4.5 Review

The socio-endocrine regulation of human growth

期刊

ACTA PAEDIATRICA
卷 111, 期 11, 页码 2077-2081

出版社

WILEY
DOI: 10.1111/apa.16504

关键词

competitive growth; developmental plasticity; evolution; growth hormone-releasing hormone; strategic growth adjustments

资金

  1. Projekt DEAL

向作者/读者索取更多资源

This research explores the impact of social competition and status on human growth and development, linking it to the evolutionary conserved endocrine signaling system. It suggests a connection between size and status in social structures, with height being favored in upper social classes. The study also highlights the competitive nature of Western societies and the importance of striving for status and prestige in shaping human growth patterns.
Aim Growth is a multifarious phenomenon that has been studied by nutritionists, economists, paediatric endocrinologists; archaeologists, child psychologists and other experts. Yet, a unifying theory of understanding growth regulation is still lacking. Method Critical review of the literature. Results We summarise evidence linking social competition and its effect on hierarchies in social structures, with the neuronal networks of the ventromedial hypothalamus and body size. The endocrine signalling system regulating growth hormone, Insulin-like-Growth-Factor1 and skeletal growth, is well conserved in the evolution of vertebrata for some 400 million years. The link between size and status permits adaptive plasticity, competitive growth and strategic growth adjustments also in humans. Humans perceive size as a signal of dominance with tallness being favoured and particularly prevalent in the upper social classes. Conclusion Westernised societies are competitive. People are tall, and open to change. Social values include striving for status and prestige implying socio-economic domination. We consider the transition of political and social values following revolutions and civil wars, as key elements that interact with the evolutionarily conserved neuroendocrine competence for adaptive developmental plasticity, overstimulate the hypothalamic growth regulation and finally lead to the recent historic increases in average height.

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