Downloads

e-Heart Models

All e-Heart Models are downloadable from here. (Last Update – 2016/8/22)

Cardiac Physiome 2017: Metabolism, mechanics, and ion fluxes

Thursday 9 Nov. 2017, Akinori Noma
”Understanding mechanisms underlying the physiological functions using models: e-Heart”
Program codes for simulation models used in the presentation can be downloaded from the following links. (Last Update – 2017/11/8)

1. HuVECmodel_Euler_Heun170821.zip
   Human Ventricular Cell Electrical-Contraction Coupling (HuVEC) model
2. SANmodelnanodomain.zip
   Sinoatrial Node (SAN) Cell model
3. APpropagationSAFull04.zip
   AP conduction in a SA node cell array
4. APpropagationSAAC.zip
   AP conduction from SAN cell to atrial cell arrays
5. ActionPotential08.zip
   An abstract form of membrane mode
6. ElectricCircuitL.zip.zip
   Instantaneous equilibrium potential in the equivalent electric circuit
7. SingleKchannel5.zip
   Single K+ channel activities in the abstract Model
8. SingleCachannel05.zip
   Single Ca2+ channel activities in the abstract Model

Published Models

• Mechanisms Underlying Spontaneous Action Potential Generation Induced by Catecholamine in Pulmonary Vein Cardiomyocytes: A Simulation Study
  S Umehara, X Tan, Y Okamoto, K Ono, A Noma, A Amano and Y Himeno
  International Journal of Molecular Sciences (IJMS), in press.
  Paper, Supporting Materials, and Model. (Last Update – 2019/6/20)
• Regulation of the glucose supply from capillary to tissue examined by developing a capillary model
  A Maeda, Y Himeno, M Ikebuchi, A Noma, A Amano
  Journal of Physiological Sciences (JPS), in press. (Last Update – 2017/4/17)
• Latest version of HuVEC model (HuVECIII). (Last Update – 2017/8/22)
• A human ventricular myocyte model with refined representation of excitation-contraction coupling (HuVECII).
  VB.NET version (Last Update – 2015/6/17)
  C version (Last Update – 2016/11/15)
• EAD and DAD mechanisms analyzed by developing a new human ventricular cell model (HuVECI). (Last Update – 2014/9/9)