Titlebook: Advances in Artificial Hip and Knee Joint Technology; Volume 2: Advances i Max Schaldach,Dietrich Hohmann (Direktor der Ortho Book 1976 Spr

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Book 1976 cases, including patients with extremely severe joint pathology. However, artificial joint designs still pose problems with respect to their function, anchoring, materials employed and the interaction of the prosthesis with the surrounding biological tissues. Some of these problems are associated w

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State of the Art of Hip and Knee Joint Replacementssly and unobtrusively. Payr, one of the fathers of joint surgery had hoped to realize this dream conceived 150 years ago: Restoration of the ruin of a joint with its pain, contracture or instability. The optismism of this great surgeon, expressed in 1934 was based on the results of conventional int

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Biomechanics of the Hip and Knee Jointl centre. The stress on the surface of the joint is then determined by the magnitude of the resultant force (vectorial sum of muscle forces and body weight) and of the area of support on which the force is acting. Furthermore, the stress distribution is given by the position of the force within the

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Present Indication for Hip Joint Replacement and Implantation Techniquesin mind that total hip replacement is a major procedure and local complications such as infection, loosening of the fixation, and migration of the socket into the pelvis may lead to lifelong disability.

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Complications After Joint Replacement — Longterm Follow-Up, Clinical Findings, and Biomechanical Reson, loosening of the implant (including material failure) and wear, together with the thereby induced reaction of the surrounding tissue, which in turn may lead to loosening of the implant or stiffening of the joint. The presented figures, however, giving the number of cases associated with each of

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