Highlights•IEC invasion is a crucial step in the life cycle of non-typhoidal Salmonella.•TTSS-
1 effectors SopE/E2 and particularly SipA mediate IEC invasion in mice.•Entry structures …

Salmonella enterica represents a major human and animal pathogen. Many S. enterica
genomes have been completed and many more genome sequencing projects are …

The S almonella enterica species includes about 2600 diverse serotypes, most of which
cause a wide range of food‐and water‐borne diseases ranging from self‐limiting …

The PhoQ/PhoP two-component system plays an essential role in the response of
enterobacteria to the environment of their mammalian hosts. It is known to sense several …

Salmonella enterica species are Gram-negative bacteria, which are responsible for a wide
range of food-and water-borne diseases in both humans and animals, thereby posing a …

Salmonella causes disease in humans and animals ranging from mild self-limiting
gastroenteritis to potentially life-threatening typhoid fever. Salmonellosis remains a …

Type III secretion systems are molecular machines used by many Gram‐negative bacterial
pathogens to inject proteins, known as effectors, directly into eukaryotic host cells. These …

The Gram-negative bacterium Salmonella enterica has developed an array of sophisticated
tools to manipulate the host cell and establish an intracellular niche, for successful …

Salmonella can invade non-phagocytic cells through its type III secretion system (T3SS-1),
which induces a Trigger entry process. This study showed that Salmonella enterica …

The enteropathogen Salmonella enterica serovar Typhimurium employs a suite of tightly
regulated virulence factors within the intracellular compartment of phagocytic host cells …