Psychological Science · 2013 · 127 citations · 35 references
Life SciencesNeurosciencePsychologyDevelopmental NeurobiologyDevelopmental NeuroscienceDevelopmental PsychologyAffective DevelopmentBrain DevelopmentDevelopmental Behavioral NeuroscienceInfancy DevelopmentInfant DevelopmentStress NeuroscienceBrain RegionsEarly-life StressFunctional MriInfant Emotion RegulationNeuropsychological FunctioningSleepStress ReactivityStress Reactivity Development
Early life adversity alters brain development, yet most evidence focuses on severe stressors and relies on peripheral neurobiological measures during infancy. The study aimed to determine whether infants’ exposure to interparental conflict predicts neural responses to very angry speech. Using fMRI during natural sleep, the authors examined how moderate interparental conflict relates to 6‑ to 12‑month‑old infants’ neural processing of emotional tone of voice. Higher interparental conflict was linked to increased neural responses to very angry versus neutral speech in regions involved in emotion and stress regulation, indicating that even moderate environmental stress affects infant brain function.
Experiences of adversity in the early years of life alter the developing brain. However, evidence documenting this relationship often focuses on severe stressors and relies on peripheral measures of neurobiological functioning during infancy. In the present study, we employed functional MRI during natural sleep to examine associations between a more moderate environmental stressor (nonphysical interparental conflict) and 6- to 12-month-old infants’ neural processing of emotional tone of voice. The primary question was whether interparental conflict experienced by infants is associated with neural responses to emotional tone of voice, particularly very angry speech. Results indicated that maternal report of higher interparental conflict was associated with infants’ greater neural responses to very angry relative to neutral speech across several brain regions implicated in emotion and stress reactivity and regulation (including rostral anterior cingulate cortex, caudate, thalamus, and hypothalamus). These findings suggest that even moderate environmental stress may be associated with brain functioning during infancy.
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