Signalling through phosphoinositide lipids is essential for regulating many cellular processes, including endosomal trafficking. A number of intracellular pathogens have found ways to subvert host trafficking pathways via exploitation of endosomal phosphoinositides. This review will discuss how pathogens such as bacteria, viruses, and eukaryotic parasites depend on endosomal phosphoinositides for infection, as well as the mechanisms through which some are able to actively manipulate these signalling lipids to facilitate invasion, survival, replication, and immune evasion.The accepted manuscript in pdf format is listed with the files at the bottom of this page. The presentation of the authors' names and (or) special characters in the title o...
International audienceLipid droplets were long considered to be simple storage structures, but they ...
Receptor-mediated endocytosis is used by a number of viruses and toxins to gain entry into cells. So...
Cationic lipids are exploited as vectors ('lipoplexes') for delivering nucleic acids, including gene...
Signalling through phosphoinositide lipids is essential for regulating many cellular processes, incl...
International audiencePhosphoinositides control key cellular processes including vesicular trafficki...
Phosphoinositides control key cellular processes including vesicular trafficking and actin polymeriz...
International audiencePhosphoinositides are considered as highly dynamic players in the spatiotempor...
Membrane trafficking is crucial in the homeostasis of the highly compartmentalized eukaryotic cells....
Innate immune cells are embodied by their dynamic and responsive nature. In addition to housekeepin...
Intracellular pathogens have evolved numerous strategies to manipulate their host cells to survive a...
Abstract Lysosomes form part of our innate immunity and are an important line of defence against mic...
Professional phagocytes engulf microbial invaders into plasma membrane-derived phagosomes. These mat...
International audiencePhosphoinositides (PIs) play critical roles in various cellular, physiological...
AbstractNumerous pathogens have evolved mechanisms of co-opting normal host endocytic machinery as a...
Phosphoinositides are lipids involved in the vesicular transport of proteins and lipids between the ...
International audienceLipid droplets were long considered to be simple storage structures, but they ...
Receptor-mediated endocytosis is used by a number of viruses and toxins to gain entry into cells. So...
Cationic lipids are exploited as vectors ('lipoplexes') for delivering nucleic acids, including gene...
Signalling through phosphoinositide lipids is essential for regulating many cellular processes, incl...
International audiencePhosphoinositides control key cellular processes including vesicular trafficki...
Phosphoinositides control key cellular processes including vesicular trafficking and actin polymeriz...
International audiencePhosphoinositides are considered as highly dynamic players in the spatiotempor...
Membrane trafficking is crucial in the homeostasis of the highly compartmentalized eukaryotic cells....
Innate immune cells are embodied by their dynamic and responsive nature. In addition to housekeepin...
Intracellular pathogens have evolved numerous strategies to manipulate their host cells to survive a...
Abstract Lysosomes form part of our innate immunity and are an important line of defence against mic...
Professional phagocytes engulf microbial invaders into plasma membrane-derived phagosomes. These mat...
International audiencePhosphoinositides (PIs) play critical roles in various cellular, physiological...
AbstractNumerous pathogens have evolved mechanisms of co-opting normal host endocytic machinery as a...
Phosphoinositides are lipids involved in the vesicular transport of proteins and lipids between the ...
International audienceLipid droplets were long considered to be simple storage structures, but they ...
Receptor-mediated endocytosis is used by a number of viruses and toxins to gain entry into cells. So...
Cationic lipids are exploited as vectors ('lipoplexes') for delivering nucleic acids, including gene...