The gut microbiome profile of HTN in the additional independent metagenomic analysis. (a) Bacterial α diversity (Shannon index) at the genus level is compared between control (n = 3) and HTN (n = 3) group. P value is from t test. (b) The genera abundance alteration in HTN patients is compared with the controls. Red represents more abundant, blue indicates less abundant. The genera marked with green points show a consistent trend in HTN compared with the results in stage 1 metagenomic analysis, while gray points represent the genera with inconsistent variation. (PDF 330 kb
Genus level relative abundances of the fungal gut microbiota of healthy controls (HC) and Rett syndr...
The number of genomes of major genera exhibiting individual pathofunctions is displayed, where the p...
Figure S1. The top 15 genera (the mean relative abundance more than 0.46%) in the cohort versus asth...
The interaction network of genera in enterotype 1. (a) The main contributor in enterotype 1 is shown...
Characteristics of the study cohort. A total of 196 participants consisted of 41 healthy controls, 5...
ObjectivesHuman gut microbiome has gained great attention for its proposed roles in the development ...
ObjectivesHuman gut microbiome has gained great attention for its proposed roles in the development ...
ObjectivesHuman gut microbiome has gained great attention for its proposed roles in the development ...
Objectives: Previous studies have reported that the gut microbiome has an important link with the de...
Figure S4. Reduced gut microbial richness in only one twin sample. (a-f) Richness and alpha-diversit...
Size distribution and taxonomic assignment of CAGs. (a) The 1,120,526 genes significantly different ...
Abstract: Gut flora has personal characteristics for each individual, similar to the fingerprints, c...
ObjectivesHuman gut microbiome has gained great attention for its proposed roles in the development ...
ObjectivesHuman gut microbiome has gained great attention for its proposed roles in the development ...
AbstractGut microbiota of higher vertebrates is host-specific. The number and diversity of the organ...
Genus level relative abundances of the fungal gut microbiota of healthy controls (HC) and Rett syndr...
The number of genomes of major genera exhibiting individual pathofunctions is displayed, where the p...
Figure S1. The top 15 genera (the mean relative abundance more than 0.46%) in the cohort versus asth...
The interaction network of genera in enterotype 1. (a) The main contributor in enterotype 1 is shown...
Characteristics of the study cohort. A total of 196 participants consisted of 41 healthy controls, 5...
ObjectivesHuman gut microbiome has gained great attention for its proposed roles in the development ...
ObjectivesHuman gut microbiome has gained great attention for its proposed roles in the development ...
ObjectivesHuman gut microbiome has gained great attention for its proposed roles in the development ...
Objectives: Previous studies have reported that the gut microbiome has an important link with the de...
Figure S4. Reduced gut microbial richness in only one twin sample. (a-f) Richness and alpha-diversit...
Size distribution and taxonomic assignment of CAGs. (a) The 1,120,526 genes significantly different ...
Abstract: Gut flora has personal characteristics for each individual, similar to the fingerprints, c...
ObjectivesHuman gut microbiome has gained great attention for its proposed roles in the development ...
ObjectivesHuman gut microbiome has gained great attention for its proposed roles in the development ...
AbstractGut microbiota of higher vertebrates is host-specific. The number and diversity of the organ...
Genus level relative abundances of the fungal gut microbiota of healthy controls (HC) and Rett syndr...
The number of genomes of major genera exhibiting individual pathofunctions is displayed, where the p...
Figure S1. The top 15 genera (the mean relative abundance more than 0.46%) in the cohort versus asth...