Research Strengths

One of the most distinguishing features of neuroscience as a field of inquiry is its inherent interdisciplinary nature. Scientific research on the structure and function of the nervous system is conducted at multiple levels of investigation and employs many different approaches and methodologies. The questions posed in modern neuroscience often cut across traditional departmental boundaries. A distinct advantage of a strong research institution such as UW-Madison is the existence of a critical mass of faculty researchers who collaborate and share common approaches or research questions. Listed below are seven broad research areas that are particularly strong in the Neuroscience Training Program at UW-Madison. The research areas listed are not inclusive of all research projects in the Program, but are meant to serve as a guide for prospective students as they begin to consider their graduate school career. Because of the interdisciplinary nature of neuroscience, a number of faculty are listed under multiple areas.

This image shows regions of the brain that are correlated
                    	with positive emotion as measured by a standard scale. Positron Emission Tomography (PET) was
                    	used to measure the brain's metabolic rate in a large group of volunteers.
This image shows regions of the brain that are correlated with positive emotion as measured by a standard scale. (Figure Legend image courtesy of Richard Davidson and Terry Oakes)

Behavior, Cognition and Emotion

Development, Plasticity and Repair

Membrane Excitability and Synaptic Transmission

Molecular Neuroscience

Neuronal Circuits

Neurobiology of Disease

Perception and Movement

   
         
   

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Page Created February 7, 2008 | Last Updated December 11, 2008
Question or Comments, Please Contact Jenny or Jessica at ntp@mhub.neuroscience.wisc.edu