Morphometric Analysis of Furcation Areas of Multirooted Teeth in a Tunisian Population

Chiraz Baccouche,Nadia Frih,Rym Mabrouk

doi:10.1155/2020/8846273

Chiraz Baccouche, Nadia Frih + Show 1 more

Open Access

https://doi.org/10.1155/2020/8846273

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Abstract

Aims The aim of the study was to evaluate the morphological characteristics of furcation of permanent molars in Tunisian population. Materials and Methods One hundred and four extracted maxillary and mandibular permanent molars were included in this study; comprising 34 maxillary first molars, 18 maxillary second molars, 33 mandibular first molars, and 19 mandibular second molars. For each tooth, the vertical dimension of the root trunk, root length, and interradicular space width were assessed with a micrometer caliber. Different types of root trunk in maxillary and mandibular molars were also analyzed. Statistical analysis was performed using a t-test. Results Root length decreased from the first to the second molars. This decrease seems to be pronounced at mandibular molars. The most observed root trunk type was type B, with a prevalence of 67.30% in maxillary molars and 51.92% in mandibular molars. The root trunk length increased from the first to the second molars in both maxillary and mandibular. The average width of the interradicular spaces varied on the same tooth and between the teeth. Conclusion This study provides epidemiological data about molars root length, interradicular space, and root trunk vertical dimension in a Tunisian population that could help clinicians in periodontal and endodontic therapy.

Highlights

Furcation morphology of multirooted teeth has been addressed extensively in the literature. ere are some anatomical variations that contribute to the etiology and the compromised prognosis of furcation involved teeth. ese factors include furcation entrance width, root trunk length, root concavities, enamel projections, and enamel pearls which influence the onset and progression of periodontal disease as well as the development of interradicular lesions [3,4,5]
Results e mean values of root length (RL), root trunk length (RTL), and interradicular space (IRS) width of the examined teeth are presented in Tables 1 and 2
E finding of the present study showed that the mean length of the mesiobuccal and palatal roots, in maxillary first molars, was, respectively, 13.17 mm and 13.38 mm. e distobuccal root was the shortest. is order was the same for the second maxillary molars

Summary

Research Article

Morphometric Analysis of Furcation Areas of Multirooted Teeth in a Tunisian Population. E aim of the study was to evaluate the morphological characteristics of furcation of permanent molars in Tunisian population. The vertical dimension of the root trunk, root length, and interradicular space width were assessed with a micrometer caliber. Different types of root trunk in maxillary and mandibular molars were analyzed. Root length decreased from the first to the second molars. E most observed root trunk type was type B, with a prevalence of 67.30% in maxillary molars and 51.92% in mandibular molars. E root trunk length increased from the first to the second molars in both maxillary and mandibular. Is study provides epidemiological data about molars root length, interradicular space, and root trunk vertical dimension in a Tunisian population that could help clinicians in periodontal and endodontic therapy Conclusion. is study provides epidemiological data about molars root length, interradicular space, and root trunk vertical dimension in a Tunisian population that could help clinicians in periodontal and endodontic therapy

Introduction

Second mandibular molars

Discussion

MIRS DIRS BIRS

Type A Type B Type C

Maxillary molars

Findings

Mandibular molars