Abstract
As we embark on this new journey with the Journal of Applied Dentistry and Oral Sciences (JADOS), formerly the Journal of Dental Research & Review, I am honored to welcome you to our inaugural issue. This editorial marks the beginning of an exciting chapter, and I am thrilled to introduce our journal’s new direction.
JADOS, an official publication of Dr. D. Y. Patil Dental College & Hospital, Pimpri, Pune, and Dr. D. Y. Patil Vidyapeeth, Pune, aims to publish four issues annually. Our first issue under the JADOS banner, in collaboration with Sage Publications, showcases a diverse range of original articles across various dental disciplines.
I would like to extend an invitation to our contributors and readers to submit papers for our upcoming issues in June, September, and December 2025. I also express my gratitude to the Editorial Board Members of JADOS for joining us on this journey.
As we strive to establish JADOS as a leading journal in mainstream dental disciplines and applied dentistry, I would like to highlight a revolutionary topic that has been gaining significant attention in recent years: the role of artificial intelligence (AI) in dentistry.
The advent of AI in dentistry has transformed various aspects of the field, including diagnostics, population-based decision-making, and personalized care. As we increasingly rely on technology, AI has made it possible to computationally analyze vast amounts of data, patterns, and lifestyles, enabling better understanding and decision-making.
The primary basis of medicine and dentistry is rooted in history and information, but technology is rapidly becoming an essential tool. It is likely that future clinicians will rely heavily on AI approaches to inform their clinical expertise.
AI offers numerous opportunities for multi- and interdisciplinary approaches, particularly in complex decision-making processes. While good practice-driven decision-making is essential, it must be evidence-based to ensure predictable outcomes. AI applications in dentistry are primarily focused on two major diseases: dental caries and periodontal diseases.
By leveraging AI, clinicians can streamline diagnosis protocols and develop treatment plans for complex cases. AI-driven approaches can facilitate risk-based assessment, early disease detection, and intervention, which are often overlooked in current practice.
AI will not only extend opportunities in clinical dentistry but also facilitate research aimed at addressing clinical questions. The computed phenomenon of AI technology will enable researchers to attempt complex studies with greater ease.
However, despite the opportunities, there are challenges associated with AI adoption in dentistry. These include adaptability and acceptance, as well as concerns about research content development and the potential for plagiarism.
Nevertheless, judicious use of AI can aid in novel developments targeting societal problems, which is a valuable asset to dental and applied research.
In conclusion, AI-based approaches hold great promise for both clinical dentistry and research. As we continue to advance technologically, it is essential that we harness the potential of AI to improve patient outcomes and advance the field of dentistry.