Amino acid based maximum likelihood phylogeny of PltB. Non-typhoidal Salmonella enterica subsp. enterica serovars are colored green, S. Paratyphi A accessions are colored orange, and S. Typhi accessions are colored red. Values on or next to the branches are bootstrap values based on 250 bootstrap replicates
Table S1. Reference strains for phs operon sequence analysis. Table S2. GenBank accession numbers fo...
Table S1. Primers sequences, target genes, amplicon sizes and cycling conditions for virulence facto...
Figure S2. Electrophoresis gel of PCR for detecting the presence of 5 kb region. Lines 1–5: RWϕ1+; l...
Amino acid based maximum likelihood phylogeny of PltA. Non-typhoidal Salmonella enterica subsp. ente...
Salmonella genomes and sequences used for cdtB, pltA, and pltB analyses. Table in a Microsoft excel ...
Sequence of cdtB and surrounding region, indicating that deletion is internal to cdtB; cdtB start an...
Maximum-parsimony phylogenetic tree of 47â S. Typhimurium genomes with bootstrap values reported o...
Maximum-parsimony phylogenetic tree of 92â S. Typhimurium genomes based on SNPs identified by mapp...
Maximum-parsimony phylogenetic tree of 92â S. Typhimurium genomes with bootstrap values reported o...
Figure S1. Schematic representation of the study design. Figure S2. Effect of 2,2`-Dipyridyl (Dip) o...
Table S1. Salmonella isolates that were sequenced and constructed for this research. Table S2. AMR, ...
Additional file 2: Table S2A. List of virulence factors identified in Salmonella ser. Heidelberg iso...
Additional file 2: Figure S1. PCR screening of alanine racemase gene inactivation. (A) Confirmation ...
Strain 33676 belongs to the Mexican ST213 population. The dendrogram depicts the genetic relationshi...
Core genome phylogenetic tree for Salmonella sp. The tree is mid-point rooted. Strains noted to be i...
Table S1. Reference strains for phs operon sequence analysis. Table S2. GenBank accession numbers fo...
Table S1. Primers sequences, target genes, amplicon sizes and cycling conditions for virulence facto...
Figure S2. Electrophoresis gel of PCR for detecting the presence of 5 kb region. Lines 1–5: RWϕ1+; l...
Amino acid based maximum likelihood phylogeny of PltA. Non-typhoidal Salmonella enterica subsp. ente...
Salmonella genomes and sequences used for cdtB, pltA, and pltB analyses. Table in a Microsoft excel ...
Sequence of cdtB and surrounding region, indicating that deletion is internal to cdtB; cdtB start an...
Maximum-parsimony phylogenetic tree of 47â S. Typhimurium genomes with bootstrap values reported o...
Maximum-parsimony phylogenetic tree of 92â S. Typhimurium genomes based on SNPs identified by mapp...
Maximum-parsimony phylogenetic tree of 92â S. Typhimurium genomes with bootstrap values reported o...
Figure S1. Schematic representation of the study design. Figure S2. Effect of 2,2`-Dipyridyl (Dip) o...
Table S1. Salmonella isolates that were sequenced and constructed for this research. Table S2. AMR, ...
Additional file 2: Table S2A. List of virulence factors identified in Salmonella ser. Heidelberg iso...
Additional file 2: Figure S1. PCR screening of alanine racemase gene inactivation. (A) Confirmation ...
Strain 33676 belongs to the Mexican ST213 population. The dendrogram depicts the genetic relationshi...
Core genome phylogenetic tree for Salmonella sp. The tree is mid-point rooted. Strains noted to be i...
Table S1. Reference strains for phs operon sequence analysis. Table S2. GenBank accession numbers fo...
Table S1. Primers sequences, target genes, amplicon sizes and cycling conditions for virulence facto...
Figure S2. Electrophoresis gel of PCR for detecting the presence of 5 kb region. Lines 1–5: RWϕ1+; l...