椭圆方案(POWER)研究的疼痛结局:确定适当的运动剂量对慢性背痛患者的治疗效果

T. Dillingham, J. Kenia, A. Popescu, C. Plastaras, S. Becker, F. Shofer
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引用次数: 1

摘要

背景:长期以来,运动疗法一直被认为是治疗腰痛的初始疗法之一。传统的治疗是在治疗师的监督下完成的,包括腰椎稳定、有氧运动和伸展运动。最近的研究探索了用有氧运动来治疗背痛,比如步行,这种运动可以在任何地方进行,不需要监督,成本更低,管理起来也更容易。目的:评估有氧运动治疗剂量与腰痛患者疼痛减轻的关系。研究设计:病例系列。参与者描述:16例患者进入研究,12例患者完成研究(平均±SD:年龄51±11岁;重量(89.2±16kg)。受试者年龄在18-65岁之间,慢性背痛持续3个月以上,Oswestry腰背残疾问卷得分超过30%。方法:受试者接受为期六周的运动计划,每周使用椭圆机训练三次。在研究期间,每周的运动时间稳步增加。然后确定了与慢性腰痛显著减少相一致的总累积工作量。结果:4周时,疼痛评分较基线显著降低(3.2 vs 4.7, p<0.0001)。这种显著的疼痛减轻与平均每公斤体重30.8千卡的累积工作相对应。在Oswestry问卷和PROMIS 29中,疼痛分别显著减少了21%和32%。结论:这些初步研究结果表明,大约30.8 kcal/Kg的累积生理工作是显著减少慢性背痛所需的治疗性运动“剂量”。临床医生可以开始使用这一基准来监督康复计划,以确定锻炼计划是否足够强烈,持续时间是否足够长,以管理慢性腰痛患者。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pain Outcomes with an Elliptical Regimen (POWER) Study: Identifying the Proper Dosage of Exercise for Therapeutic Effect in Persons with Chronic Back Pain
Background context: Exercise therapy for low back pain has long been prescribed as one of the initial remedies for back pain. Traditional therapy is completed under a therapist’s supervision and consists of lumbar stabilization, aerobic exercise and stretching exercises. Recent studies have explored treating back pain with aerobic exercise such as walking which can be done anywhere and without supervision which is lower cost and easily administered. Purpose: To assess a therapeutic dosage of aerobic exercise that is associated with pain reduction in persons experiencing low back pain. Study design: Case series. Participant description: Sixteen patients entered the study and twelve patients completed the study (mean ± SD: age 51 ± 11 years; weight 89.2 ± 16 kg). Subjects were included if they were ages 18–65, had chronic back pain lasting for more than 3 months and a score of greater than 30% on the Oswestry Low Back Disability Questionnaire. Methods: Subjects underwent a six-week exercise program using the elliptical trainer three times each week. Exercise duration was steadily increased each week for the length of the study. The total cumulative amount of work that coincided with significant reductions in chronic low back pain was then identified. Results: At 4 weeks, pain scores were significantly reduced from baseline (3.2 vs 4.7, p<0.0001). This significant pain reduction corresponded to an average of 30.8 Kcal/kg of body mass in cumulative work performed. Pain was significantly reduced by 21% and 32% on the Oswestry Questionnaire and the PROMIS 29 respectively. Conclusions: These pilot findings suggest that approximately 30.8 kcal/Kg of accumulated physiological work is a therapeutic “dosage” of exercise needed for significant reduction in chronic back pain. Clinicians can begin to use this benchmark for their oversight of rehabilitation programs to determine if an exercise program has been sufficiently intense and long enough in duration for managing their patients with chronic low back pain.
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