Abstrak

Baca Juga : PERBANDINGAN TINGKAT KEBOCORAN MIKRO ANTARA RESIN KOMPOSIT DAN GLASS IONOMER CEMENT SEBAGAI BAHAN PENUTUPAN FISURA (EVALUASI IN-VITRO SETELAH SATU BULAN APLIKASI BAHAN PENUTUPAN FISURA) (Eka Julianti, 2017) ,

Baca Juga : PERBANDINGAN KEBOCORAN MIKRO ANTARA BASIS GIC CONVENTIONAL DAN RMGIC PADA RESTORASI RESIN KOMPOSIT NANOFILLER DENGAN TEKNIK SANDWICH (Citra Feriana Putri, 2015) ,

or dan direndam dalam larutan methilene blue 5% selama 24 jam. kemudian diamati dengan menggunakan stereo mikroskop dan diukur tingkat kebocorannya. hasil analisa uji mann whitney terhadap hasil kebocoran mikro menunjukan adanya perbedaan yang signifikan antara resin komposit dan gic. berdasarkan penelitian ini dapat disimpulkan bahwa pada penutupan fisura dengan bahan resin komposit memiliki tingkat kebocoran yang lebih rendah dibandingkan dengan gic setelah dilakukan penutupan fisura selama 24 jam. kata kunci : penutupan fisura, resin komposit, glass ionomer cement (gic), kebocoran mikro. abstract name : darma jayadi study program : pendidikan dokter gigi title : comparison of microleakage between resin composites and glass ionomer cement (gic) as a fissure sealant. anatomy pits and fissures of teeth is a very vulnerable as the beginning of dental caries. fissure sealant is a non-invasive method of prevention is most effective on the surface of a tooth that has pits and fissures of teeth deep and narrow to prevent dental caries. currently material is often used is the composite resin material and gic. the purpose of this study was to obtain information on the comparison of microleakage between resin composites and glass ionomer cement (gic) as a fissure sealant. specimens are 16 teeth consisting of two treatment groups. the first group uses composite resin (3m espe clinpro) and the second group using gic (fuji vii). specimens do conditioning for 24 hours in an incubator and blue methilene immersed in a solution of 5% for 24 hours. then observed using a stereo microscope and measured rate of the mikroleakage. mann whitney test analysis results to the results of microleakage showed a significant difference between the composite resin and gic. based on this research can be concluded that the fissure sealant with composite resin materials have a lower microleakage rate than the gic after fissure sealant for 24 hours. keywords: fissures sealant, resin composite, glass ionomer cement (gic),

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