COMPARATIVE EVALUATION OF MICROLEAKAGE IN DIFFERENT RESTORATIVE MATERIALS AN INVITRO STUDY
Journal: International Journal of Advanced Research (Vol.10, No. 11)Publication Date: 2022-11-15
Authors : Aasima Ishaq Mohd Altaf Tantray; Hassan Mydeen A.;
Page : 724-727
Keywords : Ormocer Cention -n GIC Microleakage SEM;
Abstract
Introduction: Microleakage is one of the most frequent cause behind a restoration failure. Numerous advancements in restorative materials and placement techniques have been made to overcome this problem. Aim And Objectives: The purpose of this study is to evaluate the microleakage of three different restorative materials with different chemical structure and to determine which among the three has more sealing ability. Materials And Methods: Thirtyextracted mandibular 3rd molars were stored in distilled water and standardized class 1 cavity preparation was done. All the 30 samples were divided into 3 experimental groups GROUP I (GIC), GROUP II (ORMOCER), GROUP III (CENTION N) 10 sample in each group. Teeth were buccolingually sectioned in two halves and immersed in 2% basic fuschin dye and micro leakage was assessed under stereomicroscope. Results: IN our invitro study the highest microleakage was observed in GIC (1.5±0.849) followed by Cention n (0.7± 0.6749) and Ormocer (0.3± 0.483) respectively.Significant difference was observed in group I and group II with p value of 0.0005. Conclusion: Better sealing ability were observed in Ormocer>Cention-n>GIC.
Other Latest Articles
- IMPACT OF APPLYING ARTIFICIAL INTELLIGENCE: HEALTHCARE PROFESSIONALS INSIGHT (A QUALITATIVE SURVEY STUDY IN HAFR-ELBATIN, SAUDI ARABIA)
- STUDY OF RISK FACTORS IN RETINAL VENOUS OCCLUSION
- A STUDY TO EVALUATE EFFICACY AND SAFETY OF Q SWITCHED ND:YAG LASER IN AMATEUR AND PROFESSIONAL TATTOO REMOVAL
- HISTOMORPHOLOGICAL PATTERNS OF HYSTERECTOMY SPECIMENS IN A TERTIARY CARE HOSPITAL: A TWO-YEAR STUDY
- SUBDERMAL PLEXUS AS A GUIDE FOR SKIN FLAP THICKNESS IN MODIFIED RADICAL MASTECTOMY IN BREAST CANCER
Last modified: 2022-12-12 19:09:23