Orthopedic stomatology

Keywords recycling, polymethylmetacrylate, composition, orthopedic stomatology, bugles a skeleton. 

Received at recycling glassy organically MMA forms a basis for reception of a polymeric composition, polymerization room temperature which further can be used at manufacturing bugles skeletons in practice of orthopedic stomatology. 

Shaov A.Kh., Kushhov M.I., Kushhov E.M. Polymeric composite materials cold hardened for orthopedic stomatology IIAbstr. VI Russian scientific forum Stomatology 2004 .-2004.-P. 194-195. 

Shaov A.Kh. Reception of polymeric compositions for orthopedic stomatology on the basis of utilized glassy organically HAbstr. of XXVI international conf. and exhibitions Composite materials in the industry .-Yalta (Crimea). -2006.-P. 239-241. 

Kushhov E.M., Shaov A.Kh. Polymeric of a composition for orthopedic stomatology HAbstr. XVI Russian youth scientific conf, devote to an 85-anniversary from birthday prof. V.P.Kochergin. - Ekaterinburg.-2006. - P.255. 

Napadov M.A., Shturman A.A. etc. //Increase of durability and biological indifference of orthopedic designs from acrylic plastic /Stomatology.- 976.-Uo 1. 

The implants used in stomatology and modern orthopedic surgery are manufactured from three different alloy systems, each presenting main characteristic components ... 

Flarm caused by the use of metallic implants is essentially due to the release of ions resulting from the corrosion of these alloys. This concerns principally Ni, Cr and Co for any application. Be, Cd, Pd, Ag and Cu for dental alloys, and Ti for stomatological and orthopedic implants (Flildebrand etal. 1995 Flildebrand and Flornez 1998 Hornez et al. 2002). 

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