Viral and microbial infections often elicit programmed cell death as part of the host defense system or as a component of the survival strategy of the pathogen. It is thus not surprising that pathogens have evolved an array of toxins and virulence factors to modulate host cell death pathways. Apoptosis, necrosis, and pyroptosis constitute the three major cell death modes for elimination of infected cells. Herein, we discuss the signaling pathways underlying the principal host cell death mechanisms and provide an overview of the strategies employed by viral and microbial pathogens to manipulate these cell death processes
<p>Intrinsic apoptosis is dependent on mitochondrial damage by Bax and Bak and activation of caspase...
Following detection of pathogen infection and disrupted cellular homeostasis, cells can activate a r...
While programmed cell death was once thought to be exclusive to eukaryotic cells, there are now abun...
Viral and microbial infections often elicit programmed cell death as part of the host defense system...
Viral and microbial infections often elicit programmed cell death as part of the host defense system...
Infectious disease is the result of an interactive relationship between a microbial pathogen and its...
Infections with bacterial pathogens often results in the initiation of programmed cell death as part...
Infections with bacterial pathogens often results in the initiation of programmed cell death as part...
The fate of a viral infection in the host begins with various types of cellular responses, such as a...
Cell death forms an essential component of the antiviral immune response. Viral infection elicits di...
Cell death forms an essential component of the antiviral immune response. Viral infection elicits di...
Eukaryotic cells can die from physical trauma, resulting in necrosis. Alternately, they can die via ...
Eukaryotic cells can die from physical trauma, resulting in necrosis. Alternately, they can die via ...
The immune system has evolved multiple mechanisms to restrict microbial infections and regulate infl...
Apoptosis, pyroptosis and necroptosis contribute to host protection against diverse pathogens, but t...
<p>Intrinsic apoptosis is dependent on mitochondrial damage by Bax and Bak and activation of caspase...
Following detection of pathogen infection and disrupted cellular homeostasis, cells can activate a r...
While programmed cell death was once thought to be exclusive to eukaryotic cells, there are now abun...
Viral and microbial infections often elicit programmed cell death as part of the host defense system...
Viral and microbial infections often elicit programmed cell death as part of the host defense system...
Infectious disease is the result of an interactive relationship between a microbial pathogen and its...
Infections with bacterial pathogens often results in the initiation of programmed cell death as part...
Infections with bacterial pathogens often results in the initiation of programmed cell death as part...
The fate of a viral infection in the host begins with various types of cellular responses, such as a...
Cell death forms an essential component of the antiviral immune response. Viral infection elicits di...
Cell death forms an essential component of the antiviral immune response. Viral infection elicits di...
Eukaryotic cells can die from physical trauma, resulting in necrosis. Alternately, they can die via ...
Eukaryotic cells can die from physical trauma, resulting in necrosis. Alternately, they can die via ...
The immune system has evolved multiple mechanisms to restrict microbial infections and regulate infl...
Apoptosis, pyroptosis and necroptosis contribute to host protection against diverse pathogens, but t...
<p>Intrinsic apoptosis is dependent on mitochondrial damage by Bax and Bak and activation of caspase...
Following detection of pathogen infection and disrupted cellular homeostasis, cells can activate a r...
While programmed cell death was once thought to be exclusive to eukaryotic cells, there are now abun...