Table S10. Means of 26 predictive functional modules between the Type 1 and Type 2 fecal samples. (PDF 209âkb
Five supporting tables. A table caption of each is given within the file. (XLSX 84 kb
Distribution of subjects’ genders stratified by area of residence. Gender ratios of female to male r...
UniFrac clustering for gender distribution. (A) Unweighted and (B) weighted UniFrac PCoA of gut micr...
Table S11. The P-values of the predictive functional modules of the Type 1 fecal microbial community...
Table S12. The P-values of the predictive functional modules of the Type 2 Fecal community. (XLSX 23...
Table S2. Percentage of fecal samples and mean relative abundances of the 131 genera. (XLSX 27âkb
Tables S4-S9. Significant correlations for each type group at each sample collection time. (XLSX 27â...
Figure S1. The differences of microbial diversity between the type 1 and 2 groups. (PDF 331âkb
Figure S6. Percentage of the number of correlation change between SB and S7; SB and S28. (PDF 232â...
Table S3. Descriptive statistics of richness and Shannon diversity index. (PDF 184âkb
Figsure S3-S5. Correlation networks for 61 genera at three sample collection times. (PDF 2498âkb
Table S18. Percentage of fecal samples and mean relative abundance of SMB53, Bulleidia, and Akkerman...
Tables S14 and S15. Table S14: P-values between the Type 1 and Type 2 groups; Table S15: P-values be...
Figure S2. Principal coordinate analysis (PCoA) based on the UniFrac distance values. (PDF 414âkb
Abstract Background Human gut microbiome has an essential role in human health and disease. Although...
Five supporting tables. A table caption of each is given within the file. (XLSX 84 kb
Distribution of subjects’ genders stratified by area of residence. Gender ratios of female to male r...
UniFrac clustering for gender distribution. (A) Unweighted and (B) weighted UniFrac PCoA of gut micr...
Table S11. The P-values of the predictive functional modules of the Type 1 fecal microbial community...
Table S12. The P-values of the predictive functional modules of the Type 2 Fecal community. (XLSX 23...
Table S2. Percentage of fecal samples and mean relative abundances of the 131 genera. (XLSX 27âkb
Tables S4-S9. Significant correlations for each type group at each sample collection time. (XLSX 27â...
Figure S1. The differences of microbial diversity between the type 1 and 2 groups. (PDF 331âkb
Figure S6. Percentage of the number of correlation change between SB and S7; SB and S28. (PDF 232â...
Table S3. Descriptive statistics of richness and Shannon diversity index. (PDF 184âkb
Figsure S3-S5. Correlation networks for 61 genera at three sample collection times. (PDF 2498âkb
Table S18. Percentage of fecal samples and mean relative abundance of SMB53, Bulleidia, and Akkerman...
Tables S14 and S15. Table S14: P-values between the Type 1 and Type 2 groups; Table S15: P-values be...
Figure S2. Principal coordinate analysis (PCoA) based on the UniFrac distance values. (PDF 414âkb
Abstract Background Human gut microbiome has an essential role in human health and disease. Although...
Five supporting tables. A table caption of each is given within the file. (XLSX 84 kb
Distribution of subjects’ genders stratified by area of residence. Gender ratios of female to male r...
UniFrac clustering for gender distribution. (A) Unweighted and (B) weighted UniFrac PCoA of gut micr...