57 research outputs found
Otolaryngologists’ role in the management of epidemic respiratory human infectious disease COVID-19
No full textIl ruolo dello specialista otorinolaringoiatra nella gestione dei pazienti affetti da COVID-19
Otolaryngologists' role in the management of epidemic respiratory human infectious disease COVID-19: Introduction - a nice small, smart brick
No full textOtolaryngologists' role in the management of epidemic respiratory human infectious disease COVID-19: Introduction - a nice small, smart brick
No full textIntroductio
Aspetti radiologici peculiari in caso di nuococele laringeo misto
No full textIn laryngeal mucocele, Morgagni's ventricle fills with mucous resulting from proliferation of the innner glandular epithelium and simultaneous closure of the ventricular opening. In making a diagnosis, the physician must first rule out any underlying neoplasm in Morgagni's ventricle which would give rise to a secondary mucocele. The present work reports a clinical case which came under observation because of cough, dysphonia and swelling of the left ventricular band with normal motility of the true vocal cords. CT of the neck, performed with contrast medium and axial scanning, showed a solid neoformation starting from the left laryngeal ventricle; densitometry proved moderately non homogeneous and showed radiological signs of hypervascularization. On the basis of these data the patient underwent direct bioptic laryngoscopy. During the beginning of the endoscopic maneuver, the pressure exerted by the stiff laryngoscope forced out dense, sticky mucous-like material and caused the laryngeal ventricle to collapse. Subsequently, multiple bioptic samples were taken from the walls and floor of the ventricle. The histological and microbiological examination confirmed the diagnosis of laryngeal mucocele. Six months later the laryngoscopic picture was nearly normal. In the years since computerized tomography came into clinical practice, diagnosis of this pathology has become easier and quicker Computerized tomography provides radiological indication of benignness which is certainly valid for laryngocele, a tumefaction containing air and which is therefore clearly differentiated from the radiodensity of the surrounding tissues. Vice versa, the homogeneous mucous content of the laryngeal mucocele can be altered by bacterial proliferation and may not show up on the CT as a uniformly hypodense area. Phlogosis due to the presence of colonies of bacteria can lead to greater blood flow in the ventricular site, thus making it impossible to distinguish the hyperdense boundary surrounding the hypodense mass. This, in turn, creates a blurry, ambiguous area of hyperdensity typical of increased vascularization. The rarity of the lesion, the relative likelihood of a simultaneous neoplasm and the ambiguousness of the clinical diagnostic elements available justify the use of preliminary bioptic microlaryngoscopy before surgically treating laryngeal mucocele
Human olfactory mucosa biopsy with endoscopic technique: clinical and structural observations on neurosensory epithelium rearrangement [BIOPSIA DI MUCOSA OLFATTIVA CON TECNICA ENDOSCOPICA: RILIEVI CLINICI ED OSSERVAZIONI STRUTTURALI SUL RINNOVAMENTO TISSUTALE]
No full textOptical and electron microscopy have been widely used to study the structural features of olfactory epithelium in several Vertebrate species. To date, however, understanding of histopathological alterations in the human olfactory neuroepithelium has been quite limited due to the difficulty in obtaining well preserved, intact fragments of mucosa. The recent introduction of endoscopic biopsy techniques has made it possible to analyze this epithelium in greater detail. In the present work, endoscopic biopsy has been performed on samples from 10 rhinologically healthy subjects. The technique used proved quite simple and did not present any risks or complications. Moreover, all samples were well preserved, as confirmed by histology. In addition, the histological pictures suggest that normal rearrangement of neuroepithelium is not an uniform process but takes place following a zone pattern with distinct dynamics between neurosensorial and support cells. Greater diffusion of this technique would not only make it possible to use different techniques to gain more detailed knowledge of tissue structure, ultrastructure and dynamics in human neuroepithelium, but it would also provide improved diagnostic and forensic evaluation in cases of anosmia, disosmia and hyposmia
OLFACTORY MUCOSA HISTOLOGICAL FINDINGS IN LARYNGECTOMEES.
No full textAfter total laryngectomy, the patients often report immediate and marked olfactory deficit. The aim of this study was to determine whether hyposmia in laryngectomees reflects olfactory epithelial damage. Ten laryngectomized patients and ten rhinologically normal subjects were subjected to olfactory testing, after which histological examination of biopsied olfactory mucosa was performed. Olfactory testing in laryngectomees revealed a marked reduction in odor perception. Histological examination of olfactory mucosa specimens showed that in laryngectomees some neuroepithelial structural features were comparable with those found in normal subjects. However, additional signs of damage were also observed, consisting mainly of various degrees of epithelial degeneration, above and beyond those that are characteristic of physiological epithelium turnover. These different degenerative features consisted of severe damage to the neuroepithelium, culminating in complete topical loss. Bowman's glands were also observed to be involved in the degenerative process. Laryngectomy-induced hyposmia seems to be correlated with the almost complete loss of nasal airflow due to the disconnection between the upper and lower airways, which prevents odor molecules from reaching the olfactory area, together with degenerative phenomena, which affect the neuroepithelium, and consequent failure in neurosensorial performance
Clinical signs, telemedicine and online consultations in head and neck diseases during the SARS CoV-2 pandemic: an Italian experience
Get PDFOBJECTIVE: The aim of this paper is to describe the application of a telemedicine (TM) synchronous model designed to deliver care during the Coronavirus Disease 2019 (COVID-19) pandemic to patients with head and neck disease. METHODS: The first step was to identify the classes of patients eligible for tele-examination. Mild, flu-like symptomatology represents the characteristics of the typical patient who is a candidate for tele-examination. The standard requirements for TM include a computer associated with a digital camera, alternatively a smartphone or tablet. The TM platform is based on the Lifesize™ software, which can be freely downloaded. RESULTS: The overall number of teleconsultations was 178, of which 163 (91.5%) were managed at home, while 15 (8.5%) were invited for in-presence examination. The number of patients coming from general practitioners was 98 (55.1%), from spoke units 52 (29.2%), patients needing prompt stabilisation and transfer to the hub centre were 20 (11.2%,) while 8 (4.5%) were immediately fast-tracked in the spoke unit after multi-professional tele-consultation. CONCLUSIONS: Telemedicine improves organisational models, and provides a scalable solution to overcome problems of overcrowding, resources and time. Should these developments continue, we could face to a gradual transition to a more digital and efficient healthcare system
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