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Ventricular fibrillation was simulated using three-dimensional heart model incorporating anatomic and electrophysiologic details. A parameter relating restitution of premature action potential durations to coupling interval of stimulation was defined and incorporated into the heart model to simulate the cell dynamics. Conduction delay during relative refractory period was also taken into account....
The present investigation was aimed to find out autoregulation factor of blood viscosity for various diseases by confirming blood as a non-Newtonian power law fluid. It was found that the autoregulation factor can be used for differentiating normal and pathological samples and subsequent rheological mapping of individual blood samples.
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