Figure S5. Correlations between continuous phenotypic parameters and species profile in the entire cohort. (a) Spearman’s rank correlations between early events, pre-school lifestyle and species profile (n = 281). (b) Spearman’s rank correlations between blood parameters and species profiles (n = 281). P values were adjusted for each parameter. The “*” indicates significant correlation with adjusted P < 0.05. Species significantly correlated with at least one factor are presented. (PDF 301 kb
Figure S3. Taxonomic shifts associated with synbiotic supplementation. A. LEfSe plot of bacterial ge...
File includes Figure A, B, and C. Figure A. Rarefaction curve. Number of observed species identified...
Figure S1. Correlations between mean proportions of nonsense alleles among all, core, and hard-core ...
Figure S7. Correlations between Streptococcus species profile and selected phenotypic parameters in ...
Figure S3. Comparison of gut microbial compositional and functional structure between enterotypes. (...
Figure S4. Comparison of gut microbial functional potentials between enterotypes. (a) Differentially...
Table S1. Summary of phenotypic information of Dutch children at 6â9âyears of age. Table S2. Seq...
Figure S2. Gene count distribution in Dutch children. Black indicates all individuals, n = 281; red ...
Evaluating the effects of known traits on community structure and function in children and adults. P...
Figure S2. Abundance of Core microbiota in each sample, by sample number, grouped by child. Barplot ...
Figure S1. Rarefaction analysis of the species richness. Rarefaction curves showed a trend of an inc...
Table S1. Statistical output of all PERMANOVA analysis. Table S2. Table of bacteria, at all taxonomi...
Number of significant associations identified in the initial linear mixed-effects regression analysi...
Table S2. Genus vs genus correlations: Table of Pearson correlations between the relative abundances...
Table S5. Genus vs question correlations: Table of Pearson correlations between the relative abundan...
Figure S3. Taxonomic shifts associated with synbiotic supplementation. A. LEfSe plot of bacterial ge...
File includes Figure A, B, and C. Figure A. Rarefaction curve. Number of observed species identified...
Figure S1. Correlations between mean proportions of nonsense alleles among all, core, and hard-core ...
Figure S7. Correlations between Streptococcus species profile and selected phenotypic parameters in ...
Figure S3. Comparison of gut microbial compositional and functional structure between enterotypes. (...
Figure S4. Comparison of gut microbial functional potentials between enterotypes. (a) Differentially...
Table S1. Summary of phenotypic information of Dutch children at 6â9âyears of age. Table S2. Seq...
Figure S2. Gene count distribution in Dutch children. Black indicates all individuals, n = 281; red ...
Evaluating the effects of known traits on community structure and function in children and adults. P...
Figure S2. Abundance of Core microbiota in each sample, by sample number, grouped by child. Barplot ...
Figure S1. Rarefaction analysis of the species richness. Rarefaction curves showed a trend of an inc...
Table S1. Statistical output of all PERMANOVA analysis. Table S2. Table of bacteria, at all taxonomi...
Number of significant associations identified in the initial linear mixed-effects regression analysi...
Table S2. Genus vs genus correlations: Table of Pearson correlations between the relative abundances...
Table S5. Genus vs question correlations: Table of Pearson correlations between the relative abundan...
Figure S3. Taxonomic shifts associated with synbiotic supplementation. A. LEfSe plot of bacterial ge...
File includes Figure A, B, and C. Figure A. Rarefaction curve. Number of observed species identified...
Figure S1. Correlations between mean proportions of nonsense alleles among all, core, and hard-core ...