Richard Norman wrote:
> There is no such thing as capacitance at "this point" as opposed to
> capacitance at "an adjacent point". The axon is an electrical cable
> with transmembrane resistance and capacitance. Calculate the space
> constant of the cable. Then the resistance or capacitance measured at
>> one point, say at a node, is no different from the resistance or
> capacitance
> measured at a different point, say under the myelin, provided the two
> points are separated by a fraction of the space constant.
ahh, yes, I did not understand that the capacitance was delocalized in
that manner.
Thank you.
Jeremy Leipzig
