Explore SkinVOCs® sampling and TD-GC×GC/ToFMS for body volatolome analysis. Learn how age, gender, and body location influence skin VOCs for non-invasive health monitoring.

Discover a one-step microwave-assisted method for lipid extraction and derivatization into FAMEs, analyzed by FM-GC×GC-FID. A robust, greener, and faster alternative for complex food matrices.

Vac-HS-SPME/GC×GC-qMS enables sensitive 5-HMF quantification and volatile profiling in honey, offering higher yield, better green metrics, and broader analytical capabilities.

Štěpán Urban’s research shows how GC×GC-MS deciphers human scent into digital signatures for forensic and medical uses—ranging from identity to disease detection.

Join the 17th Multidimensional Chromatography Workshop in Williamsburg, VA, Jan 13–15, 2026! Register now & submit abstracts by Sept 1 to be part of the program.

LabRulez portals offer fast and effective access to analytical chemistry resources—news, apps, webinars, instruments, and jobs. Build your profile and share in the expert community.

Using HSSE and GC×GC-TOF MS, we investigate volatile migration in packaged oats. Advanced profiling reveals how different packaging materials impact aroma, safety, and product differentiation.

Solvolysis and microwave-assisted extraction were used to recover materials from wind turbine blades. GC×GC-TOFMS revealed ~60 compounds, aiding sustainable recycling strategies.

First-time quantitative analysis of NSO-HETs in fuels using GC×GC-ToFMS after LC fractionation. The method shows high precision, accuracy, and applicability to real fuel samples.

With high cannabis use among Canadians, this study examines the composition of vape and smoke, their effects on lung cells, and third-hand exposure risks via fabric-absorbed residues.