HOME - Clinical cases - Pediatric dentistry
 
 
09 October 2025

Smart materials in pediatric dentistry: Revolutionizing care for enhanced outcomes


Introduction and Objectives

In the realm of pediatric dentistry, smart materials are reshaping conventional approaches, introducing a responsive and tailored dimension to treatment. This abstract aims to explore the potential of smart materials in enhancing clinical outcomes for children by emphasizing adaptability and versatility.

Methodology Including Study Design

Conducting a thorough search in PubMed/Medline, Cochrane, and Scopus databases (2001-2023) yielded 50 pertinent articles. Employing a systematic approach, a simple random technique was used to select five key studies. Subsequent to initial screening, removal of duplicates, and application of inclusion/exclusion criteria, a comprehensive compilation of relevant information was achieved.

Results

The synthesis of literature underscores the diverse applications of smart materials in pediatric dentistry. Bioactive restorative materials and interactive orthodontic appliances demonstrate promise in improving treatment efficacy and patient compliance. The dynamic nature of these materials offers a spectrum of opportunities for personalized and efficient treatment modalities.

Conclusion

This abstract highlights the transformative impact of integrating smart materials into pediatric dentistry. From personalized treatments to increased efficiency, these materials present a futuristic perspective, urging practitioners to adopt forward-looking approaches for elevating clinical outcomes in the specialized field of pediatric dentistry. The adaptability and versatility of smart materials contribute to a paradigm shift, offering a glimpse into an innovative era of enhanced care for young dental patients.


Author: Gawand, Rutika

Source: https://openurl.ebsco.com/

Related articles

Pediatric dentistry treats patients aged 0-18 years, encompassing the characteristics of general dentistry. 


Dexmedetomidine (D) and esketamine (K) are used for the sedation of pediatric dental surgery. This study was designed to compare the effect of intranasal D and K in producing moderate sedation for...


Existing studies on adverse events (AEs) in pediatric dentistry have been limited in scope. 


Loss of teeth in children is commonly caused due to traumatic exposure or anodontia.


Join pediatric dentist Dr. Josh Solomon as he discusses the cutting-edge SDI Stela self-curing composite system and the Bioclear matrix system, and how these products are transforming Class II...


Read more

Coronal flaring is considered a key step in efficient root canal preparation, especially for difficult-to-access canals.


The Association for Dental Safety (ADS) proudly announced the recipients of the 2026 Leadership Awards during its Annual Conference on May 27 in Salt Lake City, Utah.


Recognition highlights the company’s doctor-led culture and continued investment in team member growth and engagement


The CU Anschutz School of Dental Medicine will showcase a wide breadth of educational innovation, faculty development, clinical training and research at three major gatherings this


This peer-reviewed oral surgery article summarizes clinical evidence from International journal of oral and maxillofacial surgery (2026). It focuses on findings that may help dental professionals...


 
 
 
 

 
 
 
 

Most popular

 
 

Events