Long-Time Simulation of Calcium Waves in a Heart Cell to Study the Effects of Calcium Release Flux Density and of Coefficients in the Pump and Leak Mechanisms on Self-Organizing Wave Behavior Zana Coulibaly, Michael Musc - Coulibaly - Document - PDFSEARCH.IO

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	Long-Time Simulation of Calcium Waves in a Heart Cell to Study the Effects of Calcium Release Flux Density and of Coefficients in the Pump and Leak Mechanisms on Self-Organizing Wave Behavior Zana Coulibaly, Michael Musc Add to Reading List Document Date: 2009-07-30 10:24:52 Open Document File Size: 4,52 MB Share Result on Facebook Facility University of Maryland / / IndustryTerm ns chemical species / chemical species / / Organization Bradford E. Peercy Department of Mathematics and Statistics / University of Maryland / Baltimore County / / Person Matthias K. Gobbert / Bradford E. Peercy / Figure / Michael Muscedere / / Position representative / / ProvinceOrState Maryland / / Technology Simulation / / SocialTag Chemistry Matter Physics Partial differential equations Wave Calcium in biology

Long-Time Simulation of Calcium Waves in a Heart Cell to Study the Effects of Calcium Release Flux Density and of Coefficients in the Pump and Leak Mechanisms on Self-Organizing Wave Behavior Zana Coulibaly, Michael MuscAdd to Reading List