Nechaeva O.V. 1
Shurshalova N.F. 2
Zayarskiy D.A. 2
Tikhomirova E.I. 3
Vakaraeva M.M. 2
Vedeneeva N.V. 3
3
1 Saratov State Medical University n.a. V.I. Razumovsky
2 Saratov State University n. a. N.G. Chernyshevsky
3 Saratov State Technical University n.a. Yu.A. Gagarin
Research of antimicrobic activity of five heterocyclic enamine compounds of was conducted. From those we selected adamanthylmetilene- cyclohexene -dicarboxylate with high antibacterial properties towards reference-strains and clinical isolates of Gram-positive and Gram-negative bacteria. We created the in which «core-shell» structure adamanthylmetilene- cyclohexene-dicarboxylate acted as a core. The cover was created by consecutive adsorption of biocompatible polymer on «core-shell» surfaces. That polymer was poly azolidine ammonium the hydrate ions of halogens. Increase of antimicrobic activity of the «core-shell» structure towards all studied microorganisms (compared with initial heterocyclic compound) was established. The synergic effect of enamines and polymeric was found. Therefore, creation «core-shell» structure on the basis of heterocyclic compounds with antimicrobic properties and biocompatible polymers is the perspective direction of efficiency increase of the synthetic preparations possessing biological activity.