Sensitivity analysis example - Revision history

Elena.kutumova@biouml.org at 03:48, 16 March 2022

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 ==Reproducing a test case in BioUML==
-To reproduce a test case below in the [[BioUML]] workbench, go to the <b>Analysis</b> tab in the navigation pane and follow to ''analyses'' > ''Methods'' > ''Differential algebraic equations''.
+To reproduce a test case below in the [[BioUML]] workbench, go to the <b>Analyses</b> tab in the navigation pane and follow to ''analyses'' > ''Methods'' > ''Differential algebraic equations''.
 After double click on ''Sensitivity Analysis'', a new tab with analysis settings opens.

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 To reproduce a test case below in the [[BioUML]] workbench, go to the <b>Analysis</b> tab in the navigation pane and follow to ''analyses'' > ''Methods'' > ''Differential algebraic equations''.
-After double click on ''Sensitivity Analysis'', a new tab with analysis settings opens (Figure 1).
+After double click on ''Sensitivity Analysis'', a new tab with analysis settings opens.
 Select a path to the example diagram:

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 The method description could be found in the section [[Sensitivity Analysis]]. Here we give an example of the method application and using in BioUML.
 ==Reproducing a test case in BioUML==
 To reproduce a test case below in the [[BioUML]] workbench, go to the <b>Analysis</b> tab in the navigation pane and follow to ''analyses'' > ''Methods'' > ''Differential algebraic equations''.
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 ''data/Collaboration/Demo/Data/Temp/Sensitivity Analysis Results''
 After you click the <b>Run</b> button and the calculations are finished, you can see the results presented in two tables, including scaled and unscaled sensitivities.
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 ==References==
 # Geva-Zatorsky N., Rosenfeld N., Itzkovitz S., Milo R., Sigal A., Dekel E., Yarnitzky T., Liron Y., Polak P., Lahav G., Alon U. Oscillations and variability in the p53 system. ''Molecular Systems Biology''. 2006. V. 2, № 2006.0033.

@@ Line 7: / Line 7: @@
 To reproduce a test case below in the [[BioUML]] workbench, go to the <b>Analysis</b> tab in the navigation pane and follow to ''analyses'' > ''Methods'' > ''Differential algebraic equations''.
-After double click on ''Sensitivity Analysis'', a new tab with analysis settings opens.
+After double click on ''Sensitivity Analysis'', a new tab with analysis settings opens (Figure 1).
 Select a path to the example diagram:

@@ Line 3: / Line 3: @@
 ==Reproducing a test case in BioUML==
-[[File:mca_figure_1.png|thumb|'''Figure 1'''. Sensitivity analysis settings for reproducing the test case described in this chapter.]]
+[[File:sa_figure_1.png|thumb|'''Figure 1'''. Sensitivity analysis settings for reproducing the test case described in this chapter.]]
 To reproduce a test case below in the [[BioUML]] workbench, go to the <b>Analysis</b> tab in the navigation pane and follow to ''analyses'' > ''Methods'' > ''Differential algebraic equations''.

← Older revision		Revision as of 09:30, 14 March 2022
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	==Reproducing a test case in BioUML==		==Reproducing a test case in BioUML==
		+
		+	[[File:mca_figure_1.png\|thumb\|'''Figure 1'''. Sensitivity analysis settings for reproducing the test case described in this chapter.]]

	To reproduce a test case below in the [[BioUML]] workbench, go to the <b>Analysis</b> tab in the navigation pane and follow to ''analyses'' > ''Methods'' > ''Differential algebraic equations''.		To reproduce a test case below in the [[BioUML]] workbench, go to the <b>Analysis</b> tab in the navigation pane and follow to ''analyses'' > ''Methods'' > ''Differential algebraic equations''.