Extended Data Fig. 5: Effect of total load on weight, per treatment and genotype.
From: Commensal Pseudomonas strains facilitate protective response against pathogens in the host plant
a. Mean slope difference of the three synthetic communities. The slope difference indicates the effect of the treatment on the correlation between weight and isolate load - that is treatment * log10(cumulative isolate load) - following the model [weight ~ treatment * log10(cumulative isolate load) + treatment + log10(cumulative isolate load) + genotype + experiment + error]. PathoCom was selected as a reference. Dots indicate the median estimates, and vertical lines 95% Bayesian credible intervals of the fitted parameter. Related to Fig. 3B. b. Correlation of log10(cumulative isolate load) with rosette fresh weight, for each of the genotypes within each of the three synthetic communities. Shaded areas indicate 95% confidence intervals of the correlation. Colour codes in the bottom left box, on the right. c. Mean slope difference of the six A. thaliana genotypes used in this study. The slope difference indicates the effect of the genotype on the correlation between weight and isolate load - that is genotype * log10(cumulative isolate load) - following the model [weight ~ genotype * log10(cumulative isolate load) + treatment + log10(cumulative isolate load) + experiment + error]. Each treatment was analysed individually, thus the model was utilized for each treatment separately. Kus3-1 was randomly selected as a reference. Dots indicate the median estimates, and vertical lines 95% Bayesian credible intervals of the fitted parameter. Related to panel B. n=170 for PathoCom, n=151 for CommenCom, and n=182 for MixedCom. n=77-94 for the six A. thaliana genotypes.
