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International Journal of Applied Dental Sciences
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ISSN Print: 2394-7489, ISSN Online: 2394-7497
ICV 2019: 92.11

International Journal of Applied Dental Sciences

2019, Vol. 5 Issue 2, Part H

Cone beam computed tomography assessment of MTA Efficacy as orthograde root canal filling materials after preparation using reciprocating motion analysis (Ex-vivo study)

AUTHOR(S): Samia Mohamed Elsherief and Inas A Aboulmagd
ABSTRACT:Introduction: Three-dimensional seal of homogenous root canal filling material is key for the successful of root canal treatment.
Aim: The purpose of the present study was to compare the quality of two different root canal obturation techniques: MTA and cold lateral compaction technique (CLC) using cone beam computed tomography (CBCT) analysis
Materials and methods: Twenty single rooted extracted teeth were collected. Root canals were prepared using Reciproc file system. The samples were scanned using CBCT before obturation. The roots were randomly allocated into two groups, one group was obturated by CLC using gutta-percha / AH plus sealer, the second group was obturated with MTA. Roots were scanned with CBCT, and volume measurements for voids were carried out by using specialized software. The difference between both techniques was evaluated using Mann Whitney U test. Independent t test was used to compare between groups.
Results: Revealed that a higher mean value of percentage of obturated volume (POV) was recorded in MTA group, with no statistically significant difference.
Conclusions: CBCT imaging system produces a clear view of the volumetric measurements of voids. There was no significant difference between the qualities of root canal filling by both techniques. None of the two root canal filling techniques could completely fill the root canal space.
Pages: 467-472  |  394 Views  6 Downloads
How to cite this article:
Samia Mohamed Elsherief, Inas A Aboulmagd. Cone beam computed tomography assessment of MTA Efficacy as orthograde root canal filling materials after preparation using reciprocating motion analysis (Ex-vivo study). Int J Appl Dent Sci 2019;5(2):467-472.
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International Journal of Applied Dental Sciences