Malignant and non-malignant oral lesions classification and diagnosis with deep neural networks

Dental education and practice: past, present, and future trends

“… Another potential is the use of AI in the development of treatment plans in orthodontics and orthognathic surgery ( 11 ), for tracking tooth movement and reconstruction of 3-dimensional digital models ( 12 ), assisting in the prediction of tooth movement and optimizing the planning of orthodontic procedures ( 13 ). AI systems analyze images obtained through intraoral cameras or other imaging devices to identify abnormalities or potential signs of oral cancer ( 14 ). AI algorithms are trained to recognize and classify oral lesions, including ulcers, white or red patches, and malignant lesions ( 14 , 15 ).…”

“… AI systems analyze images obtained through intraoral cameras or other imaging devices to identify abnormalities or potential signs of oral cancer ( 14 ). AI algorithms are trained to recognize and classify oral lesions, including ulcers, white or red patches, and malignant lesions ( 14 , 15 ). AI does a good job in diagnosis but when it comes to surgical decisions, caution is warranted.…”