insulin_receptor_ps2_tp2

A deterministic simulation of the insulin receptor model upon scanning of 
2 model parameters.

datasets

Provides an API for analysing repetitive parameter estimations and simulations of
mathematical models. Examples of mathematical models are Ordinary Differential equations (ODEs)
or Stochastic Differential Equations (SDEs) models. Among the analyses for parameter
estimation 'sbpiper' calculates statistics and generates plots for parameter density, PCA of the best
fits, parameter profile likelihood estimations (PLEs), and 2D parameter PLEs. These results can
be generated using all or a subset of the best computed parameter sets. Among the analyses
for model simulation 'sbpiper' calculates statistics and generates plots for deterministic
and stochastic time courses via cartesian and heatmap plots. Plots for the scan of one or two model
parameters can also be generated. This package is primarily used by the software 'SBpipe'.
Citation: Dalle Pezze P, Le Nov<c3><a8>re N. SBpipe: a collection of pipelines for automating
repetitive simulation and analysis tasks. BMC Systems Biology. 2017;11:46. <doi:10.1186/s12918-017-0423-3>.

Piero Dalle Pezze

sbpiper

Data Analysis Functions for 'SBpipe' Package

insulin_receptor_ps2_tp2 function

A data frame with 4 variables:<dl class="dl-horizontal">
 <dt>Time</dt><dd>The time variable. This dataset is at time T=2min upon insulin stimulation</dd>
 <dt>IR_beta_pY1146</dt><dd>The insulin receptor beta phosphorylated at pY1146</dd>
 <dt>IRbetaPercent</dt><dd>The percent of available IR_beta amount.</dd>
 <dt>InsulinPercent</dt><dd>The percent of available insulin amount.</dd>
</dl>

Format

A deterministic simulation of the insulin receptor model upon scanning of 
2 model parameters. — insulin_receptor_ps2_tp2

A data frame with 4 variables:<dl class='dl-horizontal'>
 <dt>Time</dt><dd>The time variable. This dataset is at time T=2min upon insulin stimulation</dd>
 <dt>IR_beta_pY1146</dt><dd>The insulin receptor beta phosphorylated at pY1146</dd>
 <dt>IRbetaPercent</dt><dd>The percent of available IR_beta amount.</dd>
 <dt>InsulinPercent</dt><dd>The percent of available insulin amount.</dd>
</dl>

insulin_receptor_ps2_tp2: A deterministic simulation of the insulin receptor model upon scanning of 2 model parameters.

Description

Usage

Arguments

Format