Dear Colleague and Participant of Bioceramics in Joint Arthroplasty 8'h Biolox" Symposium It is a pleasure for us to be able to present you with the proceedings of this Symposium. This is something that we are very proud of, as it is the first time that we have been able to achieve our objective of distributing this collection of all presentations made at this Symposium in a printed form at this time. The achievement of this goal was reached in great part as a result of the excellent cooperation of all of the speakers as well as the commitment of the publishing house to assist us in every way…mehr
Dear Colleague and Participant of Bioceramics in Joint Arthroplasty 8'h Biolox" Symposium It is a pleasure for us to be able to present you with the proceedings of this Symposium. This is something that we are very proud of, as it is the first time that we have been able to achieve our objective of distributing this collection of all presentations made at this Symposium in a printed form at this time. The achievement of this goal was reached in great part as a result of the excellent cooperation of all of the speakers as well as the commitment of the publishing house to assist us in every way possible to meet the strict deadlines imposed. Additionally, a special thanks must also be given to some very special people who diligently worked to make sure our objective was met. They are: Gertrud Volkert. M. D. and Petra Elster of the Steinkopff Verlag Publishing company and our own Symposium Administrator, Hedi Kissinger. We believe that you will find this book to be a valuable and useful addition to your reference library. We hope that within its covers, you will find the most up to date scientific and clinical information regarding the use of ceramic solutions to address wear related problems in Orthopedic Surgery.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
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Inhaltsangabe
List of contents.- Session 1 Basics of Ceramic Components in Hip Arthroplasty.- 1.1 Tribological and Material Properties for all-Alumina THR -Convergence with Clinical Retrieval Data.- 1.2 Wear Behaviour of New Generation Ceramics.- 1.3 Hip Simulator Testing.- 1.4 The Influence of the Wear Bearing Coupling on Range of Motion and Stability against Dislocation of Total Hip Replacement.- 1.5 The Influence of Artificial Ageing on the Stability of Ceramic Inserts in Sandwich Acetabular Cups.- 1.6 Role of Ceramic Components in the Era of Crosslinked Polyethylene for THR.- Session 2 Adverse Reactions in Total Joint Replacement: Infections, Allergic Reactions and others.- 2.1 Hypersensitivity to Wear Products in Metal-on-metal Articulation.- 2.2 Histological and Electron Microscopic Identification and Analysis of Corrosion Products in Periprosthetic Tissue after Total Hip Replacement.- 2.3 Analysis of Serum Cobalt levels and kinetics in 282 Patients with a Metal-Metal Friction Hip Prosthesis.- 2.4 Tissue Reactions to Ceramic Wear Debris: Clinical Cases vs. Animal Model.- 2.5 Immuno-Allergological Aspects of Adverse Reactions in Total Joint Replacement.- 2.6 Allergic and Systemic Effects of Particles.- 2.7 Loosening of Endoprosthesis caused by Staphylococcus epidermidis.- 2.8 Evidence-Based Infection Control Measures in THR.- Session 3 Future Ceramic Materials in Joint Arthroplasty.- 3.1 Enhancement of in vitro Bioactivity resulting from the Hydroxylation of Oxide Ceramic Surfaces.- 3.2 Osseointegration of Ceramic Implants: Past Present and Future.- 3.3 Next Generation Ceramic Bearings.- 3.4 Hip-Spine Relations: Consequences for Acetabular Implantation New solutions with Delta Alumina Tripolar Implants.- 3.5 Are Ceramics in Total Knee Replacement only a Vision to be seen throughthe pink glasses of Visionaries? - Collaborative Development of Ceramic Knee Components.- 3.6 Ceramic Femoral Components in Total Knee Replacement.- Session 4 Computer Assisted Knee Surgery: Development and Evaluation.- 4.1 Navigation in Knee Endoprosthetics: Merits and Disadvantages.- Session 5 Clinical Results in Hip Arthroplasty.- 5.1 Personal Indications of Alumina against Alumina bearing surfaces in Total Hip Replacement.- 5.2 American Experience with Alumina Ceramic-Ceramic Bearings in Total Hip Arthroplasty.- 5.3 All Alumina Articulation in the Stryker Howmedica-Osteonics THA A United States Experience 36-60 Months Follow-up.- 5.4 Clinical Experience with the Hedrocel® Acetabular Cup.- 5.5 Wear Performance of 28 Millimeter Femoral Heads with the Harris Galante Cup: Comparison of Alumina and Cobalt Chrome.- 5.6 Alumina-on-Alumina Coupling with 36 mm Heads.- 5.7 Uncemented Alumina on Alumina THR: a retrospective study.- 5.8 Squeaking in a Ceramic on Ceramic Total Hip.- 5.9 Fiction and Facts Concerning the Reliability of Ceramics in THR.- Session 6 Complications in THR using Ceramics.- Panel Discussion.- Session 7 Quality and Regulatory Issues.- 7.1 Ceramics and Joint Replacement - Post Market Surveillance and Best Practice.- 7.2 Quality Improvement Resulting from Legal and Regulatory Developments.- 7.3 Improvements in Processing and Manufacturing at CeramTec.- 7.4 Review of Controlled Clinical Studies with Ceramic on Ceramic Total Hip Replacements in the United States of America.
