Validation of novel measurement protocols proposed for the standardized assessment of crestal bone levels: A cone-beam computed tomography study
- Author:
Ali FAHD
1
;
Aya A. HUSSIEN
;
Mohamed T. ELLABBAN
;
Zein A. SHATAT
Author Information
- Publication Type:Original Articles
- From:Imaging Science in Dentistry 2024;54(4):354-361
- CountryRepublic of Korea
- Language:English
-
Abstract:
Purpose:This study was performed to introduce, evaluate, and compare various novel assessment protocols designed for straightforward, reliable, and reproducible measurement of alveolar bone levels. These protocols are intended for standardized periodontal assessment and follow-up, utilizing cone-beam computed tomography (CBCT) images and manipulation of Digital Imaging and Communications in Medicine (DICOM) viewer software.
Materials and Methods:Two experienced oral and maxillofacial radiologists developed 5 distinct radiographic measurement protocols. These techniques were established to assess the alveolar bone level of a periodontally affected upper central incisor using a method that is consistently repeatable across observers. Two additional assessors, blindedto the details of the study, independently applied the protocols to retrieved DICOM files that met the eligibility criteria.A scoring system with 3 subscores was created and used to compare the protocols.
Results:Statistically excellent inter-observer reliability was observed for all protocols, other than protocol 1, which demonstrated moderate reliability. The average discrepancy between measurements taken by the 2 observers was 1.2 mm for protocol 1, 0.81 mm for protocol 2, and less than 0.5 mm for the remaining 3 protocols. All approaches except protocol 4 were straightforward to apply.
Conclusion:This study introduces multiple reliable protocols for the evaluation of periodontal bone levels that ensureconsistency across observers. Based on the findings, the double axial lines and incisocrestal distance protocols are recommended. These new assessment approaches, along with any future modifications, may be useful in periodontal assessment, dental implant follow-up, orthodontic evaluation, research, and artificial intelligence model generation.
