Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Comparative evaluation of radiopacity of MTA Fillapex® endodontic sealer through a digital radiograph system

View through CrossRef
The radiograph represents one of the evaluation tools of the endodontic procedure. Therefore, radiopacity is an essential property of filling materials. Objective: To evaluate the MTA Fillapex® radiopacity, as compared to that of Sealer26®, Sealapex®and AH Plus®. Material and methods: Five specimens were prepared from each endodontic sealer, which were then positioned in the digital sensor (Kodak RVG 6100 – Digital Radiography System) and radiographed with a Kodak 2200 Intraoral Device Rx System, operating at 70 Kvp, 10 mV, with an exposition time of 0.071 tenth of second and a distance of 20 cm from the sensor. The radiopacity was assessed using the software Image Tool 3.0, which determines gray shades ranging from 0 to 255 pixels. For statistical analysis, ANOVA test was used, followed by Tukey’s test at a significance level of 5%. Results: The MTA Fillapex® presented the lowest radiopacity between all tested sealers, while AH Plus® was the most radiopaque one. Sealapex® and Sealer 26® showed intermediate radiopacity and statistically did not differ from each other. Conclusion: MTA Fillapex® presented intermediate radiopacity. When compared with AH Plus®, Sealer 26® and Sealapex® endodontic sealers, it exhibited the smallest result.
Fundacao Educacional da Regiao de Joinville - Univille
Title: Comparative evaluation of radiopacity of MTA Fillapex® endodontic sealer through a digital radiograph system
Description:
The radiograph represents one of the evaluation tools of the endodontic procedure.
Therefore, radiopacity is an essential property of filling materials.
Objective: To evaluate the MTA Fillapex® radiopacity, as compared to that of Sealer26®, Sealapex®and AH Plus®.
Material and methods: Five specimens were prepared from each endodontic sealer, which were then positioned in the digital sensor (Kodak RVG 6100 – Digital Radiography System) and radiographed with a Kodak 2200 Intraoral Device Rx System, operating at 70 Kvp, 10 mV, with an exposition time of 0.
071 tenth of second and a distance of 20 cm from the sensor.
The radiopacity was assessed using the software Image Tool 3.
0, which determines gray shades ranging from 0 to 255 pixels.
For statistical analysis, ANOVA test was used, followed by Tukey’s test at a significance level of 5%.
Results: The MTA Fillapex® presented the lowest radiopacity between all tested sealers, while AH Plus® was the most radiopaque one.
Sealapex® and Sealer 26® showed intermediate radiopacity and statistically did not differ from each other.
Conclusion: MTA Fillapex® presented intermediate radiopacity.
When compared with AH Plus®, Sealer 26® and Sealapex® endodontic sealers, it exhibited the smallest result.

Related Results

Comparison of MTA Fillapex radiopacity with five root canal sealers
Comparison of MTA Fillapex radiopacity with five root canal sealers
Introduction: The endodontic sealer is a filling material whose physicochemical properties are mandatory for the achievement of endodontic therapy final goal. An ideal endodontic s...
Push-out bond strength and fracture modes of MTA and bioactive glass-based sealers using different final irrigants: an in-vitro study
Push-out bond strength and fracture modes of MTA and bioactive glass-based sealers using different final irrigants: an in-vitro study
INTRODUCTION. The bond between gutta-percha and sealer is crucial for successful root canal (RC) filling, requiring sealers with optimal physical, chemical, and biological characte...
Hydrogen ion and calcium releasing of MTA Fillapex® and MTA-based formulations
Hydrogen ion and calcium releasing of MTA Fillapex® and MTA-based formulations
Introduction: MTA is composed of various metal oxides, calcium oxide and bismuth. It has good biological properties and is indicated in cases of endodontic complications. Several c...
Radiopacity of Composite Luting Cements Using a Digital Technique
Radiopacity of Composite Luting Cements Using a Digital Technique
AbstractPurposeThe aim of this in vitro study was to evaluate the radiopacity of 20 common dental composite luting materials using a digital technique.Materials and MethodsA 1‐mm‐t...
Evaluation of the influence of bioceramic sealers on the radiopacity of single-cone fillings
Evaluation of the influence of bioceramic sealers on the radiopacity of single-cone fillings
Radiopacity is an essential physical property to measure the quality of the filling, and whether the association of bioceramic sealers with gutta-percha cones increases the radiopa...
The effect of four different intracanal medicaments on the push-out bond strength of root canal sealers
The effect of four different intracanal medicaments on the push-out bond strength of root canal sealers
This study aimed to compare the effect of 4 different intracanal medicaments on the push-out bond strength of two sealers (AH Plus and MTA Fillapex). 100 single-rooted extracted pr...
Filling analysis of artificial lateral canals after main canal obturation through three different endodontic sealers
Filling analysis of artificial lateral canals after main canal obturation through three different endodontic sealers
This study aimed to evaluate, in vitro, the filling ability of lateral canals after main canal obturation through three different endodontic sealers. Material and methods: Thirty s...
Comparative evaluation of pH and solubility of MTA Fillapex® endodontic sealer
Comparative evaluation of pH and solubility of MTA Fillapex® endodontic sealer
To evaluate pH and solubility of MTA Fillapex® cement. Material and methods: Patients were divided into four groups: GI (MTA Fillapex®), GII (Sealer 26®), GIII (Sealapex®) and GIV ...

Back to Top