Mobility and strength training with and without protein supplements for pre-frail or frail older adults with low protein intake: the Maximising Mobility and Strength Training (MMoST) feasibility randomised controlled trial protocol

Kavita Biggin, I. Marian, Sarah E. Lamb, Alana Morris, Caoileann Murphy, Andrew Carver, Nirvana Croft, E. Williamson
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Abstract

Background Frailty is a common syndrome affecting older people and puts them at risk of hospitalisation, needing care or death. First signs of frailty include reduced muscle strength and mobility decline. A key cause of mobility decline as we age is sarcopenia (age related reduction in muscle strength and mass). Poor nutrition contributes to sarcopenia. A shortfall in protein is associated with reduced muscle mass and strength. This may be due to inadequate intake but also because older people have higher protein needs, especially those with multimorbidity. We need to develop effective treatment to reduce or slow the onset of frailty and mobility decline. Exercise is a recommended treatment. Protein supplements to address the shortfall in protein have the potential to enhance the benefit of regular exercise in frail or pre-frail older adults. This has yet to be definitively demonstrated. Aim To establish the feasibility of conducting an RCT evaluating mobility and strength training with or without protein supplements for people over 60 years old who are frail or pre-frail with a low protein intake. Methods A multicentre, parallel, 2-group, feasibility RCT. Participants (recruitment target = 50) with problems walking, low protein intake and classified as frail or pre-frail will be recruited from four NHS Physiotherapy community services. Participants will be randomised (secure computer-generated: 1:1) to receive 24 weeks of mobility and strength training (delivered in 16 group sessions plus home exercises) or 24 weeks of mobility and strength training with daily protein supplements. Primary feasibility objectives are to estimate 1) ability to screen and recruit eligible participants, 2) intervention fidelity, adherence, and tolerance and 3) retention of participants at follow up. Secondary objectives are to 1) test data collection procedures, 2) assess data completeness and 3) confirm sample size calculation for a definitive RCT. Registration ISRCTN Registry (ISRCTN30405954; 18/10/2022).
对蛋白质摄入量低的前期虚弱或虚弱老年人进行有无蛋白质补充剂的活动能力和力量训练:最大化活动能力和力量训练(MMoST)可行性随机对照试验方案
背景虚弱是影响老年人的一种常见综合症,使他们面临住院、需要护理或死亡的风险。衰弱的初期症状包括肌肉力量减弱和行动能力下降。随着年龄的增长,活动能力下降的一个主要原因是肌肉疏松症(与年龄有关的肌肉力量和质量下降)。营养不良会导致肌肉疏松症。蛋白质的缺乏与肌肉质量和力量的减少有关。这可能是由于摄入量不足,但也因为老年人对蛋白质的需求较高,尤其是那些患有多种疾病的老年人。我们需要开发有效的治疗方法,以减少或减缓衰弱和行动能力下降的发生。运动是一种值得推荐的治疗方法。补充蛋白质以解决蛋白质不足的问题,有可能增强虚弱或虚弱前老年人定期锻炼的益处。这一点还有待明确证实。目的 对 60 岁以上、蛋白质摄入量较低的体弱或先天性体弱者进行一项 RCT 研究,评估在补充或不补充蛋白质的情况下进行移动性和力量训练的可行性。方法 一项多中心、平行、两组、可行性 RCT。将从四家英国国家医疗服务体系物理治疗社区服务机构招募行走困难、蛋白质摄入量低、体弱或未老先衰的参与者(招募目标 = 50 人)。参与者将被随机分配(计算机安全生成:1:1),接受为期 24 周的移动能力和力量训练(16 节小组课加家庭练习)或为期 24 周的移动能力和力量训练以及每日蛋白质补充剂。主要可行性目标是评估 1) 筛选和招募合格参与者的能力;2) 干预的忠实性、坚持性和耐受性;3) 随访时参与者的保留率。次要目标是:1)测试数据收集程序;2)评估数据的完整性;3)确认最终 RCT 的样本量计算。注册 ISRCTN 注册表(ISRCTN30405954;18/10/2022)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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