O moregulated ProP Protein f Salmonella E Serovar Typhimurium of mino s o nterica 1 
strain TL4513 ( proP4 : : Tn10dCm DproBA47 DputPA573 proU1884 : : MudJ ) , using the linked melA : : Tn10 as the selected marker .\n"
Strains TL4554-TL4559 and the isogenic proP strain TL4553
generating strains TL4533-TL4535 , TL4544-TL4546 , and TL4560 
yielding strains TL4627-TL4633 
proline auxotrophs TL1673 and TL4500
from TL4500 
TL1901 
and the M65R , S73F , L89R , and S284R mutants (oracioón 122)

serovar Typhimurium
S. enterica serotypes represented are Typhimurium ( ST ) , Enteritidis ( SE ) , Heidelberg ( SH ) , Infantis ( SI ) and Seftenberg ( SS ) .
SCV , Salmonella-containing vacuole ; casp-1 , caspase-1 .
Accumulation of-tubulin was detected around SCV containing replicating S. bongori ( pB6 ) but was not observed in HeLa cells infected with S. bongori .
Growth phase-regulated induction of Salmonella-induced macrophage apoptosis correlates with transient expression of SPI-1 genes .
These two are nontyphoid Salmonella ( NTS ) serovars that are capable of causing disease signs in a variety of animals , which contrasts with typhoid fever serovars that exclusively infect humans .
Mid-logarithmic cultures of Salmonella serovar Typhi-murium SL1344 were produced and adapted for 2 h with 0.015 M lactic-acid in tryptone soy broth ( TSB ) ( Difco ) at pHo 5.8 as previously described ( 9 ) .
Differences in the LPS of Salmonella ( S. ) enterica determine the many serovars in this genus ( Lüderitz et al. 1966 ) .
A Salmonella serovar Typhimurium DT104 strain in which the dam gene was replaced ( strain RAK102 ) with the aminoglycoside phosphotransferase gene ( aph ) encoding kanamycin resistance was constructed by allelic exchange by using a previously described method , with minor modifications ( 8 ) .
S. enterica subspecies I serotype Typhimurium NCTC 12023 ( S. enterica serotype Typhimurium ) was used as a wild-type strain .
Salmonella consists of two species , bongori and enterica , and the latter can be further divided into subspecies ( I-VI ) .
The six subspecies that define S. enterica ( enterica [ I ] , salamae [ II ] ) , arizonae [ IIIA ] , diarizonae [ IIIB ] , houtenae [ IV ] , and indica [ VI ] ) constitute in excess of 2500 recognized serovars .
While subspecies Braenderup Agona ( 1 ) Hadar ( 1 ) Paratyphi B var .
The remaining subspecies have been renamed under the S. enterica species as enterica ( I ) , salamae ( II ) , arizonae ( IIIa ) , diarizo-nae ( IIIb ) , houtenae ( IV ) , and indica ( VI ) , which are further divided into over 2,600 serovars based on their O ( oligosaccharide ) and H ( flagellar ) antigens ( 2 ) .
Subspecies names are symbolized as follows : S. enterica subspecies enterica ( I ) , S. enterica subspecies salamae ( II ) , S. enterica subspecies arizonae ( IIIa ) , S. enterica subspecies diarizonae ( IIIb ) , and S. enterica subspecies houtenae ( IV ) .
Salmonella serovar Typhi Ty21a was grown in LB broth or tryptic soy broth or on tryptic soy agar supplemented with 0.01 % galactose ( Sigma-Aldrich , St. Louis , MO ) .
All S. Typhi strains are derived from the z66-positive wild-type strain GIFU10007 [ 12 ] .
Unlike `` classical '' non-typhoidal Salmonella ( NTS ) , gastroenteritis is often absent during ST313 infections and isolates are most commonly recovered from blood , rather than from stool .
Murine J774A .1 macrophages were infected with S. enterica serovar Typhimurium UK1 WT , DraoN and complemented strains and the numbers of viable intracellular bacteria were determined at 4 h and 20 h after infection .







salmonella
salmonellae
Salmonellae
Salmonellaenterica
typhi
enterica
bongori
serovar
enteritidis
typhimurium
Typhimurium
serovars
typhoid 
S. Typhi
S. flexneri
S. enterica
sl1344 
Salmonella spp.
monella
Sal-monella
NTS
non-typhoidal
nontyphoidal
Typhi-murium
typhi-murium
SL1344
Salmonellas
Salmonella-infected
Salmonella-specific 
Salmonella-mediated
DT104
paratyphi
Paratyphi
Ty21a
DT104
GIFU10007
sl7207
sl3261
typhimu
typhoidal
G785