The name is absent



The solution of this differential equation is:

- -t/

(68)              V(t) = Vo e τ

or the voltage V drops e~2,72 times for time τ from the end of applied rectangular
impulse V
0.

In space and time the dynamics of a single EPSP could be described by the
following generalized equation:

- x/ -1/

(69)             V( x,t) = Voe λe τ

Here should be mentioned that the space constant λ depends on the diameter of
the dendrite, so we must decompose the dendritic tree into smaller segments
with approximately the same
λ in order to be more precise in our calculations.
But if we need rough approximation we could consider that the dendrite has
constant diameter of 1
μm and we can use the calculated value for the space
constant
λ~353μm.

Fig. 9 Cable net approximation of the dendritic tree. Modified from Sajda (2002)

38



More intriguing information

1. Studies on association of arbuscular mycorrhizal fungi with gluconacetobacter diazotrophicus and its effect on improvement of sorghum bicolor (L.)
2. Bidding for Envy-Freeness: A Procedural Approach to n-Player Fair Division Problems
3. Regional science policy and the growth of knowledge megacentres in bioscience clusters
4. Peer Reviewed, Open Access, Free
5. The Advantage of Cooperatives under Asymmetric Cost Information
6. Globalization and the benefits of trade
7. The name is absent
8. Firm Creation, Firm Evolution and Clusters in Chile’s Dynamic Wine Sector: Evidence from the Colchagua and Casablanca Regions
9. Une nouvelle vision de l'économie (The knowledge society: a new approach of the economy)
10. The name is absent