2015•Indian Journal of Contemporary DentistryOpen access

Apexification using Mineral Trioxide Aggregate and Obturation using Thermoplasticized Systems

Neha Arora, Dakshita Joy Sinha, Nimish Tyagi, Sunita Chaudhary

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Abstract

Immature teeth with necrotic pulp and large periapical lesion are difficult to treat via conventional endodontic therapy. The role of materials such as Calcium hydroxide and Mineral Trioxide Aggregate (MTA) are indispensable. This case report presents successful healing and apexification using MTA. Thermoplasticized obturating systems were used for back filling the canals against MTA plugs. This report is clinically relevant as it makes the dental fraternity aware of the fact that always with the huge periapical radiolucency, endodontic surgery is not the only option.

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Immature teeth with necrotic pulp and large periapical lesion are difficult to treat via conventional endodontic therapy. The role of materials such as Calcium hydroxide and Mineral Trioxide Aggregate (MTA) are indispensable. This case report presents successful healing and apexification using MTA. Thermoplasticized obturating systems were used for back filling the canals against MTA plugs. This report is clinically relevant as it makes the dental fraternity aware of the fact that always with the huge periapical radiolucency, endodontic surgery is not the only option.

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Available abstract

Immature teeth with necrotic pulp and large periapical lesion are difficult to treat via conventional endodontic therapy. The role of materials such as Calcium hydroxide and Mineral Trioxide Aggregate (MTA) are indispensable. This case report presents successful healing and apexification using MTA. Thermoplasticized obturating systems were used for back filling the canals against MTA plugs. This report is clinically relevant as it makes the dental fraternity aware of the fact that always with the huge periapical radiolucency, endodontic surgery is not the only option.

Key concepts: Mineral trioxide aggregate, Apexification, Dentistry, Medicine, Root Canal Filling Materials, Orthodontics, Root canal

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