… overview of currently available computational models for cardiomyocyte Ca 2+ handling.
Finally, … cardiomyocyte Ca 2+ handling and highlight how synergy between in vitro and in silico …

… Here, we present a computer model that simulates the time course of intracellular Ca 2+
concentration and its interplay with diverse ion currents during T cell activation. We used a …

… First we compare dynamic model output of two models: a two-state model of Ca 2+ /CaM
binding and a four-state model of Ca 2+ /CaM binding. We find that a four-state model of Ca 2+ /…

… in silico simulations on a large set of models of calcium release sites (CRSs). Our models …
, with an open probability dependent on concentrations of free Ca 2+ and Mg 2+ ions, in a …

… + fluorescent indicator gives an indication of the real Ca 2+ sensed by the vesicles. This …
model for the process of the Ca 2+ triggered vesicle release. Also, one can infer local Ca 2+ …

… an in silico tool in the experimental laboratories. To be useful in neuroscience labs, the
modeling … Poirazi and Royeck implemented a detailed model of Ca2+ dynamics, the Shah model …

… We showed a higher density of SCaEs and content of SR Ca2+ in atrial myocytes with
the rs13143308T risk variant. Further computational analysis revealed that these calcium-…

… Notably, the elevated function of calcium transport ATPase increases sarcoplasmic reticulum
Ca 2+ concentration, thereby enhancing susceptibility to triggered activity. Furthermore, …

… Methods: We adapted a computer model of mouse ventricular electrophysiology using …
A population-of-models approach was used to investigate the generalizability of our findings…

… We considered in the present study only models where astrocytic Ca 2+ … the roles of
astrocytes in neural network dynamics. Based on our evaluation, we found out that in silico models …