We present the combination of Vac-SPME and MC-SPME into Vac-MC-SPME, along with the enhanced separation capability provided by GC×GC and advanced tile-based data handling.

We aim to simplify complex data to elucidate high-level mechanisms of engineering processes using non-targeted (NT) analysis by two-dimensional gas chromatography coupled with mass spectrometry (GCxGC-MS).

Next 14 days and 7 webinars: Small Molecule Synthesis Workflow, Liquids & FTIR, Womens & Science & GCxGC, Empower 3.8, Biofuels, Refurbished instruments, GC Method Development.

This work aimed to verify compliance and validate the performance of two-dimensional gas chromatography coupled to mass spectrometry in different laboratories by monitoring probe metabolites in exhaled breath.

Two-dimensional gas chromatography (GC×GC) methodology, with dedicated sample preparation techniques, has been applied to investigate lipid fractions - total fatty acid profile and minor lipid components.

Next 14 days and 5 webinars: OpenLab & MS, Pesticides & GC/QQQ & He vs. H2, GC/MS/MS & SANTE, Small Molecule Synthesis Workflow, Liquids & FTIR.

Two procedures are described for the determination of non-volatile hydrocarbons according to DIN H53 (ISO 16703) using Clarity software by DataApex.

In the first, part we will summarize why GC×GC has not yet become established in the pharmaceutical field. In the second part, we will present how GC×GC-HRMS was used to investigate the active API.

Development of a low solvent consuming sample preparation for the analysis of xenobiotics in vegetable oils using cryogenic-modulation GC × GC combined with QqQMS

Next 14 days and 6 webinars: Sample Prep, PFAS & FTIR, Food analysis, OpenLab & MS, Pesticides & GC/QQQ & He vs. H2, GC/MS/MS & SANTE.