Incidental finding of bullous concha by cone beam computed tomography / Hallazgo incidental de concha bullosa por tomografía computarizada de haz cónico

Abstract This study aimed to describe the imaging aspects of a concha bullosa discovered incidentally by means of cone-beam computed tomography (CBCT) imaging. A female patient underwent a CBCT exam, and a bilateral extensive pneumatization of the middle concha was verified, presenting a larger dimension of the right side and a deviated septum. The patient reported nasal obstruction and loss of smell. The CBCT for covering the maxillofacial region allowed the discovery of this incidental finding, allowing the patient to be referred for appropriate treatment.

Resumen Este estudio tuvo como objetivo describir los aspectos imaginológicos de una concha bullosa hallada incidentalmente por medio de imágenes de tomografía computarizada de haz cónico (TCHC). Una paciente de sexo femenino fue sometida a examen de TCHC y se verificó una neumatización extensa bilateral de la concha media, presentando una mayor dimensión del lado derecho, asi como desvío del tabique. El paciente refirió obstrucción nasal y pérdida del olfato. La TCHC de la región maxilofacial permitió localizar este hallazgo incidental, permitiendo derivar al paciente para el tratamiento adecuado.

The incidence of pneumatised inferior turbinate and relation to close anatomic structures.

BACKGROUND: Pneumatisation of the inferior turbinate (PIT) is a rare abnormality of the paranasal sinus. It is very difficult to differentiate from the hypertrophia of the inferior turbinate clinically. Thus, it is important to be considered, especially in cases with no response to medical treatments. We aimed to investigate the presence and the frequency of PIT by computed tomography (CT). MATERIALS AND METHODS: A total of 2905 cases (1381 female, 1524 male) with an age range between 16 and 84 were included. RESULTS: The pneumatisation of the inferior turbinate was observed in 1.72% of the cases with a percentage of 1.88% in women and 1.57% in men. In PIT (+) cases the bilaterality was found in 54% of them. According to the subtypes, 70% was lamellar, 28% was bullous and 2% was extensive. No statistically significant difference was found for age distribution. The most commonly associated variations were the pneumatisation of the middle and upper turbinate and the septal deviation. CONCLUSIONS: The pneumatisation of the inferior turbinate is a rare variation with a similar frequency among men and women. It is diagnosed by CT and when symptomatic, the optimal treatment is surgery.

Bifid and secondary superior nasal turbinates.

The lateral nasal wall contains the nasal turbinates (conchae) which are used as landmarks during functional endoscopic surgery. Various morphological pos- sibilities of turbinates were reported, such as bifidity of the inferior turbinate and extra middle turbinates, such as the secondary middle turbinate. During a retrospective cone beam computed tomography study of nasal turbinates in a patient we found previously unreported variants of the superior nasal turbina- tes. These had, bilaterally, ethmoidal and sphenoidal insertions. On the right side we found a bifid superior turbinate and on the left side we found a secondary superior turbinate located beneath the normal/principal one, in the superior nasal meatus. These demonstrate that if a variant morphology is possible for a certain turbinate, it could occur in any nasal turbinate but it has not been yet observed or reported.

Polysomnographic and pulmonary function changes in patients with sleep problems after septoplasty with turbinectomy.

OBJECT: To compare Polysomnography and Pulmonary function tests before and after Septoplasty with Turbinectomy in patients complaining of nasal obstruction and sleep problems due to deviated septum with hypertrophic inferior turbinate. METHODS: 90 patients underwent Septoplasty with Turbinectomy due to nasal obstruction and sleep problems involved in this study, their sleep quality evaluated by polysomnography before and after the surgery, their pulmonary functions assessed by spirometry before and after the operation. RESULTS: The postoperative pulmonary function values; FVC, FEV1, PEFR and postoperative polysomonographic values; AHI, Snoring index/hour, SpaO2 were higher than the preoperative values, and the results were statistically significant (p-values <0.001). CONCLUSION: Septoplasty with partial inferior turbinectomy might be a useful operation in the management of nasal obstruction and sleep problems that caused by a deviated nasal septum and hypertrophied inferior turbinate.

