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Updated: Jul 16, 2026

Psychophysiological Assessment of the Effectiveness of Emotion Regulation Strategies in Childhood
Published on: February 11, 2017
Child and parent behavioral and physiological reactivity to threat and distress predict children's proactive and
Kostas A Fanti1, Antonios I Christou2, Melina Nicole Kyranides1
1Department of Psychology, University of Cyprus, Nicosia, Cyprus.
Insights
Parental sensory processing sensitivity and child callous-unemotional traits predict aggression. Parent and child physiological reactivity interact to influence proactive aggression, impacting developmental psychopathology.
Area of Science:
- Developmental Psychology
- Behavioral Neuroscience
- Child Psychiatry
Background:
- Parenting and child psychophysiological reactivity influence antisocial behavior.
- Few studies examine parent-child bio-behavioral reactivity interactions in aggression.
Purpose of the Study:
- Investigate how parental sensory processing sensitivity and heart rate (HR) reactivity moderate the link between child HR reactivity, fearlessness, callous-unemotional traits, and aggression.
- Examine reactive and proactive aggression subtypes.
Main Methods:
- 124 parent-child dyads from a nationwide antisocial behavior study.
- Assessed parental sensory processing sensitivity and HR reactivity.
- Measured child HR reactivity to threat, fearlessness, and callous-unemotional traits.
Main Results:
- Child callous-unemotional traits and parental sensory processing sensitivity predicted both reactive and proactive aggression.
- Child fearlessness primarily predicted reactive aggression.
- Child HR reactivity to threat interacted with parental HR reactivity to predict proactive aggression.
Conclusions:
- Parent-child physiological concordance is crucial for understanding antisocial behavior.
- Findings inform developmental psychopathology models of aggression.
Introduction:
Threat reactivity has been linked to early manifestations of aggressive behavior, with prior research suggesting that parenting can moderate the relation between a child's psychophysiological reactivity and antisocial behavior. However, to date, few studies have examined both parents and children's bio-behavioral reactivity to emotional stimuli, and how their interaction can influence children's aggressive behavior. The present study investigated how parents' sensory processing sensitivity and heart rate (HR) reactivity to distress moderated the association between children's HR reactivity to threat, fearlessness and callous unemotional traits with reactive and proactive functions of aggression.
Method:
The sample consisted of 124 parent-child dyads recruited from a nationwide study on antisocial behavior.
Results:
Results indicate that the child's callous unemotional traits and parents' sensory processing sensitivity increase the likelihood of both reactive and proactive aggression. In contrast, the child's fearlessness mainly predicted reactive aggression. In addition, an interaction effect suggested that the child's HR reactivity to threat was negatively associated with proactive aggression when parental HR reactivity to others' distress was low, but positively associated with proactive aggression when parents' reactivity to distress was high.
Discussion:
Findings provide evidence for the importance of investigating physiological concordance and can inform developmental psychopathology models of antisocial behavior.
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