I. V. Babushkina

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Bacterial contamination of experimental purulent wound in rats treated by local applications of suspension of copper and zinc nanoparticles and a combined drug based on chitosan and copper and zinc nanoparticles was evaluated. Applications of copper nanoparticle suspension and combined drug with copper and zinc nanoparticles and chitosan led to rapid(More)
We present the results of comparative analysis of functional and morphological changes in the liver of animals with experimental CCl4-induced hepatitis under conditions of transplantation of neonatal liver cells and nuclei. It was found that transplantation of neonatal liver cell nuclei in acute toxic hepatitis provides better functional and structural(More)
We have summarized in this paper main conceptions on structure and function of vascular endothelium with special attention to the role of caveolae both in regulation of function of endothelium itself and transvesicular transport of metabolic substrates. We have also described the role of shear stress in activation of vascular endothelium and putative(More)
We researched influence of original wound-healing composite, including chitosan and nanoparticles of copper and zinc, on specific of reparative regeneration of an experimental soft tissue full layer rat's wounds, which were conditionally aseptic and infected. The composite stimulation of reparative regeneration is related both to its antibacterial effect,(More)
We developed wound coating based on natural biopolymer chitosan with additional components (ceruloplasmin, L-asparaginic acid, and glycerol). Experiments on albino male rats demonstrated its regeneratory, antioxidant, and antibacterial effects on wounds involving all layers of the skin. Due to chemical composition and buffer component, the biodegraded wound(More)
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