Abstract

Purpose. This study was carried out on an Iranian population aiming to investigate mental foramen position relative to inferior border of mandible and skeletal midline and its gender and age differences on CBCT projections. Materials and Methods. A number of 180 CBCT images of patients were analyzed in different planes (tangential, cross-sectional, and axial). The distances from the superior border of mental foramen to the inferior border of mandible and from the anterior border of mental foramen to the midline were calculated. Results. The mean distance from mental foramen to the inferior border of mandible in the right side was 13.26 mm (SD ± 2.34) and in the left side was 13.37 mm (SD ± 2.19). There was a statistically significant difference between genders in terms of the distance between mental foramen and inferior border of mandible (P value = 0.000). The mean distances from mental foramen to midline were 25.86 mm (SD ± 0.27) and 25.53 mm (SD ± 0.31) in the right and left sides, respectively. Conclusions. The vertical and horizontal positions of mental foramen can be determined from stable anatomical landmarks such as mandibular inferior border and skeletal midline in both dentulous and edentulous patients. The distance from the superior border of mental foramen to the inferior border of mandible exhibited sexual dimorphism.

Highlights

  • Mental foramen is the opening of mandibular canal in the body of mandible, and mental foramen position shows variations

  • From 180 cone-beam computed tomography (CBCT) images, 84 and 96 images belonged to men and women, respectively

  • Mental foramen was present in both sides in all of the images and the mean diameter of mental foramen was 3.59 mm (SD ± 2.74) in the right side and 3.59 mm (SD ± 1.17) in the left side

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Summary

Introduction

Mental foramen is the opening of mandibular canal in the body of mandible, and mental foramen position shows variations. The mandibular inferior border and skeletal midline landmarks have been used to locate the horizontal and vertical positions of mental foramen in these studies [8,9,10]. These measurements have not been done on cone-beam computed tomography (CBCT). This study was conducted on an Iranian population to determine mental foramen positions relative to inferior border of mandible and skeletal midline and its age and gender differences on CBCT projections

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