Table S2. Table of statistical analyses of differences in parameters across groups in Table 2. (XLSX 12 kb
Table S3. Adonis test results for contribution of HIV, MSM and ART status to differences in weighted...
Figure S6. HIV-positive individuals improve CD4+ T cell count and viral load after ART initiation. (...
Figure S5. Receptive anal intercourse does not correlate with PCoA space A. Weighted UniFrac PCoA an...
Table S1. Table of statistical analyses of differences in parameters across groups in Table 1. (XLSX...
Table S5. Fishers exact test for enterotypes.org fit of MSM compared to non-MSM to reference enterot...
Table S11. Linear modeling of diet and MSM results analysis to determine effect of diet differences ...
Table S8. Edge Table for HIV-negative, Prevotella-rich non-MSM network referenced in in Additional f...
Table S12. The Dunnâs test statistic for OTUs identified to differ between MSM who are HIV-negativ...
Table S4. Table of significantly different OTUs between all (HIV-negative and positive) MSM and non-...
Table S6. Table of significantly different OTUs between only HIV-negative MSM and non-MSM. OTUs sign...
Table S7. Edge Table for HIV-negative, Prevotella-rich MSM network displayed in Additional file 10: ...
Table S9. Full list of diet differences in MSM compared to non-MSM normalized by 1000Â kcal. Diet co...
Figure S2. Abundance and Binary Jaccard Analysis. A. Abundance and B. binary Jaccard with points col...
Table S10. Full list of diet differences in MSM compared to non-MSM un-normalized data. Diet compone...
Figure S3. Samples are best divided into two enterotypes, which are primarily defined by Bacteroides...
Table S3. Adonis test results for contribution of HIV, MSM and ART status to differences in weighted...
Figure S6. HIV-positive individuals improve CD4+ T cell count and viral load after ART initiation. (...
Figure S5. Receptive anal intercourse does not correlate with PCoA space A. Weighted UniFrac PCoA an...
Table S1. Table of statistical analyses of differences in parameters across groups in Table 1. (XLSX...
Table S5. Fishers exact test for enterotypes.org fit of MSM compared to non-MSM to reference enterot...
Table S11. Linear modeling of diet and MSM results analysis to determine effect of diet differences ...
Table S8. Edge Table for HIV-negative, Prevotella-rich non-MSM network referenced in in Additional f...
Table S12. The Dunnâs test statistic for OTUs identified to differ between MSM who are HIV-negativ...
Table S4. Table of significantly different OTUs between all (HIV-negative and positive) MSM and non-...
Table S6. Table of significantly different OTUs between only HIV-negative MSM and non-MSM. OTUs sign...
Table S7. Edge Table for HIV-negative, Prevotella-rich MSM network displayed in Additional file 10: ...
Table S9. Full list of diet differences in MSM compared to non-MSM normalized by 1000Â kcal. Diet co...
Figure S2. Abundance and Binary Jaccard Analysis. A. Abundance and B. binary Jaccard with points col...
Table S10. Full list of diet differences in MSM compared to non-MSM un-normalized data. Diet compone...
Figure S3. Samples are best divided into two enterotypes, which are primarily defined by Bacteroides...
Table S3. Adonis test results for contribution of HIV, MSM and ART status to differences in weighted...
Figure S6. HIV-positive individuals improve CD4+ T cell count and viral load after ART initiation. (...
Figure S5. Receptive anal intercourse does not correlate with PCoA space A. Weighted UniFrac PCoA an...