Baumgartner Lisa, Weberruß Heidi, Oberhoffer-Fritz Renate, Schulz Thorsten
Institute of Preventive Pediatrics, TUM Department of Sport and Health Sciences, Technical University of Munich, Munich, Germany.
Front Pediatr. 2020 Mar 19;8:103. doi: 10.3389/fped.2020.00103. eCollection 2020.
A physically active lifestyle can prevent cardiovascular disease. Exercise intervention studies in children and adolescents that aim to increase physical activity have resulted in reduced vascular wall thickening and improve cardiovascular function. Here we review the literature that explores the correlations between physical activity, health-related physical fitness, and exercise interventions with various measures of vascular structure and function in children and adolescents. While several of these studies identified improvements in vascular structure in response to physical activity, these associations were limited to studies that relied on questionnaires. Of concern, these findings were not replicated in studies featuring quantitative assessment of physical activity with accelerometers. Half of the studies reviewed reported improved vascular function with increased physical activity, with the type of vascular measurement and the way physical activity was assessed having an influence on the reported relationships. Similary, most of the studies identified in the literature report a beneficial association of health-related physical fitness with vascular structure and function. Overall, it was difficult to compare the results of these studies to one another as different methodologies were used to measure both, health-related physical fitness and vascular function. Likewise, exercise interventions may reduce both arterial wall thickness and increased vascular stiffness in pediatric populations at risk, but the impact clearly depends on the duration of the intervention and varies depending on the target groups. We identified only one study that examined vascular structure and function in young athletes, a group of particular interest with respect to understanding of cardiovascular adaptation to exercise. In conclusion, future studies will be needed that address the use of wall:diameter or wall:lumen-ratio as part of the evaluation of arterial wall thickness. Furthermore, it will be critical to introduce specific and quantitative measurements of physical activity, as intensity and duration of participation likely influence the effectiveness of exercise interventions.
积极的生活方式可预防心血管疾病。旨在增加儿童和青少年身体活动量的运动干预研究已使血管壁增厚减轻,并改善了心血管功能。在此,我们综述了探索身体活动、与健康相关的体能以及运动干预与儿童和青少年血管结构及功能各项指标之间相关性的文献。虽然其中几项研究发现身体活动可改善血管结构,但这些关联仅限于依赖问卷调查的研究。令人担忧的是,这些发现在采用加速度计对身体活动进行定量评估的研究中并未得到重复验证。所综述的研究中有一半报告称身体活动增加可改善血管功能,血管测量类型和身体活动评估方式对所报告的关系有影响。同样,文献中确定的大多数研究报告了与健康相关的体能与血管结构及功能之间存在有益关联。总体而言,由于用于测量与健康相关的体能和血管功能的方法不同,很难将这些研究的结果相互比较。同样,运动干预可能会减少高危儿童人群的动脉壁厚度并降低血管僵硬度,但影响显然取决于干预持续时间,且因目标群体而异。我们仅发现一项研究对年轻运动员的血管结构和功能进行了检查,年轻运动员群体对于理解心血管对运动的适应性特别有意义。总之,未来的研究需要将壁径比或壁腔比作为动脉壁厚度评估的一部分。此外,引入身体活动的具体定量测量至关重要,因为参与的强度和持续时间可能会影响运动干预的效果。