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Cathi Propper

Cathi Propper

Cathi Propper

Director of Developmental Biobehavioral Core
Advanced Research Scientist
919.843.2400
TOPO, Room 207
Campus Box 8115
Chapel Hill, NC 27514-3616

Academic Affiliation 

Adjunct Associate Professor
Department of Psychology and Neuroscience

Education 

PhD
Developmental Psychology,
Duke University

Area(s) of Work

Biographical Statement 

Cathi Propper, PhD, is an advanced research scientist at the UNC Frank Porter Graham Child Development Institute and adjunct associate professor in the Department of Psychology and Neuroscience at The University of North Carolina at Chapel Hill. She is the Co-PI and co-director of the Carolina Consortium on Human Development (NIH T32 training program) as well as the director of FPG's Developmental Biobehavioral Core. Dr. Propper received her PhD in Developmental Psychology from Duke University in 2006, and her research focuses on the development of infant and child self-regulation from a developmental science perspective. Cathi's research investigates child behavioral, emotional, and cognitive outcomes as the result of associations across levels (behavioral, physiological, genetic, environmental) and over time, from the prenatal period to early childhood. She is the principal investigator of multiple NIH-funded grants investigating interactions between parenting behaviors, infant physiological function (heart rate variability, in particular), and other salient prenatal/postnatal experiences as predictors of infant sleep and subsequent social-emotional and cognitive development across the first year of life. In addition, her other NIH-funded projects aim to understand the way in which these processes unfold over early childhood and influence child behavior and learning in the preschool classroom. Her current study, the Brain and Early Experiences or BEE Study, examines associations between living in poverty and brain development in children through age 3, with a focus on the experiences (i.e., sleep, parent-child relationships, language exposure) that may improve trajectories of cognitive development and executive functioning.