Glass-ionomer cement vs. resin as fissure sealants
Veerasamy Yengopal, Steffen Mickenautsch, Ana Cristina Barreto Bezerra, S.C. Leal
Abstract
Veerasamy Yengopal, Steffen Mickenautsch, Ana Cristina Barreto Bezerra, S.C. Leal
Abstract
The evidence for the efficacy and cost-effectiveness of sealants in reducing occlusal caries in molars has been highlighted in a number of articles in highly rated journals. Pits and fissures of posterior molar teeth are considered to be highly susceptible to the adhesion of microorganisms and, consequently, caries. Therefore, a significant amount of tooth decay occurs at these sites. Fissure sealants are used to prevent occlusal caries with 71% percent of occlusal decay preventable after a once-off fissure sealant application. The aim is to establish the caries-preventing effect of GIC in comparison to that of resin-based fissure sealants.
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The evidence for the efficacy and cost-effectiveness of sealants in reducing occlusal caries in molars has been highlighted in a number of articles in highly rated journals. Pits and fissures of posterior molar teeth are considered to be highly susceptible to the adhesion of microorganisms and, consequently, caries. Therefore, a significant amount of tooth decay occurs at these sites. Fissure sealants are used to prevent occlusal caries with 71% percent of occlusal decay preventable after a once-off fissure sealant application. The aim is to establish the caries-preventing effect of GIC in comparison to that of resin-based fissure sealants.
Key concepts: Fissure, Molar, Sealant, Glass ionomer cement, Dentistry, Medicine, Orthodontics, Materials science