It seems that evaluating the cell survival after an elution time of the materials in artificial saliva, as performed in the present study, is a good alternative to simulate the effects of a liquid immersion media in corrosion of the bands.
However, the review noted that the industry reports were based on tests of glyphosate-tolerant material grown in artificial conditions without application of complimentary glyphosate herbicides.
The results indicated that the enhanced tribological behaviour of the Micronite/UHMWPE sliding pair might be used as a material combination in artificial joints.
The purpose of this study was to test the potential of the body's natural lubricant, surface-active phospholipids (SAPL), to decrease friction in prosthetic joints by acting as a boundary lubricant, and to test the interaction of SAPL with Pyrolytic Carbon (PyC), a new material used in artificial heart valves and joint replacements of the upper limb.
Over the past decade, much attention has been paid to anti-thrombotic materials applied in artificial organs.
UHMWPE is the polymeric bearing material of choice in artificial total disc replacements (TDR).
She notes that the U.S. Food and Drug Administration has already okayed the materials in the artificial platelets for other medical uses, which might make it easier to get the product approved.
It should be mentioned that most of the present studies [4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] have focused on the ideal 180° DWs despite the fact that DWs with a magnetization rotation of less than 180° appear in artificial materials [16, 17].
The implementation of such complex type of structured surfaces in artificial materials could be of great technological interest because it could allow the integration of different properties onto the same surface, just by tuning the arrangement and the morphology of the patterns.
Also, it is an attractive histocompatible material that can be used in artificial heart valves [4].
