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Figure S2. Relationship between the depth of sequencing and sum of the assembled contigs associated with a species for 225 species. Each panel represents a different species. The y axis represents the nucleotides assembled into contigs associated with a species. The x axis is the estimated number of nucleotide sequences for the species (proportion of the species in the microbiome multiplied by the number of nucleotides sequenced for this sample). The horizontal lines indicate 1 million nucleotides. As represented in the legend, the color of the points relate to the CIM or CEM conditions from which each point originates. (PDF 3014 kb)

Figure S4. Proportion of samples and enzymes positive per cluster per condition. For each combination of enzyme clusters and experimental conditions, the proportion of positive enzymes compared to the total size of the combination was calculated. A value of 1 indicates that all samples were positive for all enzymes. A value of 0 indicates that no sample in a given condition was positive for any enzyme from the cluster. (PDF 305 kb)

Figure S7. Distance in nucleotides between the core and accessory resistance genes from mobile elements in E. coli and E. cloacae. (PDF 175 kb)

Figure S5. Association between genome content clustering and content in resistance genes for 432 Enterobacter cloacae whole genomes. The color of the heatmap indicates the copy number of each resistance gene in whole genomes. Hierarchical clustering of the genomes is based on the comparison of their content in k-mers using the Ray Surveyor software. (PDF 1449 kb)

Figure S6. Association between genome content clustering and content in resistance genes for 3346 Escherichia coli whole genomes. The color of the heatmap indicates the copy number of each resistance gene in whole genomes. Hierarchical clustering of the genomes is based on the comparison of their content in k-mers using the Ray Surveyor software. (PDF 1465 kb)