Metal wear debris and released ions (CoCrMo), which are widely generated in metal‐on‐
metal bearings of hip implants, are also found in patients with metal‐on‐polyethylene …

The success of hip arthroplasty is based on modern materials in addition to the continuous
development of surgical techniques and clinical experience gained over six decades. The …

Abstract Hydrogen-free aC/aC: Ti nanomultilayer (aC NM) films were deposited on medical
Ti6Al4V by the magnetron sputtering technique under bias-graded voltage. Cell tests and …

We investigated the biophysical effects (cell elasticity and spring constant) caused on Saos-
2 human osteoblast-like cells by nanosized metal (Co and Ti) wear debris, as well as the …

Background Metals and their ions allow specific modifications of the biological properties of
bioactive materials that are intended for application in bone tissue engineering. While there …

This prospective study examined the content of metals released from total joint arthroplasty
into joint fluid, whole blood and periprosthetic tissues. We determined the levels of Ti, V, Nb …

Exogenous glucocorticoids increase the risk for osteoporosis, but the role of endogenous
glucocorticoids remains elusive. Here, we describe the generation and validation of a loss …

髋关节假体磨损及磨损颗粒所导致的无菌性松动是髋关节置换失败的重要原因.
本文作者对国内髋关节磨损研究时采用的运动学与力学曲线以及针对国人测绘的相应曲线进行 …

In the present research a novel method of increasing in mechanical characteristics (wear
resistance, friction coefficient, Young's modulus and nanohardness) of titanium implants is …

Systemische Effekte von aus Endoprothesen freigesetzten Metallen rücken zunehmend in
den Fokus des Interesses von Patienten, Ärzten, Wissenschaftlern und Legislative …