Randomized Clinical Investigation of Titanium Implants with and without Platform Switching: Six Months’ Radiographic and Clinical Outcome

The aim of this study was to obtain a randomized, clinical and radiological comparison of implants with and without platform switching (PFS). The two compared titanium implant types differed only in the microgap position: test (PFS) or control (StE, no PFS). All implants were inserted in posterior r...

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Main Authors: Roberto Rossi, Diego Capri, Emanuele Risciotti, Paul Zeman
Format: Article
Language:English
Published: MDPI AG 2015-04-01
Series:Dentistry Journal
Subjects:
Online Access:http://www.mdpi.com/2304-6767/3/2/55
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spelling doaj-a7a6b7b7a1e8490b9da1cf3081e50a7a2020-11-24T22:43:22ZengMDPI AGDentistry Journal2304-67672015-04-0132556610.3390/dj3020055dj3020055Randomized Clinical Investigation of Titanium Implants with and without Platform Switching: Six Months’ Radiographic and Clinical OutcomeRoberto Rossi0Diego Capri1Emanuele Risciotti2Paul Zeman3Studio Dentistico, Torre San Vincenzo 2, Genova 16121, ItalyCobe Dental, Via Bazzanese 32/4, Casalecchio di Reno, Bologna 40033, ItalyOdontoiatria, Protesista Dentale, Corso EUROPA, 10, Milano 20122, ItalyThommen Medical AG, Neckarsulmstrasse 28, Grenchen CH-2540, SwitzerlandThe aim of this study was to obtain a randomized, clinical and radiological comparison of implants with and without platform switching (PFS). The two compared titanium implant types differed only in the microgap position: test (PFS) or control (StE, no PFS). All implants were inserted in posterior regions and followed up for six months after abutment connection (AC). Twenty one patients with 21 PFS and 18 StE implants completed the six-month evaluation. No implant failed. One complication (exposed cap screw) was reported at AC. No statistically significant difference was observed between the marginal bone level of PFS and StE implants. Their bone level stabilized approximately 1 mm below the microgap. Based on the outcome of this short-term study with a limited number of patients, it seems unlikely that the optimal clinical and radiological outcome obtained with the tested standard implant (no PFS) can be improved by introducing an inward microgap shift (PFS).http://www.mdpi.com/2304-6767/3/2/55dental implantsrandomized clinical trialplatform shiftingmarginal bone level
collection DOAJ
language English
format Article
sources DOAJ
author Roberto Rossi
Diego Capri
Emanuele Risciotti
Paul Zeman
spellingShingle Roberto Rossi
Diego Capri
Emanuele Risciotti
Paul Zeman
Randomized Clinical Investigation of Titanium Implants with and without Platform Switching: Six Months’ Radiographic and Clinical Outcome
Dentistry Journal
dental implants
randomized clinical trial
platform shifting
marginal bone level
author_facet Roberto Rossi
Diego Capri
Emanuele Risciotti
Paul Zeman
author_sort Roberto Rossi
title Randomized Clinical Investigation of Titanium Implants with and without Platform Switching: Six Months’ Radiographic and Clinical Outcome
title_short Randomized Clinical Investigation of Titanium Implants with and without Platform Switching: Six Months’ Radiographic and Clinical Outcome
title_full Randomized Clinical Investigation of Titanium Implants with and without Platform Switching: Six Months’ Radiographic and Clinical Outcome
title_fullStr Randomized Clinical Investigation of Titanium Implants with and without Platform Switching: Six Months’ Radiographic and Clinical Outcome
title_full_unstemmed Randomized Clinical Investigation of Titanium Implants with and without Platform Switching: Six Months’ Radiographic and Clinical Outcome
title_sort randomized clinical investigation of titanium implants with and without platform switching: six months’ radiographic and clinical outcome
publisher MDPI AG
series Dentistry Journal
issn 2304-6767
publishDate 2015-04-01
description The aim of this study was to obtain a randomized, clinical and radiological comparison of implants with and without platform switching (PFS). The two compared titanium implant types differed only in the microgap position: test (PFS) or control (StE, no PFS). All implants were inserted in posterior regions and followed up for six months after abutment connection (AC). Twenty one patients with 21 PFS and 18 StE implants completed the six-month evaluation. No implant failed. One complication (exposed cap screw) was reported at AC. No statistically significant difference was observed between the marginal bone level of PFS and StE implants. Their bone level stabilized approximately 1 mm below the microgap. Based on the outcome of this short-term study with a limited number of patients, it seems unlikely that the optimal clinical and radiological outcome obtained with the tested standard implant (no PFS) can be improved by introducing an inward microgap shift (PFS).
topic dental implants
randomized clinical trial
platform shifting
marginal bone level
url http://www.mdpi.com/2304-6767/3/2/55
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