Northwestern University Dept. of Neurobiology and Physiology
 
 

Faculty

Ravi Allada
Thomas Bozza
Jianhua Cang
Peter Dallos
Daniel Dombeck
David Ferster
William Klein
Robert Linsenmeier
David McLean
Thomas Meade
Raphael Pinaud
Indira M. Raman
Mark Segraves
Nelson Spruston
Fred Turek
Catherine Woolley

 

 

Nelson Spruston

Professor
PhD, Baylor College of Medicine

Nelson Spruston

Dendritic integration in hippocampal pyramidal neurons

In the hippocampus, sensory information is integrated to provide a contextual map of experience with a strong spatial component. In addition, the hippocampus is a crucial structure for the formation of new declarative memories (including spatial memory). In my laboratory, we study the cellular processes that allow hippocampal neurons to carry out these functions and to change their as a function as a consequence of experience.

Research in my lab focuses on the excitable properties of CA1 dendrites and their role in synaptic integration. Dendritic excitability is likely to be a central factor in the process of synaptic integration, as well as in mediating activity-dependent plasticity that may be responsible for the function of the hippocampus during learning.

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