Subspecies 1 of Salmonella enterica is responsible for almost all Salmonella infections of
warm-blooded animals. Within subspecies 1 there are over 2,300 known serovars that differ …

We have performed microarray hybridization studies on 40 clinical isolates from 12 common
serovars within Salmonella enterica subspecies I to identify the conserved chromosomal …

The genus Salmonella consists of over 2,200 serovars that differ in their host range and
ability to cause disease despite their close genetic relatedness. The genetic factors that …

While serotyping and phage typing have been used widely to characterize Salmonella
isolates, sensitive subtyping methods that allow for evolutionary analyses are essential for …

Forty-five isolates of Salmonella serotype reading, 20 isolates of Salmonella serotype
senftenberg, and 56 isolates of Salmonella serotype typhimurium from domestic and wild …

Molecular typing is an important tool in surveillance and outbreak investigations of human
Salmonella infections. In this study, three molecular typing methods were used to investigate …

ABSTRACT Salmonella enterica serotypes Derby, Mbandaka, Montevideo, Livingstone, and
Senftenberg were among the 10 most prevalent serotypes isolated from farm animals in …

An antibody microarray assay was developed for Salmonella serotyping based on the
Kauffmann-White scheme. A model (8 by 15) array was constructed using 35 antibodies for …

ABSTRACT A multidrug-resistant fljB-lacking Salmonella enterica serovar [4, 5, 12: i:−]
emerged in Spain in 1997. We analyzed the genome from four strains of this serovar using a …

A reference collection of 72 strains representing 37 serovars of Salmonella subspecies I has
been established for use in research on genetic and phenotypic variation in natural …