Modern endoprosthetics requires the examination of basic principles such as metallurgy, tribology, gait analysis, model and system development, methods of implant fixation, design, surface problems, material characteristics, stability behaviour, and operating techniques. With a background of more than 30 years of experience, this work presents a summary of these fields, providing the reader with the current state of knowledge. It is dedicated to Dr. med. h.c. Otto Frey-Zünd who, in conjunction with orthopaedic surgeons, scientists and engineers from all over Europe, developed artificial joints…mehr
Modern endoprosthetics requires the examination of basic principles such as metallurgy, tribology, gait analysis, model and system development, methods of implant fixation, design, surface problems, material characteristics, stability behaviour, and operating techniques. With a background of more than 30 years of experience, this work presents a summary of these fields, providing the reader with the current state of knowledge. It is dedicated to Dr. med. h.c. Otto Frey-Zünd who, in conjunction with orthopaedic surgeons, scientists and engineers from all over Europe, developed artificial joints for hips, knees, elbows and wrists in over 30 years of pioneering work.
I Basic Principles.- The Lessons from 30 Years of Success and Failure of Total Joint Replacement.- The Importance of Remembering Past Mistakes When Considering Implant Materials for Future Hip Endoprostheses.- Tribology of Artificial Joints.- The Reactivation of the Metal-Metal Pairing for the Total Hip Prosthesis.- Osseointegration of Sulmesh Coatings.- Biomechanics of Osseointegration of a Cementless Hip Joint Cup in Animal Experiments.- Primary Stability of Cemented and Noncemented Implants.- Gait Analysis: A Biomechanical Tool in the Development of Artificial Joints.- Gait Analysis of Normal Persons and Patients with Coxarthrosis Before and After Conservative Therapy and After the Implantation of a Total Hip Endoprosthesis.- II Cemented Acetabular Fixation.- The Cemented Hip Cup: The Weber Polyethylene-Ceramic and Metasul Cups and the High-Pressure Cementing Technique.- III Noncemented Acetabular Fixation.- Noncemented Acetabular Fixation in Primary Total Hip Replacement.- The Saint Nabor Cup: 8 Years of Experience.- Rationale of the Press-Fit Cup.- IV Cemented Femoral Stem.- The Weber Stem and the High-Pressure Cementing Technique.- The Cemented MS-30 Stem.- The Cement-Fixed Hip Replacement System.- V Noncemented Femoral Stem.- The Cementless Femoral Stem.- The Development of the Thrust Plate Prosthesis.- Conical Stem Fixation for Cementless Hip Prostheses for Primary Implantation and Revisions.- VI Noncemented Endoprosthesis Systems.- The CLS System.- The Cementless CLW System.- The Development of the Cementless Hip Endoprosthesis: 1979-1994.- VII Knee Joint Arthroplasty.- The Gschwend-Scheier-Bähler Knee Prosthesis.- Total Knee Replacement at the Royal London Hospital: 25 Years' Experience.- The APS Cement-Free Knee Joint Prosthesis in Varus Osseoarthritis:Treatment and Results.- Uncemented Unicompartmental Knee Arthroplasty.- VIII Arthroplasty of the Upper Extremities.- Elbow Arthroplasty, with Particular Regard to the Gschwend-Scheier-Bahler III Elbow Joint Prosthesis.- Total Wrist Arthroplasty.
I Basic Principles.- The Lessons from 30 Years of Success and Failure of Total Joint Replacement.- The Importance of Remembering Past Mistakes When Considering Implant Materials for Future Hip Endoprostheses.- Tribology of Artificial Joints.- The Reactivation of the Metal-Metal Pairing for the Total Hip Prosthesis.- Osseointegration of Sulmesh Coatings.- Biomechanics of Osseointegration of a Cementless Hip Joint Cup in Animal Experiments.- Primary Stability of Cemented and Noncemented Implants.- Gait Analysis: A Biomechanical Tool in the Development of Artificial Joints.- Gait Analysis of Normal Persons and Patients with Coxarthrosis Before and After Conservative Therapy and After the Implantation of a Total Hip Endoprosthesis.- II Cemented Acetabular Fixation.- The Cemented Hip Cup: The Weber Polyethylene-Ceramic and Metasul Cups and the High-Pressure Cementing Technique.- III Noncemented Acetabular Fixation.- Noncemented Acetabular Fixation in Primary Total Hip Replacement.- The Saint Nabor Cup: 8 Years of Experience.- Rationale of the Press-Fit Cup.- IV Cemented Femoral Stem.- The Weber Stem and the High-Pressure Cementing Technique.- The Cemented MS-30 Stem.- The Cement-Fixed Hip Replacement System.- V Noncemented Femoral Stem.- The Cementless Femoral Stem.- The Development of the Thrust Plate Prosthesis.- Conical Stem Fixation for Cementless Hip Prostheses for Primary Implantation and Revisions.- VI Noncemented Endoprosthesis Systems.- The CLS System.- The Cementless CLW System.- The Development of the Cementless Hip Endoprosthesis: 1979-1994.- VII Knee Joint Arthroplasty.- The Gschwend-Scheier-Bähler Knee Prosthesis.- Total Knee Replacement at the Royal London Hospital: 25 Years' Experience.- The APS Cement-Free Knee Joint Prosthesis in Varus Osseoarthritis:Treatment and Results.- Uncemented Unicompartmental Knee Arthroplasty.- VIII Arthroplasty of the Upper Extremities.- Elbow Arthroplasty, with Particular Regard to the Gschwend-Scheier-Bahler III Elbow Joint Prosthesis.- Total Wrist Arthroplasty.
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