Fiber-reinforced technology in multidisciplinary chairside approaches

Arhun, Neslıhan; Arman, Ayça

doi:10.4103/0970-9290.42965

Cited by 17 publications

(28 citation statements)

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“…El uso de composite reforzado con fibras (CRF) provee un notable incremento en la resistencia a las fuerzas flexural a la estructura completa y permite que la vida de estas CRF restauraciones aumente (1,7) .…”

Section: Directora Instituto De Rehabilitación De Malformaciones Y Deunclassified

“…Las fibras de polietileno mejoran la fuerza de impacto, el módulo de elasticidad y la fuerza flexural de los materiales de composite, lo que ayuda a prevenir la fractura debido al alto stress asociado a la masticación (Valittu PK) (9) . Las fibras de polietileno son casi invisibles en una matriz resinosa (1) .…”

Section: Directora Instituto De Rehabilitación De Malformaciones Y Deunclassified

“…De acuerdo a la literatura, la fuerza mecánica entregada por el refuerzo de fibras es generada por la capacidad del material de disipar las líneas de tensión y microfisuras internas que podrían causar fracturas catastróficas en un material más rígido (1,4) .…”

Section: Directora Instituto De Rehabilitación De Malformaciones Y Deunclassified

“…El aumento de la demanda por mantener el tejido dentario, la estética y la disminución del costo por parte del paciente, provoca que los clínicos busquen materiales y técnicas que permitan acercamientos mínimamente invasivos. El uso de la técnica adhesiva y los composites reforzados con un sistema de fibras permiten responder a estas demandas (1) .…”

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Puente adhesivo en paciente con labio leporino y fisura velopalatina: Una solución temporal con compromiso estético

Leiva

Corsini

Nieto

2013

Rev. Clin. Periodoncia Implantol. Rehabil. Oral

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invasivos ha llevado a un aumento de la técnica adhesiva. Ribbond® es una marca de fibra de polietileno que permite un eficiente traspaso de fuerzas, es virtualmente plegable y se adapta fácilmente a la morfología dentaria y al contorno del arco dentario. Dentro de sus principales características podemos encontrar: Biocompatibilidad, inerte, translúcido y durable. Dentro de la odontología se le han dado distintos usos para esta fibra, ya sea como mantenedor de espacio, puente adhesivo, poste y núcleo endodóntico, ferulización, restauraciones tipo inlay y estabilización postortodóncica. En el caso de los pacientes fisurados se ha hecho relevante el uso de Ribbond® como puente adhesivo ya que permite mejorar la estética y rehabilitar temporalmente los espacios desdentados causados por la ausencia de un incisivo, principalmente una vez terminado el tratamiento de ortodoncia y en espera de una rehabilitación definitiva, aún más cuando el paciente no ha terminado su crecimiento y desarrollo. En este artículo se presenta un caso clínico de un paciente con labio leporino y fisura velopalatina operado demostrativo de la técnica de rehabilitación con Ribbond®.

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Section: Directora Instituto De Rehabilitación De Malformaciones Y Deunclassified

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Puente adhesivo en paciente con labio leporino y fisura velopalatina: Una solución temporal con compromiso estético

Leiva

Corsini

Nieto

2013

Rev. Clin. Periodoncia Implantol. Rehabil. Oral

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“…Different fiber types, such as glass fibers, carbon fibers, polyethylene fibers, and Kevlar fibers, have been added to composite materials to improve their physical and mechanical properties. 16,17 The objective of this study was to determine the best cavity design for restoration of fractured anterior teeth in single visit and the role of fiber (Ribbond) in strengthening it.…”

Section: Introductionmentioning

confidence: 99%

In vitro Study Comparing Fracture Resistance of Nanocomposites with and without Fiber Reinforcement with Different Cavity Designs Used for Obliquely Fractured Incisal Edge Restoration

Galyan¹,

Padda

Kaur

et al. 2019

The Journal of Contemporary Dental Practice

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Aim:The aim of the study is to evaluate fracture resistance of nanocomposites with and without fiber reinforcement with different cavity designs used for obliquely fractured incisal edge restoration. Materials and methods: In the present study, 60 sound extracted maxillary central incisors were mounted on autopolymerizable acrylic resin up to the cementoenamel junction, out of which, 10 intact teeth were kept as control (group 1) and the remaining 50 samples were reduced incisally in an oblique manner up to 3 mm. All incisally reduced samples were divided into five groups (n = 10) based on the restoration techniques as follows: group 2 (conventional bevel), group 3 (single central palatal slot on the incisal edge), group 4 (single palatal slot with central 2 mm fiber), group 5 (two palatal slots on the incisal edge with a distance of 0.5 mm to 1 mm between them), and group 6 (two slots on the incisal edge with two 2 mm fibers). All samples were built incrementally with nanocomposites followed by finishing and polishing. All samples including control were then stored in distilled water before their fracture resistance was measured using a universal testing machine. Failure modes were visually examined and the results were subjected to statistical analysis. Results: The mean fracture resistance among the experimental groups was observed, group 4 with single fiber in the central position had the highest (832.68 N) followed by group 3 (490.84 N), group 5 (446.175), and group 2 (270.1359), and the least in group 6 (223.443). The mean fracture resistance of group 4 is comparable to intact teeth, i.e., group 1 (1096.40). The mean of all samples was compared using the one-way Anova test, and it was found that there is statistically significant difference in fracture resistance among groups (p < 0.001**). Conclusion: Fibers certainly have the reinforcing effect and the position of fibers determines their reinforcing effects. A single central slot with fiber (Ribbond) showed maximum fracture resistance almost equivalent to natural teeth. Modifying conventional beveled cavity design with an additional slot in the center also increases the fractural strength of restoration. Clinical significance: Nanocomposites reinforced with single fiber in the central palatal slot used for restoring fractured incisors provide strength almost equivalent to natural teeth. In case when the fiber is not available for preparing a single palatal slot also, we can increase the fracture resistance.

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Orthodontic retainers

Scribante

Sfondrini

2017

Clinical Guide to Principles of Fiber-Reinforced Composites in Dentistry

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Fiber-reinforced technology in multidisciplinary chairside approaches

Cited by 17 publications

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Puente adhesivo en paciente con labio leporino y fisura velopalatina: Una solución temporal con compromiso estético

Puente adhesivo en paciente con labio leporino y fisura velopalatina: Una solución temporal con compromiso estético

In vitro Study Comparing Fracture Resistance of Nanocomposites with and without Fiber Reinforcement with Different Cavity Designs Used for Obliquely Fractured Incisal Edge Restoration

Orthodontic retainers

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