TPreuss

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Todd M Preuss
Bio

Todd M. Preuss is a physical anthropologist and neuroscientist.  He is Associate Research Professor in the Division of Neuroscience and Center for Behavioral Neuroscience at the Yerkes National Primate Research Center of Emory University; Associate Professor of Pathology, Emory University School of Medicine; and Adjunct Associate Professor of Anthropology, Emory University.   His research has focused on the organization and evolution of primate cerebral cortex, particularly visual and frontal cortex, and he has authored a series of papers exploring the application of modern phylogenetic concepts and methods to problems of brain evolution.   Recently, his research has concentrated on identifying evolutionary specializations of cerebral cortex, using information derived from genomics studies to guide histological and anatomical investigations, and comparative neuroimaging studies of humans, chimpanzees, and other nonhuman primates.

URL
http://research.yerkes.emory.edu/Preuss/index.html

MOCA Domains

Listed here are the MOCA domains with which this user account is associated in addition to the type of involvement (Editor and/or Leader).

DomainInvolvement
NeuroscienceLeader

MOCA Topics

Listed here are the MOCA topics for which this user account is one of the authors.

TopicDomain
Amygdala - histochemistryNeuroscience
Association Cortex SizeNeuroscience
Astrocyte morphology and physiologyNeuroscience
Brain SizeNeuroscience
Calretinin-Containing Layer V Pyramidal Cells in anterior cinqulate cortexNeuroscience
Cortical Thrombospondin ExpressionNeuroscience
Frontal Lobe Activation by Visual StimulationNeuroscience
Hippocampal divisions - relative sizesNeuroscience
Human-Specific Cortical AreasNeuroscience
Interneurons that Co-Express Parvalbumin and CalbindinNeuroscience
Laminar Organization of Area V1Neuroscience
Mirror NeuronsNeuroscience
Modular Organization of Layer 4A of Area V1Neuroscience
Prenatal and Postnatal Brain GrowthNeuroscience
Representation of abstract concepts, categoriesCognition
Size of Magnocellular Retinal Ganglion CellsNeuroscience
Size of Primary Visual AreaNeuroscience