Browsing by Author "Unal, Omer Faruk"

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Angiolymphoid hyperplasia with eosinophilia of the maxillary sinus and orbit
(MODESTUM LTD, 2017-01-01) Emre, Ismet Emrah; Aksoy, Elif; Unal, Omer Faruk
Angiolymphoid hyperplasia with eosinophilia (ALHE) is an inflammatory disorder characterized by benign vasoproliferative lesions. Although these lesions are typically found around the ear and external auditory canal, there are several studies that present cases with ocular involvement. In this report we present the first case of ALHE with ocular and sinus involvement in Turkish literature.
Post Endolaryngeal Laser Surgery Carbon Granuloma
(GALENOS YAYINCILIK, 2017-01-01) Ertas, Burak; Emre, Ismet Emrah; Aksoy, Elif; Ulubil, Arif; Guven, Melih Guven; Tanyeri, Hasan; Unal, Omer Faruk
Aim: This study was performed to highlight the phenomenon of carbon granulation formation after laser vocal cord surgery. Emphasis was put on the fact that these granulomas closely resemble tumor recurrence and due to the similarity of appearance, histological evaluation is necessary for diagnosis. Methods: This study included 35 male patients presenting to the Acibadem University Hospital with early-stage laryngeal cancer between 2009 and 2013. All patients underwent laser-assisted interventions on the vocal cords. Patient follow-up was continued for two years and granuloma formation or tumor recurrence was noted. Results: During the two-year follow-up period, a total of five patients presented with new vocal cord lesions. One of the cases was determined to be a tumor recurrence. The remaining four were carbon granulomas that regressed during the follow-up period. Conclusion: Although carbon granuloma formation is not very common, it is still frequent enough to be thoroughly discussed in the literature. With laser surgery for early-stage laryngeal cancer becoming more popular every day, the incidence of carbon granulomas is likely to increase. An algorithm for this type of lesion without putting patients' health at risk will be a valuable tool in the near future.
Reconstruction of Composit Oromandibular Defects
(AVES, 2017-01-01) Altinkaya, Altug; Yazar, Sukru; Ertas, Burak; Korkut, Nazim; Unal, Omer Faruk
Objective: Mandibular defects are generally observed as composite defects which soft tissue defects are accompanied to bone defects. This situation may cause difficulties in choosing the surgical method during the reconstruction period. The purpose of this paper is to convey our clinical approach and results on composite mandibular defects. Methods: Eleven patients, applying to our clinic between 2011 and 2015, were operated in a single session with the team of otorhinolaryngology, because of oromandibular cancer. Ten of the patients were male and one was woman. The age range was between 7 and 54 ages (Average age 35.5). Results: While mandibular resection was performed on all patients, skin resection was performed on six patients, mucosa resection was applied on eight patients
Tracheostomy in Pediatric Intensive Care Unit: When and Where?
(KOWSAR CORP, 2016-01-01) Ertugrul, Ilker; Kesici, Selman; Bayrakci, Benan; Unal, Omer Faruk
Background: Tracheostomy was first observed in Egyptian drawings in 3600 BC and performed frequently during the 1800's diphtheria epidemic. Objectives: The aim of this study was to elucidate the indications, complications, mortality rate, and the effect of pediatric tracheostomy on length of PICU or hospital stay. Materials and Methods: Demographic characteristics, diagnosis at admission, duration of ventilation of 152 patients were analyzed retrospectively. Results: The most common tracheostomy indication was prolonged intubation. The mean duration of mechanical ventilation before tracheostomy was 23.8 days. Forty five percent of the tracheostomy procedures were performed at bedside. Neither the place nor the age had any effect on the development of complications (P = 0.701, P = 0.622). The procedure enabled 62\% of the patients to be discharged from hospital. Conclusions: Tracheostomy facilitates discharge and weaning of mechanical ventilation. Although the timing of tracheostomy has to be determined for each individual patient, three weeks of ventilation seems to be a suitable period for tracheostomy. Tracheostomy can be performed at bedside safely but patient selection should be made carefully.