Fig. 3From: Inference-based accuracy of metagenome prediction tools varies across sample types and functional categoriesComparison of inferences based on gene composition estimated with metagenome prediction tools and metagenome sequencing in each of the 7 datasets. a In this approach, P values of the Wilcoxon test evaluating the null hypothesis for each dataset (see the “Methods” section and Table S1) were calculated for metagenome sequencing and metagenome prediction tools. The P values for genes in common between the two methods were compared using Spearman’s correlation, and the resulting rho was considered as an estimate for the correlation of inference. b Examples showing the correlations between the P values from metagenome prediction tools and metagenome sequencing in Human_KW, chicken, and Soil_LWM datasets. For example, in the Human_KW dataset, genes higher in urban subjects are in the upper-right hand quadrant, and genes lower in urban are in the lower-left hand quadrant. c The correlation of inference between metagenome sequencing and PICRUSt, PICRUSt2, and Tax4Fun for all seven datasetsBack to article page