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Hypocalcemia with stridor is a well-known condition in the pediatric age group but has rarely been reported in the elderly. We report an elderly patient who presented with dyspnea and laryngeal stridor attack caused by hypocalcemia. The patient had been suffering from stridor and dyspnea episodes for 2 years, and the etiology had not been determined until the evaluation in our department. The cause of stridor was hypocalcemia secondary to thyroidectomy. Complete resolution of stridor was achieved by calcium replacement therapy.

Approximately 60% of the adult population experience at least 1 episode of epistaxis in their lifetimes. Because the blood supply of the nasal mucosa ultimately originates from the carotid arteries, acute epistaxis is potentially very serious. Sudden and massive epistaxis is usually fatal, and it is one of the most dreaded complications after radiotherapy (RT) among patients with cancer of the head and neck region. To the best of our knowledge, few patients who are alive have been presented with massive epistaxis due to ruptured internal carotid artery pseudoaneurysm associated with RT in the literature. Herein, we reported a successfully treated massive epistaxis case of ruptured internal carotid artery pseudoaneurysm associated with RT in a patient who has nasopharyngeal carcinoma.

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Background: Mad honey is the type of honey made by bees that are nourished from the plants of Rhododendron (Rh.) family, and it contains grayanotoksin (GTX). The most significant types of Rh family, which contain GTX, are Rh. The purpose of this study was to analyze the cases which came to the emergency room because of GTX intoxication in detail in order to help diagnosis, treatment, follow-up and prognosis in daily emergency medicine practice. A total of 36 patients with the symptoms and diagnosis of intoxication after consuming mad honey, were included in the study. Ten healthy individuals who did not have a history of taking mad honey were included in the control group. The study is designed as a prospective case control study. The average GTX level of the group who ate mad honey (studygroup) was 7.88 ng/ml (min: 0.00/max: 30.47). At control group, GTX level was 0 ng/ml. There was no statistically significant relationship between the symptoms (dizziness, nausea, vomiting, weakness, deterioration, angina) and blood GTX level in the study group. Also statistic value reflects relationship between kidney function tests, troponin and control troponin levels in case group. The patients who have absolute decrease in blood pressure and pulse should be questioned by emergency medicine doctors about consuming mad honey. Further studies are needed to demonstrate the relationship between symptoms and GTX poisoning.