0000000000847135

AUTHOR

Lúcia Trazzi Prieto

showing 2 related works from this author

Influence of the volume of restorative material on the concentration of stresses in the restorative interface.

2020

Background To evaluate the microtensile strength in the adhesive interface depending on the volume of the composite resin used to restore class I cavities. Material and Methods Forty-eight human third molars received a standardized class I cavity preparation and they were separated into six experimental groups: G1 - single-bottle adhesive system; G2 - bonding system with load; G3 - single-bottle adhesive associated with low-viscosity composite resin; G4 - loaded adhesive associated with low-viscosity composite; G5 - resin-modified glass ionomer associated with single-bottle adhesive; and G6 - resin-modified glass ionomer associated with loaded adhesive. All cavities were restored with a uni…

MolarUniversal testing machineMaterials scienceBond strengthResearchComposite numberGlass ionomer cementADESIVOS DENTINÁRIOSOperative Dentistry and EndodonticsSingle bondAdhesiveComposite materialGeneral DentistryElastic modulusUNESCO:CIENCIAS MÉDICASJournal of clinical and experimental dentistry
researchProduct

Effect of different adhesive strategies on the microtensile bond strength of dentin to indirect resin-based composite.

2020

Background To evaluate the microtensile bond strength of indirect resin composite bonded to dentin using five different adhesives strategies. Material and Methods Forty specimens (Solidex) were produced and randomly into five groups with different adhesives strategies: (G1)- Single Bond Universal + etch + silane + RelyX Ultimate, (G2)- Single Bond Universal + silane + RelyX Ultimate, (G3)- Single Bond Universal + etch + RelyX Ultimate, (G4)- Single Bond Universal + RelyX Ultimate, and (G5)-Scotchbond Multi-purpose + RelyX ARC. After cementation the specimens were stored in 100% humidity for 24hours at 37°C. The specimens were sectioned perpendicular to the adhesive interface to obtain beams…

Materials scienceBond strengthResearchResin-Based Composite:CIENCIAS MÉDICAS [UNESCO]Cementation (geology)SilaneOperative Dentistry and Endodonticschemistry.chemical_compoundmedicine.anatomical_structurechemistryDental cementUNESCO::CIENCIAS MÉDICASDentinmedicineSingle bondAdhesiveComposite materialGeneral DentistryJournal of clinical and experimental dentistry
researchProduct