Reliability of Multiresidue Identification: HRMS versus QQQ Mass Spectrometry
The causes of “false positive” and “false negative” derived from both QqQ-MS and HR-MS detection will be discussed.
Multiplatform Untargeted Metabolomics (LC/MS, GC/MS, CE/MS) vs Semitargeted LC/MS for Lipids and Polar Compounds
Advantages and limitations of these analytical platforms will be discussed with some examples from our laboratory.
Oligo to Go: Navigating your LC/MS Options for Oligonucleotide Characterization
This presentation will focus on a range of LCMS options for the characterization of oligo samples and data analysis strategies behind those efforts.
Critical Insights in the Detection of PFAS in Our Environment: How the PerkinElmer QSight LC/MS/MS System Can Offer a Robust and Reliable Solution
Presentation will explore some high-performance solutions to optimize your laboratory workflow for PFAS analysis.
Determination of Per and Polyfluoroalkyl Substances in Soils Using Carbon S SPE by LC/MS/MS
This study investigates the post-extraction matrix cleanup of 59 PFAS from loamy sand, reed sedge peat, and topsoil using the Bond Elut Carbon S 250 mg, 6 mL cartridges followed by LC/MS/MS analysis.
Ultra-High Sensitivity for Targeted Proteomic using Evosep-MRM at Single Cell Level
The robustness and throughput of the Whisper methods on the Evosep One combined with the sensitivity of the Agilent 6495C triple quadrupole support targeted analysis of proteomes at the single cell level.
Targeted Proteomic Analysis of Cell Death Pathway Activation in Cancer Cell Lines
Here we used an Agilent 6495C LC-MS/MS system and the MRM Proteomics PeptiQuant Plus kit to perform targeted analysis of 270 proteins in leukemia cells following treatment with the enzyme-drug L-asparaginase.
Ultrasensitive detection of Pesticides, Pharmaceuticals and personal care products in Water
TBD
Forever Chemicals Analysis Virtual Summit
This virtual symposium will give you access to the knowledge of leading thought-leaders in the fields of PFAS and Dioxins analysis as well as insights into the latest analytical workflows.
Tracking molecules made by the human microbiome
Both targeted and untargeted mass spectrometry approaches have been applied to identify the metabolites produced by intestinal bacteria that reach physiologically relevant levels in the systemic circulation.
