This review examines GC×GC applications in forensic science and evaluates their analytical performance and legal readiness for routine implementation using a technology readiness framework.

Why doesn’t banana candy taste like real bananas? A researcher explains how Headspace GC-MS and the NIST library revealed key VOCs in Cavendish and Gros Michel bananas—and what instrument downtime taught them.

A decade-long study from the Czech National Atmospheric Observatory shows that banned pesticides persist in the air decades later, driven by soil re-emission and slow environmental degradation.

Vacuum-assisted HS-SPME with GC×GC-MS significantly enhances honey analysis, enabling sensitive quantification of 5-HMF and detailed volatile profiling with improved signal intensity and greener operation.

Chemometric GC×GC–MS analysis revealed that Brazilian hop cultivars are chemically similar to imported hops of the same type, with differences in selected terpenes relevant to brewing quality.

Alcohol consumption produces acetaldehyde, a toxic compound that damages DNA. Scientists from IOCB Prague reveal how cells repair this damage, shedding light on the link between alcohol and cancer.

Organomation explains how PFAS-free nitrogen evaporators eliminate fluoropolymer contamination by replacing PTFE tape with a PTFE-free sealant, ensuring safe and reliable PFAS sample preparation.

GC–MS metabolomics revealed that soil-applied insecticides induce distinct metabolic changes in coffee seedlings, affecting sugar pathways and alkaloid biosynthesis beyond pest control.

IOCB Prague is co-founding Taveren Therapeutics, a new biotech spin-off developing a novel cancer treatment strategy based on reactivating the body’s natural tumor suppressors.

Scientists from CATRIN and CEET developed a filtration membrane that removes bacteria and toxic heavy metals from water in one step, without energy or chemicals.