Open AccessDetermine the Effectiveness of Anacardic Acid and Stannous Fluoride as an Anti-erosive Agent
Author(s) -
Sampada Dahake,
Priyanka Paul Madhu,
Amit Reche,
Kumar Gaurav Chhabra,
Simran Kriplani,
Rutuja Ubhale,
Barkha Adwani
Publication year - 2021
Publication title -
journal of pharmaceutical research international
Language(s) - English
Resource type - Journals
ISSN - 2456-9119
DOI - 10.9734/jpri/2021/v33i46a32892
Subject(s) - fluoride , scanning electron microscope , dentistry , chemistry , nuclear chemistry , materials science , medicine , inorganic chemistry , composite material
Background: The key goal of the study is to find out the effectiveness of anacardic acid and the stannous fluoride as an anti erosive agent.
Objectives: To evaluate the erosive effect of Bio vinegar and antierosive effect of Anacardic acid and Stannous Fluoride.
Methodology: The extracted teeth were collected for in vitro study. Three solutions were selected Bio vinegar, Anacardic acid, Fluoride to treat the extracted teeth to study and compare the anti-erosive effect. The sets of extracted teeth of ten each were grouped to be treated with different solutions. The set was immersed in Bio vinegar for 8 hours for erosive action. The second set of ten extracted teeth were immersed in anacardic acid for four days. The same set of teeth were treated with vinegar for 8 hours. The cross sectional view of stained teeth was viewed under Scanning Electron Microscope. The third set of teeth was immersed in stannous fluoride for four days and then treated with Bio vinegar for 8 hours. The cross sectional view of stained teeth was viewed under Scanning Electron Microscope. A comparison of anti-erosive effect of anacardic acid and stannous fluoride were studied under Scanning Electron Microscope.
Expected Results: Determining a better effectiveness of Anacardic acid antierosive agent than stannous fluoride.
Conclusion: Reduction in the level of erosion by the application of anacardic acid and stannous fluoride on extracted teeth exposed to carbonated drinks and assessment of erosive effect of carbonated drink on tooth.