Shonkoff Jack P, Boyce W Thomas, Levitt Pat, Martinez Fernando D, McEwen Bruce
Center on the Developing Child and
Harvard Graduate School of Education, Harvard University, Cambridge, Massachusetts.
Pediatrics. 2021 Feb;147(2). doi: 10.1542/peds.2019-3845. Epub 2021 Jan 25.
Advances in science are fundamentally changing the way we understand how inextricable interactions among genetic predispositions, physical and social environments, and developmental timing influence early childhood development and the foundations of health and how significant early adversity can lead to a lifetime of chronic health impairments. This article and companion article illustrate the extent to which differential outcomes are shaped by ongoing interactive adaptations to context that begin at or even before conception and continue throughout life, with increasing evidence pointing to the importance of the prenatal period and early infancy for the developing brain, the immune system, and metabolic regulation. Although new discoveries in the basic sciences are transforming tertiary medical care and producing breakthrough outcomes in treating disease, this knowledge is not being leveraged effectively to inform new approaches to promoting whole-child development and preventing illness. The opportunity for pediatrics to serve as the leading edge of science-based innovation across the early childhood ecosystem has never been more compelling. In this article, we present a framework for leveraging the frontiers of scientific discovery to inform new strategies in pediatric practice and advocacy to protect all developing biological systems from the disruptive effects of excessive early adversity beyond providing information on child development for parents and enriched learning experiences for young children.
科学进步正在从根本上改变我们理解基因易感性、物理和社会环境以及发育时机之间如何相互作用,从而影响幼儿发展以及健康基础的方式,以及早期严重逆境如何导致一生的慢性健康损害。本文及配套文章阐述了不同结果在多大程度上是由从受孕时甚至受孕前就开始并贯穿一生的持续的情境互动适应所塑造的,越来越多的证据表明产前时期和婴儿早期对发育中的大脑、免疫系统和代谢调节的重要性。尽管基础科学的新发现正在改变三级医疗护理并在疾病治疗方面产生突破性成果,但这些知识并未得到有效利用,无法为促进儿童全面发展和预防疾病的新方法提供信息。儿科学在整个幼儿生态系统中作为基于科学的创新前沿的机会从未如此迫切。在本文中,我们提出了一个框架,利用科学发现的前沿知识为儿科实践和宣传中的新策略提供信息,以保护所有发育中的生物系统免受过度早期逆境的破坏影响,而不仅仅是为家长提供儿童发育信息和为幼儿提供丰富的学习体验。