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A Biofeedback App to Instruct Abdominal Breathing (Breathing-Mentor): Pilot Experiment

机译:一个生物反馈应用程序指导腹部呼吸(呼吸导师):试点实验

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Background Deep and slow abdominal breathing is an important skill for the management of stress and pain. However, despite multiple proofs on the effectiveness of biofeedback, most breathing apps remain limited to pacing specific breathing patterns, without sensor feedback on the actual breathing behavior. Objective To fill this gap, an app named Breathing-Mentor was developed. This app combines effective visualization of the instruction with biofeedback on deep abdominal breathing, based on the mobile phone’s accelerometers. The aim of this pilot study was to investigate users’ feedback and breathing behavior during initial contact with the app. Methods To reveal the possible effects of biofeedback, two versions of the mobile app were developed. Both contained the same visual instruction, but only the full version included additional biofeedback. In total, 40 untrained participants were randomly assigned to one of the two versions of the app. They had to follow the app’s instructions as closely as possible for 5 min. Results The group with additional biofeedback showed an increased signal-to-noise ratio for instructed breathing frequency (0.1 Hz) compared with those using visual instruction without biofeedback ( F sub1,37/sub=4.18; P 37/sub=?2.36; P =.02), probably owing to increased cognitive workload to follow the instruction. Conclusions This study supports the feasibility and usefulness of incorporating biofeedback in the Breathing-Mentor app to train abdominal breathing. Immediate effects on relaxation levels should, however, not be expected for untrained users.
机译:背景技术深度和缓慢的腹部呼吸是管理压力和疼痛的重要技能。然而,尽管对生物反馈的有效性有多种证据,但大多数呼吸应用程序仍然限于起搏特定的呼吸模式,而没有传感器反馈实际呼吸行为。目的填补这个差距,开发了一个名为呼吸导师的应用程序。基于手机的加速度计,此应用程序结合了在深腹部呼吸上进行生物反馈的指令的有效可视化。该试点研究的目的是在与应用程序的初始联系期间调查用户的反馈和呼吸行为。方法以揭示生物反馈的可能影响,开发了两个版本的移动应用程序。两者都包含相同的视觉指令,但只有完整版本包括额外的生物反馈。共计40名未经训练的参与者被随机分配给两个版本的一个版本之一。他们不得不尽可能地遵循应用程序的指示5分钟。结果额外生物反馈的组显示了指示呼吸频率(0.1Hz)的信噪比增加了与使用视觉指令而无需生物反馈(F 1,37 = 4.18; p 37 =?2.36; p = .02),可能是由于增加了认知工作量来遵循指令。结论本研究支持在呼吸导师应用中将生物融产背包纳入腹部呼吸的可行性和有用性。然而,对未经培训的用户不应该预期放松水平的直接影响。

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