Peter’s lab combines GC×GC innovation, real forensic workflows, and strong industry partnerships to train students and advance research from fingerprint aging to complex chemical mixture analysis.

In this interview, Taylor Bias shares how she studies the protein MitoNEET using GC-MS and HPLC, uncovering its enzymatic roles and links to diabetes, Parkinson’s disease, and cancer.

Dr. Haleigh Boswell of Chevron shares her journey and insights on GC×GC, renewable fuels, and analytical innovation in the energy sector in the Concentrating on Chromatography podcast.

PhD student Eugene Oga explores silicone sealant degradation using evolved gas analysis and pyrolysis GC-MS, revealing how materials age and degrade in construction.

Prof. David Hanigan explains why PFAS removal isn’t enough, how online FTIR reveals gas-phase products, and where EPA 1633 vs. 533/537 and OTM-45/50 fit in real-world PFAS analysis.

Award-winning chromatographer Caitlyn explains why GC and LC are complementary, how GC×GC unlocks complex aromas, and what her team learned about coffee’s potato taste defect—plus where AI fits next.

Graduate student Matthew Bolino discusses his research on short-chain fatty acid production using GC–MS, exploring how gut microbes metabolize fibers and how this shapes human health.

Scientists at IOCB Prague created MSⁿLib, a vast mass spectrometry library with millions of records, enabling rapid unknown compound identification and boosting drug discovery and biomedical AI.

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.

Discover how MSCA and ERA fellowships empowered two RECETOX researchers to grow as independent scientists, tackle global health challenges, and inspire future scientific careers.