Biological data for bone integration /

The scientific evidence on the biomaterial surface TiUniteTM will be given and compared to other implant surfaces. Several studies confirm and support the clinical benefits of the remarkable osseoconductive properties of TiUniteTM, allowing bone to grow along the implant surface and into the pores o...

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Bibliographic Details
Other Authors: Schupbach, Peter (Speaker)
Format: Video
Language:English
Language Notes:This edition in English.
Published: Los Angeles, CA : Global Institute for Dental Education, 2005.
Series:Dental education in video
Subjects:
Online Access:Connect to this streaming video (Alexander Street Press)
Description
Summary:The scientific evidence on the biomaterial surface TiUniteTM will be given and compared to other implant surfaces. Several studies confirm and support the clinical benefits of the remarkable osseoconductive properties of TiUniteTM, allowing bone to grow along the implant surface and into the pores of the surface. This results in faster osseointegration and higher biological stability, thus minimizing time at risk for effective and safe Immediate FunctionTM. The clinical implications of TiUnite as Immdiate FunctionTM, reduced marginal bone loss, soft tissue integration and predictable esthetics will be discussed. In addition the scientific evidence of micro grooves along the threads and around the implant shoulder will be given. The introduction of the Groovy technology provides yet another step in implant development. With this technology, the speed of osseointegration can be further increased. The biological stability is enhanced by up to 30% allowing the use of groovy implants in soft bone.
Item Description:Title from resource description page (viewed Aug. 14, 2013).
Physical Description:1 online resource (71 min.).
Playing Time:01:11:20