Effect of Induced Anxiety on Respiratory Resistance Using Virtual Reality Simulation

M. Bohensky, A. Johnson, J. Vossoughi
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引用次数: 2

Abstract

Background: The purpose of this research was to identify significant changes to respiratory resistance resulting from anxiety inducing simulations presented through the medium of virtual reality (VR) goggles. The tested hypothesis was that a virtual reality simulation would produce anxiety in the wearer, and, with it, a statistically significant change in subject respiratory resistance. It was also suggested that there may be a significant difference in the levels of respiratory resistance responses of males and females. The Oculus Rift DK2 VR goggles with video software designed for the Rift were used to induce anxiety in the wearers. Methods: Respiratory resistances in both inhalation and exhalation directions were measured with the Airflow Perturbation Device (APD), a medical instrument used noninvasively. Two groups of subjects were tested: the test group watched a simulation deemed to be anxiety inducing, and the Control group watched a simulation determined to be non-anxiety inducing. Anxiety levels and respiratory resistance were measured before and during the simulation with two anxiety measures, the State Trait Anxiety Inventory (STAI) and the Subjective Units of Distress Scale (SUDS). Results: Statistically significant increases in anxiety level and respiratory resistance were found in the Test group, but no significant differences in anxiety and respiratory resistance levels were found in the control group. Anxiety affected both breathing phases similarly. For the gender hypothesis, we found that one of the tests used to measure anxiety, (the SUDS difference) was statistically significant, while the other test and the difference in respiratory resistance were not statistically significant. Conclusion: Results from this experiment show that anxiety level can be a significant contributor to the physiological measurement of respiratory resistance, and this can have implications for pulmonary function test environments and the psychological conditions of the patients being tested.
基于虚拟现实仿真的诱导性焦虑对呼吸阻力的影响
背景:本研究的目的是确定通过虚拟现实(VR)护目镜进行的焦虑诱导模拟导致的呼吸阻力的显著变化。经过测试的假设是,虚拟现实模拟会让佩戴者产生焦虑,从而使受试者的呼吸阻力发生统计学上显著的变化。研究还表明,男性和女性的呼吸阻力反应水平可能存在显著差异。Oculus Rift DK2 VR护目镜和为Rift设计的视频软件被用来诱导佩戴者的焦虑。方法:采用无创医用气流扰动装置(APD)测量吸气和呼气方向的呼吸阻力。对两组受试者进行了测试:测试组观看了一个被认为会引发焦虑的模拟,对照组观看了被认为不会引发焦虑的仿真。在模拟前和模拟过程中,用状态-特质焦虑量表(STAI)和主观痛苦单位量表(SUDS)测量焦虑水平和呼吸阻力。结果:试验组的焦虑水平和呼吸阻力有统计学意义的增加,但对照组的焦虑和呼吸阻力水平没有显著差异。焦虑对两个呼吸阶段的影响相似。对于性别假设,我们发现其中一项用于测量焦虑的测试(SUDS差异)具有统计学意义,而另一项测试和呼吸阻力的差异没有统计学意义。结论:该实验的结果表明,焦虑水平可能是呼吸阻力生理测量的重要因素,这可能对肺功能测试环境和被测试患者的心理状况产生影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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