BACKGROUND: The aim of this study was to measure in vivo nasal mucosal temperature and assess its relationship to nasal patency. METHODS: Nasal mucosal temperature of 30 nasal cavities was measured by means of a miniaturized thermocouple within the anterior turbinate area during respiration. Temperature values were compared with corresponding rhinomanometrical data. RESULTS: The median mucosal temperature ranged from 30.2 degrees C (range, 28.9-31.7 degrees C) after inspiration to 32.2 degrees C (range, 31.0-33.9 degrees C) after expiration. The end-inspiratory (r = -0.85) and end-expiratory mucosal temperature values (r = -0.88) negatively correlated with the rhinomanometrical data. CONCLUSION: This study supports the fact that there is a negative correlation between nasal mucosal temperature and nasal resistance. Changes in nasal patency seem to influence nasal mucosal temperature. Within this context, nasal thermoreceptors might play an important role concerning the perception of nasal patency.
BACKGROUND: The aim of this study was to measure in vivo nasal mucosal temperature and assess its relationship to nasal patency. METHODS: Nasal mucosal temperature of 30 nasal cavities was measured by means of a miniaturized thermocouple within the anterior turbinate area during respiration. Temperature values were compared with corresponding rhinomanometrical data. RESULTS: The median mucosal temperature ranged from 30.2 degrees C (range, 28.9-31.7 degrees C) after inspiration to 32.2 degrees C (range, 31.0-33.9 degrees C) after expiration. The end-inspiratory (r = -0.85) and end-expiratory mucosal temperature values (r = -0.88) negatively correlated with the rhinomanometrical data. CONCLUSION: This study supports the fact that there is a negative correlation between nasal mucosal temperature and nasal resistance. Changes in nasal patency seem to influence nasal mucosal temperature. Within this context, nasal thermoreceptors might play an important role concerning the perception of nasal patency.
Authors: Corbin D Sullivan; Guilherme J M Garcia; Dennis O Frank-Ito; Julia S Kimbell; John S Rhee Journal: Otolaryngol Head Neck Surg Date: 2013-10-23 Impact factor: 3.497
Authors: Adrienn Tóthpál; Katherine Desobry; Shreyas S Joshi; Anne L Wyllie; Daniel M Weinberger Journal: BMC Microbiol Date: 2019-12-26 Impact factor: 3.605