Bibliometric analysis of correlations between adverse effects of metal release and orthodontic materials

Abstract

This bibliometric analysis provides a comprehensive overview of the developments in research on orthodontic alloys and corrosion, drawing from 710 publications within the Scopus database. Over the past five years, the f ield has shown significant growth, indicating a promising trend that is likely to continue in the coming years. Our analysis reveals a substantial volume of publications and robust international collaborations, particularly among leading countries like India, the United States, and China. These nations have emerged as key players in advancing research on orthodontic alloys and corrosion, often working in concert with researchers from other regions, including Croatia and Greece, to expand the scientific discourse. Our study highlights several well established research domains within the field, such as material properties, corrosion resistance, and biocompatibility of orthodontic alloys. Moreover, we identified emerging areas of interest that hold potential for future exploration, such as nanotechnology applications in alloy development and innovative corrosion prevention techniques. These nascent topics could become focal points for subsequent studies, offering new insights and advancements in orthodontic material science. The growing interest in orthodontic alloys and corrosion underscores the need for continued research and collaboration across disciplines. By fostering partnerships and exploring cutting-edge topics, the scientific community can further enrich our understanding and improve the efficacy and safety of orthodontic materials. Future research efforts should aim to leverage these trends and capitalize on new opportunities to drive innovation and enhance clinical outcomes in orthodontics.