Neural Responses to Caregivers After Early Life Threat Experiences

Evidence from rodent studies highlights the mother as a safety cue that regulates fear and biology. However, when infant rats are exposed to rough maternal care (i.e., threat), their brains show atypical patterns of activity in response to maternal cues. In humans, childhood adversity (i.e., international adoption, involvement with Child Protective Services) is also associated with differential neural responses to caregiver cues. However, to date, no studies have tested the hypothesis that childhood adversity characterized by threat (e.g., physical abuse, domestic violence) influences neural responses to caregiver cues in children, as suggested by the rodent literature. This study investigates associations between threat experiences and neural responses to caregiver cues in young children using fMRI. The sample included 148 young children (52.02% Male; M<sub>age</sub> = 6.45 years). Across the entire sample, children demonstrated heightened recruitment in regions associated with salience detection, visual processing, and social cognition in response to caregiver cues (relative to stranger cues). Moreover, threat experiences were associated with greater recruitment of the insula in response to caregiver cues (relative to stranger cues), even when controlling for deprivation experiences. The present findings contribute to a growing field of research linking childhood adversity to brain function, suggesting that experiences of threat may disrupt how children process caregiver cues at the neural level. Moreover, these results are in line with rodent studies that underscore threat as a potential disruptor of dyadic interaction between children and their caregivers. SUMMARY: Children demonstrate widespread brain activation in response to caregiver cues. Threat experiences are linked to heightened activation of the insula, a region implicated in salience detection and primary visceral processing, in response to caregiver cues. These findings suggest that caregiver cue processing might be a mechanism through which threat impacts the caregiver-child relationship, leading to cascading effects on mental health.

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Publication Details

Journal
Developmental Science
Published
2025-12-01
DOI
https://doi.org/10.1111/desc.70104
Primary Topic
Stress Responses and Cortisol
Type
article
Field-Weighted Citation Impact
0.00
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article

Neural Responses to Caregivers After Early Life Threat Experiences

Lucy A. Lurie, Margaret A. Sheridan, Cathi B. Propper, Maresa Tate et al.
Developmental Science
Stress Responses and Cortisol
article

Neural Responses to Caregivers After Early Life Threat Experiences

Lucy A. Lurie, Margaret A. Sheridan, Cathi B. Propper, Maresa Tate, Regina M. Sullivan, Nicolas Murgueitio, Laura Machlin, Micaela Rodriguez, Sneha Boda, Michelle Shipkova, Katie McLaughlin, Zoe Priddy
article en

Abstract

Evidence from rodent studies highlights the mother as a safety cue that regulates fear and biology. However, when infant rats are exposed to rough maternal care (i.e., threat), their brains show atypical patterns of activity in response to maternal cues. In humans, childhood adversity (i.e., international adoption, involvement with Child Protective Services) is also associated with differential neural responses to caregiver cues. However, to date, no studies have tested the hypothesis that childhood adversity characterized by threat (e.g., physical abuse, domestic violence) influences neural responses to caregiver cues in children, as suggested by the rodent literature. This study investigates associations between threat experiences and neural responses to caregiver cues in young children using fMRI. The sample included 148 young children (52.02% Male; M<sub>age</sub> = 6.45 years). Across the entire sample, children demonstrated heightened recruitment in regions associated with salience detection, visual processing, and social cognition in response to caregiver cues (relative to stranger cues). Moreover, threat experiences were associated with greater recruitment of the insula in response to caregiver cues (relative to stranger cues), even when controlling for deprivation experiences. The present findings contribute to a growing field of research linking childhood adversity to brain function, suggesting that experiences of threat may disrupt how children process caregiver cues at the neural level. Moreover, these results are in line with rodent studies that underscore threat as a potential disruptor of dyadic interaction between children and their caregivers. SUMMARY: Children demonstrate widespread brain activation in response to caregiver cues. Threat experiences are linked to heightened activation of the insula, a region implicated in salience detection and primary visceral processing, in response to caregiver cues. These findings suggest that caregiver cue processing might be a mechanism through which threat impacts the caregiver-child relationship, leading to cascading effects on mental health.

Developmental ScienceVol. 29(1)
University of North Carolina at Chapel Hill (US), Oregon Research Institute (US), Harvard University (US), Emory University (US), University of Oregon (US), Harvard University Press (US), New York University (US)
Openalex Percentile: Top 59%
Stress Responses and Cortisol
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