Fig. 6: Application to 16 non-linear gene regulatory networks: including noise. | npj Systems Biology and Applications

Fig. 6: Application to 16 non-linear gene regulatory networks: including noise.

From: Network inference from perturbation time course data

Fig. 6

a Classification scheme for a distribution of parameter estimates. Going from left to right panels, the same parameter distribution with an actual (ground truth) value of positive (+), negative (−), or null (0), respectively, is estimated using different percentile windows centered on the median. The percentile “window” is the median value for the leftmost panel (rigorous classification), between 40th and 60th percentile in the second panel, and between 10th and 90th percentile in the third panel (conservative classification). Going from rigorous to conservative (left to right), an intermediate between the two gives a good classification performance. b ROC curves across all parameters for all 16 FFL models. Different color lines are different noise levels. c Fraction of correctly classified model parameters for different noise levels broken down by FFL model type. d Fraction of each model parameter correctly classified for different noise levels broken down by parameter type.

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