Home   News   People   Research   Facilities   Events   Education   About Us   Search
    Teams: Dynamic studies of sequential processing in schizophrenia (MEG)  
 
sponheim

 

Principal Investigator: Apostolos P. Georgopoulos, MD, PhD

Co-Principal Investigators: Jose Pardo, MD, PhD; Patricia Pardo, PhD; Scott Sponheim, PhD; Massoud Stephane, MD

 
 

 

 

     The general goal of this project is to use MEG to elucidate the dynamic brain mechanisms underlying sequential processing in schizophrenia at different perceptual, conceptual and attentional levels.  For that purpose, we will draw on 3 kinds of information: behavioral, dynamic (MEG), and anatomical (quantitative structural MRI).

 

     SPECIFIC AIMS: To study the brain mechanisms in healthy and schizophrenia subjects underlying:

1.  Motion processing (J. Pardo)

2.  Sequential feature processing (P. Pardo)

3.  Lexical processing (M. Stephane)

4.  Sustained attention processing (S. Sponheim)

5.  Data integration across tasks (A. Georgopoulos)

     RESEARCH PLAN:  The key feature of this research is the study of the same subject in all the tasks above.  These tasks cover complementary aspects of sequential and attentional processing, and thus are expected to provide complementary information on the relevant brain mechanisms. 

 

 

 
           
 
 

 

© 2004 by the Brain Sciences Center. All Rights Reserved.

Comments: webmaster@brain.umn.edu | Updated March 10, 2008

The University of Minnesota is an equal opportunity educator and employer. | Privacy Statement