Physicochemical properties of magnetic submicron carriers to achieve the maximum effect of hyperthermia
Veronika A. Kildisheva, 1 Roman A. Anisimov, 1 Alexandra E. Kalinova, 1 Polina A. Demina, 1 Maria V. Lomova 1 1 Saratov State University, Saratov, Russia
Abstract
When encapsulated in magnetic submicron mineral carriers, for example, a cytostatic drug, it is possible to remotely target anti-cancer carriers to a tumor in order to reduce side systemic and local effects, as well as activate and enhance the function of magnetic hyperthermia. In this regard, it becomes urgent to study the behavior of the properties of submicron carriers, namely, the release profile of the drug, the change in the temperature of the suspension of the carriers and the acidity of the medium, under the action of a low-frequency magnetic field (from 17 to 96 Hz).
Speaker
Veronika Andreevna Kildisheva
Saratov State University
Russia
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