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Table 2 Established and putative virulence determinants of Y. enterocolitica

From: Tracing genomic variations in two highly virulent Yersinia enterocolitica strains with unequal ability to compete for host colonization

Genomic origin

Protein

Function

Sequence similarity

Virulence-associated determinants

Plasmid (pYV)

yop

Yops

Anti-phagocytic action

YopM: 75% (protein)

ysc

Ysc

Deliver of Yops

YscP: 72% (protein)

yadA

YadA

Attachment, invasion

97% (protein)

Chromosome

inv

Invasin

Attachment, invasion

100% (protein)

ail

Ail

Attachment, invasion

96% (protein)

myfEFABC

Myf fibrillae

Intestinal colonization

97% (DNA)

HPI

Yersiniabactin

Dissemination in the host

98% (DNA)

ureABC

Urease

Bacterial survival in acidic environments

100% (protein)

flhDC

Flagella

Migration and adherence to host cells

100% (protein)

Ysa (PZ)

T3SS

Secretion of Ysps proteins

98% (DNA)

Yts1 (PZ)

GSP

Dissemination into deep tissues

99% (DNA)

Yts2

GSP

Unclear

98% (DNA)

ystA

Enterotoxin

Fluid loss and diarrhea

100% (protein)

Putative virulence determinants identified in this study

Chromosome

YE0694

Putative adhesin

Adherence

75% (protein)

YE3700

Outer membrane protein/ Autotransporter

Adherence and invasion

23% (protein)

YE1111

Fimbrial protein

Adherence

40% (protein)

  1. Names and locus tags refer to the genome of Y. enterocolitica strain 8081 [12].