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Penetration and Adaptation of the Highly Viscous Zinc-Reinforced Glass Ionomer Cement on Contaminated Fissures: An In Vitro Study with SEM Analysis.

Galiah Husam AlJefriSunil Babu KothaMuhannad Hani MuradReham Mohammed AljudaibiFatmah Nasser AlmotawahSreekanth Kumar Mallineni
Published in: International journal of environmental research and public health (2022)
Based on this study, we conclude that ZRGIC, a highly viscous fluoride-releasing cement, effectively seals fissures by interfering with food lodgment and protecting teeth from caries. We also conclude from this research that although the contaminated surfaces are not fully effective in penetrating and adapting the GIC to the tooth surface, they are still adequate for the brief period that will delay the carious process. It is advisable to restore the fissures with the minimal technique of sensitive fluoride-releasing GIC, particularly in young, uncooperative children, rather than leaving a caries-prone environment.
Keyphrases
  • drinking water
  • heavy metals
  • oral health
  • young adults
  • risk assessment
  • human health
  • biofilm formation
  • tissue engineering
  • climate change