cpandora at home.com wrote:
: damage). One sub-question I would like answered is what resistance does
: human neural tissue have?
I ran into this problem when we tried to model evoked potentials measured by
a micro-electrode array in terms of underlying dipoles. We found the
resistance and other properties in an _old_ book on electroencephalography
from the 30's. A lot of the older books had that kind of information printed,
whereas the new EEG books didn't mention numbers, in general.
Unfortunately, the student has left and I don't remember the name of the
author of the book. All I remember is that it was a standard.
Didier A Depireux didier at isr.umd.edu
Neural Systems Lab http://www.isr.umd.edu/~didier
Institute for Systems Research Phone: 301-405-6557 (off)
University of Maryland -6596 (lab)
College Park MD 20742 USA Fax: 1-301-314-9920