Wilcox Sara, McClenaghan Bruce, Sharpe Patricia A, Baruth Meghan, Hootman Jennifer M, Leith Katherine, Dowda Marsha
Department of Exercise Science, University of South Carolina, Columbia, South Carolina; Prevention Research Center, University of South Carolina, Columbia, South Carolina.
Department of Exercise Science, University of South Carolina, Columbia, South Carolina.
Am J Prev Med. 2015 Jan;48(1):1-12. doi: 10.1016/j.amepre.2014.08.006. Epub 2014 Nov 6.
Despite the established benefits of exercise for adults with arthritis, participation is low. Safe, evidence-based, self-directed programs, which have the potential for high reach at a low cost, are needed.
To test a 12-week, self-directed, multicomponent exercise program for adults with arthritis.
Randomized controlled trial. Data were collected from 2010 to 2012. Data were analyzed in 2013 and 2014.
SETTING/PARTICIPANTS: Adults with arthritis (N=401, aged 56.3 [10.7] years, 85.8% women, 63.8% white, 35.2% African American, BMI of 33.0 [8.2]) completed measures at a university research center and participated in a self-directed exercise intervention (First Step to Active Health(®)) or nutrition control program (Steps to Healthy Eating).
Intervention participants received a self-directed multicomponent exercise program and returned self-monitoring logs for 12 weeks.
Self-reported physical activity, functional performance measures, and disease-specific outcomes (arthritis symptoms and self-efficacy) assessed at baseline, 12 weeks, and 9 months.
Participants in the exercise condition showed greater increases in physical activity than those in the nutrition control group (p=0.01). Significant improvements, irrespective of condition, were seen in lower body strength, functional exercise capacity, lower body flexibility, pain, fatigue, stiffness, and arthritis management self-efficacy (p values<0.0001). More adverse events occurred in the exercise than nutrition control condition, but only one was severe and most were expected with increased physical activity.
The exercise program improves physical activity, and both programs improve functional and psychosocial outcomes. Potential reasons for improvements in the nutrition control condition are discussed. These interventions have the potential for large-scale dissemination. This study is registered at Clinicaltrials.gov NCT01172327.
尽管运动对患有关节炎的成年人有既定的益处,但参与度仍然很低。需要安全、基于证据且自我指导的项目,这类项目有可能以低成本广泛推广。
测试一项针对患有关节炎成年人的为期12周的自我指导多成分运动项目。
随机对照试验。数据收集于2010年至2012年。数据分析于2013年和2014年进行。
设置/参与者:患有关节炎的成年人(N = 401,年龄56.3[10.7]岁,85.8%为女性,63.8%为白人,35.2%为非裔美国人,体重指数为33.0[8.2])在大学研究中心完成测量,并参与自我指导的运动干预(积极健康第一步(®))或营养控制项目(健康饮食步骤)。
干预组参与者接受自我指导的多成分运动项目,并在12周内返回自我监测日志。
在基线、12周和9个月时评估自我报告的身体活动、功能表现指标以及疾病特异性结局(关节炎症状和自我效能)。
运动组参与者的身体活动增加幅度大于营养控制组(p = 0.01)。无论处于何种状态,在下半身力量、功能运动能力、下半身柔韧性、疼痛、疲劳、僵硬以及关节炎管理自我效能方面均有显著改善(p值<0.0001)。运动组比营养控制组发生的不良事件更多,但只有一例严重,且大多数不良事件在身体活动增加时是预期会出现的。
运动项目可改善身体活动,且两个项目均能改善功能和心理社会结局。讨论了营养控制组出现改善的潜在原因。这些干预措施有大规模推广的潜力。本研究已在Clinicaltrials.gov注册,注册号为NCT01172327。