<p>Minimum Spanning Tree, based on the 24 loci MIRU-VNTR typing data of 73 analysed Kiribati strains. The size of each circle is proportional with the number of MIRU-VNTR types belonging to a particular complex. Classification of the strains into the different phylogenetic lineages is visualized by color coding.</p
The color coding reflects the lineages within the A.Br.008/011 polytomy using the previously defined...
<p>A minimum-spanning tree was generated with Bionumerics software v61 and the Manhattan distance al...
<p>Each circle is labeled with the MLVA type it represents. The size of the circle and number of div...
The identified sub-lineages are color-coded. Branch lengths are proportional to number of MIRU-VNTR ...
<p>The sizes of the branches correspond to the number of isolates with a particular genotype. Each c...
The size of each circle is proportional to the number of isolates. Classification of genotypes by pr...
<p>Thick solid lines connect types that differed in a single VNTR locus, thin solid lines connect ty...
<p>The phylogenetic tree connects each genotype based on degree of changes required to go from one a...
<p>A) MST of 89 MLST allelic profiles of the whole dataset included in this study. The colors are ba...
<p>The tree was generated using the BioNumerics 7.1 multilocus sequence typing program and the circl...
<p>In the Minimum Spanning Tree (MST) analysis, each circle represents a different sequence type (ST...
<p>The Minimum Spanning Tree analysis was performed by using PHYLOVIZ on the 96-MLST alleles of the ...
<p>The color code reflects the main MLVA clusters. Lineages (1 to 6) and some sublineages (CDC1551, ...
<p>Each circle represents an MLVA type; the number of isolates within a given MLVA type is represent...
<p>(A) Tree represents 476 <i>C</i>. <i>neoformans</i> var. <i>grubii</i> isolates from different co...
The color coding reflects the lineages within the A.Br.008/011 polytomy using the previously defined...
<p>A minimum-spanning tree was generated with Bionumerics software v61 and the Manhattan distance al...
<p>Each circle is labeled with the MLVA type it represents. The size of the circle and number of div...
The identified sub-lineages are color-coded. Branch lengths are proportional to number of MIRU-VNTR ...
<p>The sizes of the branches correspond to the number of isolates with a particular genotype. Each c...
The size of each circle is proportional to the number of isolates. Classification of genotypes by pr...
<p>Thick solid lines connect types that differed in a single VNTR locus, thin solid lines connect ty...
<p>The phylogenetic tree connects each genotype based on degree of changes required to go from one a...
<p>A) MST of 89 MLST allelic profiles of the whole dataset included in this study. The colors are ba...
<p>The tree was generated using the BioNumerics 7.1 multilocus sequence typing program and the circl...
<p>In the Minimum Spanning Tree (MST) analysis, each circle represents a different sequence type (ST...
<p>The Minimum Spanning Tree analysis was performed by using PHYLOVIZ on the 96-MLST alleles of the ...
<p>The color code reflects the main MLVA clusters. Lineages (1 to 6) and some sublineages (CDC1551, ...
<p>Each circle represents an MLVA type; the number of isolates within a given MLVA type is represent...
<p>(A) Tree represents 476 <i>C</i>. <i>neoformans</i> var. <i>grubii</i> isolates from different co...
The color coding reflects the lineages within the A.Br.008/011 polytomy using the previously defined...
<p>A minimum-spanning tree was generated with Bionumerics software v61 and the Manhattan distance al...
<p>Each circle is labeled with the MLVA type it represents. The size of the circle and number of div...