The Cementless Fixation of Hip Endoprostheses

I.- II: Hip Joint Prostheotoplasty.- The Bone Cement Cuff in Hip Endoprostheses: Results of 80 Postmortem Studies.- Remodeling of the Femur in Conventionally-Implanted Hip Prostheses.- Causal Histogenesis (Pauwels, Kummer) and Related Biomechanical Discoveries as a Basis for the Cementless Fixation of Hip Endo-prostheses.- Biocornpatibility of Endoprosthetic Materials.- The Introduction of Bone Resorption by Prosthetic Loosening.- The Biochemistry of Implantation: Bonding of Living Bone to Stress-Bearing Endoprosthetic Components — A Survey.- Possibilities and Limitations of the Cementless Fixation of Endoprosthetic Components.- Histologic Studies on the Incorporation of Uncemented Implants.- Metallic Implant Materials for Hip Joint Endoprostheses Designed for Cemented and Cementless Fixation.- The Use of Polymers for Endoprosthetic Components.- The Use of Carbon as an Implant Material.- Ceramic Materials for Implants.- A Metal-Ceramic Composite Designed for Cementless Fixation to Bone.- Titanium and Titanium Alloy Prostheses with Porous Fiber Metal Coatings.- Tissue-Ingrowth Implant Fixation by a Soft Porous Coating.- The Uncemented Thrust-Plate Hip Prosthesis.- First Results with the “Thrust Plate” Total Hip Prosthesis.- Uncemented, Ceramic-Coated, Electrically-Nonconductive Implants with Physiologic Stress Transfer.- Experience with the Lord Prosthesis.- Experience with the Lord Total Hip Replacement: Biomechanics and Clinical Results.- Early Results of Judet Total Hip Replacement Arthroplasty.- First Clinical Experience with an Uncemented Modular Femoral Prosthesis System with a Wrought Ti-6 Al-4 V Stem and an A1203 Ceramic Head.- Cementless Implantation of a Modified Mueller Straight-Stem Prosthesis.- Radiologic and Clinical Foliow-Ups of Uncemented Femoral Endoprostheses with and Without Collars.- Fiber Titanium: Animal Studies and Clinical Trials.- The Current Status of Uncemented Tantalum and Niobium Femoral Endoprostheses.- First Experience with the PM Prosthesis.- First Experience with the PM Prosthesis.- Nine Years’ Experience with Isoelastic Hip Endoprostheses Made of Plastic Material.- Experimental and Early Clinical Experience with an Uncemented UHMW Polyethylene Acetabular Prosthesis.- Cementless Fixation of a Polyethylene Acetabular Component.- Experience with Uncemented Polyethylene Acetabular Prostheses.- Cementless, Isoelastic Total Hip Replacement: Preliminary Report on the First 215 Consecutive Cases.- Four- to Eight-Year Postoperative Results of the Partially Uncemented Lindenhof-Type Ceramic Hip Endoprosthesis.- Total Hip Replacement with the Autophor Cement-Free Ceramic Prosthesis.- A Screw-Anchored Intramedullary Hip Prosthesis.- Experimental and Clinical Experience with Carbon Hip Endoprostheses.- Results of Animal Studies on the Use of Carbon Fiber-Reinforced Plastic Prostheses.- Regeneration of the Femoral Shaft Following Revision Arthroplasties with Uncemented Plastic Prostheses.- Six Years’ Experience in Revision Total Hip Arthroplasties with Uncemented Ceramic Prostheses.- Revision Arthroplasties with the Isoelastic Total Hip Replacement.- 31/2 Years’ Results of Lord Primary Total Hip Arthroplasties and 11/2Years’ Experience with Revision Arthroplasties for Loose Cemented Prostheses.- Experience with Revision Arthroplasties for Failed Cemented Total Hip Replacements Using Uncemented Lord and PM Prostheses.- Revision Arthroplasty with the Screw-Anchored Intramedullary Hip Prosthesis.