Cone-Beam Computed Tomography
Conditions
Keywords
Facial measurements, Dental measurements, Cone beam computed tomography
Brief summary
The aim of this study was to investigate the correlation between the measurements of the specific points of the face (lower face height, midface height, the distance between zygomatic, pupillary distance,interalar distance, epicanthus distance, the distance between commissar) and the dimensions of the maxillary sixth molar tooth (mesiodistal distance, buccal palatal distance, root length, pulp volume).
Detailed description
Radiographic images of patients who have been indicated for cone-beam computed tomography for the upper jaw for various reasons (such as impacted teeth, sinusitis, skeletal anomalies) will be reviewed retrospectively. Facial measurements (lower face height, midface height, inter-zygomatic distance, inter-pupillary distance, interalar distance, epicanthus distance, the distance between commissures) of the patients who received cone beam computed tomography will be measured in the clinic. Mesiodistal distance, buccal palatal distance, root length, pulp volume of maxillary sixth tooth will be measured using cone beam computed tomography. The data obtained will be compared.
Interventions
DIAGNOSTIC_TESTFacial Measurements and Tooth Size and Pulp Volume
Radiographic images of patients who have been indicated for cone-beam computed tomography for the upper jaw for various reasons (such as impacted teeth, sinusitis, skeletal anomalies) will be reviewed retrospectively. Facial measurements (lower face height, midface height, inter-zygomatic distance, inter-pupillary distance, inter alar distance, epicanthus distance, the distance between commissures) of the patients who received cone beam computed tomography will be measured in the clinic. Mesiodistal distance, buccal palatal distance, root length, pulp volume of maxillary sixth tooth will be measured using cone beam computed tomography. The data obtained will be compared.
Sponsors
Recep Tayyip Erdogan University Training and Research Hospital
Study design
Observational model
CASE_ONLY
Time perspective
RETROSPECTIVE
Eligibility
Sex/Gender
ALL
Age
15 Years to 80 Years
Inclusion criteria
* Upper dental arches which have maxillary first molars * At least one tooth which has no deep caries, filling or crown restoration must be * No resorption or pathology in the root of the tooth which disrupt integrity must be * Healthy subjects
Exclusion criteria
* Deep caries, filling or crown restoration * Resorption or pathology in the root of the tooth
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| interalar distance | 5 minute | Distance from ala of one side to other |
| Epicanthus distance | 5 minute | Distance from inner palpebral fissures |
| Height of inferior face | 5 minute | Distance between subnasal and gnathion |
| Height of medium face | 5 minute | Distance between glabella and subnasal |
| bizygomatic distance | 5 minute | Distance from the most lateral parts of the arch of the zygomas |
| interpupillary distance | 5 minute | Distance the center of the pupil of the right side to the center of the pupil of the left side |
| Commissural distance | 5 minute | Distance from commissar of the lips |
| Mesiobuccal root length | 5 minute | distance from enamel cement border of the tooth to the mesial root apex |
| Distobuccal root length | 5 minute | distance from enamel cement border of the tooth to the distal root apex |
| Palatal root length | 5 minute | distance from enamel cement border of the tooth to the palatal root apex |
| Mesiodistal width | 5 minute | Defined as the distance between two parallel planes, tangential to the most mesial and most distal points of the crown side |
| Buccal palatal width | 5 minute | Defined as the maximum distance between two parallel planes, one tangential to the most palatal point of the crown side, and the other tangential to a point on the buccal crown side |
| Inter first molar distance | 5 minute | The linear distance between right and left first molar teeth between the most convex palatal crown faces |
| Pulp volume | 2 hours | — |
Countries
Turkey (Türkiye)
Contacts
Primary ContactFatma Pertek Hatipoğlu
Outcome results
None listed