Titlebook: Interfaces in Medicine and Mechanics—2; K. R. Williams,A. Toni,G. Pallotti Book 1991 Elsevier Science Publishers Ltd 1991 Metall.alloy.com

ABASH

Formation of Extracellular Deposits by Macrophages Exposed to Poorly Degradable Biomaterials,e present findings show that macrophages encountering relatively large, poorly digestible particles are triggered to exocytose their lysosomal contents into a micro-environment formed between cells and material.

Jargon

opalescence

的染料

y. The motivation for the initial venture was a supposed need for a closer interaction and dialogue between the clinician and scientist working in this area. As expressed in the Preface to the first Conference, we felt that the interface was represented graphically, scientifically and psychologicall

analogous

Polyactive: A Bone-Bonding Polymer,ty. Special attention was directed to the interactions of the polymer with bone..Light microscopy, scanning and transmission electron microscopy, x-ray microanalysis, and morphometry showed a satisfactory general biocompatibility of Polyactive and seemed indicative for the bone-bonding capacity of t

ostrish

和平

Fibroid

Differential Rate of Bone Growth to Titanium Alloy and Stainless Steel Implants,he femur in rats were followed using mechanical and histological measures. The force needed to pull out the screw from the femur served as an indication for the extent of bone growth into the grooves between the ridges of the screw. A progressive and significant increase in the shear strength of the

不如乐死去

Enhancement of Bony Ingrowth to T Tanium and Titanium Alloy Orthopaedic Implants in Experimental Moe femur in rats was followed by mechanic and biochemical methods. A progressive and significant increase in the bony ingrowth to the implants as reflected by their interfacial shear strengths in the femur was observed with time. These values were negligible at the time of insertion and exceeded 2.13

淘气

The Influence of the Plate Stiffness of the Tibial Plateau of a Knee Prosthesis,oosening at the anterior side. The proximal tibia was simulated by a balsa-wood model with fiber-reinforced outer layer and the tibial plateau by plates made of steel (3 mm), aluminium (1 mm) and polyethylene (6 mm). Stress analysis was made by strain gauge measurements and two-dimensional finite el