MRS® Implant Surface
BioSAF IN
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MRS® Implant Surface
The Micro Rough Surface® – MRS® – is the foundation of the success of WINSIX® Implants: over the years, research and clinical use have proven its unique value.
EXCELLENT OSTEOCONDUCTIVE PROPERTIES OF THE MRS® SURFACE
WINSIX Micro Rough Surface® features a rough morphology, produced through a subtractive process – sandblasting and acid etching – directly on the titanium surface of the implant. The special three-dimensional geometry of its nanostructure allows for a reduction in osseointegration times, through an osteoconductuve process favored by the particular characteristics of the scaffold of this surface.
The regularity of the roughness and the characteristics of the MRS® promote a greater contact surface between bone and implant, improving the quality and quantity of bone around the implant and ensuring optimal osseointegration.
The distinctive features of the MRS® Surface combined with Production Quality – with 1:1 controls of the implants – ensure that it constitutes a unique value of the WINSIX® System, fundamental for the Dentist to work with complete peace of mind.
Bibliographic References:
- Macroscopic and Microscopic evaluation of a new implant design supporting immediately loaded full arch rehabilitation – S.Teté, V.Zizzari, A.De Carlo, B.Sinjari, E.F.Gherlone Annali di Stomatologia Vol.3, n.2 – 2012
- Influence of Novel Nano – Titanium Implant Surface on Human Osteoblast Behaviour and Growth – S. Tetè, F.Mastrangelo, R.Quaresima, R.Vinci, G.Sammartino, L.Stuppia, Enrico F. Gherlone – Implant Dentistry Vol.19, n.26 – 2010
- Isolation of osteogenic progenitors from human amniotic fluid using a single step culture protocol – I. Antonucci, I. Iezzi, E. Morizio, F. Mastrangelo, A. Pantalone, M. Mattioli Belmonte, A. Gigante, V. Salini, G. Calabrese, S. Tetè, G. Palka, L. Stuppia – SILENCE a Journal of RNA regulation – 2009
- In vitro behaviour onto different titanium surfaces of osteoblast-like cells obtained from human dental pulp – S. Tetè, F. Mastrangelo, V. Zizzari,G. D'Apolito, N. Fiorentino, U. Desiato, M.T. Sberna, R. Quaresima, L. Stuppia, R. Vinci, E.F. Gherlone – Atti del 7th Annual Meeting of ISSCR International Society of Stem Cell Research, Barcelona, July 2009
- Novel Protocol of Osteogenic differentiation from amniotic fluid cells S. Tetè, F. Mastrangelo, M. Tranasi, V. Zizzari, I. Antonucci, G. D'Apolito, T. Marchese, R. Vinci, L. Stuppia, E.F. Gherlone – Atti del 7th Annual Meeting of ISSCR International Society of Stem Cell Research, Barcelona, July 2009
- Interfaccia osso – impianto nei differenti tipi di carico degli impianti dentali S. Tetè, G. D'Apolito, F. Mastrangelo, R. Vinci, E.F. Gherlone – Atti del III Expo di Autunno, Università della Lombardia, 27 – 28 Novembre 2009
- Valutazione della capacità osteogenetica di hafscs ottenute da liquido amniotico – S. Tetè, U. Di Tore, V. Zizzari, L. Stuppia, F. Zarone, E.F. Gherlone – Atti del III Expo di Autunno, Università della Lombardia, 27 – 28 Novembre 2009
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Product Information
| Manufacturer | BioSAF IN |
|---|---|
| Features | Morfologia rugosa, geometria tridimensionale della nanostruttura, diminuzione dei tempi dell'osteointegrazione |
| Material | Titanio |