Endoscopic Medial Maxillectomy With Preservation of Inferior Turbinate: Assessing Results by Acoustic Rhinometry.

BACKGROUND: The aim of this study is to demonstrate the effectiveness of the Endoscopic Medial Maxillectomy technique with the preservation of the nasal anatomy and function of the inferior turbinate. METHODS: From January 2005 to December 2016, the authors performed 27 Endoscopic Medial Maxillectomy with preservation of inferior turbinate on 26 patients. The most frequent pathologies diagnosed were inverted papillomas (13/27) and antrochoanal polyps (7/27). There were 21 primary lesions and 6 patients had been previously treated. There were 19 males and 7 females. On 11 patients the authors could perform an acoustic rhinometry at 4 months postoperatively. RESULTS: The authors did not find any recurrences. In all cases the authors note the presence of the C-notch being the narrowest area of the nasal cavity, on both the surgical and nonsurgical nasal fossa. The mean area for the C-notch in the nonsurgical nasal cavities was 0.50 cm (0.18-0.82) and it was 0.57 cm (0.08-1.06) in the surgical nasal cavities. The increase of the C-notch after nasal decongestion was 0.10 cm in nonsurgical cavities and it was 0.03 cm in the surgical cavities. The mean distance for the C-notch was 2.18 cm and 2.36 cm before and after nasal decongestion in the nonsurgical fossae. In the surgical cavities were 2.31 and 2.37  cm respectively. CONCLUSIONS: The authors' rhinometrics data suggest that Endoscopic Medial Maxillectomy with preservation of inferior turbinate is an effective technique that preserves the anatomic structure and the functions of the inferior turbinate after its resection and reposition.

A unilateral septal flap based on the anterior ethmoidal artery (Castelnuovo's flap): CT cadaver study.

OBJECTIVE: We describe our experience for repair septal perforation with a septal flap and we analyse the route of the septal branch of the anterior ethmoidal artery (AEA) in the septum area with a radiological anatomy study in order to perform this flap. STUDY DESIGN: We carry out a prospective analysis with computed tomography scan in the cadaver heads and we perform an endoscopic technique in the patients. METHODS: Ten nasal cavities were analysed in five adult cadaveric heads and two patients diagnosed with anterior septal perforation were surgically treated. Measurements in the cadaveric heads were obtained from a sagittal plane of the nasal septum. The anterior point corresponds to the projection of the anterior insertion of the middle turbinate in the frontal process of the maxilla over the nasal septum. The posterior point was obtained with a vertical line passing through the entrance of the AEA in the nasal septum. RESULTS: The mean distance between the anterior point and the posterior point was 7.35 mm with a standard deviation of 0.95 mm. The lowest value was 5.5 mm and the highest value was 8.7 mm. We observed good epithelialisation and closure of the perforation in all patients. CONCLUSION: The unilateral septal flap pedicle by anterior ethmoidal artery may be used for small and medium perforations with a pedicle smaller than 1 cm posterior to the axilla.

Anatomical and surgical study of the sphenopalatine artery branches.

The sphenopalatine artery gives off two main branches: the posterior lateral nasal branch and the posterior septal branch. From 2007 to 2012 17 patients were treated with cauterization and/or ligature of the sphenopalatine artery with endonasal endoscopic approach. 90 nasal dissections were performed in 45 adult cadaveric heads. We evaluated the number of branches emerging from the sphenopalatine foramen and the presence of an accessory foramen. In the surgery group, we observed a single trunk in 76% of the patients (13/17) and a double trunk in 24% (4/17). We found an accessory foramen in four cases. We obtained a successful result in bleeding control in 88% of the cases. In the cadaver dissection group, 55 nasal cavities had a single arterial trunk (61%), 30 had 2 arterial trunks (33%) and in only 5 nasal fossae we observed 3 arterial trunks (6%). We were able to dissect four accessory foramina. We suggest that in most cases only one or two branches are found in the sphenopalatine foramen.

Endoscopic medial maxillectomy with preservation of inferior turbinate: how do we do it?

The aim of this study was to describe the endoscopic medial maxillectomy technique with preservation of the inferior turbinate in patients affected by maxillary sinonasal inverted papilloma. We retrospectively reviewed the clinical charts and surgical technique in six patients with paranasal sinus inverted papilloma. There were five males and one female, whose mean age at diagnosis was 60 years ranging between 57 and 65 years. No recurrences were diagnosed, and no nasal crusting was evidenced postoperatively. Nasal breathing was satisfying in all cases. Postoperative epistaxis was not observed, and none of the patients refereed to have epiphora after the surgery. This technique has been successfully performed, showing no recurrence to the present and allowing the preservation of a functional inferior turbinate.