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The effect of hyperbaric conditions on olfactory functions

机译:高压条件对嗅觉的作用功能

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摘要

Objective: The aim of this study was to investigate the effect of increased atmospheric pressure (AP) on olfactory function. Subjects and Methods: The present study included 40 healthy volunteers with no history of chronic rhinosinusitis and nasal polyposis. The experimental procedure consisted of two episodes: (a) baseline episode, with normal AP; 1 absolute atmosphere (atm abs) in a test room at sea level; (b) experimental episode, increased level of AP; 2.4 atm abs in the hyperbaric chamber. Sino-nasal outcome test-20, Trail Making Test A and olfactory testing were performed in each episodes. Results: The study group consisted of 23 men (57.5%) and 17 women (42.5%); the mean age of the study population was 38.7 ± 9 years (range 23-58 years). The current investigation produced two major findings: (1) the mean of odor threshold scores was significantly increased in the hyperbaric condition when compared to the normobaric condition; (2) rather, there was no significant change in odor discrimination and identification scores in the hyperbaric condition. Conclusion: Based on two measurements taken at two different barometric pressures and the same temperature and relative humidity, this study suggests that odor threshold scores increase under hyperbaric conditions.
机译:摘要目的:本研究的目的是调查增加了大气的影响(美联社)对嗅觉功能的压力。方法:本研究包括40健康志愿者没有长期的历史鼻窦炎和鼻息肉病。实验过程包括两集:(一)基线集,与正常美联社;大气(atm abs)在测试房间在海平面;(b)实验一,增加AP水平;2.4 atm abs在高压氧舱。结果实验近20,跟踪测试和嗅觉测试进行集。23岁男性(57.5%)和17岁女性(42.5%);研究人口(范围38.7±9年23-58年)。两个主要发现:(1)气味的意思阈值分数明显增加高压条件下相比normobaric条件;在歧视和气味发生重大变化在高压识别分数条件。在两个不同的气压压力和同样的温度和相对湿度,这一点研究表明,嗅觉阈值的分数在高压条件下增加。

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