>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
>> modules name: vdg >>
>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
Ivd: > Current due to a voltagedependent conductance >
>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
>>>
> p >
1 > G= g x A x B (1) >
b31_soma_k3.A >A< > >
b31_soma_K3.B >B< > >
5.0 >25 g< > >
1.0 >4 P< > Ivd = G x (V E) >
35.0 >70 E< > >
> >
>>>
> > p >
> 2 > Ivd= g x m x h (2) >
> model.m >m< > >
> model.h >h< > >
> 0.012 >g< > >
> 1 >P< > Ivd = G x (V E) >
> 35 >E< > >
> > >
>>>
> > p >
> 3 > G= g x A (3) >
> model.A >A< > >
> 0.012 >g< > >
> 1 >P< > Ivd = G x (V E) >
> 72 >E< > >
> > >
>>>
> > p >
> 4 > Ivd= g x m (4) >
> model.m >m< > >
> 0.012 >g< > >
> 1 >P< > Ivd = G x (V E) >
> 35 >E< > >
> > >
>>>
> > >
> 5 > Ivd = G x (V E) (5) >
> 0.012 >g< > >
> 72 >E< > >
> > >
>>>
END:
