Corrigendum to "Genetic and environmental influences on pubertal hormones in human hair across development" [Psychoneuroendocrinology 90 (2018) 76-84].
Corrigendum to "Genetic and environmental influences on pubertal hormones in human hair across development" [Psychoneuroendocrinology 90 (2018) 76-84].
复制标题
“遗传和环境对人类毛发发育过程中青春期激素的影响”的勘误表 [Psychoneuroendocrinology 90 (2018) 76-84]。
DOI：
10.1016/j.psyneuen.2018.08.011
复制
发表时间：
2018
影响因子：
3.7
通讯作者：
PaigeHarden,K
中科院分区：
文献类型：
--
作者：
Grotzinger,AndrewD;Briley,DanielA;Engelhardt,LauraE;Mann,FrankD;Patterson,MeganW;Tackett,JenniferL;Tucker-Drob,ElliotM;PaigeHarden,K
报告了AD Grotzinger、DA Briley、LE Engelhardt、FD Mann、MW Patterson、JL Tackett、EM Tucker-Drob和K. Paige Harden（Psychoneuroendocrinology，2018 [Apr]，1990，76-84）。在最初的文章中，报告的头发激素的测量单位是不正确的。我们最初写在页面上。78的方法部分，并在在线补充，检测头发激素的下限为0.1 pg/ml。这应该表明检测下限为0.1 pg/mg。(The原始文章的以下摘要见记录2018-12356-011）。青春期是一个复杂的生物心理社会过程，可能会影响青春期出现的一系列精神和医学疾病。虽然青春期的过程是由神经内分泌变化驱动的，但很少有定量遗传学研究直接测量青春期相关激素。现在可以对头发样本进行几个月的激素积累分析。与更传统的唾液测量相反，毛发测量不受昼夜变化或激素反应性的混淆。在一个种族和社会经济多样化的样本中，1286名儿童和青少年双胞胎和来自672个独特家庭的多胞胎，我们估计了遗传和环境对8-18岁期间头发中睾酮，DHEA和孕酮浓度的影响。平均而言，男性脱氢表雄酮和睾酮是高度遗传的，而女性脱氢表雄酮，孕酮，和青春期在很大程度上受环境因素的影响。我们确定了每种激素的最大遗传力的性别特异性发育窗口。男性和女性DHEA的峰值遗传力发生在大约10岁时。男性和女性睾酮的峰值遗传力分别出现在12.5岁和15.2岁。男性孕酮的峰值遗传率发生在11.2岁，而女性孕酮的遗传率仍然一致低。当激素的遗传信号最大化时，识别特定的发育窗口对儿童和青少年时期的行为-行为关联的知情模型具有重要意义。（PsycINFO数据库记录（c）2018阿帕，保留所有权利）
Reports an error in" Genetic and Environmental Influences on Pubertal Hormones in Human Hair Across Development" by AD Grotzinger, DA Briley, LE Engelhardt, FD Mann, MW Patterson, JL Tackett, EM Tucker-Drob and K. Paige Harden (Psychoneuroendocrinology, 2018 [Apr], Vol 90, 76-84). In the original article, the units of measurement reported for the hair hormones was incorrect. We originally write on page. 78 of the Method section, and in the Online Supplement, that the lower limit of detection for hair hormones was 0.1 pg/ml. This should have read that the lower limit of detection was 0.1 pg/mg.(The following abstract of the original article appeared in record 2018-12356-011). Puberty is a complex biopsychosocial process that can affect an array of psychiatric and medical disorders emerging in adolescence. Although the pubertal process is driven by neuroendocrine changes, few quantitative genetic studies have directly measured puberty-relevant hormones. Hair samples can now be assayed for accumulation of hormones over several months. In contrast to more conventional salivary measures, hair measures are not confounded by diurnal variation or hormonal reactivity. In an ethnically and socioeconomically diverse sample of 1286 child and adolescent twins and multiples from 672 unique families, we estimated genetic and environmental influences on hair concentrations of testosterone, DHEA, and progesterone across the period of 8–18 years of age. On average, male DHEA and testosterone were highly heritable, whereas female DHEA, progesterone, and puberty were largely influenced by environmental components. We identified sex-specific developmental windows of maximal heritability in each hormone. Peak heritability for DHEA occurred at approximately 10 years of age for males and females. Peak heritability for testosterone occurred at age 12.5 and 15.2 years for males and females, respectively. Peak heritability for male progesterone occurred at 11.2 years, while the heritability of female progesterone remained uniformly low. The identification of specific developmental windows when genetic signals for hormones are maximized has critical implications for well-informed models of hormone-behavior associations in childhood and adolescence.(PsycINFO Database Record (c) 2018 APA, all rights reserved)