New paper: Addressing method transfer and robustness challenges using Design Space modelling

A new study co-authored by researchers from the Molnár Institute of Applied Chromatography, Pannon University, and Egis Pharmaceuticals tackles one of analytical chemistry’s frequent challenges: instrument-to-instrument variability during HPLC method transfer. Titled ‘Addressing method transfer and robustness challenges using Design Space modeling’ the paper is lead-authored by Arnold Zöldhegyi (Senior Scientist, Molnár-Institute), alongside Dr. Krisztián Horváth (Pannon University), Dr. Imre Molnár (President, Molnár-Institute), and Dr. Róbert Kormány (Egis Pharmaceuticals Plc). The study demonstrates how Design Space modeling mitigates system-related effects to secure long-term method robustness and reproducibility.