OBJECTIVES
Immediate implant placement in the maxillary esthetic zone requires precise three-dimensional (3D) positioning within compromised sockets. Conventional planning platforms integrate cone-beam computed tomography (CBCT) and intraoral scanning (IOS) data but exclude critical parameters such as gingival phenotyp...
E. Dawood, Dhanaporn Papasratorn, Volodymyr Shelkovyi et al.· E -journal of dentistry· 0 citations
OBJECTIVES
To prospectively evaluate the transversal surgical accuracy and one-year stability of segmented Le Fort I osteotomy using a validated three-dimensional (3D) voxel-based assessment protocol.
METHODS
In this prospective single-center study, patients undergoing two-piece or three-piece segmented Le Fort I ost...
O. da Costa, Eman Shaheen, Pourkarim Ali Reza et al.· Journal of Stomatology Oral...· 0 citations
The use of a fluoride tray for soft tissue separation during CBCT scans facilitates gingival visualization while maintaining patient comfort, enabling accurate and time-efficient AI-driven segmentation of maxillary marginal and supracrestal gingiva.
Dhanaporn Papasratorn, Rellyca Sola Gracea, Rocharles Cavalcante Fontenele et al.· Dento maxillo facial radiolo...· 1 citation
The reduced segmentation time and consistent performance across CBCT systems support the potential integration of cloud-based AI segmentation into digital dental workflows, especially for anterior teeth, where accurate morphology is clinically relevant.
Gabriel Cunha Adiverci, Erielma Lomba Dias Julião, A. Leite et al.· E -journal of dentistry· 1 citation
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