Ghosh, Shouryadipta Tran, Kenneth M. D. Delbridge, Lea J. R. Hickey, Anthony Hanssen, Eric J. Crampin, Edmund Rajagopal, Vijay Model assumptions and FE mesh generation from EM image cross-sections. <p>(A): We assumed that individual mitochondria that cluster together will share a common inner membrane space. (B): Based on this assumption, each mitochondrial cluster was divided into two regions: an IMS region, depicted in green and a matrix region, depicted in blue. A third region depicted in red covers the myofibrils present in the cell. (C): Image of a FE mesh developed from the EM image of cross-section 1 with the three different regions.</p> mitochondrial CK enzymes;impact;electron microscope images;metabolite distributions;creatine phosphate;bioenergetic;mitochondria aggregated;mitochondrial distributions;force production;mitochondrial arrangement;twitch duration;reactions act;cell cross-section;cell architecture;force dynamics;mitochondrial organization;uniform force dynamics;diffusion;hypoxia activity;uniform ATP;creatine kinase;element modeling;electron microscopy data;PCr shuttle;mitochondrial organisation;force generation;ADP ratios;phosphate compounds 2018-12-05
    https://plos.figshare.com/articles/figure/Model_assumptions_and_FE_mesh_generation_from_EM_image_cross-sections_/7427315
10.1371/journal.pcbi.1006640.g003