20 research outputs found
Estimated correlations between elementary effects and parameters (t = 4 weeks)
Estimated correlations between elementary effects and parameters (t = 4 weeks
The elementary effects (mean and sdev) of each parameter on each variable (RData)
The elementary effects (mean and sdev) of each parameter on each variable (RData
Estimated correlations between elementary effects and parameters (t = 1 week)
Estimated correlations between elementary effects and parameters (t = 1 week
Individual simulations, 4 weeks after perturbation
This RData file contains a table of all the simulations, 4 weeks after the perturbation. The columns encompass all parameters (prefixed with "p_") and all variables (prefixed with "v_"). The odd-numbered rows record the state of the model prior to the perturbation, and the even-numbered rows record the state of the model after the perturbation
Individual simulations, 1 day after perturbation
This RData file contains a table of all the simulations, 1 day after the perturbation. The columns encompass all parameters (prefixed with "p_") and all variables (prefixed with "v_"). The odd-numbered rows record the state of the model prior to the perturbation, and the even-numbered rows record the state of the model after the perturbation
Estimated correlations between elementary effects and parameters (t = 1 hour)
Estimated correlations between elementary effects and parameters (t = 1 hour
Individual simulations, 1 minute after perturbation
ions, 1 minute after the perturbation. The columns encompass all parameters (prefixed with "p_") and all variables (prefixed with "v_"). The odd-numbered rows record the state of the model prior to the perturbation, and the even-numbered rows record the state of the model after the perturbation
Estimated correlations between elementary effects and parameters (t = 1 day)
Estimated correlations between elementary effects and parameters (t = 1 day
Comparison of correlations between parameters and variables in the normotensive and hypertensive virtual sub-populations.
<p>For a given variable, the correlations with each parameter are plotted against the x-axis for the normotensive population, and against the y-axis for the hypertensive population (only correlations are shown). <b>A:</b> Mean arterial pressure (MAP). <b>B:</b> Cardiac output (QAO). <b>C:</b> Blood volume (VB). <b>D:</b> Rate of urine production (VUD).</p
Parameters for building the virtual population.
<p>Parameters for building the virtual population.</p