research centers


Search results: Found 1

Listing 1 - 1 of 1
Sort by

Article
Comparative Evaluation of Shear Bond Strength of Flowable Composite Bonded to Teeth Enamel with Laser Surface Treatment.

Authors: Abdulrahman K. Muhammed --- Makdad Chakmakchi
Journal: Journal of Oral and Dental Research مجلة طب الفم والاسنان ISSN: 23106417 Year: 2015 Volume: 2 Issue: 1 Pages: 24-31
Publisher: Iraqi Association for Oral Research الجمعية العراقية لبحوث طب الفم

Loading...
Loading...
Abstract

Background: Acid etching of enamel appears to improve retention by selectively eroding certain hydroxyapatiteformations and facilitating penetration by the development of resin tags. Aim of study: To evaluate shear bond strength(SBS) of flowable composite to non-lased and lased groups, compare the (SBS) of flowable composite between Totaland Self-etch in non-lased and lased groups, and failure mode analysis.Materials and Methods: Forty bovine incisorswere used, enamel surfaces was grounded by silicon carbide paper and samples were randomly assigned into twomain groups (Group A: Non lased n=20, Group B: lased prepared n=20). Each main group was subdivided randomlyaccording to the adhesive systems that used which are: total-etch adhesive and self-etch adhesive, which were appliedto the prepared enamel surface according to manufacture instruction. Composite rod applied over the bonded area andcured. Samples were stored in distilled water at 370 for 24 hours. The evaluation of shear bond strength was employedby the use of universal testing machine. Results: The results of Student’s t-test showed that there was no significantdifference between the lased and non-lased enamel groups (P= 0.311). One–way ANOVA test and Duncan's MultipleRange test that compare shear bond strength between total and self-etch adhesives showed no significant differencein both lased and non-lased enamel groups. Conclusion: The mean shear bond strength and enamel surface etchingobtained with an Er,Cr:YSGG laser was not comparable to that obtained with non- lased enamel surface.

Listing 1 - 1 of 1
Sort by
Narrow your search

Resource type

article (1)


Language

English (1)


Year
From To Submit

2015 (1)