LCMS webinars focusing on LC/HRMS - page 49

In this webinar, Shimadzu presents analytical strategies to simplify untargeted screening workflow for natural products discovery. This includes using QTOF LCMS-9030.

This webinar will cover: Automating Sample Preparation to Mitigate Risks in Nitrosamine Impurity Analyses & UPLC-TOF Platform for N-Nitrosamine Investigation in Pharmaceuticals.

To unravel the molecular mechanisms controlling such plasticity and HepaRG transdifferentiation abilities, the proteomes of several cell lines derived from HepaRG progenitors were compared.

Combining the AQbD knowledge with structural information of unknown degradation products using exact mass spectrometry provides a set of new techniques previously not readily available to all pharma scientists.

Chromatographic and MS techniques solutions to assess food quality and maintain purity control & UHPLC/QTOF untargeted metabolomics approaches: Ensuring hazelnut geographical origin and saffron authenticity

This webinar offering attendees a deep understanding of the advantages and place of microLC hyphenation with high-resolution accurate mass (HRAM) MS in proteomics research.

The research, based on UHPLC, HRAM MS/MS analysis of dried blood spot (DBS), will highlight the importance of optimized analytical methods for the generation of high quality data for large scale metabolomic

Organic pigments are characterized by laser desorption ionization-trapped ion mobility spectrometry-time of flight-mass spectrometry (LDI-timsTOF-MS) imaging.

We present highly sensitive HCP identifications using NIST mAb reference material as sample. A high number of protein identifications is shown using the Bruker timsTOF Pro 2.

In this presentation you will understand how EAD differs from ETD, CAD and ECD and how each of these techniques have been used to help characterize proteins.