An often neglected area in crooked nose: middle turbinate pneumatization / Uma área frequentemente negligenciada no nariz torto: pneumatização da concha média

Abstract Introduction: Crooked or deviated nose is a deviation of the nose from the straight vertical position of the face. Extensive pneumatization of the middle turbinate, also called concha bullosa or bullous middle turbinate (BMT) is known to be one of the possible etiologic factors in nasal obstruction, recurrent sinusitis, and headache. There is no study concerning a link between BMT and crooked nose. Objective: To investigate the association between crooked nose and the presence of a BMT. Methods: A total of 199 patients who underwent open septorhinoplasty were retrospectively analyzed. Preoperative paranasal Computerized Tomography (CT) findings, preoperative photodocumentation, and anterior rhinoscopic examination findings were documented. Of the 199 patients, 169 were found to meet the criteria and were included in the study. CT scans were examined to note the presence of BMT, inferior turbinate hypertrophy, and septum deviation (SD). SDs and crooked noses were classified. Results: Ninety-four of 169 patients (56%) presented a crooked nose deformity and seventy-five of 169 patients (44%) presented a straight nose. While 49 (52%) crooked nose patients had a bulbous and extensive BMT, 20 patients with straight nose (26.6%) had a BMT. A statistically significant relationship was found between the presence of crooked nose and BMT, regardless of the side of the disease (p = 0.011). Conclusion: This study revealed a link between crooked nose and BMT.

Resumo Introdução: O nariz torto ou o nariz com desvio é um nariz com um desvio da posição vertical reta da face. A pneumatização extensa da concha média, também chamada de concha bolhosa ou concha média bolhosa (CMB), é conhecida por ser um dos possíveis fatores etiológicos da obstrução nasal, sinusite recorrente e cefaleia. Não há estudo relativo a uma associação entre CMB e nariz torto. Objetivo: Investigar a associação entre o nariz torto e a presença de CMB. Método: Foram analisados retrospectivamente 199 pacientes que se submeteram a septorrinoplastia aberta. Achados pré-operatórios paranasais à tomografia computadorizada (TC), fotodocumentação pré-operatória e exame rinoscópico anterior foram registrados. Dos 199 pacientes, observou-se que 169 atendiam aos critérios e foram incluídos no estudo. As TC foram examinadas para observar a presença de CMB, hipertrofia de conchas inferiores e desvio de septo (DS). Os DS e narizes tortos foram então classificados. Resultados: Dos 169 pacientes, 94 (56%) apresentavam uma deformidade de nariz e 75 (44%) apresentavam nariz reto. Enquanto 49 (52%) pacientes com nariz torto tinham CMB extensa, 20 pacientes com nariz reto (26,6%) tinham CMB. Uma relação estatisticamente significativa foi encontrada entre a presença de nariz torto e CMB, independentemente do lado da doença (p = 0,011). Conclusão: Este estudo revelou uma relação entre o nariz torto e CMB.

Conchae Bullosis in a Pediatric Patient.

Pneumatization of the turbinates called concha bullosa is one of the most frequent anatomic variations of the nasal cavity. We report the first case of computed tomography findings of bilateral middle and inferior concha bullosa in a 13-year-old child with nasal obstruction. Here we describe a patient with extreme bilateral bullosa of inferior and middle conchas, as well as crista galli. The patient was treated successfully with endoscopic surgery of conchas. Nasal obstruction secondary to a bilateral turbinate bullosis in a child has not been described before. The clinicians should take this entity into consideration when evaluating the pediatric patients with nasal obstruction.

Migraine: A look down the nose.

BACKGROUND: Studies have suggested that contact between opposing mucosal surfaces in the nasal wall and cavity can be a target of the surgical treatment of migraines. Unfortunately, not enough is known about the role of nasal pathology in the pathogenesis of this condition. The co-existence of further rhinological disorders can be an impediment to defining the cause and effect of anatomical variants. The authors compared the MRI scans of migraine- and non-migraine patients (MPs and NMPs, respectively) to determine the prevalence of such mucosal contact points in order to extrapolate whether there is a significant association with migraines. METHODS: Coronal and axial MRI brain scans of 522 patients (412 migraineurs and 110 non-migraineurs) were analysed for the prevalence of anatomical variations of the nasal cavity, e.g. concha bullosa, septal deviations, mucosal swelling and contact points. RESULTS: The results showed no significant difference between MPs and NMPs patients for any of the parameters examined. Moreover, 87% MPs and 79% NMPs had at least one contact point. The most frequent contact point was between the middle turbinate and the septum, observed in 54% of MPs and 45% of NMPs. CONCLUSIONS: Contact points with the nasal mucosa are highly prevalent in both MPs and NMPs. Although a contact point does not cause a migraine in the absence of the disease, the concomitant presence of migraine and contact points can trigger an attack, and therefore, it is necessary to differentiate or exclude a rhinological disorder in these patients.

[Individual nasal endoscopic surgery for non-sinusitis-related rhinogenous headache: our experience in 68 cases].

