Effects of Nasal and Paranasal Sinus Variations on Chronic Otitis Media Development in Pediatric Patients

Abstract

Objective Chronic otitis media is an inflammatory disease of the middle ear. The airflow in the nasal passage affects the development of mastoid air cells through the eustachian tube. Nasal and paranasal pathologies and their anatomical variations cause chronic sinonasal inflammation and affect the middle ear mucosa. This study aims to reveal whether the nasal and paranasal sinus variations in pediatric patients are a factor in developing chronic otitis media. Materials and Methods Eighty patients, with unilateral chronic otitis media, who were admitted to the otorhinolaryngology clinic between May 2015 and July 2019, were included in this retrospective study. The control group (Group 2) consisted of a total of 51 patients. None of the patients in Group 2 had otorrhea history and no signs of chronic otitis in their otoscopic examination, middle ear pathologies. The patient’s anatomical variations of the nasal cavity and sinuses were evaluated with CT by a radiologist Results Nasal septum deviation was found to be 53% in children with chronic otitis media. It was found 31.4% in the control group. Since the P value was found to be .04, this rate was considered as significant. Inferior concha hypertrophy was found to be 17.6% in the control group and 38.8% in the group with chronic otitis media, and this rate was considered significant since the P value was .035 Conclusion We detected that septum deviation and inferior concha hypertrophy increased chronic otitis media formation in children. All these studies show that cases causing nasal obstruction, such as septum deviation, have a negative effect on middle ear pressure and increase the rate of ear diseases

Pediatric paranasal sinuses—Development, growth, pathology, & functional endoscopic sinus surgery

“…Nasal septal deviation (NSD) is associated with increased rates of chronic otitis media in children (Atila et al, 2021). NSD is believed to negatively impact normal MS growth due to increased airway resistance reducing the amount of airflow to the sinus on the convex side (Lee & Jin, 2014).…”