Perbandingan Tingkat Kebocoran Mikro Antara Resin Komposit Dan Glass Ionomer Cement Sebagai Bahan Penutupan Fisura (Evaluasi in-Vitro Setelah Satu Bulan Aplikasi)

Sundari, Iin; Diansari, Viona; Julianti, Eka

doi:10.24815/cdj.v10i2.11713

Cited by 3 publications

(9 citation statements)

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“…The maturation process continued after restoration and caused the delivery of fluor from GIC to the tooth surfaces which contains Hydroxyapatite (HAp). The transfer of the ion formed an ionic adhesion between HAp (Ca10(PO4)6(OH)2) released (OH)2 molecule with fluor [9]. The formation of this ionic bond improved bonding strength between restoration and tooth cavity.…”

Section: Discussionmentioning

confidence: 99%

“…The dentin conditioner consists of polyacrylate acid 10% that plays a role in washout smear layer, debris, and leaving smear plug at the surface of the dentin. The smear plug is the layer that assesses the adhesion process between GIC and the surface of the cavity thus increasing the GIC bond and decreasing microleakage [9,18]. Cocoa butter also has been used in this study.…”

Section: Discussionmentioning

confidence: 99%

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Study of Microleakage between Material Restoration Glass Ionomer Cement and Alkasite in Class V Cavity (G.V. Black)

Sundari¹,

Ningsih²,

Jannah³

2022

Advances in Health Sciences Research

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Microleakage is a gap between the surface of the tooth and the restoration caused by the failure of the restoration. Glass Ionomer Cement (GIC) and Alkasite are materials with good clinical appearance, but the mechanical strength of GIC was lower than Alkasite and the microleakage occurs in both restorations. Purpose: This study aims to determine the microleakage between GIC and Alkasite restorations in the Class V cavity for 1 day, 7 days, and 30 days after restoration in the tooth. Materials and methods: This study used 30 maxillary premolars and was divided into six groups. Group A restored by GIC and group B by Alkasite. Groups A1 and B1 were restored and incubated for 1 day, groups A2 and B2 for 7 days, groups A3 and B3 for 30 days. All specimens were incubated at 37ºC and isolated with nail varnish except for the restored areas before immersion with 1% methylene blue at room temperature for 1 day. The specimens were cleaned and cut longitudinally, then observed by a stereomicroscope and scored 0-4. Results: Average values of GIC and Alkasite microleakage after 1 day were greater than 7 days and 30 days. a Comparison of the average microleakage values of GIC and Alkasite shows microleakage values of GIC are greater than Alkasite. However, statistical analysis test results showed that there were no significant microleakage values between GIC and Alkasite after 1 day, 7 days, and 30 days (p> 0.05).

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Section: Discussionmentioning

confidence: 99%

Section: Discussionmentioning

confidence: 99%

Study of Microleakage between Material Restoration Glass Ionomer Cement and Alkasite in Class V Cavity (G.V. Black)

Sundari¹,

Ningsih²,

Jannah³

2022

Advances in Health Sciences Research

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“…18 Researchers used a GIC-based sealant because it can be applied when the teeth are still pre-erupted so that the patient's age at application can be younger, can release fluoride where one of the benefits of fluorine is to prevent caries, and has good biocompatibility. 5 The addition of a remineralizing agent such as topical fluorine can enhance remineralization.…”

Section: Methodsmentioning

confidence: 99%

“…4 Material glass ionomer as a sealant material has advantages over resin materials, among others, it can be applied when the teeth are still pre-erupted so that the patient's age at the time of application can be younger, it can also release fluoride which prevent caries, and has good biocompatibility. 5 Topical administration of fluoride is carried out with the aim of preventing the dental caries process.…”

Section: Introductionmentioning

confidence: 99%

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Shear bond strength fissure sealant based on glass ionomer after topical fluor application: a comparison between sodium fluoride and acidulated phosphate fluoride

Akwan

Paramita

Rahmitasari

2022

Odonto : Dental Journal

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Background: Application of fissure sealants to young permanent teeth is one of the preventive measures for caries in the field of dentistry. Fissure sealants based on glass ionomer cement (GIC) have the advantage of releasing fluoride. Sodium fluoride and acidulated phosphate fluoride (APF) are remineralization agents because they can increase remineralization by altering hydroxyapatite to fluorapatite and this in turn makes fluorine able to increase pH. Fluoride can prevent caries by increasing remineralization of the enamel that has just been demineralized by acids produced by plaque bacteria. The aim of this study is to compare the shear bond strength fissure sealant based on glass ionomer between sodium fluoride and APF topical fluor application Method: This research applied true experimental design with post test only control group design. The 21 maxillary permanent premolars were distributed into 3 groups, namely the control group (K1), the treatment group added 5% sodium fluoride (K2), and the treatment group added 1.23% APF (K3). Result: One Way ANOVA and post hoc LSD analysis test displayed no significant difference in each group. This could be due to the material used as a conditioner prior to the GIC application. The addition of fluoride ions will inhibit the demineralization process of the enamel produced by the application of conditioner. So it does not rule out that it will interfere with the attachment of the GIC material used as a fissure sealant in this research. Conclusion:There was no significant difference in shear bond strength of fissure sealant based on glass ionomer between sodium fluoride and acidulated phosphate fluoride topical application.