OBJECTIVE: To investigate the role of anatomical abnormalities in non-sinusitis-related rhinogenous headache and to evaluate effects of nasal endoscopic surgery for non-sinusitis-related rhinogenous headache. METHOD: Sixty-eight patients diagnosed as non-sinusitis-related rhinogenous headache were selected in this study. They were treated with nasal endoscopic surgery after failed long-term medical treatment. Data from this group were analyzed retrospectively. RESULT: Multiple anatomical abnormalities were noted by endoscopy and sinus computed tomographic scans in the 66 patients. These included nasal septum deviation in 46 cases (67.6%), middle turbinate gasfication in 20 cases (29.4%), protruding ethmoid bulla or uncinate processor in 10 cases (14.7%) and abnormal middle turbinate in 8 case (11.8%). Fifty-six (82.4%) patients showed significant improvement after surgery. CONCLUSION: Non-sinusitis-related rhinogenous headache can be significantly minimized with individual nasal endoscopic surgery, as long as a precise identification of the etiologic anatomical factor can be made.

Investigation of diagnosis and surgical treatment of mucosal contact point headache.

We aimed to investigate the differences in incidence of nasal anatomic abnormalities between patients with and without headache and the outcome of surgical treatment for the headache patients with mucosal contact points. We conducted the observational study and recruited 107 subjects without headache (nonheadache group) and 78 patients with recurrent headache for more than 2 years (headache group). Study participants underwent high-resolution sinus computed tomography scans, and the incidence of nasal anatomic abnormalities was calculated in both groups. An additional 25 patients with recurrent headache underwent endoscopic surgical treatment. Mucosal contact points were observed in 85.9% of patients with recurrent headache and also in 80.4% of participants without headache. The most common mucosal contact point was between a deviated nasal septum and lateral nasal wall (41.1%). The incidence of deviated nasal septum contacting with lateral nasal wall was significantly different between the headache group (55.1%) and the nonheadache group (40.2%) (p < 0.05). The postoperative pain scores of the additional 25 headache patients with recurrent headache and mucosal contact point who were treated with endoscopic surgery decreased significantly compared with their preoperative measurements (p < 0.001), but only 44% of patients had recovered from headache 7 days postoperatively. We conclude that some patients with recurrent headache may not have a mucosal contact point, and some patients with mucosal contact points may not meet the diagnostic criteria of mucosal contact point headache since pain was not resolved within 7 days after surgical treatment. The diagnostic criteria of mucosal contact point headache before surgery should be reevaluated.

The Potential Significance of Concha Bullosa During Nasotracheal Intubation.

The authors experienced a case of severe epistaxis caused by accidental partial middle turbinectomy during nasotracheal intubation, which the patient had bilateral concha bullosa narrowing the nasal airway. Although anesthesiologist checked nasal airway through subjective symptoms and the size of both nostrils, they tend to overlook common anatomic variation, concha bullosa, and can injure turbinate structures. Therefore, preoperative computed tomography images should be carefully evaluated for the possibility of concha bullosa, which narrows nasal airway and induces the traumatic injury or epistaxis during nasotracheal intubation.

Inferior Turbinate Asymmetry Is a Feature of the Unilateral Complete Cleft Lip and Palate Nasal Deformity.

PURPOSE: Patients with unilateral complete cleft lip and palate (UCLP) have a characteristic bilateral septal deformity, and septal deviation can be associated with turbinate hyperplasia, leading to paradoxical nasal obstruction. The purpose of the present study was to measure and compare the bony and mucosal dimensions of the inferior turbinate on the cleft and non-cleft sides in patients with UCLP. PATIENTS AND METHODS: We implemented a retrospective cohort study of patients with UCLP who had undergone computed tomography (CT) scan between 2002 to 2013. Subjects who had undergone nasal revision, septoplasty, turbinectomy, or Le Fort I osteotomy before the imaging date were excluded. The primary predictor variable was the subject side (cleft vs noncleft side), and the primary outcome variable was the turbinate cross-sectional area. The secondary predictor variables included the site of measurement along the sagittal axis of the turbinate (anterior, middle, posterior) and tissue type (turbinate whole, bone, mucosa). The Wilcoxon signed rank test for paired samples compared the turbinate dimensions on the cleft and noncleft sides, with statistical significance set at P ≤ .05. RESULTS: The sample included 53 patients (32 females and 21 males). The inferior turbinates were measured bilaterally on CT images obtained at a mean age of 12.2 ± 0.8 years. The inferior turbinate on the noncleft side was significantly larger in both bone and mucosa (P = .003). This relationship did not change when controlling for age and gender. CONCLUSIONS: The results of the present study have confirmed bony and mucosal enlargement of the inferior turbinate on the noncleft side in patients with UCLP. This might contribute to bilateral nasal obstruction and should be considered during treatment planning for nasopharyngeal and orthognathic surgery.

