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Popov A.A.,Russian National Research Medical University | Sergeeva N.S.,Russian National Research Medical University | Britaev T.A.,RAS Severtsov Institute of Ecology | Komlev V.S.,RAS Institute of Metallurgy | And 7 more authors.
Bulletin of Experimental Biology and Medicine | Year: 2015

Physical and chemical (phase and chemical composition, dynamics of resorption, and strength properties), and biological (cytological compatibility and scaffold properties of the surface) properties of samples of scleractinium coral skeletons from aquacultures of three types and corresponding samples of natural coral skeletons (Pocillopora verrucosa, Acropora formosa, and Acropora nobilis) were studied. Samples of scleractinium coral aquaculture skeleton of A. nobilis, A. formosa, and P. verrucosa met the requirements (all study parameters) to materials for osteoplasty and 3D-scaffolds for engineering of bone tissue. © 2015, Springer Science+Business Media New York.


PubMed | Russian National Research Medical University, rtsen Moscow Research Cancer Center, RAS Severtsov Institute of Ecology and RAS Institute of Metallurgy
Type: Journal Article | Journal: Bulletin of experimental biology and medicine | Year: 2015

Physical and chemical (phase and chemical composition, dynamics of resorption, and strength properties), and biological (cytological compatibility and scaffold properties of the surface) properties of samples of scleractinium coral skeletons from aquacultures of three types and corresponding samples of natural coral skeletons (Pocillopora verrucosa, Acropora formosa, and Acropora nobilis) were studied. Samples of scleractinium coral aquaculture skeleton of A. nobilis, A. formosa, and P. verrucosa met the requirements (all study parameters) to materials for osteoplasty and 3D-scaffolds for engineering of bone tissue.

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