This data contains the MATLAB code for reproducing the simulation results with an extracellular potassium concentration of 4 mM. Separate files are included to run the model with slow twitch muscle fiber parameters (Run_Slow_Twitch_Model.m) and fast twitch muscle fiber parameters (Run_Fast_Twitch_Model.m). The resting membrane potential is saved in ics 4.txt
Today it seems well established that calcium ions are the mediators of excitation contraction coupli...
Effects of Ca2+-activated K+ and voltage-activated K+-channel agonists and antagonists on the myoele...
103 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1987.Contracture of skinned (sarco...
A model is presented describing quantitatively the events between excitation and force development i...
This thesis is based on two projects related to muscle physiology and pathology. One is a model of i...
This work focuses on electro-chemical-mechanical multi-scale simulation of the excitation-contractio...
Recent experimental findings in the Rich lab suggest there are important gaps in our understanding o...
Introduction: Skeletal muscle is responsible for multiple functions for maintaining energy homeostas...
Skeletal muscle contraction is initiated when an action potential triggers the release of Ca2+ into ...
Skeletal muscle contraction is initiated when an action potential triggers the release of Ca2+ into ...
This model was developed for the study of excitation-contraction coupling for single cardiac cell. T...
A mathematical model for the excitation-contraction coupling within a functional unit (locus) of the...
Skeletal muscle tissue has a highly complex and heterogeneous structure comprising several physical ...
A sliding filament model for muscle contraction is extended by including an activation mechanism bas...
A mathematical model was derived that describes peak force of contraction as a function of stimulus ...
Today it seems well established that calcium ions are the mediators of excitation contraction coupli...
Effects of Ca2+-activated K+ and voltage-activated K+-channel agonists and antagonists on the myoele...
103 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1987.Contracture of skinned (sarco...
A model is presented describing quantitatively the events between excitation and force development i...
This thesis is based on two projects related to muscle physiology and pathology. One is a model of i...
This work focuses on electro-chemical-mechanical multi-scale simulation of the excitation-contractio...
Recent experimental findings in the Rich lab suggest there are important gaps in our understanding o...
Introduction: Skeletal muscle is responsible for multiple functions for maintaining energy homeostas...
Skeletal muscle contraction is initiated when an action potential triggers the release of Ca2+ into ...
Skeletal muscle contraction is initiated when an action potential triggers the release of Ca2+ into ...
This model was developed for the study of excitation-contraction coupling for single cardiac cell. T...
A mathematical model for the excitation-contraction coupling within a functional unit (locus) of the...
Skeletal muscle tissue has a highly complex and heterogeneous structure comprising several physical ...
A sliding filament model for muscle contraction is extended by including an activation mechanism bas...
A mathematical model was derived that describes peak force of contraction as a function of stimulus ...
Today it seems well established that calcium ions are the mediators of excitation contraction coupli...
Effects of Ca2+-activated K+ and voltage-activated K+-channel agonists and antagonists on the myoele...
103 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1987.Contracture of skinned (sarco...