Figure S2. (a) Distance between samples from multiple hosts (and from two separate human cohorts as a control) measured by abundance-weighted Jaccard distance (b) overlap in detected (named) genera (genera with prevalence >â1%) [number of genera]. (PDF 49Â kb
Background: Gut microbes influence their hosts in many ways, in particular by modulating the impact ...
The number of genomes of major genera exhibiting individual pathofunctions is displayed, where the p...
Figure S2. Relationship between the depth of sequencing and sum of the assembled contigs associated ...
Figure S3. Mapping rates of human reads to the gut gene catalogs of the four mammalian hosts conside...
Figure S10. Prevalence change split by experimental cohorts (cf. Fig. 3a). (PDF 42 kb
Figure S6. Distance boxplots of the samples in the 3 diets using Bray-Curtis divergence on log-norma...
Table S2. Basic statistics of the metagenomics data: number of base pairs and reads per sample. (XLS...
Figure S8. (a) Firmicutes:Bacteroidetes ratio at the end of the Base feeding period (no significant ...
Figure S1. Gene accumulation curve for dog, pig, mouse, and human gut microbiomes. (PDF 1676Â kb
Figure S7. (a) left: Principal coordinate analysis using weighted Unifrac distance [37]; right: corr...
Table S6. Nutritional content of the 3 diets used in this study. Values shown refer to percentage (%...
Table S5. Spearman correlation and SparCC-derived p value for all nodes in the co-abundance correlat...
Gene catalogue for the dog gut microbiome including FASTA file of nucleotide sequences (including...
Additional file 2: Supplemental Figure S1: A. The increased detection rate in WGS data compared to 1...
Figure S1. Diversity and abundance distribution of bacterial families in culture-independent or cult...
Background: Gut microbes influence their hosts in many ways, in particular by modulating the impact ...
The number of genomes of major genera exhibiting individual pathofunctions is displayed, where the p...
Figure S2. Relationship between the depth of sequencing and sum of the assembled contigs associated ...
Figure S3. Mapping rates of human reads to the gut gene catalogs of the four mammalian hosts conside...
Figure S10. Prevalence change split by experimental cohorts (cf. Fig. 3a). (PDF 42 kb
Figure S6. Distance boxplots of the samples in the 3 diets using Bray-Curtis divergence on log-norma...
Table S2. Basic statistics of the metagenomics data: number of base pairs and reads per sample. (XLS...
Figure S8. (a) Firmicutes:Bacteroidetes ratio at the end of the Base feeding period (no significant ...
Figure S1. Gene accumulation curve for dog, pig, mouse, and human gut microbiomes. (PDF 1676Â kb
Figure S7. (a) left: Principal coordinate analysis using weighted Unifrac distance [37]; right: corr...
Table S6. Nutritional content of the 3 diets used in this study. Values shown refer to percentage (%...
Table S5. Spearman correlation and SparCC-derived p value for all nodes in the co-abundance correlat...
Gene catalogue for the dog gut microbiome including FASTA file of nucleotide sequences (including...
Additional file 2: Supplemental Figure S1: A. The increased detection rate in WGS data compared to 1...
Figure S1. Diversity and abundance distribution of bacterial families in culture-independent or cult...
Background: Gut microbes influence their hosts in many ways, in particular by modulating the impact ...
The number of genomes of major genera exhibiting individual pathofunctions is displayed, where the p...
Figure S2. Relationship between the depth of sequencing and sum of the assembled contigs associated ...