Abstract

Background Maxillary sinus pathologic conditions increase the risk of complications during sinus augmentation surgeries in the posterior maxilla. The present study aimed to determine the frequencies of maxillary sinus pathologic findings on patients’ cone-beam computed tomography (CBCT) images to receive dental implants. Methods In this descriptive/cross-sectional study, 140 CBCT images of patients who were candidates to receive dental implants were evaluated for the presence of maxillary sinus pathologic entities during 6 months, were divided into five categories: mucosal thickening of >5 mm, retention cyst, partial or complete opacification of the sinus, polypoidal mucosal thickening, and healthy patients. Age, gender, and dental status were evaluated in terms of relationship with the sinus pathologic findings. Absolute and relative frequencies were used to describe data. The chi-squared test was used to analyze the variables. Statistical significance was set at P<0.05. Results The frequency of maxillary sinus pathologic entities on CBCT images was 63.5%. The pathologic conditions in descending frequency were as follows: mucosal thickening (31.4%), retention cyst (17.1%), partial or complete opacification of the sinus (9.3%), and polypoidal mucosal thickening (5.7%). The frequency of pathologic findings in the maxillary sinus was higher in the <46-year age group and subjects with partial edentulism; however, the differences were not significant. Conclusion In the present study, the most frequent maxillary sinus pathologic entity was mucosal thickening. There was no relationship between age, sex, and dentition status and maxillary sinus pathologic findings.

Highlights

  • Dental implant treatment is the first choice to replace lost teeth in the oral cavity due to its high success rate.[1]

  • Due to variations in the frequency of maxillary sinus abnormalities in different populations, this study aimed to evaluate the frequencies of pathologic findings in maxillary sinuses on the cone-beam computed tomography (CBCT) images of patients to receive implants in a population in northern Iran

  • No pathologic conditions were identified in 36.5% of CBCT images, while 63.5% showed pathologic findings

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Summary

Introduction

Dental implant treatment is the first choice to replace lost teeth in the oral cavity due to its high success rate.[1]. The cone-beam computed tomography (CBCT) technique provides invaluable data about the height and width of bone and the maxillary sinus condition due to Previous studies have shown that the sinus membrane perforation might decrease the implant survival rate and bone formation after surgery.[13,14] some studies have not shown any relationship between maxillary sinus pathologic entities before sinus lift procedures and sinusitis risk after surgery.[15,16] Since pathologic entities in the maxillary sinus might affect the outcomes of implant surgical procedures, knowledge about the different kinds of maxillary sinus pathologic conditions might increase the success of implant surgeries in patients needing such treatments. There was no relationship between age, sex, and dentition status and maxillary sinus pathologic findings

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