Gcs-Fmri, Koelliker Hospital and Department of Psychology, University of Turin, Turin, Italy; Focus Lab, Department of Psychology, University of Turin, Turin, Italy.
Mind, Brain and Behavior Research Centre, University of Granada, Granada, Spain.
Pediatr Neurol. 2022 Aug;133:55-62. doi: 10.1016/j.pediatrneurol.2022.05.005. Epub 2022 May 23.
Gestational diabetes (GD) and maternal excess weight are common pregnancy conditions that increase the risk of future complications for both the mother and her offspring. Their consequences on neurodevelopment are widely described in the literature, but less is known concerning the potential transgenerational influence on the brain structure.
We used a combination of support vectors machine and hierarchical clustering to investigate the potential presence of anatomical brain differences in a sample of 109 children aged six years, born to mothers with overweight or obesity, or to mothers diagnosed with GD during pregnancy.
Significant effects are visible in the brain of children born to mothers with GD associated with pregestational excess weight, especially overweight instead of obesity. No differences in children's brain were observed when considering those born to normal-weight mothers.
Our study highlights the need for clinical attention of pregnant women at risk to develop GD, and especially those with pregestational excess weight, since this status was found to be associated with detectable transgenerational brain changes. These effects may be due to the absence of specific and individualized intervention in these mothers during pregnancy.
妊娠糖尿病(gestational diabetes,GD)和母体超重是常见的妊娠情况,会增加母亲及其后代未来并发症的风险。它们对神经发育的影响在文献中广泛描述,但对于其对大脑结构的潜在跨代影响知之甚少。
我们使用支持向量机和层次聚类的组合,来研究超重或肥胖的母亲或在怀孕期间被诊断患有 GD 的母亲所生的 109 名 6 岁儿童样本中是否存在潜在的大脑解剖差异。
在患有 GD 并伴有孕前超重的母亲所生的儿童的大脑中,存在明显的影响,尤其是超重而不是肥胖。在考虑那些出生于体重正常的母亲的儿童时,没有观察到儿童大脑的差异。
我们的研究强调了需要关注有患 GD 风险的孕妇,特别是那些有孕前超重的孕妇,因为研究发现这种情况与可检测到的跨代大脑变化有关。这些影响可能是由于在这些母亲怀孕期间缺乏特定和个体化的干预。