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Projekt Druckansicht

Adaptive Dynamik kognitiver und behavioraler Variabilität bei Kindern mit Symptomen der ADHS: Langzeiteffekte, neuronale Grundlagen und Ansprechbarkeit auf Interventionen

Fachliche Zuordnung Entwicklungspsychologie und Pädagogische Psychologie
Förderung Förderung von 2015 bis 2020
Projektkennung Deutsche Forschungsgemeinschaft (DFG) - Projektnummer 283324755
 
Erstellungsjahr 2022

Zusammenfassung der Projektergebnisse

The overall objective of this project was to investigate (a) fluctuations in self-regulation abilities of children at different temporal scales (i.e., trial-to-trial, day-to-day, and burst-to-burst), (b) how these fluctuations influence the ability of children to adapt to difficulties they encounter in their daily lives, and (c) the impact of a self-regulation intervention on the fluctuations of these self-regulation abilities. To this end, three measurement bursts were acquired from a sample of 55 children. Each burst was 18 days long, and on each day children answered provided three times subjective judgments concerning a number of items relating to self-regulation and affect, A subgroup of children additionally participated repeatedly in an EEG study during which they completed an executive control task. During the second measurement burst, all children participated in a self-regulation intervention which aimed at enhancing self-regulation via the formulation of if-then plans. Relative to the original project plan, it was not possible to conduct measurements in schools, and fewer measurement bursts could be acquired. On the other hand, each more days could be covered during each measurement burst, so that more data are available to examine dynamic fluctuations of behavior within each burst. Analyses of event-related brain potentials over time (trial-to-trial variability) indicated an association of brain-signal variability to ADHD-related symptoms assessed in an unselected cohort of typically-developing children. Specifically, this association was found for trial-to-trial variability in the amplitude of the inhibition- and salience-related P3 component of the ERP. Preliminary results indicate also associations with measures of brain signal complexity, i.e., multiscale entropy. We interpret these results as empirical support from a developmental sample for dimensional models of ADHD and executive functions. Finally, we found intra- and interindividual associations of children’s daily self-regulation skills and everyday dyadic interaction with their parents (in child and parental reports) which leads to further studies in the area of dyadic behavior change models. Also, we gained more insight into the connection of everyday time spent in nature, activity, and affect/inattention in children on a within- and between person perspective; and the effectiveness of a self-regulation intervention on a day-to-day level (instead of comparing pre and post measures). Together, we interpret these results as highly informative with respect to the development of tailored (self-regulation) interventions for children in the school context.

Projektbezogene Publikationen (Auswahl)

 
 

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