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By type, the endotracheal tubes segment accounted for the largest share of the infraglottic airway management devices market
Based on type, infraglottic airway management devices are further segmented into endotracheal tubes and tracheostomy tubes.
Browse 95 market data Tables and 34 Figures spread through 154 Pages and in-depth TOC on 'Airway Management Devices Market by Type (Supraglottic Device (LMAs, OPAs, NPAs), Infraglottic Device (Endotracheal Tubes, Tracheostomy Tubes), Resuscitators, Laryngoscopes), End User (OR, ICU), Patient Age (Adult and Pediatric) - Global Forecast to 2024'
Infraglottic airway management devices are expected to be the most widely used type in airway management devices market
Supraglottic devices such as laryngeal mask airway and equipment suitable for emergency infraglottic access will persist to play an important role in difficult airway situations and should be readily available.
The patient was then admitted to the hospital, and urgent computed tomography (CT) scan of the neck was done and revealed a 3 cm linear foreign body embedded in the soft tissue medial to the left thyroid cartilage with surrounding hypodense soft tissue swelling causing mild indentation of the left vocal cord extending into the supraglottic region up to the left pyriform sinus and downwards minimally extending to the infraglottic region causing mild asymmetric narrowing of the involved laryngeal segments and causing mass effect on the glottis and supraglottic airway causing mild asymmetric narrowing (Figure 1).
Insertion of the Endotracheal tube through the vocal cords and inflation of the cuff in the infraglottic region is regarded to contribute very little stimulation.
Table 1: Distribution of Different Malignancies as Per Primary Site Site of Disease Number (Percentage) Nasopharynx 4(7.54%) Sinonasal 6(11.32%) Oral Cavity 19(35.84%) Tonsil 2(3.77%) Pharynx 7(13.20%) Larynx 15(28.31%) Table 2: Distribution of Malignancies as Subsite of Disease Site Subsite Percentage Sino nasal Maxillary sinus 27% Nasal cavity 73% Larynx Supraglottic 60% Glottic 10% Infraglottic 30% Oral cavity Buccal Mucosa 20% Hard palate 8% Tongue 35% Gingiva 28% Retromolar trigone 9% Table 3: Distribution of Patients Per Stage of Disease Stage Number (Percentage) Stage 1 6(11.32%) Stage 2 14(26.41%) Stage 3 19(35.84%) Stage 4 14(26.41%) Fig.
Vagus and Glossopharyngeal nerves carry the afferent stimulus from epiglottis and infraglottic region and activate the vasomotor centre to cause a peripheral sympathetic adrenal response to release adrenaline and noradrenaline.
It produces lower hemodynamic instability during placement and avoids stimulating the infraglottic structures.
Hence use of a supraglottic device is justified and there is less stimulation of infraglottic structures which itself can lead to increased secretions and bronchospasm.