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Physical Properties And Bioactivity Of Aloe Vera Modified Tricalcium Silicate-Based Cement, Heba Seif, Ashraf M. Abu-Seida, Ahmed Elbanna, Dalia I. El-Korashy

International Arab Journal of Dentistry

Objective: This study compares the physical properties and bioactivity of tricalcium silicate-based cement (Matreva MTA) modified with various concentrations of Aloe vera (AV) solutions and Biodentine cement.

Methods: Sixty discs were prepared, and divided into 5 groups (12 discs each) based on the estimated materials: group I: Biodentine, group II: Matreva MTA, group III: Matreva MTA with 10% AV, group IV: Matreva MTA with 20% AV and group V: Matreva MTA with 30% AV. The flow and setting time were assessed following ISO standard 6876:2012 and American Society for Testing and Materials (ASTM) standard C266-21, respectively. The in-vitro bioactivity was …

Aloe Vera In Dentistry: Current Status And Future Prospects, Ashraf M. Abu-Seida, Heba Seif

International Arab Journal of Dentistry

This review declares the chemical composition, pharmacological actions, clinical applications, adverse reactions and future prospects of Aloe vera (AV) in the field of dentistry. Literature pertinent to Aloe vera in dental practice was explored in databases like PubMed, Scopus and Google Scholar. The relevant literature was reviewed and critically appraised in this review. Aloe vera is a miracle plant that has been applied as herbal therapy for thousands of years due to its multiple health benefits. In dental practice, AV has different applications and it attracts the attention of researchers due to its natural origin, low cytotoxicity, and various biological …

Comparative Evaluation For The Effect Of Green Tea, Aloe Vera And Chlorhexidine On Dentin Erosion, Nourhan Moustafa Moustafa, Rasha Afifi, Maha Ahmed Niazy, Essam Naguib

Future Dental Journal

ABSTRACT:

Purpose: This study aimed to compare the anti-collagenolytic effect of Green tea, Aloe vera and chlorhexidine on artificial erosion in human dentin using microhardness test and environmental scanning electron microscope (ESEM). Materials and Methods: For this study, 60 extracted sound human maxillary premolars were subjected to artificial erosion and randomly divided into three equal groups (20 premolars each) according to immersion in the tested anti-collagenolytic agents; group (A₁) Green tea, (A₂) Aloe vera and group (A₃) Chlorhexidine (CHX). The microhardness analysis and (ESEM) photomicrographs were taken for the surface of dentin specimens three …