A. Zahradníková
(Slovakia), Scientific Organizer
B. Echebarria (Spain)
S. Luther (Germany)
I. Zahradník (Slovakia)
Processes |
Mechanisms |
Methods |
Levels |
intracellular calcium dynamics |
ion channel gating |
experimental |
molecular |
excitation-contraction coupling |
action potential generation |
theoretical |
cellular |
mechano-electric
feedback |
calcium diffusion and binding |
|
tissue |
arrhytmias |
spreading of excitation |
|
organ |
• how simplifications of the studied processes implemented into the models affect the veracity of extrapolation into experimentally untested regions of the model parameter space.
• the relative strength of the phenomenological and mechanistic approaches at levels of molecules, cells, tissues and the whole organ
• the advantages and disadvantages of deterministic, stochastic and probabilistic approaches
• the advantages and disadvantages of compartmental vs. reaction-diffusion models
• efficient implementation of the detailed knowledge of molecular and cellular mechanisms to the whole heart models.