Relations between parent money education practices and children's knowledge and use of money

Diminished social reward anticipation in the broad autism phenotype as revealed by event-related brain potentials

Diminished responsivity to reward incentives is a key contributor to the social-communication problems seen in autism spectrum disorders (ASDs). Social motivation theories suggest that individuals with ASD do not experience social interactions as rewarding, leading to negative consequences for the development of brain circuitry subserving social information. In this study, we examined neural responses to social and non-social reward anticipation in 35 typically developing young adults, examining modulation of reward sensitivity by level of autistic traits. Using an Event-related potential incentive-delay task incorporating novel, more ecologically valid forms of reward, higher expression of autistic traits was associated with an attenuated P3 response to the anticipation of social (simulated real-time video feedback from an observer), but not non-social (candy), rewards. Exploratory analyses revealed that this was unrelated to mentalizing ability. The P3 component reflects motivated attention to reward signals, suggesting attenuated motivation allocation specific to social incentives. The study extends prior findings of atypical reward anticipation in ASD, demonstrating that attenuated social reward responsiveness extends to autistic traits in the range of typical functioning. Results support the development of innovative paradigms for investigating social and non-social reward responsiveness. Insight into vulnerabilities in reward processing is critical for understanding social function in ASD.

Integrating the life course perspective into a local maternal and child health program

For many decades, early access to prenatal care has been considered the gold standard for improving birth outcomes. In Contra Costa County, a diverse urban and suburban county of over one million people in the San Francisco Bay Area, the Family Maternal and Child Health Programs of Contra Costa Health Services (CCHS) have seen high rates of early entry into prenatal care since 2000. Yet despite our best efforts to increase access to quality prenatal care, our rates of low birth weight and infant mortality, especially among African Americans, continue to be high. When we were introduced to the Life Course Perspective in 2003 as an organizational framework for our programmatic activities, we recognized that emerging scientific evidence in the literature demonstrated the importance of social and environmental factors in determining health and health equity, and supported a general impression in the field that prenatal care was not enough to improve birth outcomes. The Life Course Perspective suggests that many of the risk and protective factors that influence health and wellbeing across the lifespan also play an important role in birth outcomes and in health and quality of life beyond the initial years. In this article, we describe the Life Course Perspective and how one local Maternal and Child Health Program adopted and adapted this paradigm by creating and launching a Life Course Initiative to guide our programs and services. The Life Course Initiative implemented by CCHS is designed to reduce inequities in birth outcomes, improve reproductive potential, and change the health of future generations by introducing a longitudinal, integrated, and ecological approach to implementing maternal and child health programs.

Reward system dysfunction in autism spectrum disorders

Although it has been suggested that social deficits of autism spectrum disorders (ASDs) are related to reward circuitry dysfunction, very little is known about the neural reward mechanisms in ASD. In the current functional magnetic resonance imaging study, we investigated brain activations in response to both social and monetary reward in a group of children with ASD, relative to matched controls. Participants with ASD showed the expected hypoactivation in the mesocorticolimbic circuitry in response to both reward types. In particular, diminished activation in the nucleus accumbens was observed when money, but not when social reward, was at stake, whereas the amygdala and anterior cingulate cortex were hypoactivated within the ASD group in response to both rewards. These data indicate that the reward circuitry is compromised in ASD in social as well as in non-social, i.e. monetary conditions, which likely contributes to atypical motivated behaviour. Taken together, with incentives used in this study sample, there is evidence for a general reward dysfunction in ASD. However, more ecologically valid social reward paradigms are needed to fully understand, whether there is any domain specificity to the reward deficit that appears evident in ASD, which would be most consistent with the ASD social phenotype.