WAVE, CORPUSCULE AND PHARMACOLOGICAL PROPERTY OF NANOMATERIALS

Literature data and results of our department studies on theoretical and practical basics of nanoscience were summarized in the article. Much attention is paid to research in the field of physical, chemical, biological, medical, pharmacological, and toxicological properties of nanomaterials with the aim of their wider implementation into practice lately. The discovery of new wave properties of nanoparticles is of particular importance. The author of the article advances an idea: wave properties of nanomaterials play greater role with a decrease in particle size. The preponderance of wave properties compared with corpuscular ones in nanostructures determines a great change in their physicochemical properties and an increase in physical, mechanical, biological, pharmacological, and toxicological activity. The idea that was advanced in the article hasn’t been verified by theoretical or experimental studies for now. Joining efforts of scientists of different scientific fields is needed. A confirmation of hypothesis by specific findings will be of great importance for medicine and pharmacology and promote an implementation of new efficacious preparations into clinical practice