Since its introduction into dentistry in 1998, CBCT has become increasingly utilized for
orthodontic diagnosis, treatment planning and research. The utilization of CBCT for these …

Radiographic analysis using 2-D and 3-D imaging plays a pivotal role in orthodontics.
Traditionally 2-D imaging modalities like panoramic imaging and cephalometric radiography …

This study established cone beam computed tomography (CBCT)-based cephalometric
norms for Brazilian adults, including the assessment of sexual dimorphism. An observer …

Imaging methods are of great importance for diagnosis and treatment in dentistry. With
technological advances, great progress has been made in these methods. Over time, 3 …

Cone-beam computed tomography (CBCT) allows for more accurate 3D study of the
craniofacial region and the development of a very precise treatment plan. The present pilot …

This research aims to investigate the optimal buccal site on the attached gingiva of the
posterior maxilla for mini-implant placement for anchorage purposes in orthodontics. In 23 …

The most popular 3D techniques in orthodontics are CBCT (cone beam computerized
tomography), the digitization of 3D facial, intraoral and model scans, and 3D printing devices …

Background The determining effect of facial hard tissues on soft tissue morphology in
orthodontic patients has yet to be explained. The aim of this study was to clarify the hard-soft …

Most orthodontic patients, unlike those having implants or endodontic treatment, are children
who are particularly vulnerable to ionising radiation. In orthodontics, cone-beam computed …

RTG projections are essential for diagnosis, treatment plan, follow-up and treatment
outcomes. Three-dimensional (3D) cephalometry, which is done using a cone-beam …