Chemistry educator Natasha Le discusses how students learn separation science, why critical thinking matters more than memorizing procedures, and how future analytical scientists are trained.

In this interview, Rajas Poorna and Charles Anderson discuss the Evaponator, an affordable, portable sample-drying system designed for field use and low-resource labs.

Discover how LC-MS is helping researchers identify new antibiotic targets by studying bacterial cell wall remodeling and developing chemical probes to combat antimicrobial resistance.

Dr. Terry discusses PFAS contamination, analytical challenges, fluorine mass balance, treatment technologies, and future directions for monitoring and protecting drinking water quality.

Analytical chemist Amanda Guiraldelli discusses AQbD, DOE, LC-MS, method development, biopharmaceutical analysis, and the future role of AI in chromatography.

Discover how LC-MS, high-resolution mass spectrometry, and advanced analytics are transforming GLP-1 peptide drug development, biosimilar characterization, and biopharmaceutical workflows.

Jeff Zonderman discusses how DART, ion mobility, and chromatography-free mass spectrometry are transforming clinical, forensic, and environmental workflows through faster, simpler analysis.

Daniel Nelson explains how SLIM ion mobility technology could transform LC-MS workflows by improving sensitivity, speeding MS/MS acquisition, and reducing reliance on quadrupole isolation.

Discover how GC-MS, LC-MS, ion chromatography, and NMR help scientists investigate organic molecules on Mars and distinguish potential biosignatures from analytical artifacts.

How do metal identity and fluorination affect phthalocyanine photostability? This interview explores UV-Vis monitoring, solvent effects, aggregation, and future LC-MS strategies for degradation studies.