<p>Various Orders, such as <i>Selenomonadales</i> and <i>Rhizobiales</i>, are absent or poorly represented with the mucosa of Crohn's disease tissue while other orders such as <i>Desulfovibrionales</i> and <i>Coriobacteriales</i> are absent or poorly represented in nIBD controls. Panel A: Relative abundance within submucosal tissues of each bacterial Order in each disease group. Panel B: Relative comparison and contribution of each Order to the total. <i>Legend</i>: Bacteria present in less than 50% of patients are excluded. All data presented are statistically significant (p = <0.05).</p
Gut microbiota shows host-specific diversity and temporal stability and significantly contributes to...
Gut microbiota shows host-specific diversity and temporal stability and significantly contributes to...
Gut microbiota shows host-specific diversity and temporal stability and significantly contributes to...
<p>There were major changes in 12 families and 20 genera. <i>Legend</i>: Bacteria present in less th...
<p>Except for an increase in bacteria of the Order <i>Bacteroidales</i> and <i>Enterobacteriales</i>...
The average relative abundances of 6 of 8 phylum/subphylum bacterial category are shown for macrosco...
The mean relative abundance ± standard deviation is shown for each bacterial category in Batch 1 (20...
<div><p>Since Crohn's disease is a transmural disease, we hypothesized that examination of deep subm...
Panel a) shows the relative proportion of the 168 bacterial taxa analyzed across the six hierarchica...
<p>Major bacterial populations and average relative frequencies found in deep mucosal and submucosal...
Since Crohn's disease is a transmural disease, we hypothesized that examination of deep submucosal t...
Since Crohn's disease is a transmural disease, we hypothesized that examination of deep submuco...
<p>In each individual, the presence or absence is noted of each of the identified 322 OTUs, which ar...
Gut microbiota shows host-specific diversity and temporal stability and significantly contributes to...
Gut microbiota shows host-specific diversity and temporal stability and significantly contributes to...
Gut microbiota shows host-specific diversity and temporal stability and significantly contributes to...
Gut microbiota shows host-specific diversity and temporal stability and significantly contributes to...
Gut microbiota shows host-specific diversity and temporal stability and significantly contributes to...
<p>There were major changes in 12 families and 20 genera. <i>Legend</i>: Bacteria present in less th...
<p>Except for an increase in bacteria of the Order <i>Bacteroidales</i> and <i>Enterobacteriales</i>...
The average relative abundances of 6 of 8 phylum/subphylum bacterial category are shown for macrosco...
The mean relative abundance ± standard deviation is shown for each bacterial category in Batch 1 (20...
<div><p>Since Crohn's disease is a transmural disease, we hypothesized that examination of deep subm...
Panel a) shows the relative proportion of the 168 bacterial taxa analyzed across the six hierarchica...
<p>Major bacterial populations and average relative frequencies found in deep mucosal and submucosal...
Since Crohn's disease is a transmural disease, we hypothesized that examination of deep submucosal t...
Since Crohn's disease is a transmural disease, we hypothesized that examination of deep submuco...
<p>In each individual, the presence or absence is noted of each of the identified 322 OTUs, which ar...
Gut microbiota shows host-specific diversity and temporal stability and significantly contributes to...
Gut microbiota shows host-specific diversity and temporal stability and significantly contributes to...
Gut microbiota shows host-specific diversity and temporal stability and significantly contributes to...
Gut microbiota shows host-specific diversity and temporal stability and significantly contributes to...
Gut microbiota shows host-specific diversity and temporal stability and significantly contributes to...