The number of isolates and the percentage are presented in the table. We compared the O-group diversity of E. coli isolates from BSI (all portals of entry, urinary portal of entry and digestive portal of entry) with the collection of commensal isolates, for all O-groups present in at least 5 strains in at least one of the two collections. We show the odds ratio (with 95% CI) for the risk of infection associated with colonization by each O-group (logistic model of infection status as a function of the O-group). O-groups with odds ratio significantly different from 1 are highlighted in bold. (XLSX)</p
Abstract. We compared the distribution of phylogenetic groups and nine virulence factors among the p...
ABSTRACTUropathogenic isolates of Escherichia coli (UPEC) contain blocks of DNA, termed pathogenicit...
*<p>P values <0.05 in comparison with isolates not included in the cluster.</p><p>Data are presented...
The number of isolates and the percentage are presented in the table. We compared the O-group divers...
The number of isolates and the percentage are presented in the table. We compared the ST diversity o...
(A-C) Comparison of the distribution of VAGs per strain among the six main functional classes of vir...
Distribution of the phylogroups of the E. coli commensal and BSI collections isolates for all phylog...
(A) Pangenome sizes as a function of the number of genomes analyzed for the BSI (912 strains) and co...
(A-D) Comparison of the distribution of resistant strains for eight antibiotics of clinical importan...
(A-C) Comparison of the distribution of VAGs per strain among the six main functional classes of vir...
2 Most Escherichia coli infections other than gastrointestinal infections are believed to 26 origina...
(A) Core genome phylogenetic tree of the 1,282 E. coli isolates used in this study (see Materials an...
<p>Distribution of 43 <i>E</i>. <i>coli</i> Strains According to the Phylogenetic Group and Frequenc...
The study of several Escherichia coli intestinal commensal isolates per individual in 265 healthy hu...
Frequency of major human associated E. coli sequence types (STs) with respect to either the number o...
Abstract. We compared the distribution of phylogenetic groups and nine virulence factors among the p...
ABSTRACTUropathogenic isolates of Escherichia coli (UPEC) contain blocks of DNA, termed pathogenicit...
*<p>P values <0.05 in comparison with isolates not included in the cluster.</p><p>Data are presented...
The number of isolates and the percentage are presented in the table. We compared the O-group divers...
The number of isolates and the percentage are presented in the table. We compared the ST diversity o...
(A-C) Comparison of the distribution of VAGs per strain among the six main functional classes of vir...
Distribution of the phylogroups of the E. coli commensal and BSI collections isolates for all phylog...
(A) Pangenome sizes as a function of the number of genomes analyzed for the BSI (912 strains) and co...
(A-D) Comparison of the distribution of resistant strains for eight antibiotics of clinical importan...
(A-C) Comparison of the distribution of VAGs per strain among the six main functional classes of vir...
2 Most Escherichia coli infections other than gastrointestinal infections are believed to 26 origina...
(A) Core genome phylogenetic tree of the 1,282 E. coli isolates used in this study (see Materials an...
<p>Distribution of 43 <i>E</i>. <i>coli</i> Strains According to the Phylogenetic Group and Frequenc...
The study of several Escherichia coli intestinal commensal isolates per individual in 265 healthy hu...
Frequency of major human associated E. coli sequence types (STs) with respect to either the number o...
Abstract. We compared the distribution of phylogenetic groups and nine virulence factors among the p...
ABSTRACTUropathogenic isolates of Escherichia coli (UPEC) contain blocks of DNA, termed pathogenicit...
*<p>P values <0.05 in comparison with isolates not included in the cluster.</p><p>Data are presented...