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Powder processing and In Vivo evaluation of a titanium porous coating implant
(2004-12-01)
The processing of titanium porous coatings using powder metallurgy technique to achieve a porous structure that allows osseointegration with bone tissue was discussed. The porous microstructure exhibited micropores and ...
Powder processing and In Vivo evaluation of a titanium porous coating implant
(2004-12-01)
The processing of titanium porous coatings using powder metallurgy technique to achieve a porous structure that allows osseointegration with bone tissue was discussed. The porous microstructure exhibited micropores and ...
Bone response to porous alumina implants coated with bioactive materials, observed using different characterization techniques
(Wichtig Publishing, 2017-07-01)
Background: Implants or implantable devices should integrate into the host tissue faster than fibrous capsule formation, in which the design of the interface is one of the biggest challenges. Generally, bioactive materials ...
Comparison of different fluorapatite dip coated layers on porous zirconia tapes
(Elsevier, 2014-09)
Fluorapatite (FA) layers with different thickness and microstructures on porous 3 mol% yttria-partially stabilized zirconia (Y-PSZ) substrates have been fabricated by dipping porous zirconia tapes into aqueous fluorapatite ...
In vivo evaluation of porous titanium implants with biomimetic coating
(2009-02-02)
The osseointegration of porous titanium implants was evaluated in the present work. Implants were fabricated from ASTM grade 2 titanium by a powder metallurgy method. Part of these implants were submitted to chemical and ...
In vivo evaluation of porous titanium implants with biomimetic coating
(2009-02-02)
The osseointegration of porous titanium implants was evaluated in the present work. Implants were fabricated from ASTM grade 2 titanium by a powder metallurgy method. Part of these implants were submitted to chemical and ...