Clinical studies of fiber-reinforced resin-bonded fixed partial dentures: a systematic review

Department of Oral Function and Prosthetic Dentistry, College of Dental Science, University Medical Centre Nijmegen, Nijmegen, The Netherlands.
European Journal Of Oral Sciences (Impact Factor: 1.73). 03/2009; 117(1):1-6. DOI: 10.1111/j.1600-0722.2008.00595.x
Source: PubMed

ABSTRACT In the past decade, follow-up studies on fiber-reinforced composite fixed partial dentures (FRC FPDs) have been described. Combining the results of these studies to draw conclusions about the effectiveness of FRC FPDs is challenging. The objective of this systematic review was to obtain survival rates of FRC FPDs and to explore the relationships between reported survival rates and risk factors. In a literature-selection procedure on the clinical performance of FRC FPDs, 15 studies, reporting on 13 sets of patients, were analyzed. The Kaplan-Meier estimate of the overall survival, based on the data from all sets of patients (n = 435) was 73.4% (69.4-77.4%) at 4.5 yr. Converted survival rates at 2 yr of follow-up showed substantial heterogeneity between studies. It was not possible to build a reliable regression model that indicated risk factors. The technical problems most commonly described were fracture of the FPD and delamination of the veneering composite.

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    • "Inlay retained FPDs are indicated in the presence of amalgam restoration or caries in abutment teeth adjacent to edentulous space with opposing artificial teeth[7] [8] and slight drifting of abutment teeth with absence of heavy forces from opposing arch.[9] Although these constructions were originally made of metal ceramic restorations, IFPDs are currently selected due to their various advantages when compared to full veneered PFM restorations and tooth-coloured restoration, because of an adhesive and the tissue-saving properties of these restorations.[10] Information on the longevity of IFPDs should be considered in the selection of materials, operative techniques and patient instructions related to prognosis and long-term cost-effectiveness.[11] "
    IOSR Journal of Dental and Medical Sciences 09/2014; 13(9). DOI:10.9790/0853-1396129133 · 1.58 Impact Factor
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    • "The resin-bonded Fixed Partial Denture (FPD) is a valid treatment option in selected cases [2] [3]. Traditionally, metal alloy has been used as the material for the framework, but Fiber- Reinforced Composite (FRC) is advocated today for their favourable elastic modulus as compared to metals and because of the better adhesion of the composite luting agent to the framework [2] [3]. "
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    ABSTRACT: Background: The rehabilitation of an anterior tooth space presents a confronting situation. Several modalities are presently available to address the challenge of an immediate replacement of a missing anterior tooth. These include a removable temporary acrylic prosthesis or resin-bonded bridges. Fibre-Reinforced Composite (FRC) bridges are preferable if they are fixed and if a cost-effective tooth replacement is desired. Also, they provide an aesthetic and a conservative treatment choice as the abutment teeth require a minimal or no preparation. Methods: This article is describing two cases with an immediate replacement of the maxillary incisor teeth by a single visit technique, with the use of FRC Resin (Ribbond) bridges and natural tooth crowns as pontics. Results and Conclusions: The procedure was completed at the chair side, thereby avoiding the laboratory costs. A two year follow up of the cases has shown a successful outcome. Creating an adhesive FRC bridge by using a natural tooth pontic is a successful treatment option for the direct aesthetic replacement of missing anterior teeth.
    04/2013; 7(4):772-5. DOI:10.7860/JCDR/2013/4698.2909
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    • "In a systematic review of FRC fixed partial dentures (FPDs), the mean survival rate was found to be 73.4% at 4.5 years [6]. The main failure mode was documented as delamination at the interface between the fibers and the resin matrix [7] [8] [9] [10] [11]. "
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    ABSTRACT: To improve its mechanical performance, structural optimization had been used in a previous study to obtain an alternative design for a 3-unit inlay-retained fiber-reinforced composite (FRC) dental bridge. In that study, an optimized layout of the FRC substructure had been proposed to minimize stresses in the veneering composite and interfacial stresses between the composite and substructure. The current work aimed to validate in vitro the improved fracture resistance of the optimized design. All samples for the 3-unit inlay-retained FRC dental bridge were made with glass-fibers (FibreKor) as the substructure, surrounded by a veneering composite (GC Gradia). Two different FRC substructure designs were prepared: a conventional (n=20) and an optimized design (n=21). The conventional design was a straight beam linking one proximal box to the other, while the optimized design was a curved beam following the lower outline of the pontic. All samples were loaded to 400N on a universal test machine (MTS 810) with a loading speed of 0.2mm/min. During loading, the force and displacement were recorded. Meanwhile, a two-channel acoustic emission (AE) system was used to monitor the development of cracks during loading. The load-displacement curves of the two groups displayed significant differences. For the conventional design, there were numerous drops in load corresponding to local damage of the sample. For the optimized design, the load curves were much smoother. Cracks were clearly visible on the surface of the conventional group only, and the directions of those cracks were perpendicular to those of the most tensile stresses. Results from the more sensitive AE measurement also showed that the optimized design had, on average, fewer cracking events: 38 versus 2969 in the conventional design. The much lower number of AE events and smoother load-displacement curves indicated that the optimized FRC bridge design had a higher fracture resistance. It is expected that the optimized design will significantly improve the clinical performance of FRC bridges.
    Dental materials: official publication of the Academy of Dental Materials 09/2011; 27(12):1229-37. DOI:10.1016/ · 4.16 Impact Factor
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