Correlation Between the Septal Body and the Nasal Turbinates in Patients With Deviated Nasal Septum

Demirci, Sule; Ertan, Nurcan; Tüzüner, Arzu; Ozcan, Kursat Murat

doi:10.1097/scs.0000000000002335

Cited by 9 publications

(13 citation statements)

References 17 publications

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“…This aspect is also consistent with other studies on non-segmented population that reported higher hypertrophic turbinates, including medial mucosa, bone and lateral mucosa (Orhan et al, 2014) associated with the concave side of the deviated septum. Demirci et al (2016) studied 199 CBCT, identifying a statistically greater volume of the inferior nasal concha bone on the concave side of the deviation, which confirms our findings in class III facial deformities. ITH on the concave side of the septal deviation can be reactive and compensatory for the area in the nostril, so that this hypertrophy can be caused by a septal deviation, which is an important cause of the nose to mouth change of breathing.…”

Section: Discussionsupporting

confidence: 86%

Nasal Septum Deviation and Inferior Nasal Concha Bone Hypertrophy in Class III Facial Deformity

et al. 2020

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The aim of this research was to analyze the morphology of the nasal septum and inferior nasal concha bone in class III facial deformities prior to orthodontic treatment in orthognathic surgery candidates. 40 subjects were included in this research. The inclusion criteria were an Angle class III, negative overjet and SNA angle less than 80º. Patients with facial asymmetry, facial trauma or who had undergone maxillofacial or ENT procedures were excluded. CBCT images were obtained for all the patients and the nasal septum deviation, morphology of inferior nasal concha bone and ostium of the maxillary sinus were analyzed and related to the complexity of the facial deformity expressed by the ANB angle and dental relations. The measurement was standardized by ICC and the data was analyzed using a chi square test and Spearman's coefficient with a p value < 0.005 for statistical significance. Nasal septal deviation was observed in 77.5 %. The deviation angle was 13.28º (±4.68º) and the distance from the midline to the most deviated septum was 5.56 mm (±1.8 mm) with no statistical relation to the complexity of the facial deformity. The deviated nasal septum showed inferior nasal concha bone hypertrophy on the concave side of the nasal septum deviation (p=0.049). The open or closed condition of the maxillary sinus ostium was not related to any conditions in the septum or complexity of the facial deformity. Inferior nasal concha bone hypertrophy could be related to nasal septal deviation. The nasal condition in a class III facial deformity could not differ from the general population; careful in orthognathic surgery as to be assume in the Le Fort I Osteotomy and nasal approach related to nasal septum deviation and inferior nasal concha bone.

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Section: Discussionsupporting

confidence: 86%

Nasal Septum Deviation and Inferior Nasal Concha Bone Hypertrophy in Class III Facial Deformity

et al. 2020

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“…В литературе имеются исследования, доказывающие наличие корреляции между положением перегородки носа и размером ННР со стороны ее выпуклой и вогнутой поверхностей. Установлено, что на стороне, противоположной девиации перегородки, регистрируется достоверное увеличение размеров средней носовой раковины и ННР [8,9].…”

Section: Discussionunclassified

The peculiar features of the anatomical structure of the inferior turbinated bone

Пискунов¹,

Piskuvov²,

Бойко³

et al. 2017

Ross. rinol.

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The pathological changes of the inferior turbinated bones (INT) are responsible for a large number of cases of nasal breathing disturbance. The surgical procedures used for the treatment of this condition are ranked among the most common surgical interventions in the otorhinolaryngological practice. Computed tomography of the nasal cavity and paranasal sinuses is not included in the standard list of preoperative examination of the patients presenting with the pathological changes of the inferior turbinated bones. At the same time, a large number of such changes including pathological pneumatization of the turbinated bones, osteoma, and intraosseous hemangioma can be detected only by visualizing the anatomical structures of the nasal cavity. The present article describes certain cases of the rare form of INT pathology, namely (the pathological bending of the inferior nasal turbinated bone and its fenestration by the spur of the nasal septum). The presented data confirm the need for spiral computed tomography of paranasal sinuses and nasal cavity. Examinations with the application of this technique may help the doctor to choose the optimal strategy for the surgical intervention.

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“…The Eustachian Tube (ET) is a tube that connects the middle ear cavity and the nasopharynx and provides middle ear ventilation [Etigadda et al,2017]. The physiologic pressure depends on the air transition through the ET and gas diffusion between the middle ear mucosa and systemic circulation [Demirci et al,2016].…”

Section: …………………………………………………………………………………………………… Introduction:-mentioning

confidence: 99%

The Effect of Septoplasty on Middle Ear Pressure Among Patients With Deviated Nasal Septum

Kurban¹,

Almuhayawi²,

Tolah³

et al. 2019

IJAR

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Correlation Between the Septal Body and the Nasal Turbinates in Patients With Deviated Nasal Septum

Abstract: The SB is a dynamic structure and may play a role in regulation of nasal airflow.

Cited by 9 publications

References 17 publications

Nasal Septum Deviation and Inferior Nasal Concha Bone Hypertrophy in Class III Facial Deformity

Nasal Septum Deviation and Inferior Nasal Concha Bone Hypertrophy in Class III Facial Deformity

The peculiar features of the anatomical structure of the inferior turbinated bone

The Effect of Septoplasty on Middle Ear Pressure Among Patients With Deviated Nasal Septum

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