This was highly significant for “malocclusion and dentofacial anomaly” (89.6% large FOV), localization of impacted tooth (75.2%, small FOV), cysts and other bone pathology (75.4%, small FOV), facial trauma (94.4%, medium FOV), dental trauma (61.1%, medium FOV), temporomandibular joint pathology (80.0%, medium FOV), supernumerary tooth (84.2%, small FOV) and endodontic assessment (89.3%, small FOV) ( p < 0.001) (Table 3 ).
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Indications and use of cone beam computed tomography in children and young individuals in a university-based dental hospital.
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