Marginal adaptation of contemporary dentin bonding agents in enamel and dentin under the simulation of dentinal fluid

Bortolotto Ibarra, Tissiana; Ferrari, Marco; Onisor, Ioana Maria; Tay, Franklin; Krejci, Ivo

Scientific article

English

Marginal adaptation of contemporary dentin bonding agents in enamel and dentin under the simulation of dentinal fluid

ContributorsBortolotto Ibarra, Tissiana

; Ferrari, Marco; Onisor, Ioana Maria; Tay, Franklin; Krejci, Ivo

Published inDentistry South Africa, vol. 7, no. 5, p. 46-56

Publication date2005-12-16

First online date2005-12-16

Abstract

To compare the in vitro marginal adaptation of contemporary adhesive and restorative systems in mixed Class V restorations. Both etch & rinse and self-etch adhesives were evaluated before and after long-term thermal and mechanical loading under the simulation of dentinal fluid.

Keywords

Marginal adaptation
Artificial aging
Adhesive systems
Enamel
Dentin

Affiliation entities

Faculté de médecine / Section de médecine dentaire / Département de médecine dentaire préventive et de premier recours / Division de cariologie et d'endodontie

Research groups

Groupe Krejci Ivo (médecine dentaire) (240)

Citation (ISO format)

BORTOLOTTO IBARRA, Tissiana et al. Marginal adaptation of contemporary dentin bonding agents in enamel and dentin under the simulation of dentinal fluid. In: Dentistry South Africa, 2005, vol. 7, n° 5, p. 46–56.

Article (Published version)

Identifiers

PID : unige:156416

Journal ISSN1816-5117

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Creation28/10/2021 06:42:00

First validation28/10/2021 06:42:00

Update16/03/2023 01:49:25

Status update16/03/2023 01:49:24

Last indexation31/10/2024 23:48:14

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Marginal adaptation of contemporary dentin bonding agents in enamel and dentin under the simulation of dentinal fluid

To compare the in vitro marginal adaptation of contemporary adhesive and restorative systems in mixed Class V restorations. Both etch & rinse and self-etch adhesives were evaluated before and after long-term thermal and mechanical loading under the simulation of dentinal fluid.

Technical informations