Burroughs Wellcome Fund, Research Triangle Park, Durham, NC, USA.
Cincinnati Children's Hospital Medical Center, Department of Pediatrics, University of Cincinnati College of Medicine, Cincinnati, OH, USA.
BMC Med. 2022 Nov 1;20(1):418. doi: 10.1186/s12916-022-02632-6.
Enhancing pregnancy health is known to improve the mother's and offspring's life-long well-being. The maternal environment, encompassing genetic factors, impacts of social determinants, the nutritional/metabolic milieu, and infections and inflammation, have immediate consequences for the in utero development of the fetus and long-term programming into childhood and adulthood. Moreover, adverse pregnancy outcomes such as preterm birth or preeclampsia, often attributed to the maternal environmental factors listed above, have been associated with poor maternal cardiometabolic health after pregnancy. In this BMC Medicine article collection, we explore a broad spectrum of maternal characteristics across pregnancy and postnatal phenotypes, anticipating substantial cross-fertilization of new understanding and shared mechanisms around diverse outcomes. Advances in the ability to leverage 'omics across different platforms (genome, transcriptome, proteome, metabolome, microbiome, lipidome), large high-dimensional population databases, and unique cohorts are generating exciting new insights: The first articles in this collection highlight the role of placental biomarkers of preterm birth, metabolic influences on fetal and childhood growth, and the impact of common pre-existing maternal disorders, obesity and smoking on pregnancy outcomes, and the child's health. As the collection grows, we look forward to seeing the connections emerge across maternal, fetal, and childhood outcomes that will foster new insights and preventative strategies for women.
提高妊娠健康状况被认为可以改善母婴的终身健康。母体环境包括遗传因素、社会决定因素的影响、营养/代谢环境以及感染和炎症,对胎儿宫内发育和儿童及成年后的长期发育有直接影响。此外,早产或子痫前期等不良妊娠结局,通常归因于上述母体环境因素,与妊娠后母体心血管代谢健康不良有关。在本 BMC 医学专刊中,我们探讨了妊娠和产后表型的广泛母体特征,预计围绕不同结局的新理解和共同机制将有大量的交叉融合。利用不同平台(基因组、转录组、蛋白质组、代谢组、微生物组、脂质组)进行“组学”的能力的进步、大型高维人群数据库和独特队列正在产生令人兴奋的新见解:本专刊中的第一篇文章强调了胎盘生物标志物在早产中的作用、代谢对胎儿和儿童生长的影响以及常见的母体既有疾病(肥胖和吸烟)对妊娠结局和儿童健康的影响。随着专刊的不断发展,我们期待看到母婴和儿童结局之间出现联系,从而为女性提供新的见解和预防策略。