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Gestational weight gain and child cognitive development

机译:妊娠期体重增加与儿童认知能力发展

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Background The Institute of Medicine (IOM) recently revised gestational weight gain (GWG) guidelines, yet little is known about the association between extremes of GWG and child cognition.Methods The authors examined this association using U.S. Collaborative Perinatal Project data (1959-73). Women with a calculable GWG and term, singleton children were eligible for inclusion. Children (31968 individuals, including 8704 siblings) were assessed at 4 (Stanford-Binet Intelligence Scale, Graham-Ernhart Block Sort Test) and 7 years of age [Wechsler Intelligence Scales for Children, Wide Range Achievement Test (WRAT)]. Multiple regression with restricted cubic splines and generalized estimating equations (GEEs) was used. Fixed-effects (FE) models were also applied to control for confounders shared within sibships.ResultsGWG displayed non-linear inverted U-shaped associations with most outcomes when the data were analysed using GEE, suggesting a detrimental influence of low and high GWG on cognition. After controlling for familial factors (FE), all associations were null except for a positive linear association between GWG above the IOM-recommended ranges and WRAT spelling (beta=1.41, 95% confidence interval: 0.13, 2.70).Conclusions Familial factors are important confounders of the association between GWG and cognitive development at 4 and 7 years of age. After controlling for such factors, GWG was generally unassociated with child development.
机译:背景技术美国医学研究所(IOM)最近修订了妊娠体重增加(GWG)指南,但对GWG极限与儿童认知之间的关联知之甚少。方法作者使用美国合作围产期项目数据(1959-73)检验了这种关联。 。具有可计算的GWG和足月单身子女的妇女有资格被纳入。对儿童(31968个人,包括8704个兄弟姐妹)进行了4岁(斯坦福-比内特智力量表,Graham-Ernhart区块排序测试)和7岁以下的评估(儿童韦氏智力量表,广泛成就测试(WRAT))。使用具有受限三次样条和广义估计方程(GEE)的多元回归。还使用固定效应(FE)模型来控制同伴中共享的混杂因素。结果当使用GEE分析数据时,GWG显示非线性倒U形关联,且结局最多,表明低和高GWG对认知的有害影响。在控制了家族因素(FE)之后,除了高于IOM建议范围的GWG与WRAT拼写之间呈线性正相关外,所有关联均无效(beta = 1.41,95%置信区间:0.13,2.70)。结论家族因素很重要GWG与4岁和7岁认知发展之间关联的混杂因素。在控制了这些因素之后,GWG通常与儿童发育无关。

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