Bioactive materials play an important role in modern restorative dentistry by interacting positively with tooth structure and the oral environment. Unlike traditional inert materials, bioactive restorative materials can release ions such as fluorides ,calcium and phosphates promoting remineralizations ans enhancing tooth strength . They help in forming a chemical bond with dentin and enamel, improving marginal seal and reducing microleakage.
Materials such as bioactive glass , calcium silicate cements and newer bioactive composites support pulp healing and stimulate the formation of hydroxyapetite. They are especially useful in deep cavities, indirect pulp capping and minimally invasive dentistry. Overall , bioactive materials contribute to better longevity of restorations , pulp protection and improved clinical outcomes, making them a valuable advancement in restorative dentistry.
Engaging Question:
Which restorative material is majorly prefered by you in dental practice ?
MBH/PS