Department of Rehabilitation Medicine, University of Washington School of Medicine, Seattle, USA.
Human Photonics Lab, Department of Mechanical Engineering, University of Washington, Seattle, USA.
Int J Clin Exp Hypn. 2021 Apr-Jun;69(2):225-245. doi: 10.1080/00207144.2021.1882259. Epub 2021 Mar 16.
Excessive pain during medical procedures is a pervasive health challenge. This study tested the (additive) analgesic efficacy of combining hypnotic analgesia and virtual reality (VR) pain distraction. A single blind, randomized, and controlled trial was used to study 205 undergraduate volunteers aged 18 to 20. The individual and combined effects of hypnotic analgesia (H) and VR distraction on experimentally induced acute thermal pain were examined using a 2 X 2, between-groups parallel design (4 groups total). Participants in groups that received hypnosis remained hypnotized during the test phase pain stimulus. The main outcome measure was "worst pain" ratings. Hypnosis reduced acute pain even for people who scored low on hypnotizability. As predicted, H+ VR was significantly more effective than VR distraction alone. However, H+ VR was not significantly more effective than hypnotic analgesia alone. Being hypnotized during thermal pain enhanced VR distraction analgesia.
在医疗过程中感到过度疼痛是一个普遍存在的健康挑战。本研究测试了催眠镇痛和虚拟现实(VR)疼痛分散相结合的(附加)镇痛效果。采用单盲、随机、对照试验,研究了 205 名年龄在 18 至 20 岁的本科志愿者。使用 2 X 2 、组间平行设计(共 4 组)研究了催眠镇痛(H)和 VR 分散对实验性急性热痛的单独和联合影响。接受催眠的组中的参与者在测试阶段疼痛刺激期间保持催眠状态。主要结果测量是“最痛”评分。催眠术即使对催眠能力较低的人也能减轻急性疼痛。正如预测的那样,H+VR 比单独使用 VR 分散更有效。然而,H+VR 并不比单独使用催眠镇痛更有效。在热痛期间被催眠会增强 VR 分散的镇痛效果。