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Depressive symptoms during pregnancy: Impact on neuroendocrine and neonatal outcomes

▶ Pregnant women with depressive symptomatology have changes in the LHPA systems relative to non depressed women. ▶ Infants born to women with significant depressive symptoms, similarly have changes in the LHPA system specifically elevation in cord blood ACTH at birth. ▶ These infants were also more...

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Bibliographic Details
Published in:Infant behavior & development 2011-02, Vol.34 (1), p.26-34
Main Authors: Marcus, Sheila, Lopez, Juan F., McDonough, Susan, MacKenzie, Michael J., Flynn, Heather, Neal, Charles R., Gahagan, Sheila, Volling, Brenda, Kaciroti, Niko, Vazquez, Delia M.
Format: Article
Language:English
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Summary:▶ Pregnant women with depressive symptomatology have changes in the LHPA systems relative to non depressed women. ▶ Infants born to women with significant depressive symptoms, similarly have changes in the LHPA system specifically elevation in cord blood ACTH at birth. ▶ These infants were also more hypotonic at birth. To explore the interplay of maternal depressive symptoms on the infant limbic-hypothalamic-pituitary axis (LHPA) and neurological development. Pregnant women were monitored for depressive symptoms using the Beck Depression Inventory (BDI) at 28, 32, and 37 weeks of gestation and at delivery. A mixture growth curve analysis divided the women into three risk groups: low/stable, intermediate, and high/increasing depression based on BDI scores. The infant neuroendocrine system was examined using cord blood for adrenocorticotrophic hormone (ACTH) and cortisol measurements. Two-week-old infants were examined using Neonatal Intensive Care Unit Neurobehavioral Scale (NNNS). Infants born to women of the high/increasing depression group had significant ACTH elevation at birth. On NNNS examination, these infants were more hypotonic and habituated to auditory and visual stimuli. When compared to non-depressed women, maternal depressive symptoms, even in the absence of major depressive disorder, appeared to facilitate a different developmental pathway for the infant LHPA and early neurological development.
ISSN:0163-6383
1879-0453
1934-8800
DOI:10.1016/j.infbeh.2010.07.002