<p>Hierarchically clustered Pearson correlation coefficients between abundant bacterial taxa are displayed. Correlation values range from −0.51 (light) to 0.81 (dark). Diagonal elements have correlation of 1. Several sub-groups of bacteria associated with BV show strong positive associations. The coefficients are available in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0037818#pone.0037818.s010" target="_blank">Table S7</a>.</p
<p>Correlations between the relative abundance of the bacterial communities (OTU) and food intake at...
<p>A. Strong (>0.7) correlations between Microbiota at time point 1. B. Intersection of strong corre...
<p>Correlation matrices comparing viral taxa to bacteria at the Family level. The color and size of ...
<p>Matrices colored in red shading indicate positive correlations, implying a co-occurrence between ...
<p>Spearman’s rank correlation matrix of OTUs with > = 0.1% abundance in at least 5 saliva samples. ...
<p>Significant correlations between bacterial counts and bioclinical markers, as represented by Pear...
<p>The Pearson correlations between the relative abundances of the 9 dominant bacterial phyla and en...
<p>Correlations between the relative abundance of bacterial taxa at various taxonomic levels and mat...
<p>Spearman’s rank correlation matrix of significant relationships between OTUs (at genus level) and...
<p>A. Spearman correlation method. B. SparCC method. The nodes represent microbial species from the ...
<p><sup>a</sup> Significant (<i>p</i> < 0.05) correlations are displayed in bold.</p><p>Lower left h...
<p>Colors indicate r-values. The dendrograms represent complete linkage clustering of the samples ba...
<p>The left frames showcase the correlations of bacteria and the right frames are for fungi. The sym...
<p>Microbial populations listed represent at least 1% of the bacterial, archaeal, ciliate, or fungal...
Analysis of the pearson correlation to identify the change in bacterial abundance of each genus in t...
<p>Correlations between the relative abundance of the bacterial communities (OTU) and food intake at...
<p>A. Strong (>0.7) correlations between Microbiota at time point 1. B. Intersection of strong corre...
<p>Correlation matrices comparing viral taxa to bacteria at the Family level. The color and size of ...
<p>Matrices colored in red shading indicate positive correlations, implying a co-occurrence between ...
<p>Spearman’s rank correlation matrix of OTUs with > = 0.1% abundance in at least 5 saliva samples. ...
<p>Significant correlations between bacterial counts and bioclinical markers, as represented by Pear...
<p>The Pearson correlations between the relative abundances of the 9 dominant bacterial phyla and en...
<p>Correlations between the relative abundance of bacterial taxa at various taxonomic levels and mat...
<p>Spearman’s rank correlation matrix of significant relationships between OTUs (at genus level) and...
<p>A. Spearman correlation method. B. SparCC method. The nodes represent microbial species from the ...
<p><sup>a</sup> Significant (<i>p</i> < 0.05) correlations are displayed in bold.</p><p>Lower left h...
<p>Colors indicate r-values. The dendrograms represent complete linkage clustering of the samples ba...
<p>The left frames showcase the correlations of bacteria and the right frames are for fungi. The sym...
<p>Microbial populations listed represent at least 1% of the bacterial, archaeal, ciliate, or fungal...
Analysis of the pearson correlation to identify the change in bacterial abundance of each genus in t...
<p>Correlations between the relative abundance of the bacterial communities (OTU) and food intake at...
<p>A. Strong (>0.7) correlations between Microbiota at time point 1. B. Intersection of strong corre...
<p>Correlation matrices comparing viral taxa to bacteria at the Family level. The color and size of ...