Hip Replacement: Its Development and Future
- PMID: 33347136
- Bookshelf ID: NBK565772
- DOI: 10.1007/978-3-030-24243-5_3
Hip Replacement: Its Development and Future
Excerpt
There have been significant developments since the first attempts to treat degenerated hips with tissue interpositional arthroplasty (with materials such as fascia lata and pig’s bladder) or hemi-resurfacing using glass molds by Smith-Peterson in 1937 [1]. While the first total hip replacement has been attributed to Wiles in 1938, it was considered a failure—its success and widespread adoption only occurred in the 1960s when Sir John Charnley introduced “low-friction arthroplasty” using acrylic cement for fixation. This early age of hip arthroplasty has been followed by decades of incremental development directed at reducing failure (including that related to loosening, instability, implant wear, and osteolysis) while accommodating the high-activity profile and increased longevity of the modern patient [1].
Copyright 2020, The Author(s).
Sections
- 3.1. Evolution of Hip Implant Designs
- 3.2. Evolution of Instrumentation for Implanting Hip Components
- 3.3. Evolution of Hip Approaches
- 3.4. Evolution of Techniques for Aligning Hip Components
- 3.5. Residual Complications with Conventional Implantation
- 3.6. A Personalized Implantation May be the Next Step for Improvement of Clinical Outcomes
- References
References
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- Jaffe W, Scott D. Rationale and clinical application of hydroxyapatite coatings in pressfit total hip arthroplasty. Semin Arthroplast. 1993;4(3):159–66. - PubMed
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