首页> 外文期刊>Revista Brasileira de Ginecologia e Obstetrícia >Novas abordagens para a restri??o de crescimento fetal: é chegada a hora da metabol?mica
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Novas abordagens para a restri??o de crescimento fetal: é chegada a hora da metabol?mica

机译:胎儿生长限制的新方法:是代谢的时间?云母

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Fetal growth restriction (FGR) diagnosis is often made by fetal biometric ultrasound measurements orDoppler evaluation, but most babies are only diagnosed after birth, using the birth weight as a proxy for intrauterine development. The higher risks of neurodevelopmental delay, metabolic syndrome, and cardiovascular illness associated with FGR impose a shift on the focus during pregnancy. New methodological approaches, like metabolomics, can provide novel biomarkers for intrauterine fetal development. Recent evidence on metabolites involved with fetal growth and weight show a consistent role played by lipids (especially fatty acids), amino acids, vitamin D and folic acid. Fetal energy source andmetabolism, structural functions, and nervous system functioning need further evaluations in different populations. In the near future, the establishment of a core set of outcomes for FGR studies may improve the identification of the role of each metabolite in its development. Thus, we will concretely progress with the perspective of a translational capacity of metabolomics for this condition.
机译:胎儿生长限制(FGR)诊断通常是通过胎儿生物识别超声测量ORDOPPLER评估,但大多数婴儿仅在出生后诊断,使用出生体重作为宫内发育的代理。与FGR相关的神经发育延迟,代谢综合征和心血管疾病的风险较高,在怀孕期间对焦点进行了转变。新的方法论方法,如代谢组科,可以为宫内胎儿发育提供新的生物标志物。最近关于胎儿生长和体重参与代谢物的证据表明,脂质(特别是脂肪酸),氨基酸,维生素D和叶酸发挥的一致作用。胎儿能量源和造称,结构功能和神经系统功能在不同的人群中需要进一步的评估。在不久的将来,FGR研究的建立核心结果可以改善每种代谢物在其发展中的作用的鉴定。因此,我们将在这种情况下,以代谢组织的平移能力的视角具体进展。

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