Indirect Pulp Capping Clinical Trial
Official title:
Clinical and Radiographic Evaluation of Premixed Verses Powder / Liquid Bioceramic Mineral Trioxide Aggregate in Indirect Pulp Capping of Immature Permanent Mandibular Molars: A Randomized Clinical Trial
Evaluate Clinical and Radiographic Evaluation of Premixed verses Powder / Liquid Bioceramic Mineral Trioxide Aggregate in Indirect Pulp Capping of Immature Permanent Mandibular Molars
Mineral trioxide aggregate (MTA) is a bioactive, biocompatible, antibacterial material with good stability, and excellent sealing ability that has been used as a dressing material in pulp capping procedures in permanent teeth. Although it has good properties, MTA has many limitations, including long setting time, handling property and tooth discoloration making the use of this material challenging for many clinicians. Researchers and manufacturers have made progress in overcoming these problems in recent years, new and improved products are becoming available such as the premixed bioceramic putty. The premixed bioceramics putty are ready to use materials, fast setting, with superior handling properties and hydrophilic in nature that necessitate moisture from the adjacent tissues to set. They have advantage of insensitive to moisture and blood contamination with less technique sensitive. Upon setting, they become hard and expand slightly providing with superior long-term seal. Premixed Bio-ceramics (BC) are highly alkaline materials (pH = 12.7), they release calcium and have antibacterial activity. Their biocompatibility is higher than that of MTA, this is attributed to the absence of heavy metals from the premixed BC components. The premixed bio-ceramic putty (Well-Root™ PT) has been developed for the management of pulp capping procedures with the advantage of uniform homogenous consistency and lack of waste. It is radiopaque material based on a calcium aluminosilicate composition. It has excellent biological & physical properties and does not shrink during setting. Well-Root™ PT does not create an inflammatory response and promotes mineralization. ;
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