Rhinological complications have been reported previously, but no study has thoroughly investigated them. In this study, we extensively examined postoperative rhinological complications in patients who underwent MTHS due to pituitary adenoma.Serious vascular complications, such as carotid injury, as well as major complications, such as optic nerve injury and cerebrospinal fluid rhinorrhea, can occur during MTHS. However, rhinological complications can be ignored because they are a minor cause of morbidity compared to major complications. These patients may experience problems such as epistaxis, █ InTRODuCTIOn T he sphenoid sinus approach to the pituitary gland was a breakthrough treatment for lesions in this region. The lateral rhinotomy approach to trans-sphenoidal hypophysectomy was performed for the first time in 1907 by Schloffer (26). Halsted (9) and Hardy (10) laid the foundation for today's microscopic transnasal hypophyseal surgery (MTHS) procedure by improving their technique. The development of neuroendoscopy in the 1990s resulted in new approaches to this region (2).AIM: Major complications of microscopic transnasal hypophyseal surgery (MTHS), such as cerebrospinal fluid rhinorrhea, carotid injury, and optic nerve injury, are very rare. However, late rhinological complications can be ignored because they are a minor cause of morbidity compared with major complications. In this study, we extensively examined postoperative rhinological complications in patients who underwent MTHS for pituitary adenoma.
MATERIAL and METhODS:Thirty-one patients diagnosed with pituitary adenoma, who underwent MTHS and whose preoperative nasal examinations were recorded between January 2007 and January 2014, were included in the study. A detailed rhinological examination of the patients was performed.
RESuLTS:A total of 12 of 31 patients (38.7%) had a perforated nasal septum, and synechiae were detected in the nasal cavities of 13 patients (42%). Anosmia occurred in three patients, hyposmia in two, and a nasal tip deflection and saddle nose deformity were detected in one patient with a perforated nasal septum. No perinasal loss of sense, oronasal fistula, or purulent secretion in the nasal cavity was found in any patient.
COnCLuSIOn:The nasal structures, particularly the nasal septum mucosa, should be treated gently during MTHS. The nasal stages of the operation should be performed with the help of an otolaryngologist until adequate experience is gained.