Principle coordinate analysis of all samples from healthy participants. Samples are colored according to antibiotic intake in the 10 days before urine sampling. (TIFF 143 kb
Average percent abundance of selected OTUs in vaginal specimens of BV- and normal-women, and in peni...
Vaginitis is the most common disease in gynecology. Vaginal dysbiosis is a main reason of bacteria v...
Figure S2. Comparison of measures of alpha diversity in specimens from healthy women. a Comparison o...
Rarefaction curves of all samples. Samples were grouped according to healthy male, healthy female, i...
Urinary microbial communities before and after metronidazole treatment. (A) Microbial profiles for e...
Figure S7. Correlation network of vaginal microbiota in the Aâ+âN* group. (PDF 202âkb
Figure S9. Boxplots of 12 predictive functional categories that differed significantly among Nugent ...
Figure S3. Boxplot of richness and Shannon diversity index in the two subgroups of the A − N− group....
Abstract Background The urinary microbiota is similarly complex as the vaginal and penile microbiota...
Figure S2. The Pearson correlation coefficients between richness and Shannon diversity index. (PDF 4...
Table S1. Descriptive statistics of Shannon diversity and richness. Table S2. The p-values for any t...
The urinary microbiota is similarly complex as the vaginal and penile microbiota, yet its role as a ...
Vaginitis is the most common disease in gynecology. Vaginal dysbiosis is a main reason of bacteria v...
Vaginitis is the most common disease in gynecology. Vaginal dysbiosis is a main reason of bacteria v...
Figure S8. Principal component analysis of 32 predictive functional modules using PICRUSt in level 3...
Average percent abundance of selected OTUs in vaginal specimens of BV- and normal-women, and in peni...
Vaginitis is the most common disease in gynecology. Vaginal dysbiosis is a main reason of bacteria v...
Figure S2. Comparison of measures of alpha diversity in specimens from healthy women. a Comparison o...
Rarefaction curves of all samples. Samples were grouped according to healthy male, healthy female, i...
Urinary microbial communities before and after metronidazole treatment. (A) Microbial profiles for e...
Figure S7. Correlation network of vaginal microbiota in the Aâ+âN* group. (PDF 202âkb
Figure S9. Boxplots of 12 predictive functional categories that differed significantly among Nugent ...
Figure S3. Boxplot of richness and Shannon diversity index in the two subgroups of the A − N− group....
Abstract Background The urinary microbiota is similarly complex as the vaginal and penile microbiota...
Figure S2. The Pearson correlation coefficients between richness and Shannon diversity index. (PDF 4...
Table S1. Descriptive statistics of Shannon diversity and richness. Table S2. The p-values for any t...
The urinary microbiota is similarly complex as the vaginal and penile microbiota, yet its role as a ...
Vaginitis is the most common disease in gynecology. Vaginal dysbiosis is a main reason of bacteria v...
Vaginitis is the most common disease in gynecology. Vaginal dysbiosis is a main reason of bacteria v...
Figure S8. Principal component analysis of 32 predictive functional modules using PICRUSt in level 3...
Average percent abundance of selected OTUs in vaginal specimens of BV- and normal-women, and in peni...
Vaginitis is the most common disease in gynecology. Vaginal dysbiosis is a main reason of bacteria v...
Figure S2. Comparison of measures of alpha diversity in specimens from healthy women. a Comparison o...