Abstract

Orthodontics, in collaboration with other medical specialties, plays a key role in the diagnosis and treatment of obstructive sleep apnea (OSA). Thanks to their expertise in dentofacial structures, orthodontists are able to identify anatomical abnormalities that can obstruct the upper airway and thus cause sleep apnea.

Technological advances, particularly artificial intelligence (AI), have revolutionized this approach. AI enables more accurate analysis of medical imaging data (such as 3D scans) to detect risk factors for OSA. In addition, it assists orthodontists in treatment planning by proposing personalized solutions based on each patient's individual characteristics. AI algorithms can simulate different treatment scenarios and optimize the design of orthodontic appliances to achieve the best functional and aesthetic results.

The multidisciplinary approach, coupled with the integration of AI, has led to more effective and precise orthodontic treatment for OSA. This results in personalized care that significantly enhances patients' quality of life.