List of contents.- Session 1 Basics of Ceramic Components in Hip Arthroplasty.- 1.1 Tribological and Material Properties for all-Alumina THR -Convergence with Clinical Retrieval Data.- 1.2 Wear Behaviour of New Generation Ceramics.- 1.3 Hip Simulator Testing.- 1.4 The Influence of the Wear Bearing Coupling on Range of Motion and Stability against Dislocation of Total Hip Replacement.- 1.5 The Influence of Artificial Ageing on the Stability of Ceramic Inserts in Sandwich Acetabular Cups.- 1.6 Role of Ceramic Components in the Era of Crosslinked Polyethylene for THR.- Session 2 Adverse Reactions in Total Joint Replacement: Infections, Allergic Reactions and others.- 2.1 Hypersensitivity to Wear Products in Metal-on-metal Articulation.- 2.2 Histological and Electron Microscopic Identification and Analysis of Corrosion Products in Periprosthetic Tissue after Total Hip Replacement.- 2.3 Analysis of Serum Cobalt levels and kinetics in 282 Patients with a Metal-Metal Friction Hip Prosthesis.- 2.4 Tissue Reactions to Ceramic Wear Debris: Clinical Cases vs. Animal Model.- 2.5 Immuno-Allergological Aspects of Adverse Reactions in Total Joint Replacement.- 2.6 Allergic and Systemic Effects of Particles.- 2.7 Loosening of Endoprosthesis caused by Staphylococcus epidermidis.- 2.8 Evidence-Based Infection Control Measures in THR.- Session 3 Future Ceramic Materials in Joint Arthroplasty.- 3.1 Enhancement of in vitro Bioactivity resulting from the Hydroxylation of Oxide Ceramic Surfaces.- 3.2 Osseointegration of Ceramic Implants: Past Present and Future.- 3.3 Next Generation Ceramic Bearings.- 3.4 Hip-Spine Relations: Consequences for Acetabular Implantation New solutions with Delta Alumina Tripolar Implants.- 3.5 Are Ceramics in Total Knee Replacement only a Vision to be seen throughthe pink glasses of Visionaries? - Collaborative Development of Ceramic Knee Components.- 3.6 Ceramic Femoral Components in Total Knee Replacement.- Session 4 Computer Assisted Knee Surgery: Development and Evaluation.- 4.1 Navigation in Knee Endoprosthetics: Merits and Disadvantages.- Session 5 Clinical Results in Hip Arthroplasty.- 5.1 Personal Indications of Alumina against Alumina bearing surfaces in Total Hip Replacement.- 5.2 American Experience with Alumina Ceramic-Ceramic Bearings in Total Hip Arthroplasty.- 5.3 All Alumina Articulation in the Stryker Howmedica-Osteonics THA A United States Experience 36-60 Months Follow-up.- 5.4 Clinical Experience with the Hedrocel® Acetabular Cup.- 5.5 Wear Performance of 28 Millimeter Femoral Heads with the Harris Galante Cup: Comparison of Alumina and Cobalt Chrome.- 5.6 Alumina-on-Alumina Coupling with 36 mm Heads.- 5.7 Uncemented Alumina on Alumina THR: a retrospective study.- 5.8 Squeaking in a Ceramic on Ceramic Total Hip.- 5.9 Fiction and Facts Concerning the Reliability of Ceramics in THR.- Session 6 Complications in THR using Ceramics.- Panel Discussion.- Session 7 Quality and Regulatory Issues.- 7.1 Ceramics and Joint Replacement - Post Market Surveillance and Best Practice.- 7.2 Quality Improvement Resulting from Legal and Regulatory Developments.- 7.3 Improvements in Processing and Manufacturing at CeramTec.- 7.4 Review of Controlled Clinical Studies with Ceramic on Ceramic Total Hip Replacements in the United States of America.
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