Components
About this model
Original publication: | |
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Kernik et al. (2019): "A computational model of induced pluripotent stem-cell derived cardiomyocytes incorporating experimental variability from multiple data sources" J Physiol. 2019 Sep 1; 597(17): 4533-4564. | |
DOI: | https://dx.doi.org/10.1113%2FJP277724 |
CellML files
CellML can build a model in a modular way which divides the model into distinct modules, which can be re-used. The main CellML files:
- Components which include:
Main file that put all the other required files together: Channels
this file is the main CellML file which is the top model in the hierarchical modular presentation and rest of the files need to be imported here in order to run the simulation.
These files have the formulation for calculating each channel's current (for instance: Current_Ik1): Current_Ik1
This file contains the formulation for Nernst potential: Nernst_potential
Different protocol to choose a value for intracellular potassium: Protocol
Probability of channels gates being open or close: act_inact
this file is the main CellML file for calculation the probability of channels gates being open or close and also the activation/inactivation time constants. some other files need to be imported here in order to run the simulation.
Hodgkin-Huxley-type gating formulations are provided in a single module here: gatting
some of the channels have different gating formulation which is collected in specific file (for instance: gating_Ik1): gating_Ik1
- General file for required parameters: parameter
This file is a general file, specific parameters for calculating the probability of each channel's gate being open or close are presented in associated python script.
some of the channels have their own parameters which are collected in specific file (for instance: parameter_Ik1): parameter_Ik1
All the required units for this simulation: unit