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Field-Based Health-Related Physical Fitness Tests in Children and Adolescents: A Systematic Review

机译:基于现场的健康相关的儿童和青少年的健身健身测试:系统评价

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Physical fitness (PF) is a multi-component construct and a biomarker of health. Worse PF is related to vulnerability and predicts worse academic achievements. Thus, assessing PF is important to monitor health in youth. This systematic review aimed to identify and inform physical education, health professionals and entities about existing PF batteries and field-tests that can be used in school settings. A comprehensive literature search was carried out in five electronic databases (Academic Search Complete, Education Resources Information Center, PubMed, Scopus, and Web of Science) to identify PF battery protocols that can be carried out in the school setting. Overall, 24 PF batteries were identified. Regarding the PF components assessed, only cardiorespiratory fitness and upper body strength were contemplated in all batteries. Middle-body strength and lower body strength were presented in most batteries (21 and 19 of 24, respectively). Agility (16 of 24) and body composition (16 of 24) were also considered in several batteries, although to a lesser extent. Flexibility (14 of 24) and speed (12 of 24) were the PF components less represented in the batteries. Among the 24 identified PF batteries, 81 PF tests assessing the different PF components were encountered. The advances in the PF field-based assessment in school settings and health in youth resulted in the amplification of the number of existing batteries. Considering the connection between PF and health and the opportunity that the school setting provides to assess fitness in children and adolescents, there is a need for standardization and a consensus of PF assessments in this specific setting.
机译:物理健身(PF)是一种多组分结构和健康的生物标志物。更糟糕的PF与漏洞有关,预测学术成就更糟。因此,评估PF对于监测青年时期的健康是重要的。该系统审查旨在识别和通知身体教育,卫生专业人士和实体关于现有的PF电池和现场测试,可以在学校设置中使用。在五个电子数据库(学术搜索完成,教育资源信息中心,PubMed,Scopus和Science)中进行了全面的文献搜索,以识别可以在学校设置中进行的PF电池协议。总的来说,确定了24个PF电池。关于评估的PF组分,所有电池中只考虑了外孔的健身和上体强度。在大多数电池(分别为21和19的21和19)中呈现中体强度和更低的体强度。在几件电池中也考虑了敏捷(16个)和身体成分(16个中的16个),但在较小程度上也被考虑。灵活性(24个中的14个)和速度(12个共24个)是电池中较​​少所示的PF组件。在24个鉴定的PF电池中,遇到了评估不同PF组分的81个PF试验。在学校环境和健康中基于PF现场评估的进展导致了现有电池数量的放大。考虑到PF与健康之间的联系以及学校设定提供评估儿童和青少年健身的机会,需要标准化和PF评估在此具体环境中共识。

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