作者: Wayne P. Gray , Lawrence D. Dorr , Brian D. Burkinshaw
DOI:
关键词: Biomedical engineering 、 Prosthesis 、 Prosthetic knee 、 Fixation (surgical) 、 Materials science 、 Range of motion 、 Proximal tibia
摘要: The present invention relates to prosthetic knee devices providing for an expanded range of translational movement without substantially reducing the risk inadvertent dislocation when implanted. achieve motion requiring a substantial posterioral shifting points contact between femoral and tibial components. prostheses also reduce breakdown plastic components prosthesis underlying resectioned proximal tibia surface by expanded, winged fixation post.