Explore how GC-LUMA leverages VUV detection to deliver sensitive, selective, and all-in-one GC analysis of impurities, solvents, and water—even in challenging pharma workflows.

In blog #4 of the GC Orbitrap Gurus series, discover how Scott Borden from BC Cancer Research Institute uses GC Orbitrap MS in innovative breathomics research.

PFAS, especially TFA, have been detected in wine at increasing concentrations. This blog presents a GC/MS method to detect TFA in wine down to low µg/l levels.

Streamline your GC-MS workflows with Chromeleon CDS—automated retention time alignment, smart diagnostics, and audit-ready reporting help you save time and reduce errors.

Choosing the right software for targeted MS quantitation boosts accuracy, compliance, scalability, and remote access—empowering labs to streamline workflows and protect data integrity.

Faster, precise GC-MS analysis of FAMEs in jet fuel boosts lab efficiency, ensures aviation safety, and supports sustainable fuel adoption beyond traditional IP 585 methods.

Advanced GC-MS method using ISQ 7610 enables sensitive, robust, and efficient quantification of FAMEs in jet fuel, ensuring regulatory compliance and supporting biofuel adoption.

The TSQ 9610 GC-MS/MS and advanced prep techniques like QuEChERS & µSPE enable sensitive, robust multi-residue pesticide analysis across complex food and environmental matrices.

Explore how Dr. Araceli Rivera-Pérez uses GC Orbitrap MS to advance food authenticity research. Discover her career path, challenges, and insights in our Guru Series!

We’re heading West to the USA, specifically Columbia University, where I had an awesome chat with Brooklynn McNeil about GC Orbitrap and exposomics Enjoy!