6 research outputs found
Abundance and α-diversity comparison of bacteriome and mycobiome between PMA-pretreated and untreated samples.
<p>Abundance and α-diversity comparison of bacteriome and mycobiome between PMA-pretreated and untreated samples.</p
Effect of PMA on the composition of mycobiome of each sample.
<p><b>(A)</b>: Relative abundance of fungal genera of each sample (“yes” or “no” indicates the samples with or without PMA-pretreatment). <b>(B)</b>: PCA plot of the first two components of mycobiome of samples with and without PMA-pretreatment. Each marker represents treatment conditions (filled triangle symbols PMA-treated samples, filled square symbols untreated samples). Each color represents a given sputum sample (G040.III: dark blue; G088.II: chartreuse; G088.III: dark green; G172.I: yellow; G172.II: orange; G172.III: dark orange; G014.II: dark grey; G014.III: black; G176.II: firebrick; G176.III: dark red).</p
Venn diagram representing number of shared and specific bacterial (A) and fungal (B) genera between PMA-treated and untreated samples.
<p>In each case, the first 5 most prevalent genera are listed.</p
Comparison of the enumeration of <i>P</i>. <i>aeruginosa</i> cells between cultures and qPCRs of PMA-treated and untreated sputum samples.
<p>Comparison of the enumeration of <i>P</i>. <i>aeruginosa</i> cells between cultures and qPCRs of PMA-treated and untreated sputum samples.</p
<i>p-values</i> and <i>r-values</i> of similarity analysis (one-way ANOSIM) of the bacterial and fungal OTU data.
<p><i>p-values</i> and <i>r-values</i> of similarity analysis (one-way ANOSIM) of the bacterial and fungal OTU data.</p
Abundance and α-diversity comparison of bacteriome and mycobiome between PMA-pretreated and untreated samples.
<p>Abundance and α-diversity comparison of bacteriome and mycobiome between PMA-pretreated and untreated samples.</p