Banca de DEFESA: MIRIA RAFAELLI SOUZA CURINGA

Uma banca de DEFESA de MESTRADO foi cadastrada pelo programa.
STUDENT : MIRIA RAFAELLI SOUZA CURINGA
DATE: 08/08/2022
TIME: 14:30
LOCAL: HÍBRIDO: DEPARTAMENTO DE ODONTOLOGIA - SALA DE AULAS V E GOOGLE MEET
TITLE:

 

DIGITAL SURVEYNG OF PARTIAL EDENTULOS FOR REMOVABLE PARTIAL DENTURE PLANNING: ACCURACY STUDY

KEY WORDS:

Removable Partial Denture,  Accuracy, Surveying, Digital

PAGES: 75
BIG AREA: Ciências da Saúde
AREA: Odontologia
SUBÁREA: Clínica Odontológica
SUMMARY:

This diagnostic study aimed to analyze a diagnosis of digital design in relation to the conventional of edentulous implanted archwires for planning removable partial dentures (RPD). A was composed of 143 dental faces in 30 sampled arch models presented from conventional models (Tesselation Standard Language), which methods were selected: delineation of conventional models (Group DC), from the impression of conventional and digital models (Group DV ), with the model STL files imported into Dental Wings software (specified manufacturer, country). A specific form was designed to collect the following questions: guide plans, retentive areas, reciprocity and design time. It was accurate and local accuracy between questions and the number of arc propiazation, between the conventional line and the digital one. The result showed low accuracy for the guide plane factor (0.57) and measured for retentive areas (0.67) and reciprocity (0.72). The time required to perform the digital design was shorter (2.87 ±0.95 minutes) than that required for the conventional method (3.95 ±1.61 minutes) (<0.001). The coincidence between the methods was not influenced by the location of the arc. However, the greater the amount of prosthetic spaces, the smaller the coincidence between the methods for the guiding plane and retentive area factors. Conclusion: The digital method of design showed low to medium accuracy compared to the conventional method. However, a visualization of retentive areas by a gradient of nuclei facilitates the identification of the determining factors and more objective for the faster digital technique for the dichotomy of the need to prepare the pillar elements in PPR.

COMMITTEE MEMBERS:
Presidente - 1459400 - ADRIANA DA FONTE PORTO CARREIRO
Externa à Instituição - ANA CLÁUDIA PAVARINA - UNESP
Interno - 1640419 - RODRIGO OTHAVIO DE ASSUNCAO E SOUZA