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Pengaruh Laju Pelepasan Fluor pada Resin Komposit Berfluor terhadap Kebocoran Tepi

Faizah

Suparno

Pradana

et al. 2023

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Composite resin is the most widely used restorative material due to its aesthetic properties, however, it has a drawback, namely edge leakage either by the polymerization process or by the release of components during the usage process. Therefore, composite resins containing fluorine has been developed as an effort to increase the success of restorative treatment by minimizing the occurrence of secondary caries or recurrent caries around the edges of the restoration. Composite resin releasing fluorine does not show a burst effect like the glass ionomer cement, but the pattern of fluorine release is low and constant. This was a pure laboratory experimental study. Samples were 25 maxillary 1st premolars prepared by class 1 cavity and filled with fluorine composite resin Tetric N-Ceram (Ivoclar Vivadent, Liechtenstein). Samples were divided into five groups that were immersed in sterile distilled water for 1, 7, 14, 21, 28 days, followed by 5% methylene blue for 4 hours. Edge leakage test using USB Digital Stereo Microscope used dye penetration method. Edge leakage was measured at the penetration depth of 5% methylene blue which was evaluated along the mesial and distal side of the restoration wall, then the side with the deepest color penetration was selected. The LSD test result showed that there was a significant difference between group A and the other four groups. In addition, there was no significant difference among the four groups (B, C, D and E). In conclusion, marginal leakage of the composite resin showed a constant value in each group according to a constant rate of fluorine release as well. Keywords: fluorine release rate; fluorine composite resin; restoration; secondary caries Abstrak: Resin komposit merupakan bahan restorasi yang memiliki kekurangan yaitu kebocoran tepi oleh proses polimerisasi maupun terlepasnya komponen. Resin komposit dengan kandungan fluor dikembangkan sebagai upaya untuk meningkatkan keberhasilan restoratif dengan meminimalkan terjadinya karies sekunder di tepi restorasi, dimana pelepasan fluornya tidak menunjukkan burst effect, melainkan pola pelepasan fluor rendah dan konstan. Penelitian ini bertujuan untuk mengetahui pengaruh laju pelepasan fluor pada resin komposit berfluor terhadap kebocoran tepi. Jenis penelitian ialah eksperimental murni laboratorik. Sampel berupa gigi premolar 1 rahang atas yang dipreparasi kavitas kelas 1 dan ditumpat menggunakan resin komposit berfluor sejumlah 25 buah. Sampel dibagi atas lima kelompok (A – E) untuk dilakukan perendaman dalam akuades steril selama 1, 7, 14, 21, dan 28 hari, dilanjutkan dengan methylene blue 5% selama 4 jam. Uji kebocoran tepi menggunakan USB Digital Mikroskop Stereo dengan metode penetrasi zat warna. Kebocoran tepi diukur pada kedalaman penetrasi methylene blue 5% dievaluasi sepanjang dinding restorasi sisi mesial dan distal, kemudian dipilih sisi dengan penetrasi warna terdalam. Hasil uji LSD menunjukkan terdapat perbedaan bermakna antara kelompok A dengan empat kelompok lainnya, dan tidak terdapat perbedaan bermakna antara keempat kelompok yaitu B, C, D dan E. Simpulan penelitian ialah kebocoran tepi resin komposit menunjukkan nilai konstan pada setiap kelompok sesuai dengan laju pelepasan fluor yang konstan juga. Kata kunci: laju pelepasan fluor; resin komposit berfluor; restorasi; karies sekunder

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Perbandingan Tingkat Kebocoran Mikro Antara Resin Komposit Dan Glass Ionomer Cement Sebagai Bahan Penutupan Fisura (Evaluasi in-Vitro Setelah Satu Bulan Aplikasi)

Cited by 3 publications

References 0 publications

Study of Microleakage between Material Restoration Glass Ionomer Cement and Alkasite in Class V Cavity (G.V. Black)

Study of Microleakage between Material Restoration Glass Ionomer Cement and Alkasite in Class V Cavity (G.V. Black)

Shear bond strength fissure sealant based on glass ionomer after topical fluor application: a comparison between sodium fluoride and acidulated phosphate fluoride

Pengaruh Laju Pelepasan Fluor pada Resin Komposit Berfluor terhadap Kebocoran Tepi

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