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Aim and background Osteomas are common benign tumors of the paranasal sinuses, but are usually asymptomatic and found as a coincidental finding during routine radiological investigations. The aim is to demonstrate typical radiological findings of osteomas and demonstrate rare occurrence of osteoma in middle turbinate. Case report Patient presenting with recurrent headaches, left-sided facial pain, and intermittent nasal obstruction was evaluated using Philips Brilliance 40-multislice computed tomography scanner, which showed bilateral maxillary and ethmoid sinusitis with bilateral fluid-filled concha bullosa with left-sided concha bullosa showing a well-defined lesion of bone attenuation suggestive of osteoma. Conclusion Osteomas can rarely occur in nasal turbinates and may be symptomatic requiring endoscopic/surgical removal. Clinical significance Radiological investigations are diagnostic for osteomas and play an important role in preoperative planning. Osteomas arising from the turbinates are more easily accessible by endoscopy than sinus osteomas; hence, removal carries less risk. Therefore, it is important to diagnose nasal osteoma when it is small in size, follow it up, and resect it when its size is appropriate for endoscopic surgery. How to cite this article Singh P, Mittal MK, Mathur NN, Sinha M. Concha Bullosa Osteoma: An Unusual Cause of Headache. Clin Rhinol An Int J 2017;10(1):25-27.

To compare the anatomic and functional outcomes of the cartilage and temporalis fascia graft materials in type 1 tympanoplasty in paediatric and adolescent population. A total of 55 patients aged 0.05). ABG closure ratio in cartilage group was 58.54 ± 23.10% and in temporalis fascia group was 56.46 ± 27.4% (p > 0.05). Pre operatively all patients had type B tympanogram in both the groups. While post operatively either type A or C curve was seen in 80% patients of cartilage and 68% patients of temporalis fascia group. Hearing outcomes and graft success rates were high in both fascia and cartilage graft groups but not significantly different.

The objective of this study was to evaluate the efficacy and outcome using the maxillary swing approach for the management of extensive nasopharyngeal angiofibromas. A retrospective analysis in a tertiary care center revealed five cases with extensive nasal angiofibromas operated using the maxillary swing approach between 2010 and 2012. All patients had tumor extension to the lateral-most portions of the infratemporal fossa with complete occupation and destruction of the lateral wall of the sphenoid sinus causing abutment to the cavernous sinus and complete involvement of the pterygopalatine fossa and pterygoid base. One patient displayed full occupancy of the maxillary sinus as a consequence of erosion of the posterior and medial walls of the maxillary sinus, while another had severe temporal lobe compression through the roof of the infratemporal fossa. All patients underwent tumor excision using the maxillary swing approach. Patients were followed up for a minimum period of 1 year after surgery. The maxillary swing approach gave optimal exposure of the entire central skull base including the infratemporal fossa and its extreme lateral and superior aspects. Adequate tumor exposure and vascular control could be achieved in all cases resulting in complete tumor excision. The mean operative time was 4.5 h. Post-operative healing was satisfactory with palatal fistula formation in two cases and all patients remaining disease-free up to the present time. One had minimal misalignment of the halves of the upper jaw and two had epiphora, of which one required dacryocystorhinostomy. The maxillary swing is an effective approach in the management of extensive nasopharyngeal angiofibromas and leads to optimal anatomical exposure with minimal morbidity.