A comparative evaluation of fluoride release and rechargeability in conventional GIC (type II), pediatric GIC (type IX), and Cention-N: an in vitro study
P Khadatkar, B Niranjan, A Bansal… - European Archives of …, 2024 - Springer
Purpose A comparative evaluation of fluoride release and re-chargeability in conventional
glass ionomer cement (GIC)(type II), Pediatric GIC (type IX), and Cention-N-an in vitro study …
glass ionomer cement (GIC)(type II), Pediatric GIC (type IX), and Cention-N-an in vitro study …
[HTML][HTML] Green Synthesis and Investigation of Antimicrobial Activity and Compressive Resilience of Glass Ionomer Cement Modified With Zirconia Nanoparticles: An In …
K Jain, J Paulraj, S Maiti, R Shanmugam - Cureus, 2024 - pmc.ncbi.nlm.nih.gov
Background Glass ionomer cement (GIC) serves as a crucial biomaterial in dental
restoration, offering applications in filling, lining, and adhesive procedures. Nevertheless, its …
restoration, offering applications in filling, lining, and adhesive procedures. Nevertheless, its …
Fluoride release and anti-bacterial activity of different bioactive restorative materials: an in vitro comparative study
HO Sabae, SM Nabih, WM Alsamolly - Journal of Stomatology, 2023 - termedia.pl
Objectives The aim of the current in-vitro research was to assess and compare fluoride
release and anti-bacterial activity of three distinct bioactive dental restorations, such as resin …
release and anti-bacterial activity of three distinct bioactive dental restorations, such as resin …
Estimation of fluoride release and recharge potential among Zirconomer, GC Gold Label Hybrid, Ketac Molar, and Tetric Prime: An in vitro study
RK Virk, JS Grover, KK Bhullar, S Goyal… - Journal of Oral …, 2024 - journals.lww.com
Background: The preventive role of fluoride in caries control is mainly due to the formation of
fluorapatite crystals which are more resistant to acid attack. Glass ionomer cement (GIC), its …
fluorapatite crystals which are more resistant to acid attack. Glass ionomer cement (GIC), its …
Comparative Evaluation of Bond Strength, Micro hardness and Fluoride Release of Two Bioactive Restorative Materials
HSM Alsharif, HE Eltayeb… - Al-Azhar Journal of …, 2024 - azjd.researchcommons.org
Purpose: This study was aimed to evaluate and compare bond strength, microhardness, and
fluoride release properties of two bioactive restorative materials: Zirconomer and Cention N …
fluoride release properties of two bioactive restorative materials: Zirconomer and Cention N …