Niere Oliver, Spannemann Lisa, Stenzel Patrick, Bogin Barry, Hermanussen Michael, Scheffler Christiane
Human Biology, University of Potsdam, 14469, Potsdam, Germany.
Loughborough University, School of Sport, Exercise and Health Sciences, LE11 3TU, UK.
Anthropol Anz. 2020 May 20. doi: 10.1127/anthranz/2020/1223.
: This systematic review aimed at collecting, analyzing and summarizing scientific studies focusing on psychosocial factors that influence linear growth among humans. : The online database "PubMed" was used in order to acquire suitable scientific studies. These studies were evaluated based on clearly defined criteria that determine whether a study was to be excluded or included in the literature review. In the end, a total sum of 36 studies remained, which were carefully analyzed and used to generate an overview of the association between psychosocial factors and linear growth. : In the 36 reviewed studies, different social and psychological factors, such as socioeconomic status, parental education or emotional deprivation were set in relation to physical growth among humans. The studies were listed and summarized, depending on the investigated psychosocial factor. A clear association between psychosocial factors and growth could be observed in most of the reviewed studies. : Based on the results of the reviewed studies it could be concluded that the regulation of linear growth is also subject to different psychosocial factors. The way in which the developing human and the specific social environment interact seemed to have a major impact on linear growth. Status-specific stress was discussed as one possible explanation for the regulating mechanism of human linear growth.
本系统评价旨在收集、分析和总结关注影响人类线性生长的心理社会因素的科学研究。使用在线数据库“PubMed”来获取合适的科学研究。这些研究根据明确界定的标准进行评估,这些标准决定一项研究是否应被排除在文献综述之外或纳入其中。最后,共有36项研究留存,对其进行了仔细分析,并用于生成心理社会因素与线性生长之间关联的概述。在36项综述研究中,不同的社会和心理因素,如社会经济地位、父母教育程度或情感剥夺,与人类身体生长相关联。这些研究根据所调查的心理社会因素进行列举和总结。在大多数综述研究中,可以观察到心理社会因素与生长之间存在明显关联。基于综述研究的结果,可以得出结论,线性生长的调节也受不同心理社会因素的影响。发育中的人类与特定社会环境相互作用的方式似乎对线性生长有重大影响。特定状态的压力被讨论为人类线性生长调节机制的一种可能解释。