Maureen Durkin is professor and chair of population health sciences and Waisman Center investigator at the University of Wisconsin-Madison. She received her undergraduate degree and Ph.D. in anthropology from the University of Wisconsin-Madison and her M.P.H. and Dr.P.H. degrees in epidemiology from Columbia University. Her research focuses on the epidemiology of neurodevelopmental disabilities and childhood injuries, both globally and within the United States. She has collaborated in the development of cross-cultural methods for epidemiologic studies of developmental disabilities and methods for surveillance of childhood injuries and disabilities. She has also directed international studies on the prevalence and causes of neurodevelopmental disabilities in low-income countries. Durkin is currently a principal investigator in the Autism and Developmental Disabilities Monitoring Network and other projects related to public health surveillance, epidemiology and care integration of autism and other developmental disabilities.
Maureen Durkin
Professor of population health sciences
University of Wisconsin-Madison
Explore more from The Transmitter
The relationship between structure and function in cortical networks
Michael Reimann explains how the shape of neurons puts strong constraints on how they are wired in a network, and how this affects their structure-function relationships.
The relationship between structure and function in cortical networks
Michael Reimann explains how the shape of neurons puts strong constraints on how they are wired in a network, and how this affects their structure-function relationships.
How brains prevent ‘catastrophic forgetting’
Dendrite-specific inhibition lets overlapping neuronal assemblies form across brain areas without erasing existing memories, a new modeling study suggests.
How brains prevent ‘catastrophic forgetting’
Dendrite-specific inhibition lets overlapping neuronal assemblies form across brain areas without erasing existing memories, a new modeling study suggests.
Lipids enter brain mapping limelight
Two new studies, including the first whole-brain lipid atlas in mice, uncover unforeseen complexity and influence during pregnancy and aging.
Lipids enter brain mapping limelight
Two new studies, including the first whole-brain lipid atlas in mice, uncover unforeseen complexity and influence during pregnancy and aging.