Abstract
At the Tomsk State University, a composite material was developed based on porous titanium nickelide and bambus[6]uril which was deposited on the surface of porous titanium nickelide under vacuum. Bambusuril surface occupancy has been assessed, and the biological response of cells to modified samples has been studied. Using scanning electron microscopy, it was possible to establish that the surface of porous titanium nickelide is unevenly covered with bambusuril island-shaped agglomerates size 0.3–3 µm. Bambus[6]uril is localized both on the surface and in the pores. The developed material has high biocompatibility in vitro and low toxicity.
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