Abstract
This abstract outline the profound impact of artificial intelligence (AI) on the field of orthodontics, moving beyond traditional methods to create a new paradigm of precise and personalized care. It explores how AI tools are enhancing every stage of the orthodontic process, from diagnosis and treatment planning to the f inal outcome prediction. The abstract highlights key applications such as automated cephalometric anal ysis and 3D imaging segmentation, which enable clinicians to achieve a more consistent and objective understanding of a patient,s craniofacial anatomy. Furthermore, it discusses the use of machine learning models to create customized, biomechanically optimized treatment plans, particularly for clear aligner therapy, leading to more efficient and predictable tooth movements. By integrating these AI-powered tech nologies, orthodontics is moving toward a future of data-driven decision-making, where the clinician,s expertise is augmented by powerful computational tools, ultimately leading to improved clinical outcomes and a revolutionized patient experience.
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