How MSⁿ spectral libraries like mzCloud help identify substructures in unknown compounds. Learn how fragmentation data can guide structure elucidation and support identification of complex molecules.

The study evaluates how needle gauge, nitrogen flow rate, and needle design influence solvent evaporation rate during sample concentration and provides practical optimization guidance.

How do you boost toxicology productivity without sacrificing sensitivity? LC-MS/MS workflows enable rapid analysis of a broad range of drugs in 5–7 minutes.

Why avoid C18 for polar analytes? Overview of HILIC principles, mobile phase composition, gradient strategy, pH testing, and practical tips.

Get legendary Thermo Scientific LC-MS performance at a fraction of the cost. Factory-certified pre-owned systems deliver reliability, full warranty, expert support, and a smarter, sustainable investment.

EU Drinking Water Directive 2020/2184 sets ultra-low limits for pesticides, PFAS, metals and endocrine disruptors. Learn how SPE and nitrogen evaporation enable LC-MS/MS compliance at ng/L levels.

Scientists at IOCB Prague reveal a previously unknown mechanism that initiates gene transcription. Using cryo-EM, they uncover how alarmone molecules enable RNA synthesis under stress.

Launch Manager in Clarity allows you to start the software with predefined instrument configurations. Learn how to manage multiple detector setups and switch between them quickly without manual reconfiguration.

50 years of ion chromatography: how IC and Chromeleon software evolved together to deliver clearer data, smarter workflows, and lasting impact on modern analytical laboratories.

How the EU’s revised Urban Wastewater Treatment Directive is driving demand for ultra-sensitive LC-MS/MS workflows—and why nitrogen evaporation is critical for reliable micropollutant monitoring.