Zeeshan Qamar; Salah Abdalkreem Almohana; Alhanouf Abdulkarem Almohana; Saleh Alghufaili & Tayyaba Zeeshan

Cone Beam Computerized Tomography (CBCT) imaging technique can be used for identifying the root canal anatomy and its use in determining sexual dimorphism. The aim of current study was to identify the commonly found root canal morphology and gender dimorphism for mandibular pre-molars in Western Asia population according to Vertucci’s classification using CBCT 3D imaging technique. On ethical approval 470 patients from Western Asia population with intact healthy mandibular first and second pre- molars were included in the study. The selected patients were sent to radiology department of Riyadh Elm University, Saudi Arabia for CBCT images. The observations recorded included: i) number of roots; and ii) type of root canal morphology based on Vertucci’s classification. All the mandibular first and second pre-molars had single root both in males and females. The type of Vertucci’s classification commonly observed was Type I both in males (88.94 %) and females (100 %) in mandibular first pre-molars. Similarly Type I was identified as a common root canal configuration in mandibular second pre-molars for males (82.77 %) and females (100 %). The two canal configurations Type IV and V were only observed in the males. It can be concluded from the results mandibular first and second pre-molars in the Western Asia population are single rooted with common Vertucci’s Type I canal configuration in the females with rare evidence of two canals in males. Additionally CBCT is an effective technique and should be used for detection of root canals in the mandibular pre-molars which can aid dentists in providing a successful endodontic therapy.

KEY WORDS: Cone beam computed tomography; Mandibular first pre-molar; Mandibular second pre-molar; Root canals; Vertucci’s classification.

QAMAR, Z.; ALMOHANA, S. A.; ALMOHANA, A. A.; ALGHUFAILI, S. & ZEESHAN, T. Mandibular pre-molars endodontic anatomy and role in sex dimorphism for western asia population using cbct 3d Imaging Technique. Int. J. Morphol., 39(6):1554-1558, 2021.