Abstract
Introduction: Complexity in root canal morphology leads to chances of failure in endodontic treatment due to missed canal. Availability of Cone-beam Computed Tomography (CBCT) has contributed to assess second mesiobuccal canals in maxillary first molars.Objective: To study the presence of second mesiobuccal (MB2) canals, classify morphology of canals according to Vertucci’s classification and to measure the distance between MB1 and MB2 canals.Materials & Method: 72 CBCT scans including 115 permanent maxillary first molars were evaluated by endodontist and oral radiologist separately using Dicom software to study the mesiobuccal root canal morphology. Oral radiologist and endodontist individually evaluated the scans through coronal, axial and oblique views to study canal configurations. Vertucci’s Classification was used to classify the canal configurations. Statistical tests were done to assess the gender variation and arch side difference.Result: Among 115 images evaluated; 30.4% samples had second mesiobuccal canal. The most common canal configuration was Type I (60.9 %) in mesiobuccal root. The mean distance between MB1 and MB2 canals was 2.39 mm in female and 2.56 mm in male.Conclusion: The occurrence of second canal in mesiobuccal root of maxillary permanent molar is considerable in Nepali patients. CBCT can be an effective tool to detect MB2 canal and other complexities of root canal system to achieve clinical success
Highlights
Complexity in root canal morphology leads to chances of failure in endodontic treatment due to missed canal
The occurrence of second canal in mesiobuccal root of maxillary permanent molar is considerable in Nepali patients
This study aims to assess the presence of second mesiobuccal canal in mesiobuccal root, classify the canals according to Vertucci and measure distance between first and second mesiobuccal canals utilizing Cone-beam Computed Tomography (CBCT) images
Summary
Complexity in root canal morphology leads to chances of failure in endodontic treatment due to missed canal. Maxillary first molar is one of the longest standing teeth in the dental arch which serves as a key of occlusion[1] and anchorage in most of the orthodontic treatments. They are susceptible to various insults such as dental caries, attrition etc. Maxillary molars possess complex morphology which has highest rate of clinical failures due to missed second mesio-buccal canal with substantial variations in mesiobuccal root morphology.[3]
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