Effect of Edta Versus Citric Acid on Smear Layer Removal-in Vitro: a Scanning Electron Microscopic Evaluation of the Effect of Edta Versus Citric Acid on Smear Layer Removal. in Vitro - Dr.keshav Prasad B.s - Books - LAP LAMBERT Academic Publishing - 9783843371353 - November 5, 2010
In case cover and title do not match, the title is correct

Effect of Edta Versus Citric Acid on Smear Layer Removal-in Vitro: a Scanning Electron Microscopic Evaluation of the Effect of Edta Versus Citric Acid on Smear Layer Removal. in Vitro

Price
$ 45.49
excl. VAT

Ordered from remote warehouse

Expected delivery Nov 11 - 23
Christmas presents can be returned until 31 January
Get notified about new Dr.keshav Prasad B.s releases
Add to your iMusic wish list

Not rated yet

The study was undertaken to compare the efficacy of smear layer removal by EDTA versus Citric acid at the apical third of the root canals. There have been various chelating agents utilised in Endodontics, apart from smear layer removing properties , a good chelating agent should be atleast biocompatible as practically it is almost impossible to confine the chelating agent within the apical constriction. Therefore there is always a search for a chelating agent which is biocompatible and efficient at the same time. Groups of specimes were treated with Edta, Citric acid and Saline respectively. Specimens were prepared for evaluation of the smeaar layer under the scanning electron microscope. Photomicrographs were obtained. The smear layer was rated based on the standard rating system at the apical third of the root canals. Edta is widely used as a chelating agent. The present research is focused on the chelating agents Edta and Citric acid. As mentioned earlier that a chelating agent should be biocompatible apart from being efficient , therefore the present study targets on a chelating agent which is both efficient and biocompatible.

Media Books     Paperback Book   (Book with soft cover and glued back)
Released November 5, 2010
ISBN13 9783843371353
Publishers LAP LAMBERT Academic Publishing
Pages 64
Dimensions 226 × 4 × 150 mm   ·   113 g
Language German