Sentence examples for prosthetic surface from inspiring English sources

The sequence of biochemical events that lead to thrombosis of grafts is used as a guideline to describe possible counteracting prosthetic surface interventions in each separate phase of the process.

First of all, the frictional properties in contact with cortical bone were determined, whereas a prosthetic surface is also in contact with trabecular bone.

The method may be able to discriminate between bone mineralization responses to different degrees of prosthetic surface roughness or geometric forms.

However, due to implant porosity and the trabecular nature of bone structure, only a small part of the prosthetic surface may initially be in direct contact with bone.

The intensity of bone mineralization, spread over the prosthetic surface, and spread longitudinally over time may reflect the secondary stabilization of a particular stem.

Therefore, a careful consideration should be given to the negative effects of surface molecular orientation on wear behavior even though the polyethylene prosthetic surface has a highly cross-linked microstructure.

The secondary stability is correlated to on-growth of bone to the prosthetic surfaces.

Prosthetic surfaces can be analysed accurately and rapidly with currently available technologies.

In the late 1980s, de Groot et al. (1987) described a technique for direct covering of prosthetic surfaces with hydroxyapatite.

Modifications of prosthetic surfaces follow the 4 basic types of wear mechanisms: adhesion, abrasion, surface fatigue, and tribochemical reactions (Dorinson and Ludema 1985).

Little is known about the distribution of new bone formation over prosthetic surfaces and about the intensity over time of bone on-growth in the clinical situation.