Role of Nanotechnology and Artificial Intelligence in Implant Prosthesis: A Systematic Review

Abstract

Introduction:

Background: Artificial Intelligence (AI) and Nanotechnology have emerged as emerging technologies for the case of implanting prosthetics and also offer the potential for enhancing the patient and the functionality considering the patient outcomes.

Objective: The systematic review aims to explore the respective integration of Nanotechnology and AI in implant prosthetics focusing mainly on the advancements, clinical application, and future directions.

Methods: The research has focused on the respective use of systematic review that has considered different database search engines using the Boolean operators to gather all the relevant studies. The studies that are considered are taken from 2021 to 2025 and have involved some of the inclusion and exclusion criteria.

Results: There are around 10 full-text articles reviewed to effectively extract relevant and authentic information on the role of nanotechnology and Artificial Intelligence in implant prostheses. The key results from the systematics are associated with revealing that nanoparticles are used to improve biocompatibility, mechanical strengths and others. In addition, it is also revealed that AI technology helps in improving the accuracy of the implant sizes, monitoring the implants, prosthetic design efficiency and others.  

Conclusion: Nanotechnology and AI significantly help in the enhancement of the design and functionality of implant prosthetics. The future reach focuses on the respective use of higher quality and the further ethical consideration for the use of nanotechnology and AI.