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Full-Text Articles in Psychiatry
Maternal Hypothalamic-Pituitary-Adrenal Axis Response To Foraging Uncertainty: A Model Of Individual Vs. Social Allostasis And The "Superorganism Hypothesis", Jeremy D. Coplan, Nishant K. Gupta, Asif Karim, Anna Rozenboym, Eric L.P. Smith, John G. Kral, Leonard A. Rosenblum
Maternal Hypothalamic-Pituitary-Adrenal Axis Response To Foraging Uncertainty: A Model Of Individual Vs. Social Allostasis And The "Superorganism Hypothesis", Jeremy D. Coplan, Nishant K. Gupta, Asif Karim, Anna Rozenboym, Eric L.P. Smith, John G. Kral, Leonard A. Rosenblum
Publications and Research
Introduction: Food insecurity is a major global contributor to developmental origins of adult disease. The allostatic load of maternal food uncertainty from variable foraging demand (VFD) activates corticotropin-releasing factor (CRF) without eliciting hypothalamic-pituitary-adrenal (HPA) activation measured on a group level. Individual homeostatic adaptations of the HPA axis may subserve second-order homeostasis, a process we provisionally term “social allostasis.” We postulate that maternal food insecurity induces a “superorganism” state through coordination of individual HPA axis response.
Methods: Twenty-four socially-housed bonnet macaque maternal-infant dyads were exposed to 16 weeks of alternating two-week epochs of low or high foraging demand shown to compromise …