Dian Agustin Wahjuningrum and Widya Saraswati and Ira Widjiastuti and Amalia Putri and Ari Subijanto and Darmawan Setijanto and Ernie M. Setiowatie and Latief Mooduto and Fikarini H. Puteri (2017) Effect of Extract Propolis on the Adherence of Enterococcus Faecalis as a Candidate Root Canal Irrigation Solution. In: Proceeding of International Medical Device and Technology Conference. FBME, Johor Bahru, pp. 94-96. ISBN 978-967-0194-93-6

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	Text (SIMILARITY) 19.Effect of Extract Propolis on the Adherence of Enterococcus Faecalis as a Candidate Root Canal Irrigation Solution.pdf Download (1MB)
	Text (PEER REVIEW) 19.validasi (Effect of Extac Popolis).pdf Download (709kB)

Abstract

A solidified biofilm E.faecalis in hard environmental circumstances within the root canals. Biomaterial urfaces and biofilm on tissues can lead to biofilm-mediated contaminations, which is hard to treat as a result of the increased antimicrobial resistance of bacteria. The dherence of bacteria to a hard surface forms the original and the most vital step in the biofilm’s formation. Propolis contains tt-farnesol and apegenin that have mechanisms for inhibiting adherence of bacterial biofilm. Propolis’s effect on the adherence of E.faecalis. Propolis 8-16 µg/ml was extracted, analyzed using the agar diffusion method; the outcome on bacterial adherence to a glass surface was also evaluated. Considerably less bacteria were found adhering to Propolis by using the one-way ANOVA with various assessment. Propolis 8-16 µg/ml reduction in adherence of E. faecalis to smooth surface. Propolis 14µg/ml show. Propolis 14µg/ml Displays successful in stopping adhesion of E.faecalis.

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