Michał Marszałł

Michał Marszałł is a Professor in the Department of Medicinal Chemistry at Nicolaus Copernicus University's Faculty of Pharmacy. His research focuses on enzymatic biocatalysis, nanoparticle applications in drug delivery, chiral drug synthesis, and analytical methodologies. He has authored over 214 publications and supervised 7 promoted theses. His work emphasizes the development of green chemistry approaches, such as ionic liquid-assisted reactions and enzyme immobilization technologies, with applications in cardiovascular drug design and biosensor fabrication. He is a member of the University Center of Excellence 'Towards Personalized Medicine.'

Key research areas include:

• Enzyme-catalyzed kinetic resolution of racemic drugs
• Design of nanohybrid materials for biosensors and wound dressings
• Optimization of lipase activity in pharmaceutical synthesis
• Development of chiral separation methods using two-phase catalytic systems

Recent studies highlight advancements in:

• Manganese sulfanyl porphyrazine-based biosensors
• Immobilized lipase systems for thermal stability
• Pharmacokinetic interactions of antiplatelet drugs

His contributions span 5 research projects, 1 patent, and 2 notable achievements in medicinal chemistry innovation. Collaborations emphasize translational research in personalized medicine and eco-friendly pharmaceutical processes.