Laboratory of new antibacterial coordination compounds

Development of methods for the synthesis of new coordination compounds Cu(II), Zn(II), Co(II), Ag(I), Pt(II) with O, N, S-donor ligands, characterization of the obtained compounds by physico-chemical methods, study of their antibacterial properties

Development of methods and means of delivery of complex compounds synthesized in the project through the use of composite materials (ionogels) based on biocompatible inorganic and polymer matrices and ionic liquids, including the development of methods for obtaining hybrid ionogels containing transition metal compounds

Creation of a group of abiogenic carboxylate and hydroxyl ligands based on closoborate anions, including perhalogenated derivatives of boron clusters capable of exhibiting antimicrobial activity against antibiotic-resistant strains of microorganisms; determination of structural features of coordination compounds containing polyhedral boron anions as ligands; elucidation of the nature of the interaction of a metal atom with boron-containing carboxylate and hydroxyl ligands;