Fig. 15 An electrical circuit diagram describing the current flows across the cell
membrane that are captured in the Hodgkin-Huxley model Schneidman, 2001).
The individual ionic currents are linearly related to the potential according to
Ohm's law,
(81) IK(t)=GK(V,t)[V(t)-EK]
(82) INa(t)=GNa(V,t)[V(t)-ENa]
(83) IL(t) = GL(V,t)[V(t) - EL]
where GK, GNa and GL are the potassium, sodium and leak conductances per unit
area of the membrane and EK, ENa and VL are the corresponding reversal or
equilibrium potentials of each of the ionic species (the potential at which the ionic
concentration gradient is balanced by the electrical potential gradient, and there
is no net flux of the ions of this type).
49
More intriguing information
1. An Efficient Secure Multimodal Biometric Fusion Using Palmprint and Face Image2. Modelling Transport in an Interregional General Equilibrium Model with Externalities
3. Picture recognition in animals and humans
4. Evaluating the Impact of Health Programmes
5. Measuring Semantic Similarity by Latent Relational Analysis
6. Modeling industrial location decisions in U.S. counties
7. Discourse Patterns in First Language Use at Hcme and Second Language Learning at School: an Ethnographic Approach
8. Cross-Country Evidence on the Link between the Level of Infrastructure and Capital Inflows
9. The Dynamic Cost of the Draft
10. The name is absent