The name is absent



Knowing the distribution of the voltage V(x,t) spread along the dendritic axis we
could find the distribution of the electric intensity along the dendrite in space and
time after differentiation:

(70)


——

E = -V V =


dV t 1    -x

(Xt) = 1 V0 e ×λ

dx λ 0


-t/
.e τ


The maximal electric field intensity for a single excitatory postsynaptic potential
with magnitude of 0.2mV is ~0.57 V/m.

0.2


0.4

40

0.8

30

20

10

0

0

0.2

0.4

0.6

1 0

Fig. 11 Distribution of the electric intensity along the axis of the dendrite after
application of single EPSP (0.2mV) at the top of dendrite with diameter d~1μm,
length l~1mm in time interval of 40ms (λ=353μm and τ=30ms).


40




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