Fig. 5: Concordance between in silico and in vivo models.
From: A proof-of-concept experimental-theoretical model to predict pesticide resistance evolution
The in silico model utilised experimental data from single-generation fecundity and compound survival assays to predict multi-generation resistance microevolution under selection. One hundred predictions involving stochasticity were generated for each condition. In silico model predictions are shown in colour, overlayed with in vivo data in black. A Spirotetramat selection at 20 µg/ml. B Spirotetramat selection at 24 µg/ml. C Ivermectin selection at 1.4 ng/ml. D Comparison of in vivo and in silico predictions of relative fitness of the resistance homozygote over the susceptible homozygote (\(\frac{{w}_{{AA}}}{{w}_{{aa}}}\)).
