Data for publication by Motchon et al "Effect of biomaterial stiffness on cardiac mechanics in a biventricular infarcted rat heart model with microstructural representation of in situ intramyocardial injectate"

<p>1. Excel files:</p> <ul> <li>ED_ES_Strain_injectate.xlsx: End systolic/diastolic maximum and minimum principal strain for injectate</li> <li>ED_ES_Strain_myocardium.xlsx: End systolic/diastolic myofibre and cross-fibre strain in the myocardium</li> </ul> <p>2. Word document: ED_ES_Strain_statistical data.docx</p> <ul> <li>End systolic and end diastolic descriptive statistics values in the myocarduim and the injectate region for Einj = 4.1 to 405900 kPa</li> <li>Each table contains the mean, median, first and third quartile values from strain distribution</li> <li>The data were obtained for (i) myofibre and cross-fibre strain (in myocardium) and (ii) maximum and minimum principal strain (in the injectate region)</li> </ul> <p>3. Abaqus CAE file: BV_Model.cae</p> <ul> <li>Abaqus file with the model details</li> <li>Material parameters for the injectate and the myocarduim are implemented </li> </ul> <p>4. Python files (as zip archive): </p> <ul> <li>\Python Codes Ploting Box plots\Injectate\</li> <li>boxplotED_ES_MaxPrinc.py: loads strain data and plot box plot figures of injectate</li> <li>postProcesDataPlotFunctions.py: contains function to plot histograms and box plots</li> <li>\Python Codes Ploting Box plots\myocardium\</li> <li>boxplotED_ES_Myo_Cross.py: loads strain data and plot box plot figures of myocardium</li> <li>postProcesDataPlotFunctions.py: contains function to plot histograms and box plots</li> </ul><p></p>