Systems Neuroscience
This area comprises a broad range of neuroscientists interested in the brain areas and circuits that regulate behavior, how it is learned, and how it can go awry. Studies in primates or rodents use various functional brain imaging and physiology techniques as well as targeted causal manipulations to study how the cortex, basal ganglia and spinal cord control muscles, how sensory systems function and are integrated with movements, how autonomic functions are centrally regulated, and how neurological disorders arise.
Numerous neuroscientists are also interested in the biological processes associated with cognition. Research in this area includes understanding hominid brain evolution associated with human social cognition, the emergent field of neuroeconomics (the neurobiological basis for individual preferences and constraints on decision making), brain-region interactions in memories, and alterations in cognitive function with aging.
Faculty with interests in Systems Neuroscience:
- Francisco Alvarez
- Gordon Berman
- J. Douglas Bremner
- Cathrin Buetefisch
- Anita Devineni
- Alan Emanuel
- Jennifer Felger
- Ming-fai Fong
- Adriana Galvan
- Sandra M. Garraway
- James G. Greene
- Robert Gross
- Ying Guo
- Ellen Hess
- Shawn Hochman
- P. Michael Iuvone
- Dieter Jaeger
- Shella Keilholz
- Robert Liu
- Zixu Mao
- Jeffrey Markowitz
- Vasiliki Michopoulos
- Andrew Miller
- Svjetlana Miocinovic
- Farzaneh Najafi
- Ilya Nemenman
- Joe Nocera
- Opal Ousley
- Chethan Pandarinath
- Brad Pearce
- Marie-Claude Perreault
- Morten Raastad
- James Rilling
- Christopher Rodgers
- Hillary Rodman
- David B. Rye
- Mar M. Sanchez
- Nicholas T. Seyfried
- Annabelle Singer
- Steven Sloan
- Yoland Smith
- Sam Sober
- Jennifer Stevens
- Lena Ting
- Elaine Walker
- Jill Ward
- Jay M. Weiss
- Peter A. Wenner
- Thomas Wichmann
- Steven L. Wolf
- James Zheng








