- Author:
- WeiweiAi <wai484@aucklanduni.ac.nz>
- Date:
- 2021-08-10 15:00:21+12:00
- Desc:
- Add activation_function.cell, gating_experiment.cell and gating_experiment.sedml to simulate activation function and tau as function of V;
Modify and add more plot scripts and figures for Physiome articles
- Permanent Source URI:
- https://models.cellml.org/workspace/64f/rawfile/d9231655dc622ff60e69257b731e809923e8c02c/doc/stimulated.rst
Membrane potential model
------------------------
The `stimulated.cellml <../components/stimulated.cellml>`_ defines the complete `equations of the membrane potential and conductance <../components/stimulated.cellml/cellml_math>`_.
It combines the imported ionic current components:
- Potassium current component
The `IK.cellml <../components/IK.cellml>`_ defines the equation of the potassium current .
It instantiates the imported `gating kinetics component <../components/gating-variable.cellml>`_ for n gate, while the n gate rate is defined in `IK-gating-rates.cellml <../components/IK-gating-rates.cellml>`_.
- Sodium current component
The `INa.cellml <../components/INa.cellml>`_ defines the equation of the sodium current.
It instantiates the imported `gating kinetics component <../components/gating-variable.cellml>`_ for m and h gates, while the gate rates are defined in `INa-gating-rates.cellml <../components/INa-gating-rates.cellml>`_.
- Leakage current component
The `Ileak.cellml <../components/Ileak.cellml>`_ defines the equation of the leakage current.
