Pharmaceuticals, used in medicine and livestock feed, can persist at low levels in the environment. Conventional wastewater treatment can't remove them, impacting water sources.

This study develops and validates an LC-MS/MS assay to quantify low creatinine levels in sweat and saliva, supporting non-invasive biosensor-based kidney function monitoring during haemodialysis.

A GAČR-supported project led by Dr. Mario Vazdar investigates how arginine-rich peptides penetrate cells, aiming to clarify key mechanisms in targeted drug delivery and membrane biochemistry.

This study assesses the use of LC-QTOF-MS with data independent acquisition for quantifying target pesticides and screening suspects in agriculture-impacted water samples.

This study aims to create and validate a serum preparation method enabling combined untargeted NMR and multi-LC-MS analysis from one sample, enhancing efficiency and metabolome coverage.

Prof. Helen Cooper from the University of Birmingham shared new insights into imaging large multiprotein complexes using native nano-DESI mass spectrometry.

Karel Havlíček founded a start-up with a friend to bring 3D printing to medicine and is working as a researcher at TUL on water purification using nanofibres.

The study assesses dispersion and plate height behavior in 3D-printed TPMS stationary phases, identifying optimal structures for LC based on flow and retention performance.

Every building tells a story. Chemical analysis reveals hidden changes in materials like plaster or brick, helping experts restore historical structures with care and precision.

This review outlines IEX fundamentals and explores advanced strategies—like pH gradients, ultra-short columns, and coupling with MS—for characterizing complex biotherapeutics.