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产后即刻至晚期杏仁核明显增大:浅层亚区的显著影响。

Significant increases of the amygdala between immediate and late postpartum: Pronounced effects within the superficial subregion.

机构信息

School of Psychology, University of Auckland, Auckland, New Zealand.

Laboratory of Neuro Imaging, School of Medicine, University of Southern California, Los Angeles, CA, USA.

出版信息

J Neurosci Res. 2021 Sep;99(9):2261-2270. doi: 10.1002/jnr.24855. Epub 2021 Jun 8.

Abstract

Research exploring the underlying neuroanatomical correlates of early motherhood seems to suggest that the period after giving birth is marked by tissue increases in the mother's brain. While some studies point to the amygdala as one of the areas undergoing postpartum changes, existing analyses did not discriminate between the different subregions of this functionally heterogeneous structure. Thus, to further extend this understudied field of research and to better understand the potential role of the amygdala when transitioning to motherhood, we applied an advanced region-of-interest technique that enabled us to analyze the amygdala as a whole as well as its different subareas, specifically the left and right centromedian (CM), laterobasal (LB), and superficial (SF) regions. Comparing the brains of 14 healthy women between immediate postpartum (within 1-2 days of childbirth) and late postpartum (at 4-6 weeks after childbirth), we revealed increases of the amygdala. However, effects manifested differentially across subareas, with particularly strong effects for the SF region, moderate effects for the CM region, and no effects for the LB region. These findings might reflect region-specific adaptations of the mother's brain tuning into the distinct and ever-changing needs of a newborn, either as a cause for it or as a consequence thereof.

摘要

研究探索早期母性的潜在神经解剖学相关性似乎表明,产后时期母亲的大脑组织会增加。虽然一些研究指出杏仁核是产后发生变化的区域之一,但现有的分析并没有区分这个功能异质结构的不同亚区。因此,为了进一步扩展这一研究不足的领域,并更好地理解杏仁核在过渡到母性时的潜在作用,我们应用了一种先进的感兴趣区域技术,使我们能够分析杏仁核整体以及其不同的亚区,特别是左侧和右侧中央核(CM)、基底外侧核(LB)和浅层核(SF)。比较了 14 名健康女性在产后即刻(分娩后 1-2 天内)和产后晚期(分娩后 4-6 周)的大脑,我们发现杏仁核体积增加。然而,这些影响在不同的亚区表现出不同的模式,特别是 SF 区的影响较强,CM 区的影响中等,LB 区没有影响。这些发现可能反映了母亲大脑的特定区域适应性,以适应新生儿独特且不断变化的需求,无论是作为其原因还是结果。

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