the LTQ Orbitrap.
