S2. Maximum parsimony tree using seven parsimony informative (synapomorphic) SNPs with loci shared with closest outgroup species. Only one SNP locus (out of 11,386 total SNPs among C. burnetii genomes) was present in all genomes. The remaining six loci were found by relaxing the requirement that all loci are shared among all C. burnetii genomes as they were not present in the Q177 genome. All seven SNP loci were present in Pseudomonas syringae and Legionella pneumophila. Four of the seven loci were present in Ricketsiella grylli. Consistency index = 1.0. Numbers on branches indicate bootstrap support percentages from 1000 bootstrap replicates
Coxiella burnetii has the potential to cause serious disease and is highly prevalent in the environm...
<p>Shaded isolates the ST25 case isolates. There were a total of 195803 SNP positions in the final d...
<p>The tree was inferred from an alignment of SNPs detected among all <i>S</i>. Kentucky ST198 genom...
Rooting phylogenies is critical for understanding evolution, yet the importance, intricacies and dif...
S3. Rooted maximum parsimony tree of C. burnetii MST genotypes (1-34 and Dugway) after Hornstra et a...
S1. SNP matrix of 11,286 orthologous SNPs discovered among ten C. burnetii genomes
The case rate of Q fever in Europe has increased dramatically in recent years, mainly because of an ...
<p>Data are based on 6690 chromosomal SNPs. Geographic origin is reflected by a color code shown on ...
A) Unrooted tree of 28 different L. pneumophila sequence types, including the ST1 clade (collapsed r...
Seven strains were assigned to ST-767 (cc167). Strains are colored according to region of origin. SN...
<div><p>The case rate of Q fever in Europe has increased dramatically in recent years, mainly becaus...
Coxiella burnetii is a human pathogen that causes the serious zoonotic disease Q fever. It is ubiqui...
<p>This rooted phylogenetic tree was created from pairwise distances observed from 14 SNP sites with...
Coxiella burnetii has the potential to cause serious disease and is highly prevalent in the environm...
<p>Maximum-parsimony tree of the two ST291 isolates (HT20040853 and ST20090964) and 89 CC398 isolate...
Coxiella burnetii has the potential to cause serious disease and is highly prevalent in the environm...
<p>Shaded isolates the ST25 case isolates. There were a total of 195803 SNP positions in the final d...
<p>The tree was inferred from an alignment of SNPs detected among all <i>S</i>. Kentucky ST198 genom...
Rooting phylogenies is critical for understanding evolution, yet the importance, intricacies and dif...
S3. Rooted maximum parsimony tree of C. burnetii MST genotypes (1-34 and Dugway) after Hornstra et a...
S1. SNP matrix of 11,286 orthologous SNPs discovered among ten C. burnetii genomes
The case rate of Q fever in Europe has increased dramatically in recent years, mainly because of an ...
<p>Data are based on 6690 chromosomal SNPs. Geographic origin is reflected by a color code shown on ...
A) Unrooted tree of 28 different L. pneumophila sequence types, including the ST1 clade (collapsed r...
Seven strains were assigned to ST-767 (cc167). Strains are colored according to region of origin. SN...
<div><p>The case rate of Q fever in Europe has increased dramatically in recent years, mainly becaus...
Coxiella burnetii is a human pathogen that causes the serious zoonotic disease Q fever. It is ubiqui...
<p>This rooted phylogenetic tree was created from pairwise distances observed from 14 SNP sites with...
Coxiella burnetii has the potential to cause serious disease and is highly prevalent in the environm...
<p>Maximum-parsimony tree of the two ST291 isolates (HT20040853 and ST20090964) and 89 CC398 isolate...
Coxiella burnetii has the potential to cause serious disease and is highly prevalent in the environm...
<p>Shaded isolates the ST25 case isolates. There were a total of 195803 SNP positions in the final d...
<p>The tree was inferred from an alignment of SNPs detected among all <i>S</i>. Kentucky ST198 genom...