Add to ORKGThe interaction between humanneutrophils and the Gram negative gastrointestinal pathogen Yersiniapseudotuberculosis was investigated in vitro. Despite the wealth of data describing how Yersinia can affect the function of neutrophils, there are no published studies describing if neutrophil cells can affect the viability of Y. pseudotuberculosis. The wild-type IP32953 strain of Y. pseudotuberculosis was found to be resistant to killing by humanneutrophils. Confocal examination and flow-cytometric analysis of this interaction revealed that bacteria were taken up
All Yersinia species target and bind to phagocytic cells, but uptake and destruction of bacteria are...
Type III secretion systems (T3SSs) are used by Gram-negative pathogens to form pores in host membran...
The human innate immune system is reliant upon the coordinated activity of macrophages and polymorph...
The interaction between humanneutrophils and the Gram negative gastrointestinal pathogen Yersiniapse...
Novel data on mechanisms of innate immunity during infections with pathogenic Yersiniae are summariz...
The human-pathogenic species of the Gram-negative genus Yersinia preferentially target and inactivat...
Pathogenic Gram-negative Yersinia species preferentially target and inactivate phagocytic cells of t...
The innate immune system is known for protecting the host against invading pathogens, for instance e...
The human innate immune system relies on the coordinated activity of macrophages and polymorphonucle...
The Yersinia genus contains three species that are pathogenic for humans: Y. pestis, the agent of pl...
The inoculation of the radical part of potatoes plants in tubes with bacteria Yersinia pseudotubercu...
Abstract In this study we show Yersinia pseudotuberculosis secretes membrane vesicles (MVs) that con...
Some isolates of Yersinia pseudotuberculosis produce the cytotoxic necrotizing factor (CNFY), but th...
Literature data regarding genetically determined pathogenicity factors of Y. pseudotuberculosis and ...
The aim of this dissertation is to enhance our fundamental understanding of host-pathogens interacti...
All Yersinia species target and bind to phagocytic cells, but uptake and destruction of bacteria are...
Type III secretion systems (T3SSs) are used by Gram-negative pathogens to form pores in host membran...
The human innate immune system is reliant upon the coordinated activity of macrophages and polymorph...
The interaction between humanneutrophils and the Gram negative gastrointestinal pathogen Yersiniapse...
Novel data on mechanisms of innate immunity during infections with pathogenic Yersiniae are summariz...
The human-pathogenic species of the Gram-negative genus Yersinia preferentially target and inactivat...
Pathogenic Gram-negative Yersinia species preferentially target and inactivate phagocytic cells of t...
The innate immune system is known for protecting the host against invading pathogens, for instance e...
The human innate immune system relies on the coordinated activity of macrophages and polymorphonucle...
The Yersinia genus contains three species that are pathogenic for humans: Y. pestis, the agent of pl...
The inoculation of the radical part of potatoes plants in tubes with bacteria Yersinia pseudotubercu...
Abstract In this study we show Yersinia pseudotuberculosis secretes membrane vesicles (MVs) that con...
Some isolates of Yersinia pseudotuberculosis produce the cytotoxic necrotizing factor (CNFY), but th...
Literature data regarding genetically determined pathogenicity factors of Y. pseudotuberculosis and ...
The aim of this dissertation is to enhance our fundamental understanding of host-pathogens interacti...
All Yersinia species target and bind to phagocytic cells, but uptake and destruction of bacteria are...
Type III secretion systems (T3SSs) are used by Gram-negative pathogens to form pores in host membran...
The human innate immune system is reliant upon the coordinated activity of macrophages and polymorph...