SENSITIZERS BASED ON NANOSTRUCTURED SELENIUM HETEROCYCLES AND THEY APPLICATIONS IN MEDICINE
GC method with MCD, UV spectroscopy and VZHEK indentifitsirovany products of photochemical reactions and found that the photochemical oxidation occurs before the bromides corresponding hetorocyclic cations. Chain reactions proceed via free radical mechanism. Chomatography revealed the presence in the reaction mixture boromoforma, bromobenzence and tetrabrometilena. Investigated the likely mechanism of the chemical processes oxidation of 9 phenyl- symm.- oktagidrochalicogenokcantens, selenotsiklogeksanov based on the analysis of the products studied conversion date physic – chemical methods of analysis. Found that halkogenatsiklogeksany ableto undero photochemical oxidation in the presence of CCL4 and CBr4 to form a hetero-cations. Shows that halkogenatsiklogeksany can serve as sensitizers for photochemical oxidation. We obtained by us in the course of the photochemical synthesis of nanostructured materials can provide the best extended benefits in terms of learning their medical and biological properties of the cap previously registered products.