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

OBJECTIVE: The purpose of this study was to evaluate the degree of deviation and the sizes of nasal turbinates and the septal body (SB) on each side separately and to compare the 2 sides, and to evaluate if there is a correlation between SB size and middle and inferior turbinate (IT) sizes on each side. MATERIAL AND METHODS: A retrospective analysis was made of paranasal computerized tomography scans obtained randomly from the database. Computerized tomography was performed at 120 kVp and 100 mA with 2 mm slice thickness. The study comprised 199 paranasal computerized tomography scans on each of which the width of the SB, the degree of deviation, and the width of the inferior and middle turbinates (MTs) were measured on each side separately. RESULTS: In cases of moderate and severe deviation, the sizes of the SB, the MT, and IT contralateral to the deviation were statistically significantly larger than those on the ipsilateral side (P < 0.001). There was a negative correlation between SB size and the MT and IT sizes in each nasal cavity. CONCLUSIONS: The SB is a dynamic structure and may play a role in regulation of nasal airflow.

Concha Bullosa Mucopyocele: a Case Report.

Concha bullosa (CB) is among the most common anatomic variations of sinonasal anatomy. Although usually asymptomatic, CB can occasionally cause nasal obstruction or headache. Obstructions within the mucociliary transport system can develop into a mucocele or mucopyocele. A 48-year-old female, with a history of progressive headache and nasal obstruction, was referred to our department. Paranasal sinus tomography revealed a nasal mass in the left nasal cavity resembling a mucopyocele in the middle turbinate. Under general anesthesia, the purulent material was aspirated, and the lateral part of the left turbinate was resected. Mucopyoceles are common within the paranasal sinuses, but uncommon with CB; thus, they should be considered in patients with a large hyperemic nasal mass.

[Relationship between nasal septal deviation and the bulbous type concha bullosa].

OBJECTIVE: To analysis the relationship between nasal septal deviation and the bulbous type concha bullosa(CB). METHOD: Analysis the paranasal sinus coronal plane CT scans of 972 patients,observe the incidence of nasal septal deviation and bulbous type concha bullosa and classify them into upper septal deviation and lower septal deviation. Measure the septal deviation angle and transverse diameter of the bulbous type concha bullosa, and a nalysis the relationship between nasal septal deviation and the bulbous type concha bullosa. RESULT: The incidences of bulbous type concha bullosa was 17.03% of 182 patients with nasal septal deviation and was 14.05% of 790 patients without nasal septal deviation. There was no statistically difference between them(P > 0.05). The incidences of bulbous type concha bullosa were 33.33% and 9.02% of the patients with upper septal deviation and lower septal deviation, and the difference was statistical (P < 0.01). The mean of the septal deviation angle was 14.55 degrees +/- 3.61 degrees, and the transverse diameter of the bulbous type concha bullosa was (5.93 +/- 1.88) mm in 20 patients with upper septal deviation and CB. The mean of the septal deviation angle was 13.36 degrees +/- 2.42 degrees, and the transverse diameter of the bulbous type concha bullosa was (4.86 +/- 1.40) mm in 11 patients with lower septal deviation and CB. There was no statistically difference between the septal deviation angle and the transverse diameter of bulbous type concha bullosa (P > 0.05). CONCLUSION: There was a significant relationship between upper nasal septal devia tion and bulbous type concha bullosa, especially finding bulbous type concha bullosa in concave sides of nasal sep turn. But there was no significant relationship between the septal deviation angle and the size of the bulbous type concha bullosa.

Turbinoplastia endoscópica del cornete inferior para el tratamiento de la rinitis crónica hipertrófica no infecciosa: serie de casos / Endoscopic turbinoplasty of the inferior turbinate for the treatment of non-infectious chronic hypertrophic rhinitis: case series

Fundamento: la reducción quirúrgica del cornete inferior es la conducta de elección en pacientes con rinitis crónica hipertrófica no infecciosa que no responden al tratamiento farmacológico; aunque existen otras técnicas quirúrgicas para ello, todavía son insuficientes las evidencias que soportan su eficacia. Objetivo: describir las características clínicas y los resultados posquirúrgicos en pacientes con rinitis crónica hipertrófica no infecciosa tratados mediante turbinoplastia inferior endoscópica . Metodología: estudio descriptivo de serie de casos en pacientes mayores de 15 años con rinitis crónica hipertrófica no infecciosa tratados mediante turbinoplastia inferior endoscópica en el Centro Nacional Cirugía Mínimo Acceso, entre el 1 de mayo de 2010 al 30 de junio de 2012. Los pacientes se siguieron por 6 meses. Resultados: se incluyeron 36 pacientes, el 63,9 % eran masculinos; el 69,4 % presentó rinitis alérgica. Predominó la obstrucción nasal asociada a rinorrea, prurito y cefalea ( 44,4 %), así como la hipertrofia grado II (58,3 %). Después de la cirugía todos los pacientes mejoraron y solo el 8,3 % presentó complicaciones. Conclusiones: se obtuvieron resultados favorables con el uso de la turbinoplastia inferior endoscópica , fundamentalmente por el alivio de los síntomas y por la escasa presentación de complicaciones.

Background: the surgical reduction of the inferior turbinate is the treatment of choice for patients with non-infectious chronic hypertrophic rhinitis unresponsive to drug treatment; although there are other surgical techniques for this condition, evidence supporting its effectiveness is still insufficient. Objective: to describe the clinical characteristics and postoperative outcomes in patients with non-infectious chronic hypertrophic rhinitis treated by inferior endoscopic turbinoplasty . Methodology: descriptive case series study of patients over 15 years with non-infectious chronic hypertrophic rhinitis treated by inferior endoscopic turbinoplasty in the Minimum Access National Surgery Center from May 1, 2010 to June 30, 2012. The p atients were followed for 6 months. Results: 36 patients were included , 63.9% were male ; 69.4 % had allergic rhinitis. N asal obstruction associated with rhinorrhea , pruritus and headache ( 44.4 %) and grade II hypertrophy ( 58.3 %) predominated . After surgery all patients improved and only 8.3 % had complications . Conclusions : with the use of endoscopic inferior turbinoplasty favorable results were obtained , mainly due to the relief of symptoms and the limited development of complications.

An unusual anatomical variation of the superior turbinate: a case report.

INTRODUCTION: The only anatomical variation of the superior turbinate defined in the literature is concha bullosa. Determination of anatomical variations of the intranasal structures is important to perform safe endoscopic sinus surgery and avoid complications. CASE PRESENTATION: We report a case of an unusual anatomical variation of the superior turbinate in a 55-year-old Turkish man with nasal obstruction and headache. CONCLUSIONS: Anatomical variations of superior turbinate are very rare. Variations of intranasal structures can easily be detected with coronal plane paranasal sinus computed tomography.

Imaging for headache: what the neuroradiologist looks for.

In this article, computed tomography and magnetic resonance imaging anatomy and pathology of sinus disease is discussed, specifically relating to facial pain, rhinogenic headache, and sinus outflow obstruction. Findings commonly seen in acute, chronic, infectious, and inflammatory sinusitis are illustrated, with additional examples of secondary intracranial and orbital involvement, and more aggressive infectious and neoplastic processes.

Concha bullosa mucocele and mucopyocele: a series of 4 cases.

Concha bullosa is an aerated turbinate in the nose. It is a common anatomic variant that can develop a mucocele if obstructed, which can further progress to become a mucopyocele if infected. A mucopyocele can expand and cause destruction of neighboring tissues. A review of the literature revealed only 10 cases previously reported. We describe 2 cases of mucocele and 2 cases of mucopyocele.

Pneumo-concha dilatans: middle concha growing in anterior and lateral directions.

Aeration of the concha is called concha bullosa regardless of the amount and location of the aeration. Middle concha pneumatization is very frequent, and its incidence rate according to the literature is between 14% and 53.6%. Various types of middle concha such as pneumatized, paradoxical, bifurcate, trifurcate, secondary, and accessory have been defined; however, the most frequently observed variation is the pneumatization of the middle concha. In our case, a male patient presented to our clinic with complaints about difficulty breathing through the nose and decrease in the olfaction. The endoscopic examination showed that his right middle concha had grown enough to extend toward the front of the lower concha, and the left middle and lower meatuses were infested by polyps. The paranasal computed tomographic scan of the patient showed that the left middle concha had maxillary sinus invasion at an amount that was enough to fill 25% of the maxillary sinus. In this case presentation, the middle concha pneumatization presenting with maxillary sinus invasion, which we believe is the first case in the literature, is presented as accompanied by the literature.