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1·Ti shape memory alloy stemless femoral prosthesis, and traditional stemmed hip prosthesis.

记忆合金无柄股骨假体股骨上的应力分布与正常股骨相近。

2·Biomechanical analysis of artificial hip prosthesis was made by nonlinear finite element method (FEM).

并采用非线性有限元方法，进行人工髋关节的生物力学分析。

3·Conclusions Hip prosthesis can cause intravasation of bone marrow fat that leads to platelet activation.

结论髋关节假体置换术可引起骨髓脂肪入侵血液循环并导致血小板激活。

4·AIM: To assess the effects of the early healing routine rehabilitative intervention after the revision of hip prosthesis.

目的：评定人工髋关节翻修术后早期实施程序化康复干预的效果。

5·In 4 cases with cemented hip replacement, 2 cases reserved calcar femoral bone flap got union, and 1 hip prosthesis had loosen.

行骨水泥型人工关节置换的4例中2例保留的股骨距骨块愈合，1例出现假体松动。

6·Individualized hip prosthesis can improve matching between femur and femoral prosthesis, which extends service life of prosthesis. And it can meet special cases.

个性化人工髋关节可以提高假体与骨之间的匹配程度，延长假体寿命，而且可满足特殊病例需要。

7·Methods Experimental group was consisted of 26 patients receiving hip prosthesis, and control group included 24 patients experiencing soft tissue trauma or other operations.

方法将26例髋关节假体置换术患者作为研究组，24例软组织手术患者作为对照组。

8·Objective: to obtain 29 anatomic parameters of normal Chinese proximal femur through ct 3d reconstruction so as to provide anatomical references for hip prosthesis selection and design.

目的：通过CT三维重建正常中国人股骨近端大体形态，测量29个解剖参数，为选择、设计假体提供解剖学依据。

9·Conclusion: Internal fixation with memory alloy embracing fixator could serve as the first choice to treat the fracture around the prosthesis of femur after hip arthroplasty.

结论：记忆合金环抱器内固定可作为人工髋关节置换术后股骨假体周围骨折的首选治疗方法。

10·This consideration is of particular importance given that many patients who have had hip resurfacing are likely to outlive the prosthesis.

这个考虑对于已经做了髋关节置换又可能比假体活得长的患者特别重要。