<p>The figure shows the 74 different genotypes (circles), the number of strains belonging to the same genotype (sizes of the circles), and origin of isolates (circles in yellow indicate Indian isolates; green Dutch isolates; red Chinese isolates; blue French isolates, purple German isolate and white reference strain, AF293). Solid thick and thin branches indicates 1 or 2 microsatellite markers differences, respectively; dashed branches indicates 3 microsatellite markers difference between two genotypes; 4 or more microsatellite markers differences between genotypes are indicated with dotted branches.</p
<p>The tree was based on the allelic profiles. Each circle corresponds to a sequence type (ST). The ...
<p>In the Minimum Spanning Tree (MST) analysis, each circle represents a different sequence type (ST...
<p>A) MST of 89 MLST allelic profiles of the whole dataset included in this study. The colors are ba...
<p>The figure shows the 115 different genotypes (circles), the number of strains belonging to the sa...
<p>Minimum spanning tree representing the genotypic diversity of 149 clinical <i>A. flavus</i> isola...
<p>Each circle corresponds to a unique genotype, and the size of the circle proportionally represent...
<p>Each circle represents a unique genotype. The diameter of each circle corresponds to the number o...
<p>Data are based on 6690 chromosomal SNPs. Geographic origin is reflected by a color code shown on ...
<p>Each circle represents a distinct MLST type (ST). The size of the circles is related to the numbe...
<p>The size of the circle reflects the number of isolates identified, the distance between circles r...
<p>The dendrogram is based on a categorical analysis of 9 microsatellite markers in combination with...
Minimum spanning tree of 67 French B. anthracis strains belonging to the B.Br.CNEVA canSNP lineage (...
<p>(A) Minimum spanning tree based on a multistate categorical analysis representing 429 <i>C. neofo...
<p>Each circle represents an allelic profile based on sequence analysis of 2,390 cgMLST target genes...
<p>A minimum spanning tree was constructed using the DFR and CRISPR genotyping data (<a href="http:/...
<p>The tree was based on the allelic profiles. Each circle corresponds to a sequence type (ST). The ...
<p>In the Minimum Spanning Tree (MST) analysis, each circle represents a different sequence type (ST...
<p>A) MST of 89 MLST allelic profiles of the whole dataset included in this study. The colors are ba...
<p>The figure shows the 115 different genotypes (circles), the number of strains belonging to the sa...
<p>Minimum spanning tree representing the genotypic diversity of 149 clinical <i>A. flavus</i> isola...
<p>Each circle corresponds to a unique genotype, and the size of the circle proportionally represent...
<p>Each circle represents a unique genotype. The diameter of each circle corresponds to the number o...
<p>Data are based on 6690 chromosomal SNPs. Geographic origin is reflected by a color code shown on ...
<p>Each circle represents a distinct MLST type (ST). The size of the circles is related to the numbe...
<p>The size of the circle reflects the number of isolates identified, the distance between circles r...
<p>The dendrogram is based on a categorical analysis of 9 microsatellite markers in combination with...
Minimum spanning tree of 67 French B. anthracis strains belonging to the B.Br.CNEVA canSNP lineage (...
<p>(A) Minimum spanning tree based on a multistate categorical analysis representing 429 <i>C. neofo...
<p>Each circle represents an allelic profile based on sequence analysis of 2,390 cgMLST target genes...
<p>A minimum spanning tree was constructed using the DFR and CRISPR genotyping data (<a href="http:/...
<p>The tree was based on the allelic profiles. Each circle corresponds to a sequence type (ST). The ...
<p>In the Minimum Spanning Tree (MST) analysis, each circle represents a different sequence type (ST...
<p>A) MST of 89 MLST allelic profiles of the whole dataset included in this study. The colors are ba...