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[两个出生队列(n = 20926和n = 514)的重要性:北海道环境与儿童健康研究15年经验:畸形、发育与过敏]

[Importance of Two Birth Cohorts (n=20,926 and n=514): 15 Years' Experience of the Hokkaido Study on Environment and Children's Health: Malformation, Development and Allergy].

作者信息

Kishi Reiko, Araki Atsuko, Miyashita Chihiro, Itoh Sachiko, Minatoya Machiko, Kobayashi Sumitaka, Yamazaki Keiko, Ait Bamai Yu, Miura Ryu, Tamura Naomi

机构信息

Center for Environmental and Health Sciences,Hokkaido University.

WHO Collaborating Centre for Environmental Health and Prevention of Chemical Hazards.

出版信息

Nihon Eiseigaku Zasshi. 2018;73(2):164-177. doi: 10.1265/jjh.73.164.

DOI:10.1265/jjh.73.164
PMID:29848869
Abstract

Since "Our Stolen Future" by Theo Colborn was published in 1996, global interest on the impact of chemical substances, such as the endocrine-disrupting action of chemicals, has increased. In Japan, "The Hokkaido Study on Environment and Children's Health: Malformation, Development and Allergy" was launched in 2001. It was a model of Japan Environment and Children's Study of the Ministry of the Environment. In a large-scale, Hokkaido cohort, we obtained the consent of 20,926 mothers at the organogenesis stage with the cooperation of 37 obstetrics clinics in Hokkaido. We tracked the effects of endocrine disruptors on developmental disorders. In a small-scale Sapporo cohort, we observed in detail the neuropsychiatric development of children with the consent of 514 mothers in their late pregnancy. We examined how prenatal exposure to low concentrations of environmental chemicals affect the development of organs and the postnatal development of children. Maternal exposure to POPs, such as PCB/dioxins and perfluorinated alkyl substances, has affected not only children's birth size, thyroid functions, and sex hormone levels, but also postnatal neurodevelopment, infection, and allergy among others. The associations of short-half-life substances, such as DEHP and BPA, with obesity, ASD, and ADHD have been investigated. Gene-environment interactions have been found for smoking, caffeine, folic acid, and PCB/dioxin. In 2015, our center was officially designated as the WHO Collaborating Centre for Environmental Health and Prevention of Chemical Hazards, and we continue to the contribute to the global perspectives of child health.

摘要

自西奥·科尔伯恩所著的《我们被偷走的未来》于1996年出版以来,全球对化学物质影响的关注度不断提高,比如化学物质的内分泌干扰作用。在日本,2001年启动了“北海道环境与儿童健康研究:畸形、发育与过敏”。它是环境省日本环境与儿童研究的一个范例。在一个大规模的北海道队列研究中,我们在北海道37家妇产科诊所的合作下,获得了20926名处于器官形成期母亲的同意。我们追踪了内分泌干扰物对发育障碍的影响。在一个小规模的札幌队列研究中,我们在514名妊娠晚期母亲的同意下,详细观察了儿童的神经精神发育。我们研究了孕期低浓度环境化学物质暴露如何影响儿童器官发育和出生后的发育。母亲接触多氯联苯/二恶英和全氟烷基物质等持久性有机污染物,不仅影响了儿童的出生体重、甲状腺功能和性激素水平,还影响了出生后的神经发育、感染和过敏等。邻苯二甲酸二(2-乙基己基)酯和双酚A等半衰期短的物质与肥胖、自闭症谱系障碍和注意力缺陷多动障碍之间的关联也已得到研究。已发现吸烟、咖啡因、叶酸和多氯联苯/二恶英存在基因-环境相互作用。2015年,我们中心被正式指定为世界卫生组织环境卫生与化学危害预防合作中心,我们将继续为全球儿童健康视角做出贡献。

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