The secretion of proteins that damage host tissue is well established as integral to the infectious processes of many bacterial pathogens. However, recent advances in our understanding of the activity of toxins suggest that the attributes we have assigned to them from early in vitro experimentation have misled us into thinking of them as merely destructive tools. Here, we will discuss the multifarious ways in which toxins contribute to the lifestyle of bacteria and, by considering their activity from an evolutionary perspective, demonstrate how this extends far beyond their ability to destroy host tissue
Toxin-antitoxin (TA) cassettes are encoded widely by bacteria. The modules typically comprise a prot...
AbstractBacteria produce several protein toxins that act inside cells. These toxins bind with high a...
Bacterial protein toxins are genetically encoded proteinaceous macromolecules that upon exposure cau...
The secretion of proteins that damage host tissue is well established as integral to the infectious ...
The secretion of proteins that damage host tissue is well established as integral to the infectious ...
Pathogenic bacteria and higher eukaryotes have spent a long time together, leading to a precise unde...
The idea that bacterial toxins are not only killers but also execute more sophisticated roles during...
The idea that bacterial toxins are not only killers but also execute more sophisticated roles during...
Many emerging and reemerging bacterial pathogens synthesize toxins that serve as primary virulence f...
The idea that bacterial toxins are not only killers but also execute more sophisticated roles during...
AbstractTo cause disease, bacterial pathogens must first breach physical barriers, such as the mucou...
Bacteria have evolved a wide range of mechanisms to harm and kill their competitors, including chemi...
Bacteria produce several protein toxins that act inside cells. These toxins bind with high affinity ...
Bacteria produce several protein toxins that act inside cells. These toxins bind with high affinity ...
Toxin-antitoxin (TA) cassettes are encoded widely by bacteria. The modules typically comprise a prot...
Toxin-antitoxin (TA) cassettes are encoded widely by bacteria. The modules typically comprise a prot...
AbstractBacteria produce several protein toxins that act inside cells. These toxins bind with high a...
Bacterial protein toxins are genetically encoded proteinaceous macromolecules that upon exposure cau...
The secretion of proteins that damage host tissue is well established as integral to the infectious ...
The secretion of proteins that damage host tissue is well established as integral to the infectious ...
Pathogenic bacteria and higher eukaryotes have spent a long time together, leading to a precise unde...
The idea that bacterial toxins are not only killers but also execute more sophisticated roles during...
The idea that bacterial toxins are not only killers but also execute more sophisticated roles during...
Many emerging and reemerging bacterial pathogens synthesize toxins that serve as primary virulence f...
The idea that bacterial toxins are not only killers but also execute more sophisticated roles during...
AbstractTo cause disease, bacterial pathogens must first breach physical barriers, such as the mucou...
Bacteria have evolved a wide range of mechanisms to harm and kill their competitors, including chemi...
Bacteria produce several protein toxins that act inside cells. These toxins bind with high affinity ...
Bacteria produce several protein toxins that act inside cells. These toxins bind with high affinity ...
Toxin-antitoxin (TA) cassettes are encoded widely by bacteria. The modules typically comprise a prot...
Toxin-antitoxin (TA) cassettes are encoded widely by bacteria. The modules typically comprise a prot...
AbstractBacteria produce several protein toxins that act inside cells. These toxins bind with high a...
Bacterial protein toxins are genetically encoded proteinaceous macromolecules that upon exposure cau...