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2-155 - Bio-Ecological Processes in Schools: The Interplay of Social Classroom Relationships with Markers of Child Genetic Risk

Fri, March 20, 1:55 to 3:25pm, Penn CC, Floor: 100 Level, Room 104A

Session Type: Paper Symposium

Integrative Statement

Ample evidence has demonstrated that the quality of classroom interactions and relationships impacts child and adolescent development. Congruent with bio-ecological models, however, it is recognized that development is not only shaped by the social environment, but also by child biological (including genetic) factors and their interplay. In contrast to family-related factors, the interplay of genes with school-related factors is rarely investigated and mechanisms are hardly understood. This symposium aims to advance our understanding by bringing together three studies examining markers of genetic risk, and testing gene-environment interplay using quantitative and molecular genetic designs.
The first study is an examination of the joint impact of child temperament, a behavioral marker of genetic risk, and two environmental factors (i.e., classroom quality and cumulative economic risk) on the development of academic skills. Temperament was found to moderate the impact of classroom quality; moreover, the nature of this interaction depended on the economic risk level, suggesting that child-classroom quality combinations promote or undermine success, depending on socio-economic context. The second is a quantitative genetic study providing evidence for correlations and interactions of genetic dispositions for anxiety and aggression with peer victimization. Importantly, school factors (e.g., the lack of anti-bullying rules) exacerbated this gene-environment interplay. The third study, using molecular genetics, revealed that negative as well as a lack of positive teacher-student relationships mattered most for adolescents with certain risk variants of dopaminergic genes.
A leading social developmental researcher will reflect on how these findings contribute to the conceptualization of bio-ecological processes in school settings.

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