Artificial Intelligence (AI) applied in occlusal splint computer-assisted design

Diplôme Master Artificial Intelligence (AI) applied in occlusal splint computer-assisted design eng 2024-12-18 author Jena Elisabeth 925983 director Pitta Joao 846040 CUMD - Clinique de prothèse fixe (CPFI) 25 This case-report explores the application of AI-assisted design in the fabrication of 3D- printed occlusal splints, compared to conventional human design. A single patient received two Michigan-type splints—one designed by AI software and the other by a dental technician—both manufactured using the same 3D printer, resin, and post- processing protocol. Key variables assessed included design time, occlusal adjustment time, clinical fit (gingival adaptation, retention, tilting), and patient satisfaction after one week. Both splints showed comparable clinical fit and retention, with no significant difference in patient satisfaction. However, the AI-designed splint required significantly less time for both design and adjustment, demonstrating its potential to streamline clinical workflows without compromising outcome quality. Further clinical research with larger sample sizes is necessary to validate these findings and assess long-term outcomes Dewey 617.6 Maîtrise de fin d’études prégraduées universitaires en médecine dentaire 210 Division de prothèse fixe et biomatériaux 24Q2 false 908 Groupe Sailer Iréna 946 d2ec56ff-08e8-40ac-91f2-87529fc62a74 Master thesis Restricted Mémoire_Master_E.Jena_JP_FINAL.pdf 9350311 application/pdf 3eb11ce40340e1006128811519e07b9f634ff359d5be48ebe9210f92b28c3282 baf848a1-3da7-486b-bf46-785b6b7f666f Summary Public Abstract_Memoire_Elisabeth_Jena.pdf 74731 application/pdf 929a30fa7946e8ff81bb64e490c25027d4f073a58597d4353677edfddc19c20b openAccess Faculté de médecine / Section de médecine dentaire / Département de réhabilitation oro-faciale / Division de prothèse fixe et biomatériaux

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Artificial Intelligence (AI) applied in occlusal splint computer-assisted design				2024	62	10

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Jena, Elisabeth