Role of complexation on the redox mechanism
of organic compounds

Redox activity and antioxidant properties of bioactive compounds, a role of protection by cavity of cyclodextrin.
 publications   2018-2024

Electrochemistry of compounds important in molecular electronics.

Complexation of organic ligands with metal cations.


The electrochemical behaviour of europium complexes of potential MR imaging ligands was studied using several electrochemical methods. Agents as DTPA, DOTA, as well as newly developed ligands were used for complexation.

 publications   2011-2016



Electrochemistry of compounds important in the environment such as phenylether and hydroxybenzonitrile herbicides.
 publications   2005-2011


Electrochemistry of compounds important in environment and their interfacial properties
has been subject of our research for many years.  Electrochemical properties of triazine
herbicides and dicarboximide-type pesticides were studied. Detailed electrochemical study of  inclusion complexes of these compounds with cyclodextrins. Complicated
reduction mechanism of carboxyimid-type pesticide vinclozoline with beta-cyclodextrin
was supposed. It was found that the reduction mechanisms of triazine derivatives and
also vinclozoline are influenced by formation of inclusion complex. The role of cavity of
host differs in both cases significantly.
 publications   1995-2001


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