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Is Family Structure Associated with Deviance Propensity during Adolescence? The Role of Family Climate and Anger Dysregulation.

Valeria SaladinoOriana MoscaMarco LauriolaLilli HoelzlhammerCristina CabrasValeria Verrastro
Published in: International journal of environmental research and public health (2020)
Transgressive conduct and opposition towards the rules often characterize adolescence. During the development, antisocial and aggressive behavior could be a way to grow personally and to be independent. According to previous studies results, the family has a high impact on teens' aggressive behaviors and moral disengagement. Our research involved 2328 Italian adolescents (13-19 years old) who have filled in the following questionnaires: deviant behavior questionnaire; aggression questionnaire; family communication scale; moral disengagement scale; the multidimensional scale of perceived social support. Our study investigated the role of family structure on deviance propensity through family climate and anger dysregulation joint influence. We conducted a mediation analysis to reach this goal using structural equation modeling (SEM). We have also conducted a multigroup analysis in order to evaluate gender differences in the SEM. Results showed that both family climate and anger dysregulation mediated the relationship between family structure and deviance propensity. The multigroup analysis revealed that the indirect relationship between variables through family climate is significant for both boys and girls (higher in females); variables indirect relationship through anger dysregulation was significant only for girls. These data could be useful for prevention and intervention programs on children-parent relationships and to reduce antisociality and teenager's aggressive behavior.
Keyphrases
  • social support
  • depressive symptoms
  • climate change
  • randomized controlled trial
  • physical activity
  • young adults
  • mental health
  • cross sectional
  • psychometric properties
  • public health
  • mass spectrometry
  • single molecule