What is MTA used for?

Another significant use of MTA is in pulp capping procedures. Pulp capping involves placing a protective material over the exposed pulp of a tooth to prevent infection and promote healing. MTA's biocompatibility and ability to stimulate the formation of dentin make it an ideal choice for this purpose.

MTA finds application in dental procedures such as apexification where it is employed to create apical plugs. This technique involves using MTA to fill in the root canal space, promoting the formation of a hard tissue barrier at the apex of the tooth.

During root canal therapy, MTA is also utilized for repairing root perforations. Root perforations occur when there is an accidental hole made in the tooth's root during treatment. MTA can effectively seal these perforations, preventing bacteria from entering and causing further infection.

MTA is also a preferred material for treating internal root resorption. This condition involves the gradual breakdown of the tooth's internal structure, often due to infection or trauma. By using MTA, dentists can restore the affected area, preserving the tooth's structural integrity.

This article aims to delve into the clinical features of MTA, examining its effectiveness and advantages in comparison to other biomaterials used in dental procedures. By doing so, dentists can gain a better understanding ofMTA's potential and limitations in various dental treatments.