Wong Duo Wai-Chi, Wang Yan, Lin Jin, Tan Qitao, Chen Tony Lin-Wei, Zhang Ming
Hong Kong Polytechnic University Shenzhen Research Institute, Shenzhen, China.
Department of Biomedical Engineering, Hong Kong Polytechnic University, Hong Kong, China.
PeerJ. 2019 Jan 25;7:e6364. doi: 10.7717/peerj.6364. eCollection 2019.
Sleeping mattress parameters significantly influence sleeping comfort and health, as reflected by the extensive investigations of sleeping support biomechanics to prevent sleep-related musculoskeletal problems.
Herein, we review the current trends, research methodologies, and determinants of mattress biomechanics research, summarizing evidence published since 2008. In particular, we scrutinize 18 articles dealing with the development of new designs, recommendation criteria, instruments/methods of spine alignment evaluation, and comparative evaluation of different designs.
The review demonstrated that mattress designs have strived for customization, regional features, and real-time active control to adapt to the biomechanical features of different body builds and postures. However, the suggested threshold or target values for desirable spine alignment and body pressure distribution during sleep cannot yet be justified in view of the lack of sufficient evidence.
It is necessary to formulate standard objectives and protocols for carrying out mattress evaluation.
睡眠床垫参数显著影响睡眠舒适度和健康,这一点在为预防与睡眠相关的肌肉骨骼问题而进行的睡眠支撑生物力学广泛研究中得到了体现。
在此,我们回顾了床垫生物力学研究的当前趋势、研究方法和决定因素,总结了自2008年以来发表的证据。特别是,我们仔细研究了18篇涉及新设计开发、推荐标准、脊柱 alignment 评估仪器/方法以及不同设计比较评估的文章。
该综述表明,床垫设计一直在努力实现定制化、区域化特征和实时主动控制,以适应不同体型和姿势的生物力学特征。然而,鉴于缺乏充分证据,目前尚无法为睡眠期间理想的脊柱 alignment 和身体压力分布提出阈值或目标值。
有必要制定进行床垫评估的标准目标和方案。