Comparison of the Sealing Ability of MTA-Angelus, Biodentine and CEM Cement in the Repair of Large Furcal Perforations-A Bacterial Leakage Study

Francis, Tony; Joshi, Sonal; Pai, Ar Vivekananda; Sakkir, Nasil; Thaha, Khaleel Ahamed

doi:10.7860/jcdr/2019/38476.12503

Cited by 4 publications

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“…It should be able to induce regeneration of the PDL complex, specifically cementogenesis over the root-end filling itself. Many materials have been used as root-end fillings, including guttapercha, polycarboxylate cement, amalgam, zinc oxide eugenol(ZOE) cement (IRM and SuperEBA), glass ionomer cement, Diaket, composite resins (Retroplast), resin-glass ionomer hybrids (Geristore), MTA, and CEM cement (9,10). Sealing ability of CEM cement is comparable to those of MTA and since these two water-based endodontic biomaterials do not demonstrate shrinkage upon setting, they form hydroxyapatite crystals over their surfaces.…”

Section: Discussionmentioning

confidence: 99%

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Non-surgical and surgical management of four maxillary teeth with irreversible pulpitis secondary to a large inflammatory dentigerous cyst: A case report

Darmiani

2019

jsurgery

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Section: Discussionmentioning

confidence: 99%

“…The results of several studies conducted specifically on regenerative endodonticsand vital pulp therapy were indicative of favorable biocompatibility of CEM cement. Moreover, randomized controlled trials have suggested that cementogenic properties of CEM cement are comparable to those of MTA when used as a rootend filling material (9).…”

Section: Discussionmentioning

confidence: 99%

Non-surgical and surgical management of four maxillary teeth with irreversible pulpitis secondary to a large inflammatory dentigerous cyst: A case report

Darmiani

2019

jsurgery

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Surgical Management of an Iatrogenic Perforation

Kalgeri¹,

Shivkumar²,

Shankar³

2020

jemds

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Marginal microleakage of newly synthesized nanostructured materials based on calcium aluminate after application in interradicular perforations

et al. 2023

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Introduction. Marginal seal or adequate marginal adaptation of material along the cavity walls should be able to prevent leakage of tissue fluid and consequently bacterial microleakage, terefore, it is considered as significant factor for long term success of endodontic treatment. The aim of this work was to test the marginal microleakage of newly synthesized nanostructured biomaterials based on calcium aluminate, calcium silicate and MTA with a dye penetration test after application the material to the interradicular perforations of extracted teeth. Material and method. The study included 48 extracted human maxillary and mandibular molars. Newly synthesized nanostructured materials were tested: material based on calcium aluminate, calcium silicate. Commercial calcium silicate cement (MTA Angelus, Londrina, Brazil) was used as a control material. Marginal microleakage was examined with a dye penetration test six months after application of the material in experimentally prepared interradicular perforations on extracted human molars. Penetration depth measurement was analyzed with a binocular magnifier (Leica DM 500, Leica Byosistems). Results are expressed in millimeters and statistically processed by applying the analysis of variance for repeated measurements with the Sidak test. Results. The lowest average penetration (mm) was for MTA (1.40 ? 0.63 mm), and the highest for Ca aluminates (2.10 ? 0.63 mm), while for calcium silicates an average color penetration of 1.73 ? 0, 67mm was recorded. By testing intergroup differences in color penetration between groups, a statistically significant difference between MTA and Ca aluminate was obtained using Sidak?s test (t = -0.693; p = 0.036). No statistically significant difference was recorded between MTA and Ca silicate, nor was there a statistically significant difference between Ca aluminate and Ca silicate. Conclusion. The lowest marginal microleakage, the best marginal sealing, was recorded with the MTA material. The microleakage of calcium aluminate-based materials was significantly higher compared to calcium silicate and MTA.

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Comparison of the Sealing Ability of MTA-Angelus, Biodentine and CEM Cement in the Repair of Large Furcal Perforations-A Bacterial Leakage Study

Cited by 4 publications

References 0 publications

Non-surgical and surgical management of four maxillary teeth with irreversible pulpitis secondary to a large inflammatory dentigerous cyst: A case report

Non-surgical and surgical management of four maxillary teeth with irreversible pulpitis secondary to a large inflammatory dentigerous cyst: A case report

Surgical Management of an Iatrogenic Perforation

Marginal microleakage of newly synthesized nanostructured materials based on calcium aluminate after application in interradicular perforations

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