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Updated: Feb 24, 2026

Psychophysiological Assessment of the Effectiveness of Emotion Regulation Strategies in Childhood
Published on: February 11, 2017
Parent-child coregulation of parasympathetic processes varies by social context and risk for psychopathology
Erika Lunkenheimer1, Stacey S Tiberio2, Amanda M Skoranski3
1Department of Psychology, Pennsylvania State University, State College, Pennsylvania, USA.
Insights
Parent-child physiological coregulation, measured by respiratory sinus arrhythmia (RSA) concordance, is weaker with higher psychopathology risk. This weaker concordance is most apparent during less structured social interactions, impacting early childhood development.
Area of Science:
- Psychophysiology
- Developmental Psychology
- Clinical Psychology
Background:
- The parasympathetic nervous system, crucial for social interaction, is linked to psychopathology.
- Understanding parent-child physiological synchrony (coregulation) is vital, especially in early childhood.
- Few studies examine dyadic parasympathetic processes during parent-child interactions in relation to psychopathology risk.
Purpose of the Study:
- To investigate the relationship between psychopathology risk and mother-child respiratory sinus arrhythmia (RSA) concordance.
- To examine how social contextual demands (free play, cleanup, teaching) influence this dyadic RSA concordance.
- To explore the differential impact of maternal psychopathology symptoms and child problem behaviors on RSA concordance.
Main Methods:
- Utilized multilevel coupled autoregressive models to analyze RSA synchrony between mothers and children (N=47, mean age=3.5 years).
- Assessed RSA concordance across three social contexts: unstructured free play, semistructured cleanup, and structured teaching.
- Measured maternal psychopathology symptoms (depressive, psychological aggression) and child problem behaviors (externalizing, internalizing).
Main Results:
- Overall positive mother-child RSA concordance was observed, but it weakened during the structured teaching task.
- Higher maternal psychological aggression and child externalizing/internalizing problems were associated with weaker dyadic RSA concordance, particularly during unstructured free play.
- Maternal depressive symptoms affected individual RSA but not dyadic concordance.
Conclusions:
- Psychopathology risk generally weakens mother-child RSA concordance, especially in less structured contexts.
- The findings highlight the context-dependent nature of physiological coregulation in early childhood.
- Implications for understanding parent-child physiological coregulation and its role in psychopathology development are discussed.
Abstract:
The parasympathetic nervous system supports social interaction and varies in relation to psychopathology. However, we know little about parasympathetic processes from a dyadic framework, nor in early childhood when parent-child social interactions become more complex and child psychopathology first emerges. We hypothesized that higher risk for psychopathology (maternal psychopathology symptoms and child problem behavior) would be related to weaker concordance of respiratory sinus arrhythmia (RSA) between mothers and children (M = 3½ years old; N = 47) and that these relations could vary by social contextual demands, comparing unstructured free play, semistructured cleanup, and structured teaching tasks. Multilevel coupled autoregressive models of RSA during parent-child interactions showed overall dynamic, positive concordance in mother-child RSA over time, but this concordance was weaker during the more structured teaching task. In contrast, higher maternal psychological aggression and child externalizing and internalizing problems were associated with weaker dyadic RSA concordance, which was weakest during unstructured free play. Higher maternal depressive symptoms were related to disrupted individual mother and child RSA but not to RSA concordance. Thus, risk for psychopathology was generally related to weaker dyadic mother-child RSA concordance in contexts with less complex structure or demands (free play, cleanup), as compared to the structured teaching task that showed weaker RSA concordance for all dyads. Implications for the meaning and utility of the construct of parent-child physiological coregulation are discussed.
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