BIODENTINE VERSUS MINERAL TRIOXIDE AGGREGATE VERSUS INTERMEDIATE RESTORATIVE MATERIAL FOR RETROGRADE ROOT END FILLING: AN IN VITRO STUDY

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SOUNDAPPAN SARAVANAPRIYAN; SUNDARAMURTHY JOTHI LATHA; RAGHU SANDHYA; VELMURUGAN NATANASABAPATHY

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Journal Paper

Paper Information

Journal: Frontiers in Dentistry Year:2014 | Volume:11 | Issue:2 Page(s): 143-149

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Title

BIODENTINE VERSUS MINERAL TRIOXIDE AGGREGATE VERSUS INTERMEDIATE RESTORATIVE MATERIAL FOR RETROGRADE ROOT END FILLING: AN IN VITRO STUDY

Author(s)

SOUNDAPPAN SARAVANAPRIYAN | SUNDARAMURTHY JOTHI LATHA | RAGHU SANDHYA | VELMURUGAN NATANASABAPATHY | Issue Writer Certificate

Keywords

BOND STRENGTH

COMPOSITE RESIN

ETHANOL WET-BONDING

ENAMEL

Abstract

Objective: ETHANOL WET-BONDING (EWB) technique has been stated to decrease degradation of resin-dentin bond. This study evaluated the effect of two EWB techniques on COMPOSITE RESIN-to-enamel BOND STRENGTH.Materials and Methods: Silicon carbide papers were used to produce flat ENAMEL surfaces on the buccal faces of forty-five molars. OptiBond FL (OFL) adhesive was applied on ENAMEL surfaces in three groups of 15 namely: 1. ENAMEL surface and OFL (control), 2. Protocol 1 of the EWB technique: absolute ethanol was applied to water-saturated acid-etched ENAMEL surfaces for 1 minute before the application of ethanol-solvated hydrophobic adhesive resin of OFL 3 times, 3. Protocol 2: progressive ethanol replacement, water was gradually removed from the ENAMEL matrix using ascending ethanol concentrations before OFL application.Composite build-ups were made and the specimens were stored for 24 hours at 37°C and 100% relative humidity. Shear BOND STRENGTH test was performed using a universal testing machine at 1 mm/min crosshead speed. Fracture patterns were evaluated microscopically. Data were analyzed with one-way ANOVA and Fisher’s exact test (a=0.05).Results: There were no significant differences in BOND STRENGTH between the groups (P=0.73). However, regarding failure patterns, the highest cohesive ENAMEL fractures were recorded in groups 2 and 3.Conclusion: In this study, although both methods of EWB did not influence immediate BOND STRENGTH of COMPOSITE RESIN to ENAMEL, the majority of failure patterns occurred cohesively in ENAMEL.

Cites

COMPARISON OF PH CHANGES IN EXTERNAL SIMULATED ROOT DEFECTS AFTER INSERTION OF BIODENTINE AND MODIFIED PORTLAND CEMENT IN INTRACANAL SPACE

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APA: Copy

SOUNDAPPAN, SARAVANAPRIYAN, SUNDARAMURTHY, JOTHI LATHA, RAGHU, SANDHYA, & VELMURUGAN, NATANASABAPATHY. (2014). BIODENTINE VERSUS MINERAL TRIOXIDE AGGREGATE VERSUS INTERMEDIATE RESTORATIVE MATERIAL FOR RETROGRADE ROOT END FILLING: AN IN VITRO STUDY. FRONTIERS IN DENTISTRY (JOURNAL OF DENTISTRY OF TEHRAN UNIVERSITY OF MEDICAL SCIENCES), 11(2), 143-149. SID. https://sid.ir/paper/297902/en

Vancouver: Copy

SOUNDAPPAN SARAVANAPRIYAN, SUNDARAMURTHY JOTHI LATHA, RAGHU SANDHYA, VELMURUGAN NATANASABAPATHY. BIODENTINE VERSUS MINERAL TRIOXIDE AGGREGATE VERSUS INTERMEDIATE RESTORATIVE MATERIAL FOR RETROGRADE ROOT END FILLING: AN IN VITRO STUDY. FRONTIERS IN DENTISTRY (JOURNAL OF DENTISTRY OF TEHRAN UNIVERSITY OF MEDICAL SCIENCES)[Internet]. 2014;11(2):143-149. Available from: https://sid.ir/paper/297902/en

IEEE: Copy

SARAVANAPRIYAN SOUNDAPPAN, JOTHI LATHA SUNDARAMURTHY, SANDHYA RAGHU, and NATANASABAPATHY VELMURUGAN, “BIODENTINE VERSUS MINERAL TRIOXIDE AGGREGATE VERSUS INTERMEDIATE RESTORATIVE MATERIAL FOR RETROGRADE ROOT END FILLING: AN IN VITRO STUDY,” FRONTIERS IN DENTISTRY (JOURNAL OF DENTISTRY OF TEHRAN UNIVERSITY OF MEDICAL SCIENCES), vol. 11, no. 2, pp. 143–149, 2014, [Online]. Available: https://sid.ir/paper/297902/en

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