The current multiphase, invitro study developed and validated a 3-dimensional
convolutional neural network (3D-CNN) to generate partial dental crowns (PDC) for use in …

Purpose The current research aimed to develop a concept open-source 3D printable,
electronic wearable head gear to record jaw movement parameters. Materials & methods A …

An obturator with a hollow bulb can decrease the overall weight of the prosthesis, stress on
the underlying tissues, and patient discomfort. Although many techniques and materials …

An existing interim obturator can be reproduced as the definitive one using digital
technology, with benefits for a patient with a maxillectomy. By digitally scanning the oral …

Statement of problem A 3-dimensionally (3D) printed 3-unit interim fixed dental prosthesis
(FDP) undergoes inward polymerization shrinkage to the pontic region, leading to …

Statement of problem Evidence is lacking on the influence of different designs of bulb
support structures on the accuracy of 3-dimensional (3D) printed obturators. Purpose The …

The replacement of an obturator prosthesis using conventional methods has multiple issues.
Standard tessellation language files generated from the superimposition of an accurate …

Maxillary defects pose challenges for prosthodontists, especially when patients have no
remaining teeth. This clinical report describes rehabilitation with a complete denture …

Digital workflows have been used in the oral rehabilitation of patients with maxillofacial
defects. However, dental techniques for fabricating a denture obturator for patients with a …

The digital workflow to fabricate an integrated hollow bulb obturator prosthesis with a metal
framework for a patient with soft palate defect is described. The framework was digitally …