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|dc.title||The success rate of narrow body implants used for supporting immediate provisional restorations: A pilot feasibility study|
|dc.identifier.citation||Wang, H.-L., Okayasu, K., Fu, J.-H., Hamerink, H.A., Layher, M.G., Rudek, I.E. (2012). The success rate of narrow body implants used for supporting immediate provisional restorations: A pilot feasibility study. Implant Dentistry 21 (6) : 467-473. ScholarBank@NUS Repository. https://doi.org/10.1097/ID.0b013e31826a583d|
|dc.description.abstract||BACKGROUND: Implants were first designed to be used in the reconstruction of edentulous mandibles. However, with the technological advancement, enormous changes were made to improve the implant design and surface characteristics leading to the wide use of implants in the replacement of missing teeth. During the transition from an edentulous span to a fixed prosthesis, narrow body implants (NBIs) have been proposed to enhance patient comfort and function. Therefore, this study was aimed at investigating the survival and success rates of NBIs used for supporting immediately nonfunctional loaded provisional fixed partial denture (PFPD). METHODS: Either 2.2- or 2.4-mm-diameter dental implants were placed transmucosally into the edentulous ridges of 10 partially edentulous patients. PFPD of self-cured bis-acryl composite material were made using either a vacuform template chairside or a relined prefabricated PFPD. Occlusal adjustments were made to ensure that there was no functional loading on the provisional restorations before they were secured onto the transitional implants. RESULTS: At 1 year, the implant success and survival rates were 38.7% and 93.5%, respectively, with a mean percentage of bone loss of 9.46% (0%-40%) and a mean bone loss of 1.19 mm (range: 0-3.5 mm). CONCLUSIONS: With a favorable implant survival rate, the use of NBIs to support provisional restorations seemed to be a feasible treatment option. In addition, there is merit for research on the long-term use of NBIs-supported final prostheses. Copyright © 2012 by Lippincott Williams & Wilkins.|
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