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- Describes the surgical techniques and implants used for patient-specific hip and knee replacement
- Highlights key benefits compared with conventional techniques
- Explains the emerging role of various technological tools
- Written by world leaders in the field
This book describes and illustrates the surgical techniques, implants, and technologies used for the purpose of personalized implantation of hip and knee components. This new and flourishing treatment philosophy offers important benefits over conventional systematic techniques, including component positioning appropriate to individual anatomy, improved surgical reproducibility and prosthetic performance, and a reduction in complications. The techniques described in the book aim to reproduce patients’ native anatomy and physiological joint laxity, thereby improving the prosthetic hip/knee kinematics and functional outcomes in the quest of the forgotten joint. They include kinematically aligned total knee/total hip arthroplasty, partial knee replacement, and hip resurfacing. The relevance of available and emerging technological tools for these personalized approaches is also explained, with coverage of, for example, robotics, computer-assisted surgery, and augmented reality. Each chapter is written by one or more surgeons who are considered world leaders in a specific field of this novel surgical philosophy. The book will be of value to a wide readership, from trainees at all levels to consultants practicing lower limb surgery. Table of Contents- Can Evidence-Based Medicine and Personalized Medicine Coexist?
- Hip Anatomy and Biomechanics Relevant to Hip Replacement
- Hip Replacement: Its Development and Future
- Reproducing the Proximal Femur Anatomy Using Hip Resurfacing Implants
- Reproducing the Proximal Femur Anatomy Using Neck Anchorage Stem Design
- Reproducing Proximal Femur Anatomy with Custom Stems
- Reproducing the Proximal Femoral Anatomy: Large-Diameter Head THA
- Reproducing the Proximal Femur Anatomy: Modular Femoral Component
- Reproducing the Proximal Femur Anatomy: 3D Preoperative Planning and Custom Cutting Guides
- Reproducing the Hip Anatomy: Intraoperative Planning and Assistive Devices (CAS, Robotics)
- Kinematic Alignment Technique for Total Hip Arthroplasty
- The Effect of Spinopelvic Motion on Implant Positioning and Hip Stability Using the Functional Safe Zone of THR
- Modern Imaging in Planning a Personalized Hip Replacement and Evaluating the Spino-pelvic Relationship in Prosthetic Instability
- Knee Anatomy and Biomechanics and its Relevance to Knee Replacement
- The Future of TKA
- The Kinematic Alignment Technique for Total Knee Arthroplasty
- Restricted Kinematic Alignment: The Ideal Compromise?
- Unicompartmental Knee Arthroplasty
- Custom Unicompartmental Knee Arthroplasty
- Patello-femoral Replacement
- Combined Partial Knee Arthroplasty
- Custom Total Knee Arthroplasty
- Bicruciate Total Knee Replacement
- Kinematically Aligned Total Knee Arthroplasty Using Calipered Measurements, Manual Instruments, and Verification Checks
- Kinematic Alignment Total Knee Replacement with Personalized Instruments
- Performing Patient-Specific Knee Replacement with Intra-Operative Planning and Assistive Device (CAS, Robotics)
- Augmented Reality Technology for Joint Replacement
- Assessing the Quality of Knee Component Position Following Kinematically Aligned Total Knee Arthroplasty
- ‘À La Carte’ Joint Replacement
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