The potential effect of walking on quantitative sensory testing, pain catastrophizing, and perceived stress: an exploratory study.

IF 1.5 Q4 CLINICAL NEUROLOGY
Scandinavian Journal of Pain Pub Date : 2023-09-12 Print Date: 2023-10-26 DOI:10.1515/sjpain-2023-0039
Anna Houmøller Rasmussen, Lærke Kjeldgaard Petersen, Mette Kaasgaard Sperling, Maria Møller Bertelsen, Michael Skovdal Rathleff, Kristian Kjær-Staal Petersen
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Abstract

Objectives: Studies suggest that a range of pain mechanisms, such as poor quality of sleep, perceived stress, pain catastrophizing or pain sensitivity, are likely to enhance clinical pain. Animal studies suggest that these pain mechanisms can be modulated by increasing physical activity, but human data are needed to support this hypothesis. This exploratory study aimed to investigate the changes in pain mechanisms after a simple self-directed walking program of 8-weeks. Additionally, this exploratory study investigated the interaction between changes over time in assessments of poor quality of sleep, perceived stress, pain catastrophizing or pain sensitivity and how these changes interacted with each other.

Methods: This prospective cohort study included 30 healthy subjects who were assessed at baseline and 4- and 8-weeks after initiating the walking program (30 min walking/day for 8 weeks). Self-report outcomes included: Pain Catastrophizing Scale (PCS), the Perceived Stress Scale (PSS) and Pittsburgh Sleep Quality Index. Pressure pain thresholds, temporal summation of pain and conditioned pain modulation (CPM) were assessed using cuff algometry.

Results: Twenty-four subjects completed all the visits (age: 42.2, SD: 14.9, 16 females). PCS and PSS significantly decreased at the 8-week's visit compared to baseline (p<0.05). No significant differences were seen for an improvement in quality of sleep (p=0.071) and pain sensitivity (p>0.075) when comparing the 8-week's visit to the baseline visit. Changes in pain mechanisms comparing baseline and 8-weeks data were calculated and regression analyses found that an improvement in PCS was associated with an improvement in CPM (R2=0.197, p=0.017) and that a higher adherence to the walking program was associated with a larger improvement in PCS (R2=0.216, p=0.013).

Conclusions: The current exploratory study indicates that a simple self-directed walking program of 8-weeks can improve pain catastrophizing thoughts, perceived stress. Higher adherence to the walking program were associated with an improvement in pain catastrophizing and an improvement in pain catastrophizing was associated with an increase in conditioned pain modulation.

步行对定量感觉测试、疼痛灾难和感知压力的潜在影响:一项探索性研究。
目的:研究表明,一系列疼痛机制,如睡眠质量差、感知压力、疼痛灾难或疼痛敏感性,可能会加剧临床疼痛。动物研究表明,这些疼痛机制可以通过增加体力活动来调节,但需要人类数据来支持这一假设。这项探索性研究旨在调查在8周的简单自主步行计划后疼痛机制的变化。此外,这项探索性研究调查了睡眠质量差、感知压力、疼痛灾难或疼痛敏感性评估中随时间变化之间的相互作用,以及这些变化如何相互作用。方法:这项前瞻性队列研究包括30名健康受试者,他们在基线和开始步行计划后4周和8周接受评估(每天步行30分钟,持续8周)。自我报告结果包括:疼痛灾难量表(PCS)、感知压力量表(PSS)和匹兹堡睡眠质量指数。使用袖带算法评估压力-疼痛阈值、疼痛的时间总和和条件疼痛调节(CPM)。结果:24名受试者完成了所有访视(年龄:42.2,标准差:14.9,16名女性)。与基线相比,PCS和PSS在8周访视时显著降低(p0.075)。比较基线数据和8周数据,计算疼痛机制的变化,回归分析发现PCS的改善与CPM的改善有关(R2=0.197,p=0.017),对步行计划的坚持程度越高,PCS的改善程度越大(R2=0.216,p=0.013)8周的步行计划可以改善痛苦的灾难性想法和感知压力。对步行程序的更高依从性与疼痛灾难性的改善有关,疼痛灾难性改善与条件性疼痛调节的增加有关。
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来源期刊
Scandinavian Journal of Pain
Scandinavian Journal of Pain CLINICAL NEUROLOGY-
CiteScore
3.30
自引率
6.20%
发文量
73
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