Research articleAirway blood flow responses to temperature and humidity of inhaled air
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Cited by (13)
Circulational heat dissipation of upper airway: Canine model of inhalational thermal injury
2013, BurnsCitation Excerpt :According to Baile et al. [16], a three-fold increase of tracheal blood flow and marked increases of lingual and nose blood flow were observed in dogs of thermal dry air inhalation. However, Le Merre et al. [37] reported that breathing warm humid air had no significant effect on airway mucosal blood flow. In our study, we did not measure the mucosal blood flow change of upper airway directly like studies above, because in order to calculate the heat dissipated by blood, both of the blood temperature and flow rate of the same vessel should be measured; however, it was impractical for us to detect blood temperature of the mucosal microvessels, therefore, we chose the CJV as our target vessel instead.
Temperature distribution in the upper airway after inhalation injury
2011, BurnsCitation Excerpt :Second, the location and morphology of the epiglottis; the openness of the glottis; the air contents inside the oesophagus and gastrointestinal tract; the amount of secretions inside the airway; the composition of multiple tissues at the larynx, such as cartilage, flat epithelial tissue, pseudostratified ciliated columnar epithelium, vocal cord and recesses; and other factors can affect heat absorption and responses to heat. Third, injury at the laryngeal vestibule can affect blood circulation [12]. Blood circulation can efficiently adjust the heat of local tissues.
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