The area of scientific interest covers a broad spectrum of biological inorganic chemistry, otherwise known as bioinorganic or biomedical chemistry, in particular:

• transport and homeostasis of metal ions (including iron, zinc, copper, nickel) in pathogens; the correlation of structure and function in siderophores and other metallophores and their complexes; biomimetic systems
• biomimetics of siderophores as a tool to develop non-invasive, in vivo imaging agents that allow more specific and sensitive diagnostics and differentiation of the source of infection (bacterial/fungal) and drugs based on the Trojan horse strategy
• thermodynamics, structure and function of metal-protein/peptide complexes; interaction of metals with other biomolecules
• the effect of binding of metal ions on fibrillation of proteins involved in neurodegenerative and autoimmune diseases; molecular basis of neurodegenerative diseases such as Alzheimer's or Parkinson's disease
• metal chelating agents - searching for new effective compounds for the needs of chelation therapy, enzyme inhibition, development of contrast agents
• multi-nuclear coordination compounds and coordination polymers with promising physical and chemical properties