Brocklehurst, Paul Ni, Haibo Zhang, Henggui Ye, Jianqiao Electro-mechanical dynamics of spiral waves in a discrete 2D model of human atrial tissue - Fig 5 <p>(a) The evolution of membrane action potential for the central cell in the tissue, throughout the time course of spiral wave excitation in the tissue. Here, model <b>M</b> is blue and <b>E</b> is green. (b) Membrane action potential for the central cell, for models <b>MR</b> (red) and <b>ER</b> (black). (c) The sarcomere length for the mechanical models <b>M</b> (blue) and <b>MR</b> (red).</p> 2 D model;ion channel properties;AFER;continuum mechanics models;atrial fibrillation;atrial tissue;spiral waves;mechano-electrical feedback;DEM particles form;tip trajectories 2017-05-16
    https://plos.figshare.com/articles/figure/Electro-mechanical_dynamics_of_spiral_waves_in_a_discrete_2D_model_of_human_atrial_tissue_-_Fig_5/5009816
10.1371/journal.pone.0176607.g005