Comparison of Caries Occurence Between Resin Based and Glass Ionomer Based Pit and Fissure Sealants in Young Permanent Molars After One Year Application

Abstract

The use of anatomic grooves or pits and fissures on the occlusal top of permanent grinders retains food scraps and increases the formation of caries. Inserting and fastening these exposed regions with pit-and fissure sealants has the potential to avert the occurrence of these injuries in teeth. The tools used for such process have the shape of a resin based and a glass ionomer cement (referred to as GIC hereafter). This study aims to compare white spot index (ICDAS) after applying resin based and fissure sealant glass ionomer, and to determine the more efficient types of material over a long period of time method. This study uses experimental pre-test and post-test methods. The research population consists of grade I, II, and III elementary students from the Elementary School No.2, Central Cupak, Padang. Samples were obtained through purposive sampling. The research involves 2 types of sample each of which consists of 30 children who were given resin based sealant application as well as glass Ionomer. ICDAS-II index was used to assess white spot index following one year application. The research data was analyzed with SPSS Statistics through unpaired t-test. The result shows that there is no major distinction between resin based sealant application and glass ionomer cement following one year application(p = 0,23). This study concludes that resin based sealants and glass ionomer cement constitute valuable pit and fissure sealant materials. The reaction of these materials must be evaluated over a longer period to determine the mean retention period and to confirm if a new application is needed.

Evaluation Of Commonly Treated Mandibular Teeth With Preventive Resin Sealant Among Children With Permanent Dentition

“…The first clinical trial took place in the late 1960s, and today there are a variety of widely available sealant formulations that have been tried, including resin-based sealants that are polymerized using a chemical or light activation system; glass ionomer-based sealants that release fluoride; polyacid-modified resin sealants [5]. Based on the material and process of polymerization, resin-based sealants can be divided into four generations .…”