- Study of the antioxidant activity of plant polyphenols with regard to the biological membrane and their influence on the structure and function of the membrane.
- tudy of lipid-DNA interactions using fluorescence correlation spectroscopy (FCS).
- Electrophysiology of interactions of organometallic compounds with tonoplast ion channels.
- Modification of biological and model membranes by biologically active compounds.
- Investigation of toxicity mechanisms of selected organic compounds of tin and lead on biological and model membranes, and protection of membranes against toxicants.
- Research on the micellization process and interaction of ionic and non-ionic surfactants with membranes.
- Research on the properties of erythrocyte membranes exposed to various biologically active substances.
- The influence of biologically active amphiphilic compounds on the functioning of ion channels in algal cells.
- Structural and functional changes in biological and model membranes studied with calorimetric (DST, ITC) and spectroscopic (NMR, EPR, IR (ATR) methods.
- Interaction of non-ionic sugar surfactants with lipid model membranes.
- In vitro studies of biological activity of polyphenolic plant extracts.
- Changing the shape of erythrocyte cells as a method for determining the location of biologically active compounds in biological membranes.
Theoretical research is also conducted at the Department of Physics and Biophysics.
