SUBMICRON MINERAL PARTICLE WITH MODIFIED SURFACE FOR HEMODIALYSIS MODEL
Roman.A. Anisimov1, Polina.A. Demina1, Roman.A. Verhovsky1, Natalia.A. Shushunova1, Elizaveta.S. Shamsutdinova2 , Maria.V. Lomova1
1 Saratov State University
2 Kotel'nikov institute of radio engineering and electronics of RAS
Abstract
One of the important tasks associated with the development of biophysics, medicine, and pharmacology is the development of new protocols for treatment and palliative medicine, increasing the efficiency of diagnosis and monitoring of various diseases. The creation of new classes of materials for the filtration of biological fluids is a promising task for solving issues related to personalized medicine and applications of pharmacology. The need for rapidly changing filtration platforms such as blood is a requirement for state-of-the-art hemodialysis. This work aims to modify the surface of quasiellipsoidal porous submicron calcium carbonate particles using EDTA chelation of calcium ions and to study the effect of processing submicron CaCO3 particles on their sorption capacity. Surface modification of submicron calcium carbonate particles can serve as a good platform for further applications in hemodialysis.
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Speaker
Roman Anisimov
Saratov State University. Science Medical Center.
Russian Federation
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