1,721,148 research outputs found
Single-arch digital removable complete denture: A workflow that starts from the intraoral scan.
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Removable complete digital dentures: A workflow that integrates open technologies
No full textDigitalization of the design and manufacture of removable complete dentures has numerous advantages. The workflow as presented integrates current open digital technologies into a functional protocol, enabling complete dentures to be designed and fabricated without system-specific trays or instruments. This is done by using a conventional technique to acquire anatomic information
Digital denture with mucostatic base and functional borders: A cast-free digital technique
No full textDigital complete dentures fabricated using a mucostatic impression, like intraoral scans, are desirable for their beneficial effect on long-term residual ridge stability but may have less retention than those fabricated with a mucocompressive impression. Border molding procedure may improve initial retention, thus favoring adaptation to new dentures, especially in cases where neuromuscular dysfunctions may diminish the patient's ability to cope with adapting to existing motor patterns or learn new ones. However, a mucocompressive impression may cause higher residual ridge resorption, thus resulting in a retention decrease over time. A desirable combination would be a digital denture with a mucostatic intaglio surface obtained from intraoral scans and functional borders. A cast-free digital workflow for that is demonstrated in this technical report
The role of molecular techniques in preventing oral cancer and improving its poor prognosis: an illusion?
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