Revolutionizing Prosthodontics with Artificial Intelligence: A Narrative review

Abstract

The revolutionary impact of artificial intelligence (Al) on prosthodontics is addressed in this narrative review with focus on how it has changed the way patients are examined. Additionally, machine learning is used which aids in greater accuracy and customization when creating a treatment plan for the patient. Artificial intelligence (AI)-driven technologies are essential in the creation and manufacturing of prostheses and has improved computer-aided design (CAD) systems, making it easier to create customized, anatomically accurate prosthetic limbs. Apart from its practical uses Artificial Intelligence fosters an Ongoing investigation and advancement in the field of prosthodontics, as new materials, techniques, and treatment approaches are developed, Al system continuously incorporate lessons from real patient experiences, pushing the boundaries of what is possible in the field. To address the inherent difficulties in traditional approaches this paper explores a convincing case for using Al in decision making and treatment planning in  prosthodontics. Through use of unique patient data to support evidence-based decisions treatment planning can become more precise and personalized by leveraging Al analytical powers. Furthermore, the incorporation of Al-powered technologies including CAD and 3D printing is being investigated as a way to optimize manufacturing process of different of prostheses. Al is playing a crucial role in molding the future of the discipline as highlighted by the ongoing research element. This article highlights the revolutionary potential of artificial intelligence (Al) in prosthodontics, providing a state of and patient-centered approach to